./PaxHeaders.4702/aspectc++0000644000000000000000000000007212740141200012351 xustar0030 atime=1468174987.945163678 28 ctime=1468174988.2991695 aspectc++/0000755000175000001440000000000012740141200012455 5ustar00osusers00000000000000aspectc++/PaxHeaders.4702/AspectC++0000644000000000000000000000007112740141200013663 xustar0029 atime=1468174988.10216626 28 ctime=1468174988.2991695 aspectc++/AspectC++/0000755000175000001440000000000012740141200014125 5ustar00osusers00000000000000aspectc++/AspectC++/PaxHeaders.4702/Binding.h0000644000000000000000000000007412740141200015466 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/Binding.h0000644000175000001440000000321212740141200015646 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __Binding_h__ #define __Binding_h__ #include "Puma/Array.h" class ACM_Arg; class Binding { public: enum { BIND_THAT = -1, BIND_TARGET = -2, BIND_RESULT = -3, BIND_NOT_FOUND = -4 }; bool _used; ACM_Arg* _this; ACM_Arg* _target; Puma::Array _args; ACM_Arg *_result; Binding () { clear (); } void clear (); bool operator == (const Binding &other) const; bool operator != (const Binding &other) const { return !(*this == other); } int bound_to (ACM_Arg*) const; }; #endif // __Binding_h__ aspectc++/AspectC++/PaxHeaders.4702/Plan.cc0000644000000000000000000000007412740141200015144 xustar0030 atime=1468174988.114166457 30 ctime=1468174988.114166457 aspectc++/AspectC++/Plan.cc0000644000175000001440000004413612740141200015336 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "Plan.h" #include "AspectInfo.h" #include "AdviceInfo.h" #include "OrderInfo.h" #include "IntroductionInfo.h" #include "PointCutContext.h" #include "PointCutExpr.h" #include "ModelBuilder.h" #include "ACModel/Utils.h" using namespace Puma; Plan::Plan (ACErrorStream &e, ProjectModel &jpm, ACConfig& config) : _conf(config), _err (e), _jpm (jpm) { // get all aspects from the join point model ProjectModel::Selection all_aspects; _jpm.select (JPT_Aspect, all_aspects); // sort them by inserting them into a set for (ProjectModel::Selection::iterator iter = all_aspects.begin (); iter != all_aspects.end (); ++iter) { ACM_Aspect &jpl_aspect = (ACM_Aspect&)**iter; _sorted_aspects.insert (&jpl_aspect); } for (set::iterator iter = _sorted_aspects.begin (); iter != _sorted_aspects.end (); ++iter) { ACM_Aspect &jpl_aspect = (ACM_Aspect&)**iter; if (jpl_aspect.get_derived().size () > 0) // if (is_abstract(jpl_aspect)) continue; AspectInfo *aspect_info = addAspect (jpl_aspect); // collect and register all introductions, advice code, and order advice // triggered by a concrete aspect or any of its base aspects collect_advice (aspect_info, jpl_aspect); } } Plan::~Plan () { for (int i = 0; i < (int)_advice_infos.length (); i++) delete _advice_infos[i]; for (list::iterator i = _introduction_infos.begin (); i != _introduction_infos.end (); ++i) delete *i; for (list::iterator i = _order_infos.begin (); i != _order_infos.end (); ++i) delete *i; for (AdviceMap::iterator i = _advice_map.begin (); i != _advice_map.end(); ++i) delete i->second; for (IntroMap::iterator i = _intro_map.begin (); i != _intro_map.end(); ++i) delete i->second; } // collect and register all introductions, advice code, and order advice // triggered by a concrete aspect or any of its base aspects void Plan::collect_advice (AspectInfo *aspect_info, ACM_Aspect &checked_aspect) { ACM_Aspect &concrete_aspect = aspect_info->loc(); typedef ACM_Container IContainer; IContainer &intros = checked_aspect.get_intros(); for (IContainer::const_iterator i = intros.begin ();i != intros.end (); ++i) { IntroductionInfo *intro_info = addIntroduction (concrete_aspect, **i); intro_info->pointcut_expr() = (*i)->get_pointcut ()->get_parsed_expr (); } typedef ACM_Container AContainer; AContainer &advices = checked_aspect.get_advices(); for (AContainer::const_iterator i = advices.begin ();i != advices.end (); ++i) { AdviceInfo *ai = addAdvice(*aspect_info, **i); aspect_info->advice_infos().push_back (ai); } typedef ACM_Container OContainer; OContainer &orders = checked_aspect.get_orders(); for (OContainer::const_iterator i = orders.begin ();i != orders.end (); ++i) { addOrder(concrete_aspect, **i); } typedef ACM_Container BaseContainer; BaseContainer &bases = checked_aspect.get_bases(); for (BaseContainer::const_iterator i = bases.begin (); i != bases.end (); ++i) { ACM_Class *cls = (ACM_Class*)(*i); if (cls->type_val () == JPT_Aspect) collect_advice (aspect_info, *(ACM_Aspect*)cls); } } AspectInfo *Plan::addAspect (ACM_Aspect &a) { pair res = _aspect_infos.insert (AspectInfo (a)); return (AspectInfo*)&*res.first; } AdviceInfo *Plan::addAdvice (AspectInfo &ai, ACM_AdviceCode &code) { AdviceInfo *result = new AdviceInfo (ai, code); _advice_infos.append (result); return result; } IntroductionInfo *Plan::addIntroduction (ACM_Aspect &jpl_aspect, ACM_Introduction &intro) { IntroductionInfo *result = new IntroductionInfo (jpl_aspect, intro); _introduction_infos.push_back (result); return result; } OrderInfo *Plan::addOrder (ACM_Aspect &a, ACM_Order &o) { OrderInfo *result = new OrderInfo (a, o); _order_infos.push_back (result); return result; } // consider a join point and advice in the plan void Plan::consider( ACM_Code *jpl, const Condition &cond, AdviceInfo *ai ) { if (!is_pseudo(*jpl)) { bool has_plan = jpl->has_plan (); if (!has_plan) jpl->set_plan (_jpm.newCodePlan()); if (!has_plan) { if( jpl->type_val () & JPT_Access ) _access_jpls.append( jpl ); else switch (jpl->type_val ()) { case JPT_Execution: _exec_jpls.append (jpl); break; case JPT_Construction: _cons_jpls.append (jpl); break; case JPT_Destruction: _dest_jpls.append (jpl); break; default: _err << sev_error << "internal problem, invalid join point type in plan" << endMessage; return; } } ACM_CodeAdvice *code_advice = _jpm.newCodeAdvice(); ACM_AdviceCode* advice_code = &ai->code(); code_advice->set_advice(advice_code); code_advice->set_conditional(cond); TI_CodeAdvice::of(*code_advice)->set_condition(&cond); TI_CodeAdvice::of(*code_advice)->set_advice_info(ai); // TODO: // It looks like the advice info object of an advice A is the same for some/all(?) // join points that are in the pointcut of A when weaving these join points for the // advice A. Therefore the ThisJoinPoint object is the same and e.g. arguments for // runtime checks are inserted at each of these join points even if an individual // join point does not need them (because it need no runtime check). // Thus a ThisJoinPoint object should be linked to the combination of advice info // and join point. // This problem yields unnecessary code (e.g. in case of "that") but apart from // that is no real problem. ThisJoinPoint& tjp = TI_AdviceCode::of(*advice_code)->this_join_point (); tjp.check_condition(cond); if(code_advice->get_conditional() && advice_code->get_kind() == ACT_AROUND) { tjp.conditional(); } AdviceMap::iterator i = _advice_map.find( jpl ); vector *jp_advice = 0; if (i == _advice_map.end ()) { jp_advice = new vector; _advice_map.insert( AdviceMap::value_type( jpl, jp_advice ) ); } else jp_advice = i->second; // remember this advice; unsorted for now jp_advice->push_back(code_advice); } if (cond) { ACM_Function *that_func = 0; if (jpl->get_parent () && ((ACM_Any*)jpl->get_parent())->type_val() == JPT_Function) that_func = (ACM_Function*)jpl->get_parent(); ACM_Name *target_name = 0; if (jpl->type_val () == JPT_Call) target_name = ((ACM_Call*)jpl)->get_target(); else if (jpl->type_val () == JPT_Builtin) target_name = ((ACM_Builtin*)jpl)->get_target(); else if (jpl->type_val () == JPT_Get) target_name = ((ACM_Get*)jpl)->get_variable(); else if (jpl->type_val () == JPT_Set) target_name = ((ACM_Set*)jpl)->get_variable(); else if (jpl->type_val () == JPT_Ref) target_name = ((ACM_Ref*)jpl)->get_variable(); cond.checks_for_that (_type_checks_true); cond.checks_for_target (_type_checks_true); StringSet check_names_that, check_names_target; if (that_func) { cond.names_for_that (check_names_that); for (StringSet::iterator iter = check_names_that.begin (); iter != check_names_that.end (); ++iter) { if (((ACM_Any*)that_func->get_parent())->type_val() & (JPT_Class|JPT_Aspect)) _type_checks_false.insert (TypeCheck ((ACM_Class*)that_func->get_parent(), *iter)); } } if (target_name) { cond.names_for_target (check_names_target); for (StringSet::iterator iter = check_names_target.begin (); iter != check_names_target.end (); ++iter) { if (((ACM_Any*)target_name->get_parent())->type_val() & (JPT_Class|JPT_Aspect)) _type_checks_false.insert (TypeCheck ((ACM_Class*)target_name->get_parent(), *iter)); } } } } void Plan::consider (ACM_Code *jpl, const CFlow &cflow) { if (is_pseudo(*jpl)) return; bool has_plan = jpl->has_plan (); if (!has_plan) jpl->set_plan (_jpm.newCodePlan()); if (!has_plan) { switch (jpl->type_val ()) { case JPT_Execution: _exec_jpls.append (jpl); break; case JPT_Call: case JPT_Builtin: _access_jpls.append (jpl); break; case JPT_Construction: _cons_jpls.append (jpl); break; case JPT_Destruction: _dest_jpls.append (jpl); break; default: _err << sev_error << "internal problem, invalid join point type in plan" << endMessage; return; } } TI_Code::of(*jpl)->consider (cflow); } void Plan::consider( ACM_Code *jpl ) { if( is_pseudo( *jpl ) ) return; bool has_plan = jpl->has_plan(); if( ! has_plan ) { jpl->set_plan( _jpm.newCodePlan() ); if( jpl->type_val () & JPT_Access ) _access_jpls.append( jpl ); else switch( jpl->type_val() ) { case JPT_Execution: _exec_jpls.append( jpl ); break; case JPT_Construction: _cons_jpls.append( jpl ); break; case JPT_Destruction: _dest_jpls.append( jpl ); break; default: _err << sev_error << "internal problem, invalid join point type in plan" << endMessage; return; } } } // consider a join point for an introduction in the plan void Plan::consider (ACM_Class &jpl, ACM_Introduction *intro) { bool has_plan = jpl.has_plan(); if (!has_plan) { jpl.set_plan (_jpm.newClassPlan ()); _class_jpls.append (&jpl); // TODO: still needed? we have the intro_map } IntroMap::iterator i = _intro_map.find(&jpl); vector *cls_intros = 0; if (i == _intro_map.end ()) { cls_intros = new vector; _intro_map.insert(IntroMap::value_type(&jpl, cls_intros)); } else cls_intros = i->second; // remember this intro; unsorted for now cls_intros->push_back(intro); } // calculate the order for a single join point void Plan::order (ACM_Any *jpl) { // use an OrderPlanner for this purpose OrderPlanner order_planner; PointCutContext context (_jpm, _conf); const list &orders = order_infos (); for (list::const_iterator i = orders.begin (); i != orders.end (); ++i) { OrderInfo *order = *i; // check if the current join point location is matched by the pointcut // expression of the order advice context.concrete_aspect (order->aspect ()); Binding binding; // binding and condition not used for intros Condition condition; PointCutExpr *jp_pce = (PointCutExpr*)order->jp_pce ().get (); if (!jp_pce->evaluate (*jpl, context, binding, condition)) continue; // remember order relations in the plan for this join point const list &pces = order->pces (); list *hi = 0; list *lo = 0; bool start = true; for (list::const_iterator i2 = pces.begin (); i2 != pces.end (); ++i2) { PointCutExpr *pce = (PointCutExpr*)((*i2).get ()); // match all relevant aspects with the current match expression list *matched = new list; // TODO: this is inefficient. Not all aspects are relevant for each jp // get all aspects from the join point model for (set::iterator iter = _sorted_aspects.begin (); iter != _sorted_aspects.end (); ++iter) { ACM_Aspect &jpl_aspect = (ACM_Aspect&)**iter; if (pce->evaluate (jpl_aspect, context, binding, condition)) matched->push_back (&jpl_aspect); } if (matched->size () == 0) { delete matched; } else if (start) { lo = matched; // will become high in the next loop start = false; } else { if (hi) delete hi; hi = lo; lo = matched; // now we can consider the ordering info in the plan for (list::iterator ihi = hi->begin (); ihi != hi->end (); ++ihi) { for (list::iterator ilo = lo->begin (); ilo != lo->end (); ++ilo) { // cout << signature(**ihi) << " -> " << signature (**ilo) << endl; order_planner.precedence (**ihi, **ilo); } } } } if (lo) delete lo; } if (jpl->type_val() & JPT_Code) check (*(ACM_Code*)jpl, order_planner); else check (*(ACM_Class*)jpl, order_planner); } void Plan::sort_access_joinpoints() { // TODO use better sorting algorithm for( int i = 0; i < _access_jpls.length(); i++ ) { assert( _access_jpls[ i ]->type_val() & JPT_Access ); ACM_Access *min_ptr = static_cast( _access_jpls[ i ] ); unsigned int min_id = min_ptr->get_lid(); int min_index = i; for( int j = i + 1; j < _access_jpls.length(); j++ ) { assert( _access_jpls[ j ]->type_val() & JPT_Access ); ACM_Access *cmp_ptr = static_cast( _access_jpls[ j ] ); unsigned int cmp_id = cmp_ptr->get_lid(); if( cmp_id < min_id ) { min_index = j; min_ptr = cmp_ptr; min_id = cmp_id; } } if( min_index != i ) { _access_jpls[ min_index ] = _access_jpls[ i ]; _access_jpls[ i ] = min_ptr; } } } // calculate the order for all join points void Plan::order_code_joinpoints() { // recreate the order of access joinpoints (it gets destroyed by Transformer) sort_access_joinpoints(); for (int i = 0; i < (int)_exec_jpls.length (); i++) order (_exec_jpls[i]); for (int i = 0; i < (int)_access_jpls.length (); i++) order (_access_jpls[i]); for (int i = 0; i < (int)_cons_jpls.length (); i++) order (_cons_jpls[i]); for (int i = 0; i < (int)_dest_jpls.length (); i++) order (_dest_jpls[i]); } // issue an advice in the plan for this code join point void Plan::issue (ACM_Code &jpl, ACM_CodeAdvice *ca) { AdviceInfo *ai = TI_CodeAdvice::of(*ca)->get_advice_info(); // find latest around advice level ACM_CodePlan *last_plan = jpl.get_plan(); while (last_plan->has_next_level()) last_plan = last_plan->get_next_level(); if (last_plan->has_around()) { ACM_CodePlan *new_plan = _jpm.newCodePlan(); last_plan->set_next_level(new_plan); last_plan = new_plan; } switch (ai->type()) { case ACT_BEFORE: last_plan->get_before().insert(ca); break; case ACT_AROUND: last_plan->set_around(ca); break; case ACT_AFTER: last_plan->get_after().push_front(ca); break; } } // check the plan for a specific join point void Plan::check (ACM_Code &jpl, OrderPlanner &order_planner) { if (!jpl.has_plan ()) return; if (!order_planner.plan()) { _err << sev_error << "order directives not resolvable for " << jpl.type_str () << "(\"" << signature(jpl).c_str () << "\")" << TransformInfo::location (jpl) << endMessage; return; } AdviceMap::iterator iter = _advice_map.find(&jpl); if (iter == _advice_map.end ()) return; // maybe only cflow triggers vector &advices = *iter->second; for (int i = 0; i < order_planner.items (); i++) { ACM_Aspect* ai = &order_planner.item (i); for (unsigned int j = 0; j < advices.size(); j++) { ACM_CodeAdvice *code_advice = advices[j]; if (code_advice && &TI_CodeAdvice::of (*code_advice)->get_advice_info()->aspect() == ai) { issue(jpl, code_advice); advices[j] = 0; } } } for (unsigned int j = 0; j < advices.size(); j++) if (advices[j] != 0) issue(jpl, advices[j]); } // issue an introduction in the plan for this class join point void Plan::issue (ACM_Class &jpl, ACM_Introduction *ii) { TU_ClassSlice *slice = (TU_ClassSlice*)get_slice(*ii); bool base, members; slice->analyze_tokens(base, members); if (base) { ACM_BaseIntro *intro_ref = _jpm.newBaseIntro(); intro_ref->set_intro(ii); jpl.get_plan()->get_base_intros().insert (intro_ref); } if (members) { ACM_MemberIntro *intro_ref = _jpm.newMemberIntro(); intro_ref->set_intro(ii); jpl.get_plan()->get_member_intros().insert (intro_ref); } } // check the plan for a specific join point // TODO: a lot of code duplication with "check(ACM_Code&)" void Plan::check (ACM_Class &jpl, OrderPlanner &order_planner) { if (!jpl.has_plan ()) return; if (!order_planner.plan ()) { _err << sev_error << "order directives not resolvable for " << jpl.type_str () << "(\"" << signature(jpl).c_str () << "\")" << TransformInfo::location (jpl) << endMessage; return; } IntroMap::iterator iter = _intro_map.find(&jpl); assert (iter != _intro_map.end ()); vector &intros = *iter->second; for (int i = 0; i < order_planner.items (); i++) { ACM_Aspect* ai = &order_planner.item (i); for (unsigned int j = 0; j < intros.size(); j++) { if (intros[j] && ((ACM_Aspect*)intros[j]->get_parent() == ai)) { issue(jpl, intros[j]); intros[j] = 0; } } } for (unsigned int j = 0; j < intros.size(); j++) if (intros[j] != 0) issue(jpl, intros[j]); } aspectc++/AspectC++/PaxHeaders.4702/ClangIntroducer.cc0000644000000000000000000000007412740141200017335 xustar0030 atime=1468174988.293169401 30 ctime=1468174988.293169401 aspectc++/AspectC++/ClangIntroducer.cc0000644000175000001440000013702412740141200017526 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include using std::cout; using std::endl; #include using std::set; #include "clang/AST/ASTContext.h" #include "clang/AST/ASTConsumer.h" #include "clang/Frontend/CompilerInstance.h" #include "clang/Parse/Parser.h" #include "llvm/ADT/StringExtras.h" #include "ClangIntroducer.h" #include "ACFileID.h" #include "Plan.h" #include "CodeWeaver.h" #include "LineDirectiveMgr.h" #include "IncludeGraph.h" #include "Naming.h" #include "AspectInfo.h" #include "OrderInfo.h" #include "IntroductionInfo.h" #include "ModelBuilder.h" #include "ACModel/Utils.h" #include "PointCutContext.h" #include "PointCutExpr.h" #include "IntroductionUnit.h" #include "TransformInfo.h" #include "ClangIntroParser.h" #include "ClangIntroSema.h" using namespace Puma; // Destructor: release all allocated resources ClangIntroducer::~ClangIntroducer () { } static const char *prot_str (clang::AccessSpecifier prot) { switch (prot) { case clang::AS_private: return "AC::PROT_PRIVATE"; case clang::AS_protected: return "AC::PROT_PROTECTED"; case clang::AS_public: return "AC::PROT_PUBLIC"; case clang::AS_none: return "AC::PROT_NONE"; } return 0; } static string spec_str (bool is_static, bool is_mutable, bool is_virtual) { int pos = 0; string result; if (is_static) { if (pos++) result += "|"; result += "AC::SPEC_STATIC"; } if (is_mutable) { if (pos++) result += "|"; result += "AC::SPEC_MUTABLE"; } if (is_virtual) { if (pos++) result += "|"; result += "AC::SPEC_VIRTUAL"; } if (!pos) result = "AC::SPEC_NONE"; return result; } // insert friend declarations for all aspects bool ClangIntroducer::insert_aspectof_function(std::string &str, clang::CXXRecordDecl *ci) { if (!ci) return false; ACM_Aspect *jpl_aspect = _jpm.register_aspect (ci); if (!jpl_aspect) return false; // iterate over all member functions and find any definitions of // 'aspectof' or 'aspectOf' clang::NamedDecl *aspectOf_func = 0; clang::NamedDecl *aspectof_func = 0; for (clang::CXXRecordDecl::decl_iterator di = ci->decls_begin(), de = ci->decls_end(); di != de; ++di) { clang::NamedDecl *nd = llvm::dyn_cast (*di); if (!nd) continue; if (nd->getKind () == clang::Decl::FunctionTemplate || nd->getKind () == clang::Decl::CXXMethod) { if (nd->getNameAsString() == "aspectof") aspectof_func = nd; else if (nd->getNameAsString() == "aspectOf") aspectOf_func = nd; } // Register all members now. Some may not be in the model yet because we're // in the middle of parsing classes. clang::CXXMethodDecl *md = llvm::dyn_cast (nd); if (md) { if (!_jpm.register_pointcut(md, jpl_aspect)) _jpm.register_function(md, jpl_aspect); } } // Don't create instances of abstract aspects. if (::is_abstract(*jpl_aspect)) return false; #if 0 if (aspectOf_func && !aspectof_func) { // rename the function to 'aspectof' CT_FctDef *fctdef = (CT_FctDef*)aspectOf_func->Tree (); CT_SimpleName *name = ((CT_Declarator*)fctdef->Declarator ())->Name (); name = name->Name (); // if it is qualified const WeavePos &name_start = _code_weaver.weave_pos (ACToken (name->token ()), WeavePos::WP_BEFORE); const WeavePos &name_end = _code_weaver.weave_pos (ACToken (name->end_token ()), WeavePos::WP_AFTER); _code_weaver.replace (name_start, name_end, "aspectof"); return false; // nothing to introduce } #endif if (!aspectOf_func && !aspectof_func) { llvm::raw_string_ostream unit(str); unit << '\n' << "public:" << '\n' << " static " << ci->getName () << " *aspectof () {" << '\n' << " static " << ci->getName () << " __instance;" << '\n' << " return &__instance;" << '\n' << " }" << '\n' << " static " << ci->getName () << " *aspectOf () {" << '\n' << " return aspectof ();" << '\n' << " }" << '\n' << "private:" << '\n'; return true; } return false; } bool ClangIntroducer::insert_aspect_friend_decls(std::string &str, clang::Decl *decl) { if (!decl) return false; clang::TagDecl *td = llvm::dyn_cast(decl); // introductions into unions require some extra effort (not implemented yet) if (td && td->isUnion()) return false; // check whether the insertion is indicated for this class or union clang::SourceManager &sm = _code_weaver.getRewriter().getSourceMgr(); // no need for template instances; the templates already get the friend injection if (clang::CXXRecordDecl *r = llvm::dyn_cast(decl)) if (r->getTemplateSpecializationKind() == clang::TSK_ImplicitInstantiation || r->getTemplateSpecializationKind() == clang::TSK_ExplicitInstantiationDefinition) return false; clang::NamedDecl* nd = llvm::dyn_cast(decl); if (nd) { std::string qual_name(nd->getQualifiedNameAsString()); llvm::StringRef name(nd->getName()); // code introduced by phase 1 (in special namespace AC) is not modified here if (llvm::StringRef(qual_name).startswith("AC::")) return false; // introspection code is also not modified else if ( ((name == "BaseClass") || (name == "Member") || (name == "Function") || (name == "Constructor") || (name == "Destructor")) && (llvm::StringRef(qual_name).count("::__TI::") || llvm::StringRef(qual_name).count("::__TJP_"))) return false; } // nested classes in template instances should also not be modified to avoid double injection //if (_jpm.inside_template_instance(decl)) //return false; // the class has to belong to the project llvm::StringRef name = sm.getPresumedLoc(decl->getLocation()).getFilename(); llvm::StringRef buffer_name = sm.getBufferName(decl->getLocation()); if (!buffer_name.startswith("getQualifiedNameAsString() == jpl.get_name())) { str += " friend class ::"; str += jpl.get_name(); str += ";\n"; result = true; } } return result; } static bool is_attribute(clang::DeclaratorDecl *dd) { if (clang::FieldDecl *fd = llvm::dyn_cast(dd)) return !fd->isBitField(); return true; } // insert introspection code // * at the end of class definitions, after AspectC++ introductions std::string ClangIntroducer::insert_introspection_code(clang::CXXRecordDecl *cd, int precedence) { std::string str; llvm::raw_string_ostream unit(str); if (!cd /*|| !cd->Object ()->DefObject ()->ClassInfo()*/) return ""; // return if this class is not an introduction target or has C linkage if (!_jpm.is_valid_model_class (cd) || !_jpm.is_intro_target (cd)) return ""; // introspection templates cannot be declared inside of a local class if (cd->isLocalClass()) // integrate check into _jpm.is_valid_model_class ? return ""; // Return if this class is defined in an extern "C" context if (TI_Class::is_extern_c(cd)) return ""; // if (clang::LinkageSpecDecl *SD = // llvm::dyn_cast(cd->getDeclContext())) // if (SD->getLanguage() == clang::LinkageSpecDecl::lang_c) // return ""; unit << "public:\n"; unit << " struct "; if (precedence == -1) unit << "__TI"; else unit << "__TJP_" << precedence; unit << " {\n"; // generate the signature (fully qualified target class name) unit << " static const char *signature () { return \""; unit << cd->getQualifiedNameAsString(); unit << "\"; }\n"; // generate a 32-bit hash code from the fully qualified target class name unit << " enum { HASHCODE = " << StrCol::hash(cd->getQualifiedNameAsString().c_str()) << "U };\n"; // generate a typedef for the target type unit << " typedef " << *cd << " That;\n"; // generate a list with all base classes unit << " template struct BaseClass {};\n"; unsigned b = 0; for (clang::CXXRecordDecl::base_class_iterator I = cd->bases_begin(), E = cd->bases_end(); I != E; ++I) { unit << " template struct BaseClass<" << b << ", __D> { typedef "; unit << TI_Type::get_type_text(I->getType(), &cd->getASTContext(), "Type", TSEF_ENABLE, true, TSEF_DONOTCHANGE, false, true, false); unit << "; "; unit << "static const AC::Protection prot = " << prot_str(I->getAccessSpecifierAsWritten()) << "; "; unit << "static const AC::Specifiers spec = (AC::Specifiers)(" << spec_str (false, false, I->isVirtual()) << "); "; unit << "};\n"; b++; } unit << " enum { BASECLASSES = " << b << " };\n"; llvm::StringRef clsname = cd->getName(); // generate Member => a list with all attribute types unit << " template struct Member {};\n"; unsigned e = 0; for (clang::DeclContext::decl_iterator I = cd->decls_begin(), E = cd->decls_end(); I != E; ++I) { clang::DeclaratorDecl *dd = llvm::dyn_cast(*I); if (!dd || !is_attribute(dd)) continue; // Here anonymous struct/class/union members are ignored // TODO: Handle all members of these anonymous constructs. They are visible // in the enclosing scope, i.e. here! string name = dd->getNameAsString (); if (name.empty ()) continue; // static members are represented as VarDecls, the rest is FieldDecl. clang::VarDecl *vd = llvm::dyn_cast(dd); clang::FieldDecl *fd = llvm::dyn_cast(dd); if (!vd && !fd) continue; unit << " template struct Member<" << e << ", __D> { typedef "; unit << TI_Type::get_type_text(dd->getType(), &dd->getASTContext(), "Type", TSEF_ENABLE, true, TSEF_DONOTCHANGE, false, true, false); unit << "; typedef AC::Referred::type ReferredType; "; unit << "static const AC::Protection prot = " << prot_str(dd->getAccess()) << "; "; unit << "static const AC::Specifiers spec = (AC::Specifiers)(" << spec_str(vd, fd && fd->isMutable(), false) << "); "; // generate pointer => the typed pointer to attribute I unit << "static ReferredType *pointer (" << clsname << " *obj = 0) { return (ReferredType*)&"; if (vd) unit << clsname << "::" << *dd; else unit << "obj->" << *dd; unit << "; } "; // generate member_name => the name of attribute i unit << "static const char *name () { return \"" << *dd << "\"; }\n"; unit << " };\n"; e++; } unit << " enum { MEMBERS = " << e << " };\n"; // generate a list with all member functions unit << " template struct Function {};\n"; unit << " template struct Constructor {};\n"; unit << " template struct Destructor {};\n"; unsigned int functions=0, constructors=0, destructors=0; for (clang::CXXRecordDecl::method_iterator I = cd->method_begin(), E = cd->method_end(); I != E; ++I) { clang::CXXMethodDecl *fi = *I; if (!fi || !_jpm.is_valid_model_function(fi) || !fi->isUserProvided()) continue; if (llvm::dyn_cast(fi)) { unit << " template struct Constructor<" << constructors << ", __D> { "; constructors++; } else if (llvm::dyn_cast(fi)) { unit << " template struct Destructor<" << destructors << ", __D> { "; destructors++; } else { unit << " template struct Function<" << functions << ", __D> { "; functions++; } unit << "static const AC::Protection prot = " << prot_str (fi->getAccess ()) << "; "; unit << "static const AC::Specifiers spec = (AC::Specifiers)(" << spec_str (false, false, fi->isVirtual()) << "); "; unit << "};\n"; } unit << " enum { FUNCTIONS = " << functions << " };\n"; unit << " enum { CONSTRUCTORS = " << constructors << " };\n"; unit << " enum { DESTRUCTORS = " << destructors << " };\n"; unit << " };\n"; #if 0 // paste a #line directive LineDirectiveMgr &lmgr = _code_weaver.line_directive_mgr (); ACUnit *dunit = new ACUnit (err); lmgr.directive (*dunit, inspos.unit (), inspos); *dunit << endu; if (dunit->empty ()) delete dunit; else _code_weaver.insert (pos, dunit); #endif return unit.str(); } ACM_Class *ClangIntroducer::create_plan (clang::Decl *decl) { clang::RecordDecl *ci = llvm::dyn_cast(decl); if (!ci) return 0; // return if this class is not an introduction target if (!_jpm.is_intro_target (ci)) return 0; // try to register this class (might be a newly introduced class) ACM_Class *jpl = _jpm.register_aspect (ci); if (!jpl) jpl = _jpm.register_class (ci); // return if this is either not a valid model class or no valid intro target if (!jpl || !jpl->get_intro_target ()) return 0; // iterate through all introduction advice in the plan PointCutContext context (_jpm, _conf); const list &intros = _plan.introduction_infos (); for (list::const_iterator i = intros.begin (); i != intros.end (); ++i) { IntroductionInfo *intro = *i; // TODO: consider stand-alone advice here as well in the future (C-mode) // something like ... if (!intro->is_activated ()) continue; context.concrete_aspect (intro->aspect ()); Binding binding; // binding and condition not used for intros Condition condition; PointCutExpr *pce = (PointCutExpr*)intro->pointcut_expr ().get (); if (pce->match (*jpl, context, binding, condition)) _plan.consider (*jpl, &intro->intro ()); } if (jpl->has_plan ()) { // order the advice & check _plan.order (jpl); // remember the class info and join point location _clangtargets.insert (ClangTargetMap::value_type (ci, jpl)); } return jpl; } ACM_Class *ClangIntroducer::plan_lookup (clang::Decl *ci) { // Lazily create the plan. if (_seen_classes.insert(ci).second) create_plan (ci); ClangTargetMap::iterator i = _clangtargets.find (ci); if (i != _clangtargets.end () && i->second->has_plan()) return i->second; return 0; } const clang::Decl *ClangIntroducer::link_once_object (clang::CXXRecordDecl *ci) { clang::SourceManager &sm = _code_weaver.getRewriter().getSourceMgr(); // Functions before fields. for (clang::CXXRecordDecl::decl_iterator DI = ci->decls_begin(), DE = ci->decls_end(); DI != DE; ++DI) { // Skip generated code. llvm::StringRef name = sm.getBufferName((*DI)->getLocation()); if (name.startswith("(*DI)) { // skip template functions and built-in functions // they don't need link-once code if (!MD->isUserProvided()) continue; // if a member function is undefined it is link-once code! if (!MD->isDefined()) return MD; // if the function is defined, outside the class scope, and is not inline, // we found the implementation const clang::FunctionDecl *def; if (MD->getBody(def) && def->getLexicalParent() != ci && !def->isInlineSpecified()) return def; } } for (clang::CXXRecordDecl::decl_iterator DI = ci->decls_begin(), DE = ci->decls_end(); DI != DE; ++DI) { // Skip generated code. llvm::StringRef name = sm.getBufferName((*DI)->getLocation()); if (name.startswith("(*DI)) if (VD->isStaticDataMember() && !VD->getInit() && VD->getOutOfLineDefinition()) return VD; } return 0; } void ClangIntroducer::parse (clang::Parser *parser, llvm::StringRef include, clang::SourceLocation loc) { // cout << "parsing '" << include.data() << "'" << endl; WeaverBase::MacroAnalyzerState mas = _code_weaver.save_macro_analyzer_state(); clang::Token &token = (clang::Token &)parser->getCurToken(); clang::Token saved_token = token; // EXPERIMENT: string fname = _ci->getSourceManager().getFilename(_ci->getSourceManager().getExpansionLoc(loc)); static int num = 0; ostringstream name; name << fname << "_virt" << num++; ACFileID vfid = _conf.project().addVirtualFile(name.str(), include); clang::FileID fid = _ci->getSourceManager().createFileID(vfid.file_entry(), loc, clang::SrcMgr::C_User); _ci->getPreprocessor() .EnterSourceFile(fid, _ci->getPreprocessor().GetCurDirLookup(), loc); // inject (llvm::MemoryBuffer::getMemBufferCopy(include, ""), loc); // EXPERIMENT end _ci->getPreprocessor ().Lex (token); ClangIntroSema &sema = (ClangIntroSema&)_ci->getSema(); clang::Scope *old_scope = sema.setCurScope(sema.TUScope); clang::DeclContext *old_context = sema.CurContext; clang::DeclContext *old_lex_context = sema.OriginalLexicalContext; _ci->getSema().CurContext = _ci->getASTContext().getTranslationUnitDecl (); clang::Parser::DeclGroupPtrTy Result; while (token.isNot(clang::tok::r_brace) && !parser->ParseTopLevelDecl(Result)) { // Tell the ModelBuilder about the new declarations. sema.getASTConsumer().HandleTopLevelDecl(Result.get()); } _code_weaver.restore_macro_analyzer_state(mas); sema.CurContext = old_context; sema.OriginalLexicalContext = old_lex_context; sema.setCurScope(old_scope); token = saved_token; _conf.project().removeVirtualFile(vfid); // cout << "parsing done" << endl; } #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) clang::FileID ClangIntroducer::inject(const llvm::MemoryBuffer *mb, clang::SourceLocation loc, bool add_eof) { clang::FileID fid = _ci->getSourceManager() .createFileIDForMemBuffer(mb, clang::SrcMgr::C_User, 0, 0, loc); #else // C++ 11 interface clang::FileID ClangIntroducer::inject(std::unique_ptr mb, clang::SourceLocation loc, bool add_eof) { clang::FileID fid = _ci->getSourceManager() .createFileID(std::move (mb), clang::SrcMgr::C_User, 0, 0, loc); #endif // _ci->getPreprocessor() // .EnterSourceFile(fid, _ci->getPreprocessor().GetCurDirLookup(), loc); clang::Preprocessor &PP = _ci->getPreprocessor(); bool Invalid; const llvm::MemoryBuffer *buff = _ci->getSourceManager().getBuffer(fid, &Invalid); if (!Invalid) { // invalid inclusion // if (string(buff->getBufferIdentifier ()) == "") // return fid; // cout << "entered:" << endl; // cout << buff->getBufferStart() << endl; // cout << "--- Tokens ..." << endl; clang::Lexer RawLex(fid, buff, PP.getSourceManager(), PP.getLangOpts()); RawLex.SetCommentRetentionState(false); RawLex.setParsingPreprocessorDirective(false); list tokens; clang::Token RawToken; RawLex.LexFromRawLexer(RawToken); while (RawToken.isNot(clang::tok::eof)) { if (RawToken.is(clang::tok::hash) && RawToken.isAtStartOfLine()) { RawLex.setParsingPreprocessorDirective(true); } else if (RawToken.is(clang::tok::eod)) { RawLex.setParsingPreprocessorDirective(false); } else if (RawToken.is(clang::tok::raw_identifier)) { #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) clang::IdentifierInfo *II = PP.getIdentifierInfo(clang::StringRef(RawToken.getRawIdentifierData(), RawToken.getLength())); #else clang::IdentifierInfo *II = PP.getIdentifierInfo(RawToken.getRawIdentifier()); #endif if (II) { RawToken.setIdentifierInfo(II); RawToken.setKind(II->getTokenID()); } } tokens.push_back(RawToken); RawLex.LexFromRawLexer(RawToken); } if (add_eof) { tokens.push_back(RawToken); } clang::Token *input = new clang::Token[tokens.size()]; int pos = 0; for (list::const_iterator i = tokens.begin(); i != tokens.end(); ++i) input[pos++] = *i; PP.EnterTokenStream(input, tokens.size(), true, true); } // cout << "--- End" << endl; return fid; } void ClangIntroducer::class_end (clang::Decl *decl, clang::SourceLocation rbrac) { clang::TagDecl *td = llvm::dyn_cast(decl); clang::CXXRecordDecl *record_decl = llvm::dyn_cast(decl); clang::SourceManager &sm = _parser->getPreprocessor().getSourceManager(); clang::SourceLocation CurLoc = rbrac; ACErrorStream &err = _conf.project().err(); bool needs_introspection = _conf.introspection(); // --introspection given? if (td) { if (td->getName () == "__TI" || td->getName ().startswith("__TJP")) return; update_base_classes (decl); std::deque bufs; // first check with the plan if there are intros for this class ACM_Class *jpl = plan_lookup(decl); if (jpl && jpl->has_plan()) gen_intros(jpl, bufs, err, td, _conf.introduction_depth()); // When we reach here, we're done with this decl. _classes_with_introduced_members.insert(decl); if (!bufs.empty()) { // Fill in the IntroductionUnit structure. clang::FileID fid = sm.getFileID(CurLoc); const llvm::MemoryBuffer *this_unit = sm.getBuffer(fid); std::vector &intro_units = get_intros_for(IntroductionUnit::cast(this_unit)); for (std::deque::iterator i = bufs.begin(), e = bufs.end(); i != e; ++i) { (*i)->target_unit(this_unit); (*i)->location(CurLoc); intro_units.push_back(*i); } // Includes may be handled when introducing bases, don't do it twice. // We add all includes even if we don't add the member for it just yet. if (!_classes_with_introduced_bases.count(decl)) { // determine the units that should be included in front of the class set units; ACM_ClassPlan *plan = plan_lookup(decl)->get_plan(); typedef ACM_Container MContainer; for (MContainer::iterator i = plan->get_member_intros().begin(); i != plan->get_member_intros().end(); ++i) { ACM_ClassSlice *cs = get_slice(*(*i)->get_intro()); units.insert(TI_ClassSlice::of(*cs)->slice_unit()); } typedef ACM_Container BContainer; for (BContainer::iterator i = plan->get_base_intros().begin(); i != plan->get_base_intros().end(); ++i) { ACM_ClassSlice *cs = get_slice(*(*i)->get_intro()); units.insert(TI_ClassSlice::of(*cs)->slice_unit()); } handle_includes(units, sm, _parser, decl, CurLoc, err); } } for (std::deque::iterator i = bufs.begin(); i != bufs.end (); i++) { IntroductionUnit *iu = *i; // if needed, generate the introspection code for this introduction if (iu->jp_needed()) { std::string introspection = insert_introspection_code(record_decl, iu->precedence()); if (!introspection.empty()) { iu->content (introspection + iu->content ()); needs_introspection = true; // also generate the final introspection } } clang::Token &token = (clang::Token &)_parser->getCurToken(); clang::Token saved_token = token; // The closing brace is swallowed by Clang. #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) inject(llvm::MemoryBuffer::getMemBuffer(" }", ""), CurLoc); #else // C++ 11 interface inject(std::move (llvm::MemoryBuffer::getMemBuffer(" }", "")), CurLoc); #endif // Do the actual injection. iu->file_id(inject(iu->buffer(), CurLoc)); _ci->getPreprocessor ().Lex (token); _parser->ParseCXXClassBody(decl); token = saved_token; } } // insert introspection code for this class if the configuration option // --introspection was given or the Joinpoint type was used in an introduction // -> inserted at the end of the class -> all intros are visible std::string intro_text; if (needs_introspection) intro_text = insert_introspection_code(record_decl); // If this is the last insertion of a member (or there were no member intros) // introduce aspectof functions and friend decls. bool has_aspectof = insert_aspectof_function(intro_text, record_decl); std::string friends = "\n"; bool has_friends = insert_aspect_friend_decls(friends, decl); if (has_friends) intro_text += friends; if (!intro_text.empty() || has_aspectof || has_friends) { clang::FileID fid = sm.getFileID(CurLoc); const llvm::MemoryBuffer *this_unit = sm.getBuffer(fid); // create the new unit for all this stuff IntroductionUnit *unit = new IntroductionUnit(IntroductionUnit::IU_OTHER); unit->target_unit(this_unit); unit->location(CurLoc); unit->intro (0); // there is no specific introduction that triggered this unit->content(intro_text); // store a pointer to the new intro unit std::vector &intro_units = get_intros_for(IntroductionUnit::cast(this_unit)); intro_units.push_back(unit); clang::Token &token = (clang::Token &)_parser->getCurToken(); clang::Token saved_token = token; // The closing brace is swallowed by Clang. inject(llvm::MemoryBuffer::getMemBuffer(" }", ""), CurLoc); // Do the actual injection. unit->file_id(inject(unit->buffer(), CurLoc)); _ci->getPreprocessor ().Lex (token); _parser->ParseCXXClassBody(decl); token = saved_token; } } void ClangIntroducer::introduce_base_classes(clang::Decl *decl, clang::SourceLocation CurLoc, bool first) { // first check with the plan if there are intros for this class ACM_Class *jpl = plan_lookup (decl); if (!jpl || !jpl->has_plan ()) { return; } std::deque bufs; gen_base_intros (jpl, bufs, !first); if (bufs.empty()) return; // Introduce bases only once. if (!_classes_with_introduced_bases.insert(decl).second) return; string signature = ((clang::TagDecl*)decl)->getNameAsString (); clang::SourceManager &sm = _parser->getPreprocessor().getSourceManager(); set units; ACM_ClassPlan *plan = jpl->get_plan (); typedef ACM_Container MContainer; for (MContainer::iterator i = plan->get_member_intros().begin(); i != plan->get_member_intros().end(); ++i) { ACM_ClassSlice *cs = get_slice (*(*i)->get_intro()); units.insert (TI_ClassSlice::of (*cs)->slice_unit ()); } typedef ACM_Container BContainer; for (BContainer::iterator i = plan->get_base_intros().begin(); i != plan->get_base_intros().end(); ++i) { ACM_ClassSlice *cs = get_slice (*(*i)->get_intro()); units.insert (TI_ClassSlice::of (*cs)->slice_unit ()); } ACErrorStream &err = _conf.project ().err (); handle_includes(units, sm, _parser, decl, CurLoc, err); clang::Token &token = (clang::Token &)_parser->getCurToken(); clang::Token saved_token = token; inject(llvm::MemoryBuffer::getMemBuffer(" {", ""), CurLoc); const llvm::MemoryBuffer *target = sm.getBuffer(sm.getFileID(CurLoc)); for (std::deque::reverse_iterator ui = bufs.rbegin (); ui != bufs.rend (); ++ui) { (*ui)->target_unit(target); (*ui)->location(CurLoc); (*ui)->file_id (inject ((*ui)->buffer(), CurLoc)); } std::vector &intro_units = get_intros_for(IntroductionUnit::cast(target)); intro_units.insert(intro_units.end(), bufs.begin(), bufs.end()); if (!first) { // read the comma into the current 'token'. It will be overwritten by ':' // after the following code injection and 'Lex' call. -> a bit tricky :-) _ci->getPreprocessor ().Lex (token); // satisfy ParseBaseClause function: code has to start with ':' inject(llvm::MemoryBuffer::getMemBuffer(" :", ""), CurLoc); } _ci->getPreprocessor ().Lex (token); _parser->ParseBaseClause(decl); token = saved_token; return; } void ClangIntroducer::base_specs_end (clang::Decl *decl) { clang::SourceLocation CurLoc = _parser->getCurToken().getLocation(); introduce_base_classes(decl, CurLoc, false); } void ClangIntroducer::class_start (clang::Decl *decl, clang::SourceLocation lbrac) { // first check with the plan if there are intros for this class clang::RecordDecl *ci = llvm::dyn_cast(decl); if (!ci) return; // return if this class is not an introduction target if (!_jpm.is_intro_target (ci)) return; // try to register this class (might be a newly introduced class) ACM_Class *jpl = _jpm.register_aspect (ci); if (!jpl) jpl = _jpm.register_class (ci); if (!jpl) return; // store the lbrace location for later; Clang has no method to get it. TI_Class::of(*jpl)->set_lbrace_loc(lbrac); introduce_base_classes(decl, lbrac, true); } // update the base classes in the project model for a class that had // base class introductions void ClangIntroducer::update_base_classes (clang::Decl *decl) { clang::CXXRecordDecl *rd = llvm::cast(decl); if (!rd || !_jpm.is_intro_target (decl)) return; ACM_Class *jpl = _jpm.register_aspect (rd); if (!jpl) jpl = _jpm.register_class (rd); if (!jpl) return; // FIXME: what about the derived-class relation? Will there be duplicates? jpl->get_bases().clear(); for (clang::CXXRecordDecl::base_class_iterator I = rd->bases_begin(), E = rd->bases_end(); I != E; ++I) { clang::CXXRecordDecl *base_decl = I->getType ()->getAsCXXRecordDecl (); assert (base_decl); // re-register the base class in order to find the model element ACM_Class *base_jpl = _jpm.register_aspect (base_decl); if (!base_jpl) base_jpl = _jpm.register_class (base_decl); if (!base_jpl) continue; // insert the class into the model jpl->get_bases().insert(base_jpl); base_jpl->get_derived().insert(jpl); // handle this base class recursively update_base_classes(base_decl); } } void ClangIntroducer::handle_includes(set &units, clang::SourceManager &sm, clang::Parser *parser, clang::Decl *decl, clang::SourceLocation CurLoc, ACErrorStream &err) { clang::FileID fid = sm.getFileID(CurLoc); const llvm::MemoryBuffer *this_unit = sm.getBuffer(fid); // TODO: this_unit might be a macro unit! // handle introductions into introduced classes (nested introductions) const IntroductionUnit *intro_unit = IntroductionUnit::cast (this_unit); if (intro_unit) this_unit = intro_unit->final_target_unit (); // cout << "included units for " << ci->QualName () << " in " // << this_unit->name () << " :" << endl; for (set::iterator iter = units.begin (); iter != units.end (); ++iter) { ACFileID slice_unit = *iter; if (ACFileID(sm.getFileEntryForID(sm.getMainFileID())) == slice_unit) { #if 0 if (this_unit != primary) err << sev_error << decl->getLocation() << "affected by aspect in '" << slice_unit.name ().c_str () << "'. Move the aspect into a separate aspect header." << endMessage; #endif } else if (sm.getFileEntryForID(fid) && _ig.includes (slice_unit, sm.getFileEntryForID(fid))) { err << sev_warning << decl->getLocation() << "can't include '" << slice_unit.name ().c_str () << "' to avoid include cycle" << endMessage; } else { // cout << "new edge from " << this_unit->name () << " to " // << slice_unit->name () << endl; // handling of nested classes -> search the outermost class clang::RecordDecl *inscls = llvm::cast(decl); while (inscls->getLexicalParent()->isRecord()) inscls = llvm::cast(inscls->getLexicalParent()); ACFileID insfile = sm.getFileEntryForID(sm.getFileID(sm.getExpansionLoc(inscls->getLocation()))); _ig.add_edge (insfile, slice_unit); // namespace should be closed and re-opened ostringstream inc; _code_weaver.close_namespace (inc, inscls); // inspos should be infront of the class clang::SourceLocation inspos = inscls->getLocStart(); // This is what gets parsed. We don't care about namespaces here. ostringstream includes; Filename incname = _conf.project ().getRelInclString (insfile.name ().c_str(), slice_unit.name ().c_str()); includes << endl << "#ifndef "; Naming::guard (includes, slice_unit); includes << endl << "#define "; Naming::guard (includes, slice_unit); includes << endl; includes << "#include \"" << incname << "\"" << endl; includes << "#endif" << endl; // re-open the namespace inc << includes.str(); _code_weaver.open_namespace (inc, inscls); _code_weaver.insert (_code_weaver.weave_pos (inspos, WeavePos::WP_BEFORE), inc.str ()); // FIXME: stupid hack. includes << "}" << endl; if (_included_aspect_headers.find (slice_unit) == _included_aspect_headers.end ()) { _included_aspect_headers.insert (slice_unit); parse(parser, includes.str (), CurLoc); } // else // cout << "'" << slice_unit->name () << "' not included again!" << endl; } } } bool ClangIntroducer::end_translation_unit(clang::Parser *parser) { bool injection_done = false; for (std::set::iterator i = _classes_with_introduced_members.begin(), e = _classes_with_introduced_members.end(); i != e; ++i) { clang::Decl *decl = *i; // Introduce members only once. if (!_classes_with_introduced_non_inlines.insert(decl).second) continue; // first check with the plan if there are intros for this class ACM_Class *jpl = plan_lookup (decl); if (!jpl || !jpl->has_plan ()) { continue; } clang::TagDecl *tag_decl = (clang::TagDecl*)decl; //const clang::Type* tag_type = tag_decl->getTypeForDecl(); //string signature = tag_decl->getNameAsString (); //cout << "END_TU " << signature << " " // << tag_type->getCanonicalTypeInternal().getAsString() << endl; std::deque bufs; ACErrorStream &err = _conf.project ().err (); gen_intros (jpl, bufs, err, tag_decl, _conf.introduction_depth (), true); if (bufs.empty()) continue; clang::SourceLocation CurLoc = parser->getCurToken().getLocation(); clang::SourceManager &sm = parser->getPreprocessor().getSourceManager(); if (sm.getFileID(tag_decl->getLocation()) != sm.getMainFileID()) { const clang::Decl *loo = link_once_object(llvm::dyn_cast(tag_decl)); if (!loo) continue; else if (const clang::DeclContext *dc = llvm::dyn_cast(loo)) if (dc->getLexicalParent() == tag_decl) continue; // Returned fields are always link once objects. } // determine the units that should be included in front of the intros set units; ACM_ClassPlan *plan = jpl->get_plan (); typedef ACM_Container MContainer; for (MContainer::iterator i = plan->get_member_intros().begin(); i != plan->get_member_intros().end(); ++i) { ACM_ClassSlice *cs = get_slice (*(*i)->get_intro()); std::vector &member_units = TI_ClassSlice::of(*cs)->non_inline_member_units(); for (std::vector::iterator i = member_units.begin (); i != member_units.end (); ++i) units.insert (*i); } // parse the aspect headers that are needed by this intro for (set::iterator iter = units.begin (); iter != units.end (); ++iter) { ACFileID slice_unit = *iter; ACFileID primary_unit = ACFileID(sm.getFileEntryForID(sm.getMainFileID())); if (primary_unit != slice_unit) { // cout << "new edge from " << primary->name () << " to " // << slice_unit->name () << endl; _ig.add_edge (primary_unit, slice_unit); // generate a unit with the include ostringstream includes; Filename incname = _conf.project().getRelInclString(primary_unit.name().c_str (), slice_unit.name().c_str ()); includes << endl << "#ifndef "; Naming::guard (includes, slice_unit); includes << endl << "#define "; Naming::guard (includes, slice_unit); includes << endl; includes << "#include \"" << incname << "\"" << endl; includes << "#endif" << endl; string inc (includes.str ()); _code_weaver.insert( _code_weaver.weave_pos(CurLoc, WeavePos::WP_BEFORE), inc, true); if (_included_aspect_headers.find (slice_unit) == _included_aspect_headers.end ()) { _included_aspect_headers.insert (slice_unit); parse(parser, inc, CurLoc); } // else // cout << "'" << slice_unit->name () << "' not included again!" << endl; } } clang::FileID fid = sm.getFileID(CurLoc); const llvm::MemoryBuffer *this_unit = sm.getBuffer(fid); for (std::deque::reverse_iterator ui = bufs.rbegin(); ui != bufs.rend(); ++ui) { (*ui)->target_unit(this_unit); (*ui)->location(CurLoc); (*ui)->file_id(inject((*ui)->buffer(), CurLoc, !injection_done)); injection_done = true; } std::vector &intro_units = get_intros_for(IntroductionUnit::cast(this_unit)); intro_units.insert(intro_units.end(), bufs.begin(), bufs.end()); } return injection_done; } void ClangIntroducer::tunit_start () { // handle Clang parser quirks string quirks = "namespace AC { struct __float128 {\n" " union {\n" " char _data[128/8];\n" " double _val;\n" " };\n" " __float128 (double d) : _val (d) {}\n" " operator double () const { return _val; }\n" " __float128 &operator += (double d) { _val += d; return *this; }\n" " __float128 &operator -= (double d) { _val -= d; return *this; }\n" " __float128 &operator *= (double d) { _val *= d; return *this; }\n" " __float128 &operator /= (double d) { _val /= d; return *this; }\n" "}; }\ntypedef AC::__float128 __float128;\n}"; // parse and inject the code clang::SourceManager &SM = _ci->getSourceManager (); clang::SourceLocation quirks_loc = SM.getLocForStartOfFile (SM.getMainFileID()); parse (_parser, quirks, quirks_loc); } void ClangIntroducer::tunit_end () { clang::Token &token = (clang::Token &)_parser->getCurToken(); clang::Token saved_token = token; if (!end_translation_unit(_parser)) { // inject code and parse required headers return; } _ci->getPreprocessor ().Lex (token); clang::Parser::DeclGroupPtrTy ADecl; while (!_parser->ParseTopLevelDecl(ADecl)) { if (ADecl && !_ci->getASTConsumer().HandleTopLevelDecl(ADecl.get())) break; } token = saved_token; } string substitute_names(const string &text, clang::TagDecl *target, int precedence, const std::vector > &positions, bool &jp_needed) { string result; typedef TI_ClassSlice::SliceBody member_t; // generate names to be inserted at the appropriate positions std::string target_name = target->getNameAsString(); std::string target_qual_name = target->getQualifiedNameAsString(); std::string jp_name = "__TJP_" + llvm::itostr(precedence); jp_needed = false; size_t last_pos = 0; // The positions are sorted ascending. for (int pi = 0, pe = positions.size(); pi != pe; ++pi) { size_t pos = positions[pi].first; member_t::InsertType type = positions[pi].second; result += text.substr(last_pos, pos - last_pos); switch (type) { case member_t::TARGET_NAME: result += target_name; break; case member_t::TARGET_QUAL_NAME: result += target_qual_name; break; case member_t::JP_NAME: result += jp_name; jp_needed = true; break; } last_pos = pos; } result += text.substr (last_pos); return result; } void ClangIntroducer::gen_intros (ACM_Class *jpl, std::deque &units, ACErrorStream &err, clang::TagDecl *target, int introduction_depth, bool non_inline) const { typedef TI_ClassSlice::SliceBody member_t; // handle all intros typedef ACM_Container Container; Container &intros = jpl->get_plan()->get_member_intros(); int i = 0; for (Container::iterator iter = intros.begin(); iter != intros.end(); ++iter, ++i) { ACM_Introduction *ii = (*iter)->get_intro(); // TODO: clean up; a lot of duplicated code here TI_ClassSlice *ti = TI_ClassSlice::of (*get_slice (*ii)); // generate non-inline introduction instance if (ti->non_inline_members ().size () > 0 && non_inline) { // Format the non-inline members. Everything is tokenized with the required // elements inserted in the given positions. std::vector &bodies = ti->non_inline_members (); for (unsigned body_no = 0; body_no < bodies.size(); ++body_no) { const member_t &body = bodies[body_no]; std::string str; // = "\n"; // create the new unit IntroductionUnit *unit = new IntroductionUnit(body_no); unit->intro (ii); unit->precedence (i); bool jp_needed; str += substitute_names(body.text, target, i, body.positions, jp_needed); unit->jp_needed(jp_needed); // if there was no introduction, delete the unit -> no result if (str.empty() || str.find_first_not_of(" \n") == std::string::npos) delete unit; // check whether this is a deeply nested introduction else if (unit->nesting_level () > introduction_depth) { err << sev_error << target->getLocation() << "maximum level of nested introductions (" << introduction_depth << ") for class '" << target->getQualifiedNameAsString().c_str() << "' exceeded" << endMessage; err << sev_error << Location (Filename (filename (*ii).c_str ()), line (*ii)) << "invalid introduction defined here" << endMessage; delete unit; } else { unit->content (str); units.push_back (unit); } } continue; } // create the new unit IntroductionUnit *unit = new IntroductionUnit(IntroductionUnit::IU_MEMBERS); //new IntroductionUnit (err, (Unit*)target->Tree ()->token ()->belonging_to ()); unit->intro (ii); unit->precedence (i); std::string str; // = "\n"; // generate inline introduction instance if (!ti->get_tokens().text.empty() && !non_inline) { // create a unit with the target class name std::string target_name = target->getNameAsString(); std::string slice_start; if (get_slice(*ii)->get_is_struct()) slice_start += " public: "; else slice_start += " private: "; // add " typedef ;\n" if (get_slice(*ii)->get_name()[0] != '<') { slice_start += "typedef " + target_name + " " + get_slice(*ii)->get_name() + "; "; } str += slice_start; const member_t &body = ti->get_tokens (); bool jp_needed; str += substitute_names(body.text, target, i, body.positions, jp_needed); unit->jp_needed(jp_needed); } // if there was no introduction, delete the unit -> no result if (str.empty() || str.find_first_not_of(" \n") == std::string::npos) delete unit; // check whether this is a deeply nested introduction else if (unit->nesting_level () > introduction_depth) { err << sev_error << target->getLocation() << "maximum level of nested introductions (" << introduction_depth << ") for class '" << target->getQualifiedNameAsString().c_str() << "' exceeded" << endMessage; err << sev_error << Location (Filename (filename (*ii).c_str ()), line (*ii)) << "invalid introduction defined here" << endMessage; delete unit; } else { unit->content (str); units.push_back (unit); } } } void ClangIntroducer::gen_base_intros (ACM_Class *jpl, std::deque &units, bool commas_only) const { typedef ACM_Container Container; Container &bases = jpl->get_plan()->get_base_intros(); for (Container::iterator i = bases.begin(); i != bases.end (); ++i) { // get the current introduction ACM_Introduction *ii = (*i)->get_intro(); // create the new unit IntroductionUnit *unit = new IntroductionUnit(IntroductionUnit::IU_BASE); //new IntroductionUnit (err, (Unit*)target->Tree ()->token ()->belonging_to ()); unit->intro (ii); // generate the code for this base class introduction // FIXME: Line directives. std::string str; gen_base_intro (str, ii, (i == bases.begin()) && !commas_only); unit->content (str); // store the result for the caller units.push_back (unit); } } void ClangIntroducer::gen_base_intro (std::string &unit, ACM_Introduction *ii, bool first) const { TI_ClassSlice *ti = TI_ClassSlice::of (*get_slice(*ii)); // generate the code for this entry unit += (first ? ": " : ", "); unit += ti->base_intro(); } aspectc++/AspectC++/PaxHeaders.4702/examples0000644000000000000000000000007312740141200015503 xustar0029 atime=1468174988.10216626 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/0000755000175000001440000000000012740141200015743 5ustar00osusers00000000000000aspectc++/AspectC++/examples/PaxHeaders.4702/modules0000644000000000000000000000007412740141200017154 xustar0030 atime=1468174988.103166277 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/modules/0000755000175000001440000000000012740141200017413 5ustar00osusers00000000000000aspectc++/AspectC++/examples/modules/PaxHeaders.4702/Module1.ah0000644000000000000000000000007412740141200021051 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/modules/Module1.ah0000644000175000001440000000037212740141200021235 0ustar00osusers00000000000000#ifndef __MODULE_1_AH__ #define __MODULE_1_AH__ #include "Module1.h" aspect Module1Initializer { //bind to init function and initialize Module1 advice execution("void Modules::init()") : after() { Modules::Module1::init(); } }; #endif aspectc++/AspectC++/examples/modules/PaxHeaders.4702/Module1.h0000644000000000000000000000007412740141200020710 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/modules/Module1.h0000644000175000001440000000034612740141200021075 0ustar00osusers00000000000000#ifndef __MODULE_1_H__ #define __MODULE_1_H__ #include namespace Modules { class Module1 { private: static void init() { std::cout << "Module 1 initialized" << std::endl; } }; } //namespace Modules #endif aspectc++/AspectC++/examples/modules/PaxHeaders.4702/Module0.ah0000644000000000000000000000007412740141200021050 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/modules/Module0.ah0000644000175000001440000000037212740141200021234 0ustar00osusers00000000000000#ifndef __MODULE_0_AH__ #define __MODULE_0_AH__ #include "Module0.h" aspect Module0Initializer { //bind to init function and initialize Module0 advice execution("void Modules::init()") : after() { Modules::Module0::init(); } }; #endif aspectc++/AspectC++/examples/modules/PaxHeaders.4702/Modules.h0000644000000000000000000000007412740141200021012 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/modules/Modules.h0000644000175000001440000000063412740141200021177 0ustar00osusers00000000000000#ifndef __MODULES_H__ #define __MODULES_H__ namespace Modules { void init() { /* This function is empty and serves as an explicit joinpoint. Aspects that belong to modules can bind to this function in order to get initialized. This way, modules can be omitted without changing or modifying other parts of the system. The modules are loosely coupled. */ } } //namespace Modules #endif aspectc++/AspectC++/examples/modules/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020671 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/modules/Makefile0000644000175000001440000000003412740141200021050 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/examples/modules/PaxHeaders.4702/Module0.h0000644000000000000000000000007412740141200020707 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/modules/Module0.h0000644000175000001440000000034612740141200021074 0ustar00osusers00000000000000#ifndef __MODULE_0_H__ #define __MODULE_0_H__ #include namespace Modules { class Module0 { private: static void init() { std::cout << "Module 0 initialized" << std::endl; } }; } //namespace Modules #endif aspectc++/AspectC++/examples/modules/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020464 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/modules/main.cc0000644000175000001440000000014012740141200020641 0ustar00osusers00000000000000#include "Modules.h" int main(){ //initialize all modules Modules::init(); return 0; } aspectc++/AspectC++/examples/PaxHeaders.4702/singleton0000644000000000000000000000007412740141200017506 xustar0030 atime=1468174988.103166277 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/singleton/0000755000175000001440000000000012740141200017745 5ustar00osusers00000000000000aspectc++/AspectC++/examples/singleton/PaxHeaders.4702/singletonmonitor.ah0000644000000000000000000000007412740141200023507 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/singleton/singletonmonitor.ah0000644000175000001440000000253712740141200023700 0ustar00osusers00000000000000#ifndef __singletonmonitor_ah__ #define __singletonmonitor_ah__ #include // Generic singleton monitor aspect // // A class obeying the singleton pattern should guarantee that // no more than a single object of this class will be ever created. // This generic aspect checks the behavior: it counts the instances // and emits an error message if more than one instance is created. // singletonmonitor::Counter is a helper class used to count the number // of objects created. // The usage of a template class and its intantiation with JoinPoint::That // ensures, that a new counter will be used for each singleton class, // while constructor and copy-constructor of the same class will use // the same counter. namespace singletonmonitor { template struct Counter { static int _val; }; template int Counter::_val = 0; } aspect GenericSingletonMonitor { pointcut virtual singleton() = 0; advice construction (singleton()) : before() { using namespace singletonmonitor; typedef Counter InstanceCounter; InstanceCounter::_val++; if (InstanceCounter::_val > 1) { std::cerr << "Error: " << "created instance number "<< InstanceCounter::_val << " of singleton class by calling the constructor " << JoinPoint::signature() << std::endl; } }; }; #endif aspectc++/AspectC++/examples/singleton/PaxHeaders.4702/singleton.h0000644000000000000000000000007412740141200021736 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/singleton/singleton.h0000644000175000001440000000150112740141200022115 0ustar00osusers00000000000000#ifndef __singleton_h__ #define __singleton_h__ // Example implementation of the singleton pattern: // Constructor and copy constructor are private to prevent // the uncontrolled creation of Singleton instances. // The creation of the only allowed instance is accomplished // using the public getInstance() method, which always returns // the same object. // While the implementation looks straightforward, the // declaration of a friend class is a security hole. // Thus the SingletonMonitor aspect can be used to look // for violations of the singleton pattern. class FalseFriend; class Singleton { private: Singleton() {} Singleton(const Singleton&) {} ~Singleton() {} public: static Singleton& getInstance() { static Singleton instance; return instance; } friend class FalseFriend; }; #endif aspectc++/AspectC++/examples/singleton/PaxHeaders.4702/falsefriend.h0000644000000000000000000000007412740141200022216 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/singleton/falsefriend.h0000644000175000001440000000103412740141200022376 0ustar00osusers00000000000000#ifndef __falsefriend_h__ #define __falsefriend_h__ #include "singleton.h" // Example implementation of a "false friend". // Being a friend of Singleton, FalseFriend has got access to the // private methods of that class. // Although objects of class Singleton should only be created // by calling Singleton::getInstance(), FalseFriend misuses its // privileges and directly calls the constructor, thus creating // additional Singleton objects. class FalseFriend { public: FalseFriend() { Singleton s1; Singleton s2(s1); } }; #endif aspectc++/AspectC++/examples/singleton/PaxHeaders.4702/mysingletonmonitor.ah0000644000000000000000000000007412740141200024055 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/singleton/mysingletonmonitor.ah0000644000175000001440000000057212740141200024243 0ustar00osusers00000000000000#ifndef __mysingletonmonitor_ah__ #define __mysingletonmonitor_ah__ #include "singletonmonitor.ah" // Example for a specialization of the GenericSingletonMonitor // Use the pointcut singleton() to specify which classes should // obey the singleton pattern. aspect MySingletonMonitor : public GenericSingletonMonitor { pointcut virtual singleton() = "Singleton"; }; #endif aspectc++/AspectC++/examples/singleton/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021223 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/singleton/Makefile0000644000175000001440000000003412740141200021402 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/examples/singleton/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021016 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/singleton/main.cc0000644000175000001440000000022012740141200021172 0ustar00osusers00000000000000#include "singleton.h" #include "falsefriend.h" int main () { Singleton& s1 = Singleton::getInstance(); FalseFriend f; return 0; } aspectc++/AspectC++/examples/PaxHeaders.4702/profiling0000644000000000000000000000007412740141200017475 xustar0030 atime=1468174988.103166277 30 ctime=1468174988.096166161 aspectc++/AspectC++/examples/profiling/0000755000175000001440000000000012740141200017734 5ustar00osusers00000000000000aspectc++/AspectC++/examples/profiling/PaxHeaders.4702/genericprofiler.ah0000644000000000000000000000007412740141200023243 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/examples/profiling/genericprofiler.ah0000644000175000001440000000766312740141200023441 0ustar00osusers00000000000000#ifndef __genericprofiler_ah__ #define __genericprofiler_ah__ #include #include using namespace std; // GenericProfiler - generic aspect to gather profiling information // (Name and signature of each executed function, how often the function // was executed and how many clock cycles were spent executing it.) // // The following definitions need to be specialized: // // pointcut virtual measureFct () = ... ; // Define a match expression for the functions to be profiled // // virtual void (*summary())() { ... } // This function should return a pointer to a static function that // will be called when exiting the program. // If this function is not defined in a derived aspect, a simple // textual summary will be printed. // Refer to the function simple_stat() to learn how to access the // profiling data. // // This aspect uses the time stamp counter of the x86 processors // to measure the execution time in clock cycles. // When the profiling aspect should be used on other architectures // the rdtsc() function and possibly the definition of the typedef // ClockTicks and the function duration() must be replaced accordingly. namespace Profiler { typedef unsigned long long int ClockTicks; // rdtsc() - read the time stamp counter of x86 processors extern inline ClockTicks rdtsc() { unsigned long long int x; __asm__ volatile (".byte 0x0f, 0x31" : "=A" (x)); return x; } // duration() - calculate time spent between start and stop extern inline ClockTicks duration(ClockTicks start, ClockTicks end) { if (end > start) { return (end - start); } else { // counter overflow return (ClockTicks)(-1LL) - end + start; } } // Data structure used to gather the profiling information // New Data objects link themselves to existing ones at creation // time. struct Data { static Data *&first () { static Data *data = 0; return data; } struct Data *_next; unsigned _calls; ClockTicks _time; const char *_name; Data (const char* n) : _calls(0), _time(0L), _name (n) { Data *head = first (); first () = this; _next = head; } }; } aspect GenericProfiler { // Do not measure the Profiler's own methods pointcut dontMeasure () = "% Profiler::...::%(...)" || "% GenericProfiler::...::%(...)"; // Pure virtual pointcut: to be specified in a derived aspect pointcut virtual measureFct () = 0; // Execution advice for the functions that are to be measured. // For each JoinPoint the advice code will be transformed into // a new template function instantiation. Therefore a new Data object // will be created whenever a function is executed the first time. // Further executions of the same function will reuse this object, // enabling it to count the number of invocations and the overall // time consumed. advice execution(measureFct() && !dontMeasure()) : around() { static Profiler::Data data (JoinPoint::signature ()); Profiler::ClockTicks start = Profiler::rdtsc(); tjp->proceed(); Profiler::ClockTicks end = Profiler::rdtsc(); data._calls++; data._time += Profiler::duration (start, end); }; // Print a simple summary static void simple_stat () { cout << "Statistics:" << endl; for (Profiler::Data *curr = Profiler::Data::first (); curr; curr = curr->_next) { cout << "---" << endl; cout << "function: " << curr->_name << endl; cout << "no of execs: " << curr->_calls << endl; cout << "total time: " << curr->_time << endl; } } // Return the function that should be used to print the profiling summary // Specialize this function if you prefer a different kind of output. virtual void (*summary())() { return &simple_stat; } // This advice is used to register the function that prints the summary // to be executed when the program exits. advice execution ("% main(...)") : after () { atexit (summary()); } }; #endif aspectc++/AspectC++/examples/profiling/PaxHeaders.4702/profiler.ah0000644000000000000000000000007412740141200021706 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/examples/profiling/profiler.ah0000644000175000001440000000201612740141200022067 0ustar00osusers00000000000000#ifndef __profiler_ah__ #define __profiler_ah__ #include "genericprofiler.ah" #include using namespace std; //------------------------------------------------------------ // Specialized profiling aspect // // Here the specialization is used to add all functions // to the profiling and to replace the default summary by a summary // that uses the csv format aspect CSVProfiler : public GenericProfiler { // Gather profiling information for all functions pointcut virtual measureFct () = "% ...::% (...)" && !"% CSVProfiler::%(...)"; // Print summary using the csv format static void csv_stat () { cout << "function ; number of executions ; total time (clock cycles)" << endl; for (Profiler::Data *curr = Profiler::Data::first (); curr; curr = curr->_next) { cout << curr->_name << " ; " << curr->_calls << " ; " << curr->_time << endl; } } // Register the specialized function that prints the summary virtual void (*summary())() { return &csv_stat; } }; #endif aspectc++/AspectC++/examples/profiling/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021212 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/examples/profiling/Makefile0000644000175000001440000000003412740141200021371 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/examples/profiling/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021005 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/examples/profiling/main.cc0000644000175000001440000000050412740141200021166 0ustar00osusers00000000000000class MyClass { private: void privateWork() {} public: MyClass() {} void work() { for (int i=0; i<2; i++) privateWork(); } void work (int x) { for (int i=0; i $@ ifneq ($(MAKECMDGOALS),clean) -include $(DEPS) endif .PHONY: clean all # don't remove any intermediate files .SECONDARY: aspectc++/AspectC++/examples/PaxHeaders.4702/threads0000644000000000000000000000007412740141200017136 xustar0030 atime=1468174988.103166277 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/threads/0000755000175000001440000000000012740141200017375 5ustar00osusers00000000000000aspectc++/AspectC++/examples/threads/PaxHeaders.4702/SynchronizedLog.ah0000644000000000000000000000007412740141200022646 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/threads/SynchronizedLog.ah0000644000175000001440000000127512740141200023035 0ustar00osusers00000000000000#ifndef __SynchronizedLog_ah__ #define __SynchronizedLog_ah__ #include aspect SynchronizedLog { // introduce a mutex into the Log class // -> there is one mutex instance per log object advice "Log": slice struct { pthread_mutex_t _mutex; }; // initialize the mutex upon Log construction advice construction("Log") : before () { pthread_mutex_t helper = PTHREAD_MUTEX_INITIALIZER; tjp->that ()->_mutex = helper; } // protect the critical section advice execution("% Log::print(...)") : around () { pthread_mutex_lock(&tjp->that ()->_mutex); tjp->proceed (); pthread_mutex_unlock(&tjp->that ()->_mutex); } }; #endif // __SynchronizedLog_ah__ aspectc++/AspectC++/examples/threads/PaxHeaders.4702/ThreadSafeLogging.ah0000644000000000000000000000007412740141200023042 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/threads/ThreadSafeLogging.ah0000644000175000001440000000411112740141200023221 0ustar00osusers00000000000000#ifndef __ThreadSafeLogging_ah__ #define __ThreadSafeLogging_ah__ #include #include #include "Log.h" // This example illustrates how to use the aspectof() function // to implement thread-local aspects with the pthread library // or others that support thread-local storage in a similiar way. // The beginning looks quite normal ... aspect ThreadSafeLogging { int _execs; // thread local function execution counter int _indent; // per thread indentation of the log advice execution ("% TestClass::%(...)") : before () { _execs++; Log::instance ().print (_indent, true, JoinPoint::signature ()); _indent++; } advice execution ("% TestClass::%(...)") : after () { _indent--; Log::instance ().print (_indent, false, JoinPoint::signature ()); } public: ThreadSafeLogging () : _execs (0), _indent (0) {} ~ThreadSafeLogging () { printf ("aspect %p counted %d\n", this, _execs); } // Here comes the magic: aspectof() is called at each joinpoint in // order to determine the aspect instrance to be used for the // advice invocation. // The following definition retrieves a thread-local aspect instance // pointer. If it is still NULL, an aspect object is created and assigned. static ThreadSafeLogging *aspectof() { extern pthread_key_t tls_aspects_key; ThreadSafeLogging *me = (ThreadSafeLogging*)pthread_getspecific (tls_aspects_key); if (!me) { me = new ThreadSafeLogging; pthread_setspecific (tls_aspects_key, me); printf ("created aspect instance %p\n", me); } return me; } static void init () { extern pthread_key_t tls_aspects_key; // create a key for thread-local storage pthread_key_create(&tls_aspects_key, &ThreadSafeLogging::destructor); } // We passed this function to pthread_key_create as a destructor function. // It is called by the pthread library when the thread terminates. static void destructor (void *me) { delete (ThreadSafeLogging*)me; printf ("destroyed aspect instance %p\n", me); } }; #endif // __ThreadSafeLogging_ah__ aspectc++/AspectC++/examples/threads/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020653 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/threads/Makefile0000644000175000001440000000005612740141200021036 0ustar00osusers00000000000000LDFLAGS=-lpthread include ../Makefile.generic aspectc++/AspectC++/examples/threads/PaxHeaders.4702/Log.h0000644000000000000000000000007412740141200020105 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/threads/Log.h0000644000175000001440000000055112740141200020270 0ustar00osusers00000000000000#ifndef __Log_h__ #define __Log_h__ #include class Log { public: void print (int indent, bool enter, const char *text) { for (int i = 0; i < indent; i++) printf (" "); if (enter) printf ("> "); else printf ("< "); printf ("%s\n", text); } static Log &instance () { static Log log; return log; } }; #endif // __Log_h__ aspectc++/AspectC++/examples/threads/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020446 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/threads/main.cc0000644000175000001440000000165312740141200020635 0ustar00osusers00000000000000#include #include #include #define NUMTHREADS 3 pthread_key_t tls_aspects_key; class Thread { public: virtual void run () = 0; }; class TestClass : public Thread { void f1 () { f2 (); } void f2 () { } public: virtual void run () { f1(); } }; void *thread_start(void*) { TestClass thread_object; thread_object.run (); } #include "ThreadSafeLogging.ah" int main () { pthread_t thread[NUMTHREADS]; // initialize the thread-safe logging aspect *before* forking threads ThreadSafeLogging::init (); printf("Create/start threads\n"); for (int i = 0; i < NUMTHREADS; i++) { if (pthread_create(&thread[i], NULL, thread_start, NULL)) { perror("thread_create failed"); exit(1); } } for (int i = 0; i < NUMTHREADS; i++) { if (pthread_join(thread[i], NULL)) { perror("thread_join failed"); exit(1); } } printf("done\n"); return 0; } aspectc++/AspectC++/examples/PaxHeaders.4702/coverage0000644000000000000000000000007412740141200017277 xustar0030 atime=1468174988.103166277 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/coverage/0000755000175000001440000000000012740141200017536 5ustar00osusers00000000000000aspectc++/AspectC++/examples/coverage/PaxHeaders.4702/coverage.ah0000644000000000000000000000007412740141200021461 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/coverage/coverage.ah0000644000175000001440000000453412740141200021651 0ustar00osusers00000000000000#ifndef __coverage_ah__ #define __coverage_ah__ #include using namespace std; // Implementation of a generic coveragemonitor that does not only // count how often a function is executed, but also which functions // are not executed. namespace coveragemonitor { // data structure used to gather information about a joinpoint struct Data { unsigned _calls; const char *(*_sig)(); }; // data structure used to link the joinpoint data elements struct Chain { static Chain *&first () { static Chain *chain = 0; return chain; } Data *_data; Chain *_next; Chain (Data *data) : _data (data) { Chain *head = first (); first () = this; _next = head; } }; // data structure used to combine data and chain elements template struct Collector { static Data _data; static Chain _chain; }; template Data Collector::_data = { 0, SIG }; template Chain Collector::_chain (&_data); } aspect GenericCoverageAspect { // Do not measure the coverage aspect's own methods pointcut dontMeasure () = "% coveragemonitor::...::%(...)"; // Specify this joinpoint to define the functions you are // interested in. pointcut virtual coverage() = 0; // Whenever one of the functions you are interested in is // executed, save its name and count the number of invocations. advice execution (coverage() && !dontMeasure()) : before() { using namespace coveragemonitor; typedef Collector<&JoinPoint::signature> Collector; // As the compiler recognizes the access to the elements of // Collector it will create a template instance // for all joinpoints - even for those that will never be // visited. // It is necessary to explicitly mention the _chain element // here otherwise the compiler will not instantiate // any Chain elements. Collector::_chain._data->_calls++; } // Print the resulting information. advice execution ("% main(...)") : after () { std::cout << "*** Result of coverage monitoring ***" << std::endl; for (coveragemonitor::Chain *curr = coveragemonitor::Chain::first(); curr; curr = curr->_next) { std::cout << curr->_data->_sig() << " was executed " << curr->_data->_calls << " times." << std::endl; } } }; #endif aspectc++/AspectC++/examples/coverage/PaxHeaders.4702/mycoverage.ah0000644000000000000000000000007412740141200022027 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/examples/coverage/mycoverage.ah0000644000175000001440000000045212740141200022212 0ustar00osusers00000000000000#ifndef __mycoverage_ah__ #define __mycoverage_ah__ #include "coverage.ah" // Example specialization of the GenericCoverageAspect // checks the coverage of all functions and methods aspect MyCoverage : public GenericCoverageAspect { pointcut virtual coverage() = "% ...::%(...)"; }; #endif aspectc++/AspectC++/examples/coverage/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021014 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/coverage/Makefile0000644000175000001440000000003412740141200021173 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/examples/coverage/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020607 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/coverage/main.cc0000644000175000001440000000050412740141200020770 0ustar00osusers00000000000000class MyClass { private: void privateWork() {} public: MyClass() {} void work() { for (int i=0; i<2; i++) privateWork(); } void work (int x) { for (int i=0; i void hello(){ std::cout << "Hello" << std::endl; } #endif aspectc++/AspectC++/examples/helloworld/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021374 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/helloworld/Makefile0000644000175000001440000000003412740141200021553 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/examples/helloworld/PaxHeaders.4702/world.ah0000644000000000000000000000007412740141200021375 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/helloworld/world.ah0000644000175000001440000000036412740141200021562 0ustar00osusers00000000000000#ifndef __WORLD_AH__ #define __WORLD_AH__ #include aspect World { advice execution("void hello()") : after() { //print "World" after execution of the 'hello()' function std::cout << "World" << std::endl; } }; #endif aspectc++/AspectC++/examples/helloworld/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021167 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/examples/helloworld/main.cc0000644000175000001440000000011112740141200021342 0ustar00osusers00000000000000#include "hello.h" int main(){ hello(); //print "Hello" return 0; } aspectc++/AspectC++/PaxHeaders.4702/JoinPoint.cc0000644000000000000000000000007412740141200016163 xustar0030 atime=1468174988.294169418 30 ctime=1468174988.294169418 aspectc++/AspectC++/JoinPoint.cc0000644000175000001440000000312212740141200016343 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA /* $Id: JoinPoint.cc,v 1.8 2006/01/09 17:05:34 reinhard tartler Exp $ */ #include "JoinPoint.h" Puma::ListElement* JoinPoint::duplicate() { return new JoinPoint(_location, _cond); } ostream& operator<< (ostream& o, JoinPoint& p) { // o << p.type() << ' ' << p.signature () << ' '; // o << hex << (unsigned long)p._location << ' '; <-- problematic on 64-bit platforms with sizeof(long)!=sizeof(void*) o << (void *)p._location << ' '; // o << p._cond; o << endl; return o; } aspectc++/AspectC++/PaxHeaders.4702/ACErrorStream.h0000644000000000000000000000007412740141200016565 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/AspectC++/ACErrorStream.h0000644000175000001440000000272212740141200016752 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ac_error_stream_h__ #define __ac_error_stream_h__ // class alias for frontend-specific include expander implementation #ifdef FRONTEND_PUMA #include "Puma/ErrorStream.h" typedef Puma::ErrorStream ACErrorStream; #else // FRONTEND_CLANG #include "ClangErrorStream.h" typedef ClangErrorStream ACErrorStream; #endif #endif // __ac_error_stream_h__ aspectc++/AspectC++/PaxHeaders.4702/PointCutExprParser.h0000644000000000000000000000007412740141200017675 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/PointCutExprParser.h0000644000175000001440000000420212740141200020055 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __point_cut_expr_parser_h__ #define __point_cut_expr_parser_h__ #include #include "ACConfig.h" #include "lexertl/generator.hpp" #include "lexertl/lookup.hpp" #include "lexertl/rules.hpp" #include "lexertl/state_machine.hpp" class PointCutExpr; class PointCutSearcher; class PointCutExprParser { lexertl::state_machine state_machine_; ACConfig &config_; // private constructor; this is a singleton PointCutExprParser( ACConfig &config ); PointCutExpr *parse_or_expr (lexertl::smatch &, PointCutSearcher &searcher); PointCutExpr *parse_and_expr (lexertl::smatch &, PointCutSearcher &searcher); PointCutExpr *parse_unary_expr (lexertl::smatch &, PointCutSearcher &searcher); PointCutExpr *parse_primary_expr (lexertl::smatch &, PointCutSearcher &searcher); public: static PointCutExprParser *instance( ACConfig &config ) { static PointCutExprParser inst( config ); return &inst; } PointCutExpr *parse (const std::string &input, PointCutSearcher &searcher); }; #endif // __point_cut_expr_parser_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangModelBuilder.cc0000644000000000000000000000007312740141200017565 xustar0029 atime=1468174988.13316677 30 ctime=1468174988.134166786 aspectc++/AspectC++/ClangModelBuilder.cc0000644000175000001440000015710512740141200017761 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "ModelBuilder.h" #include "IntroductionUnit.h" #include "PointCutContext.h" #include "PointCutExpr.h" #include "ACConfig.h" #include "ACPreprocessor.h" // ACModel library includes #include "ACModel/Utils.h" // Puma library includes #include "Puma/SysCall.h" #include "clang/AST/Decl.h" #include "clang/AST/DeclCXX.h" #include "clang/AST/DeclTemplate.h" #include "clang/AST/Type.h" #include #include "clang/Frontend/CompilerInstance.h" // start phase 1 void ClangModelBuilder::setup_phase1 (const string &tunit_name, int tunit_len) { _tunit_file = newTUnit(); _tunit_file->set_filename(model_filename (tunit_name.c_str())); _tunit_file->set_len(tunit_len); _tunit_file->set_time(modification_time (tunit_name)); get_files().insert(_tunit_file); file_map().insert( ClangModelBuilder::FileMapPair(model_filename(tunit_name.c_str()), _tunit_file)); set_root(0); // TODO: to be done by libacmodel register_namespace1(0, "::"); } void ClangModelBuilder::advice_infos (ACM_Aspect *jpl_aspect) { // collect the advice nodes // TODO: change of semantics: the previous version created entries // for the advice code in both phases. What does that mean? clang::CXXRecordDecl *cls = llvm::cast(TI_Aspect::of(*jpl_aspect)->decl()); clang::CXXRecordDecl::decl_iterator DI = cls->decls_begin(), DE = cls->decls_end(); typedef ACM_Container Container; Container &advices = jpl_aspect->get_advices(); for (Container::iterator i = advices.begin (); i != advices.end (); ++i) { ACM_AdviceCode *advice_code = *i; while (DI != DE) { if (clang::NamedDecl *ND = llvm::dyn_cast(*DI)) if (llvm::StringRef(ND->getNameAsString()).startswith("__a")) break; ++DI; } if (DI == DE) { // TODO: this should be a fatal error message cout << "advice cannot be associated with advice function in aspect " << cls->getQualifiedNameAsString() << endl; return; } clang::Decl *D = *DI++; // Look through templates. if (clang::FunctionTemplateDecl *FTD = llvm::dyn_cast(D)) D = FTD->getTemplatedDecl(); clang::FunctionDecl *FD = llvm::cast(D); unsigned first_context_arg = 0; if (FD->getNumParams() > 0 && FD->getParamDecl(0)->getName() == "tjp") first_context_arg = 1; for (unsigned a = first_context_arg; a < FD->getNumParams(); a++) { advice_code->get_pointcut()->get_args().insert(register_arg( FD->getParamDecl(a)->getType(), FD->getParamDecl(a)->getName())); } // tree is the tree of the function definition TI_AdviceCode::of(*advice_code)->decl (FD); } } static string absolutePath (const char *name) { Puma::Filename result; if (!Puma::SysCall::canonical (name, result)) return string(); return result.name (); } string ClangModelBuilder::model_filename (const char *name) { string fname = absolutePath (name); if (fname.empty ()) return fname; ACProject &prj = _conf.project (); // if the file does not belong to the project return the absolute path if (!prj.isBelow (fname.c_str ())) return fname; // iterate over all project paths for (long p = 0; p < prj.numPaths (); p++) { Puma::Filename dir_abs; if (!Puma::SysCall::canonical (prj.src (p), dir_abs)) { assert (false); return fname; } int dir_len = strlen (dir_abs.name ()); if (strncmp (dir_abs.name (), fname.c_str (), dir_len) == 0) { return fname.substr(dir_len + 1); } } // the file has to be below any of the directories => fatal error here // assert (false); acgen.c does not belong to the project with this test return fname; } // get the modification time of a file (UNIX Epoch value) long ClangModelBuilder::modification_time (const string &filename) { string abs_name = absolutePath (filename.c_str ()); if (abs_name.empty ()) return -1; // File does not exists or other error Puma::FileInfo fileinfo; if (! Puma::SysCall::stat (abs_name.c_str (), fileinfo)) return -1; // File does not exists. return fileinfo.modi_time (); } bool ClangModelBuilder::inside_template (clang::DeclContext *scope) const { if (llvm::isa(scope)) return false; if (clang::FunctionDecl *FD = llvm::dyn_cast(scope)) if (FD->getTemplatedKind() != clang::FunctionDecl::TK_NonTemplate) return true; //if (clang::VarDecl *VD = llvm::dyn_cast(scope)) // if (VD->getTemplatedKind() != clang::TK_NonTemplate) // return true; if (clang::CXXRecordDecl *RD = llvm::dyn_cast(scope)) if (RD->getDescribedClassTemplate() || RD->getTemplateSpecializationKind() == clang::TSK_ExplicitSpecialization) return true; return inside_template(scope->getParent()); } template static bool isTemplateInstantiation(T node) { return (node->getTemplateSpecializationKind() == clang::TSK_ImplicitInstantiation || node->getTemplateSpecializationKind() == clang::TSK_ExplicitInstantiationDefinition); } bool ClangModelBuilder::inside_template_instance (clang::DeclContext *scope) { if (llvm::isa(scope)) return false; if (clang::FunctionDecl *FD = llvm::dyn_cast(scope)) if (isTemplateInstantiation(FD)) return true; if (clang::VarDecl *VD = llvm::dyn_cast(scope)) if (isTemplateInstantiation(VD)) return true; if (clang::CXXRecordDecl *RD = llvm::dyn_cast(scope)) if (isTemplateInstantiation(RD)) return true; return inside_template_instance(scope->getParent()); } bool ClangModelBuilder::is_valid_model_class (clang::RecordDecl *ci) const { // Don't consider // * anonymous classes like template instances(?) // * the generated class JoinPoint // * classes defined in the special namespace AC llvm::StringRef Name = ci->getName(); std::string QualName = ci->getQualifiedNameAsString(); if (Name.empty() || Name.startswith("%") || Name == "JoinPoint" || Name.startswith("__TJP") || Name == "__TI" || llvm::StringRef(QualName).startswith("AC::")) return false; // Templates and classes nested in template class are not considered for // matching, only instances if (inside_template (ci)) return false; return true; } bool ClangModelBuilder::is_valid_model_function (clang::FunctionDecl *fi) const { // Don't consider // * member functions of an invalid class // * ac++ generated functions // * pointcuts clang::DeclContext *cls = fi->getDeclContext(); clang::RecordDecl *RD = llvm::dyn_cast(cls); if (RD && !is_valid_model_class(RD)) return false; if (!fi->isTemplateInstantiation () && inside_template (fi)) return false; std::string S = fi->getNameAsString(); llvm::StringRef Name = S; if (Name.startswith("%a") || Name.startswith("__a") || Name == "aspectof" || Name == "aspectOf" || Name.startswith("__builtin_")) return false; // Explicitly filter the operators added by phase 1. if ((Name == "operator new" || Name == "operator delete") && fi->getNumParams() == 2) { std::string arg_ty = TI_Type::get_type_sig_text(fi->getParamDecl(1)->getType(), &fi->getASTContext(), 0, false); if (arg_ty == "AC::AnyResultBuffer *") return false; } // filter-out built-in functions that are neither constructor nor destructor // // (We filter out the copy-assignment-operators, because we // currently do not get all calls of these. Example: // // class A {}; // class B : public A {}; // // B b1, b2; // b1 = b2; // Internally A::operator= gets called here, but currently there // // is no join-point and therefore no advice for that call.) // clang::CXXMethodDecl *method = llvm::dyn_cast(fi); if (method && !method->isUserProvided() && /*!method->isCopyAssignmentOperator() &&*/ !llvm::dyn_cast(fi) && !llvm::dyn_cast(fi)) return false; return true; } bool ClangModelBuilder::is_valid_model_variable( clang::DeclaratorDecl *vi ) const { // Don't consider // * variables in invalid places // * template instantiations // * dummy declarations with empty identifier clang::DeclContext *ctx = vi->getDeclContext(); clang::NamespaceDecl *ND = llvm::dyn_cast( ctx ); clang::RecordDecl *RD = llvm::dyn_cast( ctx ); clang::FunctionDecl *FD = llvm::dyn_cast( ctx ); if( ( ND && ! is_valid_model_namespace( ND ) ) || ( RD && ! is_valid_model_class( RD ) ) || ( FD && ! is_valid_model_function( FD ) ) ) return false; if( inside_template( ctx ) ) return false; // dummy declaration llvm::StringRef Name = vi->getName(); if( Name.empty() || Name == "" ) //TODO: is "" still correct in clang >= 3.6.2? return false; return true; } bool ClangModelBuilder::is_valid_model_namespace (clang::NamespaceDecl *ni) const { llvm::StringRef Name = ni->getName(); // no template instance namespace, but anonymous namespaces! if ((ni->isAnonymousNamespace() || Name.find('<') == llvm::StringRef::npos) && Name != "AC" && !Name.startswith("__puma")) return true; return false; } bool ClangModelBuilder::is_valid_model_type( const clang::QualType& qual_type ) const { // Don't consider // * anonymous/unnamed types // * local types // * types with no linkage // because the C++ Standard (2003) states in chapter 14.3 point 1 and 2: // "A local type, a type with no linkage, an unnamed type or a type compounded from any of // these types shall not be used as a template-argument for a template type-parameter." return !qual_type->hasUnnamedOrLocalType() && qual_type->getLinkage() != clang::Linkage::NoLinkage && qual_type->getLinkage() != clang::Linkage::VisibleNoLinkage; // TODO: really? // TODO: An enum type could be treated as a suitable integer type like the following: // Get the suitable integer type from the operator expression and the argument expressions with: // clang::QualType qual_type = expression->getType().getCanonicalType(); // if (const clang::EnumType* enum_type = clang::dyn_cast(qual_type)) { // clang::QualType promotion_type = enum_type->getDecl()->getPromotionType(); // if(!promotion_type.isNull()) { // assert(promotion_type->isIntegerType()); // if(qual_type->isPointerType()) { // promotion_type = context.getPointerType(promotion_type); // } // // reference type? // Set the type as the new type of the respective expression: // expression->setType(promotion_type); // } // } // Make sure that the result type is not deduced and that the non reference version of the // result type will be inserted in the code } TU_Type *ClangModelBuilder::register_type (clang::QualType ti) { TU_Type *new_elem = newType(); new_elem->set_signature( TI_Type::name(_project.get_compiler_instance()->getASTContext(), ti)); new_elem->type (ti); return new_elem; } TU_Arg *ClangModelBuilder::register_arg (clang::QualType ti, llvm::StringRef name) { TU_Arg *new_elem = newArg(); new_elem->set_type( TI_Type::name(_project.get_compiler_instance()->getASTContext(), ti)); new_elem->set_name(name); new_elem->type (ti); return new_elem; } ACM_Pointcut *ClangModelBuilder::register_pointcut1 (ACM_Name *parent, const string &name, bool is_virtual, const string& expr) { TU_Pointcut *elem = 0; if (parent) elem = (TU_Pointcut*)map_lookup(*parent, name); if (!elem || elem->type_val() != JPT_Pointcut) { elem = newPointcut(); elem->set_name(name); elem->set_expr (expr); elem->set_builtin(false); elem->set_kind(PT_NORMAL); if (parent) { if (is_virtual && expr == "0") elem->set_kind(PT_PURE_VIRTUAL); else if (is_virtual || overrides_virtual_pointcut(parent, name)) elem->set_kind(PT_VIRTUAL); map_insert(*parent, *elem, name); parent->get_children().insert(elem); } } else { elem = 0; } return elem; } bool ClangModelBuilder::overrides_virtual_pointcut (ACM_Name *parent, const string &name) { if (parent->type_val() != JPT_Class && parent->type_val() != JPT_Aspect) return false; ACM_Class *cls = (ACM_Class*)parent; typedef ACM_Container BList; const BList &blist = cls->get_bases(); for (BList::const_iterator i = blist.begin (); i != blist.end(); ++i) { ACM_Class *base = (ACM_Class*)*i; ACM_Name *elem = map_lookup(*base, name); if (!elem || elem->type_val() != JPT_Pointcut) continue; ACM_Pointcut *base_pct = (ACM_Pointcut*)elem; if (base_pct->get_kind() == PT_PURE_VIRTUAL || base_pct->get_kind() == PT_VIRTUAL || overrides_virtual_pointcut (base, name)) return true; } return false; } TU_Pointcut *ClangModelBuilder::register_pointcut (clang::FunctionDecl *fi, ACM_Name *parent) { clang::FunctionDecl *def = fi; // find the parent model element if (!parent) return 0; // build the name of the function string name = fi->getNameAsString(); TU_Pointcut *elem = (TU_Pointcut*)map_lookup(*parent, name); if (!elem || elem->type_val() != JPT_Pointcut) return 0; elem->get_args().clear(); // argument types are the types of the function declaration for (clang::FunctionDecl::param_iterator i = fi->param_begin(), e = fi->param_end(); i != e; ++i) { elem->get_args().insert(register_arg((*i)->getType(), (*i)->getName())); } elem->decl (def); add_source_loc (elem, def); return elem; } TU_Function *ClangModelBuilder::register_function (clang::FunctionDecl *fi, ACM_Name *parent) { if (!is_valid_model_function (fi)) return 0; clang::FunctionDecl *def = fi; // find the parent model element if( !parent && ! ( parent = register_scope( static_cast( def ) ) ) ) // explicit cast necessary to chose function (both should be equivalent, using old codepath) return 0; // build the name of the function for lookup std::string sig = TI_Function::signature(def); clang::CXXMethodDecl *method = llvm::dyn_cast(def); bool isStatic = fi->getStorageClass() == clang::SC_Static; bool isStaticMethod = method && method->isStatic(); // register the element TU_Function *elem = (TU_Function*)map_lookup(*parent, sig); bool hidden_function = (elem && elem->type_val() == JPT_Function && ((isStatic && !isStaticMethod) && (!elem->has_static_in () || elem->get_static_in () != _tunit_file))); if (!elem || hidden_function) { elem = newFunction(); elem->set_name(TI_Function::name(fi)); if (isStatic && !isStaticMethod) elem->set_static_in (_tunit_file); map_insert(*parent, *elem, sig); parent->get_children().insert(elem); FunctionType ft = FT_NON_MEMBER; if (llvm::isa(fi)) ft = FT_CONSTRUCTOR; else if (llvm::isa(fi)) { if (method->isVirtual() && method->isPure()) ft = FT_PURE_VIRTUAL_DESTRUCTOR; else if (method->isVirtual()) ft = FT_VIRTUAL_DESTRUCTOR; else ft = FT_DESTRUCTOR; } else if (method) { if (isStaticMethod) ft = FT_STATIC_MEMBER; else if (method->isVirtual() && method->isPure()) ft = FT_PURE_VIRTUAL_MEMBER; else if (method->isVirtual()) ft = FT_VIRTUAL_MEMBER; else ft = FT_MEMBER; } else { if (isStatic) ft = FT_STATIC_NON_MEMBER; } elem->set_kind (ft); elem->set_builtin (method && !method->isUserProvided()); CVQualifiers cvq = CVQ_NONE; if (method && method->isConst()) cvq = (CVQualifiers)(cvq | CVQ_CONST); if (method && method->isVolatile()) cvq = (CVQualifiers)(cvq | CVQ_VOLATILE); elem->set_cv_qualifiers(cvq); elem->decl (def); // TODO: We forget the arg type from arg 0. They will be deleted by jpm. elem->get_arg_types().clear(); if (!llvm::isa(def) && !llvm::isa(def)) { #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) clang::QualType rtype = fi->getResultType(); // CTypeInfo *rtype = (fi->isConversion ()) ? fi->ConversionType() : fi->TypeInfo ()->BaseType (); #else // C++ 11 interface clang::QualType rtype = fi->getReturnType(); #endif elem->set_result_type(register_type(rtype)); } elem->set_variadic_args(fi->isVariadic()); for (clang::FunctionDecl::param_iterator i = fi->param_begin(), e = fi->param_end(); i != e; ++i) { clang::QualType ty = fi->getASTContext().getSignatureParameterType((*i)->getType()); elem->get_arg_types().insert(register_type(ty)); } clang::SourceManager &sm = _project.get_compiler_instance()->getSourceManager(); clang::PresumedLoc PL = sm.getPresumedLoc(fi->getLocation()); llvm::StringRef Name = PL.getFilename(); llvm::StringRef BufferName = sm.getBufferName(fi->getLocation()); if (!elem->get_builtin() && (!method || !(method->isVirtual() && method->isPure())) && !(inside_template_instance (fi)) && (BufferName.startswith("(def)) register_construction (elem); else if (llvm::isa(def)) register_destruction (elem); else register_execution (elem); // constructors and and destructors cannot be called if (!llvm::isa(def) && !llvm::isa(def)) { // register a 'pseudo call join point' register_call (def, 0, 0, 0); } } } else { // make sure that elem->func_info() will be the DefObject //if (fi == def) //elem->func_info(def); } add_source_loc (elem, fi, fi->isThisDeclarationADefinition () ? SLK_DEF : SLK_DECL); return elem; } TU_Variable *ClangModelBuilder::register_variable( clang::DeclaratorDecl *oi, ACM_Name *parent ) { if( ! is_valid_model_variable( oi ) ) return 0; clang::DeclaratorDecl *def = oi; clang::VarDecl *VD = llvm::dyn_cast( oi ); clang::FieldDecl * FD = llvm::dyn_cast( oi ); // check if we have a valid definition, might be another type of entity used in member exprs if( ! VD && ! FD ) return 0; // find the parent model element if (!parent && !(parent = register_scope (def))) return 0; // ignore bitfields if( FD && FD->isBitField() ) return 0; // ignore incomplete arrays if ( oi->getType().getTypePtr()->isIncompleteArrayType() ) return 0; // get the name of the variable string sig = def->getNameAsString();//TI_Variable::name (def); // register the element // TODO: classes and variables in the same scope may have the same name! // This might lead to invalid results here. TU_Variable *elem = (TU_Variable*)map_lookup(*parent, sig); if (!elem || elem->type_val() != JPT_Variable) { elem = newVariable (); elem->set_name(sig); elem->set_builtin(false); TU_Type *var_type = register_type(oi->getType ()); elem->set_type(var_type); bool isGlobal = VD && ( VD->isFileVarDecl() && ! VD->isStaticDataMember() ); bool isMember = FD || ( VD && VD->isStaticDataMember() ); bool isStatic = VD && ( VD->getStorageClass() == clang::SC_Static ); if( isGlobal ) { if( isStatic ) elem->set_kind( VT_STATIC_NON_MEMBER ); else elem->set_kind( VT_NON_MEMBER ); } else if( isMember ) if( isStatic ) elem->set_kind( VT_STATIC_MEMBER ); else elem->set_kind( VT_MEMBER ); else elem->set_kind( VT_UNKNOWN ); elem->decl(def); map_insert(*parent, *elem, sig); parent->get_children().insert(elem); } bool isDef = ( VD && VD->isThisDeclarationADefinition() ) || FD; add_source_loc( elem, oi, isDef ? SLK_DEF : SLK_DECL ); return elem; } ACM_ClassSlice *ClangModelBuilder::register_class_slice (ACM_Name *scope, string name, bool is_struct) { ACM_Name *found = map_lookup(*scope, name); if (found && found->type_val() == JPT_ClassSlice) return (ACM_ClassSlice*)found; ACM_ClassSlice *new_elem = (ACM_ClassSlice*)newClassSlice(); new_elem->set_name(name); new_elem->set_builtin(false); new_elem->set_is_struct(is_struct); map_insert(*scope, *new_elem, name); scope->get_children().insert(new_elem); return new_elem; } ACM_Class * ClangModelBuilder::register_class1 (ACM_Name *scope, string name, bool in_project) { ACM_Name *found = map_lookup(*scope, name); if (found && found->type_val() == JPT_Class) return (TU_Class*)found; ACM_Class *new_elem = newClass(); new_elem->set_name(name); new_elem->set_builtin(false); if (!in_project) new_elem->get_tunits().insert (_tunit_file); new_elem->set_intro_target(in_project); scope->get_children().insert(new_elem); map_insert(*scope, *new_elem, name); return new_elem; } void ClangModelBuilder::register_constructor_and_destructor (clang::RecordDecl *ci, ACM_Class *elem) { if (!ci->isThisDeclarationADefinition()) return; // For Clang we create fake constructor and destructor decls in case they // aren't already there. Clang only adds implicitly defined members to the AST // but we need all implicitly declared ones in the model if (clang::CXXRecordDecl *rec = llvm::dyn_cast(ci)) { std::string name = rec->getNameAsString(); if (rec->hasSimpleDestructor()) { std::string full_name = '~' + name + "()"; if (!map_lookup(*elem, full_name)) { TU_Function *new_func = newFunction(); new_func->set_name('~' + name); map_insert(*elem, *new_func, full_name); elem->get_children().insert(new_func); new_func->set_variadic_args(false); new_func->set_kind(FT_DESTRUCTOR); new_func->set_builtin(true); new_func->set_cv_qualifiers(CVQ_NONE); new_func->decl(0); if (!isTemplateInstantiation(rec)) register_destruction(new_func); } } if (!rec->hasUserDeclaredConstructor()) { std::string full_name = name + "()"; if (!map_lookup(*elem, full_name)) { TU_Function *new_func = newFunction(); new_func->set_name(name); map_insert(*elem, *new_func, full_name); elem->get_children().insert(new_func); new_func->set_variadic_args(false); new_func->set_kind(FT_CONSTRUCTOR); new_func->set_builtin(true); new_func->set_cv_qualifiers(CVQ_NONE); new_func->decl(0); if (!isTemplateInstantiation(rec)) register_construction(new_func); } } if (!rec->hasUserDeclaredCopyConstructor()) { clang::ASTContext &Context = ci->getASTContext(); clang::QualType ClassType = Context.getTypeDeclType(rec); clang::QualType ArgType = ClassType; if (rec->hasCopyConstructorWithConstParam()) ArgType = ArgType.withConst(); ArgType = Context.getLValueReferenceType(ArgType); std::string full_name = name + "(" + TI_Type::get_type_sig_text(ArgType, &Context, 0, true) + ")"; if (!map_lookup(*elem, full_name)) { TU_Function *new_func = newFunction(); new_func->set_name(name); map_insert(*elem, *new_func, full_name); elem->get_children().insert(new_func); new_func->get_arg_types().insert(register_type(ArgType)); new_func->set_variadic_args(false); new_func->set_kind(FT_CONSTRUCTOR); new_func->set_builtin(true); new_func->set_cv_qualifiers(CVQ_NONE); new_func->decl(0); if (!isTemplateInstantiation(rec)) register_construction(new_func); } } } } TU_Class *ClangModelBuilder::register_class (clang::RecordDecl *ci, ACM_Name *parent, bool set_source) { // only classes are relevant if (!is_valid_model_class (ci)) return 0; // find the parent model element if (!parent && !(parent = register_scope (ci))) return 0; string name_with_template_args = TI_Class::name (ci); assert(!name_with_template_args.empty()); TU_Class *elem = 0; ACM_Name *found = map_lookup(*parent, name_with_template_args); if (!found || found->type_val() != JPT_Class) { elem = (TU_Class*)newClass(); elem->set_name(name_with_template_args); elem->set_builtin(false); parent->get_children().insert(elem); map_insert(*parent, *elem, name_with_template_args); bool intro_target = is_intro_target (ci); elem->set_intro_target (intro_target); if (!intro_target) elem->get_tunits().insert (_tunit_file); } else elem = (TU_Class*)found; // set the class attributes elem->decl (ci); if (set_source && elem->type_val () != JPT_Aspect) { // FIXME: Is this right? if (!inside_template_instance(ci)) add_source_loc (elem, ci, ci->isThisDeclarationADefinition () ? SLK_DEF : SLK_DECL); } register_constructor_and_destructor (ci, elem); return elem; } ACM_Aspect * ClangModelBuilder::register_aspect1 (ACM_Name *scope, string name, bool in_project) { ACM_Name *found = map_lookup(*scope, name); if (found && found->type_val() == JPT_Aspect) return (TU_Aspect*)found; ACM_Aspect *new_elem = newAspect(); new_elem->set_name(name); new_elem->set_builtin(false); if (!in_project) new_elem->get_tunits().insert (_tunit_file); new_elem->set_intro_target(in_project); scope->get_children().insert(new_elem); map_insert(*scope, *new_elem, name); return new_elem; } TU_Aspect *ClangModelBuilder::register_aspect (clang::RecordDecl *ci, ACM_Name *parent) { // only classes are relevant if (!is_valid_model_class (ci)) return 0; // find the parent model element if (!parent && !(parent = register_scope (ci))) return 0; string name = ci->getName(); TU_Aspect *elem = 0; ACM_Name *found = map_lookup(*parent, name); if (!found || found->type_val() != JPT_Aspect) return 0; elem = (TU_Aspect*)found; // set the aspect attributes elem->decl (ci); register_constructor_and_destructor (ci, elem); return elem; } bool ClangModelBuilder::is_intro_target (clang::Decl *decl) const { clang::SourceManager &SM = _project.get_compiler_instance()->getSourceManager(); const llvm::MemoryBuffer *buf = SM.getBuffer(SM.getFileID(decl->getLocation())); if (IntroductionUnit::cast(buf)) return true; // FIXME: Templates. clang::PresumedLoc PL = SM.getPresumedLoc(decl->getLocation()); llvm::StringRef Name = PL.getFilename(); return !Name.empty() && get_project().isBelow(Name.str().c_str()); } ACM_Namespace * ClangModelBuilder::register_namespace1 (ACM_Name *scope, string name, bool in_project) { ACM_Namespace *result = 0; assert(scope || name == "::"); ACM_Name *found = (scope ? map_lookup(*scope, name) : get_root()); if (!found || found->type_val() != JPT_Namespace) { result = newNamespace(); result->set_name(name); result->set_builtin(false); if (!in_project) result->get_tunits().insert (_tunit_file); if (scope) { scope->get_children().insert(result); map_insert(*scope, *result, name); } else { set_root(result); } } else result = (TU_Namespace*)found; return result; } TU_Namespace *ClangModelBuilder::register_namespace (clang::NamespaceDecl *n, ACM_Name *parent) { // not all Puma namespaces should be registered if (!is_valid_model_namespace (n)) return 0; // find the parent model element if (!parent && /*!n->GlobalScope () &&*/ !(parent = register_scope (n))) return 0; TU_Namespace *new_elem = 0; if (!parent) { if (get_root()) return (TU_Namespace*)get_root(); new_elem = newNamespace(); new_elem->set_name("::"); new_elem->set_builtin(true); set_root(new_elem); } else { // Use for Puma compatibility. string name = n->isAnonymousNamespace() ? "" : n->getNameAsString(); ACM_Name *found = map_lookup(*parent, name); if (found && found->type_val() == JPT_Namespace) return (TU_Namespace*)found; new_elem = newNamespace(); new_elem->set_name(name); new_elem->set_builtin(false); parent->get_children().insert(new_elem); map_insert(*parent, *new_elem, name); } // set namespace attributes new_elem->decl (n); if (new_elem != get_root ()) add_source_loc (new_elem, n); return new_elem; } // This method creates a new built-in operator-"pseudo"-function and a call // of this function and registers both in the AspectC++-join-point-model. TU_Builtin* ClangModelBuilder::register_builtin_operator_call(clang::Expr* built_in_operator, clang::DeclaratorDecl* lexical_parent_decl, const int local_id) { // This should not get called with a null-pointer: assert(built_in_operator > 0 && lexical_parent_decl > 0); // check if joinpoints for builtin-operators are wanted if( ! _conf.builtin_operators() ) return 0; // Check for a built-in operator expression type: if( ! TI_Builtin::is_builtin_operator( built_in_operator ) ) return 0; // Check if this is an attempt to insert an operator multiple times. // TODO: This check only works, if this member function is called with the same operator consecutively. // Maybe something like a SmallPtrSet is necessary. static clang::Expr* last_inserted_operator = 0; if(last_inserted_operator == built_in_operator) { return 0; } else { last_inserted_operator = built_in_operator; } // Analyze the lexical-parent-decl. If it is valid, then get the appropriate AspectC++-model-element: ACM_Name* lexical_model_parent = 0; clang::FunctionDecl* lexical_parent_function_decl = clang::dyn_cast(lexical_parent_decl); clang::VarDecl* lexical_parent_var_decl = clang::dyn_cast(lexical_parent_decl); if( lexical_parent_function_decl ) { // Is this function no template-function(TODO: see TODO in register_call)? if( lexical_parent_function_decl->isTemplateInstantiation() ) return 0; lexical_model_parent = register_function( lexical_parent_function_decl ); // register_function checks for valid model function } else if( lexical_parent_var_decl ) lexical_model_parent = register_variable( lexical_parent_var_decl ); // Is there a valid lexical parent? if( ! lexical_model_parent ) return 0; // Cache the AST-context: clang::ASTContext& AST_context = _project.get_compiler_instance()->getASTContext(); // can not have "const"-qualifier, because of // Expr::isConstantInitializer(...) (but it seems // that there is no reason why the ASTContext-argument // does not have the "const"-qualifier) // Cache the operator-kind as std::string: const std::string operator_kind_string = TI_Builtin::operator_kind_string( built_in_operator ); // If the operator is in a constant expression (e.g. "2 + 5" in "static char foo[2 + 5];"), we can not weave because we would destroy the // constancy. Do not consider this joinpoint in this case: // (This is no big disadvantage, because normally the constant expression will be folded by the compiler and therefore the operator is // not available at runtime anyway.) // (See C++-standard chapter 5.19 (Constant expressions [expr.const]) and http://lists.cs.uiuc.edu/pipermail/cfe-dev/2012-May/021549.html // (Clang Front End for LLVM Developers' List)) // TODO: In some cases there is no problem with destroying the constancy. // TODO: If C++1y or later is used, we could analyze the advice-Code to determine whether the call-wrapper could get the constexpr specifier. if( built_in_operator->isConstantInitializer( AST_context, false ) ) return 0; // If the operator refers to a bit-field (e.g. if the first argument of an assignment- or increment-/decrement-operator is a bit-field), we can // not get a reference to this bit-field, because the C++-standard forbids it: "The address-of operator & shall not be applied to a bit-field, // so there are no pointers to bit-fields. A non-const reference shall not be bound to a bit-field (8.5.3)." (see C++-standard chapter // 9.6 (Bit-fields [class.bit]) point 3 for more information) // The implementation of Expr::getSourceBitfield in Clang 3.4 misses the case of the unary prefix increment/decrement operator (see // https://web.archive.org/web/20140819102610/http://clang.llvm.org/doxygen/Expr_8cpp_source.html#l03247 vs. // http://clang.llvm.org/doxygen/Expr_8cpp_source.html#l03351). Therefore we handle this case below together with the other special // cases of the unary operator. Additionally Expr::getSourceBitfield in Clang 3.5 misses the case of the unary postfix increment/decrement operator. // Only consider this join-point if there are no references to a bitfield: if( built_in_operator->getSourceBitField() ) return 0; // Name of the operators as string: const std::string operator_name = "operator " + operator_kind_string; // Debug-output: //cout << "operator-name: " << operator_name << endl; // Determine the suitable return-type: clang::QualType operator_result_type = TI_Builtin::result_type(built_in_operator, AST_context); // Check if the result type is valid (e.g. unnamed types are not valid) if(!is_valid_model_type(operator_result_type)) { return 0; } // Special cases: if( clang::UnaryOperator* unary_operator = llvm::dyn_cast( built_in_operator ) ) { // Unary operator: // Because Expr::getSourceBitField() misses min. one of this cases, we check for it here. (see above for more information) if(unary_operator->isIncrementDecrementOp() == true && unary_operator->getSubExpr()->getSourceBitField() > 0) return 0; // Do not consider this join-point // Check whether the operator-kind is address-of and the return-type is a member-(function-)-pointer-type: if( operator_kind_string == "&" && operator_result_type->isMemberPointerType() ) // We can not weave at unary address-of-operators on member-(function-)pointers, because these types do not exist as a // non-pointer-type (as type of a variable) return 0; // Do not consider this join-point } // Check whether this is a pointer-to-member-operator that works on member-functions (instead of "normal" data members): if( ( operator_kind_string == ".*" || operator_kind_string == "->*" ) && TI_Builtin::arg_type( built_in_operator, AST_context, 1 )->isMemberFunctionPointerType() ) // or: if(... && result_type_as_string == "") // The C++-standard states in chapter 5.5 (Pointer-to-member operators [expr.mptr.oper]) point 6: // "If the result of .* or ->* is a function, then that result can be used only as the operand for the function call operator ()." // Because of that we can not cache the result of the ".*"- oder "->*"-Operator ==> we can not weave at this join-point: return 0; // Do not consider this join-point // Operator-signature (the resulttype is not necessary): std::string operator_signature = operator_name + "("; // Check the argument types and if they are valid, then add them to the operator-signature: unsigned argnum = TI_Builtin::arg_count( built_in_operator ); for( unsigned a = 0; a < argnum; a++ ) { clang::QualType curr_arg_type = TI_Builtin::arg_type( built_in_operator, AST_context, a ); if(!is_valid_model_type(curr_arg_type)){ return 0; } operator_signature += ( ( a != 0 ) ? "," : "" ) + TI_Type::get_type_sig_text(curr_arg_type, &AST_context, 0, true); } operator_signature += ")"; // Debug-output: //cout << "operator-full-signature: " << operator_result_type.getAsString(AST_context.getPrintingPolicy()) << " " << operator_signature << endl; // Root-namespace: ACM_Namespace* root_namespace = get_root(); // Does the pseudo-operator-function already exist in the AspectC++-model? TU_Function* model_operator_function = (TU_Function*)map_lookup(*root_namespace, operator_signature); if( ! model_operator_function ) { // Create the pseudo-operator-function: model_operator_function = newFunction(); // Name of the function: model_operator_function->set_name(operator_name); // Insert the function into the lookup-map: map_insert(*root_namespace, *model_operator_function, operator_signature); // Set attributes of the function: model_operator_function->set_variadic_args(false); // No variable argument-count model_operator_function->set_kind(FT_NON_MEMBER); // No member, because in global scope model_operator_function->set_builtin(true); // Built-in model_operator_function->set_cv_qualifiers(CVQ_NONE); // Neither const nor volatile, because built-in operators are no member-functions // Add operator-arguments: ACM_Container& model_operator_function_arg_types = model_operator_function->get_arg_types(); // Caching model_operator_function_arg_types.clear(); // Delete arguments for( unsigned a = 0; a < argnum; a++ ) model_operator_function_arg_types.insert( register_type( TI_Builtin::arg_type( built_in_operator, AST_context, a ).getCanonicalType() ) ); model_operator_function->set_result_type(register_type(operator_result_type)); // Set return-type model_operator_function->decl(0); // No pointer to operator-declaration, because the operator is built-in // Insert the function into the model as children of the root-namespace-node: root_namespace->get_children().insert(model_operator_function); // Mark the function as 'used' by this translation unit, // to (hopefully) avoid garbage collection on xml-model merge model_operator_function->get_tunits ().insert (_tunit_file); } // Create the operator-call: TU_Builtin *model_operator_call = newBuiltin(); model_operator_call->set_target(model_operator_function); model_operator_call->set_lid(local_id); model_operator_call->tree_node(built_in_operator); model_operator_call->origin(lexical_parent_decl); // Add the source-location: add_source_loc(model_operator_call, built_in_operator->getLocStart(), built_in_operator->getLocEnd(), SLK_NONE); // Insert the operator-call into the model as children of the lexical-model-parent-node: lexical_model_parent->get_children().insert(model_operator_call); // Return the new operator-call: return model_operator_call; } ACM_Access *ClangModelBuilder::register_call (clang::FunctionDecl *called, clang::CallExpr *call_node, clang::DeclaratorDecl *caller, int local_id) { clang::FunctionDecl *fd_caller = 0; clang::VarDecl *vd_caller = 0; if (caller) { fd_caller = clang::dyn_cast(caller); if (fd_caller && fd_caller->isTemplateInstantiation ()) // TODO: call joinpoint located in template instance silently ignored here return 0; vd_caller = clang::dyn_cast(caller); } // what is the lexical scope of this call? ACM_Name *lexical = 0; if (!caller) { lexical = 0; // a pseudo call join point } else if (fd_caller) { // TODO: better cache the JPL object of the current function ACM_Any *loc = register_function (fd_caller, 0); if (!loc) { // TODO: calls in advice code are silently ignored here at the moment // _err << sev_error << call_node->token ()->location () // << "location of function call invalid" << endMessage; return 0; } lexical = (ACM_Name*)loc; } else { lexical = register_variable (vd_caller); if (!lexical) { _err << Puma::sev_error << call_node->getLocStart () << "location of function call invalid" << Puma::endMessage; return 0; } } // call using function pointer or function reference: add callref node if (!called) { assert (call_node); if (llvm::dyn_cast(call_node)) { // In a C++ template, this expression node kind will be used whenever any // of the arguments are type-dependent. // Thus, this expression does not represent a callref node. return 0; } ACM_CallRef *new_elem = newCallRef(); new_elem->set_lid(local_id); add_source_loc (new_elem, call_node); // set the parent in the join point model structure if (lexical) { // pseudo-calls are invisible lexical->get_children().insert(new_elem); } clang::QualType type( call_node->getCallee()->IgnoreParenImpCasts()->getType().getCanonicalType() ); if (type->isFunctionPointerType()) type = type->getPointeeType(); //TODO: get correct type for member-function pointers, // e.g., by clang::Expr::findBoundMemberType( ... ) or similar //TODO: new_elem->set_target_class( ... ) for member member-function pointers // additionally set the reference type TU_Type *ref_type = register_type( type ); new_elem->set_type( ref_type ); return new_elem; } // find the called function in the join point model ACM_Function *called_func = register_function (called); if (!called_func) { // if a called function is, for instance, a member of a local class, it is // perfectly valid that we don't find it in the model -> ignore call join-point // _err << sev_error << "called function \'" << called->QualName () // << "\' not found in join point model" << endMessage; return 0; } TU_MethodCall *new_elem = newCall(); new_elem->set_target(called_func); called_func->get_calls().insert(new_elem); new_elem->set_lid(local_id); new_elem->called (called); new_elem->origin (caller); new_elem->tree_node( call_node ); // perform static analyses if ( _conf.flow_analysis() ) { unsigned int basic_block_id = _flow_analysis.get_block_lid(caller, call_node); if (_flow_analysis.valid()) { new_elem->set_cfg_block_lid(basic_block_id); } unsigned int target_obj_lid = _flow_analysis.get_target_obj_lid(caller, call_node); if (_flow_analysis.valid() && target_obj_lid != ClangFlowAnalysis::NO_ID) { new_elem->set_target_object_lid(target_obj_lid); } } if (call_node) add_source_loc (new_elem, call_node); // set the parent in the join point model structure if (lexical) { // pseudo-calls are invisible lexical->get_children().insert(new_elem); } // For functions with default arguments, not more than the number of args // in the call expression is used. if (call_node && (new_elem->is_call_op() || !clang::dyn_cast (call_node))) { // argument types are the types from the target function declaration unsigned args = called->getNumParams (); unsigned call_args = call_node->getNumArgs (); unsigned given; for (given = 0; given < call_args; given++) { clang::Expr *arg = call_node->getArg (given); if (clang::dyn_cast (arg)) break; } // call operator calls always have the object as argument 0 => substract one if (new_elem->is_call_op()) given--; if (called->isVariadic ()) { for (unsigned a = args; a < call_args; a++) { clang::QualType arg_type = call_node->getArg (a)->getType (); new_elem->get_variadic_arg_types().insert(register_type (arg_type)); } } else if (given < args) { new_elem->set_default_args(args - given); } } // analyze the target object type of this call if (call_node) { clang::RecordDecl *rd = (clang::RecordDecl *)new_elem->target_class(); if (rd) { ACM_Class *target_class = register_aspect(rd); if (!target_class) target_class = register_class (rd); assert (target_class); new_elem->set_target_class(target_class); } } return new_elem; } ACM_Access *ClangModelBuilder::register_get( VarAccessInfo &var, JoinpointContext& context, TU_Builtin *var_src ) { // check if data-based joinpoints are wanted if( ! _conf.data_joinpoints() ) return 0; // regen model information if not given if( ! var.element && var.decl ) var.element = register_variable( var.decl ); // dont create joinpoint in functions that where left out of the model if( ! context.parent ) return 0; // generate node if( var.element ) { TU_Get *new_elem = newGet(); fillAccessNode( new_elem, var, context, var_src ); return new_elem; } else { TU_GetRef *new_elem = newGetRef(); fillRefAccessNode( new_elem, var, context ); return new_elem; } } ACM_Access *ClangModelBuilder::register_set( VarAccessInfo &var, JoinpointContext& context, TU_Builtin *var_src ) { // check if data-based joinpoints are wanted if( ! _conf.data_joinpoints() ) return 0; // regen model information if not given if( ! var.element && var.decl ) var.element = register_variable( var.decl ); // dont create joinpoint in functions that where left out of the model if( ! context.parent ) return 0; // generate node if( var.element ) { TU_Set *new_elem = newSet(); fillAccessNode( new_elem, var, context, var_src ); return new_elem; } else { TU_SetRef *new_elem = newSetRef(); fillRefAccessNode( new_elem, var, context ); return new_elem; } } TU_Ref *ClangModelBuilder::register_ref( VarAccessInfo &var, JoinpointContext& context, TU_Builtin *var_src ) { // check if data-based joinpoints are wanted if( ! _conf.data_joinpoints() ) return 0; // regen model information if not given if( ! var.element ) var.element = register_variable( var.decl ); // dont create joinpoint in functions that where left out of the model if( ! context.parent ) return 0; // generate node TU_Ref *new_elem = newRef(); fillAccessNode( new_elem, var, context, var_src ); // addtionally set the reference type TU_Type *ref_type = register_type( new_elem->result_type() ); new_elem->set_type( ref_type ); return new_elem; } template void ClangModelBuilder::fillAccessNode( NODE *new_elem, VarAccessInfo &var, JoinpointContext& context, TU_Builtin *var_src ) { // fill ACModel information new_elem->set_variable( var.element ); new_elem->set_lid( context.local_id ); if( var.tree_node ) add_source_loc( new_elem, var.tree_node ); assert( context.parent ); if( context.parent->type_val() == JPT_Builtin ) static_cast( context.parent )->get_implicit_access().insert( new_elem ); else if( context.parent->type_val() & JPT_Name ) static_cast( context.parent )->get_children().insert( new_elem ); else assert( false && "Unknown parent type for joinpoint" ); // fill Transform information new_elem->variable( var.decl ); new_elem->tree_node( var.tree_node ); new_elem->ref_node( var.ref_node ); new_elem->origin( context.parent_decl ); // remember dependency chain if( var_src ) new_elem->entity_src( var_src ); // analyze the target object type of this call if( var.tree_node ) { if( clang::RecordDecl *rd = const_cast( new_elem->target_class() ) ) { // FIXME: cast should not be necessary, but most place use non const pointers to AST Elements ACM_Class *target_class = register_aspect( rd ); // try aspect first ... if( ! target_class ) // ... if not successful, try class target_class = register_class( rd ); assert( target_class ); new_elem->set_target_class( target_class ); } } } template void ClangModelBuilder::fillRefAccessNode( NODE *new_elem, VarAccessInfo &var, JoinpointContext& context ) { // fill ACModel information new_elem->set_lid( context.local_id ); if( var.tree_node ) add_source_loc( new_elem, var.tree_node ); assert( context.parent ); if( context.parent->type_val() == JPT_Builtin ) static_cast( context.parent )->get_implicit_access().insert( new_elem ); else if( context.parent->type_val() & JPT_Name ) static_cast( context.parent )->get_children().insert( new_elem ); else assert( false && "Unknown parent type for joinpoint" ); // fill Transform information new_elem->tree_node( var.tree_node ); new_elem->ref_node( var.ref_node ); new_elem->origin( context.parent_decl ); // this need the transform infos to avoid duplication TU_Type *ent_type = register_type( new_elem->entity_type() ); new_elem->set_type( ent_type ); } // create a new execution join point TU_Method *ClangModelBuilder::register_execution (ACM_Function *ef) { clang::FunctionDecl *func = ((TI_Function*)ef->transform_info ())->decl (); TU_Method *new_elem = newExecution(); ef->get_children().insert(new_elem); new_elem->decl (func); return new_elem; } // create a new construction join point TU_Construction *ClangModelBuilder::register_construction (ACM_Function *cf) { assert (cf); clang::FunctionDecl *func = ((TI_Function*)cf->transform_info ())->decl (); TU_Construction *new_elem = newConstruction(); cf->get_children().insert(new_elem); new_elem->decl (func); clang::CXXRecordDecl *d = llvm::cast(TI_Class::of (*((ACM_Class*)cf->get_parent()))->decl ()); new_elem->that_decl(d); return new_elem; } // create a new construction join point TU_Destruction *ClangModelBuilder::register_destruction (ACM_Function *df) { assert (df); clang::FunctionDecl *func = ((TI_Function*)df->transform_info ())->decl (); TU_Destruction *new_elem = newDestruction(); df->get_children().insert(new_elem); new_elem->decl (func); clang::CXXRecordDecl *d = llvm::cast(TI_Class::of (*((ACM_Class*)df->get_parent()))->decl ()); new_elem->that_decl(d); return new_elem; } ACM_Name *ClangModelBuilder::register_scope( clang::DeclaratorDecl *obj ) { return register_scope (obj->getDeclContext (), false); } ACM_Name *ClangModelBuilder::register_scope (clang::DeclContext *obj, bool parent) { ACM_Name *result = 0; clang::DeclContext *scope = (parent ? obj->getParent() : obj); if (scope) { if (clang::NamespaceDecl *ND = llvm::dyn_cast(scope)) result = register_namespace (ND); else if (clang::CXXRecordDecl *RD = llvm::dyn_cast(scope)) { result = register_aspect (RD); if (!result) result = register_class (RD); } else if (llvm::isa(scope)) { result = register_namespace1(0, "::"); } else if (clang::LinkageSpecDecl *LSD = llvm::dyn_cast(scope)) result = register_scope(LSD); } // in some cases, e.g. join-points within local classes it can happen that // the scope of a join-point is not known in the model -> no error! // if (!result) { // _err << sev_error << "parent '" << scope_name (obj).c_str () // << "' of model element " << obj->QualName () << " not found" // << endMessage; // } return result; } // add the source location to a model element by using the syntax tree node void ClangModelBuilder::add_source_loc (ACM_Any *name, ClangToken token, ClangToken end_token, SourceLocKind kind) { add_source_loc(name, token.location(), end_token.location(), kind); } void ClangModelBuilder::add_source_loc (ACM_Any *name, clang::Decl *tree, SourceLocKind kind) { add_source_loc(name, tree->getLocStart(), tree->getLocEnd(), kind); } void ClangModelBuilder::add_source_loc (ACM_Any *name, clang::Stmt *tree, SourceLocKind kind) { add_source_loc(name, tree->getLocStart(), tree->getLocEnd(), kind); } void ClangModelBuilder::add_source_loc(ACM_Any *name, clang::SourceLocation location, clang::SourceLocation endlocation, SourceLocKind kind) { assert(name); clang::SourceManager &SM = _project.get_compiler_instance()->getSourceManager(); // check if this file belong to our project //ACFileID funit = ACPreprocessor::source_unit (token); //if (!funit) //return; clang::PresumedLoc PL = SM.getPresumedLoc(location); clang::PresumedLoc PLEnd = SM.getPresumedLoc(endlocation); // here the presumed loc must ignore #line directives! => param false clang::PresumedLoc PL_no_line = SM.getPresumedLoc(location, false); // clang::PresumedLoc PLEnd = SM.getPresumedLoc(endlocation, false); if (PL.isInvalid() || PLEnd.isInvalid()) return; if (!get_project ().isBelow (PL_no_line.getFilename())) { if (name->type_val () & JPT_Name) { ACM_Name *jpl_name = (ACM_Name*)name; // TODO: really use linear search here? typedef ACM_Container Container; const Container &tunits = jpl_name->get_tunits (); bool found = false; for (Container::const_iterator i = tunits.begin(); i != tunits.end(); ++i) { if (*i == _tunit_file) { found = true; break; } } if (!found) jpl_name->get_tunits ().insert (_tunit_file); } return; } clang::FileID ID = SM.getFileID(location); ClangModelBuilder::FileMap::iterator i = file_map().find(model_filename(PL.getFilename())); ACM_File *file = 0; if (i != file_map ().end ()) file = i->second; else { // TODO: temporary hack int len = SM.getSpellingLineNumber(SM.getLocForEndOfFile(ID)); // TODO: in the future, handle aspect headers differently ACM_Header *new_file = newHeader(); get_files().insert(new_file); new_file->set_filename(model_filename(PL.getFilename())); new_file->set_len(len); new_file->get_in().insert(_tunit_file); if (const clang::FileEntry *fe = SM.getFileEntryForID(ID)) new_file->set_time(fe->getModificationTime()); else new_file->set_time(0); file = new_file; file_map().insert( ClangModelBuilder::FileMapPair(model_filename(PL.getFilename()), file)); } int line = PL.getLine(); int len = PLEnd.getLine() - line + 1; // TODO: really use linear search here? typedef ACM_Container Container; const Container &sources = name->get_source (); bool found = false; for (Container::const_iterator i = sources.begin(); i != sources.end(); ++i) { if ((*i)->get_line () == line && (*i)->get_file () == file && (*i)->get_kind () == kind && (*i)->get_len () == len) { // if ((*i)->get_len () != len) // _err << sev_warning << "Internal problem: Length differs for source at same location (file='" << file->get_filename().c_str () << "', line=" // << line << ")" << endMessage; found = true; break; } } if (!found) { ACM_Source *source = newSource(); assert(file); source->set_file(file); source->set_line(line); source->set_len(len); source->set_kind(kind); name->get_source().insert(source); } } aspectc++/AspectC++/PaxHeaders.4702/ClangIntroSema.cc0000644000000000000000000000007412740141200017120 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/ClangIntroSema.cc0000644000175000001440000000651512740141200017311 0ustar00osusers00000000000000 // FIXME: This is a hack to give ClangIntroSema access rights to the current scope // This has to be included FIRST! #define private protected #include "clang/Sema/Sema.h" #undef private #include "clang/Frontend/CompilerInstance.h" #include "ClangIntroSema.h" #include "ClangIntroducer.h" #include "ClangBinding.h" #include "ACProject.h" #include "ModelBuilder.h" using namespace clang; //#include //using namespace std; ClangIntroSema::ClangIntroSema(ClangIntroducer &introducer, Preprocessor &pp, ASTContext &ctxt, ASTConsumer &consumer, TranslationUnitKind TUKind, CodeCompleteConsumer *CompletionConsumer) : Sema (pp, ctxt, consumer, TUKind, CompletionConsumer), _introducer (&introducer), _nested_tu_end(0), _nested_base_specifiers (0) { } ClangIntroSema::~ClangIntroSema() { } Scope *ClangIntroSema::setCurScope(Scope *new_scope) { Scope *old_scope = CurScope; CurScope = new_scope; return old_scope; } void ClangIntroSema::ActOnStartCXXMemberDeclarations(Scope *S, Decl *TagDecl, SourceLocation FinalLoc, bool IsFinalSpelledSealed, SourceLocation LBraceLoc) { _introducer->class_start(TagDecl, LBraceLoc); RealActOnStartCXXMemberDeclarations(*this, S, TagDecl, FinalLoc, IsFinalSpelledSealed, LBraceLoc); } #if FRONTEND_CLANG < 38 void ClangIntroSema::ActOnBaseSpecifiers (Decl *ClassDecl, CXXBaseSpecifier **Bases, unsigned NumBases) { for (unsigned n = 0; n < NumBases; n++) _BaseInfo.push_back(Bases[n]); if (_nested_base_specifiers == 0) { _nested_base_specifiers++; _introducer->base_specs_end(ClassDecl); _nested_base_specifiers--; RealActOnBaseSpecifiers(*this, ClassDecl, _BaseInfo.data (), _BaseInfo.size ()); _BaseInfo.clear (); } } #else void ClangIntroSema::ActOnBaseSpecifiers (Decl *ClassDecl, clang::MutableArrayRef Bases) { for (unsigned n = 0; n < Bases.size(); n++) _BaseInfo.push_back(Bases[n]); if (_nested_base_specifiers == 0) { _nested_base_specifiers++; _introducer->base_specs_end(ClassDecl); _nested_base_specifiers--; RealActOnBaseSpecifiers(*this, ClassDecl, _BaseInfo); _BaseInfo.clear (); } } #endif void ClangIntroSema::ActOnFinishCXXMemberSpecification (Scope* S, SourceLocation RLoc, Decl *TagDecl, SourceLocation LBrac, SourceLocation RBrac, AttributeList *AttrList) { _introducer->class_end (TagDecl, RBrac); RealActOnFinishCXXMemberSpecification(*this, S, RLoc, TagDecl, LBrac, RBrac, AttrList); } void ClangIntroSema::ActOnEndOfTranslationUnit () { if (_nested_tu_end == 0) { _nested_tu_end++; _introducer->tunit_end (); _nested_tu_end--; RealActOnEndOfTranslationUnit(*this); } } bool ClangIntroSema::canSkipFunctionBody(Decl *FctDecl) { clang::SourceManager &sm = _introducer->_ci->getSourceManager(); clang::PresumedLoc PL = sm.getPresumedLoc(FctDecl->getLocation()); llvm::StringRef Name = PL.getFilename(); llvm::StringRef BufferName = sm.getBufferName(FctDecl->getLocation()); ACProject &project = _introducer->get_model_builder().get_project(); bool in_project = (BufferName.startswith("") || project.isBelow(Name.str().c_str())))); // cout << Name.str() << " " << BufferName.str() << " " << in_project << endl; return !in_project && RealCanSkipFunctionBody(*this, FctDecl); } aspectc++/AspectC++/PaxHeaders.4702/PumaPreprocessor.cc0000644000000000000000000000007412740141200017563 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/PumaPreprocessor.cc0000644000175000001440000001151312740141200017746 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "PumaPreprocessor.h" #include "IncludeGraph.h" #include "IntroductionUnit.h" using namespace Puma; using namespace std; PumaPreprocessor::PumaPreprocessor (const string &tunit_name, ACConfig &conf, CProject &project) : _tunit_name (tunit_name), _conf (conf), _project (project), _local_units(_project.err ()), _cpp (&_project.err (), &_project.unitManager (), &_local_units, cout), _provider(_cpp), _recorded_tokens (0) { // scan file _unit = _project.scanFile (tunit_name.c_str()); if (!_unit) return; // prepare C preprocessor _stream.push (_unit); _project.unitManager ().init (); _cpp.macroManager ()->init (_unit->name ()); _cpp.stream (&_stream); _cpp.configure (_project.config ()); _provider.init (); // fetch the first token locate_token (); } // return the include graph *after* preprocessing the translation unit void PumaPreprocessor::get_include_graph (IncludeGraph &include_graph) { // finally parse the preprocessor syntax tree in order to create an // include graph of the original source code include_graph.init (_cpp.syntaxTree()); } Puma::ErrorStream &PumaPreprocessor::err () const { return _project.err (); } bool PumaPreprocessor::keywords_enabled (Puma::Token *tok) const { if (!tok) return false; Unit *unit = tok->unit (); while (unit && unit->isMacroExp ()) { unit = ((MacroUnit*)unit)->CallingUnit (); } if (!unit->isFile ()) // TODO: is that case possible? return false; if (!_project.isBelow(unit)) return false; size_t len = strlen (unit->name ()); if (len > 2 && strcmp (unit->name () + (len - 3), ".ah") == 0) return true; return _conf.keywords(); } ACToken PumaPreprocessor::next_token () { _provider.next (); ACToken result = locate_token (); if (_recorded_tokens && result != ACToken::TOK_EOF) _recorded_tokens->append(*result.get ()->duplicate()); return result; } ACToken PumaPreprocessor::curr_token () { Token *token = _provider.current (); return ACToken (token, keywords_enabled (token)); } ACToken PumaPreprocessor::look_ahead (int n) { TokenProvider::State state = _provider.get_state (); while (n > 0) { _provider.next (); locate_token (); n--; } Token *token = _provider.current (); _provider.set_state (state); return ACToken (token, keywords_enabled(token)); } ACToken PumaPreprocessor::locate_token () { Token *token; while ((token = _provider.current ()) && ! token->is_core ()) { // TODO: handle directives here? // if (token->is_directive ()) // handle_directive (); // else _provider.next (); } return ACToken (token, keywords_enabled(token)); } // functions to record the token stream void PumaPreprocessor::start_recording () { if (!_recorded_tokens) { _recorded_tokens = new Unit; // _recorded_tokens->name(((Unit*)_jpm.source_unit(curr_token()))->name ()); _recorded_tokens->append(*curr_token().get ()->duplicate()); } } Unit *PumaPreprocessor::stop_recording () { Unit *result = _recorded_tokens; _recorded_tokens = 0; return result; } FileUnit *PumaPreprocessor::source_unit (ACToken token) { Unit *unit = token.unit (); while (unit && unit->isMacroExp ()) { unit = ((MacroUnit*)unit)->CallingUnit (); } // if the 'insert unit' is an 'introduction unit', find the intro target unit IntroductionUnit *intro_unit = IntroductionUnit::cast (unit); if (intro_unit) unit = intro_unit->final_target_unit (); // at this point we must have reached a file unit if (!unit->isFile ()) return 0; return (FileUnit*)unit; } // check whether a token is located within the files of the project bool PumaPreprocessor::is_in_project(ACToken token) const { FileUnit *funit = source_unit(token); return funit && _project.isBelow(funit); } aspectc++/AspectC++/PaxHeaders.4702/JoinPointModelElement.h0000644000000000000000000000007412740141200020320 xustar0030 atime=1468174988.112166425 30 ctime=1468174988.112166425 aspectc++/AspectC++/JoinPointModelElement.h0000644000175000001440000000003412740141200020477 0ustar00osusers00000000000000/* empty: delete me ASAP */ aspectc++/AspectC++/PaxHeaders.4702/CFlow.cc0000644000000000000000000000007412740141200015264 xustar0030 atime=1468174988.112166425 30 ctime=1468174988.112166425 aspectc++/AspectC++/CFlow.cc0000644000175000001440000000364012740141200015451 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "CFlow.h" #include "AdviceInfo.h" #include "Naming.h" void CFlowList::gen_trigger_obj (ostream &out) const { int i = 0; for (const_iterator iter = begin (); iter != end (); ++iter) { out << " "; Naming::cflow (out, (*iter).advice_info ()->aspect (), (*iter).index ()); out << " trigger" << i << ";" << endl; i++; } } const string &CFlow::ac_namespace_contributions () { static const string cflow_template = " template \n" " struct CFlow {\n" " static int &instance () {\n" " static int counter = 0;\n" " return counter;\n" " }\n" " CFlow () { instance ()++; }\n" " ~CFlow () { instance ()--; }\n" " static bool active () { return instance () > 0; }\n" " };\n"; return cflow_template; } aspectc++/AspectC++/PaxHeaders.4702/TransformInfo.h0000644000000000000000000000007412740141200016703 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/TransformInfo.h0000644000175000001440000000265412740141200017074 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __TransformInfo_h__ #define __TransformInfo_h__ // This header file includes the right TransformInfo class implementations // depending on the configured frontend #ifdef FRONTEND_PUMA #include "PumaTransformInfo.h" #else // FRONTEND_CLANG #include "ClangTransformInfo.h" #endif #endif // __TransformInfo_h__ aspectc++/AspectC++/PaxHeaders.4702/AspectInfo.cc0000644000000000000000000000007412740141200016305 xustar0030 atime=1468174988.114166457 30 ctime=1468174988.114166457 aspectc++/AspectC++/AspectInfo.cc0000644000175000001440000000507012740141200016471 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "AspectInfo.h" #include "AdviceInfo.h" // //#include "Puma/CFunctionInfo.h" // //// for workaround //#include "Puma/CSemDatabase.h" //#include "Puma/CTree.h" // //CFunctionInfo *AspectInfo::aspectof () { // // make this better! // CFunctionInfo *aof = ClassInfo ()->Function ("aspectof"); // if (!aof) // aof = ClassInfo ()->Function ("aspectOf"); // return aof ? aof->DefObject () : (CFunctionInfo*)0; // //} // // generate the invocation function forward declarations string AspectInfo::ifct_decls (const BackEndProblems &bep) const { // name of this aspect string me (name ()); string decls = string ("\n") + "#ifndef __ac_fwd_" + me + "__\n" "#define __ac_fwd_" + me + "__\n" "class " + me + ";\n" "namespace AC {\n"; stringstream ifct_decls; for (list::const_iterator iter = _advice_infos.begin (); iter != _advice_infos.end (); ++iter) { (*iter)->gen_invocation_func (ifct_decls, false, bep); } decls += ifct_decls.str (); decls += "}\n"; decls += "#endif\n\n"; return decls; } // generate the invocation function definitions string AspectInfo::ifct_defs (const BackEndProblems &bep) const { stringstream defs; defs << endl; defs << "namespace AC {" << endl; for (list::const_iterator iter = _advice_infos.begin (); iter != _advice_infos.end (); ++iter) { (*iter)->gen_invocation_func (defs, true, bep); } defs << "} " << endl; return defs.str (); } aspectc++/AspectC++/PaxHeaders.4702/PumaModelBuilder.cc0000644000000000000000000000007412740141200017444 xustar0030 atime=1468174988.110166392 30 ctime=1468174988.110166392 aspectc++/AspectC++/PumaModelBuilder.cc0000644000175000001440000010326512740141200017635 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "ModelBuilder.h" #include "PumaTrackerDog.h" #include "IntroductionUnit.h" #include "PointCutContext.h" #include "PointCutExpr.h" #include "ACConfig.h" #include "ACPreprocessor.h" // ACModel library includes #include "ACModel/Utils.h" // Puma library includes #include "Puma/CFileInfo.h" #include "Puma/CSemDatabase.h" #include "Puma/VerboseMgr.h" #include "Puma/SysCall.h" using namespace Puma; static string objname (CObjectInfo *info) { string result; CTemplateInstance *instance; DeducedArgument *arg; if (! info->Name ()/* || info->isAnonymous ()*/) result = ""; else result = info->Name (); instance = info->TemplateInstance (); if (instance) { result += "<"; for (unsigned i = 0; i < instance->InstantiationArgs (); i++) { arg = instance->InstantiationArg (i); // do not list default arguments if (arg->isDefaultArg ()) break; if (i) result += ","; ostringstream out; arg->print(out, false); result += out.str (); } if (result[result.length () -1] == '>') result += " "; result += ">"; } return result; } // start phase 1 void PumaModelBuilder::setup_phase1 (FileUnit *unit, int tunit_len) { _tunit_file = newTUnit(); _tunit_file->set_filename(model_filename (unit)); _tunit_file->set_len(tunit_len); _tunit_file->set_time(modification_time (unit)); get_files().insert(_tunit_file); file_map().insert (PumaModelBuilder::FileMapPair (unit, _tunit_file)); set_root(0); // TODO: to be done by libacmodel register_namespace1(0, "::"); } // start phase 2 void PumaModelBuilder::setup_phase2 (CTranslationUnit& tunit, list &ah_trees) { // use Puma's semantic information of this translation unit // to fill/update the project model build (tunit); // run the tracker dog to find function calls in the syntax tree PumaTrackerDog tracker (tunit, *this, _conf.dynamic()); tracker.run (); } void PumaModelBuilder::build (CStructure &scope, ACM_Name *jpl) { // iterate through all namespace in this scope for (unsigned int n = 0; n < scope.Namespaces (); n++) { CNamespaceInfo *ni = scope.Namespace (n); // check if this namespace belongs to our project FileUnit *funit = source_unit (ni->Tree ()); if (!funit || !get_project ().isBelow (funit)) continue; ACM_Namespace *jpl_namespace = register_namespace (ni, jpl); build (*ni, jpl_namespace); } // first collect all classes and class template instances in this scope list classes; for (unsigned int c = 0; c < scope.Types (); c++) { CClassInfo *ci = scope.Type (c)->ClassInfo (); if (!ci) continue; if (ci->isTemplate()) { // insert all class template instances CTemplateInfo *ti = ci->TemplateInfo(); for (unsigned int tii = 0; tii < ti->Instances(); tii++) classes.push_back (ti->Instance(tii)->ClassInfo()); } else // an ordinary class -> handle as well classes.push_back (ci); } // now handle all collected classes (and class template instances) for (list::const_iterator iter = classes.begin(); iter != classes.end (); ++iter) { CClassInfo *ci = *iter; // check if this class belongs to our project FileUnit *funit = source_unit (ci->DefObject()->Tree ()); if (!funit || !get_project ().isBelow (funit)) continue; // found no class declaration or definition that belongs to the project! // it is an ordinary class (or aspect) ACM_Class *jpl_class = register_aspect (ci->DefObject(), !ci->CObjectInfo::QualifiedScope () && ci->Scope () == &scope ? jpl : 0); if (!jpl_class) jpl_class = register_class (ci, !ci->CObjectInfo::QualifiedScope () && ci->Scope () == &scope ? jpl : 0); if (!jpl_class) continue; if (ci->isDefined ()) { // setup the base class relations jpl_class->get_bases().clear(); for (unsigned b = 0; b < ci->BaseClasses (); b++) { CClassInfo *base = ci->BaseClass (b)->Class (); ACM_Class *base_loc = register_aspect (base); if (!base_loc) base_loc = register_class (base); // ignore base classes that are not part of the model if (base_loc && (base_loc->type_val () & (JPT_Class|JPT_Aspect))) { jpl_class->get_bases().insert(base_loc); base_loc->get_derived().insert(jpl_class); } // else // cout << "*** base not found: " << ci->QualName () << " " << base->QualName () << endl; } // recursively go down one step build (*ci, jpl_class); // setup the built-in member functions if (!ci->isStruct () && (get_project ().isBelow (ci->SourceInfo ()->SrcUnit ()) || IntroductionUnit::cast (ci->SourceInfo ()->SrcUnit ()))) { for (unsigned f = 0; f < ci->Functions (); f++) { CFunctionInfo *fi = ci->Function (f)->DefObject (); if (!fi->isBuiltin ()) continue; if (fi->isConstructor ()) { if (ci->isTemplateInstance()) register_function (fi, jpl_class); else register_construction (register_function (fi, jpl_class)); } else if (fi->isDestructor ()) { if (ci->isTemplateInstance()) register_function (fi, jpl_class); else register_destruction (register_function (fi, jpl_class)); } } } // is it a definition? if (jpl_class->type_val () == JPT_Aspect) { ACM_Aspect *jpl_aspect = (ACM_Aspect*)jpl_class; _vm << (::is_abstract (*jpl_aspect) ? "Abstract" : "Concrete") << " aspect " << signature (*jpl_aspect) << endvm; _vm++; advice_infos (jpl_aspect); _vm--; } } } // insert all functions and pointcuts for (unsigned f = 0; f < scope.Functions (); f++) { CFunctionInfo *fi = scope.Function (f); if (register_pointcut (fi, jpl)) continue; if (fi->isBuiltin ()) continue; // check if this function belongs to our project FileUnit *funit = source_unit (fi->Tree ()); if (!funit || !get_project ().isBelow (funit)) continue; // only functions that belong to the project are registered here // other functions might be register later if they are referenced register_function (fi, !fi->CObjectInfo::QualifiedScope () && fi->Scope () == &scope ? jpl : 0); } } void PumaModelBuilder::advice_infos (ACM_Aspect *jpl_aspect) { // add type information to advice nodes (phase 2) CClassInfo *cls = TI_Aspect::of(*jpl_aspect)->class_info(); unsigned f = 0; typedef ACM_Container Container; Container &advices = jpl_aspect->get_advices(); for (Container::iterator i = advices.begin (); i != advices.end (); ++i) { ACM_AdviceCode *advice_code = *i; while (f < cls->Functions()) { if (strncmp (cls->Function(f)->Name(), "__a", 3) == 0) break; f++; } if (f == cls->Functions()) { _err << sev_fatal << cls->Tree()->token()->location() << "internal problem: advice cannot be associated with advice function in aspect " << cls->QualName() << endMessage; return; } CFunctionInfo *fi = cls->Function(f); // argument types are the types of the function declaration CTypeList *arg_types = fi->TypeInfo ()->ArgTypes (); f++; unsigned first_context_arg = 0; if (fi->Arguments() > 0 && strcmp (fi->Argument(0u)->Name ().c_str(), "tjp") == 0) first_context_arg = 1; for (unsigned a = first_context_arg; a < arg_types->Entries (); a++) { advice_code->get_pointcut()->get_args().insert (register_arg (arg_types->Entry (a), fi->Argument(a)->Name().c_str())); } // tree is the tree of the function definition TI_AdviceCode::of(*advice_code)->function (fi); } } string PumaModelBuilder::model_filename (FileUnit *unit) { const char *fname = unit->absolutePath (); ACProject &prj = _conf.project (); // if the file does not belong to the project return the absolute path if (!unit->belongsTo (prj)) return fname; // iterate over all project paths for (long p = 0; p < prj.numPaths (); p++) { Filename dir_abs; if (!SysCall::canonical (prj.src (p), dir_abs)) { assert (false); return fname; } int dir_len = strlen (dir_abs.name ()); if (strncmp (dir_abs.name (), fname, dir_len) == 0) { return fname + dir_len + 1; } } // the file has to be below any of the directories => fatal error here // assert (false); acgen.c does not belong to the project with this test return fname; } // get the modification time of a file (UNIX Epoch value) long PumaModelBuilder::modification_time (FileUnit *unit) { FileInfo fileinfo; if (! SysCall::stat (unit->absolutePath(), fileinfo)) return -1; // File does not exists. return fileinfo.modi_time (); } void PumaModelBuilder::build (CTranslationUnit& tunit) { CFileInfo *fi = tunit.db ().FileInfo (0); ACM_Namespace *jpl_namespace = register_namespace (fi); build (*fi, jpl_namespace); } bool PumaModelBuilder::inside_template (CScopeInfo *scope) const { if (scope->isTemplate () || (scope->isTemplateInstance () && scope->TemplateInstance ()->isPseudoInstance ())) return true; if (scope->QualifiedScope ()) return inside_template (scope->QualifiedScope ()); if (scope->Parent () != scope) return inside_template (scope->Parent ()); return false; } bool PumaModelBuilder::inside_template_instance (CScopeInfo *scope) { if (scope->isTemplateInstance ()) return true; if (scope->QualifiedScope ()) return inside_template_instance (scope->QualifiedScope ()); if (scope->Parent () != scope) return inside_template_instance (scope->Parent ()); return false; } bool PumaModelBuilder::is_valid_model_class (CClassInfo *ci) const { // Don't consider // * anonymous classes like template instances(?) // * the generated class JoinPoint // * classes defined in the special namespace AC if (strncmp (ci->Name (), "%", 1) == 0 || strcmp (ci->QualName (), "JoinPoint") == 0 || strncmp (ci->QualName (), "AC::", 4) == 0) return false; // Templates and classes nested in template class are not considered for // matching, only instances if (inside_template (ci)) return false; return true; } bool PumaModelBuilder::is_valid_model_function (CFunctionInfo* fi) const { // Don't consider // * member functions of an invalid class // * ac++ generated functions // * pointcuts CRecord *cls = fi->ClassScope (); if (cls && !is_valid_model_class ((CClassInfo*)cls->DefObject ())) return false; CFunctionInfo *def = fi->DefObject (); if (inside_template (def)) return false; if (strncmp (fi->Name (), "__ac_anon", 9) != 0) { if (strncmp (fi->Name (), "%a", 2) == 0 || strncmp (fi->Name (), "__a", 3) == 0 || strcmp (fi->Name (), "aspectof") == 0 || strcmp (fi->Name (), "aspectOf") == 0) return false; } if (!fi->isBuiltin () && !IntroductionUnit::cast (def->SourceInfo ()->SrcUnit ()) && strcmp (def->SourceInfo ()->FileName (), "") == 0) return false; return true; } bool PumaModelBuilder::is_valid_model_namespace (CNamespaceInfo *ni) const { // no template instance namespace, but anonymous namespaces! if ((strcmp(ni->Name (), "") == 0 || strstr (ni->Name (), "<") == 0) && strcmp (ni->QualName (), "AC") != 0 && strncmp (ni->Name (), "__puma", 6) != 0) return true; return false; } TU_Type *PumaModelBuilder::register_type (CTypeInfo *ti) { TU_Type *new_elem = newType(); new_elem->set_signature(TI_Type::name (ti)); new_elem->type_info (ti); return new_elem; } TU_Arg *PumaModelBuilder::register_arg (CTypeInfo *ti, const string &name) { TU_Arg *new_elem = newArg(); new_elem->set_type(TI_Type::name (ti)); new_elem->set_name(name); new_elem->type_info (ti); return new_elem; } ACM_Pointcut *PumaModelBuilder::register_pointcut1 (ACM_Name *parent, const string &name, bool is_virtual, const string& expr) { TU_Pointcut *elem = 0; if (parent) elem = (TU_Pointcut*)map_lookup(*parent, name); if (!elem || elem->type_val() != JPT_Pointcut) { elem = newPointcut(); elem->set_name(name); elem->set_expr (expr); elem->set_builtin(false); elem->set_kind(PT_NORMAL); if (parent) { if (is_virtual && expr == "0") elem->set_kind(PT_PURE_VIRTUAL); else if (is_virtual || overrides_virtual_pointcut(parent, name)) elem->set_kind(PT_VIRTUAL); map_insert(*parent, *elem, name); parent->get_children().insert(elem); } } else { elem = 0; } return elem; } bool PumaModelBuilder::overrides_virtual_pointcut (ACM_Name *parent, const string &name) { if (parent->type_val() != JPT_Class && parent->type_val() != JPT_Aspect) return false; ACM_Class *cls = (ACM_Class*)parent; typedef ACM_Container BList; const BList &blist = cls->get_bases(); for (BList::const_iterator i = blist.begin (); i != blist.end(); ++i) { ACM_Class *base = (ACM_Class*)*i; ACM_Name *elem = map_lookup(*base, name); if (!elem || elem->type_val() != JPT_Pointcut) continue; ACM_Pointcut *base_pct = (ACM_Pointcut*)elem; if (base_pct->get_kind() == PT_PURE_VIRTUAL || base_pct->get_kind() == PT_VIRTUAL || overrides_virtual_pointcut (base, name)) return true; } return false; } TU_Pointcut *PumaModelBuilder::register_pointcut (CFunctionInfo *fi, ACM_Name *parent) { CFunctionInfo *def = fi->DefObject (); // find the parent model element if (!parent) return 0; // build the name of the function string name = fi->Name ().c_str (); TU_Pointcut *elem = (TU_Pointcut*)map_lookup(*parent, name); if (!elem || elem->type_val() != JPT_Pointcut) return 0; elem->get_args().clear(); // argument types are the types of the function declaration CTypeList *arg_types = fi->TypeInfo ()->ArgTypes (); for (unsigned a = 0; a < arg_types->Entries (); a++) { // TODO: still needed to handle "..." in build-in pointcuts if (arg_types->Entry(a)->is_ellipsis()) break; elem->get_args().insert (register_arg (arg_types->Entry (a), fi->Argument(a)->Name().c_str())); } elem->func_info(def); add_source_loc (elem, def); return elem; } TU_Function *PumaModelBuilder::register_function (CFunctionInfo *fi, ACM_Name *parent) { if (!is_valid_model_function (fi)) return 0; CFunctionInfo *def = fi->DefObject (); // find the parent model element if (!parent && !(parent = register_scope (def))) return 0; // build the name of the function for lookup string sig = TI_Function::signature (def); // register the element TU_Function *elem = (TU_Function*)map_lookup(*parent, sig); bool hidden_function = (elem && elem->type_val() == JPT_Function && ((fi->isStatic () && !fi->isStaticMethod ()) && (!elem->has_static_in () || elem->get_static_in () != _tunit_file))); if (!elem || hidden_function) { elem = newFunction(); elem->set_name(objname(fi)); if (fi->isStatic () && !fi->isStaticMethod ()) elem->set_static_in (_tunit_file); map_insert(*parent, *elem, sig); parent->get_children().insert(elem); FunctionType ft = FT_NON_MEMBER; if (fi->isConstructor ()) ft = FT_CONSTRUCTOR; else if (fi->isDestructor ()) { if (fi->isPureVirtual ()) ft = FT_PURE_VIRTUAL_DESTRUCTOR; else if (fi->isVirtual () || fi->overridesVirtual ()) ft = FT_VIRTUAL_DESTRUCTOR; else ft = FT_DESTRUCTOR; } else if (fi->isMethod ()) { if (fi->isStaticMethod ()) ft = FT_STATIC_MEMBER; else if (fi->isPureVirtual ()) ft = FT_PURE_VIRTUAL_MEMBER; else if (fi->isVirtual () || fi->overridesVirtual ()) ft = FT_VIRTUAL_MEMBER; else ft = FT_MEMBER; } else { if (fi->isStatic()) ft = FT_STATIC_NON_MEMBER; } elem->set_kind (ft); elem->set_builtin (fi->isBuiltin ()); CVQualifiers cvq = CVQ_NONE; if (fi->TypeInfo()->isConst()) cvq = (CVQualifiers)(cvq | CVQ_CONST); if (fi->TypeInfo()->isVolatile()) cvq = (CVQualifiers)(cvq | CVQ_VOLATILE); elem->set_cv_qualifiers(cvq); elem->func_info (def); // TODO: We forget the arg type from arg 0. They will be deleted by jpm. elem->get_arg_types().clear(); CTypeInfo *rtype = (fi->isConversion ()) ? fi->ConversionType() : fi->TypeInfo ()->BaseType (); if (!rtype->is_undefined()) elem->set_result_type (register_type (rtype)); // argument types are the types of the function declaration CTypeList *arg_types = fi->TypeInfo ()->ArgTypes (); elem->set_variadic_args(false); for (unsigned a = 0; a < arg_types->Entries (); a++) if (arg_types->Entry(a)->is_ellipsis()) elem->set_variadic_args(true); else elem->get_arg_types().insert (register_type (arg_types->Entry (a))); if (!fi->isBuiltin () && !fi->isPureVirtual () && !(inside_template_instance (fi)) && (fi->SemDB ()->Project ()->isBelow (fi->SourceInfo ()->SrcUnit ()) || IntroductionUnit::cast (fi->SourceInfo ()->SrcUnit ()))) { if (fi->isConstructor ()) register_construction (elem); else if (fi->isDestructor ()) register_destruction (elem); else register_execution (elem); // constructors and and destructors cannot be called if (!(fi->isConstructor () || fi->isDestructor ())) { // register a 'pseudo call join point' register_call (def, 0, 0, 0); } } } else { // make sure that elem->func_info() will be the DefObject if (fi == def) elem->func_info(def); } add_source_loc (elem, fi, fi->isFctDef () ? SLK_DEF : SLK_DECL); return elem; } TU_Variable *PumaModelBuilder::register_variable (CObjectInfo *oi, ACM_Name *parent) { CObjectInfo *def = oi->DefObject (); // find the parent model element if (!parent && !(parent = register_scope (def))) return 0; // get the name of the variable string sig = TI_Variable::name (def); // register the element // TODO: classes and variables in the same scope may have the same name! // This might lead to invalid results here. TU_Variable *elem = (TU_Variable*)map_lookup(*parent, sig); if (!elem || elem->type_val() != JPT_Variable) { elem = newVariable (); elem->set_name(sig); elem->set_kind(VT_UNKNOWN); elem->set_builtin(false); TU_Type *var_type = register_type(oi->TypeInfo()); elem->set_type(var_type); elem->obj_info(def); map_insert(*parent, *elem, sig); parent->get_children().insert(elem); } return elem; } ACM_ClassSlice *PumaModelBuilder::register_class_slice (ACM_Name *scope, string name, bool is_struct) { ACM_Name *found = map_lookup(*scope, name); if (found && found->type_val() == JPT_ClassSlice) return (ACM_ClassSlice*)found; ACM_ClassSlice *new_elem = (ACM_ClassSlice*)newClassSlice(); new_elem->set_name(name); new_elem->set_builtin(false); new_elem->set_is_struct(is_struct); map_insert(*scope, *new_elem, name); scope->get_children().insert(new_elem); return new_elem; } ACM_Class * PumaModelBuilder::register_class1 (ACM_Name *scope, string name, bool in_project) { ACM_Name *found = map_lookup(*scope, name); if (found && found->type_val() == JPT_Class) return (TU_Class*)found; ACM_Class *new_elem = newClass(); new_elem->set_name(name); new_elem->set_builtin(false); if (!in_project) new_elem->get_tunits().insert (_tunit_file); new_elem->set_intro_target(in_project); scope->get_children().insert(new_elem); map_insert(*scope, *new_elem, name); return new_elem; } TU_Class *PumaModelBuilder::register_class (CClassInfo *ci, ACM_Name *parent, bool set_source) { // only classes are relevant if (!is_valid_model_class (ci)) return 0; // find the parent model element if (!parent && !(parent = register_scope (ci))) return 0; string name = objname(ci); TU_Class *elem = 0; ACM_Name *found = map_lookup(*parent, name); if (!found || !(found->type_val() & (JPT_Class|JPT_Aspect))) { elem = (TU_Class*)newClass(); elem->set_name(name); elem->set_builtin(false); parent->get_children().insert(elem); map_insert(*parent, *elem, name); bool intro_target = is_intro_target (ci->DefObject ()); elem->set_intro_target (intro_target); if (!intro_target) elem->get_tunits().insert (_tunit_file); } else elem = (TU_Class*)found; // set the class attributes elem->class_info (ci); if (set_source && elem->type_val () != JPT_Aspect) add_source_loc (elem, ci, ci->isDefined () ? SLK_DEF : SLK_DECL); return elem; } ACM_Aspect * PumaModelBuilder::register_aspect1 (ACM_Name *scope, string name, bool in_project) { ACM_Name *found = map_lookup(*scope, name); if (found && found->type_val() == JPT_Aspect) return (TU_Aspect*)found; ACM_Aspect *new_elem = newAspect(); new_elem->set_name(name); new_elem->set_builtin(false); if (!in_project) new_elem->get_tunits().insert (_tunit_file); new_elem->set_intro_target(in_project); scope->get_children().insert(new_elem); map_insert(*scope, *new_elem, name); return new_elem; } TU_Aspect *PumaModelBuilder::register_aspect (CClassInfo *ci, ACM_Name *parent) { // only classes are relevant if (!is_valid_model_class (ci)) return 0; // find the parent model element if (!parent && !(parent = register_scope (ci))) return 0; string name = ci->Name().c_str(); TU_Aspect *elem = 0; ACM_Name *found = map_lookup(*parent, name); if (!found || found->type_val() != JPT_Aspect) return 0; elem = (TU_Aspect*)found; // set the aspect attributes elem->class_info(ci); return elem; } bool PumaModelBuilder::is_intro_target (CClassInfo *def) const { return IntroductionUnit::cast (def->SourceInfo ()->SrcUnit ()) || !(!get_project ().isBelow (def->SourceInfo ()->SrcUnit ()) || def->isTemplateInstance () || !def->isDefined ()); } ACM_Namespace * PumaModelBuilder::register_namespace1 (ACM_Name *scope, string name, bool in_project) { ACM_Namespace *result = 0; assert(scope || name == "::"); ACM_Name *found = (scope ? map_lookup(*scope, name) : get_root()); if (!found || found->type_val() != JPT_Namespace) { result = newNamespace(); result->set_name(name); result->set_builtin(false); if (!in_project) result->get_tunits().insert (_tunit_file); if (scope) { scope->get_children().insert(result); map_insert(*scope, *result, name); } else { set_root(result); } } else result = (TU_Namespace*)found; return result; } TU_Namespace *PumaModelBuilder::register_namespace (CNamespaceInfo *n, ACM_Name *parent) { // not all Puma namespaces should be registered if (!is_valid_model_namespace (n)) return 0; // find the parent model element if (!parent && !n->GlobalScope () && !(parent = register_scope (n))) return 0; TU_Namespace *new_elem = 0; if (!parent) { if (get_root()) return (TU_Namespace*)get_root(); new_elem = newNamespace(); new_elem->set_name("::"); new_elem->set_builtin(true); set_root(new_elem); } else { string name = n->Name().c_str(); ACM_Name *found = map_lookup(*parent, name); if (found && found->type_val() == JPT_Namespace) return (TU_Namespace*)found; new_elem = newNamespace(); new_elem->set_name(name); new_elem->set_builtin(false); parent->get_children().insert(new_elem); map_insert(*parent, *new_elem, name); } // set namespace attributes new_elem->namespace_info (n); if (new_elem != get_root ()) add_source_loc (new_elem, n); return new_elem; } // create a new call join point in the join point model TU_MethodCall *PumaModelBuilder::register_call (CFunctionInfo *called, CT_Call *call_node, CObjectInfo *caller, int local_id) { // find the called function in the join point model ACM_Function *called_func = register_function (called); if (!called_func) { // if a called function is, for instance, a member of a local class, it is // perfectly valid that we don't find it in the model -> ignore call join-point // _err << sev_error << "called function \'" << called->QualName () // << "\' not found in join point model" << endMessage; return 0; } // what is the lexical scope of this call? ACM_Name *lexical = 0; if (!caller) { lexical = 0; // a pseudo call join point } else if (caller->FunctionInfo ()) { // TODO: better cache the JPL object of the current function ACM_Any *loc = register_function (caller->FunctionInfo (), 0); if (!loc) { // TODO: calls in advice code are silently ignored here at the moment // _err << sev_error << call_node->token ()->location () // << "location of function call invalid" << endMessage; return 0; } lexical = (ACM_Name*)loc; } else { lexical = register_variable (caller); if (!lexical) { _err << sev_error << call_node->token ()->location () << "location of function call invalid" << endMessage; return 0; } } TU_MethodCall *new_elem = newCall(); new_elem->set_target(called_func); called_func->get_calls().insert(new_elem); new_elem->set_lid(local_id); new_elem->called (called); new_elem->caller (caller); new_elem->tree (call_node); if (call_node) add_source_loc (new_elem, call_node); // set the parent in the join point model structure if (lexical) { // pseudo-calls are invisible lexical->get_children().insert(new_elem); } // For functions with default arguments, not more than the number of args // in the call expression is used. bool no_operator = (call_node && call_node->NodeName () == CT_CallExpr::NodeId () && ((CT_CallExpr *)call_node)->Arguments ()); if (no_operator) { // argument types are the types from the target function declaration CTypeList *formal_arg_types = called->TypeInfo ()->ArgTypes (); int args = (int)formal_arg_types->Entries (); CT_ExprList *current_arg_list = ((CT_CallExpr *)call_node)->Arguments (); int call_args = current_arg_list->Entries (); if (called_func->get_variadic_args()) { args--; // ignore the ellipsis for (int a = args; a < current_arg_list->Entries (); a++) { CTypeInfo *arg_type = ((CT_Expression*)current_arg_list->Entry (a))->Type (); new_elem->get_variadic_arg_types().insert(register_type (arg_type)); } } else if (call_args < args) { new_elem->set_default_args(args - call_args); } } // analyze the target object type of this call if (call_node) { CTypeInfo *target_type = new_elem->target_type (); if (target_type != &CTYPE_VOID && target_type->Record () && target_type->Record ()->ClassInfo()) { CClassInfo *ci = target_type->Record()->ClassInfo ()->DefObject (); ACM_Class *target_class = register_aspect(ci); if (!target_class) target_class = register_class(ci); assert (target_class); new_elem->set_target_class(target_class); } } return new_elem; } // create a new execution join point TU_Method *PumaModelBuilder::register_execution (ACM_Function *ef) { CFunctionInfo *func = ((TI_Function*)ef->transform_info ())->func_info (); TU_Method *new_elem = newExecution(); ef->get_children().insert(new_elem); new_elem->func_info (func); return new_elem; } // create a new construction join point TU_Construction *PumaModelBuilder::register_construction (ACM_Function *cf) { assert (cf); CFunctionInfo *func = ((TI_Function*)cf->transform_info ())->func_info (); TU_Construction *new_elem = newConstruction(); cf->get_children().insert(new_elem); new_elem->func_info (func); return new_elem; } // create a new construction join point TU_Destruction *PumaModelBuilder::register_destruction (ACM_Function *df) { assert (df); CFunctionInfo *func = ((TI_Function*)df->transform_info ())->func_info (); TU_Destruction *new_elem = newDestruction(); df->get_children().insert(new_elem); new_elem->func_info (func); return new_elem; } // TODO: temporary solution for dac++ void PumaModelBuilder::register_attr_access (CAttributeInfo *attr, CTree *node) { _access_infos.push_back (AccessInfo (attr, node)); } ACM_Name *PumaModelBuilder::register_scope (CObjectInfo *obj) { ACM_Name *result = 0; CScopeInfo *scope = scope_obj (obj); if (scope) { if (scope->NamespaceInfo ()) result = register_namespace (scope->NamespaceInfo ()); else if (scope->ClassInfo ()) { result = register_aspect (scope->ClassInfo ()); if (!result) result = register_class (scope->ClassInfo ()); } } // in some cases, e.g. join-points within local classes it can happen that // the scope of a join-point is not known in the model -> no error! // if (!result) { // _err << sev_error << "parent '" << scope_name (obj).c_str () // << "' of model element " << obj->QualName () << " not found" // << endMessage; // } return result; } CScopeInfo *PumaModelBuilder::scope_obj (CObjectInfo *oi) { CScopeInfo *scope = 0; if (oi->TemplateInstance ()) { scope = oi->TemplateInstance ()->Template ()->CObjectInfo::QualifiedScope (); if (!scope) scope = oi->TemplateInstance ()->Template ()->Scope (); } else { scope = oi->QualifiedScope (); if (!scope) scope = oi->Scope (); } // if this is a template instance scope, go to the parent if (!(strcmp (scope->Name(), "") == 0)) { while (scope->isAnonymous () && strstr (scope->Name (), "<")) { scope = scope->Parent (); } } return scope; } string PumaModelBuilder::scope_name (CObjectInfo *oi) { CScopeInfo *scope = scope_obj (oi); assert (scope); // is it the globale scope if (scope->GlobalScope ()) return "::"; ostringstream scope_name; if (scope->TypeInfo () && !scope->TypeInfo ()->isUndefined ()) scope_name << *scope->TypeInfo (); else if (scope->isAnonymous ()) scope_name << ""; else scope_name << scope->QualName (); return scope_name.str (); } // add the source location to a model element by using the syntax tree node void PumaModelBuilder::add_source_loc (ACM_Any *name, ACToken token, ACToken end_token, SourceLocKind kind) { assert(name); // check if this file belong to our project FileUnit *funit = ACPreprocessor::source_unit (token); if (!funit) return; if (!get_project ().isBelow (funit)) { if (name->type_val () & JPT_Name) { ACM_Name *jpl_name = (ACM_Name*)name; // TODO: really use linear search here? typedef ACM_Container Container; const Container &tunits = jpl_name->get_tunits (); bool found = false; for (Container::const_iterator i = tunits.begin(); i != tunits.end(); ++i) { if (*i == _tunit_file) { found = true; break; } } if (!found) jpl_name->get_tunits ().insert (_tunit_file); } return; } PumaModelBuilder::FileMap::iterator i = file_map ().find (funit); ACM_File *file = 0; if (i != file_map ().end ()) file = i->second; else { // TODO: temporary hack int len = ((Token*)funit->last ())->location ().line (); // TODO: in the future, handle aspect headers differently ACM_Header *new_file = newHeader(); get_files().insert(new_file); new_file->set_filename(model_filename (funit)); new_file->set_len(len); new_file->get_in().insert(_tunit_file); new_file->set_time (modification_time (funit)); file = new_file; file_map ().insert (PumaModelBuilder::FileMapPair (funit, file)); } int line = token.location ().line (); int len = end_token.location ().line () - line + 1; // TODO: really use linear search here? typedef ACM_Container Container; const Container &sources = name->get_source (); bool found = false; for (Container::const_iterator i = sources.begin(); i != sources.end(); ++i) { if ((*i)->get_line () == line && (*i)->get_file () == file && (*i)->get_kind () == kind && (*i)->get_len () == len) { // if ((*i)->get_len () != len) // _err << sev_warning << "Internal problem: Length differs for source at same location (file='" << file->get_filename().c_str () << "', line=" // << line << ")" << endMessage; found = true; break; } } if (!found) { ACM_Source *source = newSource(); source->set_file(file); source->set_line(line); source->set_len(len); source->set_kind(kind); name->get_source().insert(source); } } FileUnit *PumaModelBuilder::source_unit (CTree *tree) const { if (!tree || !tree->token ()) return 0; return ACPreprocessor::source_unit (ACToken (tree->token())); } string PumaModelBuilder::tree_to_string (CTree *node) { string result; if (node->NodeName () == CT_Token::NodeId ()) result = node->token ()->text (); else { for (int s = 0; s < node->Sons (); s++) { if (s > 0) result += " "; result += tree_to_string (node->Son (s)); } } return result; } aspectc++/AspectC++/PaxHeaders.4702/ClangASTConsumer.cc0000644000000000000000000000007412740141200017362 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/ClangASTConsumer.cc0000644000175000001440000012701112740141200017546 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2013 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "ClangASTConsumer.h" #include "clang/Basic/Version.h" #include "clang/AST/ASTContext.h" #include using namespace clang; bool ClangASTConsumer::isInProject(clang::Decl *D) { PresumedLoc PL = _sm->getPresumedLoc(D->getLocation()); StringRef Name = PL.getFilename(); StringRef BufferName = _sm->getBufferName(D->getLocation()); assert(!Name.startswith("( decl ) ) _outer._parent_map[ dc ] = element; } } bool ClangASTConsumer::DeclContextStack::isCurrentContextValid() { // current decl context does not exist inside of project if( _outer._decl_stack.empty() || ! _outer.isInProject( _outer._decl_stack.back().first ) ) return false; return true; } ClangASTConsumer::JPContext ClangASTConsumer::DeclContextStack::getJPContext() { assert( ! _outer._decl_stack.empty() ); ClangASTConsumer::JPContext ctx; clang::Decl *decl = _outer._decl_stack.back().first; ctx.parent_decl = decl; if( FunctionDecl *fd = dyn_cast( decl ) ) ctx.parent = _outer._parent_map[fd]; else if( RecordDecl *rd = dyn_cast( decl ) ) ctx.parent = _outer._parent_map[rd]; else if( VarDecl *vd = dyn_cast( decl ) ) ctx.parent = _decl_map[vd]; else // should not happen => abort assert( false && "This should not happen: programming error !" ); ctx.local_id = _outer._last_fn_local_id++; return ctx; } clang::Decl *ClangASTConsumer::DeclContextStack::getCurrentDecl() { assert( ! _outer._decl_stack.empty() ); return _outer._decl_stack.back().first; } bool ClangASTConsumer::VisitType(clang::Type *Ty) { // Revisit template instances, there may be new ones we didn't see the first // time. if (CXXRecordDecl *RD = Ty->getAsCXXRecordDecl()) if (ClassTemplateSpecializationDecl *CTSD = dyn_cast(RD)) #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) if (!_parent_map.count(CTSD) && _seen_specs.insert(CTSD)) #else // C++ 11 interface if (!_parent_map.count(CTSD) && _seen_specs.insert(CTSD).second) #endif return TraverseCXXRecordDecl(CTSD); return true; } bool ClangASTConsumer::VisitNamespaceDecl(NamespaceDecl *D) { ACM_Name *parent = _parent_map[D->getDeclContext()]; _parent_map[D] = _model.register_namespace(D, parent); return true; } bool ClangASTConsumer::VisitCXXRecordDecl(CXXRecordDecl *D) { if (!isInProject(D) || D->isLocalClass ()) return true; D = D->getDefinition(); if (!D) return true; ACM_Name *parent = _parent_map[D->getDeclContext()]; ACM_Class *jpl_class = _model.register_aspect(D, parent); if (!jpl_class) jpl_class = _model.register_class(D, parent); if (jpl_class && jpl_class->type_val () == JPT_Aspect) { ACM_Aspect *jpl_aspect = (ACM_Aspect*)jpl_class; //_vm << (is_abstract (*jpl_aspect) ? "Abstract" : "Concrete") // << " aspect " << signature (*jpl_aspect) << endvm; //_vm++; _model.advice_infos (jpl_aspect); //_vm--; } _parent_map[D] = jpl_class; return true; } bool ClangASTConsumer::VisitFunctionDecl(FunctionDecl *D) { if (!isInProject(D)) return true; // functions defined in local classes must be ignored clang::CXXRecordDecl *cd = clang::dyn_cast(D->getDeclContext()); if (cd && cd->isLocalClass ()) return true; // ignore local function declarations if (D->getLexicalParent ()->isFunctionOrMethod ()) return true; // functions that are template instances or members of template instances // must be ignored // strange: an instance node should not be visited anyway! if (D->getInstantiatedFromMemberFunction ()) return true; ACM_Name *parent = _parent_map[D->getDeclContext()]; _parent_map[D] = _model.register_pointcut(D, parent); if (!_parent_map[D]) { if (TU_Function *func = _model.register_function(D, parent)) { // There may be a new redeclaration, add it. func->add_decl(D); _parent_map[D] = func; } } return true; } bool ClangASTConsumer::VisitVarDecl( VarDecl *VD ) { if( ! isInProject( VD ) ) return true; if( VD->getType()->isReferenceType() && ! VD->isFileVarDecl() ) return true; // skip references for now, but only if they are not on the top level as we need these as context for joinpoints #if 0 const clang::Expr *init_expr = VD->getInit(); if (init_expr && VD->getInitStyle() == clang::VarDecl::CInit) { if (dyn_cast(init_expr)) cout << "initialized var" << VD->getNameAsString () << endl; } #endif ACM_Name *parent = _parent_map[VD->getDeclContext()]; if( parent && parent->type_val() == JPT_Function ) return true;// skip local variables for now if( TU_Variable *var = _model.register_variable( VD, parent ) ) // remember model object, we might need it as context _context_stack.updateContextWithCurrentElement( VD, var ); return true; } bool ClangASTConsumer::VisitFieldDecl( clang::FieldDecl *FD ) { if( ! isInProject( FD ) ) return true; if( FD->getType()->isReferenceType() ) return true; // skip references for now ACM_Name *parent = _parent_map[FD->getDeclContext()]; _model.register_variable( FD, parent ); return true; } bool ClangASTConsumer::VisitDeclRefExpr( clang::DeclRefExpr *RE ) { if( ! _model.conf().data_joinpoints() ) // only data joinpoints need this information so far, so supress handling if not required return true; if( !_expr_stack.considerSubtree() || _expr_stack.empty() || ! _expr_stack.peek().isValidSubExpr() ) return true; // skip as nobody is interested in the information // ignore invalid scope if( ! _context_stack.isCurrentContextValid() ) return true; clang::VarDecl *VD = clang::dyn_cast_or_null( RE->getDecl() ); clang::FunctionDecl *FD = clang::dyn_cast_or_null( RE->getDecl() ); if( VD ) { if( ! isInProject( VD ) ) return true; bool is_ref = VD->getType()->isReferenceType(); TU_Variable *var = 0; if( ! is_ref ) { var = _model.register_variable( VD ); if( !var ) return true; } // push collected information to expr traversal stack to be processed when all informations there if( ! _expr_stack.empty() && _expr_stack.peek().isValidSubExpr() ) { _expr_stack.peek().pushEntityRefNode( RE ); if( ! is_ref ) _expr_stack.peek().pushEntityInfo( var, VD ); } } else if( FD ) { // currently we need only the RefNode for some check in call context // full handling has to be added later // push collected information to expr traversal stack to be processed when all informations there if( ! _expr_stack.empty() && _expr_stack.peek().isValidSubExpr() ) { _expr_stack.peek().pushEntityRefNode( RE ); } } return true; } // find member entities // further we need to act as context for the base expr traversal // we dont care for information from it yet, // but else other data is corrupted bool ClangASTConsumer::TraverseMemberExpr( clang::MemberExpr *ME ) { // only consider evaluated subtrees and additionally: only data joinpoints need this information so far, so supress handling if not required if( ! _expr_stack.considerSubtree() || ! _model.conf().data_joinpoints() ) return RecursiveASTVisitor::TraverseMemberExpr( ME ); DummyContext ctx( *this ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseMemberExpr( ME ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); // ignore invalid scope if( ! _context_stack.isCurrentContextValid() ) return result; clang::DeclaratorDecl *DD = clang::dyn_cast_or_null( ME->getMemberDecl() ); // maybe refine because IndirectFieldDecl / EnumConstant if( ! DD ) return result; if( llvm::isa( DD ) || llvm::isa( DD ) ) { if( ! isInProject( DD ) ) return result; bool is_ref = DD->getType()->isReferenceType(); TU_Variable *var = 0; if( ! is_ref ) { var = _model.register_variable( DD ); if( !var ) return result; } // push collected information to expr traversal stack to be processed when all informations are collected if( ! _expr_stack.empty() && _expr_stack.peek().isValidSubExpr() ) { _expr_stack.peek().pushEntityRefNode( ME ); if( ! is_ref ) _expr_stack.peek().pushEntityInfo( var, DD ); } } else if( llvm::isa( DD ) ) { // currently we need only the RefNode for some check in call context // full handling has to be added later // push collected information to expr traversal stack to be processed when all informations there if( ! _expr_stack.empty() && _expr_stack.peek().isValidSubExpr() ) { _expr_stack.peek().pushEntityRefNode( ME ); } } return result; } // on traversing an array access we need to find the var reference in base bool ClangASTConsumer::TraverseArraySubscriptExpr( clang::ArraySubscriptExpr *ASE ) { if( !_expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseArraySubscriptExpr( ASE ); if( ! _model.conf().data_joinpoints() ) { bool result = RecursiveASTVisitor::TraverseArraySubscriptExpr( ASE ); handle_built_in_operator_traverse( ASE ); return result; } ArrayAccessContext ctx( *this, ASE ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseArraySubscriptExpr( ASE ); TU_Builtin *op = handle_built_in_operator_traverse( ASE ); if( op ) ctx.updateOperator( op ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); if( ! op ) // return early if the element where not registered return result; // push info about forwarder onto stack if( ! _expr_stack.empty() && _expr_stack.peek().isValidSubExpr() ) { _expr_stack.peek().pushEntityForwardingJP( op ); } return result; } // Override Traverse functions to build an expression stack for EntityReference classification // checking which subExpr we are in, normally we could use TraverseExpr(...) but that does not exists bool ClangASTConsumer::TraverseStmt( clang::Stmt* S ) { clang::Expr *E = 0; if( _model.conf().data_joinpoints() && _expr_stack.considerSubtree() && ! _expr_stack.empty() && _expr_stack.peek().isSearching() ) { if( ( E = dyn_cast_or_null( S ) ) ) { _expr_stack.peek().enterSubExpr( E ); } } bool result = RecursiveASTVisitor::TraverseStmt( S ); if( E ) { assert( ! _expr_stack.empty() ); _expr_stack.peek().registerJPforSubExpr(); _expr_stack.peek().leaveSubExpr( E ); } return result; } // build the context handlers on the traversal stack as place to collect information about EntityReferences bool ClangASTConsumer::TraverseImplicitCastExpr( clang::ImplicitCastExpr *ICE ) { if( ! _model.conf().data_joinpoints() || ! _expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseImplicitCastExpr( ICE ); bool result; if( ICE->getCastKind() == clang::CK_LValueToRValue ) { SingleGetContext ctx( *this, ICE, ICE->getSubExpr() ); _expr_stack.push( ctx ); result = RecursiveASTVisitor::TraverseImplicitCastExpr( ICE ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); } else if( ICE->getCastKind() == clang::CK_ArrayToPointerDecay && ! ( ! _expr_stack.empty() && _expr_stack.peek().suppressDecayJPs() ) ) { SingleRefContext ctx( *this, ICE, ICE->getSubExpr() ); _expr_stack.push( ctx ); result = RecursiveASTVisitor::TraverseImplicitCastExpr( ICE ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); } else result = RecursiveASTVisitor::TraverseImplicitCastExpr( ICE ); return result; } bool ClangASTConsumer::TraverseUnaryAddrOf( clang::UnaryOperator *UO ) { if( !_expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseUnaryAddrOf( UO ); if( ! _model.conf().data_joinpoints() ) { bool result = RecursiveASTVisitor::TraverseUnaryAddrOf( UO ); handle_built_in_operator_traverse( UO ); return result; } SingleRefContext ctx( *this, UO, UO->getSubExpr() ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseUnaryAddrOf( UO ); TU_Builtin *op = handle_built_in_operator_traverse( UO ); if( op ) ctx.updateOperator( op ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); return result; } bool ClangASTConsumer::TraverseReturnStmt( clang::ReturnStmt *RS ) { clang::FunctionDecl *FD = llvm::dyn_cast( _context_stack.getCurrentDecl() ); #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) if( ! _model.conf().data_joinpoints() || ! _expr_stack.considerSubtree() || ! FD->getResultType().getTypePtr()->isReferenceType() ) #else // C++ 11 interface if( ! _model.conf().data_joinpoints() || ! _expr_stack.considerSubtree() || ! FD->getReturnType().getTypePtr()->isReferenceType() ) #endif return RecursiveASTVisitor::TraverseReturnStmt( RS ); SingleRefContext ctx( *this, RS->getRetValue(), RS->getRetValue() ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseReturnStmt( RS ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); return result; } bool ClangASTConsumer::TraverseUnaryDeref( clang::UnaryOperator *UO ) { if( !_expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseUnaryDeref( UO ); if( ! _model.conf().data_joinpoints() ) { bool result = RecursiveASTVisitor::TraverseUnaryDeref( UO ); handle_built_in_operator_traverse( UO ); return result; } DummyContext ctx( *this ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseUnaryDeref( UO ); handle_built_in_operator_traverse( UO ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); // ignore invalid scope if( ! _context_stack.isCurrentContextValid() ) return result; // push collected information to expr traversal stack to be processed when all informations are collected if( ! _expr_stack.empty() && _expr_stack.peek().isValidSubExpr() ) { _expr_stack.peek().pushEntityRefNode( UO ); } return result; } bool ClangASTConsumer::TraverseBinComma( clang::BinaryOperator *BO ) { if( !_expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseBinComma( BO ); if( ! _model.conf().data_joinpoints() ) { bool result = RecursiveASTVisitor::TraverseBinComma( BO ); // disable short-circuit evalaluating operator // handle_built_in_operator_traverse( BO ); return result; } BinaryForwardContext ctx( *this, BO->getLHS(), BO->getRHS(), BinaryForwardContext::SEI_RHS ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseBinComma( BO ); // disable left-to-right evalaluating operator // handle_built_in_operator_traverse( BO ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); return result; } bool ClangASTConsumer::TraverseBinAssign( clang::BinaryOperator *BO ) { if( !_expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseBinAssign( BO ); if( ! _model.conf().data_joinpoints() ) { bool result = RecursiveASTVisitor::TraverseBinAssign( BO ); handle_built_in_operator_traverse( BO ); return result; } AssignmentContext ctx( *this, BO ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseBinAssign( BO ); TU_Builtin *op = handle_built_in_operator_traverse( BO ); if( op ) ctx.updateOperator( op ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); return result; } #if FRONTEND_CLANG < 38 bool ClangASTConsumer::hookTraverseCompoundAssign( FwdCall_CAssign fwd, clang::CompoundAssignOperator *CAO ) { #else bool ClangASTConsumer::hookTraverseCompoundAssign( FwdCall_CAssign fwd, clang::CompoundAssignOperator *CAO, DataRecursionQueue *Q ) { #endif if( !_expr_stack.considerSubtree() ) #if FRONTEND_CLANG < 38 return (this->*fwd)( CAO ); #else return (this->*fwd)( CAO, Q ); #endif if( ! _model.conf().data_joinpoints() ) { #if FRONTEND_CLANG < 38 bool result = (this->*fwd)( CAO ); #else bool result = (this->*fwd)( CAO, Q ); #endif handle_built_in_operator_traverse( CAO ); return result; } AssignmentContext ctx( *this, CAO ); _expr_stack.push( ctx ); #if FRONTEND_CLANG < 38 bool result = (this->*fwd)( CAO ); #else bool result = (this->*fwd)( CAO, Q ); #endif TU_Builtin *op = handle_built_in_operator_traverse( CAO ); if( op ) ctx.updateOperator( op ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); return result; } #if FRONTEND_CLANG < 38 bool ClangASTConsumer::hookTraversePrePost( FwdCall_PrePost fwd, clang::UnaryOperator *UO ) { #else bool ClangASTConsumer::hookTraversePrePost( FwdCall_PrePost fwd, clang::UnaryOperator *UO, DataRecursionQueue *Q ) { #endif if( !_expr_stack.considerSubtree() ) #if FRONTEND_CLANG < 38 return (this->*fwd)( UO ); #else return (this->*fwd)( UO, Q ); #endif if( ! _model.conf().data_joinpoints() ) { #if FRONTEND_CLANG < 38 bool result = (this->*fwd)( UO ); #else bool result = (this->*fwd)( UO, Q ); #endif handle_built_in_operator_traverse( UO ); return result; } AssignmentContext ctx( *this, UO ); _expr_stack.push( ctx ); #if FRONTEND_CLANG < 38 bool result = (this->*fwd)( UO ); #else bool result = (this->*fwd)( UO, Q ); #endif TU_Builtin *op = handle_built_in_operator_traverse( UO ); if( op ) ctx.updateOperator( op ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); return result; } bool ClangASTConsumer::TraverseConditionalOperator( clang::ConditionalOperator* CO ) { if( !_expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseConditionalOperator( CO ); if( ! _model.conf().data_joinpoints() ) { bool result = RecursiveASTVisitor::TraverseConditionalOperator( CO ); handle_built_in_operator_traverse( CO ); return result; } DummyContext ctx( *this ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseConditionalOperator( CO ); handle_built_in_operator_traverse( CO ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); return result; } bool ClangASTConsumer::TraverseBinPtrMemD( clang::BinaryOperator *BO ) { if( !_expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseBinPtrMemD( BO ); if( ! _model.conf().data_joinpoints() ) { bool result = RecursiveASTVisitor::TraverseBinPtrMemD( BO ); handle_built_in_operator_traverse( BO ); return result; } DummyContext ctx( *this ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseBinPtrMemD( BO ); handle_built_in_operator_traverse( BO ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); return result; } bool ClangASTConsumer::TraverseBinPtrMemI( clang::BinaryOperator *BO ) { if( !_expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseBinPtrMemI( BO ); if( ! _model.conf().data_joinpoints() ) { bool result = RecursiveASTVisitor::TraverseBinPtrMemI( BO ); handle_built_in_operator_traverse( BO ); return result; } DummyContext ctx( *this ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseBinPtrMemI( BO ); handle_built_in_operator_traverse( BO ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); return result; } bool ClangASTConsumer::TraverseUnaryExprOrTypeTraitExpr( clang::UnaryExprOrTypeTraitExpr *subtree ) { _expr_stack.beginIgnoreTree(); bool result = RecursiveASTVisitor::TraverseUnaryExprOrTypeTraitExpr( subtree ); _expr_stack.endIgnoreTree(); return result; } // enable dummy mode if ParmVar is assosiated with already handled function tree bool ClangASTConsumer::TraverseParmVarDecl( clang::ParmVarDecl *VD ) { // check if the current (function-)declaration is a redeclaration // if so we enable dummymode as we have already processed the default argument tree bool enable_DM = ! _dummy_mode && ( ! _decl_stack.empty() && _decl_stack.back().first->getPreviousDecl() != 0 ); if( enable_DM ) _dummy_mode = true; bool result; if( _model.conf().data_joinpoints() && _expr_stack.considerSubtree() && VD->hasInit() && VD->getType().getTypePtr()->isReferenceType() ) { SingleRefContext ctx( *this, VD->getDefaultArg(), VD->getDefaultArg() ); ctx.ignoreTypeInfo( VD->getTypeSourceInfo() ); _expr_stack.push( ctx ); result = RecursiveASTVisitor::TraverseParmVarDecl( VD ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); } else { result = RecursiveASTVisitor::TraverseParmVarDecl( VD ); } if( enable_DM ) // disable dummymode again if we enabled it _dummy_mode = false; return result; } // TraverseDeclaratorHelper is private, so we need to catch the cases here bool ClangASTConsumer::TraverseTypeLoc( clang::TypeLoc TL ) { // check if we have to ignore the whole tree as parts of type references are off limits for weaving bool ignore = _expr_stack.considerSubtree() && ! _expr_stack.empty() && _expr_stack.peek().shouldIgnoreTypeInfo( TL ); if( ignore ) _expr_stack.beginIgnoreTree(); bool result = RecursiveASTVisitor::TraverseTypeLoc( TL ); if( ignore ) _expr_stack.endIgnoreTree(); return result; } // Override traverse functions so we can build up a stack of scopes. bool ClangASTConsumer::TraverseVarDecl( clang::VarDecl *VD ) { // Only remember the scope for stand alone vardecls. if( VD->isFileVarDecl() ) _decl_stack.push_back( std::make_pair( VD, _last_fn_local_id ) ); bool result; if( _model.conf().data_joinpoints() && _expr_stack.considerSubtree() && VD->hasInit() && VD->getType().getTypePtr()->isReferenceType() ) { SingleRefContext ctx( *this, VD->getInit(), VD->getInit() ); ctx.ignoreTypeInfo( VD->getTypeSourceInfo() ); _expr_stack.push( ctx ); result = RecursiveASTVisitor::TraverseVarDecl( VD ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); } else { result = RecursiveASTVisitor::TraverseVarDecl( VD ); } if( VD->isFileVarDecl() ) _decl_stack.pop_back(); return result; } bool ClangASTConsumer::TraverseFunctionDecl(clang::FunctionDecl *FD) { _decl_stack.push_back(std::make_pair(FD, _last_fn_local_id)); _last_fn_local_id = 0; bool result = RecursiveASTVisitor::TraverseFunctionDecl(FD); _last_fn_local_id = _decl_stack.pop_back_val().second; return result; } bool ClangASTConsumer::TraverseCXXMethodDecl(clang::CXXMethodDecl *FD) { _decl_stack.push_back(std::make_pair(FD, _last_fn_local_id)); _last_fn_local_id = 0; bool result = RecursiveASTVisitor::TraverseCXXMethodDecl(FD); _last_fn_local_id = _decl_stack.pop_back_val().second; return result; } bool ClangASTConsumer::TraverseCXXConstructorDecl(clang::CXXConstructorDecl *FD) { _decl_stack.push_back(std::make_pair(FD, _last_fn_local_id)); _last_fn_local_id = 0; bool result = RecursiveASTVisitor::TraverseCXXConstructorDecl(FD); _last_fn_local_id = _decl_stack.pop_back_val().second; return result; } bool ClangASTConsumer::TraverseCXXConversionDecl(clang::CXXConversionDecl *FD) { _decl_stack.push_back(std::make_pair(FD, _last_fn_local_id)); _last_fn_local_id = 0; bool result = RecursiveASTVisitor::TraverseCXXConversionDecl(FD); _last_fn_local_id = _decl_stack.pop_back_val().second; return result; } bool ClangASTConsumer::TraverseCXXDestructorDecl(clang::CXXDestructorDecl *FD) { _decl_stack.push_back(std::make_pair(FD, _last_fn_local_id)); _last_fn_local_id = 0; bool result = RecursiveASTVisitor::TraverseCXXDestructorDecl(FD); _last_fn_local_id = _decl_stack.pop_back_val().second; return result; } bool ClangASTConsumer::TraverseRecordDecl(clang::RecordDecl *RD) { _decl_stack.push_back(std::make_pair(RD, _last_fn_local_id)); bool result = RecursiveASTVisitor::TraverseRecordDecl(RD); _decl_stack.pop_back(); return result; } bool ClangASTConsumer::TraverseCXXRecordDecl(clang::CXXRecordDecl *RD) { _decl_stack.push_back(std::make_pair(RD, _last_fn_local_id)); bool result = RecursiveASTVisitor::TraverseCXXRecordDecl(RD); _decl_stack.pop_back(); return result; } // defining Traverse... instead of VisitCallExpr guarantees that calls nested // in argument lists, e.g. foo(nested()) are registered first. bool ClangASTConsumer::TraverseCallExpr(clang::CallExpr *CE) { if( !_expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseCallExpr( CE ); if( ! _model.conf().data_joinpoints() ) { bool result = RecursiveASTVisitor::TraverseCallExpr(CE); if (CE->getCallee()->IgnoreParenImpCasts()->getType()->isFunctionPointerType()) handle_built_in_operator_traverse(CE); // handle as built-in dereference RegisterCallExpr(CE); return result; } CallContext ctx( *this, CE ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseCallExpr(CE); if (CE->getCallee()->IgnoreParenImpCasts()->getType()->isFunctionPointerType()) handle_built_in_operator_traverse(CE); // handle as built-in dereference RegisterCallExpr(CE); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); return result; } bool ClangASTConsumer::TraverseCXXMemberCallExpr(clang::CXXMemberCallExpr *CE) { if( !_expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseCXXMemberCallExpr( CE ); if( ! _model.conf().data_joinpoints() ) { bool result = RecursiveASTVisitor::TraverseCXXMemberCallExpr(CE); RegisterCallExpr(CE); return result; } CallContext ctx( *this, CE ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseCXXMemberCallExpr(CE); RegisterCallExpr(CE); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); return result; } bool ClangASTConsumer::TraverseCXXOperatorCallExpr(clang::CXXOperatorCallExpr *CE) { if( !_expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseCXXOperatorCallExpr( CE ); if( ! _model.conf().data_joinpoints() ) { bool result = RecursiveASTVisitor::TraverseCXXOperatorCallExpr(CE); RegisterCallExpr(CE); return result; } CallContext ctx( *this, CE ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseCXXOperatorCallExpr(CE); RegisterCallExpr(CE); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); return result; } bool ClangASTConsumer::TraverseCXXTemporaryObjectExpr( clang::CXXTemporaryObjectExpr *TOE ) { if( ! _model.conf().data_joinpoints() || !_expr_stack.considerSubtree() ) return RecursiveASTVisitor::TraverseCXXTemporaryObjectExpr( TOE ); CallContext ctx( *this, TOE ); _expr_stack.push( ctx ); bool result = RecursiveASTVisitor::TraverseCXXTemporaryObjectExpr( TOE ); assert( &_expr_stack.peek() == &ctx ); _expr_stack.drop(); ctx.registerJPforContext(); return result; } void ClangASTConsumer::RegisterCallExpr(CallExpr *CE) { // Ignore CallExprs in (inline) functions outside of the project. if (_decl_stack.empty() || !isInProject(_decl_stack.back().first)) return; clang::FunctionDecl *Callee = dyn_cast_or_null(CE->getCalleeDecl()); if (Callee) { // Ignore explicit destructor calls // TODO: Is that really what the user wants? if (dyn_cast (Callee)) return; // Ignore calls to functions with a local forward decl only. bool only_local_decls = true; for (clang::FunctionDecl::redecl_iterator ri = Callee->redecls_begin(), re = Callee->redecls_end(); ri != re; ++ri) { if (!ri->getLexicalParent()->isFunctionOrMethod()) only_local_decls = false; } if (only_local_decls) return; } if( ! _dummy_mode ) _model.register_call(Callee, CE, dyn_cast(_decl_stack.back().first), _last_fn_local_id++); else _last_fn_local_id++; } // This method handles a traverse over a built-in operator. TU_Builtin * ClangASTConsumer::handle_built_in_operator_traverse(Expr* built_in_operator) { // Is the current scope valid? if( _decl_stack.empty() || ! isInProject(_decl_stack.back().first) ) return 0; // Try to cast the clang::Decl to a clang::DeclaratorDecl ... clang::DeclaratorDecl* lexical_parent_decl = dyn_cast(_decl_stack.back().first); // ... and only consider the declaration, if it came out of a declarator: if( ! lexical_parent_decl ) return 0; // Registers the built-in-operator-call in the AspectC++-model if( ! _dummy_mode ) return _model.register_builtin_operator_call(built_in_operator, lexical_parent_decl, _last_fn_local_id++); else { _last_fn_local_id++; return 0; } } void ClangASTConsumer::SingleAccessContext::enterSubExpr( clang::Expr *sub ) { assert( sub == _child ); assert( getMode() == Mode_Search ); setCurSubExprIndex( 0 ); } void ClangASTConsumer::SingleAccessContext::leaveSubExpr( clang::Expr *sub ) { assert( sub == _child ); assert( getCurSubExprIndex() == 0 ); setMode( Mode_Done ); } void ClangASTConsumer::SingleAccessContext::pushEntityRefNode( clang::Expr *RE ) { assert( isValidSubExpr() ); // null values are not allowed, skip calling in that case assert( RE ); // double calling is not allowed, it indicates some error in the AST traversal assert( ! _var_info.ref_node ); _var_info.ref_node = RE; } void ClangASTConsumer::SingleAccessContext::pushEntityInfo( ACM_Variable *var, clang::DeclaratorDecl *VD ) { assert( isValidSubExpr() ); // null values are not allowed, skip calling in that case assert( var ); assert( VD ); // double calling is not allowed, it indicates some error in the AST traversal assert( ! _var_info.element ); assert( ! _var_info.decl ); _var_info.element = var; _var_info.decl = VD; } void ClangASTConsumer::SingleAccessContext::pushEntityForwardingJP( TU_Builtin *JP ) { assert( isValidSubExpr() ); // null values are not allowed, skip calling in that case assert( JP ); // double calling is not allowed, it indicates some error in the AST traversal assert( ! _var_src ); _var_src = JP; } void ClangASTConsumer::SingleGetContext::registerJPforContext() { if( _var_info.ref_node ) { // check if we found some reference ... ClangModelBuilder::JoinpointContext ctx = _consumer._context_stack.getJPContext(); if( ! _consumer._dummy_mode ) _consumer._model.register_get( _var_info, ctx, _var_src ); // ... and register } } void ClangASTConsumer::SingleRefContext::registerJPforContext() { if( _var_info.element && _var_info.decl && _var_info.ref_node ) { // check if we found some reference ... ClangModelBuilder::JoinpointContext ctx = _consumer._context_stack.getJPContext(); if( _op_call ) // on implicit joinpoints ctx.parent = _op_call; // change parent element to call node if( ! _consumer._dummy_mode ) _consumer._model.register_ref( _var_info, ctx, _op_call ? _op_call : _var_src ); // ... and register } } void ClangASTConsumer::SingleRefContext::updateOperator( TU_Builtin *op ) { _op_call = op; // remember for implicit joinpoints op->forwarded_src( _var_src ); // remeber the dependency chain } void ClangASTConsumer::BinaryClassificationContext::enterSubExpr( clang::Expr *sub ) { assert( sub == _lhs || sub == _rhs ); if( isSearching() ) { if( sub == _lhs ) setCurSubExprIndex( SEI_LHS ); else if( sub == _rhs ) setCurSubExprIndex( SEI_RHS ); } } void ClangASTConsumer::BinaryClassificationContext::leaveSubExpr( clang::Expr *sub ) { assert( getMode() == Mode_Done || ( sub == _lhs && getCurSubExprIndex() == SEI_LHS ) || ( sub == _rhs && getCurSubExprIndex() == SEI_RHS ) ); setMode( Mode_Search ); } void ClangASTConsumer::BinaryForwardContext::enterSubExpr( clang::Expr *sub ) { if( getParent() == 0 ) setMode( Mode_Done ); // with nothing to forward to, we're done already else BinaryClassificationContext::enterSubExpr( sub ); } void ClangASTConsumer::BinaryForwardContext::leaveSubExpr( clang::Expr *sub ) { bool done = ( getCurSubExprIndex() == _forward ); BinaryClassificationContext::leaveSubExpr( sub ); if( done ) setMode( Mode_Done ); } void ClangASTConsumer::BinaryForwardContext::pushEntityRefNode( clang::Expr *RE ) { // if already done just ignore new data if( getMode() == Mode_Done ) return; assert( isValidSubExpr() ); if( getCurSubExprIndex() == _forward ) { // only forward data from chosen subexpr getParent()->pushEntityRefNode( RE ); } } void ClangASTConsumer::BinaryForwardContext::pushEntityInfo( ACM_Variable *var, clang::DeclaratorDecl *VD ) { // if already done just ignore new data if( getMode() == Mode_Done ) return; assert( isValidSubExpr() ); if( getCurSubExprIndex() == _forward ) { // only forward data from chosen subexpr getParent()->pushEntityInfo( var, VD ); } } void ClangASTConsumer::BinaryForwardContext::pushEntityForwardingJP( TU_Builtin *JP ) { // if already done just ignore new data if( getMode() == Mode_Done ) return; assert( isValidSubExpr() ); if( getCurSubExprIndex() == _forward ) { // only forward data from chosen subexpr getParent()->pushEntityForwardingJP( JP ); } } void ClangASTConsumer::ArrayAccessContext::pushEntityForwardingJP( TU_Builtin *JP ) { // if already done just ignore new data if( getMode() == Mode_Done ) return; assert( isValidSubExpr() ); assert( ! _var_src ); assert( JP ); if( getCurSubExprIndex() == SEI_LHS ) { // only remember data from base expr _var_src = JP; } } void ClangASTConsumer::ArrayAccessContext::updateOperator( TU_Builtin *op ) { op->forwarded_src( _var_src ); // remeber the dependency chain } void ClangASTConsumer::AssignmentContext::leaveSubExpr( clang::Expr *sub ) { bool done = ( getCurSubExprIndex() == SEI_LHS ); BinaryClassificationContext::leaveSubExpr( sub ); if( done ) setMode( Mode_Done ); } void ClangASTConsumer::AssignmentContext::pushEntityRefNode( clang::Expr *RE ) { // we only collect data for the assigned value if( getCurSubExprIndex() != SEI_LHS ) return; // null values are not allowed, skip calling in that case assert( RE ); // double calling is not allowed, it indicates some error in the AST traversal assert( ! _var_info.ref_node ); _var_info.ref_node = RE; } void ClangASTConsumer::AssignmentContext::pushEntityInfo( ACM_Variable *var, clang::DeclaratorDecl *VD ) { // we only collect data for the assigned value if( getCurSubExprIndex() != SEI_LHS ) return; // null values are not allowed, skip calling in that case assert( var ); assert( VD ); // double calling is not allowed, it indicates some error in the AST traversal assert( ! _var_info.element ); assert( ! _var_info.decl ); _var_info.element = var; _var_info.decl = VD; } void ClangASTConsumer::AssignmentContext::pushEntityForwardingJP( TU_Builtin *JP ) { // we only collect data for the assigned value if( getCurSubExprIndex() != SEI_LHS ) return; // null values are not allowed, skip calling in that case assert( JP ); // double calling is not allowed, it indicates some error in the AST traversal assert( ! _var_src ); _var_src = JP; } void ClangASTConsumer::AssignmentContext::registerJPforContext() { if( _var_info.ref_node ) { // check if we found some reference ... ClangModelBuilder::JoinpointContext ctx = _consumer._context_stack.getJPContext(); if( _op_call ) // on implicit joinpoints ctx.parent = _op_call; // change parent element to call node // ... check for compound assignment and add a get joinpoint before ... if( _is_compound ) { if( ! _consumer._dummy_mode ) _consumer._model.register_get( _var_info, ctx, _op_call ); // create new context (old one can't be reused ctx = _consumer._context_stack.getJPContext(); if( _op_call ) // on implicit joinpoints ctx.parent = _op_call; // change parent element to call node } if( ! _consumer._dummy_mode ) _consumer._model.register_set( _var_info, ctx, _op_call ); // ... and register } // forward findings down the stack, as other joinpoints need the info too if( getParent() != 0 ) { // seems we have somebody interested in the information if( _var_info.ref_node ) getParent()->pushEntityRefNode( _var_info.ref_node ); if( _var_info.decl ) getParent()->pushEntityInfo( _var_info.element, _var_info.decl ); if( _op_call ) getParent()->pushEntityForwardingJP( _op_call ); } } void ClangASTConsumer::AssignmentContext::updateOperator( TU_Builtin *op ) { _op_call = op; // remember for implicit joinpoints op->forwarded_src( _var_src ); // remeber the dependency chain } void ClangASTConsumer::CallContext::enterSubExpr( clang::Expr *sub ) { if( isSearching() ) { if( _next_arg == 0 ) { if( _call->getCallee() == sub ) setCurSubExprIndex( 0 ); } else { unsigned int a; for( a = _next_arg - 1; a < getNumArgs(); a++ ) { if( getArg( a ) == sub ) setCurSubExprIndex( a + 1 ); } if( a >= getNumArgs() && _next_arg <= getNumArgs() ) for( a = 0; a < _next_arg - 1; a++ ) { if( getArg( a ) == sub ) setCurSubExprIndex( a + 1 ); } _curarg_is_ref = false; if( _func_decl && ( a < _func_decl->getNumParams() ) ) _curarg_is_ref = _func_decl->getParamDecl( a )->getType().getTypePtr()->isReferenceType(); _var_info.tree_node = sub; } } } void ClangASTConsumer::CallContext::leaveSubExpr( clang::Expr *sub ) { _next_arg++; setMode( Mode_Search ); clearVarInfo(); } void ClangASTConsumer::CallContext::pushEntityRefNode( clang::Expr *RE ) { assert( getCurSubExprIndex() >= 0 ); // null values are not allowed, skip calling in that case assert( RE ); // check if we see the callee or an arg if( getCurSubExprIndex() == 0 ) { if( clang::DeclRefExpr *dre = llvm::dyn_cast( RE ) ) _func_decl = llvm::dyn_cast( dre->getDecl() ); // remember callee decl for type checking else if( clang::MemberExpr *me = llvm::dyn_cast( RE ) ) _func_decl = llvm::dyn_cast( me->getMemberDecl() ); // remember callee decl for type checking } else { if( _curarg_is_ref ) { // double calling is not allowed, it indicates some error in the AST traversal assert( ! _var_info.ref_node ); _var_info.ref_node = RE; } } } void ClangASTConsumer::CallContext::pushEntityInfo( ACM_Variable *var, clang::DeclaratorDecl *DD ) { assert( getCurSubExprIndex() >= 0 ); // we only collect data for ref args if( getCurSubExprIndex() == 0 || ! _curarg_is_ref ) return; // null values are not allowed, skip calling in that case assert( var ); assert( DD ); // double calling is not allowed, it indicates some error in the AST traversal assert( ! _var_info.element ); assert( ! _var_info.decl ); _var_info.element = var; _var_info.decl = DD; } void ClangASTConsumer::CallContext::pushEntityForwardingJP( TU_Builtin *JP ) { assert( getCurSubExprIndex() >= 0 ); // we only collect data for ref args if( getCurSubExprIndex() == 0 || ! _curarg_is_ref ) return; // null values are not allowed, skip calling in that case assert( JP ); // double calling is not allowed, it indicates some error in the AST traversal assert( ! _var_src ); _var_src = JP; } void ClangASTConsumer::CallContext::registerJPforContext() { // no joinpoint registration yet // ignore invalid scope if( ! _consumer._context_stack.isCurrentContextValid() ) return; assert( _call || _constr ); // only pushing info to parent #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) if( getParent() && getParent()->isValidSubExpr() && _func_decl && _func_decl->getResultType().getTypePtr()->isReferenceType() ) #else // C++ 11 interface if( getParent() && getParent()->isValidSubExpr() && _func_decl && _func_decl->getReturnType().getTypePtr()->isReferenceType() ) #endif getParent()->pushEntityRefNode( _call ? llvm::dyn_cast( _call ) : llvm::dyn_cast(_constr) ); } void ClangASTConsumer::CallContext::registerJPforSubExpr() { if( _var_info.element && _var_info.decl && _var_info.ref_node && _curarg_is_ref ) { // check if we found some reference ... ClangModelBuilder::JoinpointContext ctx = _consumer._context_stack.getJPContext(); if( ! _consumer._dummy_mode ) _consumer._model.register_ref( _var_info, ctx, _var_src ); // ... and register } } aspectc++/AspectC++/PaxHeaders.4702/IncludeGraph.cc0000644000000000000000000000007412740141200016617 xustar0030 atime=1468174988.112166425 30 ctime=1468174988.112166425 aspectc++/AspectC++/IncludeGraph.cc0000644000175000001440000001540312740141200017004 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "IncludeGraph.h" #include "ACFileID.h" #ifdef FRONTEND_PUMA #include "Puma/PreTreeNodes.h" #include "Puma/PreSonIterator.h" #include "Puma/CTranslationUnit.h" using namespace Puma; #else #include "clang/Frontend/CompilerInstance.h" #include "clang/Lex/Preprocessor.h" using namespace clang; #endif #ifdef FRONTEND_PUMA void IncludeGraph::init (CTranslationUnit &tunit) { // search for #includes iterateNodes (tunit.cpp_tree ()); } // Go through the nodes. void IncludeGraph::iterateNodes (PreTree* node) { PreSonIterator i (node); // the order is important! for (i.first (); ! i.isDone (); i.next ()) i.currentItem ()->accept (*this); } // handle include directive node void IncludeGraph::visitPreIncludeDirective_Pre (PreIncludeDirective* node) { // this_unit is the unit where the include directive is located Token *this_token = node->startToken (); Unit *this_unit = (Unit*)this_token->belonging_to (); // cout << "in " << this_unit->name () << " " << this_token->location () << " " // << _project.isBelow (this_unit) << endl; // include if expanded by preprocessor if (node->daughters () == 1) { Unit *included_unit = ((PreInclSemNode*)node->daughter (0))->unit (); // cout << " included: " << included_unit->name () << " " << // _project.isBelow (included_unit) << endl; add_edge (this_unit, included_unit); } } #else void IncludeGraph::IncludeGraphCallback::InclusionDirective(SourceLocation HashLoc, const clang::Token &IncludeTok, StringRef FileName, bool IsAngled, CharSourceRange FilenameRange, const FileEntry *File, StringRef SearchPath, StringRef RelativePath, const Module *Imported) { if (!File) return; Preprocessor &PP = _ig._project.get_compiler_instance()->getPreprocessor(); SourceManager &SM = PP.getSourceManager(); const FileEntry *FromFile = SM.getFileEntryForID(SM.getFileID(SM.getExpansionLoc(HashLoc))); if (FromFile == 0) return; _ig.add_edge (FromFile, File); } #endif // Add an edge to the include graph from 'a' to 'b' void IncludeGraph::add_edge (ACFileID a, ACFileID b) { Node &this_node = find (a); Node &included_node = find (b); this_node._includes.insert (&included_node); } // find/create an entry in '_nodes' IncludeGraph::Node &IncludeGraph::find (ACFileID unit) { std::pair p = _nodes.insert (Map::value_type (unit, Node (unit))); return p.first->second; } // Checks whether on unit 'a' directly or indirecly includes another unit 'b' bool IncludeGraph::includes (ACFileID a, ACFileID b) const { Map::const_iterator a_iter = _nodes.find (a); Map::const_iterator b_iter = _nodes.find (b); if (a_iter == _nodes.end () || b_iter == _nodes.end ()) return false; bool result = includes (a_iter->second, b_iter->second); // reset 'visited' flags reset_visited (); return result; } void IncludeGraph::reset_visited () const { // reset 'visited' flags Map::const_iterator iter = _nodes.begin (); while (iter != _nodes.end ()) { const IncludeGraph::Node &node = iter->second; node._visited = false; ++iter; } } // Checks whether there is a path from node 'a' to 'b' in the include graph bool IncludeGraph::includes (const Node &a, const Node &b) const { // cycle detection if (a._visited) return false; set::iterator iter = a._includes.begin (); a._visited = true; bool found = false; while (iter != a._includes.end ()) { if (*iter == &b || includes (**iter, b)) { found = true; break; } ++iter; } return found; } void IncludeGraph::included_files (const Node &node, set &units, bool only_project) const { // cycle detection if (node._visited) return; set::iterator iter = node._includes.begin (); node._visited = true; while (iter != node._includes.end ()) { ACFileID unit = (*iter)->_unit; if (!only_project || _project.isBelow ( //#ifdef FRONTEND_PUMA // (Puma::Unit*)unit // TODO: why isn't the argument const? //#else unit.name ().c_str () // TODO: using the name might be inefficient //#endif )) units.insert (unit); included_files (**iter, units); ++iter; } } // Get all files the are directly or indirectly included bool IncludeGraph::included_files (ACFileID unit, set &units, bool only_project) const { Map::const_iterator iter = _nodes.find (unit); if (iter == _nodes.end ()) return false; // collect the included file for this node included_files (iter->second, units, only_project); // reset 'visited' flags reset_visited (); return true; } void IncludeGraph::Node::dump () const { //#ifdef FRONTEND_PUMA // cout << "unit " /*<< _unit.get_unit ()*/ << " '" << _unit->name () << "' includes:" << endl; // set::iterator iter = _includes.begin (); // while (iter != _includes.end ()) { // cout << " " << (*iter)->_unit->name () << endl; // ++iter; // } //#else std::cout << "unit " /*<< _unit.get_unit ()*/ << " '" << _unit.name () << "' includes:" << std::endl; std::set::iterator iter = _includes.begin (); while (iter != _includes.end ()) { std::cout << " " << (*iter)->_unit.name () << std::endl; ++iter; } //#endif } void IncludeGraph::dump () const { Map::const_iterator iter = _nodes.begin (); while (iter != _nodes.end ()) { const IncludeGraph::Node &node = iter->second; node.dump (); ++iter; } } aspectc++/AspectC++/PaxHeaders.4702/.settings0000644000000000000000000000007412740141200015604 xustar0030 atime=1468174988.113166441 30 ctime=1468174988.113166441 aspectc++/AspectC++/.settings/0000755000175000001440000000000012740141200016043 5ustar00osusers00000000000000aspectc++/AspectC++/.settings/PaxHeaders.4702/org.eclipse.wst.validation.prefs0000644000000000000000000000007412740141200024101 xustar0030 atime=1468174988.113166441 30 ctime=1468174988.113166441 aspectc++/AspectC++/.settings/org.eclipse.wst.validation.prefs0000644000175000001440000000240512740141200024264 0ustar00osusers00000000000000#Thu Jan 10 11:56:48 CET 2008 DELEGATES_PREFERENCE=delegateValidatorListorg.eclipse.wst.wsdl.validation.internal.eclipse.WSDLDelegatingValidator\=org.eclipse.wst.wsdl.validation.internal.eclipse.Validator;org.eclipse.wst.xsd.core.internal.validation.eclipse.XSDDelegatingValidator\=org.eclipse.wst.xsd.core.internal.validation.eclipse.Validator; USER_BUILD_PREFERENCE=enabledBuildValidatorListorg.eclipse.wst.xml.core.internal.validation.eclipse.Validator;org.eclipse.wst.wsi.ui.internal.WSIMessageValidator;org.eclipse.wst.dtd.core.internal.validation.eclipse.Validator;org.eclipse.wst.xsd.core.internal.validation.eclipse.XSDDelegatingValidator;org.eclipse.wst.wsdl.validation.internal.eclipse.WSDLDelegatingValidator;org.eclipse.wst.html.internal.validation.HTMLValidator; USER_MANUAL_PREFERENCE=enabledManualValidatorListorg.eclipse.wst.xml.core.internal.validation.eclipse.Validator;org.eclipse.wst.wsi.ui.internal.WSIMessageValidator;org.eclipse.wst.dtd.core.internal.validation.eclipse.Validator;org.eclipse.wst.xsd.core.internal.validation.eclipse.XSDDelegatingValidator;org.eclipse.wst.wsdl.validation.internal.eclipse.WSDLDelegatingValidator;org.eclipse.wst.html.internal.validation.HTMLValidator; USER_PREFERENCE=overrideGlobalPreferencesfalse eclipse.preferences.version=1 aspectc++/AspectC++/.settings/PaxHeaders.4702/org.eclipse.ltk.core.refactoring.prefs0000644000000000000000000000007412740141200025156 xustar0030 atime=1468174988.113166441 30 ctime=1468174988.113166441 aspectc++/AspectC++/.settings/org.eclipse.ltk.core.refactoring.prefs0000644000175000001440000000015012740141200025334 0ustar00osusers00000000000000eclipse.preferences.version=1 org.eclipse.ltk.core.refactoring.enable.project.refactoring.history=false aspectc++/AspectC++/PaxHeaders.4702/PumaWeaverBase.cc0000644000000000000000000000007412740141200017121 xustar0030 atime=1468174988.266168957 30 ctime=1468174988.267168974 aspectc++/AspectC++/PumaWeaverBase.cc0000644000175000001440000001737512740141200017320 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA // AspectC++ includes #include "WeaverBase.h" #include "ACUnit.h" #include "LineDirectiveMgr.h" // PUMA includes #include "Puma/ErrorSink.h" #include "Puma/CTree.h" #include "Puma/MacroUnit.h" using namespace Puma; const WeavePos &WeaverBase::weave_pos (Token *t, WeavePos::Pos p) { // check whether the weaving position has already been created WPSet::iterator i = _positions.find (WeavePos (t, p)); if (i != _positions.end ()) return *i; // create an insert a marker token Token *marker_token = new Token; // just a marker token without text etc. marker_token->location (t->location ()); Unit *marker_unit = new Unit; marker_unit->append (*marker_token); _commander.addBuffer (marker_unit); if (p == WeavePos::WP_HEADER) { // check whether there is already a marker token in front of the first token Token *marker_inspos = t; WPSet::iterator i = _positions.find (WeavePos (t, WeavePos::WP_BEFORE)); if (i != _positions.end ()) marker_inspos = (*i)._marker; _commander.move_before (marker_token, marker_token, marker_inspos); } else if (p == WeavePos::WP_BEFORE) _commander.move_before (marker_token, marker_token, t); else if (p == WeavePos::WP_FOOTER) { // check whether there is already a marker token behind the last token Token *marker_inspos = t; WPSet::iterator i = _positions.find (WeavePos (t, WeavePos::WP_AFTER)); if (i != _positions.end ()) marker_inspos = (*i)._marker; _commander.move (marker_token, marker_token, marker_inspos); } else _commander.move (marker_token, marker_token, t); // insert the position as a new one pair result = _positions.insert (WeavePos (t, p, marker_token)); // the resulting iterator points to the new entry return *result.first; } // get the 'header' weaving position in front of a unit const WeavePos &WeaverBase::header_pos (ACFileID fid) { const Unit *unit = fid.file_entry (); Token *first = (Token*)unit->first (); if (unit == (Unit*)_primary_start->belonging_to ()) first = _primary_start; return weave_pos (first, WeavePos::WP_HEADER); } // get the 'header' weaving position in front of the primary unit const WeavePos &WeaverBase::header_pos () { return weave_pos (_primary_start, WeavePos::WP_HEADER); } // get the 'footer' weaving position at the end of an arbitrary unit const WeavePos &WeaverBase::footer_pos (ACFileID fid) { const Unit *unit = fid.file_entry (); Token *last = (Token*)unit->last (); if (unit == (Unit*)_primary_end->belonging_to ()) last = _primary_end; return weave_pos (last, WeavePos::WP_FOOTER); } // get the 'footer' weaving position at the end of the primary unit const WeavePos &WeaverBase::footer_pos () { return weave_pos (_primary_end, WeavePos::WP_FOOTER); } // insert a unit at the specified weaving position // 'before' selects whether the new text is inserted either before (true) // or after (false) any text that has been inserted earlier at this position. void WeaverBase::insert (const WeavePos &pos, Unit *unit, bool before) { // return immediately if the there is a problem with macro manipulation if (macro_problem (pos)) return; // store the unit in the right order for insertion (later when committing) if (before) pos._units.push_front(unit); else pos._units.push_back(unit); } // the same as the other 'insert' method (above), but converts string to unit void WeaverBase::insert (const WeavePos &pos, const string &str, bool before) { // return immediately if the string to paste is empty if (str == "") return; ACUnit *unit = new ACUnit (_err); bool has_nl = (str.find('\n') != string::npos); if (has_nl) _line_mgr.directive (*unit); *unit << str.c_str (); if (has_nl) _line_mgr.directive (*unit, (Unit*)pos._token->belonging_to (), PumaToken(pos._token)); *unit << endu; insert (pos, unit, before); } // replace the text between two positions with some new text void WeaverBase::replace (const WeavePos &from, const WeavePos &to, const string &str) { insert (from, str); kill (from, to); } // check whether two tokens are on the same line of the same unit bool same_line (Token *t1, Token *t2, bool check_end_of_t1) { if (t1->belonging_to() != t2->belonging_to()) return false; int l1 = t1->location().line(); if (check_end_of_t1) l1 += t1->line_breaks(); int l2 = t2->location().line(); return (l1 == l2); } // kill the text between two positions void WeaverBase::kill (const WeavePos &from, const WeavePos &to) { // TODO: this should not matter, the code shoud be able to deal with it assert (from._pos == WeavePos::WP_BEFORE); assert (to._pos == WeavePos::WP_AFTER); if (macro_problem (from) || macro_problem (to)) return; // TODO: why is only the first token checked? bool has_nl = (string (from._token->text ()).find('\n') != string::npos); if ((to._token && from._token != to._token) || has_nl) _line_mgr.insert ((Unit*)to._token->belonging_to (), PumaToken(to._token), true); _commander.kill (from._token, to._token); } // kill the text of a syntax tree void WeaverBase::kill (CTree *node) { const WeavePos &from = weave_pos (node->token (), WeavePos::WP_BEFORE); const WeavePos &to = weave_pos (node->end_token (), WeavePos::WP_AFTER); kill (from, to); } bool WeaverBase::commit () { // handle code that has to be inserted at weaving positions for (WPSet::iterator i = _positions.begin (); i != _positions.end (); ++i) { const WeavePos &wp = *i; for (list::iterator ui = wp._units.begin (); ui != wp._units.end (); ++ui) { Unit *unit = *ui; // TODO: handle line directives here (to avoid too many of them) _commander.addBuffer (unit); Token *first = (Token*)unit->first (); Token *last = (Token*)unit->last (); // "move_before" preserves the order _commander.move_before (first, last, wp._marker); } } ManipError terror = _commander.valid (); if (!terror) _commander.commit (); else _err << terror << endMessage; // clear the list of weaving positions used for this transaction _positions.clear(); return (bool)terror; } bool WeaverBase::macro_problem (const WeavePos &pos) { Token *token = pos._token; Unit *unit = (Unit*)token->belonging_to (); assert (unit); if (unit->isMacroExp () && ((pos._pos == WeavePos::WP_BEFORE && unit->isMacroExp () && !((MacroUnit*)unit)->ExpansionBegin (token)) || (pos._pos == WeavePos::WP_AFTER && unit->isMacroExp () && !((MacroUnit*)unit)->ExpansionEnd (token)))) { if (_warn_macro_expansion) { _err << sev_warning << token->location () << "transformation within macro '" << ((MacroUnit*)unit)->MacroBegin ()->text () << "'" << endMessage; } // return true; return false; } return false; } int WeaverBase::primary_len() const { return _primary_end->location().line() - _primary_start->location().line() + 1; } aspectc++/AspectC++/PaxHeaders.4702/ClangErrorStream.h0000644000000000000000000000007412740141200017326 xustar0030 atime=1468174988.135166803 30 ctime=1468174988.135166803 aspectc++/AspectC++/ClangErrorStream.h0000644000175000001440000000635712740141200017523 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2013 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, #ifndef __ClangErrorStream_h__ #define __ClangErrorStream_h__ #include "clang/Basic/SourceManager.h" #include "Puma/ErrorStream.h" // FIXME: Decouple from Puma. class ClangErrorStream : public Puma::ErrorStream { clang::SourceManager *_sm; public: ClangErrorStream (clang::SourceManager *sm = 0, std::ostream &s = std::cerr) : ErrorStream(s), _sm(sm) {} void set_source_manager (clang::SourceManager *sm) { _sm = sm; } clang::SourceManager &get_source_manager () const { return *_sm; } ClangErrorStream &operator << (clang::SourceLocation l) { assert (_sm && "No SourceManager!"); clang::PresumedLoc PL = _sm->getPresumedLoc(l); *this << PL.getFilename() << ':' << PL.getLine() << ':' << PL.getColumn() << ": "; return *this; } ClangErrorStream &operator << (clang::FullSourceLoc fl) { clang::PresumedLoc PL = fl.getManager ().getPresumedLoc(fl); *this << PL.getFilename() << ':' << PL.getLine() << ':' << PL.getColumn() << ": "; return *this; } ClangErrorStream &operator << (const char *x) { ErrorStream::operator << (x); return *this; } ClangErrorStream &operator << (long x) { ErrorStream::operator << (x); return *this; } ClangErrorStream &operator << (unsigned x) { ErrorStream::operator << (x); return *this; } ClangErrorStream &operator << (int x) { ErrorStream::operator << (x); return *this; } ClangErrorStream &operator << (short x) { ErrorStream::operator << (x); return *this; } ClangErrorStream &operator << (char x) { ErrorStream::operator << (x); return *this; } ClangErrorStream &operator << (double x) { ErrorStream::operator << (x); return *this; } ClangErrorStream &operator << (const Puma::ErrorSeverity & x) { ErrorStream::operator << (x); return *this; } ClangErrorStream &operator << (Puma::Location x) { ErrorStream::operator << (x); return *this; } ClangErrorStream &operator << (const Puma::Printable &x) { ErrorStream::operator << (x); return *this; } ClangErrorStream &operator << (void (*f)(Puma::ErrorSink &)) { ErrorStream::operator << (f); return *this; } }; #endif // __ClangErrorStream_h__ aspectc++/AspectC++/PaxHeaders.4702/ModelBuilder.h0000644000000000000000000000007412740141200016463 xustar0030 atime=1468174988.294169418 30 ctime=1468174988.294169418 aspectc++/AspectC++/ModelBuilder.h0000644000175000001440000001544712740141200016660 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ModelBuilder_h__ #define __ModelBuilder_h__ // class alias for frontend-specific model builder implementation #include "ACModel/Elements.h" #include "TransformInfo.h" /* helper classes to merge the TI_ classes into the ACM_ classes, i.e. to * extend the join point model elements by transformation infos */ class TU_CodeAdvice : public ACM_CodeAdvice, public TI_CodeAdvice { public: TU_CodeAdvice () : ACM_CodeAdvice () { transform_info (this); } ~TU_CodeAdvice () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_Type : public ACM_Type, public TI_Type { public: TU_Type () : ACM_Type () { transform_info (this); } ~TU_Type () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_Arg : public ACM_Arg, public TI_Arg { public: TU_Arg () : ACM_Arg () { transform_info (this); } ~TU_Arg () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_Namespace : public ACM_Namespace, public TI_Namespace { public: TU_Namespace () : ACM_Namespace () { transform_info (this); } ~TU_Namespace () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_Class : public ACM_Class, public TI_Class { public: TU_Class () : ACM_Class () { transform_info (this); } ~TU_Class () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_Aspect : public ACM_Aspect, public TI_Aspect { public: TU_Aspect () : ACM_Aspect () { transform_info (this); } ~TU_Aspect () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_Function : public ACM_Function, public TI_Function { public: TU_Function () : ACM_Function () { transform_info (this); } ~TU_Function () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_Variable : public ACM_Variable, public TI_Variable { public: TU_Variable () : ACM_Variable () { transform_info (this); } ~TU_Variable () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_AdviceCode : public ACM_AdviceCode, public TI_AdviceCode { public: TU_AdviceCode () : ACM_AdviceCode () { transform_info (this); } ~TU_AdviceCode () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_ClassSlice : public ACM_ClassSlice, public TI_ClassSlice { public: TU_ClassSlice () : ACM_ClassSlice () { transform_info (this); } ~TU_ClassSlice () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_MethodCall : public ACM_Call, public TI_MethodCall { public: TU_MethodCall () { transform_info (this); } ~TU_MethodCall () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; // only define the classes for new feature for clang frontend, as there is no implementation for puma #ifdef FRONTEND_CLANG class TU_Get : public ACM_Get, public TI_Get { public: TU_Get() { transform_info( this ); } ~TU_Get() { transform_info( 0 ); } virtual ModelNode &jpl() { return *this; } }; class TU_Set : public ACM_Set, public TI_Set { public: TU_Set() { transform_info( this ); } ~TU_Set() { transform_info( 0 ); } virtual ModelNode &jpl() { return *this; } }; class TU_Ref : public ACM_Ref, public TI_Ref { public: TU_Ref() { transform_info( this ); } ~TU_Ref() { transform_info( 0 ); } virtual ModelNode &jpl() { return *this; } }; class TU_GetRef : public ACM_GetRef, public TI_GetRef { public: TU_GetRef() { transform_info( this ); } ~TU_GetRef() { transform_info( 0 ); } virtual ModelNode &jpl() { return *this; } }; class TU_SetRef : public ACM_SetRef, public TI_SetRef { public: TU_SetRef() { transform_info( this ); } ~TU_SetRef() { transform_info( 0 ); } virtual ModelNode &jpl() { return *this; } }; class TU_Builtin : public ACM_Builtin, public TI_Builtin { public: TU_Builtin() { transform_info( this ); } ~TU_Builtin() { transform_info( 0 ); } virtual ModelNode &jpl() { return *this; } }; #endif class TU_Method : public ACM_Execution, public TI_Method { public: TU_Method () { transform_info (this); } ~TU_Method () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_Construction : public ACM_Construction, public TI_Construction { public: TU_Construction () { transform_info (this); } ~TU_Construction () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_Destruction : public ACM_Destruction, public TI_Destruction { public: TU_Destruction () { transform_info (this); } ~TU_Destruction () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_Introduction : public ACM_Introduction, public TI_Introduction { public: TU_Introduction () { transform_info (this); } ~TU_Introduction () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_Order : public ACM_Order, public TI_Order { public: TU_Order () { transform_info (this); } ~TU_Order () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; class TU_Pointcut : public ACM_Pointcut, public TI_Pointcut { public: TU_Pointcut () { transform_info (this); } ~TU_Pointcut () { transform_info (0); } virtual ModelNode &jpl () { return *this; } }; #ifdef FRONTEND_PUMA #include "PumaModelBuilder.h" class ModelBuilder : public PumaModelBuilder { public: ModelBuilder (Puma::VerboseMgr &vm, ACErrorStream &err, ACConfig &conf, ACProject &project) : PumaModelBuilder (vm, err, conf, project) {} }; #else // FRONTEND_CLANG #include "ClangModelBuilder.h" class ModelBuilder : public ClangModelBuilder { public: ModelBuilder (Puma::VerboseMgr &vm, ACErrorStream &err, ACConfig &conf, ACProject &project) : ClangModelBuilder (vm, err, conf, project) {} }; #endif #endif // __ModelBuilder_h__ aspectc++/AspectC++/PaxHeaders.4702/ac++.cc0000644000000000000000000000007412740141200014763 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/ac++.cc0000644000175000001440000000472512740141200015155 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA // AC++ includes #include "ACProject.h" #include "Weaver.h" #include "ACErrorStream.h" using namespace Puma; int main (int argc, char **argv) { // the error stream for all warnings, error messages, etc. ACErrorStream err; try { // Create a project that can either accept the project description with // the standard Puma options or by a 'project file' ACProject project(err, argc, argv); // Create the configuration object for the weaver ACConfig config (project, argc, argv); // analyze the command line arguments if (config.analyze ()) { // check if code has to be woven // or a pointcut expression shall be matched against the repository if (config.file_out () || config.ifiles () || config.iterate () || !config.expr().empty()) { // Create an AspectC++ weaver, which manipulates (parts of) the project Weaver ac (project, config); // do the necessary weaving ac.weave (); } } } catch (const std::bad_alloc &e) { err << sev_fatal << "Caught memory allocation error: " << e.what () << endMessage; } catch (const std::exception &e) { err << sev_fatal << "Caught standard exception: " << e.what () << endMessage; } catch (...) { err << sev_fatal << "Caught unknown exception!" << endMessage; } return (err.severity () <= sev_warning) ? 0 : 1; } aspectc++/AspectC++/PaxHeaders.4702/tools0000644000000000000000000000007412740141200015026 xustar0030 atime=1468174988.113166441 30 ctime=1468174988.113166441 aspectc++/AspectC++/tools/0000755000175000001440000000000012740141200015265 5ustar00osusers00000000000000aspectc++/AspectC++/tools/PaxHeaders.4702/cvs2cl0000644000000000000000000000007412740141200016222 xustar0030 atime=1468174988.112166425 30 ctime=1468174988.113166441 aspectc++/AspectC++/tools/cvs2cl0000755000175000001440000022666312740141200016426 0ustar00osusers00000000000000#!/bin/sh exec perl -w -x $0 ${1+"$@"} # -*- mode: perl; perl-indent-level: 2; -*- #!perl -w ############################################################## ### ### ### cvs2cl.pl: produce ChangeLog(s) from `cvs log` output. ### ### ### ############################################################## ## $Revision: 1.1 $ ## $Date: 2004/01/28 10:45:56 $ ## $Author: matthias.urban $ ## ## (C) 2001,2002,2003 Martyn J. Pearce , under the GNU GPL. ## (C) 1999 Karl Fogel , under the GNU GPL. ## ## (Extensively hacked on by Melissa O'Neill .) ## (Gecos hacking by Robin Johnson .) ## ## cvs2cl.pl is free software; you can redistribute it and/or modify ## it under the terms of the GNU General Public License as published by ## the Free Software Foundation; either version 2, or (at your option) ## any later version. ## ## cvs2cl.pl is distributed in the hope that it will be useful, ## but WITHOUT ANY WARRANTY; without even the implied warranty of ## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ## GNU General Public License for more details. ## ## You may have received a copy of the GNU General Public License ## along with cvs2cl.pl; see the file COPYING. If not, write to the ## Free Software Foundation, Inc., 59 Temple Place - Suite 330, ## Boston, MA 02111-1307, USA. use strict; use Text::Wrap qw( ); use Time::Local; use File::Basename qw( fileparse ); use User::pwent; # The Plan: # # Read in the logs for multiple files, spit out a nice ChangeLog that # mirrors the information entered during `cvs commit'. # # The problem presents some challenges. In an ideal world, we could # detect files with the same author, log message, and checkin time -- # each would be a changelog entry. # We'd sort them; and spit them out. Unfortunately, CVS is *not atomic* # so checkins can span a range of times. Also, the directory structure # could be hierarchical. # # Another question is whether we really want to have the ChangeLog # exactly reflect commits. An author could issue two related commits, # with different log entries, reflecting a single logical change to the # source. GNU style ChangeLogs group these under a single author/date. # We try to do the same. # # So, we parse the output of `cvs log', storing log messages in a # multilevel hash that stores the mapping: # directory => author => time => message => filelist # As we go, we notice "nearby" commit times and store them together # (i.e., under the same timestamp), so they appear in the same log # entry. # # When we've read all the logs, we twist this mapping into # a time => author => message => filelist mapping for each directory. # # If we're not using the `--distributed' flag, the directory is always # considered to be `./', even as descend into subdirectories. ############### Globals ################ use constant MAILNAME => "/etc/mailname"; # What we run to generate it: my $Log_Source_Command = "cvs log"; # In case we have to print it out: my $VERSION = '$Revision: 1.1 $'; $VERSION =~ s/\S+\s+(\S+)\s+\S+/$1/; ## Vars set by options: # Print debugging messages? my $Debug = 0; # Just show version and exit? my $Print_Version = 0; # Just print usage message and exit? my $Print_Usage = 0; # Single top-level ChangeLog, or one per subdirectory? my $Distributed = 0; # What file should we generate (defaults to "ChangeLog")? my $Log_File_Name = "ChangeLog"; # Grab most recent entry date from existing ChangeLog file, just add # to that ChangeLog. my $Cumulative = 0; # `cvs log -d`, this will repeat the last entry in the old log. This is OK, # as it guarantees at least one entry in the update changelog, which means # that there will always be a date to extract for the next update. The repeat # entry can be removed in postprocessing, if necessary. my $Update = 0; # Expand usernames to email addresses based on a map file? my $User_Map_File = ""; my $User_Passwd_File; my $Mail_Domain; # Output log in chronological order? [default is reverse chronological order] my $Chronological_Order = 0; # Grab user details via gecos my $Gecos = 0; # User domain for gecos email addresses my $Domain; # Output to a file or to stdout? my $Output_To_Stdout = 0; # Eliminate empty log messages? my $Prune_Empty_Msgs = 0; # Tags of which not to output my %ignore_tags; # Show only revisions with Tags my %show_tags; # Don't call Text::Wrap on the body of the message my $No_Wrap = 0; # Don't do any pretty print processing my $Summary = 0; # Separates header from log message. Code assumes it is either " " or # "\n\n", so if there's ever an option to set it to something else, # make sure to go through all conditionals that use this var. my $After_Header = " "; # XML Encoding my $XML_Encoding = ''; # Format more for programs than for humans. my $XML_Output = 0; # Do some special tweaks for log data that was written in FSF # ChangeLog style. my $FSF_Style = 0; # Show times in UTC instead of local time my $UTC_Times = 0; # Show times in output? my $Show_Times = 1; # Show day of week in output? my $Show_Day_Of_Week = 0; # Show revision numbers in output? my $Show_Revisions = 0; # Show dead files in output? my $Show_Dead = 0; # Hide dead trunk files which were created as a result of additions on a # branch? my $Hide_Branch_Additions = 1; # Show tags (symbolic names) in output? my $Show_Tags = 0; # Show tags separately in output? my $Show_Tag_Dates = 0; # Show branches by symbolic name in output? my $Show_Branches = 0; # Show only revisions on these branches or their ancestors. my @Follow_Branches; # Don't bother with files matching this regexp. my @Ignore_Files; # How exactly we match entries. We definitely want "o", # and user might add "i" by using --case-insensitive option. my $Case_Insensitive = 0; # Maybe only show log messages matching a certain regular expression. my $Regexp_Gate = ""; # Pass this global option string along to cvs, to the left of `log': my $Global_Opts = ""; # Pass this option string along to the cvs log subcommand: my $Command_Opts = ""; # Read log output from stdin instead of invoking cvs log? my $Input_From_Stdin = 0; # Don't show filenames in output. my $Hide_Filenames = 0; # Don't shorten directory names from filenames. my $Common_Dir = 1; # Max checkin duration. CVS checkin is not atomic, so we may have checkin # times that span a range of time. We assume that checkins will last no # longer than $Max_Checkin_Duration seconds, and that similarly, no # checkins will happen from the same users with the same message less # than $Max_Checkin_Duration seconds apart. my $Max_Checkin_Duration = 180; # What to put at the front of [each] ChangeLog. my $ChangeLog_Header = ""; # Whether to enable 'delta' mode, and for what start/end tags. my $Delta_Mode = 0; my $Delta_From = ""; my $Delta_To = ""; my $TestCode; # Whether to parse filenames from the RCS filename, and if so what # prefix to strip. my $RCS_Mode = 0; my $RCS_Root = ""; ## end vars set by options. # latest observed times for the start/end tags in delta mode my $Delta_StartTime = 0; my $Delta_EndTime = 0; # In 'cvs log' output, one long unbroken line of equal signs separates # files: my $file_separator = "=======================================" . "======================================"; # In 'cvs log' output, a shorter line of dashes separates log messages # within a file: my $logmsg_separator = "----------------------------"; my $No_Ancestors = 0; ############### End globals ############ &parse_options (); if ( defined $TestCode ) { eval $TestCode; die "Eval failed: '$@'\n" if $@; } else { &derive_change_log (); } ### Everything below is subroutine definitions. ### sub run_ext { my ($cmd) = @_; $cmd = [$cmd] unless ref $cmd; local $" = ' '; my $out = qx"@$cmd 2>&1"; my $rv = $?; my ($sig, $core, $exit) = ($? & 127, $? & 128, $? >> 8); return $out, $exit, $sig, $core; } # If accumulating, grab the boundary date from pre-existing ChangeLog. sub maybe_grab_accumulation_date () { if (! $Cumulative || $Update) { return ""; } # else open (LOG, "$Log_File_Name") or die ("trouble opening $Log_File_Name for reading ($!)"); my $boundary_date; while () { if (/^(\d\d\d\d-\d\d-\d\d\s+\d\d:\d\d)/) { $boundary_date = "$1"; last; } } close (LOG); # convert time from utc to local timezone if the ChangeLog has # dates/times in utc if ($UTC_Times && $boundary_date) { # convert the utc time to a time value my ($year,$mon,$mday,$hour,$min) = $boundary_date =~ m#(\d+)-(\d+)-(\d+)\s+(\d+):(\d+)#; my $time = timegm(0,$min,$hour,$mday,$mon-1,$year-1900); # print the timevalue in the local timezone my ($ignore,$wday); ($ignore,$min,$hour,$mday,$mon,$year,$wday) = localtime($time); $boundary_date=sprintf ("%4u-%02u-%02u %02u:%02u", $year+1900,$mon+1,$mday,$hour,$min); } return $boundary_date; } sub wrap { my ($indent1, $indent2, @text) = @_; my $text = Text::Wrap::wrap($indent1, $indent2, @text); # If incoming text looks preformatted, don't get clever if ( grep /^\s+/m, @text ) { return $text; } my @lines = split /\n/, $text; $indent2 =~ s!^((?: {8})+)!"\t" x (length($1)/8)!e; $lines[0] =~ s/^$indent1\s+/$indent1/; s/^$indent2\s+/$indent2/ for @lines[1..$#lines]; my $newtext = join "\n", @lines; $newtext .= "\n" if substr($text, -1) eq "\n"; return $newtext; } # Fills up a ChangeLog structure in the current directory. sub derive_change_log () { # See "The Plan" above for a full explanation. my %grand_poobah; my $file_full_path; my $time; my $revision; my $author; my $state; my $lines; my $cvsstate; my $msg_txt; my $detected_file_separator; my %tag_date_printed; # Might be adding to an existing ChangeLog my $accumulation_date = &maybe_grab_accumulation_date (); if ($accumulation_date) { # Insert -d immediately after 'cvs log' my $Log_Date_Command = "-d\'>${accumulation_date}\'"; $Log_Source_Command =~ s/(^.*log\S*)/$1 $Log_Date_Command/; &debug ("(adding log msg starting from $accumulation_date)\n"); } # We might be expanding usernames my %usermap; # In general, it's probably not very maintainable to use state # variables like this to tell the loop what it's doing at any given # moment, but this is only the first one, and if we never have more # than a few of these, it's okay. my $collecting_symbolic_names = 0; my %symbolic_names; # Where tag names get stored. my %branch_names; # We'll grab branch names while we're at it. my %branch_numbers; # Save some revisions for @Follow_Branches my @branch_roots; # For showing which files are branch ancestors. # Bleargh. Compensate for a deficiency of custom wrapping. if (($After_Header ne " ") and $FSF_Style) { $After_Header .= "\t"; } if (! $Input_From_Stdin) { &debug ("(run \"${Log_Source_Command}\")\n"); open (LOG_SOURCE, "$Log_Source_Command |") or die "unable to run \"${Log_Source_Command}\""; } else { open (LOG_SOURCE, "-") or die "unable to open stdin for reading"; } binmode LOG_SOURCE; %usermap = &maybe_read_user_map_file (); while () { # Canonicalize line endings s/\r$//; my $new_full_path; # If on a new file and don't see filename, skip until we find it, and # when we find it, grab it. if (! (defined $file_full_path)) { if (/^Working file: (.*)/) { $new_full_path = $1; } elsif ($RCS_Mode && m|^RCS file: $RCS_Root[/\\](.*),v$|) { $new_full_path = $1; } } if (defined $new_full_path) { $file_full_path = $new_full_path; if (@Ignore_Files) { my $base; ($base, undef, undef) = fileparse ($file_full_path); # Ouch, I wish trailing operators in regexps could be # evaluated on the fly! if ($Case_Insensitive) { if (grep ($file_full_path =~ m|$_|i, @Ignore_Files)) { undef $file_full_path; } } elsif (grep ($file_full_path =~ m|$_|, @Ignore_Files)) { undef $file_full_path; } } next; } # Just spin wheels if no file defined yet. next if (! $file_full_path); # Collect tag names in case we're asked to print them in the output. if (/^symbolic names:$/) { $collecting_symbolic_names = 1; next; # There's no more info on this line, so skip to next } if ($collecting_symbolic_names) { # All tag names are listed with whitespace in front in cvs log # output; so if see non-whitespace, then we're done collecting. if (/^\S/) { $collecting_symbolic_names = 0; } else # we're looking at a tag name, so parse & store it { # According to the Cederqvist manual, in node "Tags", tag # names must start with an uppercase or lowercase letter and # can contain uppercase and lowercase letters, digits, `-', # and `_'. However, it's not our place to enforce that, so # we'll allow anything CVS hands us to be a tag: /^\s+([^:]+): ([\d.]+)$/; my $tag_name = $1; my $tag_rev = $2; # A branch number either has an odd number of digit sections # (and hence an even number of dots), or has ".0." as the # second-to-last digit section. Test for these conditions. my $real_branch_rev = ""; if (($tag_rev =~ /^(\d+\.\d+\.)+\d+$/) # Even number of dots... and (! ($tag_rev =~ /^(1\.)+1$/))) # ...but not "1.[1.]1" { $real_branch_rev = $tag_rev; } elsif ($tag_rev =~ /(\d+\.(\d+\.)+)0.(\d+)/) # Has ".0." { $real_branch_rev = $1 . $3; } # If we got a branch, record its number. if ($real_branch_rev) { $branch_names{$real_branch_rev} = $tag_name; if (@Follow_Branches) { if (grep ($_ eq $tag_name, @Follow_Branches)) { $branch_numbers{$tag_name} = $real_branch_rev; } } } else { # Else it's just a regular (non-branch) tag. push (@{$symbolic_names{$tag_rev}}, $tag_name); } } } # End of code for collecting tag names. # If have file name, but not revision, and see revision, then grab # it. (We collect unconditionally, even though we may or may not # ever use it.) if ((! (defined $revision)) and (/^revision (\d+\.[\d.]+)/)) { $revision = $1; if (@Follow_Branches) { foreach my $branch (@Follow_Branches) { # Special case for following trunk revisions if (($branch =~ /^trunk$/i) and ($revision =~ /^[0-9]+\.[0-9]+$/)) { goto dengo; } my $branch_number = $branch_numbers{$branch}; if ($branch_number) { # Are we on one of the follow branches or an ancestor of # same? # # If this revision is a prefix of the branch number, or # possibly is less in the minormost number, OR if this # branch number is a prefix of the revision, then yes. # Otherwise, no. # # So below, we determine if any of those conditions are # met. # Trivial case: is this revision on the branch? # (Compare this way to avoid regexps that screw up Emacs # indentation, argh.) if ((substr ($revision, 0, ((length ($branch_number)) + 1))) eq ($branch_number . ".")) { goto dengo; } # Non-trivial case: check if rev is ancestral to branch elsif ((length ($branch_number)) > (length ($revision)) and $No_Ancestors) { $revision =~ /^((?:\d+\.)+)(\d+)$/; my $r_left = $1; # still has the trailing "." my $r_end = $2; $branch_number =~ /^((?:\d+\.)+)(\d+)\.\d+$/; my $b_left = $1; # still has trailing "." my $b_mid = $2; # has no trailing "." if (($r_left eq $b_left) && ($r_end <= $b_mid)) { goto dengo; } } } } } else # (! @Follow_Branches) { next; } # Else we are following branches, but this revision isn't on the # path. So skip it. undef $revision; dengo: next; } # If we don't have a revision right now, we couldn't possibly # be looking at anything useful. if (! (defined ($revision))) { $detected_file_separator = /^$file_separator$/o; if ($detected_file_separator) { # No revisions for this file; can happen, e.g. "cvs log -d DATE" goto CLEAR; } else { next; } } # If have file name but not date and author, and see date or # author, then grab them: unless (defined $time) { if (/^date: .*/) { ($time, $author, $state, $lines) = &parse_date_author_and_state ($_); if (defined ($usermap{$author}) and $usermap{$author}) { $author = $usermap{$author}; } elsif(defined $Domain or $Gecos == 1) { my $email = $author; if(defined $Domain && $Domain ne '') { $email = $author."@".$Domain; } my $pw = getpwnam($author); my $fullname; my $office; my $workphone; my $homephone; for (($fullname, $office, $workphone, $homephone) = split /\s*,\s*/, $pw->gecos) { s/&/ucfirst(lc($pw->name))/ge; } if($fullname ne "") { $author = $fullname . " <" . $email . ">"; } } } else { $detected_file_separator = /^$file_separator$/o; if ($detected_file_separator) { # No revisions for this file; can happen, e.g. "cvs log -d DATE" goto CLEAR; } } # If the date/time/author hasn't been found yet, we couldn't # possibly care about anything we see. So skip: next; } # A "branches: ..." line here indicates that one or more branches # are rooted at this revision. If we're showing branches, then we # want to show that fact as well, so we collect all the branches # that this is the latest ancestor of and store them in # @branch_roots. Just for reference, the format of the line we're # seeing at this point is: # # branches: 1.5.2; 1.5.4; ...; # # Okay, here goes: if (/^branches:\s+(.*);$/) { if ($Show_Branches) { my $lst = $1; $lst =~ s/(1\.)+1;|(1\.)+1$//; # ignore the trivial branch 1.1.1 if ($lst) { @branch_roots = split (/;\s+/, $lst); } else { undef @branch_roots; } next; } else { # Ugh. This really bothers me. Suppose we see a log entry # like this: # # ---------------------------- # revision 1.1 # date: 1999/10/17 03:07:38; author: jrandom; state: Exp; # branches: 1.1.2; # Intended first line of log message begins here. # ---------------------------- # # The question is, how we can tell the difference between that # log message and a *two*-line log message whose first line is # # "branches: 1.1.2;" # # See the problem? The output of "cvs log" is inherently # ambiguous. # # For now, we punt: we liberally assume that people don't # write log messages like that, and just toss a "branches:" # line if we see it but are not showing branches. I hope no # one ever loses real log data because of this. next; } } # If have file name, time, and author, then we're just grabbing # log message texts: $detected_file_separator = /^$file_separator$/o; if ($detected_file_separator && ! (defined $revision)) { # No revisions for this file; can happen, e.g. "cvs log -d DATE" goto CLEAR; } unless ($detected_file_separator || /^$logmsg_separator$/o) { $msg_txt .= $_; # Normally, just accumulate the message... next; } # ... until a msg separator is encountered: # Ensure the message contains something: if ((! $msg_txt) || ($msg_txt =~ /^\s*\.\s*$|^\s*$/) || ($msg_txt =~ /\*\*\* empty log message \*\*\*/)) { if ($Prune_Empty_Msgs) { goto CLEAR; } # else $msg_txt = "[no log message]\n"; } ### Store it all in the Grand Poobah: { my $dir_key; # key into %grand_poobah my %qunk; # complicated little jobbie, see below # Each revision of a file has a little data structure (a `qunk') # associated with it. That data structure holds not only the # file's name, but any additional information about the file # that might be needed in the output, such as the revision # number, tags, branches, etc. The reason to have these things # arranged in a data structure, instead of just appending them # textually to the file's name, is that we may want to do a # little rearranging later as we write the output. For example, # all the files on a given tag/branch will go together, followed # by the tag in parentheses (so trunk or otherwise non-tagged # files would go at the end of the file list for a given log # message). This rearrangement is a lot easier to do if we # don't have to reparse the text. # # A qunk looks like this: # # { # filename => "hello.c", # revision => "1.4.3.2", # time => a timegm() return value (moment of commit) # tags => [ "tag1", "tag2", ... ], # branch => "branchname" # There should be only one, right? # branchroots => [ "branchtag1", "branchtag2", ... ] # } if ($Distributed) { # Just the basename, don't include the path. ($qunk{'filename'}, $dir_key, undef) = fileparse ($file_full_path); } else { $dir_key = "./"; $qunk{'filename'} = $file_full_path; } # This may someday be used in a more sophisticated calculation # of what other files are involved in this commit. For now, we # don't use it much except for delta mode, because the # common-commit-detection algorithm is hypothesized to be # "good enough" as it stands. $qunk{'time'} = $time; # We might be including revision numbers and/or tags and/or # branch names in the output. Most of the code from here to # loop-end deals with organizing these in qunk. $qunk{'revision'} = $revision; $qunk{'state'} = $state; if ( defined( $lines )) { $qunk{'lines'} = $lines; } # Grab the branch, even though we may or may not need it: $qunk{'revision'} =~ /((?:\d+\.)+)\d+/; my $branch_prefix = $1; $branch_prefix =~ s/\.$//; # strip off final dot if ($branch_names{$branch_prefix}) { $qunk{'branch'} = $branch_names{$branch_prefix}; } # Keep a record of the file's cvs state. $qunk{'cvsstate'} = $state; # If there's anything in the @branch_roots array, then this # revision is the root of at least one branch. We'll display # them as branch names instead of revision numbers, the # substitution for which is done directly in the array: if (@branch_roots) { my @roots = map { $branch_names{$_} } @branch_roots; $qunk{'branchroots'} = \@roots; } # Save tags too. if (defined ($symbolic_names{$revision})) { $qunk{'tags'} = $symbolic_names{$revision}; delete $symbolic_names{$revision}; # If we're in 'delta' mode, update the latest observed # times for the beginning and ending tags, and # when we get around to printing output, we will simply restrict # ourselves to that timeframe... if ($Delta_Mode) { if (($time > $Delta_StartTime) && (grep { $_ eq $Delta_From } @{$qunk{'tags'}})) { $Delta_StartTime = $time; } if (($time > $Delta_EndTime) && (grep { $_ eq $Delta_To } @{$qunk{'tags'}})) { $Delta_EndTime = $time; } } } unless ($Hide_Branch_Additions and $msg_txt =~ /file \S+ was initially added on branch \S+./) { # Add this file to the list # (We use many spoonfuls of autovivication magic. Hashes and arrays # will spring into existence if they aren't there already.) &debug ("(pushing log msg for ${dir_key}$qunk{'filename'})\n"); # Store with the files in this commit. Later we'll loop through # again, making sure that revisions with the same log message # and nearby commit times are grouped together as one commit. push (@{$grand_poobah{$dir_key}{$author}{$time}{$msg_txt}}, \%qunk); } } CLEAR: # Make way for the next message undef $msg_txt; undef $time; undef $revision; undef $author; undef @branch_roots; # Maybe even make way for the next file: if ($detected_file_separator) { undef $file_full_path; undef %branch_names; undef %branch_numbers; undef %symbolic_names; } } close (LOG_SOURCE); ### Process each ChangeLog while (my ($dir,$authorhash) = each %grand_poobah) { &debug ("DOING DIR: $dir\n"); # Here we twist our hash around, from being # author => time => message => filelist # in %$authorhash to # time => author => message => filelist # in %changelog. # # This is also where we merge entries. The algorithm proceeds # through the timeline of the changelog with a sliding window of # $Max_Checkin_Duration seconds; within that window, entries that # have the same log message are merged. # # (To save space, we zap %$authorhash after we've copied # everything out of it.) my %changelog; while (my ($author,$timehash) = each %$authorhash) { my $lasttime; my %stamptime; foreach my $time (sort {$main::a <=> $main::b} (keys %$timehash)) { my $msghash = $timehash->{$time}; while (my ($msg,$qunklist) = each %$msghash) { my $stamptime = $stamptime{$msg}; if ((defined $stamptime) and (($time - $stamptime) < $Max_Checkin_Duration) and (defined $changelog{$stamptime}{$author}{$msg})) { push(@{$changelog{$stamptime}{$author}{$msg}}, @$qunklist); } else { $changelog{$time}{$author}{$msg} = $qunklist; $stamptime{$msg} = $time; } } } } undef (%$authorhash); ### Now we can write out the ChangeLog! my ($logfile_here, $logfile_bak, $tmpfile); if (! $Output_To_Stdout) { $logfile_here = $dir . $Log_File_Name; $logfile_here =~ s/^\.\/\//\//; # fix any leading ".//" problem $tmpfile = "${logfile_here}.cvs2cl$$.tmp"; $logfile_bak = "${logfile_here}.bak"; open (LOG_OUT, ">$tmpfile") or die "Unable to open \"$tmpfile\""; } else { open (LOG_OUT, ">-") or die "Unable to open stdout for writing"; } print LOG_OUT $ChangeLog_Header; if ($XML_Output) { my $encoding = length $XML_Encoding ? qq'encoding="$XML_Encoding"' : ''; my $version = 'version="1.0"'; my $declaration = sprintf '', join ' ', grep length, $version, $encoding; my $root = ''; print LOG_OUT "$declaration\n\n$root\n\n"; } my @key_list = (); if($Chronological_Order) { @key_list = sort {$main::a <=> $main::b} (keys %changelog); } else { @key_list = sort {$main::b <=> $main::a} (keys %changelog); } foreach my $time (@key_list) { next if ($Delta_Mode && (($time <= $Delta_StartTime) || ($time > $Delta_EndTime && $Delta_EndTime))); # Set up the date/author line. # kff todo: do some more XML munging here, on the header # part of the entry: my ($ignore,$min,$hour,$mday,$mon,$year,$wday) = $UTC_Times ? gmtime($time) : localtime($time); # XML output includes everything else, we might as well make # it always include Day Of Week too, for consistency. if ($Show_Day_Of_Week or $XML_Output) { $wday = ("Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday")[$wday]; $wday = ($XML_Output) ? "${wday}\n" : " $wday"; } else { $wday = ""; } my $authorhash = $changelog{$time}; if ($Show_Tag_Dates) { my %tags; while (my ($author,$mesghash) = each %$authorhash) { while (my ($msg,$qunk) = each %$mesghash) { foreach my $qunkref2 (@$qunk) { if (defined ($$qunkref2{'tags'})) { foreach my $tag (@{$$qunkref2{'tags'}}) { $tags{$tag} = 1; } } } } } foreach my $tag (keys %tags) { if (!defined $tag_date_printed{$tag}) { $tag_date_printed{$tag} = $time; if ($XML_Output) { # NOT YET DONE } else { if ($Show_Times) { printf LOG_OUT ("%4u-%02u-%02u${wday} %02u:%02u tag %s\n\n", $year+1900, $mon+1, $mday, $hour, $min, $tag); } else { printf LOG_OUT ("%4u-%02u-%02u${wday} tag %s\n\n", $year+1900, $mon+1, $mday, $tag); } } } } } while (my ($author,$mesghash) = each %$authorhash) { # If XML, escape in outer loop to avoid compound quoting: if ($XML_Output) { $author = &xml_escape ($author); } FOOBIE: # We sort here to enable predictable ordering for the testing porpoises for my $msg (sort keys %$mesghash) { my $qunklist = $mesghash->{$msg}; ## MJP: 19.xii.01 : Exclude @ignore_tags for my $ignore_tag (keys %ignore_tags) { next FOOBIE if grep($_ eq $ignore_tag, map(@{$_->{tags}}, grep(defined $_->{tags}, @$qunklist))); } ## MJP: 19.xii.01 : End exclude @ignore_tags # show only files with tag --show-tag $show_tag if ( keys %show_tags ) { next FOOBIE if !grep(exists $show_tags{$_}, map(@{$_->{tags}}, grep(defined $_->{tags}, @$qunklist))); } my $files = &pretty_file_list ($qunklist); my $header_line; # date and author my $body; # see below my $wholething; # $header_line + $body if ($XML_Output) { $header_line = sprintf ("%4u-%02u-%02u\n" . "${wday}" . "\n" . "%s\n", $year+1900, $mon+1, $mday, $hour, $min, $author); } else { if ($Show_Times) { $header_line = sprintf ("%4u-%02u-%02u${wday} %02u:%02u %s\n\n", $year+1900, $mon+1, $mday, $hour, $min, $author); } else { $header_line = sprintf ("%4u-%02u-%02u${wday} %s\n\n", $year+1900, $mon+1, $mday, $author); } } $Text::Wrap::huge = 'overflow' if $Text::Wrap::VERSION >= 2001.0130; # Reshape the body according to user preferences. if ($XML_Output) { $msg = &preprocess_msg_text ($msg); $body = $files . $msg; } elsif ($No_Wrap && !$Summary) { $msg = &preprocess_msg_text ($msg); $files = wrap ("\t", "\t", "* $files"); $msg =~ s/\n(.+)/\n\t$1/g; unless ($After_Header eq " ") { $msg =~ s/^(.+)/\t$1/g; } $body = $files . $After_Header . $msg; } elsif ($Summary) { my( $filelist, $qunk ); my( @DeletedQunks, @AddedQunks, @ChangedQunks ); $msg = &preprocess_msg_text ($msg); # # Sort the files (qunks) according to the operation that was # performed. Files which were added have no line change # indicator, whereas deleted files have state dead. # foreach $qunk ( @$qunklist ) { if ( "dead" eq $qunk->{'state'}) { push( @DeletedQunks, $qunk ); } elsif ( !exists( $qunk->{'lines'})) { push( @AddedQunks, $qunk ); } else { push( @ChangedQunks, $qunk ); } } # # The qunks list was originally in tree search order. Let's # get that back. The lists, if they exist, will be reversed upon # processing. # # # Now write the three sections onto $filelist # if ( @DeletedQunks ) { $filelist .= "\tDeleted:\n"; foreach $qunk ( @DeletedQunks ) { $filelist .= "\t\t" . $qunk->{'filename'}; $filelist .= " (" . $qunk->{'revision'} . ")"; $filelist .= "\n"; } undef( @DeletedQunks ); } if ( @AddedQunks ) { $filelist .= "\tAdded:\n"; foreach $qunk ( @AddedQunks ) { $filelist .= "\t\t" . $qunk->{'filename'}; $filelist .= " (" . $qunk->{'revision'} . ")"; $filelist .= "\n"; } undef( @AddedQunks ); } if ( @ChangedQunks ) { $filelist .= "\tChanged:\n"; foreach $qunk ( @ChangedQunks ) { $filelist .= "\t\t" . $qunk->{'filename'}; $filelist .= " (" . $qunk->{'revision'} . ")"; $filelist .= ", \"" . $qunk->{'state'} . "\""; $filelist .= ", lines: " . $qunk->{'lines'}; $filelist .= "\n"; } undef( @ChangedQunks ); } chomp( $filelist ); $msg =~ s/\n(.*)/\n\t$1/g; unless ($After_Header eq " ") { $msg =~ s/^(.*)/\t$1/g; } $body = $filelist . $After_Header . $msg; } else # do wrapping, either FSF-style or regular { if ($FSF_Style) { $files = wrap ("\t", "\t", "* $files"); my $files_last_line_len = 0; if ($After_Header eq " ") { $files_last_line_len = &last_line_len ($files); $files_last_line_len += 1; # for $After_Header } $msg = &wrap_log_entry ($msg, "\t", 69 - $files_last_line_len, 69); $body = $files . $After_Header . $msg; } else # not FSF-style { $msg = &preprocess_msg_text ($msg); $body = $files . $After_Header . $msg; $body = wrap ("\t", "\t ", "* $body"); $body =~ s/[ \t]+\n/\n/g; } } $body =~ s/[ \t]+\n/\n/g; $wholething = $header_line . $body; if ($XML_Output) { $wholething = "\n${wholething}\n"; } # One last check: make sure it passes the regexp test, if the # user asked for that. We have to do it here, so that the # test can match against information in the header as well # as in the text of the log message. # How annoying to duplicate so much code just because I # can't figure out a way to evaluate scalars on the trailing # operator portion of a regular expression. Grrr. if ($Case_Insensitive) { unless ($Regexp_Gate && ($wholething !~ /$Regexp_Gate/oi)) { print LOG_OUT "${wholething}\n"; } } else { unless ($Regexp_Gate && ($wholething !~ /$Regexp_Gate/o)) { print LOG_OUT "${wholething}\n"; } } } } } if ($XML_Output) { print LOG_OUT "\n"; } close (LOG_OUT); if (! $Output_To_Stdout) { # If accumulating, append old data to new before renaming. But # don't append the most recent entry, since it's already in the # new log due to CVS's idiosyncratic interpretation of "log -d". if ($Cumulative && -f $logfile_here) { open (NEW_LOG, ">>$tmpfile") or die "trouble appending to $tmpfile ($!)"; open (OLD_LOG, "<$logfile_here") or die "trouble reading from $logfile_here ($!)"; my $started_first_entry = 0; my $passed_first_entry = 0; while () { if (! $passed_first_entry) { if ((! $started_first_entry) && /^(\d\d\d\d-\d\d-\d\d\s+\d\d:\d\d)/) { $started_first_entry = 1; } elsif (/^(\d\d\d\d-\d\d-\d\d\s+\d\d:\d\d)/) { $passed_first_entry = 1; print NEW_LOG $_; } } else { print NEW_LOG $_; } } close (NEW_LOG); close (OLD_LOG); } if (-f $logfile_here) { rename ($logfile_here, $logfile_bak); } rename ($tmpfile, $logfile_here); } } } sub parse_date_author_and_state () { # Parses the date/time and author out of a line like: # # date: 1999/02/19 23:29:05; author: apharris; state: Exp; my $line = shift; my ($year, $mon, $mday, $hours, $min, $secs, $author, $state, $rest) = $line =~ m#(\d+)/(\d+)/(\d+)\s+(\d+):(\d+):(\d+);\s+author:\s+([^;]+);\s+state:\s+([^;]+);(.*)# or die "Couldn't parse date ``$line''"; die "Bad date or Y2K issues" unless ($year > 1969 and $year < 2258); # Kinda arbitrary, but useful as a sanity check my $time = timegm($secs,$min,$hours,$mday,$mon-1,$year-1900); my $lines; if ( $rest =~ m#\s+lines:\s+(.*)# ) { $lines =$1; } return ($time, $author, $state, $lines); } # Here we take a bunch of qunks and convert them into printed # summary that will include all the information the user asked for. sub pretty_file_list () { if ($Hide_Filenames and (! $XML_Output)) { return ""; } my $qunksref = shift; my @qunkrefs = grep +((! exists $_->{'tags'} or ! grep exists $ignore_tags{$_}, @{$_->{'tags'}}) and (! keys %show_tags or (exists $_->{'tags'} and grep exists $show_tags{$_}, @{$_->{'tags'}})) ), @$qunksref; my @filenames; my $beauty = ""; # The accumulating header string for this entry. my %non_unanimous_tags; # Tags found in a proper subset of qunks my %unanimous_tags; # Tags found in all qunks my %all_branches; # Branches found in any qunk my $common_dir = undef; # Dir prefix common to all files ("" if none) my $fbegun = 0; # Did we begin printing filenames yet? # First, loop over the qunks gathering all the tag/branch names. # We'll put them all in non_unanimous_tags, and take out the # unanimous ones later. QUNKREF: foreach my $qunkref (@qunkrefs) { # Keep track of whether all the files in this commit were in the # same directory, and memorize it if so. We can make the output a # little more compact by mentioning the directory only once. if ($Common_Dir && (scalar (@qunkrefs)) > 1) { if (! (defined ($common_dir))) { my ($base, $dir); ($base, $dir, undef) = fileparse ($$qunkref{'filename'}); if ((! (defined ($dir))) # this first case is sheer paranoia or ($dir eq "") or ($dir eq "./") or ($dir eq ".\\")) { $common_dir = ""; } else { $common_dir = $dir; } } elsif ($common_dir ne "") { # Already have a common dir prefix, so how much of it can we preserve? $common_dir = &common_path_prefix ($$qunkref{'filename'}, $common_dir); } } else # only one file in this entry anyway, so common dir not an issue { $common_dir = ""; } if (defined ($$qunkref{'branch'})) { $all_branches{$$qunkref{'branch'}} = 1; } if (defined ($$qunkref{'tags'})) { foreach my $tag (@{$$qunkref{'tags'}}) { $non_unanimous_tags{$tag} = 1; } } } # Any tag held by all qunks will be printed specially... but only if # there are multiple qunks in the first place! if ((scalar (@qunkrefs)) > 1) { foreach my $tag (keys (%non_unanimous_tags)) { my $everyone_has_this_tag = 1; foreach my $qunkref (@qunkrefs) { if ((! (defined ($$qunkref{'tags'}))) or (! (grep ($_ eq $tag, @{$$qunkref{'tags'}})))) { $everyone_has_this_tag = 0; } } if ($everyone_has_this_tag) { $unanimous_tags{$tag} = 1; delete $non_unanimous_tags{$tag}; } } } if ($XML_Output) { # If outputting XML, then our task is pretty simple, because we # don't have to detect common dir, common tags, branch prefixing, # etc. We just output exactly what we have, and don't worry about # redundancy or readability. foreach my $qunkref (@qunkrefs) { my $filename = $$qunkref{'filename'}; my $cvsstate = $$qunkref{'cvsstate'}; my $revision = $$qunkref{'revision'}; my $tags = $$qunkref{'tags'}; my $branch = $$qunkref{'branch'}; my $branchroots = $$qunkref{'branchroots'}; $filename = &xml_escape ($filename); # probably paranoia $revision = &xml_escape ($revision); # definitely paranoia $beauty .= "\n"; $beauty .= "${filename}\n"; $beauty .= "${cvsstate}\n"; $beauty .= "${revision}\n"; if ($branch) { $branch = &xml_escape ($branch); # more paranoia $beauty .= "${branch}\n"; } foreach my $tag (@$tags) { $tag = &xml_escape ($tag); # by now you're used to the paranoia $beauty .= "${tag}\n"; } foreach my $root (@$branchroots) { $root = &xml_escape ($root); # which is good, because it will continue $beauty .= "${root}\n"; } $beauty .= "\n"; } # Theoretically, we could go home now. But as long as we're here, # let's print out the common_dir and utags, as a convenience to # the receiver (after all, earlier code calculated that stuff # anyway, so we might as well take advantage of it). if ((scalar (keys (%unanimous_tags))) > 1) { foreach my $utag ((keys (%unanimous_tags))) { $utag = &xml_escape ($utag); # the usual paranoia $beauty .= "${utag}\n"; } } if ($common_dir) { $common_dir = &xml_escape ($common_dir); $beauty .= "${common_dir}\n"; } # That's enough for XML, time to go home: return $beauty; } # Else not XML output, so complexly compactify for chordate # consumption. At this point we have enough global information # about all the qunks to organize them non-redundantly for output. if ($common_dir) { # Note that $common_dir still has its trailing slash $beauty .= "$common_dir: "; } if ($Show_Branches) { # For trailing revision numbers. my @brevisions; foreach my $branch (keys (%all_branches)) { foreach my $qunkref (@qunkrefs) { if ((defined ($$qunkref{'branch'})) and ($$qunkref{'branch'} eq $branch)) { if ($fbegun) { # kff todo: comma-delimited in XML too? Sure. $beauty .= ", "; } else { $fbegun = 1; } my $fname = substr ($$qunkref{'filename'}, length ($common_dir)); $beauty .= $fname; $$qunkref{'printed'} = 1; # Just setting a mark bit, basically if ($Show_Tags && (defined @{$$qunkref{'tags'}})) { my @tags = grep ($non_unanimous_tags{$_}, @{$$qunkref{'tags'}}); if (@tags) { $beauty .= " (tags: "; $beauty .= join (', ', @tags); $beauty .= ")"; } } if ($Show_Revisions) { # Collect the revision numbers' last components, but don't # print them -- they'll get printed with the branch name # later. $$qunkref{'revision'} =~ /.+\.([\d]+)$/; push (@brevisions, $1); # todo: we're still collecting branch roots, but we're not # showing them anywhere. If we do show them, it would be # nifty to just call them revision "0" on a the branch. # Yeah, that's the ticket. } } } $beauty .= " ($branch"; if (@brevisions) { if ((scalar (@brevisions)) > 1) { $beauty .= ".["; $beauty .= (join (',', @brevisions)); $beauty .= "]"; } else { # Square brackets are spurious here, since there's no range to # encapsulate $beauty .= ".$brevisions[0]"; } } $beauty .= ")"; } } # Okay; any qunks that were done according to branch are taken care # of, and marked as printed. Now print everyone else. my %fileinfo_printed; foreach my $qunkref (@qunkrefs) { next if (defined ($$qunkref{'printed'})); # skip if already printed my $b = substr ($$qunkref{'filename'}, length ($common_dir)); # todo: Shlomo's change was this: # $beauty .= substr ($$qunkref{'filename'}, # (($common_dir eq "./") ? "" : length ($common_dir))); $$qunkref{'printed'} = 1; # Set a mark bit. if ($Show_Revisions || $Show_Tags || $Show_Dead) { my $started_addendum = 0; if ($Show_Revisions) { $started_addendum = 1; $b .= " ("; $b .= "$$qunkref{'revision'}"; } if ($Show_Dead && $$qunkref{'cvsstate'} =~ /dead/) { # Deliberately not using $started_addendum. Keeping it simple. $b .= "[DEAD]"; } if ($Show_Tags && (defined $$qunkref{'tags'})) { my @tags = grep ($non_unanimous_tags{$_}, @{$$qunkref{'tags'}}); if ((scalar (@tags)) > 0) { if ($started_addendum) { $b .= ", "; } else { $b .= " (tags: "; } $b .= join (', ', @tags); $started_addendum = 1; } } if ($started_addendum) { $b .= ")"; } } unless ( exists $fileinfo_printed{$b} ) { if ($fbegun) { $beauty .= ", "; } else { $fbegun = 1; } $beauty .= $b, $fileinfo_printed{$b} = 1; } } # Unanimous tags always come last. if ($Show_Tags && %unanimous_tags) { $beauty .= " (utags: "; $beauty .= join (', ', sort keys (%unanimous_tags)); $beauty .= ")"; } # todo: still have to take care of branch_roots? $beauty = "$beauty:"; return $beauty; } sub min ($$) { $_[0] < $_[1] ? $_[0] : $_[1] } sub common_path_prefix ($$) { my ($path1, $path2) = @_; # For compatibility (with older versions of cvs2cl.pl), we think in UN*X # terms, and mould windoze filenames to match. Is this really appropriate? # If a file is checked in under UN*X, and cvs log run on windoze, which way # do the path separators slope? Can we use fileparse as per the local # conventions? If so, we should probably have a user option to specify an # OS to emulate to handle stdin-fed logs. If we did this, we could avoid # the nasty \-/ transmogrification below. my ($dir1, $dir2) = map +(fileparse($_))[1], $path1, $path2; # Transmogrify Windows filenames to look like Unix. # (It is far more likely that someone is running cvs2cl.pl under # Windows than that they would genuinely have backslashes in their # filenames.) tr!\\!/! for $dir1, $dir2; my ($accum1, $accum2, $last_common_prefix) = ('') x 3; my @path1 = grep length($_), split qr!/!, $dir1; my @path2 = grep length($_), split qr!/!, $dir2; my @common_path; for (0..min($#path1,$#path2)) { if ( $path1[$_] eq $path2[$_]) { push @common_path, $path1[$_]; } else { last; } } return join '', map "$_/", @common_path; } sub preprocess_msg_text () { my $text = shift; # Strip out carriage returns (as they probably result from DOSsy editors). $text =~ s/\r\n/\n/g; # If it *looks* like two newlines, make it *be* two newlines: $text =~ s/\n\s*\n/\n\n/g; if ($XML_Output) { $text = &xml_escape ($text); $text = "${text}\n"; } elsif (! $No_Wrap) { # Strip off lone newlines, but only for lines that don't begin with # whitespace or a mail-quoting character, since we want to preserve # that kind of formatting. Also don't strip newlines that follow a # period; we handle those specially next. And don't strip # newlines that precede an open paren. 1 while ($text =~ s/(^|\n)([^>\s].*[^.\n])\n([^>\n])/$1$2 $3/g); # If a newline follows a period, make sure that when we bring up the # bottom sentence, it begins with two spaces. 1 while ($text =~ s/(^|\n)([^>\s].*)\n([^>\n])/$1$2 $3/g); } return $text; } sub last_line_len () { my $files_list = shift; my @lines = split (/\n/, $files_list); my $last_line = pop (@lines); return length ($last_line); } # A custom wrap function, sensitive to some common constructs used in # log entries. sub wrap_log_entry () { my $text = shift; # The text to wrap. my $left_pad_str = shift; # String to pad with on the left. # These do NOT take left_pad_str into account: my $length_remaining = shift; # Amount left on current line. my $max_line_length = shift; # Amount left for a blank line. my $wrapped_text = ""; # The accumulating wrapped entry. my $user_indent = ""; # Inherited user_indent from prev line. my $first_time = 1; # First iteration of the loop? my $suppress_line_start_match = 0; # Set to disable line start checks. my @lines = split (/\n/, $text); while (@lines) # Don't use `foreach' here, it won't work. { my $this_line = shift (@lines); chomp $this_line; if ($this_line =~ /^(\s+)/) { $user_indent = $1; } else { $user_indent = ""; } # If it matches any of the line-start regexps, print a newline now... if ($suppress_line_start_match) { $suppress_line_start_match = 0; } elsif (($this_line =~ /^(\s*)\*\s+[a-zA-Z0-9]/) || ($this_line =~ /^(\s*)\* [a-zA-Z0-9_\.\/\+-]+/) || ($this_line =~ /^(\s*)\([a-zA-Z0-9_\.\/\+-]+(\)|,\s*)/) || ($this_line =~ /^(\s+)(\S+)/) || ($this_line =~ /^(\s*)- +/) || ($this_line =~ /^()\s*$/) || ($this_line =~ /^(\s*)\*\) +/) || ($this_line =~ /^(\s*)[a-zA-Z0-9](\)|\.|\:) +/)) { # Make a line break immediately, unless header separator is set # and this line is the first line in the entry, in which case # we're getting the blank line for free already and shouldn't # add an extra one. unless (($After_Header ne " ") and ($first_time)) { if ($this_line =~ /^()\s*$/) { $suppress_line_start_match = 1; $wrapped_text .= "\n${left_pad_str}"; } $wrapped_text .= "\n${left_pad_str}"; } $length_remaining = $max_line_length - (length ($user_indent)); } # Now that any user_indent has been preserved, strip off leading # whitespace, so up-folding has no ugly side-effects. $this_line =~ s/^\s*//; # Accumulate the line, and adjust parameters for next line. my $this_len = length ($this_line); if ($this_len == 0) { # Blank lines should cancel any user_indent level. $user_indent = ""; $length_remaining = $max_line_length; } elsif ($this_len >= $length_remaining) # Line too long, try breaking it. { # Walk backwards from the end. At first acceptable spot, break # a new line. my $idx = $length_remaining - 1; if ($idx < 0) { $idx = 0 }; while ($idx > 0) { if (substr ($this_line, $idx, 1) =~ /\s/) { my $line_now = substr ($this_line, 0, $idx); my $next_line = substr ($this_line, $idx); $this_line = $line_now; # Clean whitespace off the end. chomp $this_line; # The current line is ready to be printed. $this_line .= "\n${left_pad_str}"; # Make sure the next line is allowed full room. $length_remaining = $max_line_length - (length ($user_indent)); # Strip next_line, but then preserve any user_indent. $next_line =~ s/^\s*//; # Sneak a peek at the user_indent of the upcoming line, so # $next_line (which will now precede it) can inherit that # indent level. Otherwise, use whatever user_indent level # we currently have, which might be none. my $next_next_line = shift (@lines); if ((defined ($next_next_line)) && ($next_next_line =~ /^(\s+)/)) { $next_line = $1 . $next_line if (defined ($1)); # $length_remaining = $max_line_length - (length ($1)); $next_next_line =~ s/^\s*//; } else { $next_line = $user_indent . $next_line; } if (defined ($next_next_line)) { unshift (@lines, $next_next_line); } unshift (@lines, $next_line); # Our new next line might, coincidentally, begin with one of # the line-start regexps, so we temporarily turn off # sensitivity to that until we're past the line. $suppress_line_start_match = 1; last; } else { $idx--; } } if ($idx == 0) { # We bottomed out because the line is longer than the # available space. But that could be because the space is # small, or because the line is longer than even the maximum # possible space. Handle both cases below. if ($length_remaining == ($max_line_length - (length ($user_indent)))) { # The line is simply too long -- there is no hope of ever # breaking it nicely, so just insert it verbatim, with # appropriate padding. $this_line = "\n${left_pad_str}${this_line}"; } else { # Can't break it here, but may be able to on the next round... unshift (@lines, $this_line); $length_remaining = $max_line_length - (length ($user_indent)); $this_line = "\n${left_pad_str}"; } } } else # $this_len < $length_remaining, so tack on what we can. { # Leave a note for the next iteration. $length_remaining = $length_remaining - $this_len; if ($this_line =~ /\.$/) { $this_line .= " "; $length_remaining -= 2; } else # not a sentence end { $this_line .= " "; $length_remaining -= 1; } } # Unconditionally indicate that loop has run at least once. $first_time = 0; $wrapped_text .= "${user_indent}${this_line}"; } # One last bit of padding. $wrapped_text .= "\n"; return $wrapped_text; } sub xml_escape () { my $txt = shift; $txt =~ s/&/&/g; $txt =~ s//>/g; return $txt; } sub maybe_read_user_map_file () { my %expansions; if ($User_Map_File) { open (MAPFILE, "<$User_Map_File") or die ("Unable to open $User_Map_File ($!)"); while () { next if /^\s*#/; # Skip comment lines. next if not /:/; # Skip lines without colons. # It is now safe to split on ':'. my ($username, $expansion) = split ':'; chomp $expansion; $expansion =~ s/^'(.*)'$/$1/; $expansion =~ s/^"(.*)"$/$1/; # If it looks like the expansion has a real name already, then # we toss the username we got from CVS log. Otherwise, keep # it to use in combination with the email address. if ($expansion =~ /^\s*<{0,1}\S+@.*/) { # Also, add angle brackets if none present if (! ($expansion =~ /<\S+@\S+>/)) { $expansions{$username} = "$username <$expansion>"; } else { $expansions{$username} = "$username $expansion"; } } else { $expansions{$username} = $expansion; } } # fi ($User_Map_File) close (MAPFILE); } if (defined $User_Passwd_File) { if ( ! defined $Domain ) { if ( -e MAILNAME ) { chomp($Domain = slurp_file(MAILNAME)); } else { MAILDOMAIN_CMD: for ([qw(hostname -d)], 'dnsdomainname', 'domainname') { my ($text, $exit, $sig, $core) = run_ext($_); if ( $exit == 0 && $sig == 0 && $core == 0 ) { chomp $text; if ( length $text ) { $Domain = $text; last MAILDOMAIN_CMD; } } } } } die "No mail domain found\n" unless defined $Domain; open (MAPFILE, "<$User_Passwd_File") or die ("Unable to open $User_Passwd_File ($!)"); while () { # all lines are valid my ($username, $pw, $uid, $gid, $gecos, $homedir, $shell) = split ':'; my $expansion = ''; ($expansion) = split (',', $gecos) if defined $gecos && length $gecos; my $mailname = $Domain eq '' ? $username : "$username\@$Domain"; $expansions{$username} = "$expansion <$mailname>"; } close (MAPFILE); } return %expansions; } sub parse_options () { # Check this internally before setting the global variable. my $output_file; # If this gets set, we encountered unknown options and will exit at # the end of this subroutine. my $exit_with_admonishment = 0; my (@Global_Opts, @Local_Opts); while (my $arg = shift (@ARGV)) { if ($arg =~ /^-h$|^-help$|^--help$|^--usage$|^-?$/) { $Print_Usage = 1; } elsif ($arg =~ /^--delta$/) { my $narg = shift(@ARGV) || die "$arg needs argument.\n"; if ($narg =~ /^([A-Za-z][A-Za-z0-9_\-]*):([A-Za-z][A-Za-z0-9_\-]*)$/) { $Delta_From = $1; $Delta_To = $2; $Delta_Mode = 1; } else { die "--delta FROM_TAG:TO_TAG is what you meant to say.\n"; } } elsif ($arg =~ /^--debug$/) { # unadvertised option, heh $Debug = 1; } elsif ($arg =~ /^--version$/) { $Print_Version = 1; } elsif ($arg =~ /^-g$|^--global-opts$/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; # Don't assume CVS is called "cvs" on the user's system: push @Global_Opts, $narg; $Log_Source_Command =~ s/(^\S*)/$1 $narg/; } elsif ($arg =~ /^-l$|^--log-opts$/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; push @Local_Opts, $narg; $Log_Source_Command .= " $narg"; } elsif ($arg =~ /^-f$|^--file$/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; $output_file = $narg; } elsif ($arg =~ /^--accum$/) { $Cumulative = 1; } elsif ($arg =~ /^--update$/) { $Update = 1; } elsif ($arg =~ /^--fsf$/) { $FSF_Style = 1; } elsif ($arg =~ /^--FSF$/) { $Show_Times = 0; $Common_Dir = 0; } elsif ($arg =~ /^--rcs/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; $RCS_Root = $narg; $RCS_Mode = 1; } elsif ($arg =~ /^-U$|^--usermap$/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; $User_Map_File = $narg; } elsif ($arg =~ /^--gecos$/) { $Gecos = 1; } elsif ($arg =~ /^--domain$/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; $Domain = $narg; } elsif ($arg =~ /^--passwd$/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; $User_Passwd_File = $narg; } elsif ($arg =~ /^--mailname$/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; warn "--mailname is deprecated; please use --domain instead\n"; $Domain = $narg; } elsif ($arg =~ /^-W$|^--window$/) { defined(my $narg = shift (@ARGV)) || die "$arg needs argument.\n"; $Max_Checkin_Duration = $narg; } elsif ($arg =~ /^--chrono$/) { $Chronological_Order = 1; } elsif ($arg =~ /^-I$|^--ignore$/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; push (@Ignore_Files, $narg); } elsif ($arg =~ /^-C$|^--case-insensitive$/) { $Case_Insensitive = 1; } elsif ($arg =~ /^-R$|^--regexp$/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; $Regexp_Gate = $narg; } elsif ($arg =~ /^--stdout$/) { $Output_To_Stdout = 1; } elsif ($arg =~ /^--version$/) { $Print_Version = 1; } elsif ($arg =~ /^-d$|^--distributed$/) { $Distributed = 1; } elsif ($arg =~ /^-P$|^--prune$/) { $Prune_Empty_Msgs = 1; } elsif ($arg =~ /^-S$|^--separate-header$/) { $After_Header = "\n\n"; } elsif ($arg =~ /^--no-wrap$/) { $No_Wrap = 1; } elsif ($arg =~ /^--summary$/) { $Summary = 1; $After_Header = "\n\n"; # Summary implies --separate-header } elsif ($arg =~ /^--gmt$|^--utc$/) { $UTC_Times = 1; } elsif ($arg =~ /^-w$|^--day-of-week$/) { $Show_Day_Of_Week = 1; } elsif ($arg =~ /^--no-times$/) { $Show_Times = 0; } elsif ($arg =~ /^-r$|^--revisions$/) { $Show_Revisions = 1; } elsif ($arg =~ /^--show-dead$/) { $Show_Dead = 1; } elsif ($arg =~ /^--no-hide-branch-additions$/) { $Hide_Branch_Additions = 0; } elsif ($arg =~ /^-t$|^--tags$/) { $Show_Tags = 1; } elsif ($arg =~ /^-T$|^--tagdates$/) { $Show_Tag_Dates = 1; } elsif ($arg =~ /^-b$|^--branches$/) { $Show_Branches = 1; } elsif ($arg =~ /^-F$|^--follow$/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; push (@Follow_Branches, $narg); } elsif ($arg =~ /^--stdin$/) { $Input_From_Stdin = 1; } elsif ($arg =~ /^--header$/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; $ChangeLog_Header = &slurp_file ($narg); if (! defined ($ChangeLog_Header)) { $ChangeLog_Header = ""; } } elsif ($arg =~ /^--xml-encoding$/) { my $narg = shift (@ARGV) || die "$arg needs argument.\n"; $XML_Encoding = $narg ; } elsif ($arg =~ /^--xml$/) { $XML_Output = 1; } elsif ($arg =~ /^--hide-filenames$/) { $Hide_Filenames = 1; $After_Header = ""; } elsif ($arg =~ /^--no-common-dir$/) { $Common_Dir = 0; } elsif ($arg =~ /^--ignore-tag$/ ) { die "$arg needs argument.\n" unless @ARGV; $ignore_tags{shift @ARGV} = 1; } elsif ($arg =~ /^--show-tag$/ ) { die "$arg needs argument.\n" unless @ARGV; $show_tags{shift @ARGV} = 1; } elsif ( lc ($arg) eq '--test-code' ) { # Deliberately undocumented. This is not a public interface, # and may change/disappear at any time. die "$arg needs argument.\n" unless @ARGV; $TestCode = shift @ARGV; } elsif ($arg =~ /^--no-ancestors$/) { $No_Ancestors = 1; } else { # Just add a filename as argument to the log command $Log_Source_Command .= " '$arg'"; } } ## Check for contradictions... if ($Output_To_Stdout && $Distributed) { print STDERR "cannot pass both --stdout and --distributed\n"; $exit_with_admonishment = 1; } if ($Output_To_Stdout && $output_file) { print STDERR "cannot pass both --stdout and --file\n"; $exit_with_admonishment = 1; } if ($Input_From_Stdin && @Global_Opts) { print STDERR "cannot pass both --stdin and -g\n"; $exit_with_admonishment = 1; } if ($Input_From_Stdin && @Local_Opts) { print STDERR "cannot pass both --stdin and -l\n"; $exit_with_admonishment = 1; } if ($XML_Output && $Cumulative) { print STDERR "cannot pass both --xml and --accum\n"; $exit_with_admonishment = 1; } # Or if any other error message has already been printed out, we # just leave now: if ($exit_with_admonishment) { &usage (); exit (1); } elsif ($Print_Usage) { &usage (); exit (0); } elsif ($Print_Version) { &version (); exit (0); } ## Else no problems, so proceed. if ($output_file) { $Log_File_Name = $output_file; } } sub slurp_file () { my $filename = shift || die ("no filename passed to slurp_file()"); my $retstr; open (SLURPEE, "<${filename}") or die ("unable to open $filename ($!)"); my $saved_sep = $/; undef $/; $retstr = ; $/ = $saved_sep; close (SLURPEE); return $retstr; } sub debug () { if ($Debug) { my $msg = shift; print STDERR $msg; } } sub version () { print "cvs2cl.pl version ${VERSION}; distributed under the GNU GPL.\n"; } sub usage () { &version (); print <<'END_OF_INFO'; Generate GNU-style ChangeLogs in CVS working copies. Notes about the output format(s): The default output of cvs2cl.pl is designed to be compact, formally unambiguous, but still easy for humans to read. It is largely self-explanatory, I hope; the one abbreviation that might not be obvious is "utags". That stands for "universal tags" -- a universal tag is one held by all the files in a given change entry. If you need output that's easy for a program to parse, use the --xml option. Note that with XML output, just about all available information is included with each change entry, whether you asked for it or not, on the theory that your parser can ignore anything it's not looking for. Notes about the options and arguments (the actual options are listed last in this usage message): * The -I and -F options may appear multiple times. * To follow trunk revisions, use "-F trunk" ("-F TRUNK" also works). This is okay because no would ever, ever be crazy enough to name a branch "trunk", right? Right. * For the -U option, the UFILE should be formatted like CVSROOT/users. That is, each line of UFILE looks like this jrandom:jrandom@red-bean.com or maybe even like this jrandom:'Jesse Q. Random ' Don't forget to quote the portion after the colon if necessary. * Many people want to filter by date. To do so, invoke cvs2cl.pl like this: cvs2cl.pl -l "-d'DATESPEC'" where DATESPEC is any date specification valid for "cvs log -d". (Note that CVS 1.10.7 and below requires there be no space between -d and its argument). Options/Arguments: -h, -help, --help, or -? Show this usage and exit --version Show version and exit -r, --revisions Show revision numbers in output -b, --branches Show branch names in revisions when possible -t, --tags Show tags (symbolic names) in output -T, --tagdates Show tags in output on their first occurance --show-dead Show dead files --stdin Read from stdin, don't run cvs log --stdout Output to stdout not to ChangeLog -d, --distributed Put ChangeLogs in subdirs -f FILE, --file FILE Write to FILE instead of "ChangeLog" --fsf Use this if log data is in FSF ChangeLog style --FSF Attempt strict FSF-standard compatible output -W SECS, --window SECS Window of time within which log entries unify -U UFILE, --usermap UFILE Expand usernames to email addresses from UFILE --passwd PASSWORDFILE Use system passwd file for user name expansion. If no mail domain is provided (via --domain), it tries to read one from /etc/mailname else output of hostname -d / dnsdomainname / domainname. Dies if none successful. Use a domain of '' to prevent the addition of a mail domain. --domain DOMAIN Domain to build email addresses from --gecos Get user information from GECOS data -R REGEXP, --regexp REGEXP Include only entries that match REGEXP -I REGEXP, --ignore REGEXP Ignore files whose names match REGEXP -C, --case-insensitive Any regexp matching is done case-insensitively -F BRANCH, --follow BRANCH Show only revisions on or ancestral to BRANCH --no-ancestors When using -F, only track changes since the BRANCH started --no-hide-branch-additions By default, entries generated by cvs for a file added on a branch (a dead 1.1 entry) are not shown. This flag reverses that action. -S, --separate-header Blank line between each header and log message --summary Add CVS change summary information --no-wrap Don't auto-wrap log message (recommend -S also) --gmt, --utc Show times in GMT/UTC instead of local time --accum Add to an existing ChangeLog (incompat w/ --xml) --update As --accum, but lists only files changed since last run -w, --day-of-week Show day of week --no-times Don't show times in output --chrono Output log in chronological order (default is reverse chronological order) --header FILE Get ChangeLog header from FILE ("-" means stdin) --xml Output XML instead of ChangeLog format --xml-encoding ENCODING Insert encoding clause in XML header --hide-filenames Don't show filenames (ignored for XML output) --no-common-dir Don't shorten directory names from filenames. --rcs CVSROOT Handle filenames from raw RCS, for instance those produced by "cvs rlog" output, stripping the prefix CVSROOT. -P, --prune Don't show empty log messages --ignore-tag TAG Ignore individual changes that are associated with a given tag. May be repeated, if so, changes that are associated with any of the given tags are ignored. --show-tag TAG Log only individual changes that are associated with a given tag. May be repeated, if so, changes that are associated with any of the given tags are logged. --delta FROM_TAG:TO_TAG Attempt a delta between two tags (since FROM_TAG up to & including TO_TAG). The algorithm is a simple date-based one (this is a *hard* problem) so results are imperfect -g OPTS, --global-opts OPTS Invoke like this "cvs OPTS log ..." -l OPTS, --log-opts OPTS Invoke like this "cvs ... log OPTS" FILE1 [FILE2 ...] Show only log information for the named FILE(s) See http://www.red-bean.com/cvs2cl for maintenance and bug info. END_OF_INFO } __END__ =head1 NAME cvs2cl.pl - produces GNU-style ChangeLogs in CVS working copies, by running "cvs log" and parsing the output. Shared log entries are unified in an intuitive way. =head1 DESCRIPTION This script generates GNU-style ChangeLog files from CVS log information. Basic usage: just run it inside a working copy and a ChangeLog will appear. It requires repository access (i.e., 'cvs log' must work). Run "cvs2cl.pl --help" to see more advanced options. See http://www.red-bean.com/cvs2cl for updates, and for instructions on getting anonymous CVS access to this script. Maintainer: Karl Fogel Please report bugs to . =head1 README This script generates GNU-style ChangeLog files from CVS log information. Basic usage: just run it inside a working copy and a ChangeLog will appear. It requires repository access (i.e., 'cvs log' must work). Run "cvs2cl.pl --help" to see more advanced options. See http://www.red-bean.com/cvs2cl for updates, and for instructions on getting anonymous CVS access to this script. Maintainer: Karl Fogel Please report bugs to . =head1 PREREQUISITES This script requires C, C, and C. It also seems to require C or higher. =pod OSNAMES any =pod SCRIPT CATEGORIES Version_Control/CVS =cut -*- -*- -*- -*- -*- -*- -*- -*- -*- -*- -*- -*- -*- -*- -*- -*- -*- -*- Note about a bug-slash-opportunity: ----------------------------------- There's a bug in Text::Wrap, which affects cvs2cl. This script reveals it: #!/usr/bin/perl -w use Text::Wrap; my $test_text = "This script demonstrates a bug in Text::Wrap. The very long line following this paragraph will be relocated relative to the surrounding text: ==================================================================== See? When the bug happens, we'll get the line of equal signs below this paragraph, even though it should be above."; # Print out the test text with no wrapping: print "$test_text"; print "\n"; print "\n"; # Now print it out wrapped, and see the bug: print wrap ("\t", " ", "$test_text"); print "\n"; print "\n"; If the line of equal signs were one shorter, then the bug doesn't happen. Interesting. Anyway, rather than fix this in Text::Wrap, we might as well write a new wrap() which has the following much-needed features: * initial indentation, like current Text::Wrap() * subsequent line indentation, like current Text::Wrap() * user chooses among: force-break long words, leave them alone, or die()? * preserve existing indentation: chopped chunks from an indented line are indented by same (like this line, not counting the asterisk!) * optional list of things to preserve on line starts, default ">" Note that the last two are essentially the same concept, so unify in implementation and give a good interface to controlling them. And how about: Optionally, when encounter a line pre-indented by same as previous line, then strip the newline and refill, but indent by the same. Yeah... aspectc++/AspectC++/tools/PaxHeaders.4702/gpl0000644000000000000000000000007412740141200015610 xustar0030 atime=1468174988.113166441 30 ctime=1468174988.113166441 aspectc++/AspectC++/tools/gpl0000755000175000001440000000333112740141200015775 0ustar00osusers00000000000000#!/bin/sh [ "$#" != "1" ] && \ echo -e "Add/remove GPL header.\nusage: gpl (add|remove)" && \ exit 1 if [ "$1" = "add" ]; then echo "Adding GPL header to AspectC++ source files." FILES=`find . -maxdepth 1 \( -name "*.cc" -or -name "*.*h" \)` for file in $FILES; do cat <> $file.t // This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA EOF cat $file >> $file.t mv $file.t $file done else echo "Removing GPL header from AspectC++ source files." FILES=`find . -maxdepth 1 \( -name "*.cc" -or -name "*.*h" \) \ -exec grep -l "// This file is part of the AspectC++" \{} \;` for file in $FILES; do ex -s "+d18" "+:x" $file done fi aspectc++/AspectC++/PaxHeaders.4702/akut-trigger.tmp0000644000000000000000000000007212740141200017070 xustar0029 atime=1468174988.13316677 29 ctime=1468174988.13316677 aspectc++/AspectC++/akut-trigger.tmp0000644000175000001440000000003512740141200017252 0ustar00osusers00000000000000Sa 4. Okt 21:51:47 CEST 2014 aspectc++/AspectC++/PaxHeaders.4702/ClangSyntacticContext.cc0000644000000000000000000000007412740141200020525 xustar0030 atime=1468174988.112166425 30 ctime=1468174988.112166425 aspectc++/AspectC++/ClangSyntacticContext.cc0000644000175000001440000000706212740141200020714 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "ClangSyntacticContext.h" #include "ClangTransformInfo.h" string ClangSyntacticContext::type() const { clang::ASTContext &ctx = _decl->getASTContext(); return TI_Type::get_type_text(ctx.getTypeDeclType(llvm::cast(_decl)), &ctx, 0, TSEF_ENABLE, true, TSEF_DONOTCHANGE, false, true, false); } int ClangSyntacticContext::is_in_extern_c_block() const { int depth = 0; const clang::DeclContext* decl_context = _decl->getDeclContext(); while (decl_context->getDeclKind() != clang::Decl::TranslationUnit) { if (decl_context->getDeclKind() == clang::Decl::LinkageSpec) { const clang::LinkageSpecDecl* linkage_spec_decl = clang::cast(decl_context); if(linkage_spec_decl->getLanguage() == clang::LinkageSpecDecl::lang_c && linkage_spec_decl->hasBraces()) { // only blocks have braces depth++; } } decl_context = decl_context->getLexicalParent(); } return depth; } string ClangSyntacticContext::result_type(const string &name) const { const clang::FunctionDecl *fd = llvm::cast(_decl); clang::PrintingPolicy pp(fd->getASTContext().getPrintingPolicy()); pp.SuppressUnwrittenScope = true; // Suppress // string ts = name; //#if CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL) // fd->getResultType().getAsStringInternal(ts, pp); //#else // C++ 11 interface // fd->getReturnType().getAsStringInternal(ts, pp); //#endif // return ts; #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) clang::QualType returnType = fd->getResultType(); #else // C++ 11 interface clang::QualType returnType = fd->getReturnType(); #endif return TI_Type::get_type_code_text(returnType, &_decl->getASTContext(), name.c_str()); } string ClangSyntacticContext::arg_type(unsigned int no, const string &name) const { const clang::FunctionDecl *fd = llvm::cast(_decl); clang::PrintingPolicy pp(fd->getASTContext().getPrintingPolicy()); pp.SuppressUnwrittenScope = true; // Suppress // string ts = name; // fd->getParamDecl(no)->getType().getAsStringInternal(ts, pp); // return ts; return TI_Type::get_type_code_text(fd->getParamDecl(no)->getType(), &_decl->getASTContext(), name.c_str()); } aspectc++/AspectC++/PaxHeaders.4702/PumaTrackerDog.cc0000644000000000000000000000007412740141200017122 xustar0030 atime=1468174988.134166786 30 ctime=1468174988.134166786 aspectc++/AspectC++/PumaTrackerDog.cc0000644000175000001440000002120012740141200017277 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "PumaTrackerDog.h" #include "IntroductionUnit.h" #include "ModelBuilder.h" #include "Puma/CFunctionInfo.h" #include "Puma/CClassInfo.h" #include "Puma/CRecord.h" #include "Puma/CTree.h" using namespace Puma; CObjectInfo *PumaTrackerDog::unique_object (CObjectInfo *obj) { unsigned long fpos = 0L; CObjectInfo *first = 0; CObjectInfo *curr = obj; do { // builtin objects might have a declaration, but the generated obj is ret. if (curr->isBuiltin ()) return curr; CTree *tree = curr->Tree (); unsigned long cpos = tree->token_node ()->Number (); // if the current node is not a forward declaration, it will be returned if (tree->NodeName () == CT_ClassDef::NodeId () || tree->NodeName () == CT_FctDef::NodeId ()) return curr; // check if the current forward declaration was the first if (!first || cpos < fpos) { fpos = cpos; first = curr; } curr = curr->NextObject (); } while (curr != obj); // if there were only forward declarations, return the first return first; } CFunctionInfo *PumaTrackerDog::filter_func (CFunctionInfo* fi) { CRecord *cls = fi->ClassScope (); if (fi->isBuiltin () || fi->isTemplate () || (cls && cls->isTemplate ()) || strncmp (fi->Name (), "%a", 2) == 0 || strncmp (fi->Name (), "__a", 3) == 0 || strcmp (fi->Name (), "aspectof") == 0 || strcmp (fi->Name (), "aspectOf") == 0 || fi != unique_object (fi)) return 0; if (strcmp (fi->SourceInfo ()->FileName (), "") == 0) return 0; if (cls && (strcmp (cls->QualName (), "__JoinPoint") == 0 || strcmp (cls->QualName (), "AC::Action") == 0)) return 0; // CSemDatabase &db = *(CSemDatabase*)fi->SemDB(); // if (db.PointcutInfo (fi)) // return 0; return fi; } void PumaTrackerDog::pre_visit (CTree *node) { const char *id = node->NodeName (); if (id == CT_Token::NodeId ()) return; if (id == CT_FctDef::NodeId ()) pre_FctDef ((CT_FctDef *)node); else if (id == CT_InitDeclarator::NodeId ()) pre_InitDeclarator ((CT_InitDeclarator*)node); else if (id == CT_MembInitList::NodeId ()) in_memb_init = true; else if (id == CT_MembPtrExpr::NodeId () || id == CT_MembRefExpr::NodeId ()) pre_MembPtrExpr ((CT_MembPtrExpr*)node); else if (node->IsSimpleName ()) pre_SimpleName (node->IsSimpleName ()); else if (id == CT_NamespaceDef::NodeId ()) pre_NamespaceDef ((CT_NamespaceDef*)node); else if (id == CT_ClassDef::NodeId ()) pre_ClassDef ((CT_ClassDef*)node); } void PumaTrackerDog::post_visit (CTree *node) { const char *id = node->NodeName (); CT_Call *call; if ((call = node->IsCall ()) != 0) pre_Call (call); else if (id == CT_FctDef::NodeId ()) post_FctDef ((CT_FctDef *)node); else if (id == CT_InitDeclarator::NodeId ()) post_InitDeclarator ((CT_InitDeclarator *)node); else if (id == CT_MembInitList::NodeId ()) in_memb_init = false; else if (id == CT_ClassDef::NodeId ()) post_ClassDef ((CT_ClassDef*)node); } void PumaTrackerDog::pre_ClassDef (CT_ClassDef *node) { if (node->Object () && strcmp (node->Object ()->QualName (), "JoinPoint") == 0) prune (); if (node->BaseIntros ()) visit (node->BaseIntros ()); } void PumaTrackerDog::post_ClassDef (CT_ClassDef *node) { if (node->IntroMembers ()) visit (node->IntroMembers ()); } void PumaTrackerDog::pre_Call (CT_Call *node) { // ignore calls via function pointer, which cannot be resolved if (!node->Object ()) return; CFunctionInfo *called = node->Object ()->FunctionInfo (); called = (CFunctionInfo*)unique_object (called); // conditions to ignore this call (join point): // - constructor/destructor calls (not yet implemented) // - calls to generated or special ac++ code if (called->isConstructor () || called->isDestructor () || !filter_func (called)) return; // for introduced code check the target file Unit *unit = (Unit*)node->token ()->belonging_to (); IntroductionUnit *intro_unit = IntroductionUnit::cast (unit); if (intro_unit) unit = intro_unit->final_target_unit (); // conditions to ignore this call (join point) ... continued: // - the calling code is not part of the project if (!db ().Project ()->isBelow (unit)) return; CObjectInfo *caller = func_stack.top (); if (caller) { // call inside a function // TODO: in_member_init no longer used here. Was is really useless? _jpm.register_call (called, node, caller->DefObject (), local_id); local_id++; } else if (last_init_declarator) { // call outside a function: this must be a declaration in global scope with initializer caller = last_init_declarator->Object (); _jpm.register_call (called, node, caller->DefObject (), -1); } else { // here we must have a caller, otherwise there is a strange kind of call assert(false); } } void PumaTrackerDog::pre_FctDef (CT_FctDef *node) { CObjectInfo *func = node->Object (); if (func && func->FunctionInfo ()) { func_stack.push (func->FunctionInfo ()); local_id = 0; } else prune (); } void PumaTrackerDog::post_FctDef (CT_FctDef *node) { func_stack.pop (); } void PumaTrackerDog::pre_InitDeclarator (CT_InitDeclarator *node) { last_init_declarator = node; } void PumaTrackerDog::post_InitDeclarator (CT_InitDeclarator *node) { last_init_declarator = 0; } bool PumaTrackerDog::register_access (CObjectInfo *obj, CTree *node) { // only track attributes if the tracker dog is configured to do it. if (!_track_attrs) return false; // is a relevent attribute accessed? if (!obj || !obj->AttributeInfo () || !obj->Scope () || obj->Scope ()->isLocalScope () || obj->isAnonymous () || (strncmp (obj->QualName (), "JoinPoint::", 11) == 0 || strcmp (obj->Name (), "this") == 0) || strcmp (obj->QualName (), "tjp") == 0) return false; if (last_init_declarator && last_init_declarator->Object () == obj) return false; Unit *unit = (Unit*)node->token ()->belonging_to (); while (unit->isMacroExp ()) unit = ((MacroUnit*)unit)->CallingUnit (); if (!(IntroductionUnit::cast (unit) || db ().Project ()->isBelow (unit))) return false; // register the accessing syntax tree //#ifndef ACMODEL // // TODO: has to be implemented // _jpm.register_attr_access (obj->AttributeInfo (), node); //#endif return true; } void PumaTrackerDog::pre_MembPtrExpr (CT_MembPtrExpr *node) { CObjectInfo *obj = node->Object (); // register the object if it is relevant if (!register_access (obj, node)) return; // foo.x -> visit foo here visit (node->Son (0)); CTree *name = node->Son (2); const char *id = name->NodeName (); if (id == CT_QualName::NodeId () || id == CT_RootQualName::NodeId ()) { CT_QualName *qual_name = (CT_QualName*)name; for (int i = 0; i < qual_name->Entries () - 1; i++) visit (qual_name->Entry (i)); } // don't visit all the children again prune (); } void PumaTrackerDog::pre_SimpleName (CT_SimpleName *node) { // register this access if it is relevant if (!register_access (node->Object (), node)) return; const char *id = node->NodeName (); if (id == CT_QualName::NodeId () || id == CT_RootQualName::NodeId ()) { CT_QualName *qual_name = (CT_QualName*)node; for (int i = 0; i < qual_name->Entries () - 1; i++) visit (qual_name->Entry (i)); prune (); } } void PumaTrackerDog::pre_NamespaceDef (CT_NamespaceDef *node) { CObjectInfo *obj = node->Object (); if (obj && strcmp (obj->QualName (), "AC") == 0) prune (); } aspectc++/AspectC++/PaxHeaders.4702/README-LLVM0000644000000000000000000000007312740141200015372 xustar0029 atime=1468174989.43318815 30 ctime=1468174988.291169369 aspectc++/AspectC++/README-LLVM0000644000175000001440000000341112740141200015554 0ustar00osusers00000000000000Installation ============ 1. Install the libclang 3.4 development package, which contains clang and llvm header files as well as the static llvm and clang libraries. Remember the installation path (here referred to as ). - On Debian and Ubuntu you can use the package libclang-3.4-dev. The installation path is typically /usr/lib/llvm-3.4. - On other Linux systems you can download binary packages from llvm.org. The tarballs can be installed anywhere. 2. Compile AspectC++ as usual, but define the make variables LLVMCONF and FRONTEND: make LLVMCONF= FRONTEND=Clang In most cases you also want to add SHARED=1 and -j. Please note that the Puma library is still needed for compiling AspectC++. In the Clang configuration we no longer need the Puma C++ parser, but some other Puma functions are still referenced. Therefore, the "mini" configuration of the Puma library is sufficient. You can build in the "mini" configuration with: make MINI=1 In this configuration Puma needs no aspect weaver for compilation. Installation on Mac OS X ======================== Currently it is not possible to use AspectC++ with an unpatched version of clang 3.4 on OS X due to a problem parsing system headers. We provide a patch to the source distribution of clang to work around this issue. - Download and unpack the clang 3.4 tarball from llvm.org - cd tools/clang patch -p0 < /path/to/aspectc++/clang-3.4-disable-modules.patch cd ../.. ./configure --prefix=/some/path make && make install - Now AspectC++ can be built as described in step #2 and linked against the patched clang. make LLVMCONF=/some/path/bin/llvm-config FRONTEND=Clang TARGET=macosx-release aspectc++/AspectC++/PaxHeaders.4702/FileRepo.cc0000644000000000000000000000007412740141200015757 xustar0030 atime=1468174988.135166803 30 ctime=1468174988.135166803 aspectc++/AspectC++/FileRepo.cc0000644000175000001440000000755112740141200016151 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include #include "FileRepo.h" #include "RepoXMLNode.h" #include "Puma/StrCol.h" using namespace Puma; int FileRepo::insert (const string &name, int lines, int tunit) { Map::iterator entry = _map.find (RepoNameKey (name)); if (entry != _map.end ()) { Data &data = (*entry).second; if (tunit == -1) tunit = data._id; data.bind_tunit (tunit); data._ref = true; return data._id; } set tunits; int id = new_id (); // tunit == -1 means that the primary unit itself is inserted, which has no // id yet. Therefore, we use the new id. tunits.insert (tunit == -1 ? id : tunit); _map.insert (MapPair (RepoNameKey (name), Data (id, lines, tunits))); return id; } void FileRepo::noref () { for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { Data &data = (*curr).second; data._ref = false; } } void FileRepo::cleanup (int primary) { std::list to_delete; for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { Data &data = (*curr).second; if (!data._ref) { data._tunits.erase (primary); if (data._tunits.size () == 0) { to_delete.push_back((*curr).first); } } } list::iterator c; for (c = to_delete.begin(); c != to_delete.end(); ++c) { _map.erase(*c); } } void FileRepo::dependent (int primary, set &deps) { for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { Data &data = (*curr).second; if (data._tunits.count (primary) == 1) deps.insert (data._id); } } void FileRepo::make_xml (RepoXMLNode parent) { RepoXMLNode files = parent.make_child ("file-list"); for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { RepoXMLNode fn = files.make_child ("file"); const RepoNameKey &key = (*curr).first; key.make_xml (fn); const Data &data = (*curr).second; string tunits; for (set::const_iterator curr = data._tunits.begin (); curr != data._tunits.end (); ++curr) { if (curr != data._tunits.begin ()) tunits += ","; tunits += idstr (*curr); } fn.set_int_prop ("id", data._id); fn.set_str_prop ("tunits", tunits.c_str ()); fn.set_int_prop ("lines", data._lines); } } void FileRepo::get_xml (RepoXMLNode parent) { reset_id (); for (RepoXMLNode::iter curr = parent.first_child (); curr != parent.end_child (); ++curr) { RepoXMLNode fn = *curr; if (fn.has_name ("file")) { int id = fn.get_int_prop ("id"); int lines = fn.get_int_prop ("lines"); string tunit_str = fn.get_str_prop ("tunits"); set tunits; get_id_set (tunit_str, tunits); _map.insert (MapPair (RepoNameKey (fn), Data (id, lines, tunits))); update (id); } } } aspectc++/AspectC++/PaxHeaders.4702/PumaToken.h0000644000000000000000000000007412740141200016017 xustar0030 atime=1468174988.135166803 30 ctime=1468174988.135166803 aspectc++/AspectC++/PumaToken.h0000644000175000001440000001144712740141200016210 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2013 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PumaToken_h__ #define __PumaToken_h__ #include "Puma/Token.h" #include "Puma/CTokens.h" // PumaToken - Provides a uniform wrapper for a Token object. class PumaToken { public: enum Kind { // Translate from Puma token kinds into our subset of Puma ones. TOK_ASSIGN = Puma::TOK_ASSIGN, TOK_ATTRIBUTE = Puma::TOK_ATTRIBUTE, TOK_CLASS = Puma::TOK_CLASS, TOK_CLOSE_CURLY = Puma::TOK_CLOSE_CURLY, TOK_CLOSE_ROUND = Puma::TOK_CLOSE_ROUND, TOK_CLOSE_SQUARE = Puma::TOK_CLOSE_SQUARE, TOK_COLON = Puma::TOK_COLON, TOK_COLON_COLON = Puma::TOK_COLON_COLON, TOK_COMMA = Puma::TOK_COMMA, TOK_CONST = Puma::TOK_CONST, TOK_ENUM = Puma::TOK_ENUM, TOK_FRIEND = Puma::TOK_FRIEND, TOK_GREATER = Puma::TOK_GREATER, TOK_ID = Puma::TOK_ID, TOK_LESS = Puma::TOK_LESS, TOK_NAMESPACE = Puma::TOK_NAMESPACE, TOK_MUL = Puma::TOK_MUL, TOK_OPEN_CURLY = Puma::TOK_OPEN_CURLY, TOK_OPEN_ROUND = Puma::TOK_OPEN_ROUND, TOK_OPEN_SQUARE = Puma::TOK_OPEN_SQUARE, TOK_PRIVATE = Puma::TOK_PRIVATE, TOK_PROTECTED = Puma::TOK_PROTECTED, TOK_PTS = Puma::TOK_PTS, TOK_PUBLIC = Puma::TOK_PUBLIC, TOK_SEMI_COLON = Puma::TOK_SEMI_COLON, TOK_STATIC = Puma::TOK_STATIC, TOK_STRUCT = Puma::TOK_STRUCT, TOK_TEMPLATE = Puma::TOK_TEMPLATE, TOK_TILDE = Puma::TOK_TILDE, TOK_TYPEDEF = Puma::TOK_TYPEDEF, TOK_UNION = Puma::TOK_UNION, TOK_USING = Puma::TOK_USING, TOK_VIRTUAL = Puma::TOK_VIRTUAL, TOK_VOLATILE = Puma::TOK_VOLATILE, TOK_ASPECT = Puma::TOK_ASPECT, TOK_ADVICE = Puma::TOK_ADVICE, TOK_POINTCUT = Puma::TOK_POINTCUT, TOK_SLICE = Puma::TOK_SLICE, // Attention: we assume that Puma tokens are enumerated from 0 to a number smaller than 0x10000 TOK_EOF = 0x10000, TOK_INVALID, TOK_UNKNOWN }; private: Puma::Token *_token; Kind _kind; public: PumaToken () : _token(0), _kind (TOK_INVALID) {} explicit PumaToken (Puma::Token *token, bool acxx_keyword = false) : _token(token), _kind (token ? Kind (token->type ()) : TOK_EOF) { if (acxx_keyword && _kind == TOK_ID) { const char *text = this->text (); if (!strcmp(text, "aspect")) _kind = TOK_ASPECT; else if (!strcmp(text, "advice")) _kind = TOK_ADVICE; else if (!strcmp(text, "pointcut")) _kind = TOK_POINTCUT; else if (!strcmp(text, "slice")) _kind = TOK_SLICE; } } bool is_core () const { return _token->is_core (); } bool is_directive () const { return _token->is_directive (); } bool is_macro_generated () const { return _token->is_macro_generated (); } Puma::Unit *unit () const { return _token->unit (); } Puma::Location location () const { return _token->location (); } int type () const { return _kind; } const char *text () const { return _token ? _token->text () : (const char*)0; } // Interface to get the underlying token. Puma::Token *get() const { return _token; } operator bool () const { return _token != 0; } bool operator== (const PumaToken &rhs) const { return _token == rhs._token; } bool operator!= (const PumaToken &rhs) const { return _token != rhs._token; } // FIXME: Are those actually useful? bool operator< (const PumaToken &rhs) const { return _token < rhs._token; } bool operator> (const PumaToken &rhs) const { return _token > rhs._token; } bool operator<= (const PumaToken &rhs) const { return _token <= rhs._token; } bool operator>= (const PumaToken &rhs) const { return _token <= rhs._token; } }; #endif /* __PumaToken_h__ */ aspectc++/AspectC++/PaxHeaders.4702/Naming.cc0000644000000000000000000000007412740141200015463 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/Naming.cc0000644000175000001440000002540212740141200015650 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include #include #include "Naming.h" #include "ACFileID.h" #include "ACModel/Utils.h" #include "AdviceInfo.h" #include "JoinPoint.h" #include "AspectInfo.h" #include "Puma/SysCall.h" void Naming::scope_name (ostream &out, ACM_Name &scope) { // check if we reached the global scope if (scope.get_name() == "::") return; // print the parent scope first if (scope.get_parent()) scope_name (out, *(ACM_Name*)scope.get_parent()); string name = scope.get_name(); // print the scope name, preceeded by the length of the string if (name.substr(0, 5) == "") out << "12_GLOBAL__N_1"; // same symbol as used by g++ else if (name.rfind ('>') != string::npos) out << "4ANON"; // TODO: this is a hack - template parameters should be mangled! else out << scope.get_name().length() << scope.get_name(); } bool Naming::is_unary_op (ACM_Function *func) { assert (func->get_name().substr(0,9) == "operator "); bool is_method = (func->get_kind () != FT_NON_MEMBER && func->get_kind () != FT_STATIC_NON_MEMBER); return (is_method && func->get_arg_types ().size () == 0) || (!is_method && func->get_arg_types ().size () == 1); } void Naming::op_name (ostream &out, ACM_Function *func) { string name = func->get_name ().substr (9); if (name == "new") out << "nw"; else if (name == "new[]") out << "na"; else if (name == "delete") out << "dl"; else if (name == "delete[]") out << "da"; else if (name == "-" && is_unary_op (func)) out << "ng"; else if (name == "&" && is_unary_op (func)) out << "ad"; else if (name == "*" && is_unary_op (func)) out << "de"; else if (name == "~") out << "co"; else if (name == "+") out << "pl"; else if (name == "-" && !is_unary_op (func)) out << "mi"; else if (name == "*" && !is_unary_op (func)) out << "ml"; else if (name == "/") out << "dv"; else if (name == "%") out << "rm"; else if (name == "&" && !is_unary_op (func)) out << "an"; else if (name == "|") out << "or"; else if (name == "^") out << "eo"; else if (name == "=") out << "aS"; else if (name == "+=") out << "pL"; else if (name == "-=") out << "mI"; else if (name == "*=") out << "mL"; else if (name == "/=") out << "dV"; else if (name == "%=") out << "rM"; else if (name == "&=") out << "aN"; else if (name == "|=") out << "oR"; else if (name == "^=") out << "eO"; else if (name == "<<") out << "ls"; else if (name == ">>") out << "rs"; else if (name == "<<=") out << "lS"; else if (name == ">>=") out << "rS"; else if (name == "==") out << "eq"; else if (name == "!=") out << "ne"; else if (name == "<") out << "lt"; else if (name == ">") out << "gt"; else if (name == "<=") out << "le"; else if (name == ">=") out << "ge"; else if (name == "!") out << "nt"; else if (name == "&&") out << "aa"; else if (name == "||") out << "oo"; else if (name == "++") out << "pp"; else if (name == "--") out << "mm"; else if (name == ",") out << "cm"; else if (name == "->*") out << "pm"; else if (name == "->") out << "pt"; else if (name == "()") out << "cl"; else if (name == "[]") out << "ix"; else if (name == "?") out << "qu"; else { // handle a conversion function out << "cv"; mangle (out, func->get_result_type()); } } void Naming::constr_name (ostream &out, ACM_Function *func) { out << "C1"; } void Naming::destr_name (ostream &out, ACM_Function *func) { out << "D1"; } // name mangling for variables and functions void Naming::mangle (ostream &out, ACM_Name *obj) { // check if this object is a function: ACM_Function *func = (obj->type_val() == JPT_Function ? (ACM_Function*)obj : 0); // determine the scope ACM_Name *scope = (ACM_Name*)obj->get_parent(); // // objects with C linkage and global namespace variables are not mangled // if (obj->Language () == CLanguage::LANG_C || // (scope->GlobalScope () && !obj->FunctionInfo ())) { // out << obj->Name (); // return; // } // global namespace variables are not mangled (why not?) if (obj->type_val () != JPT_Function && scope->get_name () == "::") { out << obj->get_name (); return; } // mangle the function name out << "_Z"; // print the (possibly nested) scope of the function if (scope->get_name () != "::") { out << "N"; // possible CV qualifier of member functions must be printed here if (func) { if (func->get_cv_qualifiers () & CVQ_CONST) out << "K"; if (func->get_cv_qualifiers () & CVQ_VOLATILE) out << "V"; } scope_name (out, *scope); } if (func) { // print the function name (special handling) if (func->get_kind () == FT_CONSTRUCTOR) constr_name (out, func); else if (func->get_kind () == FT_DESTRUCTOR || func->get_kind () == FT_VIRTUAL_DESTRUCTOR || func->get_kind () == FT_PURE_VIRTUAL_DESTRUCTOR) destr_name (out, func); else if (func->get_name ().substr (0, 9) == "operator ") { op_name (out, func); } else out << func->get_name ().length () << func->get_name (); } else { out << obj->get_name ().length () << obj->get_name (); } // if this was a nested name, add the 'E' if (scope->get_name () != "::") out << "E"; if (func) { // print the argument types (also mangled) if (get_arg_count (*func) == 0) out << "v"; else { typedef ACM_Container C; C &arg_types = func->get_arg_types (); for (C::iterator i = arg_types.begin (); i != arg_types.end (); ++i) mangle (out, *i); // TI_Type::of (**i)->type_info ()->Mangled (out); } } } void Naming::mangle (ostream &out, ACM_Type *type) { MatchSignature &match_sig = type->get_match_sig(); if (match_sig.is_new()) match_sig.parse(format_type (*type)); match_sig.type().mangle(out); } void Naming::mangle (ostream &out, const ACM_Arg *arg) { // we only mangle the type of the argument, not its name MatchSignature match_sig; match_sig.parse(arg->get_type()); match_sig.type().mangle(out); } void Naming::bypass_id_class (ostream& out, ACM_Call *jpl) { out << "__ID"; mangle (out, (ACM_Name*)jpl->get_parent ()); if (jpl->get_lid () >= 0) out << "_" << jpl->get_lid (); } string Naming::bypass_caller_class (ACM_Class *cls) { ostringstream out; out << "__BYPASS"; mangle (out, cls); return out.str (); } void Naming::access_wrapper (ostream& out, ACM_Access *jpl, unsigned depth, int wrapper_number) { out << "__" << jpl->type_str() << "_"; ACM_Name *parent = get_explicit_parent( *jpl ); mangle( out, parent ); if (jpl->get_lid () >= 0) out << "_" << jpl->get_lid (); out << "_" << depth; if(wrapper_number >= 0) { out << "_" << wrapper_number; } } void Naming::exec_inner (ostream& out, ACM_Code *jpl) { ACM_Function *func = (ACM_Function*)jpl->get_parent (); assert (func && (func->type_val () == JPT_Function)); out << "__exec_old_"; if (func->get_kind () == FT_CONSTRUCTOR) constr_name (out, func); else if (func->get_kind () == FT_DESTRUCTOR || func->get_kind () == FT_VIRTUAL_DESTRUCTOR || func->get_kind () == FT_PURE_VIRTUAL_DESTRUCTOR) destr_name (out, func); else if (func->get_name ().substr (0, 9) == "operator ") { op_name (out, func); } else out << func->get_name (); } void Naming::action_wrapper (ostream &out, ACM_Any *loc, unsigned depth) { out << "__action_func"; } void Naming::exec_advice (ostream& out, ACM_Execution *jpl, AdviceInfo *adv) { out << "__" << (adv->name ().c_str() + 1); } void Naming::call_advice (ostream& out, ACM_Call *jpl, AdviceInfo *adv) { out << "__" << (adv->name ().c_str() + 1); } void Naming::local_id (ostream& out, ACM_Code *jpl) { if (jpl->type_val () & JPT_Access) { ACM_Access *jpl_code = (ACM_Access*)jpl; if (jpl_code->get_lid () >= 0) out << "_" << jpl_code->get_lid(); } } void Naming::tjp_struct(ostream& out, ACM_Code *loc, int depth) { out << "TJP_"; ACM_Name *parent = get_explicit_parent( *loc ); mangle( out, parent ); local_id (out, loc); out << "_" << depth; } void Naming::tjp_instance(ostream& out, ACM_Code *loc) { out << "tjp"; } void Naming::tjp_args_array(ostream& out, ACM_Code *loc) { out << "args_"; ACM_Name *parent = get_explicit_parent( *loc ); mangle( out, parent ); local_id (out, loc); } void Naming::tjp_argtypes(ostream& out, ACM_Code *loc) { out << "argtypes_"; ACM_Name *parent = get_explicit_parent( *loc ); mangle( out, parent ); local_id (out, loc); } void Naming::cflow (ostream& out, ACM_Aspect &jpl_aspect, int index) { out << "::AC::CFlow<" << signature(jpl_aspect) << "," << index << ">"; } bool Naming::is_tjp_object (const char *candidate) { return strcmp (candidate, "tjp") == 0 || strcmp (candidate, "thisJoinPoint") == 0; } void Naming::tjp_typedef (ostream& out, const char *name) { out << "__JP_" << name; } void Naming::type_check_func (ostream &out, ACM_Class &in, const string &name) { out << "__ac_"; scope_name (out, in); out << "is_" << name; } void Naming::guard (ostream &out, ACFileID unit) { out << "__ac_guard_"; mangle_file (out, unit); } void Naming::mangle_file (ostream &out, ACFileID file_id) { // TODO: better is unit->absolutePath() but the implementation is strange and // has to be changed. Puma::Filename name; if (Puma::SysCall::canonical (file_id.name ().c_str (), name)) mangle_file (out, name.name ()); } void Naming::mangle_file (ostream &out, const char *name) { const char *curr = name; while (*curr) { if (*curr == '_' || isalnum (*curr)) out << *curr; else if (*curr == '/' || *curr == '\\' || *curr == ':' || *curr == '.') out << "_"; else out << 'X' << (unsigned int)*(unsigned char*)curr; curr++; } out << "__"; } aspectc++/AspectC++/PaxHeaders.4702/ClangPreprocessor.cc0000644000000000000000000000007412740141200017705 xustar0030 atime=1468174988.134166786 30 ctime=1468174988.134166786 aspectc++/AspectC++/ClangPreprocessor.cc0000644000175000001440000001245412740141200020075 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "ClangPreprocessor.h" #include "IncludeGraph.h" #include "IntroductionUnit.h" #include "clang/Frontend/CompilerInstance.h" #include "clang/Lex/Preprocessor.h" using namespace clang; ClangPreprocessor::ClangPreprocessor (const string &tunit_name, ACConfig &conf, IncludeGraph &include_graph, ACProject &project) : _conf(conf), _project(project), _tunit_name(tunit_name) { CompilerInstance &CI = *_project.get_compiler_instance(); #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) CI.createPreprocessor(); #else // C++ 11 interface CI.createPreprocessor(clang::TU_Complete); #endif Preprocessor &PP = CI.getPreprocessor(); CI.getDiagnosticClient().BeginSourceFile(CI.getLangOpts(), &PP); #if FRONTEND_CLANG < 38 PP.getBuiltinInfo().InitializeBuiltins(PP.getIdentifierTable(), PP.getLangOpts()); #else // new interface (lowercase 'I') PP.getBuiltinInfo().initializeBuiltins(PP.getIdentifierTable(), PP.getLangOpts()); #endif CI.InitializeSourceManager(FrontendInputFile(tunit_name, IK_CXX)); PP.EnterMainSourceFile(); #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) PP.addPPCallbacks(new IncludeGraph::IncludeGraphCallback(include_graph)); #else // C++ 11 interface PP.addPPCallbacks(std::unique_ptr(new IncludeGraph::IncludeGraphCallback(include_graph))); #endif next_token(); } ClangPreprocessor::~ClangPreprocessor () { CompilerInstance &CI = *_project.get_compiler_instance(); CI.getDiagnosticClient().EndSourceFile(); CI.getPreprocessor().EndSourceFile(); } bool ClangPreprocessor::keywords_enabled (clang::SourceLocation loc) const { SourceManager &SM = _project.get_compiler_instance()->getSourceManager(); ACFileID funit = SM.getFileEntryForID(SM.getFileID(SM.getExpansionLoc (loc))); if (!funit.is_valid() || !_project.isBelow(funit.name().c_str ())) return false; string name = funit.name (); size_t len = name.length(); if (len > 2 && strcmp (name.c_str () + (len - 3), ".ah") == 0) return true; return _conf.keywords(); } ACErrorStream &ClangPreprocessor::err () const { return _project.err (); } ACToken ClangPreprocessor::next_token () { Preprocessor &PP = _project.get_compiler_instance()->getPreprocessor(); clang::Token tok; PP.Lex(tok); _current_token = ACToken(tok, keywords_enabled(tok.getLocation())); if (!_recorded_tokens.empty()) _recorded_tokens.push_back(_current_token); return _current_token; } ACToken ClangPreprocessor::curr_token () { return _current_token; } ACToken ClangPreprocessor::look_ahead (int n) { Preprocessor &PP = _project.get_compiler_instance()->getPreprocessor(); clang::Token Tok(PP.LookAhead(n - 1)); return ACToken(Tok, keywords_enabled(Tok.getLocation())); } // functions to record the token stream void ClangPreprocessor::start_recording () { if (_recorded_tokens.empty()) _recorded_tokens.push_back(curr_token()); } ClangPreprocessor::TokenVector ClangPreprocessor::stop_recording () { TokenVector result; std::swap(result, _recorded_tokens); return result; } ACFileID ClangPreprocessor::source_unit (ACToken token) const { SourceManager &SM = _project.get_compiler_instance()->getSourceManager(); return SM.getFileEntryForID(SM.getFileID(SM.getExpansionLoc (token.location ()))); } // check whether a token is located within the files of the project bool ClangPreprocessor::is_in_project(ACToken token) const { ACFileID funit = source_unit(token); return funit.is_valid() && _project.isBelow(funit.name().c_str ()); } std::string ClangPreprocessor::token_text (ACToken tok) const { Preprocessor &PP = _project.get_compiler_instance()->getPreprocessor(); return PP.getSpelling(tok.get()); } unsigned ClangPreprocessor::token_line_number (ACToken tok) const { SourceManager &SM = _project.get_compiler_instance()->getSourceManager(); return SM.getPresumedLineNumber(tok.location()); } aspectc++/AspectC++/PaxHeaders.4702/AdviceInfo.h0000644000000000000000000000007412740141200016123 xustar0030 atime=1468174988.134166786 30 ctime=1468174988.134166786 aspectc++/AspectC++/AdviceInfo.h0000644000175000001440000000500312740141200016303 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __AdviceInfo_h__ #define __AdviceInfo_h__ #include using namespace std; #include "PointCut.h" #include "Binding.h" #include "BackEndProblems.h" #include "PointCutExpr.h" #include "ACModel/Elements.h" class AspectInfo; class ThisJoinPoint; class AdviceInfo { AspectInfo &_aspect_info; ACM_Aspect &_aspect; PointCut _pointcut; Binding _binding; PointcutExpression _pointcut_expr; ACM_AdviceCode &_code; public: AdviceInfo (AspectInfo &ai, ACM_AdviceCode &c); ACM_Aspect &aspect () const { return _aspect; } ACM_AdviceCode &code () const { return _code; } AspectInfo &aspect_info () const { return _aspect_info; } PointCut &pointcut () { return _pointcut; } Binding &binding () { return _binding; } PointcutExpression &pointcut_expr () { return _pointcut_expr; } void gen_invocation_func (ostream &out, bool def, const BackEndProblems &bep); void gen_invocation_func_call (ostream &stmt, const char* tjp_tp, const char *tjp_obj); void gen_binding_template (ostream &out, const char *jpname, const BackEndProblems &bep); std::string scope_name() { return signature(*(ACM_Aspect*)_code.get_parent()); } std::string name (); AdviceCodeType type() { return _code.get_kind(); } // add the TJP-flags of this advice to the given tjp object void addTJPFlags(ThisJoinPoint &tjp); }; #endif // __AdviceInfo_h__ aspectc++/AspectC++/PaxHeaders.4702/PumaIncludeExpander.h0000644000000000000000000000007412740141200020011 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/AspectC++/PumaIncludeExpander.h0000644000175000001440000000546112740141200020201 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __puma_include_expander_h__ #define __puma_include_expander_h__ // Visitor, which expands all project-local includes #include "Puma/PreVisitor.h" #include "Puma/BCStack.h" #include "Puma/Token.h" #include "Puma/Unit.h" #include "ACUnit.h" #include "ACToken.h" #include "ACErrorStream.h" namespace Puma { class CProject; class Token; } // namespace Puma class LineDirectiveMgr; class PumaIncludeExpander : public Puma::PreVisitor { struct File { Puma::Unit *_unit; ACToken _next; File (Puma::Unit *u = 0) : _unit (u), _next (0) { if (_unit) _next = ACToken ((Puma::Token*)_unit->first ()); } }; ACErrorStream &_err; Puma::CProject &_project; LineDirectiveMgr &_line_mgr; ACUnit _unit; Puma::BCStack _files; int _depth; int _ext_depth; Puma::Unit *_root; // Go through the nodes of the syntax tree. void iterateNodes (Puma::PreTree*); // expand tokens from a unit (write them into the result unit) void write (Puma::Unit *unit, ACToken first, ACToken last); // write a string into the unit void write (const char *str); // print the rest of the topmost unit void finish (); // pop elements from the include stack until depth 'up_to' void rewind (int up_to); // Visiting the parts of the preprocessor syntax tree. void visitPreIncludeDirective_Pre (Puma::PreIncludeDirective*); public: PumaIncludeExpander (ACErrorStream &err, Puma::CProject &project, LineDirectiveMgr &ldm) : _err (err), _project (project), _line_mgr (ldm), _unit (err), _root (0) {} virtual ~PumaIncludeExpander () {} void expand (const char *file); ACUnit &unit () { return _unit; } }; #endif // __puma_include_expander_h__ aspectc++/AspectC++/PaxHeaders.4702/Plan.h0000644000000000000000000000007412740141200015006 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/Plan.h0000644000175000001440000001230412740141200015170 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __Plan_h__ #define __Plan_h__ #include #include #include #include using namespace std; #include "ACModel/Elements.h" #include "OrderPlanner.h" #include "Condition.h" #include "ACErrorStream.h" #include "Puma/Array.h" #include "ACConfig.h" class AdviceInfo; class OrderInfo; class IntroductionInfo; class AspectInfo; class CFlow; class ProjectModel; class Plan { public: typedef set AspectContainer; ACConfig &_conf; ACErrorStream &_err; ProjectModel &_jpm; Puma::Array _advice_infos; list _introduction_infos; list _order_infos; set _aspect_infos; Puma::Array _access_jpls; Puma::Array _exec_jpls; Puma::Array _cons_jpls; Puma::Array _dest_jpls; Puma::Array _class_jpls; TypeCheckSet _type_checks_false; TypeCheckSet _type_checks_true; typedef map*> IntroMap; IntroMap _intro_map; // unsorted intros per class typedef map*> AdviceMap; AdviceMap _advice_map; // unsorted advice per code joinpoint struct LessAspectPtr : public std::binary_function { bool operator() (const ACM_Aspect * a1, const ACM_Aspect* a2) const { return *a1 < *a2; } }; set _sorted_aspects; void issue (ACM_Code &jpl, ACM_CodeAdvice *ca); void issue (ACM_Class &jpl, ACM_Introduction *ii); // collect and register all introductions, advice code, and order advice // triggered by a concrete aspect or any of its base aspects void collect_advice (AspectInfo *aspect_info, ACM_Aspect &checked_aspect); // check the plan for a specific join point void check (ACM_Code &jpl, OrderPlanner &order_planner); // check the plan for a specific join point void check (ACM_Class &jpl, OrderPlanner &order_planner); public: Plan (ACErrorStream &e, ProjectModel &jpm, ACConfig&); ~Plan (); // manage advice and aspect ressources AspectInfo *addAspect (ACM_Aspect &); AspectContainer &aspect_infos () { return _aspect_infos; } AdviceInfo *addAdvice (AspectInfo &ai, ACM_AdviceCode &code); IntroductionInfo *addIntroduction (ACM_Aspect &jpl_aspect, ACM_Introduction &intro); OrderInfo *addOrder (ACM_Aspect &a, ACM_Order &o); const list &order_infos () const { return _order_infos; } const list &introduction_infos () const { return _introduction_infos; } // consider a join point and advice/intro in the plan void consider( ACM_Code *jpl, const Condition &cond, AdviceInfo *ai ); void consider (ACM_Class &jpl, ACM_Introduction *intro); void consider (ACM_Code *jpl, const CFlow& cflow); void consider( ACM_Code *jpl ); // simple version for including parents of implicit joinpoints // calculate the order for a single join points void order (ACM_Any *jpl); // calculate the order for all code join points void sort_access_joinpoints(); void order_code_joinpoints (); // read the accumulated plans int access_jp_plans () const { return _access_jpls.length (); } ACM_Access &access_jp_loc (int i) const { return *(ACM_Access*)_access_jpls.lookup (i); } int exec_jp_plans () const { return _exec_jpls.length (); } ACM_Execution &exec_jp_loc (int i) const { return *(ACM_Execution*)_exec_jpls.lookup (i); } int cons_jp_plans () const { return _cons_jpls.length (); } ACM_Construction &cons_jp_loc (int i) const { return *(ACM_Construction*)_cons_jpls.lookup (i); } int dest_jp_plans () const { return _dest_jpls.length (); } ACM_Destruction &dest_jp_loc (int i) const { return *(ACM_Destruction*)_dest_jpls.lookup (i); } int class_jp_plans () const { return _class_jpls.length (); } ACM_Class &class_jp_loc (int i) const { return *(ACM_Class*)_class_jpls.lookup (i); } const TypeCheckSet &type_checks_false () const { return _type_checks_false; } const TypeCheckSet &type_checks_true () const { return _type_checks_true; } }; #endif // __Plan_h__ aspectc++/AspectC++/PaxHeaders.4702/BackEndProblems.h0000644000000000000000000000007412740141200017107 xustar0030 atime=1468174988.294169418 30 ctime=1468174988.294169418 aspectc++/AspectC++/BackEndProblems.h0000644000175000001440000000267412740141200017302 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __BackEndProblems_h__ #define __BackEndProblems_h__ #include using std::string; // this structure describes the problems of the back-end compiler struct BackEndProblems { bool _local_class; bool _spec_scope; bool _use_always_inline; bool _warn_macro; bool _warn_deprecated; }; #endif // __BackEndProblems_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangInclusionRewriter.cc0000644000000000000000000000007412740141200020706 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.112166425 aspectc++/AspectC++/ClangInclusionRewriter.cc0000644000175000001440000006325012740141200021076 0ustar00osusers00000000000000//===--- InclusionRewriter.cpp - Rewrite includes into their expansions ---===// // // The LLVM Compiler Infrastructure // // This file is distributed under the University of Illinois Open Source // License. See LICENSE.TXT for details. // //===----------------------------------------------------------------------===// // // This code rewrites include invocations into their expansions. This gives you // a file with all included files merged into it. // //===----------------------------------------------------------------------===// #include "ClangInclusionRewriter.h" #include "clang/Basic/Version.h" #include "clang/Basic/SourceManager.h" #include "clang/Frontend/PreprocessorOutputOptions.h" #include "clang/Lex/HeaderSearch.h" #include "clang/Lex/Pragma.h" #include "clang/Lex/Preprocessor.h" #include "llvm/ADT/SmallString.h" #include "llvm/Support/raw_ostream.h" #include using namespace std; using namespace clang; using namespace llvm; namespace { class InclusionRewriter : public PPCallbacks { /// Information about which #includes were actually performed, /// created by preprocessor callbacks. struct FileChange { const Module *Mod; SourceLocation From; FileID Id; SrcMgr::CharacteristicKind FileType; FileChange(SourceLocation From, const Module *Mod) : Mod(Mod), From(From) { } }; Preprocessor &PP; ///< Used to find inclusion directives. SourceManager &SM; ///< Used to read and manage source files. raw_ostream &OS; ///< The destination stream for rewritten contents. const llvm::MemoryBuffer *PredefinesBuffer; ///< The preprocessor predefines. bool ShowLineMarkers; ///< Show #line markers. bool UseLineDirective; ///< Use of line directives or line markers. typedef std::map FileChangeMap; FileChangeMap FileChanges; ///< Tracks which files were included where. /// Used transitively for building up the FileChanges mapping over the /// various \c PPCallbacks callbacks. FileChangeMap::iterator LastInsertedFileChange; public: InclusionRewriter(Preprocessor &PP, raw_ostream &OS, bool ShowLineMarkers, FileExpansionStrategy *strategy = 0); bool Process(FileID FileId, SrcMgr::CharacteristicKind FileType); void setPredefinesBuffer(const llvm::MemoryBuffer *Buf) { PredefinesBuffer = Buf; } private: virtual void FileChanged(SourceLocation Loc, FileChangeReason Reason, SrcMgr::CharacteristicKind FileType, FileID PrevFID); virtual void FileSkipped(const FileEntry &ParentFile, const Token &FilenameTok, SrcMgr::CharacteristicKind FileType); virtual void InclusionDirective(SourceLocation HashLoc, const Token &IncludeTok, StringRef FileName, bool IsAngled, CharSourceRange FilenameRange, const FileEntry *File, StringRef SearchPath, StringRef RelativePath, const Module *Imported); void WriteLineInfo(const char *Filename, int Line, SrcMgr::CharacteristicKind FileType, StringRef EOL, StringRef Extra = StringRef()); void WriteImplicitModuleImport(const Module *Mod, StringRef EOL); void OutputContentUpTo(const MemoryBuffer &FromFile, unsigned &WriteFrom, unsigned WriteTo, StringRef EOL, int &lines, bool EnsureNewline = false); void CommentOutDirective(Lexer &DirectivesLex, const Token &StartToken, const MemoryBuffer &FromFile, StringRef EOL, unsigned &NextToWrite, int &Lines); bool HandleHasInclude(FileID FileId, Lexer &RawLex, const DirectoryLookup *Lookup, Token &Tok, bool &FileExists); const FileChange *FindFileChangeLocation(SourceLocation Loc) const; StringRef NextIdentifierName(Lexer &RawLex, Token &RawToken); FileExpansionStrategy *aspect; }; } // end anonymous namespace /// Initializes an InclusionRewriter with a \p PP source and \p OS destination. InclusionRewriter::InclusionRewriter(Preprocessor &PP, raw_ostream &OS, bool ShowLineMarkers, FileExpansionStrategy *strategy) : PP(PP), SM(PP.getSourceManager()), OS(OS), PredefinesBuffer(0), ShowLineMarkers(ShowLineMarkers), LastInsertedFileChange(FileChanges.end()), aspect(strategy) { // If we're in microsoft mode, use normal #line instead of line markers. UseLineDirective = true; // We always want #line in AspectC++. } /// Write appropriate line information as either #line directives or GNU line /// markers depending on what mode we're in, including the \p Filename and /// \p Line we are located at, using the specified \p EOL line separator, and /// any \p Extra context specifiers in GNU line directives. void InclusionRewriter::WriteLineInfo(const char *Filename, int Line, SrcMgr::CharacteristicKind FileType, StringRef EOL, StringRef Extra) { if (!ShowLineMarkers) return; if (UseLineDirective) { OS << "#line" << ' ' << Line << ' ' << '"'; OS.write_escaped(Filename); OS << '"'; } else { // Use GNU linemarkers as described here: // http://gcc.gnu.org/onlinedocs/cpp/Preprocessor-Output.html OS << '#' << ' ' << Line << ' ' << '"'; OS.write_escaped(Filename); OS << '"'; if (!Extra.empty()) OS << Extra; if (FileType == SrcMgr::C_System) // "`3' This indicates that the following text comes from a system header // file, so certain warnings should be suppressed." OS << " 3"; else if (FileType == SrcMgr::C_ExternCSystem) // as above for `3', plus "`4' This indicates that the following text // should be treated as being wrapped in an implicit extern "C" block." OS << " 3 4"; } OS << EOL; } void InclusionRewriter::WriteImplicitModuleImport(const Module *Mod, StringRef EOL) { OS << "@import " << Mod->getFullModuleName() << ";" << " /* clang -frewrite-includes: implicit import */" << EOL; } /// FileChanged - Whenever the preprocessor enters or exits a #include file /// it invokes this handler. void InclusionRewriter::FileChanged(SourceLocation Loc, FileChangeReason Reason, SrcMgr::CharacteristicKind NewFileType, FileID) { if (Reason != EnterFile) return; if (LastInsertedFileChange == FileChanges.end()) // we didn't reach this file (eg: the main file) via an inclusion directive return; LastInsertedFileChange->second.Id = FullSourceLoc(Loc, SM).getFileID(); LastInsertedFileChange->second.FileType = NewFileType; LastInsertedFileChange = FileChanges.end(); } /// Called whenever an inclusion is skipped due to canonical header protection /// macros. void InclusionRewriter::FileSkipped(const FileEntry &/*ParentFile*/, const Token &/*FilenameTok*/, SrcMgr::CharacteristicKind /*FileType*/) { assert(LastInsertedFileChange != FileChanges.end() && "A file, that wasn't " "found via an inclusion directive, was skipped"); FileChanges.erase(LastInsertedFileChange); LastInsertedFileChange = FileChanges.end(); } /// This should be called whenever the preprocessor encounters include /// directives. It does not say whether the file has been included, but it /// provides more information about the directive (hash location instead /// of location inside the included file). It is assumed that the matching /// FileChanged() or FileSkipped() is called after this. void InclusionRewriter::InclusionDirective(SourceLocation HashLoc, const Token &/*IncludeTok*/, StringRef /*FileName*/, bool /*IsAngled*/, CharSourceRange /*FilenameRange*/, const FileEntry * /*File*/, StringRef /*SearchPath*/, StringRef /*RelativePath*/, const Module *Imported) { assert(LastInsertedFileChange == FileChanges.end() && "Another inclusion " "directive was found before the previous one was processed"); std::pair p = FileChanges.insert( std::make_pair(HashLoc.getRawEncoding(), FileChange(HashLoc, Imported))); assert(p.second && "Unexpected revisitation of the same include directive"); if (!Imported) LastInsertedFileChange = p.first; } /// Simple lookup for a SourceLocation (specifically one denoting the hash in /// an inclusion directive) in the map of inclusion information, FileChanges. const InclusionRewriter::FileChange * InclusionRewriter::FindFileChangeLocation(SourceLocation Loc) const { FileChangeMap::const_iterator I = FileChanges.find(Loc.getRawEncoding()); if (I != FileChanges.end()) return &I->second; return NULL; } /// Detect the likely line ending style of \p FromFile by examining the first /// newline found within it. static StringRef DetectEOL(const MemoryBuffer &FromFile) { // detect what line endings the file uses, so that added content does not mix // the style const char *Pos = strchr(FromFile.getBufferStart(), '\n'); if (Pos == NULL) return "\n"; if (Pos + 1 < FromFile.getBufferEnd() && Pos[1] == '\r') return "\n\r"; if (Pos - 1 >= FromFile.getBufferStart() && Pos[-1] == '\r') return "\r\n"; return "\n"; } /// Writes out bytes from \p FromFile, starting at \p NextToWrite and ending at /// \p WriteTo - 1. void InclusionRewriter::OutputContentUpTo(const MemoryBuffer &FromFile, unsigned &WriteFrom, unsigned WriteTo, StringRef EOL, int &Line, bool EnsureNewline) { if (WriteTo <= WriteFrom) return; if (&FromFile == PredefinesBuffer) { // Ignore the #defines of the predefines buffer. WriteFrom = WriteTo; return; } OS.write(FromFile.getBufferStart() + WriteFrom, WriteTo - WriteFrom); // count lines manually, it's faster than getPresumedLoc() Line += std::count(FromFile.getBufferStart() + WriteFrom, FromFile.getBufferStart() + WriteTo, '\n'); if (EnsureNewline) { char LastChar = FromFile.getBufferStart()[WriteTo - 1]; if (LastChar != '\n' && LastChar != '\r') OS << EOL; } WriteFrom = WriteTo; } /// Print characters from \p FromFile starting at \p NextToWrite up until the /// inclusion directive at \p StartToken, then print out the inclusion /// inclusion directive disabled by a #if directive, updating \p NextToWrite /// and \p Line to track the number of source lines visited and the progress /// through the \p FromFile buffer. void InclusionRewriter::CommentOutDirective(Lexer &DirectiveLex, const Token &StartToken, const MemoryBuffer &FromFile, StringRef EOL, unsigned &NextToWrite, int &Line) { OutputContentUpTo(FromFile, NextToWrite, SM.getFileOffset(StartToken.getLocation()), EOL, Line); // The eod-token can contain a multi-line comment. Therefore we end // our "commented-out" comment after the token, that is in front of the // eod-token. Afterwards we write the eod-token. Token DirectiveToken; Token prev_directive_token; int token_count = 0; do { prev_directive_token = DirectiveToken; DirectiveLex.LexFromRawLexer(DirectiveToken); ++token_count; } while (!DirectiveToken.is(tok::eod) && DirectiveToken.isNot(tok::eof)); // OS << "#if 0 /* expanded by -frewrite-includes */" << EOL; if(token_count <= 1) { // If DirectiveToken is still the first token, then we have no previous token. // Set prev_directive_token to the first token: prev_directive_token = DirectiveToken; } OS << " /* commented-out by ac++ include expander: "; OutputContentUpTo(FromFile, NextToWrite, SM.getFileOffset(prev_directive_token.getLocation()) + prev_directive_token.getLength(), EOL, Line); OS << " */ "; OutputContentUpTo(FromFile, NextToWrite, SM.getFileOffset(DirectiveToken.getLocation()) + DirectiveToken.getLength(), EOL, Line); // OS << "#endif /* expanded by -frewrite-includes */" << EOL; } /// Find the next identifier in the pragma directive specified by \p RawToken. StringRef InclusionRewriter::NextIdentifierName(Lexer &RawLex, Token &RawToken) { RawLex.LexFromRawLexer(RawToken); if (RawToken.is(tok::raw_identifier)) PP.LookUpIdentifierInfo(RawToken); if (RawToken.is(tok::identifier)) return RawToken.getIdentifierInfo()->getName(); return StringRef(); } // Expand __has_include and __has_include_next if possible. If there's no // definitive answer return false. bool InclusionRewriter::HandleHasInclude( FileID FileId, Lexer &RawLex, const DirectoryLookup *Lookup, Token &Tok, bool &FileExists) { // Lex the opening paren. RawLex.LexFromRawLexer(Tok); if (Tok.isNot(tok::l_paren)) return false; RawLex.LexFromRawLexer(Tok); SmallString<128> FilenameBuffer; StringRef Filename; // Since the raw lexer doesn't give us angle_literals we have to parse them // ourselves. // FIXME: What to do if the file name is a macro? if (Tok.is(tok::less)) { RawLex.LexFromRawLexer(Tok); FilenameBuffer += '<'; do { if (Tok.is(tok::eod)) // Sanity check. return false; if (Tok.is(tok::raw_identifier)) PP.LookUpIdentifierInfo(Tok); // Get the string piece. SmallVector TmpBuffer; bool Invalid = false; StringRef TmpName = PP.getSpelling(Tok, TmpBuffer, &Invalid); if (Invalid) return false; FilenameBuffer += TmpName; RawLex.LexFromRawLexer(Tok); } while (Tok.isNot(tok::greater)); FilenameBuffer += '>'; Filename = FilenameBuffer; } else { if (Tok.isNot(tok::string_literal)) return false; bool Invalid = false; Filename = PP.getSpelling(Tok, FilenameBuffer, &Invalid); if (Invalid) return false; } // Lex the closing paren. RawLex.LexFromRawLexer(Tok); if (Tok.isNot(tok::r_paren)) return false; // Now ask HeaderInfo if it knows about the header. // FIXME: Subframeworks aren't handled here. Do we care? bool isAngled = PP.GetIncludeFilenameSpelling(Tok.getLocation(), Filename); const DirectoryLookup *CurDir; #if FRONTEND_CLANG < 35 const FileEntry *File = PP.getHeaderSearchInfo().LookupFile( Filename, isAngled, 0, CurDir, PP.getSourceManager().getFileEntryForID(FileId), 0, 0, 0, false); #else // C++ 11 interface const FileEntry *FileEnt = PP.getSourceManager().getFileEntryForID(FileId); SmallVector, 1> Includers; Includers.push_back(std::make_pair(FileEnt, FileEnt->getDir())); #if FRONTEND_CLANG < 38 const FileEntry *File = PP.getHeaderSearchInfo().LookupFile( Filename, SourceLocation(), isAngled, nullptr, CurDir, Includers, nullptr, nullptr, nullptr, false); #else // FIXME: Why don't we call PP.LookupFile here? const FileEntry *File = PP.getHeaderSearchInfo().LookupFile( Filename, SourceLocation(), isAngled, nullptr, CurDir, Includers, nullptr, nullptr, nullptr, nullptr, false); #endif #endif FileExists = File != 0; return true; } /// Use a raw lexer to analyze \p FileId, incrementally copying parts of it /// and including content of included files recursively. bool InclusionRewriter::Process(FileID FileId, SrcMgr::CharacteristicKind FileType) { bool Invalid; const MemoryBuffer &FromFile = *SM.getBuffer(FileId, &Invalid); if (Invalid) // invalid inclusion return false; const char *FileName = FromFile.getBufferIdentifier(); Lexer RawLex(FileId, &FromFile, PP.getSourceManager(), PP.getLangOpts()); RawLex.SetCommentRetentionState(false); StringRef EOL = DetectEOL(FromFile); // Per the GNU docs: "1" indicates the start of a new file. WriteLineInfo(FileName, 1, FileType, EOL, " 1"); if (SM.getFileIDSize(FileId) == 0) return false; // The next byte to be copied from the source file unsigned NextToWrite = 0; int Line = 1; // The current input file line number. // Ignore UTF-8 BOM, otherwise it'd end up somewhere else than the start // of the resulting file. if (FromFile.getBuffer().startswith("\xEF\xBB\xBF")) NextToWrite = 3; Token RawToken; RawLex.LexFromRawLexer(RawToken); // TODO: Consider adding a switch that strips possibly unimportant content, // such as comments, to reduce the size of repro files. while (RawToken.isNot(tok::eof)) { if (RawToken.is(tok::hash) && RawToken.isAtStartOfLine()) { RawLex.setParsingPreprocessorDirective(true); Token HashToken = RawToken; RawLex.LexFromRawLexer(RawToken); if (RawToken.is(tok::raw_identifier)) PP.LookUpIdentifierInfo(RawToken); if (RawToken.getIdentifierInfo() != NULL) { switch (RawToken.getIdentifierInfo()->getPPKeywordID()) { case tok::pp_include: case tok::pp_include_next: case tok::pp_import: { const FileChange *Change = FindFileChangeLocation( HashToken.getLocation()); if (aspect && Change && !aspect->should_expand_file(FileId, Change->Id)) break; CommentOutDirective(RawLex, HashToken, FromFile, EOL, NextToWrite, Line); StringRef LineInfoExtra; if (Change) { if (Change->Mod) { WriteImplicitModuleImport(Change->Mod, EOL); // else now include and recursively process the file } else if (Process(Change->Id, Change->FileType)) { // and set lineinfo back to this file, if the nested one was // actually included // `2' indicates returning to a file (after having included // another file. LineInfoExtra = " 2"; } // new for AspectC++ PresumedLoc PLoc = SM.getPresumedLoc(HashToken.getLocation()); WriteLineInfo(PLoc.getFilename (), PLoc.getLine() + 1, FileType, EOL, LineInfoExtra); // end new } // fix up lineinfo (since commented out directive changed line // numbers) for inclusions that were skipped due to header guards // not needed for AspectC++ // WriteLineInfo(FileName, Line, FileType, EOL, LineInfoExtra); break; } case tok::pp_pragma: { StringRef Identifier = NextIdentifierName(RawLex, RawToken); if (Identifier == "clang" || Identifier == "GCC") { if (NextIdentifierName(RawLex, RawToken) == "system_header") { // keep the directive in, commented out CommentOutDirective(RawLex, HashToken, FromFile, EOL, NextToWrite, Line); // update our own type FileType = SM.getFileCharacteristic(RawToken.getLocation()); // not needed for AspectC++ // WriteLineInfo(FileName, Line, FileType, EOL); } } else if (Identifier == "once") { // keep the directive in, commented out CommentOutDirective(RawLex, HashToken, FromFile, EOL, NextToWrite, Line); // not needed for AspectC++ // WriteLineInfo(FileName, Line, FileType, EOL); } break; } case tok::pp_if: case tok::pp_elif: { bool elif = (RawToken.getIdentifierInfo()->getPPKeywordID() == tok::pp_elif); // Rewrite special builtin macros to avoid pulling in host details. do { // Walk over the directive. RawLex.LexFromRawLexer(RawToken); if (RawToken.is(tok::raw_identifier)) PP.LookUpIdentifierInfo(RawToken); if (RawToken.is(tok::identifier)) { bool HasFile; SourceLocation Loc = RawToken.getLocation(); // Rewrite __has_include(x) if (RawToken.getIdentifierInfo()->isStr("__has_include")) { if (!HandleHasInclude(FileId, RawLex, 0, RawToken, HasFile)) continue; // Rewrite __has_include_next(x) } else if (RawToken.getIdentifierInfo()->isStr( "__has_include_next")) { const DirectoryLookup *Lookup = PP.GetCurDirLookup(); if (Lookup) ++Lookup; if (!HandleHasInclude(FileId, RawLex, Lookup, RawToken, HasFile)) continue; } else { continue; } // Replace the macro with (0) or (1), followed by the commented // out macro for reference. OutputContentUpTo(FromFile, NextToWrite, SM.getFileOffset(Loc), EOL, Line); OS << '(' << (int) HasFile << ")/*"; OutputContentUpTo(FromFile, NextToWrite, SM.getFileOffset(RawToken.getLocation()) + RawToken.getLength(), EOL, Line); OS << "*/"; } } while (RawToken.isNot(tok::eod)); if (elif) { OutputContentUpTo(FromFile, NextToWrite, SM.getFileOffset(RawToken.getLocation()) + RawToken.getLength(), EOL, Line, /*EnsureNewLine*/ true); // not needed for AspectC++ // WriteLineInfo(FileName, Line, FileType, EOL); } break; } case tok::pp_endif: case tok::pp_else: { // We surround every #include by #if 0 to comment it out, but that // changes line numbers. These are fixed up right after that, but // the whole #include could be inside a preprocessor conditional // that is not processed. So it is necessary to fix the line // numbers one the next line after each #else/#endif as well. RawLex.SetKeepWhitespaceMode(true); do { RawLex.LexFromRawLexer(RawToken); } while (RawToken.isNot(tok::eod) && RawToken.isNot(tok::eof)); OutputContentUpTo( FromFile, NextToWrite, SM.getFileOffset(RawToken.getLocation()) + RawToken.getLength(), EOL, Line, /*EnsureNewLine*/ true); // not needed for AspectC++ // WriteLineInfo(FileName, Line, FileType, EOL); RawLex.SetKeepWhitespaceMode(false); } default: break; } } RawLex.setParsingPreprocessorDirective(false); } RawLex.LexFromRawLexer(RawToken); } OutputContentUpTo(FromFile, NextToWrite, SM.getFileOffset(SM.getLocForEndOfFile(FileId)), EOL, Line, /*EnsureNewline*/true); return true; } /// InclusionRewriterInInput - Implement -frewrite-includes mode. void clang::RewriteIncludesInInput(Preprocessor &PP, raw_ostream *OS, const PreprocessorOutputOptions &Opts, FileExpansionStrategy *strategy) { SourceManager &SM = PP.getSourceManager(); InclusionRewriter *Rewrite = new InclusionRewriter(PP, *OS, Opts.ShowLineMarkers, strategy); #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) PP.addPPCallbacks(Rewrite); #else // C++ 11 interface PP.addPPCallbacks(std::unique_ptr(Rewrite)); #endif // Ignore all pragmas, otherwise there will be warnings about unknown pragmas // (because there's nothing to handle them). PP.AddPragmaHandler(new EmptyPragmaHandler()); // Ignore also all pragma in all namespaces created // in Preprocessor::RegisterBuiltinPragmas(). PP.AddPragmaHandler("GCC", new EmptyPragmaHandler()); PP.AddPragmaHandler("clang", new EmptyPragmaHandler()); // First let the preprocessor process the entire file and call callbacks. // Callbacks will record which #include's were actually performed. PP.EnterMainSourceFile(); Token Tok; // Only preprocessor directives matter here, so disable macro expansion // everywhere else as an optimization. // TODO: It would be even faster if the preprocessor could be switched // to a mode where it would parse only preprocessor directives and comments, // nothing else matters for parsing or processing. PP.SetMacroExpansionOnlyInDirectives(); do { PP.Lex(Tok); } while (Tok.isNot(tok::eof)); Rewrite->setPredefinesBuffer(SM.getBuffer(PP.getPredefinesFileID())); Rewrite->Process(PP.getPredefinesFileID(), SrcMgr::C_User); Rewrite->Process(SM.getMainFileID(), SrcMgr::C_User); OS->flush(); } aspectc++/AspectC++/PaxHeaders.4702/ThisJoinPoint.cc0000644000000000000000000000007412740141200017013 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/ThisJoinPoint.cc0000644000175000001440000006165212740141200017207 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "ThisJoinPoint.h" #include "Naming.h" #include "Binding.h" #include "ACModel/Utils.h" #include "ACResultBuffer.h" #include "AdviceInfo.h" #include using std::stringstream; using std::endl; // special setup function for bindings void ThisJoinPoint::setup (const Binding &binding) { if (binding._used) { _used |= (binding._this != 0) ? THAT : 0; _used |= (binding._target != 0) ? TARGET : 0; _used |= (binding._result != 0) ? RESULT : 0; _used |= (binding._args.length () > 0) ? ARG : 0; _used |= (PTR_INTERNAL_NEEDED|TYPE_INTERNAL_NEEDED); } } void ThisJoinPoint::check_field (const char* field, bool dyn_only) { if (strcmp (field, "signature") == 0) _used |= SIGNATURE; else if (strcmp (field, "filename") == 0) _used |= FILENAME; else if (strcmp (field, "line") == 0) _used |= LINE; else if (strcmp (field, "args") == 0) _used |= ARGS; else if (strcmp (field, "arg") == 0) _used |= ARG; else if (strcmp (field, "argtype") == 0) _used |= ARG_TYPE; else if (strcmp (field, "type") == 0) _used |= TYPE; else if (strcmp (field, "id") == 0 || (!dyn_only && strcmp (field, "JPID") == 0)) _used |= ID; else if (strcmp (field, "resulttype") == 0) _used |= RESULT_TYPE; else if (strcmp (field, "that") == 0) _used |= THAT; else if (strcmp (field, "target") == 0) _used |= TARGET; else if (strcmp (field, "result") == 0) _used |= RESULT; else if (strcmp (field, "entity") == 0) _used |= ENTITY; else if (strcmp (field, "memberptr") == 0) _used |= MEMBERPTR; else if (strcmp (field, "array") == 0) _used |= ARRAY; else if (strcmp (field, "idx") == 0) _used |= IDX; else if (strcmp (field, "jptype") == 0) _used |= JP_TYPE; else if (strcmp (field, "action") == 0) _used |= ACTION; else if (strcmp (field, "wrapper") == 0) _used |= WRAPPER; else if (strcmp (field, "proceed") == 0) { _used |= PROCEED_ADVICE; _proceed_calls++; } } bool ThisJoinPoint::check_type (const string &name) { if (name == "JoinPoint") { _used |= TYPE_ADVICE_NEEDED; return true; } return false; } bool ThisJoinPoint::check_obj (const string &name) { if (name == "tjp") { _used |= (PTR_ADVICE_NEEDED | TYPE_ADVICE_NEEDED); return true; } else if (name == "thisJoinPoint") { _used |= (PTR_ADVICE_NEEDED | PTR_ALIAS_NEEDED | TYPE_ADVICE_NEEDED); return true; } return false; } // Checks if it is necessary to weave additionally things like call wrapper // arguments to ensure correct runtime checks void ThisJoinPoint::check_condition(const Condition& condition) { if (condition) { // that needed? TypeCheckSet tcs; condition.checks_for_that(tcs); if(!tcs.empty()) { _used |= THAT; } } } void ThisJoinPoint::gen_tjp_struct (ostream &code, ACM_Code *loc, BackEndProblems &bep, int depth) const { // the level 0 struct -> contains all the data and types code << "template type_val() & ( JPT_Access & ~ ( JPT_Call | JPT_Builtin ) ) ) code << "typename TDims, "; } #endif code << "typename TArgs"; if( _need_wormhole ) code << ", typename TWORMHOLE"; code << "> struct "; Naming::tjp_struct (code, loc, depth); if (depth > 0) { // the level N > 0 structs -> are derived from level N - 1 code << " : "; Naming::tjp_struct (code, loc, depth - 1); code << "type_val() & ( JPT_Access & ~ ( JPT_Call | JPT_Builtin ) ) ) code << "TDims, "; } #endif code << "TArgs"; if( _need_wormhole ) code << ", TWORMHOLE"; code << ">"; } else { // the level N == 0 structs are derived from AC::Action, if action() used if (useAction()) code << " : AC::Action"; } code << " {" << endl; code << " typedef "; Naming::tjp_struct (code, loc, depth); code << " __TJP;" << endl; // internal type definition if( depth != 0 ) return; // nothing to do, skip generation of lvl 0 parts stringstream types, data, fct; // start: type definitions -------------------------------------------------- bool res_is_undef = !has_result_type(*loc); bool res_is_ref = false; if (!res_is_undef) { ACM_Type *rtype = get_result_type (*loc); MatchSignature &match_sig = rtype->get_match_sig(); if (match_sig.is_new()) match_sig.parse(format_type (*rtype)); if (match_sig.type ().is_reference()) res_is_ref = true; } types << " typedef TResult" << ( res_is_ref ? "*" : "" ) << ( forced_const_result() ? " const" : "" ) << " Result;" << endl; types << " typedef TThat That;" << endl; types << " typedef TTarget Target;" << endl; #ifdef FRONTEND_CLANG // this feature is only available in Clang and if enabled on cmdline if( _enable_entity ) { types << " typedef TEntity Entity;" << endl; if( loc->type_val() & ( JPT_Access & ~ ( JPT_Call | JPT_Builtin ) ) ) { types << " enum { DIMS = TDims::Count };" << endl; types << " typedef typename TDims::template Array::Type Array;" << endl; types << " template struct Dim : AC::DIL_Op {};" << endl; } else types << " enum { DIMS = 0 };" << endl; if( memberptr_defined( loc ) ) types << " typedef " << ( array_defined( loc ) ? "Array" : "TEntity" ) << " TTarget::* MemberPtr;" << endl; else // use void * for non member entities (function returns 0) types << " typedef void * MemberPtr;" << endl; } #endif // argument count and types unsigned arg_count = get_arg_count( *loc ); types << " enum { ARGS = TArgs::ARGS };" << endl; if( forced_const_args() ) { types << " template struct Arg : AC::ArgCQ {};" << endl; } else types << " template struct Arg : AC::Arg {};" << endl; // join point id and type; // TODO: handle join-point ID in TJP if (id()) { int jpid = loc->get_jpid(); //(loc->assigned_id () == -1 ? loc->id () : loc->assigned_id ()); types << " static const int JPID = " << jpid << ";" << endl; } types << " static const AC::JPType JPTYPE = (AC::JPType)"; switch( loc->type_val() ) { // map to real ids if necessary case JPT_GetRef: types << JPT_Get; break; case JPT_SetRef: types << JPT_Set; break; default: types << loc->type_val(); break; } types << ";" << endl; // result type types << " struct Res {" << endl; types << " typedef " << (res_is_undef ? "void" : "TResult") << " " << (res_is_ref ? "&" : "") << "Type;" << endl; types << " typedef " << (res_is_undef ? "void" : "TResult") << " ReferredType;" << endl; types << " };" << endl; if( _need_wormhole ) types << " typedef TWORMHOLE __WORMHOLE;" << endl; // begin of static data ----------------------------------------------------- if (signature ()) { fct << " inline static const char *signature () { return \""; fct << ::signature (*loc) << "\";}" << endl; } if (filename ()) { fct << " inline static const char *filename () { return \""; fct << ::filename (*loc) << "\";}" << endl; } if (line ()) { fct << " inline static int line () { return "; fct << ::line(*loc) << ";}" << endl; } if (args ()) { fct << " inline static const int args () { return "; fct << arg_count << ";"; fct << " }" << endl; } if (type()) { fct << " inline static AC::Type type() { return "; fct << "\""; if (has_result_type(*loc)) Naming::mangle (fct, get_result_type(*loc)); list tlist; get_arg_types (*loc, tlist); for (list::iterator iter = tlist.begin(); iter != tlist.end(); ++iter) Naming::mangle (fct, *iter); fct << "\"; }" << endl; } if (id()) { fct << " inline static unsigned int id() { return JPID; }" << endl; } if (resulttype()) { fct << " inline static AC::Type resulttype() {return "; if (has_result_type(*loc)) { fct << "\""; Naming::mangle (fct, get_result_type(*loc)); fct << "\";"; } else fct << "\"\";"; fct << "}" << endl; } if (jptype()) { fct << " inline static AC::JPType jptype() { return JPTYPE; }" << endl; } if (argtype()) { fct << " inline static AC::Type const argtype(unsigned i) {" << endl; if (arg_count > 0) { fct << " static AC::Type const type[" << arg_count << "] = {"; list tlist; get_arg_types (*loc, tlist); unsigned i = 0; for (list::iterator iter = tlist.begin(); iter != tlist.end(); ++iter, ++i) { if (i > 0) fct << ", "; fct << "\""; Naming::mangle (fct, *iter); fct << "\""; } fct << "};" << endl; fct << " return type[i];" << endl; fct << " }" << endl; } else { fct << " return \"\";" << endl; fct << " }" << endl; } } // begin of dynamic data ---------------------------------------------------- if( arg_needed( loc ) ) { if (!useAction () && arg_count > 0) data << " void *_args[ARGS];" << endl; fct << " inline " << ( forced_const_args() ? "const " : "" ) << "void * arg (int n) {return " << (arg_count > 0 ? "_args[n]" : "0") << ";}" << endl; fct << " template typename Arg::ReferredType *arg () {" << endl; fct << " return (typename Arg::ReferredType*)arg (I);" << endl; fct << " }" << endl; } if( result_needed( loc ) ) { if (!useAction ()) data << " Result *_result;" << endl; fct << " inline Result *result() {return (Result*)_result;}" << endl; } if( target_needed( loc ) ) { if (!useAction ()) data << " Target *_target;" << endl; fct << " inline Target *target() {return (Target*)_target;}" << endl; } #ifdef FRONTEND_CLANG // this feature is only available in Clang and if enabled on cmdline if( entity_needed( loc ) ) { if( !useAction() ) data << " Entity *_entity;" << endl; fct << " inline Entity *entity() {return (Entity *)_entity;}" << endl; } // member pointers cant be represented as void * so they are not available in action if( memberptr_needed( loc ) ) { if( memberptr_defined( loc ) ) { data << " MemberPtr _memberptr;" << endl; fct << " inline MemberPtr memberptr() {return _memberptr;}" << endl; } else // return void *0 for non member entities fct << " inline MemberPtr memberptr() {return 0;}" << endl; } if( loc->type_val() & ( JPT_Access & ~ ( JPT_Call | JPT_Builtin ) ) ) { if( ! useAction() && array_defined( loc ) ) { if( array_needed( loc ) ) data << " Array *_array;" << endl; if( idx_needed( loc ) ) data << " void *_indices[DIMS];" << endl; } if( array_needed( loc ) ) fct << " inline Array *array() {return (Array*)" << ( array_defined( loc ) ? "_array" : "0" ) << ";}" << endl; if( idx_needed( loc ) ) { if( array_defined( loc ) ) { fct << " template typename Dim::Idx idx() {" << endl; fct << " return *((typename Dim::Idx*)_indices[D]);" << endl; fct << " }" << endl; } else fct << " template void idx() { return; }" << endl; } } #endif if( that_needed( loc ) ) { if (!useAction ()) data << " That *_that;" << endl; fct << " inline That *that() {return (That*)_that;}" << endl; } if (wrapper() || useAction ()) { if (!useAction ()) data << " void (*_wrapper)(AC::Action &);" << endl; fct << " inline void (*wrapper ())(AC::Action &) {return _wrapper;}" << endl; } if( _need_wormhole ) data << " __WORMHOLE *__wormhole;" << endl; // terminate all the strings types << endl; data << endl; fct << endl; // add all types, attributes, and functions (on level 0) assert( depth == 0 ); // the functions returns early if not on level 0 code << types.rdbuf(); code << data.rdbuf(); code << fct.rdbuf(); // the closing bracket is *NOT* generated here -> for external extensions } ACM_Function *ThisJoinPoint::that_func (ACM_Code *loc) { ACM_Name *parent = get_explicit_parent( *loc ); return ( parent && ( parent->type_val() == JPT_Function ) ) ? static_cast( parent ) : 0; } void ThisJoinPoint::gen_tjp_init (ostream &code, ACM_Code *loc, BackEndProblems &bep, int depth, bool is_dep, vector *arg_names, int wrapper_number ) const { const ThisJoinPoint &tjp = *this; // TODO: not necessary! JoinPointType jptype = loc->type_val (); if (tjp.pointer_needed ()) { code << " __TJP "; Naming::tjp_instance(code, loc); code << ";" << endl; #ifdef FRONTEND_CLANG TI_Builtin *builtin = 0; if( loc->type_val() == JPT_Builtin ) builtin = TI_Builtin::of( static_cast( *loc ) ); #endif int args = get_arg_count(*loc); if (arg_needed (loc)) { if (args) { if (tjp.useAction ()) { code << " void *"; Naming::tjp_args_array(code, loc); code << "[] = { "; for (int i = 0; i < args; i++) { if (i > 0) code << ", "; code << "(void*)"; #ifdef FRONTEND_CLANG if( builtin && builtin->arg_is_unavailable( i, wrapper_number ) ) { code << "0"; continue; } else #endif code << "&"; if (arg_names) code << (*arg_names)[i]; else code << "arg" << i; } code << " };" << endl; } } if (tjp.useAction ()) { code << " "; Naming::tjp_instance(code, loc); code << "._args = "; if (args) Naming::tjp_args_array(code, loc); else code << "0"; code << ";" << endl; } else { for (int i = 0; i < args; i++) { code << " "; Naming::tjp_instance(code, loc); code << "._args[" << i << "] = (void*)"; #ifdef FRONTEND_CLANG if( builtin && builtin->arg_is_unavailable( i, wrapper_number ) ) { code << "0;" << endl; continue; } else #endif code << "&"; if (arg_names) code << (*arg_names)[i]; else code << "arg" << i; code << ";" << endl; } } } if( result_needed( loc ) ) { code << " "; Naming::tjp_instance(code, loc); code << "._result = "; if (!has_result_type(*loc) || get_result_type(*loc)->get_signature() == "void") { code << "0"; } else { if (tjp.useAction ()) code << "(void*)"; code << "&(" << (is_dep ? "typename " : "") << "__TJP::Result&)" << ACResultBuffer::result_name(); } code << ";" << endl; } #ifdef FRONTEND_CLANG // this feature is only available in Clang and if enabled on cmdline if( entity_needed( loc ) ) { code << " "; Naming::tjp_instance(code, loc); code << "._entity = "; if( loc->type_val() & ( JPT_Code & ~ JPT_Builtin ) ) { code << " ("; if (tjp.useAction ()) code << "void*)"; else code << (is_dep ? "typename " : "") << "__TJP::Entity *)"; if( has_entity_func( *loc ) && needs_this( *get_entity_func( *loc ) ) ) code << "0"; // for member function we can't aquire a normal function pointer else code << "&ent"; } else { code << " 0"; } code << ";" << endl; } // this feature is only available in Clang and if enabled on cmdline if( memberptr_defined( loc ) && memberptr_needed( loc ) ) { code << " "; Naming::tjp_instance(code, loc); code << "._memberptr = " << "(" << (is_dep ? "typename " : "") << "__TJP::MemberPtr)" << "member;" << endl; } if( loc->type_val() & ( JPT_Access & ~ ( JPT_Call | JPT_Builtin ) ) ) { if( array_needed( loc ) && array_defined( loc ) ) { code << " "; Naming::tjp_instance( code, loc ); code << "._array = ("; if( tjp.useAction() ) code << "void*)"; else code << (is_dep ? "typename " : "") << "__TJP::Array*)"; code << "&base;" << endl; } else if( useAction() ) { // useAction() => array_needed() , thus array_defined() == false here code << " "; Naming::tjp_instance( code, loc ); code << "._array = 0;" << endl; } const unsigned int idx_count = TI_Access::of( *static_cast( loc ) )->entity_index_count(); if( useAction() ) { code << " void *__idx_array[] = { "; for( unsigned int i = 0; i < idx_count; i++ ) { if( i > 0 ) code << ", "; code << "(void*)&idx" << i; } code << " };" << endl; code << " "; Naming::tjp_instance( code, loc ); code << "._indices = " << ( array_defined( loc ) ? "__idx_array" : "0" ) << ";" << endl; } else if( idx_needed( loc ) && array_defined( loc ) ) { for( unsigned int i = 0; i < idx_count; i++ ) { code << " "; Naming::tjp_instance( code, loc ); code << "._indices[" << i << "] = (void *)&idx" << i << ";" << endl; } } } #endif if( target_needed( loc ) ) { code << " "; Naming::tjp_instance(code, loc); code << "._target = "; if( has_entity( *loc ) && needs_this( *get_entity( *loc ) ) ) { assert(jptype != JPT_Builtin); code << " ("; if (tjp.useAction ()) code << "void*)"; else { code << (is_dep ? "typename " : "") << "__TJP::Target*)"; } switch (jptype) { // inner joinpoints case JPT_Construction: case JPT_Destruction: case JPT_Execution: code << "this"; break; // outer joinpoints case JPT_Call: case JPT_Get: case JPT_Set: case JPT_Ref: code << "&dst"; break; default: code << " 0"; } } else { code << " 0"; } code << ";" << endl; } if( that_needed( loc ) ) { code << " "; Naming::tjp_instance(code, loc); code << "._that = "; if (that_func (loc) && needs_this (*that_func (loc))) { code << " ("; if (tjp.useAction ()) code << "void*)"; else { code << (is_dep ? "typename " : "")<< "__TJP::That*)"; } switch (jptype) { // inner joinpoints case JPT_Construction: case JPT_Destruction: case JPT_Execution: code << "this"; break; // outer joinpoints case JPT_Call: case JPT_Builtin: case JPT_Get: case JPT_Set: case JPT_Ref: case JPT_GetRef: case JPT_SetRef: code << "srcthis"; break; default: code << " 0"; } } else { code << " 0"; } code << ";" << endl; } if (tjp.useAction ()) { code << " "; Naming::tjp_instance(code, loc); code << "._fptr = "; code << "0"; code << ";" << endl; } } } void ThisJoinPoint::merge_flags (ACM_CodePlan &plan) { if (plan.has_next_level()) merge_flags(*plan.get_next_level()); typedef ACM_Container Container; Container &before = plan.get_before(); for (Container::iterator i = before.begin(); i != before.end(); ++i) TI_CodeAdvice::of(*(*i))->get_advice_info()->addTJPFlags(*this); if (plan.has_around()) { TI_CodeAdvice::of(*plan.get_around())->get_advice_info()->addTJPFlags(*this); if (*TI_CodeAdvice::of(*plan.get_around())->get_condition()) conditional(); } Container &after = plan.get_after(); for (Container::iterator i = after.begin(); i != after.end(); ++i) TI_CodeAdvice::of(*(*i))->get_advice_info()->addTJPFlags(*this); } #ifdef FRONTEND_CLANG // only required for features of the Clang variant void ThisJoinPoint::merge_implicit( ACM_Code &loc ) { assert( loc.type_val() == JPT_Builtin ); // currently only builtin operator calls can have implicit joinpoints ACM_Builtin &node = static_cast( loc ); ThisJoinPoint collect; typedef ACM_Container Container; Container &implicit = node.get_implicit_access(); for( Container::const_iterator it = implicit.begin(); it != implicit.end(); it++ ) { if( ( *it )->has_plan() ) collect.merge_flags( *( ( *it )->get_plan() ) ); if( TI_Code::of( **it )->has_implicit_joinpoints() ) collect.merge_implicit( **it ); } if( collect.useAction() ) { // if we use an action, make sure we have all we need collect._used |= THAT; } unsigned int mask = 0; // only forward a selection, as not all are shared mask |= THAT; // merge _used |= ( collect._used & mask ); } #endif bool ThisJoinPoint::arg_needed( ACM_Code *loc ) const { return arg() || useAction() || ( proceed() && proceed_needs_args( *loc ) ); } bool ThisJoinPoint::that_needed( ACM_Code *loc ) const { return that() || useAction() || ( proceed() && proceed_needs_that( *loc ) ); } bool ThisJoinPoint::target_needed( ACM_Code *loc ) const { return target() || useAction() || ( proceed() && proceed_needs_target( *loc ) ); } bool ThisJoinPoint::result_needed( ACM_Code *loc ) const { return result() || useAction() || ( proceed() && proceed_needs_result( *loc ) ); } bool ThisJoinPoint::entity_needed( ACM_Code *loc ) const { return _enable_entity && ( entity() || useAction() ); } bool ThisJoinPoint::memberptr_needed( ACM_Code *loc ) const { return _enable_entity && memberptr(); } bool ThisJoinPoint::memberptr_defined( ACM_Code *loc ) const { return has_entity( *loc ) && needs_this( *get_entity( *loc ) ) && ! ( loc->type_val() == JPT_Construction || loc->type_val() == JPT_Destruction ); } bool ThisJoinPoint::array_needed( ACM_Code *loc ) const { return _enable_entity && ( array() || useAction() ); } bool ThisJoinPoint::array_defined( ACM_Code *loc ) const { #ifdef FRONTEND_CLANG // arrays are only supported in the clang variant if( ! ( loc->type_val() & ( JPT_Access & ~ ( JPT_Call | JPT_Builtin ) ) ) ) #endif return false; #ifdef FRONTEND_CLANG TI_Access *ti = TI_Access::of( *static_cast( loc ) ); return ti->entity_index_count() > 0; #endif } bool ThisJoinPoint::idx_needed( ACM_Code *loc ) const { return _enable_entity && ( idx() || useAction() ); } void ThisJoinPoint::dump (ostream &out) const { out << "ThisJoinPoint ("; out << "signature=" << (signature () ? "true" : "false"); out << ", filename=" << (filename () ? "true" : "false"); out << ", line=" << (line () ? "true" : "false"); out << ", args=" << (args () ? "true" : "false"); out << ", arg=" << (arg() ? "true" : "false"); out << ", argtype=" << (argtype() ? "true" : "false"); out << ", type=" << (type() ? "true" : "false"); out << ", id=" << (id() ? "true" : "false"); out << ", resulttype=" << (resulttype() ? "true" : "false"); out << ", that=" << (that() ? "true" : "false"); out << ", target=" << (target() ? "true" : "false"); out << ", result=" << (result() ? "true" : "false"); out << ", entity=" << (entity() ? "true" : "false"); out << ", memberptr=" << (memberptr() ? "true" : "false"); out << ", array=" << (array() ? "true" : "false"); out << ", idx=" << (idx() ? "true" : "false"); out << ", jptype=" << (jptype() ? "true" : "false"); out << ", action=" << (action() ? "true" : "false"); out << ", proceed=" << (proceed() ? "true" : "false"); out << ")" << endl; } aspectc++/AspectC++/PaxHeaders.4702/PumaResultBuffer.h0000644000000000000000000000007412740141200017347 xustar0030 atime=1468174988.113166441 30 ctime=1468174988.113166441 aspectc++/AspectC++/PumaResultBuffer.h0000644000175000001440000000510412740141200017531 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PumaResultBuffer_h__ #define __PumaResultBuffer_h__ #include "ACModel/Elements.h" #include "TransformInfo.h" #include "ACProject.h" #include using std::string; namespace Puma { class CTypeInfo; } class PumaResultBuffer { Puma::CTypeInfo *_type; bool _problem; bool _use_typedef; bool has_constructor_problem () const; public: PumaResultBuffer (Puma::CTypeInfo *t, bool use_typedef = false) : _type (t), _use_typedef (use_typedef) { _problem = has_constructor_problem (); } PumaResultBuffer (ACProject &project, ACM_Code *jpl, bool use_typedef = false) : _use_typedef (use_typedef) { assert( has_entity_func( *jpl ) ); ACM_Function *func = get_entity_func( *jpl ); Puma::CFunctionInfo *fi = TI_Function::of (*func)->func_info(); Puma::CTypeFunction *ftype = fi->TypeInfo ()->TypeFunction (); _type = fi->isConversion () ? fi->ConversionType () : ftype->BaseType (); _problem = has_constructor_problem (); } string tjp_result_type () const; string result_type (const string &name, bool unqual = false) const; string result_declaration() const; string result_assignment(const string &result) const; string action_result_assignment(const string &result) const; string result_return() const; // the name of the result buffer allocated in each wrapper function. // must not shadow the functions' arguments static const string result_name() { return "__result_buffer"; } }; #endif // __PumaResultBuffer_h__ aspectc++/AspectC++/PaxHeaders.4702/CodeWeaver.cc0000644000000000000000000000007312740141200016275 xustar0030 atime=1468174988.132166754 29 ctime=1468174988.13316677 aspectc++/AspectC++/CodeWeaver.cc0000644000175000001440000037462212740141200016476 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "CodeWeaver.h" #include "AspectInfo.h" #include "AdviceInfo.h" #include "ACModel/Utils.h" #include "Naming.h" #include "IntroductionUnit.h" #include "NamespaceAC.h" #include "ACResultBuffer.h" #include "ModelBuilder.h" #ifdef FRONTEND_CLANG #include "clang/AST/DeclCXX.h" #include "clang/AST/Expr.h" #include "clang/AST/RecursiveASTVisitor.h" #include "llvm/Support/raw_ostream.h" using namespace clang; #else #include "Puma/ErrorSink.h" #include "Puma/CProtection.h" #include "Puma/CTemplateInfo.h" #include "Puma/CClassInfo.h" #include "Puma/CUnionInfo.h" #include "Puma/CAttributeInfo.h" #include "Puma/CFileInfo.h" #include "Puma/CArgumentInfo.h" #include "Puma/CFunctionInfo.h" #include "Puma/CProject.h" #include "Puma/FileUnit.h" #include "Puma/CSemDatabase.h" using namespace Puma; #endif #ifdef FRONTEND_PUMA void CodeWeaver::setup_tjp (ThisJoinPoint &tjp, CFunctionInfo* func) { assert (func->Tree ()->NodeName () == CT_FctDef::NodeId ()); CT_CmpdStmt *body = ((CT_FctDef*)func->Tree ())->Body (); for (int i = 0; i < body->Entries (); i++) setup_tjp (tjp, body->Entry (i)); } void CodeWeaver::setup_tjp (ThisJoinPoint &tjp, CTree *node) { const char *nodename = node->NodeName (); if (nodename == CT_QualName::NodeId () || nodename == CT_RootQualName::NodeId()) { CT_QualName *qual_name = (CT_QualName*)node; CT_SimpleName *first_name = (CT_SimpleName*)qual_name->Entry (0); if (first_name->NodeName () == CT_SimpleName::NodeId () && tjp.check_type (first_name->Text ())) { if (qual_name->Entries () == 2) { const char *text = qual_name->Text (); tjp.check_field (text); } } } else if (nodename == CT_SimpleName::NodeId ()) { CT_SimpleName *simple_name = (CT_SimpleName*)node; if (!tjp.check_obj (simple_name->Text ())) tjp.check_type (simple_name->Text ()); } else if (nodename == CT_MembPtrExpr::NodeId () && node->Son (0)->NodeName() == CT_SimpleName::NodeId () && tjp.check_obj (node->Son (0)->token ()->text ())) { if (node->Son (2)->IsSimpleName ()) tjp.check_field (node->Son (2)->IsSimpleName ()->Text (), true); } for (int s = 0; s < node->Sons (); s++) setup_tjp (tjp, node->Son (s)); } #else namespace { // Visitor to find and register references to the TJP struct. class TJPVisitor : public RecursiveASTVisitor { typedef RecursiveASTVisitor Base; ThisJoinPoint &_tjp; public: explicit TJPVisitor(ThisJoinPoint &tjp) : _tjp(tjp) {} bool VisitDependentScopeDeclRefExpr(DependentScopeDeclRefExpr *E) { // for typedef C<&JoinPoint::signature> Foo if (const Type *ty = E->getQualifier()->getAsType()) { if (_tjp.check_type(TI_Type::get_type_text(QualType(ty, 0), 0, 0, TSEF_DONOTCHANGE, true, TSEF_DONOTCHANGE, false, true, false))) { _tjp.check_field(E->getDeclName().getAsString().c_str(), true); } } return true; } bool VisitType(Type *T) { // JoinPoint::Foo if (const DependentNameType *DNT = T->getAs()) { if (const Type *ty = DNT->getQualifier()->getAsType()) { if (_tjp.check_type(TI_Type::get_type_text(QualType(ty, 0), 0, 0, TSEF_DONOTCHANGE, true, TSEF_DONOTCHANGE, false, true, false))) _tjp.check_field(DNT->getIdentifier()->getNameStart(), true); } } return true; } bool TraverseCXXDependentScopeMemberExpr(CXXDependentScopeMemberExpr *DSME) { // tjp->foo if (!DSME->isImplicitAccess()) { if (DeclRefExpr *DRE = dyn_cast(DSME->getBase())) if (_tjp.check_obj(DRE->getDecl()->getNameAsString())) _tjp.check_field(DSME->getMember().getAsString().c_str()); } // JoinPoint::foo if (DSME->getQualifier()) { if (const Type *ty = DSME->getQualifier()->getAsType()) { if (_tjp.check_type(TI_Type::get_type_text(QualType(ty, 0), 0, 0, TSEF_DONOTCHANGE, true, TSEF_DONOTCHANGE, false, true, false))) _tjp.check_field(DSME->getMember().getAsString().c_str()); } } return Base::TraverseCXXDependentScopeMemberExpr(DSME); } }; } void CodeWeaver::setup_tjp(ThisJoinPoint &tjp, clang::FunctionDecl *func) { Stmt *body = func->getBody(); setup_tjp(tjp, body); } void CodeWeaver::setup_tjp(ThisJoinPoint &tjp, clang::Stmt *node) { TJPVisitor(tjp).TraverseStmt(node); } #endif void CodeWeaver::type_check (const ACM_Class *cls, const string &name, bool result) { // TODO: type checks in unions might be necessary for call advice - not handled // TODO: aggregate initialization might be broken by adding virtual functions const TI_Class *ti = TI_Class::of(*cls); // create the code ostringstream code; code << endl; if (ti->is_class ()) code << "public:" << endl; code << " virtual bool " << name << " () const { return " << (result ? "true" : "false") << "; }" << endl; if (ti->is_class ()) code << "private:" << endl; // paste the function after "{" of the class/struct definition insert (ti->body_start_pos(*this), code.str (), true); } void CodeWeaver::add_aspect_include (ACM_Any *jpl, AspectInfo &aspect_info, AspectRef::Kind kind) { if (jpl && is_pseudo(*jpl)) return; // find the unit (file, macro, or intro) in which the joinpoint is located #ifdef FRONTEND_PUMA Unit *iu = TransformInfo::unit (*jpl); // if the 'insert unit' is an 'introduction unit', find the intro target unit IntroductionUnit *intro_unit = 0; while ((intro_unit = IntroductionUnit::cast (iu)) != 0) iu = intro_unit->target_unit (); _aspect_includes.insert (iu, &aspect_info, kind); #else clang::Decl *decl = TransformInfo::decl (*jpl); // TODO: define a real interface for both, Puma and Clang variant -> ugly code here if( jpl->type_val() & JPT_Access ) decl = TI_Access::of( *( static_cast( jpl ) ) )->origin(); if (!decl) return; // if the 'insert unit' is an 'introduction unit', find the intro target unit clang::SourceManager &sm = getRewriter().getSourceMgr(); SourceLocation result_loc = sm.getExpansionLoc(decl->getLocation()); const llvm::MemoryBuffer *iu = sm.getBuffer(sm.getFileID(result_loc)); while (IntroductionUnit *intro_unit = IntroductionUnit::cast(iu)) { iu = intro_unit->target_unit (); result_loc = intro_unit->location (); } result_loc = sm.getExpansionLoc(result_loc); // _aspect_includes.insert(sm.getFileID(result_loc), &aspect_info, kind); _aspect_includes.insert(sm.getFileEntryForID (sm.getFileID (result_loc)), &aspect_info, kind); #endif } void CodeWeaver::insert_aspect_includes () { // weave the aspect includes in all registered unit for (AspectIncludes::const_iterator iter = _aspect_includes.begin (); iter != _aspect_includes.end (); ++iter) { // generate the includes for the current unit string includes = _aspect_includes.generate (iter, problems ()); // TODO: why do we use clang::FileID here? Shouldn't ACFileID do it? // determine the insertion position for the current unit ACFileID unit = _aspect_includes.unit (iter); // paste the includes (and optional guard head) at the beginning of the unit insert (header_pos (unit), includes); } } void CodeWeaver::insert_invocation_functions (ACM_Aspect *jpl_aspect, const string &defs) { const TI_Aspect *ti = TI_Aspect::of(*jpl_aspect); #ifdef FRONTEND_CLANG // FIXME: This is a hack. In the Clang configuration objdecl_end_pos returns // the position behind die closing bracket, not the semi colon, // because Clang doesn't store the SourceLocation in the AST. string hack_defs = string (";") + defs; insert (ti->objdecl_end_pos(*this), hack_defs); #else // insert the code after the ";" after the aspect definition insert (ti->objdecl_end_pos(*this), defs); #endif } #ifdef FRONTEND_PUMA void CodeWeaver::open_namespace (ostream &out, const SyntacticContext &ctxt) { CObjectInfo *obj = ctxt.object (); CClassInfo *cls = obj->ClassInfo(); if (cls && cls->TemplateInfo ()) obj = (CObjectInfo*)cls->TemplateInfo (); Array namespaces; while (!obj->Scope ()->GlobalScope () && obj->Scope ()->NamespaceInfo ()) { obj = obj->Scope (); namespaces.append (obj); } for (int i = namespaces.length () - 1; i >= 0; i--) { if (namespaces[i]->isAnonymous ()) out << "namespace {" << endl; else out << "namespace " << namespaces[i]->Name () << " {" << endl; } } #else void CodeWeaver::open_namespace (ostream &out, const SyntacticContext &ctxt) { const DeclContext *obj = cast (ctxt.decl ()); std::vector namespaces; while (!obj->getParent()->isTranslationUnit()) { obj = obj->getParent(); if (obj->isNamespace()) namespaces.push_back(cast(obj)); } for (int i = namespaces.size () - 1; i >= 0; i--) { if (namespaces[i]->isAnonymousNamespace()) out << "namespace {" << endl; else out << "namespace " << namespaces[i]->getNameAsString() << " {" << endl; } } #endif #ifdef FRONTEND_PUMA void CodeWeaver::close_namespace (ostream &out, const SyntacticContext &ctxt) { CObjectInfo *obj = ctxt.object (); CClassInfo *cls = obj->ClassInfo(); if (cls && cls->TemplateInfo ()) obj = (CObjectInfo*)cls->TemplateInfo (); ostringstream ns_close; while (!obj->Scope ()->GlobalScope () && obj->Scope ()->NamespaceInfo ()) { obj = obj->Scope (); out << "} // closed " << (obj->isAnonymous () ? "" : obj->QualName ()) << endl; } } #else void CodeWeaver::close_namespace (ostream &out, const SyntacticContext &ctxt) { const DeclContext *obj = ctxt.decl ()->getLexicalDeclContext (); ostringstream ns_close; while (obj->isNamespace()) { const NamespaceDecl *nd = cast(obj); out << "} // closed " << (nd->isAnonymousNamespace () ? "" : nd->getNameAsString()) << endl; obj = obj->getParent(); } } #endif // generate the code, which proceeds an intercepted flow of control, e.g. // continues a call or execution void CodeWeaver::make_proceed_code (ostream &out, ACM_Code *loc, bool action, vector *arg_names) { TI_Code &ti = *TI_Code::of( *loc ); TI_Code &cast_ti = ti; // find out which entity has to be used for proceeding ACM_Name *entity = 0; if( has_entity( *loc ) ) entity = get_entity( *loc ); ACM_Function *func = 0; if( has_entity_func( *loc ) ) func = get_entity_func( *loc ); // set flags that describe the kind of join point enum { PM_NONE, PM_DIRECT, PM_INDIRECT_ENTITY, PM_INDIRECT_MEMBER, PM_BYPASS, PM_ARGS_ONLY, PM_OLD } mode = PM_NONE; bool wrap = false; std::string wrap_begin, wrap_end; bool use_obj = entity && needs_this( *entity ); bool expr_is_dependent = false; bool is_obj_const = false; bool is_inner = false, is_outer = false; bool need_FQN = ! use_obj; #ifdef FRONTEND_CLANG // only used for clang-only features bool need_idx = false; #endif enum { AM_NONE, AM_FUNCTION, AM_OPERATORCALL, AM_ASSIGN } args_mode = AM_FUNCTION; JoinPointType jpType = loc->type_val(); if( jpType & JPT_Access ) { #ifdef FRONTEND_CLANG TI_Access &ti = static_cast(cast_ti); #else // the generalisation were only done for the clang variant // so fall back to original call API TI_MethodCall &ti = static_cast(cast_ti); #endif is_outer = true; mode = PM_DIRECT; is_obj_const = ti.target_is_const(); if( ti.needs_rights() ) mode = PM_INDIRECT_ENTITY; if( jpType == JPT_Call ) { TI_MethodCall &ti = static_cast(cast_ti); if( ti.needs_rights() ) mode = PM_BYPASS; #ifdef FRONTEND_CLANG // TODO: implement this check for Puma as well if (ti.uses_ADN_lookup ()) { need_FQN = false; if (ti.is_operator_call ()) { mode = PM_ARGS_ONLY; args_mode = AM_OPERATORCALL; } } #endif } #ifdef FRONTEND_CLANG // only supported in Clang variant else if( jpType == JPT_Builtin ) { mode = PM_ARGS_ONLY; args_mode = AM_OPERATORCALL; } else if( jpType == JPT_Get ) { args_mode = AM_NONE; need_idx = true; } else if( jpType == JPT_Set ) { args_mode = AM_ASSIGN; need_idx = true; } else if( jpType == JPT_GetRef ) { args_mode = AM_NONE; mode = PM_INDIRECT_ENTITY; } else if( jpType == JPT_SetRef ) { args_mode = AM_ASSIGN; mode = PM_INDIRECT_ENTITY; } else if( jpType == JPT_Ref ) { TI_Ref &ti = static_cast(cast_ti); args_mode = AM_NONE; need_idx = true; if( ti.result_is_ptr() ) { wrap = true; wrap_begin = "&( "; wrap_end = " )"; } } #endif else { assert( false && "Unknown JPType !" ); return; } if( ti.has_target_expr() && ! action && mode != PM_BYPASS ) use_obj = true; // use obj if we can and have an expression even if not strictly necessary if( ti.is_qualified() ) need_FQN = true; // keep existing qualification #ifdef FRONTEND_CLANG if( need_idx && ti.entity_index_count() == 0 ) need_idx = false; // suppress handling if there are no indices #endif } else if ( jpType & ( JPT_Execution | JPT_Construction | JPT_Destruction ) ) { is_inner = true; mode = PM_OLD; // nothing is done to proceed implicitly defined special member functions if( ( jpType & ( JPT_Construction | JPT_Destruction ) ) && func->get_builtin() ) mode = PM_NONE; } else { assert( false && "Unknown JPType !" ); return; } // some consistency checks assert( is_inner || is_outer ); if( mode == PM_INDIRECT_ENTITY ) { need_FQN = false; use_obj = false; #ifdef FRONTEND_CLANG need_idx = false; #endif } else if( mode == PM_INDIRECT_MEMBER ) { need_FQN = false; } else if( mode == PM_BYPASS ) { need_FQN = false; } else if( mode == PM_ARGS_ONLY ) { need_FQN = false; } // if nothing to do return if( mode == PM_NONE ) return; // find out if the entity is a member of a class ACM_Class *dst_cls = entity ? cscope( entity ) : 0; // create a local class that enters/leaves the cflow triggers const CFlowList &cflows = ti.cflows(); if (cflows.size () > 0) { out << "{" << endl; cflows.gen_trigger_obj (out); } // generate the expression that calculates the result stringstream res; int args = 0; if( wrap ) res << wrap_begin; if( mode == PM_BYPASS ) { // check privileged calls to external functions if (!in_project(*func)) { // calls to "private" externals are not supported, thus the // target function is "protected" // => we have to use the target object's class bypass assert( loc->type_val() == JPT_Call ); if (((ACM_Call*)loc)->has_target_class()) dst_cls = ((ACM_Call*)loc)->get_target_class(); else dst_cls = (ACM_Class*)lexical_scope(*loc); } res << "::" << signature(*dst_cls) << "::" << Naming::bypass_caller_class(dst_cls) << "<"; Naming::bypass_id_class (res, (ACM_Call*)loc); res << ">::call"; if (use_obj) { res << "((::" << signature(*dst_cls) << "*)"; args++; } } // if an object is needed for the call, issue 'obj[->]' if( use_obj ) { if( is_outer ) { if (action) res << "__TJP::target ()"; else { res << "(("; if( is_obj_const ) res << "const "; res << "TTarget*)&dst)"; expr_is_dependent = true; } } else if( is_inner ) { if (action) res << "__TJP::that ()"; else res << "this"; } if( args == 0 ) { // check if we already have args, which means obj is passed on, else emit member access res << "->"; if( expr_is_dependent && mode == PM_DIRECT && jpType == JPT_Call ) { TI_MethodCall &ti = static_cast( cast_ti ); if (ti.has_explicit_template_params()) res << "template "; } } } // Generate the name and arguments of the destination function or built-in operator // print the namespace names if needed if( need_FQN ) { res << name_qualifier( entity ); } // generate the entity name if( mode == PM_OLD ) { // use __old_ for execution join points Naming::exec_inner (res, loc); } else if ( mode == PM_DIRECT ) { // destination entity name if (func && TI_Function::of(*func)->is_conversion_operator ()) res << entity->get_name (); else res << strip_template_parameters( entity->get_name () ); } else if( mode == PM_INDIRECT_ENTITY ) { if( action ) res << "*(__TJP::entity())"; else res << "ent"; } else if( mode == PM_INDIRECT_MEMBER ) { if( action ) res << "__TJP::memberptr()"; else res << "member"; } if( mode == PM_DIRECT && jpType == JPT_Call ) { TI_MethodCall &ti = static_cast( cast_ti ); // add the template arguments if it is a function template instance bool call_uses_template_params = ti.has_explicit_template_params(); #ifdef FRONTEND_PUMA CFunctionInfo *dstfunc = ((TI_Function*)func->transform_info())->func_info (); CTemplateInstance *instance = dstfunc->TemplateInstance (); if (instance && call_uses_template_params) { res << "< "; for (unsigned a = 0; a < instance->DeducedArgs (); a++) { if (a > 0) res << ","; DeducedArgument *arg = instance->DeducedArg (a); if (arg->Type ()) arg->Type ()->TypeText (res, "", true, true); else if (arg->Value ()) { if (arg->Value ()->isSigned ()) res << arg->Value ()->convert_to_int (); else if (arg->Value ()->isUnsigned ()) res << arg->Value ()->convert_to_uint (); else if (arg->Value ()->isFloat ()) res << arg->Value ()->convert_to_float (); } else res << "*invalid template arg*"; } res << " >"; } #else if (call_uses_template_params) { clang::ASTContext &ctx = ti.called()->getASTContext(); res << "< "; const TemplateArgumentLoc *template_args = ti.get_explicit_template_params(); unsigned num_args = ti.num_explicit_template_params(); for (unsigned a = 0; a < num_args; a++) { if (a > 0) res << ","; res << TI_Type::get_templ_arg_text(template_args[a].getArgument (), &ctx, TSEF_ENABLE, true, TSEF_DONOTCHANGE, false, false); } res << " >"; } #endif } // necessary indices (only supported in clang variant) #ifdef FRONTEND_CLANG if( need_idx ) { assert( jpType & JPT_Access ); TI_Access &ti = static_cast( cast_ti ); unsigned int idx_count = ti.entity_index_count(); for( unsigned int i = 0 ; i < idx_count; i++ ) { res << "["; // Insert current idx: if( action ) res << "__TJP::template idx<" << i << ">()"; else res << "idx" << i; res << "]"; } } #endif // destination argument expression if( args_mode != AM_NONE ) { // Because the built-in-operator-syntax (e.g. arg0 = arg1) differs from // function-/method-call-syntax (()), we need a new way to handle all // these different cases as identically as possible. For that purpose we determine // delimiter-strings, which will be located between the argument-string, for every // case. After that we can handle all cases the same way. int arg_count = get_arg_count(*loc); std::vector arg_delimiters; // Determine the delimiters depending on the current case: if( args_mode == AM_FUNCTION ) { // if no built-in operator: // Generate delimiters: // Case: "normal" function/method call // Schema: (arg0, arg1, ..., argN) // differentiate, depending on weather arguments are already inside "res": if( args == 0 ) arg_delimiters.push_back( "(" ); else if( arg_count > 0 ) arg_delimiters.push_back( "," ); else arg_delimiters.push_back( "" ); for(int i = 1; i < arg_count; i++) { arg_delimiters.push_back(", "); } arg_delimiters.push_back(")"); } // features only supported in Clang variant #ifdef FRONTEND_CLANG else if( args_mode == AM_OPERATORCALL ) { // Case: built-in operator or user-defined operator with ADN-lookup assert( loc->type_val() == JPT_Builtin || loc->type_val() == JPT_Call); TI_CommonCall &ti = static_cast( cast_ti ); // Operator-kind as std::string: std::string operator_kind = ti.operator_kind_string(); // Surround the args with parentheses to preserve the correct operator precedence // even if a arg will equate to a string like "a, b" (theoretically possible // because of parameter "arg_names[]"). if( ti.is_postfix_expr() ) { // Special case: increment- or decrement-POSTFIX-operator // Schema: "(arg0)" arg_delimiters.push_back("(("); arg_delimiters.push_back(")" + operator_kind + ")"); arg_count--; // ignore the dummy argument } else if( ti.is_unary_expr() ) { // Unary built-in operator (*, &, +, -, !, ~, ...) // Schema: "(arg0)" arg_delimiters.push_back("(" + operator_kind + "(" ); arg_delimiters.push_back("))"); } else if( ti.is_binary_expr() ) { // Binary built-in operator // Schema: "(arg0 arg1)" arg_delimiters.push_back("(("); arg_delimiters.push_back(") " + operator_kind + " ("); arg_delimiters.push_back("))"); } else if( ti.is_index_expr() ) { // Special case: array subscript // Schema: "(arg0[arg1])" arg_delimiters.push_back("(("); arg_delimiters.push_back(")["); arg_delimiters.push_back("])"); } else if( ti.is_ternary_expr() ) { // Special case: conditional operator // Schema: "(arg0 ? arg1 : arg2)" arg_delimiters.push_back("(("); arg_delimiters.push_back(") ? ("); arg_delimiters.push_back(") : ("); arg_delimiters.push_back("))"); } else assert( false && "unknow built-in operator type in proceed_code" ); } else if( args_mode == AM_ASSIGN ) { arg_delimiters.push_back( " = (" ); // entity is already inside arg_delimiters.push_back( ")" ); } #endif // FRONTEND_CLANG // Add the delimiter- and arg-strings: // Insert first delimiter (necessary due to the case where argument-count equals // zero or bypass is needed) res << arg_delimiters.front(); for (int a = 0 ; a < arg_count; a++, args++) { // Insert current delimiter: if(a > 0) { // Since the first delimiter was inserted already res << arg_delimiters.at(a); } // Insert current arg: if (action) { // make sure that if the argument type was a reference we use the // referred type here res << "*(typename __TJP::template Arg<" << a << ">::ReferredType*)__TJP::arg(" << a << ")"; } else { if (arg_names) res << (*arg_names)[a]; else res << "arg" << a; } } // Insert last delimiter (generally the closing parenthesis): res << arg_delimiters.back(); } if( wrap ) res << wrap_end; // generate the 'result =' code // TODO: better pass result_buffer as parameter ACResultBuffer result_buffer (project (), loc, is_outer); #ifdef FRONTEND_CLANG // inform buffer about const forced resulttype if( loc->type_val() == JPT_Builtin && static_cast( ti ).is_forwarding() ) result_buffer.has_const_result(); #endif out << " "; if (action) out << result_buffer.action_result_assignment(res.str ()); else out << result_buffer.result_assignment(res.str ()); out << ";" << endl; if (cflows.size () > 0) out << "}" << endl; } #ifdef FRONTEND_CLANG // only required for features of the Clang variant void CodeWeaver::make_proceed_to_implicit( ostream &out, ACM_Code *loc, bool action, vector *arg_names ) { out << " /* Implicit joinpoint calls */" << endl; assert( loc->type_val() == JPT_Builtin ); ACM_Builtin &parent_jpl = *( static_cast( loc ) ); TI_Builtin &parent_ti = *TI_Builtin::of( parent_jpl ); std::string op_string = parent_ti.operator_kind_string(); typedef ACM_Container Container; Container &implicit = parent_jpl.get_implicit_access(); Container::const_iterator it = implicit.begin(); bool packed_entity = has_complex_entity( *it ); string ent; string new_val; string that; string packed; if( action ) { // make sure that if the argument type was a reference we use the // referred type here ent = "*(typename __TJP::template Arg<0>::ReferredType*)__TJP::arg(0)"; new_val = "*(typename __TJP::template Arg<0>::ReferredType*)__TJP::arg(1)"; that = "__TJP::that ()"; packed = "*__TJP::__wormhole"; } else { if( arg_names ) { ent = (*arg_names)[0]; new_val = (*arg_names)[1]; } else { ent = "arg0"; new_val = "arg1"; } that = "srcthis"; packed = "__packed"; } // make the nested wrapper calls if( parent_ti.is_compound_assignment() ) { assert( *it && ( *it )->type_val() & ( JPT_Get | JPT_GetRef ) ); ACM_Access *jpl = static_cast( *it++ ); TI_Access *ti = TI_Access::of( *jpl ); out << " "; out << ti->result_type_string() << " __new_value = "; if( jpl->has_plan() ) { stringstream close; bool args = generate_access_wrapper( jpl, out, close, that.c_str() ); if( args ) out << ", "; out << ( packed_entity ? packed : ent ); out << close.str(); } else { // no advice to weave for this joinpoint // fallback to direct eval out << ent; } out << ";" << endl; if( parent_ti.is_postfix_expr() ) { // generate the 'result =' code // TODO: better pass result_buffer as parameter ACResultBuffer result_buffer( project(), loc, true ); // inform buffer about const forced resulttype if( parent_ti.is_forwarding() ) result_buffer.has_const_result(); out << " "; if( action ) out << result_buffer.action_result_assignment( "__new_value" ); else out << result_buffer.result_assignment( "__new_value" ); out << ";" << endl; } // perform the compound operation assert( parent_ti.is_binary_expr() || parent_ti.is_unary_expr() || parent_ti.is_postfix_expr() ); if( parent_ti.is_binary_expr() ) out << " __new_value " << op_string << " " << new_val << ";" << endl; else if( parent_ti.is_unary_expr() ) out << " " << op_string << "__new_value;" << endl; else if( parent_ti.is_postfix_expr() ) out << " __new_value" << op_string << ";" << endl; new_val = "__new_value"; // use the computed value for set } if( ( op_string == "=" ) || parent_ti.is_compound_assignment() ) { assert( *it && ( *it )->type_val() & ( JPT_Set | JPT_SetRef ) ); ACM_Access *jpl = static_cast( *it++ ); if( jpl->has_plan() ) { out << " "; stringstream close; bool args = generate_access_wrapper( jpl, out, close, that.c_str() ); if( args ) out << ", "; out << ( packed_entity ? packed : ent ); out << ", "; out << new_val; out << close.str() << ";" << endl; } else { // no advice to weave for this joinpoint // fallback to direct eval out << " " << ent << " = " << new_val << ";" << endl; } if( ! parent_ti.is_postfix_expr() ) { // generate the 'result =' code // TODO: better pass result_buffer as parameter ACResultBuffer result_buffer( project(), loc, true ); // inform buffer about const forced resulttype if( parent_ti.is_forwarding() ) result_buffer.has_const_result(); out << " "; if( action ) out << result_buffer.action_result_assignment( ent ); else out << result_buffer.result_assignment( ent ); out << ";" << endl; } } else if( op_string == "&" ) { assert( *it && ( *it )->type_val() == JPT_Ref ); ACM_Ref *jpl = static_cast( *it++ ); stringstream wrapper; stringstream close; bool args = generate_access_wrapper( jpl, wrapper, close, that.c_str() ); if( args ) wrapper << ", "; wrapper << ( packed_entity ? packed : ent ); wrapper << close.str(); // generate the 'result =' code // TODO: better pass result_buffer as parameter ACResultBuffer result_buffer( project(), loc, true ); // inform buffer about const forced resulttype if( parent_ti.is_forwarding() ) result_buffer.has_const_result(); out << " "; if( action ) out << result_buffer.action_result_assignment( wrapper.str() ); else out << result_buffer.result_assignment( wrapper.str() ); out << ";" << endl; } } #endif // create an action wrapper function, which may be invoked by 'proceed()' void CodeWeaver::make_action_wrapper(ostream &impl, ACM_Code *loc, int depth) { // generate the action function, which is used to obtain an action object impl << " AC::Action &action() {" << endl; impl << " this->__TJP::_wrapper = &"; Naming::action_wrapper (impl, loc, depth); impl << ";" << endl; impl << " return *this;" << endl; impl << " }" << endl; // make the function static if it is defined in class scope impl << " static void "; Naming::action_wrapper (impl, loc, depth); impl << " (AC::Action &action) {" << endl; // convert the action object ref into a TJP_... object ref and call proceed impl << " ((__TJP&)action).proceed ();" << endl; impl << " }" << endl; } // create the 'proceed()' function for the current level void CodeWeaver::make_proceed_func( ostream &impl, ACM_Code *loc, ACM_CodePlan *plan, bool has_wormhole ) { const ThisJoinPoint &tjp = TI_AdviceCode::of (*plan->get_around()->get_advice())->this_join_point (); // the signature impl << " "; if (tjp.proceed_calls() == 1 && _problems._use_always_inline) impl << "__attribute__((always_inline)) "; impl << "void proceed () {" << endl; if (depth(*plan) == 0) { // this is a proceed function for the last around advice // the implicit joinpoints are only supported in the clang variant #ifdef FRONTEND_CLANG if( TI_Code::of( *( static_cast( loc ) ) )->has_implicit_joinpoints() ) make_proceed_to_implicit( impl, loc, true ); else #endif make_proceed_code( impl, loc, true ); } else { // generate __TJP type (for the next level) impl << " typedef "; Naming::tjp_struct (impl, (ACM_Code*)loc, depth (*plan) - 1); impl << "type_val() & ( JPT_Access & ~ ( JPT_Call | JPT_Builtin ) ) ) { impl << "TDims, "; } #endif impl << "TArgs"; if( has_wormhole ) impl << ", TWORMHOLE"; impl << "> __TJP;" << endl; // generate advice calls make_advice_calls (impl, plan->get_next_level(), loc, true); } impl << " }" << endl; } // generate the name of the joinpoint-specific TJP type void CodeWeaver::make_tjp_typename( ostream &out, ACM_Code *loc, int depth, ACResultBuffer &rb, const char *wormhole_type ) { TI_Code *ti = (TI_Code*)TransformInfo::of (*loc); Naming::tjp_struct (out, loc, depth); out << "< " << rb.tjp_result_type() << ", "; #ifdef FRONTEND_PUMA ti->that_type ()->TypeText (out, "", true, true); #else out << ti->that_type_string(); #endif out << ", "; #ifdef FRONTEND_PUMA if( loc->type_val() == JPT_Call && static_cast( ti )->has_target_expr() ) { // TODO: is this case needed at all? if (((TI_MethodCall*)ti)->target_is_const()) #else if( ( loc->type_val() & JPT_Access ) && static_cast( ti )->has_target_expr() ) { // TODO: is this case needed at all? if( static_cast( ti )->target_is_const() ) #endif out << "const "; out << "TTarget"; } else #ifdef FRONTEND_PUMA ti->target_type ()->TypeText (out, "", true, true); #else out << ti->target_type_string(); // entity functionallity is only supported in Clang variant out << ", "; // TODO: check get/set stuff if (loc->type_val() & JPT_Call) { out << rb.tjp_result_type() << " ("; list arg_types; get_arg_types (*loc, arg_types); unsigned a = 0; for (list::iterator i = arg_types.begin(); i != arg_types.end(); ++i) { if (a > 0) out << ","; out << "TArg" << a; a++; } out << ")"; ACM_Function *function = (static_cast(loc))->get_target(); switch (function->get_cv_qualifiers()) { case CVQ_CONST: out << " const"; break; case CVQ_VOLATILE: out << " volatile"; break; case CVQ_CONST_VOLATILE: out << " const volatile"; break; default: break; } } else out << ti->entity_type_string(); if (loc->type_val() & ( JPT_Access & ~ ( JPT_Call | JPT_Builtin ) ) ) { TI_Access *tiA = static_cast( ti ); const unsigned int idx_count = tiA->entity_index_count(); out << ", "; for( unsigned int i = 0; i < idx_count; i++ ) out << "AC::DIL< " << tiA->entity_index_dimension( i ) << ", " << tiA->entity_index_type( i ) << ", "; out << "AC::DILE"; for( unsigned int i = 0; i < idx_count; i++ ) out << " >"; } #endif // argument types unsigned arg_count = get_arg_count (*loc); out << ", "; list arg_types; get_arg_types (*loc, arg_types); unsigned a = 0; for (list::iterator i = arg_types.begin(); i != arg_types.end(); ++i) { out << " AC::TL< "; #ifdef FRONTEND_PUMA if( loc->type_val() != JPT_Call ) { CTypeInfo *argtype = TI_Type::of (**i)->type_info (); argtype->TypeText (out, "", true, true); } #else if( (loc->type_val() & JPT_Access) == 0 ) out << ti->arg_type_string( a ); #endif else out << "TArg" << a; out << ","; a++; } out << " AC::TLE"; for (unsigned a = 0; a < arg_count; a++) out << " >"; if( wormhole_type ) out << ", " << wormhole_type; out << " >"; } // insert TJP class definition before join point void CodeWeaver::make_tjp_struct(ostream &out, ACM_Code *loc, ACM_CodePlan *plan, const ThisJoinPoint &tjp) { int depth = ::depth (*plan); // recursively call the function for the previous TJP classes if (depth > 0) { make_tjp_struct (out, loc, plan->get_next_level(), tjp); } // generate the definition out << endl; tjp.gen_tjp_struct (out, loc, _problems, depth); // generate the proceed function for the current structure if (plan->has_around()) { const ThisJoinPoint &curr_tjp = TI_AdviceCode::of (*plan->get_around()->get_advice())->this_join_point (); if (curr_tjp.proceed () || curr_tjp.action() || !TI_CodeAdvice::of(*plan->get_around())->get_advice_info()->pointcut().cflow_triggers ().empty ()) make_proceed_func( out, loc, plan, tjp.has_wormhole() ); // generate action wrapper if needed if (curr_tjp.action()) make_action_wrapper (out, loc, depth); } if (depth == 0) { stringstream jpname; Naming::tjp_struct(jpname, loc, 0); gen_binding_templates (out, loc->get_plan(), jpname.str ().c_str ()); } // closing bracket of the TJP class! Opened in gen_tjp_struct. out << "};" << endl; out << endl; } // generates the signature of a wrapper function for exec/cons/dest join pts string CodeWeaver::wrapper_function_signature (ACM_Code *loc, const SyntacticContext &sctxt, bool def) { ACM_Function *function = (ACM_Function*)loc->get_parent (); // TODO: implement for Clang variant #ifdef FRONTEND_PUMA set used_args; bool search_args = (def && function->get_kind() == FT_CONSTRUCTOR); if (search_args) sctxt.search_used_args (used_args); #endif // FRONTEND_PUMA stringstream name_args; if (sctxt.qualified_scope() != "" && sctxt.syntactical_scope() != sctxt.qualified_scope()) name_args << sctxt.qualified_scope() << "::"; Naming::exec_inner (name_args, loc); name_args << "("; for (unsigned a = 0; a < sctxt.args(); a++) { if (sctxt.arg_type(a) == "void") break; if (a > 0) name_args << ","; string name = sctxt.arg_name(a); #ifdef FRONTEND_PUMA if (name != "" && search_args && used_args.find (name) == used_args.end ()) name = ""; #endif // FRONTEND_PUMA name_args << sctxt.arg_type(a, name); } name_args << ")"; ostringstream wrapped; if (_problems._use_always_inline) // GNU extension wrapped << "__attribute__((always_inline)) "; wrapped << "inline "; // the wrapped function should always be inlined if (function->get_kind() == FT_STATIC_MEMBER && sctxt.is_in_class_scope()) wrapped << "static "; if (function->get_kind() == FT_CONSTRUCTOR || function->get_kind() == FT_DESTRUCTOR || function->get_kind() == FT_VIRTUAL_DESTRUCTOR || function->get_kind() == FT_PURE_VIRTUAL_DESTRUCTOR) wrapped << "void " << name_args.str ().c_str (); else { wrapped << sctxt.result_type (name_args.str ()); switch (function->get_cv_qualifiers()) { case CVQ_CONST: wrapped << " const"; break; case CVQ_VOLATILE: wrapped << " volatile"; break; case CVQ_CONST_VOLATILE: wrapped << " const volatile"; break; default: break; } } return wrapped.str (); } void CodeWeaver::cons_join_point (ACM_Construction *loc) { // if you change this check, please update Transformer::join_points too if (((ACM_Name*)loc->get_parent ())->get_builtin()) gen_special_member_function (loc); else wrap_function (loc); } void CodeWeaver::dest_join_point (ACM_Destruction *loc) { if (((ACM_Name*)loc->get_parent ())->get_builtin()) gen_special_member_function (loc); else wrap_function (loc); } void CodeWeaver::gen_special_member_function (ACM_Code *loc) { assert (((ACM_Name*)loc->get_parent ())->type_val () == JPT_Function); ACM_Function *func = (ACM_Function*)loc->get_parent (); assert (((ACM_Name*)func->get_parent ())->type_val () & (JPT_Class|JPT_Aspect)); ACM_Class *cls = (ACM_Class*)func->get_parent (); // check if the special member would have to call a private member if (func->get_kind () == FT_CONSTRUCTOR && get_arg_count (*func) == 0) { if (!TI_Class::of (*cls)->may_have_implicit (TI_Class::CONSTRUCTOR)) return; } else if (func->get_kind () == FT_CONSTRUCTOR && get_arg_count (*func) == 1) { // if you change this check, please update TI_Class::remember_builtin_copyconstructor_advice too if (!TI_Class::of (*cls)->may_have_implicit (TI_Class::COPY_CONSTRUCTOR)) return; } else if (func->get_kind () == FT_DESTRUCTOR || func->get_kind () == FT_VIRTUAL_DESTRUCTOR || func->get_kind () == FT_PURE_VIRTUAL_DESTRUCTOR) { if (!TI_Class::of (*cls)->may_have_implicit (TI_Class::DESTRUCTOR)) return; } ostringstream code; // create thisJoinPoint class ThisJoinPoint tjp; tjp.merge_flags(*loc->get_plan()); #ifdef FRONTEND_CLANG // only required for features in the Clang variant tjp.enable_entity(); #endif if (tjp.type_needed ()) { ostringstream wrappers; make_tjp_struct(wrappers, loc, loc->get_plan(), tjp); insert (TI_Class::of (*cls)->body_end_pos(*this), wrappers.str ()); } // generate the function itself code << endl << "public:" << endl << "inline " << func->get_name(); // constructors or destructors don't have more than one argument assert (get_arg_count(*func) <= 1); if (get_arg_count(*func) == 0) { // default constructor or destructor code << " () {" << endl; } // if you change this check, please update Transformer::join_points too else { // get information on all attributes of this class list attrs; TI_Class::of (*cls)->get_member_contexts (attrs); // generate a unique wrapper class for all attributes that are arrays for (list::iterator i = attrs.begin (); i != attrs.end (); ++i) { // if you change this check, please update CodeWeaver::is_wrapped_array too if ((*i).is_array () && !(*i).is_anon_union_member ()) wrap_attribute_array (*i, attrs); } // generate the copy constructor ostringstream copy_cons; bool arg_needed = tjp.arg_needed ((ACM_Code*)loc); // copy the baseclass members bool first_initializer = true; typedef ACM_Container Bases; Bases &bases = cls->get_bases(); for (Bases::iterator b = bases.begin (); b != bases.end (); ++b) { if (first_initializer) { first_initializer = false; copy_cons << ": "; } else copy_cons << ", "; copy_cons << signature (**b) << " (arg0)"; arg_needed = true; } for (list::iterator i = attrs.begin (); i != attrs.end (); ++i) { // make sure members of anonymous unions in this class are handled differently if ((*i).is_anon_union_member ()) continue; // write ':' or ',' if (first_initializer) { first_initializer = false; copy_cons << ": "; } else copy_cons << ", "; // initialize the member by copy-constructor copy_cons << (*i).name () << " (arg0." << (*i).name () << ")"; arg_needed = true; } copy_cons << " {" << endl; // copy anonymous unions set unions; // to remembers unions that are already handled for (list::iterator i = attrs.begin (); i != attrs.end (); ++i) { // only members of anonymous unions are handled here if (!(*i).is_anon_union_member ()) continue; SyntacticContext union_context = (*i).get_anon_union_context (); if (unions.find (union_context) == unions.end ()) { // create a named local copy of the union definition const int count = unions.size (); copy_cons << " union __ac_union_" << count << " "; string u = union_context.get_as_string (1); copy_cons << u.substr (u.find ("{")); copy_cons << ";" << endl; copy_cons << " *(union __ac_union_" << count << "*)&" << (*i).name () << " = *(union __ac_union_" << count << "*)&arg0." << (*i).name () << ";" << endl; arg_needed = true; unions.insert (union_context); } } list arg_types; get_arg_types (*func, arg_types); code << " ("; #ifdef FRONTEND_PUMA // TODO: Fix Puma-variant: better use a TransformInfo function for printing // e.g. "::classname& arg0" must be avoided! if (arg_needed) code << format_type (*arg_types.front (), "arg0"); else code << format_type (*arg_types.front ()); #else code << TI_Code::of(*loc)->arg_type_string(0); if (arg_needed) code << " arg0"; #endif code << ") " << copy_cons.str (); } ACResultBuffer result_buffer (project (), loc); // generate __TJP type (for this level) if (tjp.type_needed ()) { code << " typedef "; make_tjp_typename (code, loc, depth (*loc->get_plan()), result_buffer); code << " __TJP;" << endl; } // generate common JoinPoint initialization tjp.gen_tjp_init(code, loc, _problems, depth (*loc->get_plan()), false, 0); // generate calls to advice code or original function make_advice_calls(code, loc->get_plan(), loc); code << endl << "}" << endl; // insert the definition insert (TI_Class::of (*cls)->body_end_pos(*this), code.str ()); } void CodeWeaver::wrap_attribute_array (const SyntacticContext &attr_ctxt, list &attrs) { bool first = true; list::iterator last = attrs.end (); for (list::iterator i = attrs.begin (); i != attrs.end (); ++i) { if (attr_ctxt.objdecl_start_pos (*this) == (*i).objdecl_start_pos (*this)) { if (!first) insert ((*i).objdecl_start_pos (*this), "; "); else first = false; if (attr_ctxt.name () == (*i).name ()) insert ((*i).objdecl_start_pos (*this), gen_wrapped_array(*i)); else insert ((*i).objdecl_start_pos (*this), (*i).get_as_string ()); last = i; } } if (last != attrs.end ()) kill ((*last).objdecl_start_pos (*this), (*last).objdecl_end_pos (*this)); } string CodeWeaver::gen_wrapped_array (const SyntacticContext &attr_ctxt) { ostringstream out; out << endl; out << " struct __ac_wrapper_" << attr_ctxt.name () << " {" << endl; out << " struct _P { typedef " << attr_ctxt.get_as_string () << "; };" << endl; out << " template struct _T {};" << endl; out << " template struct _T { typedef T Type; };" << endl; out << " typedef _P::"<< attr_ctxt.name () << " _A;" << endl; out << " typedef _T<_P::" << attr_ctxt.name () << ">::Type _E;" << endl; // the offset of _data inside the wrapper struct has to be 0, else many things break // ( especially passing of member pointers on array access, but it is more on the line ) out << " _A _data;" << endl; out << " operator _A& () const { return (_A&)_data; }" << endl; out << " operator const _A& () const { return (const _A&)_data; }" << endl; out << " _A* operator &() { return &_data; }" << endl; out << " const _A * operator &() const { return &_data; }" << endl; out << " operator void* () const { return (void*)&_data; }" << endl; out << " operator const void* () const { return (const void*)&_data; }" << endl; out << " template _E& operator [] (I i) " << "{ return _data[i]; } // for VC++ 2003" << endl; out << " template const _E& operator [] (I i) const " << "{ return _data[i]; } // for VC++ 2003" << endl; out << " } " << attr_ctxt.name (); return out.str (); } void CodeWeaver::exec_join_point (ACM_Execution *loc) { wrap_function (loc); } void CodeWeaver::wrap_function (ACM_Code *loc) { ACM_Function *function = (ACM_Function*)loc->get_parent (); const vector &decl_contexts = TI_Function::of(*function)->syntactic_contexts(); if (function->get_variadic_args ()) { #ifdef FRONTEND_PUMA _err << sev_warning << decl_contexts.begin()->error_pos()->location () << "can't weave execution advice for function '" << signature(*function).c_str() << "' with variable arguments" << endMessage; #endif return; /* * Functions with variable arguments require a dedicated code * transformation. This could be implemented via function-template * wrappers. * * Example: * * void printf(char*, ...); * * || * \/ * * template * void printf(char* s, T1 t1) { * [...]; __exec_old_printf(s, t1); } * * template * void printf(char* s, T1 t1, T2 t2) { * [...]; __exec_old_printf(s, t1, t2); } * * * These template wrappers need to be generated for a fixed amount * of parameters, which could be made configurable via a command * line option. For C++11, a single variadic template would be * sufficient. * * However, this code transformation does not fit so well into the * current transformation scheme. As opposed to it, these template * wrapper have to be generated at each function declaration (a * preprocessor guard could be used to avoid multiple definitions). * Additionally, separate JoinPoint structures have to be generated * for each number of template parameters, since the proceed() * function needs to know the amount of arguments to pass to * __exec_old_printf. * * At the functions definition, these wrappers have to be generated * as well, for instance if no declaration was found before. The * body of these template wrappers needs to be generated in both * cases (at each function declaration and its definition). The * original function just has to be renamed (__exec_old_printf). * * Finally, the generation of the separate JoinPoint structures, * for each number of template parameters, would require to extend * the current (already complicatad) JoinPoint-structure generation. * * Caveats: * - C linkage of the the function is lost (template wrappers) * - it has be ensured that no similar function template exists * in the same scope (as the wrapper), which would otherwise lead * to multiple definitions * - gcc won't inline the __exec_old vararg function, * see: http://gcc.gnu.org/bugzilla/show_bug.cgi?id=10980 * -> __attribute__((always_inline)) must not be used here * */ } // handle each declaration and the optional definition separately // the transform info object yield the necessary syntactic context bool wrapped_decl = false; const SyntacticContext *def_context = 0; for (vector::const_iterator i = decl_contexts.begin (); i != decl_contexts.end (); ++i) { if ((*i).is_definition ()) def_context = &(*i); else { if (wrap_function_decl (loc, *i)) // friend declarations have an assigned scope. They are no real // declarations. Another declaration has to be generated. if (!(*i).has_assigned_scope ()) wrapped_decl = true; } } // if a definition has been found, wrap it if (def_context) wrap_function_def (loc, *def_context, wrapped_decl); } static string close_extern_c_block (int extern_c_depth) { ostringstream result; for (int i = 0; i < extern_c_depth; i++) result << "} "; result << endl << endl; return result.str (); } static string reopen_extern_c_block (int extern_c_depth) { ostringstream result; result << endl; for (int i = 0; i < extern_c_depth; i++) result << "extern \"C\" { "; result << endl; return result.str (); } // create a new function implementation and paste it behind the original void CodeWeaver::wrap_function_def (ACM_Code *loc, const SyntacticContext &sctxt, bool wrapped_decl) { ACM_Function *function = (ACM_Function*)loc->get_parent (); ostringstream pre_sig, pre_body; bool have_pre_sig = false; pre_sig << endl; // the first is the declaration of the inner function (the original) // not necessary for methods and if there is a declaration anyway if (!wrapped_decl && (function->get_kind() == FT_NON_MEMBER || function->get_kind() == FT_STATIC_NON_MEMBER)) { have_pre_sig = true; pre_sig << wrapper_function_signature (loc, sctxt, true) << ";" << endl; } // generate the JoinPoint class ThisJoinPoint tjp; tjp.merge_flags(*loc->get_plan()); #ifdef FRONTEND_CLANG // only required for features in the Clang variant tjp.enable_entity(); #endif if (tjp.type_needed ()) { have_pre_sig = true; int extern_c_depth = sctxt.is_in_extern_c_block(); if (extern_c_depth > 0) pre_sig << close_extern_c_block(extern_c_depth); make_tjp_struct(pre_sig, loc, loc->get_plan(), tjp); if (extern_c_depth > 0) pre_sig << reopen_extern_c_block(extern_c_depth); } // paste pre-signature code in front of the old function signature if (have_pre_sig) // check only for better readability insert (sctxt.wrapper_pos(*this), pre_sig.str ()); // rename the arguments of the original declaration vector arg_names; rename_args (sctxt, "arg", arg_names); // if the function is the "main()" function and if it does not contain a // return statement at the end, generate one ("return 0;") if (function->get_name() == "main" && signature(*(ACM_Name*)function->get_parent()) == "::" && !sctxt.ends_with_return()) insert (sctxt.fct_body_end_pos (*this), "return 0;\n"); // generate the body of the wrapper function ACResultBuffer result_buffer (project (), loc); pre_body << "{" << endl; #ifdef FRONTEND_CLANG bool have_Member = needs_this( *function ); // feature is supported in Clang only // compute/generate missing parameters // typedefs for missing types first ... if (tjp.entity_needed(loc) || tjp.memberptr_needed(loc)) { ostringstream out; out << "TEntity ("; for( int a = 0; a < get_arg_count(*function); a++ ) { if( a > 0 ) out << ","; out << sctxt.arg_type (a); } out << ")"; pre_body << " typedef " << sctxt.result_type (out.str()) << ";" << endl; bool init_needed = false; if (have_Member) { if (tjp.memberptr_needed(loc)) { pre_body << " TEntity " << name_qualifier( function ) << "*member = &"; init_needed = true; } } else { if (tjp.entity_needed(loc)) { pre_body << " TEntity &ent = "; init_needed = true; } } if (init_needed) pre_body << name_qualifier( function ) << function->get_name() << ";" << endl; } #endif // generate __TJP type (for this level) if (tjp.type_needed ()) { pre_body << " typedef "; make_tjp_typename (pre_body, loc, depth (*loc->get_plan()), result_buffer); pre_body << " __TJP;" << endl; } // declare the result object pre_body << " " << result_buffer.result_declaration (); // generate common JoinPoint initialization tjp.gen_tjp_init(pre_body, loc, _problems, depth (*loc->get_plan()), false, &arg_names); // generate calls to advice code or original function make_advice_calls (pre_body, loc->get_plan(), loc, false, &arg_names); pre_body << " " << result_buffer.result_return (); pre_body << endl << "}" << endl; // generate the signature of the inner function (the original) // special treatment for operator new/delete/new[]/delete[] if (function->get_kind () == FT_MEMBER && !needs_this(*function) && !wrapped_decl) pre_body << "static "; // add a wrapper function declaration pre_body << wrapper_function_signature (loc, sctxt, true); // insert the new body and new signature in front of the old body insert(sctxt.fct_body_start_pos (*this), pre_body.str ()); } // create a new declaration for a wrapped function bool CodeWeaver::wrap_function_decl (ACM_Code *loc, const SyntacticContext &sctxt) { ACM_Function *function = (ACM_Function*)loc->get_parent (); // check if the function declaration belongs to the project and is not built-in // if it does not, we cannot insert the wrapper declaration if (!sctxt.is_in_project()) return false; string inner_decl; if (sctxt.is_in_class_scope ()) inner_decl += "public: "; // special treatment for friend declarations if (sctxt.has_assigned_scope ()) inner_decl += "friend "; // special treatment for operator new/delete/new[]/delete[] => implicitly static if (function->get_kind () == FT_MEMBER && !needs_this(*function)) inner_decl += "static "; // add the wrapper function declaration inner_decl += wrapper_function_signature (loc, sctxt, false); inner_decl += ";"; // switch to the right protection if needed inner_decl += "\n"; if (sctxt.protection() != "" && sctxt.protection() != "public") inner_decl += sctxt.protection() + ":\n"; // move the generated declaration in front of the original declaration insert (sctxt.wrapper_pos(*this), inner_decl); return true; } void CodeWeaver::make_advice_call(ostream &out, ACM_Code *loc, AdviceInfo *ai, bool inter, int depth) { assert((loc->type_val () & JPT_Access) || loc->type_val () == JPT_Execution || loc->type_val () == JPT_Construction || loc->type_val () == JPT_Destruction ); // Get the correct JoinPoint object: PointCut &pc = ai->pointcut (); PointCut::iterator jp_iter = pc.find (loc); assert (jp_iter != pc.end ()); const JoinPoint &jp = *jp_iter; // Name of the TJP-instance: ostringstream tjp_instance_name; Naming::tjp_instance(tjp_instance_name, loc); // Determine helper strings: string tjp_tp = "__TJP"; string tjp_obj = inter ? "this" : "&" + tjp_instance_name.str(); // If there should be a condition, then insert the check: string this_name; string tjp_access_prefix; if (jp.condition ()) { // Determine helper strings: if(inter) { tjp_access_prefix = tjp_tp + "::"; this_name = tjp_access_prefix + "_that"; } else { tjp_access_prefix = tjp_instance_name.str() + "."; if (loc->type_val () & JPT_Access) { this_name = "srcthis"; } else { // Execution, Construction or Destruction this_name = "this"; } } // Insert check: out << " if("; jp.condition ().gen_check (out, ai, this_name.c_str(), &tjp_access_prefix); out << ") {" << endl << " "; } // Generate the call that invokes the advice code out << " "; ai->gen_invocation_func_call (out, tjp_tp.c_str(), tjp_obj.c_str()); out << endl; // Insert end of condition check if (jp.condition ()) { out << " }" << endl; if (ai->type () == ACT_AROUND) { // Make sure the following advice get invoked even if // the condition is not fulfilled out << " else {" << endl; out << " " << tjp_access_prefix << "proceed ();" << endl; out << " }" << endl; } } } void CodeWeaver::make_advice_calls (ostream &out, ACM_CodePlan *plan, ACM_Code *loc, bool inter, vector *arg_names) { typedef ACM_Container Container; Container &before = plan->get_before(); for (Container::iterator i = before.begin (); i != before.end (); ++i) make_advice_call (out, loc, TI_CodeAdvice::of(**i)->get_advice_info(), inter, depth (*plan)); if (plan->has_around()) make_advice_call (out, loc, TI_CodeAdvice::of(*plan->get_around())->get_advice_info(), inter, depth (*plan)); #ifdef FRONTEND_CLANG // this feature is only supported in the Clang variant else if( TI_Code::of( *( static_cast( loc ) ) )->has_implicit_joinpoints() ) make_proceed_to_implicit( out, loc, inter, arg_names ); #endif else make_proceed_code (out, loc, inter, arg_names); Container &after = plan->get_after(); for (Container::iterator i = after.begin (); i != after.end (); ++i) make_advice_call (out, loc, TI_CodeAdvice::of(**i)->get_advice_info(), inter, depth (*plan)); } // this function weaves the invocation code for a tree of advice functions // at a access join point void CodeWeaver::access_join_point( ACM_Access *loc ) { #ifdef FRONTEND_CLANG TI_Access &ti = *( TI_Access::of( *loc ) ); const SyntacticContext &sctxt = ti.access_context(); #else // fall back to call API as generalisation is not done for Puma assert( loc->type_val() == JPT_Call ); TI_MethodCall &ti = *( TI_MethodCall::of( *( static_cast( loc ) ) ) ); const SyntacticContext &sctxt = ti.call_context(); #endif typedef const WeavePos WP; // determine the weaving position for wrapper code int extern_c_depth = sctxt.is_in_extern_c_block(); const WeavePos &pos = sctxt.wrapper_pos( *this ); // close extern "C" block if we are in any if( extern_c_depth > 0 ) { ostringstream cblock; cblock << close_extern_c_block( extern_c_depth ); insert( pos, cblock.str() ); } #ifdef FRONTEND_CLANG // Weaving on operators with short-circuit-evaluation only available with Clang-frontend. if( loc->type_val() == JPT_Builtin && static_cast( ti ).is_short_circuiting() ) { // Special handling for short-circuit-evaluating operators: splice_shortcircuit_expr( static_cast( loc ) ); if( extern_c_depth > 0 ) { ostringstream cblock; cblock << reopen_extern_c_block( extern_c_depth ); insert( pos, cblock.str() ); } return; // we are done } #endif // FRONTEND_CLANG // create the wrapper stringstream new_call; stringstream trail_call; bool generated_args = CodeWeaver::generate_access_wrapper( loc, new_call, trail_call ); if( extern_c_depth > 0 ) { ostringstream cblock; cblock << reopen_extern_c_block( extern_c_depth ); insert( pos, cblock.str() ); } // replace call with call to replacement function WP &before_pos = ti.before_pos(*this); WP &after_pos = ti.after_pos(*this); // provide wrapper call arguments by transforming the expression bool provided_args = splice_access_expr( loc ); if( generated_args && provided_args ) new_call << ", "; // paste the trailing part of the wrapper call (in back) insert (after_pos, trail_call.str ()); // paste the first (generated) part of the call (in front) insert (before_pos, new_call.str (), true); } #ifdef FRONTEND_CLANG void CodeWeaver::splice_shortcircuit_expr( ACM_Builtin *loc ) { // Weaving on operators with short-circuit-evaluation only available with Clang-frontend. TI_Builtin &ti = *( TI_Builtin::of( *loc ) ); assert( ti.is_short_circuiting() ); // Transform the original expr // "a X1 b X2 c" (X1 and X2 are placeholders for operators) will be transformed to: // (( a ) ? call_0(, true, ( b ) , ) : call_1(, false, ( c ), )) // ^1^ ^--------------2---------------^ ^--------------------3----------------------^ ^-----4-----^ // with 1 = new_call, 2 and 3 = replacements for operators X1 and X2, 4 = trail_call, // = args for target, that,..., = dummy argument for result type deduction // Different cases and how they match to "a X1 b X2 c": // "d && e": a = d, b = e, c = false /*dummy*/ // "d || e": a = d, b = true /*dummy*/, c = e // "a ? b : c": ... // If the second argument is not available, we will set the dummy to the value of a, so we can // return arg0 inside the wrapper in every case. // Parenthesis around the second argument (b) are necessary in the case of the ternary operator, // because most(?) compilers ignore the operator precedence while scanning for the ":". // Thus e.g. "a ? 1, 2 : 3" otherwise would lead to wrong code ("call_0(, 1, 2, )"). // TODO: // If the user changes the first argument in an advice, the generation of the result will lead to the // dereference of a null-pointer, because a not available argument will be accessed. To reduce // this problem, we plan to add the "const"-qualifier to the type of the first argument, if it is // accessed inside the advice. // Determine the parts 1 to 4 and create the wrappers ostringstream first_part, second_part, third_part, fourth_part; first_part << "(("; second_part << ") ? "; third_part << ")"; // create the frist wrapper bool generated_args = CodeWeaver::generate_access_wrapper( loc, second_part, third_part, "this", 0 ); second_part << ( generated_args ? ", " : "" ) << "true, ("; third_part << " : "; fourth_part << ")"; // Generate second wrapper: generated_args = CodeWeaver::generate_access_wrapper( loc, third_part, fourth_part, "this", 1 ); third_part<< ( generated_args ? ", " : "" ) << "false, ("; fourth_part << ")"; // provide wrapper call arguments by transforming the expression if( clang::BinaryOperator * bo = llvm::dyn_cast( ti.TI_Access::tree_node() ) ) { if( bo->getOpcode() == BO_LAnd ) { // Set fourth part to third + dummy + fourth: third_part << "(false /* dummy */)" << fourth_part.str(); // move content to fourth_part fourth_part.clear(); fourth_part.str( third_part.str() ); fourth_part.seekp( 0, std::ios_base::end ); } else if( bo->getOpcode() == BO_LOr ) { // Set second_part to second + dummy + third: second_part << "(true /* dummy */)" << third_part.str(); } else { assert(false && "Unknown short-circuit-operator"); return; } // Use second part as replacement for && or || replace( ti.op_before_pos( *this ), ti.op_after_pos( *this ), second_part.str() ); } else if( llvm::isa( ti.TI_Access::tree_node() ) ) { replace( ti.ternary_op_first_delim_before_pos( *this ), ti.ternary_op_first_delim_after_pos( *this ), second_part.str() ); replace( ti.ternary_op_second_delim_before_pos( *this ), ti.ternary_op_second_delim_after_pos( *this ), third_part.str() ); } else { assert(false && "Unknown short-circuit-operator"); return; } // paste the trailing part of the wrapper call (in back) insert( ti.after_pos(*this), fourth_part.str() ); // paste the first (generated) part of the call (in front) insert( ti.before_pos(*this), first_part.str(), true ); } #endif // FRONTEND_CLANG // generate wrapper body and call // // wrapper_number: Number of the wrapper this member-function will generate. Currently only // needed for short-circuit-evaluation. This argument is optional and defaults // to -1, which indicates that the wrapper-number should not be used. bool CodeWeaver::generate_access_wrapper( ACM_Access *loc, ostream &new_call, ostream &trail_call, const char *name_that, int wrapper_number) { // determine the weaving parameters ACM_CodePlan &plan = *( loc->get_plan() ); #ifdef FRONTEND_CLANG TI_Access &ti = *( TI_Access::of( *loc ) ); const SyntacticContext &sctxt = ti.access_context(); ACM_Name *src_obj = get_explicit_parent( *loc ); #else assert( loc->type_val() == JPT_Call ); TI_MethodCall &ti = *( TI_MethodCall::of( *( static_cast( loc ) ) ) ); const SyntacticContext &sctxt = ti.call_context(); ACM_Name *src_obj = static_cast( loc->get_parent() ); #endif ACM_Function *src_func = ((src_obj->type_val() == JPT_Function) ? (ACM_Function*)src_obj : (ACM_Function*)0); ACM_Name *dst_entity = 0; if( has_entity( *loc ) ) dst_entity = get_entity( *loc ); ACM_Function *dst_func = 0; if( has_entity_func( *loc ) ) dst_func = get_entity_func( *loc ); #ifdef FRONTEND_CLANG // only required for features in the Clang variant ACM_Variable *dst_var = 0; if( has_entity_var( *loc ) ) dst_var = get_entity_var( *loc ); #endif bool deduce_result_type = ti.has_result() && ! is_implicit( *loc ); // TODO: don't do it always, Markus: for implicit joinpoint don't do it, as codecopy is not reliable there bool override_isdep = is_implicit( *loc ); #ifdef FRONTEND_CLANG if( loc->type_val() == JPT_Ref && static_cast( ti ).is_implicit_arraydecay() ) { deduce_result_type = false; // for JPs on implicit AST nodes, codecopy does not work as the do not exist in the copied code override_isdep = true; } #endif // determine the weaving position for wrapper code const WeavePos &pos = sctxt.wrapper_pos(*this); ostringstream code; // generate and insert a forward declaration for the target function if needed: // direct recursive call of a non-member function that has no forward declaration if (src_func && src_func == dst_func && (dst_func->get_kind() == FT_NON_MEMBER || dst_func->get_kind() == FT_STATIC_NON_MEMBER) && dst_func->get_source().size() == 1) { // TODO: a forward declaration has to be generated and default argument // initializers have to be moved into the forward declaration // cout << "FORWARD" << endl; } ThisJoinPoint tjp; tjp.merge_flags( plan ); #ifdef FRONTEND_CLANG // only required for features in the Clang variant tjp.enable_entity(); if( ti.has_implicit_joinpoints() ) tjp.merge_implicit( *loc ); #endif bool proceed_generated = tjp.proceed() || tjp.action(); // assure prerequisites are meet if non direct proceed code is used if( ti.needs_rights() ) { // generate JoinPoint-ID-Class and caller function of necessary if( loc->type_val() == JPT_Call ) insert_id_class( static_cast( loc ), src_obj, pos, *dst_func ); else { if( proceed_generated ) // only request the entity() function when a proceed() func exists where we need it tjp.require_entity(); } } bool pass_That = src_func && needs_this(*src_func) && tjp.that_needed( loc ); #ifdef FRONTEND_CLANG // Clang Variant only features bool proceed_uses_entity = dst_var && ti.needs_rights(); bool wormhole = false; bool pack_Arg0 = false; bool pack_Result = false; int skip_Arg = -1; if( loc->type_val() == JPT_Builtin ) { TI_Builtin &tiC = static_cast( ti ); // guarding against manipulation of return value on forwarding operators, as this would break various assumptions in the weaver if( tiC.is_forwarding() ) tjp.force_const_result(); // guard the first arg of array subscript too, as it ight be a pointer to an array if( tiC.is_index_expr() ) tjp.force_const_arg( 0 ); // guard the first arg of short-circuit operators, as it decides which args are valid if( tiC.is_short_circuiting() ) tjp.force_const_arg( 0 ); // pack arg0 and result if needed if( tiC.forwarded_is_packed() ) { pack_Arg0 = true; pack_Result = true; if( tiC.forwarded_needs_packing() ) pack_entity_expr( tiC.packed_forward_requester() ); } // skip the unevaluated arg for conditional operators if( llvm::isa( tiC.TI_Access::tree_node() ) ) { assert( tiC.is_short_circuiting() ); assert( wrapper_number == 0 || wrapper_number == 1 ); skip_Arg = 2 - wrapper_number; } } if( ti.has_implicit_joinpoints() ) { // it is suffient to consider only the first, as all share the same entity assert( loc->type_val() == JPT_Builtin ); ACM_Access *implicit = *( static_cast( loc )->get_implicit_access().begin() ); if( has_complex_entity( implicit ) ) { if( ! pack_Arg0 ) { // it might be already packed pack_Arg0 = true; if( static_cast( ti ).forwarded_needs_packing() ) pack_entity_expr( implicit ); } // if we have implicit joinpoint calls inside a proceed function // that have a complex entity, we need to tunnel the information in if( proceed_generated ) { tjp.request_wormhole(); wormhole = true; } } } #endif bool have_Member = dst_entity && needs_this( *dst_entity ); bool this_Target = have_Member && ! ti.has_target_expr(); bool have_Target = ti.has_target_expr() || this_Target; #ifdef FRONTEND_CLANG // Clang Variant only features bool have_Entity = ! ( ( dst_func && needs_this( *dst_func ) ) // member functions are not representable as simple function pointers || ( loc->type_val() == JPT_Builtin ) // for builtin operators there is no function to point to ); bool have_Idx = ti.entity_index_count() > 0; bool have_Base = have_Idx; if( have_Idx && proceed_generated && ! proceed_uses_entity ) // request api generation for use in proceed tjp.require_idx(); bool need_Entity = have_Entity && ( proceed_uses_entity || tjp.entity_needed( loc ) ); #endif // proceed needs Target if it reuses the target_expr or to access member entities // Exception: it is not used to access private data members (entity is used then) // tjp needs it only if entity is a member #ifdef FRONTEND_CLANG bool need_Target = have_Target && ( ! proceed_uses_entity || tjp.target_needed( loc ) ); bool need_Member = have_Member && tjp.memberptr_needed( loc ); bool need_Base = have_Base && tjp.array_needed( loc ); bool need_Idx = have_Idx && ( ! proceed_uses_entity || tjp.idx_needed( loc ) ); #else bool need_Target = have_Target && tjp.target_needed( loc ); #endif #ifdef FRONTEND_CLANG // Clang Variant only features bool pack_Entity = false; if( has_complex_entity( loc ) ) { if( is_implicit( *loc ) ) pack_Entity = true; else { TI_Access::SpliceMode mode = ti.entity_src_splice_mode(); if( mode == TI_Access::SpliceMode_Packed || mode == TI_Access::SpliceMode_Pack ) pack_Entity = true; } } #endif bool pass_Target = false; #ifdef FRONTEND_CLANG // Clang Variant only features bool pass_Entity = false; bool comp_Entity = false; bool genr_Entity = false; bool pass_Member = false; bool genr_Member = false; bool pass_Base = false; bool comp_Base = false; bool pass_Idx = false; if( dst_func ) { // For historical reasons and some specifics functions are handled a bit differently pass_Target = have_Target; // we need to pass it, even if we don't need it, as the expr exists already if( have_Member ) // for member functions ... genr_Member = need_Member; // .. generate the member info as needed, there is no entity defineable else // .. for normal functions genr_Entity = need_Entity; // .. generate the entity info as needed, there is no member } else if( ! pack_Entity ) { // decide from where to get Entity: if( have_Base && have_Idx ) { comp_Entity = need_Entity; // compute as needed if( comp_Entity ) { // request deps need_Base = true; need_Idx = true; } } else if( have_Target && have_Member ) { comp_Entity = need_Entity; // compute as needed if( comp_Entity ) { // request deps need_Target = true; need_Member = true; } } else pass_Entity = have_Entity; // we need to pass it, even if we don't need it, as the expr exists already // decide from where to get Base: if( have_Target && have_Member ) { comp_Base = need_Base; // compute as needed if( comp_Entity ) { // request deps need_Target = true; need_Member = true; } } else pass_Base = have_Base; // we need to pass it, even if we don't need it, as the expr exists already // Idx: pass_Idx = have_Idx; // we need to pass it, even if we don't need it, as the expr exists already pass_Target = have_Target; // we need to pass it, even if we don't need it, as the expr exists already pass_Member = have_Member; // we need to pass it, even if we don't need it, as the expr exists already } // packed entities contain all, we don't need to pass, compute or generate anything #else // PUMA is simple ... pass_Target = have_Target; // we need to pass it, even if we don't need it, as the expr exists already #endif // consistency checks #ifdef FRONTEND_CLANG // Clang Variant only features if( ! pack_Entity ) { assert( ! need_Entity || ( pass_Entity || comp_Entity || genr_Entity ) ); assert( 1 >= ( pass_Entity + comp_Entity + genr_Entity ) ); // allow maximum one of the options #endif assert( ! need_Target || pass_Target ); #ifdef FRONTEND_CLANG // Clang Variant only features assert( ! need_Member || ( pass_Member || genr_Member ) ); assert( 1 >= ( pass_Member + genr_Member ) ); // allow maximum one of the options assert( ! need_Base || ( pass_Base || comp_Base ) ); assert( 1 >= ( pass_Base + comp_Base ) ); // allow maximum one of the options assert( ! need_Idx || pass_Idx ); } else { assert( ! ( pass_Entity || comp_Entity || genr_Entity ) ); assert( ! pass_Target ); assert( ! ( pass_Member || genr_Member ) ); assert( ! ( pass_Base || comp_Base ) ); assert( ! pass_Idx ); } bool entity_is_const = have_Entity && ti.entity_is_const(); #endif // generate and insert the JoinPoint class // If this is the generation of the second wrapper, the struct was already inserted. if( tjp.type_needed() && wrapper_number < 1 ) { // insert the definition code << string ("/* ") + signature (*src_obj) + " -> " + signature (*loc) + " */\n"; make_tjp_struct (code, loc, &plan, tjp); } // generate replacement function for dstfunc code << endl; // argument list int arg_count = get_arg_count (*loc); #ifdef FRONTEND_CLANG unsigned int idx_count = ti.entity_index_count(); #endif bool generated_args = false; #ifdef FRONTEND_CLANG bool wrapper_is_template = ( ti.has_result() || pass_That || pass_Target || pass_Entity || pass_Base || pass_Idx || pack_Entity || arg_count > 0 ); #else bool wrapper_is_template = ( ti.has_result() || pass_That || pass_Target || arg_count > 0 ); #endif if (wrapper_is_template) { code << "template <"; int targs = 0; if( pass_That ) { if (targs > 0) code << ", "; code << "typename TSrc"; targs++; } if (arg_count > 0) { for (int a = 0; a < arg_count; a++, targs++) { if (targs > 0) code << ", "; code << "typename TArg" << a; } } if (ti.has_result ()) { if (targs > 0) code << ", "; code << "typename TResult"; targs++; } if( pass_Target ) { if (targs > 0) code << ", "; code << "typename TTarget"; targs++; } #ifdef FRONTEND_CLANG // this feature is only available in the Clang variant if( pass_Entity || pass_Member || pass_Base ) { if( targs > 0 ) code << ", "; code << "typename TEntity"; targs++; } if( pass_Idx ) { for( unsigned int i = 0; i < idx_count; i++, targs += 2 ) { if( targs > 0 ) code << ", "; code << "unsigned int TDim" << i; code << ", typename TIdx" << i; } } if( pack_Entity || pack_Arg0 ) { if( targs > 0 ) code << ", "; code << "typename TPacked"; targs++; } #endif code << ">" << endl; } // if the lexical scope in which the associated object of the call was // defined is a class scope (not global or namespace) the function definition // has to be preceded by a 'static' keyword to avoid an implicit 'this'. if (sctxt.is_in_class_scope()) code << "static "; if (_problems._use_always_inline) // GNU extension code << "__attribute__((always_inline)) "; code << "inline "; // add result type #ifdef FRONTEND_CLANG // this feature is only available in the Clang variant if( pack_Result ) gen_packed_resulttype( code, loc ); else { #endif code << (ti.has_result() ? "TResult " : "void "); #ifdef FRONTEND_PUMA CTypeInfo *result_type = ti.result_type_info (); if (result_type->isAddress()) { if (result_type->BaseType ()->isConst()) #else const clang::Type *type = ti.result_type().getTypePtr(); if (type->isReferenceType ()) { const clang::ReferenceType *ref_type = clang::dyn_cast(type); if (ref_type->getPointeeType ().isConstQualified ()) #endif code << "const "; code << "&"; } #ifdef FRONTEND_CLANG } #endif // add function name Naming::access_wrapper (code, loc, depth (plan), wrapper_number); code << " ("; Naming::access_wrapper (new_call, loc, depth (plan), wrapper_number); if (wrapper_is_template) { new_call << "< "; int targs = 0; if( pass_That ) { if (targs++ > 0) new_call << ", "; string scope = string("::") + signature(*cscope (src_func)); new_call << cleanup_name (scope) << "*"; } if (arg_count > 0) { // argument types list arg_types; get_arg_types (*loc, arg_types); int a = 0; for( list::iterator i = arg_types.begin(); i != arg_types.end(); ++i, ++a ) { if (targs++ > 0) new_call << ", "; #ifdef FRONTEND_PUMA CTypeInfo *type = TI_Type::of (**i)->type_info (); type->TypeText (new_call, "", true, true); #else //new_call << format_type (**i); new_call << ti.arg_type_string( a ); #endif } } if (ti.has_result () && !deduce_result_type) { if (targs++ > 0) new_call << ", "; #ifdef FRONTEND_PUMA CTypeInfo *t = result_type; if (t->isAddress()) t = t->BaseType (); bool is_const = false; if (t->TypeQualified() && t->TypeQualified()->isConst()) { is_const = true; t->TypeQualified()->isConst(false); } t->TypeText(new_call, "", true, true); if (is_const) t->TypeQualified()->isConst(true); #else // use function in TI new_call << ti.result_type_string(); #endif } new_call << " >"; } new_call << " ("; unsigned argnum = 0; // source and destination this pointer arguments (if needed) if( pass_That ) { string scope = string("::") + signature(*cscope (src_func)); // string scope = string("::") + cscope (srcfunc)->QualName(); code << "TSrc srcthis"; new_call << "(" << cleanup_name (scope) << "*)" << name_that; generated_args = true; argnum++; } if( pass_Target ) { if (argnum > 0) code << ", "; code << "const TTarget &dst"; // move/paste the target object pointer if( this_Target && dst_func ) { // FIXME this should be done in entity splicing or other central stage if( argnum > 0 ) new_call << ", "; new_call << "*this"; generated_args = true; } argnum++; } #ifdef FRONTEND_CLANG // feature is supported in Clang only if( pack_Entity ) { if( argnum > 0 ) code << ", "; code << "TPacked __packed"; argnum++; } if( pass_Entity || pass_Member || pass_Base ) { if( argnum > 0 ) code << ", "; if( entity_is_const ) code << "const "; code << "TEntity "; if( pass_Entity ) code << "&ent"; else { if( pass_Member ) code << "(TTarget::* member)"; else // pass_Base code << "(&base)"; for( unsigned int i = 0; i < idx_count; i++ ) code << "[TDim" << i << "]"; } argnum++; } if( pass_Idx ) for( unsigned int i = 0; i < idx_count; i++ ) { if( argnum > 0 ) code << ", "; code << "TIdx" << i << " idx" << i; argnum++; } #endif // argument list for (int a = 0 ; a < arg_count; a++) { #ifdef FRONTEND_CLANG if( a == skip_Arg ) { code << " /* Skipped: TArg" << a << " arg" << a << " */ "; continue; } #endif if (argnum > 0) code << ", "; #ifdef FRONTEND_CLANG // feature is supported in Clang only if( a == 0 && pack_Arg0 ) code << "TPacked __packed"; else #endif code << "TArg" << a << " arg" << a; argnum++; } if (deduce_result_type) { if (argnum > 0) code << ", "; code << "AC::RT"; argnum++; } code << ")"; ACResultBuffer result_buffer (project (), loc, wrapper_is_template); // replacement function body code << "{" << endl; // --- wrapper-body-begin --- #ifdef FRONTEND_CLANG // feature is supported in Clang only // compute/generate missing parameters // typedefs for missing types first ... if( genr_Entity || genr_Member ) { code << " typedef " << ( ti.has_result() ? "TResult" : "void " ) << " TEntity"; if( dst_func ) { code << "("; for( int a = 0; a < arg_count; a++ ) { if( a > 0 ) code << ","; code << "TArg" << a; } code << ")"; } code << ";" << endl; } // ... parameter emulation second if( genr_Entity || genr_Member ) { if( genr_Entity ) code << " TEntity &ent = "; else { // genr_Member code << " "; if( entity_is_const ) code << "const "; code << "TEntity TTarget::*member = &"; } code << name_qualifier( dst_entity ) << dst_entity->get_name() << ";" << endl; } if( comp_Base ) { assert( ! pass_Base ); // Be sure it is not already there code << " TEntity (&base)"; for( unsigned int i = 0; i < idx_count; i++ ) code << "[TDim" << i << "]"; code << " = const_cast( dst ).*member;" << endl; } if( comp_Entity ) { assert( ! pass_Entity ); // Be sure it is not already there assert( have_Member || have_Base ); // Be sure one of the src options exists code << " TEntity &ent = "; if( have_Base ) { code << "base"; for( unsigned int i = 0; i < idx_count; i++ ) code << "[idx" << i << "]"; } else // have_Member code << "const_cast( dst ).*member"; code << ";" << endl; } // ... or do on block unpacking if( pack_Entity ) { assert( ! ( pass_Entity || comp_Entity || genr_Entity ) ); // Be sure it is not already there if( have_Entity ) code << " typedef typename TPacked::Entity TEntity;" << endl; if( need_Entity ) code << " TEntity &ent = __packed.entity();" << endl; assert( ! pass_Target ); // Be sure it is not already there if( have_Target ) code << " typedef typename TPacked::BI::Target TTarget;" << endl; if( need_Target ) { code << " TTarget &dst = __packed._base._target;" << endl; } assert( ! ( pass_Member || genr_Member ) ); // Be sure it is not already there if( need_Member ) code << " " << ( have_Base ? "typename TPacked::Base" : "TEntity" ) << " TTarget::*member = __packed._base._member;" << endl; assert( ! ( pass_Base || comp_Base ) ); // Be sure it is not already there if( need_Base ) code << " typename TPacked::Base &base = __packed.base();" << endl; assert( ! pass_Idx ); // Be sure it is not already there if( have_Idx ) for( unsigned int i = 0; i < idx_count; i++ ) code << " typedef typename TPacked::template Dim<" << i << ">::Idx TIdx" << i << ";" << endl; if( need_Idx ) for( unsigned int i = 0; i < idx_count; i++ ) code << " TIdx" << i << " &idx" << i << " = __packed.template idx<" << i << ">();" << endl; } // unpacking of packed operator argument if( pack_Arg0 ) code << " TArg0 arg0 = __packed.entity();" << endl; // emulate unevaluated param for ?: if( loc->type_val() == JPT_Builtin ) { TI_Builtin& tiB = static_cast( ti ); if( llvm::isa( tiB.TI_Access::tree_node() ) ) { assert( tiB.is_short_circuiting() ); assert( skip_Arg == 1 || skip_Arg == 2 ); if( skip_Arg == 1 ) code << " TArg1 " << ( tiB.arg_is_ref( 1 ) ? "" : "&" ) << "arg1 = arg2;"; else code << " TArg2 " << ( tiB.arg_is_ref( 2 ) ? "" : "&" ) << "arg2 = arg1;"; code << "\n"; } } #endif // generate __TJP type (for the next level) if (tjp.type_needed ()) { code << " typedef "; const char *wormhole_type = 0; #ifdef FRONTEND_CLANG // feature is supported in Clang only if( wormhole ) { if( pack_Arg0 ) wormhole_type = "TPacked"; } #endif make_tjp_typename( code, loc, depth( plan ), result_buffer, wormhole_type ); code << " __TJP;" << endl; } // declare the result store code << " " << result_buffer.result_declaration(); // generate common JoinPoint initialization tjp.gen_tjp_init(code, loc, _problems, depth (plan), ti.has_target_expr() || (arg_count > 0) || deduce_result_type || override_isdep, 0, wrapper_number ); #ifdef FRONTEND_CLANG // feature is supported in Clang only if( wormhole ) { if( pack_Arg0 ) code << " tjp.__wormhole = &__packed;" << endl; } #endif // add calls to advice code make_advice_calls(code, &plan, loc); // return the results #ifdef FRONTEND_CLANG // this feature is only available in the Clang variant if( pack_Result ) gen_packed_result_return( code, loc ); else #endif code << " " << result_buffer.result_return(); // --- wrapper-body-end --- code << "}" << endl; // now we perform the code manipulation // insert the call wrapper body insert (pos, code.str ()); // TODO: make Puma check for macro problems and warn if requested // if the result type needs to be deduced, add expression copy here if( deduce_result_type ) { if (argnum > 1) trail_call << ", "; trail_call << "__AC_TYPEOF(("; // the two brackets are needed, because the call might contain a ',' // e.g. func() => ACTYPEOF(func()) would be regarded a // macro call with *two* arguments => use ACTYPEOF((...))! #ifdef FRONTEND_CLANG trail_call << ti.code (); // TODO: what about implicit calls here; print_tree had special handling #else print_tree (trail_call, ti.CallNode(), true); #endif // FRONTEND_PUMA trail_call << "))"; } // paste a closing bracket behind the call trail_call << " )"; return generated_args; } // expand implicit calls to operator->() until we are done or hit an AST node with advice #ifdef FRONTEND_CLANG void CodeWeaver::expand_arrow_operator_chain(TI_CommonCall &ti, const WeavePos &before_pos, const WeavePos &after_pos) { if (!ti.has_target_expr()) return; clang::Expr *expr = ti.target_expr(); while (true) { expr = expr->IgnoreImpCasts(); // check if this an unseen operator->() call clang::CXXOperatorCallExpr *call_expr = clang::dyn_cast_or_null(expr); if (!call_expr || call_expr->getNumArgs() < 1) break; clang::FunctionDecl *fdecl = call_expr->getDirectCallee (); if (!fdecl || fdecl->getNameAsString() != "operator->") break; if (_handled_access_nodes.find(call_expr) != _handled_access_nodes.end()) break; // expand the call in the source code insert( before_pos, "(", true ); insert( after_pos, ").operator->()" ); // go to the next nested call expr = call_expr->getArg(0); } } #endif // transform the existing expression to provide the wrapper call arguments bool CodeWeaver::splice_access_expr( ACM_Access *loc ) { bool provides_args = true; // most cases provide arguments for the wrapper #ifdef FRONTEND_CLANG if( loc->type_val() == JPT_Call || loc->type_val() == JPT_Builtin) { TI_CommonCall &ti = static_cast(*TI_Access::of( *loc )); // insert (ti.callee_before_pos (*this), "/*CALLEE-BEFORE*/"); // insert (ti.callee_after_pos (*this), "/*CALLEE-AFTER*/"); // insert (ti.args_open_before_pos (*this), "/*ARGS-BEFORE1*/"); // insert (ti.args_open_after_pos (*this), "/*ARGS-BEFORE2*/"); // insert (ti.args_close_before_pos (*this), "/*ARGS-AFTER1*/"); // insert (ti.args_close_after_pos (*this), "/*ARGS-AFTER2*/"); if( ti.is_binary_expr () ) replace( ti.op_before_pos( *this ), ti.op_after_pos( *this ), "," ); else if( ti.is_unary_expr () ) { if (ti.is_arrow_class_member_access_expr()) { // in case this is a chain of operator->() calls, expand nested (invisible) calls expand_arrow_operator_chain(ti, ti.before_pos( *this ), ti.after_pos( *this )); } else if ( ! ti.is_implicit_dereference() ) kill( ti.op_before_pos( *this ), ti.op_after_pos( *this ) ); } else if( ti.is_ternary_expr() ) { assert(false && "There are no user-defined ternary expressions and " "the built-in ternary operator is handled differently."); } else if( ti.is_postfix_expr () ) { // replace operator with the dummy argument replace( ti.op_before_pos( *this ), ti.op_after_pos( *this ), ", 0" ); } else if( ti.is_index_expr () ) { // replace the opening '[' with ',' and remove the closing ']' replace( ti.index_open_before_pos( *this ), ti.index_open_after_pos( *this ), "," ); kill( ti.index_close_before_pos( *this ), ti.index_close_after_pos( *this ) ); } // the destination function is a conversion function else if( ti.is_implicit_conversion () ) { } else { // here we should have C-style function call, such as 'foo(1, 2)' assert(loc->type_val() == JPT_Call); TI_MethodCall& tiC = static_cast(ti); provides_args = ( tiC.call_args() > 0 ); if( tiC.target_expr() ) { // in case is target object expression is a chain of operator->() calls, // expand nested (invisible) calls expand_arrow_operator_chain(ti, tiC.before_pos( *this ), tiC.args_open_before_pos (*this)); if( tiC.target_is_ptr() ) { // deref the target ptr as we pass an reference insert( tiC.before_pos( *this ), "*(", true ); insert( tiC.args_open_before_pos (*this), ")" ); } if( provides_args ) // provide argument seperator if necessary insert( tiC.args_open_before_pos (*this), ", " ); provides_args = true; } if (!tiC.is_call_op()) kill (tiC.callee_before_pos (*this), tiC.callee_after_pos (*this)); kill (tiC.args_open_before_pos (*this), tiC.args_open_after_pos (*this)); kill (tiC.args_close_before_pos (*this), tiC.args_close_after_pos (*this)); } // remember that this AST node has been handle _handled_access_nodes.insert(ti.tree_node()); } else if( loc->type_val() == JPT_Get ) { TI_Get &ti = *TI_Get::of( *( static_cast( loc ) ) ); // splice or pack the entity expr as it might contain indices or target parts if( has_complex_entity( loc ) ) { // only pack/splice if necessary switch( ti.entity_src_splice_mode() ) { case TI_Access::SpliceMode_None: case TI_Access::SpliceMode_Packed: break; // nothing to do case TI_Access::SpliceMode_Pack: pack_entity_expr( loc ); break; case TI_Access::SpliceMode_FullSplice: splice_entity_expr( loc ); break; default: assert( false && "Unknown expr splice mode" ); } } } else if( loc->type_val() == JPT_Ref ) { TI_Ref &ti = *TI_Ref::of( *( static_cast( loc ) ) ); // check if we have to remove an explicit operator // (this can happen when we weave for an explicit JP that is not child of the operator because the operator JP is suppressed) if( ti.is_explicit_operator() ) kill( ti.op_before_pos( *this ), ti.op_after_pos( *this ) ); // splice or pack the entity expr as it might contain indices or target parts if( has_complex_entity( loc ) ) // only pack/splice if necessary switch( ti.entity_src_splice_mode() ) { case TI_Access::SpliceMode_None: case TI_Access::SpliceMode_Packed: break; // nothing to do case TI_Access::SpliceMode_Pack: pack_entity_expr( loc ); break; case TI_Access::SpliceMode_FullSplice: splice_entity_expr( loc ); break; default: assert( false && "Unknown expr splice mode" ); } // paste the implicit argument for ArrayToPointerDecay if( ti.is_implicit_arraydecay() ) insert( ti.after_pos( *this ), ", 0 " ); } else if( loc->type_val() == JPT_GetRef ) { // nothing to do, as the expr is just the passed entity } else { assert( false && "Unsupported joinpoint type while weaving an access joinpoint !" ); } #else assert( loc->type_val() == JPT_Call ); ACM_Function *dst_func = static_cast( loc )->get_target (); TI_MethodCall &ti = *( TI_MethodCall::of( *( static_cast( loc ) ) ) ); const char *calltype = ti.CallNode ()->NodeName (); CTree *node; // call was a binary operator call if (calltype == CT_BinaryExpr::NodeId ()) { node = ((CT_BinaryExpr*)ti.CallNode ())->Son (1); insert (weave_pos (node->end_token (), WeavePos::WP_AFTER), ","); kill (node); } // call was a unary operator call else if (calltype == CT_UnaryExpr::NodeId () || calltype == CT_DerefExpr::NodeId ()) { node = ((CT_UnaryExpr*)ti.CallNode ())->Son (0); kill (node); } // call was a postfix operator call else if (calltype == CT_PostfixExpr::NodeId ()) { if (dst_func->get_name() == "operator ++" || dst_func->get_name() == "operator --") insert( ti.after_pos(*this), ", 0"); node = ((CT_BinaryExpr*)ti.CallNode ())->Son (1); kill (node); } // call was an index operator call else if (calltype == CT_IndexExpr::NodeId ()) { // replace the opening '[' with ',' node = ((CT_BinaryExpr*)ti.CallNode ())->Son (1); insert (weave_pos (node->end_token (), WeavePos::WP_AFTER), ","); kill (node); // delete the closing ']' node = ((CT_BinaryExpr*)ti.CallNode ())->Son (3); kill (node); } // the destination function is a conversion function else if (calltype == CT_ImplicitCall::NodeId ()) { } // call was an ordinary function call else { bool target_is_ptr = ti.target_is_ptr(); bool target_expr = ti.has_target_expr(); bool havedstthis = needs_this( *dst_func ) || target_expr; CT_ExprList *args = ((CT_CallExpr*)ti.CallNode ())->Arguments (); provides_args = ( args->Entries() > 0 ); CTree *fctnode = ti.CallNode()->Son (0); // if the function is given in parenthesis, remove it while (fctnode->NodeName () == CT_BracedExpr::NodeId ()) { kill (fctnode->Son (0)); kill (fctnode->Son (2)); fctnode = fctnode->Son (1); } const char *fctnodetype = fctnode->NodeName (); // now perform the transformation if( target_expr ) { if( target_is_ptr && (fctnodetype == CT_MembRefExpr::NodeId () || fctnodetype == CT_MembPtrExpr::NodeId ())) { insert( weave_pos( fctnode->token(), WeavePos::WP_BEFORE), "*(", true); insert( weave_pos( args->token(), WeavePos::WP_BEFORE), ")" ); } if( provides_args ) insert( weave_pos( args->token(), WeavePos::WP_BEFORE), ", " ); provides_args = true; } if (fctnodetype == CT_MembRefExpr::NodeId () && havedstthis) { kill (((CT_MembRefExpr*)fctnode)->Son (1)); kill (((CT_MembRefExpr*)fctnode)->Son (2)); } else if (fctnodetype == CT_MembPtrExpr::NodeId () && havedstthis) { kill (((CT_MembPtrExpr*)fctnode)->Son (1)); kill (((CT_MembPtrExpr*)fctnode)->Son (2)); } else { if (!ti.is_call_op()) kill (fctnode); } kill (args->Son (0)); kill (args->Son (args->Sons () - 1)); } #endif // FRONTEND_PUMA return provides_args; } #ifdef FRONTEND_CLANG void CodeWeaver::gen_packed_resulttype( ostream &code, ACM_Access *loc ) { assert( loc->type_val() == JPT_Builtin ); TI_Builtin &ti = *TI_Builtin::of( *static_cast( loc ) ); if( ti.is_index_expr() ) code << "typename TPacked::template Extend::NewPacked "; else if( ( ti.is_binary_expr() && ( ti.operator_kind_string() == "=" ) ) || ti.is_compound_assignment() ) code << "TPacked "; else assert( false && "unhandled nodetype in packed result type generation" ); } void CodeWeaver::gen_packed_result_return( ostream &code, ACM_Access *loc ) { assert( loc->type_val() == JPT_Builtin ); TI_Builtin &ti = *TI_Builtin::of( *static_cast( loc ) ); if( ti.is_index_expr() ) code << " return __packed[ arg1 ];" << endl; else if( ( ti.is_binary_expr() && ( ti.operator_kind_string() == "=" ) ) || ti.is_compound_assignment() ) code << " return __packed;" << endl; else assert( false && "unhandled nodetype in packed result return generation" ); } void CodeWeaver::splice_entity_expr( ACM_Access *loc ) { TI_Access &ti = *( TI_Access::of( *loc ) ); TI_Builtin *src = ti.entity_src(); string sep = ", "; while( src ) { const clang::Expr *check_expr = 0; if( src->is_index_expr() ) { // replace the opening '[' with ',' and wrap the index in brackets as it might contain a , operator if( sep.size() == 2 ) { replace( src->index_open_before_pos( *this ), src->index_open_after_pos( *this ), ", (" ); replace( src->index_close_before_pos( *this ), src->index_close_after_pos( *this ), ")" ); } else { replace( src->index_open_before_pos( *this ), src->index_open_after_pos( *this ), sep.c_str() ); kill( src->index_close_before_pos( *this ), src->index_close_after_pos( *this ) ); // already wrapped } check_expr = src->arg( 0 )->IgnoreImplicit(); } else assert( false && "unexpected expr while splicing joinpoint entity" ); src = src->forwarded_src(); const clang::Expr *end_search = ( src ? src->TI_Access::tree_node() : ti.ref_node() ); while( check_expr && check_expr != end_search ) { if( const clang::ParenExpr *p = llvm::dyn_cast( check_expr ) ) { sep = ")" + sep + "("; check_expr = p->getSubExpr()->IgnoreImplicit(); } else if( const clang::BinaryOperator *bo = llvm::dyn_cast( check_expr ) ) { if( bo->getOpcode() == clang::BO_Comma ) check_expr = bo->getRHS()->IgnoreImplicit(); else { assert( false && "unexpected expr while splicing joinpoint entity" ); break; } } else { assert( false && "unexpected expr while splicing joinpoint entity" ); break; } } } splice_member_expr( loc, sep.c_str() ); } void CodeWeaver::pack_entity_expr( ACM_Access *loc ) { TI_Access &ti = *( TI_Access::of( *loc ) ); splice_member_expr( loc ); insert( ti.entity_before_pos( *this ), "AC::PEInit<>( ", true ); insert( ti.entity_after_pos( *this ), " )" ); } // an Entity is complex if it needs more information than the primary entity symbol/source // to be meaningful. This is either a class obj or indices to access an array // access to static member are special for historical reasons: // if an target_expr is used, it is used in proceed too, // so they are handled like others that need a class obj bool CodeWeaver::has_complex_entity( ACM_Access *loc ) { TI_Access &ti = *( TI_Access::of( *loc ) ); ACM_Name *entity = has_entity( *loc ) ? get_entity( *loc ) : 0; bool have_Target = ti.has_target_expr() || ( entity && needs_this( *entity ) ); bool have_Idx = ti.entity_index_count() > 0; return have_Target || have_Idx; } void CodeWeaver::splice_member_expr( ACM_Access *loc, const char *separator ) { TI_Access &ti = *( TI_Access::of( *loc ) ); ACM_Name *entity = get_entity( *loc ); if( ! needs_this( *entity ) && ! ti.has_target_expr() ) return; // nothing to do, as we have no targetclass string before, replacement, after; bool has_dst = false; if( ti.has_target_expr() ) { if( ti.target_is_ptr() ) { before += "*("; replacement = ")" + replacement; } has_dst = true; } else if( needs_this( *entity ) ) { // only option is implicit this replacement = "*this" + replacement; has_dst = true; } if( has_dst ) { if( ti.target_class() != ti.targetexpr_class() ) { before = "static_cast< " + ti.target_type_string() + " & >( " + before; replacement += " )"; } replacement += separator; } if( needs_this( *entity ) ) { if( ti.entity_from_baseclass() ) { replacement += "AC::mptr_castT< " + ti.target_type_string() +" >( "; after = " )" + after; } if( is_wrapped_array( entity ) ) { replacement += "reinterpret_cast< " + name_qualifier( entity ) + "__ac_wrapper_" + entity->get_name() + "::_A"; replacement += " (" + name_qualifier( entity ) + "*) >( "; after = " )" + after; } replacement += "&"; } if( ! ti.is_qualified() ) { if( needs_this( *entity ) ) replacement += ti.targetexpr_type_string() + "::"; else replacement += name_qualifier( entity ); } if( ! before.empty() ) insert( ti.entity_before_pos( *this ), before.c_str(), true ); replace( ( ti.has_target_expr() ? ti.entity_op_before_pos( *this ) : ti.entity_before_pos( *this ) ), ti.entity_op_after_pos( *this ), replacement.c_str() ); if( ! after.empty() ) insert( ti.entity_after_pos( *this ), after.c_str() ); } bool CodeWeaver::is_wrapped_array( ACM_Name *ent ) { if( ent->type_val() != JPT_Variable ) return false; assert( static_cast( ent->get_parent() )->type_val() & ( JPT_Class | JPT_Aspect ) ); ACM_Class *cls = static_cast( ent->get_parent() ); // check if the class has a woven builtin copy constructor // only in gen_special_member_function called for these the wrapping is done // so the class has replaced array types if( ! TI_Class::of( *cls )->has_replaced_arrays() ) return false; SyntacticContext var( TI_Variable::of( static_cast( *ent ) )->decl() ); // check parallel to CodeWeaver::gen_special_member_function if( var.is_array() && ! var.is_anon_union_member() ) return true; else return false; } void CodeWeaver::preplanTransform( ACM_Code &code_jpl ) { if( ! ( code_jpl.type_val() & ( JPT_Get | JPT_Set | JPT_Ref ) ) ) return; // nothing to do ACM_Access &jpl = static_cast( code_jpl ); if( has_complex_entity( &jpl ) ) { TI_Builtin *entity_src = TI_Access::of( jpl )->entity_src(); if( is_implicit( jpl ) ) // for implicit joinpoint, skip the parent as it is handled differently entity_src = entity_src->forwarded_src(); if( entity_src ) entity_src->request_packed_forward( &jpl ); // the method itself is recursive, so no need to do it here } } #endif void CodeWeaver::insert_id_class (ACM_Call *loc, ACM_Name *src_obj, const WeavePos &pos, ACM_Function &dst_func) { TI_MethodCall &ti = *(TI_MethodCall*)TransformInfo::of (*loc); #ifdef FRONTEND_CLANG const SyntacticContext &sctxt = ti.access_context(); const SyntacticContext &dfctxt = ti.entity_context(); #else // fall back to old functions in TI_MethodCall if using Puma and thus the new ones on TI_Access do not exist const SyntacticContext &sctxt = ti.call_context(); const SyntacticContext &dfctxt = ti.dest_func_context(); #endif ostringstream bypass; const WeavePos *bypass_pos = &pos; ACM_Class *src_class = (sctxt.is_in_class_scope () ? cscope (src_obj) : 0); ACM_Class *dst_class = cscope (&dst_func); ACM_Class *target_class = dst_class; if (!in_project (dst_func)) { // calls to private externals are not supported if (dfctxt.protection() == "private") { #ifdef FRONTEND_PUMA _err << sev_error << ti.tree()->token ()->location () << "can't weave call advice for private external function '" << signature(dst_func).c_str () << "'" << endMessage; #endif return; } // target function is protected if (ti.has_target_expr ()) target_class = loc->get_target_class (); else target_class = cscope (src_obj); dst_class = target_class; } // cout << "---" << endl; // cout << (src_class ? signature(*src_class) : string("no source")) << endl; // cout << (dst_class ? signature(*dst_class) : string("no destination")) << endl; // cout << (target_class ? signature(*target_class) : string("no target")) << endl; bool before_class = (src_class && src_class != dst_class); if (before_class) { bypass_pos = &TI_Class::of (*src_class)->objdecl_start_pos (*this); close_namespace (bypass, TI_Class::of (*src_class)->get_def_context ()); } else if (sctxt.is_in_namespace ()) close_namespace (bypass, sctxt); string ns_open, ns_close, classname = Naming::bypass_caller_class(target_class); if ((src_class && src_class != dst_class) || (!src_class && sctxt.syntactical_scope () != signature(*dst_class))) { ACM_Name *curr = target_class; while (curr->type_val () & (JPT_Class|JPT_Aspect)) { classname = curr->get_name () + "::" + classname; curr = (ACM_Name *)curr->get_parent (); } while (curr->get_name () != "::") { ns_open = string ("namespace ") + curr->get_name () + " { " + ns_open; ns_close += "} "; curr = (ACM_Name *)curr->get_parent (); } } if (ns_open != "") bypass << ns_open << endl; if (src_class && !before_class) bypass << "public:" << endl; bypass << "// unique ID-class, just a type" << endl; bypass << "struct "; Naming::bypass_id_class (bypass, loc); bypass << ";" << endl; bypass << "template struct " << classname << "<"; Naming::bypass_id_class (bypass, loc); bypass << ", X> {" << endl; bypass << " static "; if (_problems._use_always_inline) // GNU extension bypass << "__attribute__((always_inline)) "; bypass << "inline "; stringstream sig, impl; sig << "call ("; int argnum = 0; bool dstthis_needed = needs_this (dst_func); // pass object pointer if needed if (dstthis_needed) { if (TI_Function::of (dst_func)->is_const ()) sig << "const "; sig << cleanup_name (signature (*target_class)) << " *dstthis"; argnum++; } // argument list unsigned call_args = get_arg_count(*loc); // IMPORTANT: get_arg_count does neither count default args nor "..."! for (unsigned a = 0; a < call_args; a++) { if (argnum > 0) sig << ", "; stringstream arg_name; arg_name << "arg" << a; sig << dfctxt.arg_type (a, arg_name.str ()); argnum++; } sig << ")"; // add result type bypass << dfctxt.result_type (sig.str ()); bypass << "{" << endl; bypass << " "; if (dfctxt.result_type () != "void") bypass << "return "; if (dstthis_needed) bypass << "dstthis->"; if (ti.is_qualified()) bypass << signature (*(ACM_Name*)dst_func.get_parent ()) << "::" << dst_func.get_name () << " ("; else bypass << dst_func.get_name () << " ("; for (unsigned a = 0; a < call_args; a++) { if (a > 0) bypass << ", "; bypass << "arg" << a; } bypass << ");" << endl; bypass << " }" << endl; bypass << "};"; if (ns_close != "") bypass << ns_close << endl; if (before_class) { open_namespace (bypass, TI_Class::of (*src_class)->get_def_context ()); } else if (sctxt.is_in_namespace()) open_namespace (bypass, sctxt); // switch to the right protection if needed if (src_class && !before_class && !TI_Class::of (*src_class)->is_struct() && sctxt.protection() != "" && sctxt.protection() != "public") bypass << "\n" << sctxt.protection() << ":\n"; // finally insert the generated code at the appropriate position insert (*bypass_pos, bypass.str ()); } void CodeWeaver::bypass_info_clear () { _bypass_blacklist.clear (); } bool CodeWeaver::bypass_in_blacklist (ACM_Class *cls) { const TI_Class *ti = TI_Class::of (*cls); return !ti->valid() || !ti->is_defined() || ti->is_template_instance() || ti->is_extern_c() || _bypass_blacklist.find (&ti->objdecl_start_pos(*this)) != _bypass_blacklist.end (); } void CodeWeaver::bypass_insert (ACM_Class *acm_cls) { const TI_Class *ti = TI_Class::of (*acm_cls); if (!ti->is_defined() || ti->is_template_instance() || ti->is_extern_c()) return; string bypass = string("\n template struct ") + Naming::bypass_caller_class (acm_cls) + " {};\n template friend struct " + Naming::bypass_caller_class (acm_cls) + ";"; if (ti->is_class() && !ti->is_struct()) // don't weave this into structs bypass = string ("public:") + bypass + "\nprivate:"; insert (ti->body_start_pos(*this), bypass, true); // put a class in the backlist if is defined inside a template instance // -> it can appear more than once in the model! if (ti->is_in_template_instance()) _bypass_blacklist.insert (&ti->objdecl_start_pos(*this)); } // Transform aspect declarations: Simply replace the keyword 'aspect' by 'class' void CodeWeaver::transform_aspect(ACToken start) { const WeavePos &from = weave_pos (start, WeavePos::WP_BEFORE); const WeavePos &to = weave_pos (start, WeavePos::WP_AFTER); replace(from, to, "class"); } // Transform the definition of a named pointcut: // // pointcut [virtual] foo(int i) = call("C") && args(i); // ==> // void foo(int i); void CodeWeaver::transform_pointcut_def(ACToken start, ACToken virtual_token, ACToken assignment_token, ACToken pct_end_token) { // TODO: at the moment the Puma parser checks whether base classes of aspects // are abstract. Therefore, a pure virtual pointcut has to become a pure virtual // function. Later this will not be necessary. insert (weave_pos(start, WeavePos::WP_BEFORE), "void"); // transform_delete(start, virtual_token ? virtual_token : start); transform_delete(start, start); // FIXME: Don't use frontend internals. #ifdef FRONTEND_PUMA if (string(pct_end_token.text()) != "0") #else if (!pct_end_token.get().isLiteral() || string(pct_end_token.text()) != "0") #endif transform_delete(assignment_token, pct_end_token); } // Transform the advice code into an ordinary C++ template function: // // advice call("C") && args(i) : before(int i) { ... } // ==> // template void __a42_before (int i) { ... } // template void __a42_before (JoinPoint *tjp, int i) { ... } void CodeWeaver::transform_advice_code( int no, string kind, AdviceCodeContext context, bool has_args, TypeUse &uses_type, ACToken arg_begin, ACToken body_begin, ACToken body_end, const string &prot) { // create and insert the function name ostringstream func_decl; func_decl << endl << "public: "; if (context & ACC_TYPE) func_decl << "template "; func_decl << "void __a" << no << "_" << kind << " "; insert (weave_pos(arg_begin, WeavePos::WP_BEFORE), func_decl.str ()); if (context & ACC_OBJ) { string tjp_param = "JoinPoint *tjp"; if (has_args) tjp_param += ", "; insert (weave_pos(arg_begin, WeavePos::WP_AFTER), tjp_param); } if( uses_type.any() ) { // also generate some typedefs for That, Target, and Result // the corresponding typedef must replace each JoinPoint::(That|Target|Result) ostringstream typedefs; typedefs << endl; if( uses_type.that ) { typedefs << " typedef typename JoinPoint::That "; Naming::tjp_typedef (typedefs, "That"); typedefs << ";" << endl; } if( uses_type.target ) { typedefs << " typedef typename JoinPoint::Target "; Naming::tjp_typedef (typedefs, "Target"); typedefs << ";" << endl; } if( uses_type.result ) { typedefs << " typedef typename JoinPoint::Result "; Naming::tjp_typedef (typedefs, "Result"); typedefs << ";" << endl; } if( uses_type.entity ) { typedefs << " typedef typename JoinPoint::Entity "; Naming::tjp_typedef (typedefs, "Entity"); typedefs << ";" << endl; } if( uses_type.memberptr ) { typedefs << " typedef typename JoinPoint::MemberPtr "; Naming::tjp_typedef (typedefs, "MemberPtr"); typedefs << ";" << endl; } if( uses_type.array ) { typedefs << " typedef typename JoinPoint::Array "; Naming::tjp_typedef (typedefs, "Array"); typedefs << ";" << endl; } insert (weave_pos (body_begin, WeavePos::WP_AFTER), typedefs.str ()); } if (prot != "public" && prot != "") insert (weave_pos (body_end, WeavePos::WP_AFTER), string ("\n") + prot + ":\n"); } // Transform the aspect function into an ordinary C++ template function: // // static Foo *aspectof () { ... } // ==> // [template ] static Foo *aspectof ([JoinPoint *tjp]) { ... } void CodeWeaver::transform_aspectof( AdviceCodeContext context, TypeUse &uses_type, ACToken start, ACToken name, ACToken arg_begin, ACToken body_begin, ACToken body_end, const string &prot) { // create and insert the function name ostringstream func_decl; func_decl << endl << "public: "; if (context & ACC_TYPE) func_decl << "template "; insert (weave_pos(start, WeavePos::WP_BEFORE), func_decl.str ()); // TODO: issue warning saying that deprecated name "aspectOf" is used if (string(name.text ()) == "aspectOf") replace (weave_pos(name, WeavePos::WP_BEFORE), weave_pos (name, WeavePos::WP_AFTER), "aspectof"); if (context & ACC_OBJ) { string tjp_param = "JoinPoint *tjp"; insert (weave_pos(arg_begin, WeavePos::WP_AFTER), tjp_param); } if( uses_type.any() ) { // also generate some typedefs for That, Target, and Result // the corresponding typedef must replace each JoinPoint::(That|Target|Result) ostringstream typedefs; typedefs << endl; if( uses_type.that ) { typedefs << " typedef typename JoinPoint::That "; Naming::tjp_typedef (typedefs, "That"); typedefs << ";" << endl; } if( uses_type.target ) { typedefs << " typedef typename JoinPoint::Target "; Naming::tjp_typedef (typedefs, "Target"); typedefs << ";" << endl; } if( uses_type.result ) { typedefs << " typedef typename JoinPoint::Result "; Naming::tjp_typedef (typedefs, "Result"); typedefs << ";" << endl; } if( uses_type.entity ) { typedefs << " typedef typename JoinPoint::Entity "; Naming::tjp_typedef (typedefs, "Entity"); typedefs << ";" << endl; } if( uses_type.memberptr ) { typedefs << " typedef typename JoinPoint::MemberPtr "; Naming::tjp_typedef (typedefs, "MemberPtr"); typedefs << ";" << endl; } if( uses_type.array ) { typedefs << " typedef typename JoinPoint::Array "; Naming::tjp_typedef (typedefs, "Array"); typedefs << ";" << endl; } insert (weave_pos (body_begin, WeavePos::WP_AFTER), typedefs.str ()); } if (prot != "public" && prot != "") insert (weave_pos (body_end, WeavePos::WP_AFTER), string ("\n") + prot + ":\n"); } void CodeWeaver::transform_delete (ACToken from, ACToken to) { const WeavePos &from_pos = weave_pos (from, WeavePos::WP_BEFORE); const WeavePos &to_pos = weave_pos (to, WeavePos::WP_AFTER); kill(from_pos, to_pos); } void CodeWeaver::transform_anon_class (ACToken name_pos, const string &name) { // 'name_pos' is either ':' or '{' insert (weave_pos (name_pos, WeavePos::WP_BEFORE), string (" ") + name + " "); } void CodeWeaver::transform_anon_member_class (ACToken end_token, const string &anon_members) { string code = ""; code += anon_members; code += "\n"; insert (weave_pos (end_token, WeavePos::WP_AFTER), code); } ACM_Class *CodeWeaver::cscope (ACM_Name *obj) { ACM_Name *parent = (ACM_Name*)obj->get_parent(); return (parent->type_val() == JPT_Class ? (ACM_Class*)parent : (ACM_Class*)0); } #ifdef FRONTEND_PUMA CClassInfo *CodeWeaver::cscope(CObjectInfo *obj) { CRecord *crec = obj->ClassScope (); return crec ? crec->ClassInfo () : (CClassInfo*)0; } #else clang::CXXRecordDecl *CodeWeaver::cscope(clang::DeclContext *obj) { return llvm::dyn_cast(obj->getParent()); } #endif ACM_Name *CodeWeaver::nscope (ACM_Function *func) { ACM_Name *result = (ACM_Name*)func->get_parent (); if (result->get_name() == "::" || result->get_name () == "") return 0; return result; } string CodeWeaver::name_qualifier( ACM_Name *entity ) { assert( entity->get_parent() && ( static_cast( entity->get_parent() )->type_val() & JPT_Name ) ); string scope_name = cleanup_name( signature( *static_cast( entity->get_parent() ) ) ); if( scope_name.size() == 0 ) scope_name = "::"; else if( scope_name.substr( 0, 2 ) != "::" ) scope_name = "::" + scope_name + "::"; else if( scope_name.size() > 2 ) scope_name += "::"; return scope_name; } string CodeWeaver::cleanup_name(const string& in) { string result = in; string::size_type pos = result.length (); while ((pos = result.rfind ("::", pos)) != string::npos) result = result.erase (pos, 11); if (result.find ("") == 0) result = result.erase (0, 9); return result; } string CodeWeaver::strip_template_parameters (const string &in) { int pos = in.size () - 1; if (in[pos] == '>') { int level = 0; do { if (in[pos] == '>') level++; else if (in[pos] == '<') level--; pos--; } while (pos >= 0 && level > 0); } return (pos >= 0 ? in.substr (0, pos + 1) : in); } #ifdef FRONTEND_PUMA void CodeWeaver::print_tree (ostream &out, CTree *node, bool expand_implicit_calls) { if (expand_implicit_calls && node->NodeName () == CT_ImplicitCall::NodeId() && !((CT_ImplicitCall*)node)->Object()->FunctionInfo()->isConstructor()) { out << "("; print_tree (out, node->Son (0), expand_implicit_calls); out << ")." << ((CT_ImplicitCall*)node)->Object()->Name().c_str () << "()"; } else if (node->NodeName () == CT_Token::NodeId ()) out << node->token ()->text () << " "; else for (int s = 0; s < node->Sons (); s++) print_tree (out, node->Son (s), expand_implicit_calls); } #endif // FRONTEND_PUMA void CodeWeaver::rename_args (const SyntacticContext &sctxt, const char * new_name, vector &arg_names) { #ifdef FRONTEND_PUMA CFunctionInfo *func = (CFunctionInfo*)sctxt.object(); // first rename the arguments in the argument list for (unsigned arg = 0; arg < func->Arguments (); arg++) { if (func->Argument (arg)->isAnonymous()) { // create a new name ostringstream name; name << new_name << arg; // insert the generated name rename (func->Argument (arg), name.str ()); arg_names.push_back (name.str ()); } else { arg_names.push_back (func->Argument (arg)->Name ().c_str()); } } #else const clang::FunctionDecl *decl = llvm::cast(sctxt.decl()); for (unsigned i = 0, e = sctxt.args(); i != e; ++i) { std::string arg_name = sctxt.arg_name(i); if (arg_name.empty()) { // create a new name ostringstream name; name << new_name << i; // insert the generated name rename(decl->getParamDecl(i), name.str()); arg_names.push_back(name.str()); } else { arg_names.push_back(sctxt.arg_name(i)); } } #endif } #ifdef FRONTEND_PUMA void CodeWeaver::rename (CArgumentInfo *arg, const string &new_name) { // don't change anything with void arguments if (arg->TypeInfo ()->is_void ()) return; // find the syntax tree node of the argument name CT_ArgDecl *arg_decl = (CT_ArgDecl*)arg->Tree (); CT_Declarator *declarator = (CT_Declarator*)arg_decl->Declarator (); CT_SimpleName *arg_name = name (declarator); if (arg_name->NodeName () != CT_PrivateName::NodeId ()) { const WeavePos &lpos = weave_pos (arg_name->token (), WeavePos::WP_BEFORE); const WeavePos &rpos = weave_pos (arg_name->end_token (), WeavePos::WP_AFTER); replace (lpos, rpos, new_name); } else { // in the case of an anonymous argument I have to find an insert pos CTree *left = 0, *right = 0; if (declarator) { if (declarator->NodeName () == CT_InitDeclarator::NodeId ()) right = ((CT_InitDeclarator*)declarator)->Initializer (); else if (declarator->NodeName () == CT_BracedDeclarator::NodeId ()) right = declarator->Son (declarator->Sons () - 1); else if (declarator->NodeName () == CT_ArrayDeclarator::NodeId ()) right = declarator->Son (1); else if (declarator->NodeName () == CT_FctDeclarator::NodeId ()) right = declarator->Son (1); else if (declarator->NodeName () == CT_RefDeclarator::NodeId ()) left = declarator->Son (0); else if (declarator->NodeName () == CT_PtrDeclarator::NodeId ()) left = declarator->Son (declarator->Sons () - 2); else if (declarator->NodeName () == CT_MembPtrDeclarator::NodeId ()) left = declarator->Son (declarator->Sons () - 2); else if (declarator->NodeName () == CT_BitFieldDeclarator::NodeId ()) right = declarator->Son (1); else { _err << sev_fatal << declarator->token ()->location () << "unknown declarator type" << endMessage; return; } } if (!left && !right) { // no declarator + anonymous => there must be at least a decl spec seq! left = arg_decl->DeclSpecs (); } if (left) { const WeavePos &lp = weave_pos (left->end_token (), WeavePos::WP_AFTER); insert (lp, " "); insert (lp, new_name); } else if (right) { const WeavePos &rp = weave_pos (right->token (), WeavePos::WP_BEFORE); insert (rp, " "); insert (rp, new_name); } else _err << sev_fatal << declarator->token ()->location () << "found no hook to replace ananymous arg name" << endMessage; } } #else void CodeWeaver::rename(const clang::ParmVarDecl *arg, const string &new_name) { // Get a string with the new name in the right place. It's important that this // is the same typedef'd type as the original. std::string s; llvm::raw_string_ostream os(s); clang::QualType ty = arg->getTypeSourceInfo()->getType(); os << TI_Type::get_type_code_text(ty, &arg->getASTContext(), new_name.c_str()); if (!arg->hasInit() || arg->hasInheritedDefaultArg()) { // No default argument. Replace the entire argument with the new type and // name. // ... we would like to use this ... // replace(weave_pos(arg->getLocStart(), WeavePos::WP_BEFORE), // get_pos_after_loc(arg->getLocEnd()), os.str()); // ... but the result of getLocEnd with the current Clang version is nonsense // workaround: replace(weave_pos(arg->getLocStart(), WeavePos::WP_BEFORE), get_pos_after_loc(arg->getTypeSourceInfo()->getTypeLoc().getSourceRange().getEnd()), os.str ()); } else { // Default argument. Kill from the beginning of the argument until the start // of the default parameter. Then insert the new type and argument. Since we // kill the equals sign, generate a new one. os << " = "; replace(weave_pos(arg->getLocStart(), WeavePos::WP_BEFORE), weave_pos(arg->getInit()->getLocStart(), WeavePos::WP_AFTER), os.str()); } } #endif #ifdef FRONTEND_PUMA CT_SimpleName *CodeWeaver::is_name (CTree *node) { if (node->NodeName () == CT_QualName::NodeId () || node->NodeName () == CT_SimpleName::NodeId () || node->NodeName () == CT_OperatorName::NodeId () || node->NodeName () == CT_ConversionName::NodeId () || node->NodeName () == CT_RootQualName::NodeId () || node->NodeName () == CT_PrivateName::NodeId ()) return (CT_SimpleName*)node; else return (CT_SimpleName*)0; } CT_FctDeclarator *CodeWeaver::fct_declarator (CT_Declarator *declarator) { do { CT_Declarator *next = (CT_Declarator*)declarator->Declarator (); if (declarator->NodeName () == CT_FctDeclarator::NodeId () && is_name (next)) return (CT_FctDeclarator*)declarator; declarator = next; } while (!is_name (declarator)); return (CT_FctDeclarator*)0; } CT_SimpleName *CodeWeaver::name (CT_Declarator *&declarator) { CTree *node = declarator; declarator = (CT_Declarator*)0; while (!is_name (node)) { declarator = (CT_Declarator*)node; node = declarator->Declarator (); } return (CT_SimpleName*)node; } // return LinkageSpec node for extern "C" like declarations CTree *CodeWeaver::linkage_adjust (CT_Decl *decl) { CT_LinkageSpec *linkage = decl->Linkage (); return (!linkage || linkage->isList ()) ? decl : linkage; } #endif // FRONTEND_PUMA void CodeWeaver::gen_binding_templates (ostream &out, ACM_CodePlan *plan, const char *jpname) { // later the individual bindings have to be passed from here, too. typedef ACM_Container Container; Container &before = plan->get_before(); for (Container::iterator i = before.begin (); i != before.end (); ++i) TI_CodeAdvice::of(*(*i))->get_advice_info()->gen_binding_template (out, jpname, _problems); if (plan->has_around()) TI_CodeAdvice::of(*plan->get_around())->get_advice_info()->gen_binding_template (out, jpname, _problems); if (plan->has_next_level()) gen_binding_templates (out, plan->get_next_level(), jpname); Container &after = plan->get_after(); for (Container::iterator i = after.begin (); i != after.end (); ++i) TI_CodeAdvice::of(*(*i))->get_advice_info()->gen_binding_template (out, jpname, _problems); } aspectc++/AspectC++/PaxHeaders.4702/ClangFlowAnalysis.cc0000644000000000000000000000007412740141200017632 xustar0030 atime=1468174988.134166786 30 ctime=1468174988.135166803 aspectc++/AspectC++/ClangFlowAnalysis.cc0000644000175000001440000007553112740141200020027 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2015 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "ClangFlowAnalysis.h" #include "clang/Analysis/CFG.h" #include "clang/Analysis/CFGStmtMap.h" //#include "clang/Analysis/Analyses/Dominators.h" #include "clang/Analysis/Analyses/PostOrderCFGView.h" #include "clang/AST/Stmt.h" #include "clang/AST/RecursiveASTVisitor.h" #include #include #include using namespace clang; //------------------------------------------------------------------------====// // Worklist: worklist for dataflow analysis. //====------------------------------------------------------------------------// namespace { class DataflowWorklist { SmallVector worklist; llvm::BitVector enqueuedBlocks; PostOrderCFGView *POV; public: DataflowWorklist(const CFG &cfg, AnalysisDeclContext &Ctx) : enqueuedBlocks(cfg.getNumBlockIDs()), POV(Ctx.getAnalysis()) {} void enqueueBlock(const CFGBlock *block); void enqueueSuccessors(const CFGBlock *block); void enqueuePredecessors(const CFGBlock *block); const CFGBlock *dequeue(); void sortWorklist(); }; } void DataflowWorklist::enqueueBlock(const clang::CFGBlock *block) { if (block && !enqueuedBlocks[block->getBlockID()]) { enqueuedBlocks[block->getBlockID()] = true; worklist.push_back(block); } } void DataflowWorklist::enqueueSuccessors(const clang::CFGBlock *block) { const unsigned OldWorklistSize = worklist.size(); for (CFGBlock::const_succ_iterator I = block->succ_begin(), E = block->succ_end(); I != E; ++I) { enqueueBlock(*I); } if (OldWorklistSize == 0 || OldWorklistSize == worklist.size()) return; sortWorklist(); } void DataflowWorklist::enqueuePredecessors(const clang::CFGBlock *block) { const unsigned OldWorklistSize = worklist.size(); for (CFGBlock::const_pred_iterator I = block->pred_begin(), E = block->pred_end(); I != E; ++I) { enqueueBlock(*I); } if (OldWorklistSize == 0 || OldWorklistSize == worklist.size()) return; sortWorklist(); } void DataflowWorklist::sortWorklist() { // sort in reverse order //FIXME: howto sort in pre-order ?? //std::sort(worklist.rbegin(), worklist.rend(), POV->getComparator()); } const CFGBlock *DataflowWorklist::dequeue() { if (worklist.empty()) return 0; const CFGBlock *b = worklist.pop_back_val(); enqueuedBlocks[b->getBlockID()] = false; return b; } //------------------------------------------------------------------------====// // Helper functions: decide whether a variable can be tracked by the analysis //====------------------------------------------------------------------------// namespace { static bool is_trackable(clang::VarDecl* VD) { clang::QualType type = VD->getType(); if ( VD->hasGlobalStorage() ) { if (type->isPointerType() && !type.isConstQualified()) { return false; // pointer with global storage must be const qualified } } // two levels of indirection are not trackable (i.e., pointers to pointers) if (type->isPointerType() || type->isReferenceType()) { return type->getPointeeType()->isClassType(); } return type->isClassType(); } static bool is_trackable(clang::MemberExpr* ME) { clang::FieldDecl* field = dyn_cast_or_null(ME->getMemberDecl()); if (field) { clang::QualType type = field->getType(); // remove reference/pointer attribute from type if ( (type->isPointerType() && type.isConstQualified()) || type->isReferenceType()) { type = type->getPointeeType(); // 1st dereference while ( type->isPointerType() ) { if ( !type.isConstQualified() ) { return false; // pointer to pointer must be const qualified } type = type->getPointeeType(); } } if (!type->isClassType()) { return false; } clang::Expr* base = ME->getBase()->IgnoreImplicit(); if( dyn_cast_or_null(base) ) { return true; } else if (clang::MemberExpr* ME_base = dyn_cast_or_null(base)) { return is_trackable(ME_base); } else if (clang::DeclRefExpr* DRF = dyn_cast_or_null(base)) { clang::VarDecl* VD = dyn_cast_or_null(DRF->getDecl()); if (VD == 0) { return false; } if (VD->getType()->isPointerType() && !VD->getType().isConstQualified() ) { return false; // do not allow non-const pointers, yet. (TODO) } return is_trackable(VD); } } return false; } // determine wheter two member expressions refer to the same object static bool referencesSameObject(clang::Stmt* stmt1, clang::Stmt* stmt2) { if ( clang::DeclRefExpr* decl_ref1 = dyn_cast_or_null(stmt1) ) { if ( clang::DeclRefExpr* decl_ref2 = dyn_cast_or_null(stmt2) ) { if ( clang::VarDecl* var_decl1 = dyn_cast_or_null(decl_ref1->getDecl()) ) { if ( clang::VarDecl* var_decl2 = dyn_cast_or_null(decl_ref2->getDecl()) ) { // Note: The pointer (var_decl) must not have been changed in between. // Thus, we only allow const pointers, yet (TODO) // See: is_trackable(clang::MemberExpr* ME) if ( (decl_ref1->child_begin() == decl_ref1->child_end()) && (decl_ref2->child_begin() == decl_ref2->child_end()) ) { // there must not exist any children, hence, we can return: return var_decl1 == var_decl2; } } } } return false; } else if ( clang::MemberExpr* member_expr1 = dyn_cast_or_null(stmt1) ) { if ( clang::MemberExpr* member_expr2 = dyn_cast_or_null(stmt2) ) { if ( clang::FieldDecl* field1 = dyn_cast_or_null(member_expr1->getMemberDecl()) ) { if ( clang::FieldDecl* field2 = dyn_cast_or_null(member_expr2->getMemberDecl()) ) { if ( field1 == field2 ) { return referencesSameObject( member_expr1->getBase()->IgnoreImplicit(), member_expr2->getBase()->IgnoreImplicit() ); } } } } return false; } else if ( dyn_cast_or_null(stmt1) && dyn_cast_or_null(stmt2) ) { return true; } else if ( /*clang::ArraySubscriptExpr* array_expr1 =*/ dyn_cast_or_null(stmt1) ) { // TODO /* if ( clang::ArraySubscriptExpr* array_expr2 = dyn_cast_or_null(stmt2) ) { if ( clang::IntegerLiteral* literal1 = dyn_cast_or_null(array_expr1->getIdx()) ) { if ( clang::IntegerLiteral* literal2 = dyn_cast_or_null(array_expr2->getIdx()) ) { if( literal1->getValue() == literal2->getValue() ) { return referencesSameObject( array_expr1->getBase()->IgnoreImplicit(), array_expr2->getBase()->IgnoreImplicit() ); } } } } */ return false; } else if ( dyn_cast_or_null(stmt1) || dyn_cast_or_null(stmt2) ) { return false; } else if ( dyn_cast_or_null(stmt1) || dyn_cast_or_null(stmt2) ) { return false; } // recurse to all children Stmt::child_iterator it1 = stmt1->child_begin(); Stmt::child_iterator it2 = stmt2->child_begin(); for( ; (it1 != stmt1->child_end()) && (it2 != stmt2->child_end()); it1++, it2++) { if ( referencesSameObject((*it1)->IgnoreImplicit(), (*it2)->IgnoreImplicit()) == false ) { return false; } } return true; } } //------------------------------------------------------------------------====// // DataFlowValues: Keep track of variables in each basic block //====------------------------------------------------------------------------// namespace { class DataFlowValues { private: static unsigned int next_free_id; typedef std::map Variable_Map_t; Variable_Map_t _local_variables; Variable_Map_t _global_variables; // record updates of local variables (i.e. assignments), in order to // replay the same updates in each iteration (do not use new ids) typedef std::pair Update_Location_t; typedef std::map Variable_Updates_t; Variable_Updates_t _updates; // record merge conflicts of local variables and their resolution Variable_Map_t _conflicts; // store member expressions that have already been used as target object // TODO: allow non-const pointers as base for a member expression //typedef std::pair Member_ID_t; //typedef std::map Member_Expr_Map_t; typedef std::map Member_Expr_Map_t; Member_Expr_Map_t _member_expr_map; // TODO // store array expressions that have already been used as target object //typedef std::map Array_Expr_Map_t; //Array_Expr_Map_t _array_expr_map; public: static const unsigned int NO_ID = ClangFlowAnalysis::NO_ID; static const unsigned int THIS_ID = ClangFlowAnalysis::THIS_ID; unsigned int get_next_free_id() const { return next_free_id; } static void reset_next_free_id() { next_free_id = 2; } bool equals(const DataFlowValues& other) const { return (_local_variables == other._local_variables) && (_global_variables == other._global_variables) && (_member_expr_map == other._member_expr_map); } void copyHistory(const DataFlowValues& other) { _conflicts = other._conflicts; _updates = other._updates; } void add_variable(clang::VarDecl* VD) { add_variable(VD, get_next_free_id()); } void add_variable(clang::VarDecl* VD, unsigned int new_id) { if (!is_trackable(VD)) { return; } if( VD->hasLocalStorage() ) { _local_variables[VD] = new_id; if (new_id == next_free_id) { next_free_id++; } } else { // hasGlobalStorage _global_variables[VD] = new_id; if (new_id == next_free_id) { next_free_id++; } } } // VD is the variable to update, location the statement in the source code // that triggers the update (e.g., a DeclRefExpr) void update_variable(clang::VarDecl* VD, clang::Stmt* location, unsigned int new_id) { if (VD == 0 || VD->hasGlobalStorage() || !is_trackable(VD)) { return; // only track updates of 'trackable' local variables } // do not allow 'kill' updates on objects (class-type variables) if ( (new_id == NO_ID) && (VD->getType()->isClassType()) ) { return; } // do not allow any updates on killed variables (with ID == 0) Variable_Map_t::iterator found = _local_variables.find(VD); if (found != _local_variables.end()) { if (found->second == NO_ID) { return; } } if ( new_id == next_free_id ) { // try to replay an existing update instead of a new_id Variable_Updates_t::iterator update = _updates.find(std::make_pair(VD, location)); if ( update != _updates.end() ) { add_variable(VD, update->second); return; } } add_variable(VD, new_id); if ( new_id != NO_ID ) { // no need to remember NO_ID updates (won't merge) _updates[std::make_pair(VD, location)] = new_id; } } bool is_tracked(clang::VarDecl* VD) const { if( VD->hasLocalStorage() ) { Variable_Map_t::const_iterator found = _local_variables.find(VD); return found != _local_variables.end(); } else { // hasGlobalStorage Variable_Map_t::const_iterator found = _global_variables.find(VD); return found != _global_variables.end(); } } unsigned int get_id(clang::VarDecl* VD) const { if( VD->hasLocalStorage() ) { Variable_Map_t::const_iterator found = _local_variables.find(VD); if (found != _local_variables.end()) { return found->second; } } else { // hasGlobalStorage Variable_Map_t::const_iterator found = _global_variables.find(VD); if (found != _global_variables.end()) { return found->second; } } return NO_ID; } unsigned int get_id(clang::MemberExpr* ME) const { for(Member_Expr_Map_t::const_iterator it = _member_expr_map.begin(); it != _member_expr_map.end(); ++it) { if( it->first == ME ) { return it->second; // same member-expression pointer found } else if( referencesSameObject(it->first, ME) ) { return it->second; } } // no match found return NO_ID; } unsigned int add_member_expr(clang::MemberExpr* ME) { _member_expr_map[ME] = next_free_id; return next_free_id++; } void merge(const DataFlowValues& src) { // merge local variables for ( Variable_Map_t::const_iterator it = src._local_variables.begin(); it != src._local_variables.end(); it++) { unsigned int src_id = it->second; Variable_Map_t::iterator found = _local_variables.find(it->first); if( found != _local_variables.end() ) { unsigned int dst_id = found->second; if ( src_id != dst_id ) { // a merge with a killed variable always yields a 'killed' result if ( (src_id == NO_ID) || (dst_id == NO_ID) ) { found->second = NO_ID; } else { // did we solve that conflict before? Variable_Map_t::iterator conflict = _conflicts.find(it->first); if (conflict != _conflicts.end() ) { found->second = conflict->second; // adopt previous resolution } else { // multiple sources but different values: assign new id unsigned int new_id = next_free_id++; _conflicts[it->first] = new_id; // remember this resolution found->second = new_id; } } } } else { _local_variables[it->first] = src_id; // just copy } } // fix loops (use new ids for overwritten variables) for ( Variable_Updates_t::iterator it = _updates.begin(); it != _updates.end(); it++) { // if we find an update, we've already visited this basic block before clang::VarDecl* updated_var = it->first.first; // look if we already solved a merge-conflict on 'updated'var' Variable_Map_t::iterator conflict = _conflicts.find(updated_var); if (conflict == _conflicts.end()) { // use a new id and remember this as a conflict resolution unsigned int new_id = next_free_id++; _local_variables[updated_var] = new_id; _conflicts[updated_var] = new_id; } } // merge global variables for ( Variable_Map_t::const_iterator it = src._global_variables.begin(); it != src._global_variables.end(); it++) { unsigned int src_id = it->second; Variable_Map_t::iterator found = _global_variables.find(it->first); if( found != _global_variables.end() ) { unsigned int dst_id = found->second; found->second = std::min(src_id, dst_id); // use smaller one } else { _global_variables[it->first] = src_id; // just copy } } // merge member expressions for(Member_Expr_Map_t::const_iterator it_src = src._member_expr_map.begin(); it_src != src._member_expr_map.end(); ++it_src) { clang::MemberExpr* ME_src = it_src->first; bool found = false; for(Member_Expr_Map_t::iterator it_dst = _member_expr_map.begin(); it_dst != _member_expr_map.end(); ++it_dst) { clang::MemberExpr* ME_dst = it_dst->first; if ( (ME_src == ME_dst) || referencesSameObject(ME_src, ME_dst) ) { it_dst->second = std::min(it_dst->second, it_src->second); found = true; break; } } if (found == false) { _member_expr_map[ME_src] = it_src->second; // just copy } } } void dump() const { for ( Variable_Map_t::const_iterator it = _local_variables.begin(); it != _local_variables.end(); it++) { std::cout << it->first->getNameAsString() << " = " << it->second << " (local)" << std::endl; } for ( Variable_Map_t::const_iterator it = _global_variables.begin(); it != _global_variables.end(); it++) { std::cout << it->first->getNameAsString() << " = " << it->second << " (global)" << std::endl; } } }; } unsigned int DataFlowValues::next_free_id = 2; //------------------------------------------------------------------------====// // TransferFunctions: Perform the dataflow analysis for one basic block //====------------------------------------------------------------------------// namespace { class TransferFunctions : public clang::RecursiveASTVisitor { private: DataFlowValues& _dfvals; ClangFlowAnalysis::call_target_obj_lid_map_t& _target_obj_lids; const clang::ASTContext& _context; void update(clang::Stmt* stmt, unsigned int new_id); unsigned int lookup_target_obj_lid(clang::Expr* expr); public: TransferFunctions(DataFlowValues& dfvals, ClangFlowAnalysis::call_target_obj_lid_map_t& lids, clang::ASTContext& ctx) : _dfvals(dfvals), _target_obj_lids(lids), _context(ctx) {} bool VisitDeclStmt(DeclStmt *DS); // variable initialization bool VisitCallExpr(CallExpr *CE); bool VisitBinaryOperator(BinaryOperator *BO); // assignment bool VisitUnaryOperator(UnaryOperator *UO); // ++, --, & operators //VisitCastExpr(CastExpr *CE) //void VisitDeclRefExpr(DeclRefExpr *DR); static const unsigned int NO_ID = ClangFlowAnalysis::NO_ID; static const unsigned int THIS_ID = ClangFlowAnalysis::THIS_ID; }; } bool TransferFunctions::VisitDeclStmt(DeclStmt* DS) { for (clang::DeclStmt::decl_iterator I = DS->decl_begin(); I != DS->decl_end(); ++I) { clang::VarDecl* VD = dyn_cast(*I); if (VD) { clang::Expr* init_value = VD->getInit(); // initialization expression // handle references to a pointer if (VD->getType()->isReferenceType()) { // reference ... if (VD->getType()->getPointeeType()->isPointerType()) { // to pointer // example: Foo*& ref = foo_ptr; if (init_value) { update(init_value, NO_ID); // kill the aliased pointer variable } return true; // no need update the reference to a pointer } } // add the new variable; try to copy existing ID from initialization unsigned int new_id = lookup_target_obj_lid(init_value); if (new_id == NO_ID) { new_id = _dfvals.get_next_free_id(); } _dfvals.update_variable(VD, DS, new_id); } } return true; } bool TransferFunctions::VisitCallExpr(clang::CallExpr *CE) { clang::MemberExpr* target = dyn_cast_or_null(CE->getCallee()); if (target) { // dive into the member expression to find the callee object _target_obj_lids[CE] = lookup_target_obj_lid(target->getBase()); } else { _target_obj_lids[CE] = NO_ID; // lookup failed } // Variables passed as reference arguments: // If a value is passed by non-const reference to a function, we must assume // that it can be changed silently. Moreoever, the reference could be stored // somewhere and the value could change at arbitrary points in time. // Thus, kill that variable: for (CallExpr::arg_iterator I = CE->arg_begin(), E = CE->arg_end(); I != E; ++I) { if ( (!(*I)->getType().isConstQualified()) && (*I)->isGLValue() ) { // TODO: isGLValue seems to do what it is expected to, but it is correct? // see: http://stackoverflow.com/questions/3601602 update(*I, NO_ID); // kill } } return true; } bool TransferFunctions::VisitBinaryOperator(BinaryOperator *BO) { if (BO->isAssignmentOp()) { unsigned int new_id; if (BO->getOpcode() == BO_Assign) { // extract rhs' id new_id = lookup_target_obj_lid( BO->getRHS() ); if (new_id == NO_ID) { new_id = _dfvals.get_next_free_id(); } } else { new_id = _dfvals.get_next_free_id(); } update( BO->getLHS(), new_id ); } return true; } bool TransferFunctions::VisitUnaryOperator(UnaryOperator* UO) { if (UO->isIncrementDecrementOp()) { update(UO->getSubExpr(), _dfvals.get_next_free_id()); // assign a new id } else if (UO->getOpcode() == UO_AddrOf) { update(UO->getSubExpr(), NO_ID); // kill } return true; } unsigned int TransferFunctions::lookup_target_obj_lid(clang::Expr* expr) { clang::Stmt* stmt = expr; while (stmt) { stmt = stmt->IgnoreImplicit(); if( clang::DeclRefExpr* DRF = dyn_cast(stmt) ) { // non-member variable clang::VarDecl* VD = dyn_cast_or_null(DRF->getDecl()); if (VD == 0) { return NO_ID; } if (!_dfvals.is_tracked(VD)) { _dfvals.add_variable(VD); } return _dfvals.get_id(VD); } else if ( clang::MemberExpr* ME = dyn_cast(stmt) ) { // member variable if ( is_trackable(ME) ) { unsigned int id = _dfvals.get_id(ME); if ( id == NO_ID ) { return _dfvals.add_member_expr(ME); } else { return id; } } return NO_ID; } else if ( dyn_cast(stmt) ) { // this pointer return THIS_ID; } else if ( /*clang::ArraySubscriptExpr* ASE =*/ dyn_cast(stmt) ) { // array access //return lookup_or_insert(ASE); //FIXME return NO_ID; } else if ( dyn_cast(stmt) ) { // if the callee is a CallExpr, stop the static analysis, // as we cannot guarantee that a call yields always the same object. return NO_ID; } else if ( clang::ConditionalOperator* CO = dyn_cast(stmt) ) { // try constant folding bool res; if ( CO->getCond()->EvaluateAsBooleanCondition(res, _context) ) { // condition result known at compile time: proceed with that stmt = res ? CO->getTrueExpr() : CO->getFalseExpr(); } else { // condition not evaluable return NO_ID; } } else if ( BinaryOperator* BO = dyn_cast(stmt) ) { switch(BO->getOpcode()) { case clang::BO_Comma: { // comma operator: proceed with rhs (lhs is dropped) stmt = BO->getRHS(); break; } case clang::BO_Assign: case clang::BO_MulAssign: case clang::BO_DivAssign: case clang::BO_RemAssign: case clang::BO_AddAssign: case clang::BO_SubAssign: case clang::BO_ShlAssign: case clang::BO_ShrAssign: case clang::BO_AndAssign: case clang::BO_XorAssign: case clang::BO_OrAssign: { // some assignment operator: proceed with rhs stmt = BO->getRHS(); break; } default: return NO_ID; } } else if ( UnaryOperator* UO = dyn_cast(stmt) ) { if (UO->isIncrementDecrementOp()) { return NO_ID; // cannot determine where it will point to } else { stmt = UO->getSubExpr(); } } else if ( stmt->child_begin() == stmt->child_end() ) { return NO_ID; // no more children to search for } else { if( (++(stmt->child_begin())) != (stmt->child_end()) ) { // more than one child found return NO_ID; } // proceed with next child stmt = *(stmt->child_begin()); } } return NO_ID; // lookup failed } void TransferFunctions::update(clang::Stmt* stmt, unsigned int new_id) { stmt = stmt->IgnoreImplicit(); if( clang::DeclRefExpr* DRF = dyn_cast(stmt) ) { clang::VarDecl* VD = dyn_cast_or_null(DRF->getDecl()); _dfvals.update_variable(VD, DRF, new_id); // we are only interested in changes of local-storage variables: } else if ( dyn_cast(stmt) ) { // no need to update any member expressions, as we only consider constant // member expressions return; } else if ( dyn_cast(stmt) ) { //_array_expr_map.clear(); //TODO: do not remove all items return; } else if ( dyn_cast(stmt) ) { // call expressions cannot yield a local-storage pointer whose address was // not taken before (and which was thus blacklisted) return; } else if ( clang::ConditionalOperator* CO = dyn_cast(stmt) ) { // try constant folding bool res; if ( CO->getCond()->EvaluateAsBooleanCondition(res, _context) ) { // condition result known at compile time: proceed with that update(res ? CO->getTrueExpr() : CO->getFalseExpr(), new_id); } else { // condition not evaluable // recurse to both subexpressions update(CO->getTrueExpr(), new_id); update(CO->getFalseExpr(), new_id); } } else { // recurse to all children for(Stmt::child_iterator it = stmt->child_begin(); it != stmt->child_end(); it++) { update(*it, new_id); } } } //------------------------------------------------------------------------====// // ClangBasicBlockMap: Interface to the static analyses //====------------------------------------------------------------------------// ClangFlowAnalysis::~ClangFlowAnalysis() { //_adcm.clear(); //needed? useful? if (_analysis_decl_ctx) { delete _analysis_decl_ctx; // drop cache _analysis_decl_ctx = 0; } } void ClangFlowAnalysis::analyze(clang::DeclaratorDecl* func) { if ( func && func->hasBody() ) { // check if the AnalysisDeclContext cache is valid for the given function if ((_analysis_decl_ctx == 0) || (_analysis_decl_ctx->getDecl() != func)){ // AnalysisDeclContext is invalid => construct a new one if (_analysis_decl_ctx) { delete _analysis_decl_ctx; // drop cache } _analysis_decl_ctx = new clang::AnalysisDeclContext(&_adcm, func); _target_obj_lids.clear(); do_target_object_analysis(func); // dataflow analysis } } else { // invalid function given => clean up old analysis result if (_analysis_decl_ctx) { delete _analysis_decl_ctx; // drop cache } _analysis_decl_ctx = 0; _target_obj_lids.clear(); } } bool ClangFlowAnalysis::valid() const { return (_analysis_decl_ctx) && (_analysis_decl_ctx->getCFG()) && (_analysis_decl_ctx->getCFGStmtMap()); } void ClangFlowAnalysis::do_target_object_analysis(clang::DeclaratorDecl* func) { if ( !valid() ) { return; // CFG construction failed } clang::CFG* cfg = _analysis_decl_ctx->getCFG(); DataflowWorklist worklist(*_analysis_decl_ctx->getCFG(), *_analysis_decl_ctx); // enqueue (each CFG block): for (CFG::const_iterator it = cfg->begin(), ei = cfg->end(); it != ei; ++it) { const CFGBlock *block = *it; worklist.enqueueBlock(block); } worklist.sortWorklist(); DataFlowValues::reset_next_free_id(); // allocate the to-be-computed DataFlowValues for each basic block std::vector perBlockValues; // indexed by CFG-Block IDs perBlockValues.resize(cfg->getNumBlockIDs()); // dequeue: while (const CFGBlock *block = worklist.dequeue()) { // FIXME: make sure that we've already visited at least one predecessor // variable values at the end of this basic block (after applying TF) DataFlowValues &vals_end = perBlockValues[block->getBlockID()]; // variables values at the beginning of this basic block (computed by merge) DataFlowValues vals_begin; vals_begin.copyHistory(vals_end); // remember merge-conflict resolutions // merge the values of all predecessor blocks to compute 'vals_begin' for (CFGBlock::const_pred_iterator it = block->pred_begin(), ei = block->pred_end(); it != ei; ++it) { if (const CFGBlock *pred = *it) { vals_begin.merge(perBlockValues[pred->getBlockID()]); } } // if there are no predecessors, this must be the entry block: if ( block->pred_empty() ) { if (clang::FunctionDecl* func_decl = dyn_cast(func)) { // initialize the entry block with the function parameters DeclContext::specific_decl_iterator I(func_decl->decls_begin()), E(func_decl->decls_end()); for ( ; I != E; ++I) { vals_begin.add_variable(*I); } } } // call RecursiveASTVisitor and apply the TransferFunctions TransferFunctions TF(vals_begin, _target_obj_lids, _analysis_decl_ctx->getASTContext()); for (CFGBlock::const_iterator BI=block->begin(), BE=block->end(); BI != BE; ++BI) { if (Optional stmt = BI->getAs()) { TF.TraverseStmt(const_cast(stmt->getStmt())); } } // did the variable values change (compared to last iteration)? if (vals_begin.equals(vals_end)) { continue; // fix point reached } // update the variable values after applying the TF vals_end = vals_begin; // enqueue the successors, which consume the updated variable values worklist.enqueueSuccessors(block); } /* // debug: for (CFG::const_reverse_iterator it = cfg->rbegin(), ei = cfg->rend(); it != ei; ++it) { const CFGBlock *block = *it; std::cout << "================ [" << block->getBlockID() << "] ===================" << std::endl; perBlockValues[block->getBlockID()].dump(); std::cout << "========================================" << std::endl << std::endl; } */ } unsigned int ClangFlowAnalysis::get_block_lid(clang::DeclaratorDecl* func, clang::Stmt* stmt) { analyze(func); // do the hard work if ( valid() ) { // lookup the basic block id for the given stmt clang::CFGStmtMap* stmt_map = _analysis_decl_ctx->getCFGStmtMap(); clang::CFGBlock* cfg_block = stmt_map->getBlock(stmt); if (cfg_block) { // building a DominatorTree segfaults :-( //clang::DominatorTree dt; //dt.buildDominatorTree(*_analysis_decl_ctx); return cfg_block->getBlockID(); } } return 0; // cannot calculate a block id (e.g., no function body found) } unsigned int ClangFlowAnalysis::get_target_obj_lid(clang::DeclaratorDecl* func, clang::CallExpr* CE) { analyze(func); // do the hard work call_target_obj_lid_map_t::iterator found = _target_obj_lids.find(CE); if( found != _target_obj_lids.end() ) { return found->second; } return NO_ID; // lookup failed } aspectc++/AspectC++/PaxHeaders.4702/Repository.h0000644000000000000000000000007412740141200016273 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/Repository.h0000644000175000001440000000472212740141200016462 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __Repository_h__ #define __Repository_h__ #include #include using namespace std; #include #include "FileRepo.h" #include "AspectRepo.h" #include "AdviceRepo.h" #include "JoinPointRepo.h" #include "TransformInfo.h" #include "ACErrorStream.h" class PointCut; class AspectInfo; class OrderInfo; class AdviceInfo; class ACM_Any; class ACM_Introduction; class ACM_Aspect; class ACM_Class; class ACM_Advice; class Repository { typedef int REPO_ID; bool _set_jpid; const char *_name; REPO_ID _primary; FileRepo _frepo; AspectRepo _asprepo; AdviceRepo _advrepo; JoinPointRepo _jprepo; ACM_Source *source_loc (ACM_Any &jpl); public: Repository (bool set_jpid) : _set_jpid (set_jpid) { _name = (const char *)0; } ~Repository () { close (); } bool initialized () const { return _name != (const char*)0; } void open (const char *name, ACErrorStream &err); void create (const char *name); void save (ACErrorStream &err); void close (); void setup (ACM_TUnit* prim_unit); REPO_ID consider (ACM_File &file); REPO_ID consider (ACM_Any &jpl, int adv); REPO_ID consider (ACM_Introduction &intro); REPO_ID consider (ACM_Aspect &ai); void update (ACM_Introduction &intro, ACM_Class &cls); void cleanup (); void update (AdviceInfo &ii, PointCut &target); void update (OrderInfo &oi); }; #endif // __Repository_h__ aspectc++/AspectC++/PaxHeaders.4702/.cproject0000644000000000000000000000007412740141200015555 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/.cproject0000644000175000001440000001542612740141200015747 0ustar00osusers00000000000000 make SHARED=1 -j4 testclean test false true true aspectc++/AspectC++/PaxHeaders.4702/LineDirectiveMgr.cc0000644000000000000000000000007412740141200017446 xustar0030 atime=1468174988.110166392 30 ctime=1468174988.111166408 aspectc++/AspectC++/LineDirectiveMgr.cc0000644000175000001440000000707312740141200017637 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "LineDirectiveMgr.h" #ifdef FRONTEND_PUMA #include "Puma/Token.h" #include "Puma/CUnit.h" #include "Puma/MacroUnit.h" using namespace Puma; #else #include "clang/Basic/SourceLocation.h" #endif #ifdef FRONTEND_PUMA bool LineDirectiveMgr::insert (Unit *unit, PumaToken token, bool after) { if (_config.noline ()) return false; if (unit && token && unit->isMacroExp ()) { if (after) token = PumaToken (((MacroUnit*)unit)->ExpansionEnd (token.get())); else token = PumaToken (((MacroUnit*)unit)->ExpansionBegin (token.get())); unit = token ? token.unit () : (Unit*)0; } if (!unit || unit->isMacroExp ()) { return false; // no chance :-( } CUnit line_directive (_err); directive (line_directive, unit, token); line_directive << endu; Unit *ins_unit = token.unit (); if (after) ins_unit->move (token.get(), line_directive); else ins_unit->move_before (token.get(), line_directive); return true; } bool LineDirectiveMgr::directive (ostream &out, Unit *unit, PumaToken token) { if (_config.noline ()) return false; if (unit && token && unit->isMacroExp ()) { token = PumaToken (((MacroUnit*)unit)->ExpansionBegin (token.get())); unit = token ? token.unit () : 0; } if (unit && unit->isMacroExp ()) { return false; // no chance :-( } // work around broken debug information resulting from #line directives with // an empty filename, e.g., #line 42 "" if (unit && (unit->name() == 0 || *(unit->name()) == 0)) { return false; } out << endl << "#line " << (token ? token.location ().line () : 1) << " \""; if (unit) { // path names in line directives always contain '/' and not '\' const char *curr = unit->name (); while (curr && *curr != '\0') { if (*curr == '\\') out << '/'; else out << *curr; curr++; } } else { out << ""; } out << "\"" << endl; return true; } #else bool LineDirectiveMgr::directive (ostream &out, const clang::PresumedLoc &loc) { // clang needs #line directives to get the token locations right! (even with --no_line) // if (_config.noline ()) // return false; if (!loc.isValid ()) out << "\n#line 1 \"\"\n"; else { out << "\n#line " << loc.getLine() << " \""; const char *curr = loc.getFilename(); while (curr && *curr != '\0') { if (*curr == '\\') out << '/'; else out << *curr; curr++; } out << "\"\n"; } return true; } #endif aspectc++/AspectC++/PaxHeaders.4702/ClangIntroducer.h0000644000000000000000000000007412740141200017177 xustar0030 atime=1468174988.134166786 30 ctime=1468174988.134166786 aspectc++/AspectC++/ClangIntroducer.h0000644000175000001440000001504112740141200017362 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ClangIntroducer_h__ #define __ClangIntroducer_h__ // Class that is used for introductions during a parser run. // The semantics object has a reference to an Introducer and uses // the interface at some well defined (join) points. //#include "clang/Sema/Sema.h" #include "ACFileID.h" #include "ACErrorStream.h" #include "ACToken.h" #include "clang/Basic/Version.h" #include using std::set; #include using std::map; #include namespace clang { class CompilerInstance; class Parser; class Decl; class TagDecl; class CXXRecordDecl; } class ACConfig; class IncludeGraph; class CodeWeaver; class ACM_Class; class ACM_Introduction; class Plan; class ModelBuilder; class ACUnit; class LineDirectiveMgr; class IntroductionUnit; class ClangIntroParser; class ClangIntroducer { Plan &_plan; CodeWeaver &_code_weaver; ModelBuilder &_jpm; IncludeGraph &_ig; ACConfig &_conf; set _included_aspect_headers; typedef map ClangTargetMap; ClangTargetMap _clangtargets; // find a member that is/must be link-once (global) code const clang::Decl *link_once_object (clang::CXXRecordDecl *ci); // Various sets used to avoid duplicated intros. std::set _seen_classes; std::set _classes_with_introduced_bases; std::set _classes_with_introduced_members; std::map > _members_to_introduce; std::set _classes_with_introduced_non_inlines; std::map _original_class_endings; // A map of all generated IntroductionUnits. To be used to resolve intros at // the end. std::map > _intros; public: // Contructor: every Introducer knows the parser ClangIntroducer(Plan &pl, CodeWeaver &ccw, ModelBuilder &jpm, IncludeGraph &ig, ACConfig &c) : _plan(pl), _code_weaver(ccw), _jpm(jpm), _ig(ig), _conf(c) {} // Destructor: release all allocated resources ~ClangIntroducer (); clang::CompilerInstance *_ci; ClangIntroParser *_parser; ModelBuilder &get_model_builder () const { return _jpm; } // Parse an include. void parse (clang::Parser *parser, llvm::StringRef include, clang::SourceLocation loc); // Inject a buffer into the parser. #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) clang::FileID inject(const llvm::MemoryBuffer *mb, clang::SourceLocation loc, bool add_eof = false); #else // C++ 11 interface clang::FileID inject(std::unique_ptr mb, clang::SourceLocation loc, bool add_eof = false); #endif // Clang introducer methods void tunit_start (); void base_specs_end (clang::Decl *decl); void class_start (clang::Decl *decl, clang::SourceLocation lbrac); void class_end (clang::Decl *decl, clang::SourceLocation rbrac); void tunit_end (); virtual bool end_translation_unit(clang::Parser *parser); std::vector & get_intros_for(IntroductionUnit *unit) { return _intros[unit]; } private: // introduce base class into the class referenced by 'decl' // 'lbrac' is the position of the opening brace of the class body // iff 'first' is true, the injected code will start with ":" void introduce_base_classes (clang::Decl *decl, clang::SourceLocation lbrac, bool first); // check in the plan if the current class needs an introduction ACM_Class *plan_lookup (clang::Decl *ci); // create the weaving plan for a given class ACM_Class *create_plan (clang::Decl *ci); // insert introspection code // * at the end of class definitions, after AspectC++ introductions // * before a slice, if "precedence" is given //void insert_introspection_code (Puma::CT_ClassDef *cd, int precedence = -1); // insert friend declarations for all aspects bool insert_aspect_friend_decls (std::string &str, clang::Decl *ci); // insert friend declarations for all aspects bool insert_aspectof_function (std::string &str, clang::CXXRecordDecl *ci); // insert introspection code // * at the end of class definitions, after AspectC++ introductions // * before a slice, if "precedence" is given std::string insert_introspection_code(clang::CXXRecordDecl *cd, int precedence = -1); // insert include files from units into the parser void handle_includes(set &units, clang::SourceManager &sm, clang::Parser *parser, clang::Decl *decl, clang::SourceLocation CurLoc, ACErrorStream &err); // generate member intros for a given class void gen_intros (ACM_Class *jpl, std::deque &units, ACErrorStream &err, clang::TagDecl *target, int introduction_depth, bool non_inline = false) const; // generate base class intros for a given class void gen_base_intros (ACM_Class *jpl, std::deque &units, bool commas_only = false) const; void gen_base_intro (std::string &unit, ACM_Introduction *ii, bool first) const; // update the base classes in the project model for a class that had // base class introductions void update_base_classes (clang::Decl *decl); }; #endif /* __ClangIntroducer_h__ */ aspectc++/AspectC++/PaxHeaders.4702/win-ac++.rc0000644000000000000000000000007412740141200015575 xustar0030 atime=1468174989.435188183 30 ctime=1468174988.295169434 aspectc++/AspectC++/win-ac++.rc0000644000175000001440000000200312740141200015752 0ustar00osusers00000000000000///////////////////////////////////////////////////////////////////////////// // // Version // #include "infos.h" 1 ICON DISCARDABLE "win-ac++.ico" 1 VERSIONINFO FILEVERSION 1,0,0,4 PRODUCTVERSION 1,0,0,4 FILEFLAGSMASK 0x3fL FILEFLAGS 0x0L FILEOS 0x40004L FILETYPE 0x1L FILESUBTYPE 0x0L BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040704b0" BEGIN VALUE "Comments", "\0" VALUE "CompanyName", COMPANY_NAME VALUE "FileDescription", "The AspectC++ Compiler\0" VALUE "FileVersion", AC_VERSION VALUE "InternalName", "ac++\0" VALUE "LegalCopyright", COPYRIGHT VALUE "LegalTrademarks", "\0" VALUE "OriginalFilename", "win-ac++.rc\0" VALUE "PrivateBuild", "\0" VALUE "ProductName", "ac++\0" VALUE "ProductVersion", AC_VERSION VALUE "SpecialBuild", "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x407, 1200 END END aspectc++/AspectC++/PaxHeaders.4702/infos.h0000644000000000000000000000007412740141200015232 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/infos.h0000644000175000001440000000024412740141200015414 0ustar00osusers00000000000000#ifndef __ac_infos_h__ #define __ac_infos_h__ #define AC_VERSION "2.1" #define COMPANY_NAME "www.aspectc.org" #define COPYRIGHT "Gnu Public License (GPL)" #endif aspectc++/AspectC++/PaxHeaders.4702/AspectIncludeCluster.h0000644000000000000000000000007412740141200020201 xustar0030 atime=1468174988.114166457 30 ctime=1468174988.114166457 aspectc++/AspectC++/AspectIncludeCluster.h0000644000175000001440000000333112740141200020363 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __AspectIncludeCluster_h__ #define __AspectIncludeCluster_h__ #include #include "ACFileID.h" // This is a simple container for storing a reference to an aspect header file // and the set of aspect headers that are also needed for the respective aspect // header, because they affect files that are included by it. struct AspectIncludeCluster { ACFileID _aspect; std::set _cluster; // including '_aspect' AspectIncludeCluster(ACFileID aspect_fid) : _aspect(aspect_fid) {} void set_cluster(const std::set &cluster) { _cluster = cluster; } }; #endif // __AspectIncludeCluster_h__ aspectc++/AspectC++/PaxHeaders.4702/AspectInfo.h0000644000000000000000000000007412740141200016147 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/AspectInfo.h0000644000175000001440000000431412740141200016333 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __AspectInfo_h__ #define __AspectInfo_h__ #include using std::list; #include using std::set; #include using std::string; #include "ACModel/Utils.h" #include "ThisJoinPoint.h" struct BackEndProblems; class AdviceInfo; class AspectInfo { ACM_Aspect &_aspect; ThisJoinPoint _aspectof_tjp; list _advice_infos; public: AspectInfo (ACM_Aspect &a) : _aspect (a) {} bool operator < (const AspectInfo &right) const { return name() < right.name(); } ACM_Aspect &loc () const { return _aspect; } string name () const { return signature (_aspect); } const ThisJoinPoint &aspectof_this_join_point () const { return _aspectof_tjp; } ThisJoinPoint &aspectof_this_join_point () { return _aspectof_tjp; } // the list of associated code advice nodes list &advice_infos () { return _advice_infos; } // generate the invocation function forward declarations string ifct_decls (const BackEndProblems &) const; // generate the invocation function definitions string ifct_defs (const BackEndProblems &) const; }; #endif // __AspectInfo_h__ aspectc++/AspectC++/PaxHeaders.4702/ACProject.h0000644000000000000000000000007412740141200015726 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/ACProject.h0000644000175000001440000000750412740141200016116 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ACProject_h__ #define __ACProject_h__ // CProject specialization for ac++ project files #include using std::string; #include using std::set; #ifdef FRONTEND_CLANG class ACConfig; namespace clang { class CompilerInstance; class Rewriter; } #include "Puma/PathManager.h" #include "Puma/Config.h" #else #include "Puma/CProject.h" #endif #include #include "ACErrorStream.h" #include "ACFileID.h" class ACProject : #ifdef FRONTEND_CLANG public Puma::PathManager #else public Puma::CProject #endif { #ifdef FRONTEND_CLANG clang::CompilerInstance *_ci; Puma::Config _puma_config; set _closed_files; #endif set _virtual_files; // Add all files from the XML project description to the project void addFiles (xmlDocPtr doc, xmlNodePtr node, const string& xpath); public: ACProject (ACErrorStream &, int &argc, char **&argv); #ifdef FRONTEND_CLANG ~ACProject (); Puma::Config &config () { return _puma_config; } #endif // load the project file bool loadProject (string acprj); // Add a new *virtual* file to the project. ACFileID addVirtualFile (const string &filename, const string &contents = ""); // Remove a virtual file void removeVirtualFile (ACFileID fid); bool isVirtualFile (ACFileID fid) { return _virtual_files.find(fid) != _virtual_files.end(); } #ifdef FRONTEND_CLANG // Create an instance of the clang compiler frontend. void create_compiler_instance (ACConfig &conf); clang::CompilerInstance *get_compiler_instance () const { return _ci; } #endif #ifdef FRONTEND_CLANG ACErrorStream &err () const { return static_cast(Puma::PathManager::err ()); } #else ACErrorStream &err () const { return static_cast(Puma::CProject::err ()); } #endif // Add a forced include to the front end void add_forced_include (const string &file); //Remove a forced include from the front end void remove_forced_include (const string &file); // Remove all forced includes void remove_forced_includes (); // Get the list of forced includes from the front end as a vector of filenames void get_forced_includes (std::vector &forced_includes); // Generate a path for including 'to' from within the file 'from' Puma::Filename getRelInclString (Puma::Filename from, Puma::Filename to); #ifdef FRONTEND_CLANG bool isNewer (const char *) const; void save () const; bool is_protected (clang::FileEntry *file_entry); bool make_dir_hierarchy (Puma::Filename path) const; bool make_dir (const char *directory) const; void save (const clang::FileEntry *file_entry, bool is_modified) const; void close (ACFileID fid) { _closed_files.insert (fid); } #endif }; #endif /* __ACProject_h__ */ aspectc++/AspectC++/PaxHeaders.4702/NamespaceAC.cc0000644000000000000000000000007412740141200016352 xustar0030 atime=1468174988.135166803 30 ctime=1468174988.135166803 aspectc++/AspectC++/NamespaceAC.cc0000644000175000001440000003054212740141200016540 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "NamespaceAC.h" #include "CFlow.h" // ACModel library includes #include "ACModel/Elements.h" // C++ includes #include using std::ostringstream; using std::endl; string NamespaceAC::def( ACConfig &config ) { string acdef; ostringstream jptype_ids; if( config.data_joinpoints() ) jptype_ids << "GET = " << JPT_Get << ", " << "SET = " << JPT_Set << ", " << "REF = " << JPT_Ref << ", "; if( config.builtin_operators() ) jptype_ids << "BUILTIN = " << JPT_Builtin << ", "; jptype_ids << "CALL = " << JPT_Call << ", " << "EXECUTION = " << JPT_Execution << ", " << "CONSTRUCTION = " << JPT_Construction << ", " << "DESTRUCTION = " << JPT_Destruction; acdef += "\n" "#ifndef __ac_h_\n" "#define __ac_h_\n" "#ifdef __cplusplus\n" "namespace AC {\n" " typedef const char* Type;\n" " enum JPType { " + jptype_ids.str() + " };\n" " enum Protection { PROT_NONE, PROT_PRIVATE, PROT_PROTECTED, PROT_PUBLIC };\n" " enum Specifiers { SPEC_NONE = 0x0 , SPEC_STATIC = 0x1, SPEC_MUTABLE = 0x2, SPEC_VIRTUAL = 0x4 };\n" " struct Action {\n" " void **_args; void *_result;"; acdef += " void *_entity;"; if( config.data_joinpoints() ) acdef += " void *_array; void **_indices;"; acdef += " void *_target; void *_that; void *_fptr;\n" " void (*_wrapper)(Action &);\n" " inline void trigger () { _wrapper (*this); }\n" " };\n" " struct AnyResultBuffer {};\n" " template struct ResultBuffer : public AnyResultBuffer {\n" " struct { char _array[sizeof (T)]; } _data;\n" " ~ResultBuffer () { ((T&)_data).T::~T(); }\n" " operator T& () const { return (T&)_data; }\n" " };\n" " template struct TL {\n" " typedef T type; typedef N next; enum { ARGS = next::ARGS + 1 };\n" " };\n" " struct TLE { enum { ARGS = 0 }; };\n" " template struct Referred { typedef T type; };\n" " template struct Referred { typedef T type; };\n" " template struct Arg {\n" " typedef typename Arg::Type Type;\n" " typedef typename Referred::type ReferredType;\n" " };\n" " template struct Arg {\n" " typedef typename TL::type Type;\n" " typedef typename Referred::type ReferredType;\n" " };\n"; if( config.builtin_operators() ) acdef += " template struct ConstQualify {};\n" " template struct ConstQualify { typedef T type; };\n" " template struct ConstQualify { typedef const T type; };\n" " template struct ConstQualify { typedef const T type; };\n" " template struct ArgCQ {\n" " typedef typename ConstQualify::Type, ( FC >> I ) & 1>::type Type;\n" " typedef typename Referred::type ReferredType;\n" " };\n"; acdef += " template int ttest(...);\n" " template char ttest(typename T::__TI const volatile *);\n" " template struct HasTypeInfo {\n" " enum { RET=((sizeof(ttest(0))==1)?1:0) };\n" " };\n" " template::RET> struct TypeInfo {\n" " enum { AVAILABLE = 0, BASECLASSES = 0, MEMBERS = 0, FUNCTIONS = 0,\n" " CONSTRUCTORS = 0, DESTRUCTORS = 0 };\n" " typedef T That;\n" " };\n" " template struct TypeInfo : T::__TI {\n" " enum { AVAILABLE = 1 };\n" " };\n" " template struct RT {};\n" " template RT rt_deduce (const T&) { return RT(); }\n" " struct Cnv { template operator RT() const { return RT(); }};\n" " #define __AC_TYPEOF(expr) (1?AC::Cnv():AC::rt_deduce(expr))\n"; // class(es) needed to implement CFlows acdef += CFlow::ac_namespace_contributions (); #ifdef FRONTEND_CLANG // Clang Variant only features // definitions for packed Entity handling if( config.data_joinpoints() ) acdef += " template inline E T::* mptr_castT( E O::*mptr ) { return static_cast< E T::* >( mptr ); }\n" " template struct SpliceT {};\n" " template struct SpliceT< B[D] > {\n" " typedef B Base;\n" " enum { Dim = D };\n" " };\n" " template struct DIL : N {\n" " typedef N Next;\n" " enum { Count = Next::Count + 1 };\n" " enum { Size = TSize };\n" " typedef TIdx Idx;\n" " Idx idx;\n" " template struct Entity { typedef typename SpliceT< typename Next::template Entity::Type >::Base Type; };\n" " template struct Array { typedef typename Next::template Array::Type Type[Size]; };\n" " template inline E& apply( typename Array::Type &base ) { return Next::template apply( base[idx] ); }\n" " template struct Append { typedef DIL::NewList > NewList; };\n" " template inline void copyTo( DIL *target ) {\n" " target->idx = idx;\n" " Next::copyTo( static_cast( target ) );\n" " };\n" " };\n" " struct DILE {\n" " enum { Count = 0 };\n" " template struct Entity { typedef B Type; };\n" " template struct Array { typedef E Type; };\n" " template inline E& apply( typename Array::Type &base ) { return base; }\n" " template struct Append { typedef A NewList; };\n" " template inline void copyTo( O * ) {};\n" " };\n" " template struct DIL_Op {\n" " enum { Size = DIL_Op::Size };\n" " typedef typename DIL_Op::Idx Idx;\n" " inline static Idx &idx( L *di ) { return DIL_Op::idx( di ); }\n" " };\n" " template struct DIL_Op {\n" " enum { Size = L::Size };\n" " typedef typename L::Idx Idx;\n" " inline static Idx &idx( L *di ) { return di->idx; }\n" " };\n" " template struct BI_Entity {\n" " typedef TEntity Entity;\n" " Entity &_ent;\n" " inline BI_Entity( Entity &ent ) : _ent( ent ) {}\n" " inline Entity &entity() { return _ent; }\n" " };\n" " template struct BI_Member {\n" " typedef TEntity Entity;\n" " typedef TTarget Target;\n" " typedef Entity Target::*Member;\n" " Target &_target;\n" " Member _member;\n" " inline BI_Member( Target &target, Member mem ) : _target( target ), _member( mem ) {}\n" " inline Entity &entity() { return _target.*_member; }\n" " };\n" " template struct BI_Static {\n" " typedef TEntity Entity;\n" " typedef TTarget Target;\n" " Entity &_ent;\n" " Target &_target;\n" " inline BI_Static( Target &target, Entity &ent ) : _ent( ent ), _target( target ) {}\n" " inline Entity &entity() { return _ent; }\n" " };\n" " template struct PackedEntity {\n" " typedef PackedEntity SELF;\n" " typedef TBI BI;\n" " typedef TDI DI;\n" " BI _base;\n" " DI _indices;\n" " inline PackedEntity( BI base ) : _base( base ) {}\n" " typedef typename BI::Entity Base;\n" " typedef typename DI::template Entity::Type Entity;\n" " inline Base &base() { return _base.entity(); };\n" " inline Entity &entity() { return _indices.template apply( base() ); }\n" " enum { DIMS = DI::Count };\n" " template struct Dim : DIL_Op {};\n" " template inline typename Dim::Idx &idx() { return Dim::idx( &_indices ); }\n" " template struct Extend {\n" " typedef typename SpliceT::Base NewEnt;\n" " enum { NextDim = SpliceT::Dim };\n" " typedef typename DI::template Append< DIL< NextDim, NextIdx, DILE > >::NewList NewDI;\n" " typedef PackedEntity< BI, NewDI > NewPacked;\n" " };\n" " template inline typename Extend::NewPacked operator []( TIdxN idxN ) {\n" " typedef typename Extend::NewPacked __PE;\n" " __PE res( _base );\n" " _indices.copyTo( &res._indices );\n" " __PE::template Dim<__PE::DIMS - 1>::idx( &res._indices ) = idxN;\n" " return res;\n" " }\n" " inline SELF operator =( Entity arg ) { entity() = arg; return *this; }\n" " template inline SELF operator +=( ARG arg ) { entity() += arg; return *this; }\n" " template inline SELF operator -=( ARG arg ) { entity() -= arg; return *this; }\n" " template inline SELF operator *=( ARG arg ) { entity() *= arg; return *this; }\n" " template inline SELF operator /=( ARG arg ) { entity() /= arg; return *this; }\n" " template inline SELF operator %=( ARG arg ) { entity() %= arg; return *this; }\n" " template inline SELF operator |=( ARG arg ) { entity() |= arg; return *this; }\n" " template inline SELF operator ^=( ARG arg ) { entity() ^= arg; return *this; }\n" " template inline SELF operator &=( ARG arg ) { entity() &= arg; return *this; }\n" " template inline SELF operator <<=( ARG arg ) { entity() <<= arg; return *this; }\n" " template inline SELF operator >>=( ARG arg ) { entity() >>= arg; return *this; }\n" " inline SELF operator ++() { ++entity(); return *this; }\n" " inline SELF operator --() { --entity(); return *this; }\n" " };\n" " template \n" " inline PackedEntity< BI_Entity, DILE > PEInit( TEntity &ent ) {\n" " return PackedEntity< BI_Entity, DILE >( BI_Entity( ent ) );\n" " }\n" " template \n" " inline PackedEntity, DILE> PEInit( const TTarget &target, TEntity TTarget::*member ) {\n" " return PackedEntity< BI_Member, DILE >( BI_Member( const_cast( target ), member ) );\n" " }\n" " template \n" " inline PackedEntity, DILE> PEInit( const TTarget &target, TEntity &ent ) {\n" " return PackedEntity< BI_Static, DILE >( BI_Static( const_cast( target ), ent ) );\n" " }\n"; #endif acdef += "}\n" "inline void * operator new (" + config.size_type() + ", AC::AnyResultBuffer *p) { return p; }\n" "inline void operator delete " "(void *, AC::AnyResultBuffer *) { } // for VC++\n" "#endif // __cplusplus\n" "#endif // __ac_h_\n"; return acdef; } aspectc++/AspectC++/PaxHeaders.4702/PumaModelBuilder.h0000644000000000000000000000007412740141200017306 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/PumaModelBuilder.h0000644000175000001440000002234312740141200017474 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PumaModelBuilder_h__ #define __PumaModelBuilder_h__ #include "ACModel/Elements.h" #include "ACToken.h" #include "TransformInfo.h" #include "ACProject.h" #include "ACErrorStream.h" namespace Puma { class CTranslationUnit; class CSemDatabase; class CStructure; class CScopeInfo; class ACSliceInfo; class VerboseMgr; class FileUnit; } class ACConfig; struct AccessInfo { Puma::CAttributeInfo *_info; Puma::CTree *_tree; AccessInfo () {} AccessInfo (Puma::CAttributeInfo *info, Puma::CTree *tree) : _info (info), _tree (tree) {} }; class PumaModelBuilder : public ProjectModel { Puma::VerboseMgr &_vm; ACErrorStream &_err; ACConfig &_conf; ACProject &_project; ACM_TUnit *_tunit_file; public: // map needed to check if a file is already known typedef map FileMap; typedef FileMap::value_type FileMapPair; FileMap _file_map; FileMap &file_map() { return _file_map; } private: int _tunit_len; // TODO: temporary solution list _access_infos; int _time; void build (Puma::CTranslationUnit& tunit); void build (Puma::CStructure &structure, ACM_Name *jpl = 0); void advice_infos (ACM_Aspect *jpl_aspect); // void check (ACM_Aspect *jpl_aspect, ACIntroductionInfo *acii, ACM_Introduction *intro); // transform a syntax tree into a string static string tree_to_string (Puma::CTree *node); public: // determine a model element filename for a unit string model_filename (Puma::FileUnit *unit); // get the modification time of a file (UNIX Epoch value) long modification_time (Puma::FileUnit *unit); PumaModelBuilder (Puma::VerboseMgr &vm, ACErrorStream &err, ACConfig &conf, ACProject &project) : _vm (vm), _err (err), _conf (conf), _project(project) {} ACProject &get_project () const { return _project; } void setup_phase1 (Puma::FileUnit *unit, int tunit_len); void setup_phase2 (Puma::CTranslationUnit& tunit, list &ah_trees); bool is_valid_model_class (Puma::CClassInfo *ci) const; bool is_intro_target (Puma::CClassInfo *ci) const; bool is_valid_model_function (Puma::CFunctionInfo *fi) const; bool is_valid_model_namespace (Puma::CNamespaceInfo *ni) const; bool inside_template (Puma::CScopeInfo *scope) const; static bool inside_template_instance (Puma::CScopeInfo *scope); // create a type in the join point model from a Puma node TU_Type *register_type (Puma::CTypeInfo *ti); // create a (pointcut) argument in the join point model from a Puma node TU_Arg *register_arg (Puma::CTypeInfo *ti, const string &name); // get the translation unit as a model object ACM_TUnit *tunit_file () const { return _tunit_file; } // create a named pointcut in the join point model (phase 1) ACM_Pointcut *register_pointcut1 (ACM_Name *parent, const std::string &name, bool is_virtual, const std::string& expr); bool overrides_virtual_pointcut (ACM_Name *parent, const string &name); // helper function // create a named pointcut in the join point model from a Puma node TU_Pointcut *register_pointcut (Puma::CFunctionInfo *fi, ACM_Name *parent); // create a function in the join point model from a Puma node TU_Function *register_function (Puma::CFunctionInfo *fi, ACM_Name *parent = 0); // create a global variable or member variable in the join point model TU_Variable *register_variable (Puma::CObjectInfo *oi, ACM_Name *parent = 0); // create a class slice in the join point model (phase 1) ACM_ClassSlice *register_class_slice (ACM_Name *scope, string name, bool is_struct); // // create a class slice in the join point model from a Puma node // TU_ClassSlice *register_class_slice (ACSliceInfo *acsi, ACM_Name *parent = 0); // create a class in the join point model (phase 1) ACM_Class *register_class1 (ACM_Name *scope, std::string name, bool in_project = true); // create a class in the join point model from a Puma node TU_Class *register_class (Puma::CClassInfo *ci, ACM_Name *parent = 0, bool set_source = true); // create an aspect in the join point model (phase 1) ACM_Aspect *register_aspect1 (ACM_Name *scope, std::string name, bool in_project = true); // create an aspect in the join point model from a Puma node TU_Aspect *register_aspect (Puma::CClassInfo *ci, ACM_Name *parent = 0); // create a Namespace in the join point model (phase 1) ACM_Namespace *register_namespace1 (ACM_Name *scope, std::string name, bool in_project = true); // create a Namespace in the join point model from a Puma node (phase 2) TU_Namespace *register_namespace (Puma::CNamespaceInfo *ni, ACM_Name *parent = 0); // create a new call join point in the join point model TU_MethodCall *register_call (Puma::CFunctionInfo *called, Puma::CT_Call *call_node, Puma::CObjectInfo *caller, int local_id); // create a new execution join point TU_Method *register_execution (ACM_Function *ef); // create a new construction join point TU_Construction *register_construction (ACM_Function *cf); // create a new construction join point TU_Destruction *register_destruction (ACM_Function *df); // TODO: temporary solution for dac++ void register_attr_access (Puma::CAttributeInfo *attr, Puma::CTree *node); // register the scope of a given element ACM_Name *register_scope (Puma::CObjectInfo *obj); // extended types... // factory methods that remember all objects of this model virtual TU_CodeAdvice *newCodeAdvice() { return remember (new TU_CodeAdvice, JPTI_CodeAdvice); } virtual TU_Type *newType() { return remember (new TU_Type, JPTI_Type); } virtual TU_Arg *newArg() { return remember (new TU_Arg, JPTI_Arg); } virtual TU_Namespace *newNamespace() { return remember (new TU_Namespace, JPTI_Namespace); } virtual TU_Variable *newVariable() { return remember (new TU_Variable, JPTI_Variable); } virtual TU_Function *newFunction() { return remember (new TU_Function, JPTI_Function); } virtual TU_Class *newClass() { return remember (new TU_Class, JPTI_Class); } virtual TU_ClassSlice *newClassSlice() { return remember (new TU_ClassSlice, JPTI_ClassSlice); } virtual TU_MethodCall *newCall() { return remember (new TU_MethodCall, JPTI_Call); } virtual TU_Method *newExecution() { return remember (new TU_Method, JPTI_Execution); } virtual TU_Construction *newConstruction() { return remember (new TU_Construction, JPTI_Construction); } virtual TU_Destruction *newDestruction() { return remember (new TU_Destruction, JPTI_Destruction); } virtual TU_Pointcut *newPointcut() { return remember (new TU_Pointcut, JPTI_Pointcut); } virtual TU_AdviceCode *newAdviceCode() { return remember (new TU_AdviceCode, JPTI_AdviceCode); } virtual TU_Introduction *newIntroduction() { return remember (new TU_Introduction, JPTI_Introduction); } virtual TU_Order *newOrder() { return remember (new TU_Order, JPTI_Order); } virtual TU_Aspect *newAspect() { return remember (new TU_Aspect, JPTI_Aspect); } // return the name of the scope of an object static string scope_name (Puma::CObjectInfo *oi); // return the scope of an object static Puma::CScopeInfo *scope_obj (Puma::CObjectInfo *oi); // add the source location to a model element by using a given CObjectInfo void add_source_loc (ACM_Any *name, Puma::CObjectInfo *obj, SourceLocKind kind = SLK_NONE) { add_source_loc (name, obj->Tree (), kind); } // add the source location to a model element by using the syntax tree node void add_source_loc (ACM_Any *name, Puma::CTree *tree, SourceLocKind kind = SLK_NONE) { if (tree) add_source_loc (name, ACToken (tree->token ()), ACToken (tree->end_token()), kind); } // add the source location to a model element by using the token information void add_source_loc (ACM_Any *name, ACToken token, ACToken end_token, SourceLocKind kind = SLK_NONE); // determine the file unit, which contains a specific token (macro expansions and introdutions are followed) Puma::FileUnit *source_unit (ACToken token) const; // determine the file unit, which contains a specific syntax (sub-)tree Puma::FileUnit *source_unit (Puma::CTree *tree) const; // TODO: temporary solution const list &access_infos () const { return _access_infos; } }; #endif aspectc++/AspectC++/PaxHeaders.4702/RepoXMLNode.h0000644000000000000000000000007412740141200016210 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/RepoXMLNode.h0000644000175000001440000000457112740141200016401 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __RepoXMLNode_h__ #define __RepoXMLNode_h__ #include #include #include #include using namespace std; class RepoXMLNode { xmlNodePtr _node; public: class Iter { xmlNodePtr _node; public: Iter (xmlNodePtr n) : _node (n) {} RepoXMLNode operator * () { return RepoXMLNode (_node); } void operator ++ () { _node = _node->next; } int operator == (const Iter &iter) const { return _node == iter._node; } int operator != (const Iter &iter) const { return _node != iter._node; } }; typedef Iter iter; RepoXMLNode () : _node (0) {} RepoXMLNode (xmlNodePtr n) : _node (n) {} xmlNodePtr node () const { return _node; } int operator ! () const { return (_node == 0); } bool has_prop (const char* prop); void set_str_prop (const char* prop, const char* val); void set_int_prop (const char* prop, int val); string get_str_prop (const char* prop); int get_int_prop (const char* prop); RepoXMLNode make_child (const char *name); iter first_child () const { return Iter (_node->children); } iter end_child () const { return Iter ((xmlNodePtr)0); } bool has_name (const char *name) const { return (strcmp (name, (const char*)_node->name) == 0); } }; #endif // __RepoXML_h__ aspectc++/AspectC++/PaxHeaders.4702/win-ac++.ico0000644000000000000000000000007412740141200015743 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/win-ac++.ico0000755000175000001440000003144612740141200016140 0ustar00osusers00000000000000@@(F00¨n ¨%h¾-(@€ø|„øLDøļø$,ø¬¬øÜäø\dø˜”øtløøÌÔø@Dø<4øôìø 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øŒ”øLPø´¼øÜÔø\Tøøˆ„øÄÈø08ø0,ø¸°øèðøèäøhdø¤ øtxøôøøÐÈø€xøÿÿÿ###################################ÿÿÿÿ#########ÿÿ########ÿÿÿ########ÿÿÿ########ÿ########ÿÿÿ##################ÿÿ########ÿÿÿ#######ÿÿ #####ÿÿ#######ÿÿ##########ÿÿ######################ÿÿÿÿàÀ€€€€Àðð ðð ðø?ÿÿaspectc++/AspectC++/PaxHeaders.4702/ClangResultBuffer.cc0000644000000000000000000000007412740141200017627 xustar0030 atime=1468174988.134166786 30 ctime=1468174988.134166786 aspectc++/AspectC++/ClangResultBuffer.cc0000644000175000001440000001213512740141200020013 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "ClangResultBuffer.h" #include "clang/AST/ASTContext.h" #include using std::stringstream; bool ClangResultBuffer::has_constructor_problem () const { return _type->isRecordType() && !_type->isReferenceType(); } string ClangResultBuffer::tjp_result_type () const { stringstream out; clang::QualType type = _type; if (_type->isVoidType()/* || _type->isUndefined ()*/) out << "void"; else if (type->isReferenceType ()) { if (_use_typedef) { const clang::ReferenceType *ref_type = clang::dyn_cast(type); if (ref_type->getPointeeType ().isConstQualified ()) out << "const "; out << "TResult"; } else { out << TI_Type::get_type_code_text(type.getNonReferenceType(), &_ast_ctx, 0); } } else if (_use_typedef) { if (type.isConstQualified ()) out << "const "; out << "TResult"; } else out << TI_Type::get_type_code_text(type, &_ast_ctx, 0); return out.str (); } string ClangResultBuffer::result_type (const string &name, bool unqual) const { stringstream out; clang::QualType type = _type; if (unqual) type = type.getLocalUnqualifiedType (); if (_type->isVoidType()/* || _type->isUndefined ()*/) out << "void"; else if (type->isReferenceType ()) { string ptrname = string ("*") + name; if (_use_typedef) { const clang::ReferenceType *ref_type = clang::dyn_cast(type); if (ref_type->getPointeeType ().isConstQualified ()) out << "const "; out << "TResult " << ptrname; } else { out << TI_Type::get_type_code_text(_ast_ctx.getPointerType(type.getNonReferenceType()), &_ast_ctx, name.c_str()); } } else { if (_use_typedef) { if (type.isConstQualified()) out << "const "; out << "TResult " << name; } else { out << TI_Type::get_type_code_text(type.getNonReferenceType(), &_ast_ctx, name.c_str()); } } return out.str (); } string ClangResultBuffer::result_declaration() const { stringstream out; if (!(_type->isVoidType()/* || _type->isUndefined ()*/)) { if (_problem) out << "AC::ResultBuffer< " << result_type ("", false) << " > " << result_name(); else out << result_type (result_name(), true); out << ";" << endl; } return out.str (); } string ClangResultBuffer::result_assignment(const string &result) const { stringstream out; if (!(_type->isVoidType()/* || _type->isUndefined ()*/)) { if (_problem) { out << "::new (&" << result_name() << ") "; out << result_type ("", true); out << " ("; } else out << result_name() << " = "; if (_type->isReferenceType ()) out << "&"; } out << result; if (!(_type->isVoidType()/* || _type->isUndefined ()*/)) if (_problem) out << ")"; return out.str (); } string ClangResultBuffer::action_result_assignment(const string &result) const { stringstream out; if (!(_type->isVoidType()/* || _type->isUndefined ()*/)) { if (_problem) { out << "::new ((AC::ResultBuffer< "; out << result_type ("", false); out << " >*)__TJP::result ()) "; out << result_type ("", false); out << " ("; } else { if( workaround_const_result() ) out << "const_cast<" << result_type( "", false ) << " & >( "; out << "*__TJP::result()" << ( workaround_const_result() ? " )" : "" ) << " = (" << result_type( "", false ) << ")"; } if (_type->isReferenceType ()) out << "&"; } out << result; if (!(_type->isVoidType()/* || _type->isUndefined ()*/)) if (_problem) out << ")"; return out.str (); } string ClangResultBuffer::result_return() const { stringstream out; if (!(_type->isVoidType ()/* || _type->isUndefined ()*/)) { out << "return "; if (_type->isReferenceType ()) out << "*"; out << "("; out << result_type ("&"); out << ")" << result_name() << ";" << endl; } return out.str (); } aspectc++/AspectC++/PaxHeaders.4702/IntroductionInfo.h0000644000000000000000000000007412740141200017411 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/IntroductionInfo.h0000644000175000001440000000320612740141200017574 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __IntroductionInfo_h__ #define __IntroductionInfo_h__ #include "ACModel/Elements.h" #include "PointCut.h" #include "PointCutExpr.h" class IntroductionInfo { ACM_Aspect &_aspect; ACM_Introduction &_intro; PointcutExpression _pce; public: IntroductionInfo (ACM_Aspect &a, ACM_Introduction &i) : _aspect (a), _intro (i) {} ACM_Aspect &aspect () const { return _aspect; } ACM_Introduction &intro () const { return _intro; } PointcutExpression &pointcut_expr () { return _pce; } }; #endif // __IntroductionInfo_h__ aspectc++/AspectC++/PaxHeaders.4702/ACConfig.cc0000644000000000000000000000007412740141200015663 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/ACConfig.cc0000644000175000001440000003725512740141200016061 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA // C++ includes #include #include using std::stringstream; #include using std::set; // PUMA includes #include "Puma/SysCall.h" // Clang includes #ifdef FRONTEND_CLANG #include "clang/Basic/TargetInfo.h" #include "clang/Frontend/CompilerInstance.h" #include "clang/Basic/Version.h" #else #include "Puma/CTypeInfo.h" #endif // FRONTEND_CLANG // AspectC++ includes #include "ACConfig.h" #include "version.h" #include "Naming.h" using namespace Puma; static OptsParser::Option options[] = { { ACConfig::ACOPT_VERSION, "V", "version", "\t" "Version information", OptsParser::AT_NONE }, { ACConfig::ACOPT_HELP, "h", "help", "\t" "\t" "Get this help text", OptsParser::AT_NONE }, { ACConfig::ACOPT_VERBOSE, "v", "verbose", "\t" "Level of verbosity (0-9)", OptsParser::AT_MANDATORY }, { ACConfig::ACOPT_COMPILE, "c", "compile", "\t" "Name of the input file", OptsParser::AT_MANDATORY }, { ACConfig::ACOPT_OUTPUT, "o", "output", "\t" "Name of the output file", OptsParser::AT_MANDATORY }, { ACConfig::ACOPT_INCLUDE_FILES, "i", "include_files", "\t" "Generate manipulated header files", OptsParser::AT_NONE }, { ACConfig::ACOPT_ASPECT_HEADER, "a", "aspect_header", "Name of aspect header file or '0'", OptsParser::AT_MANDATORY }, { ACConfig::ACOPT_REPOSITORY, "r", "repository", "Name of the project repository", OptsParser::AT_MANDATORY }, { ACConfig::ACOPT_EXPRESSION, "x", "expr", "\tPointcut expression to match in repository", OptsParser::AT_MANDATORY }, { ACConfig::ACOPT_PROBLEM_LOCAL_CLASS, NULL, "problem_local_class", "Back-end does not support local classes correctly", OptsParser::AT_NONE }, { ACConfig::ACOPT_NO_PROBLEM_LOCAL_CLASS, NULL, "no_problem_local_class", "Back-end supports local classes correctly", OptsParser::AT_NONE }, { ACConfig::ACOPT_PROBLEM_SPEC_SCOPE, NULL, "problem_spec_scope", "Back-end does not support template specialization in non-namespace", OptsParser::AT_NONE }, { ACConfig::ACOPT_NO_PROBLEM_SPEC_SCOPE, NULL, "no_problem_spec_scope", "Back-end supports template specialization in non-namespace scope", OptsParser::AT_NONE }, { ACConfig::ACOPT_PROBLEM_FORCE_INLINE, NULL, "problem_force_inline", "Back-end does not support forced inlining correctly", OptsParser::AT_NONE }, { ACConfig::ACOPT_NO_PROBLEM_FORCE_INLINE, NULL, "no_problem_force_inline", "Back-end supports forced inlining correctly", OptsParser::AT_NONE }, { ACConfig::ACOPT_NOLINE, NULL, "no_line", "\t" "\t" "Don't generate #line directives", OptsParser::AT_NONE }, { ACConfig::ACOPT_GEN_SIZE_TYPE, NULL, "gen_size_type", "Argument type for generated new operator", OptsParser::AT_MANDATORY }, { ACConfig::ACOPT_PROJ_FILE, NULL, "proj_file", "\t" "Path to the project file", OptsParser::AT_MANDATORY}, { ACConfig::ACOPT_WARN_DEPRECATED, NULL, "warn_deprecated", "\t" "Warn if deprecated syntax is used", OptsParser::AT_NONE }, { ACConfig::ACOPT_NO_WARN_DEPRECATED, NULL, "no_warn_deprecated", "Don't warn if deprecated syntax is used", OptsParser::AT_NONE }, { ACConfig::ACOPT_WARN_MACRO, NULL, "warn_macro", "\t" "Warn if a macro transformation had to be ignored", OptsParser::AT_NONE }, { ACConfig::ACOPT_NO_WARN_MACRO, NULL, "no_warn_macro", "\t" "Don't warn if a macro transformation had to be ignored", OptsParser::AT_NONE }, { ACConfig::ACOPT_WARN_LIMITATIONS, NULL, "warn_limitations", "" "Warn if a feature does not work as familiar due to limitations", OptsParser::AT_NONE }, { ACConfig::ACOPT_NO_WARN_LIMITATIONS, NULL, "no_warn_limitations", "" "Don't warn if a feature does not work as familiar due to limitations", OptsParser::AT_NONE }, { ACConfig::ACOPT_KEYWORDS, "k", "keywords", "\t" "Allow AspectC++ keywords in normal project files", OptsParser::AT_NONE }, { ACConfig::ACOPT_DYNAMIC, 0, "dynamic", "\t\t" "Prepare generated code for dynamic weaving", OptsParser::AT_NONE }, { ACConfig::ACOPT_INTROSPECTION, 0, "introspection", "\t" "Support introspection mechanism", OptsParser::AT_NONE }, { ACConfig::ACOPT_FLOW_ANALYSIS, 0, "flow_analysis", "\t" "Support control-flow analysis and data-flow analysis", OptsParser::AT_NONE }, { ACConfig::ACOPT_BUILTIN_OPERATORS, 0, "builtin_operators", "Support joinpoints on builtin operator calls", OptsParser::AT_NONE }, { ACConfig::ACOPT_DATA_JOINPOINTS, 0, "data_joinpoints", "\t" "Support data-based joinpoints like get(), set(), ...", OptsParser::AT_NONE }, { ACConfig::ACOPT_INTRODUCTION_DEPTH, 0, "introduction_depth", "Set the maximum depth for nested introductions", OptsParser::AT_MANDATORY }, { ACConfig::ACOPT_WARN_COMPATIBILITY, NULL, "warn_compatibility", "Enable migration warnings for code based on major version ", OptsParser::AT_MANDATORY }, { 0, NULL, 0, 0, OptsParser::AT_NONE } }; ACConfig::~ACConfig () { if (_file_in) delete[] _file_in; if (_file_out) delete[] _file_out; for (int i = 0; i < _aspect_headers.length (); i++) delete[] _aspect_headers[i]; } string ACConfig::size_type () const { string result = _size_type; // if the size-type string wasn't provided with the command line option // --gen_size_type, ask the front end for its target size type. if (result == "") { #ifdef FRONTEND_CLANG clang::CompilerInstance *ci = _project.get_compiler_instance (); clang::TargetInfo &target = ci->getTarget (); result = clang::TargetInfo::getTypeName (target.getSizeType ()); #else ostringstream size_type_stream; size_type_stream << *CTypeInfo::CTYPE_SIZE_T; result = size_type_stream.str (); #endif } return result; } bool ACConfig::analyze () { // setup defaults _v = 0; // default verbosity without "-v" _ifiles = false; _file_in = (const char*)0; _file_out = (const char*)0; _repository = (const char*)0; _iterate_tunits = false; _nosave = false; _noline = false; _iterate_aspects = true; // default setting: unknown compilers have a problem with everything _problem_local_class = true; _problem_spec_scope = true; _problem_force_inline = true; if (_project.config ().Option ("--gnu") || _project.config ().Option ("--gnu-2.95")) { _problem_local_class = false; _problem_force_inline = false; } else if (_project.config ().Option ("--vc")) { _problem_spec_scope = false; } _warn_deprecated = true; _warn_macro = false; _warn_limitations = true; _dynamic = false; _introspection = false; _flow_analysis = false; _builtin_operators = false; _data_joinpoints = false; _keywords = false; _introduction_depth = 10; _warn_compatibility = -1; char* tmp; OptsParser op (_argc, _argv, options); bool have_proj_file = false; while (op.getOption () != OptsParser::FINISH) { switch (op.getResult ()) { case ACOPT_VERBOSE: if (op.getArgument ().empty ()) // -v without number _v = 3; else _v = atoi (op.getArgument ().c_str ()); break; case ACOPT_VERSION: cout << ac_program () << " " << ac_version () << " (" << __DATE__; #ifdef FRONTEND_CLANG cout << ", clang " CLANG_VERSION_STRING; #endif // FRONTEND_CLANG cout << ")" << endl; return true; case ACOPT_HELP: usage (_argv[0]); return true; case ACOPT_COMPILE: tmp = StrCol::dup (op.getArgument ().c_str ()); #if defined (WIN32) SysCall::MakeUnixPath(tmp); #endif _file_in = tmp; break; case ACOPT_OUTPUT: tmp = StrCol::dup (op.getArgument ().c_str ()); #if defined (WIN32) SysCall::MakeUnixPath(tmp); #endif _file_out = tmp; break; case ACOPT_INCLUDE_FILES: _ifiles = true; break; case ACOPT_NOSAVE: _nosave = true; break; case ACOPT_NOLINE: _noline = true; break; case ACOPT_ASPECT_HEADER: _iterate_aspects = false; if (strcmp (op.getArgument ().c_str (), "0") != 0) { tmp = StrCol::dup (op.getArgument ().c_str ()); #if defined (WIN32) SysCall::MakeUnixPath(tmp); #endif _aspect_headers.append (tmp); } break; case ACOPT_REPOSITORY: tmp = StrCol::dup (op.getArgument ().c_str ()); #if defined (WIN32) SysCall::MakeUnixPath(tmp); #endif _repository = tmp; break; case ACOPT_EXPRESSION: _expr = op.getUnstrippedArgument (); break; case ACOPT_PROBLEM_LOCAL_CLASS: _problem_local_class = true; break; case ACOPT_NO_PROBLEM_LOCAL_CLASS: _problem_local_class = false; break; case ACOPT_PROBLEM_SPEC_SCOPE: _problem_spec_scope = true; break; case ACOPT_NO_PROBLEM_SPEC_SCOPE: _problem_spec_scope = false; break; case ACOPT_PROBLEM_FORCE_INLINE: _problem_force_inline = true; break; case ACOPT_NO_PROBLEM_FORCE_INLINE: _problem_force_inline = false; break; case ACOPT_GEN_SIZE_TYPE: _size_type = op.getArgument ().c_str (); break; case ACOPT_PROJ_FILE: have_proj_file = true; _proj_file = op.getArgument ().c_str (); break; case ACOPT_WARN_DEPRECATED: _warn_deprecated = true; break; case ACOPT_NO_WARN_DEPRECATED: _warn_deprecated = false; break; case ACOPT_WARN_MACRO: _warn_macro = true; break; case ACOPT_NO_WARN_MACRO: _warn_macro = false; break; case ACOPT_WARN_LIMITATIONS: _warn_limitations = true; break; case ACOPT_NO_WARN_LIMITATIONS: _warn_limitations = false; break; case ACOPT_WARN_COMPATIBILITY: _warn_compatibility = atoi (op.getArgument ().c_str ()); break; case ACOPT_KEYWORDS: _keywords = true; break; case ACOPT_DYNAMIC: _dynamic = true; break; case ACOPT_INTROSPECTION: _introspection = true; break; case ACOPT_FLOW_ANALYSIS: _flow_analysis = true; break; #ifdef FRONTEND_PUMA case ACOPT_BUILTIN_OPERATORS: case ACOPT_DATA_JOINPOINTS: err() << sev_error << "The command line options '--builtin_operators' " "and '--data_joinpoints' are not supported in the 'Puma' configuration." << endMessage; return false; #else case ACOPT_BUILTIN_OPERATORS: _builtin_operators = true; break; case ACOPT_DATA_JOINPOINTS: _data_joinpoints = true; break; #endif case ACOPT_INTRODUCTION_DEPTH: _introduction_depth = atoi (op.getArgument ().c_str ()); break; default: usage (_argv[0]); err () << sev_error; return false; } } bool have_std_prj = (_project.numPaths () > 0) && _project.src (0L); bool have_prj = have_proj_file || have_std_prj; bool have_dest = (_project.numPaths () > 0) && _project.dest (0L); // expression matching requires a repository if (!expr().empty ()) { if (!repository()) { usage (_argv[0]); err () << sev_error; return false; } return true; } // now check if the options make sense if (!have_prj || (have_std_prj && have_proj_file) || (_ifiles && (_file_in || !_project.dest (0L))) || (_file_out && have_dest) || (!_file_in && !_ifiles && !have_dest)) { usage (_argv[0]); err () << sev_error; return false; } // check option dependency if( _data_joinpoints ) { if( ! _builtin_operators ) { err() << sev_warning << "--data_joinpoints internally requires --builtin_operators, please check and enable it to silence this warning!" << endMessage; _builtin_operators = true; } } // check for the compatibility mode (iterate through the project tree) if (!_ifiles && !_file_in && !_file_out && have_dest) _iterate_tunits = true; // set reasonable default values if (!_file_out && _file_in) _file_out = StrCol::dup ("ac.out"); if (!_file_in) { if (_file_out) _file_in = StrCol::dup (_file_out); else { stringstream genfile; if (_project.src (0L)) genfile << _project.src (0L); genfile << "ac_gen." << extension (); _file_in = StrCol::dup (genfile.str ().data ()); } } // determine a string that uniquely identifies the project if (have_std_prj) { // a normal project with one or more -p options set paths; for (long i = 0L; i < _project.numPaths (); i++) { Filename canon; SysCall::canonical (_project.src(i), canon); ostringstream name; Naming::mangle_file (name, canon.name ()); paths.insert (name.str ()); } _project_id = *paths.begin (); } else { // used a project file // load the project file and set up the project if (!_project.loadProject (_proj_file)) { err () << sev_error << "failed to load project file '" << _proj_file.c_str () << "'" << endMessage; return false; } Filename canon; SysCall::canonical (_proj_file.c_str (), canon); ostringstream name; Naming::mangle_file (name, canon.name ()); _project_id = name.str (); } // TODO: this should be obsolete -> check it _project.config ().Add ("--lang-ac++"); _project.configure (_project.config ()); return true; } void ACConfig::usage (const char *prog) const { cerr << "usage: " << prog << " options" << endl << " options are ..." << endl; cerr << " -p|--path \t\t" << "project directory tree" << endl << " -d|--dest \t\t" << "target directory tree" << endl << " -e|--extension \t" << "translation unit filename ext." << endl; for (int o = 0; options[o].number > 0; o++) { cerr << " "; if (options[o].shortName) cerr << "-" << options[o].shortName; if (options[o].shortName && options[o].longName) cerr << "|"; if (options[o].longName) cerr << "--" << options[o].longName; if (options[o].argType != OptsParser::AT_NONE) cerr << " "; if (options[o].desc) cerr << "\t" << options[o].desc; cerr << endl; } cerr << " further options for correct parsing are ..." << endl << " -I \t\t\t" << "include file search path" << endl << " -D [=]\t" << "macro definitions" << endl; } // get the extension string for cc files const char *ACConfig::extension () { for (unsigned i = _project.config ().Options (); i > 0; i--) { const ConfOption *o = _project.config ().Option (i-1); if (! strcmp (o->Name (), "-e") || ! strcmp (o->Name (), "--extension")) { if (! o->Arguments ()) continue; return o->Argument (0); } } return "cc"; } aspectc++/AspectC++/PaxHeaders.4702/RepoPosAspectKey.cc0000644000000000000000000000007412740141200017452 xustar0030 atime=1468174988.112166425 30 ctime=1468174988.112166425 aspectc++/AspectC++/RepoPosAspectKey.cc0000644000175000001440000000262612740141200017642 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "RepoPosAspectKey.h" void RepoPosAspectKey::get_xml (RepoXMLNode node) { _aspect_id = node.get_int_prop ("aspect"); RepoPosKey::get_xml (node); } void RepoPosAspectKey::make_xml (RepoXMLNode node) const { node.set_int_prop ("aspect", aspect_id ()); RepoPosKey::make_xml (node); } aspectc++/AspectC++/PaxHeaders.4702/PumaWeaverBase.h0000644000000000000000000000007412740141200016763 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/PumaWeaverBase.h0000644000175000001440000001223612740141200017151 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PumaWeaverBase_h__ #define __PumaWeaverBase_h__ // This class encapsulates all code manipulation or analysis functions // that are needed by AspectC++, but which do not depend on AspectC++ // specific classes. They can be seen as a general purpose PUMA extension. #include #include using namespace std; #include "Puma/ManipCommander.h" #include "ACToken.h" #include "ACUnit.h" #include "ACFileID.h" #include "ACErrorStream.h" #include "ACProject.h" #include "BackEndProblems.h" namespace Puma { class CTree; } // namespace Puma class WeaverBase; class LineDirectiveMgr; class WeavePos { public: enum Pos { WP_HEADER, WP_AFTER, WP_BEFORE, WP_FOOTER }; int operator < (const WeavePos& key) const { return _token == key._token ? (_pos < key._pos) : (_token < key._token); } int operator == (const WeavePos& key) const { return _token == key._token && _pos == key._pos; } private: friend class WeaverBase; WeavePos (Puma::Token *t, Pos p, Puma::Token *m = 0) : _token (t), _pos (p), _marker (m) {} Puma::Token *_token; Pos _pos; Puma::Token *_marker; mutable list _units; }; class WeaverBase { // These data structures are needed to store and find weaving positions that // were already used. typedef set WPSet; WPSet _positions; // This Puma class/object is needed to perform the actual transformations Puma::ManipCommander _commander; ACProject &_project; protected: ACErrorStream &_err; LineDirectiveMgr &_line_mgr; bool _warn_macro_expansion; Puma::Token *_primary_start; Puma::Token *_primary_end; // check if a code manipulation at the given position would lead to an // automatic macro expansion; warn if configured to do so bool macro_problem (const WeavePos &pos); public: WeaverBase (ACProject &prj, LineDirectiveMgr &ldm) : _project (prj), _err (prj.err ()), _line_mgr (ldm), _warn_macro_expansion(false), _primary_start(0), _primary_end(0) { _commander.manip_mode (Puma::MM_EXPAND_MACROS); } ACProject &project () { return _project; } // setup first and last token of the translation unit void init (Puma::Token *s, Puma::Token *e) { _primary_start = s; _primary_end = e; } // return the length of the primary translation unit file as defined // by the start and end tokens passed to 'init' int primary_len () const; // get the associate line directive manager LineDirectiveMgr &line_directive_mgr () const { return _line_mgr; } // functions to retrieve weaving positions: // get a weaving position before or after a specific token const WeavePos &weave_pos (Puma::Token *t, WeavePos::Pos p); const WeavePos &weave_pos (PumaToken t, WeavePos::Pos p) { return weave_pos(t.get(), p); } // get the 'header' weaving position in front of an arbitrary unit const WeavePos &header_pos (ACFileID fid); // get the 'header' weaving position in front of the primary unit const WeavePos &header_pos (); // get the 'footer' weaving position at the end of an arbitrary unit const WeavePos &footer_pos (ACFileID fid); // get the 'footer' weaving position at the end of the primary unit const WeavePos &footer_pos (); // code manipulation functions: // check/ignore manipulations for unbalanced preprocessor directives void ignore_unbalanced () { _commander.ignore_mask (Puma::MIM_UNBALANCED); } void check_unbalanced () { _commander.ignore_mask (Puma::MIM_NONE); } // insert a unit at the specified weaving position // 'before' decides whether the new text is inserted either before (true) // or after (false) any text that has been inserted earlier at this position. void insert (const WeavePos &pos, Puma::Unit *unit, bool before = false); // the same as the other 'insert' method (above), but converts string to unit void insert (const WeavePos &pos, const string &str, bool before = false); // replace the text between two positions with some new text void replace (const WeavePos &from, const WeavePos &to, const string &str); // // replace the text of a syntax tree with some new text // void replace (CTree *node, const string &str); // kill the text between two positions void kill (const WeavePos &from, const WeavePos &to); // kill the text of a syntax tree void kill (Puma::CTree *node); // commit a transformation transaction bool commit (); }; #endif // __PumaWeaverBase_h__ aspectc++/AspectC++/PaxHeaders.4702/PumaPreprocessor.h0000644000000000000000000000007412740141200017425 xustar0030 atime=1468174988.135166803 30 ctime=1468174988.135166803 aspectc++/AspectC++/PumaPreprocessor.h0000644000175000001440000000535012740141200017612 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PumaPreprocessor_h__ #define __PumaPreprocessor_h__ #include "ACConfig.h" #include "ACToken.h" #include "IncludeGraph.h" #include "CodeWeaver.h" #include "Puma/TokenStream.h" #include "Puma/PreprocessorParser.h" #include "Puma/CProject.h" // This class performs preprocesses a translation unit and returns its // content token by token. Upon request, it can also record the returned // tokens. class PumaPreprocessor { string _tunit_name; Puma::Unit *_unit; ACConfig &_conf; Puma::CProject &_project; Puma::TokenStream _stream; Puma::UnitManager _local_units; Puma::PreprocessorParser _cpp; Puma::TokenProvider _provider; Puma::Unit *_recorded_tokens; ACToken _record_start; ACToken _record_end; bool keywords_enabled (Puma::Token *tok) const; public: PumaPreprocessor (const string &tunit_name, ACConfig &conf, Puma::CProject &project); Puma::Unit *unit () const { return _unit; } // functions to access the token stream ACToken next_token (); ACToken curr_token (); ACToken look_ahead (int n = 1); ACToken locate_token (); // functions to record the token stream void start_recording (); Puma::Unit *stop_recording (); Puma::ErrorStream &err () const; // return the include graph *after* preprocessing the translation unit void get_include_graph (IncludeGraph &include_graph); // get the file unit in which a token is located // (if necessary follow macro expansions and intros) static Puma::FileUnit *source_unit (ACToken token); // check whether a token is located within the files of the project bool is_in_project(ACToken token) const; }; #endif // __PumaPreprocessor_h__ aspectc++/AspectC++/PaxHeaders.4702/OrderPlanner.h0000644000000000000000000000007412740141200016507 xustar0030 atime=1468174988.134166786 30 ctime=1468174988.134166786 aspectc++/AspectC++/OrderPlanner.h0000644000175000001440000000724312740141200016677 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __OrderPlanner_h__ #define __OrderPlanner_h__ #include #include #include using namespace std; template > class OrderPlanner { struct Links; typedef map NodeMap; typedef typename NodeMap::value_type Node; struct Links { set _in; set _out; }; NodeMap _node_map; vector _total_order; public: // consider an order relation of two nodes void precedence (Item &first, Item &later); // calculate the total order => false if there is a cycle bool plan (); // get the result int items () const { return _total_order.size (); } Item &item (int i) const { return *_total_order[i]; } }; template bool OrderPlanner::plan () { // loop until all node have been moved to the total order vector while (_node_map.size () > 0) { // loop over all remaining nodes and count number of shifted nodes int moved = 0; typename NodeMap::iterator curr = _node_map.begin (); while (curr != _node_map.end ()) { // shift the current node if it has no incoming edge // (no left node has a higher precedence) if ((*curr).second._in.size () == 0) { moved++; // add this node to the total order _total_order.push_back ((*curr).first); // remove the edges of this node to other nodes with lower precedence for (typename set::iterator edge = (*curr).second._out.begin (); edge != (*curr).second._out.end (); ++edge) (*edge)->second._in.erase (&*curr); // remove the node typename NodeMap::iterator rem = curr; ++curr; _node_map.erase (rem); } else { ++curr; } } // if no node was moved there must be a cycle in the graph! if (moved == 0) return false; } return true; } template void OrderPlanner::precedence (Item &first, Item &later) { // find/insert the 'first' node typename NodeMap::iterator f = _node_map.find (&first); if (f == _node_map.end ()) { _node_map.insert (Node (&first, Links ())); f = _node_map.find (&first); } // find/insert the 'later' node typename NodeMap::iterator l = _node_map.find (&later); if (l == _node_map.end ()) { _node_map.insert (Node (&later, Links ())); l = _node_map.find (&later); } // insert the incoming and outgoing edges (*f).second._out.insert (&*l); (*l).second._in.insert (&*f); } #endif // __OrderPlanner_h__ aspectc++/AspectC++/PaxHeaders.4702/ACFileID.h0000644000000000000000000000007412740141200015414 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/ACFileID.h0000644000175000001440000000400012740141200015570 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2013 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ACFileID_h__ #define __ACFileID_h__ #include #ifdef FRONTEND_PUMA #include "Puma/Unit.h" typedef const Puma::Unit *ACFileIDData; #else #include "clang/Basic/FileManager.h" typedef const clang::FileEntry *ACFileIDData; #endif // A wrapper class that only allows to take the filename from a unit. class ACFileID { ACFileIDData _entry; public: ACFileID () : _entry(0) {} ACFileID (ACFileIDData entry) : _entry (entry) {} std::string name () const { #ifdef FRONTEND_PUMA return _entry->name (); #else return _entry->getName (); #endif } bool is_valid () const { return _entry != 0; } bool operator== (ACFileID rhs) const { return _entry == rhs._entry; } bool operator!= (ACFileID rhs) const { return !operator==(rhs); } bool operator< (ACFileID rhs) const { return _entry < rhs._entry; } ACFileIDData file_entry() const { return _entry; } }; #endif // __ACFileID_h__ aspectc++/AspectC++/PaxHeaders.4702/RepoXMLNode.cc0000644000000000000000000000007412740141200016346 xustar0030 atime=1468174988.114166457 30 ctime=1468174988.114166457 aspectc++/AspectC++/RepoXMLNode.cc0000644000175000001440000000372312740141200016535 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "RepoXMLNode.h" bool RepoXMLNode::has_prop (const char* prop) { return xmlHasProp (_node, (xmlChar*)prop) != NULL; } void RepoXMLNode::set_str_prop (const char* prop, const char* val) { xmlSetProp (_node, (xmlChar*)prop, (xmlChar*)val); } void RepoXMLNode::set_int_prop (const char* prop, int val) { char buffer[12]; sprintf (buffer, "%d", val); xmlSetProp (_node, (xmlChar*)prop, (xmlChar*)buffer); } string RepoXMLNode::get_str_prop (const char* prop) { char *str = (char*)xmlGetProp (_node, (xmlChar*)prop); string result (str); free (str); return result; } int RepoXMLNode::get_int_prop (const char* prop) { char *str = (char*)xmlGetProp (_node, (xmlChar*)prop); int val = atoi (str); free (str); return val; } RepoXMLNode RepoXMLNode::make_child (const char *name) { return xmlNewChild(_node, NULL, (xmlChar*)name, NULL); } aspectc++/AspectC++/PaxHeaders.4702/Naming.h0000644000000000000000000000007412740141200015325 xustar0030 atime=1468174988.113166441 30 ctime=1468174988.113166441 aspectc++/AspectC++/Naming.h0000644000175000001440000000634512740141200015517 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __Naming_h__ #define __Naming_h__ #include #include using namespace std; // This class encapsulates the naming scheme for generated functions etc. class ACM_Any; class ACM_Code; class ACM_Access; class ACM_Call; class ACM_Execution; class ACM_Aspect; class ACM_Class; class ACM_Function; class ACM_Name; class ACM_Type; class ACM_Arg; #include "ACFileID.h" class AdviceInfo; class AspectInfo; class Naming { static bool is_unary_op (ACM_Function *func); static void scope_name (ostream &out, ACM_Name &scope); public: static void op_name (ostream &out, ACM_Function *func); static void constr_name (ostream &out, ACM_Function *func); static void destr_name (ostream &out, ACM_Function *func); static void mangle (ostream &out, ACM_Name *obj); static void mangle (ostream &out, ACM_Type *type); static void mangle (ostream &out, const ACM_Arg *arg); static void bypass_id_class (ostream& out, ACM_Call *jpl); static void access_wrapper (ostream& out, ACM_Access *jpl, unsigned depth, int wrapper_number = -1); static void exec_inner (ostream& out, ACM_Code *jpl); static void action_wrapper (ostream& out, ACM_Any *loc, unsigned depth); static void exec_advice (ostream& out, ACM_Execution *jpl, AdviceInfo *ad); static void call_advice (ostream& out, ACM_Call *jpl, AdviceInfo *ad); static void local_id (ostream& out, ACM_Code *jpl); static void tjp_struct(ostream& out, ACM_Code *loc, int depth); static void tjp_instance(ostream& out, ACM_Code *loc); static void tjp_args_array(ostream& out, ACM_Code *loc); static void tjp_argtypes(ostream& out, ACM_Code *loc); static void cflow (ostream& out, ACM_Aspect &jpl_aspect, int index); static string bypass_caller_class (ACM_Class *cls); static void tjp_typedef (ostream& out, const char *name); static void type_check_func (ostream &out, ACM_Class &in, const string &name); static void guard (ostream &out, ACFileID unit); static void mangle_file (ostream &out, ACFileID file_id); static void mangle_file (ostream &out, const char *name); // checks static bool is_tjp_object (const char *candidate); }; #endif // __Naming_h__ aspectc++/AspectC++/PaxHeaders.4702/version.h0000644000000000000000000000007412740141200015601 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/version.h0000644000175000001440000000236212740141200015766 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "infos.h" static inline const char *ac_version() {return AC_VERSION;} static inline const char *ac_program() {return "ac++";} aspectc++/AspectC++/PaxHeaders.4702/NamespaceAC.h0000644000000000000000000000007412740141200016214 xustar0030 atime=1468174988.134166786 30 ctime=1468174988.134166786 aspectc++/AspectC++/NamespaceAC.h0000644000175000001440000000240512740141200016377 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __NamespaceAC_h__ #define __NamespaceAC_h__ #include "ACConfig.h" class NamespaceAC { public: static string def( ACConfig &config ); }; #endif aspectc++/AspectC++/PaxHeaders.4702/PumaIncludeExpander.cc0000644000000000000000000000007412740141200020147 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/PumaIncludeExpander.cc0000644000175000001440000002023712740141200020335 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "PumaIncludeExpander.h" #include "LineDirectiveMgr.h" #include "Puma/PreTreeNodes.h" #include "Puma/PreSonIterator.h" #include "Puma/MacroUnit.h" #include "Puma/FileUnit.h" #include "Puma/CProject.h" #include "Puma/UnitManager.h" #include "Puma/CCParser.h" #include "Puma/CTranslationUnit.h" #include "Puma/Token.h" #include "Puma/Location.h" using namespace Puma; void PumaIncludeExpander::expand (const char *file) { // clear the resulting unit _unit.List::clear (); // preprocess the translation unit Unit *unit = _project.unitManager ().get (file, true); // return if the unit is empty (strange property of the UnitManager!) if (!unit || !unit->first ()) return; // ok, we have a unit to expand _root = unit; // silently run the preprocessor CCParser parser; CTranslationUnit *tunit = parser.parse (*_root , _project, 2); _depth = 0; _ext_depth = 0; _files.push (File (_root)); // search for include and manipulate them -> fills _tree and _nodes iterateNodes (tunit->cpp_tree ()); // cleanup delete tunit; // rewind the include stack until we are back at the input file rewind (0); // write the rest of the main unit finish (); } // Go through the nodes. void PumaIncludeExpander::iterateNodes (PreTree* node) { PreSonIterator i (node); // the order is important! for (i.first (); ! i.isDone (); i.next ()) i.currentItem ()->accept (*this); } // expand tokens from a unit (write them into the result unit) void PumaIncludeExpander::write (Unit *unit, ACToken first, ACToken last) { ACUnit linedir (_err); if (_line_mgr.directive (linedir, unit, first)) { linedir << endu; linedir.cut (_unit, (Token*)linedir.first (), (Token*)linedir.last ()); } // copy the tokens ACToken curr = first; while (curr) { // filter out #pragma once if (curr.is_directive () && strcmp ("#pragma", curr.text ()) == 0) { ACToken dir ((Token*)unit->next (curr.get())); bool have_pragma_once = false; while (dir && dir.is_directive () && strcmp ("#pragma", dir.text ()) != 0) { if (strcmp ("once", dir.text ()) == 0) { have_pragma_once = true; break; } dir = ACToken ((Token*)unit->next (dir.get())); } if (have_pragma_once && dir) curr = ACToken ((Token*)unit->next (dir.get())); } if (!curr) break; _unit.append (*(Token*)curr.get()->duplicate ()); if (curr == last) break; curr = ACToken ((Token*)unit->next (curr.get())); } // List *copy = unit->copy (first, last); // copy->cut (_unit, (Token*)copy->first (), (Token*)copy->last ()); // delete copy; } // write a string into the unit void PumaIncludeExpander::write (const char *str) { ACUnit str_unit (_err); str_unit << str << endu; str_unit.cut (_unit, (Token*)str_unit.first (), (Token*)str_unit.last ()); } // print the rest of the topmost unit void PumaIncludeExpander::finish () { ACToken first = _files.top ()._next; ACToken last (_files.top ()._unit->last ()); if (first) { write (_files.top ()._unit, first, last); if (!last.get ()->is_whitespace ()) { const char *text = last.text (); if (text[strlen (text) - 1] != '\n' && text[strlen (text) - 1] != '\r') write ("\n"); // TODO: use Windows or Mac line endings on these platforms? Or guess? } } } // pop elements from the include stack until 'up_to' is the top void PumaIncludeExpander::rewind (int up_to) { while (_depth > up_to) { finish (); _files.pop (); _depth--; } } // handle include directive node void PumaIncludeExpander::visitPreIncludeDirective_Pre (PreIncludeDirective* node) { // this_unit is the unit where the include directive is located ACToken this_token (node->startToken ()); Unit *this_unit = this_token.unit (); // cout << "in " << this_unit->name () << " " << this_token->location () << " " // << _project.isBelow (this_unit) << endl; // manipulate project files only (and forced includes) if (_project.isBelow (this_unit) || this_unit == _root) { // include if expanded by preprocessor if (node->daughters () == 1) { Unit *included_unit = ((PreInclSemNode*)node->daughter (0))->unit (); bool included_below = _project.isBelow (included_unit); // a guarded unit is treaded as if it was not included // however, system headers are *always* included! // otherwise varying include relations in system headers on different // systems could break the ability to compile woven code on another // platform (e.g. woven Puma sources) if (included_below && ((PreInclSemNode*)node->daughter (0))->guarded ()) { included_unit = 0; } // cout << "included: " << included_unit->name () << " " << // _project.isBelow (included_unit) << endl; if (_ext_depth) { // cout << "node depth = " << node->depth () << endl; // cout << "ext depth = " << _ext_depth << endl; if (node->depth () < _ext_depth) { // we are back! _ext_depth = 0; // cout << "cleared last" << endl; } else { // problem: we are in a project file, which was included by an external return; } } // expand includes of project files only if (!included_unit || included_below) { if (_depth > node->depth ()) rewind (node->depth ()); // advance the current position up the include ACToken first = _files.top ()._next; if (first && first != this_token) { ACToken last ((Token*)this_unit->prev (this_token.get())); write (this_unit, first, last); } ACToken last = ACToken (node->endToken ()); // this might be a macro-generated include -> find the correct next tok if (last.is_macro_generated ()) { last = ACToken (((MacroUnit*)last.unit ())->ExpansionEnd (last.get())); assert (last && last.unit () == this_unit); } _files.top ()._next = ACToken ((Token*)this_unit->next (last.get())); if (included_unit) { // enter the next include file _files.push (File (included_unit)); _depth++; } } else { // remember that we leave the project now // cout << "_last = " << this_unit->name () << endl; if (!_ext_depth) { _ext_depth = node->depth () + 1; // depth of external includes // cout << "ext_depth = " << _ext_depth << endl; } } } // include was e.g. in false ifdef branch else { // cout << "no daughter" << endl; } } else { // in external file! if (node->daughters () == 1) { Unit *included_unit = ((PreInclSemNode*)node->daughter (0))->unit (); if (included_unit && _project.isBelow (included_unit)) { // oops, an external file includes an internal => error! _err << sev_error << this_token.location () << "internal file '" << included_unit->name () << "' is included by external '" << this_unit->name () << "'" << endMessage; return; } } } } aspectc++/AspectC++/PaxHeaders.4702/ClangBinding.cc0000644000000000000000000000007412740141200016571 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/ClangBinding.cc0000644000175000001440000001573212740141200016763 0ustar00osusers00000000000000#include "clang/Basic/Version.h" #if CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL) #elif CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2 #elif CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 6 && CLANG_VERSION_PATCHLEVEL == 2 #elif CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 7 && CLANG_VERSION_PATCHLEVEL == 1 #elif CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 8 && CLANG_VERSION_PATCHLEVEL == 0 #else #warning "Invalid clang version used! Only 3.4, 3.4.2, 3.6.2, 3.7.1, and 3.8.0 are supported by this code." #endif #include "ClangIntroSema.h" #include "ClangWeaverBase.h" using namespace clang; #ifdef __APPLE__ #define WRAP(x) x #else #define WRAP(x) __wrap_##x #endif extern "C" void WRAP(_ZN5clang4Sema31ActOnStartCXXMemberDeclarationsEPNS_5ScopeEPNS_4DeclENS_14SourceLocationEbS5_) ( Sema &that, Scope *S, Decl *TagDecl, SourceLocation FinalLoc, bool IsFinalSpelledSealed, SourceLocation LBraceLoc); void WRAP(_ZN5clang4Sema31ActOnStartCXXMemberDeclarationsEPNS_5ScopeEPNS_4DeclENS_14SourceLocationEbS5_) ( Sema &that, Scope *S, Decl *TagDecl, SourceLocation FinalLoc, bool IsFinalSpelledSealed, SourceLocation LBraceLoc) { ClangIntroSema &sema = (ClangIntroSema&)that; sema.ActOnStartCXXMemberDeclarations(S, TagDecl, FinalLoc, IsFinalSpelledSealed, LBraceLoc); } extern "C" void __real__ZN5clang4Sema31ActOnStartCXXMemberDeclarationsEPNS_5ScopeEPNS_4DeclENS_14SourceLocationEbS5_ ( clang::Sema &that, clang::Scope *S, clang::Decl *TagDecl, clang::SourceLocation FinalLoc, bool IsFinalSpelledSealed, clang::SourceLocation LBraceLoc); void RealActOnStartCXXMemberDeclarations (clang::Sema &that, clang::Scope *S, clang::Decl *TagDecl, clang::SourceLocation FinalLoc, bool IsFinalSpelledSealed, clang::SourceLocation LBraceLoc) { __real__ZN5clang4Sema31ActOnStartCXXMemberDeclarationsEPNS_5ScopeEPNS_4DeclENS_14SourceLocationEbS5_ (that, S, TagDecl, FinalLoc, IsFinalSpelledSealed, LBraceLoc); } #if FRONTEND_CLANG < 38 extern "C" void WRAP(_ZN5clang4Sema19ActOnBaseSpecifiersEPNS_4DeclEPPNS_16CXXBaseSpecifierEj)( clang::Sema &that, clang::Decl *ClassDecl, clang::CXXBaseSpecifier **Bases, unsigned NumBases); void WRAP(_ZN5clang4Sema19ActOnBaseSpecifiersEPNS_4DeclEPPNS_16CXXBaseSpecifierEj)( clang::Sema &that, clang::Decl *ClassDecl, clang::CXXBaseSpecifier **Bases, unsigned NumBases) { ClangIntroSema &sema = (ClangIntroSema&)that; sema.ActOnBaseSpecifiers (ClassDecl, Bases, NumBases); } extern "C" void __real__ZN5clang4Sema19ActOnBaseSpecifiersEPNS_4DeclEPPNS_16CXXBaseSpecifierEj( clang::Sema &sema, clang::Decl *ClassDecl, clang::CXXBaseSpecifier **Bases, unsigned NumBases); void RealActOnBaseSpecifiers (clang::Sema &that, clang::Decl *ClassDecl, clang::CXXBaseSpecifier **Bases, unsigned NumBases) { __real__ZN5clang4Sema19ActOnBaseSpecifiersEPNS_4DeclEPPNS_16CXXBaseSpecifierEj( that, ClassDecl, Bases, NumBases); } #else extern "C" void WRAP(_ZN5clang4Sema19ActOnBaseSpecifiersEPNS_4DeclEN4llvm15MutableArrayRefIPNS_16CXXBaseSpecifierEEE)( clang::Sema &that, clang::Decl *ClassDecl, clang::MutableArrayRef Bases); void WRAP(_ZN5clang4Sema19ActOnBaseSpecifiersEPNS_4DeclEN4llvm15MutableArrayRefIPNS_16CXXBaseSpecifierEEE)( clang::Sema &that, clang::Decl *ClassDecl, clang::MutableArrayRef Bases) { ClangIntroSema &sema = (ClangIntroSema&)that; sema.ActOnBaseSpecifiers (ClassDecl, Bases); } extern "C" void __real__ZN5clang4Sema19ActOnBaseSpecifiersEPNS_4DeclEN4llvm15MutableArrayRefIPNS_16CXXBaseSpecifierEEE( clang::Sema &sema, clang::Decl *ClassDecl, clang::MutableArrayRef Bases); void RealActOnBaseSpecifiers (clang::Sema &that, clang::Decl *ClassDecl, clang::MutableArrayRef Bases) { __real__ZN5clang4Sema19ActOnBaseSpecifiersEPNS_4DeclEN4llvm15MutableArrayRefIPNS_16CXXBaseSpecifierEEE( that, ClassDecl, Bases); } #endif WeaverBase *macro_recorder = 0; extern "C" void __real__ZN5clang12Preprocessor3LexERNS_5TokenE(clang::Preprocessor &that, clang::Token &Result); extern "C" void WRAP(_ZN5clang12Preprocessor3LexERNS_5TokenE)(clang::Preprocessor &that, clang::Token &Result); void WRAP(_ZN5clang12Preprocessor3LexERNS_5TokenE)(clang::Preprocessor &that, clang::Token &Result) { static int lex_nested = 0; lex_nested++; __real__ZN5clang12Preprocessor3LexERNS_5TokenE(that, Result); lex_nested--; if (!lex_nested && macro_recorder) { macro_recorder->handle_token (that, Result); } } extern "C" void WRAP(_ZN5clang4Sema33ActOnFinishCXXMemberSpecificationEPNS_5ScopeENS_14SourceLocationEPNS_4DeclES3_S3_PNS_13AttributeListE)( clang::Sema &that, clang::Scope* S, clang::SourceLocation RLoc, Decl *TagDecl, clang::SourceLocation LBrac, clang::SourceLocation RBrac, clang::AttributeList *AttrList); void WRAP(_ZN5clang4Sema33ActOnFinishCXXMemberSpecificationEPNS_5ScopeENS_14SourceLocationEPNS_4DeclES3_S3_PNS_13AttributeListE)( clang::Sema &that, clang::Scope* S, clang::SourceLocation RLoc, Decl *TagDecl, clang::SourceLocation LBrac, clang::SourceLocation RBrac, clang::AttributeList *AttrList) { ClangIntroSema &sema = (ClangIntroSema&)that; sema.ActOnFinishCXXMemberSpecification(S, RLoc, TagDecl, LBrac, RBrac, AttrList); } extern "C" void __real__ZN5clang4Sema33ActOnFinishCXXMemberSpecificationEPNS_5ScopeENS_14SourceLocationEPNS_4DeclES3_S3_PNS_13AttributeListE( clang::Sema &that, clang::Scope* S, clang::SourceLocation RLoc, Decl *TagDecl, clang::SourceLocation LBrac, clang::SourceLocation RBrac, clang::AttributeList *AttrList); void RealActOnFinishCXXMemberSpecification (clang::Sema &that, clang::Scope* S, clang::SourceLocation RLoc, Decl *TagDecl, clang::SourceLocation LBrac, clang::SourceLocation RBrac, clang::AttributeList *AttrList) { __real__ZN5clang4Sema33ActOnFinishCXXMemberSpecificationEPNS_5ScopeENS_14SourceLocationEPNS_4DeclES3_S3_PNS_13AttributeListE( that, S, RLoc, TagDecl, LBrac, RBrac, AttrList); } extern "C" void WRAP(_ZN5clang4Sema25ActOnEndOfTranslationUnitEv)(clang::Sema &that); void WRAP(_ZN5clang4Sema25ActOnEndOfTranslationUnitEv)(clang::Sema &that) { ClangIntroSema &sema = (ClangIntroSema&)that; sema.ActOnEndOfTranslationUnit(); } extern "C" void __real__ZN5clang4Sema25ActOnEndOfTranslationUnitEv(clang::Sema &that); void RealActOnEndOfTranslationUnit(clang::Sema &that) { __real__ZN5clang4Sema25ActOnEndOfTranslationUnitEv(that); } extern "C" bool WRAP(_ZN5clang4Sema19canSkipFunctionBodyEPNS_4DeclE)(clang::Sema &that, clang::Decl *D); bool WRAP(_ZN5clang4Sema19canSkipFunctionBodyEPNS_4DeclE)(clang::Sema &that, clang::Decl *D) { ClangIntroSema &sema = (ClangIntroSema&)that; return sema.canSkipFunctionBody(D); } extern "C" bool __real__ZN5clang4Sema19canSkipFunctionBodyEPNS_4DeclE(clang::Sema &that, clang::Decl *D); bool RealCanSkipFunctionBody(clang::Sema &that, clang::Decl *D) { return __real__ZN5clang4Sema19canSkipFunctionBodyEPNS_4DeclE(that, D); } aspectc++/AspectC++/PaxHeaders.4702/PumaTransformInfo.h0000644000000000000000000000007412740141200017526 xustar0030 atime=1468174988.294169418 30 ctime=1468174988.294169418 aspectc++/AspectC++/PumaTransformInfo.h0000644000175000001440000010206412740141200017713 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PumaTransformInfo_h__ #define __PumaTransformInfo__ #include "ACModel/Elements.h" #include "ThisJoinPoint.h" #include "PointCutExpr.h" #include "SyntacticContext.h" #include "CFlow.h" #include "WeaverBase.h" #include "Puma/CSemDatabase.h" #include "Puma/CNamespaceInfo.h" #include "Puma/DeducedArgument.h" #include "Puma/CTemplateInstance.h" #include "Puma/CFctInstance.h" #include "Puma/MacroUnit.h" #include "Puma/FileUnit.h" class TI_CodeAdvice : public ModelTransformInfo { const Condition *_condition; AdviceInfo *_advice_info; public: void set_condition (const Condition *c) { _condition = c; } const Condition *get_condition () const { return _condition; } void set_advice_info (AdviceInfo *ai) { _advice_info = ai; } AdviceInfo *get_advice_info () const { return _advice_info; } static TI_CodeAdvice *of (const ACM_CodeAdvice &loc) { return (TI_CodeAdvice*)loc.transform_info (); } }; class TransformInfo : public ModelTransformInfo { public: virtual ModelNode &jpl () = 0; virtual Puma::CTree *tree () const = 0; virtual Puma::CObjectInfo *obj_info () const = 0; // associated unique parser object (e.g. for name mangling) virtual Puma::CObjectInfo *assoc_obj () const = 0; // find the unit (non-macro) in which a join point is located Puma::Unit *unit () const { Puma::CTree *node = tree (); if (!node) return 0; Puma::Token *token = node->token (); Puma::Unit *unit = (Puma::Unit*)token->belonging_to (); while (unit && unit->isMacroExp ()) { unit = ((Puma::MacroUnit*)unit)->CallingUnit (); } return unit; } static inline const TransformInfo *of (const ModelNode &loc); static inline Puma::CTree *tree (const ModelNode &loc); static inline Puma::Unit *unit (const ModelNode &loc); static inline Puma::Location location (const ModelNode &loc); // helper function: check if a function is a method (needs a 'this' pointer) static bool needs_this (Puma::CFunctionInfo *func) { if (func->isMethod () && !func->isStaticMethod ()) { return !(func->isOperator () && (strcmp (func->Name (), "operator new") == 0 || strcmp (func->Name (), "operator new[]") == 0 || strcmp (func->Name (), "operator delete") == 0 || strcmp (func->Name (), "operator delete[]") == 0)); } return false; } }; inline const TransformInfo *TransformInfo::of (const ModelNode &loc) { return loc.transform_info () ? (TransformInfo*)loc.transform_info () : 0; } inline Puma::CTree *TransformInfo::tree (const ModelNode &loc) { return loc.transform_info () ? ((TransformInfo*)loc.transform_info ())->tree () : 0; } inline Puma::Unit *TransformInfo::unit (const ModelNode &loc) { return loc.transform_info () ? ((TransformInfo*)loc.transform_info ())->unit () : 0; } inline Puma::Location TransformInfo::location (const ModelNode &loc) { return loc.transform_info () ? tree (loc)->token ()->location () : Puma::Location (); } class TI_Namespace : public TransformInfo { // pointer to the Puma namespace object (for transformation) Puma::CNamespaceInfo *_namespace_obj; public: TI_Namespace () : _namespace_obj (0) {} void namespace_info (Puma::CNamespaceInfo *n) { _namespace_obj = n; } Puma::CNamespaceInfo *namespace_info () const { return _namespace_obj; } virtual Puma::CObjectInfo *obj_info () const { return _namespace_obj; } virtual Puma::CObjectInfo *assoc_obj () const { return _namespace_obj; } virtual Puma::CTree *tree () const { return _namespace_obj->Tree (); } static string name (Puma::CNamespaceInfo *n) { if (n->GlobalScope ()) return "::"; else return n->QualName (false, false, true); // the last 'true' means: // we want to see ' } }; class TI_Class : public TransformInfo { Puma::CClassInfo *_class_obj; // internal function that checks whether a given scope is located within // a template instance. // TODO: this is a duplicate of a ModelBuilder function! static bool is_in_template_instance (Puma::CScopeInfo *scope) { if (scope->isTemplateInstance ()) return true; if (scope->QualifiedScope ()) return is_in_template_instance (scope->QualifiedScope ()); if (scope->Parent () != scope) return is_in_template_instance (scope->Parent ()); return false; } public: TI_Class () : _class_obj (0) {} bool valid () const { return _class_obj != 0; } // probably the *definition* is external; only phase 1 found a declaration void class_info (Puma::CClassInfo *c) { _class_obj = c->DefObject (); } Puma::CClassInfo *class_info () const { return _class_obj; } SyntacticContext get_def_context () const { return SyntacticContext (_class_obj); } void get_member_contexts (list &member_contexts) const { for (unsigned a = 0; a < _class_obj->Attributes (); a++) { Puma::CAttributeInfo *attr = _class_obj->Attribute (a); // Only certain members are delivered. // If this is not the right choice for all use case, add filter flags to // the argument list of this function if (attr->isStatic () || attr->isAnonymous () || attr->EnumeratorInfo ()) continue; member_contexts.push_back (PumaSyntacticContext (attr)); } } enum SMKind { CONSTRUCTOR, COPY_CONSTRUCTOR, DESTRUCTOR }; bool may_have_implicit (SMKind kind) { return may_have_implicit (kind, _class_obj); } bool may_have_implicit (SMKind kind, Puma::CClassInfo *cls) { for (unsigned f = 0; f < cls->Functions (); f++) { Puma::CFunctionInfo *curr = cls->Function (f); // TODO: checking for one argument is not sufficient to detect a copy constructor! if ((curr->isConstructor () && curr->Arguments () == 0 && kind == CONSTRUCTOR) || (curr->isConstructor () && curr->Arguments () == 1 && kind == COPY_CONSTRUCTOR) || (curr->isDestructor () && kind == DESTRUCTOR)) { if (curr->Protection () == Puma::CProtection::PROT_PRIVATE) return false; // function is private -> problem! } } // check if any base class has a private constructor/copy constructor/destr. for (unsigned b = 0; b < cls->BaseClasses (); b++) { Puma::CClassInfo *base = cls->BaseClass (b)->Class (); if (!may_have_implicit(kind, base)) return false; } // check the types of non-static attributes (or array thereof) for private constructor/copy constructor/destr. for (unsigned a = 0; a < cls->Attributes (); a++) { Puma::CObjectInfo *attr = cls->Attribute(a); if (attr->isStatic() || attr->isAnonymous()) continue; Puma::CTypeInfo *type = attr->TypeInfo(); while (type->isArray()) type = type->BaseType(); Puma::CRecord *base = type->Record(); if (!base || // no problem if the attribute is no class/struct/union instance base->isAnonymous()) // anonymous structs/classes/unions cannot have a private constrcutor/destructor continue; if (!base->ClassInfo ()) continue; if (!may_have_implicit(kind, base->ClassInfo ())) return false; } return true; // seems that there is no problem } virtual Puma::CObjectInfo *obj_info () const { return _class_obj; } virtual Puma::CObjectInfo *assoc_obj () const { return _class_obj; } virtual Puma::CTree *tree () const { return _class_obj->Tree (); } // return the position behind the opening bracket of the class body const WeavePos &body_start_pos (WeaverBase &wb) const { return wb.weave_pos(((Puma::CT_ClassDef*)_class_obj->Tree ())->Members ()->token (), WeavePos::WP_AFTER); } // return the position in front of the closing bracket of the class body const WeavePos &body_end_pos (WeaverBase &wb) const { return wb.weave_pos(((Puma::CT_ClassDef*)_class_obj->Tree ())->Members ()->end_token (), WeavePos::WP_BEFORE); } // return the position of the first token of the class definition const WeavePos &objdecl_start_pos (WeaverBase &wb) const { assert (valid ()); Puma::CT_ClassDef *cd = (Puma::CT_ClassDef*)_class_obj->Tree(); return wb.weave_pos (cd->ObjDecl ()->token (), WeavePos::WP_BEFORE); } // return the position after the ";" of the class definition const WeavePos &objdecl_end_pos (WeaverBase &wb) const { Puma::CT_ClassDef *cd = (Puma::CT_ClassDef*)_class_obj->Tree(); return wb.weave_pos (cd->ObjDecl ()->end_token (), WeavePos::WP_AFTER); } // check whether this is a class or struct bool is_class () const { return _class_obj->isClass(); } // check whether this is a struct (more restrictive than 'is_class') bool is_struct () const { return _class_obj->isStruct(); } // check whether the class is defined (=has a body) and not only declared bool is_defined () const { return _class_obj->isDefined(); } // checks whether this class is a template *instance* bool is_template_instance () const { return _class_obj->isTemplateInstance(); } // check whether the class is defined in a extern "C" block bool is_extern_c () const { if (!is_defined()) return false; Puma::CT_ClassDef *cd = (Puma::CT_ClassDef*)_class_obj->DefObject ()->Tree (); // TODO: ugly workaround needed to check whether a class is defined in // an extern "C" block -> extended Puma, SemDB doesn't contain this info! for (Puma::CTree *curr = cd; curr; curr = curr->Parent()) if (curr->NodeName() == Puma::CT_LinkageSpec::NodeId()) return true; return false; } // checks whther the class is defined within a template instance bool is_in_template_instance () const { return is_in_template_instance(_class_obj); } static string name (Puma::CClassInfo *c) { ostringstream class_name; c->TypeInfo ()->TypeText (class_name, 0, false, false, false, true); return class_name.str ().c_str (); } static TI_Class *of (const ACM_Class &loc) { return (TI_Class*)loc.transform_info (); } }; class TI_Aspect : public TI_Class { public: Puma::CFunctionInfo *aspectof () const { // TODO: make this better! Puma::CFunctionInfo *aof = class_info()->Function ("aspectof"); if (!aof) aof = class_info()->Function ("aspectOf"); return aof ? aof->DefObject () : (Puma::CFunctionInfo*)0; } static const TI_Aspect *of (const ACM_Aspect &loc) { return (TI_Aspect*)loc.transform_info (); } }; class TI_Function : public TransformInfo { Puma::CFunctionInfo *_func_obj; mutable vector _contexts; public: TI_Function () : _func_obj (0) {} void func_info (Puma::CFunctionInfo *fi) { _func_obj = fi->DefObject (); } const vector &syntactic_contexts () const { if (_contexts.size() == 0) { // Store a pointer to each declaration and the definition (if one exists) Puma::CFunctionInfo *curr = _func_obj; do { _contexts.push_back (SyntacticContext (curr)); curr = curr->NextObject ()->FunctionInfo (); } while (curr != _func_obj); } return _contexts; } Puma::CFunctionInfo *func_info () const { return _func_obj; } virtual Puma::CObjectInfo *obj_info () const { return _func_obj; } virtual Puma::CObjectInfo *assoc_obj () const { return _func_obj; } virtual Puma::CTree *tree () const { return _func_obj->Tree (); } static string signature (Puma::CFunctionInfo *func_info) { ostringstream name; // the unique name in a scope start with the function name name << func_info->Name (); // add the template arguments if it is a function template instance Puma::CTemplateInstance *instance = func_info->TemplateInstance (); if (instance) { name << "<"; for (unsigned a = 0; a < instance->DeducedArgs (); a++) { if (a > 0) name << ","; Puma::DeducedArgument *arg = instance->DeducedArg (a); if (arg->Type ()) name << *arg->Type (); else if (arg->Value ()) { if (arg->Value ()->isSigned ()) // TODO: cast needed here as stdc++ lib can't print __int128! Problems! name << (long long)arg->Value ()->convert_to_int (); else if (arg->Value ()->isUnsigned ()) name << (unsigned long long)arg->Value ()->convert_to_uint (); else if (arg->Value ()->isFloat ()) name << arg->Value ()->convert_to_float (); } else name << "*invalid template arg*"; } string name_str = name.str (); if (name_str[name_str.length () - 1] == '>') name << " "; name << ">"; } // add the argument types Puma::CTypeFunction *this_type = func_info->TypeInfo (); name << "("; Puma::CTypeList *argtypes = this_type->ArgTypes (); for (unsigned i = 0; i < argtypes->Entries (); i++) { if (i > 0) name << ","; Puma::CTypeInfo *argtype = argtypes->Entry (i); argtype->TypeText (name, "", false, false, false, true); } name << ")"; // add CV qualifiers if (this_type->isConst ()) name << " const"; if (this_type->isVolatile ()) name << " volatile"; return name.str (); } bool is_const () const { return _func_obj->TypeInfo()->isConst(); } bool is_conversion_operator () const { return _func_obj->isConversion(); } static const TI_Function *of (const ACM_Function &loc) { return (TI_Function*)loc.transform_info (); } }; class TI_Variable : public TransformInfo { Puma::CObjectInfo *_obj; public: TI_Variable () : _obj (0) {} void obj_info (Puma::CObjectInfo *oi) { _obj = oi->DefObject (); } virtual Puma::CObjectInfo *obj_info () const { return _obj; } virtual Puma::CObjectInfo *assoc_obj () const { return _obj; } virtual Puma::CTree *tree () const { return _obj->Tree (); } public: static string name (Puma::CObjectInfo *obj_info) { return obj_info->Name ().c_str (); } static const TI_Variable *of (const ACM_Variable &loc) { return (TI_Variable*)loc.transform_info (); } }; class TI_Type : public TransformInfo { Puma::CTypeInfo *_type_info; public: TI_Type () : _type_info (0) {} void type_info (Puma::CTypeInfo *ti) { _type_info = ti; } Puma::CTypeInfo *type_info () const { return _type_info; } virtual Puma::CObjectInfo *obj_info () const { return 0; } virtual Puma::CObjectInfo *assoc_obj () const { return 0; } virtual Puma::CTree *tree () const { return 0; } static string name (Puma::CTypeInfo *type_info) { ostringstream out; type_info->TypeText(out,"?", false, false, false, true); string result = out.str(); int last = result.length() - 1; if (result[last] == '?') last--; while(result[last] == ' ') last--; return result.substr(0, last + 1); } static const TI_Type *of (const ACM_Type &loc) { return (TI_Type*)loc.transform_info (); } }; class TI_Arg : public TransformInfo { Puma::CTypeInfo *_type_info; public: TI_Arg () : _type_info (0) {} void type_info (Puma::CTypeInfo *ti) { _type_info = ti; } Puma::CTypeInfo *type_info () const { return _type_info; } virtual Puma::CObjectInfo *obj_info () const { return 0; } virtual Puma::CObjectInfo *assoc_obj () const { return 0; } virtual Puma::CTree *tree () const { return 0; } static string signature (Puma::CTypeInfo *type_info, const string &name) { ostringstream out; type_info->TypeText(out, name.c_str(), false, false, false, true); return out.str(); } static const TI_Arg *of (const ACM_Arg &loc) { return (TI_Arg*)loc.transform_info (); } }; class TI_Code : public TransformInfo { CFlowList _triggers; public: // consider a necessary cflow trigger at this join point bool consider (const CFlow &cflow) { _triggers.push_back (cflow); return true; } // return the list of cflows that must be entered/left here const CFlowList &cflows () const { return _triggers; } // that types (for the JoinPoint-API) virtual Puma::CTypeInfo *that_type () const = 0; virtual std::string that_type_string () const { return "void"; } // target type (for the JoinPoint-API) virtual Puma::CTypeInfo *target_type () const = 0; virtual std::string target_type_string () const { return "void"; } // helper functions for derived classes static Puma::CTypeInfo *get_that_type (Puma::CObjectInfo *obj) { Puma::CFunctionInfo *func = obj->FunctionInfo (); if (func) { Puma::CObjectInfo *this_obj = func->Attribute ("this"); if (this_obj) { Puma::CTypeInfo *type = this_obj->TypeInfo (); // find the type which is referenced by 'this' while (type && !type->isRecord ()) type = type->BaseType (); assert (type); return type; } } if (obj->ClassScope ()) return obj->ClassScope ()->TypeInfo (); return &Puma::CTYPE_VOID; } static TI_Code *of (const ACM_Code &loc) { return (TI_Code*)loc.transform_info (); } }; class TI_Method : public TI_Code { Puma::CFunctionInfo *_func_info; public: TI_Method () : _func_info (0) {} void func_info (Puma::CFunctionInfo *f) { _func_info = f; } virtual Puma::CObjectInfo *obj_info () const { return _func_info; } virtual Puma::CObjectInfo *assoc_obj () const { return _func_info; } virtual Puma::CTree *tree () const { return _func_info->Tree (); } // that type (for the JoinPoint-API) virtual Puma::CTypeInfo *that_type () const { return get_that_type (_func_info); } // target type (for the JoinPoint-API) virtual Puma::CTypeInfo *target_type () const { Puma::CRecord *scope = _func_info->ClassScope (); return scope ? scope->TypeInfo () : &Puma::CTYPE_VOID; } }; class TI_MethodCall : public TI_Code { Puma::CFunctionInfo *called_func; Puma::CObjectInfo *caller_obj; Puma::CT_Call *node; SyntacticContext _call_context; SyntacticContext _dest_func_context; Puma::CT_Expression *_target_expr; bool _target_is_ptr; public: TI_MethodCall () : called_func (0), caller_obj (0), node (0), _target_expr (0), _target_is_ptr (false) {} void called (Puma::CFunctionInfo *c) { called_func = c; _dest_func_context.set_object(c); } // CFunctionInfo *called () const { return called_func; } void caller (Puma::CObjectInfo *c) { caller_obj = c; _call_context.set_object(c); } Puma::CFunctionInfo *caller () { return caller_obj ? caller_obj->FunctionInfo () : 0; } void tree (Puma::CT_Call *n) { node = n; if (n) _target_expr = target_expr (_target_is_ptr); } bool has_target_expr () const { return _target_expr; } bool target_is_ptr () const { return _target_is_ptr; } virtual Puma::CTree *tree () const { return node; } virtual Puma::CObjectInfo *obj_info () const { return called_func; } virtual Puma::CObjectInfo *assoc_obj () const { return caller_obj; } static TI_MethodCall *of( const ACM_Call &loc ) { return (TI_MethodCall*)loc.transform_info (); } const SyntacticContext &call_context () const { return _call_context; } const SyntacticContext &dest_func_context () const { return _dest_func_context; } const WeavePos &before_pos (WeaverBase &wb) { return wb.weave_pos(CallNode()->token(), WeavePos::WP_BEFORE); } const WeavePos &after_pos (WeaverBase &wb) { return wb.weave_pos(CallNode()->end_token(), WeavePos::WP_AFTER); } // the result type Puma::CTypeInfo *result_type_info () const { return called_func->isConversion () ? called_func->ConversionType () : called_func->TypeInfo()->TypeFunction()->BaseType (); } bool has_result () const { return !result_type_info ()->isVoid (); } // that type (for the JoinPoint-API) virtual Puma::CTypeInfo *that_type () const { return get_that_type (caller_obj); } Puma::CClassInfo *target_class () const { Puma::CTypeInfo *type = target_type (); if (type) { type = type->UnqualType (); if (type->TypePointer ()) type = type->BaseType (); if (type != &Puma::CTYPE_VOID && type->Record () && type->Record ()->ClassInfo()) { Puma::CClassInfo *ci = type->Record()->ClassInfo ()->DefObject (); return ci; } } return 0; } bool target_is_const() const { return target_type ()->isConst (); } // target type (for the JoinPoint-API) virtual Puma::CTypeInfo *target_type () const { bool is_ptr; Puma::CTree *expr = target_expr (is_ptr); if (expr) { Puma::CTypeInfo *type = expr->Type (); // if this is a pointer or reference, take the base type while (type && (type->TypeAddress () || !type->isRecord ())) type = type->BaseType (); assert (type); return type; } else if (called_func->isMethod ()) { if (called_func->isStaticMethod ()) { return called_func->ClassScope ()->TypeInfo (); } else { if (caller_obj->FunctionInfo ()) { assert (caller_obj->ClassScope ()); return caller_obj->ClassScope ()->TypeInfo (); } else return &Puma::CTYPE_VOID; } } else return &Puma::CTYPE_VOID; } bool is_call_op () const { return strcmp (called_func->Name().c_str (), "operator ()") == 0; } // the target object of the call or NULL Puma::CT_Expression *target_expr (bool &is_ptr) const { // check if this call has a target object if (!called_func->isMethod ()) return 0; Puma::CTree *result = 0; // what kind of node was used for the call? const char *calltype = node->NodeName (); // in most case we have no pointer is_ptr = false; if (calltype == Puma::CT_CallExpr::NodeId ()) { Puma::CTree *expr = ((Puma::CT_CallExpr*)node)->Expr (); // if the target function is given in parenthesis, skip it: // e.g. (foo->bar)(42); while (expr->NodeName () == Puma::CT_BracedExpr::NodeId ()) expr = ((Puma::CT_BracedExpr*)expr)->Expr (); // find the target object if there is any const char *fctcalltype = expr->NodeName (); if (fctcalltype == Puma::CT_MembRefExpr::NodeId ()) { // .method() result = expr->Son (0); } else if (fctcalltype == Puma::CT_MembPtrExpr::NodeId ()) { // ->method() is_ptr = true; result = expr->Son (0); } else { if (is_call_op ()) { // () result = expr; } else { // method() is_ptr = true; // here 'this' is passed implicitly } } } else if (calltype == Puma::CT_BinaryExpr::NodeId ()) { // result = node->Son (0); } else if (calltype == Puma::CT_UnaryExpr::NodeId () || calltype == Puma::CT_DerefExpr::NodeId ()) { // result = node->Son (1); } else if (calltype == Puma::CT_PostfixExpr::NodeId ()) { // result = node->Son (0); } else if (calltype == Puma::CT_IndexExpr::NodeId ()) { // [ ] result = node->Son (0); } else if (calltype == Puma::CT_ImplicitCall::NodeId ()) { // result = node->Son (0); } else { cout << "unexpected node type " << node->NodeName () << " in " << "JPL_MethodCall::target_expr()" << endl; } return (Puma::CT_Expression*)result; } // the call expression node in the syntax tree Puma::CT_Call *CallNode() const { return node;} // checks if the original call uses a qualified target function name bool is_qualified () const { if (node->NodeName () != Puma::CT_CallExpr::NodeId ()) return false; Puma::CTree *expr = ((Puma::CT_CallExpr*)node)->Expr (); const char *nodename = expr->NodeName (); if (nodename == Puma::CT_MembPtrExpr::NodeId () || nodename == Puma::CT_MembRefExpr::NodeId ()) { expr = expr->Son (2); // some access function in PUMA missing! nodename = expr->NodeName (); } return nodename == Puma::CT_QualName::NodeId () || nodename == Puma::CT_RootQualName::NodeId (); } // checks whether the call uses explicit template parameters bool has_explicit_template_params () const { if (node->NodeName () != Puma::CT_CallExpr::NodeId ()) return false; Puma::CTree *expr = ((Puma::CT_CallExpr*)node)->Expr (); const char *nodename = expr->NodeName (); if (nodename == Puma::CT_MembPtrExpr::NodeId () || nodename == Puma::CT_MembRefExpr::NodeId ()) { expr = expr->Son (2); // some access function in PUMA missing! nodename = expr->NodeName (); } return expr->IsSimpleName() && expr->IsSimpleName()->Name()->NodeName() == Puma::CT_TemplateName::NodeId(); } // returns true if the call needs special access rights bool needs_rights () const { // get the target object type Puma::CTypeInfo *type = target_type ()->UnqualType (); // no member function => no accessibility problem if (type->isVoid ()) return false; // static member => no problem only if public if (called_func->isStaticMethod ()) return (called_func->Protection () != Puma::CProtection::PROT_PUBLIC); // normal member function => look up the accessibility if (type->ClassInfo () && type->ClassInfo ()->Accessibility (called_func) == Puma::CProtection::PROT_PUBLIC) return false; return true; } }; class TI_Construction : public TI_Code { Puma::CFunctionInfo *_func_info; public: TI_Construction () : _func_info (0) {} void func_info (Puma::CFunctionInfo *f) { _func_info = f; } virtual Puma::CObjectInfo *obj_info () const { return _func_info; } virtual Puma::CObjectInfo *assoc_obj () const { return _func_info; } virtual Puma::CTree *tree () const { return _func_info->ClassScope ()->Tree (); } // that type (for the JoinPoint-API) virtual Puma::CTypeInfo *that_type () const { return get_that_type (_func_info); } // target type (for the JoinPoint-API) virtual Puma::CTypeInfo *target_type () const { Puma::CRecord *scope = _func_info->ClassScope (); return scope ? scope->TypeInfo () : &Puma::CTYPE_VOID; } }; class TI_Destruction : public TI_Code { Puma::CFunctionInfo *_func_info; public: TI_Destruction () : _func_info (0) {} void func_info (Puma::CFunctionInfo *f) { _func_info = f; } virtual Puma::CObjectInfo *obj_info () const { return _func_info; } virtual Puma::CObjectInfo *assoc_obj () const { return _func_info; } virtual Puma::CTree *tree () const { return _func_info->ClassScope ()->Tree (); } // that type (for the JoinPoint-API) virtual Puma::CTypeInfo *that_type () const { return get_that_type (_func_info); } // target type (for the JoinPoint-API) virtual Puma::CTypeInfo *target_type () const { Puma::CRecord *scope = _func_info->ClassScope (); return scope ? scope->TypeInfo () : &Puma::CTYPE_VOID; } }; class TI_AdviceCode : public TransformInfo { // CT_AdviceDecl *_tree; Puma::CFunctionInfo *_func; ThisJoinPoint _this_join_point; public: TI_AdviceCode () : _func (0) {} void function(Puma::CFunctionInfo *f) { _func = f; } virtual Puma::CTree *tree () const { return _func ? _func->Tree() : 0; } virtual Puma::CObjectInfo *obj_info () const { return _func; } virtual Puma::CObjectInfo *assoc_obj () const { return obj_info (); } Puma::CScopeInfo *Scope () const { return _func ? _func->Puma::CObjectInfo::QualifiedScope () : 0; } const char *name () const { return _func ? _func->Name () : 0; } string qual_name () { return _func ? _func->QualName () : ""; } Puma::CFunctionInfo *function() const { return _func; } ThisJoinPoint &this_join_point () { return _this_join_point; } const ThisJoinPoint &this_join_point () const { return _this_join_point; } static TI_AdviceCode *of (const ACM_AdviceCode &loc) { return (TI_AdviceCode*)loc.transform_info (); } }; class TI_Introduction : public TransformInfo { public: virtual Puma::CObjectInfo *obj_info () const { return 0; } virtual Puma::CObjectInfo *assoc_obj () const { return 0; } // virtual Puma::CT_AdviceDecl *tree () const { return 0; } virtual Puma::CTree *tree () const { return 0; } static TI_Introduction *of (const ACM_Introduction &loc) { return (TI_Introduction*)loc.transform_info (); } }; class TI_Order : public TransformInfo { // Puma::CT_AdviceDecl *_tree; public: // TI_Order () : _tree (0) {} // void tree (Puma::CT_AdviceDecl *ad) { _tree = ad; } // virtual Puma::CObjectInfo *obj_info () const { // return ((Puma::CT_FctDef*)_tree->Decl ())->Object (); // } virtual Puma::CObjectInfo *obj_info () const { return 0; } // virtual Puma::CObjectInfo *assoc_obj () const { return obj_info (); } virtual Puma::CObjectInfo *assoc_obj () const { return 0; } // virtual Puma::CTree *tree () const { return _tree; } virtual Puma::CTree *tree () const { return 0; } static TI_Order *of (const ACM_Order &loc) { return (TI_Order*)loc.transform_info (); } }; class TI_Pointcut : public TransformInfo { Puma::CFunctionInfo *_func_obj; Puma::Location _loc; public: TI_Pointcut () : _func_obj(0) {} void func_info (Puma::CFunctionInfo *fi) { _func_obj = fi->DefObject (); } Puma::CFunctionInfo *func_info () const { return _func_obj; } virtual Puma::CObjectInfo *obj_info () const { return _func_obj; } virtual Puma::CObjectInfo *assoc_obj () const { return _func_obj; } virtual Puma::CTree *tree () const { return _func_obj->Tree (); } void set_location (const Puma::Location &loc) { _loc = loc; } const Puma::Location &get_location () const { return _loc; } static TI_Pointcut *of (const ACM_Pointcut &loc) { return (TI_Pointcut*)loc.transform_info (); } }; class TI_ClassSlice : public TransformInfo { Puma::CObjectInfo *_obj; const Puma::Unit *_slice_unit; Puma::Unit _pattern; // new phase 1 implementation: Puma::Unit *_tokens; // class slice body std::list _non_inline_members; // members defined outside of body std::list _non_inline_member_units; // corresponding source units public: TI_ClassSlice () : _obj (0), _slice_unit (0), _tokens (0) {} // new phase 1 implementation: ~TI_ClassSlice () { delete _tokens; for (std::list::const_iterator i = _non_inline_members.begin (); i != _non_inline_members.end (); ++i) delete *i; } void set_tokens (Puma::Unit *unit) { _tokens = unit; } Puma::Unit *get_tokens () const { return _tokens; } std::list &non_inline_members () { return _non_inline_members; } std::list &non_inline_member_units () { return _non_inline_member_units; } void analyze_tokens (bool &has_base_intro, bool &has_member_intro) { has_base_intro = false; has_member_intro = false; Puma::Token *token = _tokens->first(); while (token && token->type () != Puma::TOK_SEMI_COLON) { if (token->type () == Puma::TOK_COLON) has_base_intro = true; else if (token->type () == Puma::TOK_OPEN_CURLY) { has_member_intro = true; break; } token = _tokens->next(token); } } std::string base_intro () const { std::string result = ""; Puma::Token *token = _tokens->first(); token = _tokens->next(token); while (token && token->type () != Puma::TOK_COLON) token = _tokens->next(token); token = _tokens->next(token); // skip ':' while (token && token->type () != Puma::TOK_SEMI_COLON && token->type () != Puma::TOK_OPEN_CURLY) { result += " "; result += token->text (); token = _tokens->next(token); } return result; } // end - new phase 1 implementation void obj_info (Puma::CObjectInfo *obj) { _obj = obj; } virtual Puma::CObjectInfo *obj_info () const { return _obj; } void slice_unit (const Puma::Unit *su) { _slice_unit = su; } const Puma::Unit &slice_unit () const { return *_slice_unit; } virtual Puma::CObjectInfo *assoc_obj () const { return obj_info (); } // virtual CTree *tree () const { return _acsi->def_node (); } virtual Puma::CTree *tree () const { return _obj->Tree (); } const Puma::Unit &pattern () const { return _pattern; } Puma::Unit &pattern () { return _pattern; } static TI_ClassSlice *of (const ACM_ClassSlice &loc) { return (TI_ClassSlice*)loc.transform_info (); } // static string name (Puma::ACSliceInfo *acsi) { // return acsi->object ()->QualName (); // } }; #endif // __PumaTransformInfo_h__ aspectc++/AspectC++/PaxHeaders.4702/RepoPosAspectKey.h0000644000000000000000000000007412740141200017314 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/RepoPosAspectKey.h0000644000175000001440000000343412740141200017502 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __RepoPosAspectKey_h__ #define __RepoPosAspectKey_h__ #include "RepoPosKey.h" class RepoPosAspectKey : public RepoPosKey { int _aspect_id; public: RepoPosAspectKey (int file_id, int line, int aspect_id) : RepoPosKey (file_id, line), _aspect_id (aspect_id) {} RepoPosAspectKey (RepoXMLNode node) : RepoPosKey (node) { get_xml (node); } int operator < (const RepoPosAspectKey& key) const { return _aspect_id == key._aspect_id ? (*(const RepoPosKey *)this < key) : (_aspect_id < key._aspect_id); } int aspect_id () const { return _aspect_id; } void get_xml (RepoXMLNode node); void make_xml (RepoXMLNode node) const; }; #endif // __RepoPosAspectKey_h__ aspectc++/AspectC++/PaxHeaders.4702/Transformer.h0000644000000000000000000000007412740141200016416 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/Transformer.h0000644000175000001440000001007012740141200016576 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __Transformer_h__ #define __Transformer_h__ #include "CodeWeaver.h" #ifdef FRONTEND_PUMA #include "Puma/CCParser.h" #include "Puma/CCSemVisitor.h" #else #include "clang/Basic/SourceManager.h" #endif #include "ACErrorStream.h" #include "ACToken.h" #include "AspectIncludeCluster.h" #include using std::list; namespace Puma { class VerboseMgr; class CTranslationUnit; } // namespace Puma class PointCut; class Repository; class Plan; class ModelBuilder; class ACConfig; class ACProject; class IncludeGraph; class Transformer { Puma::VerboseMgr &_vm; ACErrorStream &_err; ACProject &_project; Repository &_repo; CodeWeaver _code_weaver; #ifdef FRONTEND_PUMA Puma::CCParser _parser; Puma::CCSemVisitor _sem_visitor; #else clang::SourceManager *_phase1_sm; #endif ACConfig &_conf; list _aspect_include_clusters; string _aspect_includes; string _aspect_fwd_decls; set _touched_files; set _virtual_files; bool phase1 (Puma::Unit *&unit, const string &tunit_name, ModelBuilder &, IncludeGraph&); bool phase2 (Puma::Unit *unit, const string &tunit_name, ModelBuilder &, IncludeGraph&); void include_aspect (const char *name); void determine_aspect_includes (const IncludeGraph &ig); void determine_aspect_fwd_decls (ModelBuilder &); void aspect_include_cluster (const char *ah_file, const IncludeGraph &ig); void determine_aspect_cluster (ACFileID ah_unit, const IncludeGraph &ig, set &cluster); void prepare_dynamic_weaving (ModelBuilder &jpm); void update_intros_in_repo (ModelBuilder &); void cleanup (ModelBuilder &jpm); void insert_bypass_class (ModelBuilder &); void join_points (Puma::CTranslationUnit &, ModelBuilder &, Plan &); // add references to the introduced elements to the plan void link_members (ACM_Class &jpl); // add references to the introduced base classes to the plan void link_bases (ACM_Class &jpl); #ifdef FRONTEND_CLANG void reinitializeSourceManager(clang::CompilerInstance *ci, CodeWeaver &cwb, const char *name); #else void update_touched_files (); #endif public: Transformer (Puma::VerboseMgr &vm, ACErrorStream &e, ACProject &p, Repository &r, ACConfig &c, LineDirectiveMgr &ldm): _vm (vm), _err (e), _project (p), _repo (r), _code_weaver (p, ldm, c), #ifdef FRONTEND_PUMA _sem_visitor (e), #endif _conf (c) {} ACFileID work (const string &tunit_name); list aspect_include_clusters () const { return _aspect_include_clusters; } const string &aspect_includes () const { return _aspect_includes; } const string &aspect_fwd_decls () const { return _aspect_fwd_decls; } const set &touched_files () const { return _touched_files; } }; #endif // __Transformer_h__ aspectc++/AspectC++/PaxHeaders.4702/PointCutContext.cc0000644000000000000000000000007412740141200017364 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/PointCutContext.cc0000644000175000001440000000505312740141200017551 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "PointCutContext.h" #include "JoinPoint.h" #include "IntroductionUnit.h" #include "TransformInfo.h" #include "ACModel/Utils.h" bool is_derived_from (ACM_Class *base, ACM_Class *derived) { typedef ACM_Container Container; for (Container::iterator i = base->get_derived().begin (); i != base->get_derived().end (); ++i) { if (*i == derived || is_derived_from(*i, derived)) return true; } return false; } PointCutExpr *PointCutContext::lookup_virtual_pct_func (ACM_Class *scope, ACM_Pointcut *pct_func) { // check whether the virtual pointcut is defined in the concrete aspect ACM_Name *result = map_lookup(*scope, pct_func->get_name ()); if (result && result->type_val() == JPT_Pointcut) return (PointCutExpr*)((ACM_Pointcut*)result)->get_parsed_expr().get (); // get the scope of the virtual pointcut ACM_Any *fct_scope = (ACM_Any*)pct_func->get_parent(); if (!fct_scope || !(fct_scope->type_val() & (JPT_Class|JPT_Aspect))) return 0; ACM_Class *fct_class = (ACM_Class*)fct_scope; // lookup the pointcut in the base classes/aspects typedef ACM_Container Container; for (Container::iterator i = scope->get_bases().begin (); i != scope->get_bases().end (); ++i) { if (*i != fct_class && !is_derived_from (fct_class, *i)) { continue; } PointCutExpr *pce = lookup_virtual_pct_func(*i, pct_func); if (pce) { return pce; } } return 0; } aspectc++/AspectC++/PaxHeaders.4702/PointCutExpr.cc0000644000000000000000000000007412740141200016656 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.110166392 aspectc++/AspectC++/PointCutExpr.cc0000644000175000001440000014716412740141200017055 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA // AspectC++ includes #include "PointCutExpr.h" #include "PointCutContext.h" #include "ACErrorStream.h" #include "Binding.h" #include "TransformInfo.h" // ACModel library includes #include "ACModel/Utils.h" #include #include using std::stringstream; using std::endl; using namespace Puma; void PointCutExpr::sem_args (ACErrorStream &err, PointCutContext &context, int warn_compat) { // recursively do a semantic analysis of child nodes for (int i = 0; i < args (); i++) if (arg (i)) arg (i)->semantics (err, context, warn_compat); } void PointCutExpr::check_arg_types (ACErrorStream &err, const char *func, PCE_Type expected, PointCutContext &context) { // it is an error if something is provided, which was not expected for (int i = 0; i < args (); i++) { if (arg (i) && arg (i)->type () != expected) { err << sev_error << context.location() << "'" << func << "' expects a " << (expected == PCE_NAME ? "name" : "code") << " pointcut" << " as argument"; if (args () > 1) err << " " << (i + 1); err << endMessage; } } } void PointCutExpr::check_arg_types_equal (ACErrorStream &err, const char *func, PointCutContext &context) { if (!arg (0)) return; // it is an error if the types of all arguments are not equal PCE_Type first_type = arg (0)->type (); for (int i = 1; i < args (); i++) { if (arg (i) && arg (i)->type () != first_type) { err << sev_error << context.location() << "'" << func << "' expects that all argument types are equal" << endMessage; } } } const ACM_Arg *PointCutExpr::get_binding (const char *name, ACErrorStream &err, PointCutContext &context) { if (!context.pct_func ()) { err << sev_error << context.location() << "context variable '" << name << "' is not support in this kind of pointcut expression" << endMessage; return 0; } ArgSet &curr_arg_bindings = *context.arg_bindings ().top (); ACM_Arg *arginfo = (ACM_Arg*)0; typedef ACM_Container Container; Container &arguments = context.pct_func()->get_args(); int a = 0; for (Container::iterator i = arguments.begin (); i != arguments.end (); ++i) { if ((*i)->get_name() == name) { arginfo = *i; break; } a++; } if (!arginfo) { err << sev_error << context.location() << "'" << name << "' is not in argument list" << endMessage; return 0; } return curr_arg_bindings.lookup (a); } bool PCE_SingleArg::check_derived_class (ACM_Class &cls, PointCutContext &context, Binding &binding, Condition &cond) { Condition unused; bool do_subclasses = true; typedef ACM_Container Container; Container &derived = cls.get_derived(); for (Container::const_iterator i = derived.begin (); i != derived.end (); ++i) { if (arg (0)->match (**i, context, binding, unused)) { if (context.in_that () || context.in_target ()) { cond.matches (**i); do_subclasses = false; // don't check subclasses, but // siblings } else return true; } if (do_subclasses && check_derived_class (**i, context, binding, cond)) return true; } return !do_subclasses; } bool PCE_SingleArg::check_derived_func (ACM_Class &cls, ACM_Function &func, PointCutContext &context, Binding &binding, Condition &cond) { Condition unused; bool do_subclasses = true; typedef ACM_Container Container; Container &derived = cls.get_derived(); for (Container::const_iterator i = derived.begin (); i != derived.end (); ++i) { typedef ACM_Container Container; Container &children = (*i)->get_children(); for (Container::const_iterator j = children.begin (); j != children.end (); ++j) { if ((*j)->type_val () != JPT_Function) continue; ACM_Function &curr = *(ACM_Function*)*j; if (!have_same_name_and_args (func, curr)) continue; if (arg (0)->match (curr, context, binding, cond)) return true; } if (do_subclasses && check_derived_func (**i, func, context, binding, cond)) return true; } return !do_subclasses; } bool PCE_SingleArg::check_derived_var (ACM_Class &cls, ACM_Variable &var, PointCutContext &context, Binding &binding, Condition &cond) { Condition unused; bool do_subclasses = true; typedef ACM_Container Container; Container &derived = cls.get_derived(); for (Container::const_iterator i = derived.begin (); i != derived.end (); ++i) { typedef ACM_Container Container; Container &children = (*i)->get_children(); for (Container::const_iterator j = children.begin (); j != children.end (); ++j) { if ((*j)->type_val () != JPT_Variable) continue; ACM_Variable &curr = *(ACM_Variable*)*j; if (var.get_name () != curr.get_name ()) continue; if (arg (0)->match (curr, context, binding, cond)) return true; } if (do_subclasses && check_derived_var (**i, var, context, binding, cond)) return true; } return !do_subclasses; } bool PCE_SingleArg::check_base_class (ACM_Class &cls, PointCutContext &context, Binding &binding, Condition &cond) { if (arg (0)->match (cls, context, binding, cond)) { return true; } typedef ACM_Container Container; Container &bases = cls.get_bases(); for (Container::const_iterator i = bases.begin (); i != bases.end (); ++i) { if (check_base_class(**i, context, binding, cond)) return true; } return false; } bool PCE_SingleArg::check_base_func (ACM_Class &cls, ACM_Function &func, PointCutContext &context, Binding &binding, Condition &cond) { typedef ACM_Container Container; Container &children = cls.get_children (); for (Container::const_iterator i = children.begin (); i != children.end (); ++i) { if ((*i)->type_val () != JPT_Function) continue; ACM_Function &curr = *(ACM_Function*)*i; if (!have_same_name_and_args (func, curr)) continue; if (arg (0)->match (curr, context, binding, cond)) return true; } typedef ACM_Container BContainer; BContainer &bases = cls.get_bases(); for (BContainer::const_iterator i = bases.begin (); i != bases.end (); ++i) { if (check_base_func(**i, func, context, binding, cond)) return true; } return false; } bool PCE_SingleArg::check_base_var (ACM_Class &cls, ACM_Variable &var, PointCutContext &context, Binding &binding, Condition &cond) { typedef ACM_Container Container; Container &children = cls.get_children (); for (Container::const_iterator i = children.begin (); i != children.end (); ++i) { if ((*i)->type_val () != JPT_Variable) continue; ACM_Variable &curr = *(ACM_Variable*)*i; if (var.get_name () != curr.get_name ()) continue; if (arg (0)->match (curr, context, binding, cond)) return true; } typedef ACM_Container BContainer; BContainer &bases = cls.get_bases(); for (BContainer::const_iterator i = bases.begin (); i != bases.end (); ++i) { if (check_base_var(**i, var, context, binding, cond)) return true; } return false; } bool PCE_SingleArg::check_scopes (ACM_Name *scope, PointCutContext &context, Binding &binding, Condition &cond) { do { // check whether the argument of the pointcut function matches 'scope' if (arg (0)->match (*scope, context, binding, cond)) return true; // go to the next scope level scope = (ACM_Name*)scope->get_parent (); } while (scope); return false; } PCE_Type PCE_Classes::type () const { return PCE_NAME; } void PCE_Classes::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types (err, "classes", PCE_NAME, context); _possible_types = JPT_Class; } bool PCE_Classes::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { // cout << "classes: " << jpl.type_val () << " "; // if (jpl.type_val() & JPT_Code) // cout << signature((ACM_Code&)jpl); // else // cout << signature((ACM_Name&)jpl); // cout << endl; return jpl.type_val () == JPT_Class && arg (0)->match (jpl, context, binding, cond); } PCE_Type PCE_Base::type () const { return PCE_NAME; } void PCE_Base::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types (err, "base", PCE_NAME, context); _possible_types = (JoinPointType)arg (0)->possible_types (); } bool PCE_Base::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { if (!(jpl.type_val () & (int)_possible_types)) return false; if (jpl.type_val () & (JPT_Class | JPT_Aspect)) { // the class is a base of the argument class(es) if one of its derived // classes is described by the argument return check_derived_class ((ACM_Class&)jpl, context, binding, cond); } else if ((jpl.type_val () == JPT_Function)) { ACM_Function &func = (ACM_Function&)jpl; if (((ACM_Any*)func.get_parent ())->type_val () & (JPT_Class | JPT_Aspect)) { ACM_Class &cls = *(ACM_Class*)func.get_parent (); return check_derived_class (cls, context, binding, cond) || check_derived_func (cls, func, context, binding, cond); } } else if ((jpl.type_val () == JPT_Variable)) { ACM_Variable &var = (ACM_Variable&)jpl; if (((ACM_Any*)var.get_parent ())->type_val () & (JPT_Class | JPT_Aspect)) { ACM_Class &cls = *(ACM_Class*)var.get_parent (); return check_derived_class (cls, context, binding, cond) || check_derived_var (cls, var, context, binding, cond); } } return false; } PCE_Type PCE_Derived::type () const { return PCE_NAME; } void PCE_Derived::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types (err, "derived", PCE_NAME, context); _possible_types = (JoinPointType)arg (0)->possible_types (); } bool PCE_Derived::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { if (!(jpl.type_val () & (int)_possible_types)) return false; if (jpl.type_val () & (JPT_Class | JPT_Aspect)) { // the class is derived of the argument class(es) if the class itself or // one of its base classes is described by the argument return check_base_class ((ACM_Class&)jpl, context, binding, cond); } else if ((jpl.type_val () == JPT_Function)) { ACM_Function &func = (ACM_Function&)jpl; if (((ACM_Any*)func.get_parent ())->type_val () & (JPT_Class | JPT_Aspect)) { ACM_Class &cls = *(ACM_Class*)func.get_parent (); return check_base_class (cls, context, binding, cond) || check_base_func (cls, func, context, binding, cond); } } else if ((jpl.type_val () == JPT_Variable)) { ACM_Variable &var = (ACM_Variable&)jpl; if (((ACM_Any*)var.get_parent ())->type_val () & (JPT_Class | JPT_Aspect)) { ACM_Class &cls = *(ACM_Class*)var.get_parent (); return check_base_class (cls, context, binding, cond) || check_base_var (cls, var, context, binding, cond); } } return false; } PCE_Type PCE_Within::type () const { return PCE_CODE; } void PCE_Within::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types (err, "within", PCE_NAME, context); _possible_types = JPT_Code; } bool PCE_Within::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { // 'within' matches only code join points if (!(jpl.type_val () & (int)JPT_Code)) return false; ACM_Code &jpl_code = (ACM_Code&)jpl; // accept pseudo method calls if (is_pseudo (jpl_code)) { context.pseudo_true (true); return true; } ACM_Name *scope = lexical_scope (jpl_code); if (scope->type_val () == JPT_Function) { ACM_Function *func = (ACM_Function*)scope; if (func->get_kind() == FT_CONSTRUCTOR || func->get_kind() == FT_DESTRUCTOR || func->get_kind() == FT_VIRTUAL_DESTRUCTOR || func->get_kind() == FT_PURE_VIRTUAL_DESTRUCTOR) scope = (ACM_Name*)func->get_parent (); } return arg(0)->match (*scope, context, binding, cond); } PCE_Type PCE_Member::type() const { return PCE_NAME; } void PCE_Member::semantics( ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args( err, context, warn_compat); check_arg_types( err, "member", PCE_NAME, context ); _possible_types = JPT_Name; } bool PCE_Member::evaluate( ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond ) { // 'member' matches only name join points if( ! ( jpl.type_val() & JPT_Name ) ) return false; // avoid conflict with old style scope checks if( context.in_old_style_scopematch() ) return false; ACM_Name &named = static_cast( jpl ); JoinPointType pt = (JoinPointType) arg(0)->possible_types(); // check the scope of the named program entity and all its parent scopes if( pt & ( JPT_Aspect | JPT_Class | JPT_Namespace ) ) { ACM_Any *scope = static_cast( named.get_parent() ); if( scope == 0 || ! ( scope->type_val() & JPT_Name ) ) return false; return check_scopes( static_cast( scope ), context, binding, cond ); } return false; } PCE_Type PCE_Execution::type () const { return PCE_CODE; } void PCE_Execution::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types (err, "execution", PCE_NAME, context); _possible_types = JPT_Execution; } bool PCE_Execution::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { // consider execution join point only if (jpl.type_val () != JPT_Execution) return false; JoinPointType pt = (JoinPointType)arg (0)->possible_types (); // check if the executed function's name matches the argument if (pt & JPT_Function) { ACM_Function *function = (ACM_Function*)jpl.get_parent(); assert(!function->get_builtin()); return arg (0)->match (*function, context, binding, cond); } return false; } PCE_Type PCE_Call::type () const { return PCE_CODE; } void PCE_Call::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types (err, "call", PCE_NAME, context); _possible_types = JPT_Call; } bool PCE_Call::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { if (jpl.type_val () != JPT_Call) return false; JoinPointType pt = (JoinPointType)arg (0)->possible_types (); // check if the called function's name matches the argument if (pt & JPT_Function) { ACM_Function *target_function = ((ACM_Call&)jpl).get_target(); assert(!target_function->get_builtin()); return arg (0)->match (*target_function, context, binding, cond); } return false; } PCE_Type PCE_Builtin::type () const { return PCE_CODE; } void PCE_Builtin::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types (err, "builtin", PCE_NAME, context); _possible_types = JPT_Builtin; } bool PCE_Builtin::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { if (jpl.type_val () != JPT_Builtin) return false; JoinPointType pt = (JoinPointType)arg (0)->possible_types (); // check if the called operator's name matches the argument if (pt & JPT_Function) { ACM_Function *target_function = ((ACM_Builtin&)jpl).get_target(); assert(target_function->get_builtin()); return arg (0)->match (*target_function, context, binding, cond); } return false; } PCE_Type PCE_Get::type () const { return PCE_CODE; } void PCE_Get::semantics( ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args( err, context, warn_compat); check_arg_types( err, "get", PCE_NAME, context ); _possible_types = static_cast( JPT_Get | JPT_GetRef ); } bool PCE_Get::evaluate( ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond ) { if( ! ( jpl.type_val() & _possible_types ) ) return false; JoinPointType pt = (JoinPointType)arg(0)->possible_types(); if( jpl.type_val() == JPT_Get ) { // check if the accessed variables's name matches the argument ACM_Variable *target_variable = ((ACM_Get&)jpl).get_variable(); if( pt & JPT_Variable ) if( arg(0)->match( *target_variable, context, binding, cond ) ) return true; } else if( jpl.type_val() == JPT_GetRef ) { // check alias-based joinpoints ACM_Type *var_type = static_cast( jpl ).get_type(); if( pt == JPT_Variable ) // match only vars as alias is for nothing else here, especially exclude types if( arg(0)->match( *var_type, context, binding, cond ) ) return true; } return false; } PCE_Type PCE_Set::type () const { return PCE_CODE; } void PCE_Set::semantics( ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args( err, context, warn_compat); check_arg_types( err, "set", PCE_NAME, context ); _possible_types = static_cast( JPT_Set | JPT_SetRef ); } bool PCE_Set::evaluate( ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond ) { if( ! ( jpl.type_val() & _possible_types ) ) return false; JoinPointType pt = (JoinPointType)arg(0)->possible_types(); if( jpl.type_val() == JPT_Set ) { // check if the called function's name matches the argument ACM_Variable *target_variable = ((ACM_Set&)jpl).get_variable(); if( pt & JPT_Variable ) if( arg(0)->match( *target_variable, context, binding, cond ) ) return true; } else if( jpl.type_val() == JPT_SetRef ) { // check alias-based joinpoints ACM_Type *var_type = static_cast( jpl ).get_type(); if( pt == JPT_Variable ) // match only vars as alias is for nothing else here, especially exclude types if( arg(0)->match( *var_type, context, binding, cond ) ) return true; } return false; } PCE_Type PCE_Ref::type () const { return PCE_CODE; } void PCE_Ref::semantics( ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args( err, context, warn_compat); check_arg_types( err, "ref", PCE_NAME, context ); _possible_types = JPT_Ref; } bool PCE_Ref::evaluate( ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond ) { if( jpl.type_val () != JPT_Ref ) return false; JoinPointType pt = (JoinPointType)arg(0)->possible_types(); // check if the called function's name matches the argument ACM_Variable *target_variable = ((ACM_Ref&)jpl).get_variable(); if( pt & JPT_Variable ) if( arg(0)->match( *target_variable, context, binding, cond ) ) return true; return false; } PCE_Type PCE_Alias::type () const { return PCE_NAME; } void PCE_Alias::semantics( ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args( err, context, warn_compat); check_arg_types( err, "alias", PCE_NAME, context ); _possible_types = JPT_Variable; } bool PCE_Alias::evaluate( ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond ) { if( jpl.type_val () != JPT_Type ) // only type based matching yet return false; JoinPointType pt = (JoinPointType)arg(0)->possible_types(); if( pt & JPT_Variable ) { ACM_Type &type = static_cast( jpl ); ProjectModel::Selection refs; context.jpm().select( JPT_Ref, refs ); for( ProjectModel::Selection::iterator iter = refs.begin(); iter != refs.end(); ++iter ) { // check all possible variables ACM_Variable &var = *( static_cast( **iter ).get_variable() ); if( ( type.get_signature() == var.get_type()->get_signature() ) && arg(0)->match( var, context, binding, cond ) ) return true; } } return false; } PCE_Type PCE_Construction::type () const { return PCE_CODE; } void PCE_Construction::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types (err, "construction", PCE_NAME, context); _possible_types = JPT_Construction; } bool PCE_Construction::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { if (jpl.type_val () != JPT_Construction) return false; ACM_Name *scope = lexical_scope ((ACM_Construction&)jpl); return arg (0)->match (*scope, context, binding, cond); } PCE_Type PCE_Destruction::type () const { return PCE_CODE; } void PCE_Destruction::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types (err, "destruction", PCE_NAME, context); _possible_types = JPT_Destruction; } bool PCE_Destruction::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { if (jpl.type_val () != JPT_Destruction) return false; ACM_Name *scope = lexical_scope ((ACM_Destruction&)jpl); return arg (0)->match (*scope, context, binding, cond); } PCE_Type PCE_That::type () const { return PCE_CODE; } void PCE_That::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { context.enter_that (); sem_args (err, context, warn_compat); context.leave_that (); check_arg_types (err, "that", PCE_NAME, context); _possible_types = JPT_Code; } bool PCE_That::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { // 'that' matches only code join points if (!(jpl.type_val () & (int)JPT_Code)) return false; ACM_Code &jpl_code = (ACM_Code&)jpl; if (is_pseudo(jpl)) { context.pseudo_true (true); return true; } // get the function that is executed when the join point is reached ACM_Name *parent = (ACM_Name*)jpl_code.get_parent (); if (parent && parent->type_val() == JPT_Builtin) parent = (ACM_Name*)parent->get_parent(); if (parent->type_val () != JPT_Function) return false; ACM_Function *jpl_function = (ACM_Function*)parent; // static (member) functions and non-member functions don't have a 'this' pointer if (jpl_function->get_kind() == FT_NON_MEMBER || jpl_function->get_kind() == FT_STATIC_NON_MEMBER || jpl_function->get_kind() == FT_STATIC_MEMBER) return false; // get the class of which the function is a member ACM_Class *class_loc = (ACM_Class*)jpl_function->get_parent (); context.enter_that (); binding._this = (ACM_Arg*)0; // if any of the class' base classes matches the argument the current class // is definitely an object of the required type if (!check_base_class (*class_loc, context, binding, cond)) { // in a construction or destruction the object has exactly the type // of the constructor/destructor scope => no run-time check if (jpl_function->get_kind() == FT_CONSTRUCTOR || jpl_function->get_kind() == FT_DESTRUCTOR || jpl_function->get_kind() == FT_VIRTUAL_DESTRUCTOR || jpl_function->get_kind() == FT_PURE_VIRTUAL_DESTRUCTOR) { context.leave_that (); return false; } // create a 'that' condition with a mangled name stringstream mangled_check; arg (0)->mangle_type_check (mangled_check); cond.that (class_loc, mangled_check.str ()); // find the derived classes that match the argument check_derived_class (*class_loc, context, binding, cond); } context.leave_that (); return true; } PCE_Type PCE_Target::type () const { return PCE_CODE; } void PCE_Target::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { context.enter_target (); sem_args (err, context, warn_compat); context.leave_target (); check_arg_types (err, "target", PCE_NAME, context); _possible_types = JPT_Call|JPT_Set|JPT_Get|JPT_Ref; } bool PCE_Target::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { ACM_Class *class_loc = 0; if (jpl.type_val () == JPT_Call) { ACM_Call &jpl_call = (ACM_Call&)jpl; ACM_Function *target_function = jpl_call.get_target(); // only non-static member functions are relevant here // TODO: how to handle explicit destructor calls? if (target_function->get_kind() != FT_MEMBER && target_function->get_kind() != FT_VIRTUAL_MEMBER && target_function->get_kind() != FT_PURE_VIRTUAL_MEMBER) return false; // get the class of which the function is a member class_loc = (ACM_Class*)target_function->get_parent (); } else if (jpl.type_val() & (JPT_Set|JPT_Get|JPT_Ref)) { ACM_Variable *target_var = 0; if (jpl.type_val () == JPT_Set) { ACM_Set &jpl_set = (ACM_Set&)jpl; target_var = jpl_set.get_variable(); } else if (jpl.type_val () == JPT_Get) { ACM_Get &jpl_get = (ACM_Get&)jpl; target_var = jpl_get.get_variable(); } else if (jpl.type_val () == JPT_Ref) { ACM_Ref &jpl_ref = (ACM_Ref&)jpl; target_var = jpl_ref.get_variable(); } if (!target_var || target_var->get_kind() != VT_MEMBER) return false; // get the class of which the variable is a member class_loc = (ACM_Class*)target_var->get_parent (); } if (!class_loc) return false; // shouldn't happen context.enter_target (); binding._target = (ACM_Arg*)0; // if any of the class' base classes matches the argument the current class // is definitely an object of the required type if (!check_base_class (*class_loc, context, binding, cond)) { // create a 'that' condition with a mangled name stringstream mangled_check; arg (0)->mangle_type_check (mangled_check); cond.target (class_loc, mangled_check.str ()); // find the derived classes that match the argument check_derived_class (*class_loc, context, binding, cond); } context.leave_target (); return true; } PCE_Type PCE_CFlow::type () const { return PCE_CODE; } void PCE_CFlow::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types (err, "cflow", PCE_CODE, context); // evaluate the argument pointcut ProjectModel::Selection all; context.jpm ().select (JPT_Code, all); for (ProjectModel::Selection::iterator iter = all.begin (); iter != all.end (); ++iter) { ACM_Any &jpl = *(ACM_Any*)*iter; Binding cflow_binding; Condition cflow_condition; context.pseudo_true (false); // todo sichern! if (arg (0)->match (jpl, context, cflow_binding, cflow_condition)) { if (cflow_binding._used) { err << sev_error << context.location() << "context variables not supported in cflows" << endMessage; break; } if (cflow_condition) { err << sev_error << context.location() << "runtime conditions not supported in cflows" << endMessage; break; } _arg_pointcut.append (*new JoinPoint (&jpl, cflow_condition)); } } _index = context.cflow (this); // remember this node in the context _possible_types = JPT_Code; } bool PCE_CFlow::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { // check if this join point is one of the cflow starting points if (_arg_pointcut.find (&jpl) != _arg_pointcut.end ()) return true; // no runtime condition check! // every other joinpoint might be in the cflow (space for improvement) cond.cflow (_index); return true; } PCE_Type PCE_Args::type () const { return PCE_CODE; } void PCE_Args::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { check_arg_types (err, "args", PCE_NAME, context); // recursively do a semantic analysis of child nodes int saved_arg = context.get_arg (); for (int i = 0; i < args (); i++) { context.set_arg (i); if (arg (i)) arg (i)->semantics (err, context,warn_compat); } context.set_arg (saved_arg); _possible_types = JPT_Code; } bool PCE_Args::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { // ignore all non-code join points if (!(jpl.type_val () & (int)JPT_Code)) return false; ACM_Code *jpl_code = (ACM_Code*)&jpl; // check if the number of arguments is ok -> not compatible ("...") if (args () != get_arg_count(*jpl_code)) return false; // check if all argument types match int saved_arg = context.get_arg (); list type_list; get_arg_types (*jpl_code, type_list); unsigned a = 0; for (list::iterator i = type_list.begin(); i != type_list.end(); ++i) { context.set_arg (a); binding._args[a] = (ACM_Arg*)0; ACM_Type &type_loc = (ACM_Type&)**i; if (!arg (a)->match (type_loc, context, binding, cond)) { context.set_arg (saved_arg); return false; } a++; } context.set_arg (saved_arg); // args should not produce runtime checks until here assert(!cond); #ifdef FRONTEND_CLANG // Check whether the join-point uses short-circuit-evaluation: if(jpl_code->type_val() == JPT_Builtin){ const TI_Builtin* transform_info = TI_Builtin::of(*static_cast(jpl_code)); // Check whether this is no pseudo-call-join-point and a short-circuiting-join-point: if(transform_info->TI_Access::tree_node() > 0 && transform_info->is_short_circuiting()) { // On join-points with short-circuit evaluation it is not guaranteed // that the second (or third in case of "?:"-operator) argument is available. Because the // decision about the evaluation of the second (or third) argument // comes at runtime, we first determine the short-circuit argument, that is bound by the // current args pointcut function, and afterwards we create a condition that compares the // available short-circuit argument with the needed argument at runtime. int needed_arg = -1; if(transform_info->is_ternary_expr()) { // Operator "?:" if(binding._args[1] > 0 && binding._args[2] > 0) { // Both short-circuiting arguments are bound, but it is not possible that // both short-circuiting arguments are available at the same time. We need // no runtime check and generate a warning if wanted. The warning will be // created only once per args pointcut function. if(context.config().warn_limitations() && !_both_sc_args_bound_warning_created) { context.messages().push_back(pair( sev_warning, string("args pointcut function: join points at calls to the " "short-circuiting operator '?:' do not match (reason: both short-circuit " "arguments were bound, but they are never available at the same time)."))); _both_sc_args_bound_warning_created = true; } return false; } else if(binding._args[1] == 0 && binding._args[2] == 0) { // Both short-circuiting arguments are *not* bound: We do not need a runtime check return true; } // Otherwise determine the needed/bound argument: needed_arg = binding._args[1] > 0 ? 1 : 2; } else { // Operator "&&" or "||": Check for first argument: if(binding._args[1] > 0) { needed_arg = 1; } } // Check if an short-circuit argument was bound and we therefore need an argument at // runtime: if(needed_arg != -1) { // We need an argument: create condition: cond.needed_short_circuit_arg(needed_arg); // If wanted we create a warning. This warning will be created only once per // args pointcut function. if(context.config().warn_limitations() && !_sc_arg_bound_warning_created) { context.messages().push_back(pair( sev_warning, string("args pointcut function: matching of join points at calls " "to short-circuiting operators '&&', '||' and '?:' is runtime dependent " "(reason: a short-circuit argument is bound by the args pointcut function and " "a match only occurs if the bound argument is available at runtime)."))); _sc_arg_bound_warning_created = true; } } } } #endif // FRONTEND_CLANG return true; } PCE_Type PCE_Result::type () const { return PCE_CODE; } void PCE_Result::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { context.enter_result (); sem_args (err, context, warn_compat); context.leave_result (); check_arg_types (err, "result", PCE_NAME, context); _possible_types = (JoinPointType)(JPT_Execution|JPT_Call|JPT_Builtin|JPT_Get); } bool PCE_Result::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { // only execution, call and builtin join points have a result if (jpl.type_val () != JPT_Execution && jpl.type_val () != JPT_Call && jpl.type_val () != JPT_Builtin && jpl.type_val () != JPT_Get) return false; ACM_Code *jpl_code = (ACM_Code*)&jpl; assert (has_result_type(*jpl_code)); ACM_Type &type_loc = *get_result_type(*jpl_code); context.enter_result (); binding._result = (ACM_Arg*)0; bool result = arg (0)->match (type_loc, context, binding, cond); context.leave_result (); return result; } PCE_Type PCE_Or::type () const { return arg (0)->type (); } void PCE_Or::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types_equal (err, "||", context); _possible_types = (JoinPointType) (arg(0)->possible_types () | arg(1)->possible_types ()); } bool PCE_Or::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { Condition subcond0, subcond1; bool subresult0, subresult1; subresult0 = arg (0)->match (jpl, context, binding, subcond0); subresult1 = arg (1)->match (jpl, context, binding, subcond1); // if both subresults are false the disjunction is false, too if (!(subresult0 || subresult1)) return false; // if any of the subresults was an unconditional true the result is true if ((subresult0 && !subcond0) || (subresult1 && !subcond1)) return true; // at least one subresult was true, now we consider possible conditions if (subcond0) { cond.assign (subcond0); if (subcond1) cond.op_or (subcond1); } else if (subcond1) { cond.assign (subcond1); } return true; } PCE_Type PCE_And::type () const { return arg (0)->type (); } void PCE_And::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types_equal (err, "&&", context); _possible_types = (JoinPointType) (arg(0)->possible_types () & arg(1)->possible_types ()); if (_possible_types == (JoinPointType)0) { err << sev_warning << context.location() << "Result of '&&' always false! Check the types of the argument pointcut expressions." << endMessage; return; } } bool PCE_And::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { Condition subcond0, subcond1; bool subresult0, subresult1; subresult0 = arg (0)->match (jpl, context, binding, subcond0); bool pseudo_true0 = context.is_pseudo_true (); context.pseudo_true (false); subresult1 = arg (1)->match (jpl, context, binding, subcond1); bool pseudo_true1 = context.is_pseudo_true (); context.pseudo_true (pseudo_true0 && pseudo_true1); // if any subresult was false the conjunction is false, too if (!(subresult0 && subresult1)) return false; // both subresult were true, now we consider possible conditions if (subcond0) { cond.assign (subcond0); if (subcond1) cond.op_and (subcond1); } else if (subcond1) { cond.assign (subcond1); } return true; } PCE_Type PCE_Not::type () const { return arg (0)->type (); } void PCE_Not::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { sem_args (err, context, warn_compat); check_arg_types (err, "!", type (), context); if (type () == PCE_NAME) _possible_types = JPT_Name; else if (type () == PCE_CODE) _possible_types = JPT_Code; else _possible_types = (JoinPointType)0; } bool PCE_Not::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { Condition subcond; bool subresult = arg (0)->match (jpl, context, binding, subcond); // if the argument was true because we evaluate a pseudo call return true if (context.is_pseudo_true ()) return true; // if the subexpression evaluates to an unconditional 'true' or false the // result must be inverted if (!subcond) return !subresult; // otherwise the result is 'true' but the condition must be negated else { cond.assign (subcond); cond.op_not (); return true; } } PCE_Type PCE_Named::type () const { assert(_expr.get ()); return ((PointCutExpr*)_expr.get ())->type (); } void PCE_Named::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { // link invocations of virtual pointcut functions to the right implementation if (_pct_func->get_kind() == PT_VIRTUAL || _pct_func->get_kind() == PT_PURE_VIRTUAL) { PointCutExpr *late_bound_pct = context.lookup_virtual_pct_func(_pct_func); if (!late_bound_pct) { // TODO: error handling err << sev_fatal << context.location() << "Virtual named pointcut '" << _pct_func->get_name().c_str() << "' not found." << endMessage; return; } // TODO: better let 'lookup...' return the pointcut function and use the // copy operator of 'PointcutExpression' here. _expr.set(late_bound_pct->duplicate()); } else _expr = _pct_func->get_parsed_expr(); ArgSet new_arg_bindings; for (std::list::iterator i = params().begin (); i != params().end(); ++i) { // Argument must be a formal paramete in the current context, lookup it up ACM_Arg *argument = (ACM_Arg*)get_binding((*i).c_str (), err, context); if (!argument) { err << sev_error << context.location() << "Argument '" << (*i).c_str() << "' undefined." << endMessage; } new_arg_bindings.append(argument); } // set the current function pointer for context var lookups ACM_Pointcut *saved_pct_func = context.pct_func (_pct_func); // push the argument binding context.arg_bindings ().push (&new_arg_bindings); // analyze referenced expression tree ((PointCutExpr*)_expr.get ())->semantics(err, context, warn_compat); // pop the argument binding from the stack again context.arg_bindings ().pop (); context.pct_func (saved_pct_func); // restore old function pointer check_arg_types (err, "pointcut", type (), context); _possible_types = ((PointCutExpr*)_expr.get ())->possible_types (); } bool PCE_Named::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { assert(_expr.get ()); return ((PointCutExpr*)_expr.get ())->match (jpl, context, binding, cond); } PCE_Type PCE_ContextVar::type () const { return PCE_NAME; } void PCE_ContextVar::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { if (!(_bound_arg = get_binding (_name.c_str (), err, context))) return; // TODO: can we get rid of the Puma/parser dependency? #ifdef FRONTEND_PUMA _check_type = TI_Arg::of(*_bound_arg)->type_info(); if (context.in_that () || context.in_target ()) { if (_check_type->isPointer () && _check_type->BaseType ()->is_void ()) { // "void*" matches any class! _check_type = 0; } else { if (_check_type->isPointer () || _check_type->isAddress ()) _check_type = _check_type->BaseType (); if (!_check_type->isClass ()) { #else // FRONTEND_CLANG _check_type = TI_Arg::of(*_bound_arg)->type(); if (context.in_that () || context.in_target ()) { if (_check_type->isPointerType() && _check_type->isVoidPointerType()) { // "void*" matches any class! _check_type = clang::QualType(); } else { if (_check_type->isPointerType() || _check_type->isReferenceType()) _check_type = _check_type->getPointeeType().getCanonicalType (); if (!_check_type->isRecordType ()) { #endif err << sev_error << context.location() << "argument of 'that' or 'target' must be a class, pointer to " << "class, or reference to class" << endMessage; } } _bound_to = context.in_that () ? CV_THAT : CV_TARGET; } else if (context.in_result ()) { _bound_to = CV_RESULT; } else { _bound_to = CV_ARG; _arg = context.get_arg (); } if (_bound_to == CV_ARG || _bound_to == CV_RESULT) _possible_types = JPT_Type; else if (_bound_to == CV_TARGET || _bound_to == CV_THAT) _possible_types = (JoinPointType) (JPT_Class|JPT_Aspect); else _possible_types = (JoinPointType)0; } bool PCE_ContextVar::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { assert (((_bound_to == CV_ARG || _bound_to == CV_RESULT) && jpl.type_val () == JPT_Type) || ((_bound_to == CV_TARGET || _bound_to == CV_THAT) && (jpl.type_val () & (JPT_Class | JPT_Aspect)))); // determine the current type #ifdef FRONTEND_PUMA CTypeInfo *curr_type = 0; if (jpl.type_val () == JPT_Type) curr_type = TI_Type::of ((ACM_Type&)jpl)->type_info (); else if (jpl.type_val () == JPT_Class || jpl.type_val () == JPT_Aspect) { curr_type = ((TI_Class*)((ACM_Class&)jpl).transform_info ())->class_info ()->TypeInfo (); } assert (curr_type); if (!curr_type) return false; // check if the current type matches if (_check_type && *_check_type != *curr_type) { return false; } #else // FRONTEND_CLANG clang::QualType curr_type; if (jpl.type_val () == JPT_Type) curr_type = TI_Type::of ((ACM_Type&)jpl)->type (); else if (jpl.type_val () == JPT_Class || jpl.type_val () == JPT_Aspect) { curr_type = clang::QualType(((TI_Class *)((ACM_Class &)jpl).transform_info()) ->decl()->getTypeForDecl(), 0); } assert (!curr_type.isNull()); if (curr_type.isNull()) return false; // check if the current type matches if (!_check_type.isNull() && _check_type.getCanonicalType () != curr_type.getCanonicalType ()) { return false; } #endif // do the binding binding._used = true; switch (_bound_to) { case CV_THAT: binding._this = (ACM_Arg*)_bound_arg; break; case CV_TARGET: binding._target = (ACM_Arg*)_bound_arg; break; case CV_RESULT: binding._result = (ACM_Arg*)_bound_arg; break; case CV_ARG: binding._args[_arg] = (ACM_Arg*)_bound_arg; break; } return true; } void PCE_ContextVar::mangle_type_check (ostream &out) { Naming::mangle(out, _bound_arg); } PCE_Type PCE_Match::type () const { return PCE_NAME; } bool PCE_Match::parse () { return _match_expr.parse (_str); } void PCE_Match::semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) { if (_match_expr.is_new() && !_match_expr.parse (_str)) return; // TODO: What about error handling here? if (_match_expr.is_function ()) { // if (_match_expr.name ().is_trivial()) { // _pre_evaluate = PRE_EVAL_ON; // } _possible_types = JPT_Function; } else if( _match_expr.is_attribute() ) { // if( _match_expr.name().is_trivial() ) { // _pre_evaluate = PRE_EVAL_ON; // } _possible_types = JPT_Variable; } else if (_match_expr.is_type ()) { // if (_match_expr.type().is_trivial_match()) // _pre_evaluate = PRE_EVAL_ON; _possible_types = (JoinPointType)( JPT_Class | JPT_Aspect | JPT_Namespace | JPT_Variable | JPT_Function); } else _possible_types = (JoinPointType)0; } void PCE_Match::pre_evaluate (PointCutContext &context) { if (_match_expr.is_function ()) pre_evaluate (_match_expr.name (), context); else if( _match_expr.is_attribute() ) pre_evaluate( _match_expr.name(), context ); else if (_match_expr.is_type ()) pre_evaluate (_match_expr.type().name (), context); } void PCE_Match::pre_evaluate (const MatchName &name, PointCutContext &context) { ACM_Name *scope = context.jpm().get_root(); if( name.scopes() == 0 && name.name() == "::" ) { _pre_evaluate = PRE_EVAL_DONE; _jpl = scope; return; } for (int i = 0; scope && i < name.scopes (); i++) { scope = map_lookup (*scope, name.scope (i)); } _pre_evaluate = PRE_EVAL_OFF; if (scope) { if (_match_expr.is_type()) { _pre_evaluate = PRE_EVAL_DONE; _jpl = map_lookup (*scope, name.name ()); } else if (_match_expr.is_function()) { _pre_evaluate = PRE_EVAL_DONE; _jpl = 0; typedef ACM_Container CList; const CList &clist = scope->get_children(); for (CList::const_iterator i = clist.begin (); i != clist.end(); ++i) { if ((*i)->type_val () != JPT_Function) continue; ACM_Function *func = (ACM_Function*)(*i); if (func->get_kind() == FT_CONSTRUCTOR || func->get_kind() == FT_DESTRUCTOR || func->get_kind() == FT_VIRTUAL_DESTRUCTOR || func->get_kind() == FT_PURE_VIRTUAL_DESTRUCTOR) continue; MatchSignature &sig = ((ACM_Function*)(*i))->get_match_sig(); if (sig.is_new ()) { if (!sig.parse (signature (*func))) { continue; } if (func->get_kind() == FT_VIRTUAL_MEMBER || func->get_kind() == FT_PURE_VIRTUAL_MEMBER) sig.declare_virtual_function(); else if (func->get_kind() == FT_STATIC_MEMBER || func->get_kind() == FT_STATIC_NON_MEMBER) { sig.declare_static(); } } if (_match_expr.matches(sig)) { if (_jpl) { _pre_evaluate = PRE_EVAL_OFF; // more than one match :-( break; } _jpl = *i; } } } else if( _match_expr.is_attribute() ) { _pre_evaluate = PRE_EVAL_DONE; _jpl = 0; typedef ACM_Container CList; const CList &clist = scope->get_children(); for( CList::const_iterator i = clist.begin(); i != clist.end(); i++ ) { if( (*i)->type_val() != JPT_Variable ) continue; ACM_Variable *var = (ACM_Variable*)(*i); MatchSignature &sig = var->get_match_sig(); if( sig.is_new () ) { if( !sig.parse( signature( *var ) ) ) { continue; } if( var->get_kind() == VT_STATIC_MEMBER || var->get_kind() == VT_STATIC_NON_MEMBER ) { sig.declare_static(); } } if( _match_expr.matches( sig ) ) { if( _jpl ) { _pre_evaluate = PRE_EVAL_OFF; // more than one match :-( break; } _jpl = *i; } } } } // no match possible at this point else { _pre_evaluate = PRE_EVAL_DONE; _jpl = 0; } } bool PCE_Match::evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { assert (!_match_expr.error ()); // in case "::" we can immediately return 'true', because it matches the // global scope and all its potentially nested contents if (_str == "::") return true; if( &jpl == context.jpm().get_root() ) return false; // root namespace is already handled in preeval completely bool result = false; if (jpl.type_val () == JPT_Type) { if (_match_expr.is_type ()) { ACM_Type &jpl_type = (ACM_Type&)jpl; MatchSignature &match_sig = jpl_type.get_match_sig(); if (match_sig.is_new()) match_sig.parse(format_type (jpl_type)); result = _match_expr.matches (match_sig); } } else if ((jpl.type_val () & JPT_Name) != 0) { ACM_Name *jpl_name = (ACM_Name*)&jpl; while (true) { if( ( jpl_name->type_val() == JPT_Function && _match_expr.is_function() ) || ( jpl_name->type_val() == JPT_Variable && _match_expr.is_attribute() ) || ( ( jpl_name->type_val () & (JPT_Class | JPT_Aspect | JPT_Namespace) ) && _match_expr.is_type () ) ) { MatchSignature &match_sig = jpl_name->get_match_sig(); if (match_sig.is_new()) { if (!match_sig.parse(signature (*jpl_name))) { cout << "problematic signature: " << signature(*jpl_name) << endl; assert(false && "Parsing of signature failed. Maybe because of anonymous types? Signature was printed above."); return false; } if (jpl_name->type_val () == JPT_Function) { ACM_Function& jpl_func = static_cast( *jpl_name ); if( jpl_func.get_kind() == FT_VIRTUAL_MEMBER || jpl_func.get_kind() == FT_PURE_VIRTUAL_MEMBER ) match_sig.declare_virtual_function(); else if( jpl_func.get_kind() == FT_STATIC_MEMBER || jpl_func.get_kind() == FT_STATIC_NON_MEMBER ) { match_sig.declare_static(); } } else if( jpl_name->type_val () == JPT_Variable ) { ACM_Variable &jpl_var = static_cast( *jpl_name ); if( jpl_var.get_kind() == VT_STATIC_MEMBER || jpl_var.get_kind() == VT_STATIC_NON_MEMBER ) { match_sig.declare_static(); } } } result = _match_expr.matches (match_sig); // if we have a match, leave the loop if (result) break; } // otherwise check the parent scope of the current name join point, // but omit the parent classes of nested classes ACM_Name *parent = (ACM_Name*)jpl_name->get_parent(); if (jpl_name->type_val () == JPT_Class || jpl_name->type_val () == JPT_Aspect) { while (parent && (parent->type_val () == JPT_Class || parent->type_val () == JPT_Aspect)) parent = (ACM_Name*)parent->get_parent(); } // root scope detected -> stop here if (!parent || parent == context.jpm().get_root()) break; // continue by matching the parent scope jpl_name = parent; } } return result; } void PCE_Match::mangle_type_check (ostream &out) { const char *str = _str.c_str (); while (*str) { switch (*str) { case ':' : out << "___S___"; break; case '%' : out << "___A___"; break; case '(' : out << "___L___"; break; case ')' : out << "___R___"; break; case ',': out << "___C___"; break; default: out << *str; } str++; } } aspectc++/AspectC++/PaxHeaders.4702/ClangAdjustedTypePrinter.cc0000644000000000000000000000007412740141200021170 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.292169385 aspectc++/AspectC++/ClangAdjustedTypePrinter.cc0000644000175000001440000022536212740141200021364 0ustar00osusers00000000000000//===--- TypePrinter.cpp - Pretty-Print Clang Types -----------------------===// // // The LLVM Compiler Infrastructure // // This file is distributed under the University of Illinois Open Source // License. See LICENSE.TXT for details. // //===----------------------------------------------------------------------===// // // This contains code to print types from Clang's type system. // //===----------------------------------------------------------------------===// // Adjusted by AspectC++ to support printing of absolute types, printing of elaborated type specifier and removing of attributes. // The file TypePrinter.cpp was taken from clang version 3.6.2 and split into a header file and a file containing the implementations. // Changes are marked with //AC++. // Changelog: // 23.02.2016: - Commented out ObjC related things. // - Merged changes from 3.7.1 version. ObjC related changes were not merged. // 28.03.2016: - Made AdjustedTypePrinter compatible with Clang 3.4 and 3.4.2 //AC++: beginning of TypePrinter.cpp is located in ClangAdjustedTypePrinter.h //AC++: includes added: #include "ClangTransformInfo.h" #include "ClangAdjustedTypePrinter.h" #include "clang/AST/TemplateBase.h" //AC++: added version management helpers: #define GET_VERSION_NUMBER(MAJOR, MINOR, PATCHLEVEL) \ MAJOR * 10000 \ + MINOR * 100 \ + PATCHLEVEL #define CLANG_VERSION_NUMBER GET_VERSION_NUMBER(CLANG_VERSION_MAJOR, CLANG_VERSION_MINOR, CLANG_VERSION_PATCHLEVEL) #define VERSION_NUMBER_3_4 GET_VERSION_NUMBER(3, 4, 0) #define VERSION_NUMBER_3_4_2 GET_VERSION_NUMBER(3, 4, 2) #define VERSION_NUMBER_3_6_2 GET_VERSION_NUMBER(3, 6, 2) #define VERSION_NUMBER_3_7_1 GET_VERSION_NUMBER(3, 7, 1) #define VERSION_NUMBER_3_8_0 GET_VERSION_NUMBER(3, 8, 0) using namespace clang; static void AppendTypeQualList(raw_ostream &OS, unsigned TypeQuals, bool C99) { bool appendSpace = false; if (TypeQuals & Qualifiers::Const) { OS << "const"; appendSpace = true; } if (TypeQuals & Qualifiers::Volatile) { if (appendSpace) OS << ' '; OS << "volatile"; appendSpace = true; } if (TypeQuals & Qualifiers::Restrict) { if (appendSpace) OS << ' '; if (C99) { OS << "restrict"; } else { OS << "__restrict"; } } } void AdjustedTypePrinter::spaceBeforePlaceHolder(raw_ostream &OS) { if (!HasEmptyPlaceHolder) OS << ' '; } void AdjustedTypePrinter::print(QualType t, raw_ostream &OS, StringRef PlaceHolder) { //AC++: Adjust the type according to given flags: if(keep_typedef == false) { // while(clang::isa(type)) { // type = clang::dyn_cast(type)->desugar(); // } // Doing type = type.desugar() in a loop until we do not have a TypedefType anymore does not // work always. Counterexample: array type with typedef'd element type. t = t.getCanonicalType(); } if(as_parameter_signature_type) { t = ctx->getSignatureParameterType(t); } SplitQualType split = t.split(); print(split.Ty, split.Quals, OS, PlaceHolder); } void AdjustedTypePrinter::print(const Type *T, Qualifiers Quals, raw_ostream &OS, StringRef PlaceHolder) { if (!T) { OS << "NULL TYPE"; return; } SaveAndRestore PHVal(HasEmptyPlaceHolder, PlaceHolder.empty()); printBefore(T, Quals, OS); OS << PlaceHolder; printAfter(T, Quals, OS); } bool AdjustedTypePrinter::canPrefixQualifiers(const Type *T, bool &NeedARCStrongQualifier) { // CanPrefixQualifiers - We prefer to print type qualifiers before the type, // so that we get "const int" instead of "int const", but we can't do this if // the type is complex. For example if the type is "int*", we *must* print // "int * const", printing "const int *" is different. Only do this when the // type expands to a simple string. bool CanPrefixQualifiers = false; NeedARCStrongQualifier = false; Type::TypeClass TC = T->getTypeClass(); if (const AutoType *AT = dyn_cast(T)) TC = AT->desugar()->getTypeClass(); if (const SubstTemplateTypeParmType *Subst = dyn_cast(T)) TC = Subst->getReplacementType()->getTypeClass(); switch (TC) { case Type::Auto: case Type::Builtin: case Type::Complex: case Type::UnresolvedUsing: case Type::Typedef: case Type::TypeOfExpr: case Type::TypeOf: case Type::Decltype: case Type::UnaryTransform: case Type::Record: case Type::Enum: case Type::Elaborated: case Type::TemplateTypeParm: case Type::SubstTemplateTypeParmPack: case Type::TemplateSpecialization: case Type::InjectedClassName: case Type::DependentName: case Type::DependentTemplateSpecialization: case Type::ObjCObject: case Type::ObjCInterface: case Type::Atomic: //Ac++: added if #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_8_0 case Type::Pipe: #endif CanPrefixQualifiers = true; break; case Type::ObjCObjectPointer: CanPrefixQualifiers = T->isObjCIdType() || T->isObjCClassType() || T->isObjCQualifiedIdType() || T->isObjCQualifiedClassType(); break; case Type::ConstantArray: case Type::IncompleteArray: case Type::VariableArray: case Type::DependentSizedArray: NeedARCStrongQualifier = true; // Fall through //Ac++: added if #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 case Type::Adjusted: #endif case Type::Decayed: case Type::Pointer: case Type::BlockPointer: case Type::LValueReference: case Type::RValueReference: case Type::MemberPointer: case Type::DependentSizedExtVector: case Type::Vector: case Type::ExtVector: case Type::FunctionProto: case Type::FunctionNoProto: case Type::Paren: case Type::Attributed: case Type::PackExpansion: case Type::SubstTemplateTypeParm: CanPrefixQualifiers = false; break; } return CanPrefixQualifiers; } void AdjustedTypePrinter::printBefore(QualType T, raw_ostream &OS) { SplitQualType Split = T.split(); // If we have cv1 T, where T is substituted for cv2 U, only print cv1 - cv2 // at this level. Qualifiers Quals = Split.Quals; if (const SubstTemplateTypeParmType *Subst = dyn_cast(Split.Ty)) Quals -= QualType(Subst, 0).getQualifiers(); printBefore(Split.Ty, Quals, OS); } /// \brief Prints the part of the type string before an identifier, e.g. for /// "int foo[10]" it prints "int ". void AdjustedTypePrinter::printBefore(const Type *T,Qualifiers Quals, raw_ostream &OS) { //AC++: Debug: //OS << "/*" << T->getTypeClassName() << "*/"; if (Policy.SuppressSpecifiers && T->isSpecifierType()) return; SaveAndRestore PrevPHIsEmpty(HasEmptyPlaceHolder); // Print qualifiers as appropriate. bool CanPrefixQualifiers = false; bool NeedARCStrongQualifier = false; CanPrefixQualifiers = canPrefixQualifiers(T, NeedARCStrongQualifier); if (CanPrefixQualifiers && !Quals.empty()) { if (NeedARCStrongQualifier) { IncludeStrongLifetimeRAII Strong(Policy); Quals.print(OS, Policy, /*appendSpaceIfNonEmpty=*/true); } else { Quals.print(OS, Policy, /*appendSpaceIfNonEmpty=*/true); } } bool hasAfterQuals = false; if (!CanPrefixQualifiers && !Quals.empty()) { hasAfterQuals = !Quals.isEmptyWhenPrinted(Policy); if (hasAfterQuals) HasEmptyPlaceHolder = false; } switch (T->getTypeClass()) { #define ABSTRACT_TYPE(CLASS, PARENT) #define TYPE(CLASS, PARENT) case Type::CLASS: \ print##CLASS##Before(cast(T), OS); \ break; #include "clang/AST/TypeNodes.def" } if (hasAfterQuals) { if (NeedARCStrongQualifier) { IncludeStrongLifetimeRAII Strong(Policy); Quals.print(OS, Policy, /*appendSpaceIfNonEmpty=*/!PrevPHIsEmpty.get()); } else { Quals.print(OS, Policy, /*appendSpaceIfNonEmpty=*/!PrevPHIsEmpty.get()); } } } void AdjustedTypePrinter::printAfter(QualType t, raw_ostream &OS) { SplitQualType split = t.split(); printAfter(split.Ty, split.Quals, OS); } /// \brief Prints the part of the type string after an identifier, e.g. for /// "int foo[10]" it prints "[10]". void AdjustedTypePrinter::printAfter(const Type *T, Qualifiers Quals, raw_ostream &OS) { switch (T->getTypeClass()) { #define ABSTRACT_TYPE(CLASS, PARENT) #define TYPE(CLASS, PARENT) case Type::CLASS: \ print##CLASS##After(cast(T), OS); \ break; #include "clang/AST/TypeNodes.def" } } void AdjustedTypePrinter::printBuiltinBefore(const BuiltinType *T, raw_ostream &OS) { OS << T->getName(Policy); spaceBeforePlaceHolder(OS); } void AdjustedTypePrinter::printBuiltinAfter(const BuiltinType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printComplexBefore(const ComplexType *T, raw_ostream &OS) { OS << "_Complex "; printBefore(T->getElementType(), OS); } void AdjustedTypePrinter::printComplexAfter(const ComplexType *T, raw_ostream &OS) { printAfter(T->getElementType(), OS); } void AdjustedTypePrinter::printPointerBefore(const PointerType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); printBefore(T->getPointeeType(), OS); // Handle things like 'int (*A)[4];' correctly. // FIXME: this should include vectors, but vectors use attributes I guess. if (isa(T->getPointeeType())) OS << '('; OS << '*'; } void AdjustedTypePrinter::printPointerAfter(const PointerType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); // Handle things like 'int (*A)[4];' correctly. // FIXME: this should include vectors, but vectors use attributes I guess. if (isa(T->getPointeeType())) OS << ')'; printAfter(T->getPointeeType(), OS); } void AdjustedTypePrinter::printBlockPointerBefore(const BlockPointerType *T, raw_ostream &OS) { SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); printBefore(T->getPointeeType(), OS); OS << '^'; } void AdjustedTypePrinter::printBlockPointerAfter(const BlockPointerType *T, raw_ostream &OS) { SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); printAfter(T->getPointeeType(), OS); } void AdjustedTypePrinter::printLValueReferenceBefore(const LValueReferenceType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); printBefore(T->getPointeeTypeAsWritten(), OS); // Handle things like 'int (&A)[4];' correctly. // FIXME: this should include vectors, but vectors use attributes I guess. if (isa(T->getPointeeTypeAsWritten())) OS << '('; OS << '&'; } void AdjustedTypePrinter::printLValueReferenceAfter(const LValueReferenceType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); // Handle things like 'int (&A)[4];' correctly. // FIXME: this should include vectors, but vectors use attributes I guess. if (isa(T->getPointeeTypeAsWritten())) OS << ')'; printAfter(T->getPointeeTypeAsWritten(), OS); } void AdjustedTypePrinter::printRValueReferenceBefore(const RValueReferenceType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); printBefore(T->getPointeeTypeAsWritten(), OS); // Handle things like 'int (&&A)[4];' correctly. // FIXME: this should include vectors, but vectors use attributes I guess. if (isa(T->getPointeeTypeAsWritten())) OS << '('; OS << "&&"; } void AdjustedTypePrinter::printRValueReferenceAfter(const RValueReferenceType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); // Handle things like 'int (&&A)[4];' correctly. // FIXME: this should include vectors, but vectors use attributes I guess. if (isa(T->getPointeeTypeAsWritten())) OS << ')'; printAfter(T->getPointeeTypeAsWritten(), OS); } void AdjustedTypePrinter::printMemberPointerBefore(const MemberPointerType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); printBefore(T->getPointeeType(), OS); // Handle things like 'int (Cls::*A)[4];' correctly. // FIXME: this should include vectors, but vectors use attributes I guess. if (isa(T->getPointeeType())) OS << '('; //AC++: added: TODO: RAII PrintingPolicy old_pp = Policy; //AC++: commented out: //PrintingPolicy InnerPolicy(Policy); //InnerPolicy.SuppressTag = false; //AC++: elaborated not allowed // inside/in front of member pointer // TODO: RAII TriStateEnableFeature old_elab = elaborated_keyword; elaborated_keyword = TSEF_DISABLE; //AC++: before: TypePrinter(InnerPolicy).print(QualType(T->getClass(), 0), OS, StringRef()); print(QualType(T->getClass(), 0), OS, StringRef()); elaborated_keyword = old_elab; OS << "::*"; } void AdjustedTypePrinter::printMemberPointerAfter(const MemberPointerType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); // Handle things like 'int (Cls::*A)[4];' correctly. // FIXME: this should include vectors, but vectors use attributes I guess. if (isa(T->getPointeeType())) OS << ')'; printAfter(T->getPointeeType(), OS); } void AdjustedTypePrinter::printConstantArrayBefore(const ConstantArrayType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); printBefore(T->getElementType(), OS); } void AdjustedTypePrinter::printConstantArrayAfter(const ConstantArrayType *T, raw_ostream &OS) { OS << '['; if (T->getIndexTypeQualifiers().hasQualifiers()) { AppendTypeQualList(OS, T->getIndexTypeCVRQualifiers(), Policy.LangOpts.C99); OS << ' '; } if (T->getSizeModifier() == ArrayType::Static) OS << "static "; OS << T->getSize().getZExtValue() << ']'; printAfter(T->getElementType(), OS); } void AdjustedTypePrinter::printIncompleteArrayBefore(const IncompleteArrayType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); printBefore(T->getElementType(), OS); } void AdjustedTypePrinter::printIncompleteArrayAfter(const IncompleteArrayType *T, raw_ostream &OS) { OS << "[]"; printAfter(T->getElementType(), OS); } void AdjustedTypePrinter::printVariableArrayBefore(const VariableArrayType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); printBefore(T->getElementType(), OS); } void AdjustedTypePrinter::printVariableArrayAfter(const VariableArrayType *T, raw_ostream &OS) { OS << '['; if (T->getIndexTypeQualifiers().hasQualifiers()) { AppendTypeQualList(OS, T->getIndexTypeCVRQualifiers(), Policy.LangOpts.C99); OS << ' '; } if (T->getSizeModifier() == VariableArrayType::Static) OS << "static "; else if (T->getSizeModifier() == VariableArrayType::Star) OS << '*'; if (T->getSizeExpr()) T->getSizeExpr()->printPretty(OS, nullptr, Policy); OS << ']'; printAfter(T->getElementType(), OS); } //Ac++: added if #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 void AdjustedTypePrinter::printAdjustedBefore(const AdjustedType *T, raw_ostream &OS) { // Print the adjusted representation, otherwise the adjustment will be // invisible. printBefore(T->getAdjustedType(), OS); } void AdjustedTypePrinter::printAdjustedAfter(const AdjustedType *T, raw_ostream &OS) { printAfter(T->getAdjustedType(), OS); } #endif void AdjustedTypePrinter::printDecayedBefore(const DecayedType *T, raw_ostream &OS) { // Print as though it's a pointer. //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 printAdjustedBefore(T, OS); #else printBefore(T->getDecayedType(), OS); #endif } void AdjustedTypePrinter::printDecayedAfter(const DecayedType *T, raw_ostream &OS) { //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 printAdjustedAfter(T, OS); #else printAfter(T->getDecayedType(), OS); #endif } void AdjustedTypePrinter::printDependentSizedArrayBefore( const DependentSizedArrayType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); printBefore(T->getElementType(), OS); } void AdjustedTypePrinter::printDependentSizedArrayAfter( const DependentSizedArrayType *T, raw_ostream &OS) { OS << '['; if (T->getSizeExpr()) T->getSizeExpr()->printPretty(OS, nullptr, Policy); OS << ']'; printAfter(T->getElementType(), OS); } void AdjustedTypePrinter::printDependentSizedExtVectorBefore( const DependentSizedExtVectorType *T, raw_ostream &OS) { printBefore(T->getElementType(), OS); } void AdjustedTypePrinter::printDependentSizedExtVectorAfter( const DependentSizedExtVectorType *T, raw_ostream &OS) { //AC++: added if: if(!remove_attributes) { OS << " __attribute__((ext_vector_type("; if (T->getSizeExpr()) T->getSizeExpr()->printPretty(OS, nullptr, Policy); OS << ")))"; } printAfter(T->getElementType(), OS); } void AdjustedTypePrinter::printVectorBefore(const VectorType *T, raw_ostream &OS) { //AC++: added if: if(!remove_attributes) { switch (T->getVectorKind()) { case VectorType::AltiVecPixel: OS << "__vector __pixel "; break; case VectorType::AltiVecBool: OS << "__vector __bool "; printBefore(T->getElementType(), OS); break; case VectorType::AltiVecVector: OS << "__vector "; printBefore(T->getElementType(), OS); break; case VectorType::NeonVector: OS << "__attribute__((neon_vector_type(" << T->getNumElements() << "))) "; printBefore(T->getElementType(), OS); break; case VectorType::NeonPolyVector: OS << "__attribute__((neon_polyvector_type(" << T->getNumElements() << "))) "; printBefore(T->getElementType(), OS); break; case VectorType::GenericVector: { // FIXME: We prefer to print the size directly here, but have no way // to get the size of the type. OS << "__attribute__((__vector_size__(" << T->getNumElements() << " * sizeof("; print(T->getElementType(), OS, StringRef()); OS << ")))) "; printBefore(T->getElementType(), OS); break; } } } } void AdjustedTypePrinter::printVectorAfter(const VectorType *T, raw_ostream &OS) { printAfter(T->getElementType(), OS); } void AdjustedTypePrinter::printExtVectorBefore(const ExtVectorType *T, raw_ostream &OS) { printBefore(T->getElementType(), OS); } void AdjustedTypePrinter::printExtVectorAfter(const ExtVectorType *T, raw_ostream &OS) { printAfter(T->getElementType(), OS); //AC++: added if: if(!remove_attributes) { OS << " __attribute__((ext_vector_type("; OS << T->getNumElements(); OS << ")))"; } } /*AC++: commented out: void FunctionProtoType::printExceptionSpecification(raw_ostream &OS, const PrintingPolicy &Policy) const { if (hasDynamicExceptionSpec()) { OS << " throw("; if (getExceptionSpecType() == EST_MSAny) OS << "..."; else for (unsigned I = 0, N = getNumExceptions(); I != N; ++I) { if (I) OS << ", "; OS << getExceptionType(I).stream(Policy); } OS << ')'; } else if (isNoexceptExceptionSpec(getExceptionSpecType())) { OS << " noexcept"; if (getExceptionSpecType() == EST_ComputedNoexcept) { OS << '('; if (getNoexceptExpr()) getNoexceptExpr()->printPretty(OS, nullptr, Policy); OS << ')'; } } } */ void AdjustedTypePrinter::printFunctionProtoBefore(const FunctionProtoType *T, raw_ostream &OS) { if (T->hasTrailingReturn()) { OS << "auto "; if (!HasEmptyPlaceHolder) OS << '('; } else { // If needed for precedence reasons, wrap the inner part in grouping parens. SaveAndRestore PrevPHIsEmpty(HasEmptyPlaceHolder, false); printBefore( //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 T->getReturnType() #else T->getResultType() #endif , OS); if (!PrevPHIsEmpty.get()) OS << '('; } } void AdjustedTypePrinter::printFunctionProtoAfter(const FunctionProtoType *T, raw_ostream &OS) { // If needed for precedence reasons, wrap the inner part in grouping parens. if (!HasEmptyPlaceHolder) OS << ')'; SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); //Ac++: added if #if CLANG_VERSION_NUMBER < VERSION_NUMBER_3_6_2 #define getNumParams getNumArgs #define getParamType getArgType #endif OS << '('; { ParamPolicyRAII ParamPolicy(Policy); for (unsigned i = 0, e = T->getNumParams(); i != e; ++i) { if (i) OS << ", "; print(T->getParamType(i), OS, StringRef()); } } if (T->isVariadic()) { if (T->getNumParams()) OS << ", "; OS << "..."; } else if (T->getNumParams() == 0 && !Policy.LangOpts.CPlusPlus) { // Do not emit int() if we have a proto, emit 'int(void)'. OS << "void"; } //Ac++: added if #if CLANG_VERSION_NUMBER < VERSION_NUMBER_3_6_2 #undef getNumParams #undef getParamType #endif OS << ')'; //AC++: added if: if(!remove_attributes) { //AC++: FunctionType -> clang::FuntionType clang::FunctionType::ExtInfo Info = T->getExtInfo(); if (!InsideCCAttribute) { switch (Info.getCC()) { case CC_C: // The C calling convention is the default on the vast majority of platforms // we support. If the user wrote it explicitly, it will usually be printed // while traversing the AttributedType. If the type has been desugared, let // the canonical spelling be the implicit calling convention. // FIXME: It would be better to be explicit in certain contexts, such as a // cdecl function typedef used to declare a member function with the // Microsoft C++ ABI. break; case CC_X86StdCall: OS << " __attribute__((stdcall))"; break; case CC_X86FastCall: OS << " __attribute__((fastcall))"; break; case CC_X86ThisCall: OS << " __attribute__((thiscall))"; break; //AC++: added if #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 case CC_X86VectorCall: OS << " __attribute__((vectorcall))"; break; #endif case CC_X86Pascal: OS << " __attribute__((pascal))"; break; case CC_AAPCS: OS << " __attribute__((pcs(\"aapcs\")))"; break; case CC_AAPCS_VFP: OS << " __attribute__((pcs(\"aapcs-vfp\")))"; break; //AC++: kept case for backward compatibility #if CLANG_VERSION_NUMBER <= VERSION_NUMBER_3_6_2 case CC_PnaclCall: OS << " __attribute__((pnaclcall))"; break; #endif case CC_IntelOclBicc: OS << " __attribute__((intel_ocl_bicc))"; break; case CC_X86_64Win64: OS << " __attribute__((ms_abi))"; break; case CC_X86_64SysV: OS << " __attribute__((sysv_abi))"; break; //AC++: added #if for backward compatibility #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_7_1 case CC_SpirFunction: case CC_SpirKernel: // Do nothing. These CCs are not available as attributes. break; #endif } } if (Info.getNoReturn()) OS << " __attribute__((noreturn))"; if (Info.getRegParm()) OS << " __attribute__((regparm (" << Info.getRegParm() << ")))"; } if (unsigned quals = T->getTypeQuals()) { OS << ' '; AppendTypeQualList(OS, quals, Policy.LangOpts.C99); } switch (T->getRefQualifier()) { case RQ_None: break; case RQ_LValue: OS << " &"; break; case RQ_RValue: OS << " &&"; break; } T->printExceptionSpecification(OS, Policy); if (T->hasTrailingReturn()) { OS << " -> "; print( //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 T->getReturnType() #else T->getResultType() #endif , OS, StringRef()); } else printAfter( //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 T->getReturnType() #else T->getResultType() #endif , OS); } void AdjustedTypePrinter::printFunctionNoProtoBefore(const FunctionNoProtoType *T, raw_ostream &OS) { // If needed for precedence reasons, wrap the inner part in grouping parens. SaveAndRestore PrevPHIsEmpty(HasEmptyPlaceHolder, false); printBefore( //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 T->getReturnType() #else T->getResultType() #endif , OS); if (!PrevPHIsEmpty.get()) OS << '('; } void AdjustedTypePrinter::printFunctionNoProtoAfter(const FunctionNoProtoType *T, raw_ostream &OS) { // If needed for precedence reasons, wrap the inner part in grouping parens. if (!HasEmptyPlaceHolder) OS << ')'; SaveAndRestore NonEmptyPH(HasEmptyPlaceHolder, false); OS << "()"; //AC++: before if (T->getNoReturnAttr()) if (T->getNoReturnAttr() && !remove_attributes) OS << " __attribute__((noreturn))"; printAfter( //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 T->getReturnType() #else T->getResultType() #endif , OS); } void AdjustedTypePrinter::printTypeSpec(const NamedDecl *D, raw_ostream &OS) { //AC++: commented out: // IdentifierInfo *II = D->getIdentifier(); // OS << II->getName(); //AC++: added: adjusted_NamedDecl_printQualifiedName(D, OS); spaceBeforePlaceHolder(OS); } void AdjustedTypePrinter::printUnresolvedUsingBefore(const UnresolvedUsingType *T, raw_ostream &OS) { printTypeSpec(T->getDecl(), OS); } void AdjustedTypePrinter::printUnresolvedUsingAfter(const UnresolvedUsingType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printTypedefBefore(const TypedefType *T, raw_ostream &OS) { printTypeSpec(T->getDecl(), OS); } void AdjustedTypePrinter::printTypedefAfter(const TypedefType *T, raw_ostream &OS) { } //AC++: TODO: adjust expression? void AdjustedTypePrinter::printTypeOfExprBefore(const TypeOfExprType *T, raw_ostream &OS) { OS << "typeof "; if (T->getUnderlyingExpr()) T->getUnderlyingExpr()->printPretty(OS, nullptr, Policy); spaceBeforePlaceHolder(OS); } void AdjustedTypePrinter::printTypeOfExprAfter(const TypeOfExprType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printTypeOfBefore(const TypeOfType *T, raw_ostream &OS) { OS << "typeof("; print(T->getUnderlyingType(), OS, StringRef()); OS << ')'; spaceBeforePlaceHolder(OS); } void AdjustedTypePrinter::printTypeOfAfter(const TypeOfType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printDecltypeBefore(const DecltypeType *T, raw_ostream &OS) { OS << "decltype("; if (T->getUnderlyingExpr()) T->getUnderlyingExpr()->printPretty(OS, nullptr, Policy); OS << ')'; spaceBeforePlaceHolder(OS); } void AdjustedTypePrinter::printDecltypeAfter(const DecltypeType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printUnaryTransformBefore(const UnaryTransformType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); switch (T->getUTTKind()) { case UnaryTransformType::EnumUnderlyingType: OS << "__underlying_type("; print(T->getBaseType(), OS, StringRef()); OS << ')'; spaceBeforePlaceHolder(OS); return; } printBefore(T->getBaseType(), OS); } void AdjustedTypePrinter::printUnaryTransformAfter(const UnaryTransformType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); switch (T->getUTTKind()) { case UnaryTransformType::EnumUnderlyingType: return; } printAfter(T->getBaseType(), OS); } void AdjustedTypePrinter::printAutoBefore(const AutoType *T, raw_ostream &OS) { // If the type has been deduced, do not print 'auto'. if (!T->getDeducedType().isNull()) { printBefore(T->getDeducedType(), OS); } else { OS << (T->isDecltypeAuto() ? "decltype(auto)" : "auto"); spaceBeforePlaceHolder(OS); } } void AdjustedTypePrinter::printAutoAfter(const AutoType *T, raw_ostream &OS) { // If the type has been deduced, do not print 'auto'. if (!T->getDeducedType().isNull()) printAfter(T->getDeducedType(), OS); } void AdjustedTypePrinter::printAtomicBefore(const AtomicType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); OS << "_Atomic("; print(T->getValueType(), OS, StringRef()); OS << ')'; spaceBeforePlaceHolder(OS); } void AdjustedTypePrinter::printAtomicAfter(const AtomicType *T, raw_ostream &OS) { } //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_8_0 void AdjustedTypePrinter::printPipeBefore(const PipeType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); OS << "pipe "; print(T->getElementType(), OS, StringRef()); spaceBeforePlaceHolder(OS); } void AdjustedTypePrinter::printPipeAfter(const PipeType *T, raw_ostream &OS) { } #endif /// Appends the given scope to the end of a string. void AdjustedTypePrinter::AppendScope(DeclContext *DC, raw_ostream &OS) { if (DC->isTranslationUnit()) return; if (DC->isFunctionOrMethod()) return; AppendScope(DC->getParent(), OS); if (NamespaceDecl *NS = dyn_cast(DC)) { if (Policy.SuppressUnwrittenScope && (NS->isAnonymousNamespace() || NS->isInline())) return; if (NS->getIdentifier()) OS << NS->getName() << "::"; else //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 OS << "(anonymous namespace)::"; #else OS << "::"; #endif } else if (ClassTemplateSpecializationDecl *Spec = dyn_cast(DC)) { IncludeStrongLifetimeRAII Strong(Policy); OS << Spec->getIdentifier()->getName(); const TemplateArgumentList &TemplateArgs = Spec->getTemplateArgs(); //AC++: TemplateSpecializationType::PrintTemplateArgumentList(OS, adjusted_PrintTemplateArgumentList(OS, TemplateArgs.data(), TemplateArgs.size()/*AC++: commented out:, Policy*/); OS << "::"; } else if (TagDecl *Tag = dyn_cast(DC)) { //AC++: added curly braces if (TypedefNameDecl *Typedef = Tag->getTypedefNameForAnonDecl()){ //AC++: added if block: if(!keep_typedef) { Typedef = Typedef->getCanonicalDecl(); } OS << Typedef->getIdentifier()->getName() << "::"; } else if (Tag->getIdentifier()) OS << Tag->getIdentifier()->getName() << "::"; else return; } } void AdjustedTypePrinter::printTag(TagDecl *D, raw_ostream &OS) { if (Policy.SuppressTag) return; bool HasKindDecoration = false; // bool SuppressTagKeyword // = Policy.LangOpts.CPlusPlus || Policy.SuppressTagKeyword; // We don't print tags unless this is an elaborated type. // In C, we just assume every RecordType is an elaborated type. //AC++: before: // if (!(Policy.LangOpts.CPlusPlus || Policy.SuppressTagKeyword || // D->getTypedefNameForAnonDecl())) { //AC++: if we have something like "union {} type_name;" then there is // no non-typedef'd declaration available. Therefore we can not print the // elaborated keyword in such cases: if (elaborated_keyword == TSEF_ENABLE && !D->getTypedefNameForAnonDecl()) { HasKindDecoration = true; OS << D->getKindName(); OS << ' '; } // Compute the full nested-name-specifier for this type. // In C, this will always be empty except when the type // being printed is anonymous within other Record. //AC++: before: if (!Policy.SuppressScope) { if (absolute_qualified != TSEF_DISABLE) { //AC++: if(absolute_qualified == TSEF_ENABLE) { OS << "::"; } AppendScope(D->getDeclContext(), OS); } if (const IdentifierInfo *II = D->getIdentifier()) OS << II->getName(); else if (TypedefNameDecl *Typedef = D->getTypedefNameForAnonDecl()) { //AC++: added if block: if(!keep_typedef) { Typedef = Typedef->getCanonicalDecl(); } assert(Typedef->getIdentifier() && "Typedef without identifier?"); OS << Typedef->getIdentifier()->getName(); } else { // Make an unambiguous representation for anonymous types, e.g. // (anonymous enum at /usr/include/string.h:120:9) if (isa(D) && cast(D)->isLambda()) { //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 OS << "(lambda"; #else OS << "= VERSION_NUMBER_3_6_2 OS << "(anonymous"; #else OS << "getKindName(); PresumedLoc PLoc = D->getASTContext().getSourceManager().getPresumedLoc( D->getLocation()); if (PLoc.isValid()) { OS << " at " << PLoc.getFilename() << ':' << PLoc.getLine() << ':' << PLoc.getColumn(); } } //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 OS << ')'; #else OS << '>'; #endif } // If this is a class template specialization, print the template // arguments. if (ClassTemplateSpecializationDecl *Spec = dyn_cast(D)) { const TemplateArgument *Args; unsigned NumArgs; if (TypeSourceInfo *TAW = Spec->getTypeAsWritten()) { const TemplateSpecializationType *TST = cast(TAW->getType()); Args = TST->getArgs(); NumArgs = TST->getNumArgs(); } else { const TemplateArgumentList &TemplateArgs = Spec->getTemplateArgs(); Args = TemplateArgs.data(); NumArgs = TemplateArgs.size(); } IncludeStrongLifetimeRAII Strong(Policy); //AC++: before: TemplateSpecializationType::PrintTemplateArgumentList(OS, adjusted_PrintTemplateArgumentList(OS, Args, NumArgs/*AC++: commented out:, Policy*/); } spaceBeforePlaceHolder(OS); } void AdjustedTypePrinter::printRecordBefore(const RecordType *T, raw_ostream &OS) { printTag(T->getDecl(), OS); } void AdjustedTypePrinter::printRecordAfter(const RecordType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printEnumBefore(const EnumType *T, raw_ostream &OS) { printTag(T->getDecl(), OS); } void AdjustedTypePrinter::printEnumAfter(const EnumType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printTemplateTypeParmBefore(const TemplateTypeParmType *T, raw_ostream &OS) { if (IdentifierInfo *Id = T->getIdentifier()) OS << Id->getName(); else OS << "type-parameter-" << T->getDepth() << '-' << T->getIndex(); spaceBeforePlaceHolder(OS); } void AdjustedTypePrinter::printTemplateTypeParmAfter(const TemplateTypeParmType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printSubstTemplateTypeParmBefore( const SubstTemplateTypeParmType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); printBefore(T->getReplacementType(), OS); } void AdjustedTypePrinter::printSubstTemplateTypeParmAfter( const SubstTemplateTypeParmType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); printAfter(T->getReplacementType(), OS); } void AdjustedTypePrinter::printSubstTemplateTypeParmPackBefore( const SubstTemplateTypeParmPackType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); printTemplateTypeParmBefore(T->getReplacedParameter(), OS); } void AdjustedTypePrinter::printSubstTemplateTypeParmPackAfter( const SubstTemplateTypeParmPackType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); printTemplateTypeParmAfter(T->getReplacedParameter(), OS); } void AdjustedTypePrinter::printTemplateSpecializationBefore( const TemplateSpecializationType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); //AC++: before: T->getTemplateName().print(OS, Policy); adjusted_TemplateName_print(T->getTemplateName(), OS); //AC++: before: TemplateSpecializationType::PrintTemplateArgumentList(OS, adjusted_PrintTemplateArgumentList(OS, T->getArgs(), T->getNumArgs()/*AC++: commented out:, Policy*/); spaceBeforePlaceHolder(OS); } void AdjustedTypePrinter::printTemplateSpecializationAfter( const TemplateSpecializationType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printInjectedClassNameBefore(const InjectedClassNameType *T, raw_ostream &OS) { printTemplateSpecializationBefore(T->getInjectedTST(), OS); } void AdjustedTypePrinter::printInjectedClassNameAfter(const InjectedClassNameType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printElaboratedBefore(const ElaboratedType *T, raw_ostream &OS) { if (Policy.SuppressTag && isa(T->getNamedType())) return; //AC++: added if: if(elaborated_keyword != TSEF_DISABLE) { OS << TypeWithKeyword::getKeywordName(T->getKeyword()); if (T->getKeyword() != ETK_None) OS << " "; } //AC++: commented out:We ignore the qualifiers here and print it in printTagDecl // if necessary. // NestedNameSpecifier* Qualifier = T->getQualifier(); // if (Qualifier) // Qualifier->print(OS, Policy); // // ElaboratedTypePolicyRAII PolicyRAII(Policy); printBefore(T->getNamedType(), OS); } void AdjustedTypePrinter::printElaboratedAfter(const ElaboratedType *T, raw_ostream &OS) { //AC++: commented out: //ElaboratedTypePolicyRAII PolicyRAII(Policy); printAfter(T->getNamedType(), OS); } void AdjustedTypePrinter::printParenBefore(const ParenType *T, raw_ostream &OS) { //AC++: FunctionType -> clang::FunctionType if (!HasEmptyPlaceHolder && !isa(T->getInnerType())) { printBefore(T->getInnerType(), OS); OS << '('; } else printBefore(T->getInnerType(), OS); } void AdjustedTypePrinter::printParenAfter(const ParenType *T, raw_ostream &OS) { //AC++: FunctionType -> clang::FunctionType if (!HasEmptyPlaceHolder && !isa(T->getInnerType())) { OS << ')'; printAfter(T->getInnerType(), OS); } else printAfter(T->getInnerType(), OS); } void AdjustedTypePrinter::printDependentNameBefore(const DependentNameType *T, raw_ostream &OS) { OS << TypeWithKeyword::getKeywordName(T->getKeyword()); if (T->getKeyword() != ETK_None) OS << " "; T->getQualifier()->print(OS, Policy); OS << T->getIdentifier()->getName(); spaceBeforePlaceHolder(OS); } void AdjustedTypePrinter::printDependentNameAfter(const DependentNameType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printDependentTemplateSpecializationBefore( const DependentTemplateSpecializationType *T, raw_ostream &OS) { IncludeStrongLifetimeRAII Strong(Policy); OS << TypeWithKeyword::getKeywordName(T->getKeyword()); if (T->getKeyword() != ETK_None) OS << " "; if (T->getQualifier()) T->getQualifier()->print(OS, Policy); OS << T->getIdentifier()->getName(); //AC++: before: TemplateSpecializationType::PrintTemplateArgumentList(OS, adjusted_PrintTemplateArgumentList(OS, T->getArgs(), T->getNumArgs()/*AC++: commented out: , Policy*/); spaceBeforePlaceHolder(OS); } void AdjustedTypePrinter::printDependentTemplateSpecializationAfter( const DependentTemplateSpecializationType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printPackExpansionBefore(const PackExpansionType *T, raw_ostream &OS) { printBefore(T->getPattern(), OS); } void AdjustedTypePrinter::printPackExpansionAfter(const PackExpansionType *T, raw_ostream &OS) { printAfter(T->getPattern(), OS); OS << "..."; } void AdjustedTypePrinter::printAttributedBefore(const AttributedType *T, raw_ostream &OS) { // Prefer the macro forms of the GC and ownership qualifiers. if (T->getAttrKind() == AttributedType::attr_objc_gc || T->getAttrKind() == AttributedType::attr_objc_ownership) return printBefore(T->getEquivalentType(), OS); printBefore(T->getModifiedType(), OS); if (T->isMSTypeSpec()) { switch (T->getAttrKind()) { default: return; case AttributedType::attr_ptr32: OS << " __ptr32"; break; case AttributedType::attr_ptr64: OS << " __ptr64"; break; case AttributedType::attr_sptr: OS << " __sptr"; break; case AttributedType::attr_uptr: OS << " __uptr"; break; } spaceBeforePlaceHolder(OS); } //AC++: added #if for backward compatibility #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_7_1 // Print nullability type specifiers. if (T->getAttrKind() == AttributedType::attr_nonnull || T->getAttrKind() == AttributedType::attr_nullable || T->getAttrKind() == AttributedType::attr_null_unspecified) { if (T->getAttrKind() == AttributedType::attr_nonnull) OS << " _Nonnull"; else if (T->getAttrKind() == AttributedType::attr_nullable) OS << " _Nullable"; else if (T->getAttrKind() == AttributedType::attr_null_unspecified) OS << " _Null_unspecified"; else llvm_unreachable("unhandled nullability"); spaceBeforePlaceHolder(OS); } #endif } void AdjustedTypePrinter::printAttributedAfter(const AttributedType *T, raw_ostream &OS) { // Prefer the macro forms of the GC and ownership qualifiers. if (T->getAttrKind() == AttributedType::attr_objc_gc || T->getAttrKind() == AttributedType::attr_objc_ownership) return printAfter(T->getEquivalentType(), OS); // TODO: not all attributes are GCC-style attributes. if (T->isMSTypeSpec()) return; //AC++: added #if for backward compatibility #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_7_1 // Nothing to print after. if (T->getAttrKind() == AttributedType::attr_nonnull || T->getAttrKind() == AttributedType::attr_nullable || T->getAttrKind() == AttributedType::attr_null_unspecified) return printAfter(T->getModifiedType(), OS); #endif // If this is a calling convention attribute, don't print the implicit CC from // the modified type. SaveAndRestore MaybeSuppressCC(InsideCCAttribute, T->isCallingConv()); printAfter(T->getModifiedType(), OS); //AC++: added #if for backward compatibility #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_7_1 // Print nullability type specifiers that occur after if (T->getAttrKind() == AttributedType::attr_nonnull || T->getAttrKind() == AttributedType::attr_nullable || T->getAttrKind() == AttributedType::attr_null_unspecified) { if (T->getAttrKind() == AttributedType::attr_nonnull) OS << " _Nonnull"; else if (T->getAttrKind() == AttributedType::attr_nullable) OS << " _Nullable"; else if (T->getAttrKind() == AttributedType::attr_null_unspecified) OS << " _Null_unspecified"; else llvm_unreachable("unhandled nullability"); return; } #endif //AC++: added if: if(!remove_attributes) { OS << " __attribute__(("; switch (T->getAttrKind()) { default: llvm_unreachable("This attribute should have been handled already"); case AttributedType::attr_address_space: OS << "address_space("; OS << T->getEquivalentType().getAddressSpace(); OS << ')'; break; case AttributedType::attr_vector_size: { OS << "__vector_size__("; if (const VectorType *vector =T->getEquivalentType()->getAs()) { OS << vector->getNumElements(); OS << " * sizeof("; print(vector->getElementType(), OS, StringRef()); OS << ')'; } OS << ')'; break; } case AttributedType::attr_neon_vector_type: case AttributedType::attr_neon_polyvector_type: { if (T->getAttrKind() == AttributedType::attr_neon_vector_type) OS << "neon_vector_type("; else OS << "neon_polyvector_type("; const VectorType *vector = T->getEquivalentType()->getAs(); OS << vector->getNumElements(); OS << ')'; break; } case AttributedType::attr_regparm: { // FIXME: When Sema learns to form this AttributedType, avoid printing the // attribute again in printFunctionProtoAfter. OS << "regparm("; QualType t = T->getEquivalentType(); while (!t->isFunctionType()) t = t->getPointeeType(); //AC++: FunctionType -> clang::FunctionType OS << t->getAs()->getRegParmType(); OS << ')'; break; } case AttributedType::attr_objc_gc: { OS << "objc_gc("; QualType tmp = T->getEquivalentType(); while (tmp.getObjCGCAttr() == Qualifiers::GCNone) { QualType next = tmp->getPointeeType(); if (next == tmp) break; tmp = next; } if (tmp.isObjCGCWeak()) OS << "weak"; else OS << "strong"; OS << ')'; break; } case AttributedType::attr_objc_ownership: OS << "objc_ownership("; switch (T->getEquivalentType().getObjCLifetime()) { case Qualifiers::OCL_None: llvm_unreachable("no ownership!"); case Qualifiers::OCL_ExplicitNone: OS << "none"; break; case Qualifiers::OCL_Strong: OS << "strong"; break; case Qualifiers::OCL_Weak: OS << "weak"; break; case Qualifiers::OCL_Autoreleasing: OS << "autoreleasing"; break; } OS << ')'; break; // FIXME: When Sema learns to form this AttributedType, avoid printing the // attribute again in printFunctionProtoAfter. case AttributedType::attr_noreturn: OS << "noreturn"; break; case AttributedType::attr_cdecl: OS << "cdecl"; break; case AttributedType::attr_fastcall: OS << "fastcall"; break; case AttributedType::attr_stdcall: OS << "stdcall"; break; case AttributedType::attr_thiscall: OS << "thiscall"; break; //AC++: added if #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 case AttributedType::attr_vectorcall: OS << "vectorcall"; break; #endif case AttributedType::attr_pascal: OS << "pascal"; break; case AttributedType::attr_ms_abi: OS << "ms_abi"; break; case AttributedType::attr_sysv_abi: OS << "sysv_abi"; break; case AttributedType::attr_pcs: case AttributedType::attr_pcs_vfp: { OS << "pcs("; QualType t = T->getEquivalentType(); while (!t->isFunctionType()) t = t->getPointeeType(); //AC++: FunctionType -> clang::FunctionType OS << (t->getAs()->getCallConv() == CC_AAPCS ? "\"aapcs\"" : "\"aapcs-vfp\""); OS << ')'; break; } //AC++: kept case for backward compatibility #if CLANG_VERSION_NUMBER <= VERSION_NUMBER_3_6_2 case AttributedType::attr_pnaclcall: OS << "pnaclcall"; break; #endif case AttributedType::attr_inteloclbicc: OS << "inteloclbicc"; break; } OS << "))"; } } void AdjustedTypePrinter::printObjCInterfaceBefore(const ObjCInterfaceType *T, raw_ostream &OS) { //AC++: added assert: assert(false && "ObjC not supported."); /*AC++: commented out: OS << T->getDecl()->getName(); spaceBeforePlaceHolder(OS); */ } void AdjustedTypePrinter::printObjCInterfaceAfter(const ObjCInterfaceType *T, raw_ostream &OS) { } void AdjustedTypePrinter::printObjCObjectBefore(const ObjCObjectType *T, raw_ostream &OS) { //AC++: added assert: assert(false && "ObjC not supported."); /*AC++: commented out: if (T->qual_empty()) return printBefore(T->getBaseType(), OS); print(T->getBaseType(), OS, StringRef()); OS << '<'; bool isFirst = true; for (const auto *I : T->quals()) { if (isFirst) isFirst = false; else OS << ','; OS << I->getName(); } OS << '>'; spaceBeforePlaceHolder(OS); */ } void AdjustedTypePrinter::printObjCObjectAfter(const ObjCObjectType *T, raw_ostream &OS) { //AC++: added assert: assert(false && "ObjC not supported."); /*AC++: commented out: if (T->qual_empty()) return printAfter(T->getBaseType(), OS); */ } void AdjustedTypePrinter::printObjCObjectPointerBefore(const ObjCObjectPointerType *T, raw_ostream &OS) { //AC++: added assert: assert(false && "ObjC not supported."); //AC++: commented out: //T->getPointeeType().getLocalQualifiers().print(OS, Policy, // /*appendSpaceIfNonEmpty=*/true); /* assert(!T->isObjCSelType()); if (T->isObjCIdType() || T->isObjCQualifiedIdType()) OS << "id"; else if (T->isObjCClassType() || T->isObjCQualifiedClassType()) OS << "Class"; else OS << T->getInterfaceDecl()->getName(); if (!T->qual_empty()) { OS << '<'; for (ObjCObjectPointerType::qual_iterator I = T->qual_begin(), E = T->qual_end(); I != E; ++I) { OS << (*I)->getName(); if (I+1 != E) OS << ','; } OS << '>'; } if (!T->isObjCIdType() && !T->isObjCQualifiedIdType() && !T->isObjCClassType() && !T->isObjCQualifiedClassType()) { OS << " *"; // Don't forget the implicit pointer. } else { spaceBeforePlaceHolder(OS); } */ } void AdjustedTypePrinter::printObjCObjectPointerAfter(const ObjCObjectPointerType *T, raw_ostream &OS) { } /* AC++: commented out: void TemplateSpecializationType:: PrintTemplateArgumentList(raw_ostream &OS, const TemplateArgumentListInfo &Args, const PrintingPolicy &Policy) { return PrintTemplateArgumentList(OS, Args.getArgumentArray(), Args.size(), Policy); } */ //AC++: adjusted version of PrintTemplateArgumentList(...) void AdjustedTypePrinter::adjusted_PrintTemplateArgumentList( raw_ostream &OS, const TemplateArgument *Args, unsigned NumArgs, /*AC++: commented out: const PrintingPolicy &Policy,*/ bool SkipBrackets) { if (!SkipBrackets) OS << '<'; bool needSpace = false; for (unsigned Arg = 0; Arg < NumArgs; ++Arg) { // Print the argument into a string. SmallString<128> Buf; llvm::raw_svector_ostream ArgOS(Buf); if (Args[Arg].getKind() == TemplateArgument::Pack) { if (Args[Arg].pack_size() && Arg > 0) OS << ", "; //AC++: before: PrintTemplateArgumentList(ArgOS, adjusted_PrintTemplateArgumentList(ArgOS, Args[Arg].pack_begin(), Args[Arg].pack_size(), /*AC++: commented out: Policy,*/ true); } else { if (Arg > 0) //AC++: before: OS << ", "; OS << ","; //AC++: before: Args[Arg].print(Policy, ArgOS); adjusted_TemplateArgument_print(Args[Arg], ArgOS); } StringRef ArgString = ArgOS.str(); // If this is the first argument and its string representation // begins with the global scope specifier ('::foo'), add a space // to avoid printing the diagraph '<:'. if (!Arg && !ArgString.empty() && ArgString[0] == ':') OS << ' '; OS << ArgString; needSpace = (!ArgString.empty() && ArgString.back() == '>'); } // If the last character of our string is '>', add another space to // keep the two '>''s separate tokens. We don't *have* to do this in // C++0x, but it's still good hygiene. if (needSpace) OS << ' '; if (!SkipBrackets) OS << '>'; } /* AC++: commented out: // Sadly, repeat all that with TemplateArgLoc. void TemplateSpecializationType:: PrintTemplateArgumentList(raw_ostream &OS, const TemplateArgumentLoc *Args, unsigned NumArgs, const PrintingPolicy &Policy) { OS << '<'; bool needSpace = false; for (unsigned Arg = 0; Arg < NumArgs; ++Arg) { if (Arg > 0) OS << ", "; // Print the argument into a string. SmallString<128> Buf; llvm::raw_svector_ostream ArgOS(Buf); if (Args[Arg].getArgument().getKind() == TemplateArgument::Pack) { PrintTemplateArgumentList(ArgOS, Args[Arg].getArgument().pack_begin(), Args[Arg].getArgument().pack_size(), Policy, true); } else { Args[Arg].getArgument().print(Policy, ArgOS); } StringRef ArgString = ArgOS.str(); // If this is the first argument and its string representation // begins with the global scope specifier ('::foo'), add a space // to avoid printing the diagraph '<:'. if (!Arg && !ArgString.empty() && ArgString[0] == ':') OS << ' '; OS << ArgString; needSpace = (!ArgString.empty() && ArgString.back() == '>'); } // If the last character of our string is '>', add another space to // keep the two '>''s separate tokens. We don't *have* to do this in // C++0x, but it's still good hygiene. if (needSpace) OS << ' '; OS << '>'; } */ /*AC++: commented out: std::string Qualifiers::getAsString() const { LangOptions LO; return getAsString(PrintingPolicy(LO)); } // Appends qualifiers to the given string, separated by spaces. Will // prefix a space if the string is non-empty. Will not append a final // space. std::string Qualifiers::getAsString(const PrintingPolicy &Policy) const { SmallString<64> Buf; llvm::raw_svector_ostream StrOS(Buf); print(StrOS, Policy); return StrOS.str(); } bool Qualifiers::isEmptyWhenPrinted(const PrintingPolicy &Policy) const { if (getCVRQualifiers()) return false; if (getAddressSpace()) return false; if (getObjCGCAttr()) return false; if (Qualifiers::ObjCLifetime lifetime = getObjCLifetime()) if (!(lifetime == Qualifiers::OCL_Strong && Policy.SuppressStrongLifetime)) return false; return true; } // Appends qualifiers to the given string, separated by spaces. Will // prefix a space if the string is non-empty. Will not append a final // space. void Qualifiers::print(raw_ostream &OS, const PrintingPolicy& Policy, bool appendSpaceIfNonEmpty) const { bool addSpace = false; unsigned quals = getCVRQualifiers(); if (quals) { AppendTypeQualList(OS, quals); addSpace = true; } if (unsigned addrspace = getAddressSpace()) { if (addSpace) OS << ' '; addSpace = true; switch (addrspace) { case LangAS::opencl_global: OS << "__global"; break; case LangAS::opencl_local: OS << "__local"; break; case LangAS::opencl_constant: OS << "__constant"; break; case LangAS::opencl_generic: OS << "__generic"; break; default: OS << "__attribute__((address_space("; OS << addrspace; OS << ")))"; } } if (Qualifiers::GC gc = getObjCGCAttr()) { if (addSpace) OS << ' '; addSpace = true; if (gc == Qualifiers::Weak) OS << "__weak"; else OS << "__strong"; } if (Qualifiers::ObjCLifetime lifetime = getObjCLifetime()) { if (!(lifetime == Qualifiers::OCL_Strong && Policy.SuppressStrongLifetime)){ if (addSpace) OS << ' '; addSpace = true; } switch (lifetime) { case Qualifiers::OCL_None: llvm_unreachable("none but true"); case Qualifiers::OCL_ExplicitNone: OS << "__unsafe_unretained"; break; case Qualifiers::OCL_Strong: if (!Policy.SuppressStrongLifetime) OS << "__strong"; break; case Qualifiers::OCL_Weak: OS << "__weak"; break; case Qualifiers::OCL_Autoreleasing: OS << "__autoreleasing"; break; } } if (appendSpaceIfNonEmpty && addSpace) OS << ' '; } std::string QualType::getAsString(const PrintingPolicy &Policy) const { std::string S; getAsStringInternal(S, Policy); return S; } std::string QualType::getAsString(const Type *ty, Qualifiers qs) { std::string buffer; LangOptions options; getAsStringInternal(ty, qs, buffer, PrintingPolicy(options)); return buffer; } void QualType::print(const Type *ty, Qualifiers qs, raw_ostream &OS, const PrintingPolicy &policy, const Twine &PlaceHolder) { SmallString<128> PHBuf; StringRef PH = PlaceHolder.toStringRef(PHBuf); TypePrinter(policy).print(ty, qs, OS, PH); } void QualType::getAsStringInternal(const Type *ty, Qualifiers qs, std::string &buffer, const PrintingPolicy &policy) { SmallString<256> Buf; llvm::raw_svector_ostream StrOS(Buf); TypePrinter(policy).print(ty, qs, StrOS, buffer); std::string str = StrOS.str(); buffer.swap(str); } */ //AC++: commented out: } //AC++: belongs to anonymous namespace commented out in header file //AC++: end of TypePrinter.cpp //AC++: ######################################################################## //AC++: additional member functions: //AC++: adjusted version of NamedDecl::printQualifiedName(...) (from Decl.cpp) //AC++: added first argument as replacement of this void AdjustedTypePrinter::adjusted_NamedDecl_printQualifiedName(const NamedDecl* named_decl, raw_ostream &OS/*AC++: removed:, const PrintingPolicy &P*/) { const DeclContext *Ctx = named_decl->getDeclContext(); if (Ctx->isFunctionOrMethod()) { //AC++: before: printName(OS); named_decl->printName(OS); return; } typedef SmallVector ContextsTy; ContextsTy Contexts; //AC++: If the decl-to-print is a TagDecl, then handle the decl // itself like its contexts. Thus e.g. template arguments of the decl // are printed. bool decl_is_handled = false; if(isa(named_decl)) { Contexts.push_back(cast(named_decl)); decl_is_handled = true; } // AC++: bool has_global_namespace = false; //AC++: do not collect contexts if we should not print qualifiers/nested name specifiers/contexts if(!(absolute_qualified == TSEF_DISABLE)) { // Collect contexts. while (Ctx && isa(Ctx)) { // AC++: if (absolute_qualified == TSEF_ENABLE && Ctx->isNamespace() && cast(Ctx)->getName() == "::") { has_global_namespace = true; } Contexts.push_back(Ctx); Ctx = Ctx->getParent(); } } // AC++: if (elaborated_keyword == TSEF_ENABLE && isa(named_decl)) { OS << cast(named_decl)->getKindName(); OS << ' '; } // AC++: if(absolute_qualified == TSEF_ENABLE && !has_global_namespace) { OS << "::"; } //AC++: The following code uses // inline raw_ostream &operator<<(raw_ostream &OS, const NamedDecl &ND) { // ND.printName(OS); // return OS; // } for (ContextsTy::reverse_iterator I = Contexts.rbegin(), E = Contexts.rend(); I != E; ++I) { //AC++: added if block: if(!keep_typedef && isa(*I)){ const TypedefNameDecl* typedefdecl = cast(*I); QualType underlying_type = typedefdecl->getCanonicalDecl()->getTypeSourceInfo()->getType(); // TODO: RAII TriStateEnableFeature old_abs = absolute_qualified; absolute_qualified = TSEF_DISABLE; print(underlying_type, OS, StringRef()); absolute_qualified = old_abs; } else if (const ClassTemplateSpecializationDecl *Spec = dyn_cast(*I)) { OS << Spec->getName(); const TemplateArgumentList &TemplateArgs = Spec->getTemplateArgs(); //AC++: before: TemplateSpecializationType::PrintTemplateArgumentList(OS, adjusted_PrintTemplateArgumentList(OS, TemplateArgs.data(), TemplateArgs.size()/*AC++: commented out: , P*/); } else if (const NamespaceDecl *ND = dyn_cast(*I)) { //AC++: P -> Policy if (Policy.SuppressUnwrittenScope && (ND->isAnonymousNamespace() || ND->isInline())) continue; if (ND->isAnonymousNamespace()) //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 OS << "(anonymous namespace)"; #else OS << ""; #endif else OS << *ND; // see above } else if (const RecordDecl *RD = dyn_cast(*I)) { if (!RD->getIdentifier()) //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 OS << "(anonymous " << RD->getKindName() << ')'; #else OS << "getKindName() << '>'; #endif else OS << *RD; } else if (const FunctionDecl *FD = dyn_cast(*I)) { const FunctionProtoType *FT = 0; if (FD->hasWrittenPrototype()) //AC++: FunctionType -> clang::FunctionType FT = dyn_cast(FD->getType()->castAs()); OS << *FD << '('; if (FT) { unsigned NumParams = FD->getNumParams(); for (unsigned i = 0; i < NumParams; ++i) { if (i) OS << ", "; //AC++: before: OS << FD->getParamDecl(i)->getType().stream(P); print(FD->getParamDecl(i)->getType(), OS, StringRef()); } if (FT->isVariadic()) { if (NumParams > 0) OS << ", "; OS << "..."; } } OS << ')'; } else { OS << *cast(*I); } //AC++: added if: // If we handled the decl-to-print and this is the last iteration, // do not add the "::". if(!(decl_is_handled && *I == cast(named_decl))) { OS << "::"; } } //AC++: added first if: // If we already handled the decl to print (like its contexts) // we do not need handle it here anymore. if(!decl_is_handled){ if (named_decl->getDeclName()) //AC++: before: OS << *this; OS << *named_decl; else //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 OS << "(anonymous)"; #else OS << ""; #endif } } //AC++: adjusted version of printIntegral (from TemplateBase.cpp) used by adjusted_TemplateArgument_print(...) /// \brief Print a template integral argument value. /// /// \param TemplArg the TemplateArgument instance to print. /// /// \param Out the raw_ostream instance to use for printing. /// /// \param Policy the printing policy for EnumConstantDecl printing. void AdjustedTypePrinter::adjusted_printIntegral(const TemplateArgument &TemplArg, raw_ostream &Out/*AC++: commented out: , const PrintingPolicy& Policy*/) { const ::clang::Type *T = TemplArg.getIntegralType().getTypePtr(); const llvm::APSInt &Val = TemplArg.getAsIntegral(); //AC++: added if #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 if (const EnumType *ET = T->getAs()) { for (const EnumConstantDecl* ECD : ET->getDecl()->enumerators()) { // In Sema::CheckTemplateArugment, enum template arguments value are // extended to the size of the integer underlying the enum type. This // may create a size difference between the enum value and template // argument value, requiring isSameValue here instead of operator==. if (llvm::APSInt::isSameValue(ECD->getInitVal(), Val)) { // AC++: Before: ECD->printQualifiedName(Out, Policy); adjusted_NamedDecl_printQualifiedName(cast(ECD), Out); return; } } } #endif if (T->isBooleanType()) { Out << (Val.getBoolValue() ? "true" : "false"); } else if (T->isCharType()) { const char Ch = Val.getZExtValue(); Out << ((Ch == '\'') ? "'\\" : "'"); Out.write_escaped(StringRef(&Ch, 1), /*UseHexEscapes=*/ true); Out << "'"; } else { Out << Val; } } //AC++: adjusted version of TemplateArgument::print(...) (from TemplateBase.cpp) //AC++: added first argument as replacement of *this void AdjustedTypePrinter::adjusted_TemplateArgument_print(const TemplateArgument& temp_arg, /*AC++: commented out:const PrintingPolicy &Policy,*/ raw_ostream &Out) { //AC++: added nested name specifier "TemplateArgument::" at every case. //AC++: before: switch (getKind()) { switch (temp_arg.getKind()) { case TemplateArgument::Null: //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 Out << "(no value)"; #else Out << ""; #endif break; case TemplateArgument::Type: { //AC++: commented out: //PrintingPolicy SubPolicy(Policy); //SubPolicy.SuppressStrongLifetime = true; //AC++: Before: getAsType().print(Out, SubPolicy); print(temp_arg.getAsType(), Out, StringRef()); break; } case TemplateArgument::Declaration: { //AC++: before: NamedDecl *ND = cast(getAsDecl()); NamedDecl *ND = cast(temp_arg.getAsDecl()); Out << '&'; if (ND->getDeclName()) { // FIXME: distinguish between pointer and reference args? // AC++: Before: ND->printQualifiedName(Out); adjusted_NamedDecl_printQualifiedName(ND, Out); } else { //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 Out << "(anonymous)"; #else Out << ""; #endif } break; } case TemplateArgument::NullPtr: Out << "nullptr"; break; case TemplateArgument::Template: //AC++: before: getAsTemplate().print(Out, Policy); adjusted_TemplateName_print(temp_arg.getAsTemplate(), Out); break; case TemplateArgument::TemplateExpansion: //AC++: before: getAsTemplateOrTemplatePattern().print(Out, Policy); adjusted_TemplateName_print(temp_arg.getAsTemplateOrTemplatePattern(), Out); Out << "..."; break; case TemplateArgument::Integral: { //AC++: before: printIntegral(*this, Out, Policy); adjusted_printIntegral(temp_arg, Out); break; } case TemplateArgument::Expression: //AC++: before: getAsExpr()->printPretty(Out, nullptr, Policy); //AC++: TODO: make adjusted version! temp_arg.getAsExpr()->printPretty(Out, nullptr, Policy); break; case TemplateArgument::Pack: Out << "<"; bool First = true; //Ac++: added if else #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 //AC++: before: for (const auto &P : pack_elements()) { for (const auto &P : temp_arg.pack_elements()) { #else for (TemplateArgument::pack_iterator P_p = temp_arg.pack_begin(), PEnd = temp_arg.pack_end(); P_p != PEnd; ++P_p) { const auto &P = *P_p; #endif if (First) First = false; else Out << ", "; //AC++: before: P.print(Policy, Out); adjusted_TemplateArgument_print(P, Out); } Out << ">"; break; } } //AC++: adjusted version of TemplateName::print(...) (from TemplateName.cpp) //AC++: added first argument as replacement of *this void AdjustedTypePrinter::adjusted_TemplateName_print(const TemplateName& templ_name, raw_ostream &OS/*AC++: commented out:, const PrintingPolicy &Policy, bool SuppressNNS*/) { //AC++: replaced implicit *this by templ_name //AC++: before: if (TemplateDecl *Template = Storage.dyn_cast()) //AC++: Storage is private, so take an indirection to emulate Storage.dyn_cast() TemplateDecl* Template = 0; if (templ_name.getKind() == TemplateName::Template && (Template = templ_name.getAsTemplateDecl())) //AC++: before: OS << *Template; adjusted_NamedDecl_printQualifiedName(Template, OS); else if (QualifiedTemplateName *QTN = templ_name.getAsQualifiedTemplateName()) { //AC++: removed: if(!suppressNNS) //AC++: before: QTN->getQualifier()->print(OS, Policy); adjusted_NestedNameSpecifier_print(QTN->getQualifier(), OS); if (QTN->hasTemplateKeyword()) OS << "template "; //AC++: OS << *QTN->getDecl(); //AC++: only print the decl (without nested name specifier): TriStateEnableFeature old_abs = absolute_qualified; absolute_qualified = TSEF_DISABLE; adjusted_NamedDecl_printQualifiedName(QTN->getDecl(), OS); absolute_qualified = old_abs; } else if (DependentTemplateName *DTN = templ_name.getAsDependentTemplateName()) { //AC++: before: if (!SuppressNNS && DTN->getQualifier()) if (DTN->getQualifier()) //AC++: before: DTN->getQualifier()->print(OS, Policy); adjusted_NestedNameSpecifier_print(DTN->getQualifier(), OS); OS << "template "; if (DTN->isIdentifier()) //AC++: TODO: Use adjusted printing? OS << DTN->getIdentifier()->getName(); else OS << "operator " << getOperatorSpelling(DTN->getOperator()); } else if (SubstTemplateTemplateParmStorage *subst = templ_name.getAsSubstTemplateTemplateParm()) { //AC++: before: subst->getReplacement().print(OS, Policy, SuppressNNS); adjusted_TemplateArgument_print(subst->getReplacement(), OS); } else if (SubstTemplateTemplateParmPackStorage *SubstPack = templ_name.getAsSubstTemplateTemplateParmPack()) OS << *SubstPack->getParameterPack(); else { OverloadedTemplateStorage *OTS = templ_name.getAsOverloadedTemplate(); //AC++: TODO: Use adjusted printing? (*OTS->begin())->printName(OS); } } //AC++: adjusted version of NestedNameSpecifier::print(...) (from NestedNameSpecifier.cpp) //AC++: added first argument as replacement of this void AdjustedTypePrinter::adjusted_NestedNameSpecifier_print(const NestedNameSpecifier* nns, raw_ostream &OS/*AC++: commented out:, const PrintingPolicy &Policy*/) { //AC++: replaced implicit this by nns //AC++: if(absolute_qualified == TSEF_DISABLE) { return; } if (nns->getPrefix()) { //AC++: before getPrefix()->print(OS, Policy); adjusted_NestedNameSpecifier_print(nns->getPrefix(), OS); } else { //AC++: Add root qualifier if it does not exist if(absolute_qualified == TSEF_ENABLE && nns->getKind() != NestedNameSpecifier::Global) { OS << "::"; } } //AC++: added qualifier to constants used in cases of switch switch (nns->getKind()) { case NestedNameSpecifier::Identifier: OS << nns->getAsIdentifier()->getName(); break; case NestedNameSpecifier::Namespace: if (nns->getAsNamespace()->isAnonymousNamespace()) return; OS << nns->getAsNamespace()->getName(); break; case NestedNameSpecifier::NamespaceAlias: OS << nns->getAsNamespaceAlias()->getName(); break; case NestedNameSpecifier::Global: break; //Ac++: added if #if CLANG_VERSION_NUMBER >= VERSION_NUMBER_3_6_2 case NestedNameSpecifier::Super: OS << "__super"; break; #endif case NestedNameSpecifier::TypeSpecWithTemplate: OS << "template "; // Fall through to print the type. case NestedNameSpecifier::TypeSpec: { const Type *T = nns->getAsType(); //AC++: commented out: // PrintingPolicy InnerPolicy(Policy); // InnerPolicy.SuppressScope = true; TriStateEnableFeature old_abs = absolute_qualified; absolute_qualified = TSEF_DISABLE; // Nested-name-specifiers are intended to contain minimally-qualified // types. An actual ElaboratedType will not occur, since we'll store // just the type that is referred to in the nested-name-specifier (e.g., // a TypedefType, TagType, etc.). However, when we are dealing with // dependent template-id types (e.g., Outer::template Inner), // the type requires its own nested-name-specifier for uniqueness, so we // suppress that nested-name-specifier during printing. assert(!isa(T) && "Elaborated type in nested-name-specifier"); if (const TemplateSpecializationType *SpecType = dyn_cast(T)) { // Print the template name without its corresponding // nested-name-specifier. //AC++: before: SpecType->getTemplateName().print(OS, InnerPolicy, true); adjusted_TemplateName_print(SpecType->getTemplateName(), OS); // Print the template argument list. //AC++: before: TemplateSpecializationType::PrintTemplateArgumentList( // OS, SpecType->getArgs(), SpecType->getNumArgs(), InnerPolicy); adjusted_PrintTemplateArgumentList(OS, SpecType->getArgs(), SpecType->getNumArgs()); } else { // Print the type normally //AC++: before: QualType(T, 0).print(OS, InnerPolicy); print(QualType(T, 0), OS, StringRef()); } absolute_qualified = old_abs; break; } } OS << "::"; } aspectc++/AspectC++/PaxHeaders.4702/Condition.cc0000644000000000000000000000007412740141200016200 xustar0030 atime=1468174988.135166803 30 ctime=1468174988.135166803 aspectc++/AspectC++/Condition.cc0000644000175000001440000001104612740141200016364 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include using namespace std; #include "Condition.h" #include "AdviceInfo.h" #include "TransformInfo.h" void Condition::That::print (ostream &out) const { out << "that(\"" << name () << "\")"; } void Condition::That::gen_check (ostream &out, AdviceInfo *ai, const char *srcthis, const string*) const { out << srcthis << "->" << name () << " ()"; } void Condition::Target::print (ostream &out) const { out << "target(\"" << name () << "\")"; } void Condition::Target::gen_check (ostream &out, AdviceInfo *ai, const char*, const string*) const { out << "dst." << name () << " ()"; } void Condition::CFlow::print (ostream &out) const { out << "cflow[" << _index << "]"; } void Condition::CFlow::gen_check (ostream &out, AdviceInfo *ai, const char*, const string*) const { Naming::cflow (out, ai->aspect (), _index); out << "::active ()"; } void Condition::And::print (ostream &out) const { out << "("; _left->print (out); out << " && "; _right->print (out); out << ")"; } void Condition::And::gen_check (ostream &out, AdviceInfo *ai, const char *srcthis, const string*) const { out << "("; _left->gen_check (out, ai, srcthis); out << "&&"; _right->gen_check (out, ai, srcthis); out << ")"; } void Condition::Or::print (ostream &out) const { out << "("; _left->print (out); out << " || "; _right->print (out); out << ")"; } void Condition::Or::gen_check (ostream &out, AdviceInfo *ai, const char *srcthis, const string*) const { out << "("; _left->gen_check (out, ai, srcthis); out << "||"; _right->gen_check (out, ai, srcthis); out << ")"; } void Condition::Not::print (ostream &out) const { out << "!"; _arg->print (out); } void Condition::Not::gen_check (ostream &out, AdviceInfo *ai, const char *srcthis, const string*) const { out << "!"; _arg->gen_check (out, ai, srcthis); } void Condition::NeededShortCircuitArg::print (ostream &out) const { out << "{" << _index_of_needed_sc_arg << "th argument is needed}"; } void Condition::NeededShortCircuitArg::gen_check (ostream &out, AdviceInfo *ai, const char*, const string* tjp_prefix) const { out << "(" << *tjp_prefix << "_args[" << _index_of_needed_sc_arg << "] > 0)"; } // create a 'that' condition, i.e. the current object is an instance // of a specific class that matches the argument of 'that' void Condition::that (ACM_Class *in_class, const string &mangled_check) { stringstream cond_name; Naming::type_check_func (cond_name, *in_class, mangled_check.c_str ()); _cond = new That (cond_name.str ()); } // the target object is an instance of a specific class void Condition::target (ACM_Class *in_class, const string &mangled_check) { stringstream cond_name; Naming::type_check_func (cond_name, *in_class, mangled_check.c_str ()); _cond = new Target (cond_name.str ()); } void Condition::matches (const ACM_Class &cls_loc) { // this is a hack! I assume that the top-level node is a TypeCond. if (_cond) ((TypeCond*)_cond)->matches (&cls_loc); } aspectc++/AspectC++/PaxHeaders.4702/clang-3.4-disable-modules.patch0000644000000000000000000000007412740141200021421 xustar0030 atime=1468174990.407204169 30 ctime=1468174988.110166392 aspectc++/AspectC++/clang-3.4-disable-modules.patch0000644000175000001440000000067412740141200021612 0ustar00osusers00000000000000Index: lib/Lex/HeaderSearch.cpp =================================================================== --- lib/Lex/HeaderSearch.cpp (revision 222625) +++ lib/Lex/HeaderSearch.cpp (working copy) @@ -954,6 +954,7 @@ const DirectoryEntry *Root, bool IsSystem) { SmallVector FixUpDirectories; + return false; StringRef DirName = FileName; do { aspectc++/AspectC++/PaxHeaders.4702/AdviceRepo.cc0000644000000000000000000000007412740141200016273 xustar0030 atime=1468174988.112166425 30 ctime=1468174988.112166425 aspectc++/AspectC++/AdviceRepo.cc0000644000175000001440000000625112740141200016461 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include #include #include "AdviceRepo.h" #include "RepoXMLNode.h" int AdviceRepo::insert (int file_id, int line, const string &type, int asp, int lines) { Map::iterator entry = _map.find (RepoPosAspectKey (file_id, line, asp)); if (entry != _map.end ()) { Data &data = (*entry).second; data._ref = true; return data._id; } int id = new_id (); _map.insert (MapPair (RepoPosAspectKey (file_id, line, asp), Data (id, type, lines))); return id; } void AdviceRepo::noref () { for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { Data &data = (*curr).second; data._ref = false; } } void AdviceRepo::cleanup (set files) { std::list to_delete; for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { Data &data = (*curr).second; const RepoPosAspectKey &key = (*curr).first; if (!data._ref && files.count (key.file_id ()) == 1) { to_delete.push_back(key); } } list::iterator c; for (c = to_delete.begin(); c != to_delete.end(); ++c) { _map.erase(*c); } } void AdviceRepo::make_xml (RepoXMLNode parent) { RepoXMLNode aspects = parent.make_child ("advice-list"); for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { RepoXMLNode an = aspects.make_child ("advice"); const RepoPosAspectKey &key = (*curr).first; key.make_xml (an); const Data &data = (*curr).second; an.set_int_prop ("id", data._id); an.set_str_prop ("type", data._type.c_str ()); an.set_int_prop ("lines", data._lines); } } void AdviceRepo::get_xml (RepoXMLNode parent) { reset_id (); for (RepoXMLNode::iter curr = parent.first_child (); curr != parent.end_child (); ++curr) { RepoXMLNode an = *curr; if (an.has_name ("advice")) { int id = an.get_int_prop ("id"); string type = an.get_str_prop ("type"); int lines = an.get_int_prop ("lines"); _map.insert (MapPair (RepoPosAspectKey (an), Data (id, type.c_str (), lines))); update (id); } } } aspectc++/AspectC++/PaxHeaders.4702/ClangInclusionRewriter.h0000644000000000000000000000007412740141200020550 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/ClangInclusionRewriter.h0000644000175000001440000000264712740141200020743 0ustar00osusers00000000000000//===--- Rewriters.h - Rewriter implementations -------------*- C++ -*-===// // // The LLVM Compiler Infrastructure // // This file is distributed under the University of Illinois Open Source // License. See LICENSE.TXT for details. // //===----------------------------------------------------------------------===// // // This header contains miscellaneous utilities for various front-end actions. // //===----------------------------------------------------------------------===// #ifndef __ClangInclusionRewriter_h__ #define __ClangInclusionRewriter_h__ #include "clang/Basic/LLVM.h" namespace clang { class Preprocessor; class PreprocessorOutputOptions; class FileID; // AspectClang LOCAL struct FileExpansionStrategy { virtual ~FileExpansionStrategy() {} virtual bool should_expand_file(FileID From, FileID To) = 0; }; // AspectClang LOCAL /// RewriteMacrosInInput - Implement -rewrite-macros mode. void RewriteMacrosInInput(Preprocessor &PP, raw_ostream *OS); /// DoRewriteTest - A simple test for the TokenRewriter class. void DoRewriteTest(Preprocessor &PP, raw_ostream *OS); /// RewriteIncludesInInput - Implement -frewrite-includes mode. void RewriteIncludesInInput(Preprocessor &PP, raw_ostream *OS, const PreprocessorOutputOptions &Opts, FileExpansionStrategy *strategy = 0); } // end namespace clang #endif // __ClangInclusionRewriter_h__ aspectc++/AspectC++/PaxHeaders.4702/doc0000644000000000000000000000007212740141200014431 xustar0030 atime=1468174988.135166803 28 ctime=1468174988.2991695 aspectc++/AspectC++/doc/0000755000175000001440000000000012740141200014672 5ustar00osusers00000000000000aspectc++/AspectC++/doc/PaxHeaders.4702/NoE_ShortSurvey0000644000000000000000000000007412740141200017511 xustar0030 atime=1468174988.221168217 30 ctime=1468174988.221168217 aspectc++/AspectC++/doc/NoE_ShortSurvey/0000755000175000001440000000000012740141200017750 5ustar00osusers00000000000000aspectc++/AspectC++/doc/NoE_ShortSurvey/PaxHeaders.4702/ac++lang-survey.pdf0000644000000000000000000000007412740141200023167 xustar0030 atime=1468174988.220168201 30 ctime=1468174988.221168217 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For more info see http://www.lyx.org/ \lyxformat 221 \textclass article \begin_preamble %-------------------------------------------------------------------- % PDF related %-------------------------------------------------------------------- \newif\ifpdf \ifx\pdfoutput\undefined \pdffalse % we are not running PDFLaTeX \else \pdfoutput=1 % we are running PDFLaTeX \pdftrue \fi %-------------------------------------------------------------------- % setup hyperref %-------------------------------------------------------------------- \ifpdf \usepackage{color} \pagecolor{white} \usepackage{hyperref} \hypersetup{% % %% general document information pdftitle = {AspectC++ Language Reference}, pdfsubject = {Dokumentation}, pdfkeywords = {AOP, AspectC++, pure-systems}, pdfauthor = {\textcopyright\ pure-systems GmbH and Olaf Spinczyk}, pdfcreator = {\LaTeX\ with package \flqq hyperref\frqq}, pdfproducer = {pdfTeX-0.\the\pdftexversion\pdftexrevision}, % %% document style colorlinks=true, % colored link urlcolor=blue, % blue URL links bookmarks=true, % generate bookmarks bookmarksnumbered=true, % generate section numbers pdfpagemode=None % don't open bookmarks } %% set document creation date to 10.7.2003 00:00 \pdfinfo {/CreationDate (D:20040628000000)} \fi %-------------------------------------------------------------------- % create hyperrefs depending on the use of pdflatex %-------------------------------------------------------------------- \newcommand\depref[2]{% \ifpdf \href{#1}{#2} \else {#2} \fi } \usepackage{listings} \usepackage{color} \definecolor{darkgrey}{rgb}{.4, .4, .4} \definecolor{lightgrey}{rgb}{.95, .95, .95} \definecolor{lightyellow}{rgb}{.99, .97, .90} \lstloadlanguages{C++} \lstdefinelanguage[Aspect]{C++}[ISO]{C++}{ morekeywords={aspect, advice, pointcut, tjp}, morekeywords=[2]{call, execution, within, cflow, before, around, after, baseclass } } \lstdefinestyle{acstyle}{ basicstyle=\footnotesize\ttfamily, keywordstyle=[2]\bfseries\emph, showstringspaces=false, language=[Aspect]{C++}, escapechar={@}, } \lstdefinestyle{ac}{ style=acstyle, xleftmargin=6mm, lineskip=-5.5pt } \lstdefinestyle{aclisting}{ style=acstyle, backgroundcolor=\color{lightyellow}, frame=single, %frameround=tttt, rulecolor=\color{yellow} } \lstset{style=ac} \rhead{AspectC++ Language Overview} \lfoot{\copyright 2005 Olaf Spinczyk} \end_preamble \language english \inputencoding auto \fontscheme pslatex \graphics default \paperfontsize default \spacing single \papersize a4paper \paperpackage a4 \use_geometry 0 \use_amsmath 0 \use_natbib 0 \use_numerical_citations 0 \paperorientation portrait \leftmargin 1cm \topmargin 0.7cm \rightmargin 2.5cm \bottommargin 0.7cm \secnumdepth 3 \tocdepth 3 \paragraph_separation skip \defskip smallskip \quotes_language english \quotes_times 2 \papercolumns 1 \papersides 1 \paperpagestyle fancy \layout Title \noindent \series bold \emph on AspectC++ -- A Language Overview \layout Author \begin_inset ERT status Collapsed \layout Standard \backslash copyright \end_inset 2005 Olaf Spinczyk \newline Friedrich-Alexander University Erlangen-Nuremberg \newline Computer Science 4 \layout Standard This is an overview about the AspectC++ language, an aspect-oriented extension for C/C++, prepared for the European AOSD Network of Excellence. Detailed information on AspectC++ including manuals and tutorial slides with lots of examples is available from \begin_inset ERT status Open \layout Standard \backslash depref{http://www.aspectc.org/}{ \backslash emph{the AspectC++ Project Homepage}} \backslash hspace{-4pt} \end_inset . \layout Standard The overview is based on the documentation for AspectC++ 0.9.3. The language is still \begin_inset Quotes eld \end_inset work in progress \begin_inset Quotes erd \end_inset . \layout Section* Joinpoint Model and Pointcut Language \layout Standard AspectC++ supports \emph on static \emph default joinpoints as well as \emph on dynamic \emph default joinpoints. While static joinpoints are named entities in the static program structure, dynamic joinpoints are events that happen during the program execution. \layout Subsection* Static Joinpoints \layout Standard The following kinds of C++ program entities are considered as static joinpoints: \layout Itemize classes, structs, and unions \layout Itemize namespaces \layout Itemize all kinds of functions (member, non-member, operator, conversion, etc.) \layout Standard Static joinpoints are described by \emph on match expressions \emph default . For example, \family typewriter \size small "% ...::foo(...)" \family default \size default is a match expression that describes all functions called \family typewriter \size small foo \family default \size default (in any scope, with any argument list, and any result type). More information on match expressions is given below. Note that not all of these static joinpoint types are currently supported as a target of advice (see section 'Advice for Static Joinpoints'). \layout Subsection* Dynamic Joinpoints \layout Standard The following kinds of events that might happen during the execution of a program are considered as dynamic joinpoints: \layout Itemize function call \layout Itemize function execution \layout Itemize object construction \layout Itemize object destruction \layout Standard The description of dynamic joinpoints is based upon the description mechanism for static joinpoints in conjunction with joinpoint type specific \emph on pointcut functions \emph default . For example: \layout Itemize \family typewriter \series bold \size small \emph on call \series default \emph default ("% ...::foo(...)") \layout Itemize \family typewriter \series bold \size small \emph on execution \series default \emph default ("float MathFuncs::%(float)") \layout Itemize \family typewriter \series bold \size small \emph on construction \series default \emph default ("SomeClassName") \layout Itemize \family typewriter \series bold \size small \emph on destruction \series default \emph default ("A"||"B") \layout Standard While \family typewriter \size small "% ...::foo(...)" \family default \size default represents a set of static joinpoints, i.e. all functions called \family typewriter \size small foo \family default \size default , the expression \family typewriter \size small call("% ...::foo(...)") \family default \size default describes all calls to these functions. A similar mapping from static to dynamic joinpoints is done by the \family typewriter \size small execution() \family default \size default , \family typewriter \size small construction() \family default \size default , and \family typewriter \size small destruction() \family default \size default pointcut functions. \layout Subsection* Pointcut Functions \layout Standard Further pointcut functions are used to filter or select joinpoints with specific properties. Some of them can be evaluated at compile time while others yield conditions that have to be checked at run time: \layout Itemize \family typewriter \series bold \size small \emph on cflow \series default \emph default ( \emph on pointcut \emph default ) \family default \size default -- captures all joinpoints in the dynamic execution context of the joinpoints in \emph on pointcut \emph default . \layout Itemize \family typewriter \series bold \size small \emph on base \series default \emph default ( \emph on pointcut \emph default ) \family default \size default and \family typewriter \series bold \size small \emph on derived \series default \emph default ( \emph on pointcut \emph default ) \family default \size default -- yield classes based on queries in the class hierarchy \layout Itemize \family typewriter \series bold \size small \emph on within \series default \emph default ( \emph on pointcut \emph default ) \family default \size default -- filters joinpoints depending on their lexical scope \layout Itemize \family typewriter \series bold \size small \emph on that \series default \emph default ( \emph on type\SpecialChar ~ pattern \emph default ) \family default \size default , \family typewriter \series bold \size small \emph on target \series default \emph default ( \emph on type\SpecialChar ~ pattern \emph default ) \family default \size default , \family typewriter \series bold \size small \emph on result \series default \emph default ( \emph on type\SpecialChar ~ pattern \emph default ) \family default \size default , and \family typewriter \series bold \size small \emph on args \series default \emph default ( \emph on type\SpecialChar ~ pattern \emph default ) \family default \size default -- filters joinpoints depending on the current object type, the target object type in a call, and the result and arguments types of a dynamic joinpoint. \layout Itemize \family typewriter \series bold \size small && \family default \series default \size default , \family typewriter \series bold \size small || \family default \series default \size default , \family typewriter \series bold \size small ! \family default \series default \size default -- intersection, union, and exclusion of joinpoints in pointcuts \layout Standard Instead of the \emph on type pattern \emph default it is also possible to pass the name of a \emph on context variable \emph default to which context information from the joinpoint shall be bound. In this case the type of the context variable is used for the type matching. \layout Subsection* Match Mechanism Capabilities \layout Standard The match mechanism provides \family typewriter \size small % \family default \size default and \family typewriter \size small ... \family default \size default as wildcard symbols. Thereby the following features are supported: \layout Itemize pattern based name matching, e.g. \family typewriter \size small "%X%" \family default \size default matches all names that contain an uppercase \family typewriter \size small X \layout Itemize flexible scope matching, e.g. \family typewriter \size small "Foo::...::Bar" \family default \size default matches Bar in the scope \family typewriter \size small Foo \family default \size default or any of its nested scopes \layout Itemize flexible matching of function argument type lists, e.g. \family typewriter \size small "% foo(...,int)" \family default \size default matches \family typewriter \size small foo \family default \size default with an \family typewriter \size small int \family default \size default as its last argument type \layout Itemize matching template argument lists, e.g. \family typewriter \size small "C" \family default \size default matches an instance of the class template \family typewriter \size small C \family default \size default with a first template argument type \family typewriter \size small T \layout Itemize type patterns, e.g. \family typewriter \size small "const % *" \family default \size default matches all pointer types that reference objects of a constant type \layout Subsection* Named Pointcuts \layout Standard Pointcut expressions can be given a name. The definition of a named pointcut can be placed in any aspect, class, or namespace. The mechanism can be used for dynamic as well as static joinpoints. For example: \layout Standard \begin_inset ERT status Inlined \layout Standard \backslash begin{lstlisting}[style=ac] \layout Standard class OStream { \layout Standard // ... \layout Standard pointcut manipulator_types() = "hex"||"oct"||"bin"||"endl"; \layout Standard }; \layout Standard \backslash end{lstlisting} \end_inset \layout Standard In the context of an aspect, named pointcuts can also be defined as virtual or pure virtual, which allows refinement/definition in a derived aspect (see example at the end of this overview). \layout Section* Advice Model and Language \layout Subsection* Advice for Static Joinpoints \layout Standard The only kind of advice for static joinpoints that is currently supported by AspectC++ is the \emph on introduction \emph default . By using this kind of advice the aspect code is able to add new elements to classes, structures, or unions. Everything that is syntactically permitted in the body of a C++ class can be introduced by advice: \layout Itemize attribute introduction, e.g. \family typewriter \size small advice "AClass" : int _introduced_attribute; \layout Itemize type introduction, e.g. \family typewriter \size small advice "AClass" : typedef int INT; \layout Itemize member function introduction, e.g. \family typewriter \size small advice "AClass" : void f(); \layout Itemize nested type introduction, e.g. \family typewriter \size small advice "AClass" : class Inner { ... }; \layout Itemize constructor introduction, e.g. \family typewriter \size small advice "AClass" : AspectName(int, double); \layout Itemize destructor introduction, e.g. \family typewriter \size small advice "AClass" : ~AspectName() { ... } \layout Itemize base class introduction, e.g. \family typewriter \size small advice "AClass" : baseclass(ANewBaseclass); \layout Standard The syntax \family typewriter \size small advice < \emph on target \emph default - \emph on pointcut \emph default > : < \emph on introduction \emph default > \family default \size default supports the introduction of an element into an arbitrary set of target classes with a single advice. \layout Subsection* Advice for Dynamic Joinpoints \layout Standard Advice for dynamic joinpoints is used to affect the flow of control, when the joinpoint is reached. The following kinds of advice are supported: \layout Itemize before advice \layout Itemize after advice \layout Itemize around advice \layout Standard These advice types can orthogonally be combined with all dynamic joinpoint types. Advice for dynamic joinpoints is defined with the following syntax: \layout LyX-Code \series bold \size small advice \series default < \emph on target-pointcut \emph default > : ( \series bold before \series default | \series bold after \series default | \series bold around \series default ) (< \emph on arguments \emph default >) { \layout LyX-Code \size small < \emph on advice-body \emph default > \layout LyX-Code \size small } \layout Standard While the before and after advice bodies are executed before or after the event described by \family typewriter \size small \emph on \family default \size default \emph default , an around advice body is executed instead of the event. \layout Subsubsection* Advice Language and Joinpoint API \layout Standard The advice body is implemented in standard C++. Additionally, the \emph on joinpoint API \emph default can be used to access (read and write) \emph on context information \emph default (e.g. function argument and result values) as well as \emph on static type information \emph default about the current joinpoint. To access the joinpoint API the object \family typewriter \size small JoinPoint *tjp \family default \size default can be used, which is implicitly available in advice code. Advice that uses the static type information provided by the joinpoint API is called \emph on generic advice \emph default . This concept is the key for generic, type-safe, \emph on and \emph default efficient advice in AspectC++. The static type information from the joinpoint API can even be used to instantiate template metaprograms, which is a technique for joinpoint specific code generation at compile time. \layout Standard The joinpoint API is also used to proceed the execution from within around advice ( \family typewriter \size small tjp->proceed() \family default \size default ). Alternatively, \family typewriter \size small tjp->action() \family default \size default may be called to retrieve and store the \emph on proceed context \emph default as an \family typewriter \size small AC::Action \family default \size default object. Later, \family typewriter \size small action.trigger() \family default \size default may be called to proceed the intercepted flow of control. \layout Standard Catching and changing exceptions can be done by standard C++ features in around advice (try, catch, throw). \layout Subsubsection* Example \layout Standard The following advice is \emph on generic advice \emph default , because its implementation can deal with multiple overloaded \family typewriter \size small C::foo(...) \family default \size default implementations that have different result types: \layout Standard \begin_inset ERT status Open \layout Standard \backslash begin{lstlisting}[style=ac] \layout Standard advice execution("% C::foo(...)") : around() { \layout Standard cout << "executing " << JoinPoint::signature() \layout Standard << " on " << *tjp->that() << endl; \layout Standard tjp->proceed (); \layout Standard cout << "the result was " << *tjp->result() << endl; \layout Standard } \layout Standard \backslash end{lstlisting} \end_inset \layout Section* Aspect Module Model \layout Standard The following example code shows an aspect \family typewriter \size small Logging \family default \size default defined in AspectC++: \layout Standard \begin_inset ERT status Inlined \layout Standard \backslash begin{lstlisting}[style=ac] \layout Standard aspect Logging { \layout Standard ostream *_out; // ordinary attributes \layout Standard public: \layout Standard void bind_stream(ostream *o) { _out = o; } // member function \layout Standard pointcut virtual logged_classes() = 0; // pure virtual pointcut \layout Standard // some advice \layout Standard advice execution("% ...::%(...)") && within(logged_classes()) : \layout Standard before () { \layout Standard *_out << "executing " << JoinPoint::signature () << endl; \layout Standard } \layout Standard }; \layout Standard \backslash end{lstlisting} \end_inset \layout Standard Aspects are the language element that is used to group all the definitions that are needed to implement a crosscutting concern. An aspect definition is allowed to contain member functions, attributes, nested classes, named pointcuts, etc. as ordinary classes. Additionally, aspects normally contain advice definitions. \layout Standard Aspects that contain pure virtual member functions or pure virtual pointcuts are called \emph on abstract aspects \emph default . These aspects only affect the system if a (concrete) aspect is derived, which defines an implementation for the pure virtual functions and the pure virtual pointcuts. Abstract aspects are the AspectC++ mechanism to implement reusable aspect code. \layout Standard Aspect inheritance is slighly restricted. Aspects can inherit from ordinary classes and abstract aspects but not from concrete aspects. Derived aspects can redefine virtual pointcuts and virtual functions defined by base aspects. \layout Section* Aspect Instantiation Model \layout Standard By default, aspects are singletons, i.e. there is one global instance automatically created for each non-abstract aspect in the program. However, by defining the \family typewriter \size small aspectof() \family default \size default static member function of an aspect the user can implement arbitrary instantiat ion schemes, such as \emph on per-target \emph default , \emph on per-thread \emph default , or \emph on per-joinpoint \emph default . For each dynamic joinpoint that is affected by the aspect the \family typewriter \size small aspectof() \family default \size default function has to return the right aspect instance on which the advice bodies are invoked. The instances themselfs are usually created with the introduction mechanism. The \family typewriter \size small aspectof() \family default \size default function has access to the joinpoint API in order to find the right aspect instance for the current joinpoint. Here is an example: \layout Standard \begin_inset ERT status Inlined \layout Standard \backslash begin{lstlisting}[style=ac] \layout Standard aspect InstancePerTargetAspect { \layout Standard pointcut target_class() = "TargetName"; \layout Standard // an attribute of the aspect (stored per target) \layout Standard int _calls; \layout Standard // aspect instance created by introduction: \layout Standard advice target_class() : InstancePerTargetAspect _instance; \layout Standard // definition of the instantiation scheme in aspectof(): \layout Standard static InstancePerTargetAspect *aspectof() { \layout Standard return tjp->target()->_instance; \layout Standard } \layout Standard // the advice \layout Standard advice call("% ...::%(...)") && target(target_class()) : before () { \layout Standard _calls++; \layout Standard } \layout Standard // attribute initialization in the aspect constructor \layout Standard InstancePerTargetAspect () : _calls (0) {} \layout Standard }; \layout Standard \backslash end{lstlisting} \end_inset \layout Section* Aspect Composition Model \layout Standard In AspectC++ any number of aspects can be used in the same application. Aspect composition is currently restricted to inheritance from abstract aspects. Concrete aspects cannot be used for the implementation of new aspects. \layout Standard Aspect interactions can be handled by the developer on a per joinpoint basis with \emph on order advice \emph default , e.g. \family typewriter \size small advice execution("void f%(...)") : order("Me", !"Me") \family default \size default gives the aspect \family typewriter \size small Me \family default \size default the highest precedence at all joinpoint described by the pointcut expression. Order advice can be given by any aspect for any aspect, thus can be separated from the affected aspects. Aspect names in order advice declarations are match expressions and may contain wildcards, e.g. \family typewriter \size small order("kernel::%", !"kernel::%") \family default \size default gives every aspect declared in the namespace \family typewriter \size small kernel \family default \size default precedence over all other aspects. Besides this partial order in the precedence of aspects, the precedence of advice within one aspect is determined according to its position in the aspect definition. As long as it does not conflict with order advice AspectC++ aims to give aspects the same precedence at all joinpoints. \layout Section* Aspect Weaving Model \layout Standard The only implementation of AspectC++ is based on static source to source transformation. Nevertheless, the language could also be used for dynamic weavers if some really hard technical challenges like runtime introductions were solved. \layout Section* Example \layout Standard A reusable observer pattern implementation in AspectC++: \layout Standard \begin_inset ERT status Inlined \layout Standard \backslash begin{lstlisting}[style=ac] \layout Standard aspect ObserverPattern { \layout Standard // Data structures to manage subjects and observers \layout Standard ... \layout Standard public: \layout Standard // Interfaces for each role \layout Standard struct ISubject {}; \layout Standard struct IObserver { \layout Standard virtual void update(ISubject *) = 0; \layout Standard }; \layout Standard \layout Standard // To be defined by the concrete derived aspect \layout Standard pointcut virtual observers() = 0; \layout Standard pointcut virtual subjects() = 0; \layout Standard // subjectChange() matches all non-const methods by default \layout Standard pointcut virtual subjectChange() = \layout Standard execution("% ...::%(...)" && !"% ...::%(...) const") \layout Standard && within(subjects()); \layout Standard \layout Standard // Add new baseclass to each subject/observer class \layout Standard // and insert code to inform observers \layout Standard advice observers() : baseclass(IObserver); \layout Standard advice subjects() : baseclass(ISubject); \layout Standard advice subjectChange() : after() { \layout Standard ISubject* subject = tjp->that(); \layout Standard updateObservers(subject); \layout Standard } \layout Standard \layout Standard // Operations to add, remove and notify observers \layout Standard void updateObservers(ISubject* sub) { ... } \layout Standard void addObserver(ISubject* sub, IObserver* ob) { ... } \layout Standard void remObserver(ISubject* sub, IObserver* ob) { ... } \layout Standard }; \layout Standard \backslash end{lstlisting} \end_inset \layout Standard Concrete aspect, which applies the pattern: \layout Standard \begin_inset ERT status Open \layout Standard \backslash begin{lstlisting}[style=ac] \layout Standard #include "ObserverPattern.ah" \layout Standard #include "ClockTimer.h" \layout Standard \layout Standard aspect ClockObserver : public ObserverPattern { \layout Standard // define the pointcuts \layout Standard pointcut subjects() = "ClockTimer"; \layout Standard pointcut observers() = "DigitalClock"||"AnalogClock"; \layout Standard public: \layout Standard advice observers() : \layout Standard void update( ObserverPattern::ISubject* sub ) { \layout Standard Draw(); \layout Standard } \layout Standard }; \layout Standard \backslash end{lstlisting} \end_inset \the_end aspectc++/AspectC++/doc/PaxHeaders.4702/styles0000644000000000000000000000007412740141200015756 xustar0030 atime=1468174988.221168217 30 ctime=1468174988.220168201 aspectc++/AspectC++/doc/styles/0000755000175000001440000000000012740141200016215 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\end_layout \begin_layout Section About \end_layout \begin_layout Standard This document is intended to be used as a reference book for the AspectC++ language elements. It describes in-depth the use and meaning of each element providing examples. For experienced users the contents of this document are summarized in the \begin_inset CommandInset href LatexCommand href name "AspectC++ Quick Reference" target "http://www.aspectc.com/ac++quickref.pdf" \end_inset . \begin_inset Note Note status open \begin_layout Plain Layout A step-by-step introduction how to program with AspectC++ is given in the \begin_inset CommandInset href LatexCommand href name "AspectC++ Programming Guide" target "http://www.aspectc.org/Documentation.5.0.html" \end_inset \begin_inset Foot status collapsed \begin_layout Plain Layout Sorry, but the Programming Guide is not written yet \family typewriter :-( \end_layout \end_inset . \end_layout \end_inset Detailed information about the AspectC++ compiler \family typewriter \series bold ac++ \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout ac++@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{ac++} \end_layout \end_inset \end_layout \end_inset can be looked up in the \begin_inset CommandInset href LatexCommand href name "AspectC++ Compiler Manual" target "http://www.aspectc.com/fileadmin/documentation/ac-compilerman.pdf" \end_inset . \end_layout \begin_layout Standard AspectC++ is an aspect-oriented extension to the C++ language \begin_inset Foot status open \begin_layout Plain Layout defined in the ISO/IEC 14882:1998(E) standard \end_layout \end_inset . It is similar to AspectJ \begin_inset Foot status open \begin_layout Plain Layout \begin_inset CommandInset href LatexCommand href name "http://www.eclipse.org/aspectj/" target "http://www.eclipse.org/aspectj/" \end_inset \end_layout \end_inset but, due to the nature of C++, in some points completely different. The first part of this document introduces the basic concepts of the AspectC++ language. The in-depth description of each language element is subject of the second part. \end_layout \begin_layout Section Basic Concepts \end_layout \begin_layout Subsection Pointcuts \begin_inset Index idx status open \begin_layout Plain Layout pointcut \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard Aspects in AspectC++ implement crosscutting concerns \begin_inset Index idx status collapsed \begin_layout Plain Layout crosscutting concern \end_layout \end_inset in a modular way. With this in mind the most important element of the AspectC++ language is the pointcut. Pointcuts describe a set of join points \begin_inset Index idx status collapsed \begin_layout Plain Layout join point \end_layout \end_inset by determining on which condition an aspect shall take effect. Thereby each join point can either refer to a function, an attribute, a type, a variable, or a point from which a join point is accessed so that this condition can be for instance the event of reaching a designated code position or the allocation of a variable with a certain value. Depending on the kind of pointcuts, they are evaluated at compile time or at runtime. \end_layout \begin_layout Subsubsection Match Expressions \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout search pattern!match expression \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard There are two types of pointcuts in AspectC++: \emph on code pointcuts \emph default and \emph on name pointcuts \emph default . Name pointcuts \begin_inset Index idx status collapsed \begin_layout Plain Layout name pointcut \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!name \end_layout \end_inset describe a set of (statically) known program entities like types, attributes, functions, variables, or namespaces. All name pointcuts are based on match expressions. A match expression can be understood as a search pattern \begin_inset Index idx status collapsed \begin_layout Plain Layout search pattern \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!search pattern \end_layout \end_inset . In such a search pattern the special character \begin_inset Quotes eld \end_inset % \begin_inset Quotes erd \end_inset is interpreted as a wildcard for names or parts of a signature. The special character sequence \begin_inset Quotes eld \end_inset ... \begin_inset Quotes erd \end_inset matches any number of parameters in a function signature or any number of scopes in a qualified name. A match expression is a quoted string. \end_layout \begin_layout Subsubsection* Example: match expressions (name pointcuts) \begin_inset CommandInset label LatexCommand label name "exa:match-expressions" \end_inset \end_layout \begin_layout Description \family typewriter \series medium "int \series default \begin_inset space ~ \end_inset \series medium C::%(...)" \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches all member functions of the class C that return an \family typewriter int \end_layout \begin_layout Description \family typewriter \series medium "%List" \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches any namespace, class, struct, union, or enum whose name ends with \family typewriter List \family default . In case of a matched namespace or class the match expression also matches entities inside the namespace resp. class. For more information see section \begin_inset CommandInset ref LatexCommand ref reference "sub:Namspace-and-Class" \end_inset . \end_layout \begin_layout Description \family typewriter \series medium "% \family default \series default \family typewriter printf(const char *, ...)" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches the function \family typewriter printf \family default (defined in the global scope) having at least one parameter of type \family typewriter const \begin_inset space ~ \end_inset char \begin_inset space ~ \end_inset * \family default and returning any type \end_layout \begin_layout Description \family typewriter \series medium "const \series default \begin_inset space ~ \end_inset \series medium %& \begin_inset space ~ \end_inset ...::%(...)" \family default \series default \family typewriter \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family default matches all functions that return a reference to a constant object \end_layout \begin_layout Standard Match expressions select program entities with respect to their definition scope, their type, and their name. A detailed description of the match expression semantics follows in section \begin_inset CommandInset ref LatexCommand vref reference "sec:Match-Expressions" \end_inset . The grammar which defines syntactically valid match expressions is shown in appendix \begin_inset CommandInset ref LatexCommand vref reference "sec:Match-Expression-Grammar" \end_inset . \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout search pattern!match expression \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Subsubsection Pointcut Expressions \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!expression \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard The other type of pointcuts, the code pointcuts \begin_inset Index idx status collapsed \begin_layout Plain Layout code pointcut \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!code \end_layout \end_inset , describe an intersection through the set of the points in the control flow \begin_inset Index idx status collapsed \begin_layout Plain Layout control flow \end_layout \end_inset of a program. A code pointcut can refer to a call or execution point of a function, to a call of a built-in operator or and to write and read points of attributes and variables. They can only be created with the help of name pointcuts because all join points supported by AspectC++ require at least one name to be defined. This is done by calling predefined pointcut functions \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!function \end_layout \end_inset in a pointcut expression that expect a pointcut as argument. Such a pointcut function is for instance \series bold within \series default ( \emph on pointcut \emph default ), which filters all join points that are within the functions or classes in the given pointcut. \end_layout \begin_layout Standard Name and code pointcuts can be combined in pointcut expressions by using the algebraic operators \begin_inset Quotes eld \end_inset && \begin_inset Quotes erd \end_inset , \begin_inset Quotes eld \end_inset || \begin_inset Quotes erd \end_inset , and \begin_inset Quotes eld \end_inset ! \begin_inset Quotes erd \end_inset . \end_layout \begin_layout Subsubsection* Example: pointcut expressions \begin_inset CommandInset label LatexCommand label name "exa:pointcut-expressions" \end_inset \end_layout \begin_layout Description \family typewriter \series medium "%List" \begin_inset space ~ \end_inset && \begin_inset space ~ \end_inset !derived("Queue") \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset describes the set of classes with names that end with \begin_inset Quotes eld \end_inset List \begin_inset Quotes erd \end_inset and that are not derived from the class \family typewriter Queue \end_layout \begin_layout Description \family typewriter \series medium call("void \family default \series default \family typewriter draw() \series medium ") \begin_inset space ~ \end_inset \series default && \begin_inset space ~ \end_inset within \series medium (" \series default Shape \series medium ") \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset describes the set of calls to the function \family typewriter draw \family default that are within methods of the class \family typewriter Shape \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!expression \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Subsubsection Types of Join Points \begin_inset Index idx status collapsed \begin_layout Plain Layout join point \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard According to the two types of pointcuts supported by AspectC++ there are also two coarse types of join points: name join points and code join points. As diagramed in figure \begin_inset CommandInset ref LatexCommand ref reference "fig:acpp_model_inheri_only_less" \end_inset both of these have sub join point types. The types \family typewriter Any \family default , \family typewriter Name \family default , \family typewriter Code \family default and \family typewriter Access \family default are abstract types and exist just for categorizing the other join point types. \begin_inset Newline newline \end_inset \begin_inset Float figure placement h wide false sideways false status open \begin_layout Plain Layout \align center \begin_inset Graphics filename images/acmodel_inheri_only_less.eps width 100line% \end_inset \end_layout \begin_layout Plain Layout \begin_inset Caption Standard \begin_layout Plain Layout \begin_inset CommandInset label LatexCommand label name "fig:acpp_model_inheri_only_less" \end_inset join point type hierarchy \end_layout \end_inset \end_layout \end_inset \begin_inset Newline newline \end_inset Figure \begin_inset CommandInset ref LatexCommand ref reference "fig:acpp_model_inheri_only_less" \end_inset is extracted from the AspectC++ project repository hierarchy, that can be found in appendix \begin_inset CommandInset ref LatexCommand ref reference "sec:appendix:projectmodel_structure" \end_inset . \end_layout \begin_layout Standard Based on a short code fragment the differences and relations between the types of join points shall be clarified. \end_layout \begin_layout LyX-Code \begin_inset CommandInset label LatexCommand label name "exa:shape_example_code" \end_inset \begin_inset listings lstparams "breaklines=true,numbers=left,numberstyle={\footnotesize},showstringspaces=false,tabsize=2" inline false status open \begin_layout Plain Layout class Shape { /*...*/ }; \end_layout \begin_layout Plain Layout void draw(Shape& shape) { /*...*/ } \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout namespace Circle { \end_layout \begin_layout Plain Layout typedef int PRECISION; \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout class S_Circle : public Shape { \end_layout \begin_layout Plain Layout PRECISION m_radius; \end_layout \begin_layout Plain Layout public: \end_layout \begin_layout Plain Layout void radius(PRECISION r) { \end_layout \begin_layout Plain Layout m_radius = r; \end_layout \begin_layout Plain Layout } \end_layout \begin_layout Plain Layout ~S_Circle() { /*...*/ } \end_layout \begin_layout Plain Layout }; \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout void draw(PRECISION r) { \end_layout \begin_layout Plain Layout S_Circle circle; \end_layout \begin_layout Plain Layout circle.radius(r); \end_layout \begin_layout Plain Layout draw(circle); \end_layout \begin_layout Plain Layout } \end_layout \begin_layout Plain Layout } \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout int main() { \end_layout \begin_layout Plain Layout Circle::draw(10); \end_layout \begin_layout Plain Layout return 0; \end_layout \begin_layout Plain Layout } \end_layout \end_inset \end_layout \begin_layout Standard Code join points \begin_inset Index idx status collapsed \begin_layout Plain Layout code join point \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout join point!code \end_layout \end_inset are used to form code pointcuts and name join points (i.e. \begin_inset space ~ \end_inset names) are used to form name pointcuts. Figure \begin_inset CommandInset ref LatexCommand vref reference "fig:join-points-new" \end_inset shows join points of the code fragment above and how they correlate. Built-in constructors, destructors and uncalled operators are not shown. Additionally appendix \begin_inset CommandInset ref LatexCommand ref reference "sec:Project-Repository-File" \end_inset shows the contents of the project repository \begin_inset Foot status open \begin_layout Plain Layout The AspectC++ project repository is a file, that contains the internal AspectC++ model as xml-tree. The actual style and format of the content may change at any time. For more information see the AspectC++ Compiler Manual. \end_layout \end_inset for the code fragment. \end_layout \begin_layout Standard \begin_inset Float figure placement H wide false sideways false status open \begin_layout Plain Layout \align center \begin_inset Note Note status open \begin_layout Plain Layout For some reasons lyx (in version 2.1.5dev) destroys the PDF. Therefore the latex command is used. \end_layout \end_inset \begin_inset ERT status open \begin_layout Plain Layout \backslash includegraphics[width= \backslash linewidth]{images/JoinPointModelNew.pdf} \end_layout \end_inset \end_layout \begin_layout Plain Layout \begin_inset Caption Standard \begin_layout Plain Layout \begin_inset CommandInset label LatexCommand label name "fig:join-points-new" \end_inset join points and their relations \end_layout \end_inset \end_layout \end_inset Every \series bold execution \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout execution join point \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout join point!execution \end_layout \end_inset join point is associated with the name of an executable function. Pure virtual functions \begin_inset Index idx status collapsed \begin_layout Plain Layout pure virtual!functions \end_layout \end_inset are not executable. Thus, advice code for execution join points would never be triggered for this kind of function. However, the call of such a function, i.e. \begin_inset space ~ \end_inset a \series bold call \series default join point with this function as target, is absolutely possible. Furthermore there are no execution join points for built-in operator functions. \end_layout \begin_layout Standard Every \series bold call \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout call join point \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout join point!call \end_layout \end_inset or \series bold builtin \series default \begin_inset Index idx status open \begin_layout Plain Layout builtin join point \end_layout \end_inset \begin_inset Index idx status open \begin_layout Plain Layout join point!builtin \end_layout \end_inset join point is associated with two names: the name of the source and the target function (in case of builtin this is the global built-in operator function) of a function call. As there can be multiple function calls within the same function, each function name can be associated with a list of \series bold call \series default join points \begin_inset Index idx status collapsed \begin_layout Plain Layout join point \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset and \series bold builtin \series default join points \begin_inset Index idx status collapsed \begin_layout Plain Layout join point \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset . The same holds for \series bold set \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout set join point \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout join point!set \end_layout \end_inset and \series bold get \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout get join point \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout join point!get \end_layout \end_inset join points, which represent write resp. \begin_inset space ~ \end_inset read operations on data members or global variables. Each of these join points is associated with the name of the function that contains the join point and the name of the accessed attribute or global variable. A \series bold construction \series default join point means the class specific instruction sequence executed when an instance is created. In analogy, a \series bold destruction \series default join point means the object destruction. \end_layout \begin_layout Subsubsection Pointcut declarations \series bold \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!declaration \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard AspectC++ provides the possibility to name pointcut \begin_inset Index idx status collapsed \begin_layout Plain Layout name pointcut \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!name \end_layout \end_inset expressions with the help of pointcut declarations. This makes it possible to reuse pointcut expressions in different parts of a program. They are allowed where C++ declarations are allowed. Thereby the usual C++ name lookup and inheritance rules are also applicable for pointcut declarations. \end_layout \begin_layout Standard A pointcut declaration is introduced by the keyword \family typewriter pointcut \family default . \end_layout \begin_layout Subsubsection* Example: pointcut declaration \begin_inset CommandInset label LatexCommand label name "exa:pointcut-declaration" \end_inset \end_layout \begin_layout Description \family typewriter \series medium pointcut \series default \begin_inset space ~ \end_inset \series medium lists() \begin_inset space ~ \end_inset = \series default \begin_inset space ~ \end_inset \series medium derived("List"); \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter lists \family default can now be used everywhere in a program where a pointcut expression can be used to refer to \family typewriter derived("List") \end_layout \begin_layout Standard Furthermore pointcut declarations can be used to define pure virtual pointcuts \begin_inset Index idx status collapsed \begin_layout Plain Layout pure virtual!pointcut \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!pure virtual \end_layout \end_inset . This enables the possibility of having re-usable abstract aspects \begin_inset Index idx status collapsed \begin_layout Plain Layout aspect \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout abstract aspect \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout aspect!abstract \end_layout \end_inset that are discussed in section \begin_inset CommandInset ref LatexCommand ref reference "sub:Aspects" \end_inset . The syntax of pure virtual pointcut declarations is the same as for usual pointcut declarations except the keyword \family typewriter virtual \family default following \family typewriter pointcut \family default and that the pointcut expression is \begin_inset Quotes eld \end_inset 0 \begin_inset Quotes erd \end_inset . \end_layout \begin_layout Subsubsection* Example: pure virtual pointcut declaration \begin_inset CommandInset label LatexCommand label name "exa:pure-virtual" \end_inset \end_layout \begin_layout Description \family typewriter \series medium pointcut \series default \begin_inset space ~ \end_inset \series medium virtual \begin_inset space ~ \end_inset methods() \begin_inset space ~ \end_inset = \series default \begin_inset space ~ \end_inset \series medium 0; \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter methods \family default is a pure virtual pointcut that has to be redefined in a derived aspect to refer to the actual pointcut \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset expression \series bold \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!declaration \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Subsection Slices \begin_inset Index idx status collapsed \begin_layout Plain Layout slice \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard A \emph on slice \emph default is a fragment of a C++ language element that defines a scope. It can be used by advice to extend the static structure of the program. For example, the elements of a class slice can be merged into one or more target classes by introduction advice. The following example shows a simple class slice declaration. \end_layout \begin_layout Subsubsection* Example: class slice declaration \begin_inset CommandInset label LatexCommand label name "exa:class-slice-declaration" \end_inset \end_layout \begin_layout LyX-Code slice class Chain { \end_layout \begin_layout LyX-Code Chain *_next; \end_layout \begin_layout LyX-Code public: \end_layout \begin_layout LyX-Code Chain *next () const { return _next; } \end_layout \begin_layout LyX-Code }; \end_layout \begin_layout Standard \begin_inset Index idx status collapsed \begin_layout Plain Layout slice \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Subsection Advice Code \begin_inset Index idx status collapsed \begin_layout Plain Layout advice \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!code \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard To a code join point \begin_inset Index idx status collapsed \begin_layout Plain Layout code join point \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout join point!code \end_layout \end_inset so-called advice code can be bound. Advice code can be understood as an action \begin_inset Index idx status collapsed \begin_layout Plain Layout action \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!action \end_layout \end_inset activated by an aspect when a corresponding code join point in a program is reached. The activation of the advice code can happen before \begin_inset Index idx status collapsed \begin_layout Plain Layout before \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!before \end_layout \end_inset , after \begin_inset Index idx status collapsed \begin_layout Plain Layout after \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!after \end_layout \end_inset , or before and after the code join point is reached. The AspectC++ language element to specify advice code is the advice declaration \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!declaration \end_layout \end_inset . It is introduced by the keyword \family typewriter advice \family default followed by a pointcut expression defining where and under which conditions the advice code shall be activated. \end_layout \begin_layout Subsubsection* Example: advice declaration \begin_inset CommandInset label LatexCommand label name "exa:advice-declaration" \end_inset \end_layout \begin_layout LyX-Code advice execution("void login(...)") : before() { \begin_inset Newline newline \end_inset cout << "Logging in." << endl; \begin_inset Newline newline \end_inset } \end_layout \begin_layout Standard The code fragment \family typewriter :before() \family default following the pointcut expression determines that the advice code shall be activated directly \series bold before \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout before \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!before \end_layout \end_inset the code join point is reached. It is also possible here to use \family typewriter :after() \family default which means \series bold after \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout after \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!after \end_layout \end_inset reaching the code join point respectively \family typewriter :around() \family default which means that the advice code shall be executed instead of the code described by the code join point. In an \series bold around \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout around \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!around \end_layout \end_inset advice the advice code can explicitly trigger the execution of the program code at the join point so that advice code can be executed \series bold before \series default and \series bold after \series default the join point. There are no special access rights of advice code regarding to program code at a join point. \end_layout \begin_layout Standard Beside the pure description of join points pointcuts can also bind variables to context \begin_inset Index idx status collapsed \begin_layout Plain Layout context variables \end_layout \end_inset information of a join point. Thus for instance the actual argument values of a function call can be made accessible to the advice code. \end_layout \begin_layout Subsubsection* Example: advice declaration with access to context information \begin_inset CommandInset label LatexCommand label name "exa:advice-declaration-with" \end_inset \end_layout \begin_layout LyX-Code pointcut new_user(const char *name) = \begin_inset Newline newline \end_inset execution("void login(...)") && args(name); \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset advice new_user(name) : before(const char *name) { \begin_inset Newline newline \end_inset cout << "User " << name << " is logging in." << endl; \begin_inset Newline newline \end_inset } \end_layout \begin_layout Standard In the example above at first the pointcut \family typewriter new_user \family default is defined including a context variable \begin_inset Index idx status collapsed \begin_layout Plain Layout context variables \end_layout \end_inset \family typewriter name \family default that is bound to it. This means that a value of type \family typewriter const char* \family default is supplied every time the join point described by the pointcut \family typewriter new_user \family default is reached. The pointcut function \family typewriter args \family default used in the pointcut expression delivers all join points in the program where an argument of type \family typewriter const char* \family default is used. Therefore \family typewriter args(name) \family default in touch with the \series bold execution \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout execution join point \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout join point!execution \end_layout \end_inset join point binds \family typewriter name \family default to the first and only parameter of the function \family typewriter login \family default . \end_layout \begin_layout Standard The advice declaration in the example above following the pointcut declaration binds the execution of advice code to the event when a join point described in \family typewriter new_user \family default is reached. The context variable \begin_inset Index idx status collapsed \begin_layout Plain Layout context variables \end_layout \end_inset that holds the actual value of the parameter of the reached join point has to be declared as a formal parameter of \family typewriter before \family default , \family typewriter after \family default , or \family typewriter around \family default . This parameter can be used in the advice code like an oridinary function parameter. \end_layout \begin_layout Standard Beside the pointcut function \family typewriter args \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout args@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{args()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!args@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{args()} \end_layout \end_inset \end_layout \end_inset the binding of context variables is performed by \family typewriter that \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout that@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{that()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!that@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{that()} \end_layout \end_inset \end_layout \end_inset , \family typewriter target \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout target@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{target()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!target@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{target()} \end_layout \end_inset \end_layout \end_inset , and \family typewriter result \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout result@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{result()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!base@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{base()} \end_layout \end_inset \end_layout \end_inset . At the same time these pointcut functions act as filters corresponding to the type of the context variable. For instance \family typewriter args \family default in the example above filters all join points having an argument of type \family typewriter const char* \family default . \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!code \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Subsubsection Introductions \begin_inset Index idx status collapsed \begin_layout Plain Layout introduction \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!introduction \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard The second type of advice supported by AspectC++ are the introductions. Introductions are used to extend program code and data structures in particular. The following example extends two classes each by an attribute and a method. \end_layout \begin_layout Subsubsection* Example: introductions \begin_inset CommandInset label LatexCommand label name "exa:introductions" \end_inset \end_layout \begin_layout LyX-Code pointcut shapes() = "Circle" || "Polygon"; \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset advice shapes() : slice class { \begin_inset Newline newline \end_inset bool m_shaded; \begin_inset Newline newline \end_inset void shaded(bool state) { \begin_inset Newline newline \end_inset m_shaded = state; \begin_inset Newline newline \end_inset } \begin_inset Newline newline \end_inset }; \end_layout \begin_layout Standard Like an ordinary advice declaration an introduction is introduced by the keyword \family typewriter advice \family default . If the following pointcut is a name pointcut \begin_inset Index idx status collapsed \begin_layout Plain Layout name pointcut \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!name \end_layout \end_inset the slice declaration following the token \begin_inset Quotes eld \end_inset : \begin_inset Quotes erd \end_inset is introduced in the classes and aspects described by the pointcut. Introduced code can then be used in normal program code like any other function, attribute, etc. Advice code in introductions has full access rights \begin_inset Index idx status collapsed \begin_layout Plain Layout introduction!access rights \end_layout \end_inset regarding to program code at a join point, i.e. \begin_inset space ~ \end_inset a method introduced in a class has access even to private members of that class. \end_layout \begin_layout Standard Slices can also be used to introduce new base classes. In the first line of the following example it is made sure that every class with a name that ends with \begin_inset Quotes eld \end_inset Object \begin_inset Quotes erd \end_inset is derived from a class \family typewriter MemoryPool \family default . This class may implement an own memory management by overloading the \family typewriter new \family default and \family typewriter delete \family default operators. Classes that inherit from \family typewriter MemoryPool \family default must redefine the pure virtual method \family typewriter release \family default that is part of the implemented memory management. This is done in the second line for all classes in the pointcut \begin_inset Index idx status collapsed \begin_layout Plain Layout advice \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout introduction \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!introduction \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset . \end_layout \begin_layout Subsubsection* Example: base class introduction \begin_inset CommandInset label LatexCommand label name "exa:base-class-intro" \end_inset \end_layout \begin_layout LyX-Code advice "%Object" : slice class : public MemoryPool { \begin_inset Newline newline \end_inset virtual void release() = 0; \begin_inset Newline newline \end_inset } \end_layout \begin_layout Subsubsection Advice Ordering \begin_inset Index idx status collapsed \begin_layout Plain Layout ordering \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard If more than one advice affects the same join point it might be necessary to define an order of advice execution if there is a dependency between the advice codes ( \begin_inset Quotes eld \end_inset aspect interaction \begin_inset Quotes erd \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout aspect interaction \end_layout \end_inset ). The following example shows how the precedence of advice code can be defined in AspectC++. \end_layout \begin_layout Subsubsection* Example: advice ordering \begin_inset CommandInset label LatexCommand label name "exa:order" \end_inset \end_layout \begin_layout LyX-Code advice call("% send(...)") : order("Encrypt", "Log") \begin_inset Index idx status collapsed \begin_layout Plain Layout order \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!order \end_layout \end_inset ; \end_layout \begin_layout Standard If advice of both aspects (see \begin_inset CommandInset ref LatexCommand ref reference "sub:Aspects" \end_inset ) \family typewriter Encrypt \family default and \family typewriter Log \family default should be run when the function \family typewriter send(...) \family default is called this order declaration defines that the advice of \family typewriter Encrypt \family default has a higher precedence. More details on advice ordering and precedence \begin_inset Index idx status collapsed \begin_layout Plain Layout precedence \end_layout \end_inset can be found in section \begin_inset CommandInset ref LatexCommand vref reference "sec:ordering" \end_inset . \end_layout \begin_layout Subsection Aspects \begin_inset CommandInset label LatexCommand label name "sub:Aspects" \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout aspect \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard The aspect is the language element of AspectC++ to collect introductions and advice code implementing a common crosscutting concern \begin_inset Index idx status collapsed \begin_layout Plain Layout crosscutting concern \end_layout \end_inset in a modular way. This put aspects in a position to manage common state information. They are formulated by means of aspect declarations \begin_inset Index idx status collapsed \begin_layout Plain Layout aspect!declaration \end_layout \end_inset as a extension to the class concept of C++. The basic structure of an aspect declaration is exactly the same as an usual C++ class definition, except for the keyword \family typewriter aspect \family default instead of \family typewriter class \family default , \family typewriter struct \family default or \family typewriter union \family default . According to that, aspects can have attributes and methods and can inherit from classes and even other aspects. \end_layout \begin_layout Subsubsection* Example: aspect declaration \begin_inset CommandInset label LatexCommand label name "exa:aspect-decl" \end_inset \end_layout \begin_layout LyX-Code aspect Counter { \begin_inset Newline newline \end_inset static int m_count; \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset pointcut counted() = "Circle" || "Polygon"; \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset advice counted() : slice struct { \begin_inset Newline newline \end_inset class Helper { \begin_inset Newline newline \end_inset Helper() { Counter::m_count++; } \begin_inset Newline newline \end_inset } m_counter; \begin_inset Newline newline \end_inset }; \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset advice execution("% main(...)") : after() { \begin_inset Newline newline \end_inset cout << "Final count: " << m_count << " objects" \begin_inset Newline newline \end_inset << endl; \begin_inset Newline newline \end_inset } \begin_inset Newline newline \end_inset }; \begin_inset Newline newline \end_inset ... and at an appropriate place \begin_inset Newline newline \end_inset #include "Counter.ah" \begin_inset Newline newline \end_inset int Counter::m_count = 0; \end_layout \begin_layout Standard In this example the count of object instantiations for a set of classes is determined. Therefore, an attribute \family typewriter m_counter \family default is introduced into the classes described by the pointcut incrementing a global counter on construction time. By applying advice code for the function \family typewriter main \family default the final count of object instantiations is displayed when the program terminates. \end_layout \begin_layout Standard This example can also be rewritten as an abstract aspect \begin_inset Index idx status collapsed \begin_layout Plain Layout abstract aspect \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout aspect!abstract \end_layout \end_inset that can for instance be archived in an aspect library for the purpose of reuse. It only require to reimplement the pointcut declaration to be pure virtual \begin_inset Index idx status collapsed \begin_layout Plain Layout pure virtual!pointcut \end_layout \end_inset . \end_layout \begin_layout Subsubsection* Example: abstract aspect \begin_inset CommandInset label LatexCommand label name "exa:abstract-aspect" \end_inset \end_layout \begin_layout LyX-Code aspect Counter { \begin_inset Newline newline \end_inset static int m_count; \begin_inset Newline newline \end_inset Counter() : m_count(0) {} \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset pointcut virtual counted() = 0; \begin_inset Newline newline \end_inset ... \begin_inset Newline newline \end_inset }; \end_layout \begin_layout Standard It is now possible to inherit from \family typewriter Counter \family default to reuse its functionality by reimplementing \family typewriter counted \family default to refer to the actual pointcut expression. \end_layout \begin_layout Subsubsection* Example: reused abstract aspect \begin_inset CommandInset label LatexCommand label name "exa:reused-abstract" \end_inset \end_layout \begin_layout LyX-Code aspect MyCounter : public Counter { \begin_inset Newline newline \end_inset pointcut counted() = derived("Shape"); \begin_inset Newline newline \end_inset }; \end_layout \begin_layout Subsubsection Aspect Instantiation \begin_inset Index idx status collapsed \begin_layout Plain Layout aspect!instantiation \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard By default aspects in AspectC++ are automatically instantiated as global objects. The idea behind it is that aspects can also provide global program properties and therefore have to be always accessible. However in some special cases it may be desired to change this behavior, e.g. \begin_inset space ~ \end_inset in the context of operating systems when an aspect shall be instantiated per process or per thread. \end_layout \begin_layout Standard The default instantiation scheme can be changed by defining the static method \family typewriter aspectof \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout aspectof@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{aspectof()} \end_layout \end_inset \end_layout \end_inset resp. \begin_inset space ~ \end_inset \family typewriter aspectOf \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout aspectOf@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{aspectOf()} \end_layout \end_inset \end_layout \end_inset that is otherwise generated for an aspect. This method is intended to be always able to return an instance of the appropriate aspect. \end_layout \begin_layout Subsubsection* Example: aspect instantiation using \family typewriter aspectof \begin_inset CommandInset label LatexCommand label name "exa:aspect-aspectof" \end_inset \end_layout \begin_layout LyX-Code aspect ThreadCounter : public Counter { \begin_inset Newline newline \end_inset pointcut counted() = "Thread"; \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset advice counted() : ThreadCounter m_instance; \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset static ThreadCounter *aspectof() { \begin_inset Newline newline \end_inset return tjp->target()->m_instance; \begin_inset Newline newline \end_inset } \begin_inset Newline newline \end_inset }; \end_layout \begin_layout Standard The introduction of \family typewriter m_instance \family default into \family typewriter Thread \family default guarantees that every thread object has an instance of the aspect. By calling \family typewriter aspectof \family default it is possible to get this instance at any join point which is essential for accessing advice code and members of the aspect. For this purpose code in \family typewriter aspectof \family default has full access to the actual join point in a way described in the next section. \begin_inset Index idx status collapsed \begin_layout Plain Layout aspect \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout aspect!instantiation \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Subsection Runtime Support \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Subsubsection Support for Advice Code \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!for advice code \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!runtime support \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard For many aspects access to context variables \begin_inset Index idx status collapsed \begin_layout Plain Layout context variables \end_layout \end_inset may not be sufficient to get enough information about the join point where advice code was activated. For instance a control flow \begin_inset Index idx status collapsed \begin_layout Plain Layout control flow \end_layout \end_inset aspect for a complete logging of function calls in a program would need information about function arguments and its types on runtime to be able to produce a type-compatible output. \end_layout \begin_layout Standard In AspectC++ this information is provided by the members of the class \family typewriter JoinPoint \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash begin{comment} \end_layout \end_inset available both in advice code and introductions \begin_inset ERT status collapsed \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \backslash end{comment} \end_layout \begin_layout Plain Layout \end_layout \end_inset (see table below). \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \series bold types: \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter Result \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout result type \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter That \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout object type \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter Target \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout target type \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter AC::Type \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout encoded type of an object \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter AC::JPType \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout join point types \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \series bold static methods: \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter int args() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout number of arguments \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter AC::Type type() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout typ of the function or attribute \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter AC::Type argtype(int) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout types of the arguments \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter const char *signature() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout signature of the function or attribute \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter unsigned id() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout identification of the join point \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter AC::Type resulttype() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout result type \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter AC::JPType jptype() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout type of join point \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \series bold non-static methods: \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter void *arg(int) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout actual argument \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter Result *result() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout result value \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter That *that() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout object refered to by \family typewriter \size small this \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter Target *target() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout target object of a call \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter void proceed() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout execute join point code \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter AC::Action &action() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter Action \family default structure \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \align center Table 1: API of class \family typewriter JoinPoint \family default available in advice code \end_layout \begin_layout Standard Types and static methods of the \family typewriter JoinPoint \family default API deliver information that is the same for every advice code activation. The non-static methods deliver information that differ from one activation to another. These methods are accessed by the object \family typewriter tjp \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout tjp@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{tjp} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!thisJoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{thisJoinPoint} \end_layout \end_inset \end_layout \end_inset resp. \begin_inset space ~ \end_inset \family typewriter thisJoinPoint \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout thisJoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{thisJoinPoint} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!thisJoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{thisJoinPoint} \end_layout \end_inset \end_layout \end_inset which is of type \family typewriter JoinPoint \family default and is always available in advice code \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash begin{comment} \end_layout \end_inset and introductions \begin_inset ERT status collapsed \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \backslash end{comment} \end_layout \begin_layout Plain Layout \end_layout \end_inset , too. \end_layout \begin_layout Standard The following example illustrates how to implement a re-usable control flow \begin_inset Index idx status collapsed \begin_layout Plain Layout control flow \end_layout \end_inset aspect using the \family typewriter JoinPoint \family default API. \end_layout \begin_layout Subsubsection* Example: re-usable trace aspect \begin_inset CommandInset label LatexCommand label name "exa:re-usable-trace" \end_inset \end_layout \begin_layout LyX-Code aspect Trace { \begin_inset Newline newline \end_inset pointcut virtual methods() = 0; \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset advice execution(methods()) : around() { \begin_inset Newline newline \end_inset cout << "before " << JoinPoint::signature() << "("; \end_layout \begin_layout LyX-Code for (unsigned i = 0; i < JoinPoint::args(); i++) \begin_inset Newline newline \end_inset printvalue(tjp->arg(i), JoinPoint::argtype(i)); \begin_inset Newline newline \end_inset cout << ")" << endl; \begin_inset Newline newline \end_inset tjp->proceed() \series bold ; \begin_inset Newline newline \end_inset \series default cout << "after" << endl; \begin_inset Newline newline \end_inset } \begin_inset Newline newline \end_inset }; \end_layout \begin_layout Standard This aspect weaves tracing code into every function specified by the virtual pointcut \begin_inset Index idx status collapsed \begin_layout Plain Layout pure virtual!pointcut \end_layout \end_inset redefined in a derived aspect. The helper function \family typewriter printvalue \family default is responsible for the formatted output of the arguments given at the function call. After calling \family typewriter printvalue \family default for every argument the program code of the actual join point is executed by calling \family typewriter proceed \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout proceed@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{proceed()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!proceed()@ \backslash texttt{proceed()} \end_layout \end_inset \end_layout \end_inset on the \family typewriter JoinPoint \family default object. The functionality of \family typewriter proceed \family default is achieved by making use of the so-called actions. \end_layout \begin_layout Subsubsection Actions \begin_inset Index idx status collapsed \begin_layout Plain Layout action \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!action \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard In AspectC++ an action is the statement sequence that would follow a reached join point in a running program if advice code would not have been activated. Thus \family typewriter tjp->proceed() \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout proceed@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{proceed()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!proceed()@ \backslash texttt{proceed()} \end_layout \end_inset \end_layout \end_inset triggers the execution of the program code of a join point. This can be the call or execution of a function as well as the writing or reading of attributes or variables. The actions concept is realized in the \family typewriter AC::Action \family default structure. In fact, \family typewriter proceed \family default is equivalent to \family typewriter action().trigger() \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout trigger@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{trigger()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout action!trigger@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{trigger()} \end_layout \end_inset \end_layout \end_inset so that \family typewriter tjp->proceed() \family default may also be replaced by \family typewriter tjp->action().trigger() \family default . Thereby the method \family typewriter action() \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout action@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{action()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!action@ \backslash texttt{action()} \end_layout \end_inset \end_layout \end_inset of the \family typewriter JoinPoint \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint} \end_layout \end_inset \end_layout \end_inset API returns the actual action object for a join point. \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!for advice code \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!runtime support \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout action \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!action \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Standard \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash begin{comment} \end_layout \end_inset \end_layout \begin_layout Subsubsection Support for Introductions \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!for introductions \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout introduction!runtime support \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard The \family typewriter JoinPoint \family default API available in code introduced by an introduction is listed in the following table. \end_layout \begin_layout Standard \begin_inset Float table placement H wide false sideways false status open \begin_layout Plain Layout \align center \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \series bold static methods: \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter const char *signature() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout signature of the function or attribute \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter unsigned id() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout identification of the join point \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter AC::JPType jptype() \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout type of join point \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \series bold types: \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter Aspect \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout type of the aspect \end_layout \end_inset \end_inset \end_layout \begin_layout Plain Layout \begin_inset Caption Standard \begin_layout Plain Layout \family typewriter JoinPoint \family default API for introductions \end_layout \end_inset \end_layout \end_inset \end_layout \begin_layout Standard In difference to the API available for advice code the API for introduction only provides static information about a join point. A nice demonstration of this API is shown in the following example. \end_layout \begin_layout Subsubsection* Example: static type identification using introductions \begin_inset CommandInset label LatexCommand label name "exa:static-type-id" \end_inset \end_layout \begin_layout LyX-Code aspect TypeInfo { \begin_inset Newline newline \end_inset pointcut virtual typed() = 0; \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset advice typed() : static unsigned type_id() { \begin_inset Newline newline \end_inset return JoinPoint::id(); \begin_inset Newline newline \end_inset } \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset advice typed() : virtual unsigned type() { \begin_inset Newline newline \end_inset return type_id(); \begin_inset Newline newline \end_inset } \begin_inset Newline newline \end_inset }; \end_layout \begin_layout Standard The first introduction of this aspect introduces a static method \family typewriter type_id \family default into a set of classes returning an unique integer value. By introducing a second non-static but virtual method type into these classes also returning the unique integer value a type identification can be realized like this: \end_layout \begin_layout LyX-Code if (obj->type() == AClass::type_id()) \begin_inset Newline newline \end_inset ... \begin_inset Newline newline \end_inset else if (obj->type() == AnotherClass::type_id()) \begin_inset Newline newline \end_inset ... \end_layout \begin_layout Standard This implements a nice alternative to the C++ RTTI mechanism especially when the RTTI support of a compiler is switched off. \end_layout \begin_layout Standard Code of introductions have to use the type \family typewriter Aspect \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout Aspect@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{Aspect} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!Aspect@ \backslash texttt{Aspect} \end_layout \end_inset \end_layout \end_inset to get access to the methods and attributes of an aspect, e.g. \begin_inset space ~ \end_inset by calling \family typewriter Aspect::aspectof() \family default . Because the static function \family typewriter aspectof \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout aspectof@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{aspectof()} \end_layout \end_inset \end_layout \end_inset is always generated for an aspect, except when it is already explicitly defined, \family typewriter aspectof \family default always returns the actual aspect instance. By courtesy of this technique the example \begin_inset CommandInset ref LatexCommand vpageref reference "exa:aspect-decl" \end_inset can be changed to provide not only the count of all threads but to provide a count for every thread. \end_layout \begin_layout Subsubsection* Example: \begin_inset CommandInset label LatexCommand label name "exa:extended-thread" \end_inset extended thread counting \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!for introductions \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout introduction!runtime support \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout LyX-Code aspect Counter { \begin_inset Newline newline \end_inset int m_count; \begin_inset Newline newline \end_inset ... \begin_inset Newline newline \end_inset advice counted() : class Helper { \begin_inset Newline newline \end_inset Helper() { Aspect::aspectof()->m_count++; } \begin_inset Newline newline \end_inset } m_counter; \begin_inset Newline newline \end_inset ... \begin_inset Newline newline \end_inset }; \end_layout \begin_layout Standard \begin_inset ERT status collapsed \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \backslash end{comment} \end_layout \begin_layout Plain Layout \end_layout \end_inset \end_layout \begin_layout Section \begin_inset CommandInset label LatexCommand label name "sec:Match-Expressions" \end_inset Match Expressions \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout search pattern!match expression \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard Match expressions are a used to describe a set of statically known program entities in a C++ source code. These program entities correspond to name join points. Therefore a match expression always returns a name pointcut. There can be match expressions for namespaces, classes, functions or variables. \end_layout \begin_layout Subsection Commonly Used Matching Mechanisms \begin_inset CommandInset label LatexCommand label name "sub:Commonly-Used-Matchings" \end_inset \end_layout \begin_layout Standard This section describes matching mechanisms that are used in match expressions listed in sections \begin_inset CommandInset ref LatexCommand ref reference "sub:Namspace-and-Class" \end_inset to \begin_inset CommandInset ref LatexCommand ref reference "sub:Variable-Matching" \end_inset . \end_layout \begin_layout Standard The grammar used for match expression parsing is shown in appendix \begin_inset CommandInset ref LatexCommand vref reference "sec:Match-Expression-Grammar" \end_inset . The following subsections separately describe the name, scope, and type matching mechanisms. All of them are used in match expressions of functions and variables, while match expressions of namespaces and classes only uses name and scope matching. \end_layout \begin_layout Subsubsection \begin_inset CommandInset label LatexCommand label name "sub:Name-Matching" \end_inset Name Matching \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!name matching \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout name matching \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard Name matching is trivial as long as the compared name is a normal C++ identifier. If the \emph on name pattern \emph default \begin_inset Index idx status collapsed \begin_layout Plain Layout name pattern \end_layout \end_inset does \emph on not \emph default contain the special wildcard character % \begin_inset Index idx status collapsed \begin_layout Plain Layout \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash % \end_layout \end_inset \end_layout \end_inset , it matches a name only if it is exactly the same. Otherwise each wildcard character matches an arbitrary sequence of characters in the compared name. The wildcard character also matches an empty sequence. \end_layout \begin_layout Paragraph* Example: simple name patterns \family typewriter \begin_inset CommandInset label LatexCommand label name "exa:match-name-patterns" \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!simple name pattern \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout simple name pattern \end_layout \end_inset \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \family typewriter Token \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout only matches \family typewriter Token \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter % \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any name \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter parse_% \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any name beginning with \family typewriter parse_ \family default like \family typewriter parse_declarator \family default or \family typewriter parse_ \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter parse_%_id% \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches names like \family typewriter parse_type_id \family default , \family typewriter parse_private_identifier \family default , etc. \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter %_token \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches all names that end with \family typewriter _token \family default like \family typewriter start_token \family default , \family typewriter end_token \family default , and \family typewriter _token \end_layout \end_inset \end_inset \end_layout \begin_layout Subsubsection \begin_inset CommandInset label LatexCommand label name "sub:Scope-Matching" \end_inset Scope Matching \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!scope matching \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout scope matching \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard Restrictions on definition scopes can be described by \emph on scope patterns \emph default \begin_inset Index idx status collapsed \begin_layout Plain Layout scope pattern \end_layout \end_inset . This is a sequence of name patterns (or the special \emph on any scope sequence \emph default \begin_inset Index idx status collapsed \begin_layout Plain Layout any scope sequence \end_layout \end_inset pattern \family typewriter ... \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout ... \end_layout \end_inset ), which are separated by \family typewriter :: \family default , like in \family typewriter Puma::...:: \family default . A scope pattern always ends with \family typewriter :: \family default and should never start with \family typewriter :: \family default , because scope patterns are interpreted relative to the global scope anyway \begin_inset Foot status collapsed \begin_layout Plain Layout This restriction is also needed to avoid ambiguities in the match expression grammar: Does \begin_inset Quotes eld \end_inset \family typewriter A \begin_inset space ~ \end_inset :: \begin_inset space ~ \end_inset B \begin_inset space ~ \end_inset :: \begin_inset space ~ \end_inset C(int) \family default \begin_inset Quotes erd \end_inset mean \begin_inset Quotes eld \end_inset \family typewriter A \begin_inset space ~ \end_inset ::B::C(int) \family default \begin_inset Quotes erd \end_inset or \begin_inset Quotes eld \end_inset \family typewriter A::B \begin_inset space ~ \end_inset ::C(int) \family default \begin_inset Quotes erd \end_inset ? \end_layout \end_inset . The definition scope can either be a namespace or a class. \end_layout \begin_layout Standard A scope pattern matches the definition scope of a compared function or type if every part can successfully be matched with a corresponding part in the qualified name of the definition scope. The compared qualified name has to be relative to the global scope and should not start with \family typewriter :: \family default , which is optional in a C++ nested-name-specifier. The special \family typewriter ... \family default pattern matches any (even empty) sequence of scope names. If no scope pattern is given, a compared namespace, class, function or variable has to be defined in the global scope to be matched. \end_layout \begin_layout Paragraph* Example: scope patterns \family typewriter \begin_inset CommandInset label LatexCommand label name "exa:match-scope-patterns" \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!scope pattern \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout scope pattern \end_layout \end_inset \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \family typewriter ...:: \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any definition scope, even the global scope \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter Puma::CCParser:: \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches the scope \family typewriter Puma::CCParser \family default exactly \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ...::%Compiler%:: \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any class or namespace, which matches the name pattern \family typewriter %Compiler% \family default , in any scope \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter Puma::...:: \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any scope defined within the class or namespace \family typewriter Puma \family default and \family typewriter Puma \family default itself \end_layout \end_inset \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout scope matching \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!scope matching \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Subsubsection \begin_inset CommandInset label LatexCommand label name "sub:Type-Matching" \end_inset Type Matching \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!type matching \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout type matching \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard C++ types can be represented as a tree. For example, the function type \family typewriter int(double) \family default is a function type node with two children, one is an \family typewriter int \family default node, the other a \family typewriter double \family default node. Both children are leaves of the tree. \end_layout \begin_layout Standard The types used in match expressions can also be interpreted as trees. As an addition to normal C++ types they can also contain the % \begin_inset Index idx status collapsed \begin_layout Plain Layout \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash % \end_layout \end_inset \end_layout \end_inset wildcard character, name patterns, and scope patterns. A single wildcard character in a type pattern becomes a special \emph on any type node \emph default \begin_inset Index idx status collapsed \begin_layout Plain Layout any type node \end_layout \end_inset in the tree representation. \end_layout \begin_layout Standard For comparing a type pattern with a specific type the tree representation is used and the \emph on any type node \emph default matches an arbitrary type (sub-)tree. \end_layout \begin_layout Paragraph* Example: type patterns with the wildcard character \family typewriter \begin_inset CommandInset label LatexCommand label name "exa:match-type-patterns-wildcard" \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!type pattern with \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash % \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout type pattern with \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash % \end_layout \end_inset \end_layout \end_inset \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \family typewriter % \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any type \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter void (*)(%) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any pointer type that points to functions with a single argument and a \family typewriter void \family default result type \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout %* \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any pointer type \end_layout \end_inset \end_inset \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Paragraph Matching of Named Types \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard Type patterns may also contain name and scope patterns. They become a \emph on named type node \begin_inset Index idx status collapsed \begin_layout Plain Layout named type \end_layout \end_inset \emph default in the tree representation and match any union, struct, class, or enumeration type if its name and scope match the given pattern (see section \begin_inset CommandInset ref LatexCommand ref reference "sub:Name-Matching" \end_inset and \begin_inset CommandInset ref LatexCommand ref reference "sub:Scope-Matching" \end_inset ). \end_layout \begin_layout Paragraph Matching of \begin_inset Quotes eld \end_inset Pointer to Member \begin_inset Quotes erd \end_inset Types \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard Patterns for pointers to members \begin_inset Index idx status open \begin_layout Plain Layout pointer to member \end_layout \end_inset also contain a scope pattern, e.g. \family typewriter % \begin_inset space ~ \end_inset (Puma::CSyntax::*)() \family default . In this context the scope pattern is mandatory. The pattern is used for matching the class associated with a pointer to member type. \end_layout \begin_layout Paragraph Matching of Qualified Types ( \family typewriter const \family default / \family typewriter volatile \family default ) \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard Many C++ types can be qualified as \family typewriter const \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout const \end_layout \end_inset or \family typewriter volatile \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout volatile \end_layout \end_inset . In a type pattern these qualifier can also be used, but they are interpreted restrictions. If no \family typewriter const \family default or \family typewriter volatile \family default qualifier is given in a type pattern, the pattern also matches qualified types \begin_inset Foot status open \begin_layout Plain Layout Matching only non-constant or non-volatile types can be achieved by using the operators explained in section \begin_inset CommandInset ref LatexCommand vref reference "sub:Algebraic-Operators" \end_inset . For example, \family typewriter !"const \begin_inset space ~ \end_inset %" \family default describes all types which are not constant. \end_layout \end_inset . \end_layout \begin_layout Paragraph* Example: type patterns with \family typewriter const \family default and \family typewriter volatile \family default \family typewriter \begin_inset CommandInset label LatexCommand label name "exa:match-type-patterns-cv" \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!type pattern with cv qualifier \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout type pattern with cv qualifier \end_layout \end_inset \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \family typewriter % \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any type, even types qualified with \family typewriter const \family default or \family typewriter volatile \family default \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter const % \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches only types qualified by \family typewriter const \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter % (*)() const volatile \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches the type of all pointers to functions that are qualified by \family typewriter const \family default and \family typewriter volatile \end_layout \end_inset \end_inset \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Paragraph Handling of Conversion Function Types \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard The result type of conversion functions is interpreted as a special \emph on undefined \emph default type in type patterns as well as in compared types. The \emph on undefined \emph default \begin_inset Index idx status collapsed \begin_layout Plain Layout undefined type \end_layout \end_inset type is only matched by the \emph on any type \emph default node and the \emph on undefined type \emph default node. \end_layout \begin_layout Paragraph Ellipses in Function Type Patterns \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard In the list of function argument types the type pattern \family typewriter ... \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout ... \end_layout \end_inset can be used to match an arbitrary (even empty) list of types. The \family typewriter ... \family default pattern should not be followed by other argument type patterns in the list of argument types. \end_layout \begin_layout Paragraph Matching Virtual Functions \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard The \emph on decl-specifier-seq \emph default of a function type match expression may include the keyword \family typewriter \size small virtual \family default \size default . In this case the function type match expression only matches virtual or pure virtual member functions. As \family typewriter \size small const \family default \size default and \family typewriter \size small volatile \family default \size default , the \family typewriter \size small virtual \family default \size default keyword is regarded as a restriction. This means that a function type match expression without \family typewriter \size small virtual \family default \size default matches virtual and non-virtual functions. \end_layout \begin_layout Paragraph* Example: type patterns with \family typewriter virtual \family default \family typewriter \begin_inset CommandInset label LatexCommand label name "exa:match-type-patterns-virtual" \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!type pattern with virtual keyword \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout type pattern with virtual keyword \end_layout \end_inset \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \family typewriter virtual % ...::%(...) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches all virtual or pure virtual functions in any scope \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter % C::%(...) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches all member functions of C, even if they are virtual \end_layout \end_inset \end_inset \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Paragraph Matching Static Functions \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard Matching static functions works similar as matching virtual functions. The \emph on decl-specifier-seq \emph default of a function type match expression may include the keyword \family typewriter \size small static \family default \size default . In this case the function type match expression only matches static functions in global or namespace scope and static member functions of classes. As \family typewriter \size small const \family default \size default and \family typewriter \size small volatile \family default \size default , the \family typewriter \size small static \family default \size default keyword is regarded as a restriction. This means that a function type match expression without \family typewriter \size small static \family default \size default matches static and non-static functions. \end_layout \begin_layout Paragraph* Example: type patterns with \family typewriter static \family default \family typewriter \begin_inset CommandInset label LatexCommand label name "exa:match-type-patterns-static" \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!type pattern with static keyword \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout type pattern with static keyword \end_layout \end_inset \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \family typewriter static % ...::%(...) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches all static member and non-member functions in any scope \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter % C::%(...) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches all member functions of C, even if they are static \end_layout \end_inset \end_inset \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Paragraph Argument Type Adjustment \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard Argument types \begin_inset Index idx status collapsed \begin_layout Plain Layout argument types \end_layout \end_inset in type patterns are adjusted according to the usual C++ rules, i.e. array and function types are converted to pointers to the given type and \family typewriter const \family default / \family typewriter volatile \family default qualifiers are removed. Furthermore, argument type lists containing a single \family typewriter void \family default type are converted into an empty argument type list. \begin_inset Index idx status collapsed \begin_layout Plain Layout type matching \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!type matching \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Description \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout search pattern!match expression \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Subsection Namespace and Class Match Expressions \begin_inset CommandInset label LatexCommand label name "sub:Namspace-and-Class" \end_inset \end_layout \begin_layout Standard For namespaces and classes the matching process is special because it consists of two steps. \end_layout \begin_layout Standard First, each namespace and class is compared with a given match expression. A match expression that matches a namespace or class begins with the optional scope part and ends with the required name part. In course of this step the matching name join points are collected in a temporary pointcut. \end_layout \begin_layout Subsubsection* Example: scope and name parts of a namespace or class match expression \family typewriter \begin_inset CommandInset label LatexCommand label name "exa:match-expr-parts-namespaces-classes" \end_inset \end_layout \begin_layout LyX-Code "Puma::...::Parser%" \end_layout \begin_layout Standard This match expression describes the following requirements on a compared namespace or class: \end_layout \begin_layout Description scope: the scope in which the namespace or class is defined has to match \family typewriter Puma::...:: \end_layout \begin_layout Description name: the name of the namespace or class has to match the name pattern \family typewriter Parser% \end_layout \begin_layout Standard For more information about these parts see sections \begin_inset CommandInset ref LatexCommand nameref reference "sub:Scope-Matching" \end_inset \begin_inset CommandInset ref LatexCommand eqref reference "sub:Scope-Matching" \end_inset and \begin_inset CommandInset ref LatexCommand nameref reference "sub:Name-Matching" \end_inset \begin_inset CommandInset ref LatexCommand eqref reference "sub:Name-Matching" \end_inset . \end_layout \begin_layout Standard In the second step the temporary pointcut will be extended by contained name join points yielding the result pointcut. The extension rules are as follows: \end_layout \begin_layout Itemize If a namespace \emph on N \emph default is matched, the resulting pointcut additionally contains the following name join points: \begin_inset Newline newline \end_inset all functions, variables, (nested) classes, member functions, data members, constructors and destructors that are anywhere and arbitrary nested inside \emph on N \emph default . \end_layout \begin_layout Itemize If a class \emph on C \emph default is matched, the resulting pointcut additionally contains the following name join points: \begin_inset Newline newline \end_inset all member functions, data members and constructors of \emph on C \emph default as well as the destructor of \emph on C \emph default that are directly located inside \emph on C \emph default . So name join points that are nested inside a member function, a data member or a nested class are \series bold not \series default added to the pointcut. \end_layout \begin_layout Standard The following list contains example match expressions and the results after the first as well as after the second step. \begin_inset ERT status open \begin_layout Plain Layout \backslash newcommand{ \backslash steptwodescribedabove}{ \backslash textit{step one extended as described in step two}} \end_layout \end_inset \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \begin_inset ERT status open \begin_layout Plain Layout \backslash centering \end_layout \end_inset \series bold after step one \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \begin_inset ERT status open \begin_layout Plain Layout \backslash centering \end_layout \end_inset \series bold result \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter Token \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout only matches namespaces or classes with the name \family typewriter Token \family default that are directly inside the global namespace \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \begin_inset ERT status open \begin_layout Plain Layout \backslash steptwodescribedabove \end_layout \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ...::Token \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches \family typewriter Token \family default at arbitrary location \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \begin_inset ERT status open \begin_layout Plain Layout \backslash steptwodescribedabove \end_layout \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter % \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any namespace or class that is directly located in the global namespace but not the global namespace itself \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any namespace except the global namespace, any class that is arbitrary nested in a non-global namespace, any class directly located in the global namespace and all functions, member functions, variables, data members, constructors and destructors that are contained in one of the just mentioned entities \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family roman \series medium \shape up \size normal \emph off \bar no \strikeout off \uuline off \uwave off \noun off \color none :: \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family roman \series medium \shape up \size normal \emph off \bar no \strikeout off \uuline off \uwave off \noun off \color none matches the global namespace \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any function, variable, (nested) class, member function, data member, constructor or destructor \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \begin_inset ERT status open \begin_layout Plain Layout \backslash centering \end_layout \end_inset \series bold after step one \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \begin_inset ERT status open \begin_layout Plain Layout \backslash centering \end_layout \end_inset \series bold result \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter OOStuBS::CGA% \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any namespace or class inside \family typewriter OOStuBS \family default beginning with \family typewriter CGA \family default like \family typewriter OOStuBS::CGA, OOStuBS::CGA_Screen \family default or \family typewriter OOStuBS::CGA_Stream \family default . Note that this matches \family typewriter OOStuBS \family default only inside the global namespace. \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \begin_inset ERT status open \begin_layout Plain Layout \backslash steptwodescribedabove \end_layout \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter %::Smtp%Bldr% \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches namespaces and classes like \family typewriter SmtpBldr, SmtpClientBldr \family default or \family typewriter SmtpServerBldrCreator \family default , that are nested in exact one namespace or class. \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \begin_inset ERT status open \begin_layout Plain Layout \backslash steptwodescribedabove \end_layout \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter %Node \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any namespace or class ending with \family typewriter Node \family default like \family typewriter ModelNode, GraphNode \family default and \family typewriter Node \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \begin_inset ERT status open \begin_layout Plain Layout \backslash steptwodescribedabove \end_layout \end_inset \end_layout \end_inset \end_inset \begin_inset VSpace bigskip \end_inset Please note that local classes inside functions or member functions are never matched. \end_layout \begin_layout Subsection Function Match Expressions \end_layout \begin_layout Standard For function (or member function) matching a match expression is internally decomposed into the function type pattern \begin_inset Index idx status collapsed \begin_layout Plain Layout type pattern \end_layout \end_inset , the scope pattern \begin_inset Index idx status collapsed \begin_layout Plain Layout scope pattern \end_layout \end_inset , and the name pattern \begin_inset Index idx status collapsed \begin_layout Plain Layout name pattern \end_layout \end_inset . \end_layout \begin_layout Subsubsection* Example: type, scope, and name parts of a function match expression \family typewriter \begin_inset CommandInset label LatexCommand label name "exa:match-expr-parts-functions" \end_inset \end_layout \begin_layout LyX-Code "const % Puma::...::parse_% (Token *)" \end_layout \begin_layout Standard This match expression describes the following requirements on a compared function name: \end_layout \begin_layout Description name: the function name has to match the name pattern \family typewriter parse_% \end_layout \begin_layout Description scope: the scope in which the function is defined has to match \family typewriter Puma::...:: \end_layout \begin_layout Description type: the function type has to match \family typewriter const %(Token *) \end_layout \begin_layout Standard \begin_inset Note Note status open \begin_layout Plain Layout For classes and other types this decomposion is not necessary. For example, the type name \begin_inset Quotes eld \end_inset \family typewriter Puma::CCParser \family default \begin_inset Quotes erd \end_inset is sufficient to describe a class, because this is the same as the class name. \end_layout \end_inset If an entity matches all parts of the match expression, it becomes an element of the pointcut, which is defined and returned by the match expression. \end_layout \begin_layout Standard Common descriptions of name, scope and type matching can be found in section \begin_inset CommandInset ref LatexCommand ref reference "sub:Commonly-Used-Matchings" \end_inset . The following sections additionally describe the name matching of special functions. \end_layout \begin_layout Subsubsection Operator Function and Conversion Function Name Matching \end_layout \begin_layout Standard The name matching mechanism is more complicated if the pattern is compared with the name of a conversion function or an operator function. Both are matched by the name pattern \family typewriter % \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash % \end_layout \end_inset \end_layout \end_inset . However, with a different name pattern than \family typewriter % \family default they are only matched if the pattern begins with " \family typewriter operator \family default \begin_inset space ~ \end_inset ". The pattern " \family typewriter operator \begin_inset space ~ \end_inset % \family default " matches any operator function or conversion function name. \end_layout \begin_layout Standard C++ defines a fixed set of operators which are allowed to be overloaded. In a name pattern the same operators may be used after the " \family typewriter operator \family default \begin_inset space ~ \end_inset " prefix to match a specific operator function name. Operator names in name patterns are not allowed to contain the wildcard character. For ambiguity resolution the operators \family typewriter % \family default and \family typewriter %= \family default are matched by \family typewriter %% \family default and \family typewriter %%= \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash % \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash % \end_layout \end_inset \end_layout \end_inset in a name pattern. \end_layout \begin_layout Paragraph* Example: operator name patterns \begin_inset Index idx status open \begin_layout Plain Layout match expression!operator name pattern \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout operator name pattern \end_layout \end_inset \family typewriter \begin_inset CommandInset label LatexCommand label name "exa:match-operator-name-patterns" \end_inset \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \family typewriter operator \begin_inset space ~ \end_inset % \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any operator function name (as well as any conversion function name) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter operator \begin_inset space ~ \end_inset += \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches only the name of a \family typewriter += \family default operator \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter operator \begin_inset space ~ \end_inset %% \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches the name of an \family typewriter operator \begin_inset space ~ \end_inset % \end_layout \end_inset \end_inset \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Standard Conversion functions don't have a real name. For example, the conversion function \family typewriter operator int*() \family default defined in a class \family typewriter C \family default defines a conversion from a \family typewriter C \family default instance into an object of type \family typewriter int* \family default . To match conversion functions the name pattern may contain a type pattern after the prefix " \family typewriter operator \family default ". The type matching mechanism is explained in section \begin_inset CommandInset ref LatexCommand ref reference "sub:Type-Matching" \end_inset . \end_layout \begin_layout Paragraph* Example: conversion function name patterns \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!conversion function name pattern \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout conversion function name pattern \end_layout \end_inset \family typewriter \begin_inset CommandInset label LatexCommand label name "exa:match-conversion-function-name-patterns" \end_inset \begin_inset Newline newline \end_inset \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \family typewriter operator \begin_inset space ~ \end_inset % \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any conversion function name \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter operator \begin_inset space ~ \end_inset int* \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any name of a conversion that converts something into an \family typewriter int* \family default object \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter operator \begin_inset space ~ \end_inset %* \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout matches any conversion function name if that function converts something into a pointer \end_layout \end_inset \end_inset \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsubsection Constructors and Destructors \end_layout \begin_layout Standard Name patterns cannot be used to match constructor or destructor names. \end_layout \begin_layout Subsection Variable Match Expressions \begin_inset CommandInset label LatexCommand label name "sub:Variable-Matching" \end_inset \end_layout \begin_layout Standard For variable (or member) matching a match expression is internally decomposed into the variable type pattern \begin_inset Index idx status collapsed \begin_layout Plain Layout type pattern \end_layout \end_inset , the scope pattern \begin_inset Index idx status collapsed \begin_layout Plain Layout scope pattern \end_layout \end_inset , and the name pattern \begin_inset Index idx status collapsed \begin_layout Plain Layout name pattern \end_layout \end_inset . \end_layout \begin_layout Subsubsection* Example: type, scope, and name parts of a variable match expression \family typewriter \begin_inset CommandInset label LatexCommand label name "exa:match-expr-parts-variable" \end_inset \end_layout \begin_layout LyX-Code "const % Puma::...::parsed_%" \end_layout \begin_layout Standard This match expression describes the following requirements on a compared variable name: \end_layout \begin_layout Description name: the variable name has to match the name pattern \family typewriter parsed_% \end_layout \begin_layout Description scope: the scope in which the variable is defined has to match \family typewriter Puma::...:: \end_layout \begin_layout Description type: the variable type has to match \family typewriter const % \end_layout \begin_layout Standard If an entity matches all parts of the match expression, it becomes an element of the pointcut, which is defined and returned by the match expression. \end_layout \begin_layout Standard Descriptions of name, scope and type matching can be found in section \begin_inset CommandInset ref LatexCommand ref reference "sub:Commonly-Used-Matchings" \end_inset . \begin_inset Note Note status open \begin_layout Plain Layout TODO?: The following sections additionally describe the name matching of special variables. \end_layout \end_inset \end_layout \begin_layout Section Predefined Pointcut Functions \begin_inset CommandInset label LatexCommand label name "sec:Predefined" \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!function \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard On the following pages a complete list of the pointcut functions supported by AspectC++ is presented. For every pointcut function it is indicated which type of pointcut is expected as argument(s) and of which type the result pointcut is. Thereby \begin_inset Quotes eld \end_inset N \begin_inset Quotes erd \end_inset stands for name pointcut and \begin_inset Quotes eld \end_inset C \begin_inset Quotes erd \end_inset for code pointcut. The optionally given index is an assurance about the type of join point(s) described by the result pointcut \begin_inset Foot status open \begin_layout Plain Layout C, C \begin_inset Formula $_{\textrm{C}}$ \end_inset , C \begin_inset Formula $_{\textrm{E}}$ \end_inset , C \begin_inset Formula $_{\textrm{B}}$ \end_inset , C \begin_inset Formula $_{\textrm{S}}$ \end_inset , C \begin_inset Formula $_{\textrm{G}}$ \end_inset : Code (any, only \emph on \bar under C \bar default all \emph default (without Builtin), only \emph on \bar under E \bar default xecution \emph default , only \emph on \bar under B \bar default uiltin \emph default , only \emph on \bar under S \bar default et \emph default , only \emph on \bar under G \bar default et \emph default ); N, N \begin_inset Formula $_{N}$ \end_inset , N \begin_inset Formula $_{C}$ \end_inset , N \begin_inset Formula $_{F}$ \end_inset , N \begin_inset Formula $_{T}$ \end_inset N \begin_inset Formula $_{V}$ \end_inset : Names (any, only \emph on \bar under N \bar default amespace \emph default , only \emph on \bar under C \bar default lass \emph default , only \emph on \bar under F \bar default unction \emph default , only \emph on \bar under T \bar default ype \emph default , only \emph on \bar under V \bar default ariable \emph default ) \end_layout \end_inset . If a pointcut is used as argument of a pointcut function and the type of some join points in argument pointcut does not match one of the expected argument types of the pointcut function, these non-matching join points are silently ignored. \end_layout \begin_layout Subsection Types \end_layout \begin_layout Description base \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout base@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{base()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!base@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{base()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{C,F,V}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset N \begin_inset Formula $_{C,F,V}$ \end_inset \begin_inset Newline newline \end_inset returns a pointcut \shape italic \begin_inset Formula $p{}_{b}$ \end_inset \shape default of name join points created as follows \begin_inset Newline newline \end_inset \shape italic \begin_inset Formula $p{}_{b}\leftarrow\{$ \end_inset \shape default all base classes of classes in \shape italic pointcut \shape default but not the classes in \shape italic pointcut \shape default \begin_inset Formula $\}$ \end_inset , \begin_inset Newline newline \end_inset \shape italic \begin_inset Formula $p{}_{b}\leftarrow p{}_{b}\,||\,\{$ \end_inset \shape default all member functions and data members of classes in \begin_inset Formula $p_{b}$ \end_inset \begin_inset Formula $\}$ \end_inset , \begin_inset Newline newline \end_inset \shape italic \begin_inset Formula $p{}_{b}\leftarrow p{}_{b}\,||\,\{$ \end_inset \shape default all previous definitions of member functions in \shape italic pointcut \shape default but not the member functions in \shape italic pointcut \shape default \begin_inset Formula $\}$ \end_inset , \begin_inset Newline newline \end_inset \shape italic \begin_inset Formula $p{}_{b}\leftarrow p{}_{b}\,||\,\{$ \end_inset \shape default all previous definitions of data members in \shape italic pointcut \shape default but not the data members in \shape italic pointcut \shape default \begin_inset Formula $\}$ \end_inset \end_layout \begin_layout Description \shape italic \begin_inset Note Note status open \begin_layout Description base \series medium ( \emph on pointcut \emph default ) \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{F}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset N \begin_inset Formula $_{F}$ \end_inset \begin_inset Newline newline \end_inset returns all previous definitions of member-functions in \shape italic pointcut \shape default but not the member-functions in \shape italic pointcut \end_layout \begin_layout Description base \series medium ( \emph on pointcut \emph default ) \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{V}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset N \begin_inset Formula $_{V}$ \end_inset \begin_inset Newline newline \end_inset returns all previous definitions of members in \shape italic pointcut \shape default but not the members in \shape italic pointcut \end_layout \end_inset \end_layout \begin_layout Description derived \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout derived@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{derived()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!derived@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{derived()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{C,F,V}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset N \begin_inset Formula $_{C,F,V}$ \end_inset \begin_inset Newline newline \end_inset returns a pointcut \shape italic \begin_inset Formula $p{}_{d}$ \end_inset \shape default of name join points created as follows \begin_inset Newline newline \end_inset \shape italic \begin_inset Formula $p{}_{d}\leftarrow\{$ \end_inset \shape default all classes in \shape italic pointcut \shape default and all classes derived from them \begin_inset Formula $\}$ \end_inset , \begin_inset Newline newline \end_inset \shape italic \begin_inset Formula $p{}_{d}\leftarrow p{}_{d}\,||\,\{$ \end_inset \shape default all member functions and data members of classes in \begin_inset Formula $p{}_{d}$ \end_inset \begin_inset Formula $\}$ \end_inset , \begin_inset Newline newline \end_inset \shape italic \begin_inset Formula $p{}_{d}\leftarrow p{}_{d}\,||\,\{$ \end_inset \shape default all member functions in \shape italic \begin_inset Formula $pointcut$ \end_inset \shape default and all redefinitions of these member functions in derived classes \begin_inset Formula $\}$ \end_inset , \begin_inset Newline newline \end_inset \shape italic \begin_inset Formula $p{}_{d}\leftarrow p{}_{d}\,||\,\{$ \end_inset \shape default all data members in \shape italic \begin_inset Formula $pointcut$ \end_inset \shape default and all redefinitions of these data members in derived classes \begin_inset Formula $\}$ \end_inset \end_layout \begin_layout Subsubsection* Example: derived function matching \begin_inset CommandInset label LatexCommand label name "exa:derived_function_matching" \end_inset \end_layout \begin_layout LyX-Code struct A {}; \end_layout \begin_layout LyX-Code \family typewriter struct B : public A { void f(); }; \end_layout \begin_layout LyX-Code \family typewriter struct C : public B { void f(); }; \end_layout \begin_layout LyX-Code \family typewriter aspect Z { \end_layout \begin_layout LyX-Code \family typewriter advice execution(derived("A")) : before() { \end_layout \begin_layout LyX-Code \family typewriter // before execution of B::f() or C::f() \end_layout \begin_layout LyX-Code \family typewriter } \end_layout \begin_layout LyX-Code \family typewriter }; \end_layout \begin_layout Subsubsection* Example: type matching \begin_inset CommandInset label LatexCommand label name "exa:type-matching" \end_inset \end_layout \begin_layout Standard A software may contain the following class hierarchy. \end_layout \begin_layout LyX-Code class Shape { ... }; \begin_inset Newline newline \end_inset class Scalable { ... }; \begin_inset Newline newline \end_inset class Point : public Shape { ... }; \begin_inset Newline newline \end_inset ... \begin_inset Newline newline \end_inset class Rectangle : public Line, public Rotatable { ... }; \end_layout \begin_layout Standard With the following aspect a special feature is added to a designated set of classes of this class hierarchy. \end_layout \begin_layout LyX-Code aspect Scale { \begin_inset Newline newline \end_inset pointcut scalable() = "Rectangle" || \begin_inset Newline newline \end_inset (base("Rectangle") && derived("Point")); \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset advice "Point" : slice class : public Scalable; \begin_inset Newline newline \end_inset advice scalable() : slice class { \begin_inset Newline newline \end_inset void scale(int value) { ... } \end_layout \begin_layout LyX-Code }; \begin_inset Newline newline \end_inset }; \end_layout \begin_layout Standard The pointcut describes the classes \family typewriter Point \family default and \family typewriter Rectangle \family default and all classes derived from \family typewriter Point \family default that are direct or indirect base classes of \family typewriter Rectangle \family default . With the first advice \family typewriter Point \family default gets a new base class. The second advice adds a corresponding method to all classes in the pointcut. \end_layout \begin_layout Subsection Control Flow \begin_inset Index idx status collapsed \begin_layout Plain Layout control flow \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Description cflow \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout cflow@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{cflow()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!cflow@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{cflow()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset C \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Newline newline \end_inset captures join points occurring in the dynamic execution context of join points in \shape italic pointcut \shape default . Currently the language features being used in the argument pointcut are restricted. The argument is not allowed to contain any context variable bindings (see \begin_inset CommandInset ref LatexCommand ref reference "sub:context" \end_inset ) or other pointcut functions which have to be evaluated at runtime like \series bold cflow \series default ( \emph on pointcut \emph default ) itself. \end_layout \begin_layout Subsubsection* Example: control flow dependant advice activation \begin_inset CommandInset label LatexCommand label name "exa:control-flow" \end_inset \end_layout \begin_layout Standard The following example demonstrates the use of the \series bold cflow \series default pointcut function. \end_layout \begin_layout LyX-Code class Bus { \begin_inset Newline newline \end_inset void out (unsigned char); \begin_inset Newline newline \end_inset unsigned char in (); \begin_inset Newline newline \end_inset }; \end_layout \begin_layout Standard Consider the class \family typewriter Bus \family default shown above. It might be part of an operating system kernel and is used there to access peripheral devices via a special I/O bus. The execution of the member functions \family typewriter in() \family default and \family typewriter out() \family default should not be interrupted, because this would break the timing of the bus communication. Therefore, we decide to implement an interrupt synchronization aspect that disables interrupts during the execution of in() and out(): \end_layout \begin_layout LyX-Code \begin_inset listings lstparams "breaklines=true,showstringspaces=false" inline false status open \begin_layout LyX-Code aspect BusIntSync { \end_layout \begin_layout LyX-Code pointcut critical() = execution("% Bus::%(...)"); \end_layout \begin_layout LyX-Code advice critical() && !cflow(execution("% os::int_handler()")) : around() { \end_layout \begin_layout LyX-Code os::disable_ints(); \end_layout \begin_layout LyX-Code tjp->proceed(); \end_layout \begin_layout LyX-Code os::enable_ints(); \end_layout \begin_layout LyX-Code } \end_layout \begin_layout LyX-Code }; \end_layout \end_inset \end_layout \begin_layout Standard As the bus driver code might also be called from an interrupt handler, the interrupts should not be disabled in any case. Therefore, the pointcut expression exploits the \series bold cflow() \series default pointcut function to add a runtime condition for the advice activation. The advice body should only be executed if the control flow did not come from the interrupt handler \family typewriter os::int_handler() \family default , because it is not interruptable by definition and \family typewriter os::enable_ints() \family default in the advice body would turn on the interrupts too early. \begin_inset Index idx status collapsed \begin_layout Plain Layout control flow \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Subsection Scope \end_layout \begin_layout Description within \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout within@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{within()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!within@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{within()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Newline newline \end_inset returns all code join points that are located directly inside or at a name join point in \shape italic pointcut \end_layout \begin_layout Description member \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout member@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{member()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!member@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{member()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $\rightarrow$ \end_inset N \begin_inset Newline newline \end_inset maps the scopes given in \emph on pointcut \emph default to any contained named entities. Thus a class name for example is mapped to all contained member functions, variables and nested types. \end_layout \begin_layout Subsubsection* Example: matching in scopes \begin_inset CommandInset label LatexCommand label name "exa:matching-in-scopes" \end_inset \end_layout \begin_layout LyX-Code aspect Logger { \begin_inset Newline newline \end_inset pointcut calls() = \begin_inset Newline newline \end_inset call("void transmit()") && within("Transmitter"); \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset advice calls() : around() { \begin_inset Newline newline \end_inset cout << "transmitting ... " << flush; \begin_inset Newline newline \end_inset tjp->proceed(); \begin_inset Newline newline \end_inset cout << "finished." << endl; \begin_inset Newline newline \end_inset } \begin_inset Newline newline \end_inset }; \end_layout \begin_layout Standard This aspect inserts code logging all calls to \family typewriter transmit \family default that are within the methods of class \family typewriter Transmitter \family default . \end_layout \begin_layout Subsection Functions \begin_inset CommandInset label LatexCommand label name "sub:Functions" \end_inset \end_layout \begin_layout Description call \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout call@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{call()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!call@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{call()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{F}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{C}$ \end_inset \begin_inset Newline newline \end_inset returns all code join points where a user provided function or member function in \shape italic pointcut \shape default is called. The resulting join points are located in the scope of the resp. caller meaning where the function or member functions is called. The pointcut does not include join points at calls to built-in operators. \end_layout \begin_layout Description execution \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout execution@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{execution()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status open \begin_layout Plain Layout pointcut function!execution@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{execution()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{F}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{E}$ \end_inset \begin_inset Newline newline \end_inset returns all code join points where a function or member function in \shape italic pointcut \shape default is executed. The resulting join points are located in the scope of the callee meaning where the function or member function is defined/implemented. \end_layout \begin_layout Subsubsection* Example: function matching \begin_inset CommandInset label LatexCommand label name "exa:function-matching" \end_inset \end_layout \begin_layout Standard The following aspect weaves debugging code into a program that checks whether a method is called on a null pointer and whether the argument of the call is null. \end_layout \begin_layout LyX-Code \begin_inset listings lstparams "breaklines=true,showstringspaces=false" inline false status open \begin_layout LyX-Code aspect Debug { \end_layout \begin_layout LyX-Code pointcut fct() = "% MemPool::dealloc(void*)"; \end_layout \begin_layout LyX-Code pointcut exec() = execution(fct()); \end_layout \begin_layout LyX-Code pointcut calls() = call(fct()); \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code advice exec() && args(ptr) : before(void *ptr) { \end_layout \begin_layout LyX-Code assert(ptr && "argument is NULL"); \end_layout \begin_layout LyX-Code } \end_layout \begin_layout LyX-Code advice calls() : before() { \end_layout \begin_layout LyX-Code assert(tjp->target() && "'this' is NULL"); \end_layout \begin_layout LyX-Code } \end_layout \begin_layout LyX-Code }; \end_layout \end_inset \end_layout \begin_layout Standard The first advice provides code to check the argument of the function \family typewriter dealloc \family default before the function is executed. A check whether \family typewriter dealloc \family default is called on a null object is provided by the second advice. This is realized by checking the target of the call. \end_layout \begin_layout Subsection Built-in Operators \begin_inset CommandInset label LatexCommand label name "sub:builtin_operators" \end_inset \end_layout \begin_layout Description builtin \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status open \begin_layout Plain Layout builtin@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{builtin()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status open \begin_layout Plain Layout pointcut function!builtin@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{builtin()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status open \begin_layout Plain Layout built-in operators!builtin@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{builtin()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status open \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{F}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{B}$ \end_inset \begin_inset Newline newline \end_inset returns all code join points where a built-in operator in \shape italic pointcut \shape default is called. \begin_inset Newline newline \end_inset This pointcut function does not return join points at constructor or destructor calls. See section \begin_inset CommandInset ref LatexCommand nameref reference "sub:Object-Construction-and" \end_inset ( \begin_inset CommandInset ref LatexCommand ref reference "sub:Object-Construction-and" \end_inset ) to find out how to describe these join points. \begin_inset Newline newline \end_inset The builtin pointcut function is a new feature that was introduced in version 2.0 and is therefore not enabled by default to avoid compatibility issues (e.g., if someone named a pointcut \begin_inset Quotes eld \end_inset builtin \begin_inset Quotes erd \end_inset ). The \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{{-}{-}builtin \backslash _operators} \end_layout \end_inset command-line argument enables the described functionality. \end_layout \begin_layout Standard The intersection of the results of \series bold call \series default and \series bold builtin \series default always yields the empty pointcut: \begin_inset Newline newline \end_inset call( \emph on pointcut \emph default ) \begin_inset space ~ \end_inset && \series medium \emph on \begin_inset space ~ \end_inset \series default \emph default builtin( \series medium \emph on pointcut \series default \emph default ) \series medium \emph on \series default \emph default = \begin_inset Formula $\varnothing\quad\forall$ \end_inset \emph on pointcut \end_layout \begin_layout Subsubsection* Example: operator matching \begin_inset CommandInset label LatexCommand label name "exa:builtin-matching" \end_inset \end_layout \begin_layout Standard The following aspect weaves code into a program that checks whether a null-point er will be dereferenced. If this occurs, the advice will provide the code position on the error stream. \end_layout \begin_layout LyX-Code \begin_inset listings lstparams "breaklines=true,showstringspaces=false" inline false status open \begin_layout LyX-Code aspect ProblemReporter { \end_layout \begin_layout LyX-Code advice builtin("% operator *(%)") : before() { \end_layout \begin_layout LyX-Code if(*tjp->arg<0>() == 0) { \end_layout \begin_layout LyX-Code cerr << tjp->filename() << " (Line " << tjp->line() << "): dereferencing of null-pointer!" << endl; \end_layout \begin_layout LyX-Code } \end_layout \begin_layout LyX-Code } \end_layout \begin_layout LyX-Code }; \end_layout \end_inset \end_layout \begin_layout Subsubsection Limitations \begin_inset CommandInset label LatexCommand label name "sub:builtin_limitations" \end_inset \begin_inset Index CommandInset label status open \begin_layout Plain Layout builtin!limitations \end_layout \end_inset \begin_inset Index idx status open \begin_layout Plain Layout built-in operators!limitations \end_layout \end_inset \end_layout \begin_layout Standard Some built-in operators could not be fully supported. For example, weaving advice code for built-in operators in \series bold constant expressions \series default would destroy the constancy of the expressions and inhibit evaluation at compile time. Therefore, operators in constant expressions are not matched. The following code listing gives some examples for operators in constant expressions. \begin_inset listings lstparams "basicstyle={\ttfamily},breaklines=true,tabsize=2" inline false status open \begin_layout Plain Layout class ExampleClass { \end_layout \begin_layout Plain Layout static const int const_member = 5 * 2; \end_layout \begin_layout Plain Layout unsigned int bitfield : 4 / 2; \end_layout \begin_layout Plain Layout }; \end_layout \begin_layout Plain Layout const int const_two = 3 - 1; \end_layout \begin_layout Plain Layout static char char_array[const_two + 5]; \end_layout \begin_layout Plain Layout enum ExampleEnum { \end_layout \begin_layout Plain Layout ENUM_VALUE = const_two + 1 \end_layout \begin_layout Plain Layout }; \end_layout \begin_layout Plain Layout switch(const int const_temp = 1) { \end_layout \begin_layout Plain Layout case const_temp + 1: { \end_layout \begin_layout Plain Layout // ... \end_layout \begin_layout Plain Layout break; \end_layout \begin_layout Plain Layout } \end_layout \begin_layout Plain Layout } \end_layout \end_inset A further limitation results from the fact, that the C++-standard forbids \series bold pointers and references to bit-fields \series default . Thus all operators that refer to a bit-field (e.g. the assignment- or increment-/decrement-operator needs a reference as first argument) are not supported. \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset Moreover any operator that has an \series bold anonymous/unnamed or local type or a type with no linkage \series default as argument or result is not supported (because these types shall not be used as a template argument which makes weaving impossible in most cases). \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset Additionally \series bold postfix increment/decrement operators \series default have a second implicit argument of type \family typewriter int \family default to distinguish between pre- and postfix operators. So e.g. \family typewriter \begin_inset Quotes eld \end_inset % operator ++(%, int) \begin_inset Quotes erd \end_inset \family default matches the postfix increment operator and \family typewriter \begin_inset Quotes eld \end_inset % operator ++(%) \begin_inset Quotes erd \end_inset \family default matches the prefix increment operator. \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset Also the \series bold address-of operator \family typewriter & \family default \series default is not supported, if the argument is a data member or member function, because these types do not exist as type of a variable. \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset Furthermore the C++-standard states that if the result of .* or ->* is a function, that result can be used only as the operand for the function call operator \family typewriter () \family default . Therefore the \series bold pointer to member operators \family typewriter .* \family default and \family typewriter ->* \family default \series default \begin_inset Index idx status open \begin_layout Plain Layout pointer to member \end_layout \end_inset that get a member function pointer as second argument are not supported, because a caching of the result is not possible. \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset At last there are some limitations with the \series bold short-circuiting \begin_inset Index idx status collapsed \begin_layout Plain Layout short circuit evaluation \end_layout \end_inset operators \family typewriter && \family default , \family typewriter || \family default and \family typewriter ?: \family default \series default . If the second or third argument is not evaluated, tjp->args() will return a null-pointer for the corresponding argument. Additionally the result of the args pointcut function (see \begin_inset CommandInset ref LatexCommand ref reference "sub:context" \end_inset ) is determined at runtime, if an short-circuit argument is bound with the args pointcut function . Thus the advice code in the following example is only executed, if the first argument evaluates to \family typewriter true \family default so that the second argument is available. In case of \family typewriter || \family default the first argument have to be \family typewriter false \family default to make the second argument available and in case of \family typewriter ?: \family default the first argument makes the decision about the availability of the second resp. third argument. \begin_inset listings lstparams "basicstyle={\ttfamily},breaklines=true,showstringspaces=false,tabsize=2" inline false status open \begin_layout Plain Layout advice builtin("% operator &&(bool, bool)") && args("%", b2) : before(bool b2) { \end_layout \begin_layout Plain Layout // advice code \end_layout \begin_layout Plain Layout } \end_layout \end_inset A \series bold complete list with all limitations and not supported operators \series default can be found in the next section \begin_inset CommandInset ref LatexCommand ref reference "sub:builtin_supported_operators" \end_inset . \end_layout \begin_layout Subsubsection Supported And Not Supported Operators \begin_inset CommandInset label LatexCommand label name "sub:builtin_supported_operators" \end_inset \begin_inset Index idx status open \begin_layout Plain Layout builtin!supported operators \end_layout \end_inset \begin_inset Index idx status open \begin_layout Plain Layout built-in operators!supported operators \end_layout \end_inset \end_layout \begin_layout Standard This section contains information about the builtin pointcut function in terms of supported operators. \begin_inset Newline newline \end_inset Table \begin_inset CommandInset ref LatexCommand ref reference "tab:builtin_supported_operators" \end_inset shows all operators that are fully or partly supported and indicates the special characteristics of these operators, if available. For more information see section \begin_inset CommandInset ref LatexCommand ref reference "sub:builtin_limitations" \end_inset . \begin_inset Newline newline \end_inset Table \begin_inset CommandInset ref LatexCommand ref reference "tab:builtin_not_supported_operators" \end_inset shows not supported operators. \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \series bold operator and example \begin_inset CommandInset label LatexCommand label name "tab:builtin_supported_operators" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \series bold special characteristics \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout unary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter + \begin_inset ERT status open \begin_layout Plain Layout {} \end_layout \end_inset + \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a+ \begin_inset ERT status collapsed \begin_layout Plain Layout {} \end_layout \end_inset + \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout postfix operator (second argument of type \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{int} \end_layout \end_inset ) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout unary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter - \begin_inset ERT status open \begin_layout Plain Layout {} \end_layout \end_inset - \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a- \begin_inset ERT status open \begin_layout Plain Layout {} \end_layout \end_inset - \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout postfix operator (second argument of type \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{int} \end_layout \end_inset ) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout unary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter + \begin_inset ERT status collapsed \begin_layout Plain Layout {} \end_layout \end_inset + \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter + \begin_inset ERT status collapsed \begin_layout Plain Layout {} \end_layout \end_inset +a \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout prefix operator; not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout unary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter - \begin_inset ERT status open \begin_layout Plain Layout {} \end_layout \end_inset - \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter - \begin_inset ERT status open \begin_layout Plain Layout {} \end_layout \end_inset -a \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout prefix operator; not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout unary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter & \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter &a \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a member \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout unary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter * \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter *a \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout unary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter + \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter +a \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout unary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter - \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -a \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout unary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter \begin_inset Formula $\sim$ \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter \begin_inset Formula $\sim$ \end_inset a \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout unary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ! \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter !a \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter .* \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a.*b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{b} \end_layout \end_inset is a member function pointer \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ->* \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a->*b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{b} \end_layout \end_inset is a member function pointer \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter * \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a*b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter / \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a/b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter % \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a%b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout in match expressions: escape \family typewriter % \family default with \family typewriter %% \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter + \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a+b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter - \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a-b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter < \begin_inset ERT status collapsed \begin_layout Plain Layout {} \end_layout \end_inset < \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a< \begin_inset ERT status collapsed \begin_layout Plain Layout {} \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter > \begin_inset ERT status collapsed \begin_layout Plain Layout {} \end_layout \end_inset > \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a> \begin_inset ERT status collapsed \begin_layout Plain Layout {} \end_layout \end_inset >b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter < \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter > \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a>b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter <= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a<=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter >= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a>=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter == \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a==b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter != \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a!=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter & \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a&b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ‸ \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a‸b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter | \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a|b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter && \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a&&b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout limitations due to short-circuit evaluation \begin_inset Index idx status collapsed \begin_layout Plain Layout short circuit evaluation \end_layout \end_inset (see \begin_inset CommandInset ref LatexCommand ref reference "sub:builtin_limitations" \end_inset ) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter || \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a||b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout limitations due to short-circuit evaluation (see \begin_inset CommandInset ref LatexCommand ref reference "sub:builtin_limitations" \end_inset ) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter = \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout copy-assignment not supported; \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter *= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a*=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter /= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a/=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter %= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a%=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout in match expressions: escape \family typewriter %= \family default with \family typewriter %%=; \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter += \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a+=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a-=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter < \begin_inset ERT status collapsed \begin_layout Plain Layout {} \end_layout \end_inset <= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a< \begin_inset ERT status collapsed \begin_layout Plain Layout {} \end_layout \end_inset <=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter > \begin_inset ERT status collapsed \begin_layout Plain Layout {} \end_layout \end_inset >= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a> \begin_inset ERT status collapsed \begin_layout Plain Layout {} \end_layout \end_inset >=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter &= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a&=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter |= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a|=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ‸= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a‸=b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout not supported if \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{a} \end_layout \end_inset is a bit-field \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter [] \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a[b] \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout ternary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ?: \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a?b:c \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout limitations due to short-circuit evaluation (see \begin_inset CommandInset ref LatexCommand ref reference "sub:builtin_limitations" \end_inset ) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout continuation on next page... \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \end_inset \begin_inset ERT status open \begin_layout Plain Layout \backslash addtocounter{table}{-1}%because longtable did a +1 \end_layout \begin_layout Plain Layout \backslash captionof{table}{operators that are (partly) supported by the builtin pointcut function} \backslash vfill \end_layout \end_inset \end_layout \begin_layout Standard \align center \begin_inset ERT status open \begin_layout Plain Layout $ \backslash ,$ \backslash \backslash $ \backslash ,$ \backslash \backslash $ \backslash ,$ \end_layout \end_inset \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \series bold operator and example \begin_inset CommandInset label LatexCommand label name "tab:builtin_not_supported_operators" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter , \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a,b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -> \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a->b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout binary \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout . \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter a.b \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter new \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter new a \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter delete \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter delete a \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter new[] \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter new[] a \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter delete[] \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter delete[] a \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family sans implicit conversions \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout operators in constant expressions (see \begin_inset CommandInset ref LatexCommand ref reference "sub:builtin_limitations" \end_inset ) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout operators with an anonymous/unnamed or local type (see \begin_inset CommandInset ref LatexCommand ref reference "sub:builtin_limitations" \end_inset ) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout operators that have a type with no linkage (see \begin_inset CommandInset ref LatexCommand ref reference "sub:builtin_limitations" \end_inset ) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \end_inset \begin_inset ERT status open \begin_layout Plain Layout \backslash addtocounter{table}{-1}%because longtable did a +1 \end_layout \begin_layout Plain Layout \backslash captionof{table}{operators that are not supported by the builtin pointcut function} \end_layout \end_inset \end_layout \begin_layout Subsection Object Construction and Destruction \begin_inset CommandInset label LatexCommand label name "sub:Object-Construction-and" \end_inset \end_layout \begin_layout Description construction \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status open \begin_layout Plain Layout construction@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{construction()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status open \begin_layout Plain Layout pointcut function!construction@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{construction()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{C}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{Cons}$ \end_inset \begin_inset Newline newline \end_inset returns all code join points where an instance of a class in \shape italic pointcut \shape default is constructed. The construction join point begins after all base class and member construction join points. It can be imagined as the execution of the constructor. However, advice for construction join points work, even if there is no constructor defined explicitly. A construction join point has arguments and argument types, which can be exposed or filtered, e.g. by using the \series bold args \series default pointcut function. \end_layout \begin_layout Description destruction \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout destruction@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{destruction()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!destruction@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{destruction()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{C}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{Des}$ \end_inset \begin_inset Newline newline \end_inset returns all code join points where an instance of a class in \shape italic pointcut \shape default is destructed. The destruction join point ends before the destruction join point of all members and base classes. It can be imagined as the execution of the destructor, although a destructor does not to be defined explicitly. A destruction join point has an empty argument list. \end_layout \begin_layout Subsubsection* Example: instance counting \begin_inset CommandInset label LatexCommand label name "exa:instance-counting" \end_inset \end_layout \begin_layout Standard The following aspect counts how many instances of the class \family typewriter ClassOfInterest \family default are created and destroyed. \end_layout \begin_layout LyX-Code aspect InstanceCounting { \begin_inset Newline newline \end_inset // the class for which instances should be counted \begin_inset Newline newline \end_inset pointcut observed() = "ClassOfInterest"; \begin_inset Newline newline \end_inset // count constructions and destructions \begin_inset Newline newline \end_inset advice construction (observed ()) : before () { \begin_inset Newline newline \end_inset _created++; } \begin_inset Newline newline \end_inset advice destruction (observed ()) : after () { \begin_inset Newline newline \end_inset _destroyed++; } \begin_inset Newline newline \end_inset // counters \end_layout \begin_layout LyX-Code int _created, _destroyed; \end_layout \begin_layout LyX-Code public: \begin_inset Newline newline \end_inset // Singleton aspects can have a default constructor \begin_inset Newline newline \end_inset InstanceCounting () { _created = _destroyed = 0; } \end_layout \begin_layout LyX-Code }; \end_layout \begin_layout Standard The implementation of this aspect is straightforward. Two counters are initialized by the aspect constructor and incremented by the construction/destruction advice. By defining \family typewriter observed() \family default as a pure virtual pointcut the aspect can easily be transformed into a reusable abstract aspect. \end_layout \begin_layout Subsection Variables \end_layout \begin_layout Description get \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout get@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{get()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!get@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{get()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{V}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{G}$ \end_inset \begin_inset Newline newline \end_inset returns all code join points where a global variable or data member in \shape italic pointcut \shape default is read. The get join points are located at implicit lvalue-to-rvalue conversions according to the C++ standard. In addition, the get join points are located within all built-in compound-assig nment operators, and within the built-in increment and decrement operators. \end_layout \begin_layout Description set \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout set@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{set()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!set@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{set()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{V}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{S}$ \end_inset \begin_inset Newline newline \end_inset returns all code join points where a global variable or data member in \shape italic pointcut \shape default is modified. The set join points are located within all built-in assignment operators, and within the built-in increment and decrement operators. The initialization of a global variable or data member provides no set join point. \end_layout \begin_layout Description ref \series medium ( \emph on pointcut \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout ref@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{ref()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!ref@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{ref()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{V}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{R}$ \end_inset \begin_inset Newline newline \end_inset provides all join points where a reference (reference type or pointer) to a global variable or data member in the \emph on pointcut \emph default is created. The ref join points are located within the built-in address-of operator \family typewriter & \family default , if the operand is a global variable or data member. In addition, the ref join points are located before the initialization of a variable of reference type, including return values. Moreover, the binding of a reference parameter of a function, including default values, provides ref join points. The ref join points are also located within implicit array-to-pointer conversio ns according to the C++ standard. \end_layout \begin_layout Subsubsection* Example: variable matching \begin_inset CommandInset label LatexCommand label name "exa:variable-matching" \end_inset \end_layout \begin_layout Standard The following aspect observes the modification of all variables (in any scope) of the type \family typewriter int \family default . When such an integer variable is modified, the aspect reports the name of the variable and its new value, obtained by \family typewriter *tjp->entity() \family default . \end_layout \begin_layout LyX-Code \begin_inset listings lstparams "breaklines=true,showstringspaces=false" inline false status open \begin_layout LyX-Code aspect IntegerModification { \end_layout \begin_layout LyX-Code advice set("int ...::%") : after() { \end_layout \begin_layout LyX-Code cout << "Setting variable " \end_layout \begin_layout LyX-Code << tjp->signature() << " to " \end_layout \begin_layout LyX-Code << *tjp->entity() << endl; \end_layout \begin_layout LyX-Code } \end_layout \begin_layout LyX-Code }; \end_layout \end_inset \end_layout \begin_layout Subsubsection Limitations \end_layout \begin_layout Standard The get and set pointcut functions cover variables of fundamental type, such as integer and floating-point types, and arrays thereof. Variables of any pointer type and arrays of pointers are also supported. The get and set pointcut functions do not support \series bold variables of class type, unions, enumerations, bitfields, and references \series default . \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset The get, set, and ref pointcut functions match only if the variable is accessed directly by its name. \series bold Indirect variable access via pointer or reference \series default does not match. \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset The get, set, and ref pointcut functions do not match for \series bold local variables \series default . \begin_inset Newline newline \end_inset \begin_inset Newline newline \end_inset The get, set, and ref joinpoints are not located within \series bold constant expressions \series default , such as the built-in operator \family typewriter sizeof \family default . \end_layout \begin_layout Subsubsection Compatibility \end_layout \begin_layout Standard The get, set, and ref pointcut functions are new features that were introduced in version 2.0 and are therefore not enabled by default to avoid compatibility issues (e.g., if someone named a pointcut \begin_inset Quotes eld \end_inset get \begin_inset Quotes erd \end_inset ). The \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{{-}{-}data \backslash _joinpoints} \end_layout \end_inset command-line argument enables the described functionality. \end_layout \begin_layout Subsection \begin_inset CommandInset label LatexCommand label name "sub:context" \end_inset Context \end_layout \begin_layout Description that \series medium ( \emph on type \begin_inset space ~ \end_inset pattern \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout that@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{that()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!that@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{that()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{T}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Newline newline \end_inset returns all code join points where the current C++ \family typewriter this \family default pointer refers to an object which is an instance of a type that is compatible to the type described by \shape italic type pattern \end_layout \begin_layout Description target \series medium ( \emph on type \begin_inset space ~ \end_inset pattern \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout target@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{target()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!target@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{target()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{T}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Newline newline \end_inset returns all code join points where the target object of a call/set/get is an instance of a type that is compatible to the type described by \shape italic type pattern \end_layout \begin_layout Description result \series medium ( \emph on type \begin_inset space ~ \end_inset pattern \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout result@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{result()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!base@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{base()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $_{T}$ \end_inset \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Newline newline \end_inset returns all code join points where the type of the return value of a call/builti n/execution/get is matched by \shape italic type pattern \end_layout \begin_layout Description args \series medium ( \emph on type \begin_inset space ~ \end_inset pattern \emph default , \begin_inset space ~ \end_inset ...) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout args@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{args()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function!args@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{args()} \end_layout \end_inset \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset (N \begin_inset Formula $_{T}$ \end_inset ,...) \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Newline newline \end_inset returns all code join points where the types of the arguments of a call/builtin/ execution/set are matched by the corresponding \shape italic type pattern \shape default s. \begin_inset Note Comment status open \begin_layout Plain Layout The argument list of \series bold args \series default contains type patterns that are used to filter all join points, e.g. calls to functions or function executions, with a matching signature. \end_layout \end_inset \end_layout \begin_layout Standard Instead of the type pattern it is also possible here to pass the name of a variable to which the context information is bound (a \series bold context variable \series default ). In this case the type of the variable is used for the type matching. Context variables must be declared in the argument list of \series bold before() \series default , \series bold after() \series default , or \series bold around() \series default and can be used like a function parameter in the advice body. \end_layout \begin_layout Standard The \series bold that() \series default and \series bold target() \series default pointcut functions are special, because they might cause a runtime type check. The \series bold args() \series default and \series bold result() \series default functions are evaluated at compile time. Exception: If a short-circuit argument is bound with the args pointcut function, then the result of args depends on the runtime availability of the bound argument. \end_layout \begin_layout Subsubsection* Example: context matching \begin_inset CommandInset label LatexCommand label name "exa:context-matching" \end_inset \end_layout \begin_layout Subsection \begin_inset CommandInset label LatexCommand label name "sub:Algebraic-Operators" \end_inset Algebraic Operators \end_layout \begin_layout Description \series medium \emph on pointcut \series default \emph default \begin_inset space ~ \end_inset && \series medium \emph on \begin_inset space ~ \end_inset pointcut \series default \emph default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset (N,N) \begin_inset Formula $\rightarrow$ \end_inset N, (C,C) \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Newline newline \end_inset returns the intersection of the join points in the \shape italic pointcut \shape default s \end_layout \begin_layout Description \series medium \emph on pointcut \series default \emph default \begin_inset space ~ \end_inset || \series medium \emph on \begin_inset space ~ \end_inset pointcut \series default \emph default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset (N,N) \begin_inset Formula $\rightarrow$ \end_inset N, (C,C) \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Newline newline \end_inset returns the union of the join points in the \shape italic pointcut \shape default s \end_layout \begin_layout Description ! \series medium \emph on \begin_inset space ~ \end_inset pointcut \series default \emph default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset N \begin_inset Formula $\rightarrow$ \end_inset N, C \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Newline newline \end_inset returns all name resp. code join points that are not included in \shape italic pointcut \shape default \begin_inset Note Comment status open \begin_layout Plain Layout exclusion of the join points in the pointcut \end_layout \end_inset \end_layout \begin_layout Subsubsection* Example: \begin_inset CommandInset label LatexCommand label name "exa:combining-pointcut" \end_inset combining pointcut expressions \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut function \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!function \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Section Slices \end_layout \begin_layout Standard This section defines the syntax and semantics of slice declarations. The next section will describe how slices can be used by advice in order to introduce code. Currently, only class slices are defined in AspectC++. \end_layout \begin_layout Subsection Class Slice Declarations \end_layout \begin_layout Standard Class slices may be declared in any class or namespace scope. They may be defined only once, but there may be an arbitrary number of forward declarations. A qualified name may be used if a class slice that is already declared in a certain scope is redeclared or defined as shown in the following example: \end_layout \begin_layout LyX-Code slice class ASlice; \end_layout \begin_layout LyX-Code namespace N { \end_layout \begin_layout LyX-Code slice class ASlice; // a different slice! \end_layout \begin_layout LyX-Code } \end_layout \begin_layout LyX-Code slice class ASlice { // definition of the ::ASlice \end_layout \begin_layout LyX-Code int elem; \end_layout \begin_layout LyX-Code }; \end_layout \begin_layout LyX-Code slice class N::ASlice { // definition of the N::ASlice \end_layout \begin_layout LyX-Code long elem; \end_layout \begin_layout LyX-Code }; \end_layout \begin_layout Standard If a class slice only defines a base class, an abbreviated syntax may be used: \end_layout \begin_layout LyX-Code slice class Chained : public Chain; \end_layout \begin_layout Standard Class slices may be anonymous. However, this only makes sense as part of an advice declaration. A class slice may also be declared with the \family typewriter aspect \family default or \family typewriter struct \family default keyword instead of \family typewriter class \family default . While there is no difference between class and aspect slices, the default access rights to the elements of a struct slice in the target classes are public instead of private. It is forbidden to declare aspects, pointcuts, advice, or slices as members of a class slice. \end_layout \begin_layout Standard Class slices may have members that are not defined within the body of a class slice declaration, e.g. static attributes or non-inline functions: \end_layout \begin_layout LyX-Code slice class SL { \end_layout \begin_layout LyX-Code static int answer; \end_layout \begin_layout LyX-Code void f(); \end_layout \begin_layout LyX-Code }; \end_layout \begin_layout LyX-Code //... \end_layout \begin_layout LyX-Code slice int SL::answer = 42; \end_layout \begin_layout LyX-Code slice void SL::f() { ... } \end_layout \begin_layout Standard These external member declarations have to appear after the corresponding slice declaration in the source code. \end_layout \begin_layout Section Advice \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!declaration \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard This section describes the different types of advice offered by AspectC++. Advice are categorized in advice for join points in the dynamic control flow of the running program, e. g. function call or executions, and advice for static join points like introductio ns into classes. \end_layout \begin_layout Standard In either case the compiler makes sure that the code of the aspect header file, which contains the advice definition (if this is the case), is compiled prior to the affected join point location. \end_layout \begin_layout Subsection Advice for Dynamic Join Points \end_layout \begin_layout Description before \series medium (...) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout before \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!before \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset the advice code is executed before the join points in the pointcut \end_layout \begin_layout Description after \series medium (...) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout after \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!after \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset the advice code is executed after the join points in the pointcut \end_layout \begin_layout Description around \series medium (...) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout around \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!around \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset the advice code is executed in place of the join points in the pointcut \end_layout \begin_layout Subsection Advice for Static Join Points \end_layout \begin_layout Standard Static join points in AspectC++ are classes or aspects. Advice for classes or aspects can introduce new members or add a base class. Whether the new member or base class becomes \series bold private \series default , \series bold protected \series default , or \series bold public \series default in the target class depends on the protection in the advice declaration in the aspect. \end_layout \begin_layout Description baseclass \series medium ( \emph on classname \emph default ) \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout baseclass \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!baseclass \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset a new base class is introduced to the classes in the pointcut \end_layout \begin_layout Description \emph on introduction \begin_inset space ~ \end_inset declaration \emph default \begin_inset Index idx status collapsed \begin_layout Plain Layout introduction declaration \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!introduction declaration \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset a new attribute, member function, or type is introduced \end_layout \begin_layout Standard Introduction declarations are only semantically analyzed in the context of the target. Therefore, the declaration may refer, for instance, to types or constants, which are not known in the aspect definition, but only in the target class or classes. To introduce a constructor or destructor the name of the aspect, to which the introduction belongs, has to be taken as the constructor/destructor name. \end_layout \begin_layout Standard \emph on Non-inline introductions \emph default can be used for introductions of static attributes or member function introduct ion with separate declaration an definition. The name of the introduced member has to be a qualified name in which the nested name specifier is the name of the aspect to which the introduction belongs. \end_layout \begin_layout Subsubsection* \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!declaration \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ) \end_layout \end_inset \end_layout \begin_layout Section \family typewriter JoinPoint \family default API \family typewriter \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}|( \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}|( \end_layout \end_inset \end_layout \end_inset \end_layout \begin_layout Standard The following sections provide a complete description of the \family typewriter JoinPoint \family default API. \end_layout \begin_layout Subsection API for Dynamic Join Points \end_layout \begin_layout Standard The JoinPoint-API for dynamic join points can be used within the body of advice code. \end_layout \begin_layout Subsubsection Types and Constants \end_layout \begin_layout Description \family typewriter \series medium Result \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout Result@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{Result} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!Result@ \backslash texttt{Result} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset result type of a function \end_layout \begin_layout Description \family typewriter \series medium That \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout That@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{That} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!That@ \backslash texttt{That} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset object type (object initiating a call) \end_layout \begin_layout Description \family typewriter \series medium Target \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout Target@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{Target} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!Target@ \backslash texttt{Target} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset target object type (target object of a call) \end_layout \begin_layout Description \family typewriter \series medium Entity \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout Entity@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{Entity} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}!Entity@ \backslash texttt{Entity} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset type of the primary referenced entity (function or variable) \end_layout \begin_layout Description \family typewriter \series medium MemberPtr \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout MemberPtr@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{MemberPtr} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}!MemberPtr@ \backslash texttt{MemberPtr} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset type of the member pointer for entity or \family typewriter void * \family default for nonmembers \end_layout \begin_layout Description \family typewriter \series medium Array \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout MemberPtr@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{Array} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}!Array@ \backslash texttt{Array} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset type of the accessed array \end_layout \begin_layout Description \family typewriter \series medium Dim::Idx \family default \series default \begin_inset Index idx status open \begin_layout Plain Layout Idx@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{Idx} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status open \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}!Idx@ \backslash texttt{Idx} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset type of the \emph on i \emph default th dimension of the accessed array (with \begin_inset ERT status open \begin_layout Plain Layout $0 \backslash leq i < DIMS$ \end_layout \end_inset ) \end_layout \begin_layout Description \family typewriter \series medium Dim::Size \family default \series default \begin_inset Index idx status open \begin_layout Plain Layout Size@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{Size} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status open \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}!Size@ \backslash texttt{Size} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset size of the \emph on i \emph default th dimension of the accessed array (with \begin_inset ERT status open \begin_layout Plain Layout $0 \backslash leq i < DIMS$ \end_layout \end_inset ) \end_layout \begin_layout Description \family typewriter \series medium DIMS \family default \series default \begin_inset space ~ \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout DIMS@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{DIMS} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}!DIMS@ \backslash texttt{DIMS} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset number of dimensions of an accessed array or 0 otherwise \begin_inset ERT status open \begin_layout Plain Layout \backslash begin{comment} \end_layout \end_inset \end_layout \begin_layout Description \family typewriter \series medium Aspect \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout Aspect@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{Aspect} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!Aspect@ \backslash texttt{Aspect} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset type of the aspect (only available in introductions) \begin_inset ERT status open \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \backslash end{comment} \end_layout \begin_layout Plain Layout \end_layout \end_inset \end_layout \begin_layout Subsubsection* Example: type usage \begin_inset CommandInset label LatexCommand label name "exa:type-usage" \end_inset \end_layout \begin_layout Subsubsection Functions \end_layout \begin_layout Description \family typewriter \series medium static \begin_inset space ~ \end_inset AC::Type \emph on \begin_inset space ~ \end_inset \emph default type() \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout type@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{type()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!type@ \backslash texttt{type()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns the encoded type for the join point conforming with the C++ ABI V3 specification \begin_inset Foot status collapsed \begin_layout Plain Layout \begin_inset CommandInset href LatexCommand href name "http://www.codesourcery.com/cxx-abi/abi.html\\#mangling" target "http://www.codesourcery.com/cxx-abi/abi.html\\#mangling" \end_inset \end_layout \end_inset \end_layout \begin_layout Description \family typewriter \series medium static \begin_inset space ~ \end_inset int \emph on \begin_inset space ~ \end_inset \emph default args() \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout args@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{args()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!args@ \backslash texttt{args()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns the number of arguments of a function for call and execution join points \end_layout \begin_layout Description \family typewriter \series medium static \begin_inset space ~ \end_inset AC::Type \emph on \begin_inset space ~ \end_inset \emph default argtype(int \series default \begin_inset space ~ \end_inset \series medium number) \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout argtype@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{argtype()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!argtype@ \backslash texttt{argtype()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns the encoded type of an argument conforming with the C++ ABI V3 specifica tion \end_layout \begin_layout Description \family typewriter \series medium static \begin_inset space ~ \end_inset const \begin_inset space ~ \end_inset char \series default \emph on \begin_inset space ~ \end_inset \series medium \emph default *signature() \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout signature@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{signature()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!signature@ \backslash texttt{signature()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset gives a textual description of the join point (function name, class name, ...) \end_layout \begin_layout Description \family typewriter \series medium static \begin_inset space ~ \end_inset unsigned \begin_inset space ~ \end_inset int \series default \emph on \begin_inset space ~ \end_inset \series medium \emph default id() \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout id@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{id()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!id@ \backslash texttt{id()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns a unique numeric identifier for this join point \end_layout \begin_layout Description \family typewriter \series medium static \begin_inset space ~ \end_inset const \begin_inset space ~ \end_inset char \series default \emph on \begin_inset space ~ \end_inset \series medium \emph default *filename() \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout filename@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{filename()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!filename@ \backslash texttt{filename()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns the name of the file in which the join point (shadow) is located \end_layout \begin_layout Description \family typewriter \series medium static \begin_inset space ~ \end_inset int \series default \emph on \begin_inset space ~ \end_inset \series medium \emph default line() \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout line@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{line()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!line@ \backslash texttt{line()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset the number of the line in which the join point (shadow) is located \end_layout \begin_layout Description \family typewriter \series medium static \begin_inset space ~ \end_inset AC::Type \emph on \begin_inset space ~ \end_inset \emph default resulttype() \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout resulttype@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{resulttype()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!resulttype@ \backslash texttt{resulttype()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns the encoded type of the result type conforming with the C++ ABI V3 specification \end_layout \begin_layout Description \family typewriter \series medium static \begin_inset space ~ \end_inset AC::JPType \emph on \begin_inset space ~ \end_inset \emph default jptype() \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout jptype@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{jptype()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!jptype@ \backslash texttt{jptype()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns a unique identifier describing the type of the join point \end_layout \begin_layout Subsubsection* Example: static function usage \begin_inset CommandInset label LatexCommand label name "exa:static-function-usage" \end_inset \end_layout \begin_layout Description \family typewriter \series medium void \begin_inset space ~ \end_inset *arg(int \series default \begin_inset space ~ \end_inset \series medium number) \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout arg@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{arg()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!arg@ \backslash texttt{arg()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns a pointer to the memory position holding the argument value with index \family typewriter number \end_layout \begin_layout Description \family typewriter \series medium Result \emph on \begin_inset space ~ \end_inset \emph default *result() \family default \series default \family typewriter \begin_inset Index idx status collapsed \begin_layout Plain Layout result@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{result()} \end_layout \end_inset \end_layout \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!result@ \backslash texttt{result()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns a pointer to the memory location designated for the result value or 0 if the function has no result value \end_layout \begin_layout Description \family typewriter \series medium That \begin_inset space ~ \end_inset *that() \family default \series default \family typewriter \begin_inset Index idx status collapsed \begin_layout Plain Layout that@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{that()} \end_layout \end_inset \end_layout \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}!that@ \backslash texttt{that()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns a pointer to the object initiating a call or 0 if it is a static method or a global function \end_layout \begin_layout Description \family typewriter \series medium Target \begin_inset space ~ \end_inset *target() \family default \series default \family typewriter \begin_inset Index idx status collapsed \begin_layout Plain Layout target@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{target()} \end_layout \end_inset \end_layout \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!target@ \backslash texttt{target()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns a pointer to the object that is the target of a call or 0 if it is a static method or a global function \end_layout \begin_layout Description \family typewriter \series medium Entity \begin_inset space ~ \end_inset *entity() \family default \series default \family typewriter \begin_inset Index idx status collapsed \begin_layout Plain Layout entity@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{entity()} \end_layout \end_inset \end_layout \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}!entity@ \backslash texttt{entity()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns a pointer to the accessed entity (function or variable) or 0 for member functions or builtin operators \end_layout \begin_layout Description \family typewriter \series medium MemberPtr \begin_inset space ~ \end_inset *memberptr() \family default \series default \family typewriter \begin_inset Index idx status collapsed \begin_layout Plain Layout memberptr@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{memberptr()} \end_layout \end_inset \end_layout \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}!memberptr@ \backslash texttt{memberptr()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns a member pointer to entity or 0 for nonmembers \end_layout \begin_layout Description \family typewriter \series medium Array \begin_inset space ~ \end_inset *array() \family default \series default \family typewriter \begin_inset Index idx status collapsed \begin_layout Plain Layout array@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{array()} \end_layout \end_inset \end_layout \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}!array@ \backslash texttt{array()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns a typed pointer to the accessed array \end_layout \begin_layout Description \family typewriter \series medium Dim::Idx \begin_inset space ~ \end_inset idx() \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout idc@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{idx()} \end_layout \end_inset \end_layout \end_inset \family default \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}!idx@ \backslash texttt{idx()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns the value of the \emph on i \emph default th index used for the array access \end_layout \begin_layout Description \family typewriter \series medium void \begin_inset space ~ \end_inset proceed() \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout proceed@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{proceed()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!proceed()@ \backslash texttt{proceed()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset executes the original join point code in an around advice by calling \family typewriter action().trigger() \end_layout \begin_layout Description \family typewriter \series medium AC::Action \begin_inset space ~ \end_inset &action() \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout action@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{action()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!action@ \backslash texttt{action()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns the runtime action object containing the execution environment to execute the original functionality encapsulated by an around advice \end_layout \begin_layout Subsubsection* Example: \begin_inset CommandInset label LatexCommand label name "exa:non-static-function-usage" \end_inset non-static function usage \family typewriter \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}|) \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout runtime support!JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}|) \end_layout \end_inset \end_layout \end_inset \end_layout \begin_layout Subsection API for Static Join Points \end_layout \begin_layout Standard The JoinPoint-API for static join points can be used within the definition of a slice and describes the state of target class \emph on before \emph default the introduction took place. It is accessed through the built-in type \family typewriter JoinPoint \family default (e.g. \family typewriter JoinPoint::signature() \family default ) and provides the following functions, types, and constants: \begin_inset Note Note status open \begin_layout Plain Layout index entries missing here \end_layout \end_inset \end_layout \begin_layout Description \family typewriter \series medium static \begin_inset space ~ \end_inset const \begin_inset space ~ \end_inset char \begin_inset space ~ \end_inset *signature() \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout signature@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{signature()} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash texttt{JoinPoint}!signature@ \backslash texttt{signature()} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns the target class name as a string \end_layout \begin_layout Description \family typewriter \series medium That \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset The (incomplete) target type of the introduction \end_layout \begin_layout Description \family typewriter \series medium HASHCODE \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset integer hash value of the target type \end_layout \begin_layout Description \family typewriter \series medium BASECLASSES \family default \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout BASECLASSES@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{BASECLASSES} \end_layout \end_inset \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout JoinPoint@ \begin_inset ERT status open \begin_layout Plain Layout \backslash texttt{JoinPoint}!BASECLASSES@ \backslash texttt{BASECLASSES} \end_layout \end_inset \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset number of base classes of the target class \end_layout \begin_layout Description \family typewriter \series medium BaseClass::Type \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset type of the \begin_inset ERT status open \begin_layout Plain Layout $I^{ \backslash ,th}$ \end_layout \end_inset base class \end_layout \begin_layout Description \family typewriter \series medium BaseClass::prot, \begin_inset space ~ \end_inset BaseClass::spec \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset Protection level (AC::PROT_NONE /PRIVATE /PROTECTED /PUBLIC) and additional specifiers (AC::SPEC_NONE /VIRTUAL) of the \begin_inset ERT status open \begin_layout Plain Layout $I^{ \backslash ,th}$ \end_layout \end_inset base class \end_layout \begin_layout Description \family typewriter \series medium MEMBERS \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset number of data members of the target class \end_layout \begin_layout Description \family typewriter \series medium Member::Type, \series default \begin_inset space ~ \end_inset \series medium Member::ReferredType \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset type of the \begin_inset ERT status open \begin_layout Plain Layout $I^{ \backslash ,th}$ \end_layout \end_inset attribute of the target class \end_layout \begin_layout Description \family typewriter \series medium Member::prot, \begin_inset space ~ \end_inset Member::spec \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset Protection level (see BaseClass::prot) and additional attribute specifiers (AC::SPEC_NONE /STATIC /MUTABLE) \end_layout \begin_layout Description \family typewriter \series medium static \begin_inset space ~ \end_inset ReferredType \begin_inset space ~ \end_inset *Member:: \emph on pointer( \emph default T \begin_inset space ~ \end_inset *obj=0 \emph on ) \family default \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns a typed pointer to the \begin_inset ERT status open \begin_layout Plain Layout $I^{ \backslash ,th}$ \end_layout \end_inset attribute (obj is needed for non-static attributes) \end_layout \begin_layout Description \family typewriter \series medium static \begin_inset space ~ \end_inset const \begin_inset space ~ \end_inset char \begin_inset space ~ \end_inset *Member:: \emph on name \emph default () \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset returns the name of the \begin_inset ERT status open \begin_layout Plain Layout $I^{ \backslash ,th}$ \end_layout \end_inset attribute \end_layout \begin_layout Description \family typewriter \series medium FUNCTIONS \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset number of member functions of the target class \end_layout \begin_layout Description \family typewriter \series medium Function::prot, \begin_inset space ~ \end_inset Function::spec \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset Protection level (see BaseClass::prot) and additional attribute specifiers (AC::SPEC_NONE /STATIC /VIRTUAL) \end_layout \begin_layout Description \family typewriter \series medium CONSTRUCTORS \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset number of user-defined constructors of the target class \end_layout \begin_layout Description \family typewriter \series medium Constructor::prot, \begin_inset space ~ \end_inset Constructor::spec \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset Protection level (see BaseClass::prot) and additional attribute specifiers (AC::SPEC_NONE) \end_layout \begin_layout Description \family typewriter \series medium DESTRUCTORS \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset number (zero or one) of user-defined destructors of the target class \end_layout \begin_layout Description \family typewriter \series medium Destructor::prot, \begin_inset space ~ \end_inset Destructor::spec \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset Protection level (see BaseClass::prot) and additional attribute specifiers (AC::SPEC_NONE /VIRTUAL) \end_layout \begin_layout Section \begin_inset CommandInset label LatexCommand label name "sec:ordering" \end_inset Advice Ordering \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!ordering \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Subsection \begin_inset CommandInset label LatexCommand label name "sub:aspect-precedence" \end_inset Aspect Precedence \begin_inset Index idx status collapsed \begin_layout Plain Layout precedence!of aspects \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard AspectC++ provides a very flexible mechanism to define aspect precedence. The precedence is used to determine the execution order of advice code if more than one aspect affects the same join point. The precedence in AspectC++ is an attribute of a join point. This means that the precedence relationship between two aspects might vary in different parts of the system. The compiler checks the following conditions to determine the precedence of aspects: \end_layout \begin_layout Description order \begin_inset space ~ \end_inset declaration: if the programmer provides an order declaration, which defines the precedence relationship between two aspects for a join point, the compiler will obey this definition or abort with a compile-time error if there is a cycle in the precedence graph. Order declarations have the following syntax: \family typewriter \series bold \begin_inset Newline newline \end_inset advice \family default \series default \emph on pointcut-expr \emph default : \family typewriter \series bold order \family default \series default \family typewriter \series bold ( \family default \series default \emph on high \family typewriter \series bold \emph default , \family default \series default ... \emph on low \emph default \family typewriter \series bold ) \begin_inset Newline newline \end_inset \family default \series default The argument list of \family typewriter order \family default has to contain at least two elements. Each element is a pointcut expression, which describes a set of aspects. Each aspect in a certain set has a higher precedence than all aspects, which are part of a set following later in the list (on the right hand side). For example ' \family typewriter ("A1"||"A2","A3"||"A4") \family default ' means that \family typewriter A1 \family default has precedence over \family typewriter A3 \family default and \family typewriter A4 \family default and that \family typewriter A2 \family default has precedence over \family typewriter A3 \family default and \family typewriter A4 \family default . This order directive does \emph on not \emph default define the relation between \family typewriter A1 \family default and \family typewriter A2 \family default or \family typewriter A3 \family default and \family typewriter A4 \family default . Of course, the pointcut expressions in the argument list of \family typewriter order \family default may contain named pointcuts and even pure virtual pointcuts. \end_layout \begin_layout Description inheritance \begin_inset space ~ \end_inset relation: if there is no order declaration given and one aspect has a base aspect the derived aspect has a higher precedence than the base aspect. \end_layout \begin_layout Subsection \begin_inset CommandInset label LatexCommand label name "sub:advice-precedence" \end_inset Advice Precedence \begin_inset Index idx status collapsed \begin_layout Plain Layout precedence!of advice \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard The precedence of advice is determined with a very simple scheme: \end_layout \begin_layout Itemize if two advice declarations belong to different aspects and there is a precedence relation between these aspects (see section \begin_inset CommandInset ref LatexCommand vref reference "sub:aspect-precedence" \end_inset ) the same relation will be assumed for the advice. \end_layout \begin_layout Itemize if two advice declarations belong to the same aspect the one that is declared first has the higher precedence. \end_layout \begin_layout Subsection Effects of Advice Precedence \begin_inset Index idx status collapsed \begin_layout Plain Layout precedence!effects \begin_inset ERT status collapsed \begin_layout Plain Layout | \end_layout \end_inset ( \end_layout \end_inset \end_layout \begin_layout Standard Only advice precedence has an effect on the generated code. The effect depends on the kind of join point, which is affected by two advice declarations. \end_layout \begin_layout Subsubsection* Class Join Points \end_layout \begin_layout Standard Advice on class join points can extend the attribute list or base class list. If advice has a higher precedence than another it will be handled first. For example, an introduced new base class of advice with a high precedence will appear in the base class list on the left side of a base class, which was inserted by advice with lower precedence. This means that the execution order of the constructors of introduced base classes can be influenced, for instance, by order declarations. \end_layout \begin_layout Standard The order of introduced attributes also has an impact on the constructor/destruc tor execution order as well as the object layout. \end_layout \begin_layout Subsubsection* Code Join Points \end_layout \begin_layout Standard Advice on code join points can be \family typewriter before \family default , \family typewriter after \family default , or \family typewriter around \family default advice. For \family typewriter before \family default and \family typewriter around \family default advice a higher precedence means that the corresponding advice code will be run first. For \family typewriter after \family default advice a higher precedence means that the advice code will be run later. \end_layout \begin_layout Standard If \family typewriter around \family default advice code does not call \family typewriter tjp->proceed() \family default or \family typewriter trigger() \family default on the action object no advice code with lower precedence will be run. The execution of advice with higher precedence is not affected by \family typewriter around \family default advice with lower precedence. \end_layout \begin_layout Standard For example, consider an aspect that defines advice \begin_inset Foot status collapsed \begin_layout Plain Layout BE is \family typewriter before \family default advice, AF \family typewriter after \family default advice, and AR \family typewriter around \family default advice \end_layout \end_inset in the following order: BE1, AF1, AF2, AR1, BE2, AR2, AF3. As described in section \begin_inset CommandInset ref LatexCommand vref reference "sub:advice-precedence" \end_inset the declaration order also defines the precedence: BE1 has the highest and AF3 the lowest. The result is the following advice code execution sequence: \end_layout \begin_layout Enumerate BE1 (highest precedence) \end_layout \begin_layout Enumerate AR1 (the indented advice will only be executed if \family typewriter proceed() \family default is called!) \end_layout \begin_deeper \begin_layout Enumerate BE2 (before AR2, buts depends on AR1) \end_layout \begin_layout Enumerate AR2 (the indented code will only be executed if \family typewriter proceed() \family default is called!) \end_layout \begin_deeper \begin_layout Enumerate original code under the join point \end_layout \begin_layout Enumerate AF3 \end_layout \end_deeper \end_deeper \begin_layout Enumerate AF2 (does not depend on AR1 and AR2, because of higher precedence) \end_layout \begin_layout Enumerate AF1 (run after AF2, because it has a higher precedence) \end_layout \begin_layout Section \start_of_appendix Grammar \begin_inset Index idx status collapsed \begin_layout Plain Layout grammar \end_layout \end_inset \end_layout \begin_layout Standard The AspectC++ syntax is an extension to the C++ syntax. It adds four new keywords to the C++ language: \family typewriter aspect \family default , \family typewriter advice \family default , \family typewriter slice \family default , and \family typewriter pointcut \family default . Additionally it extends the C++ language by advice and pointcut declarations. In contrast to pointcut declarations, advice declarations may only occur in aspect declarations. \end_layout \begin_layout Description \series medium \shape italic class-key: \series default \shape default \series bold \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter \series default aspect \end_layout \begin_layout Description \series medium \shape italic declaration: \series default \shape default \shape italic \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset pointcut-declaration \begin_inset Newline newline \end_inset slice-declaration \begin_inset Newline newline \end_inset advice-declaration \end_layout \begin_layout Description \series medium \shape italic member-declaration: \series default \shape default \shape italic \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset pointcut-declaration \begin_inset Newline newline \end_inset slice-declaration \begin_inset Newline newline \end_inset advice-declaration \end_layout \begin_layout Description \series medium \shape italic pointcut-declaration: \series default \shape default \shape italic \emph on \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!declaration \end_layout \end_inset \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter \shape default pointcut \family default \shape italic \begin_inset space ~ \end_inset declaration \end_layout \begin_layout Description \series medium \shape italic pointcut-expression: \series default \shape default \series medium \shape italic \begin_inset Index idx status collapsed \begin_layout Plain Layout pointcut!expression \end_layout \end_inset \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset constant-expression \end_layout \begin_layout Description \series medium \shape italic advice-declaration: \series default \shape default \shape italic \begin_inset Index idx status collapsed \begin_layout Plain Layout advice!declaration \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter \shape default advice \family default \shape italic \begin_inset space ~ \end_inset pointcut-expression \begin_inset space ~ \end_inset \shape default \series bold : \series default \shape italic \begin_inset space ~ \end_inset order-declaration \begin_inset Newline newline \end_inset \family typewriter \shape default advice \family default \shape italic \begin_inset space ~ \end_inset pointcut-expression \begin_inset space ~ \end_inset \shape default \series bold : \series default \shape italic \begin_inset space ~ \end_inset slice-reference \begin_inset Newline newline \end_inset \family typewriter \shape default advice \family default \shape italic \begin_inset space ~ \end_inset pointcut-expression \begin_inset space ~ \end_inset \shape default \series bold : \series default \shape italic \begin_inset space ~ \end_inset declaration \end_layout \begin_layout Description \series medium \shape italic order-declaration: \series default \shape default \shape italic \begin_inset Index idx status collapsed \begin_layout Plain Layout order!declaration \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter \shape default order ( \family default \shape italic \begin_inset space ~ \end_inset pointcur-expression-seq \begin_inset space ~ \end_inset \family typewriter \shape default ) \end_layout \begin_layout Description \series medium \shape italic slice-reference: \series default \shape default \shape italic \begin_inset Index idx status collapsed \begin_layout Plain Layout slice!reference \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter \shape default slice \begin_inset space ~ \end_inset :: \family default \shape italic \begin_inset Formula $_{\textrm{opt}}$ \end_inset \begin_inset space ~ \end_inset nested-name-specifier \begin_inset Formula $_{\textrm{opt}}$ \end_inset unqualified-id \begin_inset space ~ \end_inset \family typewriter \emph on ; \end_layout \begin_layout Description \series medium \shape italic slice-declaration: \series default \begin_inset Index idx status collapsed \begin_layout Plain Layout slice!declaration \end_layout \end_inset \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter \emph on slice \family default \shape default \emph default \series medium \shape italic declaration \end_layout \begin_layout Section \begin_inset CommandInset label LatexCommand label name "sec:Match-Expression-Grammar" \end_inset Match Expression Grammar \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression!grammar \end_layout \end_inset \begin_inset Index idx status collapsed \begin_layout Plain Layout match expression grammar \end_layout \end_inset \end_layout \begin_layout Standard Match expression in AspectC++ are used to define a type pattern and an optional object name pattern to select a subset of the known program entities like functions, attributes, or argument/result types. The grammar is very similar to the grammar of C++ declarations. Any rules, which are referenced here but not defined, should be looked up in the ISO C++ standard. \end_layout \begin_layout Description \series medium \shape italic match-expression: \series default \shape default \series bold \begin_inset space ~ \end_inset \series default \family typewriter \begin_inset Newline newline \end_inset \family default \shape italic match-declaration \end_layout \begin_layout Description \series medium \emph on match-id: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter % \family default \begin_inset Newline newline \end_inset \emph on nondigit \emph default \begin_inset Newline newline \end_inset \emph on match-id \emph default \family typewriter % \family default \begin_inset Newline newline \end_inset \emph on match-id nondigit \emph default \begin_inset Newline newline \end_inset \emph on match-id digit \end_layout \begin_layout Description \series medium \emph on match-declaration: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on match-decl-specifier-seq \begin_inset Formula $_{\textrm{opt}}$ \end_inset match-declarator \end_layout \begin_layout Description \series medium \emph on match-decl-specifier-seq: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on match-decl-specifier-seq \begin_inset Formula $_{\textrm{opt}}$ \end_inset match-decl-specifier \end_layout \begin_layout Description \series medium \emph on match-decl-specifier: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on nested-match-name-specifier \begin_inset Formula $_{\textrm{opt}}$ \end_inset match-id \begin_inset Newline newline \end_inset cv-qualifier \begin_inset Newline newline \end_inset match-function-specifier \begin_inset Newline newline \end_inset \family typewriter \emph default char \begin_inset Newline newline \end_inset wchar_t \begin_inset Newline newline \end_inset bool \begin_inset Newline newline \end_inset short \begin_inset Newline newline \end_inset int \begin_inset Newline newline \end_inset long \begin_inset Newline newline \end_inset signed \begin_inset Newline newline \end_inset unsigned \begin_inset Newline newline \end_inset float \begin_inset Newline newline \end_inset double \begin_inset Newline newline \end_inset void \end_layout \begin_layout Description \series medium \emph on match-function-specifier: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter virtual \begin_inset Newline newline \end_inset static \end_layout \begin_layout Description \series medium \emph on nested-match-name-specifier: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on match-id \family typewriter \emph default \begin_inset space ~ \end_inset :: \begin_inset space ~ \end_inset \family default \emph on nested-match-name-specifier \begin_inset Formula $_{\textrm{opt}}$ \end_inset \begin_inset Newline newline \end_inset \family typewriter \emph default ... \begin_inset space ~ \end_inset :: \begin_inset space ~ \end_inset \family default \emph on nested-match-name-specifier \begin_inset Formula $_{\textrm{opt}}$ \end_inset \end_layout \begin_layout Description \series medium \emph on match-declarator \series default \emph default : \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on direct-match-declarator \begin_inset Newline newline \end_inset match-ptr-declarator match-declarator \end_layout \begin_layout Description \series medium \emph on abstract-match-declarator \series default \emph default : \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on direct-abstract-match-declarator \begin_inset Newline newline \end_inset match-ptr-declarator abstract-match-declarator \end_layout \begin_layout Description \series medium \emph on direct-match-declarator: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on match-declarator-id \begin_inset Newline newline \end_inset direct-match-declarator \emph default \family typewriter ( \family default \emph on match-parameter-declaration-clause \emph default \family typewriter ) \family default \emph on cv-qualifier-seq \begin_inset Formula $_{\textrm{opt}}$ \end_inset \begin_inset Newline newline \end_inset direct-match-declarator \emph default \family typewriter [ \family default \emph on match-array-size \emph default \family typewriter ] \end_layout \begin_layout Description \series medium \emph on direct-abstract-match-declarator: \series default \emph default \begin_inset space ~ \end_inset \emph on \begin_inset Newline newline \end_inset direct-abstract-match-declarator \emph default \family typewriter ( \family default \emph on match-parameter-declaration-clause \emph default \family typewriter ) \family default \emph on cv-qualifier-seq \begin_inset Formula $_{\textrm{opt}}$ \end_inset \begin_inset Newline newline \end_inset direct-abstract-match-declarator \emph default \family typewriter [ \family default \emph on match-array-size \emph default \family typewriter ] \end_layout \begin_layout Description \series medium \emph on match-array-size: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter % \family default \begin_inset Newline newline \end_inset \emph on decimal-literal \end_layout \begin_layout Description \series medium \emph on match-ptr-operator: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter * \family default \emph on cv-qualifier-seq \begin_inset Formula $_{\textrm{opt}}$ \end_inset \emph default \begin_inset Newline newline \end_inset \family typewriter & \family default \begin_inset Newline newline \end_inset \emph on nested-match-name-specifier \emph default \family typewriter * \family default \emph on cv-qualifier-seq \begin_inset Formula $_{\textrm{opt}}$ \end_inset \end_layout \begin_layout Description \series medium \emph on match-parameter-declaration-clause: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter \emph on ... \family default \begin_inset Newline newline \end_inset match-parameter-declaration-list \begin_inset Formula $_{\textrm{opt}}$ \end_inset \begin_inset Newline newline \end_inset match-parameter-declaration-list \emph default \family typewriter \emph on , ... \end_layout \begin_layout Description \series medium \emph on match-parameter-declaration-list: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on match-parameter-declaration \begin_inset Newline newline \end_inset match-parameter-declaration-list \emph default \family typewriter \emph on , \family default \emph default \emph on match-parameter-declaration \end_layout \begin_layout Description \series medium \emph on match-parameter-declaration: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on matct-decl-specifier-seq match-abstract-declarator \begin_inset Formula $_{\textrm{opt}}$ \end_inset \end_layout \begin_layout Description \series medium \emph on match-declarator-id: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on nested-match-name-specifier \begin_inset Formula $_{\textrm{opt}}$ \end_inset match-id \begin_inset Newline newline \end_inset nested-match-name-specifier \begin_inset Formula $_{\textrm{opt}}$ \end_inset match-operator-function-id \begin_inset Newline newline \end_inset nested-match-name-specifier \begin_inset Formula $_{\textrm{opt}}$ \end_inset match-conversion-function-id \end_layout \begin_layout Description \series medium \emph on match-operator-function-id: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter operator % \family default \begin_inset Newline newline \end_inset \family typewriter operator \family default \emph on match-operator \end_layout \begin_layout Description \series medium \emph on match-operator: \series default \emph default one of \begin_inset Newline newline \end_inset \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \family typewriter new \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter delete \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter new[] \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter delete[] \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter + \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter - \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter * \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter / \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter %% \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ^ \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter & \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter | \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ~ \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ! \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter = \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter < \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter > \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter += \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter *= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter /= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter %%= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ^= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter &= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter |= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter << \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter >> \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter >>= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter <<= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter == \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter != \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter <= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter >= \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter && \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter || \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ++ \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -- \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter , \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout .* \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ->* \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -> \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter () \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter [] \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter ?: \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \end_layout \end_inset \end_inset \end_layout \begin_layout Description \series medium \emph on match-conversion-function-id: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \family typewriter operator \family default \emph on match-conversion-type-id \end_layout \begin_layout Description \series medium \emph on match-conversion-type-id: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on match-type-specifier-seq match-conversion-declarator \begin_inset Formula $_{\textrm{opt}}$ \end_inset \end_layout \begin_layout Description \series medium \emph on match-conversion-declarator: \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on match-ptr-operator match-conversion-declarator \begin_inset Formula $_{\textrm{opt}}$ \end_inset \end_layout \begin_layout Section \begin_inset CommandInset label LatexCommand label name "sec:appendix:projectmodel_structure" \end_inset Structure Of The Project Repository \begin_inset Index idx status open \begin_layout Plain Layout project repository \end_layout \end_inset \end_layout \begin_layout Standard Figure \begin_inset CommandInset ref LatexCommand ref reference "fig:acpp_structure_big" \end_inset shows the internal structure of the AspectC++ model and the AspectC++ project repository. The distinction between name and code join points and also the inheritance hierarchy is visible. \end_layout \begin_layout Standard \begin_inset Float figure placement H wide false sideways false status open \begin_layout Plain Layout \noindent \align center \begin_inset Graphics filename images/acmodel-rotated90.pdf width 70text% scaleBeforeRotation rotateOrigin leftTop \end_inset \end_layout \begin_layout Plain Layout \begin_inset Caption Standard \begin_layout Plain Layout \begin_inset CommandInset label LatexCommand label name "fig:acpp_structure_big" \end_inset Structure of the AspectC++ project repository \end_layout \end_inset \end_layout \end_inset \end_layout \begin_layout Section \begin_inset CommandInset label LatexCommand label name "sec:Project-Repository-File" \end_inset Project Repository File For Example \begin_inset CommandInset ref LatexCommand vpageref reference "exa:shape_example_code" \end_inset \begin_inset Index idx status open \begin_layout Plain Layout project repository \end_layout \end_inset \end_layout \begin_layout Standard \begin_inset listings lstparams "basicstyle={\scriptsize\ttfamily},breaklines=true,showstringspaces=false,tabsize=2" inline false status open \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \end_inset \end_layout \begin_layout Standard \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash cleardoublepage \backslash begin{examples} \end_layout \end_inset \end_layout \begin_layout Standard \noindent match expressions (name pointcuts), \begin_inset CommandInset ref LatexCommand pageref reference "exa:match-expressions" \end_inset \end_layout \begin_layout Standard \noindent pointcut expressions, \begin_inset CommandInset ref LatexCommand pageref reference "exa:pointcut-expressions" \end_inset \end_layout \begin_layout Standard \noindent pointcut declaration, \begin_inset CommandInset ref LatexCommand pageref reference "exa:pointcut-declaration" \end_inset \end_layout \begin_layout Standard \noindent pure virtual pointcut declaration, \begin_inset CommandInset ref LatexCommand pageref reference "exa:pure-virtual" \end_inset \end_layout \begin_layout Standard \noindent class slice declaration, \begin_inset CommandInset ref LatexCommand pageref reference "exa:class-slice-declaration" \end_inset \end_layout \begin_layout Standard \noindent advice declaration, \begin_inset CommandInset ref LatexCommand pageref reference "exa:advice-declaration" \end_inset \end_layout \begin_layout Standard \noindent advice declaration with access to context information, \begin_inset CommandInset ref LatexCommand pageref reference "exa:advice-declaration-with" \end_inset \end_layout \begin_layout Standard \noindent introductions, \begin_inset CommandInset ref LatexCommand pageref reference "exa:introductions" \end_inset \end_layout \begin_layout Standard \noindent base class introduction, \begin_inset CommandInset ref LatexCommand pageref reference "exa:base-class-intro" \end_inset \end_layout \begin_layout Standard \noindent advice ordering, \begin_inset CommandInset ref LatexCommand pageref reference "exa:order" \end_inset \end_layout \begin_layout Standard \noindent aspect declaration, \begin_inset CommandInset ref LatexCommand pageref reference "exa:aspect-decl" \end_inset \end_layout \begin_layout Standard \noindent abstract aspect, \begin_inset CommandInset ref LatexCommand pageref reference "exa:abstract-aspect" \end_inset \end_layout \begin_layout Standard \noindent reused abstract aspect, \begin_inset CommandInset ref LatexCommand pageref reference "exa:reused-abstract" \end_inset \end_layout \begin_layout Standard \noindent aspect instantiation using \family typewriter aspectof \family default , \begin_inset CommandInset ref LatexCommand pageref reference "exa:aspect-aspectof" \end_inset \end_layout \begin_layout Standard \noindent re-usable trace aspect, \begin_inset CommandInset ref LatexCommand pageref reference "exa:re-usable-trace" \end_inset \end_layout \begin_layout Standard \noindent \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash begin{comment} \end_layout \end_inset static type identification using introductions, \begin_inset CommandInset ref LatexCommand pageref reference "exa:static-type-id" \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \backslash end{comment} \end_layout \begin_layout Plain Layout \end_layout \end_inset \end_layout \begin_layout Standard \noindent \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash begin{comment} \end_layout \end_inset extended thread counting, \begin_inset CommandInset ref LatexCommand pageref reference "exa:extended-thread" \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \backslash end{comment} \end_layout \begin_layout Plain Layout \end_layout \end_inset \end_layout \begin_layout Standard \noindent type, scope, and name parts of a function match expression, \begin_inset CommandInset ref LatexCommand pageref reference "exa:match-expr-parts-functions" \end_inset \end_layout \begin_layout Standard \noindent simple name patterns, \begin_inset CommandInset ref LatexCommand pageref reference "exa:match-name-patterns" \end_inset \end_layout \begin_layout Standard \noindent operator name patterns, \begin_inset CommandInset ref LatexCommand pageref reference "exa:match-operator-name-patterns" \end_inset \end_layout \begin_layout Standard \noindent conversion function name patterns, \begin_inset CommandInset ref LatexCommand pageref reference "exa:match-conversion-function-name-patterns" \end_inset \end_layout \begin_layout Standard \noindent scope patterns, \begin_inset CommandInset ref LatexCommand pageref reference "exa:match-scope-patterns" \end_inset \end_layout \begin_layout Standard \noindent type patterns with the wildcard character, \begin_inset CommandInset ref LatexCommand pageref reference "exa:match-type-patterns-wildcard" \end_inset \end_layout \begin_layout Standard \noindent type patterns with \family typewriter const \family default and \family typewriter volatile \family default , \begin_inset CommandInset ref LatexCommand pageref reference "exa:match-type-patterns-cv" \end_inset \end_layout \begin_layout Standard \noindent type patterns with \family typewriter virtual \family default , \begin_inset CommandInset ref LatexCommand pageref reference "exa:match-type-patterns-virtual" \end_inset \end_layout \begin_layout Standard \noindent type matching, \begin_inset CommandInset ref LatexCommand pageref reference "exa:type-matching" \end_inset \end_layout \begin_layout Standard \noindent control flow dependant advice activation, \begin_inset CommandInset ref LatexCommand pageref reference "exa:control-flow" \end_inset \end_layout \begin_layout Standard \noindent matching in scopes, \begin_inset CommandInset ref LatexCommand pageref reference "exa:matching-in-scopes" \end_inset \end_layout \begin_layout Standard \noindent function matching, \begin_inset CommandInset ref LatexCommand pageref reference "exa:function-matching" \end_inset \end_layout \begin_layout Standard \noindent instance counting \begin_inset CommandInset label LatexCommand label name "exa:instance-counting" \end_inset \end_layout \begin_layout Standard \noindent \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash begin{comment} \end_layout \end_inset attribute matching, \begin_inset CommandInset ref LatexCommand pageref reference "exa:variable-matching" \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \end_layout \begin_layout Plain Layout \backslash end{comment} \end_layout \begin_layout Plain Layout \end_layout \end_inset \end_layout \begin_layout Standard \noindent context matching, \begin_inset CommandInset ref LatexCommand pageref reference "exa:context-matching" \end_inset \end_layout \begin_layout Standard \noindent combining pointcut expressions, \begin_inset CommandInset ref LatexCommand pageref reference "exa:combining-pointcut" \end_inset \end_layout \begin_layout Standard \noindent \begin_inset Note Note status open \begin_layout Plain Layout \noindent advice placement, \begin_inset CommandInset ref LatexCommand pageref reference "exa:advice-placement" \end_inset \end_layout \end_inset \end_layout \begin_layout Standard \noindent type usage, \begin_inset CommandInset ref LatexCommand pageref reference "exa:type-usage" \end_inset \end_layout \begin_layout Standard \noindent static function usage, \begin_inset CommandInset ref LatexCommand pageref reference "exa:static-function-usage" \end_inset \end_layout \begin_layout Standard \noindent non-static function usage, \begin_inset CommandInset ref LatexCommand pageref reference "exa:non-static-function-usage" \end_inset \end_layout \begin_layout Standard \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash end{examples} \backslash addcontentsline{toc}{section}{ \backslash examplesname} \end_layout \end_inset \end_layout \begin_layout Standard \begin_inset CommandInset index_print LatexCommand printindex type "idx" \end_inset \end_layout \end_body \end_document aspectc++/AspectC++/doc/LanguageReference/PaxHeaders.4702/LanguageReference.com.lyx0000644000000000000000000000007312740141200024726 xustar0029 atime=1468174988.17816751 30 ctime=1468174988.179167526 aspectc++/AspectC++/doc/LanguageReference/LanguageReference.com.lyx0000644000175000001440000031420412740141200025115 0ustar00osusers00000000000000#LyX 1.3 created this file. For more info see http://www.lyx.org/ \lyxformat 221 \textclass article \begin_preamble %-------------------------------------------------------------------- % PDF related %-------------------------------------------------------------------- \newif\ifpdf \ifx\pdfoutput\undefined \pdffalse % we are not running PDFLaTeX \else \pdfoutput=1 % we are running PDFLaTeX \pdftrue \fi %-------------------------------------------------------------------- % setup hyperref %-------------------------------------------------------------------- \ifpdf \usepackage{hyperref} \hypersetup{% % %% general document information pdftitle = {AspectC++ Language Reference}, pdfsubject = {Dokumentation}, pdfkeywords = {AOP, AspectC++, pure-systems}, pdfauthor = {\textcopyright\ pure-systems GmbH and Olaf Spinczyk}, pdfcreator = {\LaTeX\ with package \flqq hyperref\frqq}, pdfproducer = {pdfTeX-0.\the\pdftexversion\pdftexrevision}, % %% document style colorlinks=true, % colored link urlcolor=blue, % blue URL links bookmarks=true, % generate bookmarks bookmarksnumbered=true, % generate section numbers pdfpagemode=None % don't open bookmarks } %% set document creation date to 10.7.2003 00:00 \pdfinfo {/CreationDate (D:20030710000000)} \fi %-------------------------------------------------------------------- % create hyperrefs depending on the use of pdflatex %-------------------------------------------------------------------- \newcommand\depref[2]{% \ifpdf \href{#1}{#2} \else {#2} \fi } %-------------------------------------------------------------------- % setup pure-systems style %-------------------------------------------------------------------- \usepackage{floatflt} \usepackage{../styles/pure-systems} \doctype{Documentation:} \credit{ \noindent\small{(c) 2002-2003 Olaf Spinczyk and pure-systems GmbH\\All rights reserved.}} \pslogo{ \resizebox{6cm}{!}{\includegraphics{../images/ps-logo}}} \otherlogo{ \resizebox{4cm}{!}{\includegraphics{../images/ac++logo}}} \sloppy \remark{ \small{(c) 2002-2003 Olaf Spinczyk$^1$ and pure-systems GmbH$^2$\\~\\ $^1$\depref{mailto:os@aspectc.org}{os@aspectc.org}\\ \depref{http://www.aspectc.org}{www.aspectc.org}\\~\\ $^2$\depref{mailto:aspectc@pure-systems.com}{aspectc@pure-systems.com}\\ \depref{http://www.pure-systems.com}{www.pure-systems.com}\\ Agnetenstr. 14\\ 39106 Magdeburg\\ Germany }} \version{1.1, \today} %-------------------------------------------------------------------- % place footnotes at the bottom of the page %-------------------------------------------------------------------- \renewcommand\footnoterule{% \vfill \kern-3\p@ \hrule\@width.3\columnwidth \kern2.6\p@} %-------------------------------------------------------------------- % leave less than one and a half space between lines %-------------------------------------------------------------------- \setstretch{1.15} %-------------------------------------------------------------------- % 'list of examples' environment %-------------------------------------------------------------------- \newcommand\examplesname{List of Examples} \newenvironment{examples} {\section*{\examplesname}% \@mkboth{\MakeUppercase\examplesname}% {\MakeUppercase\examplesname}% \thispagestyle{plain} \parindent\z@ \parskip\z@ \@plus .3\p@\relax} % {\clearpage} %-------------------------------------------------------------------- % environment 'comment' %-------------------------------------------------------------------- \usepackage{comment} %-------------------------------------------------------------------- % add 'Index' to table of contents %-------------------------------------------------------------------- \let\old@theindex\theindex \def\theindex{ \old@theindex \addcontentsline{toc}{section}{\indexname}} \end_preamble \language english \inputencoding auto \fontscheme pslatex \graphics default \paperfontsize 12 \spacing onehalf \papersize Default \paperpackage a4 \use_geometry 0 \use_amsmath 0 \use_natbib 0 \use_numerical_citations 0 \paperorientation portrait \secnumdepth 3 \tocdepth 3 \paragraph_separation indent \defskip medskip \quotes_language english \quotes_times 2 \papercolumns 1 \papersides 2 \paperpagestyle default \layout Title \emph on AspectC++ Language Reference \layout Author Matthias Urban \size largest \newline \begin_inset ERT status Collapsed \layout Standard \backslash vspace{8mm} \end_inset and Olaf Spinczyk \layout Standard \begin_inset LatexCommand \tableofcontents{} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash clearpage \end_inset \layout Section About \layout Standard This document is intended to be used as a reference book for the AspectC++ language elements. It describes in-depth the use and meaning of each element providing examples. For experienced users the contents of this document is summarized in the \emph on \emph default \begin_inset ERT status Collapsed \layout Standard \backslash depref{http://www.aspectc.com/ac++quickref.pdf}{ \backslash emph{AspectC++ Quick Reference}} \backslash hspace{-4pt} \end_inset . A step-by-step introduction how to program with AspectC++ is given in the \begin_inset ERT status Collapsed \layout Standard \backslash depref{http://www.aspectc.com/doc.html}{ \backslash emph{AspectC++ Programming Guide}} \backslash hspace{-4pt} \end_inset . Detailed information about the AspectC++ compiler \series bold ac++ \series default \begin_inset LatexCommand \index{ac++@\texttt{ac++}} \end_inset can be looked up in the \begin_inset ERT status Collapsed \layout Standard \backslash depref{http://www.aspectc.com/ac++compilerman.pdf}{ \backslash emph{AC++ Compiler Manual}} \backslash hspace{-4pt} \end_inset . \layout Standard AspectC++ is an aspect-oriented extension to the C++ language \begin_inset Foot collapsed true \layout Standard defined in the ISO/IEC 14882:1998(E) standard \end_inset . It is similar to AspectJ \begin_inset Foot collapsed true \layout Standard \family typewriter \begin_inset ERT status Open \layout Standard \backslash depref{http://www.aspectj.org}{ \backslash texttt{www.aspectj.org}} \end_inset \end_inset but, due to the nature of C++, in some points completely different. The first part of this document introduces the basic concepts of the AspectC++ language. The in-depth description of each language element is subject of the second part. \layout Section Basic Concepts \layout Subsection Pointcuts \begin_inset LatexCommand \index{pointcut|(} \end_inset \layout Standard Aspects in AspectC++ implement crosscutting concerns \begin_inset LatexCommand \index{crosscutting concern} \end_inset in a modular way. With this in mind the most important element of the AspectC++ language is the pointcut. Pointcuts describe a set of join points \begin_inset LatexCommand \index{join point} \end_inset by determining on which condition an aspect shall take effect. Thereby each join point can either refer to a function, an attribute, a type, a variable, or a point from which a join point is accessed so that this condition can be for instance the event of reaching a designated code position \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset or the allocation of a variable with a certain value \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset . Depending on the kind of pointcuts, they are evaluated at compile time or at runtime. \layout Subsubsection Match Expressions \begin_inset LatexCommand \index{match expression|(} \end_inset \begin_inset LatexCommand \index{search pattern!match expression|(} \end_inset \layout Standard There are two types of pointcuts in AspectC++: code pointcuts and name pointcuts. Name pointcuts \begin_inset LatexCommand \index{name pointcut} \end_inset \begin_inset LatexCommand \index{pointcut!name} \end_inset describe an intersection through the set of names known in a program. In detail these names can be the names of types, attributes, functions, variables, and namespaces. One way to describe name pointcuts are the so-called match expressions, i.e.\SpecialChar ~ string constants containing a search pattern \begin_inset LatexCommand \index{search pattern} \end_inset \begin_inset LatexCommand \index{match expression!search pattern} \end_inset . In such a search pattern the special character \begin_inset Quotes eld \end_inset % \begin_inset Quotes erd \end_inset is interpreted as a wildcard for names or parts of a signature. The special character sequence \begin_inset Quotes eld \end_inset ... \begin_inset Quotes erd \end_inset matches any number of parameters in a function signature. \layout Subsubsection* Example: match expressions (name pointcuts) \begin_inset LatexCommand \label{exa:match-expressions} \end_inset \layout Description \family typewriter \series medium "int" \family default \series default \SpecialChar ~ \newline matches the C++ built-in scalar type \family typewriter int \layout Description \family typewriter \series medium "%List" \family default \series default \SpecialChar ~ \newline matches any class, struct or union whose name ends with \begin_inset Quotes eld \end_inset List \begin_inset Quotes erd \end_inset \layout Description \family typewriter \series medium "% \series default printf(...)" \family default \SpecialChar ~ \newline matches the function \family typewriter printf \family default having any number of parameters and returning any type \layout Standard The signatures given in match expressions are internally separated into result type, entity name \begin_inset Foot collapsed true \layout Standard if present \end_inset , and arguments \begin_inset ERT status Collapsed \layout Standard \backslash footnotemark[ \backslash value{footnote}] \end_inset . This makes it possible to match even complex C++ signatures. The signature \family typewriter "void (*fct())(int)" \family default describing a function taking no argument and returning a pointer to a function taking a single argument of type \family typewriter int \family default can be for instance successfully matched by the match expression \begin_inset LatexCommand \index{match expression|)} \end_inset \begin_inset LatexCommand \index{search pattern!match expression|)} \end_inset \family typewriter "% fct()" \family default . \layout Subsubsection Pointcut Expressions \begin_inset LatexCommand \index{pointcut!expression|(} \end_inset \layout Standard The other type of pointcuts, the code pointcuts \begin_inset LatexCommand \index{code pointcut} \end_inset \begin_inset LatexCommand \index{pointcut!code} \end_inset , describe an intersection through the set of the points in the control flow \begin_inset LatexCommand \index{control flow} \end_inset of a program. A code pointcut can refer to a call or execution point of a function \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset but also to write and read points of attributes and variables \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset . They can only be created with the help of name pointcuts because all join points supported by AspectC++ require at least one name to be defined. This is done by calling predefined pointcut functions \begin_inset LatexCommand \index{pointcut function} \end_inset \begin_inset LatexCommand \index{pointcut!function} \end_inset in a pointcut expression that expect a pointcut as argument. Such a pointcut function is for instance \series bold within \series default ( \emph on pointcut \emph default ), which filters all join points that are within the functions or classes in the given pointcut. \layout Standard Name and code pointcuts can be combined in pointcut expressions by using the algebraic operators \begin_inset Quotes eld \end_inset && \begin_inset Quotes erd \end_inset , \begin_inset Quotes eld \end_inset || \begin_inset Quotes erd \end_inset , and \begin_inset Quotes eld \end_inset ! \begin_inset Quotes erd \end_inset . \layout Subsubsection* Example: pointcut expressions \begin_inset LatexCommand \label{exa:pointcut-expressions} \end_inset \layout Description \family typewriter \series medium "%List"\SpecialChar ~ &&\SpecialChar ~ !derived("Queue") \family default \series default \SpecialChar ~ \newline describes the set of classes with names that end with \begin_inset Quotes eld \end_inset List \begin_inset Quotes erd \end_inset and that are not derived from the class \family typewriter Queue \layout Description \family typewriter \series medium call("void \series default draw() \series medium ")\SpecialChar ~ \series default &&\SpecialChar ~ within \series medium (" \series default Shape \series medium ") \family default \series default \SpecialChar ~ \newline describes the set of calls to the function \family typewriter draw \family default that are within methods of the class \family typewriter Shape \family default \begin_inset LatexCommand \index{pointcut!expression|)} \end_inset \layout Subsubsection Types of Join Points \begin_inset LatexCommand \index{join point|(} \end_inset \layout Standard According to the two types of pointcuts supported by AspectC++ there are also two types of join points. Based on a short code fragment the differences and relations between these two types of join points shall be clarified. \layout LyX-Code class Shape; \newline void draw(Shape&); \newline \newline namespace Circle { \newline typedef int PRECISION; \newline \newline class S_Circle : public Shape { \newline PRECISION m_radius; \newline public: \newline ... \layout LyX-Code void radius(PRECISION r) { m_radius=r; } \newline }; \newline \newline void draw(PRECISION r) { \layout LyX-Code S_Circle circle; \layout LyX-Code circle.radius(r); \layout LyX-Code draw(circle); \newline } \newline } \newline \newline int main() { \newline Circle::draw(10); \newline return 0; \newline } \layout Standard Code join points \begin_inset LatexCommand \index{code join point} \end_inset \begin_inset LatexCommand \index{join point!code} \end_inset are used to form code pointcuts and name join points (i.e.\SpecialChar ~ names) are used to form name pointcuts. Figure \begin_inset LatexCommand \vref{fig:join-points} \end_inset shows some join points of the code fragment and how they correlate. \layout Standard \begin_inset Float figure wide false collapsed true \layout Standard \align center \begin_inset Graphics filename ../images/JoinPointModel.eps scale 65 \end_inset \layout Caption \begin_inset LatexCommand \label{fig:join-points} \end_inset join points and their relations \end_inset \layout Standard Every \series bold execution \series default \begin_inset LatexCommand \index{execution join point} \end_inset \begin_inset LatexCommand \index{join point!execution} \end_inset join point is associated with the name of an executable function. Pure virtual functions \begin_inset LatexCommand \index{pure virtual!functions} \end_inset are not executable. Thus, advice code for execution join points would never be triggered for this kind of function. However, the call of such a function, i.e.\SpecialChar ~ a \series bold call \series default join point with this function as target, is absolutely possible. \layout Standard Every \series bold call \series default \begin_inset LatexCommand \index{call join point} \end_inset \begin_inset LatexCommand \index{join point!call} \end_inset join point is associated with two names: the name of the source and the target function of a function call. As there can be multiple function calls within the same function, each function name can be associated with a list of \series bold call \series default join points \begin_inset LatexCommand \index{join point|)} \end_inset . \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset The same holds for \series bold set \series default \begin_inset LatexCommand \index{set join point} \end_inset \begin_inset LatexCommand \index{join point!set} \end_inset and \series bold get \series default \begin_inset LatexCommand \index{get join point} \end_inset \begin_inset LatexCommand \index{join point!get} \end_inset join points, which represent write resp.\SpecialChar ~ read operations on attributes or global variables. Each of these join points is associated with the name of the function that contains the join point and the name of the accessed attribute or global variable. \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset \layout Subsubsection Pointcut declarations \series bold \begin_inset LatexCommand \index{pointcut!declaration|(} \end_inset \layout Standard AspectC++ provides the possibility to name pointcut \begin_inset LatexCommand \index{name pointcut} \end_inset \begin_inset LatexCommand \index{pointcut!name} \end_inset expressions with the help of pointcut declarations. This makes it possible to reuse pointcut expressions in different parts of a program. They are allowed where C++ declarations are allowed. Thereby the usual C++ name lookup and inheritance rules are also applicable for pointcut declarations. \layout Standard A pointcut declaration is introduced by the keyword \family typewriter pointcut \family default . \layout Subsubsection* Example: pointcut declaration \begin_inset LatexCommand \label{exa:pointcut-declaration} \end_inset \layout Description \family typewriter \series medium pointcut \series default \SpecialChar ~ \series medium lists()\SpecialChar ~ = \series default \SpecialChar ~ \series medium derived("List"); \family default \series default \SpecialChar ~ \newline \family typewriter lists \family default can now be used everywhere in a program where a pointcut expression can be used to refer to \family typewriter derived("List") \layout Standard Furthermore pointcut declarations can be used to define pure virtual pointcuts \begin_inset LatexCommand \index{pure virtual!pointcut} \end_inset \begin_inset LatexCommand \index{pointcut!pure virtual} \end_inset . This enables the possibility of having re-usable abstract aspects \begin_inset LatexCommand \index{aspect} \end_inset \begin_inset LatexCommand \index{abstract aspect} \end_inset \begin_inset LatexCommand \index{aspect!abstract} \end_inset that are discussed in section \begin_inset LatexCommand \ref{sub:Aspects} \end_inset . The syntax of pure virtual pointcut declarations is the same as for usual pointcut declarations except the keyword \family typewriter virtual \family default following \family typewriter pointcut \family default and that the pointcut expression is \begin_inset Quotes eld \end_inset 0 \begin_inset Quotes erd \end_inset . \layout Subsubsection* Example: pure virtual pointcut declaration \begin_inset LatexCommand \label{exa:pure-virtual} \end_inset \layout Description \family typewriter \series medium pointcut \series default \SpecialChar ~ \series medium virtual\SpecialChar ~ methods()\SpecialChar ~ = \series default \SpecialChar ~ \series medium 0; \family default \series default \SpecialChar ~ \newline \family typewriter methods \family default is a pure virtual pointcut that has to be redefined in a derived aspect to refer to the actual pointcut \begin_inset LatexCommand \index{pointcut|)} \end_inset expression \series bold \begin_inset LatexCommand \index{pointcut!declaration|)} \end_inset \layout Subsection Advice Code \begin_inset LatexCommand \index{advice|(} \end_inset \begin_inset LatexCommand \index{advice!code|(} \end_inset \layout Standard To a code join point \begin_inset LatexCommand \index{code join point} \end_inset \begin_inset LatexCommand \index{join point!code} \end_inset so-called advice code can be bound. Advice code can be understood as an action \begin_inset LatexCommand \index{action} \end_inset \begin_inset LatexCommand \index{runtime support!action} \end_inset activated by an aspect when a corresponding code join point in a program is reached. The activation of the advice code can happen before \begin_inset LatexCommand \index{before} \end_inset \begin_inset LatexCommand \index{advice!before} \end_inset , after \begin_inset LatexCommand \index{after} \end_inset \begin_inset LatexCommand \index{advice!after} \end_inset , or before and after the code join point is reached. The AspectC++ language element to specify advice code is the advice declaration \begin_inset LatexCommand \index{advice!declaration} \end_inset . It is introduced by the keyword \family typewriter advice \family default followed by a pointcut expression defining where and under which conditions the advice code shall be activated. \layout Subsubsection* Example: advice declaration \begin_inset LatexCommand \label{exa:advice-declaration} \end_inset \layout LyX-Code advice execution("void login(...)") : before() { \newline cout << "Logging in." << endl; \newline } \layout Standard The code fragment \family typewriter :before() \family default following the pointcut expression determines that the advice code shall be activated directly \series bold before \series default \begin_inset LatexCommand \index{before} \end_inset \begin_inset LatexCommand \index{advice!before} \end_inset the code join point is reached. It is also possible here to use \family typewriter :after() \family default which means \series bold after \series default \begin_inset LatexCommand \index{after} \end_inset \begin_inset LatexCommand \index{advice!after} \end_inset reaching the code join point respectively \family typewriter :around() \family default which means that the advice code shall be executed instead of the code described by the code join point. In an \series bold around \series default \begin_inset LatexCommand \index{around} \end_inset \begin_inset LatexCommand \index{advice!around} \end_inset advice the advice code can explicitly trigger the execution of the program code at the join point so that advice code can be executed \series bold before \series default and \series bold after \series default the join point. There are no special access rights of advice code regarding to program code at a join point. \layout Standard Beside the pure description of join points pointcuts can also bind variables to context \begin_inset LatexCommand \index{context variables} \end_inset information of a join point. Thus for instance the actual argument values of a function call can be made accessible to the advice code. \layout Subsubsection* Example: advice declaration with access to context information \begin_inset LatexCommand \label{exa:advice-declaration-with} \end_inset \layout LyX-Code pointcut new_user(const char *name) = \newline execution("void login(...)") && args(name); \newline \newline advice new_user(name) : before(const char *name) { \newline cout << "User " << name << " is logging in." << endl; \newline } \layout Standard In the example above at first the pointcut \family typewriter new_user \family default is defined including a context variable \begin_inset LatexCommand \index{context variables} \end_inset \family typewriter name \family default that is bound to it. This means that a value of type \family typewriter const char* \family default is supplied every time the join point described by the pointcut \family typewriter new_user \family default is reached. The pointcut function \family typewriter args \family default used in the pointcut expression delivers all join points in the program where an argument of type \family typewriter const char* \family default is used. Therefore \family typewriter args(name) \family default in touch with the \series bold execution \series default \begin_inset LatexCommand \index{execution join point} \end_inset \begin_inset LatexCommand \index{join point!execution} \end_inset join point binds \family typewriter name \family default to the first and only parameter of the function \family typewriter login \family default . \layout Standard The advice declaration in the example above following the pointcut declaration binds the execution of advice code to the event when a join point described in \family typewriter new_user \family default is reached. The context variable \begin_inset LatexCommand \index{context variables} \end_inset that holds the actual value of the parameter of the reached join point has to be declared as a formal parameter of \family typewriter before \family default , \family typewriter after \family default , or \family typewriter around \family default . This parameter can be used in the advice code like an oridinary function parameter. \layout Standard Beside the pointcut function \family typewriter args \family default \begin_inset LatexCommand \index{args@\texttt{args()}} \end_inset \begin_inset LatexCommand \index{pointcut function!args@\texttt{args()}} \end_inset the binding of context variables is performed by \family typewriter that \family default \begin_inset LatexCommand \index{that@\texttt{that()}} \end_inset \begin_inset LatexCommand \index{pointcut function!that@\texttt{that()}} \end_inset , \family typewriter target \family default \begin_inset LatexCommand \index{target@\texttt{target()}} \end_inset \begin_inset LatexCommand \index{pointcut function!target@\texttt{target()}} \end_inset , and \family typewriter result \family default \begin_inset LatexCommand \index{result@\texttt{result()}} \end_inset \begin_inset LatexCommand \index{pointcut function!base@\texttt{base()}} \end_inset . At the same time these pointcut functions act as filters corresponding to the type of the context variable. For instance \family typewriter args \family default in the example above filters all join points having an argument of type \family typewriter const char* \family default . \begin_inset LatexCommand \index{advice!code|)} \end_inset \layout Subsubsection Introductions \begin_inset LatexCommand \index{introduction|(} \end_inset \begin_inset LatexCommand \index{advice!introduction|(} \end_inset \layout Standard The second type of advice supported by AspectC++ are the introductions. Introductions are used to extend program code and data structures in particular. The following example extends two classes each by an attribute and a method. \layout Subsubsection* Example: introductions \begin_inset LatexCommand \label{exa:introductions} \end_inset \layout LyX-Code pointcut shapes() = "Circle" || "Polygon"; \newline \newline advice shapes() : bool m_shaded; \newline advice shapes() : void shaded(bool state) { \newline m_shaded = state; \newline } \layout Standard Like an ordinary advice declaration an introduction is introduced by the keyword \family typewriter advice \family default . If the following pointcut is a name pointcut \begin_inset LatexCommand \index{name pointcut} \end_inset \begin_inset LatexCommand \index{pointcut!name} \end_inset the C++ declaration following the token \begin_inset Quotes eld \end_inset : \begin_inset Quotes erd \end_inset is introduced in the classes and namespaces described by the pointcut. Introduced code can then be used in normal program code like any other function, attribute, etc. Advice code in introductions has full access rights \begin_inset LatexCommand \index{introduction!access rights} \end_inset regarding to program code at a join point, i.e.\SpecialChar ~ a method introduced in a class has access even to private members of that class. \layout Standard A special kind of introduction is the base class introduction \begin_inset LatexCommand \index{base class introduction} \end_inset \begin_inset LatexCommand \index{introduction!base class} \end_inset . It is used to extend the base class list of one or more classes, e.g.\SpecialChar ~ to let classes provide a special abstract interface. In the first line of the following example it is made sure that every class with a name that ends with \begin_inset Quotes eld \end_inset Object \begin_inset Quotes erd \end_inset is derived from a class \family typewriter MemoryPool \family default . This class may implement an own memory management by overloading the \family typewriter new \family default and \family typewriter delete \family default operators. Classes that inherit from \family typewriter MemoryPool \family default must redefine the pure virtual method \family typewriter release \family default that is part of the implemented memory management. This is done in the second line for all classes in the pointcut \begin_inset LatexCommand \index{advice|)} \end_inset \begin_inset LatexCommand \index{introduction|)} \end_inset \begin_inset LatexCommand \index{advice!introduction|)} \end_inset . \layout Subsubsection* Example: base class introduction \begin_inset LatexCommand \label{exa:base-class-intro} \end_inset \layout LyX-Code advice "%Object" : baseclass(MemoryPool) \begin_inset LatexCommand \index{baseclass} \end_inset \begin_inset LatexCommand \index{advice!baseclass} \end_inset ; \newline advice "%Object" : virtual void release() { ... } \layout Subsubsection Advice Ordering \begin_inset LatexCommand \index{ordering|(} \end_inset \layout Standard If more than one advice affects the same join point it might be necessary to define an order of advice execution if there is a dependency between the advice codes ( \begin_inset Quotes eld \end_inset aspect interaction \begin_inset Quotes erd \end_inset \begin_inset LatexCommand \index{aspect interaction} \end_inset ). The following example shows how the precedence of advice code can be defined in AspectC++. \layout Subsubsection* Example: advice ordering \begin_inset LatexCommand \label{exa:order} \end_inset \layout LyX-Code advice execution("void send(...)") : order("Encrypt", "Log") \begin_inset LatexCommand \index{order} \end_inset \begin_inset LatexCommand \index{advice!order} \end_inset ; \layout Standard If advice of both aspects (see \begin_inset LatexCommand \ref{sub:Aspects} \end_inset ) \family typewriter Encrypt \family default and \family typewriter Log \family default should be run when the function \family typewriter send(...) \family default is executed this order declaration defines that the advice of \family typewriter Encrypt \family default has a higher precedence. More details on advice ordering and precedence \begin_inset LatexCommand \index{precedence} \end_inset can be found in section \begin_inset LatexCommand \vref{sec:ordering} \end_inset . \layout Subsection Aspects \begin_inset LatexCommand \label{sub:Aspects} \end_inset \begin_inset LatexCommand \index{aspect|(} \end_inset \layout Standard The aspect is the language element of AspectC++ to collect introductions and advice code implementing a common crosscutting concern \begin_inset LatexCommand \index{crosscutting concern} \end_inset in a modular way. This put aspects in a position to manage common state information. They are formulated by means of aspect declarations \begin_inset LatexCommand \index{aspect!declaration} \end_inset as a extension to the class concept of C++. The basic structure of an aspect declaration is exactly the same as an usual C++ class definition, except for the keyword \family typewriter aspect \family default instead of \family typewriter class \family default , \family typewriter struct \family default or \family typewriter union \family default . According to that, aspects can have attributes and methods and can inherit from classes and even other aspects. \layout Subsubsection* Example: aspect declaration \begin_inset LatexCommand \label{exa:aspect-decl} \end_inset \layout LyX-Code aspect Counter { \newline static int m_count; \newline Counting() : m_count(0) {} \newline \newline pointcut counted() = "Circle" || "Polygon"; \newline \newline advice counted() : class Helper { \newline Helper() { Counter::m_count++; } \newline } m_counter; \newline \newline advice execution("% main(...)") : after() { \newline cout << "Final count: " << m_count << " objects" << endl; \newline } \newline }; \layout Standard In this example the count of object instantiations for a set of classes is determined. Therefore an attribute is introduced into the classes described by the pointcut incrementing a global counter on construction time. By applying advice code for the function \family typewriter main \family default the final count of object instantiations is displayed when the program terminates. \layout Standard This example can also be rewritten as an abstract aspect \begin_inset LatexCommand \index{abstract aspect} \end_inset \begin_inset LatexCommand \index{aspect!abstract} \end_inset that can for instance be archived in an aspect library for the purpose of reuse. It only require to reimplement the pointcut declaration to be pure virtual \begin_inset LatexCommand \index{pure virtual!pointcut} \end_inset . \layout Subsubsection* Example: abstract aspect \begin_inset LatexCommand \label{exa:abstract-aspect} \end_inset \layout LyX-Code aspect Counter { \newline static int m_count; \newline Counting() : m_count(0) {} \newline \newline pointcut virtual counted() = 0; \newline ... \newline }; \layout Standard It is now possible to inherit from \family typewriter Counter \family default to reuse its functionality by reimplementing \family typewriter counted \family default to refer to the actual pointcut expression. \layout Subsubsection* Example: reused abstract aspect \begin_inset LatexCommand \label{exa:reused-abstract} \end_inset \layout LyX-Code aspect MyCounter : public Counter { \newline pointcut counted() = derived("Shape"); \newline }; \layout Subsubsection Aspect Instantiation \begin_inset LatexCommand \index{aspect!instantiation|(} \end_inset \layout Standard By default aspects in AspectC++ are automatically instantiated as global objects. The idea behind it is that aspects can also provide global program properties and therefore have to be always accessible. However in some special cases it may be desired to change this behavior, e.g.\SpecialChar ~ in the context of operating systems when an aspect shall be instantiated per process or per thread. \layout Standard The default instantiation scheme can be changed by defining the static method \family typewriter aspectof \family default \begin_inset LatexCommand \index{aspectof@\texttt{aspectof()}} \end_inset resp.\SpecialChar ~ \family typewriter aspectOf \family default \begin_inset LatexCommand \index{aspectOf@\texttt{aspectOf()}} \end_inset that is otherwise generated for an aspect. This method is intended to be always able to return an instance of the appropriate aspect. \layout Subsubsection* Example: aspect instantiation using \family typewriter aspectof \begin_inset LatexCommand \label{exa:aspect-aspectof} \end_inset \layout LyX-Code aspect ThreadCounter : public Counter { \newline pointcut counted() = "Thread"; \newline \newline advice counted() : ThreadCounter m_instance; \newline \newline static ThreadCounter *aspectof() { \newline return tjp->target()->m_instance; \newline } \newline }; \layout Standard The introduction of \family typewriter m_instance \family default into \family typewriter Thread \family default guarantees that every thread object has an instance of the aspect. By calling \family typewriter aspectof \family default it is possible to get this instance at any join point which is essential for accessing advice code and members of the aspect. For this purpose code in \family typewriter aspectof \family default has full access to the actual join point in a way described in the next section. \begin_inset LatexCommand \index{aspect|)} \end_inset \begin_inset LatexCommand \index{aspect!instantiation|)} \end_inset \layout Subsection Runtime Support \begin_inset LatexCommand \index{runtime support|(} \end_inset \layout Subsubsection Support for Advice Code \begin_inset LatexCommand \index{runtime support!for advice code|(} \end_inset \begin_inset LatexCommand \index{advice!runtime support|(} \end_inset \layout Standard For many aspects access to context variables \begin_inset LatexCommand \index{context variables} \end_inset may not be sufficient to get enough information about the join point where advice code was activated. For instance a control flow \begin_inset LatexCommand \index{control flow} \end_inset aspect for a complete logging of function calls in a program would need information about function arguments and its types on runtime to be able to produce a type-compatible output. \layout Standard In AspectC++ this information is provided by the members of the class \family typewriter JoinPoint \family default \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}} \end_inset \begin_inset LatexCommand \index{runtime support!JoinPoint@\texttt{JoinPoint}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset available both in advice code and introductions \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset (see table below). \layout Standard \begin_inset Tabular \begin_inset Text \layout Standard \series bold types: \end_inset \begin_inset Text \layout Standard \end_inset \begin_inset Text \layout Standard \family typewriter Result \end_inset \begin_inset Text \layout Standard result type \end_inset \begin_inset Text \layout Standard \family typewriter That \end_inset \begin_inset Text \layout Standard object type \end_inset \begin_inset Text \layout Standard \family typewriter Target \end_inset \begin_inset Text \layout Standard target type \end_inset \begin_inset Text \layout Standard \family typewriter AC::Type \end_inset \begin_inset Text \layout Standard encoded type of an object \end_inset \begin_inset Text \layout Standard \family typewriter AC::JPType \end_inset \begin_inset Text \layout Standard join point types \end_inset \begin_inset Text \layout Standard \series bold static methods: \end_inset \begin_inset Text \layout Standard \end_inset \begin_inset Text \layout Standard \family typewriter int args() \end_inset \begin_inset Text \layout Standard number of arguments \end_inset \begin_inset Text \layout Standard \family typewriter AC::Type type() \end_inset \begin_inset Text \layout Standard typ of the function or attribute \end_inset \begin_inset Text \layout Standard \family typewriter AC::Type argtype(int) \end_inset \begin_inset Text \layout Standard types of the arguments \end_inset \begin_inset Text \layout Standard \family typewriter const char *signature() \end_inset \begin_inset Text \layout Standard signature of the function or attribute \end_inset \begin_inset Text \layout Standard \family typewriter unsigned id() \end_inset \begin_inset Text \layout Standard identification of the join point \end_inset \begin_inset Text \layout Standard \family typewriter AC::Type resulttype() \end_inset \begin_inset Text \layout Standard result type \end_inset \begin_inset Text \layout Standard \family typewriter AC::JPType jptype() \end_inset \begin_inset Text \layout Standard type of join point \end_inset \begin_inset Text \layout Standard \series bold non-static methods: \end_inset \begin_inset Text \layout Standard \end_inset \begin_inset Text \layout Standard \family typewriter void *arg(int) \end_inset \begin_inset Text \layout Standard actual argument \end_inset \begin_inset Text \layout Standard \family typewriter Result *result() \end_inset \begin_inset Text \layout Standard result value \end_inset \begin_inset Text \layout Standard \family typewriter That *that() \end_inset \begin_inset Text \layout Standard object refered to by \family typewriter \size small this \end_inset \begin_inset Text \layout Standard \family typewriter Target *target() \end_inset \begin_inset Text \layout Standard target object of a call \end_inset \begin_inset Text \layout Standard \family typewriter void proceed() \end_inset \begin_inset Text \layout Standard execute join point code \end_inset \begin_inset Text \layout Standard \family typewriter AC::Action &action() \end_inset \begin_inset Text \layout Standard \family typewriter Action \family default structure \end_inset \end_inset \layout Standard \align center Table 1: API of class \family typewriter JoinPoint \family default available in advice code \layout Standard Types and static methods of the \family typewriter JoinPoint \family default API deliver information that is the same for every advice code activation. The non-static methods deliver information that differ from one activation to another. These methods are accessed by the object \family typewriter tjp \family default \begin_inset LatexCommand \index{tjp@\texttt{tjp}} \end_inset \begin_inset LatexCommand \index{runtime support!thisJoinPoint@\texttt{thisJoinPoint}} \end_inset resp.\SpecialChar ~ \family typewriter thisJoinPoint \family default \begin_inset LatexCommand \index{thisJoinPoint@\texttt{thisJoinPoint}} \end_inset \begin_inset LatexCommand \index{runtime support!thisJoinPoint@\texttt{thisJoinPoint}} \end_inset which is of type \family typewriter JoinPoint \family default and is always available in advice code \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset and introductions \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset , too. \layout Standard The following example illustrates how to implement a re-usable control flow \begin_inset LatexCommand \index{control flow} \end_inset aspect using the \family typewriter JoinPoint \family default API. \layout Subsubsection* Example: re-usable trace aspect \begin_inset LatexCommand \label{exa:re-usable-trace} \end_inset \layout LyX-Code aspect Trace { \newline pointcut virtual methods() = 0; \newline \newline advice execution(methods()) : around() { \newline cout << "before " << JoinPoint::signature() << "("; \layout LyX-Code for (unsigned i = 0; i < JoinPoint::args(); i++) \newline printvalue(tjp->arg(i), JoinPoint::argtype(i)); \newline cout << ")" << endl; \newline tjp->proceed() \series bold ; \newline \series default cout << "after" << endl; \newline } \newline }; \layout Standard This aspect weaves tracing code into every function specified by the virtual pointcut \begin_inset LatexCommand \index{pure virtual!pointcut} \end_inset redefined in a derived aspect. The helper function \family typewriter printvalue \family default is responsible for the formated output of the arguments given at the function call. After calling \family typewriter printvalue \family default for every argument the program code of the actual join point is executed by calling \family typewriter proceed \family default \begin_inset LatexCommand \index{proceed@\texttt{proceed()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!proceed()@\texttt{proceed()}} \end_inset on the \family typewriter JoinPoint \family default object. The functionality of \family typewriter proceed \family default is achieved by making use of the so-called actions. \layout Subsubsection Actions \begin_inset LatexCommand \index{action|(} \end_inset \begin_inset LatexCommand \index{runtime support!action|(} \end_inset \layout Standard In AspectC++ an action is the statement sequence that would follow a reached join point in a running program if advice code would not have been activated. Thus \family typewriter tjp->proceed() \family default \begin_inset LatexCommand \index{proceed@\texttt{proceed()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!proceed()@\texttt{proceed()}} \end_inset triggers the execution of the program code of a join point. This can be the call or execution of a function \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset as well as the writing or reading of attributes or variables \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset . The actions concept is realized in the \family typewriter AC::Action \family default structure. In fact, \family typewriter proceed \family default is implemented as \family typewriter action().trigger() \family default \begin_inset LatexCommand \index{trigger@\texttt{trigger()}} \end_inset \begin_inset LatexCommand \index{action!trigger@\texttt{trigger()}} \end_inset so that \family typewriter tjp->proceed() \family default may also be replaced by \family typewriter tjp->action().trigger() \family default . Thereby the method \family typewriter action() \family default \begin_inset LatexCommand \index{action@\texttt{action()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!action@\texttt{action()}} \end_inset of the \family typewriter JoinPoint \family default \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}} \end_inset \begin_inset LatexCommand \index{runtime support!JoinPoint@\texttt{JoinPoint}} \end_inset API returns the actual action object for a join point. \begin_inset LatexCommand \index{runtime support!for advice code|)} \end_inset \begin_inset LatexCommand \index{advice!runtime support|)} \end_inset \begin_inset LatexCommand \index{action|)} \end_inset \begin_inset LatexCommand \index{runtime support!action|)} \end_inset \layout Standard \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset \layout Subsubsection Support for Introductions \begin_inset LatexCommand \index{runtime support!for introductions|(} \end_inset \begin_inset LatexCommand \index{introduction!runtime support|(} \end_inset \layout Standard The \family typewriter JoinPoint \family default API available in code introduced by an introduction is listed in the following table. \layout Standard \begin_inset Float table placement H wide false collapsed true \layout Standard \align center \begin_inset Tabular \begin_inset Text \layout Standard \series bold static methods: \end_inset \begin_inset Text \layout Standard \end_inset \begin_inset Text \layout Standard \family typewriter const char *signature() \end_inset \begin_inset Text \layout Standard signature of the function or attribute \end_inset \begin_inset Text \layout Standard \family typewriter unsigned id() \end_inset \begin_inset Text \layout Standard identification of the join point \end_inset \begin_inset Text \layout Standard \family typewriter AC::JPType jptype() \end_inset \begin_inset Text \layout Standard type of join point \end_inset \begin_inset Text \layout Standard \series bold types: \end_inset \begin_inset Text \layout Standard \end_inset \begin_inset Text \layout Standard \family typewriter Aspect \end_inset \begin_inset Text \layout Standard type of the aspect \end_inset \end_inset \layout Caption \family typewriter JoinPoint \family default API for introductions \end_inset \layout Standard In difference to the API available for advice code the API for introduction only provides static information about a join point. A nice demonstration of this API is shown in the following example. \layout Subsubsection* Example: static type identification using introductions \begin_inset LatexCommand \label{exa:static-type-id} \end_inset \layout LyX-Code aspect TypeInfo { \newline pointcut virtual typed() = 0; \newline \newline advice typed() : static unsigned type_id() { \newline return JoinPoint::id(); \newline } \newline \newline advice typed() : virtual unsigned type() { \newline return type_id(); \newline } \newline }; \layout Standard The first introduction of this aspect introduces a static method \family typewriter type_id \family default into a set of classes returning an unique integer value. By introducing a second non-static but virtual method type into these classes also returning the unique integer value a type identification can be realized like this: \layout LyX-Code if (obj->type() == AClass::type_id()) \newline ... \newline else if (obj->type() == AnotherClass::type_id()) \newline ... \layout Standard This implements a nice alternative to the C++ RTTI mechanism especially when the RTTI support of a compiler is switched off. \layout Standard Code of introductions have to use the type \family typewriter Aspect \family default \begin_inset LatexCommand \index{Aspect@\texttt{Aspect}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!Aspect@\texttt{Aspect}} \end_inset to get access to the methods and attributes of an aspect, e.g.\SpecialChar ~ by calling \family typewriter Aspect::aspectof() \family default . Because the static function \family typewriter aspectof \family default \begin_inset LatexCommand \index{aspectof@\texttt{aspectof()}} \end_inset is always generated for an aspect, except when it is already explicitly defined, \family typewriter aspectof \family default always returns the actual aspect instance. By courtesy of this technique the example \begin_inset LatexCommand \vpageref{exa:aspect-decl} \end_inset can be changed to provide not only the count of all threads but to provide a count for every thread. \layout Subsubsection* Example: \begin_inset LatexCommand \label{exa:extended-thread} \end_inset extended thread counting \begin_inset LatexCommand \index{runtime support|)} \end_inset \begin_inset LatexCommand \index{runtime support!for introductions|)} \end_inset \begin_inset LatexCommand \index{introduction!runtime support|)} \end_inset \layout LyX-Code aspect Counter { \newline int m_count; \newline ... \newline advice counted() : class Helper { \newline Helper() { Aspect::aspectof()->m_count++; } \newline } m_counter; \newline ... \newline }; \layout Standard \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset \layout Section Match Expressions \begin_inset LatexCommand \index{match expression|(} \end_inset \begin_inset LatexCommand \index{search pattern!match expression|(} \end_inset \layout Standard This section provides sample match expressions for matching types, attributes, and functions. \layout Subsection Type Matching \layout Description \family typewriter \series medium "unsigned \series default long" \family default \SpecialChar ~ \newline matches the C++ built-in scalar type \family typewriter unsigned long int \layout Description \family typewriter \series medium "%\SpecialChar ~ *" \family default \series default \SpecialChar ~ \newline matches pointers to any class or named C++ data type \layout Subsection Namespace and Class Matching \layout Description \family typewriter \series medium "Chain" \family default \series default \SpecialChar ~ \newline matches the class, struct, or union \family typewriter Chain \layout Description \family typewriter \series medium "Memory%" \family default \series default \SpecialChar ~ \newline matches any class, struct or union whose name starts with \begin_inset Quotes eld \end_inset Memory \begin_inset Quotes erd \end_inset \layout Subsection Attribute Matching \layout Description \family typewriter \series medium "Chain \series default * Chain::next" \family default \SpecialChar ~ \newline matches the attribute \family typewriter next \family default of class \family typewriter Chain \family default having type \family typewriter Chain* \family default (pointer to \family typewriter Chain \family default ) \layout Description \family typewriter \series medium "% \series default Chain::%" \family default \SpecialChar ~ \newline matches any attribute of class \family typewriter Chain \layout Subsection Function Matching \layout Description \family typewriter \series medium "void \series default reset()" \family default \SpecialChar ~ \newline matches the function \family typewriter reset \family default having no parameters and returning \family typewriter void \layout Description \family typewriter \series medium "% \series default printf(...)" \family default \SpecialChar ~ \newline matches the function \family typewriter printf \family default having any number of parameters and returns any type \layout Description \family typewriter \series medium "void \series default %(int,%)" \family default \SpecialChar ~ \newline matches any function having exactly two parameters (from which the first one must be \family typewriter int \family default ) and returning \family typewriter void \family default \begin_inset LatexCommand \index{match expression|)} \end_inset \begin_inset LatexCommand \index{search pattern!match expression|)} \end_inset \layout Section Predefined Pointcut Functions \begin_inset LatexCommand \label{sec:Predefined} \end_inset \begin_inset LatexCommand \index{pointcut function|(} \end_inset \begin_inset LatexCommand \index{pointcut!function|(} \end_inset \layout Standard On the following pages a complete list of the pointcut functions supported by AspectC++ is presented. For every pointcut function it is indicated which type of pointcut is expected as argument(s) and of which type the result pointcut is. Thereby \begin_inset Quotes eld \end_inset N \begin_inset Quotes erd \end_inset stands for name pointcut and \begin_inset Quotes eld \end_inset C \begin_inset Quotes erd \end_inset for code pointcut. The optionally given index is an assurance about the type of join point(s) described by the result pointcut \begin_inset Foot collapsed true \layout Standard C, C \begin_inset Formula $_{\textrm{C}}$ \end_inset , C \begin_inset Formula $_{\textrm{E}}$ \end_inset , C \begin_inset Formula $_{\textrm{S}}$ \end_inset , C \begin_inset Formula $_{\textrm{G}}$ \end_inset : Code (any, only \emph on \bar under C \bar default all \emph default , only \emph on \bar under E \bar default xecution \emph default , only \emph on \bar under S \bar default et \emph default , only \emph on \bar under G \bar default et \emph default ); N, N \begin_inset Formula $_{N}$ \end_inset , N \begin_inset Formula $_{C}$ \end_inset , N \begin_inset Formula $_{F}$ \end_inset , N \begin_inset Formula $_{T}$ \end_inset : Names (any, only \emph on \bar under N \bar default amespace \emph default , only \emph on \bar under C \bar default lass \emph default , only \emph on \bar under F \bar default unction \emph default , only \emph on \bar under T \bar default ype \emph default ) \end_inset . \layout Subsection Types \layout Description base \series medium ( \emph on pointcut \emph default ) \family typewriter \series default \family default \begin_inset LatexCommand \index{base@\texttt{base()}} \end_inset \begin_inset LatexCommand \index{pointcut function!base@\texttt{base()}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset N \begin_inset Formula $\rightarrow$ \end_inset N \begin_inset Formula $_{C,F}$ \end_inset \newline returns all base classes \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset resp.\SpecialChar ~ redefined functions \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset of classes in the pointcut \layout Description derived \series medium ( \emph on pointcut \emph default ) \family typewriter \series default \family default \begin_inset LatexCommand \index{derived@\texttt{derived()}} \end_inset \begin_inset LatexCommand \index{pointcut function!derived@\texttt{derived()}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset N \begin_inset Formula $\rightarrow$ \end_inset N \begin_inset Formula $_{C,F}$ \end_inset \newline returns all classes in the pointcut and all classes derived from them \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset resp.\SpecialChar ~ all redefined functions of derived classes \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset \layout Subsubsection* Example: type matching \begin_inset LatexCommand \label{exa:type-matching} \end_inset \layout Standard A software may contain the following class hierarchy. \layout LyX-Code class Shape { ... }; \newline class Point : public Shape { ... }; \newline ... \newline class Rectangle : public Line, public Rotatable { ... }; \layout Standard With the following aspect a special feature is added to a designated set of classes of this class hierarchy. \layout LyX-Code aspect Scale { \newline pointcut scalable() = \newline (base("Rectangle") && derived("Point")) || "Rectangle"; \newline \newline advice "Point" : baseclass("Scalable"); \newline advice scalable() : void scale(int value) { ... } \newline }; \layout Standard The pointcut describes the classes \family typewriter Point \family default and \family typewriter Rectangle \family default and all classes derived from \family typewriter Point \family default that are direct or indirect base classes of \family typewriter Rectangle \family default . With the first advice \family typewriter Point \family default gets a new base class. The second advice adds a corresponding method to all classes in the pointcut. \layout Subsection Control Flow \begin_inset LatexCommand \index{control flow|(} \end_inset \layout Description cflow \series medium ( \emph on pointcut \emph default ) \family typewriter \series default \family default \begin_inset LatexCommand \index{cflow@\texttt{cflow()}} \end_inset \begin_inset LatexCommand \index{pointcut function!cflow@\texttt{cflow()}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset N \begin_inset Formula $\rightarrow$ \end_inset C \newline captures join points occuring in the dynamic execution context of join points in the pointcut \layout Subsubsection* Example: function call matching \begin_inset LatexCommand \label{exa:function-call-matching} \end_inset \layout Standard The following example demonstrates the use of the \series bold cflow \series default pointcut function. \layout LyX-Code class Constant { \newline int m_value; \newline public: \newline Constant(int v) : m_value(v) {} \newline \newline operator int() { return m_value; } \newline int get_value() { return m_value; } \newline }; \newline \newline int main() { \newline Constant year(2003); \newline ... \newline int y = year.get_value(); \newline ... \newline return 0; \newline } \layout Standard The function \family typewriter get_value \family default may be deprecated and a warning shall be displayed if it is still used in the program. A corresponding aspect using the \series bold cflow \series default pointcut function is shown below. \layout LyX-Code aspect Deprecated { \newline pointcut functions() = call("% Constant::get_value()") && \newline cflow(execution ("% main(...)")); \newline \newline advice functions() : before() { \newline cout << "Warning: Use of get_value() is deprecated." << endl; \newline } \newline }; \layout Standard The pointcut describes all the calls to the function \family typewriter get_value \family default that come from the function \family typewriter main \family default and any function called in \family typewriter main \family default and any function called in a function called in \family typewriter main \family default and so on. The advice provides the warning message for every join point in the pointcut. The message is displayed before \family typewriter get_value \family default is called. \begin_inset LatexCommand \index{control flow|)} \end_inset \layout Subsection Scope \layout Description within \series medium ( \emph on pointcut \emph default ) \family typewriter \series default \family default \begin_inset LatexCommand \index{within@\texttt{within()}} \end_inset \begin_inset LatexCommand \index{pointcut function!within@\texttt{within()}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset N \begin_inset Formula $\rightarrow$ \end_inset C \newline filters all join points that are within the functions or classes in the pointcut \layout Subsubsection* Example: matching in scopes \begin_inset LatexCommand \label{exa:matching-in-scopes} \end_inset \layout LyX-Code aspect Logger { \newline pointcut calls() = \newline call("void transmit()") && within("Transmitter"); \newline \newline advice calls() : around() { \newline cout << "transmitting ... " << flush; \newline tjp->proceed(); \newline cout << "finished." << endl; \newline } \newline }; \layout Standard This aspect inserts code logging all calls to \family typewriter transmit \family default that are within the methods of class \family typewriter Transmitter \family default . \layout Subsection Functions \layout Description call \series medium ( \emph on pointcut \emph default ) \family typewriter \series default \family default \begin_inset LatexCommand \index{call@\texttt{call()}} \end_inset \begin_inset LatexCommand \index{pointcut function!call@\texttt{call()}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{C}$ \end_inset \newline Provides all join points where a named entity in the pointcut is called. The pointcut may contain function names or class names. In the case of a class name all calls to methods of that class are provided. \layout Description execution \series medium ( \emph on pointcut \emph default ) \family typewriter \series default \family default \begin_inset LatexCommand \index{execution@\texttt{execution()}} \end_inset \begin_inset LatexCommand \index{pointcut function!execution@\texttt{execution()}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{E}$ \end_inset \newline provides all join points referring to the implementation of a named entity in the pointcut. The pointcut may contain function names or class names. In the case of a class name all implementations of methods of that class are provided. \layout Subsubsection* Example: function matching \begin_inset LatexCommand \label{exa:function-matching} \end_inset \layout Standard The following aspect weaves debugging code into a program that checks whether a method is called on a null pointer and whether the argument of the call is null. \layout LyX-Code aspect Debug { \newline pointcut fct() = "% MemPool::dealloc(void*)"; \newline pointcut exec() = execution(fct()); \newline pointcut calls() = call(fct()); \newline \newline advice exec() && args(ptr) : before(void *ptr) { \newline assert(ptr && "argument is NULL"); \newline } \newline advice calls() : before() { \newline assert(tjp->target() && "'this' is NULL"); \newline } \newline }; \layout Standard The first advice provides code to check the argument of the function \family typewriter dealloc \family default before the function is executed. A check whether \family typewriter dealloc \family default is called on a null object is provided by the second advice. This is realized by checking the target of the call. \layout Standard \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset \layout Subsection Attributes \layout Standard The \series bold set \series default and \series bold get \series default pointcut functions are not yet implemented in the AspectC++ compiler \series bold ac++ \begin_inset LatexCommand \index{ac++@\texttt{ac++}} \end_inset \series default . \layout Description set \series medium ( \emph on pointcut \emph default ) \series default \begin_inset LatexCommand \index{set@\texttt{set()}} \end_inset \begin_inset LatexCommand \index{pointcut function!set@\texttt{set()}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{S}$ \end_inset \newline selects all join points where the value of an attribute or global variable is modified \layout Description get \series medium ( \emph on pointcut \emph default ) \family typewriter \series default \family default \begin_inset LatexCommand \index{get@\texttt{get()}} \end_inset \begin_inset LatexCommand \index{pointcut function!get@\texttt{get()}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{G}$ \end_inset \newline selects all join points where the value of an attribute or global variable is read \layout Subsubsection* Example: attribute matching \begin_inset LatexCommand \label{exa:attribute-matching} \end_inset \layout Standard \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset \layout Subsection Context \layout Description that \series medium ( \emph on type\SpecialChar ~ pattern \emph default ) \family typewriter \series default \family default \begin_inset LatexCommand \index{that@\texttt{that()}} \end_inset \begin_inset LatexCommand \index{pointcut function!that@\texttt{that()}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset N \begin_inset Formula $\rightarrow$ \end_inset C \newline returns all join points where the current C++ \family typewriter this \family default pointer refers to an object which is an instance of a type that is compatible to the type described by the type pattern \layout Description target \series medium ( \emph on type\SpecialChar ~ pattern \emph default ) \family typewriter \series default \family default \begin_inset LatexCommand \index{target@\texttt{target()}} \end_inset \begin_inset LatexCommand \index{pointcut function!target@\texttt{target()}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset N \begin_inset Formula $\rightarrow$ \end_inset C \newline returns all join points where the target object of a call is an instance of a type \emph on \emph default that is compatible to the type described by the type pattern \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset \layout Description result \series medium ( \emph on type\SpecialChar ~ pattern \emph default ) \family typewriter \series default \family default \begin_inset LatexCommand \index{result@\texttt{result()}} \end_inset \begin_inset LatexCommand \index{pointcut function!base@\texttt{base()}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset N \begin_inset Formula $\rightarrow$ \end_inset C \newline returns all join points where the result object of a call is an instance of a type that is compatible to the type described by the type pattern \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset \layout Description args \series medium ( \emph on type\SpecialChar ~ pattern \emph default ,\SpecialChar ~ ...) \family typewriter \series default \family default \begin_inset LatexCommand \index{args@\texttt{args()}} \end_inset \begin_inset LatexCommand \index{pointcut function!args@\texttt{args()}} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset (N,...) \begin_inset Formula $\rightarrow$ \end_inset C \newline receives a list of type patterns and filters all methods or attributes with a matching signature \layout Standard Instead of the type pattern it is also possible here to deliver the name of a variable to which the context information is bound. In this case the type of the variable is used for the type matching. \layout Subsubsection* Example: context matching \begin_inset LatexCommand \label{exa:context-matching} \end_inset \layout Subsection Algebraic Operators \layout Description \series medium \emph on pointcut \series default \emph default \SpecialChar ~ && \series medium \emph on \SpecialChar ~ pointcut \family typewriter \series default \emph default \family default \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset (N,N) \begin_inset Formula $\rightarrow$ \end_inset N, (C,C) \begin_inset Formula $\rightarrow$ \end_inset C \newline intersection of the join points in the pointcuts \layout Description \series medium \emph on pointcut \series default \emph default \SpecialChar ~ || \series medium \emph on \SpecialChar ~ pointcut \family typewriter \series default \emph default \family default \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset (N,N) \begin_inset Formula $\rightarrow$ \end_inset N, (C,C) \begin_inset Formula $\rightarrow$ \end_inset C \newline union of the join points in the pointcuts \layout Description ! \series medium \emph on \SpecialChar ~ pointcut \family typewriter \series default \emph default \family default \begin_inset ERT status Collapsed \layout Standard \backslash hfill \end_inset N \begin_inset Formula $\rightarrow$ \end_inset N, C \begin_inset Formula $\rightarrow$ \end_inset C \newline exclusion of the join points in the pointcut \layout Subsubsection* Example: \begin_inset LatexCommand \label{exa:combining-pointcut} \end_inset combining pointcut expressions \begin_inset LatexCommand \index{pointcut function|)} \end_inset \begin_inset LatexCommand \index{pointcut!function|)} \end_inset \layout Section Advice Declarations \begin_inset LatexCommand \index{advice!declaration|(} \end_inset \layout Standard This section provides a summary of the AspectC++ placement functions allowed in advice declarations. \layout Description before \series medium (...) \family typewriter \series default \family default \begin_inset LatexCommand \index{before} \end_inset \begin_inset LatexCommand \index{advice!before} \end_inset \SpecialChar ~ \newline the advice code is executed before the join points in the pointcut \layout Description after \series medium (...) \family typewriter \series default \family default \begin_inset LatexCommand \index{after} \end_inset \begin_inset LatexCommand \index{advice!after} \end_inset \SpecialChar ~ \newline the advice code is executed after the join points in the pointcut \layout Description around \series medium (...) \family typewriter \series default \family default \begin_inset LatexCommand \index{around} \end_inset \begin_inset LatexCommand \index{advice!around} \end_inset \SpecialChar ~ \newline the advice code is executed in place of the join points in the pointcut \layout Description baseclass \series medium ( \emph on classname \emph default ) \family typewriter \series default \family default \begin_inset LatexCommand \index{baseclass} \end_inset \begin_inset LatexCommand \index{advice!baseclass} \end_inset \SpecialChar ~ \newline a new base class is introduced to the classes in the pointcut \layout Subsubsection* Example: \begin_inset LatexCommand \label{exa:advice-placement} \end_inset advice placement \begin_inset LatexCommand \index{advice!declaration|)} \end_inset \layout Section \family typewriter JoinPoint \family default API \family typewriter \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}|(} \end_inset \begin_inset LatexCommand \index{runtime support!JoinPoint@\texttt{JoinPoint}|(} \end_inset \layout Standard The following sections provide a complete description of the \family typewriter JoinPoint \family default API. \layout Subsection Types \layout Description \family typewriter \series medium Result \series default \family default \begin_inset LatexCommand \index{Result@\texttt{Result}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!Result@\texttt{Result}} \end_inset \SpecialChar ~ \newline result type of a function \layout Description \family typewriter \series medium That \series default \family default \begin_inset LatexCommand \index{That@\texttt{That}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!That@\texttt{That}} \end_inset \SpecialChar ~ \newline object type (object initiating a call) \layout Description \family typewriter \series medium Target \series default \family default \begin_inset LatexCommand \index{Target@\texttt{Target}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!Target@\texttt{Target}} \end_inset \SpecialChar ~ \newline target object type (target object of a call) \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset \layout Description \family typewriter \series medium Aspect \family default \series default \begin_inset LatexCommand \index{Aspect@\texttt{Aspect}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!Aspect@\texttt{Aspect}} \end_inset \SpecialChar ~ \newline type of the aspect (only available in introductions) \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset \layout Subsubsection* Example: type usage \begin_inset LatexCommand \label{exa:type-usage} \end_inset \layout Subsection Functions \layout Description \family typewriter \series medium static\SpecialChar ~ AC::Type \emph on \SpecialChar ~ \emph default type() \series default \family default \begin_inset LatexCommand \index{type@\texttt{type()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!type@\texttt{type()}} \end_inset \SpecialChar ~ \newline returns the encoded type for the join point conforming with the C++ ABI V3 specification \begin_inset Foot collapsed true \layout Standard \begin_inset ERT status Collapsed \layout Standard \backslash depref{http://www.codesourcery.com/cxx-abi/abi.html \backslash #mangling}{ \backslash texttt{www.codesourcery.com/cxx-abi/abi.html \backslash #mangling}} \end_inset \end_inset \layout Description \family typewriter \series medium static\SpecialChar ~ int \emph on \SpecialChar ~ \emph default args() \series default \family default \begin_inset LatexCommand \index{args@\texttt{args()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!args@\texttt{args()}} \end_inset \SpecialChar ~ \newline returns the number of arguments of a function for call and execution join points \layout Description \family typewriter \series medium static\SpecialChar ~ AC::Type \emph on \SpecialChar ~ \emph default argtype(int \series default \SpecialChar ~ \series medium number) \series default \family default \begin_inset LatexCommand \index{argtype@\texttt{argtype()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!argtype@\texttt{argtype()}} \end_inset \SpecialChar ~ \newline returns the encoded type of an argument conforming with the C++ ABI V3 specifica tion \layout Description \family typewriter \series medium static\SpecialChar ~ const\SpecialChar ~ char \series default \emph on \SpecialChar ~ \series medium \emph default *signature() \series default \family default \begin_inset LatexCommand \index{signature@\texttt{signature()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!signature@\texttt{signature()}} \end_inset \SpecialChar ~ \newline gives a textual description of the join point (function name, class name, ...) \layout Description \family typewriter \series medium static\SpecialChar ~ unsigned\SpecialChar ~ int \series default \emph on \SpecialChar ~ \series medium \emph default id() \series default \family default \begin_inset LatexCommand \index{id@\texttt{id()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!id@\texttt{id()}} \end_inset \SpecialChar ~ \newline returns a unique numeric identifier for this join point \layout Description \family typewriter \series medium static\SpecialChar ~ AC::Type \emph on \SpecialChar ~ \emph default resulttype() \series default \family default \begin_inset LatexCommand \index{resulttype@\texttt{resulttype()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!resulttype@\texttt{resulttype()}} \end_inset \SpecialChar ~ \newline returns the encoded type of the result type conforming with the C++ ABI V3 specification \layout Description \family typewriter \series medium static\SpecialChar ~ AC::JPType \emph on \SpecialChar ~ \emph default jptype() \series default \family default \begin_inset LatexCommand \index{jptype@\texttt{jptype()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!jptype@\texttt{jptype()}} \end_inset \SpecialChar ~ \newline returns a unique identifier describing the type of the join point \layout Subsubsection* Example: static function usage \begin_inset LatexCommand \label{exa:static-function-usage} \end_inset \layout Description \family typewriter \series medium void\SpecialChar ~ *arg(int \series default \SpecialChar ~ \series medium number) \family default \series default \begin_inset LatexCommand \index{arg@\texttt{arg()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!arg@\texttt{arg()}} \end_inset \SpecialChar ~ \newline returns a pointer to the memory position holding the argument value with index \family typewriter number \layout Description \family typewriter \series medium Result \emph on \SpecialChar ~ \emph default *result() \family default \series default \family typewriter \begin_inset LatexCommand \index{result@\texttt{result()}} \end_inset \family default \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!result@\texttt{result()}} \end_inset \SpecialChar ~ \newline returns a pointer to the memory location designated for the result value or 0 if the function has no result value \layout Description \family typewriter \series medium That\SpecialChar ~ *that() \family default \series default \family typewriter \begin_inset LatexCommand \index{that@\texttt{that()}} \end_inset \family default \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!that@\texttt{that()}} \end_inset \SpecialChar ~ \newline returns a pointer to the object initiating a call or 0 if it is a static method or a global function \layout Description \family typewriter \series medium Target\SpecialChar ~ *target() \family default \series default \family typewriter \begin_inset LatexCommand \index{target@\texttt{target()}} \end_inset \family default \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!target@\texttt{target()}} \end_inset \SpecialChar ~ \newline returns a pointer to the object that is the target of a call or 0 if it is a static method or a global function \layout Description \family typewriter \series medium void\SpecialChar ~ proceed() \family default \series default \begin_inset LatexCommand \index{proceed@\texttt{proceed()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!proceed()@\texttt{proceed()}} \end_inset \SpecialChar ~ \newline executes the original join point code in an around advice by calling \family typewriter action().trigger() \layout Description \family typewriter \series medium AC::Action\SpecialChar ~ &action() \family default \series default \begin_inset LatexCommand \index{action@\texttt{action()}} \end_inset \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}!action@\texttt{action()}} \end_inset \SpecialChar ~ \newline returns the runtime action object containing the execution environment to execute the original functionality encapsulated by an around advice \layout Subsubsection* Example: \begin_inset LatexCommand \label{exa:non-static-function-usage} \end_inset non-static function usage \family typewriter \begin_inset LatexCommand \index{JoinPoint@\texttt{JoinPoint}|)} \end_inset \begin_inset LatexCommand \index{runtime support!JoinPoint@\texttt{JoinPoint}|)} \end_inset \layout Section \begin_inset LatexCommand \label{sec:ordering} \end_inset Advice Ordering \begin_inset LatexCommand \index{advice!ordering|(} \end_inset \layout Subsection \begin_inset LatexCommand \label{sub:aspect-precedence} \end_inset Aspect Precedence \begin_inset LatexCommand \index{precedence!of aspects|(} \end_inset \layout Standard AspectC++ provides a very flexible mechanism to define aspect precedence. The precedence is used to determine the execution order of advice code if more than one aspect affect the same join point. The precedence in AspectC++ is an attribute of a join point. This means that the precedence relationship between two aspects might vary in different parts of the system. The compiler checks the following conditions to determine the precendence of aspects: \layout Description order\SpecialChar ~ declaration: if the programmer provides an order declaration, which defines the precedence relationship between two aspects for a join point, the compiler will obey this definition or abort with a compile-time error if there is a cycle in the precedence graph. Order declarations have the following syntax: \family typewriter \series bold \newline advice \family default \series default \emph on pointcut-expr \emph default : \family typewriter \series bold order \family default \series default \family typewriter \series bold ( \family default \series default \emph on high \family typewriter \series bold \emph default , \family default \series default ... \emph on low \emph default \family typewriter \series bold ) \newline \family default \series default The argument list of \family typewriter order \family default has to contain at least two elements. Each element is a pointcut expression, which describes a set of aspects. Each aspect in a certain set has a higher precedence than all aspects, which are part of a set following later in the list (on the right hand side). For example ' \family typewriter ("A1"||"A2","A3"||"A4") \family default ' means that \family typewriter A1 \family default has precedence over \family typewriter A3 \family default and \family typewriter A4 \family default and that \family typewriter A2 \family default has precedence over \family typewriter A3 \family default and \family typewriter A4 \family default . This order directive does \emph on not \emph default define the relation between \family typewriter A1 \family default and \family typewriter A2 \family default or \family typewriter A3 \family default and \family typewriter A4 \family default . Of course, the pointcut expressions in the argument list of \family typewriter order \family default may contain named pointcuts and even pure virtual pointcuts. \layout Description inheritance\SpecialChar ~ relation: if there is no order declaration given and one aspect has a base aspect the derived aspect has a higher precedence than the base aspect. \layout Subsection \begin_inset LatexCommand \label{sub:advice-precedence} \end_inset Advice Precedence \begin_inset LatexCommand \index{precedence!of advice|(} \end_inset \layout Standard The precedence of advice is determined with a very simple scheme: \layout Itemize if two advice declarations belong to different aspects and there is a precedence relation between these aspects (see section \begin_inset LatexCommand \vref{sub:aspect-precedence} \end_inset ) the same relation will be assumed for the advice. \layout Itemize if two advice declarations belong to the same aspect the one that is declared first has the higher precedence. \layout Subsection Effects of Advice Precedence \begin_inset LatexCommand \index{precedence!effects|(} \end_inset \layout Standard Only advice predecence has an effect on the generated code. The effect depends on the kind of join point, which is affected by two advice declarations. \layout Subsubsection* Class Join Points \layout Standard Advice on class join points can extend the attribute list or base class list. If advice has a higher precedence than another it will be handled first. For example, an introduced new base class of advice with a high precedence will appear in the base class list on the left side of a base class, which was inserted by advice with lower precedence. This means that the execution order of the constructors of introduced base classes can be influenced, for instance, by order declarations. \layout Standard The order of introduced attributes also has an impact on the constructor/destruc tor execution order as well as the object layout. \layout Subsubsection* Code Join Points \layout Standard Advice on code join points can be \family typewriter before \family default , \family typewriter after \family default , or \family typewriter around \family default advice. For \family typewriter before \family default and \family typewriter around \family default advice a higher precedence means that the corresponding advice code will be run first. For \family typewriter after \family default advice a higher precedence means that the advice code will be run later. \layout Standard If \family typewriter around \family default advice code does not call \family typewriter tjp->proceed() \family default or \family typewriter trigger() \family default on the action object no advice code with lower precedence will be run. The execution of advice with higher precedence is not affected by \family typewriter around \family default advice with lower precedence. \layout Standard For example, consider an aspect that defines advice \begin_inset Foot collapsed true \layout Standard BE is \family typewriter before \family default advice, AF \family typewriter after \family default advice, and AR \family typewriter around \family default advice \end_inset in the following order: BE1, AF1, AF2, AR1, BE2, AR2, AF3. As described in section \begin_inset LatexCommand \vref{sub:advice-precedence} \end_inset the declaration order also defines the precedence: BE1 has the highest and AF3 the lowest. The result is the following advice code execution sequence: \layout Enumerate BE1 (highest precedence) \layout Enumerate AR1 (the indented advice will only be executed if \family typewriter proceed() \family default is called!) \begin_deeper \layout Enumerate BE2 (before AR2, buts depends on AR1) \layout Enumerate AR2 (the indented code will only be executed if \family typewriter proceed() \family default is called!) \begin_deeper \layout Enumerate original code under the join point \layout Enumerate AF3 \end_deeper \end_deeper \layout Enumerate AF2 (does not depend on AR1 and AR2, because of higher precedence) \layout Enumerate AF1 (run after AF2, because it has a higher precedence) \layout Section \start_of_appendix Grammar \begin_inset LatexCommand \index{grammar} \end_inset \layout Standard The AspectC++ syntax is an extension to the C++ syntax. It adds three new keywords to the C++ language: \family typewriter aspect \family default , \family typewriter advice \family default , and \family typewriter pointcut \family default . Additionally it extends the C++ language by advice and pointcut declarations. In contrast to pointcut declarations, advice declarations may only occur in aspect declarations. \layout Description \series medium \shape italic class-key: \series default \shape default \series bold \SpecialChar ~ \newline \family typewriter \series default aspect \layout Description \series medium \shape italic declaration: \series default \SpecialChar ~ \newline pointcut-declaration \newline advice-declaration \layout Description \series medium \shape italic member-declaration: \series default \SpecialChar ~ \newline pointcut-declaration \newline advice-declaration \layout Description \series medium \shape italic pointcut-declaration: \series default \emph on \begin_inset LatexCommand \index{pointcut!declaration} \end_inset \emph default \SpecialChar ~ \newline \family typewriter \shape default pointcut \family default \shape italic \SpecialChar ~ declaration \layout Description \series medium \shape italic pointcut-expression: \series default \series medium \begin_inset LatexCommand \index{pointcut!expression} \end_inset \series default \SpecialChar ~ \newline constant-expression \layout Description \series medium \shape italic advice-declaration: \series default \begin_inset LatexCommand \index{advice!declaration} \end_inset \SpecialChar ~ \newline \family typewriter \shape default advice \family default \shape italic \SpecialChar ~ pointcut-expression\SpecialChar ~ \series bold \shape default : \series default \shape italic \SpecialChar ~ order-declaration \newline \family typewriter \shape default advice \family default \shape italic \SpecialChar ~ pointcut-expression\SpecialChar ~ \series bold \shape default : \series default \shape italic \SpecialChar ~ declaration \layout Description \series medium \shape italic order-declaration: \series default \begin_inset LatexCommand \index{order!declaration} \end_inset \SpecialChar ~ \newline \family typewriter \shape default order ( \family default \shape italic \SpecialChar ~ pointcur-expression-seq\SpecialChar ~ \family typewriter \shape default ) \layout Standard \begin_inset ERT status Collapsed \layout Standard \backslash cleardoublepage \backslash begin{examples} \end_inset \layout Standard \noindent match expressions (name pointcuts), \begin_inset LatexCommand \pageref{exa:match-expressions} \end_inset \layout Standard \noindent pointcut expressions, \begin_inset LatexCommand \pageref{exa:pointcut-expressions} \end_inset \layout Standard \noindent pointcut declaration, \begin_inset LatexCommand \pageref{exa:pointcut-declaration} \end_inset \layout Standard \noindent pure virtual pointcut declaration, \begin_inset LatexCommand \pageref{exa:pure-virtual} \end_inset \layout Standard \noindent advice declaration, \begin_inset LatexCommand \pageref{exa:advice-declaration} \end_inset \layout Standard \noindent advice declaration with access to context information, \begin_inset LatexCommand \pageref{exa:advice-declaration-with} \end_inset \layout Standard \noindent introductions, \begin_inset LatexCommand \pageref{exa:introductions} \end_inset \layout Standard \noindent base class introduction, \begin_inset LatexCommand \pageref{exa:base-class-intro} \end_inset \layout Standard \noindent advice ordering, \begin_inset LatexCommand \pageref{exa:order} \end_inset \layout Standard \noindent aspect declaration, \begin_inset LatexCommand \pageref{exa:aspect-decl} \end_inset \layout Standard \noindent abstract aspect, \begin_inset LatexCommand \pageref{exa:abstract-aspect} \end_inset \layout Standard \noindent reused abstract aspect, \begin_inset LatexCommand \pageref{exa:reused-abstract} \end_inset \layout Standard \noindent aspect instantiation using \family typewriter aspectof \family default , \begin_inset LatexCommand \pageref{exa:aspect-aspectof} \end_inset \layout Standard \noindent re-usable trace aspect, \begin_inset LatexCommand \pageref{exa:re-usable-trace} \end_inset \layout Standard \noindent \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset static type identification using introductions, \begin_inset LatexCommand \pageref{exa:static-type-id} \end_inset \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset \layout Standard \noindent \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset extended thread counting, \begin_inset LatexCommand \pageref{exa:extended-thread} \end_inset \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset \layout Standard \noindent type matching, \begin_inset LatexCommand \pageref{exa:type-matching} \end_inset \layout Standard \noindent function call matching, \begin_inset LatexCommand \pageref{exa:function-call-matching} \end_inset \layout Standard \noindent matching in scopes, \begin_inset LatexCommand \pageref{exa:matching-in-scopes} \end_inset \layout Standard \noindent function matching, \begin_inset LatexCommand \pageref{exa:function-matching} \end_inset \layout Standard \noindent \begin_inset ERT status Collapsed \layout Standard \backslash begin{comment} \end_inset attribute matching, \begin_inset LatexCommand \pageref{exa:attribute-matching} \end_inset \begin_inset ERT status Collapsed \layout Standard \layout Standard \backslash end{comment} \newline \end_inset \layout Standard \noindent context matching, \begin_inset LatexCommand \pageref{exa:context-matching} \end_inset \layout Standard \noindent combining pointcut expressions, \begin_inset LatexCommand \pageref{exa:combining-pointcut} \end_inset \layout Standard \noindent advice placement, \begin_inset LatexCommand \pageref{exa:advice-placement} \end_inset \layout Standard \noindent type usage, \begin_inset LatexCommand \pageref{exa:type-usage} \end_inset \layout Standard \noindent static function usage, \begin_inset LatexCommand \pageref{exa:static-function-usage} \end_inset \layout Standard \noindent 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CREATE_SUBDIRS = NO # The OUTPUT_LANGUAGE tag is used to specify the language in which all # documentation generated by doxygen is written. Doxygen will use this # information to generate all constant output in the proper language. # The default language is English, other supported languages are: # Brazilian, Catalan, Chinese, Chinese-Traditional, Croatian, Czech, Danish, # Dutch, Finnish, French, German, Greek, Hungarian, Italian, Japanese, # Japanese-en (Japanese with English messages), Korean, Korean-en, Norwegian, # Polish, Portuguese, Romanian, Russian, Serbian, Slovak, Slovene, Spanish, # Swedish, and Ukrainian. OUTPUT_LANGUAGE = English # This tag can be used to specify the encoding used in the generated output. # The encoding is not always determined by the language that is chosen, # but also whether or not the output is meant for Windows or non-Windows users. # In case there is a difference, setting the USE_WINDOWS_ENCODING tag to YES # forces the Windows encoding (this is the default for the Windows binary), # whereas setting the tag to NO uses a Unix-style encoding (the default for # all platforms other than Windows). USE_WINDOWS_ENCODING = NO # If the BRIEF_MEMBER_DESC tag is set to YES (the default) Doxygen will # include brief member descriptions after the members that are listed in # the file and class documentation (similar to JavaDoc). # Set to NO to disable this. BRIEF_MEMBER_DESC = YES # If the REPEAT_BRIEF tag is set to YES (the default) Doxygen will prepend # the brief description of a member or function before the detailed description. # Note: if both HIDE_UNDOC_MEMBERS and BRIEF_MEMBER_DESC are set to NO, the # brief descriptions will be completely suppressed. REPEAT_BRIEF = YES # This tag implements a quasi-intelligent brief description abbreviator # that is used to form the text in various listings. Each string # in this list, if found as the leading text of the brief description, will be # stripped from the text and the result after processing the whole list, is # used as the annotated text. Otherwise, the brief description is used as-is. # If left blank, the following values are used ("$name" is automatically # replaced with the name of the entity): "The $name class" "The $name widget" # "The $name file" "is" "provides" "specifies" "contains" # "represents" "a" "an" "the" ABBREVIATE_BRIEF = # If the ALWAYS_DETAILED_SEC and REPEAT_BRIEF tags are both set to YES then # Doxygen will generate a detailed section even if there is only a brief # description. ALWAYS_DETAILED_SEC = NO # If the INLINE_INHERITED_MEMB tag is set to YES, doxygen will show all # inherited members of a class in the documentation of that class as if those # members were ordinary class members. Constructors, destructors and assignment # operators of the base classes will not be shown. INLINE_INHERITED_MEMB = NO # If the FULL_PATH_NAMES tag is set to YES then Doxygen will prepend the full # path before files name in the file list and in the header files. If set # to NO the shortest path that makes the file name unique will be used. FULL_PATH_NAMES = NO # If the FULL_PATH_NAMES tag is set to YES then the STRIP_FROM_PATH tag # can be used to strip a user-defined part of the path. Stripping is # only done if one of the specified strings matches the left-hand part of # the path. The tag can be used to show relative paths in the file list. # If left blank the directory from which doxygen is run is used as the # path to strip. STRIP_FROM_PATH = # The STRIP_FROM_INC_PATH tag can be used to strip a user-defined part of # the path mentioned in the documentation of a class, which tells # the reader which header file to include in order to use a class. # If left blank only the name of the header file containing the class # definition is used. Otherwise one should specify the include paths that # are normally passed to the compiler using the -I flag. STRIP_FROM_INC_PATH = # If the SHORT_NAMES tag is set to YES, doxygen will generate much shorter # (but less readable) file names. This can be useful is your file systems # doesn't support long names like on DOS, Mac, or CD-ROM. SHORT_NAMES = NO # If the JAVADOC_AUTOBRIEF tag is set to YES then Doxygen # will interpret the first line (until the first dot) of a JavaDoc-style # comment as the brief description. If set to NO, the JavaDoc # comments will behave just like the Qt-style comments (thus requiring an # explicit @brief command for a brief description. JAVADOC_AUTOBRIEF = NO # The MULTILINE_CPP_IS_BRIEF tag can be set to YES to make Doxygen # treat a multi-line C++ special comment block (i.e. a block of //! or /// # comments) as a brief description. This used to be the default behaviour. # The new default is to treat a multi-line C++ comment block as a detailed # description. Set this tag to YES if you prefer the old behaviour instead. MULTILINE_CPP_IS_BRIEF = NO # If the DETAILS_AT_TOP tag is set to YES then Doxygen # will output the detailed description near the top, like JavaDoc. # If set to NO, the detailed description appears after the member # documentation. DETAILS_AT_TOP = NO # If the INHERIT_DOCS tag is set to YES (the default) then an undocumented # member inherits the documentation from any documented member that it # re-implements. INHERIT_DOCS = YES # If member grouping is used in the documentation and the DISTRIBUTE_GROUP_DOC # tag is set to YES, then doxygen will reuse the documentation of the first # member in the group (if any) for the other members of the group. By default # all members of a group must be documented explicitly. DISTRIBUTE_GROUP_DOC = NO # The TAB_SIZE tag can be used to set the number of spaces in a tab. # Doxygen uses this value to replace tabs by spaces in code fragments. TAB_SIZE = 8 # This tag can be used to specify a number of aliases that acts # as commands in the documentation. An alias has the form "name=value". # For example adding "sideeffect=\par Side Effects:\n" will allow you to # put the command \sideeffect (or @sideeffect) in the documentation, which # will result in a user-defined paragraph with heading "Side Effects:". # You can put \n's in the value part of an alias to insert newlines. ALIASES = # Set the OPTIMIZE_OUTPUT_FOR_C tag to YES if your project consists of C # sources only. Doxygen will then generate output that is more tailored for C. # For instance, some of the names that are used will be different. The list # of all members will be omitted, etc. OPTIMIZE_OUTPUT_FOR_C = NO # Set the OPTIMIZE_OUTPUT_JAVA tag to YES if your project consists of Java sources # only. Doxygen will then generate output that is more tailored for Java. # For instance, namespaces will be presented as packages, qualified scopes # will look different, etc. OPTIMIZE_OUTPUT_JAVA = NO # Set the SUBGROUPING tag to YES (the default) to allow class member groups of # the same type (for instance a group of public functions) to be put as a # subgroup of that type (e.g. under the Public Functions section). Set it to # NO to prevent subgrouping. Alternatively, this can be done per class using # the \nosubgrouping command. SUBGROUPING = YES #--------------------------------------------------------------------------- # Build related configuration options #--------------------------------------------------------------------------- # If the EXTRACT_ALL tag is set to YES doxygen will assume all entities in # documentation are documented, even if no documentation was available. # Private class members and static file members will be hidden unless # the EXTRACT_PRIVATE and EXTRACT_STATIC tags are set to YES EXTRACT_ALL = YES # If the EXTRACT_PRIVATE tag is set to YES all private members of a class # will be included in the documentation. EXTRACT_PRIVATE = NO # If the EXTRACT_STATIC tag is set to YES all static members of a file # will be included in the documentation. EXTRACT_STATIC = NO # If the EXTRACT_LOCAL_CLASSES tag is set to YES classes (and structs) # defined locally in source files will be included in the documentation. # If set to NO only classes defined in header files are included. EXTRACT_LOCAL_CLASSES = YES # This flag is only useful for Objective-C code. When set to YES local # methods, which are defined in the implementation section but not in # the interface are included in the documentation. # If set to NO (the default) only methods in the interface are included. EXTRACT_LOCAL_METHODS = NO # If the HIDE_UNDOC_MEMBERS tag is set to YES, Doxygen will hide all # undocumented members of documented classes, files or namespaces. # If set to NO (the default) these members will be included in the # various overviews, but no documentation section is generated. # This option has no effect if EXTRACT_ALL is enabled. HIDE_UNDOC_MEMBERS = NO # If the HIDE_UNDOC_CLASSES tag is set to YES, Doxygen will hide all # undocumented classes that are normally visible in the class hierarchy. # If set to NO (the default) these classes will be included in the various # overviews. This option has no effect if EXTRACT_ALL is enabled. HIDE_UNDOC_CLASSES = NO # If the HIDE_FRIEND_COMPOUNDS tag is set to YES, Doxygen will hide all # friend (class|struct|union) declarations. # If set to NO (the default) these declarations will be included in the # documentation. HIDE_FRIEND_COMPOUNDS = NO # If the HIDE_IN_BODY_DOCS tag is set to YES, Doxygen will hide any # documentation blocks found inside the body of a function. # If set to NO (the default) these blocks will be appended to the # function's detailed documentation block. HIDE_IN_BODY_DOCS = NO # The INTERNAL_DOCS tag determines if documentation # that is typed after a \internal command is included. If the tag is set # to NO (the default) then the documentation will be excluded. # Set it to YES to include the internal documentation. INTERNAL_DOCS = NO # If the CASE_SENSE_NAMES tag is set to NO then Doxygen will only generate # file names in lower-case letters. If set to YES upper-case letters are also # allowed. This is useful if you have classes or files whose names only differ # in case and if your file system supports case sensitive file names. Windows # and Mac users are advised to set this option to NO. CASE_SENSE_NAMES = YES # If the HIDE_SCOPE_NAMES tag is set to NO (the default) then Doxygen # will show members with their full class and namespace scopes in the # documentation. If set to YES the scope will be hidden. HIDE_SCOPE_NAMES = NO # If the SHOW_INCLUDE_FILES tag is set to YES (the default) then Doxygen # will put a list of the files that are included by a file in the documentation # of that file. SHOW_INCLUDE_FILES = YES # If the INLINE_INFO tag is set to YES (the default) then a tag [inline] # is inserted in the documentation for inline members. INLINE_INFO = YES # If the SORT_MEMBER_DOCS tag is set to YES (the default) then doxygen # will sort the (detailed) documentation of file and class members # alphabetically by member name. If set to NO the members will appear in # declaration order. SORT_MEMBER_DOCS = YES # If the SORT_BRIEF_DOCS tag is set to YES then doxygen will sort the # brief documentation of file, namespace and class members alphabetically # by member name. If set to NO (the default) the members will appear in # declaration order. SORT_BRIEF_DOCS = NO # If the SORT_BY_SCOPE_NAME tag is set to YES, the class list will be # sorted by fully-qualified names, including namespaces. If set to # NO (the default), the class list will be sorted only by class name, # not including the namespace part. # Note: This option is not very useful if HIDE_SCOPE_NAMES is set to YES. # Note: This option applies only to the class list, not to the # alphabetical list. SORT_BY_SCOPE_NAME = NO # The GENERATE_TODOLIST tag can be used to enable (YES) or # disable (NO) the todo list. This list is created by putting \todo # commands in the documentation. GENERATE_TODOLIST = YES # The GENERATE_TESTLIST tag can be used to enable (YES) or # disable (NO) the test list. This list is created by putting \test # commands in the documentation. GENERATE_TESTLIST = YES # The GENERATE_BUGLIST tag can be used to enable (YES) or # disable (NO) the bug list. This list is created by putting \bug # commands in the documentation. GENERATE_BUGLIST = YES # The GENERATE_DEPRECATEDLIST tag can be used to enable (YES) or # disable (NO) the deprecated list. This list is created by putting # \deprecated commands in the documentation. GENERATE_DEPRECATEDLIST= YES # The ENABLED_SECTIONS tag can be used to enable conditional # documentation sections, marked by \if sectionname ... \endif. ENABLED_SECTIONS = # The MAX_INITIALIZER_LINES tag determines the maximum number of lines # the initial value of a variable or define consists of for it to appear in # the documentation. If the initializer consists of more lines than specified # here it will be hidden. Use a value of 0 to hide initializers completely. # The appearance of the initializer of individual variables and defines in the # documentation can be controlled using \showinitializer or \hideinitializer # command in the documentation regardless of this setting. MAX_INITIALIZER_LINES = 30 # Set the SHOW_USED_FILES tag to NO to disable the list of files generated # at the bottom of the documentation of classes and structs. If set to YES the # list will mention the files that were used to generate the documentation. SHOW_USED_FILES = YES # If the sources in your project are distributed over multiple directories # then setting the SHOW_DIRECTORIES tag to YES will show the directory hierarchy # in the documentation. SHOW_DIRECTORIES = YES # The FILE_VERSION_FILTER tag can be used to specify a program or script that # doxygen should invoke to get the current version for each file (typically from the # version control system). Doxygen will invoke the program by executing (via # popen()) the command , where is the value of # the FILE_VERSION_FILTER tag, and is the name of an input file # provided by doxygen. Whatever the progam writes to standard output # is used as the file version. See the manual for examples. FILE_VERSION_FILTER = #--------------------------------------------------------------------------- # configuration options related to warning and progress messages #--------------------------------------------------------------------------- # The QUIET tag can be used to turn on/off the messages that are generated # by doxygen. Possible values are YES and NO. If left blank NO is used. QUIET = NO # The WARNINGS tag can be used to turn on/off the warning messages that are # generated by doxygen. Possible values are YES and NO. If left blank # NO is used. WARNINGS = YES # If WARN_IF_UNDOCUMENTED is set to YES, then doxygen will generate warnings # for undocumented members. If EXTRACT_ALL is set to YES then this flag will # automatically be disabled. WARN_IF_UNDOCUMENTED = YES # If WARN_IF_DOC_ERROR is set to YES, doxygen will generate warnings for # potential errors in the documentation, such as not documenting some # parameters in a documented function, or documenting parameters that # don't exist or using markup commands wrongly. WARN_IF_DOC_ERROR = YES # This WARN_NO_PARAMDOC option can be abled to get warnings for # functions that are documented, but have no documentation for their parameters # or return value. If set to NO (the default) doxygen will only warn about # wrong or incomplete parameter documentation, but not about the absence of # documentation. WARN_NO_PARAMDOC = NO # The WARN_FORMAT tag determines the format of the warning messages that # doxygen can produce. The string should contain the $file, $line, and $text # tags, which will be replaced by the file and line number from which the # warning originated and the warning text. Optionally the format may contain # $version, which will be replaced by the version of the file (if it could # be obtained via FILE_VERSION_FILTER) WARN_FORMAT = "$file:$line: $text" # The WARN_LOGFILE tag can be used to specify a file to which warning # and error messages should be written. If left blank the output is written # to stderr. WARN_LOGFILE = #--------------------------------------------------------------------------- # configuration options related to the input files #--------------------------------------------------------------------------- # The INPUT tag can be used to specify the files and/or directories that contain # documented source files. You may enter file names like "myfile.cpp" or # directories like "/usr/src/myproject". Separate the files or directories # with spaces. INPUT = . # If the value of the INPUT tag contains directories, you can use the # FILE_PATTERNS tag to specify one or more wildcard pattern (like *.cpp # and *.h) to filter out the source-files in the directories. If left # blank the following patterns are tested: # *.c *.cc *.cxx *.cpp *.c++ *.java *.ii *.ixx *.ipp *.i++ *.inl *.h *.hh *.hxx # *.hpp *.h++ *.idl *.odl *.cs *.php *.php3 *.inc *.m *.mm FILE_PATTERNS = *.cc \ *.h # The RECURSIVE tag can be used to turn specify whether or not subdirectories # should be searched for input files as well. Possible values are YES and NO. # If left blank NO is used. RECURSIVE = NO # The EXCLUDE tag can be used to specify files and/or directories that should # excluded from the INPUT source files. This way you can easily exclude a # subdirectory from a directory tree whose root is specified with the INPUT tag. EXCLUDE = # The EXCLUDE_SYMLINKS tag can be used select whether or not files or # directories that are symbolic links (a Unix filesystem feature) are excluded # from the input. EXCLUDE_SYMLINKS = NO # If the value of the INPUT tag contains directories, you can use the # EXCLUDE_PATTERNS tag to specify one or more wildcard patterns to exclude # certain files from those directories. EXCLUDE_PATTERNS = # The EXAMPLE_PATH tag can be used to specify one or more files or # directories that contain example code fragments that are included (see # the \include command). EXAMPLE_PATH = # If the value of the EXAMPLE_PATH tag contains directories, you can use the # EXAMPLE_PATTERNS tag to specify one or more wildcard pattern (like *.cpp # and *.h) to filter out the source-files in the directories. If left # blank all files are included. EXAMPLE_PATTERNS = # If the EXAMPLE_RECURSIVE tag is set to YES then subdirectories will be # searched for input files to be used with the \include or \dontinclude # commands irrespective of the value of the RECURSIVE tag. # Possible values are YES and NO. If left blank NO is used. EXAMPLE_RECURSIVE = NO # The IMAGE_PATH tag can be used to specify one or more files or # directories that contain image that are included in the documentation (see # the \image command). IMAGE_PATH = # The INPUT_FILTER tag can be used to specify a program that doxygen should # invoke to filter for each input file. Doxygen will invoke the filter program # by executing (via popen()) the command , where # is the value of the INPUT_FILTER tag, and is the name of an # input file. Doxygen will then use the output that the filter program writes # to standard output. If FILTER_PATTERNS is specified, this tag will be # ignored. INPUT_FILTER = # The FILTER_PATTERNS tag can be used to specify filters on a per file pattern # basis. Doxygen will compare the file name with each pattern and apply the # filter if there is a match. The filters are a list of the form: # pattern=filter (like *.cpp=my_cpp_filter). See INPUT_FILTER for further # info on how filters are used. If FILTER_PATTERNS is empty, INPUT_FILTER # is applied to all files. FILTER_PATTERNS = # If the FILTER_SOURCE_FILES tag is set to YES, the input filter (if set using # INPUT_FILTER) will be used to filter the input files when producing source # files to browse (i.e. when SOURCE_BROWSER is set to YES). FILTER_SOURCE_FILES = NO #--------------------------------------------------------------------------- # configuration options related to source browsing #--------------------------------------------------------------------------- # If the SOURCE_BROWSER tag is set to YES then a list of source files will # be generated. Documented entities will be cross-referenced with these sources. # Note: To get rid of all source code in the generated output, make sure also # VERBATIM_HEADERS is set to NO. SOURCE_BROWSER = NO # Setting the INLINE_SOURCES tag to YES will include the body # of functions and classes directly in the documentation. INLINE_SOURCES = NO # Setting the STRIP_CODE_COMMENTS tag to YES (the default) will instruct # doxygen to hide any special comment blocks from generated source code # fragments. Normal C and C++ comments will always remain visible. STRIP_CODE_COMMENTS = YES # If the REFERENCED_BY_RELATION tag is set to YES (the default) # then for each documented function all documented # functions referencing it will be listed. REFERENCED_BY_RELATION = YES # If the REFERENCES_RELATION tag is set to YES (the default) # then for each documented function all documented entities # called/used by that function will be listed. REFERENCES_RELATION = YES # If the VERBATIM_HEADERS tag is set to YES (the default) then Doxygen # will generate a verbatim copy of the header file for each class for # which an include is specified. Set to NO to disable this. VERBATIM_HEADERS = YES #--------------------------------------------------------------------------- # configuration options related to the alphabetical class index #--------------------------------------------------------------------------- # If the ALPHABETICAL_INDEX tag is set to YES, an alphabetical index # of all compounds will be generated. Enable this if the project # contains a lot of classes, structs, unions or interfaces. ALPHABETICAL_INDEX = NO # If the alphabetical index is enabled (see ALPHABETICAL_INDEX) then # the COLS_IN_ALPHA_INDEX tag can be used to specify the number of columns # in which this list will be split (can be a number in the range [1..20]) COLS_IN_ALPHA_INDEX = 5 # In case all classes in a project start with a common prefix, all # classes will be put under the same header in the alphabetical index. # The IGNORE_PREFIX tag can be used to specify one or more prefixes that # should be ignored while generating the index headers. IGNORE_PREFIX = #--------------------------------------------------------------------------- # configuration options related to the HTML output #--------------------------------------------------------------------------- # If the GENERATE_HTML tag is set to YES (the default) Doxygen will # generate HTML output. GENERATE_HTML = YES # The HTML_OUTPUT tag is used to specify where the HTML docs will be put. # If a relative path is entered the value of OUTPUT_DIRECTORY will be # put in front of it. If left blank `html' will be used as the default path. HTML_OUTPUT = html # The HTML_FILE_EXTENSION tag can be used to specify the file extension for # each generated HTML page (for example: .htm,.php,.asp). If it is left blank # doxygen will generate files with .html extension. HTML_FILE_EXTENSION = .html # The HTML_HEADER tag can be used to specify a personal HTML header for # each generated HTML page. If it is left blank doxygen will generate a # standard header. HTML_HEADER = # The HTML_FOOTER tag can be used to specify a personal HTML footer for # each generated HTML page. If it is left blank doxygen will generate a # standard footer. HTML_FOOTER = # The HTML_STYLESHEET tag can be used to specify a user-defined cascading # style sheet that is used by each HTML page. It can be used to # fine-tune the look of the HTML output. If the tag is left blank doxygen # will generate a default style sheet. Note that doxygen will try to copy # the style sheet file to the HTML output directory, so don't put your own # stylesheet in the HTML output directory as well, or it will be erased! HTML_STYLESHEET = # If the HTML_ALIGN_MEMBERS tag is set to YES, the members of classes, # files or namespaces will be aligned in HTML using tables. If set to # NO a bullet list will be used. HTML_ALIGN_MEMBERS = YES # If the GENERATE_HTMLHELP tag is set to YES, additional index files # will be generated that can be used as input for tools like the # Microsoft HTML help workshop to generate a compressed HTML help file (.chm) # of the generated HTML documentation. GENERATE_HTMLHELP = NO # If the GENERATE_HTMLHELP tag is set to YES, the CHM_FILE tag can # be used to specify the file name of the resulting .chm file. You # can add a path in front of the file if the result should not be # written to the html output directory. CHM_FILE = # If the GENERATE_HTMLHELP tag is set to YES, the HHC_LOCATION tag can # be used to specify the location (absolute path including file name) of # the HTML help compiler (hhc.exe). If non-empty doxygen will try to run # the HTML help compiler on the generated index.hhp. HHC_LOCATION = # If the GENERATE_HTMLHELP tag is set to YES, the GENERATE_CHI flag # controls if a separate .chi index file is generated (YES) or that # it should be included in the master .chm file (NO). GENERATE_CHI = NO # If the GENERATE_HTMLHELP tag is set to YES, the BINARY_TOC flag # controls whether a binary table of contents is generated (YES) or a # normal table of contents (NO) in the .chm file. BINARY_TOC = NO # The TOC_EXPAND flag can be set to YES to add extra items for group members # to the contents of the HTML help documentation and to the tree view. TOC_EXPAND = NO # The DISABLE_INDEX tag can be used to turn on/off the condensed index at # top of each HTML page. The value NO (the default) enables the index and # the value YES disables it. DISABLE_INDEX = NO # This tag can be used to set the number of enum values (range [1..20]) # that doxygen will group on one line in the generated HTML documentation. ENUM_VALUES_PER_LINE = 4 # If the GENERATE_TREEVIEW tag is set to YES, a side panel will be # generated containing a tree-like index structure (just like the one that # is generated for HTML Help). For this to work a browser that supports # JavaScript, DHTML, CSS and frames is required (for instance Mozilla 1.0+, # Netscape 6.0+, Internet explorer 5.0+, or Konqueror). Windows users are # probably better off using the HTML help feature. GENERATE_TREEVIEW = NO # If the treeview is enabled (see GENERATE_TREEVIEW) then this tag can be # used to set the initial width (in pixels) of the frame in which the tree # is shown. TREEVIEW_WIDTH = 250 #--------------------------------------------------------------------------- # configuration options related to the LaTeX output #--------------------------------------------------------------------------- # If the GENERATE_LATEX tag is set to YES (the default) Doxygen will # generate Latex output. GENERATE_LATEX = NO # The LATEX_OUTPUT tag is used to specify where the LaTeX docs will be put. # If a relative path is entered the value of OUTPUT_DIRECTORY will be # put in front of it. If left blank `latex' will be used as the default path. LATEX_OUTPUT = latex # The LATEX_CMD_NAME tag can be used to specify the LaTeX command name to be # invoked. If left blank `latex' will be used as the default command name. LATEX_CMD_NAME = latex # The MAKEINDEX_CMD_NAME tag can be used to specify the command name to # generate index for LaTeX. If left blank `makeindex' will be used as the # default command name. MAKEINDEX_CMD_NAME = makeindex # If the COMPACT_LATEX tag is set to YES Doxygen generates more compact # LaTeX documents. This may be useful for small projects and may help to # save some trees in general. COMPACT_LATEX = NO # The PAPER_TYPE tag can be used to set the paper type that is used # by the printer. Possible values are: a4, a4wide, letter, legal and # executive. If left blank a4wide will be used. PAPER_TYPE = a4wide # The EXTRA_PACKAGES tag can be to specify one or more names of LaTeX # packages that should be included in the LaTeX output. EXTRA_PACKAGES = # The LATEX_HEADER tag can be used to specify a personal LaTeX header for # the generated latex document. The header should contain everything until # the first chapter. If it is left blank doxygen will generate a # standard header. Notice: only use this tag if you know what you are doing! LATEX_HEADER = # If the PDF_HYPERLINKS tag is set to YES, the LaTeX that is generated # is prepared for conversion to pdf (using ps2pdf). The pdf file will # contain links (just like the HTML output) instead of page references # This makes the output suitable for online browsing using a pdf viewer. PDF_HYPERLINKS = NO # If the USE_PDFLATEX tag is set to YES, pdflatex will be used instead of # plain latex in the generated Makefile. Set this option to YES to get a # higher quality PDF documentation. USE_PDFLATEX = NO # If the LATEX_BATCHMODE tag is set to YES, doxygen will add the \\batchmode. # command to the generated LaTeX files. This will instruct LaTeX to keep # running if errors occur, instead of asking the user for help. # This option is also used when generating formulas in HTML. LATEX_BATCHMODE = NO # If LATEX_HIDE_INDICES is set to YES then doxygen will not # include the index chapters (such as File Index, Compound Index, etc.) # in the output. LATEX_HIDE_INDICES = NO #--------------------------------------------------------------------------- # configuration options related to the RTF output #--------------------------------------------------------------------------- # If the GENERATE_RTF tag is set to YES Doxygen will generate RTF output # The RTF output is optimized for Word 97 and may not look very pretty with # other RTF readers or editors. GENERATE_RTF = NO # The RTF_OUTPUT tag is used to specify where the RTF docs will be put. # If a relative path is entered the value of OUTPUT_DIRECTORY will be # put in front of it. If left blank `rtf' will be used as the default path. RTF_OUTPUT = rtf # If the COMPACT_RTF tag is set to YES Doxygen generates more compact # RTF documents. This may be useful for small projects and may help to # save some trees in general. COMPACT_RTF = NO # If the RTF_HYPERLINKS tag is set to YES, the RTF that is generated # will contain hyperlink fields. The RTF file will # contain links (just like the HTML output) instead of page references. # This makes the output suitable for online browsing using WORD or other # programs which support those fields. # Note: wordpad (write) and others do not support links. RTF_HYPERLINKS = NO # Load stylesheet definitions from file. Syntax is similar to doxygen's # config file, i.e. a series of assignments. You only have to provide # replacements, missing definitions are set to their default value. RTF_STYLESHEET_FILE = # Set optional variables used in the generation of an rtf document. # Syntax is similar to doxygen's config file. RTF_EXTENSIONS_FILE = #--------------------------------------------------------------------------- # configuration options related to the man page output #--------------------------------------------------------------------------- # If the GENERATE_MAN tag is set to YES (the default) Doxygen will # generate man pages GENERATE_MAN = NO # The MAN_OUTPUT tag is used to specify where the man pages will be put. # If a relative path is entered the value of OUTPUT_DIRECTORY will be # put in front of it. If left blank `man' will be used as the default path. MAN_OUTPUT = man # The MAN_EXTENSION tag determines the extension that is added to # the generated man pages (default is the subroutine's section .3) MAN_EXTENSION = .3 # If the MAN_LINKS tag is set to YES and Doxygen generates man output, # then it will generate one additional man file for each entity # documented in the real man page(s). These additional files # only source the real man page, but without them the man command # would be unable to find the correct page. The default is NO. MAN_LINKS = NO #--------------------------------------------------------------------------- # configuration options related to the XML output #--------------------------------------------------------------------------- # If the GENERATE_XML tag is set to YES Doxygen will # generate an XML file that captures the structure of # the code including all documentation. GENERATE_XML = NO # The XML_OUTPUT tag is used to specify where the XML pages will be put. # If a relative path is entered the value of OUTPUT_DIRECTORY will be # put in front of it. If left blank `xml' will be used as the default path. XML_OUTPUT = xml # The XML_SCHEMA tag can be used to specify an XML schema, # which can be used by a validating XML parser to check the # syntax of the XML files. XML_SCHEMA = # The XML_DTD tag can be used to specify an XML DTD, # which can be used by a validating XML parser to check the # syntax of the XML files. XML_DTD = # If the XML_PROGRAMLISTING tag is set to YES Doxygen will # dump the program listings (including syntax highlighting # and cross-referencing information) to the XML output. Note that # enabling this will significantly increase the size of the XML output. XML_PROGRAMLISTING = YES #--------------------------------------------------------------------------- # configuration options for the AutoGen Definitions output #--------------------------------------------------------------------------- # If the GENERATE_AUTOGEN_DEF tag is set to YES Doxygen will # generate an AutoGen Definitions (see autogen.sf.net) file # that captures the structure of the code including all # documentation. Note that this feature is still experimental # and incomplete at the moment. 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For more info see http://www.lyx.org/ \lyxformat 221 \textclass article \begin_preamble %-------------------------------------------------------------------- % PDF related %-------------------------------------------------------------------- \newif\ifpdf \ifx\pdfoutput\undefined \pdffalse % we are not running PDFLaTeX \else \pdfoutput=1 % we are running PDFLaTeX \pdftrue \fi %-------------------------------------------------------------------- % setup hyperref %-------------------------------------------------------------------- \ifpdf \usepackage{color} \pagecolor{white} \usepackage{hyperref} \hypersetup{% % %% general document information pdftitle = {AspectC++ Language Reference}, pdfsubject = {Dokumentation}, pdfkeywords = {AOP, AspectC++, pure-systems}, pdfauthor = {\textcopyright\ pure-systems GmbH and Olaf Spinczyk}, pdfcreator = {\LaTeX\ with package \flqq hyperref\frqq}, pdfproducer = {pdfTeX-0.\the\pdftexversion\pdftexrevision}, % %% document style colorlinks=true, % colored link urlcolor=blue, % blue URL links bookmarks=true, % generate bookmarks bookmarksnumbered=true, % generate section numbers pdfpagemode=None % don't open bookmarks } %% set document creation date to 10.7.2003 00:00 \pdfinfo {/CreationDate (D:20040628000000)} \fi %-------------------------------------------------------------------- % create hyperrefs depending on the use of pdflatex %-------------------------------------------------------------------- \newcommand\depref[2]{% \ifpdf \href{#1}{#2} \else {#2} \fi } \rhead{AspectC++ Execution Model Overview} \lfoot{\copyright 2005 Olaf Spinczyk} \end_preamble \language english \inputencoding auto \fontscheme pslatex \graphics default \paperfontsize default \spacing single \papersize a4paper \paperpackage a4 \use_geometry 0 \use_amsmath 0 \use_natbib 0 \use_numerical_citations 0 \paperorientation portrait \leftmargin 1cm \topmargin 0.7cm \rightmargin 2.5cm \bottommargin 0.7cm \secnumdepth 3 \tocdepth 3 \paragraph_separation indent \defskip medskip \quotes_language english \quotes_times 2 \papercolumns 1 \papersides 1 \paperpagestyle fancy \layout Title \noindent \series bold \emph on AspectC++ -- Execution Model Overview \layout Author \begin_inset ERT status Collapsed \layout Standard \backslash copyright \end_inset 2005 Olaf Spinczyk \newline Friedrich-Alexander University Erlangen-Nuremberg \newline Computer Science 4 \layout Standard This is an overview about the AspectC++ execution model prepared for the European AOSD Network of Excellence. Detailed information on AspectC++ including manuals and tutorial slides with lots of examples is available from \begin_inset ERT status Collapsed \layout Standard \backslash depref{http://www.aspectc.org/}{ \backslash emph{the AspectC++ Project Homepage}} \backslash hspace{-4pt} \end_inset . \layout Standard The overview is based on the documentation for AspectC++ 0.9.3. The execution model is still \begin_inset Quotes eld \end_inset work in progress \begin_inset Quotes erd \end_inset . \layout Standard \added_space_top bigskip \line_bottom \noindent \size largest Models \layout Section* Architectural Characteristics \layout Standard The following objectives of the AspectC++ development effort are responsible for the design of the AspectC++ execution model: \layout Itemize The resource consumption of AspectC++ applications should be minimal. Compared to a tangled implementation of the same functionality there should be \emph on no overhead \emph default . \layout Itemize AspectC++ should fit into the \begin_inset Quotes eld \end_inset philosophy \begin_inset Quotes erd \end_inset of C++, i.e. as much as possible is done at compile-time. \layout Itemize AspectC++ should not rely on any runtime infrastructure provided by C++ such as a heap or RTTI. These features are often not available in embedded systems projects or system software. \layout Standard AspectC++ is implemented by a static source to source transformation from AspectC++ to C++. A version that is able to generate pure C code if the component code language is C will be available in the near future. \layout Standard A separate AOP run-time infrastructure is not needed by the generated applicatio ns. A small number of helper functions, classes, and templates is woven directly into the application code modules. \layout Section* Aspect Model \layout Standard The AspectC++ weaver transforms aspects into ordinary C++ classes. The generated aspect classes do not inherited from a specific (common) base class. Therefore, the object layout is not affected by the tranformation. \layout Section* Advice Model \layout Standard After the transformation, advice becomes an aspect (class) member function. If the system is compiled with optimizations enabled, the advice code will typically be inlined into the component code. The argument list of the advice (function) contains the context variables that are passed from the join point to the advice and an optional \family typewriter \size small JoinPoint *tjp \family default \size default pointer. This pointer is only passed if the advice code actually uses \family typewriter \size small tjp \family default \size default . \layout Standard In the case that the advice uses \family typewriter \size small tjp \family default \size default , static members, or types defined in \family typewriter \size small JoinPoint \family default \size default the advice is transformed into a template function with \family typewriter \size small JoinPoint \family default \size default as a template parameter type. Due to the template instantiation mechanism of C++, multiple instances of the advice code might exist at runtime. \layout Section* Pointcut Model \layout Standard Pointcuts have no runtime representation. \layout Standard \added_space_top bigskip \line_bottom \noindent \size largest Functionality \layout Section* Joinpoint Shadow Retrieval \layout Standard In the static AspectC++ weaver \family typewriter \size small ac++ \family default \size default , joinpoints are retrieved only at compile time. A complete syntactical and semantical analysis has to be performed on the AspectC++ code. The result is a syntax tree representation with links to symbol tables, which in include the results of the semantic analysis, and links to tokens in the input file. The token links are needed for the code transformation. Based on the symbol tables the set of static joinpoints (see language descripti on), execution joinpoints, construction joinpoints, and destruction joinpoints is constructed. A visitor is used to find all call joinpoint shadows in the syntax tree. \layout Section* Weaving Approach \layout Standard Our weaver \family typewriter \size small ac++ \family default \size default is usually applied directly before calling the C++ compiler. With the \family typewriter \size small ag++ \family default \size default front-end both steps are even integrated into one tool. Depending on the advice defined in the program, the weaver performs the following manipulations: \layout Itemize function calls are replaced with calls to wrapper functions that call the advice chain \layout Itemize function implementations are replaced with wrapper functions \layout Itemize new members are inserted into classes \layout Itemize \family typewriter \size small #include \family default \size default directives are generated \layout Itemize \family typewriter \size small #include \family default \size default directives are expanded (only in the so-called "single translation unit" mode) \layout Itemize aspects are transformed into classes \layout Itemize the \family typewriter \size small aspectof() \family default \size default function is generated if there is no user defined one \layout Itemize code for the instantiation of singleton aspects is generated \layout Itemize code for cflow management is generated (enter, exit, check, state instance) \layout Itemize helper functions for runtime type condition checks on objects are generated (for \family typewriter \size small that \family default \size default , \family typewriter \size small target \family default \size default , and combinations) \layout Standard Currently, all aspects of the project become \begin_inset Quotes eld \end_inset friends \begin_inset Quotes erd \end_inset of all classes and other aspects of the project. A more sophisticated access control mechanism is future work. \layout Standard Introduced members become ordinary members. Their visibility (private, public, or protected) is taken from the visibility of the advice declaration in the aspect body. \layout Standard Advice code and the generated wrapper functions, which call the advice, can normally be inlined. Only in case of around advice the \family typewriter \size small tjp->proceed() \family default \size default is implemented by an indirect call using a function pointer. Therefore, this operation is currently not inlined, which leads to a noticeably higher resource consumption than for a combined before and after advice. We are currently working on a better code transformation pattern to avoid this problem. \layout Section* Special Treatment of Dynamic Pointcuts \layout Standard Currently, the cflow in AspectC++ does not support pointcuts with context variables in the cflow argument. Therefore, a cflow can easily be implemented by a counter that is incremented when the cflow is entered and decremented when the cflow is left. An improved cflow implementation that allows context variables is under development. Here the context will be stored on the call stack. \layout Standard For the \family typewriter \size small that() \family default \size default and \family typewriter \size small target() \family default \size default pointcut functions it is sometimes necessary to generate runtime type checks. As we do not require the application code to be compiled with enabled runtime type information, \family typewriter \size small ac++ \family default \size default generates virtual type condition check functions wherever needed. This operation might change the object layout if the corresponding class had no associated virtual function table before. \layout Section* Advice Instance Management \layout Standard Advice code is instantiated at compile time. 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For more info see http://www.lyx.org/ \lyxformat 221 \textclass article \begin_preamble \usepackage{floatflt} \usepackage{../styles/pure-systems} \doctype{Documentation:} \titleback{ \null\thispagestyle{empty}\vfill \noindent\small{(c) 2002-2003 pure-systems GmbH\\All rights reserved.} \null\cleardoublepage} \pslogo{ \resizebox{6cm}{!}{\includegraphics{../images/ps-logo.eps}}} \otherlogo{ \resizebox{4cm}{!}{\includegraphics{../images/ac++logo.eps}}} \sloppy \remark{ \small{(c) 2002-2003 pure-systems GmbH\\Agnetenstr. 14\\39106 Magdeburg\\http://www.pure-systems.com}} \end_preamble \language english \inputencoding auto \fontscheme pslatex \graphics default \float_placement hbt \paperfontsize 11 \spacing single \papersize Default \paperpackage a4 \use_geometry 0 \use_amsmath 0 \use_natbib 0 \use_numerical_citations 0 \paperorientation portrait \secnumdepth 3 \tocdepth 3 \paragraph_separation indent \defskip medskip \quotes_language english \quotes_times 2 \papercolumns 1 \papersides 1 \paperpagestyle default \layout Title AspectC++ Programming Guide \begin_inset Note collapsed false \layout Standard !!!NOCH NICHT BEGONNEN!!! (=> EHEMALIGES Manual.sgml) \end_inset \layout Author Danilo Beuche \newline Daniel Mahrenholz \layout Standard \begin_inset LatexCommand \tableofcontents{} \end_inset \begin_inset ERT status Collapsed \layout Standard \backslash clearpage \end_inset \layout Comment \begin_inset ERT status Collapsed \layout Standard \backslash twocolumn \end_inset \layout Section Introduction \layout Standard AspectC++ is an aspect-oriented extension to the C++ language. It is similar to AspectJ \begin_inset Foot collapsed true \layout Standard \family typewriter www.aspectj.org \end_inset but, due to the nature of C++, in some points completely different. AspectC++ works as a C/C++ to C++ compiler and so can be used as a front-end to any C++-compliant compiler. AspectC++ does not require a special runtime system. This enables AspectC++ to be used in areas where e.g. Java/AspectJ are not suitable. \layout Section Getting Started \layout Subsection Installation \layout Standard Currently AspectC++ is available as precompiled binary only. To install AspectC++, follow these steps: \layout Enumerate Download the archive appropriate for your platform/system from the download section of \family typewriter AspectC.org \family default \begin_inset Foot collapsed true \layout Standard \family typewriter www.aspectc.org \end_inset . \layout Enumerate Unpack the archive. \layout Itemize Linux/Solaris/MacOS X version: using \series bold tar \series default and \series bold gzip \series default : \series bold tar xzf \series default \series bold aspectc++-{version}.tar.gz \series default . All files will be placed under \family typewriter aspectc++-{version} \family default . \layout Itemize Win32 version: using e.g. \series bold Winzip \series default . Extract the archive to \family typewriter C: \backslash \family default . All files will than be placed under \family typewriter C: \backslash AC \family default . \layout Subsection Configuration: Linux/Solaris/MacOS X version \layout Standard Before AspectC++ can run correctly some environment variables need to be set up and a configuration file for the PUMA parser has to be created. \layout Itemize \family typewriter CC \family default (optional) should be set to your preferred C compiler. \layout Itemize \family typewriter CXX \family default (optional) should be set to your preferred C++ compiler. \layout Itemize \family typewriter PUMA \family default (mandatory) should point to your PUMA directory. In most cases this variable should be set to \family typewriter /PUMA \family default . \layout Itemize \family typewriter PUMA_CONFIG \family default (mandatory) should point to your PUMA configuration file. If you follow this installation instructions this variable should be set to \family typewriter /puma.config \family default . \layout Standard After setting up all the environment variables the creation of the PUMA configuration file can be done by running \series bold $PUMA/Runtime/Binaries/pumag++conf.pl $PUMA_CONFIG \series default . You need a functioning PERL installation to use this configuration script. \layout Quote \series bold Important: \series default In most cases the generated configuration file can be used only with the selected ( \family typewriter CC \family default , \family typewriter CXX \family default ) compiler. So you have to create a new configuration every time you choose another compiler. \layout Subsection Configuration: Win32 version \layout Standard See the \family typewriter README.win32 \family default file included in the Win32 archive. \layout Subsection Running the Examples \layout Standard The AspectC++ package comes with a set of working examples (subdirectory \family typewriter examples \family default ). To run \series bold ac++ \series default on these examples you can simply type \series bold make test \series default . The transformed source code of each example will be stored under \series bold examples/-out \series default . To compile and run a single example simply change to the output directory and type \series bold make \series default . To compile and run all examples at once you can also type \series bold make testrun \series default from the main directory. \layout Section Quick Reference \layout Subsection ac++: Command Line Options \layout Standard The main AspectC++ binary is \series bold ac++ \series default . It has the command line options listed in table \begin_inset LatexCommand \ref{tab:ac++-command-line} \end_inset . \layout Standard \begin_inset Float table placement H wide false collapsed true \layout Standard \begin_inset Tabular \begin_inset Text \layout Standard \family typewriter -p \end_inset \begin_inset Text \layout Standard mandatory \end_inset \begin_inset Text \layout Standard This option specifies the input directory. It denotes the root directory that contains the C++ input files (in both modes) and aspect definitions (dir mode only). \end_inset \begin_inset Text \layout Standard \family typewriter -d \end_inset \begin_inset Text \layout Standard mandatory (dir mode) \end_inset \begin_inset Text \layout Standard This option specifies the directory where the manipulated files will be stored. It implicitly defines the directory mode. \end_inset \begin_inset Text \layout Standard \family typewriter -v \end_inset \begin_inset Text \layout Standard optional \end_inset \begin_inset Text \layout Standard This option specifies the verbosity level. Values from 0 to 9 can be used here. A higher number produces a more detailed output. \end_inset \begin_inset Text \layout Standard \family typewriter -I \end_inset \begin_inset Text \layout Standard optional \end_inset \begin_inset Text \layout Standard This option specifies additional include directories. It can be given multiple times. \end_inset \begin_inset Text \layout Standard \family typewriter -D \end_inset \begin_inset Text \layout Standard optional \end_inset \begin_inset Text \layout Standard This option can be used to define additional preprocessor macros. It can be given multiple times. \end_inset \end_inset \layout Caption \series bold \begin_inset LatexCommand \label{tab:ac++-command-line} \end_inset ac++ \series default command line options \end_inset \layout Quote \series bold Important: \series default If you use include files that lie inside the \family typewriter input-dir \family default tree you have to specify the root directory for those include files with the \family typewriter -I \family default option. This is necessary because \series bold ac++ \series default might manipulate the contents of these header files and otherwise would translate the include path to point to the original and not to the manipulated version. \layout Subsubsection* Example 1. Common ac++ invocation (directory mode) \layout Standard Suppose you have a C++ project in the directory \family typewriter Project \family default using include files from \family typewriter Project/include \family default and want a detailed process report, then you would invoke the \series bold ac++ \series default in directory mode like: \layout LyX-Code \family typewriter ac++ -p Project -d \family default \family typewriter Project-out -I \family default \family typewriter Project/include -v9 \layout Subsubsection* Example 2. Common ac++ invocation (single file mode) \layout Standard Suppose you have two files containing C++ code ( \family typewriter foo.cc \family default , \family typewriter bar.cc \family default ) in the current directory using include files from the \family typewriter include \family default subdirectory, the aspect code is in \family typewriter important.ah \family default . Generated and manipulated files should be stored in directory \family typewriter ../generated \family default . The transformation requires three invocations of \series bold ac++ \series default : \layout LyX-Code \family typewriter ac++ -p . -c foo.cc -o ../generated/foo.cc -a important.ah -I include \family default \newline \family typewriter ac++ -p . -c bar.cc -o ../generated/foo.cc -a important.ah -I include \family default \newline \family typewriter ac++ -p . -g -a important.ah -I include \layout Subsection Tutorial: Writing Simple Aspects \layout Standard Writing aspects works very similar to writing C++ class definitions. They can be placed in separate include files (extension \family typewriter .ah \family default ) or together with a class implementation. The first method should be preferred to support a later splitting into an aspect declaration and an aspect definition file. Include files used for aspect definitions should be protected agains multiple inclusion like any other include file. Example 3 shows how to achieve this. \layout Subsubsection* Example 3. Tutorial 01: \layout LyX-Code #ifndef __Tutorial_01_ah \newline #define __Tutorial_01_ah \newline \newline aspect Tutorial01 { \newline // aspect code \newline }; \newline \newline #endif // __Tutorial_01_ah \layout Subsubsection Syntax Overview \layout Standard The AspectC++ syntax is an extension to the syntax defined in the ANSI C++ standard. It adds three new keywords to the C++ language: \family typewriter aspect \family default , \family typewriter advice \family default , and \family typewriter pointcut \family default . \layout Subsubsection* \family typewriter aspect \family default Declaration \layout Standard The basic structure of an aspect declaration is exactly the same as a normal C++ class definition, except for the keyword \family typewriter aspect \family default . According to that aspects can have attributes and methods or can inherit from classes or other aspects. \layout Subsubsection* Example 4. Tutorial 02: \layout LyX-Code #ifndef __Tutorial_02_ah \newline #define __Tutorial_02_ah \newline \newline aspect Tutorial02 : public BaseClassOrAspect { \newline // counter to store the number \newline // of activations of this aspect \layout LyX-Code int m_countRuns; \newline \newline public: \newline Tutorial02() : m_countRuns(0) {} \newline \newline int runs() const { return m_countRuns; } \newline }; \newline \newline #endif // __Tutorial_02_ah \layout Subsubsection* advice Declaration \layout Standard An advice declaration is used either to specify code that should run when the join points specified by a pointcut expression are reached or to introduce a new method, attribute, or type to all join points specified by a pointcut expression. \layout Standard The keyword \family typewriter advice \family default is followed by a pointcut expression describing all join points where the advice should be applied. The actual advice follows the colon. \layout Standard The simple aspect in example 5 specifies all main functions with an arbitrary list of parameters and any return type as target of the aspect. The special advice declaration \family typewriter before \family default causes the following advice code to be executed before the code of the matched function. \layout Subsubsection* Example 5. A simple aspect modifying a program's main function: \layout LyX-Code #ifndef __Tutorial_03_ah \newline #define __Tutorial_03_ah \newline \newline #include \newline \newline aspect Tutorial03 { \newline advice "% main(...)" : before() { \newline printf("Aspects first! \backslash n"); \newline } \newline }; \newline \newline #endif // __Tutorial_03_ah \layout Subsubsection Match Expressions \layout Standard \begin_inset Float table placement H wide false collapsed true \layout Standard \begin_inset Tabular \begin_inset Text \layout Standard \family typewriter int \end_inset \begin_inset Text \layout Standard matches the built-in scalar type \family typewriter int \end_inset \begin_inset Text \layout Standard \family typewriter Chain \end_inset \begin_inset Text \layout Standard matches the class, struct or union \family typewriter Chain \end_inset \begin_inset Text \layout Standard \family typewriter Memory% \end_inset \begin_inset Text \layout Standard matches all classes, structs or unions having a name starting with \family typewriter Memory \end_inset \end_inset \layout Caption \begin_inset LatexCommand \label{tab:Examples-matching-types} \end_inset Examples for match expressions matching types \end_inset \layout Standard \begin_inset Float table placement H wide false collapsed true \layout Standard \begin_inset Tabular \begin_inset Text \layout Standard \family typewriter Chain *Chain::next \end_inset \begin_inset Text \layout Standard matches the attribute \family typewriter next \family default of the class or struct \family typewriter Chain \end_inset \begin_inset Text \layout Standard \family typewriter % State::% \end_inset \begin_inset Text \layout Standard matches all attributes of any type of the class or struct \family typewriter State \end_inset \end_inset \layout Caption \begin_inset LatexCommand \label{tab:Examples-matching-attributes} \end_inset Examples for match expressions matching attributes \end_inset \layout Standard \begin_inset Float table placement H wide false collapsed true \layout Standard \begin_inset Tabular \begin_inset Text \layout Standard \family typewriter void reset() \end_inset \begin_inset Text \layout Standard matches the function \family typewriter reset \family default having no return value and no parameters \end_inset \begin_inset Text \layout Standard \family typewriter int main(int, char**) \end_inset \begin_inset Text \layout Standard matches the function having exact the given signature \end_inset \begin_inset Text \layout Standard \family typewriter % printf(...) \end_inset \begin_inset Text \layout Standard matches any function with the name \family typewriter printf \end_inset \begin_inset Text \layout Standard \family typewriter void %(int, %) \end_inset \begin_inset Text \layout Standard matches functions with any name, taking an \family typewriter int \family default as the first argument, and having a second argument of any type \end_inset \begin_inset Text \layout Standard \family typewriter void %::clear(...) \end_inset \begin_inset Text \layout Standard matches any method \family typewriter clear \family default of any class \end_inset \begin_inset Text \layout Standard \family typewriter % Mode::get%() \end_inset \begin_inset Text \layout Standard matches all methods of class \family typewriter Mode \family default whose name start with \family typewriter get \family default , having any return type and no parameters \end_inset \end_inset \layout Caption \begin_inset LatexCommand \label{tab:Examples-matching-methods} \end_inset Examples for match expressions matching methods \end_inset \layout Subsubsection Pointcut functions \layout Standard \begin_inset Float table placement H wide false collapsed true \layout Standard \begin_inset Tabular \begin_inset Text \layout Standard \family typewriter call(pointcut) \end_inset \begin_inset Text \layout Standard \family typewriter call \family default filters all join points from the pointcut that are method calls \end_inset \begin_inset Text \layout Standard \family typewriter execution(pointcut) \end_inset \begin_inset Text \layout Standard \family typewriter execution \family default filters all join points referring to method implementations (the execution of the method body) \end_inset \end_inset \layout Caption \begin_inset LatexCommand \label{tab:Pointcut-types} \end_inset Pointcut functions: methods \end_inset \layout Standard \begin_inset Float table placement H wide false collapsed true \layout Standard \begin_inset Tabular \begin_inset Text \layout Standard \family typewriter classes(pointcut) \end_inset \begin_inset Text \layout Standard \family typewriter classes \family default delivers only the classes, structs and unions from a pointcut \end_inset \begin_inset Text \layout Standard \family typewriter derived(pointcut) \end_inset \begin_inset Text \layout Standard \family typewriter derived \family default delivers all types in the pointcut and all classes derived from them \end_inset \begin_inset Text \layout Standard \family typewriter base(pointcut) \end_inset \begin_inset Text \layout Standard \family typewriter base \family default can be used to find all base types of classes in the pointcut \end_inset \begin_inset Text \layout Standard \family typewriter instanceof(pointcut) \end_inset \begin_inset Text \layout Standard \family typewriter instanceof \family default can be used to locate objects of certain types \end_inset \end_inset \layout Caption \begin_inset LatexCommand \label{tab:Pointcut-types} \end_inset Pointcut functions: types \end_inset \layout Standard \begin_inset Float table placement H wide false collapsed true \layout Standard \begin_inset Tabular \begin_inset Text \layout Standard \family typewriter within(pointcut) \end_inset \begin_inset Text \layout Standard \family typewriter within \family default delivers all join points declared in methods of types in the pointcut \end_inset \end_inset \layout Caption \begin_inset LatexCommand \label{tab:Pointcut-scopes} \end_inset Pointcut functions: scopes \end_inset \layout Standard \begin_inset Float table placement H wide false collapsed true \layout Standard \begin_inset Tabular \begin_inset Text \layout Standard \family typewriter cflow(pointcut) \end_inset \begin_inset Text \layout Standard \family typewriter cflow \family default captures join points occuring in the dynamic execution context of join points in the pointcut \end_inset \end_inset \layout Caption \begin_inset LatexCommand \label{tab:Pointcut-control} \end_inset Pointcut functions: control flow \end_inset \layout Standard \begin_inset Float table placement H wide false collapsed true \layout Standard \begin_inset Tabular \begin_inset Text \layout Standard \family typewriter that(type pattern) \end_inset \begin_inset Text \layout Standard \family typewriter that \family default returns all join points where the current C++ \family typewriter this \family default pointer refers to an object 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For more info see http://www.lyx.org/ \lyxformat 474 \begin_document \begin_header \textclass article \begin_preamble %-------------------------------------------------------------------- % setup pure-systems style %-------------------------------------------------------------------- %\usepackage{floatflt} \usepackage{styles/pure-systems} \doctype{Documentation:} \credit{ \noindent\small{(c) 2002-2016 Olaf Spinczyk and pure-systems GmbH\\All rights reserved.}} \pslogo{ \resizebox{6cm}{!}{\includegraphics{images/ps-logo}}} \otherlogo{ \resizebox{4cm}{!}{\includegraphics{images/ac++logo}}} \sloppy \remark{ \small{(c) 2002-2016 Olaf Spinczyk$^1$ and pure-systems GmbH$^2$\\~\\ $^1$os@aspectc.org\\ http://www.aspectc.org\\~\\ $^2$aspectc@pure-systems.com\\ http://www.pure-systems.com\\ Agnetenstr. 14\\ 39106 Magdeburg\\ Germany }} \version{2.0, \today} % less than one half space between lines \setstretch{1.15} \end_preamble \use_default_options false \maintain_unincluded_children false \language english \language_package default \inputencoding auto \fontencoding global \font_roman times \font_sans helvet \font_typewriter courier \font_math auto \font_default_family default \use_non_tex_fonts false \font_sc false \font_osf false \font_sf_scale 100 \font_tt_scale 100 \graphics default \default_output_format default \output_sync 0 \bibtex_command default \index_command default \paperfontsize 12 \spacing onehalf \use_hyperref true \pdf_title "AC++ Compiler Manual" \pdf_author "\textcopyright\ pure-systems GmbH and Olaf Spinczyk" \pdf_subject "Documentation" \pdf_keywords "AOP, AspectC++, ac++, pure-systems" \pdf_bookmarks true \pdf_bookmarksnumbered false \pdf_bookmarksopen false \pdf_bookmarksopenlevel 1 \pdf_breaklinks false \pdf_pdfborder false \pdf_colorlinks true \pdf_backref false \pdf_pdfusetitle true \pdf_quoted_options "urlcolor=blue" \papersize a4paper \use_geometry false \use_package amsmath 1 \use_package amssymb 1 \use_package cancel 1 \use_package esint 0 \use_package mathdots 1 \use_package mathtools 1 \use_package mhchem 1 \use_package stackrel 1 \use_package stmaryrd 1 \use_package undertilde 1 \cite_engine basic \cite_engine_type default \biblio_style plain \use_bibtopic false \use_indices false \paperorientation portrait \suppress_date false \justification true \use_refstyle 0 \index Index \shortcut idx \color #008000 \end_index \secnumdepth 3 \tocdepth 3 \paragraph_separation indent \paragraph_indentation default \quotes_language english \papercolumns 1 \papersides 2 \paperpagestyle default \tracking_changes false \output_changes false \html_math_output 0 \html_css_as_file 0 \html_be_strict false \end_header \begin_body \begin_layout Title \emph on AC++ Compiler Manual \end_layout \begin_layout Author \size largest and Olaf Spinczyk \end_layout \begin_layout Standard \begin_inset CommandInset toc LatexCommand tableofcontents \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash clearpage \end_layout \end_inset \end_layout \begin_layout Section \family sans \begin_inset CommandInset label LatexCommand label name "sec:Introduction" \end_inset \family default Introduction \end_layout \begin_layout Standard The program \family typewriter ac++ \family default is a compiler for the AspectC++ programming language. It is implemented as a preprocessor that transforms AspectC++ code into ordinary C++ code. During this transformation aspect code, which is defined by aspects, is woven statically into the component code. Aspects are a special AspectC++ language element, which can be used to implement crosscutting concerns in separate modules. Aspect definitions have to be implemented in special \begin_inset Quotes eld \end_inset aspect header files \begin_inset Quotes erd \end_inset , which normally have the filename extension \begin_inset Quotes eld \end_inset .ah \begin_inset Quotes erd \end_inset . After the code transformation the output of \family typewriter ac++ \family default can be compiled to executable code with ordinary C++ compilers like GNU \family typewriter g++ \family default , or Microsoft VisualC++. \end_layout \begin_layout Standard More details about the features of AspectC++ can be found in the quick reference sheet and the publications about the language and its application. Everything is available on the AspectC++ homepage \begin_inset Flex URL status collapsed \begin_layout Plain Layout http://www.aspectc.org \end_layout \end_inset , which is also a source for updates of this manual. \end_layout \begin_layout Standard The compiler's source code is freely available from the project's web site and covered by the GPL. For your convenience there are also binary versions of the open source implementation available. Besides the free GPL version, commercial licenses for \family typewriter ac++ \family default , the underlying parser and code manipulator library and the \family typewriter ac++ \family default integration into the MS Visual Studio IDE as well as commercial support are available from pure-systems GmbH \begin_inset Foot status open \begin_layout Plain Layout \begin_inset Flex URL status collapsed \begin_layout Plain Layout http://www.pure-systems.com/ \end_layout \end_inset \end_layout \end_inset . \end_layout \begin_layout Standard This document focuses on how the \family typewriter ac++ \family default compiler works and how it is used. The following sections are structured as follows: Section \begin_inset CommandInset ref LatexCommand ref reference "sec:install" \end_inset describes how to get and install the compiler. It is followed by section \begin_inset CommandInset ref LatexCommand ref reference "sec:Invocation" \end_inset , which describes the two transformation modes of \family typewriter ac++ \family default and the meaning of the command line arguments. Platform-specific notes are given in section \begin_inset CommandInset ref LatexCommand ref reference "sec:Platform-Notes" \end_inset . It describes the specifics of the ac++ ports and which non-standard features of the back-end C++ compiler are supported. Section \begin_inset CommandInset ref LatexCommand ref reference "sec:Problems" \end_inset lists some known problems, common pitfalls, and unimplemented language features. \end_layout \begin_layout Section \begin_inset CommandInset label LatexCommand label name "sec:install" \end_inset Download and Installation \end_layout \begin_layout Standard Binaries of \family typewriter ac++ \family default for various platforms are available for free download from the AspectC++ homepage (see section \begin_inset CommandInset ref LatexCommand ref reference "sec:Platform-Notes" \end_inset for the list and state of the \family typewriter ac++ \family default ports). The versioning scheme is shown in table \begin_inset CommandInset ref LatexCommand vref reference "tab:versioning" \end_inset . \end_layout \begin_layout Standard \begin_inset Float table placement H wide false sideways false status open \begin_layout Plain Layout \align center \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \series bold Scheme \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \series bold Example \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \series bold Kind of Release/Meaning \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout . \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout 0.7 \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout A regular release 0.7. \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout .. \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout 0.7.3 \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Bug fix release number 3 of 0.7 \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout .pre \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout 0.8pre1 \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Pre-Release number 1 for 0.8 \end_layout \end_inset \end_inset \end_layout \begin_layout Plain Layout \begin_inset Caption Standard \begin_layout Plain Layout \begin_inset CommandInset label LatexCommand label name "tab:versioning" \end_inset Versioning scheme \end_layout \end_inset \end_layout \end_inset \end_layout \begin_layout Standard Besides the archive file with the compiler there is a README file and a CHANGELOG file available for each release. The README file explains the necessary steps for the installation, while the CHANGELOG documents the changes in the corresponding release as well as the history of changes. \end_layout \begin_layout Standard The following subsections explain how the current version of the \family typewriter ac++ \family default compiler is unpacked, installed, and configured. This process depends on the development platform. Skip to the appropriate part from here. \end_layout \begin_layout Subsection \begin_inset CommandInset label LatexCommand label name "sec:unix_install" \end_inset Linux and MacOS X \end_layout \begin_layout Standard The Linux and MacOS X installation procedures are very similar, because all of them belong to the UNIX system family. The \family typewriter ac++ \family default compiler and the example code is provided in a \family typewriter gzip \family default -ed \family typewriter tar \family default archive (tgz file). It can be unpacked with the following command in any directory: \end_layout \begin_layout LyX-Code tar xzvf \end_layout \begin_layout Standard The command creates a directory aspectc++-, which contains the \family typewriter ac++ \family default binary, the \family typewriter ag++ \family default front-end, the example code, and everything else that is needed to run the examples like a Makefile. To transform the examples (in the \family typewriter examples \family default directory) simply execute \family typewriter make \family default in the installation directory. Each example is then transformed from AspectC++ code into C++ code by weaving aspects and saved in \family typewriter examples/-out \family default . To run the example, enter the created directory, call \family typewriter make \family default and start the executable. \end_layout \begin_layout Standard The \family typewriter Makefile \family default , which is used to compile the examples uses the command \family typewriter ag++ \family default , which is a wrapper for calling \family typewriter ac++ \family default , \family typewriter g++ \family default , and for the generation of the parser configuration file, which is needed for \family typewriter ac++ \family default . A separate manual for \family typewriter ag++ \family default is available from the AspectC++ web site. \end_layout \begin_layout Subsection Windows \end_layout \begin_layout Standard The Windows port of \family typewriter ac++ \family default supports the freely available Cygwin/GNU \family typewriter g++ \family default and MinGW \family typewriter g++ \family default compiler as back-end compilers. \end_layout \begin_layout Standard The installation of \family typewriter ac++ \family default in an environment with GNU \family typewriter g++ \family default and \family typewriter make \family default is similar to the UNIX-like installation described in section \begin_inset CommandInset ref LatexCommand ref reference "sec:unix_install" \end_inset . Additionally refer to section \begin_inset CommandInset ref LatexCommand vref reference "sec:cygwin_back_end" \end_inset , which provides some specific information about path names in the Cygwin environment. \end_layout \begin_layout Standard The following procedure outlines the installation for non-g++ windows command line compilers: The \family typewriter ac++ \family default compiler and the examples are provided in a ZIP archive. Unpack \family typewriter ac++ \family default in a directory of your choice, for instance into \family typewriter C: \backslash AC \family default . The next step is to create a parser configuration file that describes predefine d macros and standard include file paths of your back-end compiler. The files \family typewriter pumabc55.cfg \family default and \family typewriter pumavc7.cfg \family default can be taken as examples. An automatic generation of the config file as under UNIX systems is not available at the moment in the free \family typewriter ac++ \family default version. \end_layout \begin_layout Standard The examples directory contains various examples that show how to write aspects in AspectC++. You can use the \family typewriter examples.bat \family default batch file to weave all the examples at once. After this step the transformed example files can compiled. \end_layout \begin_layout Section \family sans \begin_inset CommandInset label LatexCommand label name "sec:Invocation" \end_inset \family default Invocation \end_layout \begin_layout Subsection Modes \end_layout \begin_layout Standard The \family typewriter ac++ \family default compiler supports two major transformation modes: \end_layout \begin_layout Subsubsection Whole ProgramTransformation (WPT) \end_layout \begin_layout Standard WPT mode was the first transformation mode of \family typewriter ac++ \family default . However, it is not obsolete, because it may be useful in many cases. In this mode \family typewriter ac++ \family default transforms all files in a project directory tree (or set of directories) and saves the result in a different directory tree. For each translation unit and header file a new file is generated in the target tree with the same name. If further transformations of the source code have to be done, either with \family typewriter ac++ \family default or other tools, this is the mode to choose. Even comments and whitespace remain untouched. \end_layout \begin_layout Standard The compiler performs a simple dependency check in WPT mode. A translation unit is recompiled if either the translation unit itself or any header file of the project has been changed. This is not very precise but makes sure that after changing an aspect header file all translation units are recompiled. \end_layout \begin_layout Subsubsection Single Translation Unit (STU) \end_layout \begin_layout Standard The new STU mode was introduced with \family typewriter ac++ \family default version 0.7pre1. Here \family typewriter ac++ \family default must be called once for each translation unit like a normal C++ compiler. This makes it easier to integrate \family typewriter ac++ \family default into Makefiles or IDEs. As \family typewriter ac++ \family default can't save manipulated header files in this mode, because the unchanged header files are needed for the next translation units, all #include directives in the translation unit that refer to header files of the project directory tree are expanded and, thus, saved together with the manipulated translation unit. The resulting files can be fed directly into a C++ compiler. They do not depend on any other files of the project anymore. \end_layout \begin_layout Standard In the STU mode the user is responsible for checking the dependencies of changed files and for calling the right \family typewriter ac++ \family default to transform all translation units that depend on a changed file. The general dependency rule is that a translation unit depends on every header file that is directly or indirectly included and every aspect header that might affect the translation unit (normally all!) and the files they depend on. If you are using \family typewriter g++ \family default and \family typewriter make \family default , checking of this rule can be automized: \end_layout \begin_layout LyX-Code g++ -E -I -MM -include "*.ah" \end_layout \begin_layout Standard This call of the \family typewriter g++ \family default preprocessor prints a makefile dependency rule, which is suitable to determine when \family typewriter ac++ \family default must be run to rebuild a tranlsation unit. \end_layout \begin_layout Subsection \begin_inset CommandInset label LatexCommand label name "sec:library" \end_inset Weaving in Library Code \end_layout \begin_layout Standard A C++ library consists of header files that have to be included by the client code and an archive file that contains the object code. If the library is implemented in AspectC++ and the client code should not be compiled with \family typewriter ac++ \family default it is necessary to generate manipulated header files. In the WPT mode this is done anyway. In the STU a directory tree with all manipulated headers can be generated with the \family typewriter -i \family default option (see \begin_inset CommandInset ref LatexCommand vref reference "sec:option_i" \end_inset ). \end_layout \begin_layout Subsection The Project Repository \end_layout \begin_layout Standard The \family typewriter ac++ \family default weaver internally creates a translation unit model, which contains a descriptio n of all name and code join points as well as the weaving plan, while it processes a C++ input file. By using the command line option \family typewriter -r \family default (or \family typewriter --repository \family default ) it is possible to save this model in a file called the \begin_inset Quotes eld \end_inset project repository \begin_inset Quotes erd \end_inset . If the project repository already exists, ac++ will \emph on merge \emph default its translation unit model into the existing project repository. Eventually, after translation of all C++ input files of the project, the repository will contain a description of \emph on all \emph default potential and affected join points in the project. When an input file is modified and re-translated, \family typewriter ac++ \family default will update the repository accordingly. \end_layout \begin_layout Standard The project model can be used for various purposes, e.g. as input for join point visualization tools. It can also be used for checking pointcut expressions or even their interactive development. This is supported by the \family typewriter -x \family default (or \family typewriter --expr \family default ) command line option, which can be used to evaluate a given pointcut expression by matching it against the join points in the the repository. The internal structure of the project repository might be subject to future changes. \end_layout \begin_layout Subsection Options \end_layout \begin_layout Standard Table \begin_inset CommandInset ref LatexCommand vref reference "tab:options" \end_inset summarizes the platform-independent options supported by \family typewriter ac++ \family default . Platform specific options will be explained in section \begin_inset CommandInset ref LatexCommand ref reference "sec:Platform-Notes" \end_inset . All options can either be passed as command line arguments or by the configurat ion file \begin_inset Foot status open \begin_layout Plain Layout In the current ac++ version some of these options are not allowed in the config file, namely all between \family typewriter -v \family default and \family typewriter --no_problem... \family default . \end_layout \end_inset , which is referenced by the environment variable PUMA_CONFIG (see section \begin_inset CommandInset ref LatexCommand ref reference "sec:install" \end_inset ). 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small --include \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Forced include \end_layout \end_inset \end_inset \end_layout \begin_layout Plain Layout \begin_inset Caption Standard \begin_layout Plain Layout \begin_inset CommandInset label LatexCommand label name "tab:options" \end_inset \family typewriter ac++ \family default Compiler Option Summary \end_layout \end_inset \end_layout \end_inset \end_layout \begin_layout Subsubsection \family typewriter -p|--path \begin_inset space ~ \end_inset \end_layout \begin_layout Standard This option defines the name of a project directory tree \family typewriter \family default . The option can be used more than once if several directories belong to the project. At least one \family typewriter -p \family default options is always needed when \family typewriter ac++ \family default has to transform code, even in STU mode. \end_layout \begin_layout Subsubsection \family typewriter -d|--dest \end_layout \begin_layout Standard With \family typewriter -d \family default a target directory for saving is selected. It corresponds to the last \family typewriter -p \family default option. For example, if two directories belong to a project they would be described in STU mode with \end_layout \begin_layout LyX-Code -p dir1 -p dir2 \end_layout \begin_layout Standard and in WPT with two source/target pairs: \end_layout \begin_layout LyX-Code -p source1 -d target1 -p source2 -d target2 \end_layout \begin_layout Standard In STU mode \family typewriter -d \family default makes only sense in combination with \family typewriter -i \family default to generate header files for a library (see \begin_inset CommandInset ref LatexCommand vref reference "sec:option_i" \end_inset ). \end_layout \begin_layout Subsubsection \family typewriter -e|--extension \end_layout \begin_layout Standard In WPT mode \family typewriter ac++ \family default searches in all project directories for translation units to transform. Translation units are identified by their filename extension. The default is \begin_inset Quotes eld \end_inset cc \begin_inset Quotes erd \end_inset , which means that all files ending with \begin_inset Quotes eld \end_inset .cc \begin_inset Quotes erd \end_inset are handled. By using the option \family typewriter -e cpp \family default or \family typewriter -e cxx \family default you can select other frequently used filename extensions. The option can be used more than once, but only the last one is effective. \end_layout \begin_layout Standard In WPT mode \family typewriter ac++ \family default generates a file called \family typewriter ac_gen. \family default . This extension is also taken from the \family typewriter -e \family default option, if one is provided. \end_layout \begin_layout Subsubsection \family typewriter -v|--verbose [] \end_layout \begin_layout Standard The compiler can print message on the standard output device, which describe what it is currently doing. These message can be printed with different levels of details. You can select this level with the parameter \family typewriter \family default . The range is from \family typewriter 0 \family default , which means no output, to \family typewriter 9 \family default , which means all details. The option \family typewriter -v0 \family default is the same as having no \family typewriter -v \family default option at all. \family typewriter -v \family default without \family typewriter \family default is the same as \family typewriter -v3 \family default . \end_layout \begin_layout Standard The \family typewriter -v \family default option can be used more than once but only the last one is effective. \end_layout \begin_layout Subsubsection \family typewriter -c|--compile \end_layout \begin_layout Standard The \family typewriter -c \family default option is used to select an input file for \family typewriter ac++ \family default in the STU mode. Using it more than once is possible, but only one is effective. There are no restrictions on the filename extension. \family typewriter ac++ \family default expects that the file contains AspectC++ source code. \end_layout \begin_layout Subsubsection \family typewriter -o|--output \end_layout \begin_layout Standard With the -o option one can select the name of the output file, i.e. the name of the target of the code transformation, in STU mode. If this option is not used, the default output filename is \family typewriter ac.out \family default . Note that the output filename is \emph on not \emph default derived from the input file name as it is done by other compilers. \end_layout \begin_layout Subsubsection \family typewriter \begin_inset CommandInset label LatexCommand label name "sec:option_i" \end_inset -i|--include_files \end_layout \begin_layout Standard The \family typewriter -i \family default option has to be used if the source code of the project should be compiled into a library and \family typewriter ac++ \family default should run in STU mode (see \begin_inset CommandInset ref LatexCommand vref reference "sec:library" \end_inset ). When a translation unit is transformed by using \family typewriter -c \family default and \family typewriter -o \family default in STU mode no manipulated header files are generated. All include files are expanded within the generated source code. This is fully sufficient if the translation units will then be compiled and linked directly. However, if a library should be provided the client needs a library file (an archive) \emph on and \emph default manipulated header files. These can be generated with \family typewriter -i \family default . The generation results in a directory tree with the same structure as the input directory tree specified by \family typewriter -p \family default exhibits. Use the \family typewriter -d \family default option to select the target directory name(s). \end_layout \begin_layout Standard Note that at the moment only and all files with the extension \family typewriter .h \family default are considered to be include files. This is rather inflexible and will be improved in future releases. \end_layout \begin_layout Subsubsection \family typewriter -a|--aspect_header \end_layout \begin_layout Standard By default \family typewriter ac++ \family default searches all files with the filename extension \family typewriter .ah \family default in the project directory tree(s) and allows all aspects defined in these files to affect the current translation unit. If you are looking for a simple mechanism to deactivate aspects at compile-time , or if \family typewriter .ah \family default does not conform to your local conventions, or if not all aspects should affect all translation units (be careful! See \begin_inset CommandInset ref LatexCommand vref reference "sec:pitfalls" \end_inset ), the \family typewriter -a \family default option might help. \end_layout \begin_layout Standard The option may be used more than once and each of them selects one aspect header that has to be considered for the current translation unit in STU mode or all translation units in WPT mode. If no aspect header should be considered use \family typewriter -a0 \family default . \end_layout \begin_layout Subsubsection \family typewriter -r|--repository \end_layout \begin_layout Standard The \begin_inset Quotes eld \end_inset project repository \begin_inset Quotes erd \end_inset is an XML-based description of global information about an AspectC++ developmen t project that is compiled with \family typewriter ac++ \family default . It fulfills two purposes: \end_layout \begin_layout Enumerate It is a vehicle to transport information from one compiler run to another \end_layout \begin_layout Enumerate It might be used by integrated development environments to visualize the join points where aspects affect the component code. \begin_inset Foot status open \begin_layout Plain Layout In fact, the AspectC++ Development Tools for Eclipse (ACDT) already use the repository to visualize matched join points. See the ACDT homepage \begin_inset Flex URL status collapsed \begin_layout Plain Layout http://acdt.aspectc.org/ \end_layout \end_inset for information on the ACDT project. \end_layout \end_inset \end_layout \begin_layout Standard The \family typewriter -r \family default option is used to define the name of the project repository file. However, this is an experimental feature. The file format might be subject to future changes. The uniqueness of join point IDs is only guaranteed if the project is compiled with a project repository. If a file with the given name does not exist, \family typewriter ac++ \family default will create a new repository file. If the file exists, but is empty or does not contain valid data, \family typewriter ac++ \family default terminates with an error message. A warning messages will be printed if the version of the weaver, which created the project repository, differs from the current \family typewriter ac++ \family default version. \end_layout \begin_layout Subsubsection \family typewriter -x|--expr \end_layout \begin_layout Standard This option is used to match a pointcut expression, given as argument , against a project repository file. The project repository filename has to be provided with the \family typewriter -r \family default option. For example the following command prints all nested class known in the \begin_inset Quotes eld \end_inset PragmaOnceObserver \begin_inset Quotes erd \end_inset test program in the AspectC++ development tree. \end_layout \begin_layout LyX-Code \begin_inset listings lstparams "basicstyle={\small}" inline false status open \begin_layout LyX-Code prompt> ac++ -x '"%::%"' -r PragmaOnceObserver/repo.acp \end_layout \begin_layout LyX-Code ObserverPattern.ah:12: Class "ObserverPattern::Subject" \end_layout \begin_layout LyX-Code ObserverPattern.ah:13: Class "ObserverPattern::Observer" \end_layout \end_inset \end_layout \begin_layout Standard This example illustrates the mechanism with a more complicated pointcut expression: \end_layout \begin_layout LyX-Code \begin_inset listings lstparams "basicstyle={\footnotesize}" inline false status open \begin_layout LyX-Code prompt> ac++ -x 'call("%") && within("% main()")' -r ... \end_layout \begin_layout LyX-Code main.cc:29: Call "void ObserverPattern::addObserver( ... \end_layout \begin_layout LyX-Code main.cc:32: Call "void ObserverPattern::addObserver( ... \end_layout \begin_layout LyX-Code main.cc:34: Call "void ClockTimer::Tick()" \end_layout \begin_layout LyX-Code main.cc:37: Call "void ClockTimer::Tick()" \end_layout \end_inset \end_layout \begin_layout Standard Note that pointcut expression contain quotes ( \family typewriter \begin_inset Quotes eld \end_inset \family default ). Make sure that quotes are not removed by the command shell. On Linux systems it is a convenient solution to enclose the pointcut expression in single quotes, e.g. \family typewriter ' \begin_inset Quotes erd \end_inset % \begin_inset Quotes erd \end_inset ' \family default . \end_layout \begin_layout Subsubsection \family typewriter --config \end_layout \begin_layout Standard Besides setting the environment variable \family typewriter PUMA_CONFIG \family default this options can be used to set the path to the parser configuration file. \end_layout \begin_layout Subsubsection \family typewriter -k|--keywords \end_layout \begin_layout Standard By default the AspectC++ keywords \family typewriter aspect \family default , \family typewriter pointcut \family default , \family typewriter advice \family default , and \family typewriter slice \family default are only treated as keywords in aspect header files. If they are used in normal project files, \family typewriter ac++ \family default interprets them as normal identifiers. By this design decision aspects can be woven into legacy code even if the code uses the AspectC++ keywords as normal identifiers. \end_layout \begin_layout Standard If the AspectC++ keywords should be interpreted as keywords in normal project files as well, the command line option \family typewriter -k \family default or \family typewriter --keywords \family default has to be used. \end_layout \begin_layout Standard In files that do \emph on not \emph default belong to the project, e.g. standard library header files, the AspectC++ keywords are always regarded as normal identifiers, even if \family typewriter -k \family default or \family typewriter --keywords \family default is used. \end_layout \begin_layout Standard If any of the AspectC++ keywords is generated by a macro, the classification as keyword or identifier is based on the file in which the macro expansion takes place. It does not depend on the location of the macro definition. \end_layout \begin_layout Subsubsection \family typewriter --introduction_depth \end_layout \begin_layout Standard AspectC++ introductions may affect introduced code. This is called a \begin_inset Quotes eld \end_inset nested introduction \begin_inset Quotes erd \end_inset . In order to avoid problems with infinitely nested introductions, \family typewriter ac++ \family default checks the \begin_inset Quotes eld \end_inset depth \begin_inset Quotes erd \end_inset of a nested introduction and does not allow a depth that exceeds the given maximum \family typewriter \family default . The default value for \family typewriter \family default is 10. \end_layout \begin_layout Subsubsection \family typewriter --no_line \end_layout \begin_layout Standard When \family typewriter ac++ \family default manipulates files, e.g. by inserting generated code, it also inserts \family typewriter #line \family default directives. Inserting these directives can be disabled with the \family typewriter --no_line \family default option. Normally, \family typewriter #line \family default directives are only generated by C preprocessors. The directives are important for back-end compiler error messages and source code debuggers. Without the \family typewriter #line \family default generation these numbers correspond to the lines in the generated code, while they correspond to the source code written by the programmer otherwise. \end_layout \begin_layout Subsubsection \family typewriter --gen_size_type \end_layout \begin_layout Standard \family typewriter ac++ \family default generates a \family typewriter new \family default operator, which has \family typewriter size_t \family default in its argument type list. As the generated code shall not include the respective header file (to avoid portability problems), the weaver normally generates the name of the right type. However, in case of cross-compilation the type on the target platform might differ. Then it is possible to provide a string with this option, which is directly used in the constructor's argument list. \end_layout \begin_layout Subsubsection \family typewriter --problem... \end_layout \begin_layout Standard An option like this is used to enable a back-end compiler-specific code generation workaround. This is sometimes needed, because the C++ compilers differ in their degree of standard conformance. For details about the workarounds needed for each back-end refer to section \begin_inset CommandInset ref LatexCommand ref reference "sec:back-end" \end_inset . \end_layout \begin_layout Subsubsection \family typewriter --no_problem... \end_layout \begin_layout Standard This option can be used to disable a back-end compiler-specific code generation workaround which is enabled by default. \end_layout \begin_layout Subsubsection \family typewriter --warn_... \end_layout \begin_layout Standard With this option the weaver is instructed to print specific warnings that are otherwise suppressed. Table \begin_inset CommandInset ref LatexCommand ref reference "tab:warnings" \end_inset lists the names of warnings currently supported by the weaver. \end_layout \begin_layout Subsubsection \family typewriter --no_warn_... \end_layout \begin_layout Standard The warnings listed in table \begin_inset CommandInset ref LatexCommand ref reference "tab:warnings" \end_inset can be suppressed with \family typewriter --no_warn_ \family default < \emph on Name \emph default >. \end_layout \begin_layout Standard \begin_inset Float table wide false sideways false status open \begin_layout Plain Layout \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \series bold Warning Name \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \series bold Condition \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter deprecated \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout a deprecated syntax is being used \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter macro \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout macro-generated code would have to be transformed \end_layout \end_inset \end_inset \end_layout \begin_layout Plain Layout \begin_inset Caption Standard \begin_layout Plain Layout \family typewriter \begin_inset CommandInset label LatexCommand label name "tab:warnings" \end_inset ac++ \family default Warnings \end_layout \end_inset \end_layout \end_inset \end_layout \begin_layout Subsubsection \family typewriter --builtin_operators \end_layout \begin_layout Standard This option is needed if you want to use the pointcut function builtin(). For more information on this feature consult the language reference manual. \end_layout \begin_layout Subsubsection \family typewriter --data_joinpoints \end_layout \begin_layout Standard This option is needed if you want to use the pointcut functions get(), set(), and ref(). For more information on this feature consult the language reference manual. \end_layout \begin_layout Subsubsection \family typewriter -I \end_layout \begin_layout Standard The option \family typewriter -I \family default adds the directory \family typewriter \family default to the list of directories to be searched for header files. It can be used more than once. The compiler \family typewriter ac++ \family default needs to know all directories, where header files for the current translation unit might be located. \end_layout \begin_layout Standard In case of system headers there are often a lot of these directories. To make the setup of \family typewriter ac++ \family default more convenient we provide the \family typewriter ag++ --gen_config \family default command. The command calls the \family typewriter g++ \family default compiler to get all these paths. Users of non-supported back-end compilers have to find out this list on their own. \end_layout \begin_layout Subsubsection \family typewriter -D [=] \end_layout \begin_layout Standard With \family typewriter -D \family default a preprocessor macro \family typewriter \family default will be defined. Without the optional value assignment the macro will get the value \family typewriter 1 \family default . The option can be used more than once. \end_layout \begin_layout Standard In most cases your source code expects some standard macros to be defined like \family typewriter win32 \family default , \family typewriter linux \family default , or \family typewriter i386 \family default . And even if your code doesn't use them directly, they are often required to be set correctly by system header files. Thus, for the \family typewriter ac++ \family default parser a correct set of these macros has to be defined. For \family typewriter g++ \family default users we provide a command called \family typewriter ag++ \family default that calls the compiler to get the list of these macros. Users of non-supported back-end compilers have to find out this list on their own. \end_layout \begin_layout Subsubsection \family typewriter -U \end_layout \begin_layout Standard This option can be used to undefine a previously defined macro. \end_layout \begin_layout Subsubsection \family typewriter \begin_inset CommandInset label LatexCommand label name "sec:option_include" \end_inset -include \end_layout \begin_layout Standard The \family typewriter -include \family default option can be used to include a file \family typewriter \family default into the compiled translation unit(s) even though there is no explicit \family typewriter #include \family default directive given in the source code. If multiple \family typewriter -include \family default options are given on the command line, the files are included in the same order (from left to right). If you use the option in STU mode make sure that the back-end compiler is not forced to include the same files again (read details in \begin_inset CommandInset ref LatexCommand vref reference "sec:dup-forced-includes" \end_inset ). \end_layout \begin_layout Subsection Examples \end_layout \begin_layout Itemize \family typewriter ac++ \family default \begin_inset Newline newline \end_inset Displays all options with a short description. \end_layout \begin_layout Itemize \family typewriter ac++ -I examples/Trace -p examples/Trace -d examples/Trace-out \family default \begin_inset Newline newline \end_inset Transforms the complete project from directory \begin_inset Quotes eld \end_inset examples/Trace \begin_inset Quotes erd \end_inset into the directory \begin_inset Quotes eld \end_inset examples/Trace-out \begin_inset Quotes erd \end_inset . This is the whole program transformation (WPT) mode, which also performs a simple dependency check. \end_layout \begin_layout Standard The following examples describe the compiler like interface (STU Mode). All dependency handling has to be done by the user. \end_layout \begin_layout Itemize \family typewriter ac++ -c main.cc -p. \family default \begin_inset Newline newline \end_inset Transforms only the translation unit \family typewriter main.cc \family default . The default name for the output file is \family typewriter ac.out \family default . \end_layout \begin_layout Itemize \family typewriter ac++ -c main.cc -o main.acc -p. \family default \begin_inset Newline newline \end_inset Transforms the file \family typewriter main.cc \family default into the new file \family typewriter main.acc \family default . \end_layout \begin_layout Itemize \family typewriter ac++ -c main.cc -o main.acc -p. -a trace.ah \family default \begin_inset Newline newline \end_inset Transforms the file \family typewriter main \family default . \family typewriter cc \family default into the new file \family typewriter main.acc \family default with the aspect located in \family typewriter trace.ah \family default . \end_layout \begin_layout Itemize \family typewriter ac++ -i -v9 -p. -d includes \family default \begin_inset Newline newline \end_inset Creates the manipulated project header files and stores them into the directory \family typewriter includes \family default . ATTENTION: This works only once, because the \family typewriter includes \family default directory is located inside the project directory tree and the aspect header files exists twice then. \end_layout \begin_layout Section \family sans \begin_inset CommandInset label LatexCommand label name "sec:Platform-Notes" \end_inset \family default Platform Notes \end_layout \begin_layout Subsection Ports \end_layout \begin_layout Standard The \family typewriter ac++ \family default compiler was originally developed on RedHat Linux systems.Today most of the development is still done under Linux (Debian and OpenSuse), but Windows has become a second development platform. This means that the Windows and Linux ports are the most tested. The MacOS X ports were compiled, because they were demanded by users, but they are far less tested than our development platform ports. \end_layout \begin_layout Subsubsection Linux \end_layout \begin_layout Standard The \family typewriter ac++ \family default binary was tested on\SpecialChar \ldots{} \end_layout \begin_layout Itemize Debian 3.0, \SpecialChar \ldots{} , 8.0 and various Ubuntu versions. Note that Debian and Ubuntu packages of AspectC++ are integrated into the distributions. They can be easily installed with \family typewriter \size small apt-get install aspectc++ \family default \size default . \end_layout \begin_layout Itemize OpenSuse 8.2, ..., 13.2 \end_layout \begin_layout Subsubsection Windows \end_layout \begin_layout Standard Windows systems have different filename conventions than UNIX systems. Although ac++ was originally developed on Linux and does not use or need the Cygwin environment, path names are allowed to contain ' \family typewriter \backslash \family default ' characters and drive names like ' \family typewriter C: \family default '. The UNIX filename delimiters ' \family typewriter / \family default ' are also accepted. \end_layout \begin_layout Standard \begin_inset Note Comment status collapsed \begin_layout Plain Layout The \family typewriter ac++ \family default compiler saves files always conforming to the Windows newline conventions, i.e. lines always end with a CR and a LF character. As input files the UNIX and Windows conventions are accepted. \end_layout \end_inset \end_layout \begin_layout Subsubsection MacOS X \end_layout \begin_layout Standard No specific information available, yet. \end_layout \begin_layout Subsection \begin_inset CommandInset label LatexCommand label name "sec:back-end" \end_inset Back-End Compiler Support \end_layout \begin_layout Standard The C++ compiler that should be used to compile the output of \family typewriter ac++ \family default (back-end compiler) plays a very important role for \family typewriter ac++ \family default , because compilers normally come with header files, which \family typewriter ac++ \family default must be able to parse. None of the back-end compilers listed here has totally standard conforming header files, which makes it very hard for \family typewriter ac++ \family default to parse all this code. \end_layout \begin_layout Standard GNU \family typewriter g++ \family default (including Cygwin/GNU \family typewriter g++ \family default under Windows) and \family typewriter clang++ \family default are our best supported compilers. Users of \family typewriter clang++ \family default can invoke it via \family typewriter ag++ \family default by using the \family typewriter ag++ \family default option \family typewriter --c_compiler clang++ \family default . \end_layout \begin_layout Subsubsection GNU g++ \end_layout \begin_layout Standard There are a lot of GNU g++ specific C++ extensions as well as several builtin functions and types. To enable all these extensions the option \family typewriter --gnu \family default (or \family typewriter --gnu-2.95 \family default if g++ 2.9x header files should be parsed) has to be used. If a configuration file is generated with \family typewriter ag++ --gen_config \family default , this option will be automatically inserted (either \family typewriter --gnu \family default or \family typewriter --gnu-2.95 \family default depending on your compiler). \end_layout \begin_layout Standard The \family typewriter ac++ \family default parser aims at being compatible with g++ and nearly all of the header files that come with g++ 3.x and 2.9x can be parsed. The workaround to install the old g++ 2.95 header and to modify your \family typewriter puma.config \family default file so that \family typewriter ac++ \family default finds these old files while parsing your code is no longer needed starting from version 0.8pre2. \end_layout \begin_layout Standard Compilers from the g++ family do not support explicit template specialization in a non-namespace scope. However, this feature is needed by ac++ in the code generation process. A workaround for this problem is automatically enabled when you use the \family typewriter --gnu \family default or \family typewriter --gnu-2.95 \family default option. To explictly enable or disable the workaround use \family typewriter --problem_spec_scope \family default or \family typewriter --no_problem_spec_scope \family default . \end_layout \begin_layout Subsubsection \begin_inset CommandInset label LatexCommand label name "sec:cygwin_back_end" \end_inset Cygwin/GNU g++ \end_layout \begin_layout Standard The \family typewriter ac++ \family default compiler can also be used with the Cygwin/GNU g++ compiler under Windows. Note, that \family typewriter ac++ \family default itself is not a Cygwin application and, thus, does not support Cygwin-specific path names like \family typewriter /home/olaf \family default , which is relative to the cygwin installation directory. If you generate your parser configuration file automatically with \family typewriter ag++ --gen_config \family default the contained include paths will automatically be converted from Cygwin paths names to Windows path names using the \family typewriter cygpath \family default command. However, be careful when you set the \family typewriter PUMA_CONFIG \family default environment variable or when you pass any other path name to \family typewriter ac++ \family default . Furthermore, \family typewriter ac++ \family default and \family typewriter ag++ \family default don't support Cygwin file links. This might also cause compilation problems. A known problem is that in some Cygwin versions \family typewriter g++ \family default itself is a link to \family typewriter g++-4 \family default . This means that it will not be found by \family typewriter ag++ \family default . It helps to provide the proper compiler name with the \family typewriter --c_compiler g++-4 \family default option. \end_layout \begin_layout Subsubsection MS VC++ \end_layout \begin_layout Standard The \family typewriter ac++ \family default parser aims at being compatible with Microsoft Visual C++ 7 and later. This compiler comes with a large number of non-standard language extensions. To enable support for these extensions in the \family typewriter ac++ \family default parser the command line option \family typewriter --vc \family default must be provided either on the command line or in your configuration file. \end_layout \begin_layout Standard It is not recommended to use \family typewriter ac++ \family default with Visual C++ 6 as this compiler has some problems with the generated code, even though the generated code is standard complient. \end_layout \begin_layout Standard We recently found a bug in Visual C++ 6 and 7, which is related to local classes defined in header files. As \family typewriter ac++ \family default sometimes generates such classes a workaround has to be enabled until Microsoft fixes the problem. The workaround can be enabled with the command line option \family typewriter --problem_local_class \family default and disabled with \family typewriter --no_problem_local_class \family default . In the current \family typewriter ac++ \family default version the workaround is enabled by default if the executable was compiled for the Windows platform. \end_layout \begin_layout Section \family sans \begin_inset CommandInset label LatexCommand label name "sec:Problems" \end_inset \family default Problems & Workarounds \end_layout \begin_layout Subsection \begin_inset CommandInset label LatexCommand label name "sec:pitfalls" \end_inset Common Pifalls \end_layout \begin_layout Subsubsection \begin_inset CommandInset label LatexCommand label name "sec:Include-Cycles" \end_inset Include Cycles \end_layout \begin_layout Standard In versions prior to 1.0pre1 include cycles could occur in many situations and workarounds could not always be found. In version 1.0pre1 include cycles can only occur in the case of aspect code with introductions. Advice for code join points cannot produce cycles. \end_layout \begin_layout Standard The reason for the remaining possible cycles is that \family typewriter ac++ \family default generates \family typewriter #include \family default in every file that contains the definition of a target class of an introduction. Without this generation pattern definitions from the aspect header would not be accessible by introduced code. However, if the aspect header directly or indirectly includes the target file, there is a cycle, which might cause parse errors. \end_layout \begin_layout Standard \begin_inset Float figure wide false sideways false status open \begin_layout Plain Layout \align center \begin_inset Graphics filename images/include_cycle.eps lyxscale 50 width 60text% \end_inset \end_layout \begin_layout Plain Layout \begin_inset Caption Standard \begin_layout Plain Layout \begin_inset CommandInset label LatexCommand label name "fig:inc_cycle" \end_inset Include cycle problem \end_layout \end_inset \end_layout \end_inset \end_layout \begin_layout Standard Figure \begin_inset CommandInset ref LatexCommand ref reference "fig:inc_cycle" \end_inset illustrates the include cycle problem by giving an example. Here an aspect \family typewriter \size small Problem \family default \size default uses the type \family typewriter \size small Target \family default \size default and therefore includes \family typewriter \size small Target.h \family default \size default . At the same time the aspect introduces a slice into the class \family typewriter \size small Target \family default \size default . As the slice might depend on definitions or \family typewriter \size small #include \family default \size default s in \family typewriter \size small Problem.ah \family default \size default , the weaver generates the \family typewriter \size small #include \begin_inset space ~ \end_inset "Problem.ah \family default \size default " in \family typewriter \size small Target.h \family default \size default . This causes the include cycle. Include guards (which should always be used!) avoid duplicate definitions, but do not solve the problem. It might still be the case that the parser complains about undefined types. \end_layout \begin_layout Standard To avoid these cycles introductions can always be separated from the aspect by means of slices. Slice declarations and slice member definitions can be located in arbitrary aspect header files. The aspect weaver will only include these aspect headers in the target classes' header/implementation files and thereby avoid the cycle. For a slice reference within an advice declaration even a forward declaration of the slice is sufficient. \end_layout \begin_layout Standard \begin_inset Float figure wide false sideways false status open \begin_layout Plain Layout \align center \begin_inset Graphics filename images/no_include_cycle.eps lyxscale 50 width 60text% \end_inset \end_layout \begin_layout Plain Layout \begin_inset Caption Standard \begin_layout Plain Layout \begin_inset CommandInset label LatexCommand label name "fig:no_inc_cycle" \end_inset Include cycle avoidance \end_layout \end_inset \end_layout \end_inset \end_layout \begin_layout Standard Figure \begin_inset CommandInset ref LatexCommand ref reference "fig:no_inc_cycle" \end_inset shows how the include cycle from the example in Figure \begin_inset CommandInset ref LatexCommand ref reference "fig:inc_cycle" \end_inset can be avoided. Here the function \family typewriter \size small dump \family default \size default is implemented in a separate slice class \family typewriter \size small Dump \family default \size default that is stored in an aspect header file \family typewriter \size small Dump.ah \family default \size default . The implementation of \family typewriter \size small Dump \family default \size default could rely on defintions and \family typewriter \size small #include \family default \size default s in \family typewriter \size small Dump.ah \family default \size default ( \family typewriter \size small stdio.h \family default \size default in this example), but not on defintions in \family typewriter \size small Problem.ah \family default \size default . Therefore, the aspect weaver generates \family typewriter \size small #include \begin_inset space ~ \end_inset "Dump.ah" \family default \size default and not \family typewriter \size small #include \begin_inset space ~ \end_inset "Problem.ah" \family default \size default in \family typewriter \size small Target.h \family default \size default . \end_layout \begin_layout Standard Note that in the case of \series bold non-inline \series default introductions the #include directive is generated in the file that contains the \begin_inset Quotes eld \end_inset link-once element \begin_inset Quotes erd \end_inset of the target class, which is never a header file. You can, for example, exploit this feature to produce cyclic class relationshi ps. The included file will be the aspect header file that contains the definition of the non-inline slice member. \end_layout \begin_layout Subsubsection \begin_inset CommandInset label LatexCommand label name "sec:dup-forced-includes" \end_inset Duplicate Forced Includes in STU Mode \end_layout \begin_layout Standard In the Single Translation Unit (STU) mode \family typewriter ac++ \family default handles forced includes (see \family typewriter -include \family default option in section \begin_inset CommandInset ref LatexCommand vref reference "sec:option_include" \end_inset ) in the following way: \end_layout \begin_layout Description internal \begin_inset space ~ \end_inset includes: If the included file is part of your project, the file content will be expanded in the compiled translation unit. \end_layout \begin_layout Description external \begin_inset space ~ \end_inset includes: If the included file is \emph on not \emph default part of the project, ac++ generates an #include directive with the absolute path name of the file. \end_layout \begin_layout Standard In both cases the back-end compiler should not be forced to include the same file again. For example, \family typewriter g++ \family default users should not use the \family typewriter \size small -include \family default \size default option with \family typewriter \size small ac++ \family default \size default and with \family typewriter g++ \family default , because otherwise symbols might be defined twice. \end_layout \begin_layout Subsubsection Compiling libraries \end_layout \begin_layout Standard There are certain restrictions on the code structure if \family typewriter \size small ac++ \family default \size default should generate transformed header files for an aspect-oriented C++ \emph on library \emph default . For instance, all header files need "include guards" and should not depend on the context by which they are included. Furthermore all headers must have the extension \family typewriter \size small .h \family default \size default . \end_layout \begin_layout Standard Furthermore, users have to be careful \emph on not \emph default to generate transformed headers into the project directory tree ( \family typewriter \size small -p \family default \size default option). Otherwise, the \emph on next \emph default compilation of the library is likely to fail, because \family typewriter \size small ac++ \family default \size default would search aspect header files in the generated directory tree. \end_layout \begin_layout Subsubsection Project structure \end_layout \begin_layout Standard The AspectC++ weaver \family typewriter \size small ac++ \family default \size default expects that "projects" do not overlap, have no cyclic dependencies, and can be described by a list of directory names ( \family typewriter \size small -p \family default \size default option). AspectC++ needs the notion of a "project" in order to restrict the set files that are affected by the aspects. Sometimes big applications are organized in multiple projects within the same workspace and have arbitrary dependencies (include relations) to each other. For these applications selecting the \family typewriter \size small -p \family default \size default option is sometimes difficult. Often treating the whole workspace as one AspectC++ project is the best solution. \end_layout \begin_layout Subsubsection The \family typewriter \size small --aspect_header \family default \size default option \end_layout \begin_layout Standard This option can be used to avoid that \family typewriter \size small ac++ \family default \size default automatically searches all aspect header files in the project directory tree. It is to be made sure by the user that each aspect header file is included \emph on only once \emph default . If no aspect headers should be taken into account, the option \begin_inset Quotes eld \end_inset \family typewriter \size small -a 0 \family default \size default \begin_inset Quotes erd \end_inset has to be used. \end_layout \begin_layout Subsection Unimplemented Features \end_layout \begin_layout Subsubsection Multi-Threading Support \end_layout \begin_layout Standard C++ has no integrated thread model like Java. Therefore, the woven AspectC++ code cannot rely on any available thread synchronization mechanism. As a result the implementation of the \family typewriter \size small cflow \family default \size default pointcut functions is currently \emph on not thread-safe \emph default . \end_layout \begin_layout Standard We are urgently investigating how thread synchronization and thread local storage can be integrated into AspectC++. \end_layout \begin_layout Subsubsection C++ 11/14/... \begin_inset CommandInset label LatexCommand label name "sub:C++-11" \end_inset \end_layout \begin_layout Standard \family typewriter ac++ \family default does not fully support the latest language features introduced with the C++ 11 standard. These features, such as lambda functions or move constructors, are accepted by the underlying parser (the Clang framework, which is used in \family typewriter ac++ \family default 2.x), but the weaver can't deal with these features, yet. Therefore, it is safe to use C++ 11 code as long as the code affected by advice conforms to C++ 2003. \end_layout \begin_layout Subsubsection Parse Errors \end_layout \begin_layout Standard If \family typewriter \size small ac++ \family default \size default stops processing because of parse errors this might be due to an incompatibilit y or missing feature in the underlying C++ parser. \end_layout \begin_layout Standard In the case that the error is found in your own code, i.e. code you are able to modify, you could use the following workaround: \end_layout \begin_layout LyX-Code \size small #ifdef __acweaving \end_layout \begin_layout LyX-Code \size small // ... simplified version of the code for ac++ \end_layout \begin_layout LyX-Code \size small #else \end_layout \begin_layout LyX-Code \size small // ... original code \end_layout \begin_layout LyX-Code \size small #endif \end_layout \begin_layout Standard Even if your own AspectC++ code contains only harmless C++ code you might experience parsing problems due to header files from libraries which your application code includes, especially in the case of template libraries. In this situation it might help to copy the file with the parse error into a different directory. Then you have to change the code in this file to avoid the error message by simplifying it. The final step is to extend the \family typewriter \size small puma.config \family default \size default file by a \family typewriter \size small \begin_inset Quotes eld \end_inset -I \family default \size default \begin_inset Quotes erd \end_inset entry for the directory where you placed the copy. As the result \family typewriter \size small ac++ \family default \size default will now parse the simplified version while the original file is untouched and used while the C++ compiler runs. \end_layout \begin_layout Subsubsection Templates \end_layout \begin_layout Standard Currently \family typewriter \size small ac++ \family default \size default is able to parse a lot of the (really highly complicated) C++ templates, but weaving is restricted to non-templated code only. That means you can not weave in templates or even affect calls to template functions or members of template classes. However, template instances can be matched by match expressions in the pointcut language and calls to members of class templates or template functions can be affected by advice. \end_layout \begin_layout Subsubsection Macros \end_layout \begin_layout Standard In versions prior to 1.0 the weaver was not able at all to transform code that was generated by macro expansion. It simply printed a warning and continued without transforming the code. To turn this warning off the command line option \family typewriter \size small --no_warn_macro \family default \size default could be used (see Table \begin_inset CommandInset ref LatexCommand vref reference "tab:warnings" \end_inset ). \end_layout \begin_layout Standard The current solution is to expand a macro whenever it is affected by aspects and do the weaving afterwards. While this works fine for most cases, problems may occur if the macro definitio n used by the (cross-)compiler differs from the one used by ac++. Future releases will thus distinguish between macros definitions that belong to the project and can safely be expanded and macros that were defined outside the project. \end_layout \begin_layout Subsubsection Unimplemented Language Elements \end_layout \begin_layout Description \family typewriter cflow \family default does not yet support exposure of context information. \end_layout \begin_layout Description \family typewriter base \family default only works as expected if all classes that should be matched by the pointcut function's argument are known in the translation unit. Therefore, the aspect header file has to contain the right set of include directives. \end_layout \begin_layout Subsubsection Support for Plain C Code \end_layout \begin_layout Standard Currently \family typewriter \size small ac++ \family default \size default generates C++ code, which cannot be compiled by a C compiler. As for many hardware platforms in the embedded domain no C++ compiler is available we are actively looking for a solution. \end_layout \begin_layout Subsubsection Support for C++ language extensions \end_layout \begin_layout Standard The parser does not yet fully support the language features of C++ 11 and more recent standards (see \begin_inset CommandInset ref LatexCommand ref reference "sub:C++-11" \end_inset ). Furthermore, most but not all g++ specific language extensions are implemented. \end_layout \begin_layout Subsubsection Constructor/Destructor Generation \end_layout \begin_layout Standard If advice for construction/destruction joinpoints is given and no constructor/de structor is defined explicitly, \family typewriter \size small ac++ \family default \size default will generate it. However, currently \family typewriter \size small ac++ \family default \size default assumes that the copy constructor has one argument of type \begin_inset Quotes eld \end_inset \family typewriter \size small const & \family default \size default \begin_inset Quotes erd \end_inset . This leads to problems if the implicitly declared copy constructor has an argument of type \begin_inset Quotes eld \end_inset \family typewriter \size small & \family default \size default \begin_inset Quotes erd \end_inset . Therefore, you should not define construction/destruction advice for classes with this copy constructor signature. \end_layout \begin_layout Subsubsection Functions with variable argument lists \end_layout \begin_layout Standard There is no support for execution advice on functions with variable argument lists. A warning will be issued. There is no portable way to generate a wrapper function for this class of functions. \end_layout \begin_layout Subsubsection Restrictions on calling \family typewriter \size small tjp->proceed() \end_layout \begin_layout Standard Due to a problem with result object construction/destruction of intercepted functions, the \family typewriter \size small tjp->proceed() \family default \size default function may only be called \emph on once \emph default during around advice. \end_layout \begin_layout Subsubsection Advice on advice \end_layout \begin_layout Standard Join points within advice code are not matched by pointcut expressions. \end_layout \begin_layout Subsubsection JoinPoint-API for slices \end_layout \begin_layout Standard There is a joinpoint-API for slices introduced into a target class. It provides static type information about the target's baseclasses and members as well as dynamic information, such as a pointer to each member. However, the baseclass part of the slice may not access the JoinPoint-API. This is partly natural, as, for instance, member types might depend on the introduced baseclass. Yet, not even the target's classname is available. Future versions might make this possible. \end_layout \begin_layout Standard The identifier 'JoinPoint' is only to be used to access the joinpoint-API. Even though it would conceptually make sense to allow, for instance, a local variable to be called 'JoinPoint', it is not supported, yet. \end_layout \begin_layout Standard \begin_inset Newpage newpage \end_inset \end_layout \begin_layout Section Code Transformation Patterns \end_layout \begin_layout Standard This appendix documents some internals of the \family typewriter ac++ \family default weaver implementation. \end_layout \begin_layout Subsection Inclusion of Aspect Header Files \end_layout \begin_layout Standard The weaver has to guarantee that aspect header files are only compiled in a translation unit if they are affecting the shadows of code join point that are located within the translation unit. If an aspect header has to be included because of this reason, the same check has to be performed again, because the aspect header might contain code join points that are affected by other aspects. \end_layout \begin_layout Standard In order to implement this behavior a forward declaration of the advice invocation function is generated and a macro \family typewriter __ac_need_< \emph on mangled_ah_filename \emph default > \family default is defined in each file that contains a join point shadow, which is affected by an aspect that is defined in an aspect header whose mangled files name is \family typewriter < \emph on mangled_ah_filename \emph default > \family default . Multiple inclusions shall be avoided. Therefore, another macro \family typewriter __ac_have_< \emph on mangled_ah_filename \emph default > \family default is set wherever an aspect header is included by generated code. The following code is an example that shows the code which is generated at the end of each translation unit for each known aspect header of the project: \end_layout \begin_layout LyX-Code #ifdef __ac_need_< \family typewriter \emph on mangled_ah_ \family default 1 \emph default > \end_layout \begin_layout LyX-Code #ifndef __ac_have_< \family typewriter \emph on mangled_ah_ \family default 1 \emph default > \end_layout \begin_layout LyX-Code #define __ac_have_< \family typewriter \emph on mangled_ah_ \family default 1 \emph default > \end_layout \begin_layout LyX-Code #include " \emph on ah_1 \emph default " \end_layout \begin_layout LyX-Code #endif \end_layout \begin_layout LyX-Code // other aspect headers that are needed if ah_1 is needed \end_layout \begin_layout LyX-Code #ifndef __ac_have_< \family typewriter \emph on mangled_ah_ \family default \emph default 4> \end_layout \begin_layout LyX-Code #define __ac_have_< \family typewriter \emph on mangled_ah_ \family default \emph default 4> \end_layout \begin_layout LyX-Code #include " \emph on ah_ \emph default 4" \end_layout \begin_layout LyX-Code #endif \end_layout \begin_layout LyX-Code #endif // __ac_need_< \family typewriter \emph on mangled_ah_ \family default 1 \emph default > \end_layout \begin_layout Standard This code transformation pattern might result in multiple \family typewriter #include \family default directives for the same aspect header files. 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0ustar00osusers00000000000000digraph ACModel { node [fontname = "Helvetica"]; edge [fontname = "Helvetica"]; File [shape=record label="{File|filename: string\nlen: int\ntime: int\n}"] TUnit [shape=record label="{TUnit|}"] File -> TUnit [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Header [shape=record label="{Header|}"] File -> Header [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Header -> TUnit [label="in" headlabel="0..N"]; Source [shape=record label="{Source|kind: SourceLocKind\nline: int\nlen: int\n}"] Source -> File [label="file"]; MemberIntro [shape=record label="{MemberIntro|}"] MemberIntro -> Introduction [label="intro"]; MemberIntro -> Name [label="members" headlabel="0..N"]; BaseIntro [shape=record label="{BaseIntro|}"] BaseIntro -> Introduction [label="intro"]; BaseIntro -> Class [label="bases" headlabel="0..N"]; ClassPlan [shape=record label="{ClassPlan|}"] ClassPlan -> BaseIntro [label="base_intros" dir=back arrowtail="diamond" headlabel="0..N"]; ClassPlan -> MemberIntro [label="member_intros" dir=back arrowtail="diamond" headlabel="0..N"]; CodeAdvice [shape=record label="{CodeAdvice|conditional: bool\n}"] CodeAdvice -> AdviceCode [label="advice"]; CodePlan [shape=record label="{CodePlan|}"] CodePlan -> CodeAdvice [label="before" dir=back arrowtail="diamond" headlabel="0..N"]; CodePlan -> CodeAdvice [label="around" dir=back arrowtail="diamond" headlabel="0..1"]; CodePlan -> CodeAdvice [label="after" dir=back arrowtail="diamond" headlabel="0..N"]; CodePlan -> CodePlan [label="next_level" dir=back arrowtail="diamond" headlabel="0..1"]; Any [shape=record label="{Any|jpid: int\n}"] Any -> Source [label="source" dir=back arrowtail="diamond" headlabel="0..N"]; Type [shape=record label="{Type|signature: string\n}"] Any -> Type [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Arg [shape=record label="{Arg|type: string\nname: string\n}"] Any -> Arg [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Name [shape=record label="{Name|name: string\nbuiltin: bool\n}"] Any -> Name [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Name -> Any [label="children" dir=back arrowtail="diamond" headlabel="0..N"]; Name -> TUnit [label="tunits" headlabel="0..N"]; Namespace [shape=record label="{Namespace|}"] Name -> Namespace [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Function [shape=record label="{Function|kind: FunctionType\nvariadic_args: bool\ncv_qualifiers: CVQualifiers\n}"] Name -> Function [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Function -> Type [label="result_type" dir=back arrowtail="diamond" headlabel="0..1"]; Function -> Type [label="arg_types" dir=back arrowtail="diamond" headlabel="0..N"]; Function -> TUnit [label="static_in" headlabel="0..1"]; Variable [shape=record label="{Variable|kind: VariableType\n}"] Name -> Variable [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Variable -> Type [label="type" dir=back arrowtail="diamond"]; Class [shape=record label="{Class|}"] Name -> Class [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Class -> Class [label="bases" headlabel="0..N"]; Class -> Class [label="derived" headlabel="0..N"]; Class -> ClassPlan [label="plan" dir=back arrowtail="diamond" headlabel="0..1"]; ClassSlice [shape=record label="{ClassSlice|is_struct: bool\n}"] Name -> ClassSlice [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Code [shape=record label="{Code|}"] Any -> Code [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Code -> CodePlan [label="plan" dir=back arrowtail="diamond" headlabel="0..1"]; Access [shape=record label="{Access|lid: int\ntarget_object_lid: int\ncfg_block_lid: int\n}"] Code -> Access [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Access -> Class [label="target_class" headlabel="0..1"]; Get [shape=record label="{Get|}"] Access -> Get [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Get -> Variable [label="variable" headlabel="0..1"]; Set [shape=record label="{Set|}"] Access -> Set [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Set -> Variable [label="variable" headlabel="0..1"]; Call [shape=record label="{Call|default_args: int\n}"] Access -> Call [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Call -> Function [label="target"]; Call -> Type [label="variadic_arg_types" dir=back arrowtail="diamond" headlabel="0..N"]; Call -> Access [label="implicit_access" dir=back arrowtail="diamond" headlabel="0..N"]; Builtin [shape=record label="{Builtin|}"] Access -> Builtin [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Builtin -> Function [label="target"]; Builtin -> Access [label="implicit_access" dir=back arrowtail="diamond" headlabel="0..N"]; Ref [shape=record label="{Ref|}"] Access -> Ref [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Ref -> Variable [label="variable"]; Ref -> Type [label="type" dir=back arrowtail="diamond"]; GetRef [shape=record label="{GetRef|kind: VariableType\n}"] Access -> GetRef [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; GetRef -> Type [label="type" dir=back arrowtail="diamond"]; SetRef [shape=record label="{SetRef|kind: VariableType\n}"] Access -> SetRef [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; SetRef -> Type [label="type" dir=back arrowtail="diamond"]; CallRef [shape=record label="{CallRef|kind: VariableType\n}"] Access -> CallRef [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; CallRef -> Type [label="type" dir=back arrowtail="diamond"]; Execution [shape=record label="{Execution|}"] Code -> Execution [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Construction [shape=record label="{Construction|}"] Code -> Construction [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Destruction [shape=record label="{Destruction|}"] Code -> Destruction [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Pointcut [shape=record label="{Pointcut|expr: string\nkind: PointcutType\n}"] Name -> Pointcut [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Pointcut -> Arg [label="args" dir=back arrowtail="diamond" headlabel="0..N"]; Advice [shape=record label="{Advice|lid: int\n}"] Any -> Advice [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Advice -> Pointcut [label="pointcut" dir=back arrowtail="diamond"]; AdviceCode [shape=record label="{AdviceCode|kind: AdviceCodeType\ncontext: AdviceCodeContext\n}"] Advice -> AdviceCode [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Introduction [shape=record label="{Introduction|}"] Advice -> Introduction [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Introduction -> ClassSlice [label="named_slice" headlabel="0..1"]; Introduction -> ClassSlice [label="anon_slice" dir=back arrowtail="diamond" headlabel="0..1"]; Order [shape=record label="{Order|}"] Advice -> Order [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Order -> Pointcut [label="aspect_exprs" dir=back arrowtail="diamond" headlabel="0..N"]; Aspect [shape=record label="{Aspect|}"] Class -> Aspect [dir=back arrowsize=1.5 arrowtail=empty weight=1.0]; Aspect -> 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%938D93CAFD1DFFFD047DA8FD43FFC368938C9368938CC3FD05FFC38C9368 %938C9368938C939AFD1EFF7D527D52A8FD44FFCA93938D938C9394FD06FF %C38D938C938D938C93A1FD1FFF7D7D527DA8FD46FFA19368936893A1FD07 %FF9A9A939A94C3A8FD20FF7D527D52FD49FFCA9A938D93FD2EFF7D7D527D %A8FD4BFFCA9BCAFD2EFFA8A8A8FDFCFFFD40FFFF %%EndData %%EndComments %%BeginProlog %%BeginResource: procset Adobe_level2_AI5 1.2 0 %%Title: (Adobe Illustrator (R) Version 5.0 Level 2 Emulation) %%Version: 1.2 0 %%CreationDate: (04/10/93) () %%Copyright: ((C) 1987-1996 Adobe Systems Incorporated All Rights Reserved) userdict /Adobe_level2_AI5 26 dict dup begin put /packedarray where not { userdict begin /packedarray { array astore readonly } bind def /setpacking /pop load def /currentpacking false def end 0 } if pop userdict /defaultpacking currentpacking put true setpacking /initialize { Adobe_level2_AI5 begin } bind def /terminate { currentdict Adobe_level2_AI5 eq { end } if } bind def mark /setcustomcolor where not { /findcmykcustomcolor { (AI8_CMYK_CustomColor) 6 packedarray } bind def /findrgbcustomcolor { (AI8_RGB_CustomColor) 5 packedarray } bind def /setcustomcolor { exch aload pop dup (AI8_CMYK_CustomColor) eq { pop pop 4 { 4 index mul 4 1 roll } repeat 5 -1 roll pop setcmykcolor } { dup (AI8_RGB_CustomColor) eq { pop pop 3 { 1 exch sub 3 index mul 1 exch sub 3 1 roll } repeat 4 -1 roll pop setrgbcolor } { pop 4 { 4 index mul 4 1 roll } repeat 5 -1 roll pop setcmykcolor } ifelse } ifelse } def } if /setAIseparationgray { false setoverprint 0 setgray /setseparationgray where{ pop setseparationgray }{ /setcolorspace where{ pop [/Separation (All) /DeviceCMYK {dup dup dup}] setcolorspace 1 exch sub setcolor }{ setgray }ifelse }ifelse } def /gt38? mark {version cvr cvx exec} stopped {cleartomark true} {38 gt exch pop} ifelse def userdict /deviceDPI 72 0 matrix defaultmatrix dtransform dup mul exch dup mul add sqrt put userdict /level2? systemdict /languagelevel known dup { pop systemdict /languagelevel get 2 ge } if put /level2ScreenFreq { begin 60 HalftoneType 1 eq { pop Frequency } if HalftoneType 2 eq { pop GrayFrequency } if HalftoneType 5 eq { pop Default level2ScreenFreq } if end } bind def userdict /currentScreenFreq level2? {currenthalftone level2ScreenFreq} {currentscreen pop pop} ifelse put level2? not { /setcmykcolor where not { /setcmykcolor { exch .11 mul add exch .59 mul add exch .3 mul add 1 exch sub setgray } def } if /currentcmykcolor where not { /currentcmykcolor { 0 0 0 1 currentgray sub } def } if /setoverprint where not { /setoverprint /pop load def } if /selectfont where not { /selectfont { exch findfont exch dup type /arraytype eq { makefont } { scalefont } ifelse setfont } bind def } if /cshow where not { /cshow { [ 0 0 5 -1 roll aload pop ] cvx bind forall } bind def } if } if cleartomark /anyColor? { add add add 0 ne } bind def /testColor { gsave setcmykcolor currentcmykcolor grestore } bind def /testCMYKColorThrough { testColor anyColor? } bind def userdict /composite? 1 0 0 0 testCMYKColorThrough 0 1 0 0 testCMYKColorThrough 0 0 1 0 testCMYKColorThrough 0 0 0 1 testCMYKColorThrough and and and put composite? not { userdict begin gsave /cyan? 1 0 0 0 testCMYKColorThrough def /magenta? 0 1 0 0 testCMYKColorThrough def /yellow? 0 0 1 0 testCMYKColorThrough def /black? 0 0 0 1 testCMYKColorThrough def grestore /isCMYKSep? cyan? magenta? yellow? black? or or or def /customColor? isCMYKSep? not def end } if end defaultpacking setpacking %%EndResource %%BeginProcSet: Adobe_ColorImage_AI6 1.2 0 userdict /Adobe_ColorImage_AI6 known not { userdict /Adobe_ColorImage_AI6 50 dict put } if userdict /Adobe_ColorImage_AI6 get begin /initialize { Adobe_ColorImage_AI6 begin Adobe_ColorImage_AI6 { dup type /arraytype eq { dup xcheck { bind } if } if pop pop } forall } def /terminate { end } def currentdict /Adobe_ColorImage_AI6_Vars known not { /Adobe_ColorImage_AI6_Vars 40 dict def } if Adobe_ColorImage_AI6_Vars begin /plateindex -1 def /_newproc null def /_proc1 null def /_proc2 null def /channelcount 0 def /sourcecount 0 def /sourcearray 4 array def /_ptispace null def /_ptiname null def /_pti0 0 def /_pti1 0 def /_ptiproc null def /_ptiscale 0 def /_pticomps 0 def /_ptibuf 0 string def /_gtigray 0 def /_cticmyk null def /_rtirgb null def /XIEnable true def /XIType 0 def /XIEncoding 0 def /XICompression 0 def /XIChannelCount 0 def /XIBitsPerPixel 0 def /XIImageHeight 0 def /XIImageWidth 0 def /XIImageMatrix null def /XIRowBytes 0 def /XIFile null def /XIBuffer1 null def /XIBuffer2 null def /XIDataProc null def /XIVersion 6 def /XIColorSpace /DeviceGray def /XIColorValues 0 def end currentdict /_colorimage known not { /colorimage where { /colorimage get /_colorimage exch def }{ /_colorimage null def } ifelse } if /_image systemdict /image get def /_currenttransfer systemdict /currenttransfer get def /FourEqual { 4 index ne { pop pop pop false }{ 4 index ne { pop pop false }{ 4 index ne { pop false }{ 4 index eq } ifelse } ifelse } ifelse } def /TestPlateIndex { Adobe_ColorImage_AI6_Vars begin /plateindex -1 def /setcmykcolor where { pop gsave 1 0 0 0 setcmykcolor systemdict /currentgray get exec 1 exch sub 0 1 0 0 setcmykcolor systemdict /currentgray get exec 1 exch sub 0 0 1 0 setcmykcolor systemdict /currentgray get exec 1 exch sub 0 0 0 1 setcmykcolor systemdict /currentgray get exec 1 exch sub grestore 1 0 0 0 FourEqual { /plateindex 0 def }{ 0 1 0 0 FourEqual { /plateindex 1 def }{ 0 0 1 0 FourEqual { /plateindex 2 def }{ 0 0 0 1 FourEqual { /plateindex 3 def }{ 0 0 0 0 FourEqual { /plateindex 5 def } if } ifelse } ifelse } ifelse } ifelse pop pop pop pop } if plateindex end } def /concatprocs { /packedarray where { pop dup type /packedarraytype eq 2 index type /packedarraytype eq or }{ false } ifelse { /_proc2 exch cvlit def /_proc1 exch cvlit def _proc1 aload pop _proc2 aload pop _proc1 length _proc2 length add packedarray cvx }{ /_proc2 exch cvlit def /_proc1 exch cvlit def /_newproc _proc1 length _proc2 length add array def _newproc 0 _proc1 putinterval _newproc _proc1 length _proc2 putinterval _newproc cvx } ifelse } def /clrspaceissepn { type /arraytype eq } def /clrspacegetname { dup clrspaceissepn {dup length 2 sub get}{pop ()} ifelse } def /clrspacegetalt { aload pop pop pop colormake } def /clrspacegetcomps { dup /DeviceGray eq { pop 1 }{ dup /DeviceRGB eq { pop 3 }{ /DeviceCMYK eq { 4 }{ 1 } ifelse } ifelse } ifelse } def /clrspacemarksplate { dup /DeviceGray eq { pop plateindex 3 eq }{ dup /DeviceRGB eq { pop plateindex 5 ne }{ dup /DeviceCMYK eq { pop plateindex 5 ne }{ /findcmykcustomcolor where { pop dup length 2 sub get 0.1 0.1 0.1 0.1 5 -1 roll findcmykcustomcolor 1 setcustomcolor systemdict /currentgray get exec 1 ne }{ pop plateindex 5 ne } ifelse } ifelse } ifelse } ifelse } def /colormake { dup clrspacegetcomps exch 1 index 2 add 1 roll dup 1 eq {pop}{array astore} ifelse exch } def /colorexpand { dup clrspacegetname exch dup clrspaceissepn { clrspacegetalt exch 4 1 roll }{ 1 3 1 roll } ifelse } def /colortint { dup /DeviceGray eq { 3 1 roll 1 exch sub mul 1 exch sub exch }{ dup /DeviceRGB eq { 3 1 roll {1 exch sub 1 index mul 1 exch sub exch} forall pop 3 array astore exch }{ dup /DeviceCMYK eq { 3 1 roll {1 index mul exch} forall pop 4 array astore exch }{ 3 1 roll mul exch } ifelse } ifelse } ifelse } def /colortocmyk { dup /DeviceGray eq { pop 1 exch sub 0 0 0 4 -1 roll 4 array astore }{ dup /DeviceRGB eq { pop aload pop _rgbtocmyk 4 array astore }{ dup /DeviceCMYK eq { pop }{ clrspacegetalt colortint colortocmyk } ifelse } ifelse } ifelse } def /makeimagedict { 7 dict begin /ImageType 1 def /Decode exch def /DataSource exch def /ImageMatrix exch def /BitsPerComponent exch def /Height exch def /Width exch def currentdict end } def /stringinvert { 0 1 2 index length 1 sub { dup 2 index exch get 255 exch sub 2 index 3 1 roll put } for } def /stringknockout { 0 1 2 index length 1 sub { 255 2 index 3 1 roll put } for } def /stringapply { 0 1 4 index length 1 sub { dup 4 index exch get 3 index 3 1 roll 3 index exec } for pop exch pop } def /WalkRGBString { 0 3 index dup length 1 sub 0 3 3 -1 roll { 3 getinterval {} forall 5 index exec 3 index } for 5 {pop} repeat } def /WalkCMYKString { 0 3 index dup length 1 sub 0 4 3 -1 roll { 4 getinterval {} forall 6 index exec 3 index } for 5 { pop } repeat } def /StuffRGBIntoGrayString { .11 mul exch .59 mul add exch .3 mul add cvi 3 copy put pop 1 add } def /StuffCMYKIntoGrayString { exch .11 mul add exch .59 mul add exch .3 mul add dup 255 gt { pop 255 } if 255 exch sub cvi 3 copy put pop 1 add } def /RGBToGrayImageProc { Adobe_ColorImage_AI6_Vars begin sourcearray 0 get exec dup length 3 idiv string dup 3 1 roll /StuffRGBIntoGrayString load exch WalkRGBString end } def /CMYKToGrayImageProc { Adobe_ColorImage_AI6_Vars begin sourcearray 0 get exec dup length 4 idiv string dup 3 1 roll /StuffCMYKIntoGrayString load exch WalkCMYKString end } def /SeparateCMYKImageProc { Adobe_ColorImage_AI6_Vars begin sourcecount 0 ne { sourcearray plateindex get exec }{ sourcearray 0 get exec dup length 4 idiv string 0 2 index plateindex 4 2 index length 1 sub { get 255 exch sub 3 copy put pop 1 add 2 index } for pop pop exch pop } ifelse end } def /ColorImageCompositeEmulator { pop true eq { Adobe_ColorImage_AI6_Vars /sourcecount get 5 add { pop } repeat }{ Adobe_ColorImage_AI6_Vars /channelcount get 1 ne { Adobe_ColorImage_AI6_Vars begin sourcearray 0 3 -1 roll put channelcount 3 eq {/RGBToGrayImageProc}{/CMYKToGrayImageProc} ifelse load end } if image } ifelse } def /colorimage { Adobe_ColorImage_AI6_Vars begin /channelcount 1 index def /sourcecount 2 index 1 eq { channelcount 1 sub } { 0 } ifelse def 4 sourcecount add index end dup 8 eq exch 1 eq or not { /_colorimage load null ne { _colorimage }{ Adobe_ColorImage_AI6_Vars /sourcecount get 7 add { pop } repeat } ifelse }{ dup 3 eq TestPlateIndex dup -1 eq exch 5 eq or or { /_colorimage load null eq { ColorImageCompositeEmulator }{ dup 1 eq { pop pop image }{ Adobe_ColorImage_AI6_Vars /plateindex get 5 eq { gsave 0 _currenttransfer exec 1 _currenttransfer exec eq { 0 _currenttransfer exec 0.5 lt } { 0 _currenttransfer exec 1 _currenttransfer exec gt } ifelse { { pop 0 } } { { pop 1 } } ifelse systemdict /settransfer get exec } if _colorimage Adobe_ColorImage_AI6_Vars /plateindex get 5 eq { grestore } if } ifelse } ifelse }{ dup 1 eq { pop pop image }{ pop pop Adobe_ColorImage_AI6_Vars begin sourcecount -1 0 { exch sourcearray 3 1 roll put } for /SeparateCMYKImageProc load end systemdict /image get exec } ifelse } ifelse } ifelse } def /proctintimage { /_ptispace exch store /_ptiname exch store /_pti1 exch store /_pti0 exch store /_ptiproc exch store /_pticomps _ptispace clrspacegetcomps store /_ptiscale _pti1 _pti0 sub store level2? { _ptiname length 0 gt version cvr 2012 ge and { [/Separation _ptiname _ptispace {_ptiproc}] setcolorspace [_pti0 _pti1] makeimagedict _image }{ [/Indexed _ptispace 255 {255 div _ptiscale mul _pti0 add _ptiproc}] setcolorspace [0 255] makeimagedict _image } ifelse }{ _pticomps 1 eq { { dup { 255 div _ptiscale mul _pti0 add _ptiproc 255 mul cvi put } stringapply } concatprocs _image }{ { dup length _pticomps mul dup _ptibuf length ne {/_ptibuf exch string store}{pop} ifelse _ptibuf { exch _pticomps mul exch 255 div _ptiscale mul _pti0 add _ptiproc _pticomps 2 add -2 roll _pticomps 1 sub -1 0 { 1 index add 2 index exch 5 -1 roll 255 mul cvi put } for pop pop } stringapply } concatprocs false _pticomps /_colorimage load null eq {7 {pop} repeat}{_colorimage} ifelse } ifelse } ifelse } def /graytintimage { /_gtigray 5 -1 roll store {1 _gtigray sub mul 1 exch sub} 4 1 roll /DeviceGray proctintimage } def /cmyktintimage { /_cticmyk 5 -1 roll store {_cticmyk {1 index mul exch} forall pop} 4 1 roll /DeviceCMYK proctintimage } def /rgbtintimage { /_rtirgb 5 -1 roll store {_rtirgb {1 exch sub 1 index mul 1 exch sub exch} forall pop} 4 1 roll /DeviceRGB proctintimage } def /tintimage { TestPlateIndex -1 eq { colorexpand 3 -1 roll 5 -1 roll {0}{0 exch} ifelse 4 2 roll dup /DeviceGray eq { pop graytintimage }{ dup /DeviceRGB eq { pop rgbtintimage }{ pop cmyktintimage } ifelse } ifelse }{ dup clrspacemarksplate { plateindex 5 lt { colortocmyk plateindex get 1 exch sub exch {1 0}{0 1} ifelse () graytintimage }{ pop exch {0}{0 exch} ifelse 0 3 1 roll () graytintimage } ifelse }{ pop pop pop {pop 1} 0 1 () /DeviceGray proctintimage } ifelse } ifelse } def /XINullImage { } def /XIImageMask { XIImageWidth XIImageHeight false [XIImageWidth 0 0 XIImageHeight neg 0 0] /XIDataProc load imagemask } def /XIImageTint { 0 setgray XIImageWidth XIImageHeight XIBitsPerPixel [XIImageWidth 0 0 XIImageHeight neg 0 0] /XIDataProc load XIType 3 eq XIColorValues XIColorSpace tintimage } def /XIImage { 0 setgray XIImageWidth XIImageHeight XIBitsPerPixel [XIImageWidth 0 0 XIImageHeight neg 0 0] /XIDataProc load XIChannelCount 1 eq {image}{false XIChannelCount colorimage} ifelse } def /XG { pop pop } def /XF { 13 {pop} repeat } def /Xh { Adobe_ColorImage_AI6_Vars begin gsave /XIType exch def /XIImageHeight exch def /XIImageWidth exch def /XIImageMatrix exch def 0 0 moveto XIImageMatrix concat XIImageWidth XIImageHeight scale XIType 1 eq { /_lp /null ddef _fc /_lp /imagemask ddef } if /XIVersion 7 def end } def /XH { Adobe_ColorImage_AI6_Vars begin /XIVersion 6 def grestore end } def /XIEnable { Adobe_ColorImage_AI6_Vars /XIEnable 3 -1 roll put } def /XC { Adobe_ColorImage_AI6_Vars begin colormake /XIColorSpace exch def /XIColorValues exch def end } def /XI { Adobe_ColorImage_AI6_Vars begin gsave /XIType exch def cvi dup 256 idiv /XICompression exch store 256 mod /XIEncoding exch store pop pop /XIChannelCount exch def /XIBitsPerPixel exch def /XIImageHeight exch def /XIImageWidth exch def pop pop pop pop /XIImageMatrix exch def XIBitsPerPixel 1 eq { XIImageWidth 8 div ceiling cvi }{ XIImageWidth XIChannelCount mul } ifelse /XIRowBytes exch def XIEncoding 0 ne XIVersion 6 le and { currentfile 128 string readline pop pop } if XICompression 0 eq { /XIBuffer1 XIRowBytes string def XIEncoding 0 eq { {currentfile XIBuffer1 readhexstring pop} }{ {currentfile XIBuffer1 readstring pop} } ifelse }{ /XIBuffer1 256 string def /XIBuffer2 XIRowBytes string def {currentfile XIBuffer1 readline pop (%) anchorsearch {pop} if} /ASCIIHexDecode filter /DCTDecode filter /XIFile exch def {XIFile XIBuffer2 readstring pop} } ifelse /XIDataProc exch def XIVersion 6 le { 0 0 moveto XIImageMatrix concat XIImageWidth XIImageHeight scale XIType 1 eq { /_lp /null ddef _fc /_lp /imagemask ddef } if } if XIEnable { XIType 1 eq { XIImageMask }{ XIType 2 eq XIType 3 eq or { XIImageTint }{ XIImage } ifelse } ifelse }{ XINullImage } ifelse grestore end } def end %%EndProcSet %%BeginResource: procset Adobe_Illustrator_AI5 1.2 0 %%Title: (Adobe Illustrator (R) Version 7.0 Full Prolog) %%Version: 1.2 0 %%CreationDate: (3/7/1994) () %%Copyright: ((C) 1987-1996 Adobe Systems Incorporated All Rights Reserved) currentpacking true setpacking userdict /Adobe_Illustrator_AI5_vars 107 dict dup begin put /_eo false def /_lp /none def /_pf { } def /_ps { } def /_psf { } def /_pss { } def /_pjsf { } def /_pjss { } def /_pola 0 def /_doClip 0 def /cf currentflat def /_lineorientation 0 def /_charorientation 0 def /_yokoorientation 0 def /_tm matrix def /_renderStart [ /e0 /r0 /a0 /o0 /e1 /r1 /a1 /i0 ] def /_renderEnd [ null null null null /i1 /i1 /i1 /i1 ] def /_render -1 def /_shift [0 0] def /_ax 0 def /_ay 0 def /_cx 0 def /_cy 0 def /_leading [ 0 0 ] def /_ctm matrix def /_mtx matrix def /_sp 16#020 def /_hyphen (-) def /_fontSize 0 def /_fontAscent 0 def /_fontDescent 0 def /_fontHeight 0 def /_fontRotateAdjust 0 def /Ss 256 string def Ss 0 (fonts/) putinterval /_cnt 0 def /_scale [1 1] def /_nativeEncoding 0 def /_useNativeEncoding 0 def /_tempEncode 0 def /_pntr 0 def /_tDict 2 dict def /_hfname 100 string def /_hffound false def /Tx { } def /Tj { } def /CRender { } def /_AI3_savepage { } def /_gf null def /_cf 4 array def /_rgbf 3 array def /_if null def /_of false def /_fc { } def /_gs null def /_cs 4 array def /_rgbs 3 array def /_is null def /_os false def /_sc { } def /_pd 1 dict def /_ed 15 dict def /_pm matrix def /_fm null def /_fd null def /_fdd null def /_sm null def /_sd null def /_sdd null def /_i null def /_lobyte 0 def /_hibyte 0 def /_cproc null def /_cscript 0 def /_hvax 0 def /_hvay 0 def /_hvwb 0 def /_hvcx 0 def /_hvcy 0 def /_bitfont null def /_bitlobyte 0 def /_bithibyte 0 def /_bitkey null def /_bitdata null def /_bitindex 0 def /discardSave null def /buffer 256 string def /beginString null def /endString null def /endStringLength null def /layerCnt 1 def /layerCount 1 def /perCent (%) 0 get def /perCentSeen? false def /newBuff null def /newBuffButFirst null def /newBuffLast null def /clipForward? false def end userdict /Adobe_Illustrator_AI5 known not { userdict /Adobe_Illustrator_AI5 95 dict put } if userdict /Adobe_Illustrator_AI5 get begin /initialize { Adobe_Illustrator_AI5 dup begin Adobe_Illustrator_AI5_vars begin discardDict { bind pop pop } forall dup /nc get begin { dup xcheck 1 index type /operatortype ne and { bind } if pop pop } forall end newpath } def /terminate { end end } def /_ null def /ddef { Adobe_Illustrator_AI5_vars 3 1 roll put } def /xput { dup load dup length exch maxlength eq { dup dup load dup length 2 mul dict copy def } if load begin def end } def /npop { { pop } repeat } def /hswj { dup stringwidth 3 2 roll { _hvwb eq { exch _hvcx add exch _hvcy add } if exch _hvax add exch _hvay add } cforall } def /vswj { 0 0 3 -1 roll { dup 255 le _charorientation 1 eq and { dup cstring stringwidth 5 2 roll _hvwb eq { exch _hvcy sub exch _hvcx sub } if exch _hvay sub exch _hvax sub 4 -1 roll sub exch 3 -1 roll sub exch } { _hvwb eq { exch _hvcy sub exch _hvcx sub } if exch _hvay sub exch _hvax sub _fontHeight sub } ifelse } cforall } def /swj { 6 1 roll /_hvay exch ddef /_hvax exch ddef /_hvwb exch ddef /_hvcy exch ddef /_hvcx exch ddef _lineorientation 0 eq { hswj } { vswj } ifelse } def /sw { 0 0 0 6 3 roll swj } def /vjss { 4 1 roll { dup cstring dup length 1 eq _charorientation 1 eq and { -90 rotate currentpoint _fontRotateAdjust add moveto gsave false charpath currentpoint 5 index setmatrix stroke grestore _fontRotateAdjust sub moveto _sp eq { 5 index 5 index rmoveto } if 2 copy rmoveto 90 rotate } { currentpoint _fontHeight sub 5 index sub 3 index _sp eq { 9 index sub } if currentpoint exch 4 index stringwidth pop 2 div sub exch _fontAscent sub moveto gsave 2 index false charpath 6 index setmatrix stroke grestore moveto pop pop } ifelse } cforall 6 npop } def /hjss { 4 1 roll { dup cstring gsave false charpath currentpoint 5 index setmatrix stroke grestore moveto _sp eq { 5 index 5 index rmoveto } if 2 copy rmoveto } cforall 6 npop } def /jss { _lineorientation 0 eq { hjss } { vjss } ifelse } def /ss { 0 0 0 7 3 roll jss } def /vjsp { 4 1 roll { dup cstring dup length 1 eq _charorientation 1 eq and { -90 rotate currentpoint _fontRotateAdjust add moveto false charpath currentpoint _fontRotateAdjust sub moveto _sp eq { 5 index 5 index rmoveto } if 2 copy rmoveto 90 rotate } { currentpoint _fontHeight sub 5 index sub 3 index _sp eq { 9 index sub } if currentpoint exch 4 index stringwidth pop 2 div sub exch _fontAscent sub moveto 2 index false charpath moveto pop pop } ifelse } cforall 6 npop } def /hjsp { 4 1 roll { dup cstring false charpath _sp eq { 5 index 5 index rmoveto } if 2 copy rmoveto } cforall 6 npop } def /jsp { matrix currentmatrix _lineorientation 0 eq {hjsp} {vjsp} ifelse } def /sp { matrix currentmatrix 0 0 0 7 3 roll _lineorientation 0 eq {hjsp} {vjsp} ifelse } def /pl { transform 0.25 sub round 0.25 add exch 0.25 sub round 0.25 add exch itransform } def /setstrokeadjust where { pop true setstrokeadjust /c { curveto } def /C /c load def /v { currentpoint 6 2 roll curveto } def /V /v load def /y { 2 copy curveto } def /Y /y load def /l { lineto } def /L /l load def /m { moveto } def } { /c { pl curveto } def /C /c load def /v { currentpoint 6 2 roll pl curveto } def /V /v load def /y { pl 2 copy curveto } def /Y /y load def /l { pl lineto } def /L /l load def /m { pl moveto } def } ifelse /d { setdash } def /cf { } def /i { dup 0 eq { pop cf } if setflat } def /j { setlinejoin } def /J { setlinecap } def /M { setmiterlimit } def /w { setlinewidth } def /XR { 0 ne /_eo exch ddef } def /H { } def /h { closepath } def /N { _pola 0 eq { _doClip 1 eq { _eo {eoclip} {clip} ifelse /_doClip 0 ddef } if newpath } { /CRender { N } ddef } ifelse } def /n { N } def /F { _pola 0 eq { _doClip 1 eq { gsave _pf grestore _eo {eoclip} {clip} ifelse newpath /_lp /none ddef _fc /_doClip 0 ddef } { _pf } ifelse } { /CRender { F } ddef } ifelse } def /f { closepath F } def /S { _pola 0 eq { _doClip 1 eq { gsave _ps grestore _eo {eoclip} {clip} ifelse newpath /_lp /none ddef _sc /_doClip 0 ddef } { _ps } ifelse } { /CRender { S } ddef } ifelse } def /s { closepath S } def /B { _pola 0 eq { _doClip 1 eq gsave F grestore { gsave S grestore _eo {eoclip} {clip} ifelse newpath /_lp /none ddef _sc /_doClip 0 ddef } { S } ifelse } { /CRender { B } ddef } ifelse } def /b { closepath B } def /W { /_doClip 1 ddef } def /* { count 0 ne { dup type /stringtype eq { pop } if } if newpath } def /u { } def /U { } def /q { _pola 0 eq { gsave } if } def /Q { _pola 0 eq { grestore } if } def /*u { _pola 1 add /_pola exch ddef } def /*U { _pola 1 sub /_pola exch ddef _pola 0 eq { CRender } if } def /D { pop } def /*w { } def /*W { } def /` { /_i save ddef clipForward? { nulldevice } if 6 1 roll 4 npop concat pop userdict begin /showpage { } def 0 setgray 0 setlinecap 1 setlinewidth 0 setlinejoin 10 setmiterlimit [] 0 setdash /setstrokeadjust where {pop false setstrokeadjust} if newpath 0 setgray false setoverprint } def /~ { end _i restore } def /O { 0 ne /_of exch ddef /_lp /none ddef } def /R { 0 ne /_os exch ddef /_lp /none ddef } def /g { /_gf exch ddef /_fc { _lp /fill ne { _of setoverprint _gf setgray /_lp /fill ddef } if } ddef /_pf { _fc _eo {eofill} {fill} ifelse } ddef /_psf { _fc hvashow } ddef /_pjsf { _fc hvawidthshow } ddef /_lp /none ddef } def /G { /_gs exch ddef /_sc { _lp /stroke ne { _os setoverprint _gs setgray /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /k { _cf astore pop /_fc { _lp /fill ne { _of setoverprint _cf aload pop setcmykcolor /_lp /fill ddef } if } ddef /_pf { _fc _eo {eofill} {fill} ifelse } ddef /_psf { _fc hvashow } ddef /_pjsf { _fc hvawidthshow } ddef /_lp /none ddef } def /K { _cs astore pop /_sc { _lp /stroke ne { _os setoverprint _cs aload pop setcmykcolor /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /Xa { _rgbf astore pop /_fc { _lp /fill ne { _of setoverprint _rgbf aload pop setrgbcolor /_lp /fill ddef } if } ddef /_pf { _fc _eo {eofill} {fill} ifelse } ddef /_psf { _fc hvashow } ddef /_pjsf { _fc hvawidthshow } ddef /_lp /none ddef } def /XA { _rgbs astore pop /_sc { _lp /stroke ne { _os setoverprint _rgbs aload pop setrgbcolor /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /_rgbtocmyk { 3 { 1 exch sub 3 1 roll } repeat 3 copy 1 4 1 roll 3 { 3 index 2 copy gt { exch } if pop 4 1 roll } repeat pop pop pop 4 1 roll 3 { 3 index sub 3 1 roll } repeat 4 -1 roll } def /Xx { exch /_gf exch ddef 0 eq { findcmykcustomcolor } { /findrgbcustomcolor where not { 4 1 roll _rgbtocmyk 5 -1 roll findcmykcustomcolor } { pop findrgbcustomcolor } ifelse } ifelse /_if exch ddef /_fc { _lp /fill ne { _of setoverprint _if _gf 1 exch sub setcustomcolor /_lp /fill ddef } if } ddef /_pf { _fc _eo {eofill} {fill} ifelse } ddef /_psf { _fc hvashow } ddef /_pjsf { _fc hvawidthshow } ddef /_lp /none ddef } def /XX { exch /_gs exch ddef 0 eq { findcmykcustomcolor } { /findrgbcustomcolor where not { 4 1 roll _rgbtocmyk 5 -1 roll findcmykcustomcolor } { pop findrgbcustomcolor } ifelse } ifelse /_is exch ddef /_sc { _lp /stroke ne { _os setoverprint _is _gs 1 exch sub setcustomcolor /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /x { /_gf exch ddef findcmykcustomcolor /_if exch ddef /_fc { _lp /fill ne { _of setoverprint _if _gf 1 exch sub setcustomcolor /_lp /fill ddef } if } ddef /_pf { _fc _eo {eofill} {fill} ifelse } ddef /_psf { _fc hvashow } ddef /_pjsf { _fc hvawidthshow } ddef /_lp /none ddef } def /X { /_gs exch ddef findcmykcustomcolor /_is exch ddef /_sc { _lp /stroke ne { _os setoverprint _is _gs 1 exch sub setcustomcolor /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /A { pop } def /annotatepage { userdict /annotatepage 2 copy known {get exec} {pop pop} ifelse } def /XT { pop pop } def /discard { save /discardSave exch store discardDict begin /endString exch store gt38? { 2 add } if load stopped pop end discardSave restore } bind def userdict /discardDict 7 dict dup begin put /pre38Initialize { /endStringLength endString length store /newBuff buffer 0 endStringLength getinterval store /newBuffButFirst newBuff 1 endStringLength 1 sub getinterval store /newBuffLast newBuff endStringLength 1 sub 1 getinterval store } def /shiftBuffer { newBuff 0 newBuffButFirst putinterval newBuffLast 0 currentfile read not { stop } if put } def 0 { pre38Initialize mark currentfile newBuff readstring exch pop { { newBuff endString eq { cleartomark stop } if shiftBuffer } loop } { stop } ifelse } def 1 { pre38Initialize /beginString exch store mark currentfile newBuff readstring exch pop { { newBuff beginString eq { /layerCount dup load 1 add store } { newBuff endString eq { /layerCount dup load 1 sub store layerCount 0 eq { cleartomark stop } if } if } ifelse shiftBuffer } loop } if } def 2 { mark { currentfile buffer readline not { stop } if endString eq { cleartomark stop } if } loop } def 3 { /beginString exch store /layerCnt 1 store mark { currentfile buffer readline not { stop } if dup beginString eq { pop /layerCnt dup load 1 add store } { endString eq { layerCnt 1 eq { cleartomark stop } { /layerCnt dup load 1 sub store } ifelse } if } ifelse } loop } def end userdict /clipRenderOff 15 dict dup begin put { /n /N /s /S /f /F /b /B } { { _doClip 1 eq { /_doClip 0 ddef _eo {eoclip} {clip} ifelse } if newpath } def } forall /Tr /pop load def /Bb {} def /BB /pop load def /Bg {12 npop} def /Bm {6 npop} def /Bc /Bm load def /Bh {4 npop} def end /Lb { 4 npop 6 1 roll pop 4 1 roll pop pop pop 0 eq { 0 eq { (%AI5_BeginLayer) 1 (%AI5_EndLayer--) discard } { /clipForward? true def /Tx /pop load def /Tj /pop load def currentdict end clipRenderOff begin begin } ifelse } { 0 eq { save /discardSave exch store } if } ifelse } bind def /LB { discardSave dup null ne { restore } { pop clipForward? { currentdict end end begin /clipForward? false ddef } if } ifelse } bind def /Pb { pop pop 0 (%AI5_EndPalette) discard } bind def /Np { 0 (%AI5_End_NonPrinting--) discard } bind def /Ln /pop load def /Ap /pop load def /Ar { 72 exch div 0 dtransform dup mul exch dup mul add sqrt dup 1 lt { pop 1 } if setflat } def /Mb { q } def /Md { } def /MB { Q } def /nc 4 dict def nc begin /setgray { pop } bind def /setcmykcolor { 4 npop } bind def /setrgbcolor { 3 npop } bind def /setcustomcolor { 2 npop } bind def currentdict readonly pop end end setpacking %%EndResource %%BeginResource: procset Adobe_cshow 2.0 8 %%Title: (Writing System Operators) %%Version: 2.0 8 %%CreationDate: (1/23/89) () %%Copyright: ((C) 1992-1996 Adobe Systems Incorporated All Rights Reserved) currentpacking true setpacking userdict /Adobe_cshow 14 dict dup begin put /initialize { Adobe_cshow begin Adobe_cshow { dup xcheck { bind } if pop pop } forall end Adobe_cshow begin } def /terminate { currentdict Adobe_cshow eq { end } if } def /cforall { /_lobyte 0 ddef /_hibyte 0 ddef /_cproc exch ddef /_cscript currentfont /FontScript known { currentfont /FontScript get } { -1 } ifelse ddef { /_lobyte exch ddef _hibyte 0 eq _cscript 1 eq _lobyte 129 ge _lobyte 159 le and _lobyte 224 ge _lobyte 252 le and or and _cscript 2 eq _lobyte 161 ge _lobyte 254 le and and _cscript 3 eq _lobyte 161 ge _lobyte 254 le and and _cscript 25 eq _lobyte 161 ge _lobyte 254 le and and _cscript -1 eq or or or or and { /_hibyte _lobyte ddef } { _hibyte 256 mul _lobyte add _cproc /_hibyte 0 ddef } ifelse } forall } def /cstring { dup 256 lt { (s) dup 0 4 3 roll put } { dup 256 idiv exch 256 mod (hl) dup dup 0 6 5 roll put 1 4 3 roll put } ifelse } def /clength { 0 exch { 256 lt { 1 } { 2 } ifelse add } cforall } def /hawidthshow { { dup cstring show _hvax _hvay rmoveto _hvwb eq { _hvcx _hvcy rmoveto } if } cforall } def /vawidthshow { { dup 255 le _charorientation 1 eq and { -90 rotate 0 _fontRotateAdjust rmoveto cstring _hvcx _hvcy _hvwb _hvax _hvay 6 -1 roll awidthshow 0 _fontRotateAdjust neg rmoveto 90 rotate } { currentpoint _fontHeight sub exch _hvay sub exch _hvax sub 2 index _hvwb eq { exch _hvcy sub exch _hvcx sub } if 3 2 roll cstring dup stringwidth pop 2 div neg _fontAscent neg rmoveto show moveto } ifelse } cforall } def /hvawidthshow { 6 1 roll /_hvay exch ddef /_hvax exch ddef /_hvwb exch ddef /_hvcy exch ddef /_hvcx exch ddef _lineorientation 0 eq { hawidthshow } { vawidthshow } ifelse } def /hvwidthshow { 0 0 3 -1 roll hvawidthshow } def /hvashow { 0 0 0 6 -3 roll hvawidthshow } def /hvshow { 0 0 0 0 0 6 -1 roll hvawidthshow } def currentdict readonly pop end setpacking %%EndResource %%EndProlog %%BeginSetup userdict /_useSmoothShade false put Adobe_level2_AI5 /initialize get exec Adobe_cshow /initialize get exec Adobe_ColorImage_AI6 /initialize get exec Adobe_Illustrator_AI5 /initialize get exec %AI5_Begin_NonPrinting Np %AI3_BeginPattern: (Bl\212tter) (Bl\212tter) 0 0 64.0781 78.9336 [ %AI3_Tile (0 O 0 R 0.05 0.2 1 0 k 0.05 0.2 1 0 K ) @ ( %AI6_BeginPatternLayer 800 Ar 0 J 0 j 1 w 4 M []0 d %AI3_Note: 0 D 0 XR 64.0781 78.9336 m 64.0781 0 L 0 0 L 0 78.9336 L 64.0781 78.9336 L f %AI6_EndPatternLayer ) & (0 O 0 R 0.83 0 1 0 k 0.83 0 1 0 K ) @ ( %AI6_BeginPatternLayer 800 Ar 0 J 0 j 1 w 4 M []0 d %AI3_Note: 1 D 0 XR 29.7578 0.9902 m 30.4346 1.1914 30.7246 1.3428 V 29.2559 4.0547 33.707 8.3359 34.627 9.0762 C 35.2275 8.8506 35.3477 6.3184 34.6699 4.9805 C 35.5137 5.1035 37.7031 3.7256 38.4609 2.4365 C 38.5254 3.125 40.0957 6.0664 40.9219 6.4434 C 40.002 6.8408 39.3359 8.3135 38.5742 9.7617 C 39.5957 9.9287 40.9961 9.0078 42.4668 8.1025 C 42.9814 8.9043 44.3555 9.875 45.6143 10.3916 C 44.5264 11.0781 44.0313 11.8203 43.5352 13.2793 C 42.4922 12.7139 40.3057 12.5645 39.7764 12.8516 C 40.291 13.9648 42.5371 14.5078 43.2676 14.4551 C 43.0137 15.3164 42.8652 17.4697 43.0391 20.0625 C 41.3789 18.7461 39.834 17.4297 38.1738 17.4883 C 38.4434 16.0664 37.8076 14.2607 37.4307 13.7676 C 36.8574 14.5117 36.4463 15.3389 36.8008 17.3164 C 35.3486 17.8008 34.1113 18.3467 32.7373 19.6045 C 32.7373 17.7734 32.166 16.5723 31.2969 15.2959 C 32.5576 14.8076 33.8301 13.6045 33.8252 12.5664 C 32.9775 12.7178 31.2852 13.4619 30.793 14.4551 C 30.0742 13.707 28.3906 12.3984 26.7871 12.3945 C 27.9746 11.5391 28.8945 10.5059 28.9893 8.5938 C 30.2422 9.5645 32.6953 10.1797 34.0752 9.582 C 29.2344 5.3457 29.7031 2.3125 29.7578 0.9902 C f 13.8525 29.9844 m 13.3281 29.5127 13.1309 29.25 V 15.623 27.4326 13.3691 21.6074 12.8555 20.5439 C 12.2168 20.4883 10.8096 23.2285 10.8457 24.7266 C 9.7129 23.9707 8.0488 24.0918 6.4463 24.3779 C 7.0186 23.2891 6.6172 21.3447 5.8164 20.5439 C 6.8184 20.5801 8.1699 19.8652 9.4785 18.8838 C 8.6436 18.0645 6.8164 18.2246 4.9004 18.8838 C 4.9004 17.5107 4.0781 15.7734 3.2412 14.5918 C 4.5576 14.6484 5.7031 13.9629 6.5605 12.9316 C 7.2256 14.5 9.2598 15.6133 10.166 15.5645 C 10.1826 14.1992 8.6094 12.1094 7.5879 11.7109 C 8.1875 11.041 9.207 9.5107 10.166 7.0947 C 10.9648 9.0205 12.1348 10.2627 13.3672 11.1953 C 12.2256 12.7578 12.3994 13.6289 12.7988 15.1074 C 13.541 14.5664 14.5723 14.1338 14.7441 12.1309 C 16.4609 12.416 17.5957 12.3447 19.0938 11.4434 C 18.6387 13.1055 18.6348 14.707 18.9551 16.4063 C 17.1055 16.2666 15.5449 16.4795 14.5156 17.9688 C 15.3457 18.1953 17.6055 18.2549 18.4795 17.3223 C 18.8066 18.3047 19.7012 19.7109 21.1475 20.4043 C 19.707 20.6641 18.7227 21.7637 17.8135 23.4492 C 17.1006 22.0332 14.873 20.3691 13.3711 20.3145 C 15.373 24.3779 15.373 27.2959 13.8525 29.9844 C f 41.2324 26.0742 m 41.5518 26.7021 41.7549 26.959 V 44.1523 25.0176 48.958 28.3262 49.8535 29.0957 C 49.7432 29.7266 47.6182 30.8643 45.9004 29.834 C 46.3408 31.123 45.4395 33.084 44.2402 34.126 C 45.9805 34.0254 48.126 35.3867 48.6484 36.1289 C 48.8701 35.1514 50.0527 33.8809 51.3379 32.8672 C 51.6895 33.8398 50.9941 35.958 50.0781 37.5605 C 51.3125 38.0605 52.4248 38.9912 52.8828 40.25 C 53.3398 38.9336 54.3428 38.2598 55.6875 37.5039 C 54.5273 36.0762 53.7471 33.9023 54.0273 33.0391 C 55.3496 33.374 56.9209 36.0918 57.0439 37.1816 C 57.9189 36.415 59.4727 35.7285 62.0537 35.4219 C 60.3535 34.3438 59.9902 32.3516 59.4063 30.9219 C 58.2588 31.3682 56.0898 31.4277 55.1152 30.8643 C 55.8281 30.2852 57.168 29.7344 59.1777 29.7207 C 59.1777 28.1758 59.6406 27.043 60.8945 25.8281 C 59.1719 25.8418 57.0723 25.3555 55.5762 24.9629 C 55.3281 26.292 54.4844 27.8887 53.3398 28.2891 C 53.334 27.4277 53.5996 25.1797 54.4844 24.5117 C 53.6201 23.9443 52.3672 22.5674 51.9102 20.8496 C 51.2881 22.1758 50.4268 23.4805 48.5645 23.9238 C 49.749 24.9766 50.584 26.9941 50.25 28.4609 C 45.1973 24.4785 42.5215 25.7773 41.2324 26.0742 C f 27.7578 38.7324 m 28.4346 38.9316 28.7246 39.084 V 27.2559 41.7969 31.707 46.0776 32.627 46.8169 C 33.2275 46.5918 33.3477 44.0586 32.6699 42.7227 C 33.5137 42.8457 35.7031 41.4678 36.4609 40.1787 C 36.5254 40.8652 38.0957 43.8066 38.9219 44.1846 C 38.002 44.582 37.3359 46.0547 36.5742 47.5039 C 37.5957 47.6709 38.9961 46.7485 40.4668 45.8438 C 40.9814 46.6445 42.3555 47.6177 43.6143 48.1328 C 42.5264 48.8198 42.0313 49.5615 41.5352 51.0205 C 40.4922 50.4556 38.3057 50.3057 37.7764 50.5938 C 38.291 51.7056 40.5371 52.2485 41.2676 52.1958 C 41.0137 53.0576 40.8652 55.2109 41.0391 57.8037 C 39.3789 56.4878 37.834 55.1719 36.1738 55.2285 C 36.4434 53.8076 35.8076 52.002 35.4307 51.5088 C 34.8574 52.2529 34.4463 53.0796 34.8008 55.0576 C 33.3486 55.5425 32.1113 56.0879 30.7373 57.3467 C 30.7373 55.5146 30.166 54.314 29.2969 53.0366 C 30.5576 52.5488 31.8301 51.3467 31.8252 50.3076 C 30.9775 50.46 29.2852 51.2036 28.793 52.1958 C 28.0742 51.4497 26.3906 50.1396 24.7871 50.1357 C 25.9746 49.2817 26.8945 48.2466 26.9893 46.335 C 28.2422 47.3057 30.6953 47.9209 32.0752 47.3237 C 27.2344 43.0869 27.7031 40.0547 27.7578 38.7324 C f 13.5195 70.3916 m 12.9941 69.9209 12.7988 69.6587 V 15.2891 67.8418 13.0352 62.0146 12.5225 60.9517 C 11.8828 60.8955 10.4766 63.6367 10.5117 65.1348 C 9.3809 64.3789 7.7148 64.4995 6.1133 64.7856 C 6.6855 63.6987 6.2842 61.7529 5.4834 60.9517 C 6.4854 60.9878 7.8359 60.2729 9.1455 59.2925 C 8.3105 58.4717 6.4834 58.6338 4.5674 59.2925 C 4.5674 57.9189 3.7461 56.1816 2.9082 54.9995 C 4.2246 55.0576 5.3691 54.3706 6.2275 53.3408 C 6.8926 54.9097 8.9258 56.0215 9.832 55.9727 C 9.8496 54.6079 8.2764 52.5176 7.2539 52.1187 C 7.8545 51.4497 8.873 49.9189 9.832 47.5039 C 10.6309 49.4297 11.8008 50.6719 13.0342 51.6045 C 11.8926 53.1655 12.0664 54.0366 12.4648 55.5146 C 13.209 54.9746 14.2393 54.5415 14.4102 52.5386 C 16.127 52.8247 17.2637 52.7529 18.7598 51.8525 C 18.3057 53.5137 18.3027 55.1147 18.623 56.8149 C 16.7725 56.6748 15.2129 56.8887 14.1826 58.377 C 15.0117 58.6035 17.2725 58.6626 18.1465 57.731 C 18.4736 58.7129 19.3691 60.1187 20.8145 60.8125 C 19.375 61.0728 18.3896 62.1719 17.4805 63.8579 C 16.7676 62.4429 14.541 60.7769 13.0371 60.7227 C 15.041 64.7856 15.041 67.7046 13.5195 70.3916 C f 41.2324 64.4824 m 41.5518 65.1113 41.7549 65.3682 V 44.1523 63.4272 48.958 66.7354 49.8535 67.5034 C 49.7432 68.1362 47.6182 69.2725 45.9004 68.2422 C 46.3408 69.5313 45.4395 71.4922 44.2402 72.5342 C 45.9805 72.4341 48.126 73.7954 48.6484 74.5371 C 48.8701 73.5601 50.0527 72.29 51.3379 71.2754 C 51.6895 72.249 50.9941 74.3662 50.0781 75.9683 C 51.3125 76.4692 52.4248 77.3994 52.8828 78.6582 C 53.3398 77.3423 54.3428 76.667 55.6875 75.9111 C 54.5273 74.4844 53.7471 72.3101 54.0273 71.4473 C 55.3496 71.7822 56.9209 74.5 57.0439 75.5903 C 57.9189 74.8232 59.4727 74.1372 62.0537 73.8311 C 60.3535 72.7534 59.9902 70.7612 59.4063 69.3301 C 58.2588 69.7773 56.0898 69.8364 55.1152 69.2725 C 55.8281 68.6934 57.168 68.1431 59.1777 68.1284 C 59.1777 66.583 59.6406 65.4512 60.8945 64.2373 C 59.1719 64.249 57.0723 63.7632 55.5762 63.3721 C 55.3281 64.7002 54.4844 66.2974 53.3398 66.6973 C 53.334 65.8364 53.5996 63.5874 54.4844 62.9214 C 53.6201 62.353 52.3672 60.9751 51.9102 59.2583 C 51.2881 60.583 50.4268 61.8882 48.5645 62.333 C 49.749 63.3862 50.584 65.4033 50.25 66.8691 C 45.1973 62.8872 42.5215 64.1851 41.2324 64.4824 C f %AI6_EndPatternLayer ) & ] E %AI3_EndPattern %AI3_BeginPattern: (Konfetti) (Konfetti) 4.85 3.617 76.85 75.617 [ %AI3_Tile (0 O 0 R 1 g 1 G ) @ ( %AI6_BeginPatternLayer 800 Ar 0 J 0 j 1 w 4 M []0 d %AI3_Note: 0 D 0 XR 4.85 3.617 m 4.85 75.617 L 76.85 75.617 L 76.85 3.617 L 4.85 3.617 L f %AI6_EndPatternLayer ) & (0 O 0 R 0 g 0 G ) @ ( %AI6_BeginPatternLayer 800 Ar 0 J 0 j 0.3 w 4 M []0 d %AI3_Note: 0 D 0 XR 10.6 64.867 m 7.85 62.867 l S 9.1 8.617 m 6.85 6.867 l S 78.1 68.617 m 74.85 67.867 l S 76.85 56.867 m 74.35 55.117 l S 79.6 51.617 m 76.6 51.617 l S 76.35 44.117 m 73.6 45.867 l S 78.6 35.867 m 76.6 34.367 l S 76.1 23.867 m 73.35 26.117 l S 78.1 12.867 m 73.85 13.617 l S 68.35 14.617 m 66.1 12.867 l S 76.6 30.617 m 73.6 30.617 l S 62.85 58.117 m 60.956 60.941 l S 32.85 59.617 m 31.196 62.181 l S 47.891 64.061 m 49.744 66.742 l S 72.814 2.769 m 73.928 5.729 l S 67.976 2.633 m 67.35 5.909 l S 61.85 27.617 m 59.956 30.441 l S 53.504 56.053 m 51.85 58.617 l S 52.762 1.779 m 52.876 4.776 l S 45.391 5.311 m 47.244 7.992 l S 37.062 3.375 m 35.639 5.43 l S 55.165 34.828 m 57.518 37.491 l S 20.795 3.242 m 22.12 5.193 l S 14.097 4.747 m 15.008 8.965 l S 9.736 1.91 m 8.073 4.225 l S 31.891 5.573 m 32.005 8.571 l S 12.1 70.367 m 15.6 68.867 l S 9.35 54.867 m 9.6 58.117 l S 12.85 31.867 m 14.35 28.117 l S 10.1 37.367 m 12.35 41.117 l S 34.1 71.117 m 31.85 68.617 l S 38.35 71.117 m 41.6 68.367 l S 55.1 71.117 m 58.35 69.117 l S 57.35 65.117 m 55.35 61.867 l S 64.35 66.367 m 69.35 68.617 l S 71.85 62.867 m 69.35 61.117 l S 23.6 70.867 m 23.6 67.867 l S 20.6 65.867 m 17.35 65.367 l S 24.85 61.367 m 25.35 58.117 l S 25.85 65.867 m 29.35 66.617 l S 14.1 54.117 m 16.85 56.117 l S 12.35 11.617 m 12.6 15.617 l S 12.1 19.867 m 14.35 22.367 l S 26.1 9.867 m 23.6 13.367 l S 34.6 47.117 m 32.1 45.367 l S 62.6 41.867 m 59.85 43.367 l S 31.6 35.617 m 27.85 36.367 l S 36.35 26.117 m 34.35 24.617 l S 33.85 14.117 m 31.1 16.367 l S 37.1 9.867 m 35.1 11.117 l S 34.35 20.867 m 31.35 20.867 l S 44.6 56.617 m 42.1 54.867 l S 47.35 51.367 m 44.35 51.367 l S 44.1 43.867 m 41.35 45.617 l S 43.35 33.117 m 42.6 30.617 l S 43.85 23.617 m 41.1 25.867 l S 44.35 15.617 m 42.35 16.867 l S 67.823 31.1 m 64.823 31.1 l S 27.1 32.617 m 29.6 30.867 l S 31.85 55.117 m 34.85 55.117 l S 19.6 40.867 m 22.1 39.117 l S 16.85 35.617 m 19.85 35.617 l S 20.1 28.117 m 22.85 29.867 l S 52.1 42.617 m 54.484 44.178 l S 52.437 50.146 m 54.821 48.325 l S 59.572 54.133 m 59.35 51.117 l S 50.185 10.055 m 53.234 9.928 l S 51.187 15.896 m 53.571 14.075 l S 58.322 19.883 m 59.445 16.823 l S 53.1 32.117 m 50.6 30.367 l S 52.85 24.617 m 49.6 25.617 l S 61.85 9.117 m 59.1 10.867 l S 69.35 34.617 m 66.6 36.367 l S 67.1 23.617 m 65.1 22.117 l S 24.435 46.055 m 27.484 45.928 l S 25.437 51.896 m 27.821 50.075 l S 62.6 47.117 m 65.321 46.575 l S 19.85 19.867 m 20.35 16.617 l S 21.85 21.867 m 25.35 22.617 l S 37.6 62.867 m 41.6 62.117 l S 38.323 42.1 m 38.823 38.6 l S 69.35 52.617 m 66.85 53.867 l S 14.85 62.117 m 18.1 59.367 l S 9.6 46.117 m 7.1 44.367 l S 20.6 51.617 m 18.6 50.117 l S 46.141 70.811 m 47.994 73.492 l S 69.391 40.561 m 71.244 43.242 l S 38.641 49.311 m 39.35 52.117 l S 25.141 16.811 m 25.85 19.617 l S 36.6 32.867 m 34.6 31.367 l S 6.1 68.617 m 2.85 67.867 l S 4.85 56.867 m 2.35 55.117 l S 7.6 51.617 m 4.6 51.617 l S 6.6 35.867 m 4.6 34.367 l S 6.1 12.867 m 1.85 13.617 l S 4.6 30.617 m 1.6 30.617 l S 72.814 74.769 m 73.928 77.729 l S 67.976 74.633 m 67.35 77.909 l S 52.762 73.779 m 52.876 76.776 l S 37.062 75.375 m 35.639 77.43 l S 20.795 75.242 m 22.12 77.193 l S 9.736 73.91 m 8.073 76.225 l S 10.1 23.617 m 6.35 24.367 l S 73.217 18.276 m 71.323 21.1 l S 28.823 39.6 m 29.505 42.389 l S 49.6 38.617 m 47.6 37.117 l S 60.323 73.6 m 62.323 76.6 l S 60.323 1.6 m 62.323 4.6 l S %AI6_EndPatternLayer ) & ] E %AI3_EndPattern %AI3_BeginPattern: 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10.8105 10.7842 m 10.8105 3.5967 L S 61.1973 3.5967 m 61.1973 0 L S 46.7969 3.5967 m 46.7969 0 L S 32.3965 3.5967 m 32.3965 0 L S 17.9971 3.5967 m 17.9971 0 L S 3.5967 3.5967 m 3.5967 0 l S 61.1973 18.0342 m 61.1973 10.8467 L S 46.7969 18.0342 m 46.7969 10.8467 L S 32.3965 18.0342 m 32.3965 10.8467 L S 17.9971 18.0342 m 17.9971 10.8467 L S 3.5967 18.0342 m 3.5967 10.8467 l S 61.1973 32.4092 m 61.1973 25.2217 L S 46.7969 32.4092 m 46.7969 25.2217 L S 17.9971 32.4092 m 17.9971 25.2217 L S 3.5967 32.4092 m 3.5967 25.2217 l S 61.1973 46.7842 m 61.1973 39.5967 L S 46.7969 46.7842 m 46.7969 39.5967 L S 32.3965 46.7842 m 32.3965 39.5967 L S 17.9971 46.7842 m 17.9971 39.5967 L S 3.5967 46.7842 m 3.5967 39.5967 l S 61.1973 61.2217 m 61.1973 54.0347 L S 46.7969 61.2217 m 46.7969 54.0347 L S 32.3965 61.2217 m 32.3965 54.0347 L S 17.9971 61.2217 m 17.9971 54.0347 L S 3.5967 61.2217 m 3.5967 54.0347 l S 61.1973 71.959 m 61.1973 68.4717 L S 46.7969 71.959 m 46.7969 68.4717 L S 32.3965 71.959 m 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([Passermarken]) Pc 0 0 0 1 k ([Passermarken]) Pc 0 0 0 0 k (C=0 M=0 Y=0 K=0 Kopie) Pc 0 0 0 0.2 k (0-0-0-20 Kopie) Pc 0 0 0 0.4 k (0-0-0-40 Kopie) Pc 0 0 0 0.6 k (0-0-0-60 Kopie) Pc 0 0 0 0.8 k (0-0-0-80 Kopie) Pc 0 0 0 1 k (C=0 M=0 Y=0 K=100 Kopie) Pc 0 0 1 0 k (0-0-100-0 Kopie) Pc 0 0.2 1 0 k (0-20-100-0 Kopie) Pc 0 0.4 1 0 k (0-40-100-0 Kopie) Pc 0 0.6 1 0 k (0-60-100-0 Kopie) Pc 0 0.8 1 0 k (0-80-100-0 Kopie) Pc 0 1 1 0 k (0-100-100-0 Kopie) Pc 0 1 1 0.2 k (0-100-100-20 Kopie) Pc 0 1 1 0.4 k (0-100-100-40 Kopie) Pc 0 1 1 0.6 k (0-100-100-60 Kopie) Pc 0 1 1 0.8 k (0-100-100-80 Kopie) Pc 0 0.5 0 0 k (0-50-0-0 Kopie) Pc 0 1 0 0 k (0-100-0-0 Kopie) Pc 0.2 1 0 0 k (20-100-0-0 Kopie) Pc 0.4 1 0 0 k (40-100-0-0 Kopie) Pc 0.6 1 0 0 k (60-100-0-0 Kopie) Pc 0.8 1 0 0 k (80-100-0-0 Kopie) Pc 1 1 0 0 k (100-100-0-0 Kopie) Pc 1 0.8 0 0 k (100-80-0-0 Kopie) Pc 1 0.6 0 0 k (100-60-0-0 Kopie) Pc 1 0.4 0 0 k (100-40-0-0 Kopie) Pc 1 0.2 0 0 k (100-20-0-0 Kopie) Pc 1 0 0 0 k (100-0-0-0 Kopie) Pc 1 0 1 0 k (100-0-100-0 Kopie) Pc 1 0 0.8 0 k (100-0-80-0 Kopie) Pc 1 0 0.6 0 k (100-0-60-0 Kopie) Pc 1 0 0.4 0 k (100-0-40-0 Kopie) Pc 1 0 0.2 0 k (100-0-20-0 Kopie) Pc Bb 2 (Schwarz, Wei\247) -4023.5 4739.5 0 0 1 0 0 1 0 0 Bg 0 BB (Schwarz, Wei\247) Pc Bb 2 (Chrom) -4023.5 4739.5 0 0 1 0 0 1 0 0 Bg 0 BB (Chrom) Pc Bb 2 (Regenbogen) -4023.5 4739.5 0 0 1 0 0 1 0 0 Bg 0 BB (Regenbogen) Pc Bb 0 0 0 0 Bh 2 (Gelb, Orange-Radial) -4023.5 4739.5 0 0 1 0 0 1 0 0 Bg 0 BB (Gelb, Orange-Radial) Pc (Ziegel) 0 0 1 1 0 0 0 0 0 [1 0 0 1 0 0] p (Ziegel) Pc (Konfetti) 0 0 1 1 0 0 0 0 0 [1 0 0 1 0 0] p (Konfetti) Pc (Bl\212tter) 0 0 1 1 0 0 0 0 0 [1 0 0 1 0 0] p (Bl\212tter) Pc (Streifen) 0 0 1 1 0 0 0 0 0 [1 0 0 1 0 0] p (Streifen) Pc PB %AI5_EndPalette %%EndSetup %AI5_BeginLayer 1 1 1 1 0 0 0 79 128 255 Lb (Ebene 1) Ln 0 A u u 0 O 0 1 1 0 k 800 Ar 0 J 0 j 1 w 4 M []0 d %AI3_Note: 0 D 0 XR 257.6328 402.0234 m 258.3594 404.3613 258.7319 407.4629 258.7593 411.2148 C 258.0337 411.2148 254.2314 411.2148 Y 250.3223 411.1855 247.0942 410.7734 244.6396 409.9922 c 241.2041 408.873 239.5215 406.5918 239.4956 403.0254 c 239.5215 400.6309 240.3389 398.8906 241.9937 397.7051 c 243.6646 396.5078 245.6904 395.9141 248.0195 395.9395 c 250.4595 395.9395 252.4316 396.3984 253.9873 397.2949 c 254.1299 397.3809 254.2749 397.4609 254.416 397.5488 c 255.9351 398.5586 257.0068 400.0391 257.6328 402.0234 c f 312.0674 469.5464 m 312.0674 470.9575 312.0674 479.1089 Y 311.2168 479.1089 L 306.8037 479.1089 L 306.8037 470.9575 306.8037 469.5464 V 305.3926 469.5464 297.2451 469.5464 Y 297.2451 469.4966 L 295.9775 477.1841 291.7412 484.3765 284.8545 489.1987 c 274.2344 496.6357 260.4712 496.2334 250.4307 489.2056 C 250.4653 489.2056 250.4976 489.2104 250.5327 489.2104 c 256.6919 489.1509 261.3081 487.4976 264.2534 484.2964 c 265.9233 482.4839 267.022 480.3208 267.5239 477.8433 C 268.1069 473.8608 L 259.2446 473.8608 L 259.1934 474.2271 L 258.4194 479.811 255.3755 482.5532 249.8882 482.6099 c 248.2383 482.6099 246.6787 482.3169 245.2505 481.7378 c 243.0776 480.8745 241.563 479.5356 240.6313 477.6792 c 240.5552 477.5229 240.4785 477.3677 240.4053 477.2104 c 240.2939 476.9507 240.189 476.686 240.0986 476.4077 c 239.1475 473.6616 238.665 470.687 238.665 467.5669 c 238.665 462.2417 239.2422 458.3423 240.3818 455.9751 c 242.1797 452.1812 245.2227 450.3774 249.6929 450.4604 c 254.7617 450.4604 257.7715 452.2378 258.8979 455.9077 c 259.229 456.8745 259.4966 458.1138 259.6934 459.5913 C 259.7422 459.9604 L 268.605 459.9604 L 268.5356 459.4751 L 268.0986 456.4194 267.6001 454.2485 267.0112 452.8374 c 266.1563 450.7788 264.7139 448.9937 262.7227 447.5298 c 259.3848 445.0952 255.0283 443.8608 249.7749 443.8608 c 243.0879 443.8608 237.9868 445.9468 234.6128 450.062 c 233.4941 451.438 232.5806 452.9995 231.8516 454.7212 C 230.0942 452.8315 228.1509 451.3892 226.3052 450.4321 C 225.6938 450.1606 225.0913 449.8687 224.4985 449.5552 c 220.5317 447.6011 217.0737 444.5269 214.2974 440.7144 c 214.1841 440.5601 214.064 440.4136 213.9536 440.2554 C 213.9458 440.2456 213.9399 440.2339 213.9321 440.2241 C 213.9292 440.2183 213.9233 440.2144 213.9204 440.2085 C 204.4146 426.6333 207.7134 407.9219 221.2886 398.416 c 225.3662 395.5605 229.9072 393.8691 234.5229 393.2559 C 234.3853 393.3887 234.2378 393.5117 234.1084 393.6523 C 233.0698 394.6602 232.2593 395.9043 231.7065 397.334 C 231.0005 398.9434 230.6436 400.6836 230.6436 402.4961 c 230.6436 402.5703 230.644 402.6426 230.645 402.7168 c 230.644 402.7949 230.6431 402.8711 230.6431 402.9492 c 230.6431 404.627 230.9551 406.2578 231.5723 407.8008 c 232.2188 409.416 233.229 410.918 234.5713 412.2598 c 236.1484 413.8672 237.8276 414.9941 239.5605 415.6113 c 243.29 416.9609 247.9546 417.6602 253.4258 417.6895 C 258.04 417.6895 258.77 417.6895 V 258.7661 421.6636 258.3462 424.2632 257.5205 425.4077 c 256.2358 427.1597 253.7344 428.062 250.0928 428.0903 c 247.543 428.062 245.561 427.6411 244.2021 426.8403 c 242.8926 426.0679 242.022 424.3804 241.6152 421.8237 C 241.5581 421.4653 L 232.7188 421.4653 L 232.7729 421.939 L 233.0933 424.7397 233.5122 426.6587 234.0527 427.8062 c 234.8862 429.5737 236.3135 431.0454 238.2954 432.1772 c 241.1714 433.8149 245.0889 434.6606 249.9438 434.6899 c 255.3135 434.6606 259.4399 433.73 262.2061 431.9263 c 265.5728 429.7671 267.3105 426.0327 267.3706 420.8198 C 267.3706 414.4531 L 267.9165 416.2637 268.2632 418.1074 268.3857 419.9644 c 268.7451 425.4331 272.2939 433.2417 280.3525 437.4097 C 284.9521 439.5591 289.0713 442.8999 292.1924 447.3589 C 292.2002 447.3687 292.2061 447.3794 292.2119 447.3901 C 292.2158 447.394 292.2217 447.3999 292.2236 447.4058 C 295.8262 452.5522 297.5859 458.4351 297.6465 464.2749 C 297.1631 464.2749 289.0625 464.2749 287.6523 464.2749 C 287.6523 462.8638 287.6523 454.7124 Y 282.3892 454.7124 L 282.3892 462.8638 282.3892 464.2749 V 280.9775 464.2749 272.8267 464.2749 Y 272.8267 469.5386 L 280.9775 469.5386 282.3892 469.5386 V 282.3892 470.9497 282.3892 479.1011 Y 286.8027 479.1011 L 287.6523 479.1011 L 287.6523 470.9497 287.6523 469.5386 V 289.0645 469.5386 297.2148 469.5386 Y 297.7207 466.8696 297.6514 464.2827 V 299.3047 464.2827 305.5811 464.2827 306.8037 464.2827 C 306.8037 462.8716 306.8037 454.7202 Y 312.0674 454.7202 L 312.0674 462.8716 312.0674 464.2827 V 313.4785 464.2827 321.6299 464.2827 Y 321.6299 469.5464 L 313.4785 469.5464 312.0674 469.5464 V f U u 0 0 0 0.4 k 293.3037 416.209 m 293.3008 416.209 290.0479 417.2559 Y 287.5449 417.8848 285.6484 418.418 284.4058 418.8379 C 283.2568 419.2769 282.7344 419.9937 282.7764 421.0884 C 282.7349 422.0825 283.2275 422.8276 284.2822 423.4019 c 284.9775 423.7739 286.0098 423.979 287.3496 424.0112 c 289.9414 424.0112 291.2988 422.8706 291.4902 420.5269 C 291.5215 420.1362 L 296.9824 420.1362 L 296.9639 420.5796 L 296.8955 422.1616 296.6816 423.3032 296.3105 424.0698 c 295.835 425.0415 294.9922 425.9116 293.8047 426.6567 c 292.1748 427.6636 289.8936 428.1733 287.0225 428.1733 c 285.248 428.1733 283.5664 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Additionally to attributes and methods, aspects may also contain \emph on advice declarations \emph default . \end_layout \begin_layout Description \series medium \size small \emph on advice \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset An advice declaration is used either to specify code that should run when the \emph on join points \emph default specified by a \emph on pointcut expression \emph default are reached or to introduce a new method, attribute, or type to all \emph on join points \emph default specified by a \emph on pointcut expression \emph default . \end_layout \begin_layout Description \series medium \size small \emph on slice \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset A slice is a fragment of a C++ element like a class. It may be used by introduction advice to implemented static extensions of the program. \end_layout \begin_layout Description \series medium \size small \emph on join \begin_inset space ~ \end_inset point \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset In AspectC++ join points are defined as points in the component code where aspects can interfere. A join point refers to a method, an attribute, a type (class, struct, or union), an object, or a point from which a join point is accessed. \end_layout \begin_layout Description \series medium \size small \emph on pointcut \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset A pointcut is a set of join points described by a \emph on pointcut expression \emph default . \end_layout \begin_layout Description \series medium \size small \emph on pointcut \begin_inset space ~ \end_inset expression \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset Pointcut expressions are composed from \emph on match expressions \emph default used to find a set of join points, from pointcut functions used to filter or map specific join points from a pointcut, and from algebraic operators used to combine pointcuts. \end_layout \begin_layout Description \series medium \size small \emph on match \begin_inset space ~ \end_inset expression \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset Match expressions are strings containing a search pattern. \end_layout \begin_layout Description \series medium \size small \emph on order \series default \begin_inset space ~ \end_inset \series medium declaration \series default \emph default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset If more than one \emph on aspect \emph default affects the same \emph on join point \emph default an \emph on order declaration \emph default can be used to define the order of advice code execution. \end_layout \begin_layout Section* \family sans Aspects \end_layout \begin_layout Standard \noindent \size small Writing aspects works very similar to writing C++ class definitions. Aspects may define ordinary class members as well as advice. \end_layout \begin_layout Description \family sans \size small aspect \begin_inset space ~ \end_inset \series medium \emph on A \series default \emph default \begin_inset space ~ \end_inset { \begin_inset space ~ \end_inset ... \begin_inset space ~ \end_inset }; \begin_inset space ~ \end_inset \family default \begin_inset Newline newline \end_inset defines the aspect \emph on A \end_layout \begin_layout Description \family sans \size small aspect \begin_inset space ~ \end_inset \series medium \emph on A \series default \emph default \begin_inset space ~ \end_inset : \begin_inset space ~ \end_inset \series medium \emph on public \begin_inset space ~ \end_inset B \series default \emph default \begin_inset space ~ \end_inset { \begin_inset space ~ \end_inset ... \begin_inset space ~ \end_inset }; \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset \emph on A \emph default inherits from class or aspect \emph on B \end_layout \begin_layout Section* \family sans Advice Declarations \end_layout \begin_layout Description \family sans \size small advice \series medium \begin_inset space ~ \end_inset \emph on pointcut \emph default \begin_inset space ~ \end_inset : \begin_inset space ~ \end_inset \series default before \series medium (...) \begin_inset space ~ \end_inset {...} \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset the advice code is executed before the join points in the pointcut \end_layout \begin_layout Description \family sans \size small advice \series medium \begin_inset space ~ \end_inset \emph on pointcut \emph default \begin_inset space ~ \end_inset : \begin_inset space ~ \end_inset \series default after \series medium (...) \begin_inset space ~ \end_inset {...} \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset the advice code is executed after the join points in the pointcut \end_layout \begin_layout Description \family sans \size small advice \series medium \begin_inset space ~ \end_inset \emph on pointcut \emph default \begin_inset space ~ \end_inset : \begin_inset space ~ \end_inset \series default around \series medium (...) \begin_inset space ~ \end_inset {...} \family default \series default \family sans \begin_inset space ~ \end_inset \family default \begin_inset Newline newline \end_inset the advice code is executed in place of the join points in the pointcut \end_layout \begin_layout Description \family sans \size small advice \series medium \begin_inset space ~ \end_inset \emph on pointcut \emph default \begin_inset space ~ \end_inset : \begin_inset space ~ \end_inset \series default order \series medium ( \emph on high \emph default , \family default \series default \family sans ... \emph on low \emph default ) \series bold ; \family default \series default \begin_inset Newline newline \end_inset \emph on high \emph default and \emph on low \emph default are pointcuts, which describe sets of aspects. Aspects on the left side of the argument list always have a higher precedence than aspects on the right hand side at the join points, where the order declaration is applied. \end_layout \begin_layout Description \family sans \size small advice \series medium \begin_inset space ~ \end_inset \emph on pointcut \emph default \begin_inset space ~ \end_inset : \begin_inset space ~ \end_inset \series default slice \series medium \begin_inset space ~ \end_inset \series default class \series medium \begin_inset space ~ \end_inset : \begin_inset space ~ \end_inset \series default public \series medium \begin_inset space ~ \end_inset \emph on Base \emph default \begin_inset space ~ \end_inset {...} \family default \series default \family sans \begin_inset space ~ \end_inset \family default \begin_inset Newline newline \end_inset introduces a new base class \emph on Base \emph default and members into the target classes matched by \emph on pointcut \emph default . \end_layout \begin_layout Description \family sans \size small advice \series medium \begin_inset space ~ \end_inset \emph on pointcut \emph default \begin_inset space ~ \end_inset : \begin_inset space ~ \end_inset \series default slice \series medium \begin_inset space ~ \end_inset \emph on ASlice \begin_inset space ~ \end_inset \series default \emph default ; \begin_inset space ~ \end_inset \family default \begin_inset Newline newline \end_inset introduces the slice \emph on ASlice \emph default into the target classes matched by \emph on pointcut \emph default . \end_layout \begin_layout Section* \family sans Pointcut Expressions \end_layout \begin_layout Standard \begin_inset VSpace 15pt* \end_inset \end_layout \begin_layout Subsubsection* \family sans \emph on Type Matching \end_layout \begin_layout Description \family typewriter \series medium \size small "int" \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches the C++ built-in scalar type \family typewriter int \end_layout \begin_layout Description \family typewriter \series medium \size small "% \begin_inset space ~ \end_inset *" \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches any pointer type \end_layout \begin_layout Subsubsection* \family sans \emph on Namespace and Class Matching \end_layout \begin_layout Description \family typewriter \series medium \size small "Chain" \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches the class, struct or union \emph on Chain \end_layout \begin_layout Description \family typewriter \series medium \size small "Memory%" \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches any class, struct or union whose name starts with \begin_inset Quotes eld \end_inset Memory \begin_inset Quotes erd \end_inset \end_layout \begin_layout Subsubsection* \family sans \emph on Function Matching \end_layout \begin_layout Description \family typewriter \series medium \size small "void \family default \series default \family typewriter reset()" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches the function \emph on reset \emph default having no parameters and returning \family typewriter void \end_layout \begin_layout Description \family typewriter \series medium \size small "% \family default \series default \family typewriter printf(...)" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches the function \emph on printf \emph default having any number of parameters and returning any type \end_layout \begin_layout Description \family typewriter \series medium \size small "% \family default \series default \family typewriter ...::%(...)" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches any function, operator function, or type conversion function (in any class or namespace) \end_layout \begin_layout Description \family typewriter \series medium \size small "% \family default \series default \family typewriter ...::Service::%(...) const" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches any const member-function of the class \family typewriter Service \family default defined in any scope \end_layout \begin_layout Description \family typewriter \series medium \size small "% \family default \series default \family typewriter ...::operator %(...)" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches any type conversion function \end_layout \begin_layout Description \family typewriter \series medium \size small "virtual % \family default \series default \family typewriter C::%(...)" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches any virtual member function of \family typewriter C \end_layout \begin_layout Description \family typewriter \series medium \size small "static % \series default ...::%(...)" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches any static member or non-member function \end_layout \begin_layout Subsubsection* \family sans \emph on Variable Matching \end_layout \begin_layout Description \family typewriter \series medium \size small "int \family default \series default \family typewriter counter" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches the variable \emph on counter \emph default of type \family typewriter int \end_layout \begin_layout Description \family typewriter \series medium \size small "% \family default \series default \family typewriter guard" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches the global variable \emph on guard \emph default of any type \end_layout \begin_layout Description \family typewriter \series medium \size small "% \family default \series default \family typewriter ...::%" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches any variable (in any class or namespace) \end_layout \begin_layout Description \family typewriter \series medium \size small "static \series default % ...::%" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches any static member or non-member variable \end_layout \begin_layout Subsubsection* \family sans \emph on Template Matching \family default \series medium \emph default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash footnotemark[2] \end_layout \end_inset \series default \end_layout \begin_layout Description \family typewriter \series medium \size small "std::set<...>" \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches all template instances of the class \emph on std::set \end_layout \begin_layout Description \family typewriter \series medium \size small "std::set" \family default \series default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches only the template instance \emph on std::set \emph default \end_layout \begin_layout Description \family typewriter \series medium \size small "% \family default \series default \family typewriter ...::%<...>::%(...)" \family default \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset matches any member function from any template class instance in any scope \end_layout \begin_layout Section* \family sans Predefined Pointcut Functions \end_layout \begin_layout Standard \begin_inset VSpace 15pt* \end_inset \end_layout \begin_layout Subsubsection* \family sans \emph on Functions / Variables \end_layout \begin_layout Description \family sans \size small call \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{C}$ \end_inset \size small \begin_inset ERT status open \begin_layout Plain Layout \backslash footnotemark[9] \end_layout \end_inset \begin_inset Newline newline \end_inset provides all join points where a named and user provided entity in the \emph on pointcut \emph default is called. \end_layout \begin_layout Description \family sans \size small builtin \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status open \begin_layout Plain Layout \backslash footnotemark[3] \end_layout \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{B}$ \end_inset \size small \begin_inset Newline newline \end_inset provides all join points where a named built-in operator in the \emph on pointcut \emph default is called. \end_layout \begin_layout Description \family sans \size small execution \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{E}$ \end_inset \size small \begin_inset Newline newline \end_inset provides all join points referring to the implementation of a named entity in the \emph on pointcut \emph default . \end_layout \begin_layout Description \family sans \size small construction \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{Cons}$ \end_inset \size small \begin_inset Newline newline \end_inset all join points where an instance of the given class(es) is constructed. \end_layout \begin_layout Description \family sans \size small destruction \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{Des}$ \end_inset \size small \begin_inset Newline newline \end_inset all join points where an instance of the given class(es) is destructed. \end_layout \begin_layout Description \family sans \size small get \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{G}$ \end_inset \size small \begin_inset Newline newline \end_inset provides all join points where a global variable or data member in the \emph on pointcut \emph default is read. \end_layout \begin_layout Description \family sans \size small set \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{S}$ \end_inset \size small \begin_inset Newline newline \end_inset provides all join points where a global variable or data member in the \emph on pointcut \emph default is written. \end_layout \begin_layout Description \family sans \size small ref \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset C \begin_inset Formula $_{R}$ \end_inset \size small \begin_inset Newline newline \end_inset provides all join points where a reference (reference type or pointer) to a global variable or data member in the \emph on pointcut \emph default is created. \end_layout \begin_layout Standard \size small \emph on pointcut \emph default may contain function, variable, namespace or class names. A namespace or class name is equivalent to the names of all functions and variables defined within its scope combined with the \series bold || \series default operator (see below). \begin_inset VSpace 8pt \end_inset \end_layout \begin_layout Subsubsection* \family sans \emph on Control Flow \end_layout \begin_layout Description \family sans \size small cflow \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize C \begin_inset Formula $\rightarrow$ \end_inset C \size small \begin_inset Newline newline \end_inset captures join points occuring in the dynamic execution context of join points in the \emph on pointcut \emph default . The argument \emph on pointcut \emph default is forbidden to contain context variables or join points with runtime condition s (currently cflow, that, or target). \end_layout \begin_layout Subsubsection* \family sans \emph on Types \end_layout \begin_layout Description \family sans \size small base \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset N \begin_inset Formula $_{C,F}$ \end_inset \size small \begin_inset Newline newline \end_inset returns all base classes resp. \begin_inset space ~ \end_inset redefined functions of classes in the \emph on pointcut \emph default \end_layout \begin_layout Description \family sans \size small derived \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset N \begin_inset Formula $_{C,F}$ \end_inset \size small \begin_inset Newline newline \end_inset returns all classes in the \emph on pointcut \emph default and all classes derived from them resp. \begin_inset space ~ \end_inset all redefined functions of derived classes \end_layout \begin_layout Subsubsection* \family sans \emph on Scope \end_layout \begin_layout Description \family sans \size small within \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset C \size small \begin_inset Newline newline \end_inset filters all join points that are within the functions or classes in the \emph on pointcut \end_layout \begin_layout Description \family sans \size small member \series medium ( \emph on pointcut \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset N \size small \begin_inset Newline newline \end_inset maps the scopes given in \emph on pointcut \emph default to any contained named entities. Thus a class name for example is mapped to all contained member functions, variables and nested types. \end_layout \begin_layout Subsubsection* \family sans \emph on Context \end_layout \begin_layout Description \family sans \size small that \series medium ( \emph on type \begin_inset space ~ \end_inset pattern \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset C \size small \begin_inset Newline newline \end_inset returns all join points where the current C++ \family typewriter this \family default pointer refers to an object which is an instance of a type that is compatible to the type described by the \emph on type pattern \end_layout \begin_layout Description \family sans \size small target \series medium ( \emph on type \begin_inset space ~ \end_inset pattern \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset C \size small \begin_inset Newline newline \end_inset returns all join points where the target object of a call or other access is an instance of a type that is compatible to the type described by the \emph on type pattern \end_layout \begin_layout Description \family sans \size small result \series medium ( \emph on type \begin_inset space ~ \end_inset pattern \emph default ) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset C \size small \begin_inset Newline newline \end_inset returns all join points where the result object of a call/execution or other access join point is an instance of a type described by the \emph on type pattern \end_layout \begin_layout Description \family sans \size small args \series medium ( \emph on type \begin_inset space ~ \end_inset pattern \emph default , \begin_inset space ~ \end_inset ...) \family default \series default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize (N,...) \begin_inset Formula $\rightarrow$ \end_inset C \size small \begin_inset Newline newline \end_inset a list of \emph on type patterns \emph default is used to provide all joinpoints with matching argument signatures \end_layout \begin_layout Standard \size small Instead of the \emph on type pattern \emph default it is possible here to pass the name of a \series bold context variable \series default to which the context information is bound. In this case the type of the variable is used for the type matching. \end_layout \begin_layout Standard \begin_inset VSpace 15pt* \end_inset \end_layout \begin_layout Subsubsection* \family sans \emph on Algebraic Operators \end_layout \begin_layout Description \family sans \series medium \size small \emph on pointcut \series default \emph default \begin_inset space ~ \end_inset && \series medium \emph on \begin_inset space ~ \end_inset pointcut \family default \series default \emph default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize (N,N) \begin_inset Formula $\rightarrow$ \end_inset N, (C,C) \begin_inset Formula $\rightarrow$ \end_inset C \size small \begin_inset Newline newline \end_inset intersection of the join points in the \emph on pointcuts \end_layout \begin_layout Description \family sans \series medium \size small \emph on pointcut \series default \emph default \begin_inset space ~ \end_inset || \series medium \emph on \begin_inset space ~ \end_inset pointcut \family default \series default \emph default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize (N,N) \begin_inset Formula $\rightarrow$ \end_inset N, (C,C) \begin_inset Formula $\rightarrow$ \end_inset C \size small \begin_inset Newline newline \end_inset union of the join points in the \emph on pointcuts \end_layout \begin_layout Description \family sans \size small ! \series medium \emph on \begin_inset space ~ \end_inset pointcut \family default \series default \emph default \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \size scriptsize N \begin_inset Formula $\rightarrow$ \end_inset N, C \begin_inset Formula $\rightarrow$ \end_inset C \size small \begin_inset Newline newline \end_inset exclusion of the join points in the \emph on pointcut \end_layout \begin_layout Section* \family sans JoinPoint-API for Advice Code \end_layout \begin_layout Standard \size small The JoinPoint-API is provided within every advice code body by the built-in object \series bold tjp \series default of class \series bold JoinPoint \series default . \begin_inset VSpace 15pt \end_inset \end_layout \begin_layout Subsubsection* \family sans \emph on Compile-time Types and Constants \end_layout \begin_layout Description \family sans \series medium \size small \emph on That \series default \size scriptsize \emph default \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [type] \family default \size small \begin_inset Newline newline \end_inset object type (object initiating a call or entity access) \end_layout \begin_layout Description \family sans \series medium \size small \emph on Target \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [type] \family default \size small \begin_inset Newline newline \end_inset target object type (target object of a call or entity access) \end_layout \begin_layout Description \family sans \series medium \size small \emph on Entity \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [type] \family default \size small \begin_inset Newline newline \end_inset type of the primary referenced entity (function or variable) \end_layout \begin_layout Description \family sans \series medium \size small \emph on MemberPtr \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [type] \family default \size small \begin_inset Newline newline \end_inset type of the member pointer for entity or \begin_inset Quotes eld \end_inset void * \begin_inset Quotes erd \end_inset for nonmembers. \end_layout \begin_layout Description \family sans \series medium \size small \emph on Result \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [type] \family default \size small \begin_inset Newline newline \end_inset type of the object, used to \emph on store \emph default the result of the join point \end_layout \begin_layout Description \family sans \series medium \size small \emph on Res::Type, \series default Res::ReferredType \size scriptsize \emph default \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [type] \family default \size small \begin_inset Newline newline \end_inset result type of the affected function or entity access \end_layout \begin_layout Description \family sans \series medium \size small \emph on Arg::Type, \family default \series default \emph default \family sans \emph on Arg::ReferredType \family default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [type] \family default \size small \begin_inset Newline newline \end_inset type of the \begin_inset ERT status collapsed \begin_layout Plain Layout $i^{ \backslash ,th}$ \end_layout \end_inset argument of the affected join point (with \begin_inset ERT status open \begin_layout Plain Layout $0 \backslash leq i < ARGS$ \end_layout \end_inset ) \end_layout \begin_layout Description \family sans \series medium \size small \emph on ARGS \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [const] \family default \size small \begin_inset Newline newline \end_inset number of arguments \end_layout \begin_layout Description \family sans \series medium \size small \emph on Array \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [type] \family default \size small \begin_inset Newline newline \end_inset type of an accessed array \end_layout \begin_layout Description \family sans \series medium \size small \emph on Dim::Idx, Dim::Size \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [type] \family default \size small , \family sans \size scriptsize [const] \family default \size small \begin_inset Newline newline \end_inset type of used index and size of the \begin_inset ERT status collapsed \begin_layout Plain Layout $i^{ \backslash ,th}$ \end_layout \end_inset dimension (with \begin_inset ERT status open \begin_layout Plain Layout $0 \backslash leq i < DIMS$ \end_layout \end_inset ) \end_layout \begin_layout Description \family sans \series medium \size small \emph on DIMS \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [const] \family default \size small \begin_inset Newline newline \end_inset number of dimensions of an accessed array or 0 otherwise \end_layout \begin_layout Description \family sans \series medium \size small \emph on JPID \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [const] \family default \size small \begin_inset Newline newline \end_inset unique numeric identifier for this join point \end_layout \begin_layout Description \family sans \series medium \size small \emph on JPTYPE \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [const] \family default \size small \begin_inset Newline newline \end_inset numeric identifier describing the type of this join point \family sans \family default ( \family sans \emph on AC::CALL \family default , \family sans AC::BUILTIN, AC::EXECUTION \family default \emph default , \family sans \emph on AC:: \emph default CONSTRUCTION \family default , \family sans \emph on AC:: \emph default DESTRUCTION \family default , \family sans \emph on AC::GET \family default \emph default , \family sans \emph on AC::SET \family default \emph default or \family sans \emph on AC::REF \family default \emph default ) \end_layout \begin_layout Standard \begin_inset VSpace 6pt* \end_inset \end_layout \begin_layout Subsubsection* \family sans \emph on Runtime Functions and State \end_layout \begin_layout Description \family sans \series medium \size small \emph on static \begin_inset space ~ \end_inset const \begin_inset space ~ \end_inset char \series default \begin_inset space ~ \end_inset \series medium * \series default \emph default signature \series medium () \family default \series default \size scriptsize \begin_inset space ~ \end_inset \size small \begin_inset Newline newline \end_inset gives a textual description of the join point (type + name) \end_layout \begin_layout Description \family sans \series medium \size small \emph on static \begin_inset space ~ \end_inset const \begin_inset space ~ \end_inset char \series default \begin_inset space ~ \end_inset \series medium * \series default \emph default filename \series medium () \family default \series default \size scriptsize \begin_inset space ~ \end_inset \size small \begin_inset Newline newline \end_inset returns the name of the file in which the joinpoint shadow is located \end_layout \begin_layout Description \family sans \series medium \size small \emph on static \begin_inset space ~ \end_inset int \series default \begin_inset space ~ \end_inset \emph default line \series medium () \family default \series default \size scriptsize \begin_inset space ~ \end_inset \size small \begin_inset Newline newline \end_inset the source code line number in which the joinpoint shadow is located \end_layout \begin_layout Description \family sans \series medium \size small \emph on That \begin_inset space ~ \end_inset * \series default \emph default that \series medium () \family default \series default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset returns a pointer to the object initiating a call or 0 if it is a static method or a global function \end_layout \begin_layout Description \family sans \series medium \size small \emph on Target \begin_inset space ~ \end_inset * \series default \emph default target \series medium () \family default \series default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset returns a pointer to the object that is the target of a call or 0 if it is a static method or a global function \end_layout \begin_layout Description \family sans \series medium \size small \emph on Entity \begin_inset space ~ \end_inset * \series default \emph default entity \series medium () \family default \series default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset returns a pointer to the accessed entity (function or variable) or 0 for member functions or builtin operators \end_layout \begin_layout Description \family sans \series medium \size small \emph on MemberPtr \begin_inset space ~ \end_inset \series default \emph default memberptr \series medium () \family default \series default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset returns a member pointer to entity or 0 for nonmembers \end_layout \begin_layout Description \family sans \series medium \size small \emph on Result \emph default \begin_inset space ~ \end_inset \emph on * \series default \emph default result \series medium () \family default \series default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset returns a typed pointer to the result value or 0 if there is none \end_layout \begin_layout Description \family sans \series medium \size small \emph on Arg::ReferredType \begin_inset space ~ \end_inset * \series default \emph default arg \series medium \emph on \emph default () \family default \series default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset returns a typed pointer to the \begin_inset ERT status collapsed \begin_layout Plain Layout $i^{ \backslash ,th}$ \end_layout \end_inset argument value (with \begin_inset ERT status collapsed \begin_layout Plain Layout $0 \backslash leq i < ARGS$ \end_layout \end_inset ) \end_layout \begin_layout Description \family sans \series medium \size small \emph on void \begin_inset space ~ \end_inset * \series default \emph default arg \series medium ( \emph on int \series default \begin_inset space ~ \end_inset \series medium \emph default i) \family default \series default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset returns a pointer to the \begin_inset ERT status collapsed \begin_layout Plain Layout $i^{ \backslash ,th}$ \end_layout \end_inset argument memory location \emph on \emph default ( \begin_inset ERT status collapsed \begin_layout Plain Layout $0 \backslash leq i < ARGS$ \end_layout \end_inset ) \end_layout \begin_layout Description \family sans \series medium \size small \emph on void \begin_inset space ~ \end_inset \series default \emph default proceed \series medium () \family default \series default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset executes the original code in an around advice (should be called at most once in around advice) \end_layout \begin_layout Description \family sans \series medium \size small \emph on AC::Action \begin_inset space ~ \end_inset & \series default \emph default action \series medium () \family default \series default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset returns the runtime action object containing the execution environment to execute ( \emph on trigger() \emph default ) the original code encapsulated by an around advice \end_layout \begin_layout Description \family sans \series medium \size small \emph on Array \begin_inset space ~ \end_inset * \series default \emph default array \series medium () \family default \series default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset returns a typed pointer to the accessed array \end_layout \begin_layout Description \family sans \series medium \size small \emph on Dim::Idx \begin_inset space ~ \end_inset \series default \emph default idx \series medium \emph on \emph default () \family default \series default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset returns the value of the \begin_inset ERT status collapsed \begin_layout Plain Layout $i^{ \backslash ,th}$ \end_layout \end_inset used index \family sans \series medium \emph on \begin_inset Note Note status open \begin_layout Plain Layout \family sans \series medium \size small \emph on TODO?: int args() \end_layout \begin_layout Plain Layout returns the number of arguments \end_layout \begin_layout Plain Layout \family sans \series medium \size small \emph on unsigned int id() \end_layout \begin_layout Plain Layout returns \size small the unique numeric identifier of the join point \end_layout \begin_layout Plain Layout ... \end_layout \end_inset \family default \series default \size default \emph default \begin_inset VSpace 6pt* \end_inset \end_layout \begin_layout Subsubsection* \family sans \emph on Runtime Type Information \end_layout \begin_layout Description \family sans \series medium \size small \emph on static \begin_inset space ~ \end_inset AC::Type \begin_inset space ~ \end_inset \series default \emph default resulttype \series medium () \end_layout \begin_layout Description \family sans \series medium \size small \emph on static \begin_inset space ~ \end_inset AC::Type \begin_inset space ~ \end_inset \series default \emph default argtype \series medium ( \emph on int \series default \begin_inset space ~ \end_inset \series medium \emph default i) \family default \series default \size scriptsize \begin_inset space ~ \end_inset \size small \begin_inset Newline newline \end_inset return a C++ ABI V3 \begin_inset ERT status open \begin_layout Plain Layout \backslash footnotemark[8] \end_layout \end_inset conforming string representation of the result type / argument type of the affected function \end_layout \begin_layout Section* \family sans JoinPoint-API for Slices \end_layout \begin_layout Standard \size small The JoinPoint-API is provided within introduced slices by the built-in class \series bold JoinPoint \series default (state of target class \emph on before \emph default introduction). \end_layout \begin_layout Description \family sans \series medium \size small \emph on static \begin_inset space ~ \end_inset const \begin_inset space ~ \end_inset char \series default \begin_inset space ~ \end_inset \series medium * \series default \emph default signature \series medium () \family default \series default \size scriptsize \begin_inset space ~ \end_inset \size small \begin_inset Newline newline \end_inset returns the target class name as a string \end_layout \begin_layout Description \family sans \series medium \size small \emph on That \series default \size scriptsize \emph default \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [type] \family default \size small \begin_inset Newline newline \end_inset The (incomplete) target type of the introduction \end_layout \begin_layout Description \family sans \series medium \size small \emph on BASECLASSES \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [const] \family default \size small \begin_inset Newline newline \end_inset number of baseclasses of the target class \end_layout \begin_layout Description \family sans \series medium \size small \emph on BaseClass::Type \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [type] \family default \size small \begin_inset Newline newline \end_inset type of the \begin_inset ERT status open \begin_layout Plain Layout $I^{ \backslash ,th}$ \end_layout \end_inset baseclass \end_layout \begin_layout Description \family sans \series medium \size small \emph on BaseClass::prot, \begin_inset space ~ \end_inset BaseClass::spec \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset 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on Member::Type, \family default \series default \emph default \family sans \emph on Member::ReferredType \size scriptsize \emph default \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [type] \family default \size small \begin_inset Newline newline \end_inset type of the \begin_inset ERT status open \begin_layout Plain Layout $I^{ \backslash ,th}$ \end_layout \end_inset attribute of the target class \end_layout \begin_layout Description \family sans \series medium \size small \emph on Member::prot, \begin_inset space ~ \end_inset Member::spec \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hfill \end_layout \end_inset \family sans \size scriptsize [const] \family default \size small \begin_inset Newline newline \end_inset Protection level (see BaseClass::prot) and additional attribute specifiers (AC::SPEC_NONE /STATIC /MUTABLE) \end_layout \begin_layout Description \family sans \series medium \size small \emph on static \begin_inset space ~ \end_inset ReferredType \begin_inset space ~ \end_inset *Member:: \series default \emph default pointer \series medium ( \emph on T \begin_inset space ~ \end_inset *obj=0 \emph default ) \family default \series default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset returns a typed pointer to the \begin_inset ERT status open \begin_layout Plain Layout $I^{ \backslash ,th}$ \end_layout \end_inset attribute (obj is needed for non-static attributes) \end_layout \begin_layout Description \family sans \series medium \size small \emph on static \begin_inset space ~ \end_inset const \begin_inset space ~ \end_inset char \begin_inset space ~ \end_inset *Member:: \series default \emph default name \series medium \emph on () \family default \series default \emph default \family sans \size scriptsize \begin_inset space ~ \end_inset \family default \size small \begin_inset Newline newline \end_inset returns the name of the \begin_inset ERT status open \begin_layout Plain Layout $I^{ \backslash ,th}$ \end_layout \end_inset attribute \end_layout \begin_layout Section* \family sans Example (simple tracing aspect) \end_layout \begin_layout Standard \noindent \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hspace{-24pt} \end_layout \end_inset \begin_inset Box Frameless position "t" hor_pos "c" has_inner_box 1 inner_pos "t" use_parbox 0 use_makebox 0 width "100text%" special "none" height "1pt" height_special "totalheight" status open \begin_layout LyX-Code \noindent \family sans \series bold aspect \series default Tracing { \end_layout \begin_layout LyX-Code \family sans \series bold \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hspace{10pt} \end_layout \end_inset advice \series default \series bold execution \series default ( \begin_inset Quotes eld \end_inset % Business::%(...) \begin_inset Quotes erd \end_inset ) : \series bold before \series default () { \end_layout \begin_layout LyX-Code \family sans \series bold \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hspace{20pt} \end_layout \end_inset \series default cout < \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hspace{-1pt} \end_layout \end_inset < "before " < \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hspace{-1pt} \end_layout \end_inset < \series bold JoinPoint \series default :: \series bold signature \series default () < \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash hspace{-1pt} \end_layout \end_inset < endl; \end_layout \begin_layout LyX-Code \family sans } }; \end_layout \end_inset \end_layout \begin_layout Standard \noindent \begin_inset VSpace medskip* \end_inset \end_layout \begin_layout Standard \noindent \size small Reference sheet corresponding to AspectC++ 2.0, \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash today \end_layout \end_inset . For more information visit \begin_inset Flex URL status open \begin_layout Plain Layout http://www.aspectc.org \end_layout \end_inset . \end_layout \begin_layout Standard \size small \begin_inset space ~ \end_inset \begin_inset Newline newline \end_inset (c) Copyright 2016, AspectC++ developers. All rights reserved. \end_layout \begin_layout Standard \begin_inset VSpace medskip \end_inset \begin_inset ERT status open \begin_layout Plain Layout \backslash hrule width 4.6cm \end_layout \end_inset \end_layout \begin_layout Standard \begin_inset VSpace 2pt* \end_inset \end_layout \begin_layout Standard \noindent \series medium \begin_inset ERT status open \begin_layout Plain Layout \backslash footnotemark[2] \end_layout \end_inset \series default \size scriptsize support for template instance matching is an experimental feature \size default \begin_inset VSpace -1pt* \end_inset \end_layout \begin_layout Standard \noindent \series medium \begin_inset ERT status open \begin_layout Plain Layout \backslash footnotemark[3] \end_layout \end_inset \series default \size scriptsize This feature has limitations. 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aspectc++/AspectC++/IncludeExpander.h0000644000175000001440000000274612740141200017361 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __include_expander_h__ #define __include_expander_h__ // class alias for frontend-specific include expander implementation #ifdef FRONTEND_PUMA #include "PumaIncludeExpander.h" typedef PumaIncludeExpander IncludeExpander; #else // FRONTEND_CLANG #include "ClangIncludeExpander.h" typedef ClangIncludeExpander IncludeExpander; #endif #endif // __include_expander_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangWeaverBase.cc0000644000000000000000000000007412740141200017243 xustar0030 atime=1468174988.112166425 30 ctime=1468174988.112166425 aspectc++/AspectC++/ClangWeaverBase.cc0000644000175000001440000005461412740141200017437 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2013 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "ClangWeaverBase.h" #include "ACIntroducer.h" #include "IntroductionUnit.h" #include "LineDirectiveMgr.h" #include "clang/Basic/SourceManager.h" #include "clang/Lex/Lexer.h" #include "clang/Lex/Preprocessor.h" #include "llvm/Support/MemoryBuffer.h" #include "ACModel/Utils.h" // Returns the location one past the end of the token. static clang::SourceLocation getLocAfterToken(ClangToken tok) { unsigned len = tok.get ().getLength (); return tok.location ().getLocWithOffset (len); } const WeavePos &WeaverBase::get_pos_after_loc (clang::SourceLocation loc, WeavePos::Pos pos) { clang::SourceLocation result; if (loc.isValid() && loc.isMacroID ()) { clang::SourceLocation macro_end_loc; // See if we're at the end of a macro and get the location for the last // token if we are. bool is_at_end = clang::Lexer::isAtEndOfMacroExpansion(loc, getRewriter().getSourceMgr(), getRewriter().getLangOpts (), ¯o_end_loc); if (is_at_end) { loc = macro_end_loc; // Now go on and get the location after this token. } clang::SourceLocation spell_loc = getRewriter().getSourceMgr().getSpellingLoc(loc); unsigned len = clang::Lexer::MeasureTokenLength(spell_loc, getRewriter().getSourceMgr(), getRewriter().getLangOpts ()); result = loc.getLocWithOffset(len); } else { result = clang::Lexer::getLocForEndOfToken (loc, 0, getRewriter().getSourceMgr(), getRewriter().getLangOpts ()); } assert (!result.isInvalid ()); return weave_pos (result, pos); } const WeavePos &WeaverBase::weave_pos (ClangToken t, int p) { if (p == (int)WeavePos::WP_AFTER) return weave_pos (getLocAfterToken(t), p); else return weave_pos (t.location(), p); } const WeavePos &WeaverBase::weave_pos (clang::SourceLocation loc, int p) { assert(loc.isValid() && "Invalid SourceLocation!"); // Optimization: If a location is directly before or after a macro we can turn // it into a non-macro location and avoid the extra work for macro expansion. // TODO: This is currently disabled because clang returns wrong locations for // some macro arguments. /*if (loc.isValid() && loc.isMacroID()) { clang::SourceManager &SM = _rewriter->getSourceMgr(); clang::SourceLocation fixed_loc; if (SM.isAtStartOfImmediateMacroExpansion (loc, &fixed_loc)) loc = fixed_loc; else if (SM.isAtEndOfImmediateMacroExpansion (loc, &fixed_loc)) loc = fixed_loc; }*/ // check whether the weaving position has already been created WPSet::iterator i = _positions.find (WeavePos (loc, (WeavePos::Pos)p)); if (i != _positions.end ()) return *i; // insert the position as a new one pair result = _positions.insert (WeavePos (loc, (WeavePos::Pos)p)); // the resulting iterator points to the new entry return *result.first; } const WeavePos &WeaverBase::header_pos () { clang::FileID main_fid = _rewriter->getSourceMgr().getMainFileID(); return header_pos (_rewriter->getSourceMgr().getFileEntryForID (main_fid)); } const WeavePos &WeaverBase::header_pos (ACFileID acfid) { const clang::FileEntry *fentry = acfid.file_entry (); clang::FileID fid = _rewriter->getSourceMgr().translateFile (fentry); clang::SourceLocation first = _rewriter->getSourceMgr().getLocForStartOfFile(fid); return weave_pos (first, WeavePos::WP_HEADER); } const WeavePos &WeaverBase::footer_pos () { clang::FileID main_fid = _rewriter->getSourceMgr().getMainFileID(); return footer_pos (_rewriter->getSourceMgr().getFileEntryForID (main_fid)); } const WeavePos &WeaverBase::footer_pos (ACFileID acfid) { const clang::FileEntry *fentry = acfid.file_entry (); clang::FileID fid = _rewriter->getSourceMgr().translateFile (fentry); clang::SourceLocation last = _rewriter->getSourceMgr().getLocForEndOfFile(fid); return weave_pos (last, WeavePos::WP_FOOTER); } // insert a generated string a given position void WeaverBase::insert (const WeavePos &pos, const string &str, bool before) { // return immediately if the string to paste is empty if (str == "") return; // If this is a bulk code insert wrap it in line directives. if (str.find('\n') != string::npos) { clang::PresumedLoc loc = _rewriter->getSourceMgr().getPresumedLoc(pos._loc); // directives are fixed up later on. std::ostringstream os; _line_mgr.directive (os, clang::PresumedLoc ()); os << str; _line_mgr.directive (os, loc); if (before) pos._strings.push_front(os.str()); else pos._strings.push_back(os.str()); return; } // FIXME: handle before // store the unit in the right order for insertion (later when committing) if (before) pos._strings.push_front(str); else pos._strings.push_back(str); } // replace the text between two positions with some new text void WeaverBase::replace (const WeavePos &from, const WeavePos &to, const string &str) { insert (from, str); kill (from, to); } void WeaverBase::macro_end () { clang::SourceManager &SM = _rewriter->getSourceMgr(); // build the full string string expansion; for (list::iterator i = _token_descriptions.begin(); i != _token_descriptions.end(); ++i) expansion += i->first + " "; // cout << "macro " << expansion << endl; // create a memory buffer for the macro instance and register it #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) llvm::MemoryBuffer *mb = llvm::MemoryBuffer::getMemBufferCopy(expansion, ""); clang::FileID fid = SM.createFileIDForMemBuffer(mb, clang::SrcMgr::C_User, 0, 0, _last_expansion_loc); #else // C++ 11 interface std::unique_ptr mb (llvm::MemoryBuffer::getMemBufferCopy(expansion, "")); clang::FileID fid = SM.createFileID(std::move (mb), clang::SrcMgr::C_User, 0, 0, _last_expansion_loc); #endif // calculate the actual position mapping and update it unsigned offset = 0; clang::SourceLocation start = SM.getLocForStartOfFile(fid); clang::SourceLocation last = start; for (list::iterator i = _token_descriptions.begin(); i != _token_descriptions.end(); ++i) { clang::SourceLocation mapped_loc = start.getLocWithOffset(offset); LocMap::iterator map_entry = _loc_map.find (i->second); if (map_entry == _loc_map.end ()) cout << "fatal error: location of macro token not found" << endl; else map_entry->second = mapped_loc; offset += i->first.size(); clang::SourceLocation end_loc = (i->second).getLocWithOffset(i->first.size()); mapped_loc = start.getLocWithOffset(offset); last = mapped_loc; _loc_map.insert(pair(end_loc, mapped_loc)); offset += 1; // " for the whitespace after each token in the string } // store general infos about this 'seen' macro MacroInfo mi = { fid, _token_descriptions.front().second, start, last }; _seen_macros.insert (pair (_last_expansion_loc, mi)); } void WeaverBase::handle_token (clang::Preprocessor &PP, clang::Token &Result) { clang::SourceManager &SM = _rewriter->getSourceMgr(); // ignore introduced tokens: we might still be in the macro string loc_str = SM.getBufferName(Result.getLocation ()); // cout << "tok: " << Result.getName() << endl; // cout << "loc: " << loc_str << " " << Result.getLocation().isMacroID() << " "<< PP.getSpelling(Result) << endl; if (loc_str.substr(0, 7) == "" || loc_str == "") return; // full macro found if this is a non-macro token if (!Result.getLocation().isMacroID()) { if (_in_macro) { // end of macro reached macro_end (); _in_macro = false; } return; } // handle macro token clang::SourceLocation loc = Result.getLocation(); clang::SourceLocation expansion_loc = SM.getExpansionLoc(loc); // filter out macro tokens in macros that we have already handled if (_seen_macros.find (expansion_loc) != _seen_macros.end ()) return; // filter out token that are read a second time because of look ahead static bool skipping = false; if (_loc_map.find (Result.getLocation()) != _loc_map.end()) { // Special handling for stringified macro arguments: Clang always uses // uses the same token object for all (different) instances of a // stringified argument. This means that the mustn't skip it when the // token is seen more than once. However, it's not possible to clearly // distinguish between a lookahead/reparsing of these tokens and a repeated // use within a macro. Therefore, we have to guess. :-( Iff the token before // was skipped, we skip a repeated stringified argument token as well. // // Function stringifiedInMacro() is not available in Clang 3.4 #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) return; #else if (!Result.stringifiedInMacro() || skipping) { skipping = true; return; } #endif } skipping = false; if (_in_macro && expansion_loc != _last_expansion_loc) { // end of macro reached macro_end(); _in_macro = false; } _last_expansion_loc = expansion_loc; if (!_in_macro) { // begin of macro reached _in_macro = true; _token_descriptions.clear (); } // handle macro token _token_descriptions.push_back (TokenDescription(PP.getSpelling(Result), loc)); clang::SourceLocation new_loc = loc; // for now, replace later _loc_map.insert (pair(loc, new_loc)); } // kill the text between two positions void WeaverBase::kill (const WeavePos &from, const WeavePos &to) { // TODO: this should not matter, the code shoud be able to deal with it assert (from._pos == WeavePos::WP_BEFORE); assert (to._pos == WeavePos::WP_AFTER); _deletions.push_back(LocPair(from._loc, to._loc)); } void WeaverBase::commit_kills() { for (LocPairList::iterator i = _deletions.begin(); i != _deletions.end(); ++i) commit_kill (i->first, i->second); } // kill the text between two positions void WeaverBase::commit_kill (clang::SourceLocation from, clang::SourceLocation to) { /*if (macro_problem (from) || macro_problem (to)) return; bool has_nl = (strstr (from._token.text (), "\n") != NULL); if ((to._token && from._token != to._token) || has_nl) _line_mgr.insert ((Unit*)to._token.unit (), to._token, true);*/ clang::Rewriter::RewriteOptions opts; opts.IncludeInsertsAtBeginOfRange = false; opts.IncludeInsertsAtEndOfRange = false; clang::SourceManager &SM = _rewriter->getSourceMgr(); // Handle kills inside a macro. if (from.isMacroID() || to.isMacroID()) { clang::SourceLocation loc1 = from; clang::SourceLocation expansion_loc1 = SM.getExpansionLoc(loc1); if (from.isMacroID()) { LocMap::iterator i = _loc_map.find(from); if (i == _loc_map.end()) { cout << "fatal: 'from' location not found during kill" << endl; return; } loc1 = i->second; } clang::SourceLocation loc2 = to; clang::SourceLocation expansion_loc2 = SM.getExpansionLoc(loc2); if (to.isMacroID()) { LocMap::iterator i = _loc_map.find(to); if (i == _loc_map.end()) { cout << "fatal: 'to' location not found during kill" << endl; return; } loc2 = i->second; } if (from.isMacroID() && !to.isMacroID()) { MacroInfoMap::iterator macro_info = _seen_macros.find(expansion_loc1); if (macro_info == _seen_macros.end ()) { cout << "fatal: macro info not found in kill" << endl; return; } clang::SourceLocation macro_end = macro_info->second._end; _rewriter->RemoveText(clang::CharSourceRange::getCharRange(loc1, macro_end)); clang::SourceLocation somewhere_inside = macro_info->second._somewhere_inside; std::pair range = SM.getExpansionRange(somewhere_inside); unsigned len = _rewriter->getRangeSize(clang::SourceRange(range.second, range.second)); _rewriter->RemoveText(clang::CharSourceRange::getCharRange( range.second.getLocWithOffset(len), loc2), opts); } else if (!from.isMacroID() && to.isMacroID()) { MacroInfoMap::iterator macro_info = _seen_macros.find(expansion_loc2); if (macro_info == _seen_macros.end ()) { cout << "fatal: macro info not found in kill" << endl; return; } clang::SourceLocation macro_start = macro_info->second._start; _rewriter->RemoveText(clang::CharSourceRange::getCharRange(macro_start, loc2)); clang::SourceLocation somewhere_inside = macro_info->second._somewhere_inside; std::pair range = SM.getExpansionRange(somewhere_inside); _rewriter->RemoveText(clang::CharSourceRange::getCharRange( loc1, range.first), opts); } else { // both locations are in a macro instance // remove from 'from' to the macro end MacroInfoMap::iterator macro_info1 = _seen_macros.find(expansion_loc1); if (macro_info1 == _seen_macros.end ()) { cout << "fatal: macro info not found in kill" << endl; return; } clang::SourceLocation macro_end = macro_info1->second._end; // remove from macro start to 'end' MacroInfoMap::iterator macro_info2 = _seen_macros.find(expansion_loc2); if (macro_info2 == _seen_macros.end ()) { cout << "fatal: macro info not found in kill" << endl; return; } clang::SourceLocation macro_start = macro_info2->second._start; if (macro_info1 != macro_info2) { _rewriter->RemoveText(clang::CharSourceRange::getCharRange(loc1, macro_end)); _rewriter->RemoveText(clang::CharSourceRange::getCharRange(macro_start, loc2)); // remove from first macro expansion end to second macro expansion begin clang::SourceLocation somewhere_inside1 = macro_info1->second._somewhere_inside; std::pair range1 = SM.getExpansionRange(somewhere_inside1); unsigned len = _rewriter->getRangeSize(clang::SourceRange(range1.second, range1.second)); clang::SourceLocation somewhere_inside2 = macro_info2->second._somewhere_inside; std::pair range2 = SM.getExpansionRange(somewhere_inside2); _rewriter->RemoveText(clang::CharSourceRange::getCharRange( range1.second.getLocWithOffset(len), range2.first), opts); } else { _rewriter->RemoveText(clang::CharSourceRange::getCharRange(loc1, loc2)); } } return; } if (!from.isValid () || from.isMacroID ()|| !to.isValid () || to.isMacroID ()) { cout << "Invalid or macro source loc in kill" << endl; return; } _rewriter->RemoveText (clang::CharSourceRange::getCharRange (from, to), opts); } void WeaverBase::commit_internal () { // commit all code deletions and clear the operations commit_kills(); _deletions.clear(); // commit code insertions clang::SourceManager &SM = _rewriter->getSourceMgr(); // handle code that has to be inserted at weaving positions for (WPSet::iterator i = _positions.begin (); i != _positions.end (); ++i) { const WeavePos &wp = *i; if (wp._loc.isInvalid ()) { cout << "Invalid source loc" << endl; continue; } bool nl = false; bool last_nl = false; // Handle macros. if (wp._loc.isMacroID()) { LocMap::iterator i = _loc_map.find(wp._loc); if (i == _loc_map.end()) { cout << "location not found during commit" << endl; continue; } clang::SourceLocation loc = i->second; // TODO: Same as for non-macro insertions. for (list::iterator si = wp._strings.begin(); si != wp._strings.end(); ++si) { const string &str = *si; _rewriter->InsertTextAfter(loc, str); nl |= (str.find("\n") != string::npos); last_nl = (str[str.size() - 1] == '\n'); } clang::SourceLocation expansion_loc = SM.getExpansionLoc(wp._loc); _macro_expansions.insert (expansion_loc); } else { // Non-macro insertions. for (list::iterator si = wp._strings.begin(); si != wp._strings.end(); ++si) { const string &str = *si; _rewriter->InsertTextAfter(wp._loc, str); nl |= (str.find("\n") != string::npos); last_nl = (str[str.size() - 1] == '\n'); } } if (nl) { // at least one new line character was inserted here // generate and insert a #line directive to make sure that debuggers will // be able to show the original source locations const llvm::MemoryBuffer *u = SM.getBuffer(SM.getFileID(wp._loc)); if (IntroductionUnit::cast(u)) { // ACM_Introduction *intro = IntroductionUnit::cast(u)->intro (); // if (intro) { // cout << "insert into intro " // << filename(*get_slice (*intro)) << ": " << line(*get_slice (*intro)) << endl; // } // else // cout << "no class slice" << endl; } else { clang::PresumedLoc ploc = SM.getPresumedLoc(wp._loc); ostringstream directive; // TODO: this seems to be unnecessary as the line mgr issues \n if (!last_nl) directive << endl; _line_mgr.directive (directive, ploc); _rewriter->InsertTextAfter (wp._loc, directive.str ()); } } } // clear the list of weaving positions used for this transaction _positions.clear(); } void WeaverBase::resolve_macros() { clang::SourceManager &SM = _rewriter->getSourceMgr(); for (set::iterator i = _macro_expansions.begin (); i != _macro_expansions.end (); ++i) { MacroInfoMap::iterator macro_info = _seen_macros.find(*i); if (macro_info == _seen_macros.end ()) { cout << "fatal: macro info not found in resolve_macros" << endl; continue; } clang::FileID fid = macro_info->second._fid; clang::SourceLocation somewhere_inside = macro_info->second._somewhere_inside; // expand macro; std::pair range = SM.getExpansionRange(somewhere_inside); const clang::RewriteBuffer *RB = _rewriter->getRewriteBufferFor(fid); if (!RB) { cout << "fatal: Rewrite buffer not found" << endl; continue; } string str(RB->begin(), RB->end()); // cout << "Replace macro " << range.first.printToString(SM) << ": " << str << endl; _rewriter->ReplaceText(clang::SourceRange(range.first, range.second), str); } _macro_expansions.clear (); _seen_macros.clear (); _loc_map.clear (); _token_descriptions.clear (); _in_macro = false; } bool WeaverBase::commit (clang::SourceManager &Target) { clang::SourceManager &SM = _rewriter->getSourceMgr(); // Resolve weaving positions. commit_internal(); // Put all macros back into the source. resolve_macros(); for (clang::Rewriter::buffer_iterator i = _rewriter->buffer_begin(), e = _rewriter->buffer_end(); i != e; ++i) { if (const clang::FileEntry *FE = SM.getFileEntryForID(i->first)) { std::string data(i->second.begin(), i->second.end()); #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) llvm::MemoryBuffer *Buf = llvm::MemoryBuffer::getMemBufferCopy(data, FE->getName()); Target.overrideFileContents(FE, Buf); #else // C++ 11 interface Target.overrideFileContents(FE, llvm::MemoryBuffer::getMemBufferCopy(data, FE->getName())); #endif } } // renew rewrite const clang::LangOptions &LO = _rewriter->getLangOpts (); delete _rewriter; _rewriter = new clang::Rewriter (Target, LO); return true; } // postorder traversal of IntroductionUnits, inserting into their parents. static void po_intros(WeaverBase &wb, ::ACIntroducer &intro, IntroductionUnit *unit, unsigned depth = 0) { std::vector &units = intro.get_intros_for(unit); for (unsigned i = 0, e = units.size(); i != e; ++i) po_intros(wb, intro, units[i], unit ? depth + 1 : depth); if (!unit) return; if (const clang::RewriteBuffer *RB = wb.getRewriter().getRewriteBufferFor(unit->file_id())) { std::string str(RB->begin(), RB->end()); if (depth == 0) // Insert the last unit via weave_pos, there may be macros. wb.insert(wb.weave_pos(unit->location(), WeavePos::WP_AFTER), str); else wb.getRewriter().InsertText(unit->location(), str); } else { #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) llvm::StringRef str(unit->buffer()->getBuffer()); #else // C++ 11 interface std::unique_ptr buf (unit->buffer()); llvm::StringRef str(buf->getBuffer()); #endif if (depth == 0) // Insert the last unit via weave_pos, there may be macros. wb.insert(wb.weave_pos(unit->location(), WeavePos::WP_AFTER), str); else wb.getRewriter().InsertText(unit->location(), str); } } bool WeaverBase::resolve_introduction_units(::ACIntroducer &intro) { // Resolve weaving positions. commit_internal(); // Insert introduction units. po_intros(*this, intro, NULL); commit_internal(); resolve_macros(); return true; } aspectc++/AspectC++/PaxHeaders.4702/ClangToken.h0000644000000000000000000000007412740141200016141 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/ClangToken.h0000644000175000001440000001173712740141200016334 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2013 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ClangToken_h__ #define __ClangToken_h__ #include "clang/Lex/Token.h" #include "clang/Basic/IdentifierTable.h" // ClangToken - Provides a uniform wrapper for a Token object. class ClangToken { public: enum Kind { // Translate from clang token kinds into our subset of Puma ones. TOK_INVALID = clang::tok::unknown, TOK_EOF = clang::tok::eof, TOK_ASSIGN = clang::tok::equal, TOK_ATTRIBUTE = clang::tok::kw___attribute, TOK_CLASS = clang::tok::kw_class, TOK_CLOSE_CURLY = clang::tok::r_brace, TOK_CLOSE_ROUND = clang::tok::r_paren, TOK_CLOSE_SQUARE = clang::tok::r_square, TOK_COLON = clang::tok::colon, TOK_COLON_COLON = clang::tok::coloncolon, TOK_COMMA = clang::tok::comma, TOK_CONST = clang::tok::kw_const, TOK_ENUM = clang::tok::kw_enum, TOK_FRIEND = clang::tok::kw_friend, TOK_GREATER = clang::tok::greater, TOK_ID = clang::tok::identifier, TOK_LESS = clang::tok::less, TOK_NAMESPACE = clang::tok::kw_namespace, TOK_MUL = clang::tok::star, TOK_OPEN_CURLY = clang::tok::l_brace, TOK_OPEN_ROUND = clang::tok::l_paren, TOK_OPEN_SQUARE = clang::tok::l_square, TOK_PRIVATE = clang::tok::kw_private, TOK_PROTECTED = clang::tok::kw_protected, TOK_PTS = clang::tok::arrow, TOK_PUBLIC = clang::tok::kw_public, TOK_SEMI_COLON = clang::tok::semi, TOK_STATIC = clang::tok::kw_static, TOK_STRUCT = clang::tok::kw_struct, TOK_TEMPLATE = clang::tok::kw_template, TOK_TILDE = clang::tok::tilde, TOK_TYPEDEF = clang::tok::kw_typedef, TOK_UNION = clang::tok::kw_union, TOK_USING = clang::tok::kw_using, TOK_VIRTUAL = clang::tok::kw_virtual, TOK_VOLATILE = clang::tok::kw_volatile, // Attention: we assume that clang token are enumerated from 0 to a number smaller than 0x10000 TOK_ASPECT = 0x10000, TOK_ADVICE, TOK_POINTCUT, TOK_SLICE, TOK_UNKNOWN }; private: clang::Token _token; Kind _kind; public: ClangToken () : _token (), _kind (TOK_INVALID) {} explicit ClangToken(clang::Token token, bool acxx_keyword = false) : _token (token), _kind(Kind (token.getKind ())) { if (acxx_keyword && _kind == TOK_ID) { const char *text = this->text (); if (!strcmp(text, "aspect")) _kind = TOK_ASPECT; else if (!strcmp(text, "advice")) _kind = TOK_ADVICE; else if (!strcmp(text, "pointcut")) _kind = TOK_POINTCUT; else if (!strcmp(text, "slice")) _kind = TOK_SLICE; } } bool is_core() const { return true; } bool is_directive () const { return false; /* FIXME! */ } bool is_macro_generated () const { return location ().isMacroID (); } clang::SourceLocation location () const { return _token.getLocation (); } int type () const { return _kind; } const char *text () const { if (clang::IdentifierInfo *II = _token.getIdentifierInfo ()) return II->getNameStart (); // No identifier, must be a literal. assert (_token.isLiteral()); return _token.getLiteralData (); } // Interface to get the underlying token. clang::Token get() const { return _token; } #if 0 // Not useful with clang operator bool () const { return _token != 0; } bool operator== (const ACToken &rhs) const { return _token == rhs._token; } bool operator!= (const ACToken &rhs) const { return _token != rhs._token; } // FIXME: Are those actually useful? bool operator< (const ACToken &rhs) const { return _token < rhs._token; } bool operator> (const ACToken &rhs) const { return _token > rhs._token; } bool operator<= (const ACToken &rhs) const { return _token <= rhs._token; } bool operator>= (const ACToken &rhs) const { return _token <= rhs._token; } #endif }; #endif /* __ClangToken_h__ */ aspectc++/AspectC++/PaxHeaders.4702/JoinPoint.h0000644000000000000000000000007412740141200016025 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/JoinPoint.h0000644000175000001440000000350412740141200016211 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA /* $Id: JoinPoint.h,v 1.10 2004/04/19 10:13:57 matthias.urban Exp $ */ #ifndef __JoinPoint_h__ #define __JoinPoint_h__ #include using namespace std; #include "Puma/ListElement.h" #include "ACModel/Elements.h" #include "Condition.h" class JoinPoint : public Puma::ListElement { ACM_Any* _location; Condition _cond; public: JoinPoint (ACM_Any *location, Condition &cond) : _location (location) { _cond.assign (cond); } ACM_Any* location() const { return _location; } // join_point_type type() const { return location()->type (); } const Condition &condition () const { return _cond; } virtual Puma::ListElement* duplicate(); friend ostream& operator<< (ostream&, JoinPoint&); }; #endif aspectc++/AspectC++/PaxHeaders.4702/PointCut.h0000644000000000000000000000007412740141200015661 xustar0030 atime=1468174988.135166803 30 ctime=1468174988.135166803 aspectc++/AspectC++/PointCut.h0000644000175000001440000000555412740141200016054 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA /* $Id: PointCut.h,v 1.7 2004/09/07 10:57:16 olaf.spinczyk Exp $ */ #ifndef __PointCut_h__ #define __PointCut_h__ #include using namespace std; #include "Puma/List.h" #include "JoinPoint.h" class PointCut : private Puma::List { public: // enum operation { PC_NOT, PC_AND, PC_OR }; enum pctype { PCT_CODE, PCT_CLASS, PCT_UNKNOWN }; private: pctype _type; // pccontents _contents; // shall replace _type someday list _cflow_triggers; public: PointCut(); ~PointCut (); PointCut& operator = (const PointCut& pc); // set and get the pointcut type void type (pctype t) { _type = t; } pctype type () const { return _type; } // set and get for cflow trigger pointcut void cflow_triggers (PointCut& pc); const list &cflow_triggers(); friend ostream& operator<< (ostream&, PointCut&); class iterator { const Puma::ListElement *_curr; Puma::List *_list; public: iterator (const Puma::ListElement *e, Puma::List *l) : _curr (e), _list (l) {} void operator ++ () { if (_curr) _curr = _list->next (_curr); } int operator == (const iterator &iter) const { return _curr == iter._curr && _list == iter._list; } int operator != (const iterator &iter) const { return !(*this == iter); } const JoinPoint &operator * () { return (const JoinPoint&)*_curr; } }; iterator begin () { return iterator (Puma::List::first (), this); } iterator end () { return iterator (0, this); } iterator find (ACM_Any *jpl); void append (Puma::ListElement& element) { Puma::List::append (element); } void clear () { Puma::List::clear (); } }; #endif aspectc++/AspectC++/PaxHeaders.4702/ACResultBuffer.h0000644000000000000000000000007412740141200016730 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/ACResultBuffer.h0000644000175000001440000000271612740141200017120 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ACResultBuffer_h__ #define __ACResultBuffer_h__ // class alias for frontend-specific preprocessor implementation #ifdef FRONTEND_PUMA #include "PumaResultBuffer.h" typedef PumaResultBuffer ACResultBuffer; #else // FRONTEND_CLANG #include "ClangResultBuffer.h" typedef ClangResultBuffer ACResultBuffer; #endif #endif // __ACResultBuffer_h__ aspectc++/AspectC++/PaxHeaders.4702/PointCutContext.h0000644000000000000000000000007412740141200017226 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/PointCutContext.h0000644000175000001440000001151212740141200017410 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PointCutContext_h__ #define __PointCutContext_h__ #include using namespace std; #include "Puma/Array.h" #include "Puma/Stack.h" #include "Binding.h" #include "ACModel/Elements.h" #include "TransformInfo.h" #include "ACConfig.h" class PointCutExpr; typedef Puma::Array ArgSet; class PointCutContext { ACConfig& _config; ProjectModel &_jpm; ACM_Aspect *_aspect; ACM_Pointcut *_pct_func; int _per_aspect_cflows; // new pointcut evaluation data members Puma::Stack _arg_bindings; int _in_arg; bool _in_result; bool _in_that; bool _in_target; bool _pseudo_true; bool _in_old_style_scopematch; set _cflow_exprs; // Messages that will be output to the AC++ error stream vector> _messages; public: PointCutContext (ProjectModel &jpm, ACConfig& config) : _config(config), _jpm (jpm), _aspect (0), _pct_func (0), _per_aspect_cflows (0), _in_arg (-1), _in_result (false), _in_that (false), _in_target (false), _pseudo_true (false), _in_old_style_scopematch( false ) { } PointCutExpr *lookup_virtual_pct_func (ACM_Class *scope, ACM_Pointcut *pct_func); PointCutExpr *lookup_virtual_pct_func (ACM_Pointcut *pct_func) { return lookup_virtual_pct_func(_aspect, pct_func); } ProjectModel &jpm () { return _jpm; } ACConfig& config() { return _config;} ACM_Pointcut *pct_func (ACM_Pointcut *new_pct_func) { ACM_Pointcut *result = _pct_func; _pct_func = new_pct_func; return result; } ACM_Pointcut *pct_func () const { return _pct_func; } void concrete_aspect (ACM_Aspect &ai) { _aspect = &ai; _per_aspect_cflows = 0; } // return the location of the current pointcut function (for error messages) #ifdef FRONTEND_PUMA Puma::Location location () const { static Puma::Location loc; if (!_pct_func) return loc; #else clang::FullSourceLoc location () const { if (!_pct_func) return clang::FullSourceLoc(); #endif return TI_Pointcut::of(*_pct_func)->get_location(); } // used for semantic analysis of pointcut expressions Puma::Stack &arg_bindings () { return _arg_bindings; } // used for context binding in args() bool in_arg () const { return _in_arg >= 0; } void set_arg (int a) { _in_arg = a; } int get_arg () const { return _in_arg; } // used for context binding in result() bool in_result () const { return _in_result; } void enter_result () { _in_result = true; } void leave_result () { _in_result = false; } // used for context binding in that() bool in_that () const { return _in_that; } void enter_that () { _in_that = true; } void leave_that () { _in_that = false; } // used for context binding in target() bool in_target () const { return _in_target; } void enter_target () { _in_target = true; } void leave_target () { _in_target = false; } // that or within was evaluated as true, because we have a pseudo call void pseudo_true (bool val) { _pseudo_true = val; } bool is_pseudo_true () const { return _pseudo_true; } // needed to suppress matching of PCE_Member if doing it the old way bool in_old_style_scopematch() const { return _in_old_style_scopematch; } void enter_old_style_scopematch() { _in_old_style_scopematch = true; } void leave_old_style_scopematch() { _in_old_style_scopematch = false; } // cflow trigger management int cflow (PointCutExpr *pce) { _cflow_exprs.insert (pce); return _per_aspect_cflows++; } const set &cflows () { return _cflow_exprs; } void cflow_reset () { _cflow_exprs.clear (); } // This is used in PCE_X::evaluate as there is no AC++ error stream available. vector>& messages() { return _messages; } }; #endif // __PointCutContext_h__ aspectc++/AspectC++/PaxHeaders.4702/PumaTrackerDog.h0000644000000000000000000000007412740141200016764 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/PumaTrackerDog.h0000644000175000001440000000600612740141200017150 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PumaTrackerDog_h__ #define __PumaTrackerDog_h__ #include "Puma/CVisitor.h" #include "Puma/CTranslationUnit.h" #include "Puma/Stack.h" namespace Puma { class CAttributeInfo; class CFunctionInfo; } // namespace Puma class PumaModelBuilder; class PumaTrackerDog : public Puma::CVisitor { Puma::CTranslationUnit &_tunit; PumaModelBuilder &_jpm; Puma::CT_BinaryExpr *assignment; Puma::CT_InitDeclarator *last_init_declarator; Puma::Stack func_stack; bool in_memb_init; int local_id; bool _track_attrs; Puma::CSemDatabase &db () { return _tunit.db (); } virtual void pre_visit (Puma::CTree *node); virtual void post_visit (Puma::CTree *node); void pre_Call (Puma::CT_Call *node); void pre_FctDef (Puma::CT_FctDef *node); void post_FctDef (Puma::CT_FctDef *node); void pre_InitDeclarator (Puma::CT_InitDeclarator *node); void post_InitDeclarator (Puma::CT_InitDeclarator *node); void pre_MembPtrExpr (Puma::CT_MembPtrExpr *node); void pre_SimpleName (Puma::CT_SimpleName *node); void pre_NamespaceDef (Puma::CT_NamespaceDef *node); void pre_ClassDef (Puma::CT_ClassDef *node); void post_ClassDef (Puma::CT_ClassDef *node); bool register_access (Puma::CObjectInfo *obj, Puma::CTree *node); public: PumaTrackerDog (Puma::CTranslationUnit &tunit, PumaModelBuilder &jpm, bool track_attrs = false): _tunit (tunit), _jpm (jpm), assignment (0), last_init_declarator (0), in_memb_init (false), _track_attrs (track_attrs) { func_stack.push ((Puma::CFunctionInfo*)0); } virtual ~PumaTrackerDog() {} // search all code join points void run () { visit (_tunit.tree ()); } void run (Puma::CTree *tree) { visit (tree); } // check if a function should be considered by ac++ static Puma::CFunctionInfo *filter_func (Puma::CFunctionInfo* fi); static Puma::CObjectInfo *unique_object (Puma::CObjectInfo *obj); }; #endif // __PumaTrackerDog_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangModelBuilder.h0000644000000000000000000000007412740141200017430 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/ClangModelBuilder.h0000644000175000001440000002544212740141200017621 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ClangModelBuilder_h__ #define __ClangModelBuilder_h__ #include "ACModel/Elements.h" #include "ACToken.h" #include "ACProject.h" #include "ClangToken.h" #include "TransformInfo.h" #include "ACErrorStream.h" #include "ClangFlowAnalysis.h" namespace Puma { class VerboseMgr; } namespace clang { class Decl; class DeclContext; class Stmt; class CallExpr; class FunctionDecl; class NamespaceDecl; class RecordDecl; class SourceLocation; class QualType; } namespace llvm { class StringRef; } class ACConfig; // FIXME: needs to be ported to clang //struct AccessInfo { // Puma::CAttributeInfo *_info; // Puma::CTree *_tree; // AccessInfo () {} // AccessInfo (Puma::CAttributeInfo *info, Puma::CTree *tree) : // _info (info), _tree (tree) {} // //}; // class ClangModelBuilder : public ProjectModel { Puma::VerboseMgr &_vm; ACErrorStream &_err; ACConfig &_conf; ACProject &_project; ACM_TUnit *_tunit_file; ClangFlowAnalysis _flow_analysis; public: // map needed to check if a file is already known typedef map FileMap; typedef FileMap::value_type FileMapPair; FileMap _file_map; FileMap &file_map() { return _file_map; } // config is needed for decisions in ASTConsumer ACConfig &conf() { return _conf; } private: int _tunit_len; // FIXME: needs to be ported to clang // TODO: temporary solution // list _access_infos; int _time; public: void advice_infos (ACM_Aspect *jpl_aspect); // determine a model element filename for a unit string model_filename (const char *fname); // get the modification time of a file (UNIX Epoch value) long modification_time (const string &name); ClangModelBuilder (Puma::VerboseMgr &vm, ACErrorStream &err, ACConfig &conf, ACProject &project) : _vm (vm), _err (err), _conf (conf), _project(project) {} ACProject &get_project () const { return _project; } void setup_phase1 (const string &tunit_name, int tunit_len); bool is_valid_model_class (clang::RecordDecl *ci) const; bool is_intro_target (clang::Decl *ci) const; bool is_valid_model_function (clang::FunctionDecl *fi) const; bool is_valid_model_variable( clang::DeclaratorDecl *vi ) const; bool is_valid_model_namespace (clang::NamespaceDecl *ni) const; bool is_valid_model_type( const clang::QualType& ) const; bool inside_template (clang::DeclContext *scope) const; static bool inside_template_instance (clang::DeclContext *scope); // create a type in the join point model from a Puma node TU_Type *register_type (clang::QualType ti); // create a (pointcut) argument in the join point model from a Puma node TU_Arg *register_arg (clang::QualType ti, llvm::StringRef name); // get the translation unit as a model object ACM_TUnit *tunit_file () const { return _tunit_file; } // create a named pointcut in the join point model (phase 1) ACM_Pointcut *register_pointcut1 (ACM_Name *parent, const std::string &name, bool is_virtual, const std::string& expr); bool overrides_virtual_pointcut (ACM_Name *parent, const string &name); // helper function // create a named pointcut in the join point model from a Puma node TU_Pointcut *register_pointcut (clang::FunctionDecl *fi, ACM_Name *parent); // create a function in the join point model from a Puma node TU_Function *register_function (clang::FunctionDecl *fi, ACM_Name *parent = 0); // create a global variable or member variable in the join point model TU_Variable *register_variable( clang::DeclaratorDecl *oi, ACM_Name *parent = 0 ); // create a class slice in the join point model (phase 1) ACM_ClassSlice *register_class_slice (ACM_Name *scope, string name, bool is_struct); // create a class in the join point model (phase 1) ACM_Class *register_class1 (ACM_Name *scope, std::string name, bool in_project = true); // create a class in the join point model from a Puma node TU_Class *register_class (clang::RecordDecl *ci, ACM_Name *parent = 0, bool set_source = true); // register the implicitly defined constructor/destructor for a class or aspect void register_constructor_and_destructor (clang::RecordDecl *ci, ACM_Class *elem); // create an aspect in the join point model (phase 1) ACM_Aspect *register_aspect1 (ACM_Name *scope, std::string name, bool in_project = true); // create an aspect in the join point model from a Puma node TU_Aspect *register_aspect (clang::RecordDecl *ci, ACM_Name *parent = 0); // create a Namespace in the join point model (phase 1) ACM_Namespace *register_namespace1 (ACM_Name *scope, std::string name, bool in_project = true); // create a Namespace in the join point model from a Puma node (phase 2) TU_Namespace *register_namespace (clang::NamespaceDecl *ni, ACM_Name *parent = 0); // classes to hold parameters when registering access joinpoints struct JoinpointContext { ACM_Any *parent; clang::Decl *parent_decl; unsigned local_id; }; template struct EntityAccessInfo { ElementType *element; DeclType *decl; clang::Expr *tree_node; clang::Expr *ref_node; }; typedef EntityAccessInfo VarAccessInfo; // This method creates a new built-in operator-"pseudo"-function and a call // of this function and registers both in the AspectC++-join-point-model. TU_Builtin* register_builtin_operator_call(clang::Expr*, clang::DeclaratorDecl*, int); // create a new call join point in the join point model ACM_Access *register_call (clang::FunctionDecl *called, clang::CallExpr *call_node, clang::DeclaratorDecl *caller, int local_id); // create a new get join point ACM_Access *register_get( VarAccessInfo &var, JoinpointContext& context, TU_Builtin *var_src = 0 ); // create a new set join point ACM_Access *register_set( VarAccessInfo &var, JoinpointContext& context, TU_Builtin *var_src = 0 ); // create a new ref join point TU_Ref *register_ref( VarAccessInfo &var, JoinpointContext& context, TU_Builtin *var_src = 0 ); // fill common information in Access node template void fillAccessNode( NODE *new_elem, VarAccessInfo &var, JoinpointContext& context, TU_Builtin *var_src ); // fill common information in Access nodes using ref only template void fillRefAccessNode( NODE *new_elem, VarAccessInfo &var, JoinpointContext& context ); // create a new execution join point TU_Method *register_execution (ACM_Function *ef); // create a new construction join point TU_Construction *register_construction (ACM_Function *cf); // create a new construction join point TU_Destruction *register_destruction (ACM_Function *df); // TODO: temporary solution for dac++ // FIXME: needs to be ported to clang // void register_attr_access (Puma::CAttributeInfo *attr, Puma::CTree *node); // register the scope of a given element ACM_Name *register_scope( clang::DeclaratorDecl *obj ); ACM_Name *register_scope (clang::DeclContext *obj, bool parent = true); // extended types... // factory methods that remember all objects of this model virtual TU_CodeAdvice *newCodeAdvice() { return remember (new TU_CodeAdvice, JPTI_CodeAdvice); } virtual TU_Type *newType() { return remember (new TU_Type, JPTI_Type); } virtual TU_Arg *newArg() { return remember (new TU_Arg, JPTI_Arg); } virtual TU_Namespace *newNamespace() { return remember (new TU_Namespace, JPTI_Namespace); } virtual TU_Variable *newVariable() { return remember (new TU_Variable, JPTI_Variable); } virtual TU_Function *newFunction() { return remember (new TU_Function, JPTI_Function); } virtual TU_Class *newClass() { return remember (new TU_Class, JPTI_Class); } virtual TU_ClassSlice *newClassSlice() { return remember (new TU_ClassSlice, JPTI_ClassSlice); } virtual TU_MethodCall *newCall() { return remember (new TU_MethodCall, JPTI_Call); } virtual TU_Builtin *newBuiltin() { return remember (new TU_Builtin, JPTI_Builtin); } virtual TU_Get *newGet() { return remember( new TU_Get(), JPTI_Get ); } virtual TU_Set *newSet() { return remember( new TU_Set(), JPTI_Set ); } virtual TU_Ref *newRef() { return remember( new TU_Ref(), JPTI_Ref ); } virtual TU_GetRef *newGetRef() { return remember( new TU_GetRef(), JPTI_GetRef ); } virtual TU_SetRef *newSetRef() { return remember( new TU_SetRef(), JPTI_SetRef ); } virtual TU_Method *newExecution() { return remember (new TU_Method, JPTI_Execution); } virtual TU_Construction *newConstruction() { return remember (new TU_Construction, JPTI_Construction); } virtual TU_Destruction *newDestruction() { return remember (new TU_Destruction, JPTI_Destruction); } virtual TU_Pointcut *newPointcut() { return remember (new TU_Pointcut, JPTI_Pointcut); } virtual TU_AdviceCode *newAdviceCode() { return remember (new TU_AdviceCode, JPTI_AdviceCode); } virtual TU_Introduction *newIntroduction() { return remember (new TU_Introduction, JPTI_Introduction); } virtual TU_Order *newOrder() { return remember (new TU_Order, JPTI_Order); } virtual TU_Aspect *newAspect() { return remember (new TU_Aspect, JPTI_Aspect); } void add_source_loc (ACM_Any *name, clang::SourceLocation location, clang::SourceLocation endlocation, SourceLocKind kind = SLK_NONE); void add_source_loc (ACM_Any *name, clang::Decl *tree, SourceLocKind kind = SLK_NONE); void add_source_loc (ACM_Any *name, clang::Stmt *tree, SourceLocKind kind = SLK_NONE); void add_source_loc (ACM_Any *name, ClangToken token, ClangToken end_token, SourceLocKind kind = SLK_NONE); // TODO: temporary solution // FIXME: needs to be ported to clang // const list &access_infos () const { return _access_infos; } }; #endif aspectc++/AspectC++/PaxHeaders.4702/ACToken.h0000644000000000000000000000007412740141200015400 xustar0030 atime=1468174988.293169401 30 ctime=1468174988.293169401 aspectc++/AspectC++/ACToken.h0000644000175000001440000000261012740141200015561 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ACToken_h__ #define __ACToken_h__ // class alias for frontend-specific token implementation #ifdef FRONTEND_PUMA #include "PumaToken.h" typedef PumaToken ACToken; #else // FRONTEND_CLANG #include "ClangToken.h" typedef ClangToken ACToken; #endif #endif // __ACToken_h__ aspectc++/AspectC++/PaxHeaders.4702/AspectRepo.h0000644000000000000000000000007412740141200016161 xustar0030 atime=1468174988.114166457 30 ctime=1468174988.114166457 aspectc++/AspectC++/AspectRepo.h0000644000175000001440000000346612740141200016354 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __AspectRepo_h__ #define __AspectRepo_h__ #include #include #include #include using namespace std; #include "RepoPosKey.h" #include "RepoIdMgr.h" #include "RepoXMLNode.h" class AspectRepo : public RepoIdMgr { struct Data { int _id; string _name; bool _ref; Data (int id, const string &name) : _id (id), _name (name), _ref (true) {} }; typedef map Map; typedef Map::value_type MapPair; Map _map; public: int insert (int file_id, int line, const string &name); void noref (); void cleanup (set files); void make_xml (RepoXMLNode parent); void get_xml (RepoXMLNode parent); }; #endif // __AspectRepo_h__ aspectc++/AspectC++/PaxHeaders.4702/Weaver.h0000644000000000000000000000007412740141200015345 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/Weaver.h0000644000175000001440000000531512740141200015533 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __Weaver_h__ #define __Weaver_h__ // C++ includes #include using std::stringstream; #include using std::set; #include using std::list; // PUMA includes #include "Puma/VerboseMgr.h" // AspectC++ includes #include "ACConfig.h" #include "ACErrorStream.h" #include "LineDirectiveMgr.h" #include "ACFileID.h" #include "AspectIncludeCluster.h" class Transformer; namespace Puma { class VerboseMgr; } // namespace Puma class Weaver { ACProject &_project; ACConfig &_conf; LineDirectiveMgr _line_mgr; list _aspect_include_clusters; ACFileID translate (Puma::VerboseMgr &vm, const char *file, Transformer &transformer); void aspect_includes (ostream &includes); void aspect_include (ostream &includes, const char *name); void insert_aspect_includes (Puma::VerboseMgr &vm, ACFileID fid, bool header, const string &aspect_includes, const string &aspect_fwd_decls); void insert_aspect_includes (Puma::VerboseMgr &vm, set &cc_units, set &h_units, const string &aspect_includes, const string &aspect_fwd_decls); void update_line_directives (set &cc_units, set &h_units); void update_line_directives (ACFileID fid, const char *filename); ACErrorStream &err () const { return static_cast(_project.err ()); } void match_expr_in_repo (Puma::VerboseMgr &vm); string gen_aspect_includes (ACFileID target_unit); public: // Initialize the weaver Weaver (ACProject& project, ACConfig &conf); // Do the AspectC++ -> C++ tranformation on the project void weave (); }; #endif // __Weaver_h__ aspectc++/AspectC++/PaxHeaders.4702/Condition.h0000644000000000000000000000007412740141200016042 xustar0030 atime=1468174988.113166441 30 ctime=1468174988.113166441 aspectc++/AspectC++/Condition.h0000644000175000001440000002132112740141200016223 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __Condition_h__ #define __Condition_h__ #include #include #include using namespace std; #include "ACModel/Elements.h" #include "Naming.h" class PointCutExpr; class AdviceInfo; class ACM_Class; typedef pair TypeCheck; typedef set TypeCheckSet; typedef set RecordSet; typedef set StringSet; // this is the class, which users should apply to manage runtime conditions // for joinpoints. It is responsible for the memory management. class Condition { class Base { public: virtual ~Base () {} virtual void print (ostream&) const = 0; virtual void gen_check (ostream &, AdviceInfo*, const char*, const std::string* = 0) const = 0; virtual void checks_for_that (TypeCheckSet &checks) const {} virtual void checks_for_target (TypeCheckSet &checks) const {} virtual void names_for_that (StringSet &names) const {} virtual void names_for_target (StringSet &names) const {} }; class TypeCond : public Base { RecordSet _matching; string _name; public: TypeCond (const string &name) : _name (name) {} virtual ~TypeCond () {} void matches (const ACM_Class *cls) { _matching.insert (cls); } const RecordSet &matching () const { return _matching; } const string &name () const { return _name; } void type_checks (TypeCheckSet &checks) const { for (RecordSet::const_iterator iter = _matching.begin (); iter != _matching.end (); ++iter) checks.insert (TypeCheck (*iter, _name)); } }; class That : public TypeCond { public: That (const string &name) : TypeCond (name) {} virtual void print (ostream&) const; virtual void gen_check (ostream &, AdviceInfo*, const char*, const std::string* = 0) const; virtual void checks_for_that (TypeCheckSet &checks) const { type_checks (checks); } virtual void names_for_that (StringSet &names) const { names.insert (name ()); } }; class Target : public TypeCond { public: Target (const string &name) : TypeCond (name) {} virtual void print (ostream&) const; virtual void gen_check (ostream &, AdviceInfo*, const char*, const std::string* = 0) const; virtual void checks_for_target (TypeCheckSet &checks) const { type_checks (checks); } virtual void names_for_target (StringSet &names) const { names.insert (name ()); } }; class CFlow : public Base { int _index; public: CFlow (int i) : _index (i) {} virtual void print (ostream&) const; virtual void gen_check (ostream &, AdviceInfo*, const char*, const std::string* = 0) const; }; class Binary : public Base { protected: Base *_left; Base *_right; public: Binary (Base *left, Base *right) : _left (left), _right (right) {} virtual void checks_for_that (TypeCheckSet &result) const { _left->checks_for_that (result); _right->checks_for_that (result); } virtual void checks_for_target (TypeCheckSet &result) const { _left->checks_for_target (result); _right->checks_for_target (result); } virtual void names_for_that (StringSet &names) const { _left->names_for_that (names); _right->names_for_that (names); } virtual void names_for_target (StringSet &names) const { _left->names_for_that (names); _right->names_for_that (names); } }; class And : public Binary { public: And (Base *left, Base *right) : Binary (left, right) {} virtual void print (ostream&) const; virtual void gen_check (ostream &, AdviceInfo*, const char*, const std::string* = 0) const; }; class Or : public Binary { public: Or (Base *left, Base *right) : Binary (left, right) {} virtual void print (ostream&) const; virtual void gen_check (ostream &, AdviceInfo*, const char*, const std::string* = 0) const; }; class Not : public Base { Base *_arg; public: Not (Base *arg) : _arg (arg) {} virtual void print (ostream&) const; virtual void gen_check (ostream &, AdviceInfo*, const char*, const std::string* = 0) const; virtual void checks_for_that (TypeCheckSet &result) const { _arg->checks_for_that (result); } virtual void checks_for_target (TypeCheckSet &result) const { _arg->checks_for_target (result); } virtual void names_for_that (StringSet &names) const { _arg->names_for_that (names); } virtual void names_for_target (StringSet &names) const { _arg->names_for_target (names); } }; class NeededShortCircuitArg : public Base { int _index_of_needed_sc_arg; public: NeededShortCircuitArg (int index_of_needed_sc_arg) : _index_of_needed_sc_arg(index_of_needed_sc_arg) {} virtual void print (ostream&) const; virtual void gen_check (ostream &, AdviceInfo*, const char*, const std::string* = 0) const; }; Base *_cond; Condition (Base *cond) : _cond (cond) {} public: // create an unused condition Condition () : _cond (0) {} // delete a condition ~Condition () { // heap cleanup if (_cond) delete _cond; } // operator bool returns whether a condition is used operator bool () const { return _cond != 0; } // print the condition in a human readable way void print (ostream &out) { if (_cond) _cond->print (out); else out << "no condition"; } void gen_check (ostream &out, AdviceInfo* ai, const char *srcthis, const std::string* tjp_prefix) const { if (_cond) _cond->gen_check (out, ai, srcthis, tjp_prefix); else out << "true"; } // return the set of checks needed for 'that' and target void checks_for_that (TypeCheckSet &result) const { if (_cond) _cond->checks_for_that (result); } void checks_for_target (TypeCheckSet &result) const { if (_cond) _cond->checks_for_target (result); } // return the names of all 'that' and 'target' checks in this condition void names_for_that (StringSet &names) const { if (_cond) _cond->names_for_that (names); } void names_for_target (StringSet &names) const { if (_cond) _cond->names_for_target (names); } // create a 'that' condition, i.e. the current object is an instance // of a specific class that matches the argument of 'that' void that (ACM_Class *in_class, const string &mangled_check); // the target object is an instance of a specific class void target (ACM_Class *in_class, const string &mangled_check); // we are currently running in a control flow from ... void cflow (int index) { _cond = new CFlow (index); } // assgin a condition void assign (Condition &other) { _cond = other._cond; other._cond = 0; } // combine two conditions with && void op_and (Condition &other) { _cond = new And (_cond, other._cond); other._cond = 0; } // combine two conditions with || void op_or (Condition &other) { _cond = new Or (_cond, other._cond); other._cond = 0; } // check if a condition is *not* true void op_not () { _cond = new Not (_cond); } // Create condition that checks, whether a short-circuit argument, that // is needed by an args pointcut function, is available at runtime void needed_short_circuit_arg (int arg_index) { _cond = new NeededShortCircuitArg(arg_index); } void matches (const ACM_Class &cls_loc); }; inline ostream& operator<< (ostream& o, Condition &cond) { cond.print (o); return o; } #endif // __Condition_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangBinding.h0000644000000000000000000000007412740141200016433 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/ClangBinding.h0000644000175000001440000000632512740141200016623 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ClangBinding_h__ #define __ClangBinding_h__ // This module is needed to hook into the internal behavior of the Clang C++ // parser. Calls to a number of Sema::ActOn... functions are wrapped by means // of the linker option --wrap=. This method has a number restrictions: // - only works with gnu ld // - it does not work on MacOS X // - it only works if calls cannot be resolved by the compiler (an undefined // symbol references is needed by the linker) // All that wouldn't be need if the ActOn...-functions of clang::Sema were // virtual. We hope that this will be changed in the future. // The implementation hooks into calls from clang::Parser to clang::Sema::ActOn*, // cast the Sema-object reference to a ClangIntroSema-reference and calls the // respective ActOn...-function. For ClangIntroSema this looks like the execution // of a normal virtual function. // In order to call the original ActOn-function, ClangIntroSema functions call // Real..., which is provided by this module for all wrapped functions. Calling // the respective base class method is not possible here, because due to the // wrapping we would end up with an infinite loop. namespace clang { class Sema; class Scope; class Decl; } #include "clang/Basic/SourceLocation.h" // The following functions will be needed by the extended Sema class void RealActOnStartCXXMemberDeclarations (clang::Sema &that, clang::Scope *S, clang::Decl *TagDecl, clang::SourceLocation FinalLoc, bool IsFinalSpelledSealed, clang::SourceLocation LBraceLoc); #if FRONTEND_CLANG < 38 void RealActOnBaseSpecifiers (clang::Sema &that, clang::Decl *ClassDecl, clang::CXXBaseSpecifier **Bases, unsigned NumBases); #else void RealActOnBaseSpecifiers (clang::Sema &that, clang::Decl *ClassDecl, clang::MutableArrayRef Bases); #endif void RealActOnFinishCXXMemberSpecification (clang::Sema &that, clang::Scope* S, clang::SourceLocation RLoc, clang::Decl *TagDecl, clang::SourceLocation LBrac, clang::SourceLocation RBrac, clang::AttributeList *AttrList); void RealActOnEndOfTranslationUnit(clang::Sema &that); bool RealCanSkipFunctionBody(clang::Sema &that, clang::Decl *D); // if macro_recorder points to a WeaverBase instance, each token that is // return by clang::Preprocessor::Lex will also be passed to the recorder. class WeaverBase; extern WeaverBase *macro_recorder; #endif // __ClangBinding_h__ aspectc++/AspectC++/PaxHeaders.4702/Binding.cc0000644000000000000000000000007412740141200015624 xustar0030 atime=1468174988.112166425 30 ctime=1468174988.112166425 aspectc++/AspectC++/Binding.cc0000644000175000001440000000374612740141200016020 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "Binding.h" void Binding::clear () { _used = false; _this = 0; _target = 0; _args.reset (); _result = 0; } bool Binding::operator == (const Binding &other) const { if (!_used && !other._used) return true; if (_this != other._this || _target != other._target || _args.length () != other._args.length () || _result != other._result) return false; for (int i = 0; i < _args.length (); i++) { if (_args.lookup (i) != other._args.lookup (i)) return false; } return true; } int Binding::bound_to (ACM_Arg *arg) const { if (_used) { if (arg == _this) return BIND_THAT; else if (arg == _target) return BIND_TARGET; else if (arg == _result) return BIND_RESULT; else { for (int a = 0; a < _args.length (); a++) if (arg == _args.lookup (a)) return a; } } return BIND_NOT_FOUND; } aspectc++/AspectC++/PaxHeaders.4702/RepoXMLDoc.h0000644000000000000000000000007412740141200016030 xustar0030 atime=1468174988.293169401 30 ctime=1468174988.293169401 aspectc++/AspectC++/RepoXMLDoc.h0000644000175000001440000000463212740141200016217 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __RepoXMLDoc_h__ #define __RepoXMLDoc_h__ #include "RepoXMLNode.h" #include #include #include class RepoXMLDoc { xmlDocPtr _doc; int fd; public: RepoXMLDoc () : _doc (0) {} ~RepoXMLDoc () { if (!_doc) { // delete the DOM xmlFreeDoc (_doc); } } void create (const char *root_name) { _doc = xmlNewDoc((const xmlChar*)"1.0"); _doc->children = xmlNewDocNode(_doc, NULL, (const xmlChar*)root_name, NULL); } RepoXMLNode root () const { return _doc->children; } bool load_fd (int fd, const char *name) { _doc = xmlReadFd (fd, name, 0, XML_PARSE_NODICT | XML_PARSE_NOERROR | XML_PARSE_NOWARNING | XML_PARSE_NOBLANKS); return (_doc != 0); } bool load (const char *name) { _doc = xmlReadFile (name, 0, XML_PARSE_NODICT | XML_PARSE_NOERROR | XML_PARSE_NOWARNING | XML_PARSE_NOBLANKS); return (_doc != 0); } bool save_fd (int fd) { xmlSaveCtxtPtr ctx = xmlSaveToFd (fd, 0, XML_SAVE_FORMAT); if (xmlSaveDoc (ctx, _doc) == -1) return false; return (xmlSaveClose (ctx) != -1); } bool save (const char *name) { return (xmlSaveFormatFile (name, _doc, 1) != -1); } }; #endif // __RepoXMLDoc_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangAdjustedTypePrinter.h0000644000000000000000000000007412740141200021032 xustar0030 atime=1468174988.114166457 30 ctime=1468174988.114166457 aspectc++/AspectC++/ClangAdjustedTypePrinter.h0000644000175000001440000001602212740141200021215 0ustar00osusers00000000000000//===--- TypePrinter.cpp - Pretty-Print Clang Types -----------------------===// // // The LLVM Compiler Infrastructure // // This file is distributed under the University of Illinois Open Source // License. See LICENSE.TXT for details. // //===----------------------------------------------------------------------===// // // This contains code to print types from Clang's type system. // //===----------------------------------------------------------------------===// // Adjusted by AspectC++ to support printing of absolute types, printing of elaborated type specifier and removing of attributes. // The file TypePrinter.cpp was taken from clang version 3.6.2 and split into a header file and a file containing the implementations. // Changes are marked with //AC++. //AC++: added include guard: #ifndef __ClangAdjustedTypePrinter_h__ #define __ClangAdjustedTypePrinter_h__ #include "clang/AST/PrettyPrinter.h" #include "clang/AST/ASTContext.h" #include "clang/AST/Decl.h" #include "clang/AST/DeclObjC.h" #include "clang/AST/DeclTemplate.h" #include "clang/AST/Expr.h" #include "clang/AST/Type.h" #include "clang/Basic/LangOptions.h" #include "clang/Basic/SourceManager.h" #include "llvm/ADT/SmallString.h" #include "llvm/ADT/StringExtras.h" #include "llvm/Support/SaveAndRestore.h" #include "llvm/Support/raw_ostream.h" //AC++: commented out: using namespace clang; //AC++: commented out: namespace { //AC++: enum added: enum TriStateEnableFeature { TSEF_ENABLE = true, TSEF_DISABLE = false, TSEF_DONOTCHANGE = 2, }; //AC++: added "clang::" nested name specifier to every clang type /// \brief RAII object that enables printing of the ARC __strong lifetime /// qualifier. class IncludeStrongLifetimeRAII { clang::PrintingPolicy &Policy; bool Old; public: explicit IncludeStrongLifetimeRAII(clang::PrintingPolicy &Policy) : Policy(Policy), Old(Policy.SuppressStrongLifetime) { if (!Policy.SuppressLifetimeQualifiers) Policy.SuppressStrongLifetime = false; } ~IncludeStrongLifetimeRAII() { Policy.SuppressStrongLifetime = Old; } }; class ParamPolicyRAII { clang::PrintingPolicy &Policy; bool Old; public: explicit ParamPolicyRAII(clang::PrintingPolicy &Policy) : Policy(Policy), Old(Policy.SuppressSpecifiers) { Policy.SuppressSpecifiers = false; } ~ParamPolicyRAII() { Policy.SuppressSpecifiers = Old; } }; /*AC++: commented out: class ElaboratedTypePolicyRAII { clang::PrintingPolicy &Policy; bool SuppressTagKeyword; bool SuppressScope; public: explicit ElaboratedTypePolicyRAII(clang::PrintingPolicy &Policy) : Policy(Policy) { SuppressTagKeyword = Policy.SuppressTagKeyword; SuppressScope = Policy.SuppressScope; Policy.SuppressTagKeyword = true; Policy.SuppressScope = true; } ~ElaboratedTypePolicyRAII() { Policy.SuppressTagKeyword = SuppressTagKeyword; Policy.SuppressScope = SuppressScope; } }; */ //AC++: renamed TypePrinter to AdjustedTypePrinter class AdjustedTypePrinter { clang::PrintingPolicy Policy; bool HasEmptyPlaceHolder; bool InsideCCAttribute; //AC++: added members: TriStateEnableFeature absolute_qualified; bool keep_typedef; TriStateEnableFeature elaborated_keyword; bool remove_attributes; bool as_parameter_signature_type; const clang::ASTContext* ctx; public: //AC++: adjusted constructor: explicit AdjustedTypePrinter(const clang::PrintingPolicy &Policy, TriStateEnableFeature absolute_qualfied, bool keep_typedef, TriStateEnableFeature elaborated_keyword, bool remove_attributes, bool as_parameter_signature_type, const clang::ASTContext* ctx) : Policy(Policy), HasEmptyPlaceHolder(false), InsideCCAttribute(false), absolute_qualified(absolute_qualfied), keep_typedef(keep_typedef), elaborated_keyword(elaborated_keyword), remove_attributes(remove_attributes), as_parameter_signature_type(as_parameter_signature_type), ctx(ctx){ } //AC++: commented out: //explicit AdjustedTypePrinter(const PrintingPolicy &Policy) // : AdjustedTypePrinter(Policy, false, false) { } //AC++: added private: private: void print(const clang::Type *ty, clang::Qualifiers qs, clang::raw_ostream &OS, clang::StringRef PlaceHolder); //AC++: added public: public: void print(clang::QualType T, clang::raw_ostream &OS, clang::StringRef PlaceHolder); //AC++: added private: private: static bool canPrefixQualifiers(const clang::Type *T, bool &NeedARCStrongQualifier); void spaceBeforePlaceHolder(clang::raw_ostream &OS); void printTypeSpec(const clang::NamedDecl *D, clang::raw_ostream &OS); void printBefore(const clang::Type *ty, clang::Qualifiers qs, clang::raw_ostream &OS); void printBefore(clang::QualType T, clang::raw_ostream &OS); void printAfter(const clang::Type *ty, clang::Qualifiers qs, clang::raw_ostream &OS); void printAfter(clang::QualType T, clang::raw_ostream &OS); void AppendScope(clang::DeclContext *DC, clang::raw_ostream &OS); void printTag(clang::TagDecl *T, clang::raw_ostream &OS); #define ABSTRACT_TYPE(CLASS, PARENT) #define TYPE(CLASS, PARENT) \ void print##CLASS##Before(const clang::CLASS##Type *T, clang::raw_ostream &OS); \ void print##CLASS##After(const clang::CLASS##Type *T, clang::raw_ostream &OS); #include "clang/AST/TypeNodes.def" //AC++: added public: public: //AC++: added member functions. For more information see implementation. void adjusted_PrintTemplateArgumentList(clang::raw_ostream &OS, const clang::TemplateArgument *Args, unsigned NumArgs, /*AC++: commented out: const clang::PrintingPolicy &Policy,*/ bool SkipBrackets = false); void adjusted_TemplateArgument_print(const clang::TemplateArgument& temp_arg, /*AC++: commented out:const clang::PrintingPolicy &Policy,*/ clang::raw_ostream &Out); void adjusted_NamedDecl_printQualifiedName(const clang::NamedDecl* named_decl, clang::raw_ostream &OS /*AC++: removed:, const clang::PrintingPolicy &P*/); void adjusted_printIntegral(const clang::TemplateArgument &TemplArg, clang::raw_ostream &Out/*AC++: commented out: , const clang::PrintingPolicy& Policy*/); void adjusted_TemplateName_print(const clang::TemplateName& templ_name, clang::raw_ostream &OS/*AC++: commented out: , const PrintingPolicy &Policy, bool SuppressNNS*/); void adjusted_NestedNameSpecifier_print(const clang::NestedNameSpecifier* nns, clang::raw_ostream &OS/*AC++: commented out:, const PrintingPolicy &Policy*/); }; //AC++: continuation in ClangAdjustedTypePrinter.cc //AC++: Added include guard: #endif // __ClangAdjustedTypePrinter_h__ aspectc++/AspectC++/PaxHeaders.4702/ACProject.cc0000644000000000000000000000007412740141200016064 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/ACProject.cc0000644000175000001440000005421012740141200016250 0ustar00osusers00000000000000#include "ACProject.h" #include "ACConfig.h" #include "Puma/SysCall.h" using namespace Puma; #ifdef FRONTEND_CLANG #include "llvm/Support/Host.h" #include "clang/Basic/Version.h" #include "clang/Basic/TargetInfo.h" #include "clang/Frontend/CompilerInstance.h" #include "clang/Frontend/TextDiagnosticPrinter.h" #include "clang/Rewrite/Core/Rewriter.h" // for diagnostics #include "ClangTransformInfo.h" #include "IntroductionUnit.h" using namespace clang; #endif #include #include #include #ifdef FRONTEND_CLANG ACProject::ACProject (ACErrorStream &err, int &argc, char **&argv) : PathManager (err), _ci (0), _puma_config (err) { if (!_puma_config.CustomSystemConfigFile (argc, argv)) _puma_config.Read (); // read global config file, e.g. $PUMA_CONFIG _puma_config.Read (argc, argv); // read command line config arguments // read command line arguments config ().Add ("-D", "__acweaving", ""); // only defined during weaving phase // configure path manager configure (_puma_config); } #else ACProject::ACProject (ACErrorStream &err, int &argc, char **&argv) : CProject (err, argc, argv) { config ().Add ("-D", "__acweaving", ""); // only defined during weaving phase } #endif #ifdef FRONTEND_CLANG ACProject::~ACProject() { delete _ci; } #endif void ACProject::addFiles (xmlDocPtr doc, xmlNodePtr node, const string& xpath) { xmlXPathContextPtr m_Context = xmlXPathNewContext(doc); xmlXPathCompExprPtr m_Expr = xmlXPathCompile((const xmlChar*)xpath.c_str());; xmlXPathObjectPtr m_Result = 0; if( m_Context != 0 && m_Expr != 0 ) { m_Result = xmlXPathCompiledEval(m_Expr,m_Context); if( m_Result != 0 && m_Result->nodesetval != 0 ) { for( int i=0; inodesetval->nodeNr; ++i ) { xmlChar* path = xmlGetProp(m_Result->nodesetval->nodeTab[i], (xmlChar*)"path"); xmlChar* relpath = xmlGetProp(m_Result->nodesetval->nodeTab[i], (xmlChar*)"relpath"); if (path) { string destname; if (numPaths () && dest (0)) { // make the destination path destname = dest (0); char last = destname[destname.length () - 1]; if (last != '/' && last != '\\') destname += '/'; #ifdef WIN32 SysCall::MakeUnixPath ((char*)relpath); #endif destname += (const char*)relpath; } else destname = ""; // add the file to the project PathManager::addFile ((const char*)path, destname.c_str ()); } else { assert (false); } if (path != 0) xmlFree(path); if (relpath != 0) xmlFree(relpath); } xmlXPathFreeObject(m_Result); } } if( m_Context ) xmlXPathFreeContext(m_Context); if( m_Expr ) xmlXPathFreeCompExpr(m_Expr); } // Add a new *virtual* file to the project. ACFileID ACProject::addVirtualFile (const string &filename, const string &contents) { #ifdef FRONTEND_PUMA Unit *unit = Project::addFile (Filename (filename.c_str()), ""); if (contents != "") { CScanner scanner (err ()); scanner.fill_unit (contents.c_str (), *unit); } _virtual_files.insert(unit); return unit; #else // Create the ac_gen file to keep clang-based phase1 from crashing. // FIXME: Hack // fclose (fopen (filename.c_str (), "w+")); clang::FileManager &fm = _ci->getFileManager (); const clang::FileEntry *fe = fm.getVirtualFile (filename, 0, 0); _ci->getSourceManager().overrideFileContents(fe, llvm::MemoryBuffer::getMemBufferCopy(contents)); _virtual_files.insert(ACFileID(fe)); return fe; #endif } // Remove a virtual file void ACProject::removeVirtualFile (ACFileID fid) { string filename = fid.name(); #ifdef FRONTEND_CLANG // Remove the ac_gen file again. // FIXME: Hack // remove (filename.c_str ()); close (fid); #else close (filename.c_str (), true); #endif } bool ACProject::loadProject (string acprj) { //std::cout << "try to find project" << std::endl; if( acprj.empty() == false ) { //std::cout << "proj file " << acprj << std::endl; xmlDocPtr doc = xmlParseFile(acprj.c_str()); if( doc != 0 ) { xmlNodePtr root = xmlDocGetRootElement(doc); if( root != 0 ) { addFiles(doc,root,"/project/source/file"); addFiles(doc,root,"/project/aspect/file[@active='true']"); return true; } } } return false; } #ifdef FRONTEND_CLANG class Diag : public TextDiagnosticPrinter { string _msg; llvm::raw_string_ostream _str_stream; llvm::raw_ostream &_orig_stream; public: Diag(raw_ostream &os, DiagnosticOptions *diags) : TextDiagnosticPrinter(_str_stream, diags), _str_stream(_msg), _orig_stream (os) {} void HandleDiagnostic (DiagnosticsEngine::Level DiagLevel, const Diagnostic &Info) { // call Clang's HandleDiagnostic function. Output will be written into _msg. TextDiagnosticPrinter::HandleDiagnostic(DiagLevel, Info); // search for in _msg and replace it with a proper filename for (unsigned pos = 0; pos < _msg.size(); pos++) { if (_msg.substr(pos, 7) == "intro(); TI_ClassSlice *slice = 0; if(intro->has_named_slice()) slice = TI_ClassSlice::of(*intro->get_named_slice()); else slice = TI_ClassSlice::of(*intro->get_anon_slice()); // generate the new file and line information if (unit->is_members_intro()) { const TI_ClassSlice::SliceBody &body = slice->get_tokens(); _orig_stream << body.file.name() << ":" << body.line + (line - 1) << ":"; } else if (unit->is_base_intro()) { const TI_ClassSlice::SliceBody &body = slice->get_base_tokens(); _orig_stream << body.file.name() << ":" << body.line + (line - 1) << ":"; } else if (unit->non_inline_member_no() >= 0) { int no = unit->non_inline_member_no(); const TI_ClassSlice::SliceBody &body = slice->non_inline_members()[no]; _orig_stream << body.file.name() << ":" << body.line + (line - 1) << ":"; } else _orig_stream << ":1:"; continue; } _orig_stream << _msg[pos]; } _msg.clear(); } }; void ACProject::create_compiler_instance (ACConfig &conf) { std::list StringBuf; SmallVector Args; Args.push_back("-fsyntax-only"); // Just a dummy action. // TODO: this hard-coded stuff should be replaced by a mechanism that // fetches these settings from the command line Args.push_back("-disable-free"); Args.push_back("-fcxx-exceptions"); Args.push_back("-fexceptions"); Args.push_back("-pic-level"); Args.push_back("2"); Args.push_back("-ftemplate-depth"); Args.push_back("65536"); Args.push_back("-fblocks"); // Translate Puma's built-in config file into clang arguments. // Puma already sorts the options and gives system options a lower // priority than user-provided options. Config &c = _puma_config; // Start with all system options that are not include paths for (unsigned i = 0; i < c.Options (); i++) { const ConfOption *o = c.Option (i); const char *Name = o->Name(); // For things like --isystem. if (strncmp(Name, "--i", 3) == 0) Name += 1; // Skip first '-'. if (!strcmp(Name, "-D")) { // Enable C++11 support if __cplusplus is defined an has the value "201103L" if (strcmp (o->Argument(0), "__cplusplus") == 0) { if (strcmp (o->Argument(1), "201103L") == 0) // is it C++11? Args.push_back("-std=c++11"); else if (strcmp (o->Argument(1), "201300L") == 0 || strcmp (o->Argument(1), "201402L") == 0) // is it C++14? #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) Args.push_back("-std=c++1y"); #else Args.push_back("-std=c++14"); #endif continue; // no need to copy this macro, clang defines it anyway } // Disable definition of macros that Clang will define anyway -- even with "UsePredefines = false". if (strcmp (o->Argument(0), "__STDC__") == 0 || strcmp (o->Argument(0), "__STDC_HOSTED__") == 0 || strcmp (o->Argument(0), "__STDC_VERSION__") == 0 || strcmp (o->Argument(0), "__STDC_UTF_16__") == 0 || strcmp (o->Argument(0), "__STDC_UTF_32__") == 0 || strcmp (o->Argument(0), "__has_include(STR)") == 0 || strcmp (o->Argument(0), "__has_include_next(STR)") == 0) continue; // Don't define the __puma macro when Clang parses the code if (strcmp (o->Argument(0), "__puma") == 0) continue; // otherwise define the macro from the config file/command line in Clang Args.push_back(Name); StringBuf.push_back(o->Argument(0) + std::string("=") + o->Argument (1)); Args.push_back(StringBuf.back().c_str()); } else if (!strcmp(Name,"--target")) { Args.push_back("-triple"); Args.push_back(o->Argument(0)); } // Pass macro definitions and include paths to clang. Everything else is // Puma-specific and dropped. if ((strncmp(Name, "-I", 2) && strncmp(Name, "-i", 2))) continue; Args.push_back(Name); for (unsigned j = 0; j < o->Arguments (); j++) Args.push_back(o->Argument (j)); } // Add the main TU. Args.push_back("-x"); Args.push_back("c++"); Args.push_back(conf.file_in()); // Now create a -cc1 invocation out of the config. CompilerInstance *new_ci = new CompilerInstance; #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) new_ci->createDiagnostics(); OwningPtr CI(new CompilerInvocation); CompilerInvocation::CreateFromArgs( *CI, Args.data(), Args.data() + Args.size(), new_ci->getDiagnostics()); new_ci->setInvocation(CI.take()); #else // C++ 11 interface new_ci->createDiagnostics(new Diag(llvm::errs(), &new_ci->getDiagnosticOpts())); CompilerInvocation *CI = new CompilerInvocation; CompilerInvocation::CreateFromArgs( *CI, Args.data(), Args.data() + Args.size(), new_ci->getDiagnostics()); new_ci->setInvocation(CI); #endif // Create the diagnostics engine // Note: it is important to do this *after* calling 'setInvocation', because otherwise // the diagnostics options are uninitialized / all false new_ci->createDiagnostics(new Diag(llvm::errs(), &new_ci->getDiagnosticOpts())); // Create vital components. if (_ci) { new_ci->setFileManager (&_ci->getFileManager ()); // reference in _ci must be set to 0 later! // forced includes shall not be modified new_ci->getInvocation ().getPreprocessorOpts ().Includes = _ci->getInvocation ().getPreprocessorOpts ().Includes; } else new_ci->createFileManager(); new_ci->createSourceManager(new_ci->getFileManager()); #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) new_ci->setTarget(clang::TargetInfo::CreateTargetInfo(new_ci->getDiagnostics(), &new_ci->getTargetOpts())); #else // C++ 11 interface // new_ci->setTarget(clang::TargetInfo::CreateTargetInfo(new_ci->getDiagnostics(), // &new_ci->getTargetOpts())); const std::shared_ptr targetOptions = std::make_shared(new_ci->getTargetOpts()); // targetOptions->Triple = llvm::sys::getDefaultTargetTriple(); clang::TargetInfo *pTargetInfo = clang::TargetInfo::CreateTargetInfo(new_ci->getDiagnostics(), targetOptions); new_ci->setTarget (pTargetInfo); #endif new_ci->getPreprocessorOpts().UsePredefines = false; if (_ci) { // refreshing compiler instance clang::SourceManager &new_SM = new_ci->getSourceManager (); clang::SourceManager &SM = _ci->getSourceManager (); for (clang::SourceManager::fileinfo_iterator fi = SM.fileinfo_begin(), fe = SM.fileinfo_end(); fi != fe; ++fi) { const clang::FileEntry *file_entry = fi->first; if (_closed_files.find (ACFileID (file_entry)) == _closed_files.end ()) { if (SM.isFileOverridden(file_entry) && !new_SM.isFileOverridden(file_entry)) { // save changes in 'file_entry->getName ()' in the new source manager const llvm::MemoryBuffer *buf = fi->second->getRawBuffer(); #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) llvm::MemoryBuffer *bcopy = llvm::MemoryBuffer::getMemBufferCopy( buf->getBuffer(), buf->getBufferIdentifier()); new_SM.overrideFileContents(fi->first, bcopy); #else // C++ 11 interface std::unique_ptr bcopy (llvm::MemoryBuffer::getMemBufferCopy( buf->getBuffer(), buf->getBufferIdentifier())); new_SM.overrideFileContents(fi->first, std::move(bcopy)); #endif } } } _closed_files.clear (); string main_file = SM.getFileEntryForID (SM.getMainFileID ())->getName (); new_ci->InitializeSourceManager(clang::FrontendInputFile(main_file, clang::IK_CXX)); _ci->setFileManager (0); } // store the new compiler instance, potentially replacing an old one delete _ci; _ci = new_ci; } #endif // Add a forced include to the front end void ACProject::add_forced_include (const string &file) { Filename incname; if (!SysCall::canonical (Filename(file.c_str()), incname)) return; // error, shouldn't happen #ifdef FRONTEND_PUMA config ().Add ("--include", incname.name ()); #else std::vector &incs = _ci->getInvocation ().getPreprocessorOpts ().Includes; incs.push_back (incname.name ()); #endif } //Remove a forced include from the front end void ACProject::remove_forced_include (const string &file) { Filename incname; if (!SysCall::canonical (Filename(file.c_str()), incname)) return; // error, shouldn't happen #ifdef FRONTEND_PUMA for (unsigned int i = 0; i < config ().Options (); i++) { const ConfOption *o = config().Option (i); if (string (o->Name ()) != "--include" || o->Arguments () != 1) continue; if (string(incname.name()) == o->Argument (0)) { config().Remove (o); break; } } #else vector &incs = _ci->getInvocation ().getPreprocessorOpts ().Includes; for (vector::iterator i = incs.begin (); i != incs.end (); ++i) { if (string(incname.name()) == *i) { incs.erase (i); break; } } #endif } // Remove all forced includes void ACProject::remove_forced_includes () { #ifdef FRONTEND_PUMA list delete_opts; for (unsigned int i = 0; i < config ().Options (); i++) { const ConfOption *o = config().Option (i); if (string (o->Name ()) != "--include" || o->Arguments () != 1) continue; delete_opts.push_back (o); } for (list::iterator i = delete_opts.begin (); i != delete_opts.end (); ++i) config().Remove(*i); #else _ci->getInvocation ().getPreprocessorOpts ().Includes.clear (); #endif } // Get the list of forced includes from the front end as a vector of filenames void ACProject::get_forced_includes (vector &forced_includes) { #ifdef FRONTEND_PUMA forced_includes.clear (); for (unsigned int i = 0; i < config ().Options (); i++) { const ConfOption *o = config().Option (i); if (string (o->Name ()) != "--include" || o->Arguments () != 1) continue; forced_includes.push_back (o->Argument (0)); } #else forced_includes = _ci->getInvocation ().getPreprocessorOpts ().Includes; #endif } Puma::Filename ACProject::getRelInclString (Puma::Filename from, Puma::Filename to) { // start be calculating absolute canonical paths for 'to' Filename to_abs; if (!SysCall::canonical (to, to_abs)) return to; // cout << "to: " << to_abs.name() << endl; // cout << "from: " << from_abs.name() << endl; // as a first strategy try to find an include path relative to a // search path (-I option) for (unsigned i = config ().Options (); i > 0; i--) { const ConfOption *o = config ().Option (i-1); if (! strcmp (o->Name (), "-I")) { if (! o->Arguments ()) continue; Filename canon_inc_dir; if (!SysCall::canonical (o->Argument (0), canon_inc_dir)) continue; int len = strlen (canon_inc_dir.name ()); if (strncmp (canon_inc_dir.name (), to_abs.name (), len) == 0) if (*(to_abs.name () + len) == '/') return to_abs.name () + len + 1; } } // alternatively generate a path from 'from' to 'to'. Filename from_abs; if (!SysCall::canonical (from, from_abs)) return to_abs; // first find the point where the two absolute paths differ, e.g. // "/foo/bar/abcdef/file.h" // "/foo/bar/abcxyz/uvw/inc.cc" // ^-- differ here: last_delim_to const char *from_pos = from_abs.name(); const char *to_pos = to_abs.name(); const char *last_delim_to = 0; while (*from_pos == *to_pos && *from_pos != '\0' && *to_pos != '\0') { if (*from_pos == '/') last_delim_to = to_pos; from_pos++; to_pos++; } last_delim_to++; // now count the number of remaining delimiters in the 'from' path string buffer; while (*from_pos != '\0') { if (*from_pos == '/') buffer += "../"; from_pos++; } buffer += last_delim_to; // cout << "result: " << buffer << endl; return Puma::Filename(buffer.c_str()); } #ifdef FRONTEND_CLANG bool ACProject::isNewer (const char *file) const { FileInfo fileinfo; if (! SysCall::stat (file, fileinfo)) return false; // File does not exists. long last_modified = fileinfo.modi_time (); // determine the destination path of the file ProjectFile::MapConstIter iter; if (!PathManager::isBelow (file, iter)) { assert (false); // if we came here, the file should be registered return false; } ProjectFile &project_file = (ProjectFile&)iter->second; Filename dest = project_file.dest (); if (!dest.is_defined ()) { // determine the destination path std::ostringstream path; if (!getDestinationPath (file, path)) return false; string dest_path = path.str (); project_file.dest (dest_path.c_str ()); dest = project_file.dest (); } bool newer = true; if (SysCall::stat (dest.name (), fileinfo)) if (last_modified <= fileinfo.modi_time ()) newer = false; return newer; } // Save all files that have been opened void ACProject::save () const { clang::SourceManager &SM = _ci->getSourceManager(); for (clang::SourceManager::fileinfo_iterator fi = SM.fileinfo_begin(), fe = SM.fileinfo_end(); fi != fe; ++fi) { const clang::FileEntry *file_entry = fi->first; if (_closed_files.find(ACFileID(file_entry)) == _closed_files.end()) save (file_entry, SM.isFileOverridden (file_entry)); } } bool ACProject::is_protected (clang::FileEntry *file_entry) { // TODO: implement this function return false; } bool ACProject::make_dir_hierarchy (Filename path) const { // Remember where we are. char cwd[PATH_MAX]; if (SysCall::getcwd (cwd, PATH_MAX, &err ()) == 0) return false; // Change into the directory and create every missing one char *path_copy = StrCol::dup (path.name ()); char *p = path_copy; // TODO: here is a problem with different drives on Windows!!! if (path.is_absolute ()) { SysCall::chdir (path.root (), &err ()); p += strlen (path.root ()); } char *curr = p; while (*p != '\0') { if (*p == '/') { *p = '\0'; if (strlen (curr) && ! make_dir (curr)) { delete[] path_copy; return false; } curr = p + 1; } p++; } delete[] path_copy; // Go back SysCall::chdir (cwd, &err ()); return true; } bool ACProject::make_dir (const char *directory) const { while (!SysCall::chdir (directory)) if (! SysCall::mkdir (directory, &err ())) { err () << sev_error << "unable to create directory \"" << directory << "\"." << endMessage; return false; } return true; } // save an opened file to its destination void ACProject::save (const clang::FileEntry *file_entry, bool is_modified) const { clang::SourceManager &SM = _ci->getSourceManager(); const char *name = file_entry->getName (); assert (name); // Do not write files to protected paths or files from outside the // source directories. if (isProtected (name)) return; // determine the destination path of the file ProjectFile::MapConstIter iter; if (!PathManager::isBelow (name, iter)) { assert (false); // if we came here, the file should be registered return; } ProjectFile &project_file = (ProjectFile&)iter->second; Filename dest = project_file.dest (); if (!dest.is_defined ()) { // determine the destination path std::ostringstream path; if (!getDestinationPath (name, path)) return; string dest_path = path.str (); project_file.dest (dest_path.c_str ()); dest = project_file.dest (); } // make sure that the directory for the file exists if (!make_dir_hierarchy (dest)) return; // Check whether the file has to be updated. if (isNewer(name) || is_modified) { // Write the file to disk. char *file = (char*)dest.name (); ofstream out (file, ios::out); const llvm::MemoryBuffer *mb = SM.getMemoryBufferForFile (file_entry); out << mb->getBufferStart (); } } #endif aspectc++/AspectC++/PaxHeaders.4702/PointCut.cc0000644000000000000000000000007412740141200016017 xustar0030 atime=1468174988.114166457 30 ctime=1468174988.114166457 aspectc++/AspectC++/PointCut.cc0000644000175000001440000000424412740141200016205 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA /* $Id: PointCut.cc,v 1.6 2004/01/15 13:20:04 olaf.spinczyk Exp $ */ #include "PointCut.h" using namespace Puma; PointCut::PointCut() { _type = PCT_UNKNOWN; // _contents = (pccontents)0; } PointCut::~PointCut () { for (list::iterator iter = _cflow_triggers.begin (); iter != _cflow_triggers.end (); ++iter) delete *iter; } void PointCut::cflow_triggers(PointCut &pc) { PointCut *triggers = new PointCut(); *triggers = pc; _cflow_triggers.push_back (triggers); } const list &PointCut::cflow_triggers() { return _cflow_triggers; } PointCut& PointCut::operator = (const PointCut& pc) { clear (); _type = pc.type (); // _contents = pc.contents (); return (PointCut&)(*this += pc); } PointCut::iterator PointCut::find (ACM_Any *jpl) { iterator iter = begin (); while (iter != end () && (*iter).location () != jpl) ++iter; return iter; } ostream& operator<< (ostream& o, PointCut& p) { for (const ListElement* e = p.first(); e; e = p.next(e)) { JoinPoint& jp = ((JoinPoint&)*e); o << jp; } return o; } aspectc++/AspectC++/PaxHeaders.4702/Weaver.cc0000644000000000000000000000007412740141200015503 xustar0030 atime=1468174988.294169418 30 ctime=1468174988.295169434 aspectc++/AspectC++/Weaver.cc0000644000175000001440000006172112740141200015674 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA // C++ includes #include #include #include using namespace std; #include #include #include #include #ifdef _MSC_VER #include #else #include // for access()! #endif // _MSC_VER // AspectC++ includes #include "Weaver.h" #include "ACConfig.h" #include "ACFileID.h" #include "Transformer.h" #ifdef FRONTEND_PUMA #include "ACUnit.h" #endif #include "IncludeExpander.h" #include "ClangIncludeExpander.h" #include "Repository.h" #include "Naming.h" #include "NamespaceAC.h" #include "ACModel/XmlModelReader.h" #include "PointCutExprParser.h" #include "PointCutSearcher.h" #include "PointCutContext.h" // PUMA includes #include "Puma/VerboseMgr.h" #include "Puma/SysCall.h" #ifdef FRONTEND_PUMA #include "Puma/CProject.h" #include "Puma/ErrorStream.h" #include "Puma/FileUnit.h" #include "Puma/CScanner.h" #include "Puma/PreParser.h" #include "Puma/CPrintVisitor.h" #endif // Some macro-like functions that define the application name and version #include "version.h" using namespace Puma; Weaver::Weaver (ACProject& project, ACConfig &conf) : _project (project), _conf (conf), _line_mgr (err (), _conf) { } #ifdef FRONTEND_CLANG // helper function for checking whether the current line is a #line directive static bool is_line_dir (const char *start, const char *eof) { const char *i = start; // skip whitespace at the beginning of the line while (isspace (*i) && i < eof) i++; if (!(i < eof && *i == '#')) return false; // skip whitespace again while (isspace (*i) && i < eof) i++; if (isdigit(*i) || (strncmp(i+1, "line ", 5) == 0)) return true; return false; } // Token line number handling works different in the clang configuration. If #line directives // are not generated (as in the Puma configuration), the line numbers in the project model and // the joinpoint-API are wrong, because Phase 1 transformations will affect the loctions. // To avoid this effect, the --no_line option has to be implemented at the end of all // transformations steps (here) by removing all #line directives from the code instead of // not generating the in the first place. string update_line_directives_clang (llvm::StringRef buf, const char *filename, LineDirectiveMgr &line_mgr) { std::ostringstream os; unsigned lineno = 1; bool start_of_line = true; for (const char *i = buf.begin(), *e = buf.end(); i < e; ++i) { // check for \s*#\s*(line|[0-9]) if (start_of_line && is_line_dir (i, e)) { bool skip_line = false; if (line_mgr.noline ()) { skip_line = true; } else { const char *p = strchr(i, '#'); // note: 'i' remains were it was (beginning of line if (strncmp(p+1, "line ", 5) == 0) { p = i + 6; // Skip over the line number. while (isspace(*p) || isdigit(*p)) ++p; // Replace " shall be removed from output if (strncmp (p, "\"\"", 12) == 0) skip_line = true; else if (strncmp (p, "\"= sev_error) return; if (!_conf.expr().empty()) { match_expr_in_repo (vm); return; } bool header_changed = false; if (_conf.iterate ()) { vm << "Simple Dependency Check" << endvm; PathIterator dep_iter (".*\\.a?h$"); vm++; while (_project.iterate (dep_iter)) { if (_project.isNewer (dep_iter.file ())) { header_changed = true; vm << "new or modified: " << dep_iter.file() << endvm; } } vm--; } // set of manipulated (and saved) units set h_units; set cc_units; string aspect_includes; string aspect_fwd_decls; if (!_conf.iterate () && !_conf.ifiles () && _conf.file_in ()) { #ifdef FRONTEND_CLANG _project.create_compiler_instance (_conf); #endif Transformer transformer (vm, err (), _project, repo, _conf, _line_mgr); // Transform a single translation unit ACFileID fid = translate (vm, _conf.file_in (), transformer); // remember this unit if (fid.is_valid()) cc_units.insert (fid); // remember the aspect includes and forward declarations // aspect_includes = transformer.aspect_includes (); _aspect_include_clusters = transformer.aspect_include_clusters(); aspect_fwd_decls = transformer.aspect_fwd_decls (); // break in case of errors if (err ().severity () >= sev_error) return; } else if (_conf.iterate ()) { // Transform all translation units in the project directory tree stringstream extpat; extpat << ".*\\." << _conf.extension () << "$"; bool first = true; PathIterator iter (extpat.str ().data ()); while (_project.iterate (iter)) { if (!(_project.isNewer (iter.file ()) || header_changed)) { continue; } #ifdef FRONTEND_CLANG _project.create_compiler_instance (_conf); #endif // it seems that creating the transformer for every file is essential // to avoid very strange parse errors! Transformer transformer (vm, err (), _project, repo, _conf, _line_mgr); ACFileID fid = translate (vm, iter.file (), transformer); // remember that we need this file if (fid.is_valid()) cc_units.insert (fid); // remember the aspect units for inclusion and their forward declarations if (first) { // aspect_includes = transformer.aspect_includes (); _aspect_include_clusters = transformer.aspect_include_clusters(); aspect_fwd_decls = transformer.aspect_fwd_decls (); first = false; } #ifdef FRONTEND_CLANG clang::SourceManager &SM = _project.get_compiler_instance ()->getSourceManager(); for (clang::SourceManager::fileinfo_iterator fi = SM.fileinfo_begin(), fe = SM.fileinfo_end(); fi != fe; ++fi) { const clang::FileEntry *file_entry = fi->first; if (cc_units.find (ACFileID (file_entry)) == cc_units.end ()) { SM.disableFileContentsOverride (file_entry); _project.close (file_entry); } } #else // discard changes in header files UnitManager::UMap &umap = _project.unitManager ().getTable (); for (UnitManager::UMapIter iter = umap.begin (); iter != umap.end (); ++iter) { Unit *curr = (*iter).second; if (cc_units.find (curr) == cc_units.end ()) _project.close (curr->name (), true, false); } _project.unitManager ().discardNonames (); #endif // break in case of errors if (err ().severity () >= sev_error) return; } } if (_conf.ifiles () || header_changed) { vm << "Handling include files" << endvm; vm++; #ifdef FRONTEND_CLANG _project.create_compiler_instance (_conf); #endif stringstream str; str << "// This file is generated by AspectC++ \n\n"; PathIterator h_iter (".*\\.h$"); str << "#ifndef __ac_have_predefined_includes__\n" "/*** begin of includes ***/" << endl; while (_project.iterate (h_iter)) { Filename incname = _project.getRelInclString (_conf.file_in (), h_iter.file ()); str << "#include \"" << incname << "\"" << endl; } str << "/*** end of includes ***/\n#endif" << endl; ACFileID vfid = _project.addVirtualFile(_conf.file_in (), str.str ()); Transformer transformer (vm, err (), _project, repo, _conf, _line_mgr); translate (vm, _conf.file_in (), transformer); // remember the aspect units for inclusion and forward declarations // aspect_includes = transformer.aspect_includes (); _aspect_include_clusters = transformer.aspect_include_clusters(); aspect_fwd_decls = transformer.aspect_fwd_decls (); // add header files to the list of manipulated units h_units.clear (); for (set::iterator tf_iter = transformer.touched_files ().begin (); tf_iter != transformer.touched_files ().end (); ++tf_iter) { if (ACFileID(*tf_iter) != vfid && _project.isBelow ((*tf_iter).name ().c_str ()) && cc_units.find (ACFileID (*tf_iter)) == cc_units.end ()) h_units.insert (*tf_iter); } // discard the generated translation unit _project.removeVirtualFile(vfid); vm--; } // break in case of errors if (err ().severity () >= sev_error) return; #ifdef FRONTEND_CLANG // this make sure all closed file will no longer be seen _project.create_compiler_instance (_conf); #endif vm << "Inserting unit pro- and epilogues" << endvm; insert_aspect_includes (vm, cc_units, h_units, aspect_includes, aspect_fwd_decls); vm << "Updating #line directives of generated code fragments" << endvm; update_line_directives (cc_units, h_units); #ifdef FRONTEND_CLANG // this make sure all closed file will no longer be seen _project.create_compiler_instance (_conf); #endif if (_conf.nosave ()) { vm << "Don't save" << endvm; } else { vm << "Saving" << endvm; vm++; if (_project.numPaths () > 0 && _project.dest (0L)) { vm << "Project tree" << endvm; #if 0 // discard the generated cc file if only headers should be produced if ((_conf.ifiles ())) _project.close (_conf.file_in (), true); #endif // 0 _project.save (); } if (_conf.file_out ()) { // expand project includes vm << "Expanding project includes" << endvm; #ifdef FRONTEND_PUMA IncludeExpander ie (err (), _project, _line_mgr); ie.expand (_conf.file_in ()); #else ClangIncludeExpander cie (err (), _project, _line_mgr); std::ostringstream buf; cie.expand(buf); #endif // update generated #line " directives for debuggers vm << "Fixing #line directives" << endvm; #ifdef FRONTEND_PUMA update_line_directives (&(ie.unit ()), _conf.file_out ()); #else string code = update_line_directives_clang (buf.str(), _conf.file_out (), _line_mgr); #endif // now save vm << "Path \"" << _conf.file_out () << "\"" << endvm; ofstream out (_conf.file_out (), ios::out|ios::binary); if (out.is_open ()) { #ifdef FRONTEND_PUMA out << ie.unit (); #else out << code; #endif } else err () << sev_error << "can't open file \"" << _conf.file_out () << "\"" << endMessage; } if (use_old_repo && repo.initialized ()) { // vm << "Saving project repository" << endvm; repo.save (err ()); } vm--; } vm << "Done" << endvm; } // update #line directives in all project files void Weaver::update_line_directives (set &cc_units, set &h_units) { for (set::iterator iter = cc_units.begin (); iter != cc_units.end (); ++iter) { ostringstream out; if (_project.getDestinationPath ((*iter).name ().c_str (), out)) { update_line_directives (*iter, out.str ().c_str ()); } } for (set::iterator iter = h_units.begin (); iter != h_units.end (); ++iter) { ostringstream out; if (_project.getDestinationPath ((*iter).name ().c_str (), out)) { update_line_directives (*iter, out.str ().c_str ()); } } } // insert a pro- and epilogue into all saved units to make sure that in // any case the relevant aspect headers will be defined void Weaver::insert_aspect_includes (VerboseMgr &vm, set &cc_units, set &h_units, const string &aspect_includes, const string &aspect_fwd_decls) { vm++; for (set::iterator iter = cc_units.begin (); iter != cc_units.end (); ++iter) { vm << "Manipulating translation unit file " << (*iter).name () << endvm; // insert_aspect_includes (vm, *iter, false, aspect_includes, aspect_fwd_decls); insert_aspect_includes (vm, *iter, false, gen_aspect_includes(*iter), aspect_fwd_decls); } for (set::iterator iter = h_units.begin (); iter != h_units.end (); ++iter) { vm << "Manipulating header file " << (*iter).name () << endvm; // insert_aspect_includes (vm, *iter, true, aspect_includes, aspect_fwd_decls); insert_aspect_includes (vm, *iter, true, gen_aspect_includes(*iter), aspect_fwd_decls); } vm--; } void Weaver::insert_aspect_includes (VerboseMgr &vm, ACFileID fid, bool header, const string &aspect_includes, const string &aspect_fwd_decls) { #ifdef FRONTEND_PUMA Unit *u = (Unit*)fid.file_entry (); // TODO: what about 'const' here? assert (u->isFile ()); FileUnit *unit = (FileUnit*)u; ListElement *file_first = (ListElement*)unit->first (); ListElement *file_last = (ListElement*)unit->last (); if (!file_first) { // file is empty vm++; vm << "File is empty" << endvm; vm--; return; } assert (file_last); // create the file prologue ACUnit prologue (err ()); ACUnit epilogue (err ()); prologue.name (""); epilogue.name (""); #else clang::SourceManager &SM = _project.get_compiler_instance ()->getSourceManager (); const llvm::MemoryBuffer *mb = SM.getMemoryBufferForFile (fid.file_entry()); if (mb->getBuffer () == "") { // file is empty vm++; vm << "File is empty" << endvm; vm--; return; } ostringstream prologue; ostringstream epilogue; #endif // FRONTEND_PUMA // determine the name of the ac_FIRST... macro string first_macro = "__ac_FIRST_"; first_macro += _conf.project_id (); // generate the preprocessor directives prologue << "#ifndef " << first_macro.c_str () << endl; prologue << "#define " << first_macro.c_str () << endl; prologue << "#define __ac_FIRST_FILE_"; Naming::mangle_file (prologue, fid); prologue << endl; prologue << "#ifndef __ac_have_predefined_includes__" << endl; prologue << "#define __ac_have_predefined_includes__" << endl; prologue << "#endif // __ac_have_predefined_includes__" << endl; // insert AC only in header files, in cc files is has already been done if (header) { prologue << NamespaceAC::def( _conf ); prologue << aspect_fwd_decls; } prologue << "#endif // " << first_macro.c_str () << endl; epilogue << endl << "#ifdef __ac_FIRST_FILE_"; Naming::mangle_file (epilogue, fid); epilogue << endl; epilogue << aspect_includes; epilogue << "#undef " << first_macro.c_str () << endl; epilogue << "#undef __ac_FIRST_FILE_"; Naming::mangle_file (epilogue, fid); epilogue << endl; epilogue << "#endif // __ac_FIRST_FILE_"; Naming::mangle_file (epilogue, fid); epilogue << endl; #ifdef FRONTEND_PUMA prologue << endu; unit->move_before (file_first, prologue); // insert a #line directive at this point _line_mgr.insert (unit, PumaToken ((Token*)file_first)); epilogue << endu; // insert a #line directive at this point _line_mgr.insert (&epilogue, PumaToken ((Token*)epilogue.first ())); unit->move (file_last, epilogue); #else string new_stuff = prologue.str (); new_stuff += mb->getBuffer(); new_stuff += epilogue.str (); #if CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL) llvm::MemoryBuffer *buf = llvm::MemoryBuffer::getMemBufferCopy(new_stuff, fid.file_entry()->getName()); SM.overrideFileContents(fid.file_entry(), buf); #else // C++ 11 interface SM.overrideFileContents(fid.file_entry(), llvm::MemoryBuffer::getMemBufferCopy(new_stuff, fid.file_entry()->getName())); #endif #endif // FRONTEND_PUMA } // transform all #line " "". This is necessary for // debuggers to find generated code. void Weaver::update_line_directives (ACFileID fid, const char *filename) { #ifdef FRONTEND_PUMA Unit *unit = (Unit*)fid.file_entry (); // TODO: what about 'const' here? int line = 1; bool in_dir = false; int have_line = 0; Token *start = 0; Token *end = 0; for (Token *token = (Token*)unit->first (); token; token = (Token*)unit->next (token)) { if (token->is_directive ()) { if (!in_dir) { in_dir = true; start = token; } if (strncmp ("\"text (), 4) == 0 || strcmp ("\"intro\"", token->text ()) == 0) have_line = line; } else if (in_dir) { in_dir = false; if (have_line != 0) { end = (Token*)unit->prev (unit->prev (token)); CUnit new_dir (err ()); new_dir << "#line " << (have_line + 1) << " \"" << filename << "\"" << endu; assert (start && end); unit->move_before (start, new_dir); unit->kill (start, end); have_line = 0; } } line += token->line_breaks (); } #else clang::SourceManager &sm = _project.get_compiler_instance ()->getSourceManager (); const llvm::MemoryBuffer *mb = sm.getMemoryBufferForFile(fid.file_entry ()); string buf = update_line_directives_clang (mb->getBuffer(), filename, _line_mgr); sm.overrideFileContents(fid.file_entry(), llvm::MemoryBuffer::getMemBufferCopy(buf, fid.file_entry()->getName())); #endif } ACFileID Weaver::translate (VerboseMgr &vm, const char *file, Transformer &transformer) { vm << "Handling Translation Unit `"; const char *fname = strrchr (file, (int)'/'); vm << (fname ? ++fname : file) << "'." << endvm; vm++; ACFileID fid = transformer.work (file); vm--; return fid; // return the created unit } class Searcher : public PointCutSearcher { public: ACM_Pointcut *lookup_pct_func (bool root_qualified, std::vector &qual_name) { return 0; } }; void Weaver::match_expr_in_repo(VerboseMgr &vm) { const char *repo_file = _conf.repository(); if (getenv("ACOLDREPO") != NULL) { err() << sev_error << "matching not supported with old repository format" << endMessage; return; } vm << "Reading project repository '" << repo_file << "'" << endvm; // TODO: O_RDONLY doesn't work. -> fix int fd = SysCall::open_excl (repo_file, O_RDWR, &err()); ProjectModel project_model; XmlModelReader reader; if (!reader.read (project_model, repo_file, fd)) { err() << sev_error << "project repository '" << repo_file << "' cannot be opened" " or is invalid" << endMessage; return; } SysCall::close_excl (fd, &err ()); if (project_model.get_version () != ac_version ()) err() << sev_warning << "project file version '" << project_model.get_version().c_str () << "' differs from ac++ version" << endMessage; string pct = _conf.expr(); if (pct == "") { err() << sev_error << "Empty pointcut expression." << endMessage; return; } vm << "Fixing non-persistent element relations" << endvm; ProjectModel::Selection all_classes; project_model.select ((JoinPointType)(JPT_Class|JPT_Aspect), all_classes); // set derived relation for all base relations for (ProjectModel::Selection::iterator iter = all_classes.begin (); iter != all_classes.end (); ++iter) { ACM_Class &cls = (ACM_Class&)**iter; typedef ACM_Container BC; BC &bases = cls.get_bases(); for (BC::iterator bi = bases.begin (); bi != bases.end (); ++bi) (*bi)->get_derived().insert(&cls); } ProjectModel::Selection all_calls; project_model.select (JPT_Call, all_calls); // set backward links from all functions to calls of it for (ProjectModel::Selection::iterator iter = all_calls.begin (); iter != all_calls.end (); ++iter) { ACM_Call &call = (ACM_Call&)**iter; call.get_target()->get_calls().insert(&call); } vm << "Matching pointcut expression " << pct << endvm; // remove blanks (not handled by parser correctly); blanks in match expression must remain string tmp; bool in_quotes = false; for (string::iterator i = pct.begin (); i != pct.end(); ++i) { if (!in_quotes && *i == ' ') continue; tmp += *i; if (*i == '\"') in_quotes = !in_quotes; } pct = tmp; PointCutExprParser *pce_parser = PointCutExprParser::instance( _conf ); Searcher searcher; PointCutContext context (project_model, _conf); PointCutExpr *pce = 0; try { pce = pce_parser->parse(pct, searcher); pce->semantics(err (), context, _conf.warn_compatibility()); } catch (const std::exception &e) { err () << sev_error << "Invalid pointcut expression: " << e.what() << "." << endMessage; return; } // match all joinpoints // iterate through all introduction advice in the plan ProjectModel::Selection all; project_model.select ((JoinPointType)(JPT_Class|JPT_Aspect|JPT_Function|JPT_Variable|JPT_Code), all); // update the plan for intros for (ProjectModel::Selection::iterator iter = all.begin (); iter != all.end (); ++iter) { ACM_Any &jpl = (ACM_Any&)**iter; if (is_pseudo(jpl)) continue; Binding binding; // binding and condition not used for intros Condition condition; if (pce->match (jpl, context, binding, condition)) { cout << filename (jpl) << ":" << line(jpl) << ":\t" << jpl.type_str() << " \""; if (jpl.type_val() & JPT_Code) cout << signature((ACM_Code&)jpl); else cout << signature((ACM_Name&)jpl); cout << "\""; if (condition) cout << " ; condition: " << condition; cout << endl; } } } string Weaver::gen_aspect_includes (ACFileID target_unit) { // generate the code stringstream cluster; for (list::const_iterator c = _aspect_include_clusters.begin(); c != _aspect_include_clusters.end(); ++c) { cluster << "#ifdef __ac_need_"; Naming::mangle_file (cluster, c->_aspect); cluster << endl; const set &cluster_units = c->_cluster; for (set::const_iterator i = cluster_units.begin (); i != cluster_units.end (); ++i) { ACFileID aspect_unit = *i; Filename incname = _project.getRelInclString (target_unit.name ().c_str (), aspect_unit.name ().c_str ()); cluster << "#ifndef __ac_have_"; Naming::mangle_file (cluster, aspect_unit); cluster << endl; cluster << "#define __ac_have_"; Naming::mangle_file (cluster, aspect_unit); cluster << endl; cluster << "#include \"" << incname << "\"" << endl; cluster << "#endif" << endl; } cluster << "#endif" << endl; } return cluster.str (); } aspectc++/AspectC++/PaxHeaders.4702/LineDirectiveMgr.h0000644000000000000000000000007412740141200017310 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/LineDirectiveMgr.h0000644000175000001440000000363612740141200017502 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __LineDirectiveMgr_h__ #define __LineDirectiveMgr_h__ #include using namespace std; #include "ACErrorStream.h" #ifdef FRONTEND_PUMA namespace Puma { class Unit; } // namespace Puma #else namespace clang { class PresumedLoc; } #endif #include "ACConfig.h" #include "ACToken.h" class LineDirectiveMgr { ACErrorStream &_err; ACConfig &_config; public: LineDirectiveMgr (ACErrorStream &e, ACConfig &config) : _err (e), _config (config) {} #ifdef FRONTEND_PUMA bool insert (Puma::Unit *unit, PumaToken token, bool after = false); bool directive (ostream &out, Puma::Unit *unit = 0, PumaToken token = PumaToken ()); #else bool directive (ostream &out, const clang::PresumedLoc &loc); #endif bool noline() const { return _config.noline (); } }; #endif // __LineDirectiveMgr_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangFlowAnalysis.h0000644000000000000000000000007412740141200017474 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/ClangFlowAnalysis.h0000644000175000001440000000425312740141200017662 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2015 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ClangFlowAnalysis_h__ #define __ClangFlowAnalysis_h__ #include "clang/Analysis/AnalysisContext.h" #include "clang/AST/Stmt.h" #include "clang/AST/Expr.h" #include class ClangFlowAnalysis { private: // interface to clang's CFG clang::AnalysisDeclContextManager _adcm; clang::AnalysisDeclContext* _analysis_decl_ctx; // last-used cache void analyze(clang::DeclaratorDecl* func); void do_target_object_analysis(clang::DeclaratorDecl* func); public: typedef std::map call_target_obj_lid_map_t; private: call_target_obj_lid_map_t _target_obj_lids; public: // reserved ID for get_target_obj_lid(...) static const unsigned int NO_ID = 0; static const unsigned int THIS_ID = 1; ClangFlowAnalysis() : _analysis_decl_ctx(0) {} ~ClangFlowAnalysis(); // Calculate the basic-block id for a 'stmt' within a 'func'tion unsigned int get_block_lid(clang::DeclaratorDecl* func, clang::Stmt* stmt); // Calculate an ID for the target object used in a call expression. // If the same ID is calculated for two different call expressions, // both call expression refer to the same target object. unsigned int get_target_obj_lid(clang::DeclaratorDecl* func, clang::CallExpr* CE); // Determine whether the current analysis succeeds/succeeded bool valid() const; }; #endif // __ClangFlowAnalysis_h__ aspectc++/AspectC++/PaxHeaders.4702/ACModel0000644000000000000000000000007412740141200015132 xustar0030 atime=1468174988.115166474 30 ctime=1468174988.132166754 aspectc++/AspectC++/ACModel/0000755000175000001440000000000012740141200015371 5ustar00osusers00000000000000aspectc++/AspectC++/ACModel/PaxHeaders.4702/XmlModelReader.cc0000644000000000000000000000007312740141200020361 xustar0030 atime=1468174988.115166474 29 ctime=1468174988.11616649 aspectc++/AspectC++/ACModel/XmlModelReader.cc0000644000175000001440000010326112740141200020547 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include #include using std::istringstream; #include #include "XmlModelReader.h" ModelNode *XmlModelReader::from_xml (ACM_Node &node) { return &node; } ModelNode *XmlModelReader::from_xml (ACM_File &node) { char *str_filename = (char*)xmlGetProp (curr_, (xmlChar*)"filename"); if (str_filename) { node.set_filename (str_filename); xmlFree (str_filename); } char *str_len = (char*)xmlGetProp (curr_, (xmlChar*)"len"); if (str_len) { int int_len = atoi (str_len); node.set_len ((int)int_len); xmlFree (str_len); } char *str_time = (char*)xmlGetProp (curr_, (xmlChar*)"time"); if (str_time) { int int_time = atoi (str_time); node.set_time ((int)int_time); xmlFree (str_time); } from_xml ((ACM_Node&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_TUnit &node) { node.set_dirty_flag (false); char *str_dirty_flag = (char*)xmlGetProp (curr_, (xmlChar*)"dirty_flag"); if (str_dirty_flag) { node.set_dirty_flag (strcmp (str_dirty_flag, "true") == 0); xmlFree (str_dirty_flag); } from_xml ((ACM_File&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Header &node) { char *str_in = (char*)xmlGetProp (curr_, (xmlChar*)"in"); if (str_in) { istringstream in (str_in, istringstream::in); int id; while (!in.eof ()) { in >> id; if (in.fail ()) break; node.get_in ().insert ((ACM_TUnit*)node_map_[id]); } xmlFree (str_in); } from_xml ((ACM_File&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Source &node) { char *str_kind = (char*)xmlGetProp (curr_, (xmlChar*)"kind"); if (str_kind) { int int_kind = atoi (str_kind); node.set_kind ((SourceLocKind)int_kind); xmlFree (str_kind); } char *str_file = (char*)xmlGetProp (curr_, (xmlChar*)"file"); if (str_file) { int file_id = atoi (str_file); node.set_file ((ACM_File*)node_map_[file_id]); xmlFree (str_file); } char *str_line = (char*)xmlGetProp (curr_, (xmlChar*)"line"); if (str_line) { int int_line = atoi (str_line); node.set_line ((int)int_line); xmlFree (str_line); } char *str_len = (char*)xmlGetProp (curr_, (xmlChar*)"len"); if (str_len) { int int_len = atoi (str_len); node.set_len ((int)int_len); xmlFree (str_len); } from_xml ((ACM_Node&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_MemberIntro &node) { char *str_intro = (char*)xmlGetProp (curr_, (xmlChar*)"intro"); if (str_intro) { int intro_id = atoi (str_intro); node.set_intro ((ACM_Introduction*)node_map_[intro_id]); xmlFree (str_intro); } char *str_members = (char*)xmlGetProp (curr_, (xmlChar*)"members"); if (str_members) { istringstream in (str_members, istringstream::in); int id; while (!in.eof ()) { in >> id; if (in.fail ()) break; node.get_members ().insert ((ACM_Name*)node_map_[id]); } xmlFree (str_members); } from_xml ((ACM_Node&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_BaseIntro &node) { char *str_intro = (char*)xmlGetProp (curr_, (xmlChar*)"intro"); if (str_intro) { int intro_id = atoi (str_intro); node.set_intro ((ACM_Introduction*)node_map_[intro_id]); xmlFree (str_intro); } char *str_bases = (char*)xmlGetProp (curr_, (xmlChar*)"bases"); if (str_bases) { istringstream in (str_bases, istringstream::in); int id; while (!in.eof ()) { in >> id; if (in.fail ()) break; node.get_bases ().insert ((ACM_Class*)node_map_[id]); } xmlFree (str_bases); } from_xml ((ACM_Node&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_ClassPlan &node) { xmlNodePtr child_base_intros = find_child ("base_intros"); if (child_base_intros) { node.get_base_intros ().set_xml_node (child_base_intros); for (xmlNodePtr curr = child_base_intros->children; curr; curr = curr->next) node.get_base_intros ().insert ((ACM_BaseIntro*)initialize_node (curr)); } xmlNodePtr child_member_intros = find_child ("member_intros"); if (child_member_intros) { node.get_member_intros ().set_xml_node (child_member_intros); for (xmlNodePtr curr = child_member_intros->children; curr; curr = curr->next) node.get_member_intros ().insert ((ACM_MemberIntro*)initialize_node (curr)); } from_xml ((ACM_Node&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_CodeAdvice &node) { char *str_advice = (char*)xmlGetProp (curr_, (xmlChar*)"advice"); if (str_advice) { int advice_id = atoi (str_advice); node.set_advice ((ACM_AdviceCode*)node_map_[advice_id]); xmlFree (str_advice); } node.set_conditional (false); char *str_conditional = (char*)xmlGetProp (curr_, (xmlChar*)"conditional"); if (str_conditional) { node.set_conditional (strcmp (str_conditional, "true") == 0); xmlFree (str_conditional); } from_xml ((ACM_Node&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_CodePlan &node) { xmlNodePtr child_before = find_child ("before"); if (child_before) { node.get_before ().set_xml_node (child_before); for (xmlNodePtr curr = child_before->children; curr; curr = curr->next) node.get_before ().insert ((ACM_CodeAdvice*)initialize_node (curr)); } xmlNodePtr child_around = find_child ("around"); if (child_around) node.set_around ((ACM_CodeAdvice*)initialize_node (child_around->children)); xmlNodePtr child_after = find_child ("after"); if (child_after) { node.get_after ().set_xml_node (child_after); for (xmlNodePtr curr = child_after->children; curr; curr = curr->next) node.get_after ().insert ((ACM_CodeAdvice*)initialize_node (curr)); } xmlNodePtr child_next_level = find_child ("next_level"); if (child_next_level) node.set_next_level ((ACM_CodePlan*)initialize_node (child_next_level->children)); from_xml ((ACM_Node&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Any &node) { char *str_jpid = (char*)xmlGetProp (curr_, (xmlChar*)"jpid"); if (str_jpid) { int int_jpid = atoi (str_jpid); node.set_jpid ((int)int_jpid); xmlFree (str_jpid); } xmlNodePtr child_source = find_child ("source"); if (child_source) { node.get_source ().set_xml_node (child_source); for (xmlNodePtr curr = child_source->children; curr; curr = curr->next) node.get_source ().insert ((ACM_Source*)initialize_node (curr)); } char *str_attributes = (char*)xmlGetProp (curr_, (xmlChar*)"attributes"); if (str_attributes) { istringstream in (str_attributes, istringstream::in); int id; while (!in.eof ()) { in >> id; if (in.fail ()) break; node.get_attributes ().insert ((ACM_Attribute*)node_map_[id]); } xmlFree (str_attributes); } from_xml ((ACM_Node&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Type &node) { char *str_signature = (char*)xmlGetProp (curr_, (xmlChar*)"signature"); if (str_signature) { node.set_signature (str_signature); xmlFree (str_signature); } from_xml ((ACM_Any&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Arg &node) { char *str_type = (char*)xmlGetProp (curr_, (xmlChar*)"type"); if (str_type) { node.set_type (str_type); xmlFree (str_type); } char *str_name = (char*)xmlGetProp (curr_, (xmlChar*)"name"); if (str_name) { node.set_name (str_name); xmlFree (str_name); } from_xml ((ACM_Any&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Name &node) { xmlNodePtr child_children = find_child ("children"); if (child_children) { node.get_children ().set_xml_node (child_children); for (xmlNodePtr curr = child_children->children; curr; curr = curr->next) node.get_children ().insert ((ACM_Any*)initialize_node (curr)); } char *str_name = (char*)xmlGetProp (curr_, (xmlChar*)"name"); if (str_name) { node.set_name (str_name); xmlFree (str_name); } node.set_builtin (false); char *str_builtin = (char*)xmlGetProp (curr_, (xmlChar*)"builtin"); if (str_builtin) { node.set_builtin (strcmp (str_builtin, "true") == 0); xmlFree (str_builtin); } char *str_tunits = (char*)xmlGetProp (curr_, (xmlChar*)"tunits"); if (str_tunits) { istringstream in (str_tunits, istringstream::in); int id; while (!in.eof ()) { in >> id; if (in.fail ()) break; node.get_tunits ().insert ((ACM_TUnit*)node_map_[id]); } xmlFree (str_tunits); } from_xml ((ACM_Any&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Namespace &node) { from_xml ((ACM_Name&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Function &node) { xmlNodePtr child_result_type = find_child ("result_type"); if (child_result_type) node.set_result_type ((ACM_Type*)initialize_node (child_result_type->children)); xmlNodePtr child_arg_types = find_child ("arg_types"); if (child_arg_types) { node.get_arg_types ().set_xml_node (child_arg_types); for (xmlNodePtr curr = child_arg_types->children; curr; curr = curr->next) node.get_arg_types ().insert ((ACM_Type*)initialize_node (curr)); } char *str_kind = (char*)xmlGetProp (curr_, (xmlChar*)"kind"); if (str_kind) { int int_kind = atoi (str_kind); node.set_kind ((FunctionType)int_kind); xmlFree (str_kind); } node.set_variadic_args (false); char *str_variadic_args = (char*)xmlGetProp (curr_, (xmlChar*)"variadic_args"); if (str_variadic_args) { node.set_variadic_args (strcmp (str_variadic_args, "true") == 0); xmlFree (str_variadic_args); } char *str_cv_qualifiers = (char*)xmlGetProp (curr_, (xmlChar*)"cv_qualifiers"); if (str_cv_qualifiers) { int int_cv_qualifiers = atoi (str_cv_qualifiers); node.set_cv_qualifiers ((CVQualifiers)int_cv_qualifiers); xmlFree (str_cv_qualifiers); } char *str_static_in = (char*)xmlGetProp (curr_, (xmlChar*)"static_in"); if (str_static_in) { int static_in_id = atoi (str_static_in); node.set_static_in ((ACM_TUnit*)node_map_[static_in_id]); xmlFree (str_static_in); } from_xml ((ACM_Name&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Variable &node) { xmlNodePtr child_type = find_child ("type"); if (child_type) node.set_type ((ACM_Type*)initialize_node (child_type->children)); char *str_kind = (char*)xmlGetProp (curr_, (xmlChar*)"kind"); if (str_kind) { int int_kind = atoi (str_kind); node.set_kind ((VariableType)int_kind); xmlFree (str_kind); } from_xml ((ACM_Name&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Class &node) { char *str_bases = (char*)xmlGetProp (curr_, (xmlChar*)"bases"); if (str_bases) { istringstream in (str_bases, istringstream::in); int id; while (!in.eof ()) { in >> id; if (in.fail ()) break; node.get_bases ().insert ((ACM_Class*)node_map_[id]); } xmlFree (str_bases); } xmlNodePtr child_plan = find_child ("plan"); if (child_plan) node.set_plan ((ACM_ClassPlan*)initialize_node (child_plan->children)); from_xml ((ACM_Name&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_ClassSlice &node) { node.set_is_struct (false); char *str_is_struct = (char*)xmlGetProp (curr_, (xmlChar*)"is_struct"); if (str_is_struct) { node.set_is_struct (strcmp (str_is_struct, "true") == 0); xmlFree (str_is_struct); } from_xml ((ACM_Name&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Code &node) { xmlNodePtr child_plan = find_child ("plan"); if (child_plan) node.set_plan ((ACM_CodePlan*)initialize_node (child_plan->children)); from_xml ((ACM_Any&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Access &node) { char *str_lid = (char*)xmlGetProp (curr_, (xmlChar*)"lid"); if (str_lid) { int int_lid = atoi (str_lid); node.set_lid ((int)int_lid); xmlFree (str_lid); } char *str_target_object_lid = (char*)xmlGetProp (curr_, (xmlChar*)"target_object_lid"); if (str_target_object_lid) { int int_target_object_lid = atoi (str_target_object_lid); node.set_target_object_lid ((int)int_target_object_lid); xmlFree (str_target_object_lid); } char *str_cfg_block_lid = (char*)xmlGetProp (curr_, (xmlChar*)"cfg_block_lid"); if (str_cfg_block_lid) { int int_cfg_block_lid = atoi (str_cfg_block_lid); node.set_cfg_block_lid ((int)int_cfg_block_lid); xmlFree (str_cfg_block_lid); } char *str_target_class = (char*)xmlGetProp (curr_, (xmlChar*)"target_class"); if (str_target_class) { int target_class_id = atoi (str_target_class); node.set_target_class ((ACM_Class*)node_map_[target_class_id]); xmlFree (str_target_class); } from_xml ((ACM_Code&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Get &node) { char *str_variable = (char*)xmlGetProp (curr_, (xmlChar*)"variable"); if (str_variable) { int variable_id = atoi (str_variable); node.set_variable ((ACM_Variable*)node_map_[variable_id]); xmlFree (str_variable); } from_xml ((ACM_Access&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Set &node) { char *str_variable = (char*)xmlGetProp (curr_, (xmlChar*)"variable"); if (str_variable) { int variable_id = atoi (str_variable); node.set_variable ((ACM_Variable*)node_map_[variable_id]); xmlFree (str_variable); } from_xml ((ACM_Access&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Call &node) { char *str_target = (char*)xmlGetProp (curr_, (xmlChar*)"target"); if (str_target) { int target_id = atoi (str_target); node.set_target ((ACM_Function*)node_map_[target_id]); xmlFree (str_target); } xmlNodePtr child_variadic_arg_types = find_child ("variadic_arg_types"); if (child_variadic_arg_types) { node.get_variadic_arg_types ().set_xml_node (child_variadic_arg_types); for (xmlNodePtr curr = child_variadic_arg_types->children; curr; curr = curr->next) node.get_variadic_arg_types ().insert ((ACM_Type*)initialize_node (curr)); } char *str_default_args = (char*)xmlGetProp (curr_, (xmlChar*)"default_args"); if (str_default_args) { int int_default_args = atoi (str_default_args); node.set_default_args ((int)int_default_args); xmlFree (str_default_args); } from_xml ((ACM_Access&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Builtin &node) { char *str_target = (char*)xmlGetProp (curr_, (xmlChar*)"target"); if (str_target) { int target_id = atoi (str_target); node.set_target ((ACM_Function*)node_map_[target_id]); xmlFree (str_target); } xmlNodePtr child_implicit_access = find_child ("implicit_access"); if (child_implicit_access) { node.get_implicit_access ().set_xml_node (child_implicit_access); for (xmlNodePtr curr = child_implicit_access->children; curr; curr = curr->next) node.get_implicit_access ().insert ((ACM_Access*)initialize_node (curr)); } from_xml ((ACM_Access&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Ref &node) { char *str_variable = (char*)xmlGetProp (curr_, (xmlChar*)"variable"); if (str_variable) { int variable_id = atoi (str_variable); node.set_variable ((ACM_Variable*)node_map_[variable_id]); xmlFree (str_variable); } xmlNodePtr child_type = find_child ("type"); if (child_type) node.set_type ((ACM_Type*)initialize_node (child_type->children)); from_xml ((ACM_Access&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_GetRef &node) { xmlNodePtr child_type = find_child ("type"); if (child_type) node.set_type ((ACM_Type*)initialize_node (child_type->children)); from_xml ((ACM_Access&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_SetRef &node) { xmlNodePtr child_type = find_child ("type"); if (child_type) node.set_type ((ACM_Type*)initialize_node (child_type->children)); from_xml ((ACM_Access&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_CallRef &node) { xmlNodePtr child_type = find_child ("type"); if (child_type) node.set_type ((ACM_Type*)initialize_node (child_type->children)); from_xml ((ACM_Access&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Execution &node) { from_xml ((ACM_Code&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Construction &node) { from_xml ((ACM_Code&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Destruction &node) { from_xml ((ACM_Code&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Pointcut &node) { char *str_expr = (char*)xmlGetProp (curr_, (xmlChar*)"expr"); if (str_expr) { node.set_expr (str_expr); xmlFree (str_expr); } xmlNodePtr child_args = find_child ("args"); if (child_args) { node.get_args ().set_xml_node (child_args); for (xmlNodePtr curr = child_args->children; curr; curr = curr->next) node.get_args ().insert ((ACM_Arg*)initialize_node (curr)); } char *str_kind = (char*)xmlGetProp (curr_, (xmlChar*)"kind"); if (str_kind) { int int_kind = atoi (str_kind); node.set_kind ((PointcutType)int_kind); xmlFree (str_kind); } from_xml ((ACM_Name&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Attribute &node) { xmlNodePtr child_args = find_child ("args"); if (child_args) { node.get_args ().set_xml_node (child_args); for (xmlNodePtr curr = child_args->children; curr; curr = curr->next) node.get_args ().insert ((ACM_Arg*)initialize_node (curr)); } from_xml ((ACM_Name&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Advice &node) { xmlNodePtr child_pointcut = find_child ("pointcut"); if (child_pointcut) node.set_pointcut ((ACM_Pointcut*)initialize_node (child_pointcut->children)); char *str_lid = (char*)xmlGetProp (curr_, (xmlChar*)"lid"); if (str_lid) { int int_lid = atoi (str_lid); node.set_lid ((int)int_lid); xmlFree (str_lid); } from_xml ((ACM_Any&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_AdviceCode &node) { char *str_kind = (char*)xmlGetProp (curr_, (xmlChar*)"kind"); if (str_kind) { int int_kind = atoi (str_kind); node.set_kind ((AdviceCodeType)int_kind); xmlFree (str_kind); } char *str_context = (char*)xmlGetProp (curr_, (xmlChar*)"context"); if (str_context) { int int_context = atoi (str_context); node.set_context ((AdviceCodeContext)int_context); xmlFree (str_context); } from_xml ((ACM_Advice&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Introduction &node) { char *str_named_slice = (char*)xmlGetProp (curr_, (xmlChar*)"named_slice"); if (str_named_slice) { int named_slice_id = atoi (str_named_slice); node.set_named_slice ((ACM_ClassSlice*)node_map_[named_slice_id]); xmlFree (str_named_slice); } xmlNodePtr child_anon_slice = find_child ("anon_slice"); if (child_anon_slice) node.set_anon_slice ((ACM_ClassSlice*)initialize_node (child_anon_slice->children)); from_xml ((ACM_Advice&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Order &node) { xmlNodePtr child_aspect_exprs = find_child ("aspect_exprs"); if (child_aspect_exprs) { node.get_aspect_exprs ().set_xml_node (child_aspect_exprs); for (xmlNodePtr curr = child_aspect_exprs->children; curr; curr = curr->next) node.get_aspect_exprs ().insert ((ACM_Pointcut*)initialize_node (curr)); } from_xml ((ACM_Advice&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Aspect &node) { xmlNodePtr child_intros = find_child ("intros"); if (child_intros) { node.get_intros ().set_xml_node (child_intros); for (xmlNodePtr curr = child_intros->children; curr; curr = curr->next) node.get_intros ().insert ((ACM_Introduction*)initialize_node (curr)); } xmlNodePtr child_advices = find_child ("advices"); if (child_advices) { node.get_advices ().set_xml_node (child_advices); for (xmlNodePtr curr = child_advices->children; curr; curr = curr->next) node.get_advices ().insert ((ACM_AdviceCode*)initialize_node (curr)); } xmlNodePtr child_orders = find_child ("orders"); if (child_orders) { node.get_orders ().set_xml_node (child_orders); for (xmlNodePtr curr = child_orders->children; curr; curr = curr->next) node.get_orders ().insert ((ACM_Order*)initialize_node (curr)); } from_xml ((ACM_Class&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Speculation &node) { char *str_advice = (char*)xmlGetProp (curr_, (xmlChar*)"advice"); if (str_advice) { int advice_id = atoi (str_advice); node.set_advice ((ACM_Advice*)node_map_[advice_id]); xmlFree (str_advice); } char *str_tunit = (char*)xmlGetProp (curr_, (xmlChar*)"tunit"); if (str_tunit) { int tunit_id = atoi (str_tunit); node.set_tunit ((ACM_TUnit*)node_map_[tunit_id]); xmlFree (str_tunit); } char *str_true_jps = (char*)xmlGetProp (curr_, (xmlChar*)"true_jps"); if (str_true_jps) { istringstream in (str_true_jps, istringstream::in); int id; while (!in.eof ()) { in >> id; if (in.fail ()) break; node.get_true_jps ().insert ((ACM_Any*)node_map_[id]); } xmlFree (str_true_jps); } char *str_false_jps = (char*)xmlGetProp (curr_, (xmlChar*)"false_jps"); if (str_false_jps) { istringstream in (str_false_jps, istringstream::in); int id; while (!in.eof ()) { in >> id; if (in.fail ()) break; node.get_false_jps ().insert ((ACM_Any*)node_map_[id]); } xmlFree (str_false_jps); } char *str_conditional_jps = (char*)xmlGetProp (curr_, (xmlChar*)"conditional_jps"); if (str_conditional_jps) { istringstream in (str_conditional_jps, istringstream::in); int id; while (!in.eof ()) { in >> id; if (in.fail ()) break; node.get_conditional_jps ().insert ((ACM_Any*)node_map_[id]); } xmlFree (str_conditional_jps); } from_xml ((ACM_Node&)node); return &node; } ModelNode *XmlModelReader::from_xml (ACM_Model &node) { xmlNodePtr child_files = find_child ("files"); if (child_files) { node.get_files ().set_xml_node (child_files); for (xmlNodePtr curr = child_files->children; curr; curr = curr->next) node.get_files ().insert ((ACM_File*)initialize_node (curr)); } xmlNodePtr child_root = find_child ("root"); if (child_root) node.set_root ((ACM_Namespace*)initialize_node (child_root->children)); xmlNodePtr child_speculations = find_child ("speculations"); if (child_speculations) { node.get_speculations ().set_xml_node (child_speculations); for (xmlNodePtr curr = child_speculations->children; curr; curr = curr->next) node.get_speculations ().insert ((ACM_Speculation*)initialize_node (curr)); } char *str_version = (char*)xmlGetProp (curr_, (xmlChar*)"version"); if (str_version) { node.set_version (str_version); xmlFree (str_version); } from_xml ((ACM_Node&)node); return &node; } bool XmlModelReader::alloc_nodes_with_id (xmlNodePtr node) { char *str_id = (char*)xmlGetProp (node, (xmlChar*)"id"); if (str_id) { int id = atoi (str_id); free (str_id); if (id < 0 || id >= ids_ || node_map_[id] != 0) { std::cout << "invalid or duplicate id " << id << " in project file." << std::endl; return false; } node_map_[id] = alloc_node (node); } for (xmlNodePtr curr = node->children; curr; curr = curr->next) if (!alloc_nodes_with_id (curr)) return false; return true; } ModelNode *XmlModelReader::alloc_node (xmlNodePtr node) { const char *name = (const char*)node->name; if (strcmp (name, "TUnit") == 0) return model_->newTUnit (); else if (strcmp (name, "Header") == 0) return model_->newHeader (); else if (strcmp (name, "Source") == 0) return model_->newSource (); else if (strcmp (name, "MemberIntro") == 0) return model_->newMemberIntro (); else if (strcmp (name, "BaseIntro") == 0) return model_->newBaseIntro (); else if (strcmp (name, "ClassPlan") == 0) return model_->newClassPlan (); else if (strcmp (name, "CodeAdvice") == 0) return model_->newCodeAdvice (); else if (strcmp (name, "CodePlan") == 0) return model_->newCodePlan (); else if (strcmp (name, "Type") == 0) return model_->newType (); else if (strcmp (name, "Arg") == 0) return model_->newArg (); else if (strcmp (name, "Namespace") == 0) return model_->newNamespace (); else if (strcmp (name, "Function") == 0) return model_->newFunction (); else if (strcmp (name, "Variable") == 0) return model_->newVariable (); else if (strcmp (name, "Class") == 0) return model_->newClass (); else if (strcmp (name, "ClassSlice") == 0) return model_->newClassSlice (); else if (strcmp (name, "Get") == 0) return model_->newGet (); else if (strcmp (name, "Set") == 0) return model_->newSet (); else if (strcmp (name, "Call") == 0) return model_->newCall (); else if (strcmp (name, "Builtin") == 0) return model_->newBuiltin (); else if (strcmp (name, "Ref") == 0) return model_->newRef (); else if (strcmp (name, "GetRef") == 0) return model_->newGetRef (); else if (strcmp (name, "SetRef") == 0) return model_->newSetRef (); else if (strcmp (name, "CallRef") == 0) return model_->newCallRef (); else if (strcmp (name, "Execution") == 0) return model_->newExecution (); else if (strcmp (name, "Construction") == 0) return model_->newConstruction (); else if (strcmp (name, "Destruction") == 0) return model_->newDestruction (); else if (strcmp (name, "Pointcut") == 0) return model_->newPointcut (); else if (strcmp (name, "Attribute") == 0) return model_->newAttribute (); else if (strcmp (name, "AdviceCode") == 0) return model_->newAdviceCode (); else if (strcmp (name, "Introduction") == 0) return model_->newIntroduction (); else if (strcmp (name, "Order") == 0) return model_->newOrder (); else if (strcmp (name, "Aspect") == 0) return model_->newAspect (); else if (strcmp (name, "Speculation") == 0) return model_->newSpeculation (); else if (strcmp (name, "Model") == 0) return model_->newModel (); return 0; } ModelNode *XmlModelReader::initialize_node (xmlNodePtr node) { ModelNode *result = 0; char *str_id = (char*)xmlGetProp (node, (xmlChar*)"id"); if (str_id) { result = node_map_[atoi (str_id)]; free (str_id); } const char *name = (const char*)node->name; xmlNodePtr old_curr = curr_; curr_ = node; ChildMap child_map; ChildMap *old_child_map = set_child_map (child_map, node); if (strcmp (name, "TUnit") == 0) result = from_xml (result ? *(ACM_TUnit*)result : *model_->newTUnit ()); else if (strcmp (name, "Header") == 0) result = from_xml (result ? *(ACM_Header*)result : *model_->newHeader ()); else if (strcmp (name, "Source") == 0) result = from_xml (result ? *(ACM_Source*)result : *model_->newSource ()); else if (strcmp (name, "MemberIntro") == 0) result = from_xml (result ? *(ACM_MemberIntro*)result : *model_->newMemberIntro ()); else if (strcmp (name, "BaseIntro") == 0) result = from_xml (result ? *(ACM_BaseIntro*)result : *model_->newBaseIntro ()); else if (strcmp (name, "ClassPlan") == 0) result = from_xml (result ? *(ACM_ClassPlan*)result : *model_->newClassPlan ()); else if (strcmp (name, "CodeAdvice") == 0) result = from_xml (result ? *(ACM_CodeAdvice*)result : *model_->newCodeAdvice ()); else if (strcmp (name, "CodePlan") == 0) result = from_xml (result ? *(ACM_CodePlan*)result : *model_->newCodePlan ()); else if (strcmp (name, "Type") == 0) result = from_xml (result ? *(ACM_Type*)result : *model_->newType ()); else if (strcmp (name, "Arg") == 0) result = from_xml (result ? *(ACM_Arg*)result : *model_->newArg ()); else if (strcmp (name, "Namespace") == 0) result = from_xml (result ? *(ACM_Namespace*)result : *model_->newNamespace ()); else if (strcmp (name, "Function") == 0) result = from_xml (result ? *(ACM_Function*)result : *model_->newFunction ()); else if (strcmp (name, "Variable") == 0) result = from_xml (result ? *(ACM_Variable*)result : *model_->newVariable ()); else if (strcmp (name, "Class") == 0) result = from_xml (result ? *(ACM_Class*)result : *model_->newClass ()); else if (strcmp (name, "ClassSlice") == 0) result = from_xml (result ? *(ACM_ClassSlice*)result : *model_->newClassSlice ()); else if (strcmp (name, "Get") == 0) result = from_xml (result ? *(ACM_Get*)result : *model_->newGet ()); else if (strcmp (name, "Set") == 0) result = from_xml (result ? *(ACM_Set*)result : *model_->newSet ()); else if (strcmp (name, "Call") == 0) result = from_xml (result ? *(ACM_Call*)result : *model_->newCall ()); else if (strcmp (name, "Builtin") == 0) result = from_xml (result ? *(ACM_Builtin*)result : *model_->newBuiltin ()); else if (strcmp (name, "Ref") == 0) result = from_xml (result ? *(ACM_Ref*)result : *model_->newRef ()); else if (strcmp (name, "GetRef") == 0) result = from_xml (result ? *(ACM_GetRef*)result : *model_->newGetRef ()); else if (strcmp (name, "SetRef") == 0) result = from_xml (result ? *(ACM_SetRef*)result : *model_->newSetRef ()); else if (strcmp (name, "CallRef") == 0) result = from_xml (result ? *(ACM_CallRef*)result : *model_->newCallRef ()); else if (strcmp (name, "Execution") == 0) result = from_xml (result ? *(ACM_Execution*)result : *model_->newExecution ()); else if (strcmp (name, "Construction") == 0) result = from_xml (result ? *(ACM_Construction*)result : *model_->newConstruction ()); else if (strcmp (name, "Destruction") == 0) result = from_xml (result ? *(ACM_Destruction*)result : *model_->newDestruction ()); else if (strcmp (name, "Pointcut") == 0) result = from_xml (result ? *(ACM_Pointcut*)result : *model_->newPointcut ()); else if (strcmp (name, "Attribute") == 0) result = from_xml (result ? *(ACM_Attribute*)result : *model_->newAttribute ()); else if (strcmp (name, "AdviceCode") == 0) result = from_xml (result ? *(ACM_AdviceCode*)result : *model_->newAdviceCode ()); else if (strcmp (name, "Introduction") == 0) result = from_xml (result ? *(ACM_Introduction*)result : *model_->newIntroduction ()); else if (strcmp (name, "Order") == 0) result = from_xml (result ? *(ACM_Order*)result : *model_->newOrder ()); else if (strcmp (name, "Aspect") == 0) result = from_xml (result ? *(ACM_Aspect*)result : *model_->newAspect ()); else if (strcmp (name, "Speculation") == 0) result = from_xml (result ? *(ACM_Speculation*)result : *model_->newSpeculation ()); else if (strcmp (name, "Model") == 0) result = from_xml (result ? *(ACM_Model*)result : *model_->newModel ()); if (result) { result->set_xml_node (node); result->set_xml_dirty (false); } curr_ = old_curr; unset_child_map (old_child_map); return result; } XmlModelReader::ChildMap *XmlModelReader::set_child_map (ChildMap &cm, xmlNodePtr node) { ChildMap *old = child_map_; child_map_ = &cm; for (xmlNodePtr c = node->children; c; c = c->next) child_map_->insert (ChildMap::value_type ((const char*)c->name, c)); return old; } void XmlModelReader::unset_child_map (ChildMap *cm) { child_map_ = cm; } xmlNodePtr XmlModelReader::find_child (string name) { ChildMap::iterator i = child_map_->find (name); return (i == child_map_->end () ? (xmlNodePtr)0 : (*i).second); } // load the contents of an XML project file into the model bool XmlModelReader::read (ProjectModel &model, const char *filename, int fd) { model_ = &model; model.clear (); xmlDocPtr doc; if (fd >= 0) doc = xmlReadFd (fd, filename, 0, XML_PARSE_NODICT | XML_PARSE_NOERROR | XML_PARSE_NOWARNING | XML_PARSE_NOBLANKS); else doc = xmlReadFile (filename, 0, XML_PARSE_NODICT | XML_PARSE_NOERROR | XML_PARSE_NOWARNING | XML_PARSE_NOBLANKS); if (!doc) return false; model.xml_doc (doc); curr_ = doc->children; if (!curr_) return false; model.set_xml_node(curr_); ChildMap child_map; ChildMap *old_child_map = set_child_map (child_map, curr_); char *str_ids = (char*)xmlGetProp (curr_, (xmlChar*)"ids"); if (!str_ids) return false; ids_ = atoi (str_ids); free (str_ids); node_map_ = new ModelNode*[ids_]; memset (node_map_, 0, sizeof (ModelNode*) * ids_); bool result = alloc_nodes_with_id (curr_); if (result) { from_xml (model); model.set_xml_dirty (false); } delete[] node_map_; unset_child_map (old_child_map); // fix jpid management data in the project model ProjectModel::Selection all; model.select (JPT_Any, all); for (ProjectModel::Selection::iterator iter = all.begin (); iter != all.end (); ++iter) { ACM_Any &jpl = (ACM_Any&)**iter; if (jpl.has_jpid ()) model.alloc_jpid (jpl.get_jpid ()); } return result; } aspectc++/AspectC++/ACModel/PaxHeaders.4702/MatchType.h0000644000000000000000000000007212740141200017254 xustar0029 atime=1468174988.11616649 29 ctime=1468174988.11616649 aspectc++/AspectC++/ACModel/MatchType.h0000644000175000001440000001700712740141200017445 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __MatchType_h__ #define __MatchType_h__ #include using std::ostream; using std::endl; #include using std::vector; class MatchName; // ugly cyclic relationship needed for conv type names // common base class for all qualified types class MTQual { bool _const; bool _volatile; public: MTQual () : _const (false), _volatile (false) {} void qualify_const () { _const = true; } void qualify_volatile () { _volatile = true; } void unqualify () { _const = false; _volatile = false; } bool is_const () const { return _const; } bool is_volatile () const { return _volatile; } bool is_qualified () const { return _const || _volatile; } // print the string representation of this type void print_qual (ostream &) const; // print the 'mangled' string representation of this type void mangle (ostream &) const; // perform a type match bool qual_matches (const MTQual *qual) const; }; // this is a common base class for all nodes in a tree that represents // a match pattern for a type. Despite normal type nodes this tree might // also contain wildcards. class MatchType { protected: // an id for the different kinds of types typedef const char *TID; // get the kind of type, e.g. bool, int, etc. virtual TID type () const = 0; public: // virtual destructor virtual ~MatchType () {} // is it the same kind of type? virtual bool operator ==(const MatchType &) const; inline bool operator !=(const MatchType &t) const { return !(*this == t); } //! print the string representation of this type virtual void print (ostream &, const char* = 0, bool = false) const = 0; // print the 'mangled' string representation of this type virtual void mangle (ostream &os) const { os << "X"; } //! check whether this is a function type virtual bool is_function () const { return false; } //! check whether this is an array type virtual bool is_array () const { return false; } //! check whether this type is 'void' virtual bool is_void () const { return false; } //! check whether this type is primitive virtual bool is_primitive () const { return false; } //! check whether this type is a reference virtual bool is_reference () const { return false; } //! create a clone of this match type virtual MatchType *clone () const = 0; //! get the base type if this is a derived type virtual MatchType *base () const { return 0; } // perform a type match virtual bool matches (const MatchType &type) const = 0; // check whether this type mattern can only match a single name type virtual bool is_trivial_match () const { return false; } // adjust the argument types according to �8.3.5.2 and �8.3.5.3 of ISO C++ virtual void adjust_args (bool &f, bool &a, bool &q, bool &v) {} // converts the type into an MTQual if it is one virtual MTQual *qualified () { return 0; } virtual const MTQual *qualified () const { return 0; } }; // should later become "MatchType" class MatchTypeRef { MatchType *_type_info; private: // only members of this class can create instances without clear() MatchTypeRef (MatchType *t) : _type_info (t) {} public: MatchTypeRef (); MatchTypeRef (const MatchTypeRef ©) { _type_info = copy._type_info->clone(); } MatchTypeRef &operator = (const MatchTypeRef ©) { clear (); _type_info = copy._type_info->clone(); return *this; } ~MatchTypeRef () { clear (); } void clear () { delete _type_info; } MatchType *type_info () const { return _type_info; } // functions used to instantiate built-in primitive types static MatchTypeRef make_any (); static MatchTypeRef make_void (); static MatchTypeRef make_bool (); static MatchTypeRef make_signed_char (); static MatchTypeRef make_unsigned_char (); static MatchTypeRef make_char (); static MatchTypeRef make_wchar_t (); static MatchTypeRef make_unsigned_short (); static MatchTypeRef make_short (); static MatchTypeRef make_unsigned_int (); static MatchTypeRef make_int (); static MatchTypeRef make_unsigned_long (); static MatchTypeRef make_long (); static MatchTypeRef make_unsigned_long_long (); static MatchTypeRef make_long_long (); static MatchTypeRef make_unsigned_int128 (); static MatchTypeRef make_int128 (); static MatchTypeRef make_float (); static MatchTypeRef make_double (); static MatchTypeRef make_long_double (); // function used to instantiate a new named type static MatchTypeRef make_named (const MatchName &mn); // functions to construct complex types from built-in or named types void to_pointer (); void to_memb_pointer (const MatchName &mps); void to_reference (); void to_function (const vector &args, bool var_args); void to_array (unsigned long dim); void to_array (); // common type interface // perform a type match bool matches (MatchTypeRef type) const { return _type_info->matches (*type.type_info ()); } // adjust the argument types according to �8.3.5.2 and �8.3.5.3 of ISO C++ void adjust_args (bool &f, bool &a, bool &q, bool &v) { _type_info->adjust_args (f, a, q, v); } // print the string representation of this type void print (ostream &os, const char *prefix = 0) const { _type_info->print (os, prefix); } // print the 'mangled' string representation of this type void mangle (ostream &os) const { _type_info->mangle(os); } // check and get specific properties of this type bool is_undefined () const { return *type_info () == *MatchTypeRef ()._type_info; } bool is_qualifiable () const { return _type_info->qualified (); } MTQual &qualifiers () const { return *_type_info->qualified (); } bool is_function () const { return _type_info->is_function (); } bool is_array () const { return _type_info->is_array (); } bool is_void () const { return _type_info->is_void(); } bool is_primitive () const { return _type_info->is_primitive(); } bool is_reference () const { return _type_info->is_reference(); } MatchTypeRef base () const { MatchType *b = _type_info->base (); return b ? MatchTypeRef (b->clone ()) : MatchTypeRef (); } // check whether this type mattern can only match a single name type bool is_trivial_match () const { return _type_info->is_trivial_match(); } // get the associated name object const MatchName &name () const; }; inline ostream &operator << (ostream &out, const MatchTypeRef &mt) { mt.print (out); return out; } #endif // __MatchType_h__ aspectc++/AspectC++/ACModel/PaxHeaders.4702/Elements.cc0000644000000000000000000000007312740141200017271 xustar0029 atime=1468174988.11616649 30 ctime=1468174988.117166507 aspectc++/AspectC++/ACModel/Elements.cc0000644000175000001440000037762412740141200017477 0ustar00osusers00000000000000 // This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "Elements.h" #include using std::cout; using std::endl; #include using std::ostringstream; std::string ACM_Node::key () const { std::string result; result = type_str (); result += "|"; return result; } std::string ACM_File::key () const { std::string result; result += ACM_Node::key (); std::ostringstream str_filename_; str_filename_ << filename_; result += str_filename_.str() + "|"; return result; } std::string ACM_TUnit::key () const { std::string result; result += ACM_File::key (); return result; } std::string ACM_Header::key () const { std::string result; result += ACM_File::key (); return result; } std::string ACM_Source::key () const { std::string result; result += ACM_Node::key (); std::ostringstream str_kind_; str_kind_ << kind_; result += str_kind_.str() + "|"; result += file_->key (); std::ostringstream str_line_; str_line_ << line_; result += str_line_.str() + "|"; return result; } std::string ACM_MemberIntro::key () const { std::string result; result += ACM_Node::key (); result += intro_->key (); return result; } std::string ACM_BaseIntro::key () const { std::string result; result += ACM_Node::key (); result += intro_->key (); return result; } std::string ACM_ClassPlan::key () const { std::string result; result += ACM_Node::key (); return result; } std::string ACM_CodeAdvice::key () const { std::string result; result += ACM_Node::key (); result += advice_->key (); return result; } std::string ACM_CodePlan::key () const { std::string result; result += ACM_Node::key (); return result; } std::string ACM_Any::key () const { std::string result; result += ACM_Node::key (); return result; } std::string ACM_Type::key () const { std::string result; result += ACM_Any::key (); std::ostringstream str_signature_; str_signature_ << signature_; result += str_signature_.str() + "|"; return result; } std::string ACM_Arg::key () const { std::string result; result += ACM_Any::key (); std::ostringstream str_name_; str_name_ << name_; result += str_name_.str() + "|"; return result; } std::string ACM_Name::key () const { std::string result; result += ACM_Any::key (); std::ostringstream str_name_; str_name_ << name_; result += str_name_.str() + "|"; return result; } std::string ACM_Namespace::key () const { std::string result; result += ACM_Name::key (); return result; } std::string ACM_Function::key () const { std::string result; result += ACM_Name::key (); result += arg_types_.key (); std::ostringstream str_cv_qualifiers_; str_cv_qualifiers_ << cv_qualifiers_; result += str_cv_qualifiers_.str() + "|"; if (has_static_in ()) result += static_in_->key (); else result += "-|"; return result; } std::string ACM_Variable::key () const { std::string result; result += ACM_Name::key (); return result; } std::string ACM_Class::key () const { std::string result; result += ACM_Name::key (); return result; } std::string ACM_ClassSlice::key () const { std::string result; result += ACM_Name::key (); return result; } std::string ACM_Code::key () const { std::string result; result += ACM_Any::key (); return result; } std::string ACM_Access::key () const { std::string result; result += ACM_Code::key (); std::ostringstream str_lid_; str_lid_ << lid_; result += str_lid_.str() + "|"; return result; } std::string ACM_Get::key () const { std::string result; result += ACM_Access::key (); return result; } std::string ACM_Set::key () const { std::string result; result += ACM_Access::key (); return result; } std::string ACM_Call::key () const { std::string result; result += ACM_Access::key (); return result; } std::string ACM_Builtin::key () const { std::string result; result += ACM_Access::key (); return result; } std::string ACM_Ref::key () const { std::string result; result += ACM_Access::key (); return result; } std::string ACM_GetRef::key () const { std::string result; result += ACM_Access::key (); return result; } std::string ACM_SetRef::key () const { std::string result; result += ACM_Access::key (); return result; } std::string ACM_CallRef::key () const { std::string result; result += ACM_Access::key (); return result; } std::string ACM_Execution::key () const { std::string result; result += ACM_Code::key (); return result; } std::string ACM_Construction::key () const { std::string result; result += ACM_Code::key (); return result; } std::string ACM_Destruction::key () const { std::string result; result += ACM_Code::key (); return result; } std::string ACM_Pointcut::key () const { std::string result; result += ACM_Name::key (); result += args_.key (); return result; } std::string ACM_Attribute::key () const { std::string result; result += ACM_Name::key (); result += args_.key (); return result; } std::string ACM_Advice::key () const { std::string result; result += ACM_Any::key (); std::ostringstream str_lid_; str_lid_ << lid_; result += str_lid_.str() + "|"; return result; } std::string ACM_AdviceCode::key () const { std::string result; result += ACM_Advice::key (); return result; } std::string ACM_Introduction::key () const { std::string result; result += ACM_Advice::key (); return result; } std::string ACM_Order::key () const { std::string result; result += ACM_Advice::key (); return result; } std::string ACM_Aspect::key () const { std::string result; result += ACM_Class::key (); return result; } std::string ACM_Speculation::key () const { std::string result; result += ACM_Node::key (); result += advice_->key (); result += tunit_->key (); return result; } std::string ACM_Model::key () const { std::string result; result += ACM_Node::key (); return result; } void ACM_Node::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Node (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Node::dump_attr (std::ostream &out) const { } void ACM_Node::dump_refs (std::ostream &out) const { } void ACM_Node::dump_aggr (std::ostream &out, int indent) const { } void ACM_File::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "File (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_File::dump_attr (std::ostream &out) const { out << " filename=" << "\"" << filename_ << "\""; out << " len=" << len_; out << " time=" << time_; ACM_Node::dump_attr (out); } void ACM_File::dump_refs (std::ostream &out) const { ACM_Node::dump_refs (out); } void ACM_File::dump_aggr (std::ostream &out, int indent) const { ACM_Node::dump_aggr (out, indent); } void ACM_TUnit::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "TUnit (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_TUnit::dump_attr (std::ostream &out) const { out << " dirty_flag=" << dirty_flag_; ACM_File::dump_attr (out); } void ACM_TUnit::dump_refs (std::ostream &out) const { ACM_File::dump_refs (out); } void ACM_TUnit::dump_aggr (std::ostream &out, int indent) const { ACM_File::dump_aggr (out, indent); } void ACM_Header::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Header (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Header::dump_attr (std::ostream &out) const { ACM_File::dump_attr (out); } void ACM_Header::dump_refs (std::ostream &out) const { out << " in ="; for (ACM_Container ::const_iterator i = in_.begin(); i != in_.end(); ++i) out << " " << (void*)(*i); ACM_File::dump_refs (out); } void ACM_Header::dump_aggr (std::ostream &out, int indent) const { ACM_File::dump_aggr (out, indent); } void ACM_Source::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Source (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Source::dump_attr (std::ostream &out) const { out << " kind=" << kind_; out << " line=" << line_; out << " len=" << len_; ACM_Node::dump_attr (out); } void ACM_Source::dump_refs (std::ostream &out) const { out << " file ="; out << " " << (void*)file_; ACM_Node::dump_refs (out); } void ACM_Source::dump_aggr (std::ostream &out, int indent) const { ACM_Node::dump_aggr (out, indent); } void ACM_MemberIntro::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "MemberIntro (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_MemberIntro::dump_attr (std::ostream &out) const { ACM_Node::dump_attr (out); } void ACM_MemberIntro::dump_refs (std::ostream &out) const { out << " intro ="; out << " " << (void*)intro_; out << " members ="; for (ACM_Container ::const_iterator i = members_.begin(); i != members_.end(); ++i) out << " " << (void*)(*i); ACM_Node::dump_refs (out); } void ACM_MemberIntro::dump_aggr (std::ostream &out, int indent) const { ACM_Node::dump_aggr (out, indent); } void ACM_BaseIntro::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "BaseIntro (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_BaseIntro::dump_attr (std::ostream &out) const { ACM_Node::dump_attr (out); } void ACM_BaseIntro::dump_refs (std::ostream &out) const { out << " intro ="; out << " " << (void*)intro_; out << " bases ="; for (ACM_Container ::const_iterator i = bases_.begin(); i != bases_.end(); ++i) out << " " << (void*)(*i); ACM_Node::dump_refs (out); } void ACM_BaseIntro::dump_aggr (std::ostream &out, int indent) const { ACM_Node::dump_aggr (out, indent); } void ACM_ClassPlan::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "ClassPlan (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_ClassPlan::dump_attr (std::ostream &out) const { ACM_Node::dump_attr (out); } void ACM_ClassPlan::dump_refs (std::ostream &out) const { ACM_Node::dump_refs (out); } void ACM_ClassPlan::dump_aggr (std::ostream &out, int indent) const { for (ACM_Container ::const_iterator i = base_intros_.begin(); i != base_intros_.end(); ++i) (*i)->dump (out, indent + 1); for (ACM_Container ::const_iterator i = member_intros_.begin(); i != member_intros_.end(); ++i) (*i)->dump (out, indent + 1); ACM_Node::dump_aggr (out, indent); } void ACM_CodeAdvice::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "CodeAdvice (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_CodeAdvice::dump_attr (std::ostream &out) const { out << " conditional=" << conditional_; ACM_Node::dump_attr (out); } void ACM_CodeAdvice::dump_refs (std::ostream &out) const { out << " advice ="; out << " " << (void*)advice_; ACM_Node::dump_refs (out); } void ACM_CodeAdvice::dump_aggr (std::ostream &out, int indent) const { ACM_Node::dump_aggr (out, indent); } void ACM_CodePlan::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "CodePlan (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_CodePlan::dump_attr (std::ostream &out) const { ACM_Node::dump_attr (out); } void ACM_CodePlan::dump_refs (std::ostream &out) const { ACM_Node::dump_refs (out); } void ACM_CodePlan::dump_aggr (std::ostream &out, int indent) const { for (ACM_Container ::const_iterator i = before_.begin(); i != before_.end(); ++i) (*i)->dump (out, indent + 1); if (has_around ()) around_->dump (out, indent + 1); for (ACM_Container ::const_iterator i = after_.begin(); i != after_.end(); ++i) (*i)->dump (out, indent + 1); if (has_next_level ()) next_level_->dump (out, indent + 1); ACM_Node::dump_aggr (out, indent); } void ACM_Any::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Any (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Any::dump_attr (std::ostream &out) const { if (has_jpid ()) out << " jpid=" << jpid_; ACM_Node::dump_attr (out); } void ACM_Any::dump_refs (std::ostream &out) const { out << " attributes ="; for (ACM_Container ::const_iterator i = attributes_.begin(); i != attributes_.end(); ++i) out << " " << (void*)(*i); ACM_Node::dump_refs (out); } void ACM_Any::dump_aggr (std::ostream &out, int indent) const { for (ACM_Container ::const_iterator i = source_.begin(); i != source_.end(); ++i) (*i)->dump (out, indent + 1); ACM_Node::dump_aggr (out, indent); } void ACM_Type::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Type (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Type::dump_attr (std::ostream &out) const { out << " signature=" << "\"" << signature_ << "\""; out << " match_sig=" << match_sig_; ACM_Any::dump_attr (out); } void ACM_Type::dump_refs (std::ostream &out) const { ACM_Any::dump_refs (out); } void ACM_Type::dump_aggr (std::ostream &out, int indent) const { ACM_Any::dump_aggr (out, indent); } void ACM_Arg::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Arg (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Arg::dump_attr (std::ostream &out) const { out << " type=" << "\"" << type_ << "\""; out << " name=" << "\"" << name_ << "\""; ACM_Any::dump_attr (out); } void ACM_Arg::dump_refs (std::ostream &out) const { ACM_Any::dump_refs (out); } void ACM_Arg::dump_aggr (std::ostream &out, int indent) const { ACM_Any::dump_aggr (out, indent); } void ACM_Name::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Name (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Name::dump_attr (std::ostream &out) const { out << " name=" << "\"" << name_ << "\""; out << " match_sig=" << match_sig_; out << " name_map=" << name_map_; out << " builtin=" << builtin_; ACM_Any::dump_attr (out); } void ACM_Name::dump_refs (std::ostream &out) const { out << " tunits ="; for (ACM_Container ::const_iterator i = tunits_.begin(); i != tunits_.end(); ++i) out << " " << (void*)(*i); ACM_Any::dump_refs (out); } void ACM_Name::dump_aggr (std::ostream &out, int indent) const { for (ACM_Container ::const_iterator i = children_.begin(); i != children_.end(); ++i) (*i)->dump (out, indent + 1); ACM_Any::dump_aggr (out, indent); } void ACM_Namespace::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Namespace (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Namespace::dump_attr (std::ostream &out) const { ACM_Name::dump_attr (out); } void ACM_Namespace::dump_refs (std::ostream &out) const { ACM_Name::dump_refs (out); } void ACM_Namespace::dump_aggr (std::ostream &out, int indent) const { ACM_Name::dump_aggr (out, indent); } void ACM_Function::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Function (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Function::dump_attr (std::ostream &out) const { out << " kind=" << kind_; out << " variadic_args=" << variadic_args_; out << " cv_qualifiers=" << cv_qualifiers_; ACM_Name::dump_attr (out); } void ACM_Function::dump_refs (std::ostream &out) const { out << " static_in ="; out << " " << (void*)static_in_; out << " calls ="; for (ACM_Container ::const_iterator i = calls_.begin(); i != calls_.end(); ++i) out << " " << (void*)(*i); ACM_Name::dump_refs (out); } void ACM_Function::dump_aggr (std::ostream &out, int indent) const { if (has_result_type ()) result_type_->dump (out, indent + 1); for (ACM_Container ::const_iterator i = arg_types_.begin(); i != arg_types_.end(); ++i) (*i)->dump (out, indent + 1); ACM_Name::dump_aggr (out, indent); } void ACM_Variable::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Variable (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Variable::dump_attr (std::ostream &out) const { out << " kind=" << kind_; ACM_Name::dump_attr (out); } void ACM_Variable::dump_refs (std::ostream &out) const { ACM_Name::dump_refs (out); } void ACM_Variable::dump_aggr (std::ostream &out, int indent) const { type_->dump (out, indent + 1); ACM_Name::dump_aggr (out, indent); } void ACM_Class::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Class (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Class::dump_attr (std::ostream &out) const { out << " intro_target=" << intro_target_; ACM_Name::dump_attr (out); } void ACM_Class::dump_refs (std::ostream &out) const { out << " bases ="; for (ACM_Container ::const_iterator i = bases_.begin(); i != bases_.end(); ++i) out << " " << (void*)(*i); out << " derived ="; for (ACM_Container ::const_iterator i = derived_.begin(); i != derived_.end(); ++i) out << " " << (void*)(*i); ACM_Name::dump_refs (out); } void ACM_Class::dump_aggr (std::ostream &out, int indent) const { if (has_plan ()) plan_->dump (out, indent + 1); ACM_Name::dump_aggr (out, indent); } void ACM_ClassSlice::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "ClassSlice (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_ClassSlice::dump_attr (std::ostream &out) const { out << " is_struct=" << is_struct_; ACM_Name::dump_attr (out); } void ACM_ClassSlice::dump_refs (std::ostream &out) const { ACM_Name::dump_refs (out); } void ACM_ClassSlice::dump_aggr (std::ostream &out, int indent) const { ACM_Name::dump_aggr (out, indent); } void ACM_Code::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Code (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Code::dump_attr (std::ostream &out) const { ACM_Any::dump_attr (out); } void ACM_Code::dump_refs (std::ostream &out) const { ACM_Any::dump_refs (out); } void ACM_Code::dump_aggr (std::ostream &out, int indent) const { if (has_plan ()) plan_->dump (out, indent + 1); ACM_Any::dump_aggr (out, indent); } void ACM_Access::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Access (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Access::dump_attr (std::ostream &out) const { out << " lid=" << lid_; if (has_target_object_lid ()) out << " target_object_lid=" << target_object_lid_; if (has_cfg_block_lid ()) out << " cfg_block_lid=" << cfg_block_lid_; ACM_Code::dump_attr (out); } void ACM_Access::dump_refs (std::ostream &out) const { out << " target_class ="; out << " " << (void*)target_class_; ACM_Code::dump_refs (out); } void ACM_Access::dump_aggr (std::ostream &out, int indent) const { ACM_Code::dump_aggr (out, indent); } void ACM_Get::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Get (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Get::dump_attr (std::ostream &out) const { ACM_Access::dump_attr (out); } void ACM_Get::dump_refs (std::ostream &out) const { out << " variable ="; out << " " << (void*)variable_; ACM_Access::dump_refs (out); } void ACM_Get::dump_aggr (std::ostream &out, int indent) const { ACM_Access::dump_aggr (out, indent); } void ACM_Set::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Set (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Set::dump_attr (std::ostream &out) const { ACM_Access::dump_attr (out); } void ACM_Set::dump_refs (std::ostream &out) const { out << " variable ="; out << " " << (void*)variable_; ACM_Access::dump_refs (out); } void ACM_Set::dump_aggr (std::ostream &out, int indent) const { ACM_Access::dump_aggr (out, indent); } void ACM_Call::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Call (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Call::dump_attr (std::ostream &out) const { if (has_default_args ()) out << " default_args=" << default_args_; ACM_Access::dump_attr (out); } void ACM_Call::dump_refs (std::ostream &out) const { out << " target ="; out << " " << (void*)target_; ACM_Access::dump_refs (out); } void ACM_Call::dump_aggr (std::ostream &out, int indent) const { for (ACM_Container ::const_iterator i = variadic_arg_types_.begin(); i != variadic_arg_types_.end(); ++i) (*i)->dump (out, indent + 1); ACM_Access::dump_aggr (out, indent); } void ACM_Builtin::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Builtin (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Builtin::dump_attr (std::ostream &out) const { ACM_Access::dump_attr (out); } void ACM_Builtin::dump_refs (std::ostream &out) const { out << " target ="; out << " " << (void*)target_; ACM_Access::dump_refs (out); } void ACM_Builtin::dump_aggr (std::ostream &out, int indent) const { for (ACM_Container ::const_iterator i = implicit_access_.begin(); i != implicit_access_.end(); ++i) (*i)->dump (out, indent + 1); ACM_Access::dump_aggr (out, indent); } void ACM_Ref::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Ref (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Ref::dump_attr (std::ostream &out) const { ACM_Access::dump_attr (out); } void ACM_Ref::dump_refs (std::ostream &out) const { out << " variable ="; out << " " << (void*)variable_; ACM_Access::dump_refs (out); } void ACM_Ref::dump_aggr (std::ostream &out, int indent) const { type_->dump (out, indent + 1); ACM_Access::dump_aggr (out, indent); } void ACM_GetRef::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "GetRef (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_GetRef::dump_attr (std::ostream &out) const { ACM_Access::dump_attr (out); } void ACM_GetRef::dump_refs (std::ostream &out) const { ACM_Access::dump_refs (out); } void ACM_GetRef::dump_aggr (std::ostream &out, int indent) const { type_->dump (out, indent + 1); ACM_Access::dump_aggr (out, indent); } void ACM_SetRef::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "SetRef (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_SetRef::dump_attr (std::ostream &out) const { ACM_Access::dump_attr (out); } void ACM_SetRef::dump_refs (std::ostream &out) const { ACM_Access::dump_refs (out); } void ACM_SetRef::dump_aggr (std::ostream &out, int indent) const { type_->dump (out, indent + 1); ACM_Access::dump_aggr (out, indent); } void ACM_CallRef::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "CallRef (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_CallRef::dump_attr (std::ostream &out) const { ACM_Access::dump_attr (out); } void ACM_CallRef::dump_refs (std::ostream &out) const { ACM_Access::dump_refs (out); } void ACM_CallRef::dump_aggr (std::ostream &out, int indent) const { type_->dump (out, indent + 1); ACM_Access::dump_aggr (out, indent); } void ACM_Execution::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Execution (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Execution::dump_attr (std::ostream &out) const { ACM_Code::dump_attr (out); } void ACM_Execution::dump_refs (std::ostream &out) const { ACM_Code::dump_refs (out); } void ACM_Execution::dump_aggr (std::ostream &out, int indent) const { ACM_Code::dump_aggr (out, indent); } void ACM_Construction::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Construction (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Construction::dump_attr (std::ostream &out) const { ACM_Code::dump_attr (out); } void ACM_Construction::dump_refs (std::ostream &out) const { ACM_Code::dump_refs (out); } void ACM_Construction::dump_aggr (std::ostream &out, int indent) const { ACM_Code::dump_aggr (out, indent); } void ACM_Destruction::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Destruction (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Destruction::dump_attr (std::ostream &out) const { ACM_Code::dump_attr (out); } void ACM_Destruction::dump_refs (std::ostream &out) const { ACM_Code::dump_refs (out); } void ACM_Destruction::dump_aggr (std::ostream &out, int indent) const { ACM_Code::dump_aggr (out, indent); } void ACM_Pointcut::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Pointcut (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Pointcut::dump_attr (std::ostream &out) const { out << " expr=" << "\"" << expr_ << "\""; out << " kind=" << kind_; out << " parsed_expr=" << parsed_expr_; ACM_Name::dump_attr (out); } void ACM_Pointcut::dump_refs (std::ostream &out) const { ACM_Name::dump_refs (out); } void ACM_Pointcut::dump_aggr (std::ostream &out, int indent) const { for (ACM_Container ::const_iterator i = args_.begin(); i != args_.end(); ++i) (*i)->dump (out, indent + 1); ACM_Name::dump_aggr (out, indent); } void ACM_Attribute::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Attribute (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Attribute::dump_attr (std::ostream &out) const { ACM_Name::dump_attr (out); } void ACM_Attribute::dump_refs (std::ostream &out) const { ACM_Name::dump_refs (out); } void ACM_Attribute::dump_aggr (std::ostream &out, int indent) const { for (ACM_Container ::const_iterator i = args_.begin(); i != args_.end(); ++i) (*i)->dump (out, indent + 1); ACM_Name::dump_aggr (out, indent); } void ACM_Advice::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Advice (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Advice::dump_attr (std::ostream &out) const { out << " lid=" << lid_; ACM_Any::dump_attr (out); } void ACM_Advice::dump_refs (std::ostream &out) const { ACM_Any::dump_refs (out); } void ACM_Advice::dump_aggr (std::ostream &out, int indent) const { pointcut_->dump (out, indent + 1); ACM_Any::dump_aggr (out, indent); } void ACM_AdviceCode::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "AdviceCode (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_AdviceCode::dump_attr (std::ostream &out) const { out << " kind=" << kind_; out << " context=" << context_; ACM_Advice::dump_attr (out); } void ACM_AdviceCode::dump_refs (std::ostream &out) const { ACM_Advice::dump_refs (out); } void ACM_AdviceCode::dump_aggr (std::ostream &out, int indent) const { ACM_Advice::dump_aggr (out, indent); } void ACM_Introduction::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Introduction (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Introduction::dump_attr (std::ostream &out) const { ACM_Advice::dump_attr (out); } void ACM_Introduction::dump_refs (std::ostream &out) const { out << " named_slice ="; out << " " << (void*)named_slice_; ACM_Advice::dump_refs (out); } void ACM_Introduction::dump_aggr (std::ostream &out, int indent) const { if (has_anon_slice ()) anon_slice_->dump (out, indent + 1); ACM_Advice::dump_aggr (out, indent); } void ACM_Order::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Order (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Order::dump_attr (std::ostream &out) const { ACM_Advice::dump_attr (out); } void ACM_Order::dump_refs (std::ostream &out) const { ACM_Advice::dump_refs (out); } void ACM_Order::dump_aggr (std::ostream &out, int indent) const { for (ACM_Container ::const_iterator i = aspect_exprs_.begin(); i != aspect_exprs_.end(); ++i) (*i)->dump (out, indent + 1); ACM_Advice::dump_aggr (out, indent); } void ACM_Aspect::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Aspect (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Aspect::dump_attr (std::ostream &out) const { ACM_Class::dump_attr (out); } void ACM_Aspect::dump_refs (std::ostream &out) const { ACM_Class::dump_refs (out); } void ACM_Aspect::dump_aggr (std::ostream &out, int indent) const { for (ACM_Container ::const_iterator i = intros_.begin(); i != intros_.end(); ++i) (*i)->dump (out, indent + 1); for (ACM_Container ::const_iterator i = advices_.begin(); i != advices_.end(); ++i) (*i)->dump (out, indent + 1); for (ACM_Container ::const_iterator i = orders_.begin(); i != orders_.end(); ++i) (*i)->dump (out, indent + 1); ACM_Class::dump_aggr (out, indent); } void ACM_Speculation::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Speculation (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Speculation::dump_attr (std::ostream &out) const { ACM_Node::dump_attr (out); } void ACM_Speculation::dump_refs (std::ostream &out) const { out << " advice ="; out << " " << (void*)advice_; out << " tunit ="; out << " " << (void*)tunit_; out << " true_jps ="; for (ACM_Container ::const_iterator i = true_jps_.begin(); i != true_jps_.end(); ++i) out << " " << (void*)(*i); out << " false_jps ="; for (ACM_Container ::const_iterator i = false_jps_.begin(); i != false_jps_.end(); ++i) out << " " << (void*)(*i); out << " conditional_jps ="; for (ACM_Container ::const_iterator i = conditional_jps_.begin(); i != conditional_jps_.end(); ++i) out << " " << (void*)(*i); ACM_Node::dump_refs (out); } void ACM_Speculation::dump_aggr (std::ostream &out, int indent) const { ACM_Node::dump_aggr (out, indent); } void ACM_Model::dump (std::ostream &out, int indent) const { for (int i = 0; i < indent; i++) cout << " "; out << "Model (" << this << " " << get_parent() << ")"; dump_attr (out); dump_refs (out); out << endl; dump_aggr (out, indent); } void ACM_Model::dump_attr (std::ostream &out) const { out << " version=" << "\"" << version_ << "\""; ACM_Node::dump_attr (out); } void ACM_Model::dump_refs (std::ostream &out) const { ACM_Node::dump_refs (out); } void ACM_Model::dump_aggr (std::ostream &out, int indent) const { for (ACM_Container ::const_iterator i = files_.begin(); i != files_.end(); ++i) (*i)->dump (out, indent + 1); root_->dump (out, indent + 1); for (ACM_Container ::const_iterator i = speculations_.begin(); i != speculations_.end(); ++i) (*i)->dump (out, indent + 1); ACM_Node::dump_aggr (out, indent); } void ACM_Node::to_xml (SaveContext &context) { remove_property ("id"); if (get_id () != -1) set_property ("id", get_id ()); } void ACM_File::to_xml (SaveContext &context) { if (get_xml_dirty ()) set_property ("filename", filename_); if (get_xml_dirty ()) set_property ("len", len_); if (get_xml_dirty ()) set_property ("time", time_); ACM_Node::to_xml (context); } void ACM_TUnit::to_xml (SaveContext &context) { if (get_xml_dirty ()) set_property ("dirty_flag", dirty_flag_); ACM_File::to_xml (context); } void ACM_Header::to_xml (SaveContext &context) { if (in_.size () > 0) { ostringstream idrefs; bool first = true; for (ACM_Container ::iterator i = in_.begin (); i != in_.end (); ++i) { (*i)->assign_id (context); if (!first) idrefs << " "; else first = false; idrefs << (*i)->get_id (); } set_property ("in", idrefs.str ()); } else { remove_property ("in"); } ACM_File::to_xml (context); } void ACM_Source::to_xml (SaveContext &context) { if (get_xml_dirty ()) set_property ("kind", kind_); set_property ("file", file_->assign_id(context)); if (get_xml_dirty ()) set_property ("line", line_); if (get_xml_dirty ()) set_property ("len", len_); ACM_Node::to_xml (context); } void ACM_MemberIntro::to_xml (SaveContext &context) { set_property ("intro", intro_->assign_id(context)); if (members_.size () > 0) { ostringstream idrefs; bool first = true; for (ACM_Container ::iterator i = members_.begin (); i != members_.end (); ++i) { (*i)->assign_id (context); if (!first) idrefs << " "; else first = false; idrefs << (*i)->get_id (); } set_property ("members", idrefs.str ()); } else { remove_property ("members"); } ACM_Node::to_xml (context); } void ACM_BaseIntro::to_xml (SaveContext &context) { set_property ("intro", intro_->assign_id(context)); if (bases_.size () > 0) { ostringstream idrefs; bool first = true; for (ACM_Container ::iterator i = bases_.begin (); i != bases_.end (); ++i) { (*i)->assign_id (context); if (!first) idrefs << " "; else first = false; idrefs << (*i)->get_id (); } set_property ("bases", idrefs.str ()); } else { remove_property ("bases"); } ACM_Node::to_xml (context); } void ACM_ClassPlan::to_xml (SaveContext &context) { if (base_intros_.size () > 0) { if (!base_intros_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"base_intros", NULL); base_intros_.set_xml_node (node); } base_intros_.to_xml (context); base_intros_.set_xml_dirty (false); } else { if (base_intros_.get_xml_node ()) { xmlUnlinkNode (base_intros_.get_xml_node ()); xmlFreeNode (base_intros_.get_xml_node ()); base_intros_.set_xml_node (0); base_intros_.set_xml_dirty (); } } if (member_intros_.size () > 0) { if (!member_intros_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"member_intros", NULL); member_intros_.set_xml_node (node); } member_intros_.to_xml (context); member_intros_.set_xml_dirty (false); } else { if (member_intros_.get_xml_node ()) { xmlUnlinkNode (member_intros_.get_xml_node ()); xmlFreeNode (member_intros_.get_xml_node ()); member_intros_.set_xml_node (0); member_intros_.set_xml_dirty (); } } ACM_Node::to_xml (context); } void ACM_CodeAdvice::to_xml (SaveContext &context) { set_property ("advice", advice_->assign_id(context)); if (get_xml_dirty ()) set_property ("conditional", conditional_); ACM_Node::to_xml (context); } void ACM_CodePlan::to_xml (SaveContext &context) { if (before_.size () > 0) { if (!before_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"before", NULL); before_.set_xml_node (node); } before_.to_xml (context); before_.set_xml_dirty (false); } else { if (before_.get_xml_node ()) { xmlUnlinkNode (before_.get_xml_node ()); xmlFreeNode (before_.get_xml_node ()); before_.set_xml_node (0); before_.set_xml_dirty (); } } if (has_around ()) { if (!around_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"around", NULL); node = xmlNewChild(node, NULL, (xmlChar*)around_->type_str (), NULL); around_->set_xml_node (node); } around_->to_xml (context); around_->set_xml_dirty (false); } if (after_.size () > 0) { if (!after_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"after", NULL); after_.set_xml_node (node); } after_.to_xml (context); after_.set_xml_dirty (false); } else { if (after_.get_xml_node ()) { xmlUnlinkNode (after_.get_xml_node ()); xmlFreeNode (after_.get_xml_node ()); after_.set_xml_node (0); after_.set_xml_dirty (); } } if (has_next_level ()) { if (!next_level_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"next_level", NULL); node = xmlNewChild(node, NULL, (xmlChar*)next_level_->type_str (), NULL); next_level_->set_xml_node (node); } next_level_->to_xml (context); next_level_->set_xml_dirty (false); } ACM_Node::to_xml (context); } void ACM_Any::to_xml (SaveContext &context) { if (has_jpid ()) if (get_xml_dirty ()) set_property ("jpid", jpid_); if (source_.size () > 0) { if (!source_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"source", NULL); source_.set_xml_node (node); } source_.to_xml (context); source_.set_xml_dirty (false); } else { if (source_.get_xml_node ()) { xmlUnlinkNode (source_.get_xml_node ()); xmlFreeNode (source_.get_xml_node ()); source_.set_xml_node (0); source_.set_xml_dirty (); } } if (attributes_.size () > 0) { ostringstream idrefs; bool first = true; for (ACM_Container ::iterator i = attributes_.begin (); i != attributes_.end (); ++i) { (*i)->assign_id (context); if (!first) idrefs << " "; else first = false; idrefs << (*i)->get_id (); } set_property ("attributes", idrefs.str ()); } else { remove_property ("attributes"); } ACM_Node::to_xml (context); } void ACM_Type::to_xml (SaveContext &context) { if (get_xml_dirty ()) set_property ("signature", signature_); ACM_Any::to_xml (context); } void ACM_Arg::to_xml (SaveContext &context) { if (get_xml_dirty ()) set_property ("type", type_); if (get_xml_dirty ()) set_property ("name", name_); ACM_Any::to_xml (context); } void ACM_Name::to_xml (SaveContext &context) { if (children_.size () > 0) { if (!children_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"children", NULL); children_.set_xml_node (node); } children_.to_xml (context); children_.set_xml_dirty (false); } else { if (children_.get_xml_node ()) { xmlUnlinkNode (children_.get_xml_node ()); xmlFreeNode (children_.get_xml_node ()); children_.set_xml_node (0); children_.set_xml_dirty (); } } if (get_xml_dirty ()) set_property ("name", name_); if (get_xml_dirty ()) set_property ("builtin", builtin_); if (tunits_.size () > 0) { ostringstream idrefs; bool first = true; for (ACM_Container ::iterator i = tunits_.begin (); i != tunits_.end (); ++i) { (*i)->assign_id (context); if (!first) idrefs << " "; else first = false; idrefs << (*i)->get_id (); } set_property ("tunits", idrefs.str ()); } else { remove_property ("tunits"); } ACM_Any::to_xml (context); } void ACM_Namespace::to_xml (SaveContext &context) { ACM_Name::to_xml (context); } void ACM_Function::to_xml (SaveContext &context) { if (has_result_type ()) { if (!result_type_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"result_type", NULL); node = xmlNewChild(node, NULL, (xmlChar*)result_type_->type_str (), NULL); result_type_->set_xml_node (node); } result_type_->to_xml (context); result_type_->set_xml_dirty (false); } if (arg_types_.size () > 0) { if (!arg_types_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"arg_types", NULL); arg_types_.set_xml_node (node); } arg_types_.to_xml (context); arg_types_.set_xml_dirty (false); } else { if (arg_types_.get_xml_node ()) { xmlUnlinkNode (arg_types_.get_xml_node ()); xmlFreeNode (arg_types_.get_xml_node ()); arg_types_.set_xml_node (0); arg_types_.set_xml_dirty (); } } if (get_xml_dirty ()) set_property ("kind", kind_); if (get_xml_dirty ()) set_property ("variadic_args", variadic_args_); if (get_xml_dirty ()) set_property ("cv_qualifiers", cv_qualifiers_); if (has_static_in ()) set_property ("static_in", static_in_->assign_id(context)); ACM_Name::to_xml (context); } void ACM_Variable::to_xml (SaveContext &context) { if (!type_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"type", NULL); node = xmlNewChild(node, NULL, (xmlChar*)type_->type_str (), NULL); type_->set_xml_node (node); } type_->to_xml (context); type_->set_xml_dirty (false); if (get_xml_dirty ()) set_property ("kind", kind_); ACM_Name::to_xml (context); } void ACM_Class::to_xml (SaveContext &context) { if (bases_.size () > 0) { ostringstream idrefs; bool first = true; for (ACM_Container ::iterator i = bases_.begin (); i != bases_.end (); ++i) { (*i)->assign_id (context); if (!first) idrefs << " "; else first = false; idrefs << (*i)->get_id (); } set_property ("bases", idrefs.str ()); } else { remove_property ("bases"); } if (has_plan ()) { if (!plan_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"plan", NULL); node = xmlNewChild(node, NULL, (xmlChar*)plan_->type_str (), NULL); plan_->set_xml_node (node); } plan_->to_xml (context); plan_->set_xml_dirty (false); } ACM_Name::to_xml (context); } void ACM_ClassSlice::to_xml (SaveContext &context) { if (get_xml_dirty ()) set_property ("is_struct", is_struct_); ACM_Name::to_xml (context); } void ACM_Code::to_xml (SaveContext &context) { if (has_plan ()) { if (!plan_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"plan", NULL); node = xmlNewChild(node, NULL, (xmlChar*)plan_->type_str (), NULL); plan_->set_xml_node (node); } plan_->to_xml (context); plan_->set_xml_dirty (false); } ACM_Any::to_xml (context); } void ACM_Access::to_xml (SaveContext &context) { if (get_xml_dirty ()) set_property ("lid", lid_); if (has_target_object_lid ()) if (get_xml_dirty ()) set_property ("target_object_lid", target_object_lid_); if (has_cfg_block_lid ()) if (get_xml_dirty ()) set_property ("cfg_block_lid", cfg_block_lid_); if (has_target_class ()) set_property ("target_class", target_class_->assign_id(context)); ACM_Code::to_xml (context); } void ACM_Get::to_xml (SaveContext &context) { if (has_variable ()) set_property ("variable", variable_->assign_id(context)); ACM_Access::to_xml (context); } void ACM_Set::to_xml (SaveContext &context) { if (has_variable ()) set_property ("variable", variable_->assign_id(context)); ACM_Access::to_xml (context); } void ACM_Call::to_xml (SaveContext &context) { set_property ("target", target_->assign_id(context)); if (variadic_arg_types_.size () > 0) { if (!variadic_arg_types_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"variadic_arg_types", NULL); variadic_arg_types_.set_xml_node (node); } variadic_arg_types_.to_xml (context); variadic_arg_types_.set_xml_dirty (false); } else { if (variadic_arg_types_.get_xml_node ()) { xmlUnlinkNode (variadic_arg_types_.get_xml_node ()); xmlFreeNode (variadic_arg_types_.get_xml_node ()); variadic_arg_types_.set_xml_node (0); variadic_arg_types_.set_xml_dirty (); } } if (has_default_args ()) if (get_xml_dirty ()) set_property ("default_args", default_args_); ACM_Access::to_xml (context); } void ACM_Builtin::to_xml (SaveContext &context) { set_property ("target", target_->assign_id(context)); if (implicit_access_.size () > 0) { if (!implicit_access_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"implicit_access", NULL); implicit_access_.set_xml_node (node); } implicit_access_.to_xml (context); implicit_access_.set_xml_dirty (false); } else { if (implicit_access_.get_xml_node ()) { xmlUnlinkNode (implicit_access_.get_xml_node ()); xmlFreeNode (implicit_access_.get_xml_node ()); implicit_access_.set_xml_node (0); implicit_access_.set_xml_dirty (); } } ACM_Access::to_xml (context); } void ACM_Ref::to_xml (SaveContext &context) { set_property ("variable", variable_->assign_id(context)); if (!type_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"type", NULL); node = xmlNewChild(node, NULL, (xmlChar*)type_->type_str (), NULL); type_->set_xml_node (node); } type_->to_xml (context); type_->set_xml_dirty (false); ACM_Access::to_xml (context); } void ACM_GetRef::to_xml (SaveContext &context) { if (!type_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"type", NULL); node = xmlNewChild(node, NULL, (xmlChar*)type_->type_str (), NULL); type_->set_xml_node (node); } type_->to_xml (context); type_->set_xml_dirty (false); ACM_Access::to_xml (context); } void ACM_SetRef::to_xml (SaveContext &context) { if (!type_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"type", NULL); node = xmlNewChild(node, NULL, (xmlChar*)type_->type_str (), NULL); type_->set_xml_node (node); } type_->to_xml (context); type_->set_xml_dirty (false); ACM_Access::to_xml (context); } void ACM_CallRef::to_xml (SaveContext &context) { if (!type_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"type", NULL); node = xmlNewChild(node, NULL, (xmlChar*)type_->type_str (), NULL); type_->set_xml_node (node); } type_->to_xml (context); type_->set_xml_dirty (false); ACM_Access::to_xml (context); } void ACM_Execution::to_xml (SaveContext &context) { ACM_Code::to_xml (context); } void ACM_Construction::to_xml (SaveContext &context) { ACM_Code::to_xml (context); } void ACM_Destruction::to_xml (SaveContext &context) { ACM_Code::to_xml (context); } void ACM_Pointcut::to_xml (SaveContext &context) { if (get_xml_dirty ()) set_property ("expr", expr_); if (args_.size () > 0) { if (!args_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"args", NULL); args_.set_xml_node (node); } args_.to_xml (context); args_.set_xml_dirty (false); } else { if (args_.get_xml_node ()) { xmlUnlinkNode (args_.get_xml_node ()); xmlFreeNode (args_.get_xml_node ()); args_.set_xml_node (0); args_.set_xml_dirty (); } } if (get_xml_dirty ()) set_property ("kind", kind_); ACM_Name::to_xml (context); } void ACM_Attribute::to_xml (SaveContext &context) { if (args_.size () > 0) { if (!args_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"args", NULL); args_.set_xml_node (node); } args_.to_xml (context); args_.set_xml_dirty (false); } else { if (args_.get_xml_node ()) { xmlUnlinkNode (args_.get_xml_node ()); xmlFreeNode (args_.get_xml_node ()); args_.set_xml_node (0); args_.set_xml_dirty (); } } ACM_Name::to_xml (context); } void ACM_Advice::to_xml (SaveContext &context) { if (!pointcut_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"pointcut", NULL); node = xmlNewChild(node, NULL, (xmlChar*)pointcut_->type_str (), NULL); pointcut_->set_xml_node (node); } pointcut_->to_xml (context); pointcut_->set_xml_dirty (false); if (get_xml_dirty ()) set_property ("lid", lid_); ACM_Any::to_xml (context); } void ACM_AdviceCode::to_xml (SaveContext &context) { if (get_xml_dirty ()) set_property ("kind", kind_); if (get_xml_dirty ()) set_property ("context", context_); ACM_Advice::to_xml (context); } void ACM_Introduction::to_xml (SaveContext &context) { if (has_named_slice ()) set_property ("named_slice", named_slice_->assign_id(context)); if (has_anon_slice ()) { if (!anon_slice_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"anon_slice", NULL); node = xmlNewChild(node, NULL, (xmlChar*)anon_slice_->type_str (), NULL); anon_slice_->set_xml_node (node); } anon_slice_->to_xml (context); anon_slice_->set_xml_dirty (false); } ACM_Advice::to_xml (context); } void ACM_Order::to_xml (SaveContext &context) { if (aspect_exprs_.size () > 0) { if (!aspect_exprs_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"aspect_exprs", NULL); aspect_exprs_.set_xml_node (node); } aspect_exprs_.to_xml (context); aspect_exprs_.set_xml_dirty (false); } else { if (aspect_exprs_.get_xml_node ()) { xmlUnlinkNode (aspect_exprs_.get_xml_node ()); xmlFreeNode (aspect_exprs_.get_xml_node ()); aspect_exprs_.set_xml_node (0); aspect_exprs_.set_xml_dirty (); } } ACM_Advice::to_xml (context); } void ACM_Aspect::to_xml (SaveContext &context) { if (intros_.size () > 0) { if (!intros_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"intros", NULL); intros_.set_xml_node (node); } intros_.to_xml (context); intros_.set_xml_dirty (false); } else { if (intros_.get_xml_node ()) { xmlUnlinkNode (intros_.get_xml_node ()); xmlFreeNode (intros_.get_xml_node ()); intros_.set_xml_node (0); intros_.set_xml_dirty (); } } if (advices_.size () > 0) { if (!advices_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"advices", NULL); advices_.set_xml_node (node); } advices_.to_xml (context); advices_.set_xml_dirty (false); } else { if (advices_.get_xml_node ()) { xmlUnlinkNode (advices_.get_xml_node ()); xmlFreeNode (advices_.get_xml_node ()); advices_.set_xml_node (0); advices_.set_xml_dirty (); } } if (orders_.size () > 0) { if (!orders_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"orders", NULL); orders_.set_xml_node (node); } orders_.to_xml (context); orders_.set_xml_dirty (false); } else { if (orders_.get_xml_node ()) { xmlUnlinkNode (orders_.get_xml_node ()); xmlFreeNode (orders_.get_xml_node ()); orders_.set_xml_node (0); orders_.set_xml_dirty (); } } ACM_Class::to_xml (context); } void ACM_Speculation::to_xml (SaveContext &context) { set_property ("advice", advice_->assign_id(context)); set_property ("tunit", tunit_->assign_id(context)); if (true_jps_.size () > 0) { ostringstream idrefs; bool first = true; for (ACM_Container ::iterator i = true_jps_.begin (); i != true_jps_.end (); ++i) { (*i)->assign_id (context); if (!first) idrefs << " "; else first = false; idrefs << (*i)->get_id (); } set_property ("true_jps", idrefs.str ()); } else { remove_property ("true_jps"); } if (false_jps_.size () > 0) { ostringstream idrefs; bool first = true; for (ACM_Container ::iterator i = false_jps_.begin (); i != false_jps_.end (); ++i) { (*i)->assign_id (context); if (!first) idrefs << " "; else first = false; idrefs << (*i)->get_id (); } set_property ("false_jps", idrefs.str ()); } else { remove_property ("false_jps"); } if (conditional_jps_.size () > 0) { ostringstream idrefs; bool first = true; for (ACM_Container ::iterator i = conditional_jps_.begin (); i != conditional_jps_.end (); ++i) { (*i)->assign_id (context); if (!first) idrefs << " "; else first = false; idrefs << (*i)->get_id (); } set_property ("conditional_jps", idrefs.str ()); } else { remove_property ("conditional_jps"); } ACM_Node::to_xml (context); } void ACM_Model::to_xml (SaveContext &context) { if (files_.size () > 0) { if (!files_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"files", NULL); files_.set_xml_node (node); } files_.to_xml (context); files_.set_xml_dirty (false); } else { if (files_.get_xml_node ()) { xmlUnlinkNode (files_.get_xml_node ()); xmlFreeNode (files_.get_xml_node ()); files_.set_xml_node (0); files_.set_xml_dirty (); } } if (!root_->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"root", NULL); node = xmlNewChild(node, NULL, (xmlChar*)root_->type_str (), NULL); root_->set_xml_node (node); } root_->to_xml (context); root_->set_xml_dirty (false); if (speculations_.size () > 0) { if (!speculations_.get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)"speculations", NULL); speculations_.set_xml_node (node); } speculations_.to_xml (context); speculations_.set_xml_dirty (false); } else { if (speculations_.get_xml_node ()) { xmlUnlinkNode (speculations_.get_xml_node ()); xmlFreeNode (speculations_.get_xml_node ()); speculations_.set_xml_node (0); speculations_.set_xml_dirty (); } } if (get_xml_dirty ()) set_property ("version", version_); ACM_Node::to_xml (context); } // model facade class // delete all model elements from a Project Model void ProjectModel::clear () { for (int l = 0; l < MAX_JOIN_POINT_TYPE_INDEX; l++) { for (NodeList::iterator i = _join_points[l].begin (); i != _join_points[l].end (); ++i) delete *i; _join_points[l].clear (); } set_root (0); get_files ().clear (); if (_xml_doc) { xmlFreeDoc (_xml_doc); // delete the DOM _xml_doc = 0; } } // allocated a new joinpoint ID unsigned ProjectModel::alloc_jpid () { unsigned result; if (_jpids_freed.empty ()) { result = _jpids_in_use; _jpids_in_use++; } else { result = *_jpids_freed.begin (); _jpids_freed.erase (_jpids_freed.begin ()); } return result; } // mark a join point ID as allocated (needed for loading models) void ProjectModel::alloc_jpid (unsigned jpid) { if (jpid >= _jpids_in_use) { for (unsigned id = _jpids_in_use; id < jpid; id++) _jpids_freed.insert (id); _jpids_in_use = jpid + 1; } else { _jpids_freed.erase (jpid); } } // free a joinpoint ID void ProjectModel::free_jpid (unsigned jpid) { _jpids_freed.insert (jpid); } // select and return all join points of a given type (any of them) void ProjectModel::select (JoinPointType jpt, Selection &result, bool prj_only) { for (int l = 0; l < MAX_JOIN_POINT_TYPE_INDEX; l++) { if (jpt & (1<get_tunits().empty()) // external continue; } result.push_back (*i); } } } } // merge the elements of another model into this one void ProjectModel::merge (ProjectModel &that) { _merge_id++; init_change_set (that); sourceCleanupModel (*this); merge_node (this, &that); fix_refs (this); clear_change_set (); } // before merging two models find out which files have been changed // (file in 'that' newer as in 'this') void ProjectModel::init_change_set(ProjectModel &that) { typedef ACM_Container Container; Container::Set &me = get_files().get_sorted (); Container::Set &you = that.get_files().get_sorted (); // iterate over both sorted file lists Container::Set::iterator curr_me = me.begin (); Container::Set::iterator curr_you = you.begin (); while (curr_me != me.end () && curr_you != you.end ()) { if (**curr_me < ** curr_you) // an element in 'me', which is not present ++curr_me; // in 'you' => simply skip else if (**curr_you < ** curr_me) { // a new element (not in 'me' yet ++curr_you; } else { // two equal elements according to their key if ((*curr_me)->get_time() != (*curr_you)->get_time()) { _modified_files.insert (*curr_me); (*curr_me)->set_time((*curr_you)->get_time()); } ++curr_you; ++curr_me; } } } // cleanup list of modified files (at the end of merging) void ProjectModel::clear_change_set() { _modified_files.clear (); } // handle attribute variations when merging models // returns 'true' if the attribute in the project model ("me") should be // overwritten by the attribute in the translation unit model ("that") bool ProjectModel::merge_attr (ACM_Node &me, ACM_Node &that, const std::string &attr_name) { // make sure that the joinpoint IDs from the translation unit model are // overwritten by the IDs from the stored project model if (attr_name == "jpid") { ((ACM_Any&)that).set_jpid (((ACM_Any&)me).get_jpid ()); return false; } // cout << "warning: attr " << attr_name << " differs" << endl; return true; } void ProjectModel::merge_attr_only_in_me (ACM_Node &me, ACM_Node &that, const std::string &attr_name) { cout << "warning: attr " << attr_name << " only in project model" << endl; } void ProjectModel::merge_attr_only_in_that (ACM_Node &me, ACM_Node &that, const std::string &attr_name) { cout << "warning: attr " << attr_name << " only in translation unit model" << endl; } // delete all source entries that are referencing a modified file // true: *all* entries (>0) have been deleted bool ProjectModel::purgeSources(ACM_Any &me) { ACM_Container &source_container = me.get_source(); if (source_container.size () == 0) return false; bool needs_decl = (me.get_parent() && (((ACM_Any*)me.get_parent())->type_val() & (JPT_Class|JPT_Aspect))); bool has_decl = false; bool removed_decl = false; bool has_def = false; typedef ACM_Container Container; list found; for (Container::iterator i = source_container.begin (); i != source_container.end (); ++i) { ACM_Source *src = *i; if (_modified_files.find (src->get_file ()) != _modified_files.end ()) { found.push_back (*i); if (src->get_kind() == SLK_DECL) removed_decl = true; } else { if (src->get_kind() == SLK_DECL) has_decl = true; else if (src->get_kind() == SLK_DEF) has_def = true; } } // For members of classes or aspects (member functions, nested classes, // member slices the following rule is checked: // If there is a definition (in a non-modified file), there also has to // be a declaration (within the parent class or aspect). Otherwise the // model element has to be deleted. if (has_def && removed_decl && needs_decl && !has_decl) return true; if (source_container.size () != found.size ()) { for (list::iterator i = found.begin (); i != found.end (); ++i) { ACM_Source *src = *i; source_container.remove (src); unlink_node (src); } return false; } return true; } ACM_Node *ProjectModel::copyNode(ACM_Node *that_node) { ACM_Node *result; switch (that_node->type_val ()) { case JPT_TUnit: result = newTUnit(); copyTUnit ((ACM_TUnit&)*result, (ACM_TUnit&)*that_node); break; case JPT_Header: result = newHeader(); copyHeader ((ACM_Header&)*result, (ACM_Header&)*that_node); break; case JPT_Source: result = newSource(); copySource ((ACM_Source&)*result, (ACM_Source&)*that_node); break; case JPT_MemberIntro: result = newMemberIntro(); copyMemberIntro ((ACM_MemberIntro&)*result, (ACM_MemberIntro&)*that_node); break; case JPT_BaseIntro: result = newBaseIntro(); copyBaseIntro ((ACM_BaseIntro&)*result, (ACM_BaseIntro&)*that_node); break; case JPT_ClassPlan: result = newClassPlan(); copyClassPlan ((ACM_ClassPlan&)*result, (ACM_ClassPlan&)*that_node); break; case JPT_CodeAdvice: result = newCodeAdvice(); copyCodeAdvice ((ACM_CodeAdvice&)*result, (ACM_CodeAdvice&)*that_node); break; case JPT_CodePlan: result = newCodePlan(); copyCodePlan ((ACM_CodePlan&)*result, (ACM_CodePlan&)*that_node); break; case JPT_Type: result = newType(); copyType ((ACM_Type&)*result, (ACM_Type&)*that_node); break; case JPT_Arg: result = newArg(); copyArg ((ACM_Arg&)*result, (ACM_Arg&)*that_node); break; case JPT_Namespace: result = newNamespace(); copyNamespace ((ACM_Namespace&)*result, (ACM_Namespace&)*that_node); break; case JPT_Function: result = newFunction(); copyFunction ((ACM_Function&)*result, (ACM_Function&)*that_node); break; case JPT_Variable: result = newVariable(); copyVariable ((ACM_Variable&)*result, (ACM_Variable&)*that_node); break; case JPT_Class: result = newClass(); copyClass ((ACM_Class&)*result, (ACM_Class&)*that_node); break; case JPT_ClassSlice: result = newClassSlice(); copyClassSlice ((ACM_ClassSlice&)*result, (ACM_ClassSlice&)*that_node); break; case JPT_Get: result = newGet(); copyGet ((ACM_Get&)*result, (ACM_Get&)*that_node); break; case JPT_Set: result = newSet(); copySet ((ACM_Set&)*result, (ACM_Set&)*that_node); break; case JPT_Call: result = newCall(); copyCall ((ACM_Call&)*result, (ACM_Call&)*that_node); break; case JPT_Builtin: result = newBuiltin(); copyBuiltin ((ACM_Builtin&)*result, (ACM_Builtin&)*that_node); break; case JPT_Ref: result = newRef(); copyRef ((ACM_Ref&)*result, (ACM_Ref&)*that_node); break; case JPT_GetRef: result = newGetRef(); copyGetRef ((ACM_GetRef&)*result, (ACM_GetRef&)*that_node); break; case JPT_SetRef: result = newSetRef(); copySetRef ((ACM_SetRef&)*result, (ACM_SetRef&)*that_node); break; case JPT_CallRef: result = newCallRef(); copyCallRef ((ACM_CallRef&)*result, (ACM_CallRef&)*that_node); break; case JPT_Execution: result = newExecution(); copyExecution ((ACM_Execution&)*result, (ACM_Execution&)*that_node); break; case JPT_Construction: result = newConstruction(); copyConstruction ((ACM_Construction&)*result, (ACM_Construction&)*that_node); break; case JPT_Destruction: result = newDestruction(); copyDestruction ((ACM_Destruction&)*result, (ACM_Destruction&)*that_node); break; case JPT_Pointcut: result = newPointcut(); copyPointcut ((ACM_Pointcut&)*result, (ACM_Pointcut&)*that_node); break; case JPT_Attribute: result = newAttribute(); copyAttribute ((ACM_Attribute&)*result, (ACM_Attribute&)*that_node); break; case JPT_AdviceCode: result = newAdviceCode(); copyAdviceCode ((ACM_AdviceCode&)*result, (ACM_AdviceCode&)*that_node); break; case JPT_Introduction: result = newIntroduction(); copyIntroduction ((ACM_Introduction&)*result, (ACM_Introduction&)*that_node); break; case JPT_Order: result = newOrder(); copyOrder ((ACM_Order&)*result, (ACM_Order&)*that_node); break; case JPT_Aspect: result = newAspect(); copyAspect ((ACM_Aspect&)*result, (ACM_Aspect&)*that_node); break; case JPT_Speculation: result = newSpeculation(); copySpeculation ((ACM_Speculation&)*result, (ACM_Speculation&)*that_node); break; case JPT_Model: result = newModel(); copyModel ((ACM_Model&)*result, (ACM_Model&)*that_node); break; default: result = 0; } if (result) that_node->set_partner (result); return result; } void ProjectModel::merge_node(ACM_Node *prj_node, ACM_Node *tu_node) { switch (prj_node->type_val ()) { case JPT_TUnit: mergeTUnit ((ACM_TUnit&)*prj_node, (ACM_TUnit&)*tu_node); break; case JPT_Header: mergeHeader ((ACM_Header&)*prj_node, (ACM_Header&)*tu_node); break; case JPT_Source: mergeSource ((ACM_Source&)*prj_node, (ACM_Source&)*tu_node); break; case JPT_MemberIntro: mergeMemberIntro ((ACM_MemberIntro&)*prj_node, (ACM_MemberIntro&)*tu_node); break; case JPT_BaseIntro: mergeBaseIntro ((ACM_BaseIntro&)*prj_node, (ACM_BaseIntro&)*tu_node); break; case JPT_ClassPlan: mergeClassPlan ((ACM_ClassPlan&)*prj_node, (ACM_ClassPlan&)*tu_node); break; case JPT_CodeAdvice: mergeCodeAdvice ((ACM_CodeAdvice&)*prj_node, (ACM_CodeAdvice&)*tu_node); break; case JPT_CodePlan: mergeCodePlan ((ACM_CodePlan&)*prj_node, (ACM_CodePlan&)*tu_node); break; case JPT_Type: mergeType ((ACM_Type&)*prj_node, (ACM_Type&)*tu_node); break; case JPT_Arg: mergeArg ((ACM_Arg&)*prj_node, (ACM_Arg&)*tu_node); break; case JPT_Namespace: mergeNamespace ((ACM_Namespace&)*prj_node, (ACM_Namespace&)*tu_node); break; case JPT_Function: mergeFunction ((ACM_Function&)*prj_node, (ACM_Function&)*tu_node); break; case JPT_Variable: mergeVariable ((ACM_Variable&)*prj_node, (ACM_Variable&)*tu_node); break; case JPT_Class: mergeClass ((ACM_Class&)*prj_node, (ACM_Class&)*tu_node); break; case JPT_ClassSlice: mergeClassSlice ((ACM_ClassSlice&)*prj_node, (ACM_ClassSlice&)*tu_node); break; case JPT_Get: mergeGet ((ACM_Get&)*prj_node, (ACM_Get&)*tu_node); break; case JPT_Set: mergeSet ((ACM_Set&)*prj_node, (ACM_Set&)*tu_node); break; case JPT_Call: mergeCall ((ACM_Call&)*prj_node, (ACM_Call&)*tu_node); break; case JPT_Builtin: mergeBuiltin ((ACM_Builtin&)*prj_node, (ACM_Builtin&)*tu_node); break; case JPT_Ref: mergeRef ((ACM_Ref&)*prj_node, (ACM_Ref&)*tu_node); break; case JPT_GetRef: mergeGetRef ((ACM_GetRef&)*prj_node, (ACM_GetRef&)*tu_node); break; case JPT_SetRef: mergeSetRef ((ACM_SetRef&)*prj_node, (ACM_SetRef&)*tu_node); break; case JPT_CallRef: mergeCallRef ((ACM_CallRef&)*prj_node, (ACM_CallRef&)*tu_node); break; case JPT_Execution: mergeExecution ((ACM_Execution&)*prj_node, (ACM_Execution&)*tu_node); break; case JPT_Construction: mergeConstruction ((ACM_Construction&)*prj_node, (ACM_Construction&)*tu_node); break; case JPT_Destruction: mergeDestruction ((ACM_Destruction&)*prj_node, (ACM_Destruction&)*tu_node); break; case JPT_Pointcut: mergePointcut ((ACM_Pointcut&)*prj_node, (ACM_Pointcut&)*tu_node); break; case JPT_Attribute: mergeAttribute ((ACM_Attribute&)*prj_node, (ACM_Attribute&)*tu_node); break; case JPT_AdviceCode: mergeAdviceCode ((ACM_AdviceCode&)*prj_node, (ACM_AdviceCode&)*tu_node); break; case JPT_Introduction: mergeIntroduction ((ACM_Introduction&)*prj_node, (ACM_Introduction&)*tu_node); break; case JPT_Order: mergeOrder ((ACM_Order&)*prj_node, (ACM_Order&)*tu_node); break; case JPT_Aspect: mergeAspect ((ACM_Aspect&)*prj_node, (ACM_Aspect&)*tu_node); break; case JPT_Speculation: mergeSpeculation ((ACM_Speculation&)*prj_node, (ACM_Speculation&)*tu_node); break; case JPT_Model: mergeModel ((ACM_Model&)*prj_node, (ACM_Model&)*tu_node); break; default: break; } tu_node->set_partner (prj_node); } bool ProjectModel::source_cleanup(ACM_Node &node) { switch (node.type_val ()) { case JPT_TUnit: return sourceCleanupTUnit ((ACM_TUnit&)node); case JPT_Header: return sourceCleanupHeader ((ACM_Header&)node); case JPT_Source: return sourceCleanupSource ((ACM_Source&)node); case JPT_MemberIntro: return sourceCleanupMemberIntro ((ACM_MemberIntro&)node); case JPT_BaseIntro: return sourceCleanupBaseIntro ((ACM_BaseIntro&)node); case JPT_ClassPlan: return sourceCleanupClassPlan ((ACM_ClassPlan&)node); case JPT_CodeAdvice: return sourceCleanupCodeAdvice ((ACM_CodeAdvice&)node); case JPT_CodePlan: return sourceCleanupCodePlan ((ACM_CodePlan&)node); case JPT_Type: return sourceCleanupType ((ACM_Type&)node); case JPT_Arg: return sourceCleanupArg ((ACM_Arg&)node); case JPT_Namespace: return sourceCleanupNamespace ((ACM_Namespace&)node); case JPT_Function: return sourceCleanupFunction ((ACM_Function&)node); case JPT_Variable: return sourceCleanupVariable ((ACM_Variable&)node); case JPT_Class: return sourceCleanupClass ((ACM_Class&)node); case JPT_ClassSlice: return sourceCleanupClassSlice ((ACM_ClassSlice&)node); case JPT_Get: return sourceCleanupGet ((ACM_Get&)node); case JPT_Set: return sourceCleanupSet ((ACM_Set&)node); case JPT_Call: return sourceCleanupCall ((ACM_Call&)node); case JPT_Builtin: return sourceCleanupBuiltin ((ACM_Builtin&)node); case JPT_Ref: return sourceCleanupRef ((ACM_Ref&)node); case JPT_GetRef: return sourceCleanupGetRef ((ACM_GetRef&)node); case JPT_SetRef: return sourceCleanupSetRef ((ACM_SetRef&)node); case JPT_CallRef: return sourceCleanupCallRef ((ACM_CallRef&)node); case JPT_Execution: return sourceCleanupExecution ((ACM_Execution&)node); case JPT_Construction: return sourceCleanupConstruction ((ACM_Construction&)node); case JPT_Destruction: return sourceCleanupDestruction ((ACM_Destruction&)node); case JPT_Pointcut: return sourceCleanupPointcut ((ACM_Pointcut&)node); case JPT_Attribute: return sourceCleanupAttribute ((ACM_Attribute&)node); case JPT_AdviceCode: return sourceCleanupAdviceCode ((ACM_AdviceCode&)node); case JPT_Introduction: return sourceCleanupIntroduction ((ACM_Introduction&)node); case JPT_Order: return sourceCleanupOrder ((ACM_Order&)node); case JPT_Aspect: return sourceCleanupAspect ((ACM_Aspect&)node); case JPT_Speculation: return sourceCleanupSpeculation ((ACM_Speculation&)node); case JPT_Model: return sourceCleanupModel ((ACM_Model&)node); default: return false; } } // fix all node references; this is the second phase of merging a tunit // model into a project model. Reference still address the tunit model // nodes. Now they have to be replaced with the corresponding project // model node references void ProjectModel::fix_refs(ACM_Node *me) { switch (me->type_val ()) { case JPT_TUnit: fix_refs_TUnit ((ACM_TUnit&)*me); break; case JPT_Header: fix_refs_Header ((ACM_Header&)*me); break; case JPT_Source: fix_refs_Source ((ACM_Source&)*me); break; case JPT_MemberIntro: fix_refs_MemberIntro ((ACM_MemberIntro&)*me); break; case JPT_BaseIntro: fix_refs_BaseIntro ((ACM_BaseIntro&)*me); break; case JPT_ClassPlan: fix_refs_ClassPlan ((ACM_ClassPlan&)*me); break; case JPT_CodeAdvice: fix_refs_CodeAdvice ((ACM_CodeAdvice&)*me); break; case JPT_CodePlan: fix_refs_CodePlan ((ACM_CodePlan&)*me); break; case JPT_Type: fix_refs_Type ((ACM_Type&)*me); break; case JPT_Arg: fix_refs_Arg ((ACM_Arg&)*me); break; case JPT_Namespace: fix_refs_Namespace ((ACM_Namespace&)*me); break; case JPT_Function: fix_refs_Function ((ACM_Function&)*me); break; case JPT_Variable: fix_refs_Variable ((ACM_Variable&)*me); break; case JPT_Class: fix_refs_Class ((ACM_Class&)*me); break; case JPT_ClassSlice: fix_refs_ClassSlice ((ACM_ClassSlice&)*me); break; case JPT_Get: fix_refs_Get ((ACM_Get&)*me); break; case JPT_Set: fix_refs_Set ((ACM_Set&)*me); break; case JPT_Call: fix_refs_Call ((ACM_Call&)*me); break; case JPT_Builtin: fix_refs_Builtin ((ACM_Builtin&)*me); break; case JPT_Ref: fix_refs_Ref ((ACM_Ref&)*me); break; case JPT_GetRef: fix_refs_GetRef ((ACM_GetRef&)*me); break; case JPT_SetRef: fix_refs_SetRef ((ACM_SetRef&)*me); break; case JPT_CallRef: fix_refs_CallRef ((ACM_CallRef&)*me); break; case JPT_Execution: fix_refs_Execution ((ACM_Execution&)*me); break; case JPT_Construction: fix_refs_Construction ((ACM_Construction&)*me); break; case JPT_Destruction: fix_refs_Destruction ((ACM_Destruction&)*me); break; case JPT_Pointcut: fix_refs_Pointcut ((ACM_Pointcut&)*me); break; case JPT_Attribute: fix_refs_Attribute ((ACM_Attribute&)*me); break; case JPT_AdviceCode: fix_refs_AdviceCode ((ACM_AdviceCode&)*me); break; case JPT_Introduction: fix_refs_Introduction ((ACM_Introduction&)*me); break; case JPT_Order: fix_refs_Order ((ACM_Order&)*me); break; case JPT_Aspect: fix_refs_Aspect ((ACM_Aspect&)*me); break; case JPT_Speculation: fix_refs_Speculation ((ACM_Speculation&)*me); break; case JPT_Model: fix_refs_Model ((ACM_Model&)*me); break; default: break; } me->set_partner (0); } // copy methods that copy elements from other models into this one // NOTE: the elements are only copied and registerd, but no link is set! void ProjectModel::copyNode(ACM_Node &me, ACM_Node &that) { } void ProjectModel::copyFile(ACM_File &me, ACM_File &that) { copyNode(me, that); me.set_filename(that.get_filename()); me.set_len(that.get_len()); me.set_time(that.get_time()); } void ProjectModel::copyTUnit(ACM_TUnit &me, ACM_TUnit &that) { copyFile(me, that); me.set_dirty_flag(that.get_dirty_flag()); } void ProjectModel::copyHeader(ACM_Header &me, ACM_Header &that) { copyFile(me, that); // reference attribute 'in' copied, address(es) must be adapted later for (ACM_Container ::iterator i = that.get_in ().begin (); i != that.get_in ().end (); ++i) me.get_in ().insert ((ACM_TUnit*)*i); } void ProjectModel::copySource(ACM_Source &me, ACM_Source &that) { copyNode(me, that); me.set_kind(that.get_kind()); // reference attribute 'file' copied, address(es) must be adapted later me.set_file(that.get_file ()); me.set_line(that.get_line()); me.set_len(that.get_len()); } void ProjectModel::copyMemberIntro(ACM_MemberIntro &me, ACM_MemberIntro &that) { copyNode(me, that); // reference attribute 'intro' copied, address(es) must be adapted later me.set_intro(that.get_intro ()); // reference attribute 'members' copied, address(es) must be adapted later for (ACM_Container ::iterator i = that.get_members ().begin (); i != that.get_members ().end (); ++i) me.get_members ().insert ((ACM_Name*)*i); } void ProjectModel::copyBaseIntro(ACM_BaseIntro &me, ACM_BaseIntro &that) { copyNode(me, that); // reference attribute 'intro' copied, address(es) must be adapted later me.set_intro(that.get_intro ()); // reference attribute 'bases' copied, address(es) must be adapted later for (ACM_Container ::iterator i = that.get_bases ().begin (); i != that.get_bases ().end (); ++i) me.get_bases ().insert ((ACM_Class*)*i); } void ProjectModel::copyClassPlan(ACM_ClassPlan &me, ACM_ClassPlan &that) { copyNode(me, that); for (ACM_Container ::iterator i = that.get_base_intros ().begin (); i != that.get_base_intros ().end (); ++i) me.get_base_intros ().insert ((ACM_BaseIntro*)copyNode(*i)); for (ACM_Container ::iterator i = that.get_member_intros ().begin (); i != that.get_member_intros ().end (); ++i) me.get_member_intros ().insert ((ACM_MemberIntro*)copyNode(*i)); } void ProjectModel::copyCodeAdvice(ACM_CodeAdvice &me, ACM_CodeAdvice &that) { copyNode(me, that); // reference attribute 'advice' copied, address(es) must be adapted later me.set_advice(that.get_advice ()); me.set_conditional(that.get_conditional()); } void ProjectModel::copyCodePlan(ACM_CodePlan &me, ACM_CodePlan &that) { copyNode(me, that); for (ACM_Container ::iterator i = that.get_before ().begin (); i != that.get_before ().end (); ++i) me.get_before ().insert ((ACM_CodeAdvice*)copyNode(*i)); if (that.has_around()) me.set_around((ACM_CodeAdvice*)copyNode(that.get_around ())); for (ACM_Container ::iterator i = that.get_after ().begin (); i != that.get_after ().end (); ++i) me.get_after ().insert ((ACM_CodeAdvice*)copyNode(*i)); if (that.has_next_level()) me.set_next_level((ACM_CodePlan*)copyNode(that.get_next_level ())); } void ProjectModel::copyAny(ACM_Any &me, ACM_Any &that) { copyNode(me, that); if (that.has_jpid()) { // unsigned old_jpid = that.get_jpid (); unsigned new_jpid = alloc_jpid (); me.set_jpid (new_jpid); that.set_jpid (new_jpid); } for (ACM_Container ::iterator i = that.get_source ().begin (); i != that.get_source ().end (); ++i) me.get_source ().insert ((ACM_Source*)copyNode(*i)); // reference attribute 'attributes' copied, address(es) must be adapted later for (ACM_Container ::iterator i = that.get_attributes ().begin (); i != that.get_attributes ().end (); ++i) me.get_attributes ().insert ((ACM_Attribute*)*i); } void ProjectModel::copyType(ACM_Type &me, ACM_Type &that) { copyAny(me, that); me.set_signature(that.get_signature()); // TODO: copy complex object match_sig here } void ProjectModel::copyArg(ACM_Arg &me, ACM_Arg &that) { copyAny(me, that); me.set_type(that.get_type()); me.set_name(that.get_name()); } void ProjectModel::copyName(ACM_Name &me, ACM_Name &that) { copyAny(me, that); for (ACM_Container ::iterator i = that.get_children ().begin (); i != that.get_children ().end (); ++i) me.get_children ().insert ((ACM_Any*)copyNode(*i)); me.set_name(that.get_name()); // TODO: copy complex object match_sig here // TODO: copy complex object name_map here me.set_builtin(that.get_builtin()); // reference attribute 'tunits' copied, address(es) must be adapted later for (ACM_Container ::iterator i = that.get_tunits ().begin (); i != that.get_tunits ().end (); ++i) me.get_tunits ().insert ((ACM_TUnit*)*i); } void ProjectModel::copyNamespace(ACM_Namespace &me, ACM_Namespace &that) { copyName(me, that); } void ProjectModel::copyFunction(ACM_Function &me, ACM_Function &that) { copyName(me, that); if (that.has_result_type()) me.set_result_type((ACM_Type*)copyNode(that.get_result_type ())); for (ACM_Container ::iterator i = that.get_arg_types ().begin (); i != that.get_arg_types ().end (); ++i) me.get_arg_types ().insert ((ACM_Type*)copyNode(*i)); me.set_kind(that.get_kind()); me.set_variadic_args(that.get_variadic_args()); me.set_cv_qualifiers(that.get_cv_qualifiers()); // reference attribute 'static_in' copied, address(es) must be adapted later if (that.has_static_in()) me.set_static_in(that.get_static_in ()); // reference attribute 'calls' copied, address(es) must be adapted later for (ACM_Container ::iterator i = that.get_calls ().begin (); i != that.get_calls ().end (); ++i) me.get_calls ().insert ((ACM_Call*)*i); } void ProjectModel::copyVariable(ACM_Variable &me, ACM_Variable &that) { copyName(me, that); me.set_type((ACM_Type*)copyNode(that.get_type ())); me.set_kind(that.get_kind()); } void ProjectModel::copyClass(ACM_Class &me, ACM_Class &that) { copyName(me, that); // reference attribute 'bases' copied, address(es) must be adapted later for (ACM_Container ::iterator i = that.get_bases ().begin (); i != that.get_bases ().end (); ++i) me.get_bases ().insert ((ACM_Class*)*i); // reference attribute 'derived' copied, address(es) must be adapted later for (ACM_Container ::iterator i = that.get_derived ().begin (); i != that.get_derived ().end (); ++i) me.get_derived ().insert ((ACM_Class*)*i); me.set_intro_target(that.get_intro_target()); if (that.has_plan()) me.set_plan((ACM_ClassPlan*)copyNode(that.get_plan ())); } void ProjectModel::copyClassSlice(ACM_ClassSlice &me, ACM_ClassSlice &that) { copyName(me, that); me.set_is_struct(that.get_is_struct()); } void ProjectModel::copyCode(ACM_Code &me, ACM_Code &that) { copyAny(me, that); if (that.has_plan()) me.set_plan((ACM_CodePlan*)copyNode(that.get_plan ())); } void ProjectModel::copyAccess(ACM_Access &me, ACM_Access &that) { copyCode(me, that); me.set_lid(that.get_lid()); if (that.has_target_object_lid()) me.set_target_object_lid(that.get_target_object_lid()); if (that.has_cfg_block_lid()) me.set_cfg_block_lid(that.get_cfg_block_lid()); // reference attribute 'target_class' copied, address(es) must be adapted later if (that.has_target_class()) me.set_target_class(that.get_target_class ()); } void ProjectModel::copyGet(ACM_Get &me, ACM_Get &that) { copyAccess(me, that); // reference attribute 'variable' copied, address(es) must be adapted later if (that.has_variable()) me.set_variable(that.get_variable ()); } void ProjectModel::copySet(ACM_Set &me, ACM_Set &that) { copyAccess(me, that); // reference attribute 'variable' copied, address(es) must be adapted later if (that.has_variable()) me.set_variable(that.get_variable ()); } void ProjectModel::copyCall(ACM_Call &me, ACM_Call &that) { copyAccess(me, that); // reference attribute 'target' copied, address(es) must be adapted later me.set_target(that.get_target ()); for (ACM_Container ::iterator i = that.get_variadic_arg_types ().begin (); i != that.get_variadic_arg_types ().end (); ++i) me.get_variadic_arg_types ().insert ((ACM_Type*)copyNode(*i)); if (that.has_default_args()) me.set_default_args(that.get_default_args()); } void ProjectModel::copyBuiltin(ACM_Builtin &me, ACM_Builtin &that) { copyAccess(me, that); // reference attribute 'target' copied, address(es) must be adapted later me.set_target(that.get_target ()); for (ACM_Container ::iterator i = that.get_implicit_access ().begin (); i != that.get_implicit_access ().end (); ++i) me.get_implicit_access ().insert ((ACM_Access*)copyNode(*i)); } void ProjectModel::copyRef(ACM_Ref &me, ACM_Ref &that) { copyAccess(me, that); // reference attribute 'variable' copied, address(es) must be adapted later me.set_variable(that.get_variable ()); me.set_type((ACM_Type*)copyNode(that.get_type ())); } void ProjectModel::copyGetRef(ACM_GetRef &me, ACM_GetRef &that) { copyAccess(me, that); me.set_type((ACM_Type*)copyNode(that.get_type ())); } void ProjectModel::copySetRef(ACM_SetRef &me, ACM_SetRef &that) { copyAccess(me, that); me.set_type((ACM_Type*)copyNode(that.get_type ())); } void ProjectModel::copyCallRef(ACM_CallRef &me, ACM_CallRef &that) { copyAccess(me, that); me.set_type((ACM_Type*)copyNode(that.get_type ())); } void ProjectModel::copyExecution(ACM_Execution &me, ACM_Execution &that) { copyCode(me, that); } void ProjectModel::copyConstruction(ACM_Construction &me, ACM_Construction &that) { copyCode(me, that); } void ProjectModel::copyDestruction(ACM_Destruction &me, ACM_Destruction &that) { copyCode(me, that); } void ProjectModel::copyPointcut(ACM_Pointcut &me, ACM_Pointcut &that) { copyName(me, that); me.set_expr(that.get_expr()); for (ACM_Container ::iterator i = that.get_args ().begin (); i != that.get_args ().end (); ++i) me.get_args ().insert ((ACM_Arg*)copyNode(*i)); me.set_kind(that.get_kind()); // TODO: copy complex object parsed_expr here } void ProjectModel::copyAttribute(ACM_Attribute &me, ACM_Attribute &that) { copyName(me, that); for (ACM_Container ::iterator i = that.get_args ().begin (); i != that.get_args ().end (); ++i) me.get_args ().insert ((ACM_Arg*)copyNode(*i)); } void ProjectModel::copyAdvice(ACM_Advice &me, ACM_Advice &that) { copyAny(me, that); me.set_pointcut((ACM_Pointcut*)copyNode(that.get_pointcut ())); me.set_lid(that.get_lid()); } void ProjectModel::copyAdviceCode(ACM_AdviceCode &me, ACM_AdviceCode &that) { copyAdvice(me, that); me.set_kind(that.get_kind()); me.set_context(that.get_context()); } void ProjectModel::copyIntroduction(ACM_Introduction &me, ACM_Introduction &that) { copyAdvice(me, that); // reference attribute 'named_slice' copied, address(es) must be adapted later if (that.has_named_slice()) me.set_named_slice(that.get_named_slice ()); if (that.has_anon_slice()) me.set_anon_slice((ACM_ClassSlice*)copyNode(that.get_anon_slice ())); } void ProjectModel::copyOrder(ACM_Order &me, ACM_Order &that) { copyAdvice(me, that); for (ACM_Container ::iterator i = that.get_aspect_exprs ().begin (); i != that.get_aspect_exprs ().end (); ++i) me.get_aspect_exprs ().insert ((ACM_Pointcut*)copyNode(*i)); } void ProjectModel::copyAspect(ACM_Aspect &me, ACM_Aspect &that) { copyClass(me, that); for (ACM_Container ::iterator i = that.get_intros ().begin (); i != that.get_intros ().end (); ++i) me.get_intros ().insert ((ACM_Introduction*)copyNode(*i)); for (ACM_Container ::iterator i = that.get_advices ().begin (); i != that.get_advices ().end (); ++i) me.get_advices ().insert ((ACM_AdviceCode*)copyNode(*i)); for (ACM_Container ::iterator i = that.get_orders ().begin (); i != that.get_orders ().end (); ++i) me.get_orders ().insert ((ACM_Order*)copyNode(*i)); } void ProjectModel::copySpeculation(ACM_Speculation &me, ACM_Speculation &that) { copyNode(me, that); // reference attribute 'advice' copied, address(es) must be adapted later me.set_advice(that.get_advice ()); // reference attribute 'tunit' copied, address(es) must be adapted later me.set_tunit(that.get_tunit ()); // reference attribute 'true_jps' copied, address(es) must be adapted later for (ACM_Container ::iterator i = that.get_true_jps ().begin (); i != that.get_true_jps ().end (); ++i) me.get_true_jps ().insert ((ACM_Any*)*i); // reference attribute 'false_jps' copied, address(es) must be adapted later for (ACM_Container ::iterator i = that.get_false_jps ().begin (); i != that.get_false_jps ().end (); ++i) me.get_false_jps ().insert ((ACM_Any*)*i); // reference attribute 'conditional_jps' copied, address(es) must be adapted later for (ACM_Container ::iterator i = that.get_conditional_jps ().begin (); i != that.get_conditional_jps ().end (); ++i) me.get_conditional_jps ().insert ((ACM_Any*)*i); } void ProjectModel::copyModel(ACM_Model &me, ACM_Model &that) { copyNode(me, that); for (ACM_Container ::iterator i = that.get_files ().begin (); i != that.get_files ().end (); ++i) me.get_files ().insert ((ACM_File*)copyNode(*i)); me.set_root((ACM_Namespace*)copyNode(that.get_root ())); for (ACM_Container ::iterator i = that.get_speculations ().begin (); i != that.get_speculations ().end (); ++i) me.get_speculations ().insert ((ACM_Speculation*)copyNode(*i)); me.set_version(that.get_version()); } // remove all out-dated model elements bool ProjectModel::sourceCleanupNode(ACM_Node &me) { return false; } bool ProjectModel::sourceCleanupFile(ACM_File &me) { if (sourceCleanupNode(me)) return true; return false; } bool ProjectModel::sourceCleanupTUnit(ACM_TUnit &me) { if (sourceCleanupFile(me)) return true; return false; } bool ProjectModel::sourceCleanupHeader(ACM_Header &me) { if (sourceCleanupFile(me)) return true; sourceCleanupContainer(me.get_in ()); return false; } bool ProjectModel::sourceCleanupSource(ACM_Source &me) { if (sourceCleanupNode(me)) return true; int merge_count_file = me.get_file ()->get_merge_count (); me.get_file ()->set_merge_count (_merge_id); if ((merge_count_file == _merge_id) ? me.get_file ()->is_deleted () : sourceCleanupFile(*me.get_file ())) return true; return false; } bool ProjectModel::sourceCleanupMemberIntro(ACM_MemberIntro &me) { if (sourceCleanupNode(me)) return true; int merge_count_intro = me.get_intro ()->get_merge_count (); me.get_intro ()->set_merge_count (_merge_id); if ((merge_count_intro == _merge_id) ? me.get_intro ()->is_deleted () : sourceCleanupIntroduction(*me.get_intro ())) return true; sourceCleanupContainer(me.get_members ()); return false; } bool ProjectModel::sourceCleanupBaseIntro(ACM_BaseIntro &me) { if (sourceCleanupNode(me)) return true; int merge_count_intro = me.get_intro ()->get_merge_count (); me.get_intro ()->set_merge_count (_merge_id); if ((merge_count_intro == _merge_id) ? me.get_intro ()->is_deleted () : sourceCleanupIntroduction(*me.get_intro ())) return true; sourceCleanupContainer(me.get_bases ()); return false; } bool ProjectModel::sourceCleanupClassPlan(ACM_ClassPlan &me) { if (sourceCleanupNode(me)) return true; sourceCleanupContainer(me.get_base_intros ()); sourceCleanupContainer(me.get_member_intros ()); return false; } bool ProjectModel::sourceCleanupCodeAdvice(ACM_CodeAdvice &me) { if (sourceCleanupNode(me)) return true; int merge_count_advice = me.get_advice ()->get_merge_count (); me.get_advice ()->set_merge_count (_merge_id); if ((merge_count_advice == _merge_id) ? me.get_advice ()->is_deleted () : sourceCleanupAdviceCode(*me.get_advice ())) return true; return false; } bool ProjectModel::sourceCleanupCodePlan(ACM_CodePlan &me) { if (sourceCleanupNode(me)) return true; sourceCleanupContainer(me.get_before ()); if (me.has_around ()) { int merge_count_around = me.get_around ()->get_merge_count (); me.get_around ()->set_merge_count (_merge_id); if ((merge_count_around == _merge_id) ? me.get_around ()->is_deleted () : sourceCleanupCodeAdvice(*me.get_around ())) return true; } sourceCleanupContainer(me.get_after ()); if (me.has_next_level ()) { int merge_count_next_level = me.get_next_level ()->get_merge_count (); me.get_next_level ()->set_merge_count (_merge_id); if ((merge_count_next_level == _merge_id) ? me.get_next_level ()->is_deleted () : sourceCleanupCodePlan(*me.get_next_level ())) return true; } return false; } bool ProjectModel::sourceCleanupAny(ACM_Any &me) { if (sourceCleanupNode(me)) return true; if (purgeSources (me)) { unlink_node(&me); return true; } sourceCleanupContainer(me.get_attributes ()); return false; } bool ProjectModel::sourceCleanupType(ACM_Type &me) { if (sourceCleanupAny(me)) return true; return false; } bool ProjectModel::sourceCleanupArg(ACM_Arg &me) { if (sourceCleanupAny(me)) return true; return false; } bool ProjectModel::sourceCleanupName(ACM_Name &me) { if (sourceCleanupAny(me)) return true; sourceCleanupContainer(me.get_children ()); sourceCleanupContainer(me.get_tunits ()); return false; } bool ProjectModel::sourceCleanupNamespace(ACM_Namespace &me) { if (sourceCleanupName(me)) return true; return false; } bool ProjectModel::sourceCleanupFunction(ACM_Function &me) { if (sourceCleanupName(me)) return true; if (me.has_result_type ()) { int merge_count_result_type = me.get_result_type ()->get_merge_count (); me.get_result_type ()->set_merge_count (_merge_id); if ((merge_count_result_type == _merge_id) ? me.get_result_type ()->is_deleted () : sourceCleanupType(*me.get_result_type ())) return true; } sourceCleanupContainer(me.get_arg_types ()); if (me.has_static_in ()) { int merge_count_static_in = me.get_static_in ()->get_merge_count (); me.get_static_in ()->set_merge_count (_merge_id); if ((merge_count_static_in == _merge_id) ? me.get_static_in ()->is_deleted () : sourceCleanupTUnit(*me.get_static_in ())) return true; } sourceCleanupContainer(me.get_calls ()); return false; } bool ProjectModel::sourceCleanupVariable(ACM_Variable &me) { if (sourceCleanupName(me)) return true; int merge_count_type = me.get_type ()->get_merge_count (); me.get_type ()->set_merge_count (_merge_id); if ((merge_count_type == _merge_id) ? me.get_type ()->is_deleted () : sourceCleanupType(*me.get_type ())) return true; return false; } bool ProjectModel::sourceCleanupClass(ACM_Class &me) { if (sourceCleanupName(me)) return true; sourceCleanupContainer(me.get_bases ()); sourceCleanupContainer(me.get_derived ()); if (me.has_plan ()) { int merge_count_plan = me.get_plan ()->get_merge_count (); me.get_plan ()->set_merge_count (_merge_id); if ((merge_count_plan == _merge_id) ? me.get_plan ()->is_deleted () : sourceCleanupClassPlan(*me.get_plan ())) return true; } return false; } bool ProjectModel::sourceCleanupClassSlice(ACM_ClassSlice &me) { if (sourceCleanupName(me)) return true; return false; } bool ProjectModel::sourceCleanupCode(ACM_Code &me) { if (sourceCleanupAny(me)) return true; if (me.has_plan ()) { int merge_count_plan = me.get_plan ()->get_merge_count (); me.get_plan ()->set_merge_count (_merge_id); if ((merge_count_plan == _merge_id) ? me.get_plan ()->is_deleted () : sourceCleanupCodePlan(*me.get_plan ())) return true; } return false; } bool ProjectModel::sourceCleanupAccess(ACM_Access &me) { if (sourceCleanupCode(me)) return true; if (me.has_target_class ()) { int merge_count_target_class = me.get_target_class ()->get_merge_count (); me.get_target_class ()->set_merge_count (_merge_id); if ((merge_count_target_class == _merge_id) ? me.get_target_class ()->is_deleted () : sourceCleanupClass(*me.get_target_class ())) return true; } return false; } bool ProjectModel::sourceCleanupGet(ACM_Get &me) { if (sourceCleanupAccess(me)) return true; if (me.has_variable ()) { int merge_count_variable = me.get_variable ()->get_merge_count (); me.get_variable ()->set_merge_count (_merge_id); if ((merge_count_variable == _merge_id) ? me.get_variable ()->is_deleted () : sourceCleanupVariable(*me.get_variable ())) return true; } return false; } bool ProjectModel::sourceCleanupSet(ACM_Set &me) { if (sourceCleanupAccess(me)) return true; if (me.has_variable ()) { int merge_count_variable = me.get_variable ()->get_merge_count (); me.get_variable ()->set_merge_count (_merge_id); if ((merge_count_variable == _merge_id) ? me.get_variable ()->is_deleted () : sourceCleanupVariable(*me.get_variable ())) return true; } return false; } bool ProjectModel::sourceCleanupCall(ACM_Call &me) { if (sourceCleanupAccess(me)) return true; int merge_count_target = me.get_target ()->get_merge_count (); me.get_target ()->set_merge_count (_merge_id); if ((merge_count_target == _merge_id) ? me.get_target ()->is_deleted () : sourceCleanupFunction(*me.get_target ())) return true; sourceCleanupContainer(me.get_variadic_arg_types ()); return false; } bool ProjectModel::sourceCleanupBuiltin(ACM_Builtin &me) { if (sourceCleanupAccess(me)) return true; int merge_count_target = me.get_target ()->get_merge_count (); me.get_target ()->set_merge_count (_merge_id); if ((merge_count_target == _merge_id) ? me.get_target ()->is_deleted () : sourceCleanupFunction(*me.get_target ())) return true; sourceCleanupContainer(me.get_implicit_access ()); return false; } bool ProjectModel::sourceCleanupRef(ACM_Ref &me) { if (sourceCleanupAccess(me)) return true; int merge_count_variable = me.get_variable ()->get_merge_count (); me.get_variable ()->set_merge_count (_merge_id); if ((merge_count_variable == _merge_id) ? me.get_variable ()->is_deleted () : sourceCleanupVariable(*me.get_variable ())) return true; int merge_count_type = me.get_type ()->get_merge_count (); me.get_type ()->set_merge_count (_merge_id); if ((merge_count_type == _merge_id) ? me.get_type ()->is_deleted () : sourceCleanupType(*me.get_type ())) return true; return false; } bool ProjectModel::sourceCleanupGetRef(ACM_GetRef &me) { if (sourceCleanupAccess(me)) return true; int merge_count_type = me.get_type ()->get_merge_count (); me.get_type ()->set_merge_count (_merge_id); if ((merge_count_type == _merge_id) ? me.get_type ()->is_deleted () : sourceCleanupType(*me.get_type ())) return true; return false; } bool ProjectModel::sourceCleanupSetRef(ACM_SetRef &me) { if (sourceCleanupAccess(me)) return true; int merge_count_type = me.get_type ()->get_merge_count (); me.get_type ()->set_merge_count (_merge_id); if ((merge_count_type == _merge_id) ? me.get_type ()->is_deleted () : sourceCleanupType(*me.get_type ())) return true; return false; } bool ProjectModel::sourceCleanupCallRef(ACM_CallRef &me) { if (sourceCleanupAccess(me)) return true; int merge_count_type = me.get_type ()->get_merge_count (); me.get_type ()->set_merge_count (_merge_id); if ((merge_count_type == _merge_id) ? me.get_type ()->is_deleted () : sourceCleanupType(*me.get_type ())) return true; return false; } bool ProjectModel::sourceCleanupExecution(ACM_Execution &me) { if (sourceCleanupCode(me)) return true; return false; } bool ProjectModel::sourceCleanupConstruction(ACM_Construction &me) { if (sourceCleanupCode(me)) return true; return false; } bool ProjectModel::sourceCleanupDestruction(ACM_Destruction &me) { if (sourceCleanupCode(me)) return true; return false; } bool ProjectModel::sourceCleanupPointcut(ACM_Pointcut &me) { if (sourceCleanupName(me)) return true; sourceCleanupContainer(me.get_args ()); return false; } bool ProjectModel::sourceCleanupAttribute(ACM_Attribute &me) { if (sourceCleanupName(me)) return true; sourceCleanupContainer(me.get_args ()); return false; } bool ProjectModel::sourceCleanupAdvice(ACM_Advice &me) { if (sourceCleanupAny(me)) return true; int merge_count_pointcut = me.get_pointcut ()->get_merge_count (); me.get_pointcut ()->set_merge_count (_merge_id); if ((merge_count_pointcut == _merge_id) ? me.get_pointcut ()->is_deleted () : sourceCleanupPointcut(*me.get_pointcut ())) return true; return false; } bool ProjectModel::sourceCleanupAdviceCode(ACM_AdviceCode &me) { if (sourceCleanupAdvice(me)) return true; return false; } bool ProjectModel::sourceCleanupIntroduction(ACM_Introduction &me) { if (sourceCleanupAdvice(me)) return true; if (me.has_named_slice ()) { int merge_count_named_slice = me.get_named_slice ()->get_merge_count (); me.get_named_slice ()->set_merge_count (_merge_id); if ((merge_count_named_slice == _merge_id) ? me.get_named_slice ()->is_deleted () : sourceCleanupClassSlice(*me.get_named_slice ())) return true; } if (me.has_anon_slice ()) { int merge_count_anon_slice = me.get_anon_slice ()->get_merge_count (); me.get_anon_slice ()->set_merge_count (_merge_id); if ((merge_count_anon_slice == _merge_id) ? me.get_anon_slice ()->is_deleted () : sourceCleanupClassSlice(*me.get_anon_slice ())) return true; } return false; } bool ProjectModel::sourceCleanupOrder(ACM_Order &me) { if (sourceCleanupAdvice(me)) return true; sourceCleanupContainer(me.get_aspect_exprs ()); return false; } bool ProjectModel::sourceCleanupAspect(ACM_Aspect &me) { if (sourceCleanupClass(me)) return true; sourceCleanupContainer(me.get_intros ()); sourceCleanupContainer(me.get_advices ()); sourceCleanupContainer(me.get_orders ()); return false; } bool ProjectModel::sourceCleanupSpeculation(ACM_Speculation &me) { if (sourceCleanupNode(me)) return true; int merge_count_advice = me.get_advice ()->get_merge_count (); me.get_advice ()->set_merge_count (_merge_id); if ((merge_count_advice == _merge_id) ? me.get_advice ()->is_deleted () : sourceCleanupAdvice(*me.get_advice ())) return true; int merge_count_tunit = me.get_tunit ()->get_merge_count (); me.get_tunit ()->set_merge_count (_merge_id); if ((merge_count_tunit == _merge_id) ? me.get_tunit ()->is_deleted () : sourceCleanupTUnit(*me.get_tunit ())) return true; sourceCleanupContainer(me.get_true_jps ()); sourceCleanupContainer(me.get_false_jps ()); sourceCleanupContainer(me.get_conditional_jps ()); return false; } bool ProjectModel::sourceCleanupModel(ACM_Model &me) { if (sourceCleanupNode(me)) return true; sourceCleanupContainer(me.get_files ()); int merge_count_root = me.get_root ()->get_merge_count (); me.get_root ()->set_merge_count (_merge_id); if ((merge_count_root == _merge_id) ? me.get_root ()->is_deleted () : sourceCleanupNamespace(*me.get_root ())) return true; sourceCleanupContainer(me.get_speculations ()); return false; } // merge methods that are called for corresponding translation unit model // and project model nodes. The functions call merge or copy functions on // their aggregated sub-nodes. void ProjectModel::mergeNode(ACM_Node &me, ACM_Node &that) { } void ProjectModel::mergeFile(ACM_File &me, ACM_File &that) { mergeNode(me, that); if (that.get_len () != me.get_len ()) { if (merge_attr (me, that, "len")) me.set_len (that.get_len ()); } if (that.get_time () != me.get_time ()) { if (merge_attr (me, that, "time")) me.set_time (that.get_time ()); } } void ProjectModel::mergeTUnit(ACM_TUnit &me, ACM_TUnit &that) { mergeFile(me, that); if (that.get_dirty_flag () != me.get_dirty_flag ()) { if (merge_attr (me, that, "dirty_flag")) me.set_dirty_flag (that.get_dirty_flag ()); } } void ProjectModel::mergeHeader(ACM_Header &me, ACM_Header &that) { mergeFile(me, that); merge_container (that.get_in (), me.get_in (), true); } void ProjectModel::mergeSource(ACM_Source &me, ACM_Source &that) { mergeNode(me, that); // TODO: implement merging for reference member 'file' -> is that all? me.set_file(that.get_file ()); if (that.get_len () != me.get_len ()) { if (merge_attr (me, that, "len")) me.set_len (that.get_len ()); } } void ProjectModel::mergeMemberIntro(ACM_MemberIntro &me, ACM_MemberIntro &that) { mergeNode(me, that); // TODO: implement merging for reference member 'intro' -> is that all? me.set_intro(that.get_intro ()); merge_container (that.get_members (), me.get_members (), true); } void ProjectModel::mergeBaseIntro(ACM_BaseIntro &me, ACM_BaseIntro &that) { mergeNode(me, that); // TODO: implement merging for reference member 'intro' -> is that all? me.set_intro(that.get_intro ()); merge_container (that.get_bases (), me.get_bases (), true); } void ProjectModel::mergeClassPlan(ACM_ClassPlan &me, ACM_ClassPlan &that) { mergeNode(me, that); merge_container (that.get_base_intros (), me.get_base_intros ()); merge_container (that.get_member_intros (), me.get_member_intros ()); } void ProjectModel::mergeCodeAdvice(ACM_CodeAdvice &me, ACM_CodeAdvice &that) { mergeNode(me, that); // TODO: implement merging for reference member 'advice' -> is that all? me.set_advice(that.get_advice ()); if (that.get_conditional () != me.get_conditional ()) { if (merge_attr (me, that, "conditional")) me.set_conditional (that.get_conditional ()); } } void ProjectModel::mergeCodePlan(ACM_CodePlan &me, ACM_CodePlan &that) { mergeNode(me, that); merge_container (that.get_before (), me.get_before ()); // TODO: handle merging of optional attribute 'around' -> like this? if (me.has_around () && that.has_around ()) merge_node (me.get_around (), that.get_around ()); else if (that.has_around ()) me.set_around((ACM_CodeAdvice*)copyNode (that.get_around ())); merge_container (that.get_after (), me.get_after ()); // TODO: handle merging of optional attribute 'next_level' -> like this? if (me.has_next_level () && that.has_next_level ()) merge_node (me.get_next_level (), that.get_next_level ()); else if (that.has_next_level ()) me.set_next_level((ACM_CodePlan*)copyNode (that.get_next_level ())); } void ProjectModel::mergeAny(ACM_Any &me, ACM_Any &that) { mergeNode(me, that); if (that.has_jpid () && !me.has_jpid ()) merge_attr_only_in_that (me, that, "jpid"); else if (!that.has_jpid () && me.has_jpid ()) merge_attr_only_in_me (me, that, "jpid"); else if (that.has_jpid () && me.has_jpid () && that.get_jpid () != me.get_jpid ()) { if (merge_attr (me, that, "jpid")) me.set_jpid (that.get_jpid ()); } merge_container (that.get_source (), me.get_source ()); merge_container (that.get_attributes (), me.get_attributes (), true); } void ProjectModel::mergeType(ACM_Type &me, ACM_Type &that) { mergeAny(me, that); } void ProjectModel::mergeArg(ACM_Arg &me, ACM_Arg &that) { mergeAny(me, that); if (that.get_type () != me.get_type ()) { if (merge_attr (me, that, "type")) me.set_type (that.get_type ()); } } void ProjectModel::mergeName(ACM_Name &me, ACM_Name &that) { mergeAny(me, that); merge_container (that.get_children (), me.get_children ()); if (that.get_builtin () != me.get_builtin ()) { if (merge_attr (me, that, "builtin")) me.set_builtin (that.get_builtin ()); } merge_container (that.get_tunits (), me.get_tunits (), true); } void ProjectModel::mergeNamespace(ACM_Namespace &me, ACM_Namespace &that) { mergeName(me, that); } void ProjectModel::mergeFunction(ACM_Function &me, ACM_Function &that) { mergeName(me, that); // TODO: handle merging of optional attribute 'result_type' -> like this? if (me.has_result_type () && that.has_result_type ()) merge_node (me.get_result_type (), that.get_result_type ()); else if (that.has_result_type ()) me.set_result_type((ACM_Type*)copyNode (that.get_result_type ())); merge_container (that.get_arg_types (), me.get_arg_types ()); if (that.get_kind () != me.get_kind ()) { if (merge_attr (me, that, "kind")) me.set_kind (that.get_kind ()); } if (that.get_variadic_args () != me.get_variadic_args ()) { if (merge_attr (me, that, "variadic_args")) me.set_variadic_args (that.get_variadic_args ()); } // TODO: implement merging for reference member 'static_in' -> is that all? // TODO: What if the reference named slices are different in the two models? if (that.has_static_in ()) me.set_static_in(that.get_static_in ()); merge_container (that.get_calls (), me.get_calls (), true); } void ProjectModel::mergeVariable(ACM_Variable &me, ACM_Variable &that) { mergeName(me, that); merge_node (me.get_type (), that.get_type ()); if (that.get_kind () != me.get_kind ()) { if (merge_attr (me, that, "kind")) me.set_kind (that.get_kind ()); } } void ProjectModel::mergeClass(ACM_Class &me, ACM_Class &that) { mergeName(me, that); merge_container (that.get_bases (), me.get_bases (), true); merge_container (that.get_derived (), me.get_derived (), true); // TODO: handle merging of optional attribute 'plan' -> like this? if (me.has_plan () && that.has_plan ()) merge_node (me.get_plan (), that.get_plan ()); else if (that.has_plan ()) me.set_plan((ACM_ClassPlan*)copyNode (that.get_plan ())); } void ProjectModel::mergeClassSlice(ACM_ClassSlice &me, ACM_ClassSlice &that) { mergeName(me, that); if (that.get_is_struct () != me.get_is_struct ()) { if (merge_attr (me, that, "is_struct")) me.set_is_struct (that.get_is_struct ()); } } void ProjectModel::mergeCode(ACM_Code &me, ACM_Code &that) { mergeAny(me, that); // TODO: handle merging of optional attribute 'plan' -> like this? if (me.has_plan () && that.has_plan ()) merge_node (me.get_plan (), that.get_plan ()); else if (that.has_plan ()) me.set_plan((ACM_CodePlan*)copyNode (that.get_plan ())); } void ProjectModel::mergeAccess(ACM_Access &me, ACM_Access &that) { mergeCode(me, that); if (that.has_target_object_lid () && !me.has_target_object_lid ()) merge_attr_only_in_that (me, that, "target_object_lid"); else if (!that.has_target_object_lid () && me.has_target_object_lid ()) merge_attr_only_in_me (me, that, "target_object_lid"); else if (that.has_target_object_lid () && me.has_target_object_lid () && that.get_target_object_lid () != me.get_target_object_lid ()) { if (merge_attr (me, that, "target_object_lid")) me.set_target_object_lid (that.get_target_object_lid ()); } if (that.has_cfg_block_lid () && !me.has_cfg_block_lid ()) merge_attr_only_in_that (me, that, "cfg_block_lid"); else if (!that.has_cfg_block_lid () && me.has_cfg_block_lid ()) merge_attr_only_in_me (me, that, "cfg_block_lid"); else if (that.has_cfg_block_lid () && me.has_cfg_block_lid () && that.get_cfg_block_lid () != me.get_cfg_block_lid ()) { if (merge_attr (me, that, "cfg_block_lid")) me.set_cfg_block_lid (that.get_cfg_block_lid ()); } // TODO: implement merging for reference member 'target_class' -> is that all? // TODO: What if the reference named slices are different in the two models? if (that.has_target_class ()) me.set_target_class(that.get_target_class ()); } void ProjectModel::mergeGet(ACM_Get &me, ACM_Get &that) { mergeAccess(me, that); // TODO: implement merging for reference member 'variable' -> is that all? // TODO: What if the reference named slices are different in the two models? if (that.has_variable ()) me.set_variable(that.get_variable ()); } void ProjectModel::mergeSet(ACM_Set &me, ACM_Set &that) { mergeAccess(me, that); // TODO: implement merging for reference member 'variable' -> is that all? // TODO: What if the reference named slices are different in the two models? if (that.has_variable ()) me.set_variable(that.get_variable ()); } void ProjectModel::mergeCall(ACM_Call &me, ACM_Call &that) { mergeAccess(me, that); // TODO: implement merging for reference member 'target' -> is that all? me.set_target(that.get_target ()); merge_container (that.get_variadic_arg_types (), me.get_variadic_arg_types ()); if (that.has_default_args () && !me.has_default_args ()) merge_attr_only_in_that (me, that, "default_args"); else if (!that.has_default_args () && me.has_default_args ()) merge_attr_only_in_me (me, that, "default_args"); else if (that.has_default_args () && me.has_default_args () && that.get_default_args () != me.get_default_args ()) { if (merge_attr (me, that, "default_args")) me.set_default_args (that.get_default_args ()); } } void ProjectModel::mergeBuiltin(ACM_Builtin &me, ACM_Builtin &that) { mergeAccess(me, that); // TODO: implement merging for reference member 'target' -> is that all? me.set_target(that.get_target ()); merge_container (that.get_implicit_access (), me.get_implicit_access ()); } void ProjectModel::mergeRef(ACM_Ref &me, ACM_Ref &that) { mergeAccess(me, that); // TODO: implement merging for reference member 'variable' -> is that all? me.set_variable(that.get_variable ()); merge_node (me.get_type (), that.get_type ()); } void ProjectModel::mergeGetRef(ACM_GetRef &me, ACM_GetRef &that) { mergeAccess(me, that); merge_node (me.get_type (), that.get_type ()); } void ProjectModel::mergeSetRef(ACM_SetRef &me, ACM_SetRef &that) { mergeAccess(me, that); merge_node (me.get_type (), that.get_type ()); } void ProjectModel::mergeCallRef(ACM_CallRef &me, ACM_CallRef &that) { mergeAccess(me, that); merge_node (me.get_type (), that.get_type ()); } void ProjectModel::mergeExecution(ACM_Execution &me, ACM_Execution &that) { mergeCode(me, that); } void ProjectModel::mergeConstruction(ACM_Construction &me, ACM_Construction &that) { mergeCode(me, that); } void ProjectModel::mergeDestruction(ACM_Destruction &me, ACM_Destruction &that) { mergeCode(me, that); } void ProjectModel::mergePointcut(ACM_Pointcut &me, ACM_Pointcut &that) { mergeName(me, that); if (that.get_expr () != me.get_expr ()) { if (merge_attr (me, that, "expr")) me.set_expr (that.get_expr ()); } merge_container (that.get_args (), me.get_args ()); if (that.get_kind () != me.get_kind ()) { if (merge_attr (me, that, "kind")) me.set_kind (that.get_kind ()); } } void ProjectModel::mergeAttribute(ACM_Attribute &me, ACM_Attribute &that) { mergeName(me, that); merge_container (that.get_args (), me.get_args ()); } void ProjectModel::mergeAdvice(ACM_Advice &me, ACM_Advice &that) { mergeAny(me, that); merge_node (me.get_pointcut (), that.get_pointcut ()); } void ProjectModel::mergeAdviceCode(ACM_AdviceCode &me, ACM_AdviceCode &that) { mergeAdvice(me, that); if (that.get_kind () != me.get_kind ()) { if (merge_attr (me, that, "kind")) me.set_kind (that.get_kind ()); } if (that.get_context () != me.get_context ()) { if (merge_attr (me, that, "context")) me.set_context (that.get_context ()); } } void ProjectModel::mergeIntroduction(ACM_Introduction &me, ACM_Introduction &that) { mergeAdvice(me, that); // TODO: implement merging for reference member 'named_slice' -> is that all? // TODO: What if the reference named slices are different in the two models? if (that.has_named_slice ()) me.set_named_slice(that.get_named_slice ()); // TODO: handle merging of optional attribute 'anon_slice' -> like this? if (me.has_anon_slice () && that.has_anon_slice ()) merge_node (me.get_anon_slice (), that.get_anon_slice ()); else if (that.has_anon_slice ()) me.set_anon_slice((ACM_ClassSlice*)copyNode (that.get_anon_slice ())); } void ProjectModel::mergeOrder(ACM_Order &me, ACM_Order &that) { mergeAdvice(me, that); merge_container (that.get_aspect_exprs (), me.get_aspect_exprs ()); } void ProjectModel::mergeAspect(ACM_Aspect &me, ACM_Aspect &that) { mergeClass(me, that); merge_container (that.get_intros (), me.get_intros ()); merge_container (that.get_advices (), me.get_advices ()); merge_container (that.get_orders (), me.get_orders ()); } void ProjectModel::mergeSpeculation(ACM_Speculation &me, ACM_Speculation &that) { mergeNode(me, that); // TODO: implement merging for reference member 'advice' -> is that all? me.set_advice(that.get_advice ()); // TODO: implement merging for reference member 'tunit' -> is that all? me.set_tunit(that.get_tunit ()); merge_container (that.get_true_jps (), me.get_true_jps (), true); merge_container (that.get_false_jps (), me.get_false_jps (), true); merge_container (that.get_conditional_jps (), me.get_conditional_jps (), true); } void ProjectModel::mergeModel(ACM_Model &me, ACM_Model &that) { mergeNode(me, that); merge_container (that.get_files (), me.get_files ()); merge_node (me.get_root (), that.get_root ()); merge_container (that.get_speculations (), me.get_speculations ()); if (that.get_version () != me.get_version ()) { if (merge_attr (me, that, "version")) me.set_version (that.get_version ()); } } void ProjectModel::fix_refs_Node(ACM_Node &me) { } void ProjectModel::fix_refs_File(ACM_File &me) { fix_refs_Node(me); } void ProjectModel::fix_refs_TUnit(ACM_TUnit &me) { fix_refs_File(me); } void ProjectModel::fix_refs_Header(ACM_Header &me) { fix_refs_File(me); ACM_Container new_in; for (ACM_Container ::iterator i = me.get_in ().begin (); i != me.get_in ().end (); ++i) if ((*i)->get_partner ()) new_in.insert ((ACM_TUnit*)(*i)->get_partner ()); else new_in.insert ((ACM_TUnit*)(*i)); me.get_in () = new_in; } void ProjectModel::fix_refs_Source(ACM_Source &me) { fix_refs_Node(me); if (me.get_file ()->get_partner ()) me.set_file((ACM_File*)me.get_file ()->get_partner ()); } void ProjectModel::fix_refs_MemberIntro(ACM_MemberIntro &me) { fix_refs_Node(me); if (me.get_intro ()->get_partner ()) me.set_intro((ACM_Introduction*)me.get_intro ()->get_partner ()); ACM_Container new_members; for (ACM_Container ::iterator i = me.get_members ().begin (); i != me.get_members ().end (); ++i) if ((*i)->get_partner ()) new_members.insert ((ACM_Name*)(*i)->get_partner ()); else new_members.insert ((ACM_Name*)(*i)); me.get_members () = new_members; } void ProjectModel::fix_refs_BaseIntro(ACM_BaseIntro &me) { fix_refs_Node(me); if (me.get_intro ()->get_partner ()) me.set_intro((ACM_Introduction*)me.get_intro ()->get_partner ()); ACM_Container new_bases; for (ACM_Container ::iterator i = me.get_bases ().begin (); i != me.get_bases ().end (); ++i) if ((*i)->get_partner ()) new_bases.insert ((ACM_Class*)(*i)->get_partner ()); else new_bases.insert ((ACM_Class*)(*i)); me.get_bases () = new_bases; } void ProjectModel::fix_refs_ClassPlan(ACM_ClassPlan &me) { fix_refs_Node(me); for (ACM_Container ::iterator i = me.get_base_intros ().begin (); i != me.get_base_intros ().end (); ++i) fix_refs (*i); for (ACM_Container ::iterator i = me.get_member_intros ().begin (); i != me.get_member_intros ().end (); ++i) fix_refs (*i); } void ProjectModel::fix_refs_CodeAdvice(ACM_CodeAdvice &me) { fix_refs_Node(me); if (me.get_advice ()->get_partner ()) me.set_advice((ACM_AdviceCode*)me.get_advice ()->get_partner ()); } void ProjectModel::fix_refs_CodePlan(ACM_CodePlan &me) { fix_refs_Node(me); for (ACM_Container ::iterator i = me.get_before ().begin (); i != me.get_before ().end (); ++i) fix_refs (*i); if (me.has_around()) fix_refs (me.get_around()); for (ACM_Container ::iterator i = me.get_after ().begin (); i != me.get_after ().end (); ++i) fix_refs (*i); if (me.has_next_level()) fix_refs (me.get_next_level()); } void ProjectModel::fix_refs_Any(ACM_Any &me) { fix_refs_Node(me); for (ACM_Container ::iterator i = me.get_source ().begin (); i != me.get_source ().end (); ++i) fix_refs (*i); ACM_Container new_attributes; for (ACM_Container ::iterator i = me.get_attributes ().begin (); i != me.get_attributes ().end (); ++i) if ((*i)->get_partner ()) new_attributes.insert ((ACM_Attribute*)(*i)->get_partner ()); else new_attributes.insert ((ACM_Attribute*)(*i)); me.get_attributes () = new_attributes; } void ProjectModel::fix_refs_Type(ACM_Type &me) { fix_refs_Any(me); } void ProjectModel::fix_refs_Arg(ACM_Arg &me) { fix_refs_Any(me); } void ProjectModel::fix_refs_Name(ACM_Name &me) { fix_refs_Any(me); for (ACM_Container ::iterator i = me.get_children ().begin (); i != me.get_children ().end (); ++i) fix_refs (*i); ACM_Container new_tunits; for (ACM_Container ::iterator i = me.get_tunits ().begin (); i != me.get_tunits ().end (); ++i) if ((*i)->get_partner ()) new_tunits.insert ((ACM_TUnit*)(*i)->get_partner ()); else new_tunits.insert ((ACM_TUnit*)(*i)); me.get_tunits () = new_tunits; } void ProjectModel::fix_refs_Namespace(ACM_Namespace &me) { fix_refs_Name(me); } void ProjectModel::fix_refs_Function(ACM_Function &me) { fix_refs_Name(me); if (me.has_result_type()) fix_refs (me.get_result_type()); for (ACM_Container ::iterator i = me.get_arg_types ().begin (); i != me.get_arg_types ().end (); ++i) fix_refs (*i); if (me.has_static_in() && me.get_static_in ()->get_partner ()) me.set_static_in((ACM_TUnit*)me.get_static_in ()->get_partner ()); ACM_Container new_calls; for (ACM_Container ::iterator i = me.get_calls ().begin (); i != me.get_calls ().end (); ++i) if ((*i)->get_partner ()) new_calls.insert ((ACM_Call*)(*i)->get_partner ()); else new_calls.insert ((ACM_Call*)(*i)); me.get_calls () = new_calls; } void ProjectModel::fix_refs_Variable(ACM_Variable &me) { fix_refs_Name(me); fix_refs (me.get_type()); } void ProjectModel::fix_refs_Class(ACM_Class &me) { fix_refs_Name(me); ACM_Container new_bases; for (ACM_Container ::iterator i = me.get_bases ().begin (); i != me.get_bases ().end (); ++i) if ((*i)->get_partner ()) new_bases.insert ((ACM_Class*)(*i)->get_partner ()); else new_bases.insert ((ACM_Class*)(*i)); me.get_bases () = new_bases; ACM_Container new_derived; for (ACM_Container ::iterator i = me.get_derived ().begin (); i != me.get_derived ().end (); ++i) if ((*i)->get_partner ()) new_derived.insert ((ACM_Class*)(*i)->get_partner ()); else new_derived.insert ((ACM_Class*)(*i)); me.get_derived () = new_derived; if (me.has_plan()) fix_refs (me.get_plan()); } void ProjectModel::fix_refs_ClassSlice(ACM_ClassSlice &me) { fix_refs_Name(me); } void ProjectModel::fix_refs_Code(ACM_Code &me) { fix_refs_Any(me); if (me.has_plan()) fix_refs (me.get_plan()); } void ProjectModel::fix_refs_Access(ACM_Access &me) { fix_refs_Code(me); if (me.has_target_class() && me.get_target_class ()->get_partner ()) me.set_target_class((ACM_Class*)me.get_target_class ()->get_partner ()); } void ProjectModel::fix_refs_Get(ACM_Get &me) { fix_refs_Access(me); if (me.has_variable() && me.get_variable ()->get_partner ()) me.set_variable((ACM_Variable*)me.get_variable ()->get_partner ()); } void ProjectModel::fix_refs_Set(ACM_Set &me) { fix_refs_Access(me); if (me.has_variable() && me.get_variable ()->get_partner ()) me.set_variable((ACM_Variable*)me.get_variable ()->get_partner ()); } void ProjectModel::fix_refs_Call(ACM_Call &me) { fix_refs_Access(me); if (me.get_target ()->get_partner ()) me.set_target((ACM_Function*)me.get_target ()->get_partner ()); for (ACM_Container ::iterator i = me.get_variadic_arg_types ().begin (); i != me.get_variadic_arg_types ().end (); ++i) fix_refs (*i); } void ProjectModel::fix_refs_Builtin(ACM_Builtin &me) { fix_refs_Access(me); if (me.get_target ()->get_partner ()) me.set_target((ACM_Function*)me.get_target ()->get_partner ()); for (ACM_Container ::iterator i = me.get_implicit_access ().begin (); i != me.get_implicit_access ().end (); ++i) fix_refs (*i); } void ProjectModel::fix_refs_Ref(ACM_Ref &me) { fix_refs_Access(me); if (me.get_variable ()->get_partner ()) me.set_variable((ACM_Variable*)me.get_variable ()->get_partner ()); fix_refs (me.get_type()); } void ProjectModel::fix_refs_GetRef(ACM_GetRef &me) { fix_refs_Access(me); fix_refs (me.get_type()); } void ProjectModel::fix_refs_SetRef(ACM_SetRef &me) { fix_refs_Access(me); fix_refs (me.get_type()); } void ProjectModel::fix_refs_CallRef(ACM_CallRef &me) { fix_refs_Access(me); fix_refs (me.get_type()); } void ProjectModel::fix_refs_Execution(ACM_Execution &me) { fix_refs_Code(me); } void ProjectModel::fix_refs_Construction(ACM_Construction &me) { fix_refs_Code(me); } void ProjectModel::fix_refs_Destruction(ACM_Destruction &me) { fix_refs_Code(me); } void ProjectModel::fix_refs_Pointcut(ACM_Pointcut &me) { fix_refs_Name(me); for (ACM_Container ::iterator i = me.get_args ().begin (); i != me.get_args ().end (); ++i) fix_refs (*i); } void ProjectModel::fix_refs_Attribute(ACM_Attribute &me) { fix_refs_Name(me); for (ACM_Container ::iterator i = me.get_args ().begin (); i != me.get_args ().end (); ++i) fix_refs (*i); } void ProjectModel::fix_refs_Advice(ACM_Advice &me) { fix_refs_Any(me); fix_refs (me.get_pointcut()); } void ProjectModel::fix_refs_AdviceCode(ACM_AdviceCode &me) { fix_refs_Advice(me); } void ProjectModel::fix_refs_Introduction(ACM_Introduction &me) { fix_refs_Advice(me); if (me.has_named_slice() && me.get_named_slice ()->get_partner ()) me.set_named_slice((ACM_ClassSlice*)me.get_named_slice ()->get_partner ()); if (me.has_anon_slice()) fix_refs (me.get_anon_slice()); } void ProjectModel::fix_refs_Order(ACM_Order &me) { fix_refs_Advice(me); for (ACM_Container ::iterator i = me.get_aspect_exprs ().begin (); i != me.get_aspect_exprs ().end (); ++i) fix_refs (*i); } void ProjectModel::fix_refs_Aspect(ACM_Aspect &me) { fix_refs_Class(me); for (ACM_Container ::iterator i = me.get_intros ().begin (); i != me.get_intros ().end (); ++i) fix_refs (*i); for (ACM_Container ::iterator i = me.get_advices ().begin (); i != me.get_advices ().end (); ++i) fix_refs (*i); for (ACM_Container ::iterator i = me.get_orders ().begin (); i != me.get_orders ().end (); ++i) fix_refs (*i); } void ProjectModel::fix_refs_Speculation(ACM_Speculation &me) { fix_refs_Node(me); if (me.get_advice ()->get_partner ()) me.set_advice((ACM_Advice*)me.get_advice ()->get_partner ()); if (me.get_tunit ()->get_partner ()) me.set_tunit((ACM_TUnit*)me.get_tunit ()->get_partner ()); ACM_Container new_true_jps; for (ACM_Container ::iterator i = me.get_true_jps ().begin (); i != me.get_true_jps ().end (); ++i) if ((*i)->get_partner ()) new_true_jps.insert ((ACM_Any*)(*i)->get_partner ()); else new_true_jps.insert ((ACM_Any*)(*i)); me.get_true_jps () = new_true_jps; ACM_Container new_false_jps; for (ACM_Container ::iterator i = me.get_false_jps ().begin (); i != me.get_false_jps ().end (); ++i) if ((*i)->get_partner ()) new_false_jps.insert ((ACM_Any*)(*i)->get_partner ()); else new_false_jps.insert ((ACM_Any*)(*i)); me.get_false_jps () = new_false_jps; ACM_Container new_conditional_jps; for (ACM_Container ::iterator i = me.get_conditional_jps ().begin (); i != me.get_conditional_jps ().end (); ++i) if ((*i)->get_partner ()) new_conditional_jps.insert ((ACM_Any*)(*i)->get_partner ()); else new_conditional_jps.insert ((ACM_Any*)(*i)); me.get_conditional_jps () = new_conditional_jps; } void ProjectModel::fix_refs_Model(ACM_Model &me) { fix_refs_Node(me); for (ACM_Container ::iterator i = me.get_files ().begin (); i != me.get_files ().end (); ++i) fix_refs (*i); fix_refs (me.get_root()); for (ACM_Container ::iterator i = me.get_speculations ().begin (); i != me.get_speculations ().end (); ++i) fix_refs (*i); } aspectc++/AspectC++/ACModel/PaxHeaders.4702/MatchTemplateArg.cc0000644000000000000000000000007412740141200020700 xustar0030 atime=1468174988.131166737 30 ctime=1468174988.131166737 aspectc++/AspectC++/ACModel/MatchTemplateArg.cc0000644000175000001440000000455112740141200021067 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "MatchTemplateArg.h" bool MatchTemplateArgList::matches (MatchTemplateArgList &sig_mtal) const { const_iterator iter = begin (); const_iterator sig_iter = sig_mtal.begin (); while (iter != end ()) { // check if the current template match arg is '...' if ((*iter)->is_ellipses ()) return true; // check if we have more match arguments than template arguments if (sig_iter == sig_mtal.end ()) return false; // check if the current match argument matches the template argument else if (!(*iter)->matches (*(*sig_iter))) return false; // go to the next argument ++iter; ++sig_iter; } // check if we have examined all deduced template arguments if (sig_iter != sig_mtal.end ()) return false; // everything fine, the list matches! return true; } bool MTA_Type::matches (MatchTemplateArg &arg) const { return arg.is_type () && _match_type.matches (((MTA_Type&)arg)._match_type); } bool MTA_Value::matches (MatchTemplateArg &arg) const { return arg.is_value () && _val == ((MTA_Value&)arg)._val; } bool MTA_Addr::matches (MatchTemplateArg &arg) const { // TODO: const correctness -> don't cast _name here!!! return arg.is_addr() && ((MatchName&)_name).matches (((MTA_Addr&)arg)._name); } aspectc++/AspectC++/ACModel/PaxHeaders.4702/MatchTypeInfos.h0000644000000000000000000000007412740141200020255 xustar0030 atime=1468174988.131166737 30 ctime=1468174988.132166754 aspectc++/AspectC++/ACModel/MatchTypeInfos.h0000644000175000001440000003077612740141200020454 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __MatchTypeInfos_h__ #define __MatchTypeInfos_h__ #include using std::ostream; using std::endl; #include using std::vector; #include "MatchType.h" #include "MatchName.h" // functions without result type (conversion operators) have this type class MTUndefined : public MatchType { static TID _tid; protected: virtual TID type () const; public: virtual MTUndefined *clone () const; virtual void print (ostream &, const char* = 0, bool = false) const; virtual bool matches (const MatchType &type) const; }; // commonalities of all types made by declarators class MTDeclarator : public MatchType { MatchType *_base; static TID _tid; protected: virtual TID type () const; // only derived types may construct/destruct a declarator type MTDeclarator (MatchType *b) : _base (b) {} MTDeclarator (const MTDeclarator ©) { *this = copy; } MTDeclarator &operator = (const MTDeclarator ©) { _base = copy._base->clone (); return *this; } ~MTDeclarator () { delete _base; } public: // set and get the base type virtual MatchType *base () const { return _base; } // adjust the argument types according to �8.3.5.2 and �8.3.5.3 of ISO C++ virtual void adjust_args (bool &f, bool &a, bool &q, bool &v) { _base->adjust_args (f, a, q, v); } }; // pointer types class MTPointer : public MTDeclarator, public MTQual { static TID _tid; protected: virtual TID type () const; public: MTPointer (MatchType *b = 0) : MTDeclarator (b) {} // print the string representation of this type virtual MTPointer *clone () const; virtual void print (ostream &, const char* = 0, bool = false) const; virtual void mangle (ostream &) const; virtual bool matches (const MatchType &type) const; virtual MTQual *qualified () { return this; } virtual const MTQual *qualified () const { return this; } }; // member pointer types class MTMembPointer : public MTPointer { static TID _tid; mutable MatchName _memb_ptr_scope; protected: virtual TID type () const; public: MTMembPointer (const MatchName &mps, MatchType *b = 0) : MTPointer (b), _memb_ptr_scope (mps) {} virtual MTMembPointer *clone () const; // print the string representation of this type virtual void print (ostream &, const char* = 0, bool = false) const; virtual void mangle (ostream &) const; virtual bool matches (const MatchType &type) const; }; // reference types class MTReference : public MTDeclarator { static TID _tid; protected: virtual TID type () const; public: MTReference (MatchType *b = 0) : MTDeclarator (b) {} virtual MTReference *clone () const; // print the string representation of this type virtual void print (ostream &, const char* = 0, bool = false) const; virtual void mangle (ostream &) const; virtual bool matches (const MatchType &type) const; virtual bool is_reference () const { return true; } }; // function types class MTFunction : public MTDeclarator, public MTQual { static TID _tid; vector _arg_types; bool _varargs; protected: virtual TID type () const; public: MTFunction (MatchType *b = 0) : MTDeclarator (b), _varargs (false) {} MTFunction (const vector &args, bool va, MatchType *b) : MTDeclarator (b), _arg_types (args), _varargs (va) {} // virtual ~MTFunction (); virtual MTFunction *clone () const; // print the string representation of this type virtual void print (ostream &, const char* = 0, bool = false) const; // print the 'mangled' string representation of this type virtual void mangle (ostream &os) const; virtual bool is_function () const { return true; } void varargs () { _varargs = true; } bool varargs () const { return _varargs; } int args () const { return (int)_arg_types.size (); } void arg (MatchTypeRef a) { _arg_types.push_back (a); } const MatchTypeRef &arg (int index) const { return _arg_types[index]; } // perform a type match virtual bool matches (const MatchType &type) const; // adjust the argument types according to �8.3.5.2 and �8.3.5.3 of ISO C++ virtual void adjust_args (bool &f, bool &a, bool &q, bool &v); virtual MTQual *qualified () { return this; } virtual const MTQual *qualified () const { return this; } }; // array types class MTArray : public MTDeclarator { static TID _tid; unsigned long _dim; bool _any_size; protected: virtual TID type () const; public: MTArray (MatchType *b) : MTDeclarator (b), _dim (0uL), _any_size (true) {} MTArray (unsigned long dim, MatchType *b) : MTDeclarator (b), _dim (dim), _any_size (false) {} virtual MTArray *clone () const; // print the string representation of this type virtual void print (ostream &, const char* = 0, bool = false) const; // print the 'mangled' string representation of this type virtual void mangle (ostream &os) const; void dimension (unsigned long d) { _dim = d; } unsigned long dimension () const { return _dim; } void any_size () { _any_size = true; } bool any_size () const { return _any_size; } virtual bool matches (const MatchType &type) const; virtual bool is_array () const { return true; } }; // user-defined names types class MTNamed : public MatchType, public MTQual { mutable MatchName _name; static TID _tid; protected: virtual TID type () const; public: MTNamed (const MatchName &mn) : _name (mn) {} virtual MTNamed *clone () const; // print the string representation of this type virtual void print (ostream &, const char* = 0, bool = false) const; // print the 'mangled' string representation of this type virtual void mangle (ostream &os) const; const MatchName &name () const { return _name; } // perform a type match virtual bool matches (const MatchType &type) const; virtual MTQual *qualified () { return this; } virtual const MTQual *qualified () const { return this; } // check whether this type mattern can only match a single name type virtual bool is_trivial_match () const { return _name.is_trivial(); } }; //! commonalities of all primitive types class MTPrim : public MatchType, public MTQual { public: //! print the string representation of this type virtual void print (ostream &, const char* = 0, bool = false) const; virtual MTQual *qualified () { return this; } virtual const MTQual *qualified () const { return this; } virtual bool is_primitive () const { return true; } // print the 'mangled' string representation of this type virtual void mangle (ostream &os) const; }; // type (used for matching types> class MTAny : public MTPrim { static TID _tid; protected: virtual TID type () const; public: virtual MTAny *clone () const; // perform a type match virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type bool class MTBool : public MTPrim { static TID _tid; protected: virtual MTBool *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type signed char class MTSignedChar : public MTPrim { static TID _tid; protected: virtual MTSignedChar *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type ungined char class MTUnsignedChar : public MTPrim { static TID _tid; protected: virtual MTUnsignedChar *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type char class MTChar : public MTPrim { static TID _tid; protected: virtual MTChar *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type unsigned short class MTUnsignedShort : public MTPrim { static TID _tid; protected: virtual MTUnsignedShort *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type short class MTShort : public MTPrim { static TID _tid; protected: virtual MTShort *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type unsigned int class MTUnsignedInt : public MTPrim { static TID _tid; protected: virtual MTUnsignedInt *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type int class MTInt : public MTPrim { static TID _tid; protected: virtual MTInt *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type wchar_t class MTWCharT : public MTPrim { static TID _tid; protected: virtual MTWCharT *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type unsigned long class MTUnsignedLong : public MTPrim { static TID _tid; protected: virtual MTUnsignedLong *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type long class MTLong : public MTPrim { static TID _tid; protected: virtual MTLong *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type unsigned long long class MTUnsignedLongLong : public MTPrim { static TID _tid; protected: virtual MTUnsignedLongLong *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type long long class MTLongLong : public MTPrim { static TID _tid; protected: virtual MTLongLong *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type unsigned __int128 class MTUnsignedInt128 : public MTPrim { static TID _tid; protected: virtual MTUnsignedInt128 *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type __int128 class MTInt128 : public MTPrim { static TID _tid; protected: virtual MTInt128 *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type float class MTFloat : public MTPrim { static TID _tid; protected: virtual MTFloat *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type double class MTDouble : public MTPrim { static TID _tid; protected: virtual MTDouble *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type long double class MTLongDouble : public MTPrim { static TID _tid; protected: virtual MTLongDouble *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual void mangle (ostream &os) const; }; // type void class MTVoid : public MTPrim { static TID _tid; protected: virtual MTVoid *clone () const; virtual TID type () const; virtual bool matches (const MatchType &type) const; virtual bool is_void () const { return true; } virtual void mangle (ostream &os) const; }; #endif // __MatchTypeInfos_h__ aspectc++/AspectC++/ACModel/PaxHeaders.4702/MatchTemplateArg.h0000644000000000000000000000007412740141200020542 xustar0030 atime=1468174988.131166737 30 ctime=1468174988.131166737 aspectc++/AspectC++/ACModel/MatchTemplateArg.h0000644000175000001440000001314712740141200020732 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __MatchTemplateArg_h__ #define __MatchTemplateArg_h__ #include using std::list; #include "MatchType.h" #include "MatchName.h" // Common interface for all class that represent match expressions // for template arguments. class MatchTemplateArg { public: virtual ~MatchTemplateArg () {} virtual void print (ostream &out) const = 0; virtual void mangle (ostream &out) const = 0; virtual bool matches (MatchTemplateArg &arg) const = 0; virtual MatchTemplateArg *clone () const = 0; virtual bool is_any () const { return false; } virtual bool is_ellipses () const { return false; } virtual bool is_type () const { return false; } virtual bool is_value () const { return false; } virtual bool is_addr () const { return false; } }; // streamed output for template argument match expressions inline ostream &operator << (ostream &out, const MatchTemplateArg &mta) { mta.print (out); return out; } // A list of template argument match expressions class MatchTemplateArgList : private list { public: MatchTemplateArgList () {} ~MatchTemplateArgList () { for (iterator iter = begin (); iter != end (); ++iter) delete *iter; } MatchTemplateArgList (const MatchTemplateArgList& mtal) { *this = mtal; } MatchTemplateArgList &operator = (const MatchTemplateArgList& mtal) { for (const_iterator iter = mtal.begin (); iter != mtal.end (); ++iter) append ((*iter)->clone ()); return *this; } void append (MatchTemplateArg *mta) { push_back (mta); } void print (ostream &out) const { out << "<"; bool first = true; for (const_iterator iter = begin (); iter != end (); ++iter) { if (first) first = false; else out << ","; out << **iter; } out << ">"; } void mangle (ostream &os) const { os << "I"; for (const_iterator iter = begin (); iter != end (); ++iter) (*iter)->mangle (os); os << "E"; } bool matches (MatchTemplateArgList &mtal) const; }; inline ostream &operator << (ostream &out, const MatchTemplateArgList &mtal) { mtal.print (out); return out; } // Template argument match expression that matches any template argument class MTA_Any : public MatchTemplateArg { public: void print (ostream &out) const { out << "%"; } void mangle (ostream &out) const { out << "_X_"; } bool matches (MatchTemplateArg &arg) const { return true; } MTA_Any *clone () const { return new MTA_Any (*this); } bool is_any () const { return true; } }; // Template argument match expression that matches any number of // arbitrary template argument class MTA_Ellipses : public MatchTemplateArg { public: void print (ostream &out) const { out << "..."; } void mangle (ostream &out) const {} // TODO: not correct bool matches (MatchTemplateArg &arg) const { return true; } MTA_Ellipses *clone () const { return new MTA_Ellipses (*this); } bool is_ellipses () const { return true; } }; // This class represents match expressions for types in template // argument lists. class MTA_Type : public MatchTemplateArg { MatchTypeRef _match_type; public: MTA_Type (const MatchTypeRef mt) : _match_type (mt) {} void print (ostream &out) const { out << _match_type; } void mangle (ostream &out) const { _match_type.mangle (out); } bool matches (MatchTemplateArg &arg) const; MTA_Type *clone () const { return new MTA_Type (*this); } bool is_type () const { return true; } }; // This class represents match expressions for value template arguments. class MTA_Value : public MatchTemplateArg { long long _val; public: MTA_Value (long long val) : _val (val) {} void print (ostream &out) const { out << _val; } void mangle (ostream &out) const { if (_val < 0) out << "n" << -_val; else out << _val; } bool matches (MatchTemplateArg &arg) const; MTA_Value *clone () const { return new MTA_Value (*this); } bool is_value () const { return true; } }; // This class represents match expressions for value template arguments. class MTA_Addr : public MatchTemplateArg { MatchName _name; public: MTA_Addr (const MatchName &name) : _name (name) {} void print (ostream &out) const { out << "&" << _name; } // TODO: name mangling not correct, e.g. "_Z" missing for functions void mangle (ostream &out) const { out << "L"; _name.mangle (out); out << "E"; } // bool matches (DeducedArgument *arg) const; bool matches (MatchTemplateArg &arg) const; MTA_Addr *clone () const { return new MTA_Addr (*this); } bool is_addr () const { return true; } }; #endif // __MatchTemplateArg_h__ aspectc++/AspectC++/ACModel/PaxHeaders.4702/Utils.cc0000644000000000000000000000007412740141200016616 xustar0030 atime=1468174988.132166754 30 ctime=1468174988.132166754 aspectc++/AspectC++/ACModel/Utils.cc0000644000175000001440000005467512740141200017021 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "Utils.h" // return various string representations string signature(const ACM_Name &name_param) { ACM_Name &name = (ACM_Name&)name_param; ACM_Name *parent = (ACM_Name*)name.get_parent(); if (!parent) return "::"; string result = signature (*parent); if (result == "::") result = ""; else { result += "::"; // ignore the anonymous namespace as parent if (result[0] == '%') result = ""; } result += name.get_name(); // the result so far seems to be a sane default so no explicit error handling neccesary, if below checks fall through if( name.type_val() == JPT_Function ) { ACM_Function &func = (ACM_Function&)name; list types; get_arg_types (func, types); result += "("; for (list::iterator i = types.begin(); i != types.end(); ++i) { if (i != types.begin()) result +=","; result += format_type(**i); } if (func.get_variadic_args()) result += ",..."; result += ")"; if (func.get_cv_qualifiers() & CVQ_CONST) result += " const"; if (func.get_cv_qualifiers() & CVQ_VOLATILE) result += " volatile"; if (func.has_result_type()) { ACM_Type &result_type = *func.get_result_type(); if (func.get_name().find("operator ") != 0) result = format_type (result_type, result); else { string result_str = format_type(result_type); if (func.get_name().find(string("operator ") + result_str) != 0) result = format_type (result_type, result); } } } else if( name.type_val() == JPT_Variable ) { ACM_Variable &var = (ACM_Variable &)name; ACM_Type &type = *( var.get_type() ); result = format_type( type, result ); } return result; } string signature( const ACM_Code &code ) { // signature of a code joinpoint is defined as signature of the matching entity if( has_entity( code ) ) return signature( *get_entity( code ) ); else return format_type( *get_entity_type( code ), "" ); } string format_type(ACM_Type &type) { string sig = type.get_signature(); string::size_type pos = sig.find(" ?)"); if (pos != string::npos) { sig.erase(pos, 2); } else { pos = sig.find("?"); if (pos != string::npos) { sig.erase(pos, 1); } } return sig; } string format_type(ACM_Type &type, const string &name) { string sig = type.get_signature(); string::size_type pos = sig.find("?"); if (pos != string::npos) { sig.replace(pos, 1, name); } else { char last = sig[sig.length () -1]; if (last != '*' && last != '&') sig += " "; sig += name; } return sig; } // functions that return the entity for certain join-points bool has_entity( const ACM_Code &jpl ) { return ( has_entity_func( jpl ) || has_entity_var( jpl ) ); } ACM_Name *get_entity( const ACM_Code &jpl ) { if( has_entity_func( jpl ) ) // Code joinpoints that have a function as entity return get_entity_func( jpl ); else if ( has_entity_var( jpl ) ) // Code joinpoints that have a variable as entity return get_entity_var( jpl ); else { // illegal or new JPType -> make noise assert( false && "illegal and thus unhandled JPType" ); return 0; // we need to return something if compiled without asserts } } bool has_entity_func( const ACM_Code &jpl ) { // Code joinpoints that have a function as entity: // JPT_Call // JPT_Builtin // JPT_Execution // JPT_Construction // JPT_Destruction return ( jpl.type_val() & ( JPT_Call | JPT_Builtin | JPT_Execution | JPT_Construction | JPT_Destruction ) ); } ACM_Function *get_entity_func( const ACM_Code &jpl ) { switch( jpl.type_val() ) { case JPT_Call: return const_cast( static_cast( jpl ) ).get_target(); // for some reason the getter is not defined const, but should be case JPT_Builtin: return const_cast( static_cast( jpl ) ).get_target(); case JPT_Execution: // inner joinpoints have there entity as parent case JPT_Construction: case JPT_Destruction: return static_cast( jpl.get_parent() ); default: // illegal or new JPType -> make noise assert( false && "illegal and thus unhandled JPType" ); return 0; // we need to return something if compiled without asserts } } bool has_entity_var( const ACM_Code &jpl ) { // Code joinpoints that have a variable as entity: // JPT_Get // JPT_Set // JPT_Ref return ( jpl.type_val() & ( JPT_Get | JPT_Set | JPT_Ref ) ); }; ACM_Variable *get_entity_var( const ACM_Code &jpl ) { switch( jpl.type_val() ) { case JPT_Get: return const_cast( static_cast( jpl ) ).get_variable(); // for some reason the getter is not defined const, but should be case JPT_Set: return const_cast( static_cast( jpl ) ).get_variable(); // for some reason the getter is not defined const, but should be case JPT_Ref: return const_cast( static_cast( jpl ) ).get_variable(); // for some reason the getter is not defined const, but should be default: // illegal or new JPType -> make noise assert( false && "illegal and thus unhandled JPType" ); return 0; // we need to return something if compiled without asserts } } ACM_Type *get_entity_type( const ACM_Code &jpl ) { switch( jpl.type_val() ) { case JPT_Get: // FIXME: if the get join point accesses an array, the entity type must be the element type (and not the array type) return const_cast( static_cast( jpl ) ).get_variable()->get_type(); // for some reason the getter is not defined const, but should be case JPT_Set: // FIXME: if the set join point accesses an array, the entity type must be the element type (and not the array type) return const_cast( static_cast( jpl ) ).get_variable()->get_type(); // for some reason the getter is not defined const, but should be case JPT_Ref: return const_cast( static_cast( jpl ) ).get_variable()->get_type(); // for some reason the getter is not defined const, but should be case JPT_GetRef: return const_cast( static_cast( jpl ) ).get_type(); case JPT_SetRef: return const_cast( static_cast( jpl ) ).get_type(); default: // illegal or new JPType -> make noise assert( false && "illegal and thus unhandled JPType" ); return 0; // we need to return something if compiled without asserts } } // functions that return the number of argument types int get_arg_count (ACM_Function &func) { return func.get_arg_types().size(); } int get_arg_count (ACM_Call &call) { ACM_Function *func = call.get_target(); if (call.has_default_args()) return get_arg_count (*func) - call.get_default_args(); else return get_arg_count (*func) + call.get_variadic_arg_types().size(); } int get_arg_count (ACM_Code &code) { switch( code.type_val() ) { // first cases which have an associated function case JPT_Call: // handle seperately as adjustments are needed return get_arg_count( static_cast( code ) ); case JPT_Builtin: case JPT_Execution: case JPT_Construction: case JPT_Destruction: return get_arg_count( *get_entity_func( code ) ); // cases that behave like a call but are none // currently these values need to be hard coded // JPT_Get( T x ) -> T get() case JPT_Get: case JPT_GetRef: return 0; // JPT_Set( T x ) -> void set( T val ) case JPT_Set: case JPT_SetRef: return 1; // JPT_Ref( T x ) -> T(&|*) ref() case JPT_Ref: return 0; default: // illegal or new JPType -> make noise assert( false && "illegal and thus unhandled JPType" ); return 0; // we need to return something if compiled without asserts } } // functions that return the argument/result types of certain join-points void add_arg_types (ACM_Function &func, list &type_list) { typedef ACM_Container Container; Container &types = func.get_arg_types(); for (Container::iterator i = types.begin (); i != types.end(); ++i) type_list.push_back (*i); } void get_arg_types (ACM_Function &func, list &type_list) { type_list.clear(); add_arg_types (func, type_list); } void add_arg_types (ACM_Call &jpl, list &type_list) { typedef ACM_Container Container; int args = get_arg_count (jpl); Container &types = jpl.get_target()->get_arg_types(); int arg = 0; for (Container::iterator i = types.begin (); i != types.end() && arg < args; ++i, ++arg) type_list.push_back (*i); if (arg < args) { Container &var_types = jpl.get_variadic_arg_types(); for (Container::iterator i = var_types.begin (); i != var_types.end(); ++i) type_list.push_back (*i); } } void get_arg_types (ACM_Call &jpl, list &type_list) { type_list.clear(); add_arg_types (jpl, type_list); } void add_arg_types( ACM_Code &jpl, list &type_list ) { switch( jpl.type_val() ) { // first cases which have an associated function case JPT_Call: // handle seperately as adjustments are needed add_arg_types( static_cast( jpl ), type_list ); return; case JPT_Builtin: case JPT_Execution: case JPT_Construction: case JPT_Destruction: add_arg_types( *get_entity_func( jpl ), type_list ); return; // cases that behave like a call but are none // currently these values need to be hard coded // JPT_Get( T x ) -> T get() case JPT_Get: case JPT_GetRef: return; // no args // JPT_Set( T x ) -> void set( T val ) case JPT_Set: case JPT_SetRef: type_list.push_back( get_entity_type( jpl ) ); // only arg has type of variable return; // JPT_Ref( T x ) -> T(&|*) ref() case JPT_Ref: return; // no args default: // illegal or new JPType -> make noise assert( false && "illegal and thus unhandled JPType" ); } } void get_arg_types (ACM_Code &jpl, list &type_list) { type_list.clear(); add_arg_types (jpl, type_list); } bool has_result_type( ACM_Code &jpl ) { switch( jpl.type_val() ) { // first cases which have an associated function case JPT_Call: case JPT_Builtin: case JPT_Execution: case JPT_Construction: case JPT_Destruction: return get_entity_func( jpl )->has_result_type(); // cases which operate on data // currently these values need to be hard coded // JPT_Get( T x ) -> T get() case JPT_Get: case JPT_GetRef: return true; // JPT_Set( T x ) -> void set( T val ) case JPT_Set: case JPT_SetRef: return false; // JPT_Ref( T x ) -> T(&|*) ref() case JPT_Ref: return true; default: // illegal or new JPType -> make noise assert( false && "illegal and thus unhandled JPType" ); return false; // something needs to be returned for builds without asserts } } ACM_Type *get_result_type( ACM_Code &jpl ) { switch( jpl.type_val() ) { // first cases which have an associated function case JPT_Call: case JPT_Builtin: case JPT_Execution: case JPT_Construction: case JPT_Destruction: return get_entity_func( jpl )->get_result_type(); // cases which operate on data // currently these values need to be hard coded // JPT_Get( T x ) -> T get() case JPT_Get: case JPT_GetRef: return get_entity_type( jpl ); // JPT_Set( T x ) -> void set( T val ) case JPT_Set: case JPT_SetRef: return 0; // JPT_Ref( T x ) -> T(&|*) ref() case JPT_Ref: return const_cast( static_cast( jpl ) ).get_type(); // for some reason the getter is not defined const, but should be default: // illegal or new JPType -> make noise assert( false && "illegal and thus unhandled JPType" ); return 0; // something needs to be returned for builds without asserts } } // check whether two functions have the same name and argument types bool have_same_name_and_args (ACM_Function &l, ACM_Function &r) { if (get_arg_count (l) != get_arg_count (r) || l.get_variadic_args() != r.get_variadic_args() || l.get_name() != r.get_name()) return false; typedef ACM_Container Container; Container <ypes = l.get_arg_types(); Container &rtypes = r.get_arg_types(); for (Container::const_iterator liter = ltypes.begin(), riter = rtypes.begin(); liter != ltypes.end(); ++liter, ++riter) if ((*liter)->get_signature() != (*riter)->get_signature()) return false; return true; } // check whether a join-point location is only a pseudo join-point location bool is_pseudo(ACM_Any &jpl) { if (jpl.type_val() == JPT_Call && !jpl.get_parent ()) return true; return false; } // check if the given joinpoint is an implicit one bool is_implicit( ACM_Code &jpl ) { ACM_Node *parent = static_cast( jpl.get_parent() ); return parent && ( parent->type_val() & JPT_Code ); } // get the parent of the explit joinpoint in code ACM_Name *get_explicit_parent( ACM_Code &jpl ) { ACM_Code *code = &jpl; while( code && is_implicit( *code ) ) code = static_cast( code->get_parent() ); assert( ! code || ( static_cast( code->get_parent() )->type_val() & JPT_Name ) ); return code ? static_cast( code->get_parent() ) : 0; } // get the lexical scope of a code join-point as needed by 'within' ACM_Name *lexical_scope (ACM_Code &jpl) { ACM_Name *parent = get_explicit_parent( jpl ); assert( parent ); if (jpl.type_val() & JPT_Access) { if (parent->type_val() == JPT_Variable) parent = (ACM_Name*)parent->get_parent(); } else parent = (ACM_Name*)parent->get_parent(); return parent; } // check whether a given program entity needs an object to be meaningful bool needs_this( ACM_Name &entity ) { if( entity.type_val() == JPT_Function ) return needs_this( static_cast( entity ) ); else if( entity.type_val() == JPT_Variable ) return needs_this( static_cast( entity ) ); else { assert( false && "Unknown and/or not supported entity type !" ); return false; // something needs to be returned for builds without asserts } } // check whether a function needs an object to be invoked ("this pointer") bool needs_this (ACM_Function &func) { switch (func.get_kind()) { case FT_NON_MEMBER: case FT_STATIC_NON_MEMBER: case FT_STATIC_MEMBER: return false; case FT_CONSTRUCTOR: case FT_DESTRUCTOR: case FT_VIRTUAL_DESTRUCTOR: case FT_PURE_VIRTUAL_DESTRUCTOR: return true; case FT_MEMBER: case FT_VIRTUAL_MEMBER: case FT_PURE_VIRTUAL_MEMBER: { if( ! is_operator( &func ) ) return true; string name = func.get_name().substr(9); return name != "new" && name != "new[]" && name != "delete" && name != "delete[]"; } default: // illegal or new FType -> make noise assert( false && "illegal and thus unhandled FType" ); return false; // something needs to be returned for builds without asserts } } // check whether a variable is part of an object, thus needs a this pointer for an access bool needs_this( ACM_Variable &var ) { switch( var.get_kind() ) { case VT_NON_MEMBER: case VT_STATIC_NON_MEMBER: case VT_STATIC_MEMBER: return false; case VT_MEMBER: return true; default: // illegal or new VType -> make noise assert( false && "illegal and thus unhandled VType" ); return false; // something needs to be returned for builds without asserts } } // check whether a name joinpoint is defined in the project bool in_project (ACM_Name &name) { return name.get_tunits().empty(); } // describe the proceed code requirements for code join-points bool proceed_needs_args(ACM_Code &jpl) { return get_arg_count (jpl) > 0; } bool proceed_needs_result (ACM_Code &jpl) { return has_result_type (jpl); } bool proceed_needs_that (ACM_Code &jpl) { if( jpl.type_val() & JPT_Access ) // outer joinoints ... return false; // ... never need it else // inner joinpoints ... return needs_this( *get_entity( jpl ) ); // determine by entity } bool proceed_needs_target (ACM_Code &jpl) { if( jpl.type_val() & JPT_Access ) // outer joinoints ... return needs_this( *get_entity( jpl ) ); // determine by entity else // inner joinpoints ... return false; // ... never need it } // manage child name map of ACM_Name nodes static string map_key (ACM_Name &name) { string result = name.get_name(); if (name.type_val() & JPT_Function) { list types; get_arg_types ((ACM_Function &)name, types); result += "("; for (list::iterator i = types.begin(); i != types.end(); ++i) { if (i != types.begin()) result +=", "; result += (*i)->get_signature(); } result += ")"; } return result; } void map_refresh(ACM_Name &name) { typedef ACM_Container Container; NameMap &map = name.get_name_map(); Container &children = name.get_children(); map.clear(); for (Container::iterator i = children.begin(); i != children.end(); ++i) { if ((*i)->type_val() & JPT_Name) { ACM_Name *child = (ACM_Name*)*i; map.insert(NameMapPair(map_key(*child), child)); } } } ACM_Name *map_lookup(ACM_Name &parent, const string &key) { NameMap &map = parent.get_name_map(); if (map.size() == 0 && parent.get_children().size() > 0) map_refresh(parent); NameMap::iterator i = map.find(key); if (i != map.end()) return i->second; return 0; } void map_insert(ACM_Name &parent, ACM_Name &child, const string &key) { NameMap &map = parent.get_name_map(); map.insert(NameMapPair(key, &child)); } // context information of a join-point string filename (ACM_Any &jpl) { typedef ACM_Container Container; Container &source = (jpl.type_val() & (JPT_Construction|JPT_Destruction|JPT_Execution)) ? ((ACM_Code*)jpl.get_parent())->get_source() : jpl.get_source(); if (source.size() == 0) return ""; Container::iterator last; for (Container::iterator i = source.begin (); i != source.end (); ++i) { last = i; if ((*i)->get_kind () == SLK_DEF) break; } return (*last)->get_file()->get_filename(); } int line (ACM_Any &jpl) { typedef ACM_Container Container; Container &source = (jpl.type_val() & (JPT_Construction|JPT_Destruction|JPT_Execution)) ? ((ACM_Code*)jpl.get_parent())->get_source() : jpl.get_source(); if (source.size() == 0) return -1; Container::iterator last; for (Container::iterator i = source.begin (); i != source.end (); ++i) { last = i; if ((*i)->get_kind () == SLK_DEF) break; } return (*last)->get_line(); } // get the slice that is associated with on introduction ACM_ClassSlice *get_slice (ACM_Introduction &intro) { ACM_ClassSlice *cs = 0; if (intro.has_named_slice ()) cs = intro.get_named_slice (); else if (intro.has_anon_slice ()) cs = intro.get_anon_slice (); return cs; } // collect the set of abstract member functions and pointcuts of a class or aspect void get_abstract_members (ACM_Class &cls, set &abstract_members) { // iterate over all base classes and get the inherited abstract members typedef ACM_Container Container; Container &bases = cls.get_bases(); for (Container::iterator i = bases.begin (); i != bases.end (); ++i) { set base_members; // key strings get_abstract_members (**i, base_members); // now check each abstract base class member in the current class for (set::const_iterator ki = base_members.begin (); ki != base_members.end (); ++ki) { ACM_Any *elem = map_lookup(cls, *ki); bool redefined = false; if ((*ki)[0] == '~') redefined = true; // pure virtual destructor are defined implicitly else if (elem) { // check the found member if (elem->type_val() == JPT_Pointcut && ((ACM_Pointcut*)elem)->get_kind() != PT_PURE_VIRTUAL) redefined = true; else if (elem->type_val() == JPT_Function && ((ACM_Function*)elem)->get_kind() == FT_VIRTUAL_MEMBER) redefined = true; } // if it is not redefined here as non-abstract, keep it if (!redefined) abstract_members.insert (*ki); } } // non check all member functions and pointcuts of this class NameMap &name_map = cls.get_name_map(); for (NameMap::const_iterator i = name_map.begin (); i != name_map.end (); ++i) { string key = i->first; ACM_Any *elem = i->second; if ((elem->type_val() == JPT_Pointcut && ((ACM_Pointcut*)elem)->get_kind() == PT_PURE_VIRTUAL) || (elem->type_val() == JPT_Function && (((ACM_Function*)elem)->get_kind() == FT_PURE_VIRTUAL_MEMBER || ((ACM_Function*)elem)->get_kind() == FT_PURE_VIRTUAL_DESTRUCTOR))) abstract_members.insert (key); } // cout << "result for " << cls.get_name() << endl; // for (set::const_iterator ki = abstract_members.begin (); // ki != abstract_members.end (); ++ki) { // cout << " " << *ki << endl; // } } // check whether a class or aspect is abstract bool is_abstract (ACM_Class &cls) { set abstract_members; get_abstract_members (cls, abstract_members); return abstract_members.size () != 0; } // calculate number of nested advice levels below the given code plan int depth (ACM_CodePlan &plan) { return plan.has_next_level() ? depth (*plan.get_next_level()) + 1 : 0; } // This function takes an AspectC++-Model-Function as ACM_Function and // returns whether this function is an operator. bool is_operator(ACM_Function* acm_function) { return acm_function->get_name().substr(0,9) == "operator "; } aspectc++/AspectC++/ACModel/PaxHeaders.4702/Elements.h0000644000000000000000000000007212740141200017132 xustar0029 atime=1468174988.11616649 29 ctime=1468174988.11616649 aspectc++/AspectC++/ACModel/Elements.h0000644000175000001440000020322612740141200017323 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __Elements_h__ #define __Elements_h__ #include "ModelNode.h" #include #include #include // define enums enum SourceLocKind { SLK_NONE, SLK_DEF, SLK_DECL }; enum FunctionType { FT_UNKNOWN, FT_NON_MEMBER, FT_STATIC_NON_MEMBER, FT_MEMBER, FT_STATIC_MEMBER, FT_VIRTUAL_MEMBER, FT_PURE_VIRTUAL_MEMBER, FT_CONSTRUCTOR, FT_DESTRUCTOR, FT_VIRTUAL_DESTRUCTOR, FT_PURE_VIRTUAL_DESTRUCTOR }; enum PointcutType { PT_NORMAL, PT_VIRTUAL, PT_PURE_VIRTUAL }; enum VariableType { VT_UNKNOWN, VT_NON_MEMBER, VT_STATIC_NON_MEMBER, VT_MEMBER, VT_STATIC_MEMBER }; enum AdviceCodeType { ACT_BEFORE, ACT_AFTER, ACT_AROUND }; enum AdviceCodeContext { ACC_NONE, ACC_TYPE, ACC_OBJ, ACC_TYPE_OBJ, ACC_VARS, ACC_TYPE_VARS, ACC_OBJ_VARS, ACC_TYPE_OBJ_VARS }; enum CVQualifiers { CVQ_NONE, CVQ_CONST, CVQ_VOLATILE, CVQ_CONST_VOLATILE }; // define entity IDs typedef unsigned long long JoinPointType; static const JoinPointType JPT_TUnit = 1ULL << 0; static const int JPTI_TUnit = 0; static const JoinPointType JPT_Header = 1ULL << 1; static const int JPTI_Header = 1; static const JoinPointType JPT_Source = 1ULL << 2; static const int JPTI_Source = 2; static const JoinPointType JPT_MemberIntro = 1ULL << 3; static const int JPTI_MemberIntro = 3; static const JoinPointType JPT_BaseIntro = 1ULL << 4; static const int JPTI_BaseIntro = 4; static const JoinPointType JPT_ClassPlan = 1ULL << 5; static const int JPTI_ClassPlan = 5; static const JoinPointType JPT_CodeAdvice = 1ULL << 6; static const int JPTI_CodeAdvice = 6; static const JoinPointType JPT_CodePlan = 1ULL << 7; static const int JPTI_CodePlan = 7; static const JoinPointType JPT_Type = 1ULL << 8; static const int JPTI_Type = 8; static const JoinPointType JPT_Arg = 1ULL << 9; static const int JPTI_Arg = 9; static const JoinPointType JPT_Namespace = 1ULL << 10; static const int JPTI_Namespace = 10; static const JoinPointType JPT_Function = 1ULL << 11; static const int JPTI_Function = 11; static const JoinPointType JPT_Variable = 1ULL << 12; static const int JPTI_Variable = 12; static const JoinPointType JPT_Class = 1ULL << 13; static const int JPTI_Class = 13; static const JoinPointType JPT_ClassSlice = 1ULL << 14; static const int JPTI_ClassSlice = 14; static const JoinPointType JPT_Get = 1ULL << 15; static const int JPTI_Get = 15; static const JoinPointType JPT_Set = 1ULL << 16; static const int JPTI_Set = 16; static const JoinPointType JPT_Call = 1ULL << 17; static const int JPTI_Call = 17; static const JoinPointType JPT_Builtin = 1ULL << 18; static const int JPTI_Builtin = 18; static const JoinPointType JPT_Ref = 1ULL << 19; static const int JPTI_Ref = 19; static const JoinPointType JPT_GetRef = 1ULL << 20; static const int JPTI_GetRef = 20; static const JoinPointType JPT_SetRef = 1ULL << 21; static const int JPTI_SetRef = 21; static const JoinPointType JPT_CallRef = 1ULL << 22; static const int JPTI_CallRef = 22; static const JoinPointType JPT_Execution = 1ULL << 23; static const int JPTI_Execution = 23; static const JoinPointType JPT_Construction = 1ULL << 24; static const int JPTI_Construction = 24; static const JoinPointType JPT_Destruction = 1ULL << 25; static const int JPTI_Destruction = 25; static const JoinPointType JPT_Pointcut = 1ULL << 26; static const int JPTI_Pointcut = 26; static const JoinPointType JPT_Attribute = 1ULL << 27; static const int JPTI_Attribute = 27; static const JoinPointType JPT_AdviceCode = 1ULL << 28; static const int JPTI_AdviceCode = 28; static const JoinPointType JPT_Introduction = 1ULL << 29; static const int JPTI_Introduction = 29; static const JoinPointType JPT_Order = 1ULL << 30; static const int JPTI_Order = 30; static const JoinPointType JPT_Aspect = 1ULL << 31; static const int JPTI_Aspect = 31; static const JoinPointType JPT_Speculation = 1ULL << 32; static const int JPTI_Speculation = 32; static const JoinPointType JPT_Model = 1ULL << 33; static const int JPTI_Model = 33; static const int MAX_JOIN_POINT_TYPE_INDEX = 34; static const JoinPointType JPT_Node = JPT_TUnit|JPT_Header|JPT_Source|JPT_MemberIntro|JPT_BaseIntro|JPT_ClassPlan|JPT_CodeAdvice|JPT_CodePlan|JPT_Type|JPT_Arg|JPT_Namespace|JPT_Function|JPT_Variable|JPT_Class|JPT_ClassSlice|JPT_Get|JPT_Set|JPT_Call|JPT_Builtin|JPT_Ref|JPT_GetRef|JPT_SetRef|JPT_CallRef|JPT_Execution|JPT_Construction|JPT_Destruction|JPT_Pointcut|JPT_Attribute|JPT_AdviceCode|JPT_Introduction|JPT_Order|JPT_Aspect|JPT_Speculation|JPT_Model; static const JoinPointType JPT_File = JPT_TUnit|JPT_Header; static const JoinPointType JPT_Any = JPT_Type|JPT_Arg|JPT_Namespace|JPT_Function|JPT_Variable|JPT_Class|JPT_ClassSlice|JPT_Get|JPT_Set|JPT_Call|JPT_Builtin|JPT_Ref|JPT_GetRef|JPT_SetRef|JPT_CallRef|JPT_Execution|JPT_Construction|JPT_Destruction|JPT_Pointcut|JPT_Attribute|JPT_AdviceCode|JPT_Introduction|JPT_Order|JPT_Aspect; static const JoinPointType JPT_Name = JPT_Namespace|JPT_Function|JPT_Variable|JPT_Class|JPT_ClassSlice|JPT_Pointcut|JPT_Attribute|JPT_Aspect; static const JoinPointType JPT_Code = JPT_Get|JPT_Set|JPT_Call|JPT_Builtin|JPT_Ref|JPT_GetRef|JPT_SetRef|JPT_CallRef|JPT_Execution|JPT_Construction|JPT_Destruction; static const JoinPointType JPT_Access = JPT_Get|JPT_Set|JPT_Call|JPT_Builtin|JPT_Ref|JPT_GetRef|JPT_SetRef|JPT_CallRef; static const JoinPointType JPT_Advice = JPT_AdviceCode|JPT_Introduction|JPT_Order; // forward declarations of join-point model classes class ACM_Node; class ACM_File; class ACM_TUnit; class ACM_Header; class ACM_Source; class ACM_MemberIntro; class ACM_BaseIntro; class ACM_ClassPlan; class ACM_CodeAdvice; class ACM_CodePlan; class ACM_Any; class ACM_Type; class ACM_Arg; class ACM_Name; class ACM_Namespace; class ACM_Function; class ACM_Variable; class ACM_Class; class ACM_ClassSlice; class ACM_Code; class ACM_Access; class ACM_Get; class ACM_Set; class ACM_Call; class ACM_Builtin; class ACM_Ref; class ACM_GetRef; class ACM_SetRef; class ACM_CallRef; class ACM_Execution; class ACM_Construction; class ACM_Destruction; class ACM_Pointcut; class ACM_Attribute; class ACM_Advice; class ACM_AdviceCode; class ACM_Introduction; class ACM_Order; class ACM_Aspect; class ACM_Speculation; class ACM_Model; // class definitions class ACM_Node : public ModelNode { public: ACM_Node () { } virtual ~ACM_Node () {} virtual const char *type_str () const { return "Node"; } virtual JoinPointType type_val () const { return JPT_Node; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); }; class ACM_File : public ACM_Node { string filename_; int len_; int time_; public: ACM_File () { } virtual ~ACM_File () {} virtual const char *type_str () const { return "File"; } virtual JoinPointType type_val () const { return JPT_File; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_filename (string arg) { set_xml_dirty (true); filename_ = arg; } string get_filename() const { return filename_; } void set_len (int arg) { set_xml_dirty (true); len_ = arg; } int get_len() const { return len_; } void set_time (int arg) { set_xml_dirty (true); time_ = arg; } int get_time() const { return time_; } }; class ACM_TUnit : public ACM_File { bool dirty_flag_; public: ACM_TUnit () { } virtual ~ACM_TUnit () {} virtual const char *type_str () const { return "TUnit"; } virtual JoinPointType type_val () const { return JPT_TUnit; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_dirty_flag (bool arg) { set_xml_dirty (true); dirty_flag_ = arg; } bool get_dirty_flag() const { return dirty_flag_; } }; class ACM_Header : public ACM_File { ACM_Container in_; public: ACM_Header () { } virtual ~ACM_Header () {} virtual const char *type_str () const { return "Header"; } virtual JoinPointType type_val () const { return JPT_Header; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); ACM_Container &get_in() { return in_; } const ACM_Container &get_in() const { return in_; } }; class ACM_Source : public ACM_Node { SourceLocKind kind_; ACM_File* file_; int line_; int len_; public: ACM_Source () { } virtual ~ACM_Source () {} virtual const char *type_str () const { return "Source"; } virtual JoinPointType type_val () const { return JPT_Source; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_kind (SourceLocKind arg) { set_xml_dirty (true); kind_ = arg; } SourceLocKind get_kind() const { return kind_; } void set_file (ACM_File* arg) { set_xml_dirty (true); file_ = arg; } ACM_File* get_file() { return file_; } void set_line (int arg) { set_xml_dirty (true); line_ = arg; } int get_line() const { return line_; } void set_len (int arg) { set_xml_dirty (true); len_ = arg; } int get_len() const { return len_; } }; class ACM_MemberIntro : public ACM_Node { ACM_Introduction* intro_; ACM_Container members_; public: ACM_MemberIntro () { } virtual ~ACM_MemberIntro () {} virtual const char *type_str () const { return "MemberIntro"; } virtual JoinPointType type_val () const { return JPT_MemberIntro; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_intro (ACM_Introduction* arg) { set_xml_dirty (true); intro_ = arg; } ACM_Introduction* get_intro() { return intro_; } ACM_Container &get_members() { return members_; } const ACM_Container &get_members() const { return members_; } }; class ACM_BaseIntro : public ACM_Node { ACM_Introduction* intro_; ACM_Container bases_; public: ACM_BaseIntro () { } virtual ~ACM_BaseIntro () {} virtual const char *type_str () const { return "BaseIntro"; } virtual JoinPointType type_val () const { return JPT_BaseIntro; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_intro (ACM_Introduction* arg) { set_xml_dirty (true); intro_ = arg; } ACM_Introduction* get_intro() { return intro_; } ACM_Container &get_bases() { return bases_; } const ACM_Container &get_bases() const { return bases_; } }; class ACM_ClassPlan : public ACM_Node { ACM_Container base_intros_; ACM_Container member_intros_; public: ACM_ClassPlan () { base_intros_.set_parent (this); member_intros_.set_parent (this); } virtual ~ACM_ClassPlan () {} virtual const char *type_str () const { return "ClassPlan"; } virtual JoinPointType type_val () const { return JPT_ClassPlan; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); ACM_Container &get_base_intros() { return base_intros_; } const ACM_Container &get_base_intros() const { return base_intros_; } ACM_Container &get_member_intros() { return member_intros_; } const ACM_Container &get_member_intros() const { return member_intros_; } }; class ACM_CodeAdvice : public ACM_Node { ACM_AdviceCode* advice_; bool conditional_; public: ACM_CodeAdvice () { } virtual ~ACM_CodeAdvice () {} virtual const char *type_str () const { return "CodeAdvice"; } virtual JoinPointType type_val () const { return JPT_CodeAdvice; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_advice (ACM_AdviceCode* arg) { set_xml_dirty (true); advice_ = arg; } ACM_AdviceCode* get_advice() { return advice_; } void set_conditional (bool arg) { set_xml_dirty (true); conditional_ = arg; } bool get_conditional() const { return conditional_; } }; class ACM_CodePlan : public ACM_Node { ACM_Container before_; bool has_around_; ACM_CodeAdvice* around_; ACM_Container after_; bool has_next_level_; ACM_CodePlan* next_level_; public: ACM_CodePlan () { before_.set_parent (this); has_around_ = false; after_.set_parent (this); has_next_level_ = false; } virtual ~ACM_CodePlan () {} virtual const char *type_str () const { return "CodePlan"; } virtual JoinPointType type_val () const { return JPT_CodePlan; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); ACM_Container &get_before() { return before_; } const ACM_Container &get_before() const { return before_; } bool has_around () const { return has_around_; } void set_around (ACM_CodeAdvice* arg) { set_xml_dirty (true); around_ = arg; if (arg) arg->set_parent(this); has_around_ = true; } ACM_CodeAdvice* get_around() { return around_; } ACM_Container &get_after() { return after_; } const ACM_Container &get_after() const { return after_; } bool has_next_level () const { return has_next_level_; } void set_next_level (ACM_CodePlan* arg) { set_xml_dirty (true); next_level_ = arg; if (arg) arg->set_parent(this); has_next_level_ = true; } ACM_CodePlan* get_next_level() { return next_level_; } }; class ACM_Any : public ACM_Node { bool has_jpid_; int jpid_; ACM_Container source_; ACM_Container attributes_; public: ACM_Any () { has_jpid_ = false; source_.set_parent (this); } virtual ~ACM_Any () {} virtual const char *type_str () const { return "Any"; } virtual JoinPointType type_val () const { return JPT_Any; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); bool has_jpid () const { return has_jpid_; } void set_jpid (int arg) { set_xml_dirty (true); jpid_ = arg; has_jpid_ = true; } int get_jpid() const { return jpid_; } ACM_Container &get_source() { return source_; } const ACM_Container &get_source() const { return source_; } ACM_Container &get_attributes() { return attributes_; } const ACM_Container &get_attributes() const { return attributes_; } }; class ACM_Type : public ACM_Any { string signature_; MatchSignature match_sig_; public: ACM_Type () { } virtual ~ACM_Type () {} virtual const char *type_str () const { return "Type"; } virtual JoinPointType type_val () const { return JPT_Type; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_signature (string arg) { set_xml_dirty (true); signature_ = arg; } string get_signature() const { return signature_; } MatchSignature &get_match_sig() { return match_sig_; } const MatchSignature &get_match_sig() const { return match_sig_; } }; class ACM_Arg : public ACM_Any { string type_; string name_; public: ACM_Arg () { } virtual ~ACM_Arg () {} virtual const char *type_str () const { return "Arg"; } virtual JoinPointType type_val () const { return JPT_Arg; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_type (string arg) { set_xml_dirty (true); type_ = arg; } string get_type() const { return type_; } void set_name (string arg) { set_xml_dirty (true); name_ = arg; } string get_name() const { return name_; } }; class ACM_Name : public ACM_Any { ACM_Container children_; string name_; MatchSignature match_sig_; NameMap name_map_; bool builtin_; ACM_Container tunits_; public: ACM_Name () { children_.set_parent (this); } virtual ~ACM_Name () {} virtual const char *type_str () const { return "Name"; } virtual JoinPointType type_val () const { return JPT_Name; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); ACM_Container &get_children() { return children_; } const ACM_Container &get_children() const { return children_; } void set_name (string arg) { set_xml_dirty (true); name_ = arg; } string get_name() const { return name_; } MatchSignature &get_match_sig() { return match_sig_; } const MatchSignature &get_match_sig() const { return match_sig_; } NameMap &get_name_map() { return name_map_; } const NameMap &get_name_map() const { return name_map_; } void set_builtin (bool arg) { set_xml_dirty (true); builtin_ = arg; } bool get_builtin() const { return builtin_; } ACM_Container &get_tunits() { return tunits_; } const ACM_Container &get_tunits() const { return tunits_; } }; class ACM_Namespace : public ACM_Name { public: ACM_Namespace () { } virtual ~ACM_Namespace () {} virtual const char *type_str () const { return "Namespace"; } virtual JoinPointType type_val () const { return JPT_Namespace; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); }; class ACM_Function : public ACM_Name { bool has_result_type_; ACM_Type* result_type_; ACM_Container arg_types_; FunctionType kind_; bool variadic_args_; CVQualifiers cv_qualifiers_; bool has_static_in_; ACM_TUnit* static_in_; ACM_Container calls_; public: ACM_Function () { has_result_type_ = false; arg_types_.set_parent (this); has_static_in_ = false; } virtual ~ACM_Function () {} virtual const char *type_str () const { return "Function"; } virtual JoinPointType type_val () const { return JPT_Function; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); bool has_result_type () const { return has_result_type_; } void set_result_type (ACM_Type* arg) { set_xml_dirty (true); result_type_ = arg; if (arg) arg->set_parent(this); has_result_type_ = true; } ACM_Type* get_result_type() { return result_type_; } ACM_Container &get_arg_types() { return arg_types_; } const ACM_Container &get_arg_types() const { return arg_types_; } void set_kind (FunctionType arg) { set_xml_dirty (true); kind_ = arg; } FunctionType get_kind() const { return kind_; } void set_variadic_args (bool arg) { set_xml_dirty (true); variadic_args_ = arg; } bool get_variadic_args() const { return variadic_args_; } void set_cv_qualifiers (CVQualifiers arg) { set_xml_dirty (true); cv_qualifiers_ = arg; } CVQualifiers get_cv_qualifiers() const { return cv_qualifiers_; } bool has_static_in () const { return has_static_in_; } void set_static_in (ACM_TUnit* arg) { set_xml_dirty (true); static_in_ = arg; has_static_in_ = true; } ACM_TUnit* get_static_in() { return static_in_; } ACM_Container &get_calls() { return calls_; } const ACM_Container &get_calls() const { return calls_; } }; class ACM_Variable : public ACM_Name { ACM_Type* type_; VariableType kind_; public: ACM_Variable () { } virtual ~ACM_Variable () {} virtual const char *type_str () const { return "Variable"; } virtual JoinPointType type_val () const { return JPT_Variable; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_type (ACM_Type* arg) { set_xml_dirty (true); type_ = arg; if (arg) arg->set_parent(this); } ACM_Type* get_type() { return type_; } void set_kind (VariableType arg) { set_xml_dirty (true); kind_ = arg; } VariableType get_kind() const { return kind_; } }; class ACM_Class : public ACM_Name { ACM_Container bases_; ACM_Container derived_; bool intro_target_; bool has_plan_; ACM_ClassPlan* plan_; public: ACM_Class () { has_plan_ = false; } virtual ~ACM_Class () {} virtual const char *type_str () const { return "Class"; } virtual JoinPointType type_val () const { return JPT_Class; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); ACM_Container &get_bases() { return bases_; } const ACM_Container &get_bases() const { return bases_; } ACM_Container &get_derived() { return derived_; } const ACM_Container &get_derived() const { return derived_; } void set_intro_target (bool arg) { set_xml_dirty (true); intro_target_ = arg; } bool get_intro_target() const { return intro_target_; } bool has_plan () const { return has_plan_; } void set_plan (ACM_ClassPlan* arg) { set_xml_dirty (true); plan_ = arg; if (arg) arg->set_parent(this); has_plan_ = true; } ACM_ClassPlan* get_plan() { return plan_; } }; class ACM_ClassSlice : public ACM_Name { bool is_struct_; public: ACM_ClassSlice () { } virtual ~ACM_ClassSlice () {} virtual const char *type_str () const { return "ClassSlice"; } virtual JoinPointType type_val () const { return JPT_ClassSlice; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_is_struct (bool arg) { set_xml_dirty (true); is_struct_ = arg; } bool get_is_struct() const { return is_struct_; } }; class ACM_Code : public ACM_Any { bool has_plan_; ACM_CodePlan* plan_; public: ACM_Code () { has_plan_ = false; } virtual ~ACM_Code () {} virtual const char *type_str () const { return "Code"; } virtual JoinPointType type_val () const { return JPT_Code; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); bool has_plan () const { return has_plan_; } void set_plan (ACM_CodePlan* arg) { set_xml_dirty (true); plan_ = arg; if (arg) arg->set_parent(this); has_plan_ = true; } ACM_CodePlan* get_plan() { return plan_; } }; class ACM_Access : public ACM_Code { int lid_; bool has_target_object_lid_; int target_object_lid_; bool has_cfg_block_lid_; int cfg_block_lid_; bool has_target_class_; ACM_Class* target_class_; public: ACM_Access () { has_target_object_lid_ = false; has_cfg_block_lid_ = false; has_target_class_ = false; } virtual ~ACM_Access () {} virtual const char *type_str () const { return "Access"; } virtual JoinPointType type_val () const { return JPT_Access; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_lid (int arg) { set_xml_dirty (true); lid_ = arg; } int get_lid() const { return lid_; } bool has_target_object_lid () const { return has_target_object_lid_; } void set_target_object_lid (int arg) { set_xml_dirty (true); target_object_lid_ = arg; has_target_object_lid_ = true; } int get_target_object_lid() const { return target_object_lid_; } bool has_cfg_block_lid () const { return has_cfg_block_lid_; } void set_cfg_block_lid (int arg) { set_xml_dirty (true); cfg_block_lid_ = arg; has_cfg_block_lid_ = true; } int get_cfg_block_lid() const { return cfg_block_lid_; } bool has_target_class () const { return has_target_class_; } void set_target_class (ACM_Class* arg) { set_xml_dirty (true); target_class_ = arg; has_target_class_ = true; } ACM_Class* get_target_class() { return target_class_; } }; class ACM_Get : public ACM_Access { bool has_variable_; ACM_Variable* variable_; public: ACM_Get () { has_variable_ = false; } virtual ~ACM_Get () {} virtual const char *type_str () const { return "Get"; } virtual JoinPointType type_val () const { return JPT_Get; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); bool has_variable () const { return has_variable_; } void set_variable (ACM_Variable* arg) { set_xml_dirty (true); variable_ = arg; has_variable_ = true; } ACM_Variable* get_variable() { return variable_; } }; class ACM_Set : public ACM_Access { bool has_variable_; ACM_Variable* variable_; public: ACM_Set () { has_variable_ = false; } virtual ~ACM_Set () {} virtual const char *type_str () const { return "Set"; } virtual JoinPointType type_val () const { return JPT_Set; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); bool has_variable () const { return has_variable_; } void set_variable (ACM_Variable* arg) { set_xml_dirty (true); variable_ = arg; has_variable_ = true; } ACM_Variable* get_variable() { return variable_; } }; class ACM_Call : public ACM_Access { ACM_Function* target_; ACM_Container variadic_arg_types_; bool has_default_args_; int default_args_; public: ACM_Call () { variadic_arg_types_.set_parent (this); has_default_args_ = false; } virtual ~ACM_Call () {} virtual const char *type_str () const { return "Call"; } virtual JoinPointType type_val () const { return JPT_Call; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_target (ACM_Function* arg) { set_xml_dirty (true); target_ = arg; } ACM_Function* get_target() { return target_; } ACM_Container &get_variadic_arg_types() { return variadic_arg_types_; } const ACM_Container &get_variadic_arg_types() const { return variadic_arg_types_; } bool has_default_args () const { return has_default_args_; } void set_default_args (int arg) { set_xml_dirty (true); default_args_ = arg; has_default_args_ = true; } int get_default_args() const { return default_args_; } }; class ACM_Builtin : public ACM_Access { ACM_Function* target_; ACM_Container implicit_access_; public: ACM_Builtin () { implicit_access_.set_parent (this); } virtual ~ACM_Builtin () {} virtual const char *type_str () const { return "Builtin"; } virtual JoinPointType type_val () const { return JPT_Builtin; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_target (ACM_Function* arg) { set_xml_dirty (true); target_ = arg; } ACM_Function* get_target() { return target_; } ACM_Container &get_implicit_access() { return implicit_access_; } const ACM_Container &get_implicit_access() const { return implicit_access_; } }; class ACM_Ref : public ACM_Access { ACM_Variable* variable_; ACM_Type* type_; public: ACM_Ref () { } virtual ~ACM_Ref () {} virtual const char *type_str () const { return "Ref"; } virtual JoinPointType type_val () const { return JPT_Ref; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_variable (ACM_Variable* arg) { set_xml_dirty (true); variable_ = arg; } ACM_Variable* get_variable() { return variable_; } void set_type (ACM_Type* arg) { set_xml_dirty (true); type_ = arg; if (arg) arg->set_parent(this); } ACM_Type* get_type() { return type_; } }; class ACM_GetRef : public ACM_Access { ACM_Type* type_; public: ACM_GetRef () { } virtual ~ACM_GetRef () {} virtual const char *type_str () const { return "GetRef"; } virtual JoinPointType type_val () const { return JPT_GetRef; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_type (ACM_Type* arg) { set_xml_dirty (true); type_ = arg; if (arg) arg->set_parent(this); } ACM_Type* get_type() { return type_; } }; class ACM_SetRef : public ACM_Access { ACM_Type* type_; public: ACM_SetRef () { } virtual ~ACM_SetRef () {} virtual const char *type_str () const { return "SetRef"; } virtual JoinPointType type_val () const { return JPT_SetRef; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_type (ACM_Type* arg) { set_xml_dirty (true); type_ = arg; if (arg) arg->set_parent(this); } ACM_Type* get_type() { return type_; } }; class ACM_CallRef : public ACM_Access { ACM_Type* type_; public: ACM_CallRef () { } virtual ~ACM_CallRef () {} virtual const char *type_str () const { return "CallRef"; } virtual JoinPointType type_val () const { return JPT_CallRef; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_type (ACM_Type* arg) { set_xml_dirty (true); type_ = arg; if (arg) arg->set_parent(this); } ACM_Type* get_type() { return type_; } }; class ACM_Execution : public ACM_Code { public: ACM_Execution () { } virtual ~ACM_Execution () {} virtual const char *type_str () const { return "Execution"; } virtual JoinPointType type_val () const { return JPT_Execution; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); }; class ACM_Construction : public ACM_Code { public: ACM_Construction () { } virtual ~ACM_Construction () {} virtual const char *type_str () const { return "Construction"; } virtual JoinPointType type_val () const { return JPT_Construction; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); }; class ACM_Destruction : public ACM_Code { public: ACM_Destruction () { } virtual ~ACM_Destruction () {} virtual const char *type_str () const { return "Destruction"; } virtual JoinPointType type_val () const { return JPT_Destruction; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); }; class ACM_Pointcut : public ACM_Name { string expr_; ACM_Container args_; PointcutType kind_; PointcutExpression parsed_expr_; public: ACM_Pointcut () { args_.set_parent (this); } virtual ~ACM_Pointcut () {} virtual const char *type_str () const { return "Pointcut"; } virtual JoinPointType type_val () const { return JPT_Pointcut; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_expr (string arg) { set_xml_dirty (true); expr_ = arg; } string get_expr() const { return expr_; } ACM_Container &get_args() { return args_; } const ACM_Container &get_args() const { return args_; } void set_kind (PointcutType arg) { set_xml_dirty (true); kind_ = arg; } PointcutType get_kind() const { return kind_; } PointcutExpression &get_parsed_expr() { return parsed_expr_; } const PointcutExpression &get_parsed_expr() const { return parsed_expr_; } }; class ACM_Attribute : public ACM_Name { ACM_Container args_; public: ACM_Attribute () { args_.set_parent (this); } virtual ~ACM_Attribute () {} virtual const char *type_str () const { return "Attribute"; } virtual JoinPointType type_val () const { return JPT_Attribute; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); ACM_Container &get_args() { return args_; } const ACM_Container &get_args() const { return args_; } }; class ACM_Advice : public ACM_Any { ACM_Pointcut* pointcut_; int lid_; public: ACM_Advice () { } virtual ~ACM_Advice () {} virtual const char *type_str () const { return "Advice"; } virtual JoinPointType type_val () const { return JPT_Advice; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_pointcut (ACM_Pointcut* arg) { set_xml_dirty (true); pointcut_ = arg; if (arg) arg->set_parent(this); } ACM_Pointcut* get_pointcut() { return pointcut_; } void set_lid (int arg) { set_xml_dirty (true); lid_ = arg; } int get_lid() const { return lid_; } }; class ACM_AdviceCode : public ACM_Advice { AdviceCodeType kind_; AdviceCodeContext context_; public: ACM_AdviceCode () { } virtual ~ACM_AdviceCode () {} virtual const char *type_str () const { return "AdviceCode"; } virtual JoinPointType type_val () const { return JPT_AdviceCode; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_kind (AdviceCodeType arg) { set_xml_dirty (true); kind_ = arg; } AdviceCodeType get_kind() const { return kind_; } void set_context (AdviceCodeContext arg) { set_xml_dirty (true); context_ = arg; } AdviceCodeContext get_context() const { return context_; } }; class ACM_Introduction : public ACM_Advice { bool has_named_slice_; ACM_ClassSlice* named_slice_; bool has_anon_slice_; ACM_ClassSlice* anon_slice_; public: ACM_Introduction () { has_named_slice_ = false; has_anon_slice_ = false; } virtual ~ACM_Introduction () {} virtual const char *type_str () const { return "Introduction"; } virtual JoinPointType type_val () const { return JPT_Introduction; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); bool has_named_slice () const { return has_named_slice_; } void set_named_slice (ACM_ClassSlice* arg) { set_xml_dirty (true); named_slice_ = arg; has_named_slice_ = true; } ACM_ClassSlice* get_named_slice() { return named_slice_; } bool has_anon_slice () const { return has_anon_slice_; } void set_anon_slice (ACM_ClassSlice* arg) { set_xml_dirty (true); anon_slice_ = arg; if (arg) arg->set_parent(this); has_anon_slice_ = true; } ACM_ClassSlice* get_anon_slice() { return anon_slice_; } }; class ACM_Order : public ACM_Advice { ACM_Container aspect_exprs_; public: ACM_Order () { aspect_exprs_.set_parent (this); } virtual ~ACM_Order () {} virtual const char *type_str () const { return "Order"; } virtual JoinPointType type_val () const { return JPT_Order; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); ACM_Container &get_aspect_exprs() { return aspect_exprs_; } const ACM_Container &get_aspect_exprs() const { return aspect_exprs_; } }; class ACM_Aspect : public ACM_Class { ACM_Container intros_; ACM_Container advices_; ACM_Container orders_; public: ACM_Aspect () { intros_.set_parent (this); advices_.set_parent (this); orders_.set_parent (this); } virtual ~ACM_Aspect () {} virtual const char *type_str () const { return "Aspect"; } virtual JoinPointType type_val () const { return JPT_Aspect; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); ACM_Container &get_intros() { return intros_; } const ACM_Container &get_intros() const { return intros_; } ACM_Container &get_advices() { return advices_; } const ACM_Container &get_advices() const { return advices_; } ACM_Container &get_orders() { return orders_; } const ACM_Container &get_orders() const { return orders_; } }; class ACM_Speculation : public ACM_Node { ACM_Advice* advice_; ACM_TUnit* tunit_; ACM_Container true_jps_; ACM_Container false_jps_; ACM_Container conditional_jps_; public: ACM_Speculation () { } virtual ~ACM_Speculation () {} virtual const char *type_str () const { return "Speculation"; } virtual JoinPointType type_val () const { return JPT_Speculation; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); void set_advice (ACM_Advice* arg) { set_xml_dirty (true); advice_ = arg; } ACM_Advice* get_advice() { return advice_; } void set_tunit (ACM_TUnit* arg) { set_xml_dirty (true); tunit_ = arg; } ACM_TUnit* get_tunit() { return tunit_; } ACM_Container &get_true_jps() { return true_jps_; } const ACM_Container &get_true_jps() const { return true_jps_; } ACM_Container &get_false_jps() { return false_jps_; } const ACM_Container &get_false_jps() const { return false_jps_; } ACM_Container &get_conditional_jps() { return conditional_jps_; } const ACM_Container &get_conditional_jps() const { return conditional_jps_; } }; class ACM_Model : public ACM_Node { ACM_Container files_; ACM_Namespace* root_; ACM_Container speculations_; string version_; public: ACM_Model () { files_.set_parent (this); speculations_.set_parent (this); } virtual ~ACM_Model () {} virtual const char *type_str () const { return "Model"; } virtual JoinPointType type_val () const { return JPT_Model; } virtual std::string key () const; // dump tree functions virtual void dump (std::ostream &out = cout, int indent = 0) const; void dump_attr (std::ostream &out = cout) const; void dump_refs (std::ostream &out = cout) const; void dump_aggr (std::ostream &out = cout, int indent = 0) const; // XML functions virtual void to_xml(SaveContext &); ACM_Container &get_files() { return files_; } const ACM_Container &get_files() const { return files_; } void set_root (ACM_Namespace* arg) { set_xml_dirty (true); root_ = arg; if (arg) arg->set_parent(this); } ACM_Namespace* get_root() { return root_; } ACM_Container &get_speculations() { return speculations_; } const ACM_Container &get_speculations() const { return speculations_; } void set_version (string arg) { set_xml_dirty (true); version_ = arg; } string get_version() const { return version_; } }; // model facade class class ProjectModel : public ACM_Model { typedef std::list NodeList; NodeList _join_points[MAX_JOIN_POINT_TYPE_INDEX]; xmlDocPtr _xml_doc; typedef std::set FileSet; FileSet _modified_files; int _merge_id; unsigned _jpids_in_use; std::set _jpids_freed; // delete all source entries that are referencing a modified file // true: *all* entries have been deleted bool purgeSources(ACM_Any &me); template bool sourceCleanupContainer(Container &container) { typedef typename Container::Type T; list found; for (typename Container::iterator i = container.begin (); i != container.end (); ++i) { int mc = (*i)->get_merge_count (); if (mc == _merge_id) { if ((*i)->is_deleted ()) found.push_back (*i); } else { (*i)->set_merge_count (_merge_id); if (source_cleanup (**i)) { found.push_back (*i); unlink_node (*i); } } } for (typename list::iterator i = found.begin (); i != found.end (); ++i) container.remove (*i); return false; } bool source_cleanup(ACM_Node &node); protected: template T *remember (T* elem_ptr, int index) { _join_points[index].push_back (elem_ptr); return elem_ptr; } void unlink_node (ACM_Node *node) { if (node->get_xml_node ()) { xmlUnlinkNode (node->get_xml_node ()); xmlFreeNode (node->get_xml_node ()); node->set_xml_node (0); node->set_xml_dirty (); } node->is_deleted (true); } public: // constructor: initialize attributes ProjectModel () : _xml_doc (0), _merge_id (0), _jpids_in_use (0) {} // destructor: delete all registered model elements and the XML DOM ~ProjectModel () { clear (); } // delete all model elements void clear (); void xml_doc (xmlDocPtr doc_ptr) { _xml_doc = doc_ptr; } xmlDocPtr xml_doc () const { return _xml_doc; } // select and return all join points of a given type (any of them) typedef std::list Selection; void select (JoinPointType jpt, Selection &result, bool prj_only = true); // allocated a new joinpoint ID unsigned alloc_jpid (); // mark a join point ID as allocated (needed for loading models) void alloc_jpid (unsigned jpid); // free a joinpoint ID void free_jpid (unsigned jpid); // merge the elements of another model into this one void merge (ProjectModel &that); // before merging two models find out which files have been changed // (file in 'that' newer as in 'this') void init_change_set(ProjectModel &that); // cleanup list of modified files (at the end of merging) void clear_change_set(); // merge a tunit node into a similar project mode node void merge_node (ACM_Node *prj_node, ACM_Node *tu_node); // copy a node of another model into this model (deep copy) ACM_Node *copyNode(ACM_Node *that_node); // fix all node references; this is the second phase of merging a tunit // model into a project model. Reference still address the tunit model // nodes. Now they have to be replaced with the corresponding project // model node references void fix_refs(ACM_Node *me); // helper function for merging two models template void merge_container (Container &that, Container &into, bool refs = false) { typename Container::Set &me = into.get_sorted (); typename Container::Set &you = that.get_sorted (); // iterate over both sorted lists typename Container::Set::iterator curr_me = me.begin (); typename Container::Set::iterator curr_you = you.begin (); while (curr_me != me.end () && curr_you != you.end ()) { if (**curr_me < ** curr_you) // an element in 'me', which is not present ++curr_me; // in 'you' => simply skip else if (**curr_you < ** curr_me) { // a new element (not in 'me' yet into.insert ((typename Container::Type*)(refs ? *curr_you : copyNode (*curr_you))); ++curr_you; } else { // two equal elements according to their key => merge if (!refs) merge_node (*curr_me, *curr_you); ++curr_you; ++curr_me; } } while (curr_you != you.end ()) { into.insert ((typename Container::Type*)(refs ? *curr_you : copyNode (*curr_you))); ++curr_you; } } // handle attribute variations when merging models bool merge_attr (ACM_Node &me, ACM_Node &that, const std::string &attr_name); void merge_attr_only_in_me (ACM_Node &me, ACM_Node &that, const std::string &attr_name); void merge_attr_only_in_that (ACM_Node &me, ACM_Node &that, const std::string &attr_name); // factory methods that remember all objects of this model virtual ACM_TUnit *newTUnit() { return remember (new ACM_TUnit, JPTI_TUnit); } virtual ACM_Header *newHeader() { return remember (new ACM_Header, JPTI_Header); } virtual ACM_Source *newSource() { return remember (new ACM_Source, JPTI_Source); } virtual ACM_MemberIntro *newMemberIntro() { return remember (new ACM_MemberIntro, JPTI_MemberIntro); } virtual ACM_BaseIntro *newBaseIntro() { return remember (new ACM_BaseIntro, JPTI_BaseIntro); } virtual ACM_ClassPlan *newClassPlan() { return remember (new ACM_ClassPlan, JPTI_ClassPlan); } virtual ACM_CodeAdvice *newCodeAdvice() { return remember (new ACM_CodeAdvice, JPTI_CodeAdvice); } virtual ACM_CodePlan *newCodePlan() { return remember (new ACM_CodePlan, JPTI_CodePlan); } virtual ACM_Type *newType() { return remember (new ACM_Type, JPTI_Type); } virtual ACM_Arg *newArg() { return remember (new ACM_Arg, JPTI_Arg); } virtual ACM_Namespace *newNamespace() { return remember (new ACM_Namespace, JPTI_Namespace); } virtual ACM_Function *newFunction() { return remember (new ACM_Function, JPTI_Function); } virtual ACM_Variable *newVariable() { return remember (new ACM_Variable, JPTI_Variable); } virtual ACM_Class *newClass() { return remember (new ACM_Class, JPTI_Class); } virtual ACM_ClassSlice *newClassSlice() { return remember (new ACM_ClassSlice, JPTI_ClassSlice); } virtual ACM_Get *newGet() { return remember (new ACM_Get, JPTI_Get); } virtual ACM_Set *newSet() { return remember (new ACM_Set, JPTI_Set); } virtual ACM_Call *newCall() { return remember (new ACM_Call, JPTI_Call); } virtual ACM_Builtin *newBuiltin() { return remember (new ACM_Builtin, JPTI_Builtin); } virtual ACM_Ref *newRef() { return remember (new ACM_Ref, JPTI_Ref); } virtual ACM_GetRef *newGetRef() { return remember (new ACM_GetRef, JPTI_GetRef); } virtual ACM_SetRef *newSetRef() { return remember (new ACM_SetRef, JPTI_SetRef); } virtual ACM_CallRef *newCallRef() { return remember (new ACM_CallRef, JPTI_CallRef); } virtual ACM_Execution *newExecution() { return remember (new ACM_Execution, JPTI_Execution); } virtual ACM_Construction *newConstruction() { return remember (new ACM_Construction, JPTI_Construction); } virtual ACM_Destruction *newDestruction() { return remember (new ACM_Destruction, JPTI_Destruction); } virtual ACM_Pointcut *newPointcut() { return remember (new ACM_Pointcut, JPTI_Pointcut); } virtual ACM_Attribute *newAttribute() { return remember (new ACM_Attribute, JPTI_Attribute); } virtual ACM_AdviceCode *newAdviceCode() { return remember (new ACM_AdviceCode, JPTI_AdviceCode); } virtual ACM_Introduction *newIntroduction() { return remember (new ACM_Introduction, JPTI_Introduction); } virtual ACM_Order *newOrder() { return remember (new ACM_Order, JPTI_Order); } virtual ACM_Aspect *newAspect() { return remember (new ACM_Aspect, JPTI_Aspect); } virtual ACM_Speculation *newSpeculation() { return remember (new ACM_Speculation, JPTI_Speculation); } virtual ACM_Model *newModel() { return remember (new ACM_Model, JPTI_Model); } // copy methods that copy elements from other models into this one // NOTE: the elements are only copied and registerd, but no link is set! virtual void copyNode(ACM_Node &me, ACM_Node &that); virtual void copyFile(ACM_File &me, ACM_File &that); virtual void copyTUnit(ACM_TUnit &me, ACM_TUnit &that); virtual void copyHeader(ACM_Header &me, ACM_Header &that); virtual void copySource(ACM_Source &me, ACM_Source &that); virtual void copyMemberIntro(ACM_MemberIntro &me, ACM_MemberIntro &that); virtual void copyBaseIntro(ACM_BaseIntro &me, ACM_BaseIntro &that); virtual void copyClassPlan(ACM_ClassPlan &me, ACM_ClassPlan &that); virtual void copyCodeAdvice(ACM_CodeAdvice &me, ACM_CodeAdvice &that); virtual void copyCodePlan(ACM_CodePlan &me, ACM_CodePlan &that); virtual void copyAny(ACM_Any &me, ACM_Any &that); virtual void copyType(ACM_Type &me, ACM_Type &that); virtual void copyArg(ACM_Arg &me, ACM_Arg &that); virtual void copyName(ACM_Name &me, ACM_Name &that); virtual void copyNamespace(ACM_Namespace &me, ACM_Namespace &that); virtual void copyFunction(ACM_Function &me, ACM_Function &that); virtual void copyVariable(ACM_Variable &me, ACM_Variable &that); virtual void copyClass(ACM_Class &me, ACM_Class &that); virtual void copyClassSlice(ACM_ClassSlice &me, ACM_ClassSlice &that); virtual void copyCode(ACM_Code &me, ACM_Code &that); virtual void copyAccess(ACM_Access &me, ACM_Access &that); virtual void copyGet(ACM_Get &me, ACM_Get &that); virtual void copySet(ACM_Set &me, ACM_Set &that); virtual void copyCall(ACM_Call &me, ACM_Call &that); virtual void copyBuiltin(ACM_Builtin &me, ACM_Builtin &that); virtual void copyRef(ACM_Ref &me, ACM_Ref &that); virtual void copyGetRef(ACM_GetRef &me, ACM_GetRef &that); virtual void copySetRef(ACM_SetRef &me, ACM_SetRef &that); virtual void copyCallRef(ACM_CallRef &me, ACM_CallRef &that); virtual void copyExecution(ACM_Execution &me, ACM_Execution &that); virtual void copyConstruction(ACM_Construction &me, ACM_Construction &that); virtual void copyDestruction(ACM_Destruction &me, ACM_Destruction &that); virtual void copyPointcut(ACM_Pointcut &me, ACM_Pointcut &that); virtual void copyAttribute(ACM_Attribute &me, ACM_Attribute &that); virtual void copyAdvice(ACM_Advice &me, ACM_Advice &that); virtual void copyAdviceCode(ACM_AdviceCode &me, ACM_AdviceCode &that); virtual void copyIntroduction(ACM_Introduction &me, ACM_Introduction &that); virtual void copyOrder(ACM_Order &me, ACM_Order &that); virtual void copyAspect(ACM_Aspect &me, ACM_Aspect &that); virtual void copySpeculation(ACM_Speculation &me, ACM_Speculation &that); virtual void copyModel(ACM_Model &me, ACM_Model &that); // merge methods that are called for corresponding translation unit model // and project model nodes. The functions call merge or copy functions on // their aggregated sub-nodes. virtual bool sourceCleanupNode(ACM_Node &me); virtual bool sourceCleanupFile(ACM_File &me); virtual bool sourceCleanupTUnit(ACM_TUnit &me); virtual bool sourceCleanupHeader(ACM_Header &me); virtual bool sourceCleanupSource(ACM_Source &me); virtual bool sourceCleanupMemberIntro(ACM_MemberIntro &me); virtual bool sourceCleanupBaseIntro(ACM_BaseIntro &me); virtual bool sourceCleanupClassPlan(ACM_ClassPlan &me); virtual bool sourceCleanupCodeAdvice(ACM_CodeAdvice &me); virtual bool sourceCleanupCodePlan(ACM_CodePlan &me); virtual bool sourceCleanupAny(ACM_Any &me); virtual bool sourceCleanupType(ACM_Type &me); virtual bool sourceCleanupArg(ACM_Arg &me); virtual bool sourceCleanupName(ACM_Name &me); virtual bool sourceCleanupNamespace(ACM_Namespace &me); virtual bool sourceCleanupFunction(ACM_Function &me); virtual bool sourceCleanupVariable(ACM_Variable &me); virtual bool sourceCleanupClass(ACM_Class &me); virtual bool sourceCleanupClassSlice(ACM_ClassSlice &me); virtual bool sourceCleanupCode(ACM_Code &me); virtual bool sourceCleanupAccess(ACM_Access &me); virtual bool sourceCleanupGet(ACM_Get &me); virtual bool sourceCleanupSet(ACM_Set &me); virtual bool sourceCleanupCall(ACM_Call &me); virtual bool sourceCleanupBuiltin(ACM_Builtin &me); virtual bool sourceCleanupRef(ACM_Ref &me); virtual bool sourceCleanupGetRef(ACM_GetRef &me); virtual bool sourceCleanupSetRef(ACM_SetRef &me); virtual bool sourceCleanupCallRef(ACM_CallRef &me); virtual bool sourceCleanupExecution(ACM_Execution &me); virtual bool sourceCleanupConstruction(ACM_Construction &me); virtual bool sourceCleanupDestruction(ACM_Destruction &me); virtual bool sourceCleanupPointcut(ACM_Pointcut &me); virtual bool sourceCleanupAttribute(ACM_Attribute &me); virtual bool sourceCleanupAdvice(ACM_Advice &me); virtual bool sourceCleanupAdviceCode(ACM_AdviceCode &me); virtual bool sourceCleanupIntroduction(ACM_Introduction &me); virtual bool sourceCleanupOrder(ACM_Order &me); virtual bool sourceCleanupAspect(ACM_Aspect &me); virtual bool sourceCleanupSpeculation(ACM_Speculation &me); virtual bool sourceCleanupModel(ACM_Model &me); virtual void mergeNode(ACM_Node &me, ACM_Node &that); virtual void mergeFile(ACM_File &me, ACM_File &that); virtual void mergeTUnit(ACM_TUnit &me, ACM_TUnit &that); virtual void mergeHeader(ACM_Header &me, ACM_Header &that); virtual void mergeSource(ACM_Source &me, ACM_Source &that); virtual void mergeMemberIntro(ACM_MemberIntro &me, ACM_MemberIntro &that); virtual void mergeBaseIntro(ACM_BaseIntro &me, ACM_BaseIntro &that); virtual void mergeClassPlan(ACM_ClassPlan &me, ACM_ClassPlan &that); virtual void mergeCodeAdvice(ACM_CodeAdvice &me, ACM_CodeAdvice &that); virtual void mergeCodePlan(ACM_CodePlan &me, ACM_CodePlan &that); virtual void mergeAny(ACM_Any &me, ACM_Any &that); virtual void mergeType(ACM_Type &me, ACM_Type &that); virtual void mergeArg(ACM_Arg &me, ACM_Arg &that); virtual void mergeName(ACM_Name &me, ACM_Name &that); virtual void mergeNamespace(ACM_Namespace &me, ACM_Namespace &that); virtual void mergeFunction(ACM_Function &me, ACM_Function &that); virtual void mergeVariable(ACM_Variable &me, ACM_Variable &that); virtual void mergeClass(ACM_Class &me, ACM_Class &that); virtual void mergeClassSlice(ACM_ClassSlice &me, ACM_ClassSlice &that); virtual void mergeCode(ACM_Code &me, ACM_Code &that); virtual void mergeAccess(ACM_Access &me, ACM_Access &that); virtual void mergeGet(ACM_Get &me, ACM_Get &that); virtual void mergeSet(ACM_Set &me, ACM_Set &that); virtual void mergeCall(ACM_Call &me, ACM_Call &that); virtual void mergeBuiltin(ACM_Builtin &me, ACM_Builtin &that); virtual void mergeRef(ACM_Ref &me, ACM_Ref &that); virtual void mergeGetRef(ACM_GetRef &me, ACM_GetRef &that); virtual void mergeSetRef(ACM_SetRef &me, ACM_SetRef &that); virtual void mergeCallRef(ACM_CallRef &me, ACM_CallRef &that); virtual void mergeExecution(ACM_Execution &me, ACM_Execution &that); virtual void mergeConstruction(ACM_Construction &me, ACM_Construction &that); virtual void mergeDestruction(ACM_Destruction &me, ACM_Destruction &that); virtual void mergePointcut(ACM_Pointcut &me, ACM_Pointcut &that); virtual void mergeAttribute(ACM_Attribute &me, ACM_Attribute &that); virtual void mergeAdvice(ACM_Advice &me, ACM_Advice &that); virtual void mergeAdviceCode(ACM_AdviceCode &me, ACM_AdviceCode &that); virtual void mergeIntroduction(ACM_Introduction &me, ACM_Introduction &that); virtual void mergeOrder(ACM_Order &me, ACM_Order &that); virtual void mergeAspect(ACM_Aspect &me, ACM_Aspect &that); virtual void mergeSpeculation(ACM_Speculation &me, ACM_Speculation &that); virtual void mergeModel(ACM_Model &me, ACM_Model &that); virtual void fix_refs_Node(ACM_Node &me); virtual void fix_refs_File(ACM_File &me); virtual void fix_refs_TUnit(ACM_TUnit &me); virtual void fix_refs_Header(ACM_Header &me); virtual void fix_refs_Source(ACM_Source &me); virtual void fix_refs_MemberIntro(ACM_MemberIntro &me); virtual void fix_refs_BaseIntro(ACM_BaseIntro &me); virtual void fix_refs_ClassPlan(ACM_ClassPlan &me); virtual void fix_refs_CodeAdvice(ACM_CodeAdvice &me); virtual void fix_refs_CodePlan(ACM_CodePlan &me); virtual void fix_refs_Any(ACM_Any &me); virtual void fix_refs_Type(ACM_Type &me); virtual void fix_refs_Arg(ACM_Arg &me); virtual void fix_refs_Name(ACM_Name &me); virtual void fix_refs_Namespace(ACM_Namespace &me); virtual void fix_refs_Function(ACM_Function &me); virtual void fix_refs_Variable(ACM_Variable &me); virtual void fix_refs_Class(ACM_Class &me); virtual void fix_refs_ClassSlice(ACM_ClassSlice &me); virtual void fix_refs_Code(ACM_Code &me); virtual void fix_refs_Access(ACM_Access &me); virtual void fix_refs_Get(ACM_Get &me); virtual void fix_refs_Set(ACM_Set &me); virtual void fix_refs_Call(ACM_Call &me); virtual void fix_refs_Builtin(ACM_Builtin &me); virtual void fix_refs_Ref(ACM_Ref &me); virtual void fix_refs_GetRef(ACM_GetRef &me); virtual void fix_refs_SetRef(ACM_SetRef &me); virtual void fix_refs_CallRef(ACM_CallRef &me); virtual void fix_refs_Execution(ACM_Execution &me); virtual void fix_refs_Construction(ACM_Construction &me); virtual void fix_refs_Destruction(ACM_Destruction &me); virtual void fix_refs_Pointcut(ACM_Pointcut &me); virtual void fix_refs_Attribute(ACM_Attribute &me); virtual void fix_refs_Advice(ACM_Advice &me); virtual void fix_refs_AdviceCode(ACM_AdviceCode &me); virtual void fix_refs_Introduction(ACM_Introduction &me); virtual void fix_refs_Order(ACM_Order &me); virtual void fix_refs_Aspect(ACM_Aspect &me); virtual void fix_refs_Speculation(ACM_Speculation &me); virtual void fix_refs_Model(ACM_Model &me); }; #endif // __Elements_h__ aspectc++/AspectC++/ACModel/PaxHeaders.4702/ModelNode.h0000644000000000000000000000007412740141200017226 xustar0030 atime=1468174988.131166737 30 ctime=1468174988.131166737 aspectc++/AspectC++/ACModel/ModelNode.h0000644000175000001440000002051712740141200017415 0ustar00osusers00000000000000#ifndef __ModelNode_h__ #define __ModelNode_h__ #include "MatchExpr.h" #include using std::cout; using std::endl; #include #include #include using std::string; #include #include #include class ModelTransformInfo { public: virtual ~ModelTransformInfo () {} }; class SaveContext { int _stage; int _last_id; public: SaveContext () : _last_id(0) { static int stage = 0; _stage = stage++; } int next_id () { return _last_id++; } int stage () { return _stage; } }; inline std::ostream &operator << (std::ostream &os, const MatchSignature &ms) { os << (ms.is_new() ? "" : ""); return os; } class ACM_Name; typedef std::map NameMap; typedef NameMap::value_type NameMapPair; inline std::ostream &operator << (std::ostream &os, const NameMap &nm) { os << "\"name map\""; return os; } class PointcutExpressionNode { int _ref_count; public: PointcutExpressionNode () : _ref_count (1) {} virtual ~PointcutExpressionNode () {} // get/modify the reference count int get_ref () const { return _ref_count; } void ref(int delta = 1) { _ref_count += delta; } // set and get the corresponding syntax tree and expression child nodes virtual int args () const = 0; virtual PointcutExpressionNode *arg (int) const = 0; // duplicate the whole pointcut expression tree -- at least logically virtual PointcutExpressionNode* duplicate () = 0; }; class PointcutExpression { PointcutExpressionNode *_node; public: PointcutExpression () : _node (0) {} PointcutExpression (const PointcutExpression &to_copy) { _node = to_copy.get(); if (_node != 0) _node = _node->duplicate(); } PointcutExpression &operator = (const PointcutExpression &to_copy) { destroy(_node); _node = to_copy.get(); if (_node != 0) _node = _node->duplicate(); return *this; } ~PointcutExpression () { destroy (_node); } // destroy a pointcut expression tree void set (PointcutExpressionNode *expr) { _node = expr; } PointcutExpressionNode *get () const { return _node; } static void destroy (PointcutExpressionNode *expr) { if (!expr) return; expr->ref(-1); if (expr->get_ref () == 0) { for (int i = 0; i < expr->args (); i++) destroy (expr->arg (i)); delete expr; } } }; inline std::ostream &operator << (std::ostream &os, const PointcutExpression &e) { os << "parsed pointcut expression"; return os; } class Code { string text_; public: operator string () const { return text_; } void set (const string &s) { text_ = s; } }; inline std::ostream &operator << (std::ostream &os, const Code &u) { os << "\"" << string (u) << "\""; return os; } // common base class of all join point model node types class ModelNode { xmlNodePtr _xml_node; bool _xml_dirty; ModelNode *_parent; ModelNode *_partner; int _stage; int _id; /// parser-provided info for code transformation ModelTransformInfo *_trans; /// key for sorting this node mutable string _key; mutable bool _key_dirty; bool _deleted; int _merge_count; string &get_key () const { if (_key_dirty) { _key = key(); _key_dirty = false; } return _key; } public: ModelNode() : _xml_node(0), _xml_dirty(true), _parent(0), _partner(0), _stage (-1), _id (-1), _trans(0), _key_dirty (true), _deleted (false), _merge_count (0) {} virtual ~ModelNode () {} bool is_deleted () const { return _deleted; } void is_deleted (bool d) { _deleted = d; } void set_merge_count (int mc) { _merge_count = mc; } int get_merge_count () { int pmc = (_parent ? _parent->get_merge_count() : 0); if (pmc > _merge_count && _parent->is_deleted()) { _merge_count = pmc; _deleted = true; _xml_node = 0; _xml_dirty = true; } return _merge_count; } bool operator == (const ModelNode& that) const { return !(*this < that || that < *this); } bool operator != (const ModelNode& that) const { return !(*this == that); } bool operator < (const ModelNode& that) const { return get_key() < that.get_key(); } virtual string key() const = 0; ModelTransformInfo *transform_info () const { return _trans; } void transform_info (ModelTransformInfo *trans) { _trans = trans; } // set and get XML node pointer xmlNodePtr get_xml_node () const { return _xml_node; } void set_xml_node (xmlNodePtr n) { _xml_node = n; } // remember if the associated XML node is up-to-date bool get_xml_dirty () const { return _xml_dirty; } void set_xml_dirty (bool d = true) { _xml_dirty = d; if (d) _key_dirty = true; } // set and get the parent node void set_parent (ModelNode *n) { _parent = n; } ModelNode *get_parent () const { return _parent; } // update the XML representation of this object. Attributes might have // changed or the node is new. virtual void to_xml(SaveContext &) = 0; // set a string property void set_property(const string &prop, const string &val) { xmlSetProp (_xml_node, (xmlChar*)prop.c_str (), (xmlChar*)val.c_str ()); } // set an int property void set_property(const string &prop, int val) { char buffer[12]; sprintf (buffer, "%d", val); xmlSetProp (_xml_node, (xmlChar*)prop.c_str (), (xmlChar*)buffer); } // set a bool property void set_property(const string &prop, bool val) { if (val) set_property (prop, string ("true")); else remove_property (prop); } // store string as text child node void set_text_child(const string &childname, const string &text) { xmlNewTextChild (_xml_node, NULL, (xmlChar*)childname.c_str (), (xmlChar*)text.c_str ()); } // check if the XML node has a specific property bool has_property (const string &prop) { return xmlHasProp (_xml_node, (xmlChar*)prop.c_str ()) != NULL; } // get a string property void get_property (const string &prop, string &val) { char *str = (char*)xmlGetProp (_xml_node, (xmlChar*)prop.c_str ()); val = str; free (str); } // get an int property void get_property (const string &prop, int &val) { char *str = (char*)xmlGetProp (_xml_node, (xmlChar*)prop.c_str ()); val = atoi (str); free (str); } // delete a property bool remove_property (const string &prop) { xmlAttrPtr attr = xmlHasProp (_xml_node, (xmlChar*)prop.c_str ()); if (attr) xmlRemoveProp (attr); return attr != NULL; } // set and get the element's id, which is used by idrefs of other elements int get_id () const { return _id; } int assign_id (SaveContext &context) { if (_stage != context.stage ()) { _stage = context.stage (); _id = context.next_id (); if (_xml_node) set_property ("id", _id); } return _id; } ModelNode *get_partner () const { return _partner; } void set_partner (ModelNode *p) { _partner = p; } }; template class ACM_Container : public std::list, public ModelNode { template struct LessPtr { bool operator()(T_PTR e1, T_PTR e2) const { return *e1 < * e2; } }; public: typedef std::set > Set; typedef std::list Base; typedef T Type; private: bool _sorted; Set _sorted_elems; public: ACM_Container () : _sorted(false) {} string key () const { string result = ""; for (typename Base::const_iterator i = Base::begin (); i != Base::end (); ++i) result += (*i)->key (); if (result == "") result = "-|"; return result; } void clear () { Base::clear (); _sorted_elems.clear (); _sorted = false; } void insert (T *n) { Base::push_back (n); if (_sorted) _sorted_elems.insert(n); if (AGGR) n->set_parent (get_parent ()); } void remove (T *n) { Base::remove (n); if (_sorted) _sorted_elems.erase (n); } Set &get_sorted () { if (!_sorted) { for (typename Base::iterator i = Base::begin (); i != Base::end (); ++i) _sorted_elems.insert (*i); _sorted = true; } return _sorted_elems; } void to_xml (SaveContext &context) { for (typename Base::iterator i = Base::begin (); i != Base::end (); ++i) { if (!(*i)->get_xml_node ()) { xmlNodePtr node = xmlNewChild(get_xml_node (), NULL, (xmlChar*)(*i)->type_str (), NULL); (*i)->set_xml_node (node); } (*i)->to_xml (context); (*i)->set_xml_dirty (false); } } }; #endif // __ModelNode_h__ aspectc++/AspectC++/ACModel/PaxHeaders.4702/MatchExpr.h0000644000000000000000000000007412740141200017253 xustar0030 atime=1468174988.118166523 30 ctime=1468174988.131166737 aspectc++/AspectC++/ACModel/MatchExpr.h0000644000175000001440000002313112740141200017435 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __MatchExpr_h__ #define __MatchExpr_h__ #include #include "MatchType.h" #include "MatchTemplateArg.h" #include "MatchName.h" // This class is an abstraction for a C++ object signature (function, type, // attribute). class MatchSignature { public: // object state enum State { NEW = 0, // this object is not initialized, yet NORMAL = 1, // this is a valid match expression, ready for 'match' calls // state of the expression ( < 0 means an error code) ERR_NO_DECL_SPEC = -1, // no declaration specifier given ERR_EMPTY_MATCH_EXPR = -2, // neither decl spec nor declarator given ERR_TOKENS_AFTER_END = -3, // tokens after end of match expression ERR_INVALID_DOT = -4, // invalid use of "..." ERR_INVALID_DECLARATOR = -5, // invalid declarator ERR_MISSING_BRACKET = -6, // missing bracket ERR_MISSING_DECL_ID = -7, // missing declarator id (the name) ERR_DECL_NOT_ABSTRACT = -8, // argument declarator not abstract ERR_ARG_AFTER_ELLIPSES = -9, // argument after "..." ERR_INVALID_ARG_LIST = -10, // invalid argument list ERR_INVALID_ARRAY = -11, // array size is neither "%" nor int constant ERR_DUP_CV = -12, // duplicated const or volatile ERR_DUP_SIGN = -13, // duplicated signed or unsigned ERR_CONF_SIZE = -14, // conflicting short and long ERR_INVALID_TYPE = -15, // invalid type ERR_INVALID_OPER = -16, // invalid operator name ERR_TEMPLATE_ARG_LIST = -17, // error in template arguments ERR_DUP_SPEC = -18, // duplicate virtual, inline, or explicit ERR_INVALID_SPEC = -19, // only functions can have function specifiers ERR_VIRT_STAT_FCT_SPEC = -20, // 'static' and 'virtual' can't be combined ERR_WILDCARD = -21 // wildcard used in signature (not match expression) }; protected: State _state; bool _wildcards_allowed; private: // primitive types enum PrimType { PRIM_NONE, PRIM_CHAR, PRIM_INT, PRIM_INT128, PRIM_VOID, PRIM_BOOL, PRIM_FLOAT, PRIM_DOUBLE, PRIM_WCHAR_T }; // const or volatile qualifiers enum CVQualifier { QUAL_NONE = 0, QUAL_CONST = 1, QUAL_VOLATILE = 2 } ; // general declaration specifiers enum Spec { DT_NONE = 0, DT_STATIC } _spec; // function specifiers, currently only 'virtual' is supported by the parser enum FctSpec { FCT_NONE = 0, FCT_VIRTUAL = 1, FCT_INLINE = 2, FCT_EXPLICIT = 4 } _fct_spec; // type used for parsing and analysing the declaration specifier sequence struct DeclSpecs { CVQualifier _qual; // bitfield with const/volatile qualifiers Spec _spec; // bitfield with general specifiers FctSpec _fct_spec; // bitfield with function specifiers int _sign; // -1, 0, +1 int _size; // -1 = short, 0 = no change, 1 = long, 2 = long long, ... bool _allow_name; PrimType _type; MatchName _name; DeclSpecs () : _qual (QUAL_NONE), _spec (DT_NONE), _fct_spec (FCT_NONE), _sign (0), _size (0), _allow_name (true), _type (PRIM_NONE) {} }; public: //! match expression type enum Type { ATTRIBUTE, FUNCTION, TYPE } _expr_type; protected: //! the name pattern of the match expression MatchName _name; //! the type pattern MatchTypeRef _type; public: // constructors/destructor inline MatchSignature (); inline MatchSignature (const string &str); // parse a match expression string // complain about errors => result false bool parse (const string &str); // check the state of this match expression inline bool error () const; inline bool state () const; inline bool is_new () const; inline bool is_function () const; inline bool is_virtual_function () const; inline bool is_static() const; inline bool is_attribute () const; inline bool is_type () const; // manipulate the state inline void declare_virtual_function (); inline void declare_static(); // get more detailed infos about the match expression inline MatchName &name (); inline MatchTypeRef &type (); private: // internal parser functions that analyse a match expr string bool parse_match_expr (const char *&str); bool parse_declaration (const char *&str, bool abstract, MatchTypeRef &type); bool parse_decl_spec_seq( const char *&str, MatchTypeRef &type, FctSpec &fs, Spec &s ); bool parse_decl_spec (const char *&str, DeclSpecs &ds); bool parse_nested_name (const char *&str, MatchName &match_name); bool parse_nested_name_elem (const char *&str, MatchName &match_name); bool parse_opt_template_argument_list (const char *&str, MatchTemplateArgList *&mtal); bool parse_template_argument_list (const char *&str, MatchTemplateArgList &mtal); bool parse_template_argument (const char *&str, MatchTemplateArg *&mta); bool parse_dec_literal (const char *&str, long long &val); bool parse_declarator (const char *&str, bool abstract, MatchTypeRef &type); bool is_abstract_nested_declarator (const char *str); bool skip_nested_declarator (const char *&str); bool parse_declarator_post (const char *&str, MatchTypeRef &type); bool parse_ptr_operator (const char *&str, MatchTypeRef &type); bool parse_declarator_id (const char *&str, MatchName &match_name); bool parse_conv_id (const char *&str, MatchTypeRef &type); bool parse_operator_id (const char *&str, MatchName::Operator &op); bool parse_fct_args (const char *&str, vector &args, bool &va); bool parse_ellipses (const char *&str); inline void skip_blanks (const char *&str) const; inline bool next_word (const char *word, const char *&str) const; inline bool is_id (char c) const; }; // implementations of inline constructors/destructor inline MatchSignature::MatchSignature () : _state (NEW), _wildcards_allowed (false) {} inline MatchSignature::MatchSignature (const string &str) : _state (NEW), _wildcards_allowed (false) { parse (str); } // check the state of this match expression inline bool MatchSignature::error () const { return _state < 0; } inline bool MatchSignature::state () const { return _state; } inline bool MatchSignature::is_new () const { return _state == NEW; } inline bool MatchSignature::is_function () const { return _expr_type == FUNCTION; } inline bool MatchSignature::is_virtual_function () const { return is_function () && ((_fct_spec & FCT_VIRTUAL) != 0); } inline bool MatchSignature::is_static() const { return ( is_function() || is_attribute() ) && ( ( _spec & DT_STATIC ) != 0 ); } inline bool MatchSignature::is_attribute () const { return _expr_type == ATTRIBUTE; } inline bool MatchSignature::is_type () const { return _expr_type == TYPE; } // manipulate the state inline void MatchSignature::declare_virtual_function () { assert (is_function ()); _fct_spec = (FctSpec)(FCT_VIRTUAL | _fct_spec); } inline void MatchSignature::declare_static() { assert( is_function () || is_attribute() ); _spec = (Spec)(DT_STATIC | _spec); } // get more detailed infos about the match expression // TODO: const correctness inline MatchName &MatchSignature::name () { return _name; } inline MatchTypeRef &MatchSignature::type () { return _type; } // this is an abstraction for AspectC++ match expressions. These expressions // describe signature patters, which can be matched agains the signatures // of C++ objects. Match expressions are 'Signatures' that may contain // special wildcard symbols ("%", "..."). class MatchExpr : public MatchSignature { public: // constructors/destructor inline MatchExpr (); inline MatchExpr (const string &str); // check if a certain signature is matched by this expression, // obj is passed to check the name part of the signature // true is returned if the signature is matched inline bool matches (MatchSignature &sig); }; // implementations of inline constructors/destructor inline MatchExpr::MatchExpr () { _wildcards_allowed = true; } inline MatchExpr::MatchExpr (const string &str) { _wildcards_allowed = true; parse (str); } // check if the match expression matches a passed match signature inline bool MatchExpr::matches (MatchSignature &sig) { assert (_state == NORMAL && _expr_type == sig._expr_type && !_type.is_undefined ()); if ((is_function() || is_attribute()) && !_name.matches (sig.name ())) return false; if (!_type.matches (sig.type ())) return false; if (is_virtual_function () && !sig.is_virtual_function ()) return false; if( is_static() && !sig.is_static() ) return false; return true; } #endif // __MatchExpr_h__ aspectc++/AspectC++/ACModel/PaxHeaders.4702/MatchType.cc0000644000000000000000000000007212740141200017412 xustar0029 atime=1468174988.11616649 29 ctime=1468174988.11616649 aspectc++/AspectC++/ACModel/MatchType.cc0000644000175000001440000000705312740141200017603 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "MatchTypeInfos.h" // MatchType default constructor MatchTypeRef::MatchTypeRef () { _type_info = new MTUndefined; } // functions used to instantiate built-in primitive types MatchTypeRef MatchTypeRef::make_any () { return new MTAny; } MatchTypeRef MatchTypeRef::make_void () { return new MTVoid; } MatchTypeRef MatchTypeRef::make_bool () { return new MTBool; } MatchTypeRef MatchTypeRef::make_signed_char () { return new MTSignedChar; } MatchTypeRef MatchTypeRef::make_unsigned_char () { return new MTUnsignedChar; } MatchTypeRef MatchTypeRef::make_char () { return new MTChar; } MatchTypeRef MatchTypeRef::make_wchar_t () { return new MTWCharT; } MatchTypeRef MatchTypeRef::make_unsigned_short () { return new MTUnsignedShort; } MatchTypeRef MatchTypeRef::make_short () { return new MTShort; } MatchTypeRef MatchTypeRef::make_unsigned_int () { return new MTUnsignedInt; } MatchTypeRef MatchTypeRef::make_int () { return new MTInt; } MatchTypeRef MatchTypeRef::make_unsigned_long () { return new MTUnsignedLong; } MatchTypeRef MatchTypeRef::make_long () { return new MTLong; } MatchTypeRef MatchTypeRef::make_unsigned_long_long () { return new MTUnsignedLongLong; } MatchTypeRef MatchTypeRef::make_long_long () { return new MTLongLong; } MatchTypeRef MatchTypeRef::make_unsigned_int128 () { return new MTUnsignedInt128; } MatchTypeRef MatchTypeRef::make_int128 () { return new MTInt128; } MatchTypeRef MatchTypeRef::make_float () { return new MTFloat; } MatchTypeRef MatchTypeRef::make_double () { return new MTDouble; } MatchTypeRef MatchTypeRef::make_long_double () { return new MTLongDouble; } // function used to instantiate a new named type MatchTypeRef MatchTypeRef::make_named (const MatchName &mn) { return new MTNamed (mn); } // functions to construct complex types from built-in or named types void MatchTypeRef::to_pointer () { _type_info = new MTPointer (_type_info); } void MatchTypeRef::to_memb_pointer (const MatchName &mn) { _type_info = new MTMembPointer (mn, _type_info); } void MatchTypeRef::to_reference () { _type_info = new MTReference (_type_info); } void MatchTypeRef::to_function (const vector &args, bool va) { _type_info = new MTFunction (args, va, _type_info); } void MatchTypeRef::to_array (unsigned long dim) { _type_info = new MTArray (dim, _type_info); } void MatchTypeRef::to_array () { _type_info = new MTArray (_type_info); } const MatchName &MatchTypeRef::name () const { return ((MTNamed*)_type_info)->name(); } aspectc++/AspectC++/ACModel/PaxHeaders.4702/MatchTypeInfos.cc0000644000000000000000000000007412740141200020413 xustar0030 atime=1468174988.131166737 30 ctime=1468174988.131166737 aspectc++/AspectC++/ACModel/MatchTypeInfos.cc0000644000175000001440000005215612740141200020606 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include using std::string; #include using std::ostringstream; #include "MatchTypeInfos.h" // comparison functions // is it the same kind of type? bool MatchType::operator ==(const MatchType &other) const { // by default two types are equal if they have the same ID return type () == other.type (); } MTUndefined *MTUndefined::clone () const { return new MTUndefined(*this); } void MTUndefined::print (ostream &out, const char *inner, bool prefix) const { out << ""; if (inner) out << " " << inner; } bool MTUndefined::matches (const MatchType &type) const { // conversion operator might have an undefined result type return type == *this; // true if both object types are equal } // print the string representation of this qualified type void MTQual::print_qual (ostream &out) const { if (_const) out << "const"; if (_const && _volatile) out << " "; if (_volatile) out << "volatile"; } // perform a type match // if a type is qualified as const/volatile in a match expression, it does // only match types which are qualified like this. However, according to // the AspectC++ semantics a type is also matched if it is const/volatile, // but the match expression does not require this qualifier. bool MTQual::qual_matches (const MTQual *qual) const { if (!qual && is_qualified ()) return false; if (qual) { if (_const && !qual->is_const ()) return false; if (_volatile && !qual->is_volatile ()) return false; } return true; } // print the 'mangled' string representation of this type void MTQual::mangle (ostream &os) const { if (_const) os << "K"; if (_volatile) os << "V"; } // print the string representation of this primitive type // inner might be a name, prefix == true means that the name has prefix void MTPrim::print (ostream &out, const char *inner, bool prefix) const { if (is_qualified ()) { print_qual (out); out << " "; } out << type (); if (inner) out << " " << inner; } // print the 'mangled' string representation of this type void MTPrim::mangle (ostream &os) const { MTQual::mangle (os); // default mangling: string name (type ()); os << name.length() << name; } MTNamed *MTNamed::clone () const { return new MTNamed (*this); } // print the string representation of this names type // inner might be a name, prefix == true means that the name has prefix void MTNamed::print (ostream &out, const char *inner, bool prefix) const { if (is_qualified ()) { print_qual (out); out << " "; } out << _name; if (inner) out << " " << inner; } // print the 'mangled' string representation of this type void MTNamed::mangle (ostream &os) const { MTQual::mangle (os); _name.mangle (os); } bool MTNamed::matches (const MatchType &type) const { if (type != *this) return false; MTNamed &matched_type = (MTNamed&)type; return _name.matches (matched_type._name) && qual_matches (matched_type.qualified ()); } MTPointer *MTPointer::clone () const { return new MTPointer (*this); } // print the string represenation of this pointer type // inner might be a name, prefix == true means that the name has prefix void MTPointer::print (ostream &out, const char *inner, bool prefix) const { ostringstream declarator; declarator << "*"; if (is_qualified ()) { declarator << " "; print_qual (declarator); declarator << " "; } if (inner) declarator << inner; if (base ()) base ()->print (out, declarator.str ().c_str (), true); else out << " " << declarator.str (); } // print the 'mangled' string representation of this type void MTPointer::mangle (ostream &os) const { MTQual::mangle (os); os << "P"; if (base ()) base()->mangle(os); } bool MTPointer::matches (const MatchType &type) const { if (type != *this) return false; MTPointer &matched_type = (MTPointer&)type; return base ()->matches (*matched_type.base ()) && qual_matches (matched_type.qualified ()); } MTMembPointer *MTMembPointer::clone () const { return new MTMembPointer (*this); } // print the string represenation of this pointer type // inner might be a name, prefix == true means that the name has prefix void MTMembPointer::print (ostream &out, const char *inner, bool prefix) const { ostringstream declarator; declarator << _memb_ptr_scope << "*"; if (is_qualified ()) { declarator << " "; print_qual (declarator); declarator << " "; } if (inner) declarator << inner; if (base ()) base ()->print (out, declarator.str ().c_str (), true); else out << " " << declarator.str (); } // print the 'mangled' string representation of this type void MTMembPointer::mangle (ostream &os) const { MTQual::mangle (os); os << "M"; _memb_ptr_scope.mangle (os); if (base ()) base()->mangle(os); } bool MTMembPointer::matches (const MatchType &type) const { if (type != *this) return false; MTMembPointer &matched_type = (MTMembPointer&)type; return base ()->matches (*matched_type.base ()) && qual_matches (matched_type.qualified ()) && _memb_ptr_scope.matches (matched_type._memb_ptr_scope); } MTReference *MTReference::clone () const { return new MTReference (*this); } // print the string represenation of this reference type // inner might be a name, prefix == true means that the name has prefix void MTReference::print (ostream &out, const char *inner, bool prefix) const { ostringstream declarator; declarator << "&"; if (inner) declarator << inner; if (base ()) base ()->print (out, declarator.str ().c_str (), true); else out << " " << declarator.str (); } // print the 'mangled' string representation of this type void MTReference::mangle (ostream &os) const { os << "R"; if (base ()) base()->mangle(os); } bool MTReference::matches (const MatchType &type) const { return type == *this && base ()->matches (*type.base ()); } //MTFunction::~MTFunction () { // for (int a = 0; a < args (); a++) // delete arg (a); //} MTFunction *MTFunction::clone () const { return new MTFunction (*this); } // print the string represenation of this function type // inner might be a name, prefix == true means that the name has prefix void MTFunction::print (ostream &out, const char *inner, bool prefix) const { ostringstream declarator; if (inner) declarator << (prefix ? "(" : "") << inner << (prefix ? ")" : ""); declarator << "("; int a = 0; while (a < args ()) { if (a > 0) declarator << ","; arg (a).type_info ()->print (declarator); a++; } if (_varargs) declarator << (a > 0 ? "," : "") << "..."; declarator << ")"; if (is_qualified ()) { declarator << " "; print_qual (declarator); declarator << " "; } if (base ()) base ()->print (out, declarator.str ().c_str (), false); else out << " " << declarator.str (); } // print the 'mangled' string representation of this type void MTFunction::mangle (ostream &os) const { os << "F"; // TODO: what about the scope here? Puma prints it. if (base ()) base ()->mangle (os); if (!_varargs && args () > 0) { for (int a = 0; a < args (); ++a) arg(a).type_info()->mangle (os); } else os << "v"; os << "E"; } // perform a type match bool MTFunction::matches (const MatchType &type) const { // check if it's a function type if (type != *this) return false; const MTFunction &matched_type = (MTFunction&)type; // check the type qualifier if (!qual_matches (matched_type.qualified ())) return false; // check the argument types int matched_args = matched_type.args (); // TODO: what about matched functions with varargs? if ((!_varargs && args () != matched_args) || (args () > matched_args)) return false; for (int a = 0; a < args (); a++) if (!arg (a).matches (matched_type.arg (a))) return false; // finally check the result type return base ()->matches (*matched_type.base ()); } // adjust the argument types according to �8.3.5.2 and �8.3.5.3 of ISO C++ void MTFunction::adjust_args (bool &f, bool &a, bool &q, bool &v) { // adjust all argument types according to ISO C++ for (int i = 0; i < args (); i++) { MatchType *curr = _arg_types[i].type_info (); // recursively adjust the argument curr->adjust_args (f, a , q, v); // type `function returning T' is adjusted to be // `pointer to function returning T' if (_arg_types[i].is_function ()) { f = true; _arg_types[i].to_pointer (); continue; } // type `array of T' is adjusted to be `pointer to T' if (_arg_types[i].is_array ()) { a = true; MatchTypeRef converted_type = _arg_types[i].base (); converted_type.to_pointer(); _arg_types[i] = converted_type; continue; } // any cv-qualifier modifying a parameter is deleted if (_arg_types[i].is_qualifiable () && _arg_types[i].qualifiers ().is_qualified ()) { q = true; _arg_types[i].qualifiers ().unqualify (); } } // �8.3.5.2 the parameter list `(void)' is equivalent to // the empty parameter list if (args () == 1 && _arg_types[0].is_void ()) { v = true; _arg_types.clear (); } } MTArray *MTArray::clone () const { return new MTArray (*this); } // print the string represenation of this array type // inner might be a name, prefix == true means that the name has prefix void MTArray::print (ostream &out, const char *inner, bool prefix) const { ostringstream declarator; if (inner) declarator << (prefix ? "(" : "") << inner << (prefix ? ")" : ""); declarator << "["; if (_any_size) declarator << "%"; else declarator << _dim; declarator << "]"; if (base ()) base ()->print (out, declarator.str ().c_str (), false); else out << " " << declarator.str (); } // print the 'mangled' string representation of this type void MTArray::mangle (ostream &os) const { os << "A"; if (!_any_size) os << dimension(); os << "_"; if (base ()) base ()->mangle (os); } // perform a type match bool MTArray::matches (const MatchType &type) const { if (type != *this) return false; MTArray &matched_type = (MTArray&)type; return base ()->matches (*matched_type.base ()) && (_any_size || _dim == matched_type._dim); } MTAny *MTAny::clone () const { return new MTAny (*this); } // perform a type match bool MTAny::matches (const MatchType &type) const { return qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTAny::mangle (ostream &os) const { MTQual::mangle (os); os << "3Any"; } MTBool *MTBool::clone () const { return new MTBool (*this); } // perform a type match bool MTBool::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTBool::mangle (ostream &os) const { MTQual::mangle (os); os << "b"; } MTSignedChar *MTSignedChar::clone () const { return new MTSignedChar (*this); } // perform a type match bool MTSignedChar::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTSignedChar::mangle (ostream &os) const { MTQual::mangle (os); os << "a"; } MTUnsignedChar *MTUnsignedChar::clone () const { return new MTUnsignedChar (*this); } // perform a type match bool MTUnsignedChar::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTUnsignedChar::mangle (ostream &os) const { MTQual::mangle (os); os << "h"; } MTChar *MTChar::clone () const { return new MTChar (*this); } // perform a type match bool MTChar::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTChar::mangle (ostream &os) const { MTQual::mangle (os); os << "c"; } MTUnsignedShort *MTUnsignedShort::clone () const { return new MTUnsignedShort (*this); } // perform a type match bool MTUnsignedShort::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTUnsignedShort::mangle (ostream &os) const { MTQual::mangle (os); os << "t"; } MTShort *MTShort::clone () const { return new MTShort (*this); } // perform a type match bool MTShort::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTShort::mangle (ostream &os) const { MTQual::mangle (os); os << "s"; } MTUnsignedInt *MTUnsignedInt::clone () const { return new MTUnsignedInt (*this); } // perform a type match bool MTUnsignedInt::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTUnsignedInt::mangle (ostream &os) const { MTQual::mangle (os); os << "j"; } MTInt *MTInt::clone () const { return new MTInt (*this); } // perform a type match bool MTInt::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTInt::mangle (ostream &os) const { MTQual::mangle (os); os << "i"; } MTWCharT *MTWCharT::clone () const { return new MTWCharT (*this); } // perform a type match bool MTWCharT::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTWCharT::mangle (ostream &os) const { MTQual::mangle (os); os << "w"; } MTUnsignedLong *MTUnsignedLong::clone () const { return new MTUnsignedLong (*this); } // perform a type match bool MTUnsignedLong::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTUnsignedLong::mangle (ostream &os) const { MTQual::mangle (os); os << "m"; } MTLong *MTLong::clone () const { return new MTLong (*this); } // perform a type match bool MTLong::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTLong::mangle (ostream &os) const { MTQual::mangle (os); os << "l"; } MTUnsignedLongLong *MTUnsignedLongLong::clone () const { return new MTUnsignedLongLong (*this); } // perform a type match bool MTUnsignedLongLong::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTUnsignedLongLong::mangle (ostream &os) const { MTQual::mangle (os); os << "y"; } MTLongLong *MTLongLong::clone () const { return new MTLongLong (*this); } // perform a type match bool MTLongLong::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTLongLong::mangle (ostream &os) const { MTQual::mangle (os); os << "x"; } MTUnsignedInt128 *MTUnsignedInt128::clone () const { return new MTUnsignedInt128 (*this); } // perform a type match bool MTUnsignedInt128::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTUnsignedInt128::mangle (ostream &os) const { MTQual::mangle (os); os << "o"; } MTInt128 *MTInt128::clone () const { return new MTInt128 (*this); } // perform a type match bool MTInt128::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTInt128::mangle (ostream &os) const { MTQual::mangle (os); os << "n"; } MTFloat *MTFloat::clone () const { return new MTFloat (*this); } // perform a type match bool MTFloat::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTFloat::mangle (ostream &os) const { MTQual::mangle (os); os << "f"; } MTDouble *MTDouble::clone () const { return new MTDouble (*this); } // perform a type match bool MTDouble::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTDouble::mangle (ostream &os) const { MTQual::mangle (os); os << "d"; } MTLongDouble *MTLongDouble::clone () const { return new MTLongDouble (*this); } // perform a type match bool MTLongDouble::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTLongDouble::mangle (ostream &os) const { MTQual::mangle (os); os << "e"; } MTVoid *MTVoid::clone () const { return new MTVoid (*this); } // perform a type match bool MTVoid::matches (const MatchType &type) const { return type == *this && qual_matches (type.qualified ()); } // print the 'mangled' string representation of this type void MTVoid::mangle (ostream &os) const { MTQual::mangle (os); os << "v"; } // type ids MatchType::TID MTUndefined::_tid = ""; MatchType::TID MTUndefined::type () const { return _tid; } MatchType::TID MTDeclarator::_tid = ""; MatchType::TID MTDeclarator::type () const { return _tid; } MatchType::TID MTReference::_tid = "&"; MatchType::TID MTReference::type () const { return _tid; } MatchType::TID MTPointer::_tid = "*"; MatchType::TID MTPointer::type () const { return _tid; } MatchType::TID MTMembPointer::_tid = "::*"; MatchType::TID MTMembPointer::type () const { return _tid; } MatchType::TID MTFunction::_tid = "()"; MatchType::TID MTFunction::type () const { return _tid; } MatchType::TID MTArray::_tid = "[]"; MatchType::TID MTArray::type () const { return _tid; } MatchType::TID MTAny::_tid = "%"; MatchType::TID MTAny::type () const { return _tid; } MatchType::TID MTNamed::_tid = ""; MatchType::TID MTNamed::type () const { return _tid; } MatchType::TID MTBool::_tid = "bool"; MatchType::TID MTBool::type () const { return _tid; } MatchType::TID MTSignedChar::_tid = "signed char"; MatchType::TID MTSignedChar::type () const { return _tid; } MatchType::TID MTUnsignedChar::_tid = "unsigned char"; MatchType::TID MTUnsignedChar::type () const { return _tid; } MatchType::TID MTChar::_tid = "char"; MatchType::TID MTChar::type () const { return _tid; } MatchType::TID MTUnsignedShort::_tid = "unsigned short"; MatchType::TID MTUnsignedShort::type () const { return _tid; } MatchType::TID MTShort::_tid = "short"; MatchType::TID MTShort::type () const { return _tid; } MatchType::TID MTUnsignedInt::_tid = "unsigned int"; MatchType::TID MTUnsignedInt::type () const { return _tid; } MatchType::TID MTInt::_tid = "int"; MatchType::TID MTInt::type () const { return _tid; } MatchType::TID MTWCharT::_tid = "wchar_t"; MatchType::TID MTWCharT::type () const { return _tid; } MatchType::TID MTUnsignedLong::_tid = "unsigned long"; MatchType::TID MTUnsignedLong::type () const { return _tid; } MatchType::TID MTLong::_tid = "long"; MatchType::TID MTLong::type () const { return _tid; } MatchType::TID MTUnsignedLongLong::_tid = "unsigned long long"; MatchType::TID MTUnsignedLongLong::type () const { return _tid; } MatchType::TID MTLongLong::_tid = "long long"; MatchType::TID MTLongLong::type () const { return _tid; } MatchType::TID MTUnsignedInt128::_tid = "unsigned __int128"; MatchType::TID MTUnsignedInt128::type () const { return _tid; } MatchType::TID MTInt128::_tid = "__int128"; MatchType::TID MTInt128::type () const { return _tid; } MatchType::TID MTFloat::_tid = "float"; MatchType::TID MTFloat::type () const { return _tid; } MatchType::TID MTDouble::_tid = "double"; MatchType::TID MTDouble::type () const { return _tid; } MatchType::TID MTLongDouble::_tid = "long double"; MatchType::TID MTLongDouble::type () const { return _tid; } MatchType::TID MTVoid::_tid = "void"; MatchType::TID MTVoid::type () const { return _tid; } aspectc++/AspectC++/ACModel/PaxHeaders.4702/XmlModelReader.h0000644000000000000000000000007412740141200020224 xustar0030 atime=1468174988.117166507 30 ctime=1468174988.118166523 aspectc++/AspectC++/ACModel/XmlModelReader.h0000644000175000001440000000717612740141200020421 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __XmlModelReader_h__ #define __XmlModelReader_h__ #include #include "Elements.h" class XmlModelReader { ProjectModel *model_; xmlNodePtr curr_; ModelNode **node_map_; int ids_; typedef std::map ChildMap; ChildMap *child_map_; // initialize a node and its children from an XML node (tree) ModelNode *from_xml (ACM_Node &node); ModelNode *from_xml (ACM_File &node); ModelNode *from_xml (ACM_TUnit &node); ModelNode *from_xml (ACM_Header &node); ModelNode *from_xml (ACM_Source &node); ModelNode *from_xml (ACM_MemberIntro &node); ModelNode *from_xml (ACM_BaseIntro &node); ModelNode *from_xml (ACM_ClassPlan &node); ModelNode *from_xml (ACM_CodeAdvice &node); ModelNode *from_xml (ACM_CodePlan &node); ModelNode *from_xml (ACM_Any &node); ModelNode *from_xml (ACM_Type &node); ModelNode *from_xml (ACM_Arg &node); ModelNode *from_xml (ACM_Name &node); ModelNode *from_xml (ACM_Namespace &node); ModelNode *from_xml (ACM_Function &node); ModelNode *from_xml (ACM_Variable &node); ModelNode *from_xml (ACM_Class &node); ModelNode *from_xml (ACM_ClassSlice &node); ModelNode *from_xml (ACM_Code &node); ModelNode *from_xml (ACM_Access &node); ModelNode *from_xml (ACM_Get &node); ModelNode *from_xml (ACM_Set &node); ModelNode *from_xml (ACM_Call &node); ModelNode *from_xml (ACM_Builtin &node); ModelNode *from_xml (ACM_Ref &node); ModelNode *from_xml (ACM_GetRef &node); ModelNode *from_xml (ACM_SetRef &node); ModelNode *from_xml (ACM_CallRef &node); ModelNode *from_xml (ACM_Execution &node); ModelNode *from_xml (ACM_Construction &node); ModelNode *from_xml (ACM_Destruction &node); ModelNode *from_xml (ACM_Pointcut &node); ModelNode *from_xml (ACM_Attribute &node); ModelNode *from_xml (ACM_Advice &node); ModelNode *from_xml (ACM_AdviceCode &node); ModelNode *from_xml (ACM_Introduction &node); ModelNode *from_xml (ACM_Order &node); ModelNode *from_xml (ACM_Aspect &node); ModelNode *from_xml (ACM_Speculation &node); ModelNode *from_xml (ACM_Model &node); // helper functions bool alloc_nodes_with_id (xmlNodePtr node); ModelNode *alloc_node (xmlNodePtr node); ModelNode *initialize_node (xmlNodePtr node); ChildMap *set_child_map (ChildMap &cm, xmlNodePtr node); void unset_child_map (ChildMap *cm); xmlNodePtr find_child (string name); public: // clear model and load the contents of an XML project file into it bool read (ProjectModel &model, const char *filename, int fd = -1); }; #endif // __XmlModelReader_h__ aspectc++/AspectC++/ACModel/PaxHeaders.4702/MatchExpr.cc0000644000000000000000000000007412740141200017411 xustar0030 atime=1468174988.115166474 30 ctime=1468174988.115166474 aspectc++/AspectC++/ACModel/MatchExpr.cc0000644000175000001440000007225112740141200017602 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "MatchExpr.h" #include // parse a match expression string // complain about errors => result false bool MatchSignature::parse (const string &str) { const char *strptr = str.c_str(); if( str == "::" ) { // special case for root namespace _state = NORMAL; _expr_type = TYPE; MatchName n; n.name( "::" ); _type = MatchTypeRef::make_named( n ); return true; } else if (parse_match_expr (strptr)) { // perform argument conversions, warn if any conversion are applied bool f = false, a = false, q = false, v = false; _type.adjust_args (f, a, q, v); _state = NORMAL; return true; } else return false; } // internal parser functions that analyse a match expr string bool MatchSignature::parse_match_expr (const char *&str) { // empty strings are no valid match expressions if (*str == '\0') { _state = ERR_EMPTY_MATCH_EXPR; return false; } // parse as a C++ declaration MatchTypeRef type; if (!parse_declaration (str, false, type)) return false; // check for tokens after the end of the accepted input if (*str != '\0') { _state = ERR_TOKENS_AFTER_END; return false; } _expr_type = TYPE; if (!_name.undefined ()) _expr_type = (type.is_function () ? FUNCTION : ATTRIBUTE); _type = type; // everything is ok, the parsed type is copied return true; } bool MatchSignature::parse_declaration (const char *&str, bool abstract, MatchTypeRef &type) { // decl_spec_seq_opt declarator_opt FctSpec fct_spec; Spec spec; parse_decl_spec_seq( str, type, fct_spec, spec ); if (error ()) return false; skip_blanks (str); if (*str == '\0') return true; parse_declarator (str, abstract, type); if (error ()) return false; // function specifiers are only valid in conjunctions with function types if (!type.is_function() && fct_spec) { _state = ERR_INVALID_SPEC; return false; } // function specifier in type that appear in argument lists etc. are ignored. // Top-level function specifiers are saved for matching functions if (!abstract) { _fct_spec = fct_spec; _spec = spec; } return true; } bool MatchSignature::parse_decl_spec_seq (const char *&str, MatchTypeRef &type, FctSpec &fs, Spec &s ) { DeclSpecs ds; // semantic knowledge about the decl spec seq // parse a normal sequence of declaration specifiers bool empty = true; while (parse_decl_spec (str, ds)) empty = false; // no problem if the sequence is empty -> yields UNDEFINED if (empty) return true; // now generate the match type for this decl spec sequence if (!ds._name.undefined ()) { // a named type ... // check for the any-type wildcard first if (ds._name.scopes () == 0 && ds._name.name () == string("%")) { if (_wildcards_allowed) type = MatchTypeRef::make_any (); else { _state = ERR_WILDCARD; return false; } } else type = MatchTypeRef::make_named (ds._name); } else { // a builtin type ... // if no type is given 'int' is the default if (ds._type == PRIM_NONE) ds._type = PRIM_INT; if (ds._sign < 0) { // a signed type ... if (ds._type == PRIM_CHAR && ds._size == 0) type = MatchTypeRef::make_signed_char (); else if (ds._type == PRIM_INT) { if (ds._size == -1) type = MatchTypeRef::make_short (); else if (ds._size == 0) type = MatchTypeRef::make_int (); else if (ds._size == 1) type = MatchTypeRef::make_long (); else if (ds._size == 2) type = MatchTypeRef::make_long_long (); } } else if (ds._sign > 0) { // an unsigned type if (ds._type == PRIM_CHAR && ds._size == 0) type = MatchTypeRef::make_unsigned_char (); else if (ds._type == PRIM_INT) { if (ds._size == -1) type = MatchTypeRef::make_unsigned_short (); else if (ds._size == 0) type = MatchTypeRef::make_unsigned_int (); else if (ds._size == 1) type = MatchTypeRef::make_unsigned_long (); else if (ds._size == 2) type = MatchTypeRef::make_unsigned_long_long (); } else if (ds._type == PRIM_INT128 && ds._size == 0) type = MatchTypeRef::make_unsigned_int128 (); } else { // neither defined as signed nor unsigned if (ds._type == PRIM_BOOL && ds._size == 0) type = MatchTypeRef::make_bool (); else if (ds._type == PRIM_CHAR && ds._size == 0) type = MatchTypeRef::make_char (); else if (ds._type == PRIM_INT) { if (ds._size == -1) type = MatchTypeRef::make_short (); else if (ds._size == 0) type = MatchTypeRef::make_int (); else if (ds._size == 1) type = MatchTypeRef::make_long (); else if (ds._size == 2) type = MatchTypeRef::make_long_long (); } else if (ds._type == PRIM_INT128 && ds._size == 0) type = MatchTypeRef::make_int128 (); else if (ds._type == PRIM_WCHAR_T && ds._size == 0) type = MatchTypeRef::make_wchar_t (); else if (ds._type == PRIM_FLOAT && ds._size == 0) type = MatchTypeRef::make_float (); else if (ds._type == PRIM_DOUBLE) { if (ds._size == 0) type = MatchTypeRef::make_double (); else if (ds._size == 1) type = MatchTypeRef::make_long_double (); } else if (ds._type == PRIM_VOID && ds._size == 0) type = MatchTypeRef::make_void (); } } // add const or volatile qualifiers to the type if (type.is_qualifiable ()) { if (ds._qual & QUAL_CONST) type.qualifiers ().qualify_const (); if (ds._qual & QUAL_VOLATILE) type.qualifiers ().qualify_volatile (); } if (type.is_undefined ()) { _state = ERR_INVALID_TYPE; return false; } // also return the parsed function specifiers fs = ds._fct_spec; s = ds._spec; return true; } bool MatchSignature::parse_decl_spec (const char *&str, DeclSpecs &ds) { // remember the current value of this flag as it might be changed bool name_allowed = ds._allow_name; // first skip any blank characters skip_blanks (str); // check for const or volatile CVQualifier qual = QUAL_NONE; if (next_word ("const", str)) qual = QUAL_CONST; else if (next_word ("volatile", str)) qual = QUAL_VOLATILE; if (qual) { if (ds._qual & qual) { _state = ERR_DUP_CV; return false; } ds._qual = (CVQualifier)(ds._qual | qual); // remember this qual return true; } // check for function specifiers; currently only virtual FctSpec fct_spec = FCT_NONE; Spec spec = DT_NONE; if (next_word ("virtual", str)) fct_spec = FCT_VIRTUAL; else if (next_word ("static", str)) spec = DT_STATIC; if( fct_spec || spec ) { if( ( ds._fct_spec & fct_spec ) || ( ds._spec & spec ) ) { _state = ERR_DUP_SPEC; return false; } else if (((ds._spec & DT_STATIC) && fct_spec == FCT_VIRTUAL) || ((ds._fct_spec & FCT_VIRTUAL) && spec == DT_STATIC)) { _state = ERR_VIRT_STAT_FCT_SPEC; return false; } ds._fct_spec = (FctSpec)(ds._fct_spec | fct_spec); // remember this fct spec ds._spec = (Spec)(ds._spec | spec); // remember this spec return true; } ds._allow_name = false; // the following checked decl specs indicate a type. // Therefore, no type name is allowed from now // check for C++ primitive types bool is_prim = true; if (next_word ("char", str)) ds._type = PRIM_CHAR; else if (next_word ("int", str)) ds._type = PRIM_INT; else if (next_word ("__int128", str)) ds._type = PRIM_INT128; else if (next_word ("void", str)) ds._type = PRIM_VOID; else if (next_word ("bool", str)) ds._type = PRIM_BOOL; else if (next_word ("float", str)) ds._type = PRIM_FLOAT; else if (next_word ("double", str)) ds._type = PRIM_DOUBLE; else if (next_word ("wchar_t", str)) ds._type = PRIM_WCHAR_T; else is_prim = false; if (is_prim) return true; // check for 'short' and 'long' int size = 0; if (next_word ("short", str)) size = -1; else if (next_word ("long", str)) size = 1; if (size != 0) { if ((ds._size < 0 && size > 0) || (ds._size > 0 && size < 0)) { _state = ERR_CONF_SIZE; return false; } ds._size += size; return true; } // check for 'signed' and 'unsigned' int sign = 0; if (next_word ("signed", str)) sign = -1; else if (next_word ("unsigned", str)) sign = 1; if (sign != 0) { if (ds._sign != 0) { _state = ERR_DUP_SIGN; return false; } ds._sign = sign; return true; } // check if this is a valid (qualified) name if (name_allowed) { const char *saved_pos = str; MatchName type_name; const char *curr = str; if (!parse_nested_name (curr, type_name)) if (error ()) return false; skip_blanks (curr); const char *name = curr; if (strncmp (curr, "", 9) == 0) { str = curr + 9; type_name.name (""); ds._name = type_name; return true; } while (is_id (*curr)) curr++; if (curr != name) { str = curr; string ns (name, curr - name); // operator names are no type names if (ns == "operator") { str = saved_pos; return false; } else { type_name.name (ns); // are there any template parameters? MatchTemplateArgList *mtal; if (!parse_opt_template_argument_list (str, mtal)) if (error ()) return false; type_name.template_args (mtal); ds._name = type_name; return true; } } } // no valid declaration specifier return false; } bool MatchSignature::parse_nested_name (const char *&str, MatchName &match_name) { bool have_nested_name = false; while (parse_nested_name_elem (str, match_name)) have_nested_name = true; return have_nested_name; } bool MatchSignature::parse_nested_name_elem (const char *&str, MatchName &match_name) { skip_blanks (str); // check for ellipses first if (str[0] == '.') { const char *curr = str; if (str[1] != '.' || str[2] != '.') { _state = ERR_INVALID_DOT; return false; } curr += 3; skip_blanks (curr); if (curr[0] != ':' || curr[1] != ':') { _state = ERR_INVALID_DOT; return false; } str = curr + 2; // consume '... ::' match_name.add_scope ("..."); return true; } const char *curr = str; const char *str_end = 0; MatchTemplateArgList *mtal = 0; // an anonymous namespace? if (strncmp (str, "", 9) == 0) { curr += 9; str_end = curr; } else { // a class or namespace name? while (is_id (*curr)) curr++; if (curr == str || (curr - str == 8 && strncmp (str, "operator", 8) == 0)) return false; str_end = curr; // are there any template parameters? if (!parse_opt_template_argument_list (curr, mtal)) if (error ()) return false; } skip_blanks (curr); if (curr[0] != ':' || curr[1] != ':') return false; string scope_name (str, str_end - str); match_name.add_scope (scope_name, mtal); str = curr + 2; return true; } bool MatchSignature::parse_opt_template_argument_list (const char *&str, MatchTemplateArgList *&mtal) { skip_blanks (str); mtal = 0; // check if the list starts with '<' if (str[0] != '<' || strncmp (str, "", 9) == 0) return false; str++; mtal = new MatchTemplateArgList; if (!parse_template_argument_list (str, *mtal)) { if (error ()) { delete mtal; return false; } } if (*str != '>') { _state = ERR_INVALID_ARG_LIST; return false; } str++; return true; } bool MatchSignature::parse_template_argument_list (const char *&str, MatchTemplateArgList &mtal) { MatchTemplateArg *mta; if (!parse_template_argument (str, mta)) return !error (); mtal.append (mta); skip_blanks (str); while (str[0] == ',') { str++; if (!parse_template_argument (str, mta)) { _state = ERR_INVALID_ARG_LIST; return false; } mtal.append (mta); skip_blanks (str); } return true; } bool MatchSignature::parse_template_argument (const char *&str, MatchTemplateArg *&mta) { mta = 0; skip_blanks (str); // check for end of list if (str[0] == '>') return false; // first check for ellipses if (str[0] == '.') { if (str[1] == '.' && str[2] == '.') { str += 3; mta = new MTA_Ellipses; return true; } else { _state = ERR_INVALID_DOT; return false; } } // now check for 'any' if (str[0] == '%') { if (!_wildcards_allowed) { _state = ERR_WILDCARD; return false; } const char *curr = str; curr++; skip_blanks (curr); if (*curr == ',' || *curr == '>') { str = curr; mta = new MTA_Any; return true; } } // check for static function/object address as template arg if (str[0] == '&') { const char *curr = str; curr++; skip_blanks (curr); MatchName name; if (!parse_declarator_id (curr, name)) return false; skip_blanks (curr); if (*curr == ',' || *curr == '>') { str = curr; mta = new MTA_Addr (name); return true; } else return false; } // check for an expression // TODO: decimal literals are not enough long long val; if (parse_dec_literal (str, val)) { mta = new MTA_Value (val); return true; } // check for a type parameter MatchTypeRef arg_type; if (!parse_declaration (str, true, arg_type)) return false; mta = new MTA_Type (arg_type); // arg type will be copied return true; } bool MatchSignature::parse_dec_literal (const char *&str, long long &val) { skip_blanks (str); long long sign = 1; if (*str == '-') { sign = -1; str++; skip_blanks (str); } if (!(*str >= '0' && *str <= '9')) return false; val = 0; while (*str >= '0' && *str <= '9') { val = 10LL * val + (long long)(*str - '0'); str++; } val *= sign; // Skip ULL suffixes. while (*str == 'U' || *str == 'L') ++str; return true; } bool MatchSignature::parse_declarator (const char *&str, bool abstract, MatchTypeRef &type) { // first parse an optional sequence of pointer operators like '*' // the type from the decl specs is simply extended. while (parse_ptr_operator (str, type)) if (error ()) return false; skip_blanks (str); bool nested_declarator = false; const char *nested_str = str; if (*str == '(' && (!abstract || is_abstract_nested_declarator (str))) { // skip the nested declarator and parse it later nested_declarator = true; if (!skip_nested_declarator (str)) { _state = ERR_INVALID_DECLARATOR; return false; } } else { // parse the declarator id if (!parse_declarator_id (str, _name)) { if (error ()) return false; } else if (abstract) { _state = ERR_DECL_NOT_ABSTRACT; return false; } } // now parse an optional sequence of [constant] or (...) cv parse_declarator_post (str, type); if (error ()) return false; if (nested_declarator) { // parse a declarator in brackets nested_str++; if (!parse_declarator (nested_str, abstract, type)) { if (!error ()) _state = ERR_INVALID_DECLARATOR; return false; } skip_blanks (nested_str); if (*nested_str != ')') { _state = ERR_MISSING_BRACKET; return false; } } // if we came here, everything is fine return true; } bool MatchSignature::is_abstract_nested_declarator (const char *str) { // skip sequence of opening brackets while (*str == '(') { str++; skip_blanks (str); } // create a type object, which is only needed temporarily MatchTypeRef dummy_type = MatchTypeRef::make_int (); // check whether the string starts with a pointer operator, // which is the only reason for a *nested* abstract declarator return parse_ptr_operator (str, dummy_type); } bool MatchSignature::skip_nested_declarator (const char *&str) { int brackets = 1; str++; while (*str) { if (*str == '(') brackets++; else if (*str == ')') brackets--; str++; if (brackets == 0) return true; } return false; } bool MatchSignature::parse_declarator_post (const char *&str, MatchTypeRef &type) { skip_blanks (str); if (*str == '(') { // analyse a function declarator str++; // start with the argument list vector arg_types; bool var_args; parse_fct_args (str, arg_types, var_args); if (error ()) return false; // check for the closing bracket skip_blanks (str); if (*str != ')') { _state = ERR_MISSING_BRACKET; return false; } str++; // now parse optional const or volatile qualifiers bool is_const = false, is_volatile = false; while (true) { skip_blanks (str); if (next_word ("const", str)) is_const = true; else if (next_word ("volatile", str)) is_volatile = true; else break; } // now parse other post declarators ("(...) cv" or "[ dim ]") parse_declarator_post (str, type); if (error ()) return false; // make the current type a (qualified) function type type.to_function (arg_types, var_args); if (is_const) type.qualifiers ().qualify_const (); if (is_volatile) type.qualifiers ().qualify_volatile (); return true; } else if (*str == '[') { // analyse an array declarator str++; skip_blanks (str); // TODO: syntax (*foo)[] not yet implemented; however, this is no type bool any_size = false; unsigned long array_size = 0; if (*str == '%') { if (!_wildcards_allowed) { _state = ERR_WILDCARD; return false; } str++; any_size = true; } else if (*str >= '0' && *str <= '9') { while (*str >= '0' && *str <= '9') { array_size = 10uL * array_size + (unsigned long)(*str - '0'); str++; } } else { _state = ERR_INVALID_ARRAY; return false; } // check for the closing bracket skip_blanks (str); if (*str != ']') { _state = ERR_MISSING_BRACKET; return false; } str++; // look for further post declarators and make the type parse_declarator_post (str, type); if (error ()) return false; // make the current type an array type if (any_size) type.to_array (); else type.to_array (array_size); return true; } return false; } bool MatchSignature::parse_ptr_operator (const char *&str, MatchTypeRef &type) { skip_blanks (str); const char *curr = str; MatchName memb_ptr_scope; if (!parse_nested_name (curr, memb_ptr_scope)) if (error ()) return false; skip_blanks (curr); if (*curr == '*') { if (memb_ptr_scope.undefined ()) type.to_pointer (); else type.to_memb_pointer (memb_ptr_scope); str = curr + 1; while (true) { skip_blanks (str); if (next_word ("const", str)) type.qualifiers ().qualify_const (); else if (next_word ("volatile", str)) type.qualifiers ().qualify_volatile (); else break; } return true; } else if (*curr == '&') { str = curr + 1; type.to_reference (); return true; } return false; } bool MatchSignature::parse_declarator_id (const char *&str, MatchName &match_name) { skip_blanks (str); // first check if this is a qualified name const char *curr = str; if (!parse_nested_name (curr, match_name)) if (error ()) return false; skip_blanks (curr); // now check if a name follows const char *name_start = curr; while (is_id (*curr)) curr++; if (curr == name_start) return false; int len = curr - name_start; // check for operator if (len == 8 && strncmp (name_start, "operator", 8) == 0) { // yes, an operator skip_blanks (curr); MatchName::Operator oper; // check for operator +, etc. if (parse_operator_id (curr, oper)) { match_name.oper (oper); } else { // check for operator int(), etc. MatchTypeRef conv_type; if (parse_conv_id (curr, conv_type)) match_name.conv_type (conv_type); else { _state = ERR_INVALID_OPER; return false; // this is an error! } } } else { // a normal function name string name (name_start, curr - name_start); match_name.name (name); } str = curr; // are there any template parameters? MatchTemplateArgList *mtal; if (!parse_opt_template_argument_list (str, mtal)) if (error ()) return false; // set the template argument list (might be 0) match_name.template_args (mtal); return true; } bool MatchSignature::parse_conv_id (const char *&str, MatchTypeRef &type) { // decl_spec_seq_opt declarator_opt const char *curr = str; FctSpec fct_spec; Spec spec; parse_decl_spec_seq( curr, type, fct_spec, spec ); if (error () || curr == str) return false; // function specifiers in conversion function IDs are not allowed if( fct_spec || spec ) { _state = ERR_INVALID_SPEC; return false; } // parse an optional sequence of pointer operators like '*' // the type from the decl specs is simply extended. while (parse_ptr_operator (curr, type)) if (error ()) { return false; } str = curr; return true; } bool MatchSignature::parse_operator_id (const char *&str, MatchName::Operator &op) { // first check for new and delete bool op_new = false, op_delete = false; if (next_word ("new", str)) op_new = true; else if (next_word ("delete", str)) op_delete = true; skip_blanks (str); if (next_word ("[]", str)) { op = (op_new ? MatchName::OP_NEW_ARRAY : (op_delete ? MatchName::OP_DELETE_ARRAY : MatchName::OP_INDEX)); return true; } op = (op_new ? MatchName::OP_NEW : (op_delete ? MatchName::OP_DELETE: MatchName::OP_UNDEFINED)); if (op != MatchName::OP_UNDEFINED) return true; // check for the rest (and increment the pointer) const char *saved_pos = str; char first = *str; str++; if (first == '+') { // +, +=, ++ if (*str == '=') { str++; op = MatchName::OP_ADD_EQ; } else if (*str == '+') { str++; op = MatchName::OP_INCR; } else op = MatchName::OP_PLUS; } else if (first == '-') { // -, -=, --, ->*, -> if (*str == '=') { str++; op = MatchName::OP_SUB_EQ; } else if (*str == '-') { str++; op = MatchName::OP_DECR; } else if (*str == '>') { str++; if (*str == '*') { str++; op = MatchName::OP_PTS_STAR; } else op = MatchName::OP_PTS; } else op = MatchName::OP_MINUS; } else if (first == '*') { // *, *= if (*str == '=') { str++; op = MatchName::OP_MUL_EQ; } else op = MatchName::OP_MUL; } else if (first == '/') { // /, /= if (*str == '=') { str++; op = MatchName::OP_DIV_EQ; } else op = MatchName::OP_DIV; } else if (first == '%') { // %, %%, %%= ; that's ugly! %% has to be used for % if (_wildcards_allowed) { if (*str == '%') { str++; if (*str == '=') { str++; op = MatchName::OP_MOD_EQ; } else op = MatchName::OP_MODULO; } else op = MatchName::OP_ANY; } else { if (*str == '=') { str++; op = MatchName::OP_MOD_EQ; } else op = MatchName::OP_MODULO; } } else if (first == '^') { // ^, ^= if (*str == '=') { str++; op = MatchName::OP_XOR_EQ; } else op = MatchName::OP_ROOF; } else if (first == '&') { // &, &=, && if (*str == '&') { str++; op = MatchName::OP_AND_AND; } else if (*str == '=') { str++; op = MatchName::OP_AND_EQ; } else op = MatchName::OP_AND; } else if (first == '|') { // |, |=, || if (*str == '|') { str++; op = MatchName::OP_OR_OR; } else if (*str == '=') { str++; op = MatchName::OP_IOR_EQ; } else op = MatchName::OP_OR; } else if (first == '~') { // ~ op = MatchName::OP_TILDE; } else if (first == '!') { // !, != if (*str == '=') { str++; op = MatchName::OP_NEQ; } else op = MatchName::OP_NOT; } else if (first == '=') { // =, == if (*str == '=') { str++; op = MatchName::OP_EQL; } else op = MatchName::OP_ASSIGN; } else if (first == '<') { // <, <<, <=, <<= if (*str == '<') { str++; if (*str == '=') { str++; op = MatchName::OP_LSH_EQ; } else { op = MatchName::OP_LSH; } } else if (*str == '=') { str++; op = MatchName::OP_LEQ; } else op = MatchName::OP_LESS; } else if (first == '>') { // >, >>, >=, >>= if (*str == '>') { str++; if (*str == '=') { str++; op = MatchName::OP_RSH_EQ; } else op = MatchName::OP_RSH; } else if (*str == '=') { str++; op = MatchName::OP_GEQ; } else op = MatchName::OP_GREATER; } else if (first == ',') { // , op = MatchName::OP_COMMA; } else if (first == '(') { // () if (*str == ')') { str++; op = MatchName::OP_CALL; } } else if (first == '?') { // ?: if (*str == ':') { str++; op = MatchName::OP_COND; } } else if (first == '.') { // ., .* if (*str == '*') { str++; op = MatchName::OP_DOT_STAR; } else { op = MatchName::OP_DOT; } } if (op != MatchName::OP_UNDEFINED) return true; str = saved_pos; return false; } bool MatchSignature::parse_fct_args (const char *&str, vector &args, bool &var_args) { int arg = 0; bool have_ellipses = false; var_args = false; // parse the elements of the argument list step-by-step while (true) { skip_blanks (str); // end of argument list? if (*str == ')') break; // check for the ',' and consume it if (arg > 0) { if (*str == ',') { if (have_ellipses) { _state = ERR_ARG_AFTER_ELLIPSES; return false; } str++; skip_blanks (str); } else { _state = ERR_INVALID_ARG_LIST; return false; } } // check for ellipses first if (parse_ellipses (str)) { have_ellipses = true; // set a flag that says that this function type has a var. arg. list var_args = true; } else { if (error ()) return false; MatchTypeRef arg_type; if (!parse_declaration (str, true, arg_type)) { if (error ()) return false; _state = ERR_INVALID_ARG_LIST; return false; } // add this type as an argument type; args.push_back (arg_type); } arg++; } return true; } bool MatchSignature::parse_ellipses (const char *&str) { const char *curr = str; if (*curr++ != '.') return false; if (*curr++ != '.') { _state = ERR_INVALID_DOT; return false; } if (*curr++ != '.') { _state = ERR_INVALID_DOT; return false; } skip_blanks (curr); if (*curr == ':') return false; str = curr; return true; } inline void MatchSignature::skip_blanks (const char *&str) const { while (*str == ' ') str++; } inline bool MatchSignature::next_word (const char *word, const char *&str) const { const char *curr = str; while (*word != '\0' && *curr == *word) { curr++; word++; } if (*word == '\0' && !is_id (*curr)) { str = curr; return true; } else return false; } inline bool MatchSignature::is_id (char c) const { return ((c >= 'a' && c <= 'z') || (c >= 'A' && c <= 'Z') || c == '_' || (_wildcards_allowed && c == '%') || (c >= '0' && c <= '9')); } aspectc++/AspectC++/ACModel/PaxHeaders.4702/MatchName.cc0000644000000000000000000000007412740141200017353 xustar0030 atime=1468174988.117166507 30 ctime=1468174988.117166507 aspectc++/AspectC++/ACModel/MatchName.cc0000644000175000001440000002167012740141200017543 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "MatchName.h" #include "MatchType.h" #include "MatchTemplateArg.h" #include #include using namespace std; #include "lexertl/rules.hpp" #include "lexertl/generator.hpp" #include "lexertl/lookup.hpp" void MatchName::MRegComp::setup (const string &str) { if (_compiled_used) _compiled.clear (); const char *sig = str.c_str(); char *buffer = new char[3 + strlen (sig) * 2]; char *p = buffer; char ch; *p++ = '^'; while (*sig) { ch = *sig++; switch (ch) { case '%': *p++ = '.'; *p++ = '*'; break; default: *p++ = ch; } } *p++ = '$'; *p++ = 0; lexertl::rules rules; rules.push (buffer, 1); // id is '1', because it is not needed; but != 0 try { lexertl::generator::build(rules, _compiled); // gen. state machine representation _compiled_used = true; } catch (const std::exception &e) { _error = true; } delete[] buffer; } bool MatchName::MRegComp::matches (const string &name) const { if (!_compiled_used || _error) return false; string input (name); string::const_iterator iter = input.begin (); string::const_iterator end = input.end (); lexertl::smatch results (iter, end); try { lexertl::lookup (_compiled, results); } catch (const std::exception &e) { return false; // hm, how to handle an error here? } return (results.id == 1); } // this is used if a match name component is '%' => always true bool MatchName::MTrue::matches (const string &name) const { return true; } // efficient string comparison bool MatchName::MStrComp::matches (const string &name) const { return _str == name; } void MatchName::Name::make_matcher () { // TODO: make more different Matcher variants (prefix/suffix) bool only = true; // only '%' characters in the match string bool none = true; // no '%' character const char *str = _str.c_str (); while (*str != '\0') { if (*str == '%') none = false; else only = false; str++; } if (only) _matcher = new MTrue; else if (none) _matcher = new MStrComp (_str); else _matcher = new MRegComp (_str); } MatchName::~MatchName () { for (int s = 0; s < scopes (); s++) if (_scope_template_args[s]) delete _scope_template_args[s]; if (_name_template_args) delete _name_template_args; } MatchName &MatchName::operator = (const MatchName ©) { _scopes = copy._scopes; for (int i = 0; i < copy.scopes (); i++) if (copy._scope_template_args[i]) _scope_template_args.push_back ( new MatchTemplateArgList (*copy._scope_template_args[i])); else _scope_template_args.push_back (0); _name = copy._name; if (copy._name_template_args) _name_template_args = new MatchTemplateArgList (*copy._name_template_args); else _name_template_args = 0; _oper = copy._oper; _conv_type = copy._conv_type; return *this; } void MatchName::print (ostream &out) const { for (int s = 0; s < scopes (); s++) { out << scope (s); if (_scope_template_args[s]) out << *_scope_template_args[s]; out << "::"; } if (!_conv_type.is_undefined ()) out << "operator " << _conv_type; else out << name (); if (_name_template_args) out << *_name_template_args; } // print the 'mangled' string representation of this type void MatchName::mangle (ostream &os) const { // TODO: still incomplete! Template args, ... if (scopes ()) { os << "N"; for (int s = 0; s < scopes (); s++) { string sn = scope (s); if (sn == "") sn = "_GLOBAL__N_1"; os << sn.length () << sn; if (_scope_template_args[s]) _scope_template_args[s]->mangle (os); } os << "E"; } os << name ().length() << name(); if (_name_template_args) _name_template_args->mangle (os); } bool MatchName::scope_matches (vector &scopes, vector &scope_template_args, int match_pos, int sig_pos) { Name &name = _scopes[match_pos]; MatchTemplateArgList *mtal = _scope_template_args[match_pos]; match_pos--; static string dots ("..."); if (name.str () == dots) { // if '...' is the start of the qualified name match expression => match if (match_pos == -1) return true; // handle ellipses (brute force :-( ) while (sig_pos >= 0) { if (scope_matches (scopes, scope_template_args, match_pos, sig_pos)) return true; sig_pos--; } return false; } // if the argument scope is the global scope it is a mismatch if (sig_pos == -1) return false; // check template arguments of the scope if (mtal) { MatchTemplateArgList *sig_mtal = scope_template_args[sig_pos]; if (!sig_mtal || !mtal->matches(*sig_mtal)) return false; } // compare the name pattern if (!name.matches (scopes[sig_pos].str ())) return false; sig_pos--; // check the next scope if (match_pos >= 0) return scope_matches (scopes, scope_template_args, match_pos, sig_pos); // no scope to check left, 'scope' must be defined in the global scope if (sig_pos != -1) return false; // everything ok return true; } bool MatchName::oper_matches (Operator oper) { static string any ("%"); // '%' as a function name also matches operators if (!_name.str ().empty ()) return _name.str () == any; // only operator signatures are considered if (_oper == OP_UNDEFINED) return false; // any operator if (_oper == OP_ANY) return true; // return true, iff the operator is the same return _oper == oper; } bool MatchName::conv_matches (MatchTypeRef type) { static string any ("%"); // '%' as a function name also matches operators if (!_name.str ().empty ()) return _name.str () == any; // any operator is ok if (_oper == OP_ANY) return true; // check the conversion type of the function (if it is a conversion function) return !type.is_undefined () && !_conv_type.is_undefined () && _conv_type.matches (type); } bool MatchName::name_matches (Name &name, MatchTemplateArgList *name_template_args) { if (_name_template_args) { if (!name_template_args || !_name_template_args->matches (*name_template_args)) return false; } return _name.matches (name.str ()); } bool MatchName::matches (MatchName &matched_name) { // if the matched name is not defined in the global scope and the match // name has no scopes, it is no match if (scopes () == 0 && matched_name.scopes () > 0) return false; // if the match name has a scope, compare it if (scopes () > 0 && !scope_matches (matched_name._scopes, matched_name._scope_template_args, scopes () - 1, matched_name.scopes () - 1)) return false; if (matched_name.oper () != OP_UNDEFINED) { // this an operator name match expression return oper_matches (matched_name.oper ()); } else if (!matched_name.conv_type ().is_undefined ()) { // this is a conversion operator match expression return conv_matches (matched_name.conv_type ()); } else if (_oper == OP_UNDEFINED && _conv_type.is_undefined ()) { // normal name return name_matches (matched_name._name, matched_name._name_template_args); } else return false; } // check whether the name will match only a single entity bool MatchName::is_trivial () const { // the name should not contain any wildcards if (strstr (_name.str ().c_str(), "%") != 0 || strstr (_name.str ().c_str(), "...") != 0) return false; // the name should not have template parameters, because // this could be type pattern if (_name_template_args) return false; // now check all scopes for the same conditions for (int i = 0; i < scopes (); i++) { const char *scope_name = scope (i).c_str(); if (strstr (scope_name, "%") != 0 || strstr (scope_name, "...") != 0) return false; if (_scope_template_args[i]) return false; } return true; } aspectc++/AspectC++/ACModel/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200016647 xustar0030 atime=1468174988.132166754 30 ctime=1468174988.132166754 aspectc++/AspectC++/ACModel/Makefile0000644000175000001440000000373412740141200017040 0ustar00osusers00000000000000# ****************************** # * S E T T I N G S * # ****************************** # PUMA root PUMA ?= ../../Puma # default target TARGET ?= linux-release # include the PUMA configuration variables # => set _TARGET, RELEASE, CFLAGS, CXXFLAGS, CPPFLAGS, etc. include $(PUMA)/vars.mk # libxml2 settings ifeq ($(_TARGET),win32) LIBXML2_INC := `mingw32-xml2-config --cflags` else LIBXML2_INC := `xml2-config --cflags` endif CPPFLAGS += -I$(PUMA)/extern $(LIBXML2_INC) # quick hack: filter-out no-rtti CXXFLAGS := $(filter-out -fno-rtti, $(CXXFLAGS)) # ****************************** # * I N F O S * # ****************************** $(info ---) $(info Making ACModel library for TARGET=$(TARGET)) $(info Compiler = $(CXX) $(CPPFLAGS) $(CXXFLAGS)) $(info ---) # ****************************** # * S O U R C E S * # ****************************** # library file LIBDIR := lib/$(TARGET) LIB := $(LIBDIR)/libacmodel.a CCSOURCES := $(wildcard *.cc) OBJECTDIR := ObjFiles/$(TARGET) OBJECTS := $(addprefix $(OBJECTDIR)/,$(CCSOURCES:.cc=.o)) DEPDIR := DepFiles/$(TARGET) DEPS := $(addprefix $(DEPDIR)/,$(CCSOURCES:.cc=.d)) DIRS := $(OBJECTDIR) $(DEPDIR) $(LIBDIR) # ****************************** # * T A R G E T S * # ****************************** all: $(LIB) clean: @echo Making it clean. @rm -rf core core.* *~ lib DepFiles ObjFiles # ****************************** # * R U L E S * # ****************************** $(LIB): $(OBJECTS) @echo "Creating library $@." @mkdir -p $(LIBDIR) @$(AR) rcs $@ $(OBJECTS) $(OBJECTDIR)/%.o : %.cc @echo Making dependency file $@. @mkdir -p $(DEPDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -MM -MP -MT $(OBJECTDIR)/$(<:%.cc=%.o) -MT $(DEPDIR)/$(<:%.cc=%.d) $< > $(DEPDIR)/$(<:%.cc=%.d) @echo Making object file $@. @mkdir -p $(OBJECTDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -c -o $@ $< ifneq ($(MAKECMDGOALS),clean) -include $(DEPS) endif .phony: all clean dirs showtarget aspectc++/AspectC++/ACModel/PaxHeaders.4702/XmlModelWriter.h0000644000000000000000000000007412740141200020276 xustar0030 atime=1468174988.131166737 30 ctime=1468174988.131166737 aspectc++/AspectC++/ACModel/XmlModelWriter.h0000644000175000001440000000411012740141200020454 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __XmlModelWriter_h__ #define __XmlModelWriter_h__ #include "Elements.h" #include class XmlModelWriter { public: // save project model as an XML file bool write (ProjectModel &model, const char *filename, int fd = -1) { SaveContext context; xmlDocPtr doc = model.xml_doc (); if (!doc) { doc = xmlNewDoc((const xmlChar*)"1.0"); doc->children = xmlNewDocNode(doc, NULL, (const xmlChar*)"ac-model", NULL); model.xml_doc (doc); model.set_xml_node (doc->children); } model.to_xml (context); model.set_xml_dirty (false); model.set_property ("ids", context.next_id ()); // also save the number of used IDs if (fd >= 0) { xmlSaveCtxtPtr ctx = xmlSaveToFd (fd, 0, XML_SAVE_FORMAT); if (xmlSaveDoc (ctx, doc) == -1) return false; return (xmlSaveClose (ctx) != -1); } else { return (xmlSaveFormatFile (filename, doc, 1) != -1); } } }; #endif // __XmlModelWriter_h__ aspectc++/AspectC++/ACModel/PaxHeaders.4702/MatchName.h0000644000000000000000000000007412740141200017215 xustar0030 atime=1468174988.118166523 30 ctime=1468174988.118166523 aspectc++/AspectC++/ACModel/MatchName.h0000644000175000001440000001374212740141200017406 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __MatchName_h__ #define __MatchName_h__ #include using std::ostream; using std::endl; #include using std::string; #include using std::vector; #include "lexertl/state_machine.hpp" #include "MatchType.h" // ugly cyclic relationship for conversion oper names class MatchTemplateArgList; class MatchName { class Matcher { public: virtual bool matches (const string &name) const = 0; virtual ~Matcher () {} }; class MRegComp : public Matcher { string _expr; lexertl::state_machine _compiled; // internal: lexertl compiled regular expression bool _compiled_used; bool _error; // true, if any operation failed public: MRegComp () : _compiled_used(false), _error (false) {} MRegComp (const string &str) : _expr(str), _compiled_used(false), _error (false) { setup(str); } MRegComp (const MRegComp ©) : _expr(copy._expr), _error(false) { if (_compiled_used) { _compiled.clear(); _compiled_used = false; } } MRegComp &operator = (const MRegComp ©) { if (_compiled_used) _compiled.clear (); _expr = copy._expr; _error = false; _compiled_used = false; return *this; } void setup (const string &str); virtual bool matches (const string &name) const; }; class MTrue : public Matcher { public: virtual bool matches (const string &name) const; }; class MStrComp : public Matcher { string _str; public: MStrComp (const string &str) : _str (str) {} virtual bool matches (const string &name) const; }; class Name { Matcher *_matcher; // not copied, but regenerated on demand string _str; void make_matcher (); public: Name () : _matcher (0) {} Name (const string &s) : _matcher (0), _str (s) {} Name (const Name ©) { *this = copy; } Name &operator = (const Name ©) { _matcher = 0; // regenerated on demand _str = copy._str; return *this; } ~Name () { if (_matcher) delete _matcher; } bool matches (const string &name) { if (!_matcher) make_matcher (); return _matcher->matches (name); } Name &operator = (const string &str) { _matcher = 0; _str = str; return *this; } string str () const { return _str; } }; public: enum Operator { OP_UNDEFINED = -1, OP_ANY = 0, OP_PLUS, OP_MINUS, OP_MUL, OP_DIV, OP_MODULO, OP_ROOF, OP_AND, OP_OR, OP_TILDE, OP_NOT, OP_LESS, OP_GREATER, OP_EQL, OP_GEQ, OP_LEQ, OP_NEQ, OP_AND_AND, OP_OR_OR, OP_LSH, OP_RSH, OP_DECR, OP_INCR, OP_ASSIGN, OP_COMMA, OP_ADD_EQ, OP_SUB_EQ, OP_MUL_EQ, OP_DIV_EQ, OP_MOD_EQ, OP_AND_EQ, OP_IOR_EQ, OP_LSH_EQ, OP_RSH_EQ, OP_XOR_EQ, OP_PTS_STAR, OP_PTS, OP_NEW, OP_DELETE, OP_NEW_ARRAY, OP_DELETE_ARRAY, OP_CALL, OP_INDEX, OP_COND, OP_DOT, OP_DOT_STAR }; private: vector _scopes; // scope names ('X::Y::Z::') vector _scope_template_args; Name _name; // either name MatchTemplateArgList *_name_template_args; Operator _oper; // ... or operator name MatchTypeRef _conv_type; // ... or conversion type id bool oper_matches (Operator oper); bool conv_matches (MatchTypeRef type); bool name_matches (Name &name, MatchTemplateArgList *name_template_args); public: MatchName () : _name_template_args (0), _oper (OP_UNDEFINED) {} ~MatchName (); MatchName (const MatchName ©) { *this = copy; } MatchName &operator = (const MatchName ©); // print the contents of this match name object void print (ostream &) const; // print the 'mangled' string representation of this type void mangle (ostream &os) const; // define a match name void name (const string &n) { _name = n; } void template_args (MatchTemplateArgList *mtal) { _name_template_args = mtal; } void oper (Operator o) { _oper = o; } void conv_type (const MatchTypeRef &ct) { _conv_type = ct; } void add_scope (const string &s, MatchTemplateArgList *mtal = 0) { _scopes.push_back (Name (s)); _scope_template_args.push_back (mtal); } // get the object contents int scopes () const { return _scopes.size (); } string scope (int i) const { return _scopes[i].str (); } string name () const { return _name.str (); } Operator oper () const { return _oper; } MatchTypeRef conv_type () const { return _conv_type; } bool undefined () const { return scopes () == 0 && _name.str ().empty () && _oper == OP_UNDEFINED && _conv_type.is_undefined (); } bool scope_matches (vector &, vector &, int match_pos, int sig_pos); bool matches (MatchName &match_name); // check whether the name will match only a single entity bool is_trivial () const; }; inline ostream &operator << (ostream &os, const MatchName &mn) { mn.print (os); return os; } #endif // __MatchName_h__ aspectc++/AspectC++/ACModel/PaxHeaders.4702/Utils.h0000644000000000000000000000007412740141200016460 xustar0030 atime=1468174988.131166737 30 ctime=1468174988.131166737 aspectc++/AspectC++/ACModel/Utils.h0000644000175000001440000000710412740141200016644 0ustar00osusers00000000000000#ifndef __Utils_h__ #define __Utils_h__ #include "Elements.h" #include using std::string; #include using std::list; #include using std::set; // return various string representations string signature(const ACM_Name &name); string signature(const ACM_Code &code); string format_type(ACM_Type &type); string format_type(ACM_Type &type, const string &name); // functions that return the entity for certain join-points bool has_entity( const ACM_Code &jpl ); ACM_Name *get_entity( const ACM_Code &jpl ); bool has_entity_func( const ACM_Code &jpl ); ACM_Function *get_entity_func( const ACM_Code &jpl ); bool has_entity_var( const ACM_Code &jpl ); ACM_Variable *get_entity_var( const ACM_Code &jpl ); ACM_Type *get_entity_type( const ACM_Code &jpl ); // functions that return the number of argument types int get_arg_count (ACM_Function &func); int get_arg_count (ACM_Call &code); int get_arg_count (ACM_Code &code); // functions that return the argument/result types of certain join-points void add_arg_types (ACM_Function &func, list &type_list); void get_arg_types (ACM_Function &func, list &type_list); void add_arg_types (ACM_Call &jpl, list &type_list); void get_arg_types (ACM_Call &jpl, list &type_list); void add_arg_types (ACM_Code &jpl, list &type_list); void get_arg_types (ACM_Code &jpl, list &type_list); bool has_result_type (ACM_Code &jpl); ACM_Type *get_result_type (ACM_Code &jpl); // check whether two functions have the same name and argument types bool have_same_name_and_args (ACM_Function &l, ACM_Function &r); // check whether a join-point location is only a pseudo join-point location bool is_pseudo(ACM_Any &jpl); // check if the given joinpoint is an implicit one bool is_implicit( ACM_Code &jpl ); // get the parent of the explit joinpoint in code ACM_Name *get_explicit_parent( ACM_Code &jpl ); // get the lexical scope of a code join-point as needed by 'within' ACM_Name *lexical_scope (ACM_Code &jpl); // check whether a given program entity needs an object to be meaningful bool needs_this( ACM_Name &entity ); // check whether a function needs an object to be invoked ("this pointer") bool needs_this (ACM_Function &func); // check whether a variable is part of an object, thus needs a this pointer for an access bool needs_this( ACM_Variable &var ); // check whether a name joinpoint is defined in the project bool in_project (ACM_Name &name); // describe the proceed code requirements for code join-points bool proceed_needs_args(ACM_Code &jpl); bool proceed_needs_result (ACM_Code &jpl); bool proceed_needs_that (ACM_Code &jpl); bool proceed_needs_target (ACM_Code &jpl); // manage child name map of ACM_Name nodes void map_refresh(ACM_Name &name); ACM_Name *map_lookup(ACM_Name &parent, const string &key); void map_insert(ACM_Name &parent, ACM_Name &child, const string &key); // context information of a join-point string filename (ACM_Any &jpl); int line (ACM_Any &jpl); // get the slice that is associated with on introduction ACM_ClassSlice *get_slice (ACM_Introduction &intro); // collect the set of abstract member functions and pointcuts of a class or aspect void get_abstract_members (ACM_Class &cls, set &abstract_members); // check whether a class or aspect is abstract bool is_abstract (ACM_Class &cls); // calculate number of nested advice levels below the given code plan int depth (ACM_CodePlan &plan); // This function takes an AspectC++-Model-Function as ACM_Function and // returns whether this function is an operator. bool is_operator(ACM_Function*); #endif // __Utils_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangPreprocessor.h0000644000000000000000000000007412740141200017547 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/ClangPreprocessor.h0000644000175000001440000000476612740141200017746 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ClangPreprocessor_h__ #define __ClangPreprocessor_h__ #include "ACConfig.h" #include "ACProject.h" #include "ACToken.h" #include "ACErrorStream.h" #include "IncludeGraph.h" // This class performs preprocesses a translation unit and returns its // content token by token. Upon request, it can also record the returned // tokens. class ClangPreprocessor { public: typedef std::vector TokenVector; private: ACConfig &_conf; ACProject &_project; TokenVector _recorded_tokens; ACToken _current_token; string _tunit_name; bool keywords_enabled (clang::SourceLocation loc) const; public: ClangPreprocessor (const string& tunit_name, ACConfig &conf, IncludeGraph &include_graph, ACProject &project); ~ClangPreprocessor (); // functions to access the token stream ACToken next_token (); ACToken curr_token (); ACToken look_ahead (int n = 1); // functions to record the token stream void start_recording (); TokenVector stop_recording (); ACErrorStream &err () const; // get the file unit in which a token is located // (if necessary follow macro expansions and intros) ACFileID source_unit (ACToken token) const; // check whether a token is located within the files of the project bool is_in_project (ACToken token) const; std::string token_text (ACToken) const; unsigned token_line_number (ACToken) const; }; #endif // __ClangPreprocessor_h__ aspectc++/AspectC++/PaxHeaders.4702/RepoIdMgr.h0000644000000000000000000000007412740141200015744 xustar0030 atime=1468174988.114166457 30 ctime=1468174988.114166457 aspectc++/AspectC++/RepoIdMgr.h0000644000175000001440000000340512740141200016130 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __RepoIdMgr_h__ #define __RepoIdMgr_h__ #include #include class RepoIdMgr { int _last; char _idstr[11]; public: RepoIdMgr () { reset_id (); } int new_id () { return _last++; } void reset_id () { _last = 0; } void update (int id ) { if (id >= _last) _last = id + 1; } const char *idstr (int id) { sprintf (_idstr, "%d", id); return _idstr; } static void get_id_set (const string &id_list_string, set &ids) { std::stringstream ss(id_list_string); int i; while (ss >> i) { ids.insert (i); if (ss.peek() == ',') ss.ignore(); } } }; #endif // __RepoIdMgr_h__ aspectc++/AspectC++/PaxHeaders.4702/PumaResultBuffer.cc0000644000000000000000000000007412740141200017505 xustar0030 atime=1468174988.132166754 30 ctime=1468174988.132166754 aspectc++/AspectC++/PumaResultBuffer.cc0000644000175000001440000001077212740141200017676 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "PumaResultBuffer.h" #include "Puma/CTypeInfo.h" #include using std::stringstream; using namespace Puma; bool PumaResultBuffer::has_constructor_problem () const { return _type->isRecord () && !_type->isAddress (); } string PumaResultBuffer::tjp_result_type () const { stringstream out; CTypeInfo *type = _type; if (type->isVoid () || type->isUndefined ()) out << "void"; else if (type->isAddress ()) { if (_use_typedef) { if (type->BaseType()->isConst()) out << "const "; out << "TResult"; } else type->BaseType ()->TypeText (out, "", true, true); } else if (_use_typedef) { if (type->isConst()) out << "const "; out << "TResult"; } else type->TypeText (out, "", true, true); return out.str (); } string PumaResultBuffer::result_type (const string &name, bool unqual) const { stringstream out; CTypeInfo *type = _type; if (unqual) type = type->UnqualType (); if (type->isVoid () || type->isUndefined ()) out << "void"; else if (type->isAddress ()) { string ptrname = string ("*") + name; if (_use_typedef) { if (type->BaseType()->isConst()) out << "const "; out << "TResult " << ptrname; } else { if (type->BaseType ()->TypeFunction () || type->BaseType ()->TypeArray ()) ptrname = string("(") + ptrname + ")"; type->BaseType ()->TypeText (out, ptrname.c_str (), true, true); } } else if (_use_typedef) { if (type->isConst()) out << "const "; out << "TResult " << name; } else type->TypeText (out, name.c_str (), true, true); return out.str (); } string PumaResultBuffer::result_declaration() const { stringstream out; if (!(_type->isVoid () || _type->isUndefined ())) { if (_problem) out << "AC::ResultBuffer< " << result_type ("", false) << " > " << result_name(); else out << result_type (result_name(), true); out << ";" << endl; } return out.str (); } string PumaResultBuffer::result_assignment(const string &result) const { stringstream out; if (!(_type->isVoid() || _type->isUndefined ())) { if (_problem) { out << "::new (&" << result_name() << ") "; out << result_type ("", true); out << " ("; } else out << result_name() << " = "; if (_type->isAddress ()) out << "&"; } out << result; if (!(_type->isVoid() || _type->isUndefined ())) if (_problem) out << ")"; return out.str (); } string PumaResultBuffer::action_result_assignment(const string &result) const { stringstream out; if (!(_type->isVoid() || _type->isUndefined ())) { if (_problem) { out << "::new ((AC::ResultBuffer< "; out << result_type ("", false); out << " >*)__TJP::result ()) "; out << result_type ("", false); out << " ("; } else { out << "*__TJP::result () = (" << result_type ("", false) << ")"; } if (_type->isAddress ()) out << "&"; } out << result; if (!(_type->isVoid() || _type->isUndefined ())) if (_problem) out << ")"; return out.str (); } string PumaResultBuffer::result_return() const { stringstream out; if (!(_type->isVoid () || _type->isUndefined ())) { out << "return "; if (_type->isAddress ()) out << "*"; out << "("; out << result_type ("&"); out << ")" << result_name() << ";" << endl; } return out.str (); } aspectc++/AspectC++/PaxHeaders.4702/AdviceRepo.h0000644000000000000000000000007412740141200016135 xustar0030 atime=1468174988.113166441 30 ctime=1468174988.113166441 aspectc++/AspectC++/AdviceRepo.h0000644000175000001440000000360612740141200016324 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __AdviceRepo_h__ #define __AdviceRepo_h__ #include #include #include using namespace std; #include #include "RepoPosAspectKey.h" #include "RepoIdMgr.h" #include "RepoXMLNode.h" class AdviceRepo : public RepoIdMgr { struct Data { int _id; string _type; int _lines; bool _ref; Data (int id, const string &type, int lines) : _id (id), _type (type), _lines (lines), _ref (true) {} }; typedef map Map; typedef Map::value_type MapPair; Map _map; public: int insert (int file_id, int line, const string &type, int asp, int lines); void noref (); void cleanup (set files); void make_xml (RepoXMLNode parent); void get_xml (RepoXMLNode parent); }; #endif // __AdviceRepo_h__ aspectc++/AspectC++/PaxHeaders.4702/PointCutSearcher.h0000644000000000000000000000007412740141200017336 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/PointCutSearcher.h0000644000175000001440000000277012740141200017526 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __point_cut_searcher_h__ #define __point_cut_searcher_h__ #include #include class ACM_Pointcut; class PointCutSearcher { public: virtual ACM_Pointcut *lookup_pct_func (bool root_qualified, std::vector &qual_name) = 0; // virtual bool lookup_context_var(const std::string &name) = 0; virtual ~PointCutSearcher() {} }; #endif // __point_cut_searcher_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangSyntacticContext.h0000644000000000000000000000007412740141200020367 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/ClangSyntacticContext.h0000644000175000001440000001607312740141200020560 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ClangSyntacticContext_h__ #define __ClangSyntacticContext_h__ // STL includes #include #include using namespace std; // clang includes #include "clang/Basic/Version.h" #include "clang/AST/ASTContext.h" #include "clang/AST/Decl.h" #include "clang/AST/Stmt.h" #include "clang/Lex/Lexer.h" #include "clang/Parse/Parser.h" // AspectC++ includes #include "WeaverBase.h" class ClangSyntacticContext { const clang::Decl *_decl; public: ClangSyntacticContext(const clang::Decl *d = 0) : _decl(d) {} bool operator < (const ClangSyntacticContext &that) const { return _decl < that._decl; } bool is_anon_union_member () const { if (const clang::FieldDecl *fd = llvm::dyn_cast(_decl)) return fd->getParent ()->isAnonymousStructOrUnion (); return false; } ClangSyntacticContext get_anon_union_context () const { assert (is_anon_union_member ()); return ClangSyntacticContext (llvm::cast(_decl)->getParent ()); } bool is_array () const { if (const clang::ValueDecl *vd = llvm::dyn_cast(_decl)) return vd->getType ().getTypePtr ()->isArrayType (); return false; } string name () const { if (const clang::NamedDecl *nd = llvm::dyn_cast(_decl)) return nd->getNameAsString (); return ""; } string get_as_string (int indentation = 0) const { std::string s; llvm::raw_string_ostream os(s); _decl->print(os, indentation); return s; } string type () const; bool is_definition () const { if (const clang::FunctionDecl *fd = llvm::dyn_cast(_decl)) return fd->isThisDeclarationADefinition(); return false; } bool has_assigned_scope () const { return _decl->isOutOfLine (); } // returns 0 if not in an extern "C" { ... } block, otherwise (result >= 1) the // result is the depth of nested extern "C" blocks int is_in_extern_c_block () const; bool is_in_class_scope () const { return _decl->getLexicalDeclContext ()->isRecord(); } bool is_in_namespace () const { return _decl->getLexicalDeclContext ()->isNamespace(); } bool is_in_project () const { return true; // FIXME! } string protection () const { string result; switch (_decl->getAccess()) { case clang::AS_public: result = "public"; break; case clang::AS_private: result = "private"; break; case clang::AS_protected: result = "protected"; break; case clang::AS_none: result = ""; } return result; } const WeavePos &wrapper_pos (WeaverBase &wb) const { // First case: this is a call in a variable declaration: const clang::VarDecl *vd = clang::dyn_cast(_decl); if (vd) return wb.weave_pos(vd->getLocStart (), WeavePos::WP_BEFORE); // Second case: a function ... clang::SourceLocation loc = llvm::cast(_decl)->getLocStart(); const clang::LinkageSpecDecl *lsd = llvm::dyn_cast(llvm::cast(_decl)->getDeclContext ()); if (lsd && !lsd->hasBraces ()) loc = lsd->getLocStart (); return wb.weave_pos(loc, WeavePos::WP_BEFORE); } const WeavePos &fct_body_start_pos (WeaverBase &wb) const { clang::SourceLocation loc = llvm::cast(_decl)->getBody()->getLocStart(); return wb.weave_pos(loc, WeavePos::WP_BEFORE); } const WeavePos &fct_body_end_pos (WeaverBase &wb) const { clang::SourceLocation loc = llvm::cast(_decl)->getLocEnd(); return wb.weave_pos(loc, WeavePos::WP_BEFORE); } const WeavePos &objdecl_start_pos (WeaverBase &wb) const { clang::SourceLocation loc = _decl->getLocStart(); return wb.weave_pos(loc, WeavePos::WP_BEFORE); } const WeavePos &objdecl_end_pos (WeaverBase &wb) const { clang::SourceLocation loc = _decl->getLocEnd(); if (llvm::isa(_decl)) { const clang::LangOptions &options = wb.getRewriter ().getLangOpts (); clang::SourceManager &source_manager = wb.getRewriter ().getSourceMgr(); loc = clang::Lexer::getLocForEndOfToken (loc, 0, source_manager, options); } return wb.weave_pos(loc, WeavePos::WP_AFTER); } bool ends_with_return () const { const clang::FunctionDecl *fd = llvm::cast(_decl); if (clang::Stmt *body = fd->getBody()) { clang::Stmt::child_iterator child = body->child_begin(); clang::Stmt::child_iterator end = body->child_end(); if (child == end) return false; // no children // Iterate to the last Stmt. #if CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL) while (llvm::next(child) != end) ++child; #else // C++ 11 interface while (std::next(child) != end) ++child; #endif // Check if it's a return. return llvm::isa(*child); } return false; } string result_type (const string &name = "") const; unsigned int args () const { return llvm::cast(_decl)->getNumParams(); } string arg_name (unsigned int no) const { const clang::FunctionDecl *fd = llvm::cast(_decl); const clang::ParmVarDecl *pd = fd->getParamDecl(no); return pd->getNameAsString (); } string arg_type (unsigned int no, const string &name = "") const; string qualified_scope () const { string result; if (_decl->isOutOfLine ()) { const clang::NamedDecl *ND = llvm::dyn_cast(_decl->getDeclContext ()); if (ND) result = ND->getQualifiedNameAsString(); } return result; } string syntactical_scope () const { string result; const clang::NamedDecl *ND = llvm::dyn_cast(_decl->getLexicalDeclContext ()); if (ND) ND->getQualifiedNameAsString(); return result; } // TODO: still needed? yes, in CodeWeaver const clang::Decl *decl () const { return _decl; } }; #endif // __ClangSyntacticContext_h__ aspectc++/AspectC++/PaxHeaders.4702/Repository.cc0000644000000000000000000000007412740141200016431 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/Repository.cc0000644000175000001440000001727112740141200016623 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include #include #include "Repository.h" #include "version.h" #include "PointCut.h" #include "TransformInfo.h" #include "OrderInfo.h" #include "AdviceInfo.h" #include "AspectInfo.h" #include "RepoXMLDoc.h" using namespace Puma; void Repository::open (const char *name, ACErrorStream &err) { RepoXMLDoc doc; create (name); if (!doc.load (name) || !doc.root ().has_name ("ac-project")) { err << sev_error << "project repository '" << name << "' cannot be opened" " or is invalid" << endMessage; return; } string version = doc.root ().get_str_prop ("version"); if (version != ac_version ()) { err << sev_warning << "project file version '" << version.c_str () << "' differs from ac++ version" << endMessage; } RepoXMLNode joinpoints, files, aspects, adv; // iterate the top-level project elements for (RepoXMLNode::iter curr = doc.root ().first_child (); curr != doc.root ().end_child (); ++curr) { if ((*curr).has_name ("joinpoint-list")) joinpoints = *curr; else if ((*curr).has_name ("file-list")) files = *curr; else if ((*curr).has_name ("aspect-list")) aspects = *curr; else if ((*curr).has_name ("advice-list")) adv = *curr; } if (!joinpoints || !files || !aspects || !adv) { err << sev_error << "invalid project file, missing list" << endMessage; return; } // now read all join points, files, and aspects _jprepo.get_xml (joinpoints); _advrepo.get_xml (adv); _asprepo.get_xml (aspects); _frepo.get_xml (files); } void Repository::create (const char *name) { _name = name; } void Repository::save (ACErrorStream &err) { // create an XML DOM RepoXMLDoc doc; doc.create ("ac-project"); doc.root ().set_str_prop ("version", ac_version ()); // handle join points, files, and aspects _jprepo.make_xml (doc.root ()); _advrepo.make_xml (doc.root ()); _asprepo.make_xml (doc.root ()); _frepo.make_xml (doc.root ()); // save the file if (!doc.save (_name)) { err << sev_error << "Saving repository '" << _name << "' failed" << endMessage; } } void Repository::close () { _name = (const char *)0; } ACM_Source *Repository::source_loc (ACM_Any &jpl) { ACM_Source *src = 0; typedef ACM_Container Container; Container &locs = (jpl.type_val () & (JPT_Execution|JPT_Construction|JPT_Destruction)) ? ((ACM_Any*)jpl.get_parent ())->get_source() : jpl.get_source(); for (Container::iterator i = locs.begin (); i != locs.end (); ++i) { if ((*i)->get_kind () != SLK_DECL) { src = *i; break; } } return src; } Repository::REPO_ID Repository::consider (ACM_File &file) { return _frepo.insert (file.get_filename ().c_str (), file.get_len (), _primary); } Repository::REPO_ID Repository::consider (ACM_Any &jpl, int adv) { ACM_Source *src = source_loc (jpl); if (!src) return -1; REPO_ID file_id = consider (*src->get_file()); string sig = "**unknown**"; if (jpl.type_val () & JPT_Code) sig = signature ((ACM_Code&)jpl); else if (jpl.type_val () & JPT_Name) sig = signature ((ACM_Name&)jpl); // TODO: deal with 'else' here -> fatal error? // map type string to old-style string type_str = "unsupported"; if (string(jpl.type_str ()) == "Execution") type_str = "exec"; else if (string(jpl.type_str ()) == "Call") type_str = "call"; else if (string(jpl.type_str ()) == "Construction") type_str = "construction"; else if (string(jpl.type_str ()) == "Destruction") type_str = "destruction"; else if (string(jpl.type_str ()) == "Class") type_str = "class"; else if (string(jpl.type_str ()) == "Aspect") type_str = "class"; REPO_ID jp_id = _jprepo.insert (file_id, src->get_line (), sig, type_str, adv, src->get_len ()); return jp_id; } Repository::REPO_ID Repository::consider (ACM_Aspect &jpl) { ACM_Source *src = source_loc (jpl); if (!src) return -1; REPO_ID file_id = consider (*src->get_file()); return _asprepo.insert (file_id, src->get_line (), signature (jpl).c_str()); } Repository::REPO_ID Repository::consider (ACM_Introduction &intro) { ACM_Source *src = source_loc (intro); if (!src) return -1; // remember aspect and advice information in the project repository REPO_ID aspect_id = consider (*(ACM_Aspect*)intro.get_parent ()); REPO_ID file_id = consider (*src->get_file()); REPO_ID advice_id = _advrepo.insert (file_id, src->get_line (), intro.type_str (), aspect_id, src->get_len ()); return advice_id; } void Repository::setup (ACM_TUnit* prim_unit) { _frepo.noref (); _jprepo.noref (); _advrepo.noref (); _asprepo.noref (); _primary = -1; _primary = consider (*prim_unit); } void Repository::cleanup () { set dep_files; _frepo.dependent (_primary, dep_files); _jprepo.cleanup (dep_files); _advrepo.cleanup (dep_files); _asprepo.cleanup (dep_files); _frepo.cleanup (_primary); } void Repository::update (ACM_Introduction &intro, ACM_Class &cls) { // remember aspect information in the project repository REPO_ID advice_id = consider (intro); REPO_ID jp_id = consider (cls, advice_id); if (_set_jpid) cls.set_jpid (jp_id); // TODO: set JPID not what we really need here } void Repository::update (AdviceInfo &ai, PointCut &target) { // remember aspect information in the project repository REPO_ID aspect_id = consider (ai.aspect ()); ACM_Source *src = source_loc (ai.code ()); if (!src) return; REPO_ID file_id = consider (*src->get_file()); // determine advice type (before/after/around) as string string type_str = "unsupported"; switch (ai.code ().get_kind ()) { case ACT_BEFORE: type_str = "before"; break; case ACT_AFTER: type_str = "after"; break; case ACT_AROUND: type_str = "around"; break; } REPO_ID advice_id = _advrepo.insert (file_id, src->get_line (), type_str, aspect_id, src->get_len ()); for (PointCut::iterator iter = target.begin (); iter != target.end (); ++iter) { ACM_Any &jpl = *((*iter).location ()); ACM_Source *src = source_loc (jpl); if (!src) continue; REPO_ID jp_id = consider (jpl, advice_id); if (_set_jpid) jpl.set_jpid (jp_id); // TODO: set JPID not what we really need here } } void Repository::update (OrderInfo &oi) { // remember order advice information in the project repository REPO_ID aspect_id = consider (oi.aspect ()); ACM_Source *src = source_loc (oi.order ()); if (!src) return; REPO_ID file_id = consider (*src->get_file()); /* REPO_ID advice_id = */ _advrepo.insert (file_id, src->get_line (), "order", aspect_id, src->get_len ()); } aspectc++/AspectC++/PaxHeaders.4702/PointCutExprParser.cc0000644000000000000000000000007412740141200020033 xustar0030 atime=1468174988.292169385 30 ctime=1468174988.292169385 aspectc++/AspectC++/PointCutExprParser.cc0000644000175000001440000002727412740141200020231 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "PointCutExprParser.h" #include "PointCutExpr.h" #include "PointCutSearcher.h" #include "TransformInfo.h" #include using namespace std; // TODO: exceptions cause memory leak; objects on the heap are not freed struct PCEParserException : exception { string _what; PCEParserException(const string &s) : _what(s) {} ~PCEParserException() throw() {} const char* what() const throw() { return _what.c_str (); } }; enum PctTokType { PCTTOK_EXEC = 1, PCTTOK_CALL, PCTTOK_BUILTIN, PCTTOK_GET, PCTTOK_SET, PCTTOK_REF, PCTTOK_ALIAS, PCTTOK_CONSTRUCTION, PCTTOK_DESTRUCTION, PCTTOK_CLASSES, PCTTOK_WITHIN, PCTTOK_MEMBER, PCTTOK_BASE, PCTTOK_DERIVED, PCTTOK_THAT, PCTTOK_TARGET, PCTTOK_ARGS, PCTTOK_RESULT, PCTTOK_CFLOW, PCTTOK_MATCHEXPR, PCTTOK_OPEN, PCTTOK_CLOSE, PCTTOK_OR, PCTTOK_AND, PCTTOK_NOT, PCTTOK_COMMA, PCTTOK_COLON_COLON, PCTTOK_ID }; PointCutExprParser::PointCutExprParser( ACConfig &config ) : config_(config) { lexertl::rules rules; rules.push ("execution", PCTTOK_EXEC); rules.push ("call", PCTTOK_CALL); if( config.data_joinpoints() ) { rules.push( "get", PCTTOK_GET ); rules.push( "set", PCTTOK_SET ); rules.push( "ref", PCTTOK_REF ); rules.push( "alias", PCTTOK_ALIAS ); } if( config.builtin_operators() ) { rules.push( "builtin", PCTTOK_BUILTIN ); } rules.push ("construction", PCTTOK_CONSTRUCTION); rules.push ("destruction", PCTTOK_DESTRUCTION); rules.push ("classes", PCTTOK_CLASSES); rules.push ("within", PCTTOK_WITHIN); rules.push( "member", PCTTOK_MEMBER ); rules.push ("base", PCTTOK_BASE); rules.push ("derived", PCTTOK_DERIVED); rules.push ("that", PCTTOK_THAT); rules.push ("target", PCTTOK_TARGET); rules.push ("args", PCTTOK_ARGS); rules.push ("result", PCTTOK_RESULT); rules.push ("cflow", PCTTOK_CFLOW); rules.push ("\\\"([^\\\\\\\"]|\\\\.)*\\\"", PCTTOK_MATCHEXPR); rules.push ("\\(", PCTTOK_OPEN); rules.push ("\\)", PCTTOK_CLOSE); rules.push ("\\|\\|", PCTTOK_OR); rules.push ("&&", PCTTOK_AND); rules.push ("!", PCTTOK_NOT); rules.push (",", PCTTOK_COMMA); rules.push ("::", PCTTOK_COLON_COLON); rules.insert_macro("Hex", "[0-9a-fA-F]"); rules.insert_macro ("UniversalChar", "\\\\(u{Hex}{4}|U{Hex}{8})"); rules.insert_macro ("Alpha", "[a-zA-Z_\\$]|{UniversalChar}"); rules.push ("{Alpha}({Alpha}|\\d)*", PCTTOK_ID); lexertl::generator::build (rules, state_machine_); } PointCutExpr *PointCutExprParser::parse (const string &input, PointCutSearcher &searcher) { string::const_iterator iter = input.begin (); string::const_iterator end = input.end (); lexertl::smatch results (iter, end); lexertl::lookup (state_machine_, results); PointCutExpr *result = parse_or_expr (results, searcher); if (!result) throw PCEParserException("Pointcut expression parser failed"); if (results.id != 0) throw PCEParserException("Input after end of pointcut expression"); return result; } PointCutExpr *PointCutExprParser::parse_or_expr (lexertl::smatch &results, PointCutSearcher &searcher) { PointCutExpr *result = parse_and_expr (results, searcher); while (results.id == PCTTOK_OR) { lexertl::lookup (state_machine_, results); PointCutExpr *r = parse_and_expr (results, searcher); if (!r) return 0; result = new PCE_Or(result, r); } return result; } PointCutExpr *PointCutExprParser::parse_and_expr (lexertl::smatch &results, PointCutSearcher &searcher) { PointCutExpr *result = parse_unary_expr (results, searcher); while (results.id == PCTTOK_AND) { lexertl::lookup (state_machine_, results); PointCutExpr *r = parse_unary_expr (results, searcher); if (!r) return 0; result = new PCE_And(result, r); } return result; } PointCutExpr *PointCutExprParser::parse_unary_expr (lexertl::smatch &results, PointCutSearcher &searcher) { PointCutExpr *result = parse_primary_expr (results, searcher); if (result) return result; PointCutExpr *r = 0; switch (results.id) { case PCTTOK_NOT: lexertl::lookup (state_machine_, results); r = parse_unary_expr (results, searcher); if (!r) return 0; result = new PCE_Not (r); break; case PCTTOK_EXEC: case PCTTOK_CALL: case PCTTOK_BUILTIN: case PCTTOK_GET: case PCTTOK_SET: case PCTTOK_REF: case PCTTOK_ALIAS: case PCTTOK_CONSTRUCTION: case PCTTOK_DESTRUCTION: case PCTTOK_BASE: case PCTTOK_DERIVED: case PCTTOK_THAT: case PCTTOK_TARGET: case PCTTOK_CLASSES: case PCTTOK_WITHIN: case PCTTOK_MEMBER: case PCTTOK_ARGS: case PCTTOK_RESULT: case PCTTOK_CFLOW: unsigned long tt = results.id; lexertl::lookup (state_machine_, results); if (results.id != PCTTOK_OPEN) return 0; lexertl::lookup (state_machine_, results); vector arguments; while (true) { PointCutExpr *r = parse_or_expr (results, searcher); if (!r) break; arguments.push_back (r); if (results.id != PCTTOK_COMMA) break; lexertl::lookup (state_machine_, results); } if (tt != PCTTOK_ARGS && arguments.size () != 1) return 0; if (tt == PCTTOK_CALL) result = new PCE_Call (arguments[0]); else if (tt == PCTTOK_BUILTIN) result = new PCE_Builtin(arguments[0]); else if( tt == PCTTOK_GET ) result = new PCE_Get( arguments[0] ); else if( tt == PCTTOK_SET ) result = new PCE_Set( arguments[0] ); else if( tt == PCTTOK_REF ) result = new PCE_Ref( arguments[0] ); else if( tt == PCTTOK_ALIAS ) result = new PCE_Alias( arguments[0] ); else if (tt == PCTTOK_EXEC) result = new PCE_Execution (arguments[0]); else if (tt == PCTTOK_CONSTRUCTION) result = new PCE_Construction (arguments[0]); else if (tt == PCTTOK_DESTRUCTION) result = new PCE_Destruction (arguments[0]); else if (tt == PCTTOK_BASE) result = new PCE_Base (arguments[0]); else if (tt == PCTTOK_DERIVED) result = new PCE_Derived (arguments[0]); else if (tt == PCTTOK_THAT) result = new PCE_That (arguments[0]); else if (tt == PCTTOK_TARGET) result = new PCE_Target (arguments[0]); else if (tt == PCTTOK_CLASSES) result = new PCE_Classes (arguments[0]); else if (tt == PCTTOK_WITHIN) result = new PCE_Within (arguments[0]); else if( tt == PCTTOK_MEMBER ) result = new PCE_Member( arguments[0] ); else if (tt == PCTTOK_RESULT) result = new PCE_Result (arguments[0]); else if (tt == PCTTOK_CFLOW) result = new PCE_CFlow (arguments[0]); else if (tt == PCTTOK_ARGS) { PCE_Args *pce_args = new PCE_Args; for (vector::iterator i = arguments.begin (); i != arguments.end(); ++i) pce_args->add_arg(*i); result = pce_args; } if (results.id != PCTTOK_CLOSE) throw PCEParserException("Closing bracket missing"); lexertl::lookup (state_machine_, results); break; } return result; } PointCutExpr *PointCutExprParser::parse_primary_expr (lexertl::smatch &results, PointCutSearcher &searcher) { PointCutExpr *result = 0; string match_expr; switch (results.id) { case PCTTOK_MATCHEXPR: do { match_expr += string (results.start+1, results.end-1); lexertl::lookup (state_machine_, results); } while (results.id == PCTTOK_MATCHEXPR); result = new PCE_Match(match_expr); if (!((PCE_Match*)result)->parse ()) throw PCEParserException("Invalid match expression"); break; case PCTTOK_OPEN: lexertl::lookup (state_machine_, results); result = parse_or_expr (results, searcher); if (!result) return 0; if (results.id != PCTTOK_CLOSE) throw PCEParserException("Closing bracket missing"); lexertl::lookup (state_machine_, results); break; case PCTTOK_ID: case PCTTOK_COLON_COLON: vector qual_name; bool root_qualified = false; if (results.id == PCTTOK_COLON_COLON) { root_qualified = true; lexertl::lookup (state_machine_, results); } if (results.id != PCTTOK_ID) return 0; string id (results.start, results.end); qual_name.push_back (id); lexertl::lookup (state_machine_, results); while (results.id == PCTTOK_COLON_COLON) { lexertl::lookup (state_machine_, results); if (results.id != PCTTOK_ID) return 0; id = string(results.start, results.end); qual_name.push_back (id); lexertl::lookup (state_machine_, results); } if (results.id == PCTTOK_OPEN) { lexertl::lookup (state_machine_, results); ACM_Pointcut *pct_func = searcher.lookup_pct_func(root_qualified, qual_name); if (!pct_func) { string msg = "Named pointcut '"; msg += id; msg += "' not found"; #ifdef FRONTEND_CLANG if(id == "builtin" || id == "get" || id == "set" || id == "ref" || id == "alias") { msg += ". If you meant the "; msg += id; msg += " pointcut function, then enable it by adding the '"; if(id == "builtin") { msg += "--builtin_operators"; } else { msg += "--data_joinpoints"; } msg += "' command-line argument"; } #endif // FRONTEND_CLANG throw PCEParserException(msg); } #ifdef FRONTEND_CLANG else if(config_.warn_deprecated() && (id == "builtin" || id == "get" || id == "set" || id == "ref" || id == "alias") ) { config_.project().err() << Puma::sev_warning << "named pointcuts with one of the " "names 'alias', 'builtin', 'get', 'ref' or 'set' are deprecated as they " "name new predefined pointcut functions. These new poincut functions are " "currently disabled by default but this will change with one of the next " "releases." << Puma::endMessage; } #endif // FRONTEND_CLANG PCE_Named *call = new PCE_Named(pct_func); // just needed for the right type bool first = true; while (results.id != 0 && results.id != PCTTOK_CLOSE) { if (!first) { if (results.id != PCTTOK_COMMA) throw PCEParserException("Invalid argument list, comma expected"); lexertl::lookup (state_machine_, results); } if (results.id != PCTTOK_ID) throw PCEParserException("Invalid argument list, argument name expected"); string varname (results.start, results.end); call->params().push_back(varname); first = false; lexertl::lookup (state_machine_, results); } if (results.id == 0) return 0; lexertl::lookup (state_machine_, results); // consume ')' result = call; } else { result = new PCE_ContextVar(id); } break; } return result; } aspectc++/AspectC++/PaxHeaders.4702/AspectIncludes.cc0000644000000000000000000000007412740141200017160 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/AspectIncludes.cc0000644000175000001440000000763712740141200017357 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "AspectIncludes.h" #include "AspectInfo.h" #include "Naming.h" #include "TransformInfo.h" #include "ACProject.h" #ifdef FRONTEND_CLANG #include "clang/Frontend/CompilerInstance.h" #else #include "Puma/Unit.h" #include "Puma/CTree.h" #include "Puma/CProject.h" #include "Puma/Filename.h" #endif // helper function that find the unit in which an advice code is defined ACFileID AspectIncludes::aspect_unit (ACM_Aspect *a) const { #ifdef FRONTEND_CLANG clang::SourceManager &sm = _project.get_compiler_instance ()->getSourceManager (); clang::FileID fid = sm.getFileID(TransformInfo::decl(*a)->getLocation()); return sm.getFileEntryForID (fid); } #else return TI_Aspect::unit (*a); } #endif // this function declares that a unit 'iu' depends on the aspect 'ai' void AspectIncludes::insert (ACFileID iu, AspectInfo *a, AspectRef::Kind kind) { assert (iu.is_valid()); // check if there is already an entry for this unit iterator entry = find (iu); if (entry == end ()) { // there is no entry for the unit 'iu' yet => make a new one AspectRefSet new_set; new_set.insert (AspectRef (a, kind)); UnitAspectRefMap::insert (value_type (iu, new_set)); } else { // entry found add the aspect reference to the stored set AspectRefSet &set = (*entry).second; AspectRefSet::iterator ref_entry = set.find (AspectRef (a, AspectRef::AR_UNKNOWN)); if (ref_entry == set.end ()) { // simply insert a new entry if the aspect has not been found set.insert (AspectRef (a, kind)); } else { // a definition request dominates a declaration request... AspectRef &ref = (AspectRef&)(*ref_entry); if (kind > ref._kind) ref._kind = kind; } } } // generate the #include directives for a given unit string AspectIncludes::generate (const_iterator entry, const BackEndProblems &bep) const { string includes; const AspectRefSet &set = (*entry).second; for (AspectRefSet::const_iterator iter = set.begin (); iter != set.end (); ++iter) { switch ((*iter)._kind) { case AspectRef::AR_DECL: includes += "class "; includes += (*iter)._aspect->name (); includes += ";\n"; break; case AspectRef::AR_ADVICE: { includes += (*iter)._aspect->ifct_decls (bep); ACFileID unit = aspect_unit (&(*iter)._aspect->loc ()); stringstream define; define << "#ifndef __ac_need_"; Naming::mangle_file (define, /*(Puma::FileUnit*)*/unit); define << endl << "#define __ac_need_"; Naming::mangle_file (define, /*(Puma::FileUnit*)*/unit); define << endl << "#endif" << endl; includes += define.str (); } break; default: cout << "aspect ref type not yet implemented" << endl; } } return includes; } aspectc++/AspectC++/PaxHeaders.4702/.project0000644000000000000000000000007412740141200015412 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.108166359 aspectc++/AspectC++/.project0000644000175000001440000000726312740141200015604 0ustar00osusers00000000000000 AspectC++ org.eclipse.cdt.make.core.makeBuilder clean,full,incremental, org.eclipse.cdt.core.errorOutputParser org.eclipse.cdt.core.GCCErrorParser;org.eclipse.cdt.core.GASErrorParser;org.eclipse.cdt.core.GLDErrorParser;org.eclipse.cdt.core.MakeErrorParser;org.eclipse.cdt.core.VCErrorParser; org.eclipse.cdt.make.core.append_environment true org.eclipse.cdt.make.core.autoBuildTarget org.eclipse.cdt.make.core.build.arguments make SHARED=1 FRONTEND=Clang -j6 org.eclipse.cdt.make.core.build.command nice org.eclipse.cdt.make.core.build.location org.eclipse.cdt.make.core.build.target.auto org.eclipse.cdt.make.core.build.target.clean clean org.eclipse.cdt.make.core.build.target.full clean all org.eclipse.cdt.make.core.build.target.inc all org.eclipse.cdt.make.core.buildArguments org.eclipse.cdt.make.core.buildCommand make org.eclipse.cdt.make.core.buildLocation org.eclipse.cdt.make.core.cleanBuildTarget org.eclipse.cdt.make.core.enableAutoBuild false org.eclipse.cdt.make.core.enableCleanBuild true org.eclipse.cdt.make.core.enableFullBuild true org.eclipse.cdt.make.core.enabledIncrementalBuild true org.eclipse.cdt.make.core.environment org.eclipse.cdt.make.core.fullBuildTarget clean all org.eclipse.cdt.make.core.incrementalBuildTarget all org.eclipse.cdt.make.core.stopOnError false org.eclipse.cdt.make.core.useDefaultBuildCmd false org.eclipse.cdt.make.core.ScannerConfigBuilder org.eclipse.cdt.make.core.ScannerConfigDiscoveryEnabled false org.eclipse.cdt.core.cnature org.eclipse.cdt.core.ccnature org.eclipse.cdt.make.core.makeNature org.eclipse.cdt.make.core.ScannerConfigNature aspectc++/AspectC++/PaxHeaders.4702/ACIntroducer.h0000644000000000000000000000007412740141200016436 xustar0030 atime=1468174988.292169385 30 ctime=1468174988.292169385 aspectc++/AspectC++/ACIntroducer.h0000644000175000001440000000267512740141200016632 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ac_introducer_h__ #define __ac_introducer_h__ // class alias for frontend-specific introducer implementation #ifdef FRONTEND_PUMA #include "PumaIntroducer.h" typedef PumaIntroducer ACIntroducer; #else // FRONTEND_CLANG #include "ClangIntroducer.h" typedef ClangIntroducer ACIntroducer; #endif #endif // __ac_introducer_h__ aspectc++/AspectC++/PaxHeaders.4702/RepoNameKey.h0000644000000000000000000000007412740141200016273 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/RepoNameKey.h0000644000175000001440000000325512740141200016462 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __RepoNameKey_h__ #define __RepoNameKey_h__ #include using namespace std; #include #include "RepoXMLNode.h" class RepoNameKey { string _name; public: RepoNameKey (const string &name) : _name (name) {} RepoNameKey (RepoXMLNode node) { get_xml (node); } int operator < (const RepoNameKey& key) const { return _name < key._name; } void get_xml (RepoXMLNode node) { _name = node.get_str_prop ("name"); } void make_xml (RepoXMLNode node) const { node.set_str_prop ("name", _name.c_str ()); } }; #endif // __RepoNameKey_h__ aspectc++/AspectC++/PaxHeaders.4702/RepoPosKey.h0000644000000000000000000000007412740141200016154 xustar0030 atime=1468174988.110166392 30 ctime=1468174988.110166392 aspectc++/AspectC++/RepoPosKey.h0000644000175000001440000000332612740141200016342 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __RepoPosKey_h__ #define __RepoPosKey_h__ #include #include "RepoXMLNode.h" class RepoPosKey { int _file_id; int _line; public: RepoPosKey (int file_id, int line) : _file_id (file_id), _line (line) {} RepoPosKey (RepoXMLNode node) { get_xml (node); } int operator < (const RepoPosKey& key) const { return _file_id == key._file_id ? (_line < key._line) : (_file_id < key._file_id); } int file_id () const { return _file_id; } int line () const { return _line; } void get_xml (RepoXMLNode node); void make_xml (RepoXMLNode node) const; }; #endif // __RepoPosKey_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangTransformInfo.h0000644000000000000000000000007412740141200017650 xustar0030 atime=1468174988.108166359 30 ctime=1468174988.109166375 aspectc++/AspectC++/ClangTransformInfo.h0000644000175000001440000026417412740141200020050 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ClangTransformInfo_h__ #define __ClangTransformInfo_h__ #include "ACModel/Elements.h" #include "ACToken.h" #include "ACFileID.h" #include "ThisJoinPoint.h" #include "PointCutExpr.h" #include "SyntacticContext.h" #include "CFlow.h" #include "WeaverBase.h" #include "ClangAdjustedTypePrinter.h" #include "clang/Basic/Version.h" #include "clang/Basic/SourceLocation.h" #include "clang/AST/Decl.h" #include "clang/AST/DeclTemplate.h" #include "clang/AST/Type.h" #if !(CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) && \ !(CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) #include "clang/AST/ExprCXX.h" #endif #include "llvm/Support/raw_ostream.h" #include "clang/AST/CXXInheritance.h" class TI_CodeAdvice : public ModelTransformInfo { // Condition is located here instead of in the AdviceInfo object because // there are cases where the conditions differ but the advice info // is the same. const Condition *_condition; AdviceInfo *_advice_info; public: void set_condition (const Condition *c) { _condition = c; } const Condition *get_condition () const { return _condition; } void set_advice_info (AdviceInfo *ai) { _advice_info = ai; } AdviceInfo *get_advice_info () const { return _advice_info; } static TI_CodeAdvice *of (const ACM_CodeAdvice &loc) { return static_cast(loc.transform_info ()); } }; class TransformInfo : public ModelTransformInfo { public: virtual ModelNode &jpl () = 0; virtual clang::Decl *decl () const = 0; static inline const TransformInfo *of (const ModelNode &loc); static inline clang::Decl *decl (const ModelNode &loc); static inline Puma::Location location (const ModelNode &loc); static const WeavePos &get_pos_after_token (clang::SourceLocation loc, WeaverBase &wb, WeavePos::Pos pos = WeavePos::WP_AFTER) { return wb.get_pos_after_loc(loc, pos); } // parameter 'is_id': if true, the searched string is only replaced if the // character before and after the matching substring is // not in an identifier. // (example: don't replace 'shortcut' by 'short intcut') static void replace_in_string(std::string& subject, const std::string& search, const std::string& replace, bool is_id = false) { size_t pos = 0; while ((pos = subject.find(search, pos)) != std::string::npos) { bool id_before = (pos > 0 && (subject[pos - 1] == '_' || std::isalpha(subject[pos - 1]))); bool id_after = ((pos + search.length () < subject.length()) && (subject[pos + search.length()] == '_' || std::isalnum(subject[pos + search.length()]))); if (!is_id || (!id_before && !id_after)) { subject.replace(pos, search.length(), replace); pos += replace.length(); } else pos += search.length(); } } static bool needs_this (clang::FunctionDecl *func) { if (clang::CXXMethodDecl *m = llvm::dyn_cast(func)) if (!m->isStatic()) return true; return false; } // TODO: duplicate of function in ClangModelBuilder.cc template static bool isTemplateInstantiation(T node) { return (node->getTemplateSpecializationKind() == clang::TSK_ImplicitInstantiation || node->getTemplateSpecializationKind() == clang::TSK_ExplicitInstantiationDefinition); } // TODO: duplicate of function in ClangModelBuilder.cc static bool inside_template_instance (clang::DeclContext *scope) { if (llvm::isa(scope)) return false; if (clang::FunctionDecl *FD = llvm::dyn_cast(scope)) if (isTemplateInstantiation(FD)) return true; if (clang::VarDecl *VD = llvm::dyn_cast(scope)) if (isTemplateInstantiation(VD)) return true; if (clang::CXXRecordDecl *RD = llvm::dyn_cast(scope)) if (isTemplateInstantiation(RD)) return true; return inside_template_instance(scope->getParent()); } }; inline const TransformInfo *TransformInfo::of (const ModelNode &loc) { return loc.transform_info () ? (TransformInfo*)loc.transform_info () : 0; } //inline CTree *TransformInfo::tree (const ModelNode &loc) { // return loc.transform_info () ? // ((TransformInfo*)loc.transform_info ())->tree () : 0; //} //inline Unit *TransformInfo::unit (const ModelNode &loc) { // return loc.transform_info () ? // ((TransformInfo*)loc.transform_info ())->unit () : 0; //} inline clang::Decl *TransformInfo::decl (const ModelNode &loc) { return loc.transform_info () ? ((TransformInfo*)loc.transform_info ())->decl () : 0; } inline Puma::Location TransformInfo::location (const ModelNode &loc) { return Puma::Location (); // FIXME: implement for Clang } class TI_Type : public TransformInfo { clang::QualType _type; public: void type (clang::QualType ti) { _type = ti; } clang::QualType type () const { return _type; } virtual clang::Decl *decl () const { return 0; } bool is_const () const { return _type.isConstQualified (); } bool is_reference () const { return _type.getTypePtr ()->isReferenceType (); } // Called from ClangModelBuilder::register_type(...) and ClangModelBuilder::register_arg(...) // and used for signature. static string name (clang::ASTContext &ctx, clang::QualType type_info) { // Get the type as a string, looking through template parameters // and typedefs and printing anonymous as unnamed: string type_str = TI_Type::get_type_text(type_info, &ctx, "?", TSEF_DONOTCHANGE, false, TSEF_DISABLE, true, true, false); int last = type_str.length() - 1; if (type_str[last] == '?') last--; while(type_str[last] == ' ') last--; return type_str.substr (0, last + 1); } private: // Returns a printing policy setup according to given flags for adjusted type printing static inline clang::PrintingPolicy get_preset_printing_policy(const clang::ASTContext* ctx, bool unnamed) { // TODO: always create, setup and use own printing policy? clang::PrintingPolicy policy = ctx ? ctx->getPrintingPolicy() : clang::PrintingPolicy(clang::LangOptions()); // Ensure some policy properties: policy.SuppressSpecifiers = false; policy.SuppressTag = false; // Suppress only if we do not want to replace it with // later policy.SuppressUnwrittenScope = !unnamed; policy.AnonymousTagLocations = unnamed; return policy; } // Unifies the types in the given string according to the given flags. static inline string& get_with_unified_types(string& input, bool unnamed) { if(unnamed) { // If requested, replace occurences of anonymous-variants with "": const char* unnamed_namespace_str = #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) "" #else // C++ 11 interface "(anonymous namespace)" #endif ; replace_in_string(input, unnamed_namespace_str, ""); } // Unify some types: (taken from fix_type_in_signature(...) // and fixed "long int" -> "long int int" bug) replace_in_string(input, "long", "long int", true); replace_in_string(input, "long int long int", "long long int", true); replace_in_string(input, "long int int", "long int", true); replace_in_string(input, "long int double", "long double", true); replace_in_string(input, "short", "short int", true); replace_in_string(input, "short int int", "short int", true); // TODO: Is the following line necessary? replace_in_string(input, "::", unnamed ? "::" : ""); replace_in_string(input, "*restrict", "*"); replace_in_string(input, " restrict", " "); replace_in_string(input, "*__restrict", "*"); replace_in_string(input, " __restrict", " "); return input; } public: /** Returns the textual representation of a declaration name. * \param decl The declaration * \param ctx The ASTContext * \param absolute_qualified Add all nested name specifiers as well as the * root qualifier (ENABLE), do not change nested name specifiers (DONOTCHANGE) * or remove all nested name specifiers (DISABLE). * \param keep_typedef If the type is typedef'd, keep the typedef and return * the typedef'd type (and not the underlying type) * \param elaborated_type_spec Add elaborated type specifier before * class, union, and enumeration types. * \param unnamed Do not suppress printing of unwritten scope and convert printed * namespaces to '' * \param remove_attributes Removes occurrences of attributes * */ static string get_decl_name_text(const clang::NamedDecl* decl, TriStateEnableFeature absolute_qualified = TSEF_DONOTCHANGE, bool keep_typedef = true, TriStateEnableFeature elaborated_type_spec = TSEF_DONOTCHANGE, bool unnamed = false, bool remove_attributes = false ) { clang::PrintingPolicy policy = get_preset_printing_policy(&decl->getASTContext(), unnamed); string string_buffer; llvm::raw_string_ostream stream(string_buffer); AdjustedTypePrinter(policy, absolute_qualified, keep_typedef, elaborated_type_spec, remove_attributes, false, 0) .adjusted_NamedDecl_printQualifiedName(decl, stream); return get_with_unified_types(stream.str(), unnamed); } /** Returns the textual representation of a list of template arguments. * \param template_args The list of template arguments * \param ctx The ASTContext * \param absolute_qualified Add all nested name specifiers as well as the * root qualifier (ENABLE), do not change nested name specifiers (DONOTCHANGE) * or remove all nested name specifiers (DISABLE). * \param keep_typedef If the type is typedef'd, keep the typedef and return * the typedef'd type (and not the underlying type) * \param elaborated_type_spec Add elaborated type specifier before * class, union, and enumeration types. * \param unnamed Do not suppress printing of unwritten scope and convert printed * namespaces to '' * \param remove_attributes Removes occurrences of attributes * */ static string get_templ_arg_list_text(const clang::TemplateArgumentList& template_args, const clang::ASTContext* ctx, TriStateEnableFeature absolute_qualified = TSEF_ENABLE, bool keep_typedef = true, TriStateEnableFeature elaborated_type_spec = TSEF_DONOTCHANGE, bool unnamed = false, bool remove_attributes = false ) { clang::PrintingPolicy policy = get_preset_printing_policy(ctx, unnamed); string string_buffer; llvm::raw_string_ostream stream(string_buffer); AdjustedTypePrinter(policy, absolute_qualified, keep_typedef, elaborated_type_spec, remove_attributes, false, ctx) .adjusted_PrintTemplateArgumentList(stream, template_args.data(), template_args.size()); return get_with_unified_types(stream.str(), unnamed); } /** Returns the textual representation of template argument. * \param temp_arg The template argument * \param ctx The ASTContext * \param absolute_qualified Add all nested name specifiers as well as the * root qualifier (ENABLE), do not change nested name specifiers (DONOTCHANGE) * or remove all nested name specifiers (DISABLE). * \param keep_typedef If the type is typedef'd, keep the typedef and return * the typedef'd type (and not the underlying type) * \param elaborated_type_spec Add elaborated type specifier before * class, union, and enumeration types. * \param unnamed Do not suppress printing of unwritten scope and convert printed * namespaces to '' * \param remove_attributes Remove occurrences of attributes * */ static string get_templ_arg_text(const clang::TemplateArgument& temp_arg, const clang::ASTContext* ctx, TriStateEnableFeature absolute_qualified = TSEF_ENABLE, bool keep_typedef = true, TriStateEnableFeature elaborated_type_spec = TSEF_DONOTCHANGE, bool unnamed = false, bool remove_attributes = false ) { clang::PrintingPolicy policy = get_preset_printing_policy(ctx, unnamed); string temp_arg_string_buffer; llvm::raw_string_ostream temp_arg_stream(temp_arg_string_buffer); AdjustedTypePrinter(policy, absolute_qualified, keep_typedef, elaborated_type_spec, remove_attributes, false, ctx) .adjusted_TemplateArgument_print(temp_arg, temp_arg_stream); return get_with_unified_types(temp_arg_stream.str(), unnamed); } /** Returns the textual representation of a type for the use in woven code. * \param type The type * \param ctx The ASTContext * \param var_name If this is unequal zero, the type is returned * together with the given variable name * (e.g. void(*)(int) is returned as void(*example)(int) if "example" is * provided as variable name.) * */ static string get_type_code_text(clang::QualType type, const clang::ASTContext* ctx, const char *var_name = (const char*)0 ) { return get_type_text(type, ctx, var_name, TSEF_ENABLE, // make type absolute true, // keep typedef if possible (to keep woven code portable) TSEF_DONOTCHANGE, false, // No unwritten scopes true, // Remove __attribute__s (TODO: There are cases where we can keep them?) false); // Do not make signature parameter type adjustments (because the result is not used for signatures) } /** Returns the textual representation of a type for the use in AspectC++ signatures. * \param type The type * \param ctx The ASTContext * \param var_name If this is unequal zero, the type is returned * together with the given variable name * (e.g. void(*)(int) is returned as void(*example)(int) if "example" is * provided as variable name.) * \param as_parameter_signature_type Return the type as adjusted for use in the * signature of a function, decaying array and function types and removing top-level * cv-qualifiers. This should be true if the type is associated to a parameter of a function. * */ static string get_type_sig_text(clang::QualType type, const clang::ASTContext* ctx, const char *var_name = (const char*)0, bool as_parameter_signature_type = false ) { // TODO: Common question: Always remove elaborated in signature? return get_type_text(type, ctx, var_name, TSEF_DONOTCHANGE, // Do not change nested name specifiers false, // Remove typedefs to make matching independent of typedefs TSEF_DISABLE, // AspectC++ signatures do not contain elaborated specifiers. TODO: Is this always true? false, // Do not add unwritten scopes true, // remove __attribute__s as_parameter_signature_type); } /** Returns the textual representation of a type. * \param type The type * \param ctx The ASTContext * \param var_name If this is unequal zero, the type is returned * together with the given variable name * (e.g. void(*)(int) is returned as void(*example)(int) if "example" is * provided as variable name.) * \param absolute_qualified Add all nested name specifiers as well as the * root qualifier (ENABLE), do not change nested name specifiers (DONOTCHANGE) * or remove all nested name specifiers (DISABLE). * \param keep_typedef If the type is typedef'd, keep the typedef and return * the typedef'd type (and not the underlying type) * \param elaborated_type_spec Add elaborated type specifier before * class, union, and enumeration types. * \param unnamed Do not suppress printing of unwritten scope and convert printed * namespaces to '' * \param remove_attributes Remove occurrences of attributes * \param as_parameter_signature_type Return the type as adjusted for use in the * signature of a function, decaying array and function types and removing top-level * cv-qualifiers. * */ static string get_type_text(clang::QualType type, const clang::ASTContext* ctx, const char *var_name = (const char*)0, TriStateEnableFeature absolute_qualified = TSEF_ENABLE, bool keep_typedef = true, TriStateEnableFeature elaborated_type_spec = TSEF_DONOTCHANGE, bool unnamed = false, bool remove_attributes = false, bool as_parameter_signature_type = false ) { // Check invalid combinations: assert(!(keep_typedef && elaborated_type_spec == TSEF_ENABLE) && "A typedef type can not be " "printed together with an elaborated type specifier."); assert(!(as_parameter_signature_type && !ctx) && "as_parameter_signature_type flag needs an ASTContext"); // TODO: more!? clang::PrintingPolicy policy = get_preset_printing_policy(ctx, unnamed); // Start printing: string resulting_type_text = var_name ? var_name : ""; string type_string_buffer; llvm::raw_string_ostream type_stream(type_string_buffer); AdjustedTypePrinter(policy, absolute_qualified, keep_typedef, elaborated_type_spec, remove_attributes, as_parameter_signature_type, ctx) .print(type, type_stream, resulting_type_text); resulting_type_text = type_stream.str(); return get_with_unified_types(resulting_type_text, unnamed); } // This static member-function checks whether the expression is a lvalue or // xvalue and if yes returns a appropriate reference-QualType while using // the given QualType as guideline. If not it returns a copy of the given type. static inline clang::QualType get_reference_type_if_necessary(const clang::QualType& type, const clang::Expr* const expression, const clang::ASTContext& context) { if(expression->isLValue() == true) { return context.getLValueReferenceType(type); } else if(expression->isXValue() == true) { return context.getRValueReferenceType(type); } else { return type; } } static const TI_Type *of (const ACM_Type &loc) { return static_cast(loc.transform_info ()); } }; class TI_Namespace : public TransformInfo { // pointer to the Clang namespace object (for transformation) clang::NamespaceDecl *_decl; public: void decl (clang::NamespaceDecl *n) { _decl = n; } virtual clang::NamespaceDecl *decl () const { return _decl; } }; class TI_Class : public TransformInfo { clang::RecordDecl *_decl; clang::SourceLocation _lbrace_loc; bool _has_replaced_arrays; static void get_member_contexts (const clang::RecordDecl *decl, list &member_contexts) { for (clang::RecordDecl::field_iterator i = decl->field_begin (); i != decl->field_end (); ++i) { // Only certain members are delivered. // If this is not the right choice for all use case, add filter flags to // the argument list of this function clang::FieldDecl *attr = *i; if (attr->getNameAsString ().empty ()) { const clang::RecordType *UT = attr->getType ()->getAsUnionType (); if (UT) { // members of anonymous unions in a record are also record members get_member_contexts (UT->getDecl (), member_contexts); } continue; } // if (attr->isStatic () || attr->isAnonymous () || attr->EnumeratorInfo ()) // continue; member_contexts.push_back (ClangSyntacticContext (attr)); } } public: TI_Class () : _decl (0), _has_replaced_arrays( false ) {} bool valid () const { return _decl != 0; } void decl (clang::RecordDecl *c) { _decl = c; } virtual clang::RecordDecl *decl () const { return _decl; } void set_lbrace_loc(clang::SourceLocation loc) { _lbrace_loc = loc; } SyntacticContext get_def_context () const { return SyntacticContext (_decl); } void get_member_contexts (list &member_contexts) const { get_member_contexts (_decl, member_contexts); } enum SMKind { CONSTRUCTOR, COPY_CONSTRUCTOR, DESTRUCTOR }; bool may_have_implicit (SMKind kind) { return may_have_implicit (kind, _decl); } bool may_have_implicit (SMKind kind, const clang::RecordDecl *decl) { const clang::CXXRecordDecl *d = llvm::cast(decl); if (!d) return false; if (kind == CONSTRUCTOR || kind == COPY_CONSTRUCTOR) { for (clang::CXXRecordDecl::ctor_iterator i = d->ctor_begin (); i != d->ctor_end (); ++i) { clang::CXXConstructorDecl *cd = *i; if (kind == CONSTRUCTOR && cd->isDefaultConstructor () && cd->getAccess () == clang::AS_private) return false; if (kind == COPY_CONSTRUCTOR && cd->isCopyConstructor () && cd->getAccess () == clang::AS_private) return false; } } else { // destructor const clang::CXXDestructorDecl *dd = d->getDestructor (); if (dd && kind == DESTRUCTOR && dd->getAccess () == clang::AS_private) return false; } for (clang::CXXRecordDecl::base_class_const_iterator i = d->bases_begin (); i != d->bases_end (); ++i) { const clang::CXXRecordDecl *bd = (*i).getType ()->getAsCXXRecordDecl (); if (bd && !may_have_implicit (kind, bd)) return false; } for (clang::CXXRecordDecl::field_iterator i = d->field_begin (); i != d->field_end (); ++i) { const clang::FieldDecl *attr = *i; const clang::CXXRecordDecl *rd = attr->getType ()->getAsCXXRecordDecl (); if (rd && !may_have_implicit (kind, rd)) return false; } return true; } // remember if planing found advice for the builtin_copy constructor void remember_builtin_copyconstructor_advice() { // if the constructor advice can be woven (parallel check to begining of CodeWeaver::gen_special_member_function) if( may_have_implicit( TI_Class::COPY_CONSTRUCTOR ) ) _has_replaced_arrays = true; // remember that replacement will be done, to assure it is considerd when weaving on other joinpoints (array access) } bool has_replaced_arrays() const { return _has_replaced_arrays; } // return the position behind the opening bracket of the class body const WeavePos &body_start_pos (WeaverBase &wb) const { // TODO: iterating over all decls and finding the one with the smallest // location is a terribly comlicated solution. However, I haven't found // a way to get the location of the opening bracket. #if 0 clang::SourceLocation min_loc; for (clang::DeclContext::decl_iterator i = _decl->decls_begin (); i != _decl->decls_end (); ++i) { clang::SourceLocation cur_loc = (*i)->getLocStart(); if ((*i)->isImplicit () || !cur_loc.isValid ()) continue; if (!min_loc.isValid () || (cur_loc < min_loc)) min_loc = (*i)->getLocStart(); } if (min_loc.isValid ()) return wb.weave_pos(min_loc, WeavePos::WP_BEFORE); else return wb.weave_pos(_decl->getRBraceLoc(), WeavePos::WP_BEFORE); #endif assert (_lbrace_loc.isValid()); return wb.weave_pos(_lbrace_loc.getLocWithOffset(1), WeavePos::WP_AFTER); } // return the position in front of the closing bracket of the class body const WeavePos &body_end_pos (WeaverBase &wb) const { return wb.weave_pos(_decl->getRBraceLoc(), WeavePos::WP_BEFORE); } // return the position of the first token of the class definition const WeavePos &objdecl_start_pos (WeaverBase &wb) const { return wb.weave_pos (_decl->getLocStart(), WeavePos::WP_BEFORE); } // return the position after the ";" of the class definition const WeavePos &objdecl_end_pos (WeaverBase &wb) const { // FIXME: This relies on the lack of spaces between the closing '}' and ';'. return wb.weave_pos (_decl->getLocEnd().getLocWithOffset(1), WeavePos::WP_AFTER); } // check whether this is a class and not a struct bool is_class () const { return _decl->isClass(); } // check whether this is a struct (more restrictive than 'is_class') bool is_struct () const { return _decl->isStruct(); } // check whether the class is defined (=has a body) and not only declared bool is_defined () const { return _decl->isCompleteDefinition (); } // checks whether this class is a template *instance* bool is_template_instance () const { const clang::CXXRecordDecl *d = llvm::cast(_decl); return d && isTemplateInstantiation (d); } // check whether the class is defined in a extern "C" block bool is_extern_c () const { return is_extern_c (_decl); } static bool is_extern_c (clang::RecordDecl *d) { clang::DeclContext *dc = d; while (dc->getDeclKind() != clang::Decl::TranslationUnit) { if (dc->getDeclKind() == clang::Decl::LinkageSpec) return clang::cast(dc)->getLanguage() == clang::LinkageSpecDecl::lang_c; dc = dc->getParent(); } return false; // Future clang versions will support this: return _decl->isExternCContext (); // TODO: current version support now: return d->isExternCContext(); } // checks whther the class is defined within a template instance bool is_in_template_instance () const { return inside_template_instance(_decl); } static string name(clang::RecordDecl *ci) { return TI_Type::get_decl_name_text(ci, TSEF_DISABLE, false, TSEF_DISABLE, false, true); } static TI_Class *of (const ACM_Class &loc) { return static_cast(loc.transform_info ()); } }; class TI_Aspect : public TI_Class { public: clang::FunctionDecl *aspectof () const { clang::CXXRecordDecl *d = llvm::cast(decl()); for (clang::CXXRecordDecl::decl_iterator di = d->decls_begin(), de = d->decls_end(); di != de; ++di) { clang::NamedDecl *nd = llvm::dyn_cast (*di); if (!nd) continue; std::string name = nd->getNameAsString(); if (name != "aspectof" && name != "aspectOf") continue; if (nd->getKind () == clang::Decl::FunctionTemplate) return llvm::dyn_cast(nd)->getTemplatedDecl (); else if (nd->getKind () == clang::Decl::CXXMethod) return llvm::dyn_cast(nd); } return 0; } static const TI_Aspect *of (const ACM_Aspect &loc) { return static_cast(loc.transform_info ()); } }; class TI_Function : public TransformInfo { mutable vector _contexts; clang::FunctionDecl *_decl; public: const vector &syntactic_contexts () const { if (_contexts.size() == 0) { // Store a pointer to each declaration and the definition (if one exists) for (clang::FunctionDecl::redecl_iterator ri = _decl->redecls_begin(), re = _decl->redecls_end(); ri != re; ++ri) _contexts.push_back(ClangSyntacticContext(*ri)); } return _contexts; } void decl (clang::FunctionDecl *c) { _decl = c; } virtual clang::FunctionDecl *decl () const { return _decl; } void add_decl (clang::FunctionDecl *c) { _contexts.push_back(ClangSyntacticContext(c)); } static string name(clang::FunctionDecl *func_info) { string out; clang::CXXConversionDecl *conv = llvm::dyn_cast_or_null(func_info); if (conv) { clang::ASTContext &ctx = func_info->getASTContext(); clang::QualType t = conv->getConversionType (); out = "operator "; out += TI_Type::get_type_sig_text(t, &ctx, 0, true); return out; } out = func_info->getNameAsString(); // Add a space after "operator" for Puma compatibility. if (out.size() > 8 && llvm::StringRef(out).startswith("operator") && out[8] != ' ' && out[8] != '_' && !isalnum(out[8])) out.insert(out.begin() + 8, ' '); clang::FunctionTemplateSpecializationInfo *ftsi = func_info->getTemplateSpecializationInfo (); if (ftsi) { if (out[out.length() - 1] == '<') // e.g. operator << out += " "; out += TI_Type::get_templ_arg_list_text(*ftsi->TemplateArguments, &func_info->getASTContext(), TSEF_DONOTCHANGE, false, TSEF_DISABLE, false, true); } return out; } static string signature(clang::FunctionDecl *func_info) { std::string str; llvm::raw_string_ostream out(str); clang::ASTContext &ctx = func_info->getASTContext(); out << '('; for (clang::FunctionDecl::param_iterator i = func_info->param_begin(), e = func_info->param_end(); i != e; ++i) { if (i != func_info->param_begin()) out << ','; out << TI_Type::get_type_sig_text((*i)->getType(), &ctx, 0, true); } out << ')'; // add CV qualifiers if (clang::CXXMethodDecl *m = llvm::dyn_cast(func_info)) { if (m->isConst()) out << " const"; if (m->isVolatile()) out << " volatile"; } return name(func_info) + out.str (); } bool is_const () const { clang::CXXMethodDecl *m = llvm::dyn_cast(_decl); return m && m->isConst (); } bool is_conversion_operator () const { return (llvm::dyn_cast_or_null(_decl) != 0); } static const TI_Function *of (const ACM_Function &loc) { return static_cast(loc.transform_info ()); } }; class TI_Variable : public TransformInfo { clang::DeclaratorDecl *_decl; public: TI_Variable () : _decl (0) {} void decl (clang::DeclaratorDecl *oi) { _decl = oi; } virtual clang::DeclaratorDecl *decl () const { return _decl; } public: static const TI_Variable *of (const ACM_Variable &loc) { return static_cast(loc.transform_info ()); } }; class TI_Arg : public TransformInfo { clang::QualType _type; public: void type (clang::QualType ti) { _type = ti; } clang::QualType type () const { return _type; } virtual clang::Decl *decl () const { return 0; } static const TI_Arg *of (const ACM_Arg &loc) { return static_cast(loc.transform_info ()); } }; class TI_Code : public TransformInfo { bool _is_planned; bool _has_implicit; CFlowList _triggers; public: TI_Code() : _is_planned( false ), _has_implicit( false ) {}; // remember if this joinpoint is planned for weaving // ( decisions for other joinpoints depend on this info ) void remember_planned() { _is_planned = true; } bool is_planned() { return _is_planned; } // remember implicit joinpoints needing to be considered void remember_implicit() { _has_implicit = true; } bool has_implicit_joinpoints() { return _has_implicit; } // consider a necessary cflow trigger at this join point bool consider (const CFlow &cflow) { _triggers.push_back (cflow); return true; } // return the list of cflows that must be entered/left here const CFlowList &cflows () const { return _triggers; } // that types (for the JoinPoint-API) virtual std::string that_type_string () const { return "void"; } // target type (for the JoinPoint-API) virtual std::string target_type_string () const { return "void"; } // argument type (for the JoinPoint-API) virtual std::string arg_type_string (unsigned no) const { return "void"; } // entity type (for the JoinPoint-API) virtual std::string entity_type_string() const { return format_type( decl() ); } // helper functions for derived classes static std::string get_type_string (const clang::NamedDecl *obj, bool normalise = false) { // if the 'obj' refers to a record or member function, we have to print a record 'r' const clang::CXXRecordDecl *r = llvm::dyn_cast(obj); const clang::CXXMethodDecl *m = llvm::dyn_cast(obj); if (m) r = m->getParent (); if (!r) if (const clang::ParmVarDecl *pd = llvm::dyn_cast(obj)) r = pd->getType()->getAsCXXRecordDecl(); if (r) { string qualifiers; if (m) { // preserve const volatile qualifiers of member functions // we could also print m->getThisType(obj->getASTContext()) if(m->isConst()) qualifiers = "const "; if (m->isVolatile()) qualifiers = "volatile "; } return qualifiers + TI_Type::get_decl_name_text(r, TSEF_ENABLE, true, TSEF_DONOTCHANGE, false, true); } else if (const clang::ParmVarDecl *pd = llvm::dyn_cast(obj)) { return TI_Type::get_type_code_text(pd->getType(), &obj->getASTContext(), 0); } else return "void"; } static std::string format_type( clang::Decl *obj ) { clang::ValueDecl *typed_obj = llvm::dyn_cast_or_null( obj ); if( ! typed_obj ) return "void"; return format_type( typed_obj->getType(), obj->getASTContext() ); } static std::string format_type( clang::QualType type, clang::ASTContext& ctx ) { return TI_Type::get_type_code_text(type, &ctx, 0); } static TI_Code *of (const ACM_Code &loc) { return static_cast(loc.transform_info ()); } }; class TI_Method : public TI_Code { clang::FunctionDecl *_decl; public: TI_Method () : _decl (0) {} void decl (clang::FunctionDecl *f) { _decl = f; } virtual clang::Decl *decl () const { return _decl; } // that type (for the JoinPoint-API) virtual std::string that_type_string() const { return get_type_string(_decl); } // target type (for the JoinPoint-API) virtual std::string target_type_string() const { return get_type_string(_decl); } virtual std::string arg_type_string (unsigned no) const { return get_type_string (_decl->getParamDecl (no), true); } }; // forward declaring child class, as we need to reference the pointer type already // class TI_Builtin : public TI_Access class TI_Builtin; class TI_Access : public TI_Code { private: clang::DeclaratorDecl *_entity; clang::Expr *_node; clang::Expr *_ref_node; clang::Decl *_origin; clang::Expr *_target_expr; public: TI_Access() : _entity(0), _node(0), _ref_node(0), _origin(0), _target_expr(0) {} protected: // make setter protected as derived class might need one with different signature void entity( clang::DeclaratorDecl *ent ) { _entity = ent; } public: clang::DeclaratorDecl *entity() const { return _entity; } virtual clang::Decl *decl() const { return _entity; } // defined in TransformInfo bool entity_is_const() const { return false; } protected: // make setter protected as derived class might need one with different signature void tree_node( clang::Expr *n ) { _node = n; }; public: clang::Expr *tree_node() const { return _node; }; void ref_node( clang::Expr *ref ) { _ref_node = ref; _target_expr = find_target_expr(); // init caching var }; clang::Expr *ref_node() const { return _ref_node; }; // checks if the original access uses a qualified target entity name bool is_qualified () const { clang::MemberExpr *me = clang::dyn_cast_or_null( _ref_node ); if (me && me->hasQualifier()) return true; clang::DeclRefExpr *dre = clang::dyn_cast_or_null( _ref_node ); if (dre && dre->hasQualifier()) return true; return false; } void origin( clang::Decl *o ) { _origin = o; } clang::Decl *origin() const { return _origin; } bool target_is_ptr() const { return _target_expr && _target_expr->getType().getTypePtr()->isPointerType(); } bool target_is_implicit() const { return _target_expr && _target_expr->isImplicitCXXThis(); } bool target_is_const() const { if (!_target_expr) return false; // in case of calls to const member functions Clang adds an implicit cast that turn the object // into a const object even if it was non-const. So we have to ignore implicit casts here. clang::Expr *real_target = _target_expr->IgnoreImpCasts (); // now check whether the object type was const before any implicit casts clang::QualType t = real_target->getType(); // if the target is a pointer we need check the object's const-ness and ignore the pointer. if (t.getTypePtr()->isPointerType()) t = t.getTypePtr()->getPointeeType(); return t.isConstQualified (); } bool has_target_expr() const { return _target_expr && ! target_is_implicit(); } clang::Expr *target_expr() const { if( ! target_is_implicit() ) // by convention only explicit expr are returned return _target_expr; else return 0; } // no setter as it is done internally virtual clang::Expr *find_target_expr() const { // analog to clang::CXXMemberCallExpr::getImplicitObjectArgument() if( const clang::MemberExpr *member = llvm::dyn_cast( _ref_node ) ) return member->getBase()->IgnoreImpCasts(); else if( const clang::BinaryOperator *op = llvm::dyn_cast( _ref_node ) ) if( op->getOpcode() == clang::BO_PtrMemD || op->getOpcode() == clang::BO_PtrMemI ) return op->getLHS(); return 0; } // target type (for the JoinPoint-API) virtual const clang::RecordDecl *target_class () const = 0; // type of target expr (for qualifing names, might differ from target_class) virtual const clang::RecordDecl *targetexpr_class() const = 0; const clang::RecordDecl *defining_class() const { return clang::dyn_cast( _entity->getDeclContext() ); } const bool entity_from_baseclass() const { const clang::CXXRecordDecl *defining = llvm::dyn_cast_or_null( defining_class() ); const clang::CXXRecordDecl *target = llvm::dyn_cast_or_null( target_class() ); return defining && target && target->isDerivedFrom( defining ); } static TI_Access *of( const ACM_Access &loc ) { return static_cast( loc.transform_info() ); } const SyntacticContext access_context () const { return SyntacticContext( _origin ); } const SyntacticContext entity_context () const { return SyntacticContext( _entity ); } // that type (for the JoinPoint-API) virtual std::string that_type_string() const { if( clang::CXXMethodDecl *m = llvm::dyn_cast( _origin ) ) return get_type_string( m->getParent() ); else if( clang::VarDecl *vd = llvm::dyn_cast( _origin ) ) if( clang::CXXRecordDecl *r = llvm::dyn_cast( vd->getDeclContext() ) ) return get_type_string( r ); return "void"; } // target type (for the JoinPoint-API) virtual std::string target_type_string() const { const clang::NamedDecl *tc = target_class(); return ( tc ? get_type_string( tc ) : string( "void" )); } // type of target expr (for qualifing names, might differ from target_class) virtual std::string targetexpr_type_string() const { const clang::NamedDecl *tc = targetexpr_class(); return ( tc ? get_type_string( tc ) : string( "void" )); } virtual bool has_result() const = 0; virtual clang::QualType result_type() const = 0; virtual std::string result_type_string() const { return format_type( result_type(), _origin->getASTContext() ); } virtual unsigned int entity_index_count() const { return 0; } // derived override if they have indices virtual unsigned long int entity_index_dimension( unsigned int i ) const { return 0; } // derived override if they have indices virtual std::string entity_index_type( unsigned int i ) const { return "void"; } // derived override if they have indices virtual TI_Builtin *entity_src() const { return 0; } enum SpliceMode { SpliceMode_None, SpliceMode_Packed, SpliceMode_Pack, SpliceMode_FullSplice }; virtual SpliceMode entity_src_splice_mode() const { return SpliceMode_None; } static const clang::Expr * skipTransparent( const clang::Expr * start ) { const clang::Expr *oldE = start; const clang::Expr *newE = start->IgnoreImplicit()->IgnoreParens(); while( oldE != newE ) { oldE = newE; if( const clang::BinaryOperator *bo = llvm::dyn_cast( newE ) ) { if( bo->getOpcode() == clang::BO_Comma ) // jump inside right part as this is the relevant part for the joinpoint in the parent newE = bo->getRHS(); } newE = newE->IgnoreImplicit()->IgnoreParens(); } return newE; } virtual const WeavePos &before_pos (WeaverBase &wb) { // jump into parenthesis and ignore exprs that don't change anything // cant do this early (or _node in general as ImplicitCast can be skipped here but not for type compuatations) return wb.weave_pos( skipTransparent( _node )->getLocStart(), WeavePos::WP_BEFORE ); } virtual const WeavePos &after_pos (WeaverBase &wb) { // jump into parenthesis and ignore exprs that don't change anything // cant do this early (or _node in general as ImplicitCast can be skipped here but not for type compuatations) return get_pos_after_token( skipTransparent( _node )->getLocEnd(), wb ); } const WeavePos &entity_before_pos( WeaverBase &wb ) { return wb.weave_pos( ref_node()->getLocStart(), WeavePos::WP_BEFORE ); } const WeavePos &entity_after_pos( WeaverBase &wb ) { return get_pos_after_token( ref_node()->getLocEnd(), wb, WeavePos::WP_AFTER ); } const WeavePos &entity_op_before_pos( WeaverBase &wb ) { assert( clang::isa( ref_node() ) ); clang::MemberExpr *me = clang::dyn_cast( ref_node() ); // clang3.4 seems to miss getOperatorLoc() //return wb.weave_pos( me->getOperatorLoc(), WeavePos::WP_BEFORE ); return get_pos_after_token( me->getBase()->getLocEnd(), wb, WeavePos::WP_BEFORE ); } const WeavePos &entity_op_after_pos( WeaverBase &wb ) { assert( clang::isa( ref_node() ) ); clang::MemberExpr *me = clang::dyn_cast( ref_node() ); if( me->hasQualifier() ) return wb.weave_pos( me->getQualifierLoc().getBeginLoc(), WeavePos::WP_AFTER ); else return wb.weave_pos( me->getMemberLoc(), WeavePos::WP_AFTER ); } struct PH : public clang::PrinterHelper { virtual bool handledStmt (clang::Stmt *node, llvm::raw_ostream &os) { clang::CXXOperatorCallExpr *ce = clang::dyn_cast (node); clang::FunctionDecl *fd = (ce ? ce->getDirectCallee () : 0); if (ce && ce->getNumArgs () == 1 && fd->getNameAsString () == "operator->") { clang::ASTContext &ctx = fd->getASTContext(); os << "("; ce->getArg (0)->printPretty(os, this, ctx.getPrintingPolicy(), 0); os << ").operator->()"; return true; } // WORKAROUND for Clang 3.4 problem: // Implicit calls to conversion operators are printed explicitly, but // the object argument is not put into brackets. For example: // "a & b" might become "a & b.operator int()" // This fix generates the brackets: "(a & b).operator int()" clang::CXXMemberCallExpr *mce = clang::dyn_cast (node); fd = (mce ? mce->getDirectCallee () : 0); if (fd && clang::dyn_cast(fd)) { clang::MemberExpr *me = clang::dyn_cast(mce->getCallee ()); if (me) { os << "("; clang::ASTContext &ctx = fd->getASTContext(); me->getBase ()->printPretty(os, this, ctx.getPrintingPolicy(), 0); os << ")" << (me->isArrow () ? "->" : "."); os << TI_Function::name(fd) << "()"; return true; } } return false; } }; virtual string code () const { PH ph; clang::ASTContext &ctx = _origin->getASTContext(); std::string buf; llvm::raw_string_ostream out (buf); _node->printPretty(out, &ph, ctx.getPrintingPolicy(), 0); return buf; } // returns true if the access needs special rights bool needs_rights () const { // no member function => no accessibility problem if( ! target_class() ) return false; // static member => no problem only if public clang::CXXMethodDecl *md = clang::dyn_cast(_entity); clang::VarDecl *vd = clang::dyn_cast(_entity); if ((md && md->isStatic ()) || (vd && vd->isStaticDataMember ())) return (_entity->getAccess () != clang::AS_public); // normal member function => look up the accessibility const clang::CXXRecordDecl *base = clang::dyn_cast( defining_class() ); const clang::CXXRecordDecl *target = clang::dyn_cast(target_class ()); clang::CXXBasePaths paths; if (target->isDerivedFrom (base, paths)) { for (clang::CXXBasePaths::const_paths_iterator i = paths.begin (); i != paths.end (); ++i) if (i->Access != clang::AS_public) return true; } if( _entity->getAccess () == clang::AS_public ) return false; return true; } }; // This abstract class represents a call in general and exists just as interface for // actions that are (mostly) the same between calls of user-defined (member-)functions // and calls of built-in operators. class TI_CommonCall : public TI_Access { protected: TI_CommonCall () {} public: virtual string operator_kind_string() const = 0; virtual const clang::Expr* arg(unsigned int index) const = 0; virtual unsigned int arg_count() const = 0; virtual bool is_unary_expr() const = 0; virtual bool is_binary_expr() const = 0; virtual bool is_ternary_expr() const = 0; virtual bool is_postfix_expr() const = 0; virtual bool is_index_expr() const = 0; virtual bool is_arrow_class_member_access_expr() const = 0; virtual bool is_implicit_conversion() const = 0; virtual bool is_implicit_dereference() const = 0; virtual clang::SourceLocation get_operator_location() const = 0; // returns the position directly in front of the operator virtual const WeavePos &op_before_pos (WeaverBase &wb) { return wb.weave_pos(get_operator_location(), WeavePos::WP_BEFORE); } // returns the position directly behind the operator virtual const WeavePos &op_after_pos (WeaverBase &wb) { return get_pos_after_token(get_operator_location(), wb); } // The following member-functions may be called if is_index_expr() is true // returns the position directly in front of the opening bracket [ virtual const WeavePos &index_open_before_pos (WeaverBase &wb) { assert (is_index_expr ()); return get_pos_after_token(arg(0)->getLocEnd(), wb, WeavePos::WP_BEFORE); } // returns the position directly behind the opening bracket [ virtual const WeavePos &index_open_after_pos (WeaverBase &wb) { assert (is_index_expr ()); return wb.weave_pos(arg(1)->getLocStart (), WeavePos::WP_AFTER); } // returns the position directly in front of the closing bracket ] virtual const WeavePos &index_close_before_pos (WeaverBase &wb) { assert (is_index_expr ()); return get_pos_after_token(arg(1)->getLocEnd (), wb, WeavePos::WP_BEFORE); } // returns the position directly behind the closing bracket ] virtual const WeavePos &index_close_after_pos (WeaverBase &wb) { assert (is_index_expr ()); return get_pos_after_token(TI_Access::tree_node()->getLocEnd (), wb, WeavePos::WP_AFTER); } // The following member-functions return the corresponding weave-positions of ternary operators // (first delimiter = "?", second delimiter = ":") virtual const WeavePos& ternary_op_first_delim_before_pos(WeaverBase &wb) { assert (is_ternary_expr()); return get_pos_after_token(arg(0)->getLocEnd(), wb, WeavePos::WP_BEFORE); } virtual const WeavePos& ternary_op_first_delim_after_pos(WeaverBase &wb) { assert (is_ternary_expr()); return wb.weave_pos(arg(1)->getLocStart(), WeavePos::WP_AFTER); } virtual const WeavePos& ternary_op_second_delim_before_pos(WeaverBase &wb) { assert (is_ternary_expr()); return get_pos_after_token(arg(1)->getLocEnd(), wb, WeavePos::WP_BEFORE); } virtual const WeavePos& ternary_op_second_delim_after_pos(WeaverBase &wb) { assert (is_ternary_expr()); return wb.weave_pos(arg(2)->getLocStart(), WeavePos::WP_AFTER); } }; class TI_MethodCall : public TI_CommonCall { clang::FunctionDecl *_called_func; public: TI_MethodCall() : _called_func( 0 ) {} void called (clang::FunctionDecl *f) { _called_func = f; entity( f ); } clang::FunctionDecl *called () const { return _called_func; } void tree_node( clang::Expr *n ) { // In this class the node-object always has the type clang::CallExpr* assert(!n || llvm::isa(n)); TI_Access::tree_node( n ); if( n ) { ref_node( static_cast(n)->getCallee()->IgnoreParenImpCasts() ); } } // In this class the node-object always has the type clang::CallExpr* const clang::CallExpr* tree_node() const { assert(llvm::isa(TI_Access::tree_node())); return static_cast(TI_Access::tree_node()); } static TI_MethodCall *of (const ACM_Call &loc) { return static_cast(loc.transform_info ()); } bool uses_ADN_lookup () const { return (_called_func && _called_func->getLexicalDeclContext () != _called_func->getDeclContext () && _called_func->getFriendObjectKind () != clang::Decl::FOK_None); } virtual string operator_kind_string() const { if( clang::CXXOperatorCallExpr *oc =llvm::dyn_cast( TI_Access::tree_node() ) ) return oc->getDirectCallee ()->getNameAsString ().substr (8); assert( false && "Unknown expr type" ); return ""; // dummy } static unsigned int arg_count( const clang::CallExpr *node ) { unsigned int args = node->getNumArgs(); // for calls to % T::operator() (...) on an object t of type T, // e.g t(42), Clang says that the number of args is 2. In AspectC++ we // regard t is the target pointer and only 42 as an argument. if (is_call_op(node)) args--; return args; } virtual unsigned int arg_count() const { return arg_count( tree_node() ); } // This method takes an argument-index as unsigned int and returns the correspondent argument-clang::Expr-pointer. static const clang::Expr* arg( const clang::CallExpr *node, unsigned int index ) { // for calls to % T::operator() (...) on an object t of type T, // e.g t(42), Clang says that the number of args is 2. In AspectC++ we // regard t is the target pointer and only 42 as an argument. if (is_call_op(node)) index++; return node->getArg(index); } // This method takes an argument-index as unsigned int and returns the correspondent argument-clang::Expr-pointer. virtual const clang::Expr* arg(unsigned int index) const { return arg( tree_node(), index ); } static std::string arg_type_string( const clang::CallExpr *node, clang::ASTContext &ctx, unsigned no ) { return TI_Type::get_type_code_text(arg( node, no )->getType(), &ctx, 0); } virtual std::string arg_type_string (unsigned no) const { // If the requested argument is no variadic argument we take it // from the function declaration: if( no < _called_func->getNumParams () ) return get_type_string (_called_func->getParamDecl (no), true); assert(_called_func->isVariadic()); // Otherwise we take it from the call expression: clang::ASTContext &ctx = origin()->getASTContext(); return arg_type_string( tree_node(), ctx, no ); } bool is_operator_call() const { return llvm::isa( TI_Access::tree_node() ); } virtual bool is_unary_expr () const { clang::CXXOperatorCallExpr *ce = clang::dyn_cast (TI_Access::tree_node()); return (ce && ce->getNumArgs () == 1 && !is_call_op()); } virtual bool is_binary_expr () const { clang::CXXOperatorCallExpr *ce = clang::dyn_cast (TI_Access::tree_node()); return (ce && ce->getNumArgs () == 2 && !is_index_expr () && !is_postfix_expr () && !is_call_op()); } virtual bool is_index_expr () const { clang::CXXOperatorCallExpr *ce = clang::dyn_cast (TI_Access::tree_node()); return (ce && ce->getNumArgs () == 2 && _called_func->getNameAsString () == "operator[]"); } virtual bool is_postfix_expr () const { clang::CXXOperatorCallExpr *ce = clang::dyn_cast (TI_Access::tree_node()); return (ce && ce->getNumArgs () == 2 && (_called_func->getNameAsString () == "operator++" || _called_func->getNameAsString () == "operator--")); } virtual bool is_arrow_class_member_access_expr() const { return _called_func->getNameAsString () == "operator->"; } virtual bool is_ternary_expr() const { return false; } virtual bool is_implicit_conversion () const { if (!llvm::isa (_called_func)) return false; clang::CXXMemberCallExpr *mce = clang::dyn_cast( TI_Access::tree_node() ); if (!mce) return false; // TODO: is there a better way to distinguish 'c' from 'c.operator int*()'? return (mce->getCallee ()->getLocEnd () == TI_Access::tree_node()->getLocEnd ()); } virtual bool is_implicit_dereference() const { return false; } static bool is_call_op (const clang::CallExpr *node) { return (clang::dyn_cast(node) && node->getDirectCallee ()->getNameAsString () == "operator()"); } bool is_call_op () const { return is_call_op (tree_node()); } // This method returns the clang::SourceLocation of the operator according to the operator-type. virtual clang::SourceLocation get_operator_location() const { if( clang::CXXOperatorCallExpr *ce = clang::dyn_cast ( TI_Access::tree_node() ) ) return ce->getOperatorLoc (); assert( false && "This is no operator." ); return TI_Access::tree_node()->getLocStart(); // dummy } const WeavePos &args_open_before_pos (WeaverBase &wb) { if (is_call_op ()) return wb.weave_pos (tree_node()->getCallee ()->getLocStart (), WeavePos::WP_BEFORE); else return get_pos_after_token(tree_node()->getCallee ()->getLocEnd (), wb, WeavePos::WP_BEFORE); } const WeavePos &args_open_after_pos (WeaverBase &wb) { if (call_args () > 0) return wb.weave_pos (arg (0)->getLocStart (), WeavePos::WP_AFTER); else return wb.weave_pos (TI_Access::tree_node()->getLocEnd (), WeavePos::WP_AFTER); } const WeavePos &args_close_before_pos (WeaverBase &wb) { return wb.weave_pos(TI_Access::tree_node()->getLocEnd (), WeavePos::WP_BEFORE); } const WeavePos &args_close_after_pos (WeaverBase &wb) { return get_pos_after_token(TI_Access::tree_node()->getLocEnd (), wb, WeavePos::WP_AFTER); } const WeavePos &callee_before_pos (WeaverBase &wb) { if (has_target_expr()) { const clang::Expr *callee = tree_node()->getCallee (); while (clang::dyn_cast (callee)) callee = clang::dyn_cast (callee)->getSubExpr (); while (clang::dyn_cast (callee)) callee = clang::dyn_cast (callee)->getSubExpr (); const clang::MemberExpr *me = clang::dyn_cast (callee); assert (me); return get_pos_after_token(me->getBase ()->getLocEnd (), wb, WeavePos::WP_BEFORE); } else { if (is_call_op ()) return wb.weave_pos (TI_Access::tree_node()->getLocStart (), WeavePos::WP_BEFORE); else return wb.weave_pos (tree_node()->getCallee ()->getLocStart (), WeavePos::WP_BEFORE); } } const WeavePos &callee_after_pos (WeaverBase &wb) { if (is_call_op ()) return wb.weave_pos (tree_node()->getCallee ()->getLocStart (), WeavePos::WP_AFTER); else { const clang::Expr *callee = tree_node()->getCallee (); while (clang::dyn_cast (callee)) callee = clang::dyn_cast (callee)->getSubExpr (); return get_pos_after_token(callee->getLocEnd (), wb, WeavePos::WP_AFTER); } } // return the number of arguments, not including the object in case of // member function calls and not including implicitly passed default arguments unsigned call_args () const { unsigned args = 0; const clang::CallExpr* call_node = tree_node(); while (args < call_node->getNumArgs ()) { if( clang::dyn_cast( call_node->getArg( args ) ) ) break; args++; } // in case of calls to operator() the number has to be decremented once if (is_call_op()) args--; return args; } virtual bool has_result () const { #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) return !_called_func->getResultType()->isVoidType (); #else // C++ 11 interface return !_called_func->getReturnType()->isVoidType (); #endif } virtual clang::QualType result_type() const { #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) return _called_func->getResultType (); #else // C++ 11 interface return _called_func->getReturnType (); #endif } // target type (for the JoinPoint-API) virtual const clang::RecordDecl *target_class () const { return targetexpr_class(); } virtual const clang::RecordDecl *targetexpr_class () const { const clang::RecordDecl *result = 0; const clang::CXXMethodDecl *md = clang::dyn_cast_or_null (_called_func); if( has_target_expr() ) { const clang::Type *type = target_expr()->getType ().getTypePtr (); result = type->getPointeeCXXRecordDecl(); if (!result) result = type->getAsCXXRecordDecl (); } else if (md) { result = md->getParent(); if (clang::CXXMethodDecl *caller = llvm::dyn_cast(origin())) { if (!md->isStatic()) result = caller->getParent (); } } return result; } // the target object of the call or NULL virtual clang::Expr *find_target_expr() const { // check if this call has a target object clang::CXXMethodDecl *md = clang::dyn_cast_or_null (_called_func); if (!md /* || md->isStatic ()*/) return 0; clang::Expr *result = 0; // an ordinary member function call, e.g. foo->bar() clang::CXXMemberCallExpr *mce = clang::dyn_cast (TI_Access::tree_node()); // .. or an operator call, e.g. !foo or foo+bar clang::CXXOperatorCallExpr *oce = clang::dyn_cast (TI_Access::tree_node()); if (mce) result = mce->getImplicitObjectArgument (); else if (oce && md->getParent ()) result = oce->getArg (0); else { // it might still be a static member function call with unused target expr, // e.g. foo->static_bar() const clang::Expr *callee = tree_node()->getCallee(); if (clang::dyn_cast (callee)) { callee = clang::dyn_cast (callee)->getSubExpr (); if (clang::dyn_cast (callee)) { result = clang::dyn_cast (callee)->getBase(); } } } // TODO: check if implicit calls are handled correctly here return result; } // checks whether the call uses explicit template parameters bool has_explicit_template_params () const { if( clang::DeclRefExpr *dre = llvm::dyn_cast( ref_node() ) ) return dre->hasExplicitTemplateArgs(); else if( clang::MemberExpr *me = llvm::dyn_cast( ref_node() ) ) return me->hasExplicitTemplateArgs(); else return false; } const clang::TemplateArgumentLoc *get_explicit_template_params() const { if( clang::DeclRefExpr *dre = llvm::dyn_cast( ref_node() ) ) return dre->getTemplateArgs(); else if( clang::MemberExpr *me = llvm::dyn_cast( ref_node() ) ) return me->getTemplateArgs(); else return 0; } unsigned int num_explicit_template_params() const { if( clang::DeclRefExpr *dre = llvm::dyn_cast( ref_node() ) ) return dre->getNumTemplateArgs(); else if( clang::MemberExpr *me = llvm::dyn_cast( ref_node() ) ) return me->getNumTemplateArgs(); else return 0; } }; // This class represents a call of a built-in operator. class TI_Builtin : public TI_CommonCall { TI_Builtin *_forwarded_src; ACM_Access *_packed_forward_requester; public: TI_Builtin() : _forwarded_src( 0 ), _packed_forward_requester( 0 ) {} void tree_node( clang::Expr *n ) { assert(is_builtin_operator(n)); TI_Access::tree_node( n ); } virtual string code () const { if( TI_Builtin::is_implicit_dereference() ) { clang::ASTContext &ctx = TI_Access::origin()->getASTContext(); std::string buf("*"); // add explicit built-in operator* llvm::raw_string_ostream out (buf); arg(0)->printPretty(out, 0, ctx.getPrintingPolicy(), 0); out.flush(); return buf; } return TI_CommonCall::code(); } virtual const WeavePos &after_pos (WeaverBase &wb) { if( TI_Builtin::is_implicit_dereference() ) { return get_pos_after_token( skipTransparent( arg(0) )->getLocEnd(), wb ); } return TI_CommonCall::after_pos(wb); } virtual const WeavePos &before_pos (WeaverBase &wb) { if( TI_Builtin::is_implicit_dereference() ) { return wb.weave_pos( skipTransparent( arg(0) )->getLocStart(), WeavePos::WP_BEFORE ); } return TI_CommonCall::before_pos(wb); } static TI_Builtin *of (const ACM_Builtin &loc) { return static_cast(loc.transform_info ()); } static bool is_builtin_operator(clang::Expr* node) { return llvm::isa( node ) || llvm::isa( node ) || llvm::isa( node ) || llvm::isa( node ) || is_implicit_dereference( node ); } static string operator_kind_string( clang::Expr *node ) { assert( is_builtin_operator( node ) ); if( clang::UnaryOperator *uo = llvm::dyn_cast( node ) ) return clang::UnaryOperator::getOpcodeStr( uo->getOpcode() ).str(); else if( clang::BinaryOperator * bo = llvm::dyn_cast( node ) ) return clang::BinaryOperator::getOpcodeStr( bo->getOpcode() ).str(); else if( llvm::isa( node ) ) return "[]"; else if( llvm::isa( node ) ) return "?:"; else if( is_implicit_dereference( node ) ) return "*"; assert( false && "Unknown expr type" ); return ""; // dummy } virtual string operator_kind_string() const { return( operator_kind_string( TI_Access::tree_node() ) ); } static unsigned int arg_count( const clang::Expr *node ) { if( const clang::UnaryOperator *uo = llvm::dyn_cast( node ) ) { if( uo->isPostfix() ) return 2; else return 1; } else if( llvm::isa( node ) ) return 2; else if( llvm::isa( node ) ) return 2; else if( llvm::isa( node ) ) return 3; else if( is_implicit_dereference( node ) ) return 1; assert( false && "Unknown expr type" ); return 0; // dummy } virtual unsigned int arg_count() const { return arg_count( TI_Access::tree_node() ); } // This method takes an argument-index as unsigned int and returns the correspondent argument-clang::Expr-pointer. static const clang::Expr* arg( const clang::Expr *node, unsigned int index ) { // Valid index? assert( index < arg_count( node ) ); if( const clang::UnaryOperator *uo = llvm::dyn_cast( node ) ) { if( uo->isPostfix() && index == 1 ) return 0; else return uo->getSubExpr(); } else if( const clang::BinaryOperator * bo = llvm::dyn_cast( node ) ) return index == 0 ? bo->getLHS() : bo->getRHS(); else if( const clang::ArraySubscriptExpr *ase = llvm::dyn_cast( node ) ) return ( index == 0 ) ? ase->getLHS() : ase->getRHS(); else if( const clang::ConditionalOperator *co = llvm::dyn_cast( node ) ) return ( index == 0 ) ? co->getCond() : ( ( index == 1 ) ? co->getTrueExpr() : co->getFalseExpr() ); else if( is_implicit_dereference( node ) ) return llvm::dyn_cast( node )->getCallee(); assert( false && "Unknown expr type" ); return 0; // dummy } // This method takes an argument-index as unsigned int and returns the correspondent argument-clang::Expr-pointer. virtual const clang::Expr* arg(unsigned int index) const { return arg( TI_Access::tree_node(), index ); } static clang::QualType arg_type( const clang::Expr *node, clang::ASTContext &ctx, unsigned no ) { if( const clang::UnaryOperator * uo = llvm::dyn_cast( node ) ) { if( uo->isPostfix() && ( no == 1 ) ) return ctx.IntTy; // Dummy argument of postfix ops } const clang::Expr *argument = arg( node, no ); if( is_implicit_dereference( node ) ) return argument->getType().getCanonicalType(); return TI_Type::get_reference_type_if_necessary(argument->getType().getCanonicalType(), argument, ctx); } static std::string arg_type_string( const clang::Expr *node, clang::ASTContext &ctx, unsigned no ) { return TI_Type::get_type_code_text(arg_type( node, ctx, no ), &ctx, 0); } virtual std::string arg_type_string (unsigned no) const { return arg_type_string( TI_Access::tree_node(), origin()->getASTContext(), no ); } // returns whether the type of the argument with the given number is a reference-type bool arg_is_ref( unsigned no ) const { return arg_type( TI_Access::tree_node(), origin()->getASTContext(), no )->isReferenceType(); } // returns whether the argument with the given number is NOT available in the call-wrapper // (e.g. due to short-circuit-evaluation) bool arg_is_unavailable( unsigned no, int wrapper ) { // First argument is always available if(no == 0) { return false; } // Second argument of && and || if( clang::BinaryOperator *bo = llvm::dyn_cast( TI_Access::tree_node() ) ) { if( bo->getOpcode() == clang::BO_LAnd ) return wrapper == 1 && no == 1; else if( bo->getOpcode() == clang::BO_LOr ) return wrapper == 0 && no == 1; else return false; } // second or third argument of ?: else if( llvm::isa( TI_Access::tree_node() ) ) return no == static_cast( 2 - wrapper ); else return false; } // returns whether this is a unary operator virtual bool is_unary_expr () const { return (llvm::isa( TI_Access::tree_node() ) && ! is_postfix_expr() ) || is_implicit_dereference( TI_Access::tree_node() ); } // returns whether this is a postfix operator (increment oder decrement) virtual bool is_postfix_expr () const { if( clang::UnaryOperator *uo = llvm::dyn_cast( TI_Access::tree_node() ) ) return uo->isPostfix(); return false; } // returns whether this a binary operator ( but no array subscript operator virtual bool is_binary_expr () const { return llvm::isa( TI_Access::tree_node() ); } // returns whether this is the binary array subscript operator virtual bool is_index_expr () const { return llvm::isa( TI_Access::tree_node() ); } // returns whether this is a operator that changes and assigns a value bool is_compound_assignment() const { if( llvm::isa( TI_Access::tree_node() ) ) return true; else if( clang::UnaryOperator *uo = llvm::dyn_cast( TI_Access::tree_node() ) ) return uo->isIncrementDecrementOp(); else return false; } // returns whether this is the arrow class member access operator "->" virtual bool is_arrow_class_member_access_expr() const { // built-in operator "->" is currently not supported: return false; } // returns whether this a ternary operator (currently only conditional operator) virtual bool is_ternary_expr() const { return llvm::isa( TI_Access::tree_node() ); } virtual bool is_implicit_conversion () const { // built-in conversion operators are currently not supported return false; } static bool is_implicit_dereference(const clang::Expr* node) { return llvm::isa( node ); } virtual bool is_implicit_dereference() const { return is_implicit_dereference( TI_Access::tree_node() ); } // This member-function returns whether this call uses the short-circuit evaluation. Currently only // the built-in operators "&&", "||" and "?:". bool is_short_circuiting() const { if( clang::BinaryOperator * bo = llvm::dyn_cast( TI_Access::tree_node() ) ) { return bo->getOpcode() == clang::BO_LAnd || bo->getOpcode() == clang::BO_LOr; } else { return llvm::isa( TI_Access::tree_node() ); } } // check if operator is normally forwarding the first arg as result (usually references) bool is_forwarding() const { if( llvm::isa( TI_Access::tree_node() ) ) return true; else if( clang::BinaryOperator * bo = llvm::dyn_cast( TI_Access::tree_node() ) ) return bo->getOpcode() == clang::BO_Assign; else if( clang::UnaryOperator *uo = llvm::dyn_cast( TI_Access::tree_node() ) ) return uo->isIncrementDecrementOp() && uo->isPrefix(); else if( llvm::isa( TI_Access::tree_node() ) ) return true; else return false; } // This method returns the clang::SourceLocation of the operator according to the operator-type. virtual clang::SourceLocation get_operator_location() const { clang::Expr *node = TI_Access::tree_node(); if( clang::UnaryOperator *uo = clang::dyn_cast( node ) ) { return uo->getOperatorLoc(); } else if( clang::BinaryOperator *bo = clang::dyn_cast( node ) ) { return bo->getOperatorLoc(); } else if( is_implicit_dereference( node ) ) { assert( false && "An implicit dereference has no operator location." ); return clang::SourceLocation(); // invalid location } assert( false && "The expr does not have THE ONE operator-location." ); return node->getLocStart(); // dummy } // returns whether the current operator returns something virtual bool has_result () const { // All currently supported operators have a return value: return true; } // returns the type of the return value of the operator static clang::QualType result_type(clang::Expr *node, clang::ASTContext& ctx) { if( is_implicit_dereference( node ) ) { // Set the result-type manually, because we have no explicit expression, from which we could take the result-type. // On dereference operator, if the argument-type is T*, the result-type is T&, so first take the non-pointer-type and // get it as reference type: return ctx.getLValueReferenceType(arg(node, 0)->getType().getCanonicalType().getNonReferenceType()->getPointeeType()); } return TI_Type::get_reference_type_if_necessary(node->getType().getCanonicalType(), node, ctx); } virtual clang::QualType result_type() const { return result_type(TI_Access::tree_node(), origin()->getASTContext()); } // Built-in operators are global functions and therefore have no object/target on // which they are called. Hence we have no target expression and thus there // is no class of the type of this expression. virtual clang::Expr *find_target_expr() const { return 0; } virtual const clang::RecordDecl *target_class () const { return 0; } virtual const clang::RecordDecl *targetexpr_class () const { return 0; } void forwarded_src( TI_Builtin *src ) { _forwarded_src = src; } TI_Builtin *forwarded_src() { return _forwarded_src; } void request_packed_forward( ACM_Access *requester ) { if( _packed_forward_requester == 0 ) { if( _forwarded_src ) _forwarded_src->request_packed_forward( requester ); _packed_forward_requester = requester; } } bool forwarded_is_packed() const { return _packed_forward_requester != 0; } ACM_Access * packed_forward_requester() const { return _packed_forward_requester; } bool forwarded_needs_packing() { // check src for planned advice, which already packed it TI_Builtin *check = _forwarded_src; while( check ) { if( check->is_planned() ) return false; check = check->_forwarded_src; } return true; } unsigned int forwarded_index_count() const { unsigned int result = 0; if( _forwarded_src ) result = _forwarded_src->forwarded_index_count(); if( is_index_expr() ) result++; return result; } std::string forwarded_index_type( unsigned int i ) const { assert( forwarded_index_count() > i ); if( is_index_expr() ) { if( i == 0 ) return arg_type_string( 1 ); else i--; } assert( _forwarded_src ); return _forwarded_src->forwarded_index_type( i ); } }; class TI_VariableAccess : public TI_Access { private: TI_Builtin *_entity_src; public: TI_VariableAccess() : _entity_src( 0 ) {} // unprotect function by forwarding (we need no special sig) void entity( clang::DeclaratorDecl *v ) { TI_Access::entity( v ); } void variable( clang::DeclaratorDecl *v ) { entity( v ); } clang::DeclaratorDecl *variable() const { return TI_Access::entity(); } virtual clang::QualType entity_type() const { clang::QualType type = TI_Access::entity()->getType(); unsigned int unwrap = entity_index_count(); while( unwrap > 0 && type->isArrayType() ) { type = clang::dyn_cast( type.getCanonicalType().getTypePtr() )->getElementType(); unwrap--; } assert( unwrap == 0 ); // we should not meet any non array types above return type; } virtual std::string entity_type_string() const { return format_type( entity_type(), TI_Access::entity()->getASTContext() ); } void entity_src( TI_Builtin *src ) { _entity_src = src; } virtual TI_Builtin *entity_src() const { return _entity_src; } virtual SpliceMode entity_src_splice_mode() const { TI_Builtin *src = _entity_src; while( src ) { if( src->is_planned() ) return SpliceMode_Packed; // already done while weaving of src if( ( src->is_binary_expr() && ( src->operator_kind_string() == "=" ) ) || src->is_compound_assignment() ) return SpliceMode_Pack; // this forwarding operators have side effects we cant splice, so we need to pack src = src->forwarded_src(); } return SpliceMode_FullSplice; // no reasons to not do it, at least none found here } bool entity_is_const() const { clang::DeclaratorDecl *var = variable(); return var && var->getType().isConstQualified(); } virtual unsigned int entity_index_count() const { if( _entity_src ) return _entity_src->forwarded_index_count(); else return 0; } virtual unsigned long int entity_index_dimension( unsigned int i ) const { const clang::ConstantArrayType *type = llvm::dyn_cast( variable()->getType().getCanonicalType().getTypePtr() ); while( i > 0 ) type = clang::dyn_cast( type->getElementType().getTypePtr() ), i--; return type->getSize().getZExtValue(); } virtual std::string entity_index_type( unsigned int i ) const { if( _entity_src ) return _entity_src->forwarded_index_type( i ); else return "void"; } // unprotect function by forwarding (we need no special sig) void tree_node( clang::Expr* n ) { TI_Access::tree_node( n ); } // target type (for the JoinPoint-API) virtual const clang::RecordDecl *target_class () const { const clang::RecordDecl *result = targetexpr_class(); // if variable is from a virtual base, we need to "downgrade" the target as member pointers cant represent that if( llvm::isa( variable() ) ) { const clang::CXXRecordDecl *defining = llvm::dyn_cast_or_null( defining_class() ); const clang::CXXRecordDecl *target = llvm::dyn_cast_or_null( result ); if( defining && target && target->isVirtuallyDerivedFrom( defining ) ) result = defining_class(); } return result; } virtual const clang::RecordDecl *targetexpr_class() const { const clang::RecordDecl *result = 0; if( target_is_implicit() ) { clang::CXXMethodDecl *origin = llvm::dyn_cast( this->origin() ); assert( origin ); result = origin->getParent(); } else if( has_target_expr() ) { const clang::Type *type = target_expr()->getType ().getTypePtr(); result = type->getPointeeCXXRecordDecl(); if( !result ) result = type->getAsCXXRecordDecl(); } else if( const clang::VarDecl *vd = llvm::dyn_cast( variable() ) ) { if( vd->isStaticDataMember() ) { const clang::DeclContext *dc = vd->getDeclContext(); assert( dc->isRecord() ); result = llvm::dyn_cast( dc ); } else result = 0; } return result; } }; class TI_Get : public TI_VariableAccess { public: TI_Get() {} static TI_Get *of( const ACM_Get &loc ) { return static_cast(loc.transform_info()); } virtual bool has_result() const { return true; } virtual clang::QualType result_type() const { return entity_type(); } }; class TI_Set : public TI_VariableAccess { public: TI_Set() {} static TI_Set *of( const ACM_Set &loc ) { return static_cast(loc.transform_info()); } virtual std::string arg_type_string (unsigned no) const { assert( no == 0 ); return entity_type_string(); } virtual bool has_result() const { return false; } virtual clang::QualType result_type() const { clang::ASTContext& ctx = origin()->getASTContext(); return ctx.VoidTy; } }; class TI_Ref : public TI_VariableAccess { public: TI_Ref() {} static TI_Ref *of( const ACM_Ref &loc ) { return static_cast(loc.transform_info()); } // emulate index on ArrayToPointerDecay virtual unsigned int entity_index_count() const { unsigned int result = TI_VariableAccess::entity_index_count(); if( is_implicit_arraydecay() ) result++; return result; } virtual std::string entity_index_type( unsigned int i ) const { if( is_implicit_arraydecay() && i == ( entity_index_count() - 1 ) ) return "unsigned int"; else return TI_VariableAccess::entity_index_type( i ); } virtual bool has_result() const { return true; } virtual clang::QualType result_type() const { clang::Expr *node = TI_Access::tree_node(); return TI_Type::get_reference_type_if_necessary(node->getType(), node, origin()->getASTContext()); } bool result_is_ptr() const { return result_type().getTypePtr()->isPointerType(); } const bool is_explicit_operator() const { if( clang::UnaryOperator *uo = clang::dyn_cast( TI_Access::tree_node() ) ) if( uo->getOpcode() == clang::UO_AddrOf ) return true; return false; } bool is_implicit_arraydecay() const { if( clang::ImplicitCastExpr *ice = clang::dyn_cast( TI_Access::tree_node() ) ) if( ice->getCastKind() == clang::CK_ArrayToPointerDecay ) return true; return false; } const WeavePos &op_before_pos( WeaverBase &wb ) const { assert( clang::isa( TI_Access::tree_node() ) ); return wb.weave_pos( clang::dyn_cast( TI_Access::tree_node() )->getOperatorLoc(), WeavePos::WP_BEFORE ); } const WeavePos &op_after_pos( WeaverBase &wb ) const { assert( clang::isa( TI_Access::tree_node() ) ); return get_pos_after_token( clang::dyn_cast( TI_Access::tree_node() )->getOperatorLoc(), wb ); } }; class TI_RefAccess : public TI_Access { public: TI_RefAccess() {} bool entity_is_const() const { return entity_type().isConstQualified(); } // unprotect function by forwarding (we need no special sig) void tree_node( clang::Expr* n ) { TI_Access::tree_node( n ); } // target type (for the JoinPoint-API) virtual const clang::RecordDecl *target_class () const { return 0; // refs dont have a target type currently, it has to be recovered from runtime info } virtual const clang::RecordDecl *targetexpr_class () const { return 0; // accesses by reference dont have a target expr } // common function to determine entity type clang::QualType entity_type() const { return TI_Access::ref_node()->getType().getNonReferenceType(); } // entity type (for the JoinPoint-API) virtual std::string entity_type_string() const { return format_type( entity_type(), TI_Access::origin()->getASTContext() ); } }; class TI_GetRef : public TI_RefAccess { public: TI_GetRef() {} static const TI_GetRef *of( const ACM_GetRef &loc ) { return static_cast(loc.transform_info()); } virtual bool has_result() const { return true; } virtual clang::QualType result_type() const { return entity_type(); } }; class TI_SetRef : public TI_RefAccess { public: TI_SetRef() {} static const TI_SetRef *of( const ACM_SetRef &loc ) { return static_cast(loc.transform_info()); } virtual std::string arg_type_string (unsigned no) const { assert( no == 0 ); return entity_type_string(); } virtual bool has_result() const { return false; } virtual clang::QualType result_type() const { clang::ASTContext& ctx = origin()->getASTContext(); return ctx.VoidTy; } }; class TI_Construction : public TI_Code { clang::FunctionDecl *_decl; clang::CXXRecordDecl *_that_decl; public: TI_Construction () : _decl (0), _that_decl (0) {} void decl (clang::FunctionDecl *f) { _decl = f; } virtual clang::Decl *decl () const { return _that_decl; } void that_decl (clang::CXXRecordDecl *r) { _that_decl = r; } virtual clang::CXXRecordDecl *that_decl () const { return _that_decl; } // that type (for the JoinPoint-API) virtual std::string that_type_string() const { return get_type_string(_that_decl); } // target type (for the JoinPoint-API) virtual std::string target_type_string() const { return get_type_string(_that_decl); } virtual std::string arg_type_string (unsigned no) const { if (_decl) { // user-defined constructor return get_type_string (_decl->getParamDecl (no), true); } else { // built-in constructor assert (no == 0); // may have at most one argument string result; if (_that_decl->hasCopyConstructorWithConstParam ()) result += "const "; result += get_type_string(_that_decl); result += "&"; return result; } } // entity type (for the JoinPoint-API) virtual std::string entity_type_string() const { return format_type( _decl ); } }; class TI_Destruction : public TI_Code { clang::FunctionDecl *_decl; clang::CXXRecordDecl *_that_decl; public: TI_Destruction () : _decl (0), _that_decl (0) {} void decl (clang::FunctionDecl *f) { _decl = f; } virtual clang::Decl *decl () const { return _that_decl; } void that_decl (clang::CXXRecordDecl *r) { _that_decl = r; } virtual clang::CXXRecordDecl *that_decl () const { return _that_decl; } // that type (for the JoinPoint-API) virtual std::string that_type_string() const { return get_type_string(_that_decl); } // target type (for the JoinPoint-API) virtual std::string target_type_string() const { return get_type_string(_that_decl); } // entity type (for the JoinPoint-API) virtual std::string entity_type_string() const { return format_type( _decl ); } }; class TI_AdviceCode : public TransformInfo { clang::FunctionDecl *_decl; ThisJoinPoint _this_join_point; public: TI_AdviceCode () : _decl (0) {} void decl(clang::FunctionDecl *f) { _decl = f; } virtual clang::FunctionDecl *decl () const { return _decl; } clang::DeclContext *Scope () const { return _decl ? _decl->getParent() : 0; } string name () const { return _decl ? _decl->getNameAsString() : ""; } string qual_name () { return _decl ? _decl->getQualifiedNameAsString() : ""; } ThisJoinPoint &this_join_point () { return _this_join_point; } const ThisJoinPoint &this_join_point () const { return _this_join_point; } static TI_AdviceCode *of (const ACM_AdviceCode &loc) { return static_cast(loc.transform_info ()); } }; class TI_Introduction : public TransformInfo { public: virtual clang::Decl *decl () const { return 0; } static TI_Introduction *of (const ACM_Introduction &loc) { return static_cast(loc.transform_info ()); } }; class TI_Order : public TransformInfo { public: virtual clang::Decl *decl () const { return 0; } static TI_Order *of (const ACM_Order &loc) { return static_cast(loc.transform_info ()); } }; class TI_Pointcut : public TransformInfo { clang::FunctionDecl *_decl; int _phase; clang::FullSourceLoc _loc; public: TI_Pointcut () : _decl(0), _phase (0) {} void decl (clang::FunctionDecl *c) { _decl = c; } virtual clang::Decl *decl () const { return _decl; } void phase (int p) { _phase = p; } int phase () const { return _phase; } void set_location (clang::FullSourceLoc loc) { _loc = loc; } clang::FullSourceLoc get_location () const { return _loc; } static TI_Pointcut *of (const ACM_Pointcut &loc) { return static_cast(loc.transform_info ()); } }; class TI_ClassSlice : public TransformInfo { public: struct SliceBody { std::string text; // the pattern itself ACFileID file; // file in which the slice (part) is implemented unsigned line; // line in 'file' enum InsertType { TARGET_NAME, TARGET_QUAL_NAME, JP_NAME }; // kinds of replacements std::vector > positions; // replacement positions }; private: ACFileID _slice_unit; // new phase 1 implementation: SliceBody _member_intro; // class slice body SliceBody _base_intro; // introduce base classes bool _has_base_intro, _has_member_intro; std::vector _non_inline_members; // members defined outside of body std::vector _non_inline_member_units; // corresponding source units public: TI_ClassSlice () : _slice_unit (0), _has_base_intro (false), _has_member_intro (false) {} // new phase 1 implementation: void set_tokens (const SliceBody &member_intro, const SliceBody &base_intro, bool has_base_intro, bool has_member_intro) { _member_intro = member_intro; _base_intro = base_intro; _has_base_intro = has_base_intro; _has_member_intro = has_member_intro; } const SliceBody &get_tokens () const { return _member_intro; } const SliceBody &get_base_tokens () const { return _base_intro; } std::vector &non_inline_members () { return _non_inline_members; } std::vector &non_inline_member_units () { return _non_inline_member_units; } void analyze_tokens (bool &has_base_intro, bool &has_member_intro) { has_base_intro = _has_base_intro; has_member_intro = _has_member_intro; } const std::string &base_intro () const { return _base_intro.text; } // end - new phase 1 implementation virtual clang::Decl *decl () const { return 0; } void slice_unit (ACFileID su) { _slice_unit = su; } ACFileID slice_unit () const { return _slice_unit; } static TI_ClassSlice *of (const ACM_ClassSlice &loc) { return static_cast(loc.transform_info ()); } }; #endif // __ClangTransformInfo_h__ aspectc++/AspectC++/PaxHeaders.4702/JoinPointRepo.cc0000644000000000000000000000007412740141200017011 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/JoinPointRepo.cc0000644000175000001440000001114612740141200017176 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include #include "JoinPointRepo.h" #include "RepoXMLNode.h" #include "Puma/StrCol.h" // Reinhard // #include "MatchExpr.h" // End Reinhard using namespace Puma; int JoinPointRepo::insert (int file_id, int line, const string &signature, const string &type, int adv, int lines) { Map::iterator entry = _map.find (RepoPosKey (file_id, line)); if (entry != _map.end ()) { Data &data = (*entry).second; if (!data._ref) { data._ref = true; data._advice.clear (); } data._advice.insert (adv); return data._id; } set advice_set; advice_set.insert (adv); int id = new_id (); _map.insert (MapPair (RepoPosKey (file_id, line), Data (id, signature, type, advice_set, lines))); return id; } void JoinPointRepo::noref () { for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { Data &data = (*curr).second; data._ref = false; } } void JoinPointRepo::cleanup (set files) { std::list to_delete; for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { Data &data = (*curr).second; const RepoPosKey &key = (*curr).first; if (!data._ref && files.count (key.file_id ()) == 1) { to_delete.push_back(key); } } list::iterator c; for (c = to_delete.begin(); c != to_delete.end(); ++c) { _map.erase(*c); } } void JoinPointRepo::make_xml (RepoXMLNode parent) { RepoXMLNode joinpoints = parent.make_child ("joinpoint-list"); for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { RepoXMLNode jpn = joinpoints.make_child ("joinpoint"); const RepoPosKey &key = (*curr).first; key.make_xml (jpn); const Data &data = (*curr).second; string adv; for (set::const_iterator curr = data._advice.begin (); curr != data._advice.end (); ++curr) { if (curr != data._advice.begin ()) adv += ","; adv += idstr (*curr); } jpn.set_int_prop ("id", data._id); jpn.set_str_prop ("type", data._type.c_str ()); jpn.set_str_prop ("signature", data._signature.c_str ()); jpn.set_str_prop ("advice", adv.c_str ()); jpn.set_int_prop ("lines", data._lines); } } void JoinPointRepo::get_xml (RepoXMLNode parent) { reset_id (); for (RepoXMLNode::iter curr = parent.first_child (); curr != parent.end_child (); ++curr) { RepoXMLNode jpn = *curr; if (jpn.has_name ("joinpoint")) { int id = jpn.get_int_prop ("id"); string signature = jpn.get_str_prop ("signature"); string type = jpn.get_str_prop ("type"); string adv_str = jpn.get_str_prop ("advice"); set adv; get_id_set (adv_str, adv); int lines = jpn.get_int_prop ("lines"); _map.insert (MapPair (RepoPosKey (jpn), Data (id, signature.c_str (), type.c_str (), adv, lines))); update (id); // Reinhard // if (type == "exec") { // ErrorStream err; // beides kann erstmal ignoriert werden // Location loc; // MatchExpr expr (err, loc, "% ...::member%(...)"); // // cout << "SIGNATURE: " << signature.c_str () << endl; // MatchSignature sig (err, loc, signature.c_str ()); // cout << "- parsed" << endl; // if (expr.error ()) // cout << "error in match" << endl; // else if (sig.error ()) // cout << "error in sig" << endl; // else if (expr.matches(sig)) // cout << "MATCHED signature " << signature.c_str () << " -> ID: " << id << endl; // } // End Reinhard } } } aspectc++/AspectC++/PaxHeaders.4702/ACUnit.h0000644000000000000000000000007412740141200015237 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/AspectC++/ACUnit.h0000644000175000001440000000250212740141200015420 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ACUnit_h__ #define __ACUnit_h__ #include "Puma/CUnit.h" #include "ACErrorStream.h" class ACUnit : public Puma::CUnit { public: ACUnit (ACErrorStream &err) : CUnit (err) {} }; #endif // __ACUnit_h__ aspectc++/AspectC++/PaxHeaders.4702/AdviceInfo.cc0000644000000000000000000000007412740141200016261 xustar0030 atime=1468174988.292169385 30 ctime=1468174988.292169385 aspectc++/AspectC++/AdviceInfo.cc0000644000175000001440000002435212740141200016451 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "AdviceInfo.h" #include "AspectInfo.h" #include "Binding.h" #include "BackEndProblems.h" #include "TransformInfo.h" #include #include using std::ostringstream; #ifdef FRONTEND_PUMA #include "Puma/CSemDatabase.h" #include "Puma/CArgumentInfo.h" #endif using namespace Puma; AdviceInfo::AdviceInfo (AspectInfo &ai, ACM_AdviceCode &c) : _aspect_info (ai), _aspect (ai.loc ()), _code (c) {} void AdviceInfo::gen_invocation_func (ostream &out, bool def, const BackEndProblems &bep) { #ifdef FRONTEND_PUMA CFunctionInfo *ad_func = TI_AdviceCode::of (_code)->function (); CStructure *ad_cls = ad_func->ClassScope (); #else clang::FunctionDecl *ad_func = TI_AdviceCode::of (_code)->decl (); clang::NamedDecl *ad_cls = llvm::cast(ad_func->getParent ()); #endif const ThisJoinPoint &tjp = TI_AdviceCode::of (_code)->this_join_point (); const ThisJoinPoint &aspectof_tjp = _aspect_info.aspectof_this_join_point (); // determine whether the invocation functions needs JoinPoint, tjp, or Bind. int first_context_arg = ((_code.get_context() & ACC_OBJ) ? 1 : 0); bool has_context_var = (_code.get_context() & ACC_VARS); bool type_needed = tjp.type_advice_needed () || aspectof_tjp.type_advice_needed () || has_context_var; bool pointer_needed = tjp.pointer_advice_needed () || has_context_var || aspectof_tjp.pointer_advice_needed (); if (type_needed) out << " template " << endl; out << " "; if (bep._use_always_inline) out << "__attribute((always_inline)) "; ostringstream suffix; suffix << signature(_aspect) << "_" << scope_name () << name (); out << "inline void invoke_" << suffix.str () << " ("; if (pointer_needed) out << "JoinPoint *tjp"; out << ")" << (def ? " {" : ";") << endl; // the declaration ends here if (!def) return; // generate typedefs // new implementation might have one argument (tjp) #ifdef FRONTEND_PUMA for (int a = first_context_arg; a < (int)ad_func->Arguments (); a++) #else for (int a = first_context_arg; a < (int)ad_func->getNumParams (); a++) #endif // out << " typedef typename Binding::template Arg<" << a << "> Arg" << a // << ";" << endl; out << " typedef typename JoinPoint::Binding_" << suffix.str () << "::template Arg<" << (a - first_context_arg) << "> Arg" << (a - first_context_arg) << ";" << endl; // generate advice call out << " "; #ifdef FRONTEND_PUMA CClassInfo *aspect_cls = TI_Aspect::of (aspect ())->class_info(); if (ad_cls != aspect_cls) out << "((::" << ad_cls->QualName () << "*)"; #else clang::Decl *aspect_cls = TI_Aspect::of (aspect ())->decl(); if (ad_cls != aspect_cls) out << "((::" << ad_cls->getNameAsString () << "*)"; #endif // aspectof function out << "::" << signature (aspect ()) << "::aspectof"; // generate if necessary if (aspectof_tjp.type_advice_needed () && !aspectof_tjp.pointer_advice_needed ()) out << ""; out << "("; if (aspectof_tjp.pointer_advice_needed ()) out << "tjp"; out << ")"; if (ad_cls != aspect_cls) out << ")"; out << "->"; if (tjp.type_advice_needed () && !tjp.pointer_advice_needed()) out << "template "; out << name (); // generate if necessary if (tjp.type_advice_needed () && !tjp.pointer_advice_needed()) out << ""; out << " ("; int nargs = 0; if (tjp.pointer_advice_needed()) { out << "tjp"; nargs++; } // new implementation might have one argument (tjp) #ifdef FRONTEND_PUMA for (int a = first_context_arg; a < (int)ad_func->Arguments (); a++) { #else for (int a = first_context_arg; a < (int)ad_func->getNumParams (); a++) { #endif if (nargs > 0) out << ", "; #ifdef FRONTEND_PUMA out << "(" << *ad_func->Argument (a)->TypeInfo () << ")"; #else out << "(" << TI_Type::get_type_text(ad_func->getParamDecl(a)->getType(), &ad_func->getASTContext(), 0, TSEF_ENABLE, false, TSEF_DONOTCHANGE, false, true, false); out << ")"; #endif out << "Arg" << (a - first_context_arg) << "::val (tjp)"; nargs++; } out << ");" << endl; out << " }" << endl; } void AdviceInfo::gen_invocation_func_call (ostream &stmt, const char* tjp_tp, const char *tjp_obj) { const ThisJoinPoint &tjp = TI_AdviceCode::of (_code)->this_join_point (); const ThisJoinPoint &aspectof_tjp = _aspect_info.aspectof_this_join_point (); // determine whether the invocation functions needs JoinPoint or tjp // new implementation has at least one argument int first_context_arg = ((_code.get_context() & ACC_OBJ) ? 1 : 0); #ifdef FRONTEND_PUMA bool has_context = ((int) TI_AdviceCode::of (_code)->function ()->Arguments () > first_context_arg); #else bool has_context = ((int) TI_AdviceCode::of (_code)->decl ()->getNumParams() > first_context_arg); #endif bool type_needed = tjp.type_advice_needed () || aspectof_tjp.type_advice_needed () || has_context; bool pointer_needed = tjp.pointer_advice_needed () || has_context || aspectof_tjp.pointer_advice_needed (); stmt << "AC::invoke_" << signature (_aspect) << "_" << scope_name () << name (); if (type_needed) { stmt << "<" << tjp_tp; // if (has_context) { // string tp (tjp_tp); // tp.erase (tp.length () - 2, tp.length ()); // stmt << ", Binding_" << tp << "_0_" << _aspect->name () << "_" // << Scope ()->Name () << "_" << (name () + 1); // } stmt << ">"; } stmt << " ("; if (pointer_needed) stmt << tjp_obj; stmt << ");"; } void AdviceInfo::gen_binding_template (ostream &out, const char *jpname, const BackEndProblems &bep) { // later this will be passed as an argument Binding &bind = binding (); // no code generation if no context variables are expected if (!bind._used) return; // generate the mapping of context variables to advice function arguments out << "struct Binding_" /* << jpname << "_" */ << signature(_aspect) << "_" << scope_name () << "_" << (name ().c_str() + 1) << " {" << endl; out << " typedef " /* << jpname*/ << "__TJP" << " TJP;" << endl; out << " template struct Arg {" << endl; out << " void val (TJP *tjp) {} // for VC7" << endl; out << " };" << endl; typedef ACM_Container Container; Container &arguments = _code.get_pointcut()->get_args(); int a = 0; for (Container::iterator i = arguments.begin (); i != arguments.end (); ++i, ++a) { #ifdef FRONTEND_PUMA const Puma::CTypeInfo * curr_type = TI_Arg::of(*(*i))->type_info(); const bool is_pointer = curr_type->isPointer(); // Determine whether the current type is a reference type: const bool is_reference = curr_type->isAddress(); #else // Buffer the current clang::QualType: const clang::QualType curr_type = TI_Arg::of(*(*i))->type(); const bool is_pointer = curr_type->isPointerType (); // Determine whether the current type is a reference type: const bool is_reference = curr_type->isReferenceType(); #endif int bind_index = bind.bound_to (*i); assert (bind_index != Binding::BIND_NOT_FOUND); out << " template <"; if (bep._spec_scope) out << "int DUMMY"; out << "> struct Arg<" << a; if (bep._spec_scope) out << ", DUMMY"; out << "> {" << endl << " static typename TJP::"; switch (bind_index) { case Binding::BIND_THAT: out << "That " << (is_pointer ? "*" : "&") << "val (TJP *tjp) { return " << (is_pointer ? "" : "*") << "tjp->that (); }" << endl; break; case Binding::BIND_TARGET: out << "Target " << (is_pointer ? "*" : "&") << "val (TJP *tjp) { return " << (is_pointer ? "" : "*") << "tjp->target (); }" << endl; break; case Binding::BIND_RESULT: out << "Res::ReferredType &val (TJP *tjp) { return " << (is_reference ? "*" : "") << "*tjp->result (); }" << endl; break; case Binding::BIND_NOT_FOUND: // already handled by assertion break; default: // argument out << "template Arg<" << bind_index << ">::ReferredType &val (TJP *tjp) {" << " return *tjp->template arg<" << bind_index << "> (); }" << endl; } out << " };" << endl; } out << "};" << endl; } std::string AdviceInfo::name () { return TI_AdviceCode::of (_code)->name (); } void AdviceInfo::addTJPFlags(ThisJoinPoint &tjp) { tjp.merge (TI_AdviceCode::of (code ())->this_join_point ()); tjp.merge (aspect_info().aspectof_this_join_point()); ThisJoinPoint context_vars; context_vars.setup (binding ()); tjp.merge (context_vars); } aspectc++/AspectC++/PaxHeaders.4702/PointCutExpr.h0000644000000000000000000000007412740141200016520 xustar0030 atime=1468174988.115166474 30 ctime=1468174988.115166474 aspectc++/AspectC++/PointCutExpr.h0000644000175000001440000005352312740141200016712 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PointCutExpr_h__ #define __PointCutExpr_h__ #ifdef FRONTEND_PUMA namespace Puma { class CTypeInfo; } #else // FRONTEND_CLANG #include "clang/AST/Type.h" #endif #include "Condition.h" #include "PointCut.h" #include "ACErrorStream.h" #include "ACModel/MatchExpr.h" #include "ACModel/Elements.h" #include "ACModel/Utils.h" #include #include #include "Puma/Array.h" // TODO: replace by STL container class Binding; class PointCutContext; // Pointcut expression types are evaluated in a context-independant manner. // For every pointcut expression a type can always be determined. enum PCE_Type { PCE_NAME, // NAME represents a name pointcut PCE_CODE // CODE represents a code pointcut }; class PointCutExpr : public PointcutExpressionNode { protected: enum { PRE_EVAL_OFF, PRE_EVAL_ON, PRE_EVAL_DONE } _pre_evaluate; ACM_Any *_jpl; JoinPointType _possible_types; // do a semantic analysis of the child nodes void sem_args (ACErrorStream &err, PointCutContext &context, int warn_compat); // check if the argument pointcut types are as expected void check_arg_types (ACErrorStream &err, const char *func, PCE_Type expected, PointCutContext &context); // check if all argument types are equal void check_arg_types_equal (ACErrorStream &err, const char *func, PointCutContext &context); // get the real argument binding of a context variable const ACM_Arg *get_binding (const char *name, ACErrorStream &err, PointCutContext &context); public: PointCutExpr () : _pre_evaluate (PRE_EVAL_OFF), _jpl (0), _possible_types((JoinPointType)0) {} virtual ~PointCutExpr () {} // Return the type of pointcut described by this expression. This function // does not check any argument types etc. -> semantics! virtual PCE_Type type () const = 0; // return a bit mask of join point types that could match; others can't! int possible_types () const { return (int)_possible_types; } // run a semantic analysis (e.g. check types) virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat) = 0; // evaluate an expression, i.e. check if the expression evaluates as 'true' // for a particular join point virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) = 0; // if the expression supports pre-evaluation, do it in this function virtual void pre_evaluate (PointCutContext &context) {} bool match (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond) { if (_pre_evaluate == PRE_EVAL_ON) pre_evaluate(context); if (_pre_evaluate == PRE_EVAL_OFF) return evaluate (jpl, context, binding, cond); return (&jpl == _jpl); } // mangle a string that represents a type check (for that/target arguments) virtual void mangle_type_check (ostream &) = 0; // helper functions to get the right result type virtual PointCutExpr* duplicate () = 0; virtual PointCutExpr *arg (int i) const = 0; }; class PCE_SingleArg : public PointCutExpr { PointCutExpr *_arg; public: PCE_SingleArg (PointCutExpr *arg) : _arg (arg) {} virtual int args () const { return 1; } virtual PointCutExpr *arg (int i) const { return (i == 0) ? _arg : 0; } void replace_arg (PointCutExpr *expr) { if (_arg) _arg->ref(-1); _arg = expr; } bool check_derived_class (ACM_Class &cls, PointCutContext &context, Binding &binding, Condition &cond); bool check_derived_func (ACM_Class &cls, ACM_Function &func, PointCutContext &context, Binding &binding, Condition &cond); bool check_derived_var (ACM_Class &cls, ACM_Variable &var, PointCutContext &context, Binding &binding, Condition &cond); bool check_base_class (ACM_Class &cls, PointCutContext &context, Binding &binding, Condition &cond); bool check_base_func (ACM_Class &cls, ACM_Function &func, PointCutContext &context, Binding &binding, Condition &cond); bool check_base_var (ACM_Class &cls, ACM_Variable &var, PointCutContext &context, Binding &binding, Condition &cond); bool check_scopes (ACM_Name *scope, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << 1; _arg->mangle_type_check (out); } }; class PCE_DoubleArg : public PointCutExpr { PointCutExpr *_args[2]; public: PCE_DoubleArg (PointCutExpr *arg0, PointCutExpr *arg1) { _args[0] = arg0; _args[1] = arg1; } virtual int args () const { return 2; } virtual PointCutExpr *arg (int i) const { return (i >= 0 && i < 2) ? _args[i] : 0; } virtual void mangle_type_check (ostream &out) { out << 2; _args[0]->mangle_type_check (out); _args[1]->mangle_type_check (out); } }; class PCE_VarArgs : public PointCutExpr { Puma::Array _args; // TODO: replace by STL container public: virtual ~PCE_VarArgs () {} void add_arg (PointCutExpr *arg) { _args.append (arg); } virtual int args () const { return _args.length (); } virtual PointCutExpr *arg (int i) const { return _args.lookup (i); } virtual void mangle_type_check (ostream &out) { out << args (); for (int i = 0; i < args (); i++) arg (i)->mangle_type_check (out); } }; class PCE_Classes : public PCE_SingleArg { public: PCE_Classes (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "classes_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_Classes* duplicate () { return new PCE_Classes(arg(0)->duplicate ()); } }; class PCE_Base : public PCE_SingleArg { public: PCE_Base (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "base_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_Base* duplicate () { return new PCE_Base(arg(0)->duplicate ()); } }; class PCE_Derived : public PCE_SingleArg { public: PCE_Derived (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "derived_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_Derived* duplicate () { return new PCE_Derived(arg(0)->duplicate ()); } }; class PCE_Within : public PCE_SingleArg { public: PCE_Within (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "within_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_Within* duplicate () { return new PCE_Within(arg(0)->duplicate ()); } }; class PCE_Member : public PCE_SingleArg { public: PCE_Member( PointCutExpr *arg ) : PCE_SingleArg( arg ) {} virtual PCE_Type type() const; virtual void semantics( ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate( ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond ); virtual void mangle_type_check( ostream &out ) { out << "member_"; PCE_SingleArg::mangle_type_check( out ); } virtual PCE_Member* duplicate () { return new PCE_Member( arg(0)->duplicate () ); } }; class PCE_Execution : public PCE_SingleArg { public: PCE_Execution (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "execution_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_Execution* duplicate () { return new PCE_Execution(arg(0)->duplicate ()); } }; class PCE_Call : public PCE_SingleArg { public: PCE_Call (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "call_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_Call* duplicate () { return new PCE_Call(arg(0)->duplicate ()); } }; class PCE_Builtin : public PCE_SingleArg { public: PCE_Builtin (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "builtin"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_Builtin* duplicate () { return new PCE_Builtin(arg(0)->duplicate ()); } }; class PCE_Get : public PCE_SingleArg { public: PCE_Get( PointCutExpr *arg ) : PCE_SingleArg( arg ) {} virtual PCE_Type type () const; virtual void semantics( ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate( ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond ); virtual void mangle_type_check( ostream &out ) { out << "get_"; PCE_SingleArg::mangle_type_check( out ); } virtual PCE_Get* duplicate() { return new PCE_Get( arg(0)->duplicate() ); } }; class PCE_Set : public PCE_SingleArg { public: PCE_Set( PointCutExpr *arg ) : PCE_SingleArg( arg ) {} virtual PCE_Type type () const; virtual void semantics( ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate( ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond ); virtual void mangle_type_check( ostream &out ) { out << "set_"; PCE_SingleArg::mangle_type_check( out ); } virtual PCE_Set* duplicate() { return new PCE_Set( arg(0)->duplicate() ); } }; class PCE_Ref : public PCE_SingleArg { public: PCE_Ref( PointCutExpr *arg ) : PCE_SingleArg( arg ) {} virtual PCE_Type type () const; virtual void semantics( ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate( ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond ); virtual void mangle_type_check( ostream &out ) { out << "ref_"; PCE_SingleArg::mangle_type_check( out ); } virtual PCE_Ref* duplicate() { return new PCE_Ref( arg(0)->duplicate() ); } }; class PCE_Alias : public PCE_SingleArg { public: PCE_Alias( PointCutExpr *arg ) : PCE_SingleArg( arg ) {} virtual PCE_Type type () const; virtual void semantics( ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate( ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond ); virtual void mangle_type_check( ostream &out ) { out << "alias_"; PCE_SingleArg::mangle_type_check( out ); } virtual PCE_Alias* duplicate() { return new PCE_Alias( arg(0)->duplicate() ); } }; class PCE_Construction : public PCE_SingleArg { public: PCE_Construction (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "construction_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_Construction* duplicate () { return new PCE_Construction(arg(0)->duplicate ()); } }; class PCE_Destruction : public PCE_SingleArg { public: PCE_Destruction (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "destruction_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_Destruction* duplicate () { return new PCE_Destruction(arg(0)->duplicate ()); } }; class PCE_That : public PCE_SingleArg { public: PCE_That (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "that_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_That* duplicate () { return new PCE_That(arg(0)->duplicate ()); } }; class PCE_Target : public PCE_SingleArg { public: PCE_Target (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "target_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_Target* duplicate () { return new PCE_Target(arg(0)->duplicate ()); } }; class PCE_CFlow : public PCE_SingleArg { int _index; PointCut _arg_pointcut; public: PCE_CFlow (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual ~PCE_CFlow () {} virtual PCE_Type type () const; PointCut &arg_pointcut () { return _arg_pointcut; } virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "cflow_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_CFlow* duplicate () { return new PCE_CFlow(arg(0)->duplicate ()); } }; class PCE_Args : public PCE_VarArgs { bool _both_sc_args_bound_warning_created; bool _sc_arg_bound_warning_created; public: PCE_Args () : _both_sc_args_bound_warning_created(false), _sc_arg_bound_warning_created(false) {} PCE_Args (bool both_sc_args_bound_warning_created, bool sc_arg_bound_warning_created) : _both_sc_args_bound_warning_created(both_sc_args_bound_warning_created), _sc_arg_bound_warning_created(sc_arg_bound_warning_created){} virtual ~PCE_Args () {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "args_"; PCE_VarArgs::mangle_type_check (out); } virtual PCE_Args* duplicate () { PCE_Args *result = new PCE_Args(_both_sc_args_bound_warning_created, _sc_arg_bound_warning_created); for (int i = 0; i < args(); i++) result->add_arg(arg(i)->duplicate ()); return result; } }; class PCE_Result : public PCE_SingleArg { public: PCE_Result (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "result_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_Result* duplicate () { return new PCE_Result(arg(0)->duplicate ()); } }; class PCE_Or : public PCE_DoubleArg { public: PCE_Or (PointCutExpr *arg0, PointCutExpr *arg1) : PCE_DoubleArg (arg0, arg1) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "or_"; PCE_DoubleArg::mangle_type_check (out); } virtual PCE_Or* duplicate () { return new PCE_Or(arg(0)->duplicate (), arg(1)->duplicate()); } }; class PCE_And : public PCE_DoubleArg { public: PCE_And (PointCutExpr *arg0, PointCutExpr *arg1) : PCE_DoubleArg (arg0, arg1) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "and_"; PCE_DoubleArg::mangle_type_check (out); } virtual PCE_And* duplicate () { return new PCE_And(arg(0)->duplicate (), arg(1)->duplicate()); } }; class PCE_Not : public PCE_SingleArg { public: PCE_Not (PointCutExpr *arg) : PCE_SingleArg (arg) {} virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "not_"; PCE_SingleArg::mangle_type_check (out); } virtual PCE_Not* duplicate () { return new PCE_Not(arg(0)->duplicate ()); } }; class PCE_Named : public PointCutExpr { ACM_Pointcut *_pct_func; PointcutExpression _expr; std::list _params; public: PCE_Named (ACM_Pointcut *pct_func) : _pct_func (pct_func) {} virtual PCE_Type type () const; std::list ¶ms () { return _params; } PointcutExpression &expr () { return _expr; } virtual int args () const { return 0; } virtual PointCutExpr *arg (int) const { return 0; } virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out) { out << "named_"; ((PointCutExpr*)_expr.get())->mangle_type_check (out); } virtual PCE_Named* duplicate () { PCE_Named *result = new PCE_Named(_pct_func); result->_expr = _expr; result->_params = _params; return result; } }; class PCE_ContextVar : public PointCutExpr { string _name; const ACM_Arg *_bound_arg; #ifdef FRONTEND_PUMA // TODO: get rid of frontend types here const Puma::CTypeInfo *_check_type; #else // FRONTEND_CLANG clang::QualType _check_type; #endif enum { CV_THAT, CV_TARGET, CV_ARG, CV_RESULT } _bound_to; int _arg; public: PCE_ContextVar (const string &name) : _name (name) {} virtual int args () const { return 0; } virtual PointCutExpr *arg (int) const { return 0; } virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out); virtual PCE_ContextVar* duplicate () { return new PCE_ContextVar(_name); } }; class PCE_Match : public PointCutExpr { MatchExpr _match_expr; string _str; public: PCE_Match (const string &str) : _str (str) {} virtual ~PCE_Match () {} virtual int args () const { return 0; } virtual PointCutExpr *arg (int) const { return 0; } virtual PCE_Type type () const; virtual void semantics (ACErrorStream &err, PointCutContext &context, int warn_compat); bool parse (); // if the expression supports pre-evaluation, do it in this function virtual void pre_evaluate (PointCutContext &context); void pre_evaluate (const MatchName &name, PointCutContext &context); virtual bool evaluate (ACM_Any &jpl, PointCutContext &context, Binding &binding, Condition &cond); virtual void mangle_type_check (ostream &out); virtual PCE_Match* duplicate () { ref(1); return this; } }; #endif // __PointCutExpr_h__ aspectc++/AspectC++/PaxHeaders.4702/CodeWeaver.h0000644000000000000000000000007412740141200016140 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/AspectC++/CodeWeaver.h0000644000175000001440000002125112740141200016323 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __CodeWeaver_h__ #define __CodeWeaver_h__ // The code weaver allows AspectC++ specific code manipulation transactions. // All access to the syntax tree nodes for the transformation is // encapsulated here. // The class does not know about class JoinPoint. It only knows join point // locations (JPL_*). #include #include #include using namespace std; #include "ACToken.h" #include "ACErrorStream.h" #include "ACProject.h" #include "ACConfig.h" #include "ACResultBuffer.h" #include "WeaverBase.h" #include "AspectIncludes.h" #include "SyntacticContext.h" namespace Puma { class CTree; class CClassInfo; class CRecord; class CProject; } // namespace Puma #ifdef FRONTEND_CLANG namespace clang { class DeclContext; } #endif class ACM_Any; class ACM_Class; class ACM_Execution; class ACM_Call; class ACM_Code; class ACM_CodePlan; class AspectInfo; class AdviceInfo; class ThisJoinPoint; class TI_MethodCall; class CodeWeaver : public WeaverBase { AspectIncludes _aspect_includes; BackEndProblems _problems; ACConfig &_conf; std::set _handled_access_nodes; set _bypass_blacklist; void make_check_function (bool in_checked, Puma::CRecord *in, Puma::CRecord *check_for); void make_tjp_typename( ostream &out, ACM_Code *loc, int depth, ACResultBuffer &rb, const char *wormhole_type = 0 ); void make_proceed_code (ostream &out, ACM_Code *loc, bool action, vector *arg_names = 0); void make_proceed_to_implicit( ostream &out, ACM_Code *loc, bool action, vector *arg_names = 0 ); void make_advice_call(ostream &out, ACM_Code *loc, AdviceInfo *ad, bool inter, int depth); void make_advice_calls (ostream &out, ACM_CodePlan *plan, ACM_Code *loc, bool inter = false, vector *arg_names = 0); void make_action_wrapper(ostream &impl, ACM_Code *jpl, int depth); void make_proceed_func( ostream &impl, ACM_Code *loc, ACM_CodePlan *plan, bool has_wormhole = false ); string wrapper_function_signature (ACM_Code *loc, const SyntacticContext &sctxt, bool def); void gen_special_member_function (ACM_Code *loc); void wrap_function (ACM_Code *loc); void wrap_function_def (ACM_Code *loc, const SyntacticContext &sctxt, bool wrapped_decl); bool wrap_function_decl (ACM_Code *loc, const SyntacticContext &sctxt); void wrap_attribute_array (const SyntacticContext &attr_ctxt, list &attrs); string gen_wrapped_array (const SyntacticContext &attr_ctxt); void gen_binding_templates (ostream &out, ACM_CodePlan *plan, const char *jpname); #ifdef FRONTEND_PUMA void setup_tjp (ThisJoinPoint &tjp, Puma::CTree *node); #else void setup_tjp (ThisJoinPoint &tjp, clang::Stmt* node); #endif void insert_id_class (ACM_Call *loc, ACM_Name *src_obj, const WeavePos &pos, ACM_Function &dst_func); // scope functions #ifdef FRONTEND_PUMA Puma::CClassInfo *cscope (Puma::CObjectInfo *obj); #else clang::CXXRecordDecl *cscope(clang::DeclContext *obj); #endif ACM_Class *cscope (ACM_Name *obj); ACM_Name *nscope (ACM_Function *func); string name_qualifier( ACM_Name *entity ); string cleanup_name(const string& in); string strip_template_parameters (const string &in); #ifdef FRONTEND_PUMA // not a very good function void print_tree (ostream &out, Puma::CTree *node, bool expand_implicit_calls = false); void rename_args (const SyntacticContext &sctxt, const char * new_name, vector &arg_names); void rename (Puma::CArgumentInfo *arg, const string &new_name); Puma::CT_SimpleName *is_name (Puma::CTree *node); Puma::CT_FctDeclarator *fct_declarator (Puma::CT_Declarator *declarator); Puma::CT_SimpleName *name (Puma::CT_Declarator *&declarator); // return LinkageSpec node for extern "C" like declarations Puma::CTree *linkage_adjust (Puma::CT_Decl *decl); #else void rename_args (const SyntacticContext &sctxt, const char * new_name, vector &arg_names); void rename (const clang::ParmVarDecl *arg, const string &new_name); #endif public: CodeWeaver( ACProject& prj, LineDirectiveMgr &ldm, ACConfig &c ) : WeaverBase( prj, ldm ), _aspect_includes( prj ), _conf( c ) {} // set weaver parameters void problems (const BackEndProblems &problems) { _problems = problems; #ifdef FRONTEND_PUMA _warn_macro_expansion = problems._warn_macro; #endif // FRONTEND_PUMA } // get weaver parameters const BackEndProblems &problems () const { return _problems; } void open_namespace (ostream &out, const SyntacticContext &ctxt); void close_namespace (ostream &out, const SyntacticContext &ctxt); #ifdef FRONTEND_PUMA void setup_tjp (ThisJoinPoint &tjp, Puma::CFunctionInfo* func); #else void setup_tjp (ThisJoinPoint &tjp, clang::FunctionDecl *func); #endif void insert_invocation_functions (ACM_Aspect *jpl_aspect, const string &defs); void make_tjp_struct(ostream &out, ACM_Code *loc, ACM_CodePlan *plan, const ThisJoinPoint &tjp); void access_join_point (ACM_Access *loc); #ifdef FRONTEND_CLANG void splice_shortcircuit_expr( ACM_Builtin *loc ); void expand_arrow_operator_chain(TI_CommonCall &ti, const WeavePos &before_pos, const WeavePos &after_pos); #endif bool generate_access_wrapper( ACM_Access *loc, ostream &new_call, ostream &trail_call, const char *name_that = "this", int wrapper_number = -1); bool splice_access_expr( ACM_Access *loc ); #ifdef FRONTEND_CLANG void gen_packed_resulttype( ostream &code, ACM_Access *loc ); void gen_packed_result_return( ostream &code, ACM_Access *loc ); void splice_entity_expr( ACM_Access *loc ); void pack_entity_expr( ACM_Access *loc ); static bool has_complex_entity( ACM_Access *loc ); void splice_member_expr( ACM_Access *loc, const char *separator = ", " ); bool is_wrapped_array( ACM_Name *ent ); void preplanTransform( ACM_Code &code_jpl ); #endif void exec_join_point (ACM_Execution *loc); void cons_join_point (ACM_Construction *loc); void dest_join_point (ACM_Destruction *loc); void add_aspect_include (ACM_Any *jpl, AspectInfo &aspect_info, AspectRef::Kind kind); void insert_aspect_includes (); AspectIncludes &aspect_includes () { return _aspect_includes; } void type_check (const ACM_Class *in, const string &name, bool result); void bypass_info_clear (); bool bypass_in_blacklist (ACM_Class *cls); void bypass_insert (ACM_Class *cls); // code transformation functions need for phase 1: struct TypeUse { bool that; bool target; bool result; bool entity; bool memberptr; bool array; inline TypeUse() : that( false ), target( false ), result( false ), entity( false ), memberptr( false ), array( false ) {}; inline bool any() { return that || target || result || entity || memberptr || array; } }; void transform_aspect(ACToken start); void transform_pointcut_def(ACToken start, ACToken virtual_token, ACToken assignment_token, ACToken pct_end_token); void transform_advice_code (int no, std::string kind, AdviceCodeContext context, bool has_args, TypeUse &uses_type, ACToken arg_begin, ACToken body_begin, ACToken body_end, const string &prot); void transform_aspectof (AdviceCodeContext context, TypeUse &uses_type, ACToken start, ACToken name, ACToken arg_begin, ACToken body_begin, ACToken body_end, const string &prot); void transform_delete (ACToken from, ACToken to); void transform_anon_class (ACToken name_pos, const string &name); void transform_anon_member_class (ACToken end_token, const string &anon_members); }; #endif // __CodeWeaver_h__ aspectc++/AspectC++/PaxHeaders.4702/SyntacticContext.h0000644000000000000000000000007412740141200017422 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/AspectC++/SyntacticContext.h0000644000175000001440000000274712740141200017616 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __SyntacticContext_h__ #define __SyntacticContext_h__ // class alias for frontend-specific preprocessor implementation #ifdef FRONTEND_PUMA #include "PumaSyntacticContext.h" typedef PumaSyntacticContext SyntacticContext; #else // FRONTEND_CLANG #include "ClangSyntacticContext.h" typedef ClangSyntacticContext SyntacticContext; #endif #endif // __ac_preprocessor_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangIntroParser.cc0000644000000000000000000000007412740141200017467 xustar0030 atime=1468174988.293169401 30 ctime=1468174988.293169401 aspectc++/AspectC++/ClangIntroParser.cc0000644000175000001440000001031112740141200017645 0ustar00osusers00000000000000 // FIXME: This is a hack to give ClangIntroParser access rights to the current scope // This has to be included FIRST! #define private protected #include "clang/Parse/Parser.h" #undef private #include "ClangIntroParser.h" #include "clang/Basic/Version.h" #include "clang/Parse/ParseDiagnostic.h" using namespace clang; // FIXME: duplicated loop! // TODO: try to make Clang developers integrate this refactoring void ClangIntroParser::ParseCXXClassBody(Decl *TagDecl) { // ----------------AspectC++ modified unsigned TagType = DeclSpec::TST_struct; AccessSpecifier CurAS = AS_private; // doesn't really matter; introduced code contains private/... ParsedAttributes AccessAttrs(getAttrFactory()); // the following two reference definitions are needed, because // our trick (private->protected)does not make all attributes protected :-( Token &Tok = (Token&)getCurToken(); Sema &Actions = getActions(); // ----------------up to here while (Tok.isNot(tok::eof)) { if (Tok.is(tok::r_brace)) { break; } // Each iteration of this loop reads one member-declaration. if (getLangOpts().MicrosoftExt && (Tok.is(tok::kw___if_exists) || Tok.is(tok::kw___if_not_exists))) { ParseMicrosoftIfExistsClassDeclaration((DeclSpec::TST)TagType, CurAS); continue; } // Check for extraneous top-level semicolon. if (Tok.is(tok::semi)) { ConsumeExtraSemi(InsideStruct, TagType); continue; } if (Tok.is(tok::annot_pragma_vis)) { HandlePragmaVisibility(); continue; } if (Tok.is(tok::annot_pragma_pack)) { HandlePragmaPack(); continue; } if (Tok.is(tok::annot_pragma_align)) { HandlePragmaAlign(); continue; } if (Tok.is(tok::annot_pragma_openmp)) { ParseOpenMPDeclarativeDirective(); continue; } // If we see a namespace here, a close brace was missing somewhere. if (Tok.is(tok::kw_namespace)) { DiagnoseUnexpectedNamespace(cast(TagDecl)); break; } AccessSpecifier AS = getAccessSpecifierIfPresent(); if (AS != AS_none) { // Current token is a C++ access specifier. CurAS = AS; SourceLocation ASLoc = Tok.getLocation(); unsigned TokLength = Tok.getLength(); ConsumeToken(); AccessAttrs.clear(); MaybeParseGNUAttributes(AccessAttrs); SourceLocation EndLoc; if (Tok.is(tok::colon)) { EndLoc = Tok.getLocation(); ConsumeToken(); } else if (Tok.is(tok::semi)) { EndLoc = Tok.getLocation(); ConsumeToken(); #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) Diag(EndLoc, diag::err_expected_colon) << FixItHint::CreateReplacement(EndLoc, ":"); #else // C++ 11 interface Diag(EndLoc, diag::err_expected) << tok::colon << FixItHint::CreateReplacement(EndLoc, ":"); #endif } else { EndLoc = ASLoc.getLocWithOffset(TokLength); #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) Diag(EndLoc, diag::err_expected_colon) << FixItHint::CreateInsertion(EndLoc, ":"); #else // C++ 11 interface Diag(EndLoc, diag::err_expected) << tok::colon << FixItHint::CreateInsertion(EndLoc, ":"); #endif } // The Microsoft extension __interface does not permit non-public // access specifiers. if (TagType == DeclSpec::TST_interface && CurAS != AS_public) { Diag(ASLoc, diag::err_access_specifier_interface) << (CurAS == AS_protected); } if (Actions.ActOnAccessSpecifier(AS, ASLoc, EndLoc, AccessAttrs.getList())) { // found another attribute than only annotations AccessAttrs.clear(); } continue; } // Parse all the comma separated declarators. ParseCXXClassMemberDeclaration(CurAS, AccessAttrs.getList()); } } void ClangIntroParser::ParseBaseClause(clang::Decl *TagDecl) { clang::Parser::ParseBaseClause(TagDecl); } aspectc++/AspectC++/PaxHeaders.4702/SourceLoc.h0000644000000000000000000000007412740141200016012 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/SourceLoc.h0000644000175000001440000000236412740141200016201 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __source_loc_h__ #define __source_loc_h__ #include "ACModel/Elements.h" typedef ACM_Source SourceLoc; #endif // __source_loc_h__ aspectc++/AspectC++/PaxHeaders.4702/IntroductionUnit.h0000644000000000000000000000007412740141200017435 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/IntroductionUnit.h0000644000175000001440000001505412740141200017624 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __IntroductionUnit_h__ #define __IntroductionUnit_h__ #include class ACM_Introduction; #ifdef FRONTEND_PUMA #include "ACUnit.h" class IntroductionUnit : public ACUnit { Unit *_target_unit; int _nesting_level; int _precedence; bool _jp_needed; ACM_Introduction *_intro; void update_nesting_level () { IntroductionUnit *outer = cast (_target_unit); if (outer) _nesting_level = outer->_nesting_level + 1; } public: IntroductionUnit (ACErrorStream &e, Unit *t = 0) : ACUnit (e), _target_unit (t), _nesting_level (0), _precedence (0), _jp_needed (false) { name ("intro"); update_nesting_level (); } void target_unit (Unit *t) { _target_unit = t; update_nesting_level (); } Unit *target_unit () const { return _target_unit; } Unit *final_target_unit () const { Unit *result = _target_unit; const IntroductionUnit *intro_unit = 0; do { intro_unit = IntroductionUnit::cast (result); if (intro_unit) result = intro_unit->target_unit (); } while (intro_unit); return result; } int nesting_level () const { return _nesting_level; } int precedence () const { return _precedence; } void precedence (int p) { _precedence = p; } bool jp_needed () const { return _jp_needed; } void jp_needed (bool jpn) { _jp_needed = jpn; } void intro (ACM_Introduction *i) { _intro = i; } ACM_Introduction *intro () const { return _intro; } static IntroductionUnit *cast (const Unit* u) { return (u->name () && strcmp (u->name (), "intro") == 0) ? (IntroductionUnit*)u : 0; } }; #else #include "llvm/Support/MemoryBuffer.h" #include "clang/Basic/Version.h" #include "clang/Basic/SourceLocation.h" class IntroductionUnit { const llvm::MemoryBuffer *_target_unit; // FIXME: Could get this from _loc. clang::SourceLocation _target_loc; #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) const llvm::MemoryBuffer *_buffer; #endif clang::FileID _fid; int _nesting_level; int _precedence; bool _jp_needed; ACM_Introduction *_intro; string _content; int _kind; // IU_OTHER, IU_BASE, IU_MEMBERS, or 0-N for non-inline member 'kind' void update_nesting_level () { IntroductionUnit *outer = cast (_target_unit); if (outer) _nesting_level = outer->_nesting_level + 1; } public: enum { IU_OTHER = -3, IU_BASE = -2, IU_MEMBERS = -1 }; IntroductionUnit (int kind) : _target_unit (0), #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) _buffer (0), #endif _nesting_level (0), _precedence (0), _jp_needed (false), _intro (0), _kind(kind) { } bool is_base_intro () const { return _kind == IU_BASE; } bool is_members_intro () const { return _kind == IU_MEMBERS; } bool is_other_intro () const { return _kind == IU_OTHER; } int non_inline_member_no () const { return _kind; } // < 0: error void target_unit(const llvm::MemoryBuffer *t) { _target_unit = t; update_nesting_level(); } const llvm::MemoryBuffer *target_unit () const { return _target_unit; } const llvm::MemoryBuffer *final_target_unit () const { const llvm::MemoryBuffer *result = _target_unit; const IntroductionUnit *intro_unit = 0; do { intro_unit = IntroductionUnit::cast (result); if (intro_unit) result = intro_unit->target_unit (); } while (intro_unit); return result; } void location (clang::SourceLocation t) { _target_loc = t; } clang::SourceLocation location () const { return _target_loc; } void content (const string &str) { _content = str; } const string &content () const { return _content; } // create memory buffer on demand from _content string #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) const llvm::MemoryBuffer *buffer () { if (!_buffer) { std::ostringstream name; name << "'; _buffer = llvm::MemoryBuffer::getMemBufferCopy(_content, name.str()); } return _buffer; #else // C++ 11 interface std::unique_ptr buffer () { std::ostringstream name; name << "'; // cout << "name: " << name.str () << endl << _content << endl << "--" << endl; return llvm::MemoryBuffer::getMemBufferCopy(_content, name.str()); #endif } void file_id(clang::FileID t) { _fid = t; } clang::FileID file_id () const { return _fid; } int nesting_level () const { return _nesting_level; } int precedence () const { return _precedence; } void precedence (int p) { _precedence = p; } bool jp_needed () const { return _jp_needed; } void jp_needed (bool jpn) { _jp_needed = jpn; } void intro (ACM_Introduction *i) { _intro = i; } ACM_Introduction *intro () const { return _intro; } static IntroductionUnit *cast (const llvm::MemoryBuffer *buf) { const char *name = buf->getBufferIdentifier(); if (!strncmp(name, " _BaseInfo; public: ClangIntroSema(ClangIntroducer &introducer, clang::Preprocessor &pp, clang::ASTContext &ctxt, clang::ASTConsumer &consumer, clang::TranslationUnitKind TUKind = clang::TU_Complete, clang::CodeCompleteConsumer *CompletionConsumer = 0); ~ClangIntroSema (); clang::Scope *setCurScope(clang::Scope *new_scope); void ActOnStartCXXMemberDeclarations(clang::Scope *S, clang::Decl *TagDecl, clang::SourceLocation FinalLoc, bool IsFinalSpelledSealed, clang::SourceLocation LBraceLoc); #if FRONTEND_CLANG < 38 void ActOnBaseSpecifiers (clang::Decl *ClassDecl, clang::CXXBaseSpecifier **Bases, unsigned NumBases); #else void ActOnBaseSpecifiers (clang::Decl *ClassDecl, clang::MutableArrayRef Bases); #endif void ActOnFinishCXXMemberSpecification (clang::Scope* S, clang::SourceLocation RLoc, clang::Decl *TagDecl, clang::SourceLocation LBrac, clang::SourceLocation RBrac, clang::AttributeList *AttrList); void ActOnEndOfTranslationUnit (); bool canSkipFunctionBody(clang::Decl *FctDecl); }; #endif // __ClangIntroSema_h__ aspectc++/AspectC++/PaxHeaders.4702/CFlow.h0000644000000000000000000000007412740141200015126 xustar0030 atime=1468174988.134166786 30 ctime=1468174988.134166786 aspectc++/AspectC++/CFlow.h0000644000175000001440000000317512740141200015316 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __CFlow_h__ #define __CFlow_h__ #include #include #include using namespace std; class AdviceInfo; class CFlow { AdviceInfo *_advice; int _index; public: CFlow (AdviceInfo *ai, int i) : _advice (ai), _index (i) {} AdviceInfo *advice_info () const { return _advice; } int index () const { return _index; } static const string &ac_namespace_contributions (); }; class CFlowList : public list { public: void gen_trigger_obj (ostream&) const; }; #endif // __CFlow_h__ aspectc++/AspectC++/PaxHeaders.4702/Phase1.cc0000644000000000000000000000007412740141200015373 xustar0030 atime=1468174988.293169401 30 ctime=1468174988.294169418 aspectc++/AspectC++/Phase1.cc0000644000175000001440000017526212740141200015572 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "Phase1.h" #include "ModelBuilder.h" #include "PointCutExprParser.h" #include "ACModel/Utils.h" #include "PointCutContext.h" #include "PointCutExpr.h" using namespace std; using namespace Puma; #ifdef FRONTEND_PUMA int Phase1::run (IncludeGraph &include_graph) { #else int Phase1::run () { #endif // set the start and end token of the unit #ifdef FRONTEND_PUMA if (!unit ()) { err() << sev_error << "can't scan file \"" << _tunit_name.c_str () << "\"" << endMessage; return -1; } Token *file_first = unit()->first (); Token *file_last = unit()->last (); if (!file_first) return 0; assert (file_last); _code_weaver.init ((Token*)file_first, (Token*)file_last); #endif // prepare the project model #ifdef FRONTEND_PUMA _jpm.setup_phase1((FileUnit*)unit (), _code_weaver.primary_len()); #else _jpm.setup_phase1(_tunit_name, 42); // TODO: implement for Clang variant #endif // prepare the parser's scope hierarchy _root_scope._kind = Scope::SCOPE_NAMESPACE; _root_scope._name = "::"; _root_scope._is_slice = false; _root_scope._parent_scope = 0; _root_scope._jpm_link = _jpm.get_root(); // parse the elements of the global scope try { parse_scope (_root_scope); } catch (ParseError) { // we simply return an error code if there was a parse error, indicated by an exception // the message has been printed on the error stream where the error was detected return -1; } #ifdef FRONTEND_PUMA // TODO: check this for Clang as well // special check for tokens after eoi PumaToken after_program = curr_token(); if (after_program) { // error, e.g. too many closing brackets err() << sev_error << after_program.location() << "tokens after end of program (too many closing brackets?)" << endMessage; } // _root_scope.dump (); // finally parse the preprocessor syntax tree in order to create an // include graph of the original source code get_include_graph(include_graph); #endif return (err().severity () < sev_error) ? 1 : -1; } void Phase1::skip_block (int open, int close, bool inclusive) { int token; int depth = 0; ACToken open_token = curr_token (); while (curr_token ().type () != ACToken::TOK_EOF) { token = curr_token ().type (); if (token == open) depth++; else if (token == close) depth--; else if (depth > 0 && token == ACToken::TOK_OPEN_ROUND) { skip_round_block (); continue; } if (depth == 0 && !inclusive) break; next_token (); if (depth == 0) break; } if (curr_token ().type () == ACToken::TOK_EOF) { err() << sev_error << open_token.location() << "missing closing bracket" << endMessage; throw ParseError(); } } void Phase1::skip_round_block (bool inclusive) { skip_block (ACToken::TOK_OPEN_ROUND, ACToken::TOK_CLOSE_ROUND, inclusive); } void Phase1::skip_curly_block (bool inclusive) { skip_block (ACToken::TOK_OPEN_CURLY, ACToken::TOK_CLOSE_CURLY, inclusive); } void Phase1::skip_template_params () { int depth = 0; next_token (); bool stop = false; while (!stop && curr_token ().type () != ACToken::TOK_EOF) { int token = curr_token ().type (); switch (token) { case ACToken::TOK_SEMI_COLON: case ACToken::TOK_CLOSE_ROUND: case ACToken::TOK_CLOSE_SQUARE: case ACToken::TOK_CLOSE_CURLY: stop = true; break; case ACToken::TOK_OPEN_ROUND: skip_round_block (); continue; case ACToken::TOK_OPEN_CURLY: skip_curly_block (); continue; case ACToken::TOK_OPEN_SQUARE: skip_block (ACToken::TOK_OPEN_SQUARE, ACToken::TOK_CLOSE_SQUARE); continue; case ACToken::TOK_LESS: depth++; break; case ACToken::TOK_GREATER: if (depth == 0) { next_token (); stop = true; } else { depth--; } break; default: break; } if (!stop) next_token (); } } void Phase1::skip_gnu_attributes (bool inclusive) { while (curr_token ().type () == ACToken::TOK_ATTRIBUTE) { next_token(); skip_round_block(false); if (look_ahead ().type () != ACToken::TOK_ATTRIBUTE) break; next_token (); } if (inclusive) next_token (); } ACM_Name *Phase1::register_scope (Scope &scope) { if (!scope._jpm_link) { ACM_Name *parent_scope = register_scope (*scope._parent_scope); if (scope.is_namespace()) { scope._jpm_link = _jpm.register_namespace1(parent_scope, scope._name, false); } else if (scope.is_aspect()) { scope._jpm_link = _jpm.register_aspect1(parent_scope, scope._name, false); register_base_classes (scope); } else if (scope.is_class_or_struct()) { scope._jpm_link = _jpm.register_class1(parent_scope, scope._name, false); register_base_classes (scope); } } return scope._jpm_link; } void Phase1::register_base_classes (Scope &cls) { ACM_Class *elem = (ACM_Class*)cls._jpm_link; for (list::iterator i = cls._search_scopes.begin (); i != cls._search_scopes.end (); ++i) { ACM_Class *base_class = (ACM_Class*)register_scope (*(*i)); elem->get_bases().insert (base_class); base_class->get_derived().insert(elem); } } bool Phase1::is_visible_scope (Scope &scope, const string &name) { if (scope._name == "::") return (name != "AC" && name != "JoinPoint"); return is_visible_scope (*scope._parent_scope, scope._name); } string Phase1::full_anon_class_name (Scope &scope) const { if (scope._parent_scope->_name.substr (0, 9) == "__ac_anon") return full_anon_class_name (*scope._parent_scope) + "::" + scope._name; else return scope._name; } #ifdef FRONTEND_CLANG void Phase1::set_slice_tokens (TU_ClassSlice *slice, ACPreprocessor::TokenVector &pattern) { // Analyze the tokens. bool has_base_intro = false; bool has_member_intro = false; for (unsigned j = 0; j != pattern.size(); ++j) { if (pattern[j].type () == ACToken::TOK_SEMI_COLON) break; if (pattern[j].type () == ACToken::TOK_COLON) has_base_intro = true; else if (pattern[j].type () == ACToken::TOK_OPEN_CURLY) { has_member_intro = true; break; } } // Generate the base intro. // TODO: What about replacements in base intros? // Example: ": public SomeBase" TU_ClassSlice::SliceBody base_intro; if (has_base_intro) { unsigned i = 1; while (i < pattern.size() && pattern[i].type () != ACToken::TOK_COLON) ++i; ++i; // skip ':' while (i < pattern.size() && pattern[i].type () != ACToken::TOK_SEMI_COLON && pattern[i].type () != ACToken::TOK_OPEN_CURLY) { base_intro.text += ' '; base_intro.text += token_text (pattern[i]); if (!base_intro.file.is_valid()) { base_intro.file = source_unit(pattern[i]); base_intro.line = token_line_number(pattern[i]); } ++i; } } // Generate the (inline) member intro TU_ClassSlice::SliceBody member_intro; if (has_member_intro) { unsigned i = 0; while (pattern[i].type () != ACToken::TOK_OPEN_CURLY) ++i; ++i; member_intro.file = source_unit(pattern[i]); member_intro.line = token_line_number(pattern[i]); unsigned line = member_intro.line; int level = 1; while (true) { if (pattern[i].type () == ACToken::TOK_CLOSE_CURLY) { level--; if (level == 0) break; } else if (pattern[i].type () == ACToken::TOK_OPEN_CURLY) level++; // insert whitespace or newline for proper formatting whitespace (line, pattern[i], member_intro.text); // TODO: this is a hack - make sure not to replace too often! if (level == 1 && pattern[i].type () == ACToken::TOK_ID && slice->get_name() == pattern[i].text ()) member_intro.positions.push_back( std::make_pair(member_intro.text.size(), TU_ClassSlice::SliceBody::TARGET_NAME)); else if (pattern[i].type () == ACToken::TOK_ID && string ("JoinPoint") == pattern[i].text ()) { member_intro.positions.push_back( std::make_pair(member_intro.text.size(), TU_ClassSlice::SliceBody::JP_NAME)); } else member_intro.text += token_text (pattern[i]); ++i; } // Sort positions so we can easily do the insertions later. // TODO: Aren't those always sorted anyways? std::sort(member_intro.positions.begin(), member_intro.positions.end()); } slice->set_tokens (member_intro, base_intro, has_base_intro, has_member_intro); } #endif // FRONTEND_CLANG void replace_string_in_place (string& subject, const string& search, const string& replace) { size_t pos = 0; while ((pos = subject.find(search, pos)) != std::string::npos) { subject.replace(pos, search.length(), replace); pos += replace.length(); } } void Phase1::parse_scope (Scope &scope, string *anon_member_class_copy) { static string prot_none(""); static string prot_private("private"); static string prot_protected("protected"); static string prot_public("public"); Scope *old_scope = _curr_scope; _curr_scope = &scope; bool old_in_template = _in_template; bool in_friend = false; bool in_slice = false; bool in_slice_initializer = false; enum { TD_FLOATING, TD_GOT_ID, TD_GOT_TYPEDEF, TD_GOT_ALL } _td_state = TD_FLOATING; Scope *class_alias_target = 0; string *prot = &prot_none; if (scope.is_class() || scope.is_aspect()) prot = &prot_private; else if (scope.is_struct()) prot = &prot_public; int advice_no = 0; int intro_no = 0; int order_no = 0; int anon_slice_no = 0; bool is_anon_class = false; int anon_class_no = 0; ACToken anon_class_def_token; string anon_class_name; // generated name for anon class string anon_class_alias; // as in "typedef struct { ... } alias_name;" ACToken start_token; // if we are in the definition of an anonymous class/struct/union it might be // that we are parsing the definition of an anonymous member. In this case we // need to create a modified copy of the code and thus start recording here. if (anon_member_class_copy) start_recording (); ACToken token = curr_token (); while (token.type () != ACToken::TOK_EOF && token.type () != ACToken::TOK_CLOSE_CURLY) { int tt = token.type (); // handle sub-scope if (tt == ACToken::TOK_TEMPLATE) { // A declaration of a template class or function token = next_token (); if (token.type () != ACToken::TOK_EOF && token.type () == ACToken::TOK_LESS) { skip_template_params(); token = curr_token(); _in_template = true; } } else if (tt == ACToken::TOK_ENUM) { // handle C++ 11 enum classes token = next_token(); if (token.type () == ACToken::TOK_CLASS) token = next_token(); // simply skip the class keyword if there is one } else if (tt == ACToken::TOK_PUBLIC) { token = next_token(); if (token.type () == ACToken::TOK_COLON) prot = &prot_public; token = next_token(); } else if (tt == ACToken::TOK_PROTECTED) { token = next_token(); if (token.type () == ACToken::TOK_COLON) prot = &prot_protected; token = next_token(); } else if (tt == ACToken::TOK_PRIVATE) { token = next_token(); if (token.type () == ACToken::TOK_COLON) prot = &prot_private; token = next_token(); } else if (scope.is_aspect() && ((tt == ACToken::TOK_STATIC && look_ahead ().type () == ACToken::TOK_ID && scope._name == look_ahead().text ()) || (tt == ACToken::TOK_ID && scope._name == token.text () && look_ahead().type () == ACToken::TOK_STATIC))) { parse_aspectof_function (*prot); token = next_token (); } else if (tt == ACToken::TOK_TYPEDEF) { switch (_td_state) { case TD_GOT_TYPEDEF: case TD_GOT_ALL: err () << sev_error << token.location() << "'typedef' specifier used twice." << endMessage; break; case TD_GOT_ID: _td_state = TD_GOT_ALL; break; case TD_FLOATING: _td_state = TD_GOT_TYPEDEF; break; } token = next_token(); } else if (_td_state == TD_GOT_ALL && tt == ACToken::TOK_ID) { if (look_ahead(1).type () == ACToken::TOK_SEMI_COLON) { if (class_alias_target) { Element alias; alias._kind = Element::ELEMENT_CLASS_ALIAS; alias._jpm_link = 0; alias._name = token.text(); alias._referred = class_alias_target; scope._elements.insert(alias); } } token = next_token(); } else if (tt == ACToken::TOK_FRIEND) { in_friend = true; token = next_token(); } else if (tt == ACToken::TOK_POINTCUT) { parse_pointcut_def (scope); token = next_token (); } else if (scope.is_namespace() && tt == ACToken::TOK_USING) { parse_using_directive (scope); token = next_token (); } else if (tt == ACToken::TOK_ADVICE) { parse_advice_def (scope, advice_no, intro_no, order_no, anon_slice_no, *prot); token = next_token (); } else if (tt == ACToken::TOK_SLICE) { in_slice = true; start_token = token; start_recording (); token = next_token (); } else if (!_in_template && !in_friend && (tt == ACToken::TOK_NAMESPACE || (tt == ACToken::TOK_ASPECT) || tt == ACToken::TOK_CLASS || tt == ACToken::TOK_UNION || tt == ACToken::TOK_STRUCT)) { bool is_struct = (tt == ACToken::TOK_STRUCT); bool is_class = (tt == ACToken::TOK_CLASS); bool is_aspect = (tt == ACToken::TOK_ASPECT); bool is_union = (tt == ACToken::TOK_UNION); anon_class_alias.clear(); string pre_attr; // A namespace sub-scope? ACToken start = token; if (is_aspect) _code_weaver.transform_aspect(start); token = next_token (); // skip __attribute(...) if (token.type () == ACToken::TOK_ATTRIBUTE) { // stop recording if (anon_member_class_copy) { #ifdef FRONTEND_PUMA Puma::Unit *rec = stop_recording (); string result = recording_to_string (rec); delete rec; #else ACPreprocessor::TokenVector rec = stop_recording (); string result = recording_to_string (rec); #endif *anon_member_class_copy += result; } start_recording(); skip_gnu_attributes(false); #ifdef FRONTEND_PUMA Puma::Unit *rec = stop_recording (); pre_attr = recording_to_string (rec); delete rec; #else ACPreprocessor::TokenVector rec = stop_recording (); pre_attr = recording_to_string (rec); #endif if (anon_member_class_copy) { *anon_member_class_copy += pre_attr; start_recording(); } token = next_token(); } bool root_qualified, contains_template_id; vector names; parse_qual_name (names, root_qualified, contains_template_id); token = curr_token (); bool is_qualified = (root_qualified || names.size () > 1); string name; if (names.size () > 0) name = names[names.size () - 1]; else { if (tt == ACToken::TOK_NAMESPACE) { name = ""; } else if (is_struct || is_class || is_union || is_aspect) { is_anon_class = false; ostringstream name_str; if (in_slice) { name_str << ""; anon_slice_no++; err () << sev_error << start.location() << "Anonymous slice definition only allowed in advice." << endMessage; } else { if (_curr_scope->_name == "::") name_str << "__ac_anon" << anon_class_no; else { if (_curr_scope->_name.substr (0, 9) != "__ac_anon") name_str << "__ac_anon"; name_str << _curr_scope->_name << "_" << anon_class_no; } anon_class_no++; if (is_aspect) err () << sev_error << start.location() << "Anonymous aspects are not allowed." << endMessage; else { if (is_in_project(start)) { is_anon_class = true; anon_class_def_token = token; anon_class_name = name_str.str (); } } } name = name_str.str (); } } Node *found_scope = 0; if (is_qualified) found_scope = lookup_name(scope, root_qualified, names); Scope *qual_scope = lookup_scope(scope, root_qualified, names); // TODO: handle other cases here (errors!) // check if this scope belongs to our project bool skip = (is_qualified && !found_scope && in_slice); bool in_model = true; bool is_declaration = (token.type () == ACToken::TOK_SEMI_COLON); Scope *inserted_scope = 0; if (!skip && (token.type () == ACToken::TOK_OPEN_CURLY || token.type () == ACToken::TOK_COLON || is_declaration)) { if (!is_in_project(start) || !is_visible_scope(scope, name) || !scope._jpm_link || name.substr(0,6) == "_jpm_link : scope._jpm_link, name, is_struct); else new_scope._jpm_link = (in_model ? _jpm.register_class1 (qual_scope ? qual_scope->_jpm_link : scope._jpm_link, name) : 0); } else if (start.type () == ACToken::TOK_UNION) { new_scope._kind = Scope::SCOPE_UNION; new_scope._jpm_link = 0; } pair::const_iterator, bool> res = new_scope._parent_scope->_sub_scopes.insert (new_scope); inserted_scope = &(Scope&)*res.first; // A namespace first introduced as external, might now become part of the project. // Therefore, add the project model link here. if (!inserted_scope->_jpm_link && new_scope._jpm_link) inserted_scope->_jpm_link = new_scope._jpm_link; } // handle class alias typedef state machine if (!qual_scope && inserted_scope && (_td_state == TD_FLOATING || _td_state == TD_GOT_TYPEDEF)) { _td_state = (_td_state == TD_FLOATING ? TD_GOT_ID : TD_GOT_ALL); class_alias_target = inserted_scope; } bool is_definition = false; if (token.type () != ACToken::TOK_EOF && token.type () == ACToken::TOK_COLON) { is_definition = true; if (in_slice) { // consume tokens until we find '{' or syntax error do { token = next_token(); } while (token.type () != ACToken::TOK_EOF && token.type () != ACToken::TOK_OPEN_CURLY && token.type () != ACToken::TOK_SEMI_COLON); } else if (inserted_scope && (inserted_scope->is_class_or_struct() || inserted_scope->is_aspect())) { // list of base classes parse_base_clause (*inserted_scope); if (in_model) register_base_classes (*inserted_scope); token = curr_token(); } } if (token.type () != ACToken::TOK_EOF && token.type () == ACToken::TOK_OPEN_CURLY) { is_definition = true; if (in_slice) { skip_curly_block (); token = curr_token (); } else { // stop recording if (anon_member_class_copy) { #ifdef FRONTEND_PUMA Puma::Unit *rec = stop_recording (); string result = recording_to_string (rec); delete rec; #else ACPreprocessor::TokenVector rec = stop_recording (); string result = recording_to_string (rec); #endif *anon_member_class_copy += result; } // parse the nested scope next_token (); if (is_anon_class) { string nested_anon_member_class_copy; parse_scope (*inserted_scope, &nested_anon_member_class_copy); if (curr_token().type () != ACToken::TOK_EOF && (is_struct || is_class || is_union)) { // skip __attribute(...) string post_attr; if (look_ahead ().type () == ACToken::TOK_ATTRIBUTE) { next_token (); start_recording (); // record attribute while being lexed skip_gnu_attributes(false); #ifdef FRONTEND_PUMA Puma::Unit *rec = stop_recording (); post_attr = recording_to_string (rec); delete rec; #else ACPreprocessor::TokenVector rec = stop_recording (); post_attr = recording_to_string (rec); #endif } // Check whether we have found the definition of an unnamed strcut/union field, such as in // class C { struct { int i; }; } c; <-- here 'i' is visible in 'C'! // => check whether ';' follows '}' ... if (look_ahead().type () == ACToken::TOK_SEMI_COLON) { if (anon_member_class_copy) *anon_member_class_copy += nested_anon_member_class_copy; // transform the code: // insert an anonymous class with equivalent members behind // the de-anonymized class string tag; if (is_struct) tag = "struct"; else if (is_union) tag = "union"; else if (is_class) tag = "class"; replace_string_in_place (nested_anon_member_class_copy, full_anon_class_name(scope) + "::", ""); _code_weaver.transform_anon_member_class (look_ahead(), tag + pre_attr + " { " + nested_anon_member_class_copy + " }" + post_attr + ";"); } else { // check for the definition of a class alias // cout << _td_state << ":" << token_text(look_ahead()) << ":" << token_text(look_ahead(2)) << endl; if (_td_state == TD_GOT_ALL && look_ahead().type() == ACToken::TOK_ID && look_ahead(2).type() == ACToken::TOK_SEMI_COLON) { anon_class_alias = look_ahead().text (); // TODO: handle more (exotic) cases } if (anon_member_class_copy) { anon_member_class_copy->resize (anon_member_class_copy->size () - 1); *anon_member_class_copy += full_anon_class_name(*inserted_scope); next_token (); } } } } else parse_scope (*inserted_scope); // and start recording again if (anon_member_class_copy) start_recording (); } if (!skip && (in_model || in_slice)) { if (curr_token ().type() == ACToken::TOK_EOF) err () << sev_error << start.location() << "Scope '" << inserted_scope->_name.c_str() << "' not closed properly" << endMessage; else { if (inserted_scope->_jpm_link) _jpm.add_source_loc(inserted_scope->_jpm_link, start, curr_token (), (inserted_scope->is_namespace() ? SLK_NONE : SLK_DEF)); } } } else { if (inserted_scope && inserted_scope->_jpm_link && (in_model || in_slice)) { _jpm.add_source_loc(inserted_scope->_jpm_link, start, curr_token (), SLK_DECL); } } if (!skip && is_definition && qual_scope && !found_scope) err () << sev_error << start.location() << "Definition of undeclared scope '" << name.c_str() << "'." << endMessage; #ifdef FRONTEND_PUMA Puma::Unit *rec = 0; #else ACPreprocessor::TokenVector rec; #endif if (in_slice) { in_slice = false; rec = stop_recording (); } if (inserted_scope && inserted_scope->_is_slice) { if (is_definition) { TU_ClassSlice *cs = (TU_ClassSlice*)inserted_scope->_jpm_link; cs->slice_unit(source_unit(start)); #ifdef FRONTEND_PUMA if (cs->get_tokens ()) cout << "tokens OVERWRITTEN" << endl; cs->set_tokens(rec); #else if (!cs->get_tokens ().text.empty()) cout << "tokens OVERWRITTEN" << endl; set_slice_tokens(cs, rec); #endif } _code_weaver.transform_delete(start_token, curr_token ()); } #ifdef FRONTEND_PUMA else if (rec) { #else else if (!rec.empty ()) { #endif handle_slice_member(scope, rec, start_token, curr_token()); } token = next_token (); } else if (in_slice && tt == ACToken::TOK_ASSIGN) { in_slice_initializer = true; token = next_token (); } else if (tt == ACToken::TOK_OPEN_CURLY) { skip_curly_block (false); if (in_slice && !in_slice_initializer) { in_slice = false; #ifdef FRONTEND_PUMA Puma::Unit *rec = stop_recording (); if (rec) #else ACPreprocessor::TokenVector rec = stop_recording (); if (!rec.empty ()) #endif handle_slice_member(scope, rec, start_token, curr_token()); } _in_template = old_in_template; in_friend = false; token = next_token (); } else if (tt == ACToken::TOK_SEMI_COLON) { if (in_slice) { #ifdef FRONTEND_PUMA Puma::Unit *rec = stop_recording (); if (rec) #else ACPreprocessor::TokenVector rec = stop_recording (); if (!rec.empty ()) #endif handle_slice_member(scope, rec, start_token, curr_token()); in_slice = false; in_slice_initializer = false; } _in_template = old_in_template; token = next_token (); in_friend = false; if (is_anon_class) { if (anon_class_alias.empty()) _code_weaver.transform_anon_class(anon_class_def_token, anon_class_name); else _code_weaver.transform_anon_class(anon_class_def_token, anon_class_alias); anon_class_alias.clear(); } is_anon_class = false; _td_state = TD_FLOATING; } else if (tt == ACToken::TOK_COLON_COLON || tt == ACToken::TOK_ID) { bool root_qualified, contains_template_id; vector names; parse_qual_name (names, root_qualified, contains_template_id); token = curr_token(); if (_td_state == TD_GOT_ID || _td_state == TD_GOT_ALL || contains_template_id || names.size () == 0) _td_state = TD_FLOATING; else { Node *found = lookup_name(scope, root_qualified, names); if (found && (found->is_class_or_struct() || found->is_aspect())) { _td_state = (_td_state == TD_FLOATING ? TD_GOT_ID : TD_GOT_ALL); class_alias_target = (Scope*)found; } else _td_state = TD_FLOATING; } } else { if (_td_state != TD_FLOATING && tt != ACToken::TOK_CONST && tt != ACToken::TOK_VOLATILE) _td_state = TD_FLOATING; token = next_token (); } } if (anon_member_class_copy) { #ifdef FRONTEND_PUMA Puma::Unit *rec = stop_recording (); string result = recording_to_string (rec); delete rec; #else ACPreprocessor::TokenVector rec = stop_recording (); string result = recording_to_string (rec); #endif result.resize (result.size () - 1); // delete trailing '}' *anon_member_class_copy += result; } _curr_scope = old_scope; } #ifdef FRONTEND_CLANG string Phase1::recording_to_string (const ACPreprocessor::TokenVector &vec) { string result; if (vec.size () > 0) { unsigned last_line = token_line_number(vec[0]); for (unsigned i = 0; i < vec.size(); i++) { unsigned line = token_line_number(vec[i]); bool new_line = false; while (line > last_line) { result += "\n"; last_line++; new_line = true; } if (!new_line) result += " "; result += token_text (vec[i]); } } return result; } #else string Phase1::recording_to_string (Puma::Unit *rec) { string result; Token *curr = (Token*)rec->first (); if (curr) { int last_line = curr->location ().line (); while (curr) { int line = curr->location ().line (); bool new_line = false; while (line > last_line) { result += "\n"; last_line++; new_line = true; } if (!new_line) result += " "; result += curr->text (); curr = (Token*)rec->next (curr); } } return result; } #endif #ifdef FRONTEND_CLANG // Create a SliceBody structure out of the tokens in pattern. TU_ClassSlice::SliceBody Phase1::format_non_inline_member (ACPreprocessor::TokenVector &pattern, const std::string &name) { TU_ClassSlice::SliceBody res; int name_tokens = 0; unsigned line = token_line_number(pattern[0]); res.line = line; res.file = source_unit(pattern[0]); // skip 'slice' keyword for (unsigned i = 1; i < pattern.size(); ) { ACToken token = pattern[i]; unsigned next = i+1; if (name_tokens == 0 && next < pattern.size() && pattern[next].type() == ACToken::TOK_INVALID) { name_tokens = 1; next = i+2; } else if (name_tokens > 0 && token.type() == ACToken::TOK_INVALID) { if (res.text.size () > 0) res.text += ' '; // don't change the line number here res.positions.push_back(std::make_pair(res.text.size(), TU_ClassSlice::SliceBody::TARGET_QUAL_NAME)); name_tokens = 0; if (next < pattern.size() && pattern[next].type () == ACToken::TOK_COLON_COLON) { token = pattern[next]; ++next; res.text += token_text (token); if (next < pattern.size() && pattern[next].type () == ACToken::TOK_TILDE) { token = pattern[next]; ++next; res.text += token_text (token); } if (next < pattern.size() && pattern[next].type () == ACToken::TOK_ID) { token = pattern[next]; ++next; if (name == token.text()) { res.positions.push_back(std::make_pair(res.text.size(), TU_ClassSlice::SliceBody::TARGET_NAME)); } else res.text += token_text (token); } } } else { if (name_tokens == 0) { // insert whitespace or newline for proper formatting whitespace (line, token, res.text); if (token.type () == ACToken::TOK_ID && string ("JoinPoint") == token.text ()) { res.positions.push_back(std::make_pair(res.text.size(), TU_ClassSlice::SliceBody::JP_NAME)); } else { res.text += token_text (token); } } else name_tokens++; } i = next; } res.text += "\n"; // Sort positions so we can easily do the insertions later. // TODO: Aren't those always sorted anyways? std::sort(res.positions.begin(), res.positions.end()); return res; } // insert whitespace or newline for proper formatting void Phase1::whitespace (unsigned &line, const ACToken &token, string &str) { unsigned new_line = token_line_number(token); if (!token.is_macro_generated () && line != new_line) { if (new_line > line) str.append(new_line - line, '\n'); line = new_line; } else { if (str.size () > 0) str += ' '; } } #endif // FRONTEND_CLANG #ifdef FRONTEND_PUMA void Phase1::handle_slice_member (Scope &scope, Puma::Unit *rec, ACToken from, ACToken to) { #else void Phase1::handle_slice_member (Scope &scope, ACPreprocessor::TokenVector &rec, ACToken from, ACToken to) { #endif Scope *slice_scope = find_slice(scope, rec); if (slice_scope && slice_scope->_jpm_link) { TU_ClassSlice *s = (TU_ClassSlice*)slice_scope->_jpm_link; s->non_inline_members().push_back ( #ifdef FRONTEND_PUMA rec #else format_non_inline_member (rec, s->get_name ()) #endif ); s->non_inline_member_units().push_back (source_unit(from)); } else { err () << sev_error << from.location() << "Slice member definition cannot be associated with slice definition" << endMessage; } _code_weaver.transform_delete(from, to); } void Phase1::parse_aspectof_function (const string &prot) { ACToken start = curr_token (); next_token (); next_token (); if (curr_token ().type() != ACToken::TOK_MUL) return; next_token (); if (curr_token ().type() != ACToken::TOK_ID) return; ACToken name = curr_token (); string text = name.text (); if (text != "aspectOf" && text != "aspectof") return; ACToken arg_begin = next_token (); skip_round_block(false); next_token (); ACToken body_begin = curr_token (); AdviceCodeContext context = ACC_NONE; CodeWeaver::TypeUse uses_type; parse_advice_body( context, ACToken::TOK_OPEN_CURLY, ACToken::TOK_CLOSE_CURLY, uses_type ); ACToken body_end = curr_token (); _code_weaver.transform_aspectof( context, uses_type, start, name, arg_begin, body_begin, body_end, prot ); } void Phase1::parse_using_directive(Scope &scope) { ACToken token = next_token (); if (token.type() != ACToken::TOK_NAMESPACE) return; token = next_token (); ACToken name_start = token; bool root_qualified, contains_template_id; vector names; parse_qual_name (names, root_qualified, contains_template_id); if (names.size () == 0) { err() << sev_error << name_start.location() << "Invalid name in 'using directive'." << endMessage; return; } string name = names[names.size () - 1]; Node *found_scope = lookup_name(scope, root_qualified, names); token = curr_token (); if (token.type () != ACToken::TOK_SEMI_COLON) { err() << sev_error << token.location() << "Expected ';' after namespace name in 'using directive." << endMessage; return; } if (!found_scope || !found_scope->is_namespace()) { err() << sev_error << name_start.location() << "'" << name.c_str() << "' is not a known namespace." << endMessage; return; } scope._search_scopes.push_back ((Scope*)found_scope); } void Phase1::parse_pointcut_def (Scope &scope) { ACToken start = curr_token (); ACToken token = next_token (); bool is_virtual = false; // neither virtual nor pure virtual ACToken virtual_token; if (token.type () == ACToken::TOK_VIRTUAL) { is_virtual = true; // either virtual or pure virtual virtual_token = token; token = next_token(); } if (!(token.type () == ACToken::TOK_ID)) return; // TODO: handle syntax error in pointcut definition string name = token.text (); token = next_token (); if (!(token.type () == ACToken::TOK_OPEN_ROUND)) return; // TODO: handle syntax error in pointcut definition skip_round_block(); token = curr_token(); if (!(token.type () == ACToken::TOK_ASSIGN)) return; // TODO: handle syntax error in pointcut definition ACToken assignment_token = token; token = next_token(); string expr; ACToken pct_end_token = token; while (token.type () != ACToken::TOK_EOF && token.type () != ACToken::TOK_SEMI_COLON) { #ifdef FRONTEND_PUMA expr += token.text (); #else expr += token_text (token); #endif pct_end_token = token; token = next_token(); } // check whether the definition is semantically correct if (expr == "0" && !is_virtual) { err () << sev_error << start.location() << "Pure virtual pointcut defined without 'virtual' keyword." << endMessage; is_virtual = true; } // register the scope of the named pointcut; should normally not be necessary ACM_Name *parent = scope._jpm_link; if (!parent) parent = register_scope(scope); // register the named pointcut itself TU_Pointcut *pct = (TU_Pointcut*)_jpm.register_pointcut1 (parent, name, is_virtual, expr); if (!pct) { err () << sev_error << start.location() << "Pointcut '" << name.c_str() << "' already defined." << endMessage; return; } PointCutExpr *pce = 0; if (expr != "0") pce = create_pct_expr_tree(expr, parent, start); pct->get_parsed_expr().set (pce); #ifdef FRONTEND_PUMA pct->set_location(start.location()); #else pct->set_location(clang::FullSourceLoc (start.location(), err().get_source_manager ())); #endif _jpm.add_source_loc(pct, start, curr_token ()); Element pct_elem; pct_elem._kind = Element::ELEMENT_POINTCUT; pct_elem._name = name; pct_elem._jpm_link = pct; scope._elements.insert(pct_elem); // finally transform the named pointcut definition into a function declaration (for phase 2) _code_weaver.transform_pointcut_def(start, virtual_token, assignment_token, pct_end_token); } void Phase1::parse_advice_def (Scope &scope, int &advice_no, int &intro_no, int &order_no, int &anon_slice_no, const string &prot) { if (!scope.is_aspect()) { err() << sev_error << curr_token ().location() << "'advice' keyword used outside an aspect." << endMessage; return; } ACToken start = curr_token (); ACToken token = next_token (); ACToken pct_start = token, pct_end = token; string expr; while (token.type () != ACToken::TOK_EOF && token.type () != ACToken::TOK_COLON) { // TODO: handle errors, e.g. ';' or '}' token #ifdef FRONTEND_PUMA expr += token.text (); #else expr += token_text(token); #endif pct_end = token; token = next_token(); } // create an anonymous pointcut object, ignore arguments for now TU_Pointcut *pct = (TU_Pointcut*)_jpm.register_pointcut1(0, "%anon", false, expr); pct->get_parsed_expr().set (create_pct_expr_tree(expr, scope._jpm_link, pct_start)); #ifdef FRONTEND_PUMA pct->set_location(pct_start.location()); #else pct->set_location(clang::FullSourceLoc (pct_start.location(), err().get_source_manager ())); #endif _jpm.add_source_loc(pct, pct_start, pct_end); // cout << "advice on " << expr << endl; token = next_token (); if (token.type() == ACToken::TOK_EOF) return; string text = token.text (); if (token.type () == ACToken::TOK_ID && (text == "before" || text == "after" || text == "around")) { ACToken advice_kind_token = token; next_token (); ACToken arg_begin = curr_token(); ACToken next = look_ahead (); if (next.type () == ACToken::TOK_EOF) return; // TODO: error handling bool has_args = (next.type() != ACToken::TOK_CLOSE_ROUND); skip_round_block(false); next_token (); ACToken body_begin = curr_token (); AdviceCodeContext context = ACC_NONE; CodeWeaver::TypeUse uses_type; parse_advice_body (context, ACToken::TOK_OPEN_CURLY, ACToken::TOK_CLOSE_CURLY, uses_type ); if (has_args) context = (AdviceCodeContext)(context | ACC_VARS); TU_AdviceCode *new_elem = _jpm.newAdviceCode(); ((ACM_Aspect*)scope._jpm_link)->get_advices().insert(new_elem); new_elem->set_kind(text == "before" ? ACT_BEFORE: text == "after" ? ACT_AFTER:ACT_AROUND); new_elem->set_pointcut(pct); new_elem->set_context(context); new_elem->set_lid(advice_no); ACToken body_end = curr_token(); _jpm.add_source_loc(new_elem, start, body_end); _code_weaver.transform_delete(start, advice_kind_token); _code_weaver.transform_advice_code( advice_no, text, context, has_args, uses_type, arg_begin, body_begin, body_end, prot ); advice_no++; // increment number of code advice block per aspect } else if (token.type () == ACToken::TOK_ID && text == "order") { ACToken order_start = token; token = next_token (); if (token.type() != ACToken::TOK_OPEN_ROUND) { err() << sev_error << order_start.location () << "Syntax error in order advice, expected '(' after 'order'" << endMessage; return; } TU_Order *order = (TU_Order*)_jpm.newOrder(); order->set_pointcut(pct); order->set_lid(advice_no); //#ifdef FRONTEND_PUMA // order->tree (0); //#endif while (true) { token = next_token (); ACToken pct_start = token, pct_end = token; string expr; int bracket_depth = 0; while (token.type () != ACToken::TOK_EOF && token.type () != ACToken::TOK_COMMA && !(token.type() == ACToken::TOK_CLOSE_ROUND && bracket_depth == 0)) { // TODO: handle errors, e.g. ';' or '}' token if (token.type () == ACToken::TOK_OPEN_ROUND) bracket_depth++; else if (token.type () == ACToken::TOK_CLOSE_ROUND) bracket_depth--; #ifdef FRONTEND_PUMA expr += token.text (); #else expr += token_text (token); #endif pct_end = token; token = next_token(); } TU_Pointcut *pct = (TU_Pointcut*)_jpm.register_pointcut1(0, "%anon", false, expr); pct->get_parsed_expr().set (create_pct_expr_tree(expr, scope._jpm_link, pct_start)); #ifdef FRONTEND_PUMA pct->set_location(pct_start.location()); #else pct->set_location(clang::FullSourceLoc (pct_start.location(), err().get_source_manager ())); #endif _jpm.add_source_loc (pct, pct_start, pct_end); order->get_aspect_exprs().insert(pct); if (token.type () == ACToken::TOK_CLOSE_ROUND) break; } token = next_token(); if (token.type () != ACToken::TOK_SEMI_COLON) return; ((ACM_Aspect*)scope._jpm_link)->get_orders().insert(order); _jpm.add_source_loc(order, start, token); _code_weaver.transform_delete(start, token); order_no++; // increment number of order advice per aspect } else if (token.type () == ACToken::TOK_SLICE) { ACToken slice_start = token; TU_ClassSlice *slice_obj = 0; ACToken next = look_ahead (); if (token.type () == ACToken::TOK_EOF) return; // TODO: error handling TU_Introduction *intro = _jpm.newIntroduction(); intro->set_pointcut(pct); intro->set_lid(intro_no); intro_no++; if (next.type () == ACToken::TOK_CLASS || next.type () == ACToken::TOK_STRUCT) { bool is_struct = (next.type () == ACToken::TOK_STRUCT); start_recording (); token = next_token (); token = next_token (); bool root_qualified, contains_template_id; vector names; parse_qual_name (names, root_qualified, contains_template_id); token = curr_token (); Node *found_scope = 0; Scope *qual_scope = 0; bool is_qualified = (root_qualified || names.size () > 1); if (is_qualified) { found_scope = lookup_name(scope, root_qualified, names); qual_scope = lookup_scope(scope, root_qualified, names); } string name; if (names.size () > 0) { name = names[names.size () - 1]; } else { ostringstream name_str; name_str << ""; name = name_str.str (); anon_slice_no++; } if (token.type () == ACToken::TOK_SEMI_COLON) { #ifdef FRONTEND_PUMA Puma::Unit *rec = stop_recording (); delete rec; #else ACPreprocessor::TokenVector rec = stop_recording (); #endif slice_obj = (TU_ClassSlice*)_jpm.register_class_slice( (qual_scope ? qual_scope->_jpm_link : scope._jpm_link), name, is_struct); _jpm.add_source_loc(slice_obj, slice_start, curr_token(), SLK_DECL); } else { while (token.type () != ACToken::TOK_EOF && token.type () != ACToken::TOK_SEMI_COLON) { if (token.type () == ACToken::TOK_OPEN_CURLY) { skip_curly_block (false); if (look_ahead(1).type() != ACToken::TOK_SEMI_COLON) err() << sev_error << curr_token().location() << "Semicolon after class slice introduction missing." << endMessage; break; } token = next_token (); } #ifdef FRONTEND_PUMA Puma::Unit *rec = stop_recording (); #else ACPreprocessor::TokenVector rec = stop_recording (); #endif if (token.type () == ACToken::TOK_EOF) return; // TODO: error handling if (qual_scope && !found_scope) { err () << sev_warning << slice_start.location() << "Definition of undeclared slice" << endMessage; } slice_obj = (TU_ClassSlice*)_jpm.register_class_slice(qual_scope ? qual_scope->_jpm_link : scope._jpm_link, name, is_struct); slice_obj->slice_unit(source_unit(slice_start)); _jpm.add_source_loc(slice_obj, slice_start, curr_token()); #ifdef FRONTEND_PUMA if (slice_obj->get_tokens ()) #else if (!slice_obj->get_tokens ().text.empty()) #endif err() << sev_error << slice_start.location() << "Slice '" << name.c_str () << "' was already defined." << endMessage; #ifdef FRONTEND_PUMA slice_obj->set_tokens (rec); #else set_slice_tokens(slice_obj, rec); #endif } // create new scope object Scope new_scope; new_scope._name = name; new_scope._is_slice = true; new_scope._parent_scope = (qual_scope ? qual_scope : &scope); new_scope._kind = (is_struct ? Scope::SCOPE_STRUCT : Scope::SCOPE_CLASS); new_scope._jpm_link = slice_obj; new_scope._parent_scope->_sub_scopes.insert (new_scope); } else { token = next_token (); ACToken name_start = token; bool root_qualified, contains_template_id; vector names; parse_qual_name (names, root_qualified, contains_template_id); if (names.size () == 0) { err() << sev_error << name_start.location() << "'" << name_start.text () << "' is not a slice name." << endMessage; return; } Node *found_scope = lookup_name(scope, root_qualified, names); // TODO: handle error here string name (""); if (names.size () > 0) name = names[names.size () - 1]; token = curr_token (); if (token.type () != ACToken::TOK_SEMI_COLON) return; // TODO: handle syntax errors if (!found_scope || !found_scope->is_class_or_struct() || !((Scope*)found_scope)->_is_slice || !found_scope->_jpm_link) { err() << sev_error << name_start.location() << "'" << name.c_str() << "' is not a known class slice." << endMessage; } else slice_obj = (TU_ClassSlice*)found_scope->_jpm_link; } if (slice_obj) intro->set_named_slice(slice_obj); // intro->intro_info(acii); ((ACM_Aspect*)scope._jpm_link)->get_intros().insert(intro); _jpm.add_source_loc(intro, start, curr_token(), SLK_NONE); _code_weaver.transform_delete(start, curr_token ()); order_no++; // increment number of order advice per aspect } else if (token.type () == ACToken::TOK_ID && text == "baseclass") { err() << sev_error << token.location() << "Deprecated introduction syntax used in aspect, use slice instead." << endMessage; while (token.type () != ACToken::TOK_EOF && token.type () != ACToken::TOK_SEMI_COLON) token = next_token(); } else { err() << sev_error << token.location() << "Deprecated introduction syntax used in aspect, use slice instead." << endMessage; // skip the code; bool objdecl = false; while (token.type () != ACToken::TOK_EOF) { if (token.type () == ACToken::TOK_SEMI_COLON) break; if (token.type () == ACToken::TOK_CLASS || token.type () == ACToken::TOK_STRUCT || token.type () == ACToken::TOK_UNION || token.type () == ACToken::TOK_ENUM) { token = next_token(); if (token.type () == ACToken::TOK_ID) token = next_token(); if (token.type () == ACToken::TOK_OPEN_CURLY) objdecl = true; } if (token.type () == ACToken::TOK_OPEN_ROUND) { skip_round_block(true); token = curr_token(); continue; } if (token.type () == ACToken::TOK_OPEN_CURLY) { skip_curly_block(false); if (!objdecl) break; token = next_token(); } if (token.type () == ACToken::TOK_ASSIGN) objdecl = true; token = next_token(); } } } void Phase1::parse_advice_body( AdviceCodeContext &context, int open, int close, CodeWeaver::TypeUse &uses_type ) { ACToken current; int token; int depth = 0; while (curr_token ().type () != ACToken::TOK_EOF) { current = curr_token (); token = current.type (); if (token == open) depth++; else if (token == close) depth--; else if (depth > 0 && token == ACToken::TOK_OPEN_ROUND) { parse_advice_body (context, ACToken::TOK_OPEN_ROUND, ACToken::TOK_CLOSE_ROUND, uses_type ); next_token (); continue; } if (depth == 0) break; if (current.type () == ACToken::TOK_ID) { string text = current.text (); if (text == "JoinPoint") { context = (AdviceCodeContext)(context | ACC_TYPE); ACToken qualname_start = current; if (look_ahead ().type () == ACToken::TOK_COLON_COLON) { next_token (); // skip "::" current = next_token (); // TODO: "template" should be generated if (current.type () == ACToken::TOK_TEMPLATE) current = next_token (); if (current.type() == ACToken::TOK_ID) { string name = current.text (); if( name == "That" || name == "Result" || name == "Target" || name == "Entity" || name == "MemberPtr" || name == "Array" ) { ostringstream tn; Naming::tjp_typedef(tn, name.c_str ()); _code_weaver.replace (_code_weaver.weave_pos(qualname_start, WeavePos::WP_BEFORE), _code_weaver.weave_pos(current, WeavePos::WP_AFTER), tn.str ()); if (name == "That") uses_type.that = true; else if (name == "Target") uses_type.target = true; else if (name == "Result") uses_type.result = true; else if (name == "Entity") uses_type.entity = true; else if (name == "MemberPtr") uses_type.memberptr = true; else if( name == "Array" ) uses_type.array = true; } else if( name == "Arg" || name == "Dim" ) { // TODO: why not generate "template" keyword here? current = next_token (); skip_template_params(); current = curr_token (); if (current.type () == ACToken::TOK_COLON_COLON) { current = next_token (); if (current.type () == ACToken::TOK_ID) { current = next_token (); if (current.type () != ACToken::TOK_COLON_COLON) _code_weaver.insert (_code_weaver.weave_pos(qualname_start, WeavePos::WP_BEFORE), "typename "); } } } } } } else if (text == "tjp" || text == "thisJoinPoint") { context = (AdviceCodeContext)(context | ACC_TYPE_OBJ); if (text == "thisJoinPoint") { // replace every occurrence of "thisJoinPoint" with "tjp" _code_weaver.replace(_code_weaver.weave_pos(current, WeavePos::WP_BEFORE), _code_weaver.weave_pos(current, WeavePos::WP_AFTER), "tjp"); } if (look_ahead().type() == ACToken::TOK_PTS) { next_token (); // skip "->" current = next_token (); if (current.type() == ACToken::TOK_ID && ( string( current.text() ) == "arg" || ( string( current.text() ) == "idx" ) ) && look_ahead ().type () == ACToken::TOK_LESS) { _code_weaver.insert(_code_weaver.weave_pos(current, WeavePos::WP_BEFORE), "template "); } } } } next_token (); } } PointCutExpr *Phase1::create_pct_expr_tree(const string &pct, ACM_Name *scope, ACToken pos) { // don't call the parser if the input is empty if (pct == "") { err() << sev_error << pos.location() << "Empty pointcut expression." << endMessage; return 0; } PointCutExprParser *pce_parser = PointCutExprParser::instance( _conf ); try { return pce_parser->parse(pct, *this); } catch (const std::exception &e) { err () << sev_error << pos.location() << "Invalid pointcut expression: " << e.what() << "." << endMessage; } return 0; } void Phase1::parse_base_clause (Scope &class_scope) { ACToken token = curr_token(); int count = 0; while (token.type () != ACToken::TOK_EOF && ((count == 0 && token.type () == ACToken::TOK_COLON) || (count > 0 && token.type () == ACToken::TOK_COMMA))) { parse_base_spec (class_scope); token = curr_token(); count++; } } void Phase1::parse_qual_name (vector &names, bool &root_qualified, bool &contains_template_id) { contains_template_id = false; root_qualified = (curr_token ().type () == ACToken::TOK_COLON_COLON); if (root_qualified) next_token(); while (curr_token ().type () == ACToken::TOK_ID) { string name = curr_token().text (); names.push_back (name); next_token (); if (curr_token().type () == ACToken::TOK_LESS) { contains_template_id = true; skip_template_params (); } if (curr_token().type() == ACToken::TOK_COLON_COLON) next_token (); else break; } } void Phase1::parse_base_spec (Scope &class_scope) { // skip ':' or ',' next_token(); int count_public = 0, count_private = 0, count_protected = 0, count_virtual = 0; while (true) { int token = curr_token().type(); if (token == ACToken::TOK_PUBLIC) count_public++; else if (token == ACToken::TOK_PRIVATE) count_private++; else if (token == ACToken::TOK_PROTECTED) count_protected++; else if (token == ACToken::TOK_VIRTUAL) count_virtual++; else if (token == ACToken::TOK_ID || token == ACToken::TOK_COLON_COLON) break; else return; next_token (); } bool contains_template_id, root_qualified; vector names; parse_qual_name (names, root_qualified, contains_template_id); // cout << "base of " << class_scope._name << "(" << root_qualified << " " << contains_template_id << "):"; // for (vector::const_iterator i = names.begin(); i != names.end(); ++i) // cout << " " << *i; // cout << endl; if (!contains_template_id && names.size () > 0) { Node *base = lookup_name (*class_scope._parent_scope, root_qualified, names); if (base && (base->is_class_or_struct() || base->is_aspect())) class_scope._search_scopes.push_back ((Scope*)base); } } Phase1::Node *Phase1::lookup_name (Scope &scope, bool root_qualified, vector &names) { if (root_qualified) return lookup_name(_root_scope, false, names); Scope *search_scope = &scope; while (search_scope) { set new_visited_scopes; Node *result = lookup_name_in_scope (*search_scope, names, new_visited_scopes); if (result) return result; search_scope = search_scope->_parent_scope; } return 0; } Phase1::Node *Phase1::lookup_name_in_scope (Scope &scope, vector &names, std::set &visited_scopes, int depth) { Node *result = 0; Scope search; search._name = names[depth]; set::iterator i = scope._sub_scopes.find (search); if (i != scope._sub_scopes.end ()) result = (Node*)&(*i); if (!result) { Element search_elem; search_elem._name = names[depth]; set::iterator i = scope._elements.find (search_elem); if (i != scope._elements.end ()) { if (i->_kind == Element::ELEMENT_POINTCUT) result = (Node*)&(*i); else if (i->_kind == Element::ELEMENT_CLASS_ALIAS) result = (*i)._referred; } } // for classes and aspects also lookup the name in base classes/aspects // for namespaces search in other namespaces mentioned in using directives if (!result) { visited_scopes.insert (&scope); for (std::list::const_iterator i = scope._search_scopes.begin (); i != scope._search_scopes.end (); ++i) { // if a search scope was searched alread, skip it silently if (visited_scopes.find (*i) != visited_scopes.end()) { continue; } // search the search scope if ((result = lookup_name_in_scope(**i, names, visited_scopes, depth)) != 0) break; } } if (result && result->_kind == Node::ELEMENT_POINTCUT) return (depth == (int)(names.size() - 1)) ? result : 0; // if we found the scope, check the remaining parts of the qualified name if (result && (depth + 1 < (int)names.size ())) { set new_visited_scopes; return lookup_name_in_scope(*(Scope*)result, names, new_visited_scopes, depth + 1); } return result; } Phase1::Scope *Phase1::lookup_scope (Scope &scope, bool root_qualified, vector &names) { if (names.size () <= 1) return 0; vector scope_names; for (unsigned i = 0; i < names.size () - 1; i++) scope_names.push_back (names[i]); Node *result = lookup_name (scope, root_qualified, scope_names); return (result->is_scope() ? (Scope*)result : 0); } ACM_Pointcut *Phase1::lookup_pct_func (bool root_qualified, vector &qual_name) { Node *lookup_result = lookup_name (*_curr_scope, root_qualified, qual_name); if (lookup_result && lookup_result->_kind == Element::ELEMENT_POINTCUT && lookup_result->_jpm_link && lookup_result->_jpm_link->type_val() == JPT_Pointcut) { return (ACM_Pointcut*)lookup_result->_jpm_link; } return 0; } #ifdef FRONTEND_PUMA Phase1::Scope *Phase1::find_slice (Scope &scope, Puma::Unit *rec) { enum { EXP_SEP, EXP_ID, FLOATING } state = FLOATING; vector names; bool root_qualified = false; Token *name_start = 0; Scope *result = 0; Token *token = rec->first (); while (token) { if (state == FLOATING && token->type() == TOK_COLON_COLON) { root_qualified = true; name_start = token; state = EXP_ID; } else if (state == EXP_SEP && token->type() == TOK_COLON_COLON) { state = EXP_ID; } else if (state != EXP_SEP && token->type() == TOK_ID) { if (state == FLOATING) name_start = token; names.push_back (token->text ()); Scope *lookup_result = 0; Node *lr = lookup_name(scope, root_qualified, names); if (lr && lr->is_class_or_struct()) lookup_result = (Scope*)lr; if (lookup_result) { if (lookup_result->_is_slice) { if (result && lookup_result != result) { // TODO: generate real error message cout << "ERROR conflicting slice names referenced" << endl; cout << result->_name << " <--> " << lookup_result->_name << endl; cout << "SLICE: " << *rec << endl; cout << "SCOPE: " << scope._name << endl; scope.dump(); } else { result = lookup_result; Token *marker = new Token; rec->insert(name_start, *marker); marker = new Token; rec->insert(token, *marker); // TODO: continue to consume tokens while we are in a qualified name } } } state = EXP_SEP; } else { state = FLOATING; names.clear (); root_qualified = false; name_start = 0; if (token->type () == TOK_ID) continue; // this ID could be the start of the (qualified) slice name } token = rec->next (token); } return result; } #else Phase1::Scope *Phase1::find_slice (Scope &scope, ACPreprocessor::TokenVector &rec) { enum { EXP_SEP, EXP_ID, FLOATING } state = FLOATING; vector names; bool root_qualified = false; unsigned name_start = -1U; Scope *result = 0; for (unsigned i = 1; i != rec.size(); ) { ACToken token = rec[i]; if (state == FLOATING && token.type() == ACToken::TOK_COLON_COLON) { root_qualified = true; name_start = i; state = EXP_ID; } else if (state == EXP_SEP && token.type() == ACToken::TOK_COLON_COLON) { state = EXP_ID; } else if (state != EXP_SEP && token.type() == ACToken::TOK_ID) { if (state == FLOATING) name_start = i; names.push_back (token.text ()); Scope *lookup_result = 0; Node *lr = lookup_name(scope, root_qualified, names); if (lr && lr->is_class_or_struct()) lookup_result = (Scope*)lr; if (lookup_result) { if (lookup_result->_is_slice) { if (result && lookup_result != result) { // TODO: generate real error message cout << "ERROR conflicting slice names referenced" << endl; cout << result->_name << " <--> " << lookup_result->_name << endl; //cout << "SLICE: " << *rec << endl; cout << "SCOPE: " << scope._name << endl; scope.dump(); } else { result = lookup_result; clang::Token tok; tok.startToken (); ACToken marker(tok); rec.insert(rec.begin() + name_start + 1, marker); i++; rec.insert(rec.begin() + i + 1, marker); i++; // TODO: continue to consume tokens while we are in a qualified name } } } state = EXP_SEP; } else { state = FLOATING; names.clear (); root_qualified = false; name_start = -1U; if (token.type () == ACToken::TOK_ID) continue; // this ID could be the start of the (qualified) slice name } ++i; } return result; } #endif aspectc++/AspectC++/PaxHeaders.4702/ClangIntroParser.h0000644000000000000000000000007412740141200017331 xustar0030 atime=1468174988.097166178 30 ctime=1468174988.097166178 aspectc++/AspectC++/ClangIntroParser.h0000644000175000001440000000121512740141200017512 0ustar00osusers00000000000000#ifndef __ClangIntroParser_h__ #define __ClangIntroParser_h__ #include "clang/Parse/Parser.h" class ClangIntroParser : public clang::Parser { public: ClangIntroParser(clang::Preprocessor &PP, clang::Sema &Actions, bool SkipFunctionBodies) : clang::Parser(PP, Actions, SkipFunctionBodies) {} // New parser function: Clang parses the whole class definition in one // function. For the introduction mechanism we need to parse a class body // separately. void ParseCXXClassBody(clang::Decl *TagDecl); // Hack: We make this parser method 'public' void ParseBaseClause(clang::Decl *TagDecl); }; #endif // __ClangIntroParser_h__ aspectc++/AspectC++/PaxHeaders.4702/PumaSyntacticContext.cc0000644000000000000000000000007412740141200020403 xustar0030 atime=1468174988.113166441 30 ctime=1468174988.113166441 aspectc++/AspectC++/PumaSyntacticContext.cc0000644000175000001440000000561412740141200020573 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "PumaSyntacticContext.h" using namespace Puma; // search the set of actually *used* arguments (needed only for constructor // wrapper functions). void PumaSyntacticContext::search_used_args (set &args, CTree *tree) const { if (!tree) { assert (_obj->FunctionInfo() && _obj->Tree()->NodeName() == CT_FctDef::NodeId ()); tree = ((CT_FctDef*)_obj->Tree ())->Body(); } CObjectInfo *obj; const char *nodename = tree->NodeName (); if (nodename == CT_SimpleName::NodeId () && (obj = ((CT_SimpleName*)tree)->Object ()) && obj->ArgumentInfo() && obj->ArgumentInfo()->Scope () && obj->ArgumentInfo()->Scope () == _obj) { args.insert (obj->Name ().c_str ()); } for (int s = 0; s < tree->Sons (); s++) if (tree->Son(s)) search_used_args (args, tree->Son (s)); } void PumaSyntacticContext::print_tree (ostream &out, CTree *node, bool expand_implicit_calls) { if (expand_implicit_calls && node->NodeName () == CT_ImplicitCall::NodeId() && !((CT_ImplicitCall*)node)->Object()->FunctionInfo()->isConstructor()) { out << "("; print_tree (out, node->Son (0), expand_implicit_calls); out << ")." << ((CT_ImplicitCall*)node)->Object()->Name().c_str () << "()"; } else if (node->NodeName () == CT_Token::NodeId ()) out << node->token ()->text () << " "; else for (int s = 0; s < node->Sons (); s++) print_tree (out, node->Son (s), expand_implicit_calls); } int PumaSyntacticContext::is_in_extern_c_block () const { Puma::CTree *tree = _obj->Tree (); assert (tree); int depth = 0; while (tree->NodeName () != Puma::CT_Program::NodeId ()) { if (tree->NodeName() == Puma::CT_LinkageSpec::NodeId () && ((Puma::CT_LinkageSpec*)tree)->isList()) depth++; tree = tree->Parent(); } return depth; } aspectc++/AspectC++/PaxHeaders.4702/Phase1.h0000644000000000000000000000007412740141200015235 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/Phase1.h0000644000175000001440000001721612740141200015426 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __Phase1_h__ #define __Phase1_h__ #include #include #include #include "ACModel/Elements.h" #include "IncludeGraph.h" #include "ModelBuilder.h" #include "CodeWeaver.h" #include "PointCutSearcher.h" #include "ACPreprocessor.h" class CodeWeaver; namespace Puma { class CProject; class Unit; class FileUnit; class TokenProvider; class Token; } // This class performs preliminary parsing of a translation unit. Its // purpose is to find all aspect-oriented constructs in the code, // store information about it in the translation unit's model, and // remove or replace the aspect-oriented code. Thereby, the main // parsing can be performed by an ordinary C++ parser without // token and grammar extensions. class Phase1 : public PointCutSearcher, private ACPreprocessor { // Exception type struct ParseError {}; // Helper classes to create a simple syntax tree while parsing struct Node { enum { ELEMENT_POINTCUT, ELEMENT_CLASS_ALIAS, SCOPE_NAMESPACE, SCOPE_CLASS, SCOPE_STRUCT, SCOPE_ASPECT, SCOPE_UNION } _kind; bool is_scope() const { return _kind >= SCOPE_NAMESPACE; } bool is_aspect() const { return _kind == SCOPE_ASPECT; } bool is_class() const { return _kind == SCOPE_CLASS; } bool is_struct() const { return _kind == SCOPE_STRUCT; } bool is_union() const { return _kind == SCOPE_UNION; } bool is_namespace() const { return _kind == SCOPE_NAMESPACE; } bool is_class_or_struct() const { return is_class() || is_struct(); } std::string _name; ACM_Name *_jpm_link; bool operator < (const Node &compared) const { return _name < compared._name; } }; struct Element : Node { Node *_referred; // for class aliases }; struct Scope : Node { Scope *_parent_scope; bool _is_slice; std::set _sub_scopes; std::set _elements; std::list _search_scopes; // base classes for classes/aspects // namespaces for namespaces void dump (int indent = 0) const { for (int i = indent; i >= 0; i--) { cout << " "; } if (_is_slice) cout << "slice "; switch (_kind) { case SCOPE_NAMESPACE: cout << "namespace"; break; case SCOPE_CLASS: cout << "class"; break; case SCOPE_ASPECT: cout << "aspect"; break; case SCOPE_UNION: cout << "union"; break; default: cout << "unknown"; break; } cout << " " << _name << ": "; for (std::list::const_iterator i = _search_scopes.begin (); i != _search_scopes.end (); ++i) cout << " " << (*i)->_name; for (std::set::const_iterator i = _elements.begin (); i != _elements.end (); ++i) cout << " elem " << (*i)._name; cout << endl; for (std::set::const_iterator i = _sub_scopes.begin (); i != _sub_scopes.end (); ++i) (*i).dump (indent + 1); } }; Scope _root_scope; Scope *_curr_scope; ModelBuilder &_jpm; CodeWeaver &_code_weaver; bool _in_template; string _tunit_name; ACConfig &_conf; void skip_block (int open, int close, bool inclusive = true); void skip_round_block (bool inclusive = true); void skip_curly_block (bool inclusive = true); void skip_template_params (); void skip_gnu_attributes (bool inclusive = true); // internal registration functions ACM_Name *register_scope (Scope &scope); void register_base_classes (Scope &cls); // internal parse functions void parse_scope (Scope &scope, std::string *anon_member_class_copy = 0); void parse_qual_name (std::vector &names, bool &root_qualified, bool &contains_template_id); void parse_base_clause (Scope &class_scope); void parse_base_spec (Scope &class_scope); void parse_aspectof_function (const string &prot); void parse_using_directive (Scope &scope); void parse_pointcut_def (Scope &scope); void parse_advice_def (Scope &scope, int &advice_no, int &intro_no, int &order_no, int &anon_slice_no, const std::string &prot); void parse_advice_body (AdviceCodeContext &context, int open, int close, CodeWeaver::TypeUse &uses_type ); // internal name lookup functions Node *lookup_name (Scope &scope, bool root_qualified, std::vector &names); Node *lookup_name_in_scope (Scope &scope, std::vector &names, std::set &visited_scopes, int depth = 0); Scope *lookup_scope (Scope &scope, bool root_qualified, std::vector &names); #ifdef FRONTEND_PUMA Scope *find_slice (Scope &scope, Puma::Unit *rec); #else Scope *find_slice (Scope &scope, ACPreprocessor::TokenVector &rec); #endif ACM_Pointcut *lookup_pct_func (bool root_qualified, std::vector &qual_name); // internal helper functions PointCutExpr *create_pct_expr_tree(const string &pct, ACM_Name *scope, ACToken pos); #ifdef FRONTEND_PUMA void handle_slice_member (Scope &scope, Puma::Unit *rec, ACToken from, ACToken to); std::string recording_to_string (Puma::Unit *); #else void handle_slice_member (Scope &scope, ACPreprocessor::TokenVector &rec, ACToken from, ACToken to); std::string recording_to_string (const ACPreprocessor::TokenVector &); #endif bool is_visible_scope (Scope &scope, const std::string &name); std::string full_anon_class_name (Scope &scope) const; #ifdef FRONTEND_CLANG TU_ClassSlice::SliceBody format_non_inline_member(ACPreprocessor::TokenVector &, const std::string &); void whitespace (unsigned &line, const ACToken &token, std::string &); void set_slice_tokens (TU_ClassSlice *, ACPreprocessor::TokenVector &); #endif public: #ifdef FRONTEND_PUMA Phase1 (ModelBuilder &jpm, const string &tunit_name, Puma::CProject &project, ACConfig &conf, CodeWeaver &code_weaver) : ACPreprocessor(tunit_name, conf, project), _curr_scope (0), _jpm (jpm), _code_weaver (code_weaver), _in_template (false), _tunit_name (tunit_name), _conf( conf ) {} // run the analysis and transformation // result: -1 error; 0 empty file; 1 OK int run (IncludeGraph &include_graph); Puma::Unit *unit() const { return ACPreprocessor::unit (); } #else Phase1 (ModelBuilder &jpm, const string &tunit_name, ACProject &project, ACConfig &conf, CodeWeaver &code_weaver, IncludeGraph &include_graph) : ACPreprocessor(tunit_name, conf, include_graph, project), _curr_scope (0), _jpm (jpm), _code_weaver (code_weaver), _in_template (false), _tunit_name (tunit_name), _conf( conf ) {} // run the analysis and transformation // result: -1 error; 0 empty file; 1 OK int run (); #endif }; #endif // __Phase1_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangASTConsumer.h0000644000000000000000000000007412740141200017224 xustar0030 atime=1468174988.113166441 30 ctime=1468174988.113166441 aspectc++/AspectC++/ClangASTConsumer.h0000644000175000001440000005223612740141200017416 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2013 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ClangASTConsumer_h__ #define __ClangASTConsumer_h__ #include "ACConfig.h" #include "ModelBuilder.h" #include "clang/AST/ASTConsumer.h" #include "clang/AST/RecursiveASTVisitor.h" class ClangASTConsumer : public clang::ASTConsumer, public clang::RecursiveASTVisitor { ModelBuilder &_model; clang::SourceManager *_sm; llvm::DenseMap _parent_map; llvm::SmallPtrSet _seen_specs; llvm::SmallVector, 4> _decl_stack; unsigned _last_fn_local_id; bool _dummy_mode; // if enabled, do anything but register_* calls to model // shortening the type name typedef ClangModelBuilder::JoinpointContext JPContext; // wrapper around the existing context stack // later we hold the information in this object class DeclContextStack { ClangASTConsumer &_outer; llvm::DenseMap _decl_map; public: DeclContextStack( ClangASTConsumer &o ) : _outer ( o ) {}; void updateContextWithCurrentElement( clang::Decl *decl, ACM_Name *element ); bool isCurrentContextValid(); JPContext getJPContext(); // don't reuse for multiple joinpoints, as it contains a local_id clang::Decl *getCurrentDecl(); } _context_stack; // objects of this class contain the state when searching for data joinpoints class ExprClassificationContext { ExprClassificationContext *_parent; int _cur_subexpr_index; // either positive index or negative mode clang::TypeSourceInfo *_ignoredTypeInfo; // we need to ignore some trees below type decl, but not the whole decl tree protected: ClangASTConsumer &_consumer; enum Mode { Mode_Search = -1, Mode_Done = -2 }; inline int getCurSubExprIndex() { return _cur_subexpr_index; }; inline void setCurSubExprIndex( int i ) { assert( i >= 0 ); _cur_subexpr_index = i; }; inline int getMode() { return _cur_subexpr_index; }; inline void setMode( int m ) { assert( m < 0 ); _cur_subexpr_index = m; }; public: ExprClassificationContext( ClangASTConsumer &con ) : _parent( 0 ), _cur_subexpr_index( Mode_Search ), _ignoredTypeInfo( 0 ), _consumer( con ) {}; virtual ~ExprClassificationContext() {}; inline void setParent( ExprClassificationContext *parent ) { assert( _parent == 0 ); _parent = parent; }; inline ExprClassificationContext *getParent() { return _parent; }; inline void ignoreTypeInfo( clang::TypeSourceInfo* tsi ) { assert( _ignoredTypeInfo == 0 ); _ignoredTypeInfo = tsi; } inline void unignoreTypeInfo( clang::TypeSourceInfo* tsi ) { assert( _ignoredTypeInfo == tsi ); _ignoredTypeInfo = 0; } inline bool shouldIgnoreTypeInfo( clang::TypeLoc &TL ) { if( _ignoredTypeInfo == 0 ) return false; else return _ignoredTypeInfo->getTypeLoc() == TL; } inline bool isSearching() { return ( getMode() == Mode_Search ); }; inline bool isValidSubExpr() { return ( getCurSubExprIndex() >= 0 ); }; virtual void enterSubExpr( clang::Expr *sub ) = 0; virtual void leaveSubExpr( clang::Expr *sub ) = 0; virtual void pushEntityRefNode( clang::Expr *RE ) = 0; virtual void pushEntityInfo( ACM_Variable *var, clang::DeclaratorDecl *DD ) = 0; virtual void pushEntityForwardingJP( TU_Builtin *JP ) = 0; virtual void registerJPforContext() {}; virtual void registerJPforSubExpr() {}; virtual bool suppressDecayJPs() { return false; }; }; // wrapper class around the stack integrated into the elements class ExprContextStack { ExprClassificationContext *_top; unsigned int _ignoreTreeGuard; public: ExprContextStack() : _top( 0 ), _ignoreTreeGuard( 0 ) {}; inline void beginIgnoreTree() { _ignoreTreeGuard++; }; inline void endIgnoreTree() { _ignoreTreeGuard--; }; inline bool empty() { return ( _top == 0 ); }; inline void clear() { _top = 0; _ignoreTreeGuard = 0; }; inline ExprClassificationContext &peek() { assert( ! empty() ); return *_top; }; inline bool considerSubtree() { return ( _ignoreTreeGuard == 0 ); }; inline void push( ExprClassificationContext &e ) { assert( considerSubtree() ); e.setParent( _top ); _top = &e; }; inline void drop() { _top = _top->getParent(); }; inline ExprClassificationContext &pop() { ExprClassificationContext &res = peek(); drop(); return res; }; } _expr_stack; bool isInProject(clang::Decl *D); public: ClangASTConsumer(ModelBuilder &model) : _model( model ), _last_fn_local_id( 0 ), _dummy_mode( false ), _context_stack( *this ) {} virtual void Initialize(clang::ASTContext &Context); virtual bool HandleTopLevelDecl(clang::DeclGroupRef DG); // handlers for simple model node creation bool VisitType(clang::Type *Ty); bool VisitNamespaceDecl(clang::NamespaceDecl *D); bool VisitCXXRecordDecl(clang::CXXRecordDecl *D); bool VisitFunctionDecl(clang::FunctionDecl *D); bool VisitVarDecl(clang::VarDecl *VD); bool VisitFieldDecl( clang::FieldDecl *FD ); // handlers for access joinpoint node creation // recognizing the referenced entities bool VisitDeclRefExpr(clang::DeclRefExpr *RE); // find referenced entities bool TraverseMemberExpr(clang::MemberExpr *ME); // find references to member entities, additional handle traversesal of base expr bool TraverseArraySubscriptExpr(clang::ArraySubscriptExpr *ASE); // we need to forward data from base and remember info about base itself // subexpr determination bool TraverseStmt(clang::Stmt* S); // needed to determinate current subexpr // context handling bool TraverseImplicitCastExpr(clang::ImplicitCastExpr *ICE); // simple Get bool TraverseUnaryAddrOf(clang::UnaryOperator *UO); // simple Ref bool TraverseReturnStmt(clang::ReturnStmt *RS); // maybe an Ref depending on expr and return type bool TraverseUnaryDeref(clang::UnaryOperator *UO); // pass the reference info bool TraverseBinComma(clang::BinaryOperator *BO); // forward the RHS // handling of assign nodes bool TraverseBinAssign(clang::BinaryOperator *BO); // set on LHS // we work with hook functions for the compound and increment/decrement as they are handled similar in each case private: #if FRONTEND_CLANG < 38 typedef bool (clang::RecursiveASTVisitor::* const FwdCall_CAssign)(clang::CompoundAssignOperator *CAO); bool hookTraverseCompoundAssign( FwdCall_CAssign fwd, clang::CompoundAssignOperator *CAO ); typedef bool (clang::RecursiveASTVisitor::* const FwdCall_PrePost)(clang::UnaryOperator *UO); bool hookTraversePrePost( FwdCall_PrePost fwd, clang::UnaryOperator *UO ); public: #define GEN_CompoundAssignTraverse(NAME) \ bool TraverseBin##NAME##Assign(clang::CompoundAssignOperator *CAO) { \ return hookTraverseCompoundAssign( &clang::RecursiveASTVisitor::TraverseBin##NAME##Assign, CAO ); \ }; #else typedef bool (clang::RecursiveASTVisitor::* const FwdCall_CAssign)(clang::CompoundAssignOperator *CAO, DataRecursionQueue *Q); bool hookTraverseCompoundAssign( FwdCall_CAssign fwd, clang::CompoundAssignOperator *CAO, DataRecursionQueue *Q ); typedef bool (clang::RecursiveASTVisitor::* const FwdCall_PrePost)(clang::UnaryOperator *UO, DataRecursionQueue *Q); bool hookTraversePrePost( FwdCall_PrePost fwd, clang::UnaryOperator *UO, DataRecursionQueue *Q ); public: #define GEN_CompoundAssignTraverse(NAME) \ bool TraverseBin##NAME##Assign(clang::CompoundAssignOperator *CAO, DataRecursionQueue *Q = nullptr) { \ return hookTraverseCompoundAssign( &clang::RecursiveASTVisitor::TraverseBin##NAME##Assign, CAO, Q ); \ }; #endif GEN_CompoundAssignTraverse( Mul ); GEN_CompoundAssignTraverse( Div ); GEN_CompoundAssignTraverse( Rem ); GEN_CompoundAssignTraverse( Add ); GEN_CompoundAssignTraverse( Sub ); GEN_CompoundAssignTraverse( Shl ); GEN_CompoundAssignTraverse( Shr ); GEN_CompoundAssignTraverse( And ); GEN_CompoundAssignTraverse( Or ); GEN_CompoundAssignTraverse( Xor ); #undef GEN_CompoundAssignTraverse #if FRONTEND_CLANG < 38 #define GEN_PrePostTraverse(NAME) \ bool TraverseUnary##NAME(clang::UnaryOperator *UO) { \ return hookTraversePrePost( &clang::RecursiveASTVisitor::TraverseUnary##NAME, UO ); \ }; #else #define GEN_PrePostTraverse(NAME) \ bool TraverseUnary##NAME(clang::UnaryOperator *UO, DataRecursionQueue *Q = nullptr) { \ return hookTraversePrePost( &clang::RecursiveASTVisitor::TraverseUnary##NAME, UO, Q ); \ }; #endif GEN_PrePostTraverse( PostInc ); GEN_PrePostTraverse( PostDec ); GEN_PrePostTraverse( PreInc ); GEN_PrePostTraverse( PreDec ); #undef GEN_PrePostTraverse // dummy handlers to block off wrong search path // most will be replaced later on with real handlers for the cases // but the will still define borders for the DeclRef search // this is particulary difficult bool TraverseConditionalOperator(clang::ConditionalOperator *CO); bool TraverseBinPtrMemD(clang::BinaryOperator *BO); bool TraverseBinPtrMemI(clang::BinaryOperator *BO); // ignore this subtrees completely they are never evaluated bool TraverseUnaryExprOrTypeTraitExpr(clang::UnaryExprOrTypeTraitExpr *subtree); // building decl stack bool TraverseVarDecl(clang::VarDecl *VD); bool TraverseFunctionDecl(clang::FunctionDecl *FD); bool TraverseCXXMethodDecl(clang::CXXMethodDecl *FD); bool TraverseCXXConstructorDecl(clang::CXXConstructorDecl *FD); bool TraverseCXXConversionDecl(clang::CXXConversionDecl *FD); bool TraverseCXXDestructorDecl(clang::CXXDestructorDecl *FD); bool TraverseRecordDecl(clang::RecordDecl *RD); bool TraverseCXXRecordDecl(clang::CXXRecordDecl *RD); // enable dummy mode if ParmVar is assosiated with already handled function tree bool TraverseParmVarDecl( clang::ParmVarDecl *VD ); // ignore exprs that are part of a type decl bool TraverseTypeLoc( clang::TypeLoc TL ); // handling call joinpoints void RegisterCallExpr(clang::CallExpr *CE); bool TraverseCallExpr(clang::CallExpr *CE); bool TraverseCXXMemberCallExpr(clang::CXXMemberCallExpr *CE); bool TraverseCXXOperatorCallExpr(clang::CXXOperatorCallExpr *CE); bool TraverseCXXTemporaryObjectExpr(clang::CXXTemporaryObjectExpr *TOE); // Built-in operators: // Using Traverse- instead of Visit-Methods guarantees that nested calls are registered in their // binding-precedence-order. Thus the advice are woven in the correct order. // Define Traverse-methods for each built-in-operator separately, because // TraverseUnaryOperator-/TraverseBinaryOperator-methods do not get called and the // TraverseStmt-method does not work for every built-in operator (e.g. binary plus; Clang bug?). // TODO: ->, ., new, new[], delete, delete[], implicit conversion and , // Define the macro function, that creates the traverse-unary-built-in-operator-method: #define GEN_UnaryOP_Traverse(NAME) \ bool TraverseUnary##NAME(clang::UnaryOperator *UO) { \ bool base_class_result = clang::RecursiveASTVisitor::TraverseUnary##NAME( UO ); \ handle_built_in_operator_traverse( UO ); \ return base_class_result; \ }; // Create Traverse-Method for each unary built-in operator: GEN_UnaryOP_Traverse(Plus) // integer promotion: +a GEN_UnaryOP_Traverse(Minus) // additive inverse: -a GEN_UnaryOP_Traverse(Not) // bitwise negation: ~a GEN_UnaryOP_Traverse(LNot) // logical(bool) negation: !a //GEN_UnaryOP_Traverse(Real) //GEN_UnaryOP_Traverse(Imag) //GEN_UnaryOP_Traverse(Extension) // Define the macro function, that creates the traverse-binary-built-in-operator-method: #define GEN_BinOP_Traverse(NAME) \ bool TraverseBin##NAME(clang::BinaryOperator *BO) { \ bool base_class_result = clang::RecursiveASTVisitor::TraverseBin##NAME( BO ); \ handle_built_in_operator_traverse( BO ); \ return base_class_result; \ }; // Create Traverse-Method for each binary built-in operator: GEN_BinOP_Traverse(Mul) // a * b GEN_BinOP_Traverse(Div) // a / b GEN_BinOP_Traverse(Rem) // a % b GEN_BinOP_Traverse(Add) // a + b GEN_BinOP_Traverse(Sub) // a - b GEN_BinOP_Traverse(Shl) // a << b GEN_BinOP_Traverse(Shr) // a >> b GEN_BinOP_Traverse(LT) // a < b GEN_BinOP_Traverse(GT) // a > b GEN_BinOP_Traverse(LE) // a <= b GEN_BinOP_Traverse(GE) // a >= b GEN_BinOP_Traverse(EQ) // a == b GEN_BinOP_Traverse(NE) // a != b GEN_BinOP_Traverse(And) // a & b GEN_BinOP_Traverse(Xor) // a ^ b GEN_BinOP_Traverse(Or) // a | b // Short-circuit-operators: GEN_BinOP_Traverse(LAnd) // a && b GEN_BinOP_Traverse(LOr) // a || b // Undefine the functions: #undef GEN_UnaryOP_Traverse #undef GEN_BinOP_Traverse // This method handles a traverse over a built-in operator. TU_Builtin *handle_built_in_operator_traverse(clang::Expr*); // code selection callbacks bool shouldVisitImplicitCode() const { return false; } bool shouldVisitTemplateInstantiations() const { return false; } private: // specialized classes to handle the different cases while searching for data joinpoints // dummy context for ignoring data from subtrees class DummyContext : public ExprClassificationContext { public: DummyContext( ClangASTConsumer &con ) : ExprClassificationContext( con ) { setMode( Mode_Done ); }; virtual void enterSubExpr( clang::Expr *sub ) {}; virtual void leaveSubExpr( clang::Expr *sub ) {}; virtual void pushEntityRefNode( clang::Expr *RE ) {}; virtual void pushEntityInfo( ACM_Variable *var, clang::DeclaratorDecl *DD ) {}; virtual void pushEntityForwardingJP( TU_Builtin *JP ) {}; }; // base to classify the given child as a single Access Type class SingleAccessContext : public ExprClassificationContext { protected: ClangModelBuilder::VarAccessInfo _var_info; TU_Builtin *_var_src; private: clang::Expr *_child; public: SingleAccessContext( ClangASTConsumer &con, clang::Expr *tree, clang::Expr *child ) : ExprClassificationContext( con ), _var_src( 0 ), _child( child ) { _var_info.element = 0; _var_info.decl = 0; _var_info.tree_node = tree; _var_info.ref_node = 0; } virtual void enterSubExpr( clang::Expr *sub ); virtual void leaveSubExpr( clang::Expr *sub ); virtual void pushEntityRefNode( clang::Expr *RE ); virtual void pushEntityInfo( ACM_Variable *var, clang::DeclaratorDecl *DD ); virtual void pushEntityForwardingJP( TU_Builtin *JP ); }; // classify the given child as Get class SingleGetContext : public SingleAccessContext { public: SingleGetContext( ClangASTConsumer &con, clang::Expr *tree, clang::Expr *child ) : SingleAccessContext( con, tree, child ) {} virtual void registerJPforContext(); }; // classify the given child as Ref class SingleRefContext : public SingleAccessContext { private: TU_Builtin *_op_call; public: SingleRefContext( ClangASTConsumer &con, clang::Expr *tree, clang::Expr *child ) : SingleAccessContext( con, tree, child ), _op_call( 0 ) {} virtual void registerJPforContext(); void updateOperator( TU_Builtin *op ); }; class BinaryClassificationContext : public ExprClassificationContext { public: enum SubExpressionIndex { SEI_LHS, SEI_RHS }; private: clang::Expr *_lhs; clang::Expr *_rhs; public: BinaryClassificationContext( ClangASTConsumer &con, clang::Expr *lhs, clang::Expr *rhs ) : ExprClassificationContext( con ), _lhs( lhs ), _rhs( rhs ) {}; virtual void enterSubExpr( clang::Expr *sub ); virtual void leaveSubExpr( clang::Expr *sub ); }; // Forward the data from the chosen subexpr to the parent (used for BinComma for example) class BinaryForwardContext : public BinaryClassificationContext { private: SubExpressionIndex _forward; public: BinaryForwardContext( ClangASTConsumer &con, clang::Expr *lhs, clang::Expr *rhs, SubExpressionIndex forward ) : BinaryClassificationContext( con, lhs, rhs ), _forward( forward ) {}; // setting Mode_Done if nothing to do (anymore) virtual void enterSubExpr( clang::Expr *sub ); virtual void leaveSubExpr( clang::Expr *sub ); virtual void pushEntityRefNode( clang::Expr *RE ); virtual void pushEntityInfo( ACM_Variable *var, clang::DeclaratorDecl *DD ); virtual void pushEntityForwardingJP( TU_Builtin *JP ); }; // forward the data from the base of the array access and remember the forwarding class ArrayAccessContext : public BinaryForwardContext { private: TU_Builtin *_var_src; public: ArrayAccessContext( ClangASTConsumer &con, clang::ArraySubscriptExpr *ref ) : BinaryForwardContext( con, ref->getBase(), ref->getIdx(), BinaryForwardContext::SEI_LHS ), _var_src( 0 ) {}; virtual void pushEntityForwardingJP( TU_Builtin *JP ); void updateOperator( TU_Builtin *op ); virtual bool suppressDecayJPs() { return true; }; }; // adds implicit joinpoints on any operator with assignment meaning ( =, +=, ++, ...) class AssignmentContext : public BinaryClassificationContext { private: ClangModelBuilder::VarAccessInfo _var_info; TU_Builtin *_var_src; bool _is_compound; TU_Builtin *_op_call; void commonInit( clang::Expr *tree ) { _var_info.element = 0; _var_info.decl = 0; _var_info.tree_node = tree; _var_info.ref_node = 0; _var_src = 0; _op_call = 0; }; public: AssignmentContext( ClangASTConsumer &con, clang::BinaryOperator *AO ) : BinaryClassificationContext( con, AO->getLHS(), 0 ), _is_compound( AO->isCompoundAssignmentOp() ) { // we don't need information about the rhs commonInit( AO ); } AssignmentContext( ClangASTConsumer &con, clang::UnaryOperator *PPO ) : BinaryClassificationContext( con, PPO->getSubExpr(), 0 ), _is_compound( true ) { // there is no rhs in this case assert( PPO->isIncrementDecrementOp() ); commonInit( PPO ); } // setting Mode_Done if nothing to do anymore virtual void leaveSubExpr( clang::Expr *sub ); virtual void pushEntityRefNode( clang::Expr *RE ); virtual void pushEntityInfo( ACM_Variable *var, clang::DeclaratorDecl *DD ); virtual void pushEntityForwardingJP( TU_Builtin *JP ); virtual void registerJPforContext(); void updateOperator( TU_Builtin *op ); }; // adds ref joinpoints for reference arguments and pushes information to parent on ref return type class CallContext : public ExprClassificationContext { private: clang::CallExpr *_call; clang::CXXConstructExpr *_constr; clang::FunctionDecl *_func_decl; ClangModelBuilder::VarAccessInfo _var_info; TU_Builtin *_var_src; bool _curarg_is_ref; unsigned int _next_arg; void clearVarInfo() { _var_info.element = 0; _var_info.decl = 0; _var_info.tree_node = 0; _var_info.ref_node = 0; _var_src = 0; } public: CallContext( ClangASTConsumer &con, clang::CallExpr *call ) : ExprClassificationContext( con ), _call( call ), _constr( 0 ), _func_decl( 0 ), _curarg_is_ref( false ), _next_arg( 0 ) { clearVarInfo(); } CallContext( ClangASTConsumer &con, clang::CXXConstructExpr *constr ) : ExprClassificationContext( con ), _call( 0 ), _constr( constr ), _func_decl( 0 ), _curarg_is_ref( false ), _next_arg( 1 ) { clearVarInfo(); _func_decl = constr->getConstructor(); } unsigned int getNumArgs() { if( _call ) return _call->getNumArgs(); else if( _constr ) return _constr->getNumArgs(); else { assert( false && "Programming error, inconsistent code" ); return 0; } } clang::Expr *getArg( unsigned int a ) { if( _call ) return _call->getArg( a ); else if( _constr ) return _constr->getArg( a ); else { assert( false && "Programming error, inconsistent code" ); return 0; } } // checking which subexpr we are in virtual void enterSubExpr( clang::Expr *sub ); virtual void leaveSubExpr( clang::Expr *sub ); // collect info virtual void pushEntityRefNode( clang::Expr *RE ); virtual void pushEntityInfo( ACM_Variable *var, clang::DeclaratorDecl *DD ); virtual void pushEntityForwardingJP( TU_Builtin *JP ); virtual void registerJPforContext(); virtual void registerJPforSubExpr(); }; }; #endif // __ClangASTConsumer_h__ aspectc++/AspectC++/PaxHeaders.4702/FileRepo.h0000644000000000000000000000007412740141200015621 xustar0030 atime=1468174988.134166786 30 ctime=1468174988.134166786 aspectc++/AspectC++/FileRepo.h0000644000175000001440000000370612740141200016011 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __FileRepo_h__ #define __FileRepo_h__ #include #include #include #include using namespace std; #include "RepoNameKey.h" #include "RepoIdMgr.h" #include "RepoXMLNode.h" class FileRepo : public RepoIdMgr { struct Data { int _id; int _lines; set _tunits; bool _ref; Data (int id, int lines, set &tunits) : _id (id), _lines (lines), _tunits (tunits), _ref (true) {} void bind_tunit (int u) { _tunits.insert (u); } }; typedef map Map; typedef Map::value_type MapPair; Map _map; public: int insert (const string &name, int lines, int tunit); void noref (); void dependent (int primary, set &deps); void cleanup (int primary); void make_xml (RepoXMLNode parent); void get_xml (RepoXMLNode parent); }; #endif // __FileRepo_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangIncludeExpander.cc0000644000000000000000000000007412740141200020271 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/ClangIncludeExpander.cc0000644000175000001440000000664312740141200020464 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "ClangIncludeExpander.h" #include "LineDirectiveMgr.h" #include "clang/Basic/Version.h" #include "clang/Frontend/CompilerInstance.h" #include "ClangInclusionRewriter.h" #include "llvm/Support/raw_os_ostream.h" void ClangIncludeExpander::expand(std::ostream &out) { // Setup the strategy object that decides whether an include should be // expanded. struct ProjectStrategy : public clang::FileExpansionStrategy { ClangIncludeExpander &_ie; ProjectStrategy(ClangIncludeExpander &ie) : _ie(ie) {} virtual bool should_expand_file(clang::FileID From, clang::FileID To) { clang::SourceManager &sm = _ie._project.get_compiler_instance()->getSourceManager(); // Check if From and To are coming from this project. const char *from_name = sm.getFileEntryForID(From)->getName(); const char *to_name = sm.getFileEntryForID(To)->getName(); bool from_below = _ie._project.isBelow(from_name); bool to_below = _ie._project.isBelow(to_name); // cout << "include '" << to_name // << "' from '" << from_name << "'" << endl; if (!from_below && to_below) { // oops, an external file includes an internal => error! _ie._err << Puma::sev_error //<< this_token.location () << "internal file '" << to_name << "' is included by external '" << from_name << "'" << Puma::endMessage; } return to_below; } }; clang::CompilerInstance *ci = _project.get_compiler_instance(); if (!ci) return; // No compiler, nothing to do! // Create a new PP to get rid of old state. #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) ci->createPreprocessor(); #else // C++ 11 interface ci->createPreprocessor(clang::TU_Complete); #endif ci->getDiagnosticClient().BeginSourceFile(ci->getLangOpts(), &ci->getPreprocessor()); // Now call Clang's include rewriter to do the heavy lifting. llvm::raw_os_ostream osos(out); ProjectStrategy s(*this); clang::PreprocessorOutputOptions opts = ci->getPreprocessorOutputOpts(); opts.ShowLineMarkers = (_line_mgr.noline () ? 0 : 1); clang::RewriteIncludesInInput(ci->getPreprocessor(), &osos, opts, &s); } aspectc++/AspectC++/PaxHeaders.4702/ClangWeaverBase.h0000644000000000000000000000007412740141200017105 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/ClangWeaverBase.h0000644000175000001440000001311012740141200017263 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ClangWeaverBase_h__ #define __ClangWeaverBase_h__ // This class encapsulates all code manipulation or analysis functions // that are needed by AspectC++, but which do not depend on AspectC++ // specific classes. They can be seen as a general purpose PUMA extension. #include "clang/Rewrite/Core/Rewriter.h" #include "clang/Frontend/CompilerInstance.h" #include "ACModel/Elements.h" #include "ACToken.h" #include "ACIntroducer.h" #include "ACProject.h" #include #include #include #include class LineDirectiveMgr; class WeavePos { public: // Attention: the enumerator order is important here ... enum Pos { WP_HEADER, WP_AFTER, WP_BEFORE, WP_FOOTER }; int operator < (const WeavePos& key) const { return _loc == key._loc ? (_pos < key._pos) : (_loc < key._loc); } int operator == (const WeavePos& key) const { return _loc == key._loc && _pos == key._pos; } private: friend class WeaverBase; WeavePos (clang::SourceLocation loc, Pos p) : _loc (loc), _pos (p) {} clang::SourceLocation _loc; Pos _pos; mutable std::list _strings; }; class WeaverBase { LineDirectiveMgr &_line_mgr; // These data structures are needed to store and find weaving positions that // were already used. typedef std::set WPSet; WPSet _positions; // we need to store all delete (="kill") operations until we reached the commit. // Otherwise it wouldn't be possible to expand macros in which code was deleted. typedef std::pair LocPair; typedef std::list LocPairList; LocPairList _deletions; typedef std::map LocMap; LocMap _loc_map; struct MacroInfo { clang::FileID _fid; clang::SourceLocation _somewhere_inside; clang::SourceLocation _start; clang::SourceLocation _end; }; typedef std::map MacroInfoMap; MacroInfoMap _seen_macros; bool _in_macro; typedef std::pair TokenDescription; std::list _token_descriptions; clang::SourceLocation _last_expansion_loc; std::set _macro_expansions; clang::Rewriter *_rewriter; ACProject &_project; void commit_internal (); void resolve_macros (); void commit_kills(); void commit_kill (clang::SourceLocation from, clang::SourceLocation to); public: WeaverBase (ACProject &prj, LineDirectiveMgr &ldm) : _line_mgr (ldm), _in_macro (false), _project (prj) { clang::SourceManager &SM = prj.get_compiler_instance ()->getSourceManager (); const clang::LangOptions &LO = prj.get_compiler_instance ()->getLangOpts(); _rewriter = new clang::Rewriter (SM, LO); } // get the associate line directive manager LineDirectiveMgr &line_directive_mgr () const { return _line_mgr; } struct MacroAnalyzerState { bool _in_macro; std::list _token_descriptions; clang::SourceLocation _last_expansion_loc; }; MacroAnalyzerState save_macro_analyzer_state () { MacroAnalyzerState mas = { _in_macro, _token_descriptions, _last_expansion_loc }; _in_macro = false; _token_descriptions.clear(); _last_expansion_loc = clang::SourceLocation(); return mas; } void restore_macro_analyzer_state (MacroAnalyzerState &mas) { _in_macro = mas._in_macro; _token_descriptions = mas._token_descriptions; _last_expansion_loc = mas._last_expansion_loc; } void macro_end (); void handle_token (clang::Preprocessor &PP, clang::Token &Result); ACProject &project () { return _project; } clang::Rewriter &getRewriter() { return *_rewriter; } const WeavePos &get_pos_after_loc (clang::SourceLocation loc, WeavePos::Pos pos = WeavePos::WP_AFTER); const WeavePos &weave_pos (ClangToken t, int p); const WeavePos &weave_pos (clang::SourceLocation loc, int p); const WeavePos &header_pos (); const WeavePos &header_pos (ACFileID fid); const WeavePos &footer_pos (); const WeavePos &footer_pos (ACFileID fid); // insert a string at the specified weaving position // 'before' decides whether the new text is inserted either before (true) // or after (false) any text that has been inserted earlier at this position. void insert (const WeavePos &pos, const std::string &str, bool before = false); // replace the text between two positions with some new text void replace (const WeavePos &from, const WeavePos &to, const std::string &str); // kill the text between two positions void kill (const WeavePos &from, const WeavePos &to); // commit a transformation transaction bool commit (clang::SourceManager &Target); // commit introductionunits into their buffers bool resolve_introduction_units(::ACIntroducer &intro); }; #endif // __ClangWeaverBase_h__ aspectc++/AspectC++/PaxHeaders.4702/Transformer.cc0000644000000000000000000000007412740141200016554 xustar0030 atime=1468174988.114166457 30 ctime=1468174988.115166474 aspectc++/AspectC++/Transformer.cc0000644000175000001440000014242312740141200016744 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifdef FRONTEND_CLANG #include "ClangIntroSema.h" #include "ClangIntroParser.h" #include "clang/Parse/ParseDiagnostic.h" #endif // AspectC++ includes #include "Transformer.h" #include "PointCut.h" #include "PointCutContext.h" #include "OrderInfo.h" #include "AdviceInfo.h" #include "AspectInfo.h" #include "IntroductionInfo.h" #include "Plan.h" #include "Repository.h" #include "PointCutContext.h" #include "CFlow.h" #include "BackEndProblems.h" #include "ACConfig.h" #include "ACIntroducer.h" #include "IncludeGraph.h" #include "PointCutExpr.h" #include "ModelBuilder.h" #include "IntroductionUnit.h" #include "version.h" #include "ACModel/XmlModelWriter.h" #include "ACModel/XmlModelReader.h" #include "Phase1.h" #include "NamespaceAC.h" #ifdef FRONTEND_CLANG #include "ClangASTConsumer.h" #include "ClangBinding.h" #endif // PUMA includes #include "Puma/VerboseMgr.h" #include "Puma/SysCall.h" #ifdef FRONTEND_PUMA #include "Puma/CProject.h" #include "Puma/CCSemVisitor.h" #include "Puma/CFunctionInfo.h" #include "Puma/CUnionInfo.h" #include "Puma/CArgumentInfo.h" #include "Puma/CTranslationUnit.h" #include "Puma/CSemDatabase.h" #include "Puma/CPrintVisitor.h" #ifdef PROFILING #include "Puma/GenericProfiler.ah" #endif #endif #ifdef FRONTEND_CLANG #include "clang/Frontend/CompilerInstance.h" #include "clang/Lex/Preprocessor.h" #include "clang/Parse/ParseAST.h" #include "clang/AST/ASTContext.h" #endif // C++ includes #include using std::stringstream; using std::endl; #include // for getenv #ifdef _MSC_VER #include #else #include // for access()! #endif // _MSC_VER #include using namespace Puma; ACFileID Transformer::work (const string &tunit_name) { // determine back-end compiler problems and setup code weaver BackEndProblems back_end_problems; back_end_problems._local_class = _conf.problem_local_class (); back_end_problems._spec_scope = _conf.problem_spec_scope (); back_end_problems._use_always_inline = !_conf.problem_force_inline (); back_end_problems._warn_macro = _conf.warn_macro(); back_end_problems._warn_deprecated = _conf.warn_deprecated(); _code_weaver.problems (back_end_problems); _vm << "Path \"" << tunit_name << "\"" << endvm; ModelBuilder jpm (_vm, _err, _conf, _project); jpm.set_version(ac_version ()); IncludeGraph ig (_project); // perform the transformation Unit *unit = 0; bool ok = (phase1 (unit, tunit_name, jpm, ig) && phase2 (unit, tunit_name, jpm, ig)); if (!ok) _vm << "Aborting" << endvm; #ifdef FRONTEND_CLANG if (ok) { clang::CompilerInstance *ci = _project.get_compiler_instance(); clang::FileManager &fm = ci->getFileManager (); const clang::FileEntry *fe = fm.getFile (tunit_name); return fe; } return ACFileID(0); #else return unit; #endif } #ifdef FRONTEND_CLANG void Transformer::reinitializeSourceManager(clang::CompilerInstance *ci, CodeWeaver &cwb, const char *name) { clang::SourceManager *NewSM = new clang::SourceManager(ci->getDiagnostics(), ci->getFileManager()); // Fetch code weaver changes into the new source manager. cwb.commit(*NewSM); clang::SourceManager &OldSM = ci->getSourceManager(); // Transplant files that were changed in phase 1 but not rewritten in phase 2 // into the new SourceManager. for (clang::SourceManager::fileinfo_iterator fi = OldSM.fileinfo_begin(), fe = OldSM.fileinfo_end(); fi != fe; ++fi) { if (!_project.isVirtualFile(ACFileID(fi->first))) _touched_files.insert (fi->first); if (OldSM.isFileOverridden(fi->first) && !NewSM->isFileOverridden(fi->first)) { const llvm::MemoryBuffer *buf = fi->second->getRawBuffer(); #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) llvm::MemoryBuffer *bcopy = llvm::MemoryBuffer::getMemBufferCopy( buf->getBuffer(), buf->getBufferIdentifier()); NewSM->overrideFileContents(fi->first, bcopy); #else // C++ 11 interface NewSM->overrideFileContents(fi->first, llvm::MemoryBuffer::getMemBufferCopy(buf->getBuffer(), buf->getBufferIdentifier())); #endif } } // Now insert the new source manager and initialize it. ci->resetAndLeakSourceManager (); ci->setSourceManager(NewSM); ci->InitializeSourceManager(clang::FrontendInputFile(name, clang::IK_CXX)); // Make sure the diagnostics engine doesn't have references to source // locations from the old source manager: ci->getDiagnostics().Reset(); } #else void Transformer::update_touched_files () { UnitManager::UMap &umap = _project.unitManager ().getTable (); for (UnitManager::UMapIter iter = umap.begin (); iter != umap.end (); ++iter) { Unit *unit = (*iter).second; if (unit->isFile ()) _touched_files.insert (unit); } } #endif bool Transformer::phase1 (Unit *&unit, const string &tunit_name, ModelBuilder &jpm, IncludeGraph &ig) { #ifdef PROFILING static Profiler::Data data (__PRETTY_FUNCTION__, NULL); Profiler::ClockTicks start = Profiler::rdtsc (); #endif #ifdef FRONTEND_CLANG clang::CompilerInstance *ci = _project.get_compiler_instance(); _err.set_source_manager(&ci->getSourceManager()); #endif // Create a forced include for each aspect header file that should be // considered in this translation unit. Without this the phase 1 parser // would not be able to analyse aspect headers! if (_conf.iterate_aspects ()) { // collect the names of aspect header files, // generate a forced include for each of them PathIterator ah_iter (".*\\.ah$"); while (_project.iterate (ah_iter)) _project.add_forced_include(ah_iter.file ()); } else { // Get the names from the configuration object (-a options) for (int i = 0; i < _conf.aspect_headers (); i++) _project.add_forced_include(_conf.aspect_header (i)); } // fill the model while parsing the AOP elements of the language in phase 1 _vm << "Parsing ..." << endvm; #ifdef FRONTEND_PUMA Phase1 phase1 (jpm, tunit_name, _project, _conf, _code_weaver); int result = phase1.run (ig); unit = phase1.unit (); #else macro_recorder = &_code_weaver; Phase1 phase1 (jpm, tunit_name, _project, _conf, _code_weaver, ig); int result = phase1.run (); macro_recorder = 0; #endif if (result == 0) { _vm << "file is empty" << endvm; unit = 0; } if (result != 1) return false; // cout << "Project Model after Phase1" << endl; // jpm.dump(); // set up the project repository _repo.setup (jpm.tunit_file()); // now remove the forced includes of aspect headers from the parser configuration // and generate includes at the end of the source code string aspect_includes = ""; vector incs; _project.get_forced_includes(incs); for (vector::iterator i = incs.begin (); i != incs.end (); ++i) { if ((*i).rfind(".ah") == ((*i).size()-3)) {// aspect header! _project.remove_forced_include (*i); aspect_includes += "#include \""; Filename incname = _project.getRelInclString (tunit_name.c_str(), (*i).c_str()); aspect_includes += incname.name(); aspect_includes += "\"\n"; } } if (aspect_includes != "") { _vm << "Inserting aspect header includes" << endvm; aspect_includes = string ("\n#ifndef __ac_have_predefined_includes__\n" "/*** begin of aspect includes ***/\n") + aspect_includes + "/*** end of aspect includes ***/\n" + "#endif"; _code_weaver.insert (_code_weaver.footer_pos (), aspect_includes); } // generate a string with aspect forward declarations _vm << "Weaving Aspects Forward Declarations ..." << endvm; determine_aspect_fwd_decls (jpm); _code_weaver.insert (_code_weaver.header_pos (), _aspect_fwd_decls); _vm << "Inserting namespace AC" << endvm; _code_weaver.insert( _code_weaver.header_pos(), NamespaceAC::def( _conf ) ); // STU mode and not generating transformed headers! if (!_conf.iterate () && !_conf.ifiles () && _conf.file_in ()) { // expand forced includes in source code string forced_includes = ""; vector incs; _project.get_forced_includes(incs); for (vector::iterator i = incs.begin (); i != incs.end (); ++i) { const string &filename = *i; forced_includes += "#include "; if (filename[0] == '\"' || filename[0] == '<') forced_includes += filename; else { forced_includes += "\""; forced_includes += filename; forced_includes += "\""; } forced_includes += "\n"; } _project.remove_forced_includes(); if (forced_includes != "") { _vm << "Inserting forced includes" << endvm; _code_weaver.insert (_code_weaver.header_pos (), forced_includes); } } _vm << "Committing" << endvm; #ifdef FRONTEND_PUMA update_touched_files (); _code_weaver.commit (); #else // Reinitialize the source manager for phase 2. Commit changes into the new // SourceManager. _phase1_sm = &ci->getSourceManager(); reinitializeSourceManager(ci, _code_weaver, tunit_name.c_str ()); // reinitializeSourceManager(ci, _code_weaver, unit->name()); _err.set_source_manager(&ci->getSourceManager()); #endif // Some debugging code: // unit->print(cout); // _vm << "Stage1 save!" << endvm; // _project.save(); // _vm << " done." << endvm; // exit(1); #ifdef PROFILING Profiler::ClockTicks end = Profiler::rdtsc (); data._time += Profiler::duration (start, end); data._calls = 1; #endif return (_err.severity () < sev_error); } bool Transformer::phase2 (Unit *unit, const string &tunit_name, ModelBuilder &jpm, IncludeGraph &ig) { #ifdef PROFILING static Profiler::Data data (__PRETTY_FUNCTION__, NULL); Profiler::ClockTicks start = Profiler::rdtsc (); #endif Plan plan (_err, jpm, _conf); _vm << "Preparing introductions ..." << endvm; PointCutContext context (jpm, _conf); // perform semantic analysis of all pointcut expressions used for introductions const list &intros = plan.introduction_infos (); for (list::const_iterator i = intros.begin (); i != intros.end (); ++i) { IntroductionInfo *intro_info = *i; ACM_Introduction &intro = intro_info->intro(); context.concrete_aspect(intro_info->aspect()); context.pct_func (intro.get_pointcut()); PointCutExpr *pce = (PointCutExpr*)intro_info->pointcut_expr().get(); pce->semantics(_err, context, _conf.warn_compatibility()); if (!(pce->possible_types() & JPT_Class)) { _err << sev_warning << Location (Filename (filename (intro).c_str ()), line (intro)) << "pointcut expression for introduction can't match class" << endMessage; } } // ... and also for the pointcut expressions in order advice const list &orders = plan.order_infos (); for (list::const_iterator i = orders.begin (); i != orders.end (); ++i) { OrderInfo *oi = *i; context.concrete_aspect (oi->aspect()); oi->analyze_exprs (_err, context, _conf.warn_compatibility()); if (getenv ("ACOLDREPO")) { _repo.update (*oi); } } _vm << "Parsing again ..." << endvm; #ifdef FRONTEND_PUMA // parse the translation unit, but ignore function bodies ::ACIntroducer introducer (plan, _code_weaver, _parser, jpm, ig, _conf); _parser.introducer (&introducer); CTranslationUnit *tunit = _parser.parse (*unit, _project); _parser.introducer (0); // do semantic analysis of expressions _sem_visitor.run (tunit->tree ()); list &ah_trees = introducer.ah_trees (); for (list::iterator i = ah_trees.begin (); i != ah_trees.end (); ++i) if (*i) _sem_visitor.run (*i); if (_err.severity () >= sev_error) { // TODO: delete takes too much time and has no real use for ac++ // so we skip it for now // delete tunit; return false; } #else clang::CompilerInstance *ci = _project.get_compiler_instance(); #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) ClangASTConsumer *Consumer = new ClangASTConsumer(jpm); ci->createPreprocessor(); ci->createASTContext(); ci->setASTConsumer(Consumer); clang::Preprocessor &PP = ci->getPreprocessor(); ::ACIntroducer introducer (plan, _code_weaver, jpm, ig, _conf); ClangIntroSema *intro_sema = new ClangIntroSema(introducer, PP, ci->getASTContext (), *Consumer, clang::TU_Complete, NULL); #else // C++ 11 interface std::unique_ptr Consumer (new ClangASTConsumer(jpm)); ci->createPreprocessor(clang::TU_Complete); ci->createASTContext(); ci->setASTConsumer(std::move (Consumer)); clang::Preprocessor &PP = ci->getPreprocessor(); ::ACIntroducer introducer (plan, _code_weaver, jpm, ig, _conf); ClangIntroSema *intro_sema = new ClangIntroSema(introducer, PP, ci->getASTContext (), ci->getASTConsumer (), clang::TU_Complete, NULL); #endif ci->setSema (intro_sema); macro_recorder = &_code_weaver; // PP.enableIncrementalProcessing(); introducer._ci = ci; ci->getDiagnosticClient().BeginSourceFile(ci->getLangOpts(), &PP); #if FRONTEND_CLANG < 38 PP.getBuiltinInfo().InitializeBuiltins(PP.getIdentifierTable(), PP.getLangOpts()); #else PP.getBuiltinInfo().initializeBuiltins(PP.getIdentifierTable(), PP.getLangOpts()); #endif ClangIntroParser P(PP, *intro_sema, true); introducer._parser = &P; PP.EnterMainSourceFile(); P.Initialize(); clang::Parser::DeclGroupPtrTy ADecl; clang::ExternalASTSource *External = ci->getASTContext().getExternalSource(); if (External) #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) External->StartTranslationUnit(Consumer); #else // C++ 11 interface External->StartTranslationUnit(&ci->getASTConsumer ()); #endif // handle code injections at the beginning of the translation unit introducer.tunit_start(); // parse all top-level declarations if (P.ParseTopLevelDecl(ADecl)) { if (!External && !intro_sema->getLangOpts().CPlusPlus) P.Diag(clang::diag::ext_empty_translation_unit); } else { do { // If we got a null return and something *was* parsed, ignore it. This // is due to a top-level semicolon, an action override, or a parse error // skipping something. #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) if (ADecl && !Consumer->HandleTopLevelDecl(ADecl.get())) #else // C++ 11 interface if (ADecl && !ci->getASTConsumer ().HandleTopLevelDecl(ADecl.get())) #endif break; } while (!P.ParseTopLevelDecl(ADecl)); } // Process any TopLevelDecls generated by #pragma weak. for (clang::SmallVectorImpl::iterator I = intro_sema->WeakTopLevelDecls().begin(), E = intro_sema->WeakTopLevelDecls().end(); I != E; ++I) #if (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && !defined(CLANG_VERSION_PATCHLEVEL)) || \ (CLANG_VERSION_MAJOR == 3 && CLANG_VERSION_MINOR == 4 && CLANG_VERSION_PATCHLEVEL == 2) Consumer->HandleTopLevelDecl(clang::DeclGroupRef(*I)); Consumer->HandleTranslationUnit(intro_sema->getASTContext()); #else // C++ 11 interface ci->getASTConsumer().HandleTopLevelDecl(clang::DeclGroupRef(*I)); ci->getASTConsumer().HandleTranslationUnit(intro_sema->getASTContext()); #endif //ci->getASTContext().getTranslationUnitDecl()->dump(); ci->getDiagnosticClient().EndSourceFile(); // Abort in case of error. if (ci->getDiagnosticClient().getNumErrors() > 0) { // Indicate errors to Weaver. _err.severity(const_cast(sev_error)); return false; } CTranslationUnit *tunit = 0; macro_recorder = 0; #endif //#ifdef TRY_INTRODUCER // cout << "Printing semantic database..." << endl; // tunit->db ().Dump (cout, 10); //#endif // TRY_INTRODUCER // CPrintVisitor printer; // printer.print (tunit->tree (), cout); if (getenv ("ACOLDREPO")) { _vm << "Updating (old) repository intro part" << endvm; update_intros_in_repo (jpm); } #ifdef FRONTEND_PUMA jpm.setup_phase2 (*tunit, ah_trees); #endif // get all class from the join point model ProjectModel::Selection all_classes; jpm.select ((JoinPointType)(JPT_Class|JPT_Aspect), all_classes); // update the plan for intros for (ProjectModel::Selection::iterator iter = all_classes.begin (); iter != all_classes.end (); ++iter) { ACM_Class &jpl = (ACM_Class&)**iter; link_members (jpl); link_bases (jpl); } _vm << "Weaving access control bypass classes ..." << endvm; insert_bypass_class (jpm); _vm << "Weaving Join Points ..." << endvm; join_points (*tunit, jpm, plan); if (_err.severity () >= sev_error) return false; _vm << "Final cleanup" << endvm; cleanup (jpm); if (_conf.dynamic ()) { _vm << "Preparing for dynamic weaving" << endvm; prepare_dynamic_weaving (jpm); } // generate a string with aspect header include directives determine_aspect_includes (ig); _vm << "Committing" << endvm; #ifdef FRONTEND_PUMA update_touched_files (); _code_weaver.commit (); #else // Now insert all IntroductionUnits back into the original files. After this // it's no longer legal to use the CodeWeaver. _code_weaver.resolve_introduction_units(introducer); // Reinitialize the source manager for the include expander step in Weaver. // Commit changes into the new SourceManager. clang::SourceManager *phase2_sm = &ci->getSourceManager(); reinitializeSourceManager(ci, _code_weaver, tunit_name.c_str ()); _err.set_source_manager(&ci->getSourceManager()); delete _phase1_sm; delete phase2_sm; #endif // TODO: delete takes too much time and has no real use for ac++ // so we skip it for now // delete tunit; _repo.cleanup (); #ifdef PROFILING Profiler::ClockTicks end = Profiler::rdtsc (); data._time += Profiler::duration (start, end); data._calls = 1; #endif return (_err.severity () < sev_error); } void Transformer::determine_aspect_fwd_decls (ModelBuilder &jpm) { // get all aspects from the join point model ProjectModel::Selection all_aspects; jpm.select (JPT_Aspect, all_aspects); // remember that these aspects should become friend of all classes _aspect_fwd_decls = ""; for (ProjectModel::Selection::iterator iter = all_aspects.begin (); iter != all_aspects.end (); ++iter) { ACM_Aspect &jpl = (ACM_Aspect&)**iter; _aspect_fwd_decls += "class "; _aspect_fwd_decls += jpl.get_name(); _aspect_fwd_decls += ";\n"; } } void Transformer::determine_aspect_includes (const IncludeGraph &ig) { // find all files that are included by aspect headers if (_conf.iterate_aspects ()) { // collect the names of aspect header files, // generate a unit with include statements for these files, PathIterator ah_iter (".*\\.ah$"); while (_project.iterate (ah_iter)) aspect_include_cluster (ah_iter.file (), ig); } else { // Get the names from the configuration object (-a options) for (int i = 0; i < _conf.aspect_headers (); i++) aspect_include_cluster (_conf.aspect_header (i), ig); } } void Transformer::aspect_include_cluster (const char* ah_file, const IncludeGraph &ig) { // find the corresponding unit object for the aspect header file name #ifdef FRONTEND_PUMA ACFileID fid = _project.unitManager ().get (ah_file, true); // if (!fid) { #else ACFileID fid = _project.get_compiler_instance()->getFileManager().getFile(ah_file); #endif if (!fid.is_valid()) { _err << sev_fatal << "Unit for \"" << ah_file << "\" not found or no file." << endMessage; return; } // determine the aspect header cluster for this aspect header unit set cluster_units; determine_aspect_cluster (fid, ig, cluster_units); AspectIncludeCluster aic(fid); aic.set_cluster(cluster_units); _aspect_include_clusters.push_back(aic); } void Transformer::determine_aspect_cluster (ACFileID ah_unit, const IncludeGraph &ig, set &cluster) { // if the ah file is already a cluster member, we return immediately if (cluster.find (ah_unit) != cluster.end ()) return; // otherwise the unit will be inserted cluster.insert (ah_unit); // find all header files that are included by this aspect header set inc_units; ig.included_files (ah_unit, inc_units); // include all aspect headers that affect join points in these headers // and also aspect headers that affect the aspect header itself inc_units.insert (ah_unit); AspectIncludes &ais = _code_weaver.aspect_includes (); #ifdef FRONTEND_CLANG clang::SourceManager &sm = _project.get_compiler_instance()->getSourceManager(); #endif for (set::iterator i = inc_units.begin (); i != inc_units.end (); ++i) { ACFileID inc_unit = *i; AspectIncludes::const_iterator aii = ais.find (inc_unit); if (aii != ais.end ()) { const set &aspect_refs = aii->second; for (set::const_iterator ari = aspect_refs.begin (); ari != aspect_refs.end (); ++ari) { ACM_Aspect &jpl_aspect = ari->_aspect->loc (); #ifdef FRONTEND_PUMA Unit *aspect_unit = TI_Aspect::of (jpl_aspect)->unit (); #else clang::Decl *aspect_decl = TI_Aspect::of(jpl_aspect)->decl(); const clang::FileEntry *aspect_unit = sm.getFileEntryForID(sm.getFileID(aspect_decl->getLocation())); #endif // recursively analyze the cluster of this aspect header unit determine_aspect_cluster (aspect_unit, ig, cluster); } } } } void Transformer::prepare_dynamic_weaving (ModelBuilder &jpm) { #ifdef FRONTEND_PUMA // mark all operations that access introduced attributes const list &access_infos = jpm.access_infos (); for (list::const_iterator i = access_infos.begin (); i != access_infos.end (); ++i) { if (i->_info->isStatic () || i->_info->isAnonymous ()) continue; Unit *unit = (Unit*)i->_info->Tree ()->token ()->belonging_to (); while (unit->isMacroExp ()) unit = ((MacroUnit*)unit)->CallingUnit (); if (IntroductionUnit::cast (unit)) { ACToken tok_before (i->_tree->token ()); const WeavePos &before = _code_weaver.weave_pos (tok_before, WeavePos::WP_BEFORE); _code_weaver.insert (before, string ("/*** +access ") + string (i->_info->QualName ()) + string (" ***/\n")); ACToken tok_after (i->_tree->end_token ()); const WeavePos &after = _code_weaver.weave_pos (tok_after, WeavePos::WP_AFTER); _code_weaver.insert (after, string ("/*** -access ") + string (i->_info->QualName ()) + string (" ***/\n")); if (i->_tree->NodeName () == CT_MembPtrExpr::NodeId () || i->_tree->NodeName () == CT_MembRefExpr::NodeId ()) { CTree *op = i->_tree->Son (1); ACToken tok_before (op->token ()); const WeavePos &before = _code_weaver.weave_pos (tok_before, WeavePos::WP_BEFORE); _code_weaver.insert (before, string ("/*** op ") + string (i->_info->QualName ()) + string (" ***/\n")); } } } // mark all classes that contain dynamically introduced attributes ProjectModel::Selection classes; jpm.select ((JoinPointType)(JPT_Class|JPT_Aspect), classes); for (ProjectModel::Selection::iterator i = classes.begin (); i != classes.end (); ++i) { ACM_Class *cls = (ACM_Class*)*i; if (!cls->get_intro_target ()) continue; bool mark_class = false; const TI_Class *ti = TI_Class::of (*cls); CClassInfo *ci = ti->class_info (); for (unsigned i = 0; i < ci->Attributes (); i++) { CAttributeInfo *attr = ci->Attribute (i); if (attr->isStatic () || attr->isAnonymous ()) continue; Unit *unit = (Unit*)attr->Tree ()->token ()->belonging_to (); IntroductionUnit *iunit = IntroductionUnit::cast (unit); if (iunit) { mark_class = true; ACM_Name *jpl_aspect = (ACM_Name*)iunit->intro ()->get_parent (); ACToken tok_before (attr->Tree ()->ObjDecl ()->token ()); const WeavePos &before = _code_weaver.weave_pos (tok_before, WeavePos::WP_BEFORE); _code_weaver.insert (before, string ("/*** +intro ") + signature (*jpl_aspect) + string (" ***/\n")); ACToken tok_after (attr->Tree ()->ObjDecl ()->end_token ()); const WeavePos &after = _code_weaver.weave_pos (tok_after, WeavePos::WP_AFTER); _code_weaver.insert (after, string ("/*** -intro ") + signature (*jpl_aspect) + string (" ***/\n")); } } if (mark_class) { ACToken tok_before (((CT_ClassDef*)ci->Tree ())->ObjDecl ()->token ()); const WeavePos &before = _code_weaver.weave_pos (tok_before, WeavePos::WP_BEFORE); _code_weaver.insert (before, string ("/*** +class ") + signature (*cls) + string (" ***/\n")); ACToken tok_after (((CT_ClassDef*)ci->Tree ())->Members ()->end_token ()); const WeavePos &after = _code_weaver.weave_pos (tok_after, WeavePos::WP_BEFORE); _code_weaver.insert (after, string ("/*** -class ") + signature (*cls) + string (" ***/\n")); } } #endif // FRONTEND_PUMA } void Transformer::update_intros_in_repo (ModelBuilder &jpm1) { ProjectModel::Selection intros; jpm1.select (JPT_Introduction, intros); for (ProjectModel::Selection::iterator i = intros.begin (); i != intros.end (); ++i) { ACM_Introduction &intro = *(ACM_Introduction*)*i; _repo.consider (intro); } ProjectModel::Selection classes; jpm1.select ((JoinPointType)(JPT_Class|JPT_Aspect), classes); for (ProjectModel::Selection::iterator i = classes.begin (); i != classes.end (); ++i) { ACM_Class &cls = *(ACM_Class*)*i; // skip this class if it has no plan yet if (!cls.has_plan ()) continue; // collect the intros into this class set intros; // a 'set', because the same intro might add a base class and a member typedef ACM_Container BContainer; BContainer bintros = cls.get_plan()->get_base_intros(); for (BContainer::iterator i = bintros.begin (); i != bintros.end (); ++i) intros.insert ((*i)->get_intro()); typedef ACM_Container MContainer; MContainer mintros = cls.get_plan()->get_member_intros(); for (MContainer::iterator i = mintros.begin (); i != mintros.end (); ++i) intros.insert ((*i)->get_intro()); // now update the repository with the intro information for (set::iterator intro_iter = intros.begin (); intro_iter != intros.end (); ++intro_iter) { _repo.update (**intro_iter, cls); } } } void Transformer::cleanup (ModelBuilder &jpm) { // delete all pointcut definitions that are left ProjectModel::Selection pointcuts; jpm.select (JPT_Pointcut, pointcuts); for (ProjectModel::Selection::iterator i = pointcuts.begin (); i != pointcuts.end (); ++i) { ACM_Pointcut &pct = *(ACM_Pointcut*)*i; // delete all non-anonymous pointcut definitions #ifdef FRONTEND_PUMA if (TI_Pointcut::of (pct)->func_info()) _code_weaver.kill (((CT_InitDeclarator*)TI_Pointcut::of (pct)->tree())->ObjDecl()); #else if (clang::Decl *decl = TI_Pointcut::of (pct)->decl()) _code_weaver.kill( _code_weaver.weave_pos(decl->getLocStart(), WeavePos::WP_BEFORE), _code_weaver.weave_pos(decl->getLocEnd().getLocWithOffset(1), WeavePos::WP_AFTER)); #endif } } void Transformer::insert_bypass_class (ModelBuilder &jpm) { _code_weaver.bypass_info_clear(); // Iterate over classes and structs, what about unions? ProjectModel::Selection all_classes; jpm.select ((JoinPointType)(JPT_Class|JPT_Aspect), all_classes); for (ProjectModel::Selection::iterator i = all_classes.begin (); i != all_classes.end (); ++i) { ACM_Class *cls = (ACM_Class*)*i; // handle all classes that are not on the blacklist if (!_code_weaver.bypass_in_blacklist(cls)) { _code_weaver.bypass_insert (cls); } } } void Transformer::join_points (CTranslationUnit &tunit, ModelBuilder &jpm, Plan &plan) { #ifdef PROFILING static Profiler::Data data (__PRETTY_FUNCTION__, NULL); Profiler::ClockTicks start = Profiler::rdtsc (); #endif _vm++; _vm << "Advicecode manipulation" << endvm; // Iterate through advice ProjectModel::Selection advice_codes; jpm.select (JPT_AdviceCode, advice_codes); for (ProjectModel::Selection::iterator i = advice_codes.begin (); i != advice_codes.end (); ++i) { ACM_AdviceCode &code = *(ACM_AdviceCode*)*i; TI_AdviceCode &ti = *TI_AdviceCode::of (code); // setup ThisJoinPoint object of this advice code #ifdef FRONTEND_PUMA _code_weaver.setup_tjp(ti.this_join_point (), ti.function ()); #else _code_weaver.setup_tjp(ti.this_join_point (), ti.decl ()); #endif } _vm << "Collecting Advice" << endvm; // Iterate through advice _vm++; PointCutContext context (jpm, _conf); // Create a data structure for collecting advice per join point type typedef list AdviceInfoList; typedef JoinPointType JPT; typedef map TypeAdviceMap; TypeAdviceMap advice_map; Plan::AspectContainer &aspects = plan.aspect_infos (); for (Plan::AspectContainer::iterator i = aspects.begin (); i != aspects.end (); ++i) { AspectInfo &aspect_info = (AspectInfo&)*i; ACM_Aspect &jpl_aspect = aspect_info.loc (); context.concrete_aspect (jpl_aspect); // setup thisJoinPoint for aspectOf function, if there is one #ifdef FRONTEND_PUMA CFunctionInfo *aspect_of_func = TI_Aspect::of (jpl_aspect)->aspectof(); #else clang::FunctionDecl *aspect_of_func = TI_Aspect::of (jpl_aspect)->aspectof(); #endif if (aspect_of_func) { _vm << "Setting up thisJoinPoint for aspectof" << endvm; _code_weaver.setup_tjp(aspect_info.aspectof_this_join_point (), aspect_of_func); } // handle the advice for the current aspect list &advices = aspect_info.advice_infos (); for (list::const_iterator i = advices.begin (); i != advices.end (); ++i) { AdviceInfo *advice_info = *i; ACM_AdviceCode *code = &advice_info->code (); #ifdef FRONTEND_PUMA CFunctionInfo *adfunc = TI_AdviceCode::of (*code)->function (); _vm << signature (jpl_aspect) << ": " << adfunc->Name () << endvm; #else //_vm << signature (jpl_aspect) << ": " << adfunc->Name () << endvm; // TODO: clang #endif _vm++; // let the pointcut evaluator create the pointcut expression object _vm << "Create pointcut expression tree" << endvm; advice_info->pointcut_expr() = code->get_pointcut ()->get_parsed_expr(); PointCutExpr *pce = (PointCutExpr*)advice_info->pointcut_expr().get (); context.pct_func (code->get_pointcut ()); if (pce) { ArgSet new_arg_bindings; typedef ACM_Container Container; Container &arguments = context.pct_func()->get_args(); for (Container::iterator i = arguments.begin (); i != arguments.end (); ++i) new_arg_bindings.append (*i); context.arg_bindings ().push (&new_arg_bindings); pce->semantics(_err, context, _conf.warn_compatibility()); context.arg_bindings ().pop (); // set the pointcut type before destroy the expression(!) advice_info->pointcut().type (pce->type() == PCE_CODE ? PointCut::PCT_CODE : PointCut::PCT_CLASS); // remember the advice for each joinpoint type that might match int mask = 1; while (mask) { if (mask & JPT_Code) { pair result = advice_map.insert (TypeAdviceMap::value_type ((TypeAdviceMap::key_type)mask, AdviceInfoList())); result.first->second.push_back (advice_info); } mask <<= 1; } } // copy the cflow trigger pointcut from the expressions to the pointcut for (set::const_iterator iter = context.cflows ().begin (); iter != context.cflows ().end (); ++iter) { advice_info->pointcut().cflow_triggers(((PCE_CFlow*)*iter)->arg_pointcut ()); } _vm--; } context.cflow_reset (); } _vm--; // now iterate over all join points and check whether they match the // pointcut expressions _vm << "Matching joinpoints" << endvm; _vm++; for (TypeAdviceMap::iterator mi = advice_map.begin (); mi != advice_map.end (); ++mi) { JPT jp_type = mi->first; if( ! _conf.data_joinpoints() && ( jp_type & ( JPT_Get | JPT_Set | JPT_Ref | JPT_GetRef | JPT_SetRef ) ) ) continue; // skip non enabled (cmdline) joinpoints AdviceInfoList &advice_info_list = mi->second; ProjectModel::Selection all; jpm.select (jp_type, all); for (ProjectModel::Selection::iterator iter = all.begin (); iter != all.end (); ++iter) { assert( static_cast( *iter )->type_val() & JPT_Code ); ACM_Code &jpl = (ACM_Code&)**iter; if( ! _conf.builtin_operators() && ( jpl.type_val() == JPT_Builtin ) ) // suppress joinpoints of builtin_operators continue; bool has_advice = false; for (AdviceInfoList::iterator li = advice_info_list.begin (); li != advice_info_list.end (); ++li) { AdviceInfo *advice_info = *li; context.pseudo_true (false); // Current pointcut function: ACM_Pointcut* pointcut_func = advice_info->code().get_pointcut(); context.pct_func(pointcut_func); // now match Binding binding; Condition condition; PointCutExpr *expr = (PointCutExpr*)advice_info->pointcut_expr().get(); // Does the pointcut expression match the join point? bool match_result = expr->match (jpl, context, binding, condition); // Output eventually created warnings: for(vector>::const_iterator sev_msg_pair_iter = context.messages().begin(); sev_msg_pair_iter != context.messages().end(); ++sev_msg_pair_iter ) { _err << sev_msg_pair_iter->first << TI_Pointcut::of(*pointcut_func)->get_location() << sev_msg_pair_iter->second.c_str() << endMessage; } context.messages().clear(); // Handle match result: if (match_result) { JoinPoint &jp = *new JoinPoint (&jpl, condition); advice_info->pointcut().append (jp); // consider this joinpoint in the big plan plan.consider( &jpl, jp.condition(), advice_info ); has_advice = true; // remember units for inclusion of aspect headers _code_weaver.add_aspect_include (jp.location (), advice_info->aspect_info(), AspectRef::AR_ADVICE); // if the advice uses a joinpoint ID, make sure that one is allocated // for the matched joinpoint if (TI_AdviceCode::of (advice_info->code())->this_join_point().id() && !jpl.has_jpid()) jpl.set_jpid(jpm.alloc_jpid()); if (jpl.type_val () == JPT_Call && !jpl.get_parent()) // TODO: pseudo continue; // check if the context variable binding is the same for all // non-pseudo join points if (advice_info->binding () != binding) { if (!advice_info->binding ()._used) { advice_info->binding () = binding; } else { _err << sev_error << TI_Pointcut::of(*pointcut_func)->get_location() << "incompatible argument bindings in pointcut expression" << endMessage; // remove this erroneous advice from all lists for (TypeAdviceMap::iterator i = advice_map.begin (); i != advice_map.end (); ++i) { i->second.remove (advice_info); } break; } } } } #ifdef FRONTEND_CLANG // only required for features of the Clang variant if( has_advice ) { // do some preplanning that might influence other joinpoints _code_weaver.preplanTransform( jpl ); // remember we have a plan ( and thus weave at this jpl ) TI_Code::of( jpl )->remember_planned(); // for implicit joinpoints: make sure the parent is considered so we can weave calling code there ACM_Code *node = &jpl; while( node && is_implicit( *node ) ) { assert( static_cast( node->get_parent() )->type_val() & JPT_Code ); node = static_cast( node->get_parent() ); plan.consider( node ); TI_Code::of( *node )->remember_planned(); TI_Code::of( *node )->remember_implicit(); } // if we weave for a builtin copy constructor, we replace array types in the class (see CodeWeaver::gen_special_member_function) // give the class a chance to know that if( jpl.type_val() == JPT_Construction ) { assert( static_cast( jpl.get_parent() )->type_val() == JPT_Function ); ACM_Function *func = static_cast( jpl.get_parent() ); assert( static_cast( func->get_parent() )->type_val() & ( JPT_Class | JPT_Aspect ) ); ACM_Class *cls = static_cast( func->get_parent() ); if( func->get_builtin() && get_arg_count( *func ) == 1 ) // parallel to check in CodeWeaver::cons_join_point TI_Class::of( *cls )->remember_builtin_copyconstructor_advice(); } } #endif } } // again iterate over all aspects for (Plan::AspectContainer::iterator i = aspects.begin (); i != aspects.end (); ++i) { AspectInfo &aspect_info = (AspectInfo&)*i; ACM_Aspect &jpl_aspect = aspect_info.loc (); context.concrete_aspect (jpl_aspect); int index = 0; // CFlow index (each CFlow has a unique index per aspect) // and now over all advice list advices = aspect_info.advice_infos (); for (list::const_iterator i = advices.begin (); i != advices.end (); ++i) { AdviceInfo *advice_info = *i; PointCut &pc = advice_info->pointcut(); // consider the cflow trigger needed for this advice in the plan const list &trigger_pcs = pc.cflow_triggers(); for (list::const_iterator iter = trigger_pcs.begin (); iter != trigger_pcs.end (); ++iter, ++index) { PointCut *trigger_pc = *iter; // Consider a cflow trigger for every joinpoint is pointcut for (PointCut::iterator iter = trigger_pc->begin (); iter != trigger_pc->end (); ++iter) { const JoinPoint &jp = *iter; // consider this joinpoint in the big plan plan.consider ((ACM_Code*)jp.location (), CFlow (advice_info, index)); // remember units for inclusion of aspect headers _code_weaver.add_aspect_include (jp.location (), aspect_info, AspectRef::AR_DECL); } } // update the project repository if (getenv ("ACOLDREPO")) _repo.update (*advice_info, pc); } _code_weaver.insert_invocation_functions (&jpl_aspect, aspect_info.ifct_defs (_code_weaver.problems ())); } _vm--; _vm << "Aspect ordering ..." << endvm; plan.order_code_joinpoints (); // now do the final checks on the accumulated plan // _vm << "Final checks before weaving code join points" << endvm; // plan.check_code_joinpoints (); // Don't weave if there were errors in the planning phase if (_err.severity () >= sev_error) return; bool use_old_repo = (_conf.repository() && getenv ("ACOLDREPO") != NULL); const char *repo_file = _conf.repository(); if (!use_old_repo && repo_file) { #ifdef _MSC_VER if (!_access (repo_file, 04)) { #else if (!access (repo_file, R_OK)) { #endif // _MSC_VER _vm << "Updating project repository '" << repo_file << "'" << endvm; int fd = SysCall::open_excl (repo_file, O_RDWR, &_err); ProjectModel project_model; XmlModelReader reader; if (!reader.read (project_model, repo_file, fd)) { _err << sev_error << "project repository '" << repo_file << "' cannot be opened" " or is invalid" << endMessage; return; } if (project_model.get_version () != ac_version ()) _err << sev_warning << "project file version '" << project_model.get_version().c_str () << "' differs from ac++ version" << endMessage; // merge jpm and project_mode here project_model.merge (jpm); // make project model file empty lseek (fd, 0, SEEK_SET); if (ftruncate (fd, 0) != 0) perror ("truncate"); // save the merged model XmlModelWriter writer; if (!writer.write (project_model, repo_file, fd)) { _err << sev_error << "saving merged project file '" << repo_file << "'failed" << endMessage; return; } SysCall::close_excl (fd, &_err); } else { _vm << "Creating project repository '" << repo_file << "'" << endvm; int fd = SysCall::create_excl (repo_file, 0600, &_err); XmlModelWriter writer; if (!writer.write (jpm, repo_file, fd)) { _err << sev_error << "saving new project file '" << repo_file << "'failed" << endMessage; return; } SysCall::close_excl (fd, &_err); } } _vm << "Type Check Functions" << endvm; _vm++; const TypeCheckSet &checks_false = plan.type_checks_false (); for (TypeCheckSet::const_iterator iter = checks_false.begin (); iter != checks_false.end (); ++iter) { _vm << "check for " << iter->second << " in " << signature(*iter->first) << " is false" << endvm; _code_weaver.type_check (iter->first, iter->second, false); } const TypeCheckSet &checks_true = plan.type_checks_true (); for (TypeCheckSet::const_iterator iter = checks_true.begin (); iter != checks_true.end (); ++iter) { _vm << "check for " << iter->second << " in " << signature (*iter->first) << " is true" << endvm; _code_weaver.type_check (iter->first, iter->second, true); } _vm--; _vm << "Access Join Points" << endvm; _vm++; for (int i = 0; i < plan.access_jp_plans (); i++) { ACM_Access &jp_loc = plan.access_jp_loc (i); if( is_implicit( jp_loc ) ) // check for implicit joinpoints continue; // skip here, they are handled internally by the weaver _vm << jp_loc.type_str() << ": " << signature (jp_loc) << endvm; if( jp_loc.type_val() == JPT_Builtin ) { // print implicit too ACM_Builtin &jp_builtin = static_cast( jp_loc ); typedef const ACM_Container SubList; SubList &implicit = jp_builtin.get_implicit_access(); _vm++; for( SubList::const_iterator it = implicit.begin(); it != implicit.end(); it++ ) { // TODO iterate over all nesting level (not yet neccessary as no deep nesting) if( (*it)->has_plan() ) // only print jpls for which we weave _vm << (*it)->type_str() << ": " << signature( **it ) << endvm; } _vm--; } // handle access joinpoint itself _code_weaver.access_join_point (&jp_loc); } _vm--; _vm << "Execution Join Points" << endvm; _vm++; for (int i = 0; i < plan.exec_jp_plans (); i++) { ACM_Execution &jp_loc = plan.exec_jp_loc (i); _vm << signature (jp_loc) << endvm; // handle exec joinpoint itself _code_weaver.exec_join_point (&jp_loc); } _vm--; _vm << "Construction Join Points" << endvm; _vm++; for (int i = 0; i < plan.cons_jp_plans (); i++) { ACM_Construction &jp_loc = plan.cons_jp_loc (i); _vm << signature (jp_loc) << endvm; // handle construction joinpoint itself _code_weaver.cons_join_point (&jp_loc); } _vm--; _vm << "Destruction Join Points" << endvm; _vm++; for (int i = 0; i < plan.dest_jp_plans (); i++) { ACM_Destruction &jp_loc = plan.dest_jp_loc (i); _vm << signature (jp_loc) << endvm; // handle destruction joinpoint itself _code_weaver.dest_join_point (&jp_loc); } _vm--; _vm--; _vm << "Aspect Includes ..." << endvm; _code_weaver.insert_aspect_includes (); #ifdef PROFILING Profiler::ClockTicks end = Profiler::rdtsc (); data._time += Profiler::duration (start, end); data._calls = 1; #endif } // add references to the introduced elements to the plan void Transformer::link_members (ACM_Class &jpl) { if (!jpl.has_plan ()) return; ACM_ClassPlan *plan = jpl.get_plan (); typedef ACM_Container Container; Container &children = jpl.get_children(); typedef ACM_Container Container2; Container2 &member_intros = plan->get_member_intros(); #ifdef FRONTEND_CLANG clang::SourceManager &sm = _project.get_compiler_instance()->getSourceManager(); #endif for (Container::iterator i = children.begin (); i != children.end (); ++i) { ACM_Any *any = *i; if (any->type_val() == JPT_Class) { ACM_Class *cls = (ACM_Class*)any; #ifdef FRONTEND_PUMA Unit *u = (Unit*)TI_Class::of(*cls)->obj_info()->Tree()->token()->belonging_to(); #else clang::FileID fid = sm.getFileID(TI_Class::of(*cls)->decl()->getLocation()); const llvm::MemoryBuffer *u = sm.getBuffer(fid); #endif if (IntroductionUnit::cast(u)) { ACM_Introduction *intro = IntroductionUnit::cast(u)->intro(); for (Container2::iterator mi = member_intros.begin (); mi != member_intros.end(); ++mi) if ((*mi)->get_intro() == intro) (*mi)->get_members().insert(cls); } } else if (any->type_val() == JPT_Function) { ACM_Function *func = (ACM_Function*)any; if (func->get_builtin()) continue; #ifdef FRONTEND_PUMA Unit *u = (Unit*)TI_Function::of(*func)->obj_info()->Tree()->token()->belonging_to(); #else clang::FileID fid = sm.getFileID(TI_Function::of(*func)->decl()->getLocation()); const llvm::MemoryBuffer *u = sm.getBuffer(fid); #endif if (IntroductionUnit::cast(u)) { ACM_Introduction *intro = IntroductionUnit::cast(u)->intro(); for (Container2::iterator mi = member_intros.begin (); mi != member_intros.end(); ++mi) if ((*mi)->get_intro() == intro) (*mi)->get_members().insert(func); } } } } // add references to the introduced elements to the plan void Transformer::link_bases (ACM_Class &jpl) { if (!jpl.has_plan ()) return; ACM_ClassPlan *plan = jpl.get_plan (); #ifdef FRONTEND_PUMA CClassInfo *ci = TI_Class::of(jpl)->class_info(); #else clang::CXXRecordDecl *ci = llvm::cast(TI_Class::of(jpl)->decl()); #endif typedef ACM_Container Container; Container &bases = jpl.get_bases(); typedef ACM_Container Container2; Container2 &base_intros = plan->get_base_intros(); #ifdef FRONTEND_CLANG clang::SourceManager &sm = _project.get_compiler_instance()->getSourceManager(); #endif for (Container::iterator i = bases.begin (); i != bases.end (); ++i) { ACM_Class *cls = *i; // find the base class info in Puma's semantic data structure #ifdef FRONTEND_PUMA for (unsigned b = 0; b < ci->BaseClasses(); b++) { if (ci->BaseClass(b)->Class() != TI_Class::of (*cls)->class_info()) continue; Unit *u = (Unit*)ci->BaseClass(b)->Tree()->token()->belonging_to(); #else for (clang::CXXRecordDecl::base_class_iterator bi = ci->bases_begin(), be = ci->bases_end(); bi != be; ++bi) { if (bi->getType()->getAsCXXRecordDecl() != TI_Class::of (*cls)->decl()) continue; clang::FileID fid = sm.getFileID(bi->getType()->getAsCXXRecordDecl()->getLocation()); const llvm::MemoryBuffer *u = sm.getBuffer(fid); #endif if (IntroductionUnit::cast(u)) { ACM_Introduction *intro = IntroductionUnit::cast(u)->intro(); for (Container2::iterator bi = base_intros.begin (); bi != base_intros.end(); ++bi) { if ((*bi)->get_intro () == intro) { (*bi)->get_bases().insert(cls); } } } } } } aspectc++/AspectC++/PaxHeaders.4702/ThisJoinPoint.h0000644000000000000000000000007412740141200016655 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/ThisJoinPoint.h0000644000175000001440000001472612740141200017051 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ThisJoinPoint_h__ #define __ThisJoinPoint_h__ #include #include #include using namespace std; #include "BackEndProblems.h" class Binding; class ACM_Code; class ACM_Function; class ACM_CodePlan; class Condition; class ThisJoinPoint { enum { // these values define required information SIGNATURE=0x1, ARGS=0x2, ARG=0x4, ARG_TYPE=0x8, TYPE=0x10, ID=0x20, RESULT_TYPE=0x40, RESULT=0x80, THAT=0x100, TARGET=0x200, JP_TYPE=0x400, ACTION=0x800, WRAPPER=0x1000, PROCEED_ADVICE=0x2000, FILENAME=0x4000, LINE=0x8000, // does the advice need a pointer 'tjp' PTR_ADVICE_NEEDED=0x10000, // does the advice need an alias 'thisJoinPoint' for 'tjp' PTR_ALIAS_NEEDED=0x20000, // does the advice need the type JoinPoint TYPE_ADVICE_NEEDED=0x40000, ENTITY=0x80000, MEMBERPTR=0x100000, ARRAY=0x200000, IDX=0x400000, // does the internal code needs a pointer 'tjp' PTR_INTERNAL_NEEDED=0x800000, // does the internal code needs the type JoinPoint TYPE_INTERNAL_NEEDED=0x1000000, // does the internal code needs the proceed function PROCEED_INTERNAL_NEEDED=0x2000000 }; unsigned int _used; unsigned int _proceed_calls; unsigned int _force_const; unsigned int _force_const_args; bool _enable_entity; bool _need_wormhole; static ACM_Function *that_func (ACM_Code *loc); public: ThisJoinPoint () : _used (0), _proceed_calls (0), _force_const( 0 ), _force_const_args( 0 ), _enable_entity( false ), _need_wormhole( false ) {} void setup (const Binding &binding); void check_field (const char* field, bool dyn_only = false); bool check_type (const string &name); bool check_obj (const string &name); void check_condition(const Condition&); void conditional () { _used |= (PROCEED_INTERNAL_NEEDED|TYPE_INTERNAL_NEEDED|PTR_INTERNAL_NEEDED); } bool signature () const { return (_used & SIGNATURE); } bool filename () const { return (_used & FILENAME); } bool line () const { return (_used & LINE); } bool args () const { return (_used & ARGS); } bool arg () const { return (_used & ARG); } bool argtype() const { return (_used & ARG_TYPE); } bool type() const { return (_used & TYPE); } bool id() const { return (_used & ID); } bool resulttype() const { return (_used & RESULT_TYPE); } bool that() const { return (_used & THAT); } bool target() const { return (_used & TARGET); } bool result() const { return (_used & RESULT); } bool entity() const { return (_used & ENTITY); } bool memberptr() const { return (_used & MEMBERPTR); } bool array() const { return ( _used & ARRAY ); } bool idx() const { return ( _used & IDX ); } bool jptype() const { return (_used & JP_TYPE); } bool action() const { return (_used & ACTION); } bool wrapper() const { return (_used & WRAPPER); } bool proceed() const { return proceed_advice() || proceed_internal(); } bool proceed_internal() const { return (_used & PROCEED_INTERNAL_NEEDED); } bool proceed_advice() const { return (_used & PROCEED_ADVICE); } unsigned int proceed_calls () const { return _proceed_calls; } void require_entity() { _used |= ENTITY; } void require_idx() { _used |= IDX; } void gen_tjp_struct (ostream &code, ACM_Code *loc, BackEndProblems &bep, int depth) const; void gen_tjp_init (ostream &code, ACM_Code *loc, BackEndProblems &bep, int depth, bool is_dep = false, vector *arg_names = 0, int wrapper_number = -1 ) const; void merge_flags (ACM_CodePlan &plan); void merge_implicit( ACM_Code &jpl ); void dump (ostream &os) const; bool pointer_needed () const { return pointer_advice_needed() || pointer_internal_needed(); } bool pointer_internal_needed () const { return (_used & PTR_INTERNAL_NEEDED); } bool pointer_advice_needed () const { return (_used & PTR_ADVICE_NEEDED); } bool pointer_alias_needed () const { return (_used & PTR_ALIAS_NEEDED); } bool type_needed () const { return type_advice_needed() || type_internal_needed(); } bool type_internal_needed () const { return (_used & TYPE_INTERNAL_NEEDED); } bool type_advice_needed () const { return (_used & TYPE_ADVICE_NEEDED); } bool arg_needed (ACM_Code *loc) const; bool that_needed( ACM_Code *loc ) const; bool target_needed( ACM_Code *loc ) const; bool result_needed( ACM_Code *loc ) const; bool entity_needed( ACM_Code *loc ) const; bool memberptr_needed( ACM_Code *loc ) const; bool memberptr_defined( ACM_Code *loc ) const; bool array_needed( ACM_Code *loc ) const; bool array_defined( ACM_Code *loc ) const; bool idx_needed( ACM_Code *loc ) const; bool forced_const_arg( unsigned int i ) const { assert( i < 32 ); return ( _force_const_args & ( 1 << i ) ); } bool forced_const_args() const { return _force_const_args; } void force_const_arg( unsigned int i ) { _force_const_args |= ( 1 << i ); } bool forced_const_result() const { return (_force_const & RESULT ); } void force_const_result() { _force_const |= RESULT; } bool useAction() const { return action(); } void merge (const ThisJoinPoint &from) { _used |= from._used; } void clear () { _used = 0; } #ifdef FRONTEND_CLANG void enable_entity() { _enable_entity = true; } #endif void request_wormhole() { _need_wormhole = true; } bool has_wormhole() const { return _need_wormhole; } }; #endif // __ThisJoinPoint_h__ aspectc++/AspectC++/PaxHeaders.4702/OrderInfo.h0000644000000000000000000000007412740141200016003 xustar0030 atime=1468174988.294169418 30 ctime=1468174988.294169418 aspectc++/AspectC++/OrderInfo.h0000644000175000001440000000522412740141200016170 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __OrderInfo_h__ #define __OrderInfo_h__ #include "ACErrorStream.h" #include "PointCutContext.h" #include "PointCutExpr.h" #include "TransformInfo.h" #include "ACModel/Elements.h" class OrderInfo { ACM_Aspect &_aspect; ACM_Order &_order; list _pces; PointcutExpression _jp_pce; PointCutExpr *add_pce (PointcutExpression &pce) { _pces.push_back (pce); return (PointCutExpr*)_pces.back().get(); } public: OrderInfo (ACM_Aspect &a, ACM_Order &o) : _aspect (a), _order (o) {} ACM_Aspect &aspect () const { return _aspect; } ACM_Order &order () const { return _order; } const list &pces () const { return _pces; } PointcutExpression &jp_pce () { return _jp_pce; } void analyze_exprs (ACErrorStream &err, PointCutContext &context, int warn_compat) { _jp_pce = _order.get_pointcut()->get_parsed_expr(); ((PointCutExpr*)_jp_pce.get())->semantics(err, context, warn_compat); typedef ACM_Container Container; const Container &exprs = _order.get_aspect_exprs(); for (Container::const_iterator i = exprs.begin (); i != exprs.end (); ++i) { PointCutExpr *pce = add_pce ((*i)->get_parsed_expr ()); pce->semantics(err, context, warn_compat); if (!(pce->possible_types() & JPT_Class)) { err << Puma::sev_warning << TI_Pointcut::of(*_order.get_pointcut ())->get_location() << "pointcut expression in order advice can't match aspect" << Puma::endMessage; } } } }; #endif // __OrderInfo_h__ aspectc++/AspectC++/PaxHeaders.4702/ACPreprocessor.h0000644000000000000000000000007412740141200017006 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/ACPreprocessor.h0000644000175000001440000000272112740141200017172 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ac_preprocessor_h__ #define __ac_preprocessor_h__ // class alias for frontend-specific preprocessor implementation #ifdef FRONTEND_PUMA #include "PumaPreprocessor.h" typedef PumaPreprocessor ACPreprocessor; #else // FRONTEND_CLANG #include "ClangPreprocessor.h" typedef ClangPreprocessor ACPreprocessor; #endif #endif // __ac_preprocessor_h__ aspectc++/AspectC++/PaxHeaders.4702/AspectRepo.cc0000644000000000000000000000007412740141200016317 xustar0030 atime=1468174988.113166441 30 ctime=1468174988.113166441 aspectc++/AspectC++/AspectRepo.cc0000644000175000001440000000571612740141200016512 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include #include "AspectRepo.h" #include "RepoXMLNode.h" int AspectRepo::insert (int file_id, int line, const string &name) { Map::iterator entry = _map.find (RepoPosKey (file_id, line)); if (entry != _map.end ()) { Data &data = (*entry).second; data._ref = true; return data._id; } int id = new_id (); _map.insert (MapPair (RepoPosKey (file_id, line), Data (id, name))); return id; } void AspectRepo::noref () { for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { Data &data = (*curr).second; data._ref = false; } } void AspectRepo::cleanup (set files) { list to_delete; for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { Data &data = (*curr).second; const RepoPosKey &key = (*curr).first; if (!data._ref && files.count (key.file_id ()) == 1) { to_delete.push_back(key); } } list::iterator c; for (c = to_delete.begin(); c != to_delete.end(); ++c) { _map.erase(*c); } } void AspectRepo::make_xml (RepoXMLNode parent) { RepoXMLNode aspects = parent.make_child ("aspect-list"); for (Map::iterator curr = _map.begin (); curr != _map.end (); ++curr) { RepoXMLNode an = aspects.make_child ("aspect"); const RepoPosKey &key = (*curr).first; key.make_xml (an); const Data &data = (*curr).second; an.set_int_prop ("id", data._id); an.set_str_prop ("name", data._name.c_str ()); } } void AspectRepo::get_xml (RepoXMLNode parent) { reset_id (); for (RepoXMLNode::iter curr = parent.first_child (); curr != parent.end_child (); ++curr) { RepoXMLNode an = *curr; if (an.has_name ("aspect")) { int id = an.get_int_prop ("id"); string name = an.get_str_prop ("name"); _map.insert (MapPair (RepoPosKey (an), Data (id, name.c_str ()))); update (id); } } } aspectc++/AspectC++/PaxHeaders.4702/tests0000644000000000000000000000007412740141200015030 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/0000755000175000001440000000000012740141200015267 5ustar00osusers00000000000000aspectc++/AspectC++/tests/PaxHeaders.4702/SimpleGetAdvice0000644000000000000000000000007312740141200020034 xustar0029 atime=1468174988.27116904 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/SimpleGetAdvice/0000755000175000001440000000000012740141200020274 5ustar00osusers00000000000000aspectc++/AspectC++/tests/SimpleGetAdvice/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200022241 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/SimpleGetAdvice/feature.ref0000644000175000001440000000232212740141200022424 0ustar00osusers00000000000000Before: int a ent: 42 Around: int a ent: 42 Around (inner): int a ent (inner): 64 res (inner): 64 tmp: 64 After: int a res: 96 GET: A: Before: int a ent: 64 Around: int a ent: 64 Around (inner): int a ent (inner): 64 res (inner): 64 tmp: 64 After: int a res: 96 X1: Before: int T1::x ent: 23 Around: int T1::x ent: 23 Around (inner): int T1::x ent (inner): 64 res (inner): 64 tmp: 64 After: int T1::x res: 96 X2: Before: int T1::x ent: 64 Around: int T1::x ent: 64 Around (inner): int T1::x ent (inner): 64 res (inner): 64 tmp: 64 After: int T1::x res: 96 X3: Before: int T1::x ent: 64 Around: int T1::x ent: 64 Around (inner): int T1::x ent (inner): 64 res (inner): 64 tmp: 64 After: int T1::x res: 96 M1: Before: int T1::m ent: 5 Around: int T1::m ent: 5 Around (inner): int T1::m ent (inner): 64 ent ( via memberptr() ): 64 res (inner): 64 tmp: 64 After: int T1::m res: 96 M2: Before: int T1::m ent: 64 Around: int T1::m ent: 64 Around (inner): int T1::m ent (inner): 64 ent ( via memberptr() ): 64 res (inner): 64 tmp: 64 After: int T1::m res: 96 P1: Before: int T1::p ent: 13 Around: int T1::p ent: 13 Around (inner): int T1::p ent (inner): 64 ent ( via memberptr() ): 64 res (inner): 64 tmp: 64 After: int T1::p res: 96 aspectc++/AspectC++/tests/SimpleGetAdvice/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021552 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/SimpleGetAdvice/Makefile0000644000175000001440000000011512740141200021731 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/SimpleGetAdvice/PaxHeaders.4702/main.cc0000644000000000000000000000007312740141200021344 xustar0029 atime=1468174988.26816899 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/SimpleGetAdvice/main.cc0000644000175000001440000000340512740141200021531 0ustar00osusers00000000000000#include using namespace std; class T1 { private: int p; public: int m; static int x; T1() : m( 5 ), p( 13 ) {} static void testgetS() { int r = x; } void testgetM() { int r = m; } void testgetP(); }; int T1::x = 23; void T1::testgetP() { int r = p; }; int a = 42; int i = a; int main() { int b; T1 o; cout << endl << "GET:" << endl; cout << endl << "A:" << endl; b = a; cout << endl << "X1:" << endl; b = T1::x; cout << endl << "X2:" << endl; T1::testgetS(); cout << endl << "X3:" << endl; b = o.x; cout << endl << "M1:" << endl; b = o.m; cout << endl << "M2:" << endl; o.testgetM(); cout << endl << "P1:" << endl; o.testgetP(); return 0; } aspect GetTest1 { advice get("int ...::%") : before() { cout << "Before: " << tjp->signature() << endl; cout << "ent: " << *tjp->entity() << endl; } advice get("int ...::%") : after() { cout << "After: " << tjp->signature() << endl; cout << "res: " << *tjp->result() << endl; } }; aspect GetTest2 { advice get("int ...::%") : around() { cout << "Around: " << tjp->signature() << endl; cout << "ent: " << *tjp->entity() << endl; *tjp->entity() = 64; tjp->proceed(); JoinPoint::Result &tmp = *tjp->result(); cout << "tmp: " << tmp << endl; tmp += 32; } }; aspect GetTest3 { advice get("int ...::%") : around() { cout << "Around (inner): " << tjp->signature() << endl; cout << "ent (inner): " << *tjp->entity() << endl; tjp->proceed(); cout << "res (inner): " << *tjp->result() << endl; } }; aspect MemberTest { advice get("int T1::%" && ! "static % T1::%") : before() { cout << "ent ( via memberptr() ): " << tjp->target()->*(tjp->memberptr()) << endl; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/MatchScope0000644000000000000000000000007412740141200017056 xustar0030 atime=1468174988.292169385 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/MatchScope/0000755000175000001440000000000012740141200017315 5ustar00osusers00000000000000aspectc++/AspectC++/tests/MatchScope/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021264 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/MatchScope/feature.ref0000644000175000001440000001222312740141200021446 0ustar00osusers00000000000000 Creating instance of the class type: A::InA =========================================================================== constr("A"): A::InA::InA() call ("A"): void A::InA::foo() exec ("A"): void A::InA::foo() get ("A"): int A::InA::x set ("A"): int A::InA::x ref ("A"): int A::InA::x destr ("A"): A::InA::~InA() Creating instance of the class type: A::B::InB =========================================================================== constr("A"): A::B::InB::InB() constr("A::B"): A::B::InB::InB() call ("A"): void A::B::InB::foo() call ("A::B"): void A::B::InB::foo() exec ("A"): void A::B::InB::foo() exec ("A::B"): void A::B::InB::foo() get ("A"): int A::B::InB::x get ("A::B"): int A::B::InB::x set ("A"): int A::B::InB::x set ("A::B"): int A::B::InB::x ref ("A"): int A::B::InB::x ref ("A::B"): int A::B::InB::x destr ("A"): A::B::InB::~InB() destr ("A::B"): A::B::InB::~InB() Creating instance of the class type: A::B::C::InC =========================================================================== constr("A"): A::B::C::InC::InC() constr("A::B"): A::B::C::InC::InC() constr("A::B::C"): A::B::C::InC::InC() constr("A::B::C::InC"): A::B::C::InC::InC() call ("A"): void A::B::C::InC::foo() call ("A::B"): void A::B::C::InC::foo() call ("A::B::C"): void A::B::C::InC::foo() call ("A::B::C::InC"): void A::B::C::InC::foo() exec ("A"): void A::B::C::InC::foo() exec ("A::B"): void A::B::C::InC::foo() exec ("A::B::C"): void A::B::C::InC::foo() exec ("A::B::C::InC"): void A::B::C::InC::foo() get ("A"): int A::B::C::InC::x get ("A::B"): int A::B::C::InC::x get ("A::B::C"): int A::B::C::InC::x get ("A::B::C::InC"): int A::B::C::InC::x set ("A"): int A::B::C::InC::x set ("A::B"): int A::B::C::InC::x set ("A::B::C"): int A::B::C::InC::x set ("A::B::C::InC"): int A::B::C::InC::x ref ("A"): int A::B::C::InC::x ref ("A::B"): int A::B::C::InC::x ref ("A::B::C"): int A::B::C::InC::x ref ("A::B::C::InC"): int A::B::C::InC::x destr ("A"): A::B::C::InC::~InC() destr ("A::B"): A::B::C::InC::~InC() destr ("A::B::C"): A::B::C::InC::~InC() destr ("A::B::C::InC"): A::B::C::InC::~InC() Creating instance of the class type: A::B::C::InC::Inner =========================================================================== constr("A"): A::B::C::InC::Inner::Inner() constr("A::B"): A::B::C::InC::Inner::Inner() constr("A::B::C"): A::B::C::InC::Inner::Inner() constr("A::B::C::InC::Inner"): A::B::C::InC::Inner::Inner() call ("A"): void A::B::C::InC::Inner::foo() call ("A::B"): void A::B::C::InC::Inner::foo() call ("A::B::C"): void A::B::C::InC::Inner::foo() call ("A::B::C::InC::Inner"): void A::B::C::InC::Inner::foo() exec ("A"): void A::B::C::InC::Inner::foo() exec ("A::B"): void A::B::C::InC::Inner::foo() exec ("A::B::C"): void A::B::C::InC::Inner::foo() exec ("A::B::C::InC::Inner"): void A::B::C::InC::Inner::foo() get ("A"): int A::B::C::InC::Inner::x get ("A::B"): int A::B::C::InC::Inner::x get ("A::B::C"): int A::B::C::InC::Inner::x get ("A::B::C::InC::Inner"): int A::B::C::InC::Inner::x set ("A"): int A::B::C::InC::Inner::x set ("A::B"): int A::B::C::InC::Inner::x set ("A::B::C"): int A::B::C::InC::Inner::x set ("A::B::C::InC::Inner"): int A::B::C::InC::Inner::x ref ("A"): int A::B::C::InC::Inner::x ref ("A::B"): int A::B::C::InC::Inner::x ref ("A::B::C"): int A::B::C::InC::Inner::x ref ("A::B::C::InC::Inner"): int A::B::C::InC::Inner::x destr ("A"): A::B::C::InC::Inner::~Inner() destr ("A::B"): A::B::C::InC::Inner::~Inner() destr ("A::B::C"): A::B::C::InC::Inner::~Inner() destr ("A::B::C::InC::Inner"): A::B::C::InC::Inner::~Inner() Creating instance of the class type: A::B::C::InC::Inner::InnerInner =========================================================================== constr("A"): A::B::C::InC::Inner::InnerInner::InnerInner() constr("A::B"): A::B::C::InC::Inner::InnerInner::InnerInner() constr("A::B::C"): A::B::C::InC::Inner::InnerInner::InnerInner() call ("A"): void A::B::C::InC::Inner::InnerInner::foo() call ("A::B"): void A::B::C::InC::Inner::InnerInner::foo() call ("A::B::C"): void A::B::C::InC::Inner::InnerInner::foo() exec ("A"): void A::B::C::InC::Inner::InnerInner::foo() exec ("A::B"): void A::B::C::InC::Inner::InnerInner::foo() exec ("A::B::C"): void A::B::C::InC::Inner::InnerInner::foo() get ("A"): int A::B::C::InC::Inner::InnerInner::x get ("A::B"): int A::B::C::InC::Inner::InnerInner::x get ("A::B::C"): int A::B::C::InC::Inner::InnerInner::x set ("A"): int A::B::C::InC::Inner::InnerInner::x set ("A::B"): int A::B::C::InC::Inner::InnerInner::x set ("A::B::C"): int A::B::C::InC::Inner::InnerInner::x ref ("A"): int A::B::C::InC::Inner::InnerInner::x ref ("A::B"): int A::B::C::InC::Inner::InnerInner::x ref ("A::B::C"): int A::B::C::InC::Inner::InnerInner::x destr ("A"): A::B::C::InC::Inner::InnerInner::~InnerInner() destr ("A::B"): A::B::C::InC::Inner::InnerInner::~InnerInner() destr ("A::B::C"): A::B::C::InC::Inner::InnerInner::~InnerInner() Slice test: # members of A::InA: 2 (should be 2) # members of A::B::InB: 2 (should be 2) # members of A::B::C::InC: 3 (should be 3) # members of A::B::C::InC::Inner: 5 (should be 5) # members of A::B::C::InC::Inner::InnerInner: 2 (should be 2) aspectc++/AspectC++/tests/MatchScope/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020573 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/MatchScope/Makefile0000644000175000001440000000013512740141200020754 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints --introspection include ../Makefile.generic aspectc++/AspectC++/tests/MatchScope/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020366 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/MatchScope/main.cc0000644000175000001440000000763412740141200020562 0ustar00osusers00000000000000#include using namespace std; const char* JPType(int num) { switch (num) { case AC::GET: return "get "; break; case AC::SET: return "set "; break; case AC::REF: return "ref "; break; case AC::CALL: return "call "; break; case AC::EXECUTION: return "exec "; break; case AC::CONSTRUCTION: return "constr"; break; case AC::DESTRUCTION: return "destr "; break; default: return "error "; } } namespace A { class InA { public: void foo() {} int x; }; namespace B { class InB { public: void foo() {} int x; }; namespace C { class InC { public: void foo() {} int x; class Inner { public: void foo() {} int x; class InnerInner { public: void foo() {} int x; }; }; }; } // C } // B } // A int main() { { A::InA a; a.foo(); a.x++; int *x = &a.x; } { A::B::InB b; b.foo(); b.x++; int *x = &b.x; } { A::B::C::InC c; c.foo(); c.x++; int *x = &c.x; } { A::B::C::InC::Inner in; in.foo(); in.x++; int *x = &in.x; } { A::B::C::InC::Inner::InnerInner inin; inin.foo(); inin.x++; int *x = &inin.x; } cout << endl << "Slice test:" << endl; cout << "# members of A::InA: " << AC::TypeInfo::MEMBERS << " (should be 2)" << endl; cout << "# members of A::B::InB: " << AC::TypeInfo::MEMBERS << " (should be 2)" << endl; cout << "# members of A::B::C::InC: " << AC::TypeInfo::MEMBERS << " (should be 3)" << endl; cout << "# members of A::B::C::InC::Inner: " << AC::TypeInfo::MEMBERS << " (should be 5)" << endl; cout << "# members of A::B::C::InC::Inner::InnerInner: " << AC::TypeInfo::MEMBERS << " (should be 2)" << endl; } aspect MatchingTest { // information for the human reader advice construction(!"MatchingTest") : before() { cout << endl << "Creating instance of the class type: " << AC::TypeInfo::signature() << endl; cout << "===========================================================================" << endl; } // the actual pointcuts to be checked pointcut a() = "A"; pointcut b() = "A::B"; pointcut c() = "A::B::C"; pointcut in_c() = "A::B::C::InC"; // only a class pointcut inner() = "A::B::C::InC::Inner"; // only a nested class // namespace matching advice call(a()) || execution(a()) || construction(a()) || destruction(a()) || get(a()) || set(a()) || ref(a()) : before() { cout << JPType(JoinPoint::JPTYPE) << "(\"A\"): " << JoinPoint::signature() << endl; } advice call(b()) || execution(b()) || construction(b()) || destruction(b()) || get(b()) || set(b()) || ref(b()) : before() { cout << JPType(JoinPoint::JPTYPE) << "(\"A::B\"): " << JoinPoint::signature() << endl; } advice call(c()) || execution(c()) || construction(c()) || destruction(c()) || get(c()) || set(c()) || ref(c()) : before() { cout << JPType(JoinPoint::JPTYPE) << "(\"A::B::C\"): " << JoinPoint::signature() << endl; } // class matching advice call(in_c()) || execution(in_c()) || construction(in_c()) || destruction(in_c()) || get(in_c()) || set(in_c()) || ref(in_c()) : before() { cout << JPType(JoinPoint::JPTYPE) << "(\"A::B::C::InC\"): " << JoinPoint::signature() << endl; } advice call(inner()) || execution(inner()) || construction(inner()) || destruction(inner()) || get(inner()) || set(inner()) || ref(inner()) : before() { cout << JPType(JoinPoint::JPTYPE) << "(\"A::B::C::InC::Inner\"): " << JoinPoint::signature() << endl; } // slice matching advice a() : slice class { static const int y = JoinPoint::MEMBERS; }; advice in_c() : slice class { static const int z = JoinPoint::MEMBERS; }; advice inner() : slice class { static const int a1 = JoinPoint::MEMBERS; static const int a2 = JoinPoint::MEMBERS; static const int a3 = JoinPoint::MEMBERS; }; }; aspectc++/AspectC++/tests/PaxHeaders.4702/CallViaADN0000644000000000000000000000007412740141200016666 xustar0030 atime=1468174988.292169385 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/CallViaADN/0000755000175000001440000000000012740141200017125 5ustar00osusers00000000000000aspectc++/AspectC++/tests/CallViaADN/PaxHeaders.4702/trace.ah0000644000000000000000000000007412740141200020353 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/CallViaADN/trace.ah0000644000175000001440000000032712740141200020537 0ustar00osusers00000000000000#ifndef __trace_ah__ #define __trace_ah__ #include aspect TraceCall { advice call("% ...::%(...)" && !"% printf(...)") : before () { printf ("calling %s\n", JoinPoint::signature()); } }; #endif aspectc++/AspectC++/tests/CallViaADN/PaxHeaders.4702/functions.cc0000644000000000000000000000007412740141200021262 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/CallViaADN/functions.cc0000644000175000001440000000035312740141200021445 0ustar00osusers00000000000000#include "classes.h" void declared_friend_1(const A&) {} void declared_friend_2(const A&) {} namespace N { void declared_friend(const N::B&) {} } namespace QT { bool operator==(const QString&, const QString&) { return true; } } aspectc++/AspectC++/tests/CallViaADN/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021074 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/CallViaADN/feature.ref0000644000175000001440000000147312740141200021263 0ustar00osusers00000000000000CallViaADN: Calls that require argument-dependent name lookup ============================================================= calling void declared_friend_1(const A &) calling void declared_friend_2(const A &) calling void defined_friend_1(const A &) calling void defined_friend_2(const A &) ------------------------------------------------------------- calling void N::declared_friend(const N::B &) calling void N::defined_friend_1(const N::B &) calling void N::defined_friend_2(const N::B &) ------------------------------------------------------------- calling bool QT::operator ==(const QT::QString &,const QT::QString &) calling bool Peer::TorrentPeer::operator ==(const Peer::TorrentPeer &) calling bool QT::operator ==(const QT::QString &,const QT::QString &) ============================================================= aspectc++/AspectC++/tests/CallViaADN/PaxHeaders.4702/classes.h0000644000000000000000000000007412740141200020551 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/CallViaADN/classes.h0000644000175000001440000000163412740141200020737 0ustar00osusers00000000000000#ifndef __classes_h__ #define __classes_h__ class A { public: friend void declared_friend_1(const A&); friend void declared_friend_2(const A&); friend inline void defined_friend_1(const A&) {} friend void defined_friend_2(const A&); }; void declared_friend_1(const A&); inline void defined_friend_2(const A&) {} namespace N { class B { public: friend void declared_friend(const B&); friend inline void defined_friend_1(const B&) {} friend void defined_friend_2(const B&); }; inline void defined_friend_2(const B&) {} } namespace QT { class QString { friend bool operator==(const QString&, const QString&); }; } namespace Peer { class TorrentPeer { public: QT::QString id; inline bool operator==(const TorrentPeer &other) { return id == other.id; } inline bool foo(); }; bool TorrentPeer::foo () { return id == id; } } #endif // __classes_h__ aspectc++/AspectC++/tests/CallViaADN/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020403 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/CallViaADN/Makefile0000644000175000001440000000003412740141200020562 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/CallViaADN/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020176 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/CallViaADN/main.cc0000644000175000001440000000132612740141200020362 0ustar00osusers00000000000000#include #include "classes.h" int main() { A a; N::B b; printf ("CallViaADN: Calls that require argument-dependent name lookup\n"); printf ("=============================================================\n"); ::declared_friend_1(a); declared_friend_2(a); defined_friend_1(a); ::defined_friend_2(a); printf ("-------------------------------------------------------------\n"); declared_friend(b); defined_friend_1(b); N::defined_friend_2(b); printf ("-------------------------------------------------------------\n"); QT::QString s1, s2; operator ==(s1, s2); Peer::TorrentPeer p1,p2; bool c = (p1==p2); printf ("=============================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/GetConditional0000644000000000000000000000007412740141200017733 xustar0030 atime=1468174988.292169385 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/GetConditional/0000755000175000001440000000000012740141200020172 5ustar00osusers00000000000000aspectc++/AspectC++/tests/GetConditional/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022141 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/GetConditional/feature.ref0000644000175000001440000000016512740141200022325 0ustar00osusers00000000000000GET: Container *Container::thread_list GET: Container *Container::thread_list GET: Container *Container::thread_list aspectc++/AspectC++/tests/GetConditional/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021450 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/GetConditional/Makefile0000644000175000001440000000011512740141200021627 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/GetConditional/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021243 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/GetConditional/main.cc0000644000175000001440000000060112740141200021422 0ustar00osusers00000000000000#include class Container { Container* thread_list; public: Container() : thread_list(this) {} Container* get_list_head() { return thread_list?thread_list->thread_list:0; } }; int main() { Container c; c.get_list_head(); return 0; } aspect ConditionalGet { advice get("% ...::%") : before() { printf("GET: %s\n", JoinPoint::signature()); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug1910000644000000000000000000000007412740141200016000 xustar0030 atime=1468174988.282169221 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug191/0000755000175000001440000000000012740141200016237 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug191/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020206 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug191/feature.ref0000644000175000001440000000005312740141200020366 0ustar00osusers00000000000000before function "void *volatile f(void *)" aspectc++/AspectC++/tests/Bug191/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017515 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug191/Makefile0000644000175000001440000000003412740141200017674 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug191/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017310 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug191/main.cc0000644000175000001440000000050712740141200017474 0ustar00osusers00000000000000#include aspect Bug191 { advice execution ("% * volatile ...::%(...)") : around () { printf ("before function \"%s\"\n", JoinPoint::signature ()); tjp->proceed (); } }; typedef void * volatile VPTR; VPTR f (VPTR a) { VPTR p = 0; return p; } int main () { VPTR a = 0; VPTR p = f (a); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug4840000644000000000000000000000007412740141200016005 xustar0030 atime=1468174988.282169221 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug484/0000755000175000001440000000000012740141200016244 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug484/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020213 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug484/feature.ref0000644000175000001440000000037212740141200020377 0ustar00osusers00000000000000Bug484: Execution advice for function with parameter 'result' broken ==================================================================== int func(int) -> 42 int func2(int) -> 4711 ==================================================================== aspectc++/AspectC++/tests/Bug484/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017522 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug484/Makefile0000644000175000001440000000003412740141200017701 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug484/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017315 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug484/main.cc0000644000175000001440000000115412740141200017500 0ustar00osusers00000000000000#include using namespace std; int func(int result) { return result; } int func2(int __result) { return __result; } int main(){ cout << "Bug484: Execution advice for function with parameter 'result' broken\n"; cout << "====================================================================\n"; func(42); func2(4711); cout << "====================================================================\n"; return 0; } aspect ShadowAspect { advice execution("% ...::%(...)" && !"% main(...)") : around() { tjp->proceed(); cout << tjp->signature() << " -> " << *tjp->result() << endl; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5680000644000000000000000000000007412740141200016010 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/Bug568/0000755000175000001440000000000012740141200016247 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug568/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020216 xustar0030 atime=1468174988.290169352 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/Bug568/feature.ref0000644000175000001440000000043512740141200020402 0ustar00osusers00000000000000Should select 1: 1 Should select 1: 1 Should select 1: 1 Should select 1: 1 Should select 3: 3 Should select 2: 2 Should select 2: 2 Should select 3: 3 Should select 1: 1 Should be 4711: 4711 Should be 4711: 4711 Should be 4711: 4711 Should be 11: 11 Should be 32: 32 Should be 48: 48 aspectc++/AspectC++/tests/Bug568/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017525 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/Bug568/Makefile0000644000175000001440000000011512740141200017704 0ustar00osusers00000000000000ACFLAGS += --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/Bug568/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017320 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/Bug568/main.cc0000644000175000001440000000615712740141200017513 0ustar00osusers00000000000000#include using namespace std; namespace A { namespace A { namespace B { class C { public: static C* m; static int n; void func(int) { cout << "1" << endl; } }; } namespace A { namespace B { class C { public: static ::A::A::B::C* m; static int n; void func(int) { cout << "2" << endl; } }; } } } namespace B { class C { public: static A::A::B::C* m; static int n; void func(int) { cout << "3" << endl; } }; } void caller2(A::B::C c) { c.func(1); } void caller3(A::B::C& c) { c.func(1); } void caller4(A::B::C* c) { c->func(1); } void caller5(void (A::B::C::* c)(int)) { A::B::C obj; (obj.*c)(1); obj.n = obj.n + 1; } void caller6(void (::A::B::C::* c)(int)) { ::A::B::C obj; (obj.*c)(1); obj.n = obj.n + 2; } void caller7(void (A::A::B::C::* c)(int)) { A::A::B::C obj; (obj.*c)(1); obj.n = obj.n + 4; } void caller8(void (::A::A::A::B::C::* c)(int)) { ::A::A::A::B::C obj; (obj.*c)(1); obj.n = obj.n + 8; } void caller9(void (B::C::* c)(int)) { B::C obj; (obj.*c)(1); obj.n = obj.n + 16; } template void TemplTester (T2*& t2) { T t = T2(); t.func(42); } void caller(int) { A::A::B::C c5; ::A::B::C::m = &c5; ::A::A::B::C::m = A::A::B::C::m = B::C::m->m = reinterpret_cast(4711); cout << "Should select 1: "; caller2(A::B::C()); A::B::C c; cout << "Should select 1: "; caller3(c); cout << "Should select 1: "; caller4(&c); cout << "Should select 1: "; caller5(&A::B::C::func); cout << "Should select 3: "; caller6(&::A::B::C::func); cout << "Should select 2: "; caller7(&A::A::B::C::func); cout << "Should select 2: "; caller8(&::A::A::A::B::C::func); cout << "Should select 3: "; caller9(&B::C::func); ::A::A::B::C c2; c2 = A::B::C(); A::B::C* c3; c3 = &c2; ::A::A::B::C*& c4 = c3; cout << "Should select 1: "; TemplTester(c4); } } A::A::B::C* A::A::B::C::m = 0; ::A::A::B::C* A::A::A::B::C::m = 0; A::A::A::B::C* ::A::B::C::m = 0; int A::A::B::C::n = 10; int A::A::A::B::C::n = 20; int ::A::B::C::n = 30; int main() { A::caller(0); cout << "Should be 4711: " << reinterpret_cast(A::A::B::C::m) << endl; cout << "Should be 4711: " << reinterpret_cast(A::A::A::B::C::m) << endl; cout << "Should be 4711: " << reinterpret_cast(A::B::C::m->m) << endl; cout << "Should be 11: " << A::A::B::C::n << endl; cout << "Should be 32: " << A::A::A::B::C::n << endl; cout << "Should be 48: " << A::B::C::n << endl; return 0; } aspect Asp { advice call("% ...::%(...)") || builtin("% ...::%(...)") || set("% ...::%") : before() { tjp->arg<0>(); // All matchable functions have exactly one argument. } advice get("% ...::%") : around() { tjp->proceed(); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/NamedPointcuts0000644000000000000000000000007312740141200017764 xustar0029 atime=1468174988.26816899 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/NamedPointcuts/0000755000175000001440000000000012740141200020224 5ustar00osusers00000000000000aspectc++/AspectC++/tests/NamedPointcuts/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022173 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/NamedPointcuts/feature.ref0000644000175000001440000000064012740141200022355 0ustar00osusers00000000000000NamePointcuts: test use of named pointcuts in different scopes ============================================================== advice on pGlobal advice on pGlobal2 advice on A::pA advice on B::pA advice on C::pA advice on N1::pN1 advice on N1::N2::pN2 advice on N3::pN1 advice on pTestParam in advice advice on pTestParam in aspect advice on pGlobalParam ============================================================= aspectc++/AspectC++/tests/NamedPointcuts/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021502 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/NamedPointcuts/Makefile0000644000175000001440000000003412740141200021661 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/NamedPointcuts/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021275 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/NamedPointcuts/main.cc0000644000175000001440000000413212740141200021457 0ustar00osusers00000000000000#include void func() {} void func(int) {} pointcut pGlobalParam(int i) = execution("void func(...)") && args(i); pointcut pGlobal() = execution("void func()"); pointcut pGlobal2() = pGlobal(); struct A { pointcut pA() = ::pGlobal(); }; struct B : public A {}; typedef B C; template struct T { // forbidden: named pointcuts may not be defined in templates (new phase 1 parser!) // pointcut pT() = pGlobal (); }; namespace N1 { pointcut pN1() = pGlobal2(); namespace N2 { pointcut pN2() = pGlobal(); } } // Does not work! For some unknown reason a using declaration does not work // for named pointcuts: // using N1::pN1; namespace N3 { using namespace N1; } int main() { A a; printf ("NamePointcuts: test use of named pointcuts in different scopes\n"); printf ("==============================================================\n"); func(); func(42); printf ("=============================================================\n"); } aspect Test { pointcut pTestParam(int i) = execution("void func(...)") && args(i); advice execution("void func(...)") && args(i) : before (int i) { printf ("advice on pTestParam in advice\n"); } advice pTestParam(j) : before (int j) { printf ("advice on pTestParam in aspect\n"); } advice ::pGlobalParam(k) : before (int k) { printf ("advice on pGlobalParam\n"); } advice pGlobal() : before () { printf ("advice on pGlobal\n"); } advice pGlobal2() : before () { printf ("advice on pGlobal2\n"); } advice A::pA() : before () { printf ("advice on A::pA\n"); } advice B::pA() : before () { printf ("advice on B::pA\n"); } advice C::pA() : before () { printf ("advice on C::pA\n"); } // forbidden: named pointcuts may not be defined in templates (new phase 1 parser!) // advice T<1>::pT() : before () { // printf ("advice on T<1>::pT\n"); // } advice N1::pN1() : before () { printf ("advice on N1::pN1\n"); } advice N1::N2::pN2() : before () { printf ("advice on N1::N2::pN2\n"); } advice N3::pN1() : before () { printf ("advice on N3::pN1\n"); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/genvcprojs.sh0000644000000000000000000000007412740141200017621 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/genvcprojs.sh0000755000175000001440000001337612740141200020020 0ustar00osusers00000000000000#!/bin/sh # to be executed in the AspectC++/tests directory find . -maxdepth 2 -mindepth 2 -type f -name "Makefile" | while read testmakefile; do testdir=`dirname "$testmakefile"` testname=`basename "$testdir"` echo "Generating project file $testdir/$testname.vcproj" cd "$testdir" rm -f "$testname.vcproj" REALINST=`grep -q "real-instances" Makefile && echo ";AC_OPTIONS="--real-instances""` cat >> "$testname.vcproj" << EOF EOF find . -maxdepth 1 -type f -regex "\./.*\.\(c\|cc\|cxx\|cpp\)" -printf "%f\n" | while read transunit; do cat >> "$testname.vcproj" << EOF EOF done cat >> "$testname.vcproj" << EOF EOF find . -maxdepth 1 -type f -regex "\./.*\.\(h\|hxx\|hpp\)" -printf "%f\n" | while read include; do cat >> "$testname.vcproj" << EOF EOF done cat >> "$testname.vcproj" << EOF EOF rm -f "${testname}_DummyAspect.ah" find . -maxdepth 1 -type f -regex "\./.*\.\(ah\|acc\)" -printf "%f\n" | while read aspect; do cat >> "$testname.vcproj" << EOF EOF done if [ -z "`find . -maxdepth 1 -type f -regex "\./.*\.\(ah\|acc\)" -printf "%f\n"`" ]; then echo " add dummy aspect" cat >> "$testname.vcproj" << EOF EOF echo " " > "${testname}_DummyAspect.ah" fi cat >> "$testname.vcproj" << EOF EOF # recode lat1..ibmpc -q "$testname.vcproj" cd .. done echo "Generating solution file WeaverTests.sln" rm -f "WeaverTests.sln" cat >> "WeaverTests.sln" << EOF Microsoft Visual Studio Solution File, Format Version 7.00 EOF find . -maxdepth 2 -mindepth 2 -type f -name "Makefile" | while read testmakefile; do testdir=`dirname "$testmakefile"` testname=`basename "$testdir"` cat >> "WeaverTests.sln" << EOF Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "$testname", "$testname\\$testname.vcproj", "{37F3A735-0447-48C0-8FC5-832F01725A47}" EndProject EOF done cat >> "WeaverTests.sln" << EOF Global GlobalSection(SolutionConfiguration) = preSolution ConfigName.0 = Debug ConfigName.1 = Release EndGlobalSection GlobalSection(ProjectDependencies) = postSolution EndGlobalSection GlobalSection(ProjectConfiguration) = postSolution {37F3A735-0447-48C0-8FC5-832F01725A47}.Debug.ActiveCfg = Debug|Win32 {37F3A735-0447-48C0-8FC5-832F01725A47}.Debug.Build.0 = Debug|Win32 {37F3A735-0447-48C0-8FC5-832F01725A47}.Release.ActiveCfg = Release|Win32 {37F3A735-0447-48C0-8FC5-832F01725A47}.Release.Build.0 = Release|Win32 EndGlobalSection GlobalSection(ExtensibilityGlobals) = postSolution EndGlobalSection GlobalSection(ExtensibilityAddIns) = postSolution EndGlobalSection EndGlobal EOF #recode lat1..ibmpc -q "WeaverTests.sln" aspectc++/AspectC++/tests/PaxHeaders.4702/CallAccess0000644000000000000000000000007312740141200017024 xustar0029 atime=1468174988.26816899 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/CallAccess/0000755000175000001440000000000012740141200017264 5ustar00osusers00000000000000aspectc++/AspectC++/tests/CallAccess/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021233 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/CallAccess/feature.ref0000644000175000001440000000075512740141200021424 0ustar00osusers00000000000000CallAccess: call advice for private or protected member fcts ============================================================ --- f --- External::prot() Internal::priv() --- g --- External::vprot() Internal::vprot() Internal::priv() --- x --- --- friends --- External::prot() Internal::priv() --- problem with static private functions (bug 485) Internal::static_priv() Internal::static_priv() Internal::static_pub() ============================================================ aspectc++/AspectC++/tests/CallAccess/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020542 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/CallAccess/Makefile0000644000175000001440000000003412740141200020721 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/CallAccess/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020335 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/CallAccess/main.cc0000644000175000001440000000512012740141200020515 0ustar00osusers00000000000000#include class External { protected: void prot () { printf (" External::prot()\n"); } virtual void vprot () { printf (" External::vprot()\n");} }; extern "C" { struct DontInsertBypassTemplate {}; } // --------------------------------- class InternalPrivateBase { public: void x() { printf ("--- x ---\n"); } }; class Internal : private External, private InternalPrivateBase { friend void friend_priv (Internal *obj); friend void friend_prot (Internal *a); friend void friend_static_stuff (); void priv () { printf (" Internal::priv()\n");} static void static_priv () { printf (" Internal::static_priv()\n");} void vprot () { printf (" Internal::vprot()\n");} public: static void static_pub () { printf (" Internal::static_pub()\n");} void f (); private: void g () { printf ("--- g ---\n"); External::vprot (); vprot (); priv (); } }; void Internal::f () { printf ("--- f ---\n"); External::prot (); priv (); g(); x(); } void friend_prot (Internal *obj) { obj->prot (); } void friend_priv (Internal *obj) { obj->priv (); } void friend_static_stuff () { Internal::static_priv (); Internal i; i.static_priv (); i.static_pub (); } class Internal2 : public Internal { protected: virtual void vprot () {} }; int main () { printf ("CallAccess: call advice for private or protected member fcts\n"); printf ("============================================================\n"); Internal i; i.f (); printf ("--- friends ---\n"); friend_prot (&i); friend_priv (&i); printf ("--- problem with static private functions (bug 485)\n"); friend_static_stuff (); printf ("============================================================\n"); } aspect X { advice call("% External::prot()") : around () { tjp->proceed (); } advice call("% External::vprot()") : around () { tjp->proceed (); } advice call("% Internal::priv()") : around () { tjp->proceed (); } advice call("% Internal::static_p%()") : before () { } advice call("% InternalPrivateBase::x()") : around () { tjp->proceed (); } }; /* Possible cases: 1. A member function calls a PROTECTED member function of a base class => put friend declaration into the calling (derived) class 2. A friend class or function of a class A calls a PROTECTED base class function of A => put friend declaration in A 3. Within a class A a private member is called => put friend declaration into A 4. A function or class is a friend and calls a PRIVATE member of class A => put friend declaration into target class A The cases 3. and 4. will not be supported for external target classes => error message! */ aspectc++/AspectC++/tests/PaxHeaders.4702/Bug4180000644000000000000000000000007412740141200016002 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug418/0000755000175000001440000000000012740141200016241 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug418/PaxHeaders.4702/singletonmonitor.ah0000644000000000000000000000007412740141200022003 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug418/singletonmonitor.ah0000644000175000001440000000251312740141200022166 0ustar00osusers00000000000000#ifndef __singletonmonitor_ah__ #define __singletonmonitor_ah__ #include // Generic singleton monitor aspect // // A class obeying the singleton pattern should guarantee that // no more than a single object of this class will be ever created. // This generic aspect checks the behavior: it counts the instances // and emits an error message if more than one instance is created. // singletonmonitor::Counter is a helper class used to count the number // of objects created. // The usage of a template class and its intantiation with JoinPoint::That // ensures, that a new counter will be used for each singleton class, // while constructor and copy-constructor of the same class will use // the same counter. namespace singletonmonitor { template struct Counter { static int _val; }; template int Counter::_val = 0; } aspect GenericSingletonMonitor { pointcut virtual singleton() = 0; advice construction (singleton()) : before() { typedef singletonmonitor::Counter InstanceCounter; InstanceCounter::_val++; if (InstanceCounter::_val > 1) { std::cerr << "Error: " << "created "<< InstanceCounter::_val << " instances of " << "singleton class by calling the constructor " << JoinPoint::signature() << std::endl; } }; }; #endif aspectc++/AspectC++/tests/Bug418/PaxHeaders.4702/singleton.h0000644000000000000000000000007412740141200020232 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug418/singleton.h0000644000175000001440000000150112740141200020411 0ustar00osusers00000000000000#ifndef __singleton_h__ #define __singleton_h__ // Example implementation of the singleton pattern: // Constructor and copy constructor are private to prevent // the uncontrolled creation of Singleton instances. // The creation of the only allowed instance is accomplished // using the public getInstance() method, which always returns // the same object. // While the implementation looks straightforward, the // declaration of a friend class is a security hole. // Thus the SingletonMonitor aspect can be used to look // for violations of the singleton pattern. class FalseFriend; class Singleton { private: Singleton() {} Singleton(const Singleton&) {} ~Singleton() {} public: static Singleton& getInstance() { static Singleton instance; return instance; } friend class FalseFriend; }; #endif aspectc++/AspectC++/tests/Bug418/PaxHeaders.4702/falsefriend.h0000644000000000000000000000007412740141200020512 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug418/falsefriend.h0000644000175000001440000000103412740141200020672 0ustar00osusers00000000000000#ifndef __falsefriend_h__ #define __falsefriend_h__ #include "singleton.h" // Example implementation of a "false friend". // Being a friend of Singleton, FalseFriend has got access to the // private methods of that class. // Although objects of class Singleton should only be created // by calling Singleton::getInstance(), FalseFriend misuses its // privileges and directly calls the constructor, thus creating // additional Singleton objects. class FalseFriend { public: FalseFriend() { Singleton s1; Singleton s2(s1); } }; #endif aspectc++/AspectC++/tests/Bug418/PaxHeaders.4702/mysingletonmonitor.ah0000644000000000000000000000007412740141200022351 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug418/mysingletonmonitor.ah0000644000175000001440000000057212740141200022537 0ustar00osusers00000000000000#ifndef __mysingletonmonitor_ah__ #define __mysingletonmonitor_ah__ #include "singletonmonitor.ah" // Example for a specialization of the GenericSingletonMonitor // Use the pointcut singleton() to specify which classes should // obey the singleton pattern. aspect MySingletonMonitor : public GenericSingletonMonitor { pointcut virtual singleton() = "Singleton"; }; #endif aspectc++/AspectC++/tests/Bug418/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020210 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug418/feature.ref0000644000175000001440000000000012740141200020360 0ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug418/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017517 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug418/Makefile0000644000175000001440000000003412740141200017676 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug418/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017312 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug418/main.cc0000644000175000001440000000022012740141200017466 0ustar00osusers00000000000000#include "singleton.h" #include "falsefriend.h" int main () { Singleton& s1 = Singleton::getInstance(); FalseFriend f; return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5520000644000000000000000000000007412740141200016001 xustar0030 atime=1468174988.286169286 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug552/0000755000175000001440000000000012740141200016240 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug552/PaxHeaders.4702/file2.cc0000644000000000000000000000007412740141200017366 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug552/file2.cc0000644000175000001440000000010412740141200017543 0ustar00osusers00000000000000#include "Mem.h" void foo() { Mem::memset_mwords(0, 42, 4711); } aspectc++/AspectC++/tests/Bug552/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020207 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug552/feature.ref0000644000175000001440000000017212740141200020371 0ustar00osusers00000000000000Bug552: repository-merge crashes ... ==================================== no output, fine if it compiles without crashing aspectc++/AspectC++/tests/Bug552/PaxHeaders.4702/Mem.h0000644000000000000000000000007412740141200016745 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug552/Mem.h0000644000175000001440000000065612740141200017136 0ustar00osusers00000000000000#pragma once class Mem { public: static void memset_mwords(void *dst, const unsigned long val, unsigned long nr_of_mwords); //FIXME: const triggers crash }; inline void Mem::memset_mwords(void *dst, unsigned long value, unsigned long n) { unsigned dummy1, dummy2; #if 0 asm volatile ("cld \n\t" "repz stosl \n\t" : "=c"(dummy1), "=D"(dummy2) : "a"(value), "c"(n), "D"(dst) : "memory"); #endif } aspectc++/AspectC++/tests/Bug552/PaxHeaders.4702/file1.cc0000644000000000000000000000007412740141200017365 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug552/file1.cc0000644000175000001440000000041612740141200017550 0ustar00osusers00000000000000#include #include "Mem.h" int main() { printf ("Bug552: repository-merge crashes ...\n"); printf ("====================================\n"); printf ("no output, fine if it compiles without crashing\n"); Mem::memset_mwords(0, 42, 4711); return 0; } aspectc++/AspectC++/tests/Bug552/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017516 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug552/Makefile0000644000175000001440000000003412740141200017675 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug552/PaxHeaders.4702/file3.cc0000644000000000000000000000007412740141200017367 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug552/file3.cc0000644000175000001440000000010412740141200017544 0ustar00osusers00000000000000#include "Mem.h" void bar() { Mem::memset_mwords(0, 42, 4711); } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug2390000644000000000000000000000007412740141200016003 xustar0030 atime=1468174988.279169171 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug239/0000755000175000001440000000000012740141200016242 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug239/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020211 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug239/feature.ref0000644000175000001440000000037612740141200020401 0ustar00osusers00000000000000Bug239: distinguish call advice for operator ++ =============================================== before A A::operator ++(int) inside A A::operator ++(int) before A A::operator ++() inside A A::operator ++() =============================================== aspectc++/AspectC++/tests/Bug239/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017520 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug239/Makefile0000644000175000001440000000003412740141200017677 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug239/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017313 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug239/main.cc0000644000175000001440000000125712740141200017502 0ustar00osusers00000000000000#include class A { public: A operator++ () { printf("inside A A::operator ++()\n"); return *this; } A operator++ (int) { printf("inside A A::operator ++(int)\n"); return *this; } }; aspect PlusPlus { advice call ("% A::operator ++()") : before () { printf ("before %s\n", JoinPoint::signature ()); } advice call ("% A::operator ++(int)") : before () { printf ("before %s\n", JoinPoint::signature ()); } }; int main() { printf ("Bug239: distinguish call advice for operator ++\n"); printf ("===============================================\n"); A a; a++; ++a; printf ("===============================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/rmvcprojs.sh0000644000000000000000000000007412740141200017466 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/rmvcprojs.sh0000755000175000001440000000022012740141200017645 0ustar00osusers00000000000000#!/bin/sh # to be executed in the AspectC++/tests directory rm -f */*.vcproj* */*DummyAspect.ah rm -f WeaverTests.* rm -rf */Debug */Release aspectc++/AspectC++/tests/PaxHeaders.4702/Bug234-20000644000000000000000000000007412740141200016135 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug234-2/0000755000175000001440000000000012740141200016374 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug234-2/PaxHeaders.4702/introTarget.hxx0000644000000000000000000000007412740141200021245 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug234-2/introTarget.hxx0000644000175000001440000000023212740141200021424 0ustar00osusers00000000000000#ifndef __introTarget_hxx__ #define __introTarget_hxx__ class introTarget { public: int introTargetMethod(int i); }; #endif /* __introTarget_hxx__ */ aspectc++/AspectC++/tests/Bug234-2/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020343 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug234-2/feature.ref0000644000175000001440000000022412740141200020523 0ustar00osusers00000000000000Bug234-2: another test for Bug234 ================================= introTargetMethod(a): a = 5! int this_func(5) ================================= aspectc++/AspectC++/tests/Bug234-2/PaxHeaders.4702/myAspect.ah0000644000000000000000000000007412740141200020311 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug234-2/myAspect.ah0000644000175000001440000000123312740141200020472 0ustar00osusers00000000000000/* -*- c++ -*- */ #ifndef __myAspect_ah__ #define __myAspect_ah__ typedef int (*my_func)(int); aspect myAspect { advice "introTarget" : slice struct { my_func a_func; }; public: advice "introTarget" : slice struct { void set_a_func(my_func b_func) { a_func = b_func; } }; advice "introTarget" : slice struct { my_func get_a_func() { return a_func; } }; advice construction("introTarget") : after() { tjp->that()->a_func = 0; } advice execution("introTarget") && args(i) : after(int i) { if(tjp->that()->a_func != 0) { *tjp->result() = tjp->that()->a_func(i); } } }; #endif /* __myAspect_ah__ */ aspectc++/AspectC++/tests/Bug234-2/PaxHeaders.4702/introTarget.cc0000644000000000000000000000007412740141200021023 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug234-2/introTarget.cc0000644000175000001440000000023012740141200021200 0ustar00osusers00000000000000#include "introTarget.hxx" #include "stdio.h" int introTarget::introTargetMethod(int i) { printf("introTargetMethod(a): a = %d!\n",i); return 0; } aspectc++/AspectC++/tests/Bug234-2/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017652 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug234-2/Makefile0000644000175000001440000000003412740141200020031 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug234-2/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017445 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug234-2/main.cc0000644000175000001440000000057312740141200017634 0ustar00osusers00000000000000#include "stdio.h" #include "introTarget.hxx" int this_func(int i) { printf("int this_func(%d)\n", i); return i + 3; } int main() { printf ("Bug234-2: another test for Bug234\n"); printf ("=================================\n"); introTarget bumsbla; bumsbla.set_a_func(this_func); bumsbla.introTargetMethod(5); printf ("=================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/DisjointIds0000644000000000000000000000007412740141200017253 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/DisjointIds/0000755000175000001440000000000012740141200017512 5ustar00osusers00000000000000aspectc++/AspectC++/tests/DisjointIds/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021461 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/DisjointIds/feature.ref0000644000175000001440000000021212740141200021636 0ustar00osusers00000000000000DisjointIds: checks whether JPID are disjoint ============================================= ============================================= aspectc++/AspectC++/tests/DisjointIds/PaxHeaders.4702/a.ah0000644000000000000000000000007412740141200020062 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/DisjointIds/a.ah0000644000175000001440000000400712740141200020245 0ustar00osusers00000000000000#ifndef __a_ah__ #define __a_ah__ #include namespace coveragemonitor { // data structure used to gather information about a joinpoint struct Data { unsigned _id; }; // data structure used to link the joinpoint data elements struct Chain { static Chain *&_first () { static Chain *chain = 0; return chain; } Data *_data; Chain *_next; Chain (Data *data) : _data (data) { Chain *head = _first (); _first () = this; _next = head; } }; // data structure used to combine data and chain elements template struct Collector { static Data _data; static Chain _chain; }; template Data Collector::_data = { ID }; template Chain Collector::_chain (&_data); } // coveragemonitor aspect IdChecker { advice execution ("% ...::%(...)" && !("% IdChecker::%(...)" || "% coveragemonitor::...::%(...)") ) : after () { using namespace coveragemonitor; typedef Collector Collector; // As the compiler recognizes the access to the elements of // Collector it will create a template instance // for all joinpoints - even for those that will never be // visited. // It is necessary to explicitly mention the _chain element // here otherwise the compiler will not instantiate // any Chain elements. Collector::_chain._data->_id = JoinPoint::JPID; } advice execution ("% main(...)") : after() { coveragemonitor::Chain *first = coveragemonitor::Chain::_first(); // remember starting point unsigned count = 0; for (coveragemonitor::Chain *i = first; i; i = i->_next) { count++; for (coveragemonitor::Chain *j = first; j; j = j->_next) { if( (i != j) && (i->_data->_id == j->_data->_id) ) { printf("Error: duplicate JPID found: %u\n", j->_data->_id); } } } if(count < 4) { printf("Error: only %u disjoint JPID(s) found (min 4 required)\n", count); } } }; #endif // __a_ah__ aspectc++/AspectC++/tests/DisjointIds/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020770 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/DisjointIds/Makefile0000644000175000001440000000003412740141200021147 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/DisjointIds/PaxHeaders.4702/other.cc0000644000000000000000000000007412740141200020760 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/DisjointIds/other.cc0000644000175000001440000000001512740141200021136 0ustar00osusers00000000000000void f2() {} aspectc++/AspectC++/tests/DisjointIds/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020563 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/DisjointIds/main.cc0000644000175000001440000000043712740141200020751 0ustar00osusers00000000000000#include void f1() {} void f2(); void f3() {} int main () { printf ("DisjointIds: checks whether JPID are disjoint\n"); printf ("=============================================\n"); f1 (); f2 (); f3 (); printf ("=============================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5940000644000000000000000000000007412740141200016007 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/Bug594/0000755000175000001440000000000012740141200016246 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug594/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020215 xustar0030 atime=1468174988.290169352 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/Bug594/feature.ref0000644000175000001440000000020512740141200020374 0ustar00osusers00000000000000int *operator &(int &) at line 8 int operator +(int) at line 9 int operator +(int,int) at line 10 int &operator ++(int &) at line 11 aspectc++/AspectC++/tests/Bug594/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017524 xustar0030 atime=1468174988.290169352 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/Bug594/Makefile0000644000175000001440000000007312740141200017706 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators include ../Makefile.generic aspectc++/AspectC++/tests/Bug594/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017317 xustar0030 atime=1468174988.290169352 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/Bug594/main.cc0000644000175000001440000000073512740141200017506 0ustar00osusers00000000000000#include using namespace std; int main() { // If clang 3.7.1 is used, the register builtin operator member function // is called two times for the same operator inside an array init expr. int i = 0; int* a[] = { &i }; int a2[] = { +i }; int a3[] = { i + i }; int a4[] = { ++i }; // ... return 0; } aspect TestExecution { advice builtin("% ...::%(...)") : before () { cout << tjp->signature() << " at line " << tjp->line() << endl; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug571-20000644000000000000000000000007412740141200016141 xustar0030 atime=1468174988.287169303 30 ctime=1468174988.278169155 aspectc++/AspectC++/tests/Bug571-2/0000755000175000001440000000000012740141200016400 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug571-2/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020347 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug571-2/feature.ref0000644000175000001440000000042412740141200020531 0ustar00osusers00000000000000before execution of "memberfunc" in B around 1 execution of "memberfunc" in B around 2 execution of "memberfunc" in B before call of "func" in B around 1 call of "func" in B around 2 call of "func" in B in B after call of "func" in B after execution of "memberfunc" in B in C aspectc++/AspectC++/tests/Bug571-2/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017656 xustar0030 atime=1468174988.278169155 30 ctime=1468174988.278169155 aspectc++/AspectC++/tests/Bug571-2/Makefile0000644000175000001440000000003412740141200020035 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug571-2/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017451 xustar0030 atime=1468174988.278169155 30 ctime=1468174988.278169155 aspectc++/AspectC++/tests/Bug571-2/main.cc0000644000175000001440000000356612740141200017645 0ustar00osusers00000000000000// Testing passing of "this" as argument of the call-wrapper if // "that" pointcut functions with runtime checks are used. // Additionally, this test checks if the runtime condition code // accesses "this"/"that" via the TJP-Struct in case of multiple // around advice." #include using namespace std; void func(const char* c) { cout << c << endl; } class A{ public: virtual void memberfunc() { func("in A"); } }; class B : public A{ public: virtual void memberfunc() { func("in B"); } }; class C : public A{ public: virtual void memberfunc() { func("in C"); } }; int main() { B b; A& a = b; a.memberfunc(); C c; A& a2 = c; a2.memberfunc(); return 0; } const char* call_text = " call of \"func\" in B"; const char* execution_text = " execution of \"memberfunc\" in B"; aspect Asp { pointcut call_func_that_B() = call("void func(...)") && that("B"); pointcut execution_memberfunc_that_B() = execution("void ...::memberfunc(...)") && that("B"); advice call_func_that_B() : before() { cout << "before" << call_text << endl; } advice call_func_that_B() : after() { cout << "after" << call_text << endl; } advice call_func_that_B() : around() { cout << "around 1" << call_text << endl; tjp->proceed(); } advice call_func_that_B() : around() { cout << "around 2" << call_text << endl; tjp->proceed(); } advice execution_memberfunc_that_B() : before() { cout << "before" << execution_text << endl; } advice execution_memberfunc_that_B() : after() { cout << "after" << execution_text << endl; } advice execution_memberfunc_that_B() : around() { cout << "around 1" << execution_text << endl; tjp->proceed(); } advice execution_memberfunc_that_B() : around() { cout << "around 2" << execution_text << endl; tjp->proceed(); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug2340000644000000000000000000000007412740141200015776 xustar0030 atime=1468174988.283169237 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug234/0000755000175000001440000000000012740141200016235 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug234/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020204 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug234/feature.ref0000644000175000001440000000031012740141200020360 0ustar00osusers00000000000000Bug 234: Types from the aspect-header in introductions ====================================================== introTargetMethod(a): a = 5! Hallo ====================================================== aspectc++/AspectC++/tests/Bug234/PaxHeaders.4702/myAspect.ah0000644000000000000000000000007412740141200020152 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug234/myAspect.ah0000644000175000001440000000065512740141200020342 0ustar00osusers00000000000000#ifndef __myAspect_ah__ #define __myAspect_ah__ #include "anotherAspect.ah" #include "mySlice.ah" aspect myAspect { advice "introTarget" : slice mySlice; advice construction("introTarget") : after() { tjp->that()->a_func = 0; } advice execution("introTarget") && args(i) : after(int i) { if(tjp->that()->a_func != 0) { *tjp->result() = tjp->that()->a_func(i); } } }; #endif /* __myAspect_ah__ */ aspectc++/AspectC++/tests/Bug234/PaxHeaders.4702/introTarget.h0000644000000000000000000000007412740141200020526 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug234/introTarget.h0000644000175000001440000000023312740141200020706 0ustar00osusers00000000000000#ifndef __introTarget_hxx__ #define __introTarget_hxx__ class introTarget { public: int introTargetMethod(int i); }; #endif /* __introTarget_hxx__ */ aspectc++/AspectC++/tests/Bug234/PaxHeaders.4702/mySlice.ah0000644000000000000000000000007412740141200017772 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug234/mySlice.ah0000644000175000001440000000037612740141200020162 0ustar00osusers00000000000000#ifndef __mySlice_ah__ #define __mySlice_ah__ typedef int (*my_func)(int); slice class mySlice { my_func a_func; public: void set_a_func(my_func b_func) { a_func = b_func; } my_func get_a_func() { return a_func; } }; #endif /* __mySlice_ah__ */ aspectc++/AspectC++/tests/Bug234/PaxHeaders.4702/introTarget.cc0000644000000000000000000000007412740141200020664 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug234/introTarget.cc0000644000175000001440000000022612740141200021046 0ustar00osusers00000000000000#include "introTarget.h" #include int introTarget::introTargetMethod(int i) { printf("introTargetMethod(a): a = %d!\n",i); return 0; } aspectc++/AspectC++/tests/Bug234/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017513 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug234/Makefile0000644000175000001440000000003412740141200017672 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug234/PaxHeaders.4702/anotherAspect.ah0000644000000000000000000000007412740141200021165 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug234/anotherAspect.ah0000644000175000001440000000022212740141200021343 0ustar00osusers00000000000000#ifndef __anotherAspect_ah__ #define __anotherAspect_ah__ #include "introTarget.h" aspect anotherAspect { }; #endif /* __anotherAspect_ah__ */ aspectc++/AspectC++/tests/Bug234/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017306 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug234/main.cc0000644000175000001440000000066312740141200017475 0ustar00osusers00000000000000#include #include "introTarget.h" int meine_funktion(int i) { printf("Hallo\n"); return i + 3; } int main() { printf ("Bug 234: Types from the aspect-header in introductions\n"); printf ("======================================================\n"); introTarget bumsbla; bumsbla.set_a_func(meine_funktion); bumsbla.introTargetMethod(5); printf ("======================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5660000644000000000000000000000007412740141200016006 xustar0030 atime=1468174988.282169221 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug566/0000755000175000001440000000000012740141200016245 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug566/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020214 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug566/feature.ref0000644000175000001440000000044512740141200020401 0ustar00osusers00000000000000A::A(const char *,unsigned int) 0x1234, 4 A::A(const char *,unsigned int,bool) 0x1234, 4 void A::matchFunc1(const char *,unsigned int) void A::matchFunc1(const char *,unsigned int) 0x1234, 4 void A::matchFunc2(const char *,unsigned int) void A::matchFunc2(const char *,unsigned int) 0x1234, 4 aspectc++/AspectC++/tests/Bug566/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017523 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug566/Makefile0000644000175000001440000000003412740141200017702 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug566/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017316 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug566/main.cc0000644000175000001440000000153512740141200017504 0ustar00osusers00000000000000#include using namespace std; aspect TestAround { pointcut matchFunc() = "% A::matchFunc%(...)"; advice call(matchFunc()) || execution(matchFunc()) || construction("A") : around() { cout << tjp->signature() << endl; tjp->proceed(); } }; #include class A { public: A(const char p1[], unsigned int p2) { printf("0x%x, %u\n", *(int*)(&p1), p2); } A(const char* p1, unsigned int p2, bool b) { printf("0x%x, %u\n", *(int*)(&p1), p2); } void matchFunc1(const char p1[], unsigned int p2) { printf("0x%x, %u\n", *(int*)(&p1), p2); } void matchFunc2(const char* p1, unsigned int p2) { printf("0x%x, %u\n", *(int*)(&p1), p2); } }; int main() { A a = A((char*) 0x1234, 4); a = A((char*) 0x1234, 4, true); a.matchFunc1((char*) 0x1234, 4); a.matchFunc2((char*) 0x1234, 4); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/ThatConst0000644000000000000000000000007412740141200016737 xustar0030 atime=1468174988.279169171 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/ThatConst/0000755000175000001440000000000012740141200017176 5ustar00osusers00000000000000aspectc++/AspectC++/tests/ThatConst/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021145 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/ThatConst/feature.ref0000644000175000001440000000050412740141200021326 0ustar00osusers00000000000000construction 1 construction 2 ThatConst: checks access to const objects with 'that' ===================================================== c1 (non-const object): execution 1 call 1 execution 1 c2 (const object): execution 2 call 2 execution 2 ===================================================== destruction 2 destruction 1 aspectc++/AspectC++/tests/ThatConst/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020454 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/ThatConst/Makefile0000644000175000001440000000003412740141200020633 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/ThatConst/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020247 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/ThatConst/main.cc0000644000175000001440000000205412740141200020432 0ustar00osusers00000000000000#include // in this class 'this' is constant in all functions! class C { int _id; void g () const {} public: C (int id) : _id (id) {} void f () const { g (); } }; aspect ObjTracker { void print_jp_type (AC::JPType jptype) { switch (jptype) { case AC::EXECUTION: printf ("execution"); break; case AC::CALL: printf ("call"); break; case AC::CONSTRUCTION: printf ("construction"); break; case AC::DESTRUCTION: printf ("destruction"); break; default: printf ("unknown"); } } advice within ("C") && that (c) : around (C &c) { print_jp_type (JoinPoint::JPTYPE); printf (" %d\n", c._id); tjp->proceed (); } }; int main () { C c1(1); const C c2 (2); printf ("ThatConst: checks access to const objects with 'that'\n"); printf ("=====================================================\n"); printf ("c1 (non-const object):\n"); c1.f (); printf ("c2 (const object):\n"); c2.f (); printf ("=====================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug3210000644000000000000000000000007412740141200015773 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug321/0000755000175000001440000000000012740141200016232 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug321/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020201 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug321/feature.ref0000644000175000001440000000034212740141200020362 0ustar00osusers00000000000000execution: int main() Bug484: va_list improperly weaved ================================= call: int add(int,...) 36 call: int add(int,...) 231 call: int add(int,...) call: int add(int,...) 62 ================================= aspectc++/AspectC++/tests/Bug321/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017510 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug321/Makefile0000644000175000001440000000003412740141200017667 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug321/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017303 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug321/main.cc0000644000175000001440000000171312740141200017467 0ustar00osusers00000000000000#include using namespace std; #include #include int add(int zahlen, ...); int add(int zahlen, ...) { va_list zeiger; int zahl; va_start(zeiger,zahlen); do{ zahl = va_arg(zeiger,int); zahlen += zahl; }while(zahl != 0); va_end(zeiger); return zahlen; } int main(){ cout << "Bug484: va_list improperly weaved\n"; cout << "=================================\n"; int erg; printf("%d\n",add(11,12,13,0)); printf("%d\n",add(99,66,33,22,11,0)); erg = add(10, 13, 11, 0) + add(9, 8, 11, 0); printf("%d\n",erg); cout << "=================================\n"; return 0; } aspect Logger { advice execution("% ...::%(...)" && !"% Logger::%(...)") : around() { cout << "execution: " << tjp->signature() << endl; tjp->proceed(); } advice call("% add(...)" && !"% Logger::%(...)") : around() { cout << "call: " << tjp->signature() << endl; tjp->proceed(); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug-Typenames0000644000000000000000000000007412740141200017510 xustar0030 atime=1468174988.278169155 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug-Typenames/0000755000175000001440000000000012740141200017747 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug-Typenames/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021716 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug-Typenames/feature.ref0000644000175000001440000000007312740141200022100 0ustar00osusers00000000000000Cyg_Mqueue::qentry *Cyg_Mqueue::q double (*test2())(int) HHaspectc++/AspectC++/tests/Bug-Typenames/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021225 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug-Typenames/Makefile0000644000175000001440000000011512740141200021404 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/Bug-Typenames/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021020 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug-Typenames/main.cc0000644000175000001440000000127612740141200021210 0ustar00osusers00000000000000#include using namespace std; class Cyg_Mqueue { public: struct qentry { struct qentry *next; }; struct qentry *q; }; typedef double (*fnt)( int ); double test( int a ) { return a / 2.0; } fnt test2() { std::cout << "H"; return &test; } int main() { Cyg_Mqueue mq; mq.q = 0; test2(); return 0; } aspect Setter { advice set("% Cyg_Mqueue::%") : before() { cout << tjp->signature() << endl; } }; aspect Caller { advice call("% Cyg_Mqueue::%(...)") : before() { cout << tjp->signature() << endl; } }; aspect GenericCaller { advice call("% %(...)"): before() { std::cout << tjp->signature() << std::endl; (*tjp->entity())(); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5670000644000000000000000000000007312740141200016006 xustar0030 atime=1468174988.274169089 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug567/0000755000175000001440000000000012740141200016246 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug567/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020213 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug567/feature.ref0000644000175000001440000000074312740141200020403 0ustar00osusers00000000000000Bug567: target() pointcut function defect for get/set advice ============================================================ set/args int FooBar::z 3 call/target void FooBar::f() set/that int FooBar::y set/args int FooBar::y 6 get/that int FooBar::y get/result int FooBar::y 6 set/that int FooBar::z set/args int FooBar::z 6 set/args int FooBar::y 4 set/args int FooBar::y 5 set/target int FooBar::z set/args int FooBar::z 7 ============================================================ aspectc++/AspectC++/tests/Bug567/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200017522 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug567/Makefile0000644000175000001440000000011512740141200017703 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/Bug567/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017315 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug567/main.cc0000644000175000001440000000235712740141200017510 0ustar00osusers00000000000000#include struct FooBar { int z; static int y; void f() { y = 6; z = y; } static void g() { y = 5; } }; int FooBar::y; struct BarFoos : public FooBar {}; int main() { printf ("Bug567: target() pointcut function defect for get/set advice\n"); printf ("============================================================\n"); FooBar b; b.z = 3; b.f(); FooBar::y = 4; FooBar::g(); BarFoos f; f.z = 7; printf ("============================================================\n"); } aspect MemberTrace { advice call("% %::...::%(...)") && target(!"void") : before() { printf ("call/target %s\n", JoinPoint::signature()); } advice set("% %::...::%") && target(bf) : before(BarFoos* bf) { printf ("set/target %s\n", JoinPoint::signature()); } advice set("% %::...::%") && that("%") : before() { printf ("set/that %s\n", JoinPoint::signature()); } advice get("% %::...::%") && that("%") : before() { printf ("get/that %s\n", JoinPoint::signature()); } advice set("% %::...::%") && args(i) : before(int i) { printf ("set/args %s %d\n", JoinPoint::signature(), i); } advice get("% %::...::%") && result(i) : after(int i) { printf ("get/result %s %d\n", JoinPoint::signature(), i); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5540000644000000000000000000000007412740141200016003 xustar0030 atime=1468174988.280169188 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Bug554/0000755000175000001440000000000012740141200016242 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug554/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020211 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Bug554/feature.ref0000644000175000001440000000070012740141200020370 0ustar00osusers00000000000000========== const call ========= call: void A::__leave() const JoinPoint::That is const: 0 JoinPoint::Target is const: 1 exec: void A::__leave() const JoinPoint::That is const: 1 JoinPoint::Target is const: 1 const leave ======== non-const call ======= call: void A::__leave() JoinPoint::That is const: 0 JoinPoint::Target is const: 0 exec: void A::__leave() JoinPoint::That is const: 0 JoinPoint::Target is const: 0 non-const leave aspectc++/AspectC++/tests/Bug554/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017520 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Bug554/Makefile0000644000175000001440000000003412740141200017677 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug554/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017313 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Bug554/main.cc0000644000175000001440000000304612740141200017500 0ustar00osusers00000000000000#include using namespace std; // --- test for constness --- template struct is_constant { enum { IS_CONSTANT = 0 }; }; template struct is_constant { enum { IS_CONSTANT = 1 }; }; class A { int foo(); public: A() {} }; int A::foo() { __leave(); return 0; } int main() { const A a; cout << "========== const call =========" << endl; a.__leave(); // const call A a1; cout << "======== non-const call =======" << endl; a1.__leave(); // non-const call return 0; } slice class MySlice { public: __attribute__((always_inline)) inline void __leave() const { cout << "const leave" << endl; } void __leave(); }; slice void MySlice::__leave() { cout << "non-const leave" << endl; } aspect Aspect1 { advice execution("% ...::__leave()") : around() { cout << "exec: " << tjp->signature() << endl; cout << " JoinPoint::That is const: " << is_constant::IS_CONSTANT << endl; // 1 (this is correct) cout << " JoinPoint::Target is const: " << is_constant::IS_CONSTANT << endl; // puma: 0 (does this make sense?) tjp->proceed(); } advice call("% ...::__leave()") : around() { cout << "call: " << tjp->signature() << endl; cout << " JoinPoint::That is const: " << is_constant::IS_CONSTANT << endl; // 1 (this is correct) cout << " JoinPoint::Target is const: " << is_constant::IS_CONSTANT << endl; // puma: 0 (does this make sense?) tjp->proceed(); } advice "A" : slice MySlice; }; aspectc++/AspectC++/tests/PaxHeaders.4702/RepoVersion0000644000000000000000000000007412740141200017303 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/RepoVersion/0000755000175000001440000000000012740141200017542 5ustar00osusers00000000000000aspectc++/AspectC++/tests/RepoVersion/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021511 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/RepoVersion/feature.ref0000644000175000001440000000010012740141200021662 0ustar00osusers00000000000000warning: project file version '0.0.1' differs from ac++ version aspectc++/AspectC++/tests/RepoVersion/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021020 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/RepoVersion/Makefile0000644000175000001440000000012212740141200021175 0ustar00osusers00000000000000$(shell cp repo.inv repo.use) ACFLAGS := -r repo.use include ../Makefile.generic aspectc++/AspectC++/tests/RepoVersion/PaxHeaders.4702/repo.inv0000644000000000000000000000007412740141200021043 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/RepoVersion/repo.inv0000644000175000001440000000110312740141200021220 0ustar00osusers00000000000000 aspectc++/AspectC++/tests/RepoVersion/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020613 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/RepoVersion/main.cc0000644000175000001440000000013712740141200020776 0ustar00osusers00000000000000// this code should not be compiled, because the project repository is invalid int main () {} aspectc++/AspectC++/tests/PaxHeaders.4702/AspectOf0000644000000000000000000000007312740141200016533 xustar0030 atime=1468174988.275169105 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/AspectOf/0000755000175000001440000000000012740141200016773 5ustar00osusers00000000000000aspectc++/AspectC++/tests/AspectOf/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020740 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/AspectOf/feature.ref0000644000175000001440000000051412740141200021124 0ustar00osusers00000000000000AspectOf: non-default aspect instantiation test =============================================== ID 1: inside A::a(4711, 3.140000) ----------------------------------------------- ID 2: inside C::c(4, 5) ----------------------------------------------- ID 1: inside A::a(4712, 2.710000) =============================================== aspectc++/AspectC++/tests/AspectOf/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200020247 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/AspectOf/Makefile0000644000175000001440000000003412740141200020430 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/AspectOf/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200020042 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/AspectOf/main.cc0000644000175000001440000000200012740141200020216 0ustar00osusers00000000000000#include aspect A { int _obj_id; static int _obj_count; advice "C": slice struct { A _aspect_instance; }; static A *aspectof () { JoinPoint::That *that = tjp->that (); return &that->_aspect_instance; } advice construction ("C"): before () { _obj_id = ++_obj_count; } advice execution("C") : before () { printf ("ID %d: ", _obj_id); } }; class C { public: int a(int i, float b) { printf("inside A::a(%d, %f)\n", i, b); return i; } int c(int p, int q); }; int C::c(int p, int q){ printf("inside C::c(%d, %d)\n",p,q); return p; } int main() { C c1; C c2; printf ("AspectOf: non-default aspect instantiation test\n"); printf ("===============================================\n"); c1.a(4711, 3.14f); printf ("-----------------------------------------------\n"); c2.c(4,5); printf ("-----------------------------------------------\n"); c1.a(4712, 2.71f); printf ("===============================================\n"); } int A::_obj_count = 0; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug2420000644000000000000000000000007312740141200015774 xustar0030 atime=1468174988.270169023 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug242/0000755000175000001440000000000012740141200016234 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug242/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020201 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug242/feature.ref0000644000175000001440000000022512740141200020364 0ustar00osusers00000000000000Bug242: wrong include guard generation ====================================== The introduced fill char is '_' ====================================== aspectc++/AspectC++/tests/Bug242/PaxHeaders.4702/OutputStream.h0000644000000000000000000000007212740141200020675 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug242/OutputStream.h0000644000175000001440000000030712740141200021061 0ustar00osusers00000000000000#ifndef __OUTPUTSTREAM_H #define __OUTPUTSTREAM_H #include class OutputStream { public: // uses the introduced attribute _fill void print_fill () { printf ("%c", _fill); } }; #endif aspectc++/AspectC++/tests/Bug242/PaxHeaders.4702/Padding.ah0000644000000000000000000000007212740141200017730 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug242/Padding.ah0000644000175000001440000000063412740141200020117 0ustar00osusers00000000000000#ifndef __PADDING_AH__ #define __PADDING_AH__ #include "OutputStream.h" aspect Padding { // this introduction leads to an 'include "Padding.ah"' in OutputStream.h in // the first phase advice "OutputStream" : char _fill; // here the type OutputStream is used advice construction("OutputStream") && that(os) : before(OutputStream& os) { os._fill = '_'; } }; #endif // __PADDING_AH__ aspectc++/AspectC++/tests/Bug242/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200017510 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug242/Makefile0000644000175000001440000000003412740141200017671 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug242/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017303 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug242/main.cc0000644000175000001440000000046612740141200017475 0ustar00osusers00000000000000#include "OutputStream.h" OutputStream out; int main () { printf ("Bug242: wrong include guard generation\n"); printf ("======================================\n"); printf ("The introduced fill char is '"); out.print_fill (); printf ("'\n"); printf ("======================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/GlobalIds0000644000000000000000000000007412740141200016670 xustar0030 atime=1468174988.280169188 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/GlobalIds/0000755000175000001440000000000012740141200017127 5ustar00osusers00000000000000aspectc++/AspectC++/tests/GlobalIds/PaxHeaders.4702/h1.h0000644000000000000000000000007412740141200017426 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/GlobalIds/h1.h0000644000175000001440000000011312740141200017603 0ustar00osusers00000000000000#ifndef __h1_h__ #define __h1_h__ inline void f () {} #endif // __h1_h__ aspectc++/AspectC++/tests/GlobalIds/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021076 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/GlobalIds/feature.ref0000644000175000001440000000030612740141200021257 0ustar00osusers00000000000000GlobalIds: checks whether a JPID is globally unique =================================================== IDs are fine if no other message follows. =================================================== aspectc++/AspectC++/tests/GlobalIds/PaxHeaders.4702/another_module.cc0000644000000000000000000000007412740141200022261 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/GlobalIds/another_module.cc0000644000175000001440000000026512740141200022446 0ustar00osusers00000000000000// used to generate some exec join-point ids void f1() {} void f2() {} void f3() {} void f4() {} #include "h1.h" void f5() {} void f6() {} void another_function () { f (); } aspectc++/AspectC++/tests/GlobalIds/PaxHeaders.4702/a.ah0000644000000000000000000000007412740141200017477 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/GlobalIds/a.ah0000644000175000001440000000135712740141200017667 0ustar00osusers00000000000000#ifndef __a_ah__ #define __a_ah__ #include struct GlobalMsg { bool instantiate; GlobalMsg (int id) { static int last_id = -1; if (last_id == -1) { printf ("GlobalIds: checks whether a JPID is globally unique\n"); printf ("===================================================\n"); printf ("IDs are fine if no other message follows.\n", id); } else if (last_id != id) printf ("IDs of two translation units differ!\n", id); last_id = id; } }; template struct Tester { static GlobalMsg msg; }; template GlobalMsg Tester::msg (ID); aspect IdChecker { advice execution ("void f()") : after () { Tester::msg.instantiate = true; } }; #endif // __a_ah__ aspectc++/AspectC++/tests/GlobalIds/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020405 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/GlobalIds/Makefile0000644000175000001440000000003412740141200020564 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/GlobalIds/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020200 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/GlobalIds/main.cc0000644000175000001440000000027112740141200020362 0ustar00osusers00000000000000#include #include "h1.h" extern void another_function (); int main () { f (); another_function (); printf ("===================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/MemberPointCut20000644000000000000000000000007412740141200020007 xustar0030 atime=1468174988.282169221 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/MemberPointCut2/0000755000175000001440000000000012740141200020246 5ustar00osusers00000000000000aspectc++/AspectC++/tests/MemberPointCut2/PaxHeaders.4702/marker.ah0000644000000000000000000000007412740141200021657 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/MemberPointCut2/marker.ah0000644000175000001440000000316212740141200022043 0ustar00osusers00000000000000#ifndef __MARKER_AH__ #define __MARKER_AH__ #include using namespace std; aspect Marker { advice get( "% ...::%" ) : before() { cout << endl << "All: " << tjp->signature() << endl; } advice get( "% %" ) : before() { cout << "Root (long): " << tjp->signature() << endl; } advice get( member( "::" ) ) : before() { cout << "Root (rec,new): " << tjp->signature() << endl; } advice get( member( "::" ) && ! member( member( "::" ) ) ) : before() { cout << "Root (norec,new): " << tjp->signature() << endl; } advice get( member( "%" ) ) : before() { cout << "WCard (rec,new): " << tjp->signature() << endl; } advice get( member( "%" ) && ! member( member( "%" ) ) ) : before() { cout << "WCard (norec,new): " << tjp->signature() << endl; } advice get( "% T::%" ) : before() { cout << "T (long): " << tjp->signature() << endl; } advice get( member( "T" ) ) : before() { cout << "T (new): " << tjp->signature() << endl; } advice get( "% Q::%" ) : before() { cout << "Q (long): " << tjp->signature() << endl; } advice get( member( "Q" ) && ! member( member( "Q" ) ) ) : before() { cout << "Q (norec,new): " << tjp->signature() << endl; } advice get( "% Q::...::%" ) : before() { cout << "Q (rec,long): " << tjp->signature() << endl; } advice get( member( "Q" ) ) : before() { cout << "Q (rec,new): " << tjp->signature() << endl; } advice get( "% Q::R::%" ) : before() { cout << "Q::R (long): " << tjp->signature() << endl; } advice get( member( "Q::R" ) ) : before() { cout << "Q::R (new): " << tjp->signature() << endl; } }; #endif aspectc++/AspectC++/tests/MemberPointCut2/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022215 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/MemberPointCut2/feature.ref0000644000175000001440000000214312740141200022377 0ustar00osusers00000000000000 All: int a Root (long): int a Root (rec,new): int a Root (norec,new): int a All: int b Root (long): int b Root (rec,new): int b Root (norec,new): int b All: int T::a Root (rec,new): int T::a WCard (rec,new): int T::a WCard (norec,new): int T::a T (long): int T::a T (new): int T::a All: int T::b Root (rec,new): int T::b WCard (rec,new): int T::b WCard (norec,new): int T::b T (long): int T::b T (new): int T::b All: int Q::R::a Root (rec,new): int Q::R::a WCard (rec,new): int Q::R::a Q (rec,long): int Q::R::a Q (rec,new): int Q::R::a Q::R (long): int Q::R::a Q::R (new): int Q::R::a All: int Q::R::a Root (rec,new): int Q::R::a WCard (rec,new): int Q::R::a Q (rec,long): int Q::R::a Q (rec,new): int Q::R::a Q::R (long): int Q::R::a Q::R (new): int Q::R::a All: int Q::R::b Root (rec,new): int Q::R::b WCard (rec,new): int Q::R::b Q (rec,long): int Q::R::b Q (rec,new): int Q::R::b Q::R (long): int Q::R::b Q::R (new): int Q::R::b All: int Q::a Root (rec,new): int Q::a WCard (rec,new): int Q::a WCard (norec,new): int Q::a Q (long): int Q::a Q (norec,new): int Q::a Q (rec,long): int Q::a Q (rec,new): int Q::a aspectc++/AspectC++/tests/MemberPointCut2/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021524 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/MemberPointCut2/Makefile0000644000175000001440000000011512740141200021703 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/MemberPointCut2/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021317 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/MemberPointCut2/main.cc0000644000175000001440000000062012740141200021477 0ustar00osusers00000000000000#include using namespace std; int a = 42; int b = 3; class T { public: int a; static int b; } t; int T::b; namespace Q { class R { public: int a; static int b; } r; int a; } int Q::R::b; Q::R r; int main() { {int x = a;} {int x = b;} {int x = t.a;} {int x = T::b;} {int x = Q::r.a;} {int x = r.a;} {int x = Q::R::b;} {int x = Q::a;} return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/IntroInAll0000644000000000000000000000007312740141200017042 xustar0030 atime=1468174988.274169089 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/IntroInAll/0000755000175000001440000000000012740141200017302 5ustar00osusers00000000000000aspectc++/AspectC++/tests/IntroInAll/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200021247 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/IntroInAll/feature.ref0000644000175000001440000000026712740141200021440 0ustar00osusers00000000000000IntroInAll: tests intros into "%" ============================================================= it is OK if it compiles! ============================================================= aspectc++/AspectC++/tests/IntroInAll/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200020556 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/IntroInAll/Makefile0000644000175000001440000000003412740141200020737 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/IntroInAll/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200020351 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/IntroInAll/main.cc0000644000175000001440000000375512740141200020547 0ustar00osusers00000000000000// foo.h #include #include #define std_default_vector std::vector template class FOO { public: typedef std_default_vector vector; class MyVec; class BlaBla {}; }; template class std_vector : public FOO::vector { }; template class MyStdVector : public std_default_vector { }; template class FOO::MyVec : public std::vector { }; #define std_vector MyStdVector class GOO; typedef std_vector GooList; class GOO { public: GOO(void) {}; GOO(const GOO &, int = 0) {}; virtual void m(void); static void m(GooList& glist); virtual int m2(void); }; // foo.cpp int main(int argc, char **argv) { printf ("IntroInAll: tests intros into \"%%\"\n"); printf ("=============================================================\n"); printf ("it is OK if it compiles!\n"); GooList glist; GOO::m(glist); printf ("=============================================================\n"); } void GOO::m(GooList &glist) { GooList::const_iterator idx = glist.begin(); for (; idx != glist.end(); idx++) (*idx)->m(); int sorted = 1; for (; sorted < (int)glist.size(); sorted++) { GOO* tmp = glist[sorted]; int index = sorted - 1; while (index >= 0) { GOO* current = glist[index]; if (tmp->m2() > current->m2()) break; glist[index+1] = glist[index]; index--; } glist[index+1] = tmp; } } void GOO::m(void) { } int GOO::m2(void) { return 1; } // foo.ah aspect Trace { pointcut all() = "%"; advice all() : slice struct { void *fAttr; }; advice all() : slice struct { void *getAttr(void) { return fAttr; } }; advice all() : slice struct { void setAttr(void* attr) { fAttr = attr; } }; advice construction (all ()) : after () { void *attr = 0; // compute attr tjp->target()->setAttr(attr); } advice call ("virtual % ...::%(...)") : before () { void *selfAttr = tjp->target()->getAttr(); void *myAttr = (void *)1; // compare selfAttr & myAttr } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Introspection0000644000000000000000000000007412740141200017670 xustar0030 atime=1468174988.280169188 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Introspection/0000755000175000001440000000000012740141200020127 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Introspection/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022076 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Introspection/feature.ref0000644000175000001440000000163612740141200022266 0ustar00osusers00000000000000Introspection: Test AC::TypeInfo ================================================== { public i=42 public j=3.14 public k="Hallo" } -> { public mutable foo=true public id=42 public size=1.8 public name="Olaf" public c=-> -> { public i=43 public j=2.1 public k= } public i={ public inner=42 } public array={ [0]=1 [1]=2 [2]=3 [3]=0 [4]=0 } public static dd=3.14 public b=false public same_as_member_0=false } -> { no type info } { no type info } 42 { public _pad={ [0]=0 [1]=0 } } -------------------------------------------------- {{ baseclass public: public i=31}{ baseclass public virtual: public j=2.71} public k="Christoph" public c2=-889275714 } -Bug-469------------------------------------------ { public a=123 } -Bug-525------------------------------------------ #members of Bug525_1: 2 #members of Bug525_2: 0 Bug524: must be 1: 1 Bug524: must be 4: 4 ================================================== aspectc++/AspectC++/tests/Introspection/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021405 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Introspection/Makefile0000644000175000001440000000006712740141200021572 0ustar00osusers00000000000000ACFLAGS ?= --introspection include ../Makefile.generic aspectc++/AspectC++/tests/Introspection/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021200 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Introspection/main.cc0000644000175000001440000002032612740141200021365 0ustar00osusers00000000000000#include #include using namespace std; // ===================================================================== // some preliminary functions for generic printing ... to be extended template ::AVAILABLE> struct PrinterSelector; template ::BASECLASSES> struct PrintBaseClasses; void print (bool c) { cout << (c ? "true" : "false"); } void print (unsigned char c) { cout << (int)c; } void print (int c) { cout << c; } void print (float f) { cout << f; } void print (const char *c) { if (c) cout << "\"" << c << "\""; else cout << ""; } template void print (T &c) { cout << "{"; PrinterSelector::print (c); cout << " }"; } template void print (T *c) { cout << "-> "; print (*c); } void print (AC::Protection prot) { switch (prot) { case AC::PROT_PRIVATE: cout << " private"; return; case AC::PROT_PROTECTED: cout << " protected"; return; case AC::PROT_PUBLIC: cout << " public"; return; default: break; } } void print (AC::Specifiers spec) { if (spec & AC::SPEC_STATIC) cout << " static"; if (spec & AC::SPEC_MUTABLE) cout << " mutable"; if (spec & AC::SPEC_VIRTUAL) cout << " virtual"; } template struct AP { static void print (T c) { ::print (c); } }; template struct AP { template static void print (T2 *c) { cout << "{ "; for (unsigned int i = 0; i < N; ++i) { cout << "[" << i << "]="; ::print (c[i]); cout << " "; } cout << "}"; } }; template::MEMBERS> struct _Printer { static void print (T &c) { _Printer::print (c); typedef typename AC::TypeInfo::template Member Member; ::print (Member::prot); ::print (Member::spec); cout << " " << Member::name () << "="; AP::print(*Member::pointer(&c)); } }; template struct _Printer { static void print (T &c) {} }; template struct PrinterSelector { static void print (T &obj) { PrintBaseClasses::print (obj); _Printer::print (obj); } }; template struct PrinterSelector { static void print (T &) { cout << " no type info"; } }; template struct PrintBaseClasses { static void print (T &obj) { PrintBaseClasses::print (obj); cout << "{ baseclass"; typedef typename AC::TypeInfo::template BaseClass Base; ::print (Base::prot); ::print (Base::spec); cout << ":"; _Printer< typename Base::Type >::print (obj); cout << "}"; } }; template struct PrintBaseClasses { static void print (T &obj) {} }; // ===================================================================== // The test code itself ... // Led.h typedef unsigned char uint8_t; class LED0 { public: volatile uint8_t _pad[0x2]; // PINA volatile uint8_t LEDPIN : 1, : 7; // DDRA volatile uint8_t LEDDDR : 1, : 7; // PORTA volatile uint8_t LEDPORT : 1, : 7; }; aspect Led { pointcut ledfunc() = "LED%"; advice ledfunc() : slice class S { public: S() { LEDPORT = 0; LEDDDR = 1; } void on() { LEDPORT = 1; } void off() { LEDPORT = 0; } }; }; struct C { int i; float j; const char *k; }; C inner_c = { 43, 2.1, 0 }; C *cptr = &inner_c; // inheritance ... struct Base1 { int i; }; struct Base2 { float j; }; struct Derived : public Base1, public virtual Base2 { const char *k; // non-const //int* const c; // const const int c2; // const void cee() const {} // const const int zee() { return 0; } // non-const Derived() : /*c((int*)this),*/ c2(0xCAFEBABE) {} }; // arbitrary members ... struct D { mutable bool foo; int id; float size; const char *name; C **c; struct Inner { int inner; } i; int array[5]; static float dd; void f() {} } d = {true, 42, 1.8, "Olaf", &cptr, { 42 }, { 1,2,3 }}; float D::dd = 3.14; struct F; // an incomplete type LED0 l0; // constructed type with bit field and pad bytes aspect TypeExtensions { advice "D": slice struct SL1 { bool b; JoinPoint::Member<0>::ReferredType same_as_member_0; }; advice execution("% D::f()") : before () { // typename JoinPoint::That::Inner ii; JoinPoint::That *ptr; } }; // template members as introduction namespace Test { template class A {}; }; class B {}; aspect Introducer { advice "B" : slice class { Test::A a; }; }; // ------- // Bug 469: enums are counted for MEMBERS, but not treated in the list itself struct Bug469 { enum { VAL = 1 }; int a; } bug469 = { 123 }; // ------- // Bug 474: segfault; fine if it compiles // template // class Per_cpu {}; // class Jdb // { // typedef enum // { // SS_NONE=0, SS_BRANCH, SS_RETURN // } Step_state; // static Per_cpu ss_state; // }; // ------- // Bug 475: introspection code in extern "C" structs // -> fine if it compiles extern "C" { struct A { int a; }; } // ------- // Bug 525: introspection code for members that are instances of anonymous types // -> fine if it compiles class Bug525_1 { struct { bool hit : 1; unsigned res : 6; } _flags; typedef struct { int i; } IStruct; IStruct _is; }; class Bug525_2 { union { struct { unsigned long _space:32; unsigned long address:20; } __attribute__((packed)) data; int *_submap; } __attribute__((packed)); }; // don't de-anonymize typedef'd classes class Bug525_3 { public: Bug525_3 () {} }; typedef class { Bug525_3 _attr; } Bug525_4; Bug525_4 global_obj; struct { Bug525_4 _obj; int _bla; } typedef Bug525_5; void f(const Bug525_5 &p) {} aspect Bug525_Check { advice execution("void f(const %&)") : before () {} }; // ------- // Bug 546: Type hiding by a non-type declaration // -> requires elaborated type specifier struct settings { int hashpower_init; }; class Memcached { static struct settings settings; const volatile struct settings hmpf; void (Memcached::*wr)(char const *, int, unsigned & ); }; settings Memcached::settings; // ------- // Bug 524: handle ambiguous type names // // case 1 namespace Addr { template< int SHIFT > struct Addr {}; } // namespace Addr class Virt_addr : public Addr::Addr<42> {}; // case 2 class Page { typedef int Type; Type t; }; // case 3 (sanity check) namespace Inner { struct T { uint32_t a; }; } class C2 { public: class Inner { public: struct T { uint8_t a; }; }; Inner::T my_t; ::Inner::T my_t2; }; // ====== int main () { C c; c.i = 42; c.j = 3.14; c.k = "Hallo"; cout << "Introspection: Test AC::TypeInfo" << endl; cout << "==================================================" << endl; print (c); cout << endl; print (&d); cout << endl; print ((F*)0); cout << endl; print (cout); cout << endl; print (42); cout << endl; print (l0); cout << endl; cout << "--------------------------------------------------" << endl; Derived d; d.i = 31; d.j = 2.71; d.k = "Christoph"; print (d); cout << endl; cout << "-Bug-469------------------------------------------" << endl; print (bug469); cout << endl; cout << "-Bug-525------------------------------------------" << endl; cout << "#members of Bug525_1: " << AC::TypeInfo::MEMBERS << endl; cout << "#members of Bug525_2: " << AC::TypeInfo::MEMBERS << endl; f (Bug525_5 ()); cout << "Bug524: must be 1: " << sizeof(AC::TypeInfo::Member<0>::Type) << endl; cout << "Bug524: must be 4: " << sizeof(AC::TypeInfo::Member<1>::Type) << endl; cout << "==================================================" << endl; } aspectc++/AspectC++/tests/PaxHeaders.4702/Advice0000644000000000000000000000007412740141200016223 xustar0030 atime=1468174988.281169204 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Advice/0000755000175000001440000000000012740141200016462 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Advice/PaxHeaders.4702/Aspect.ah0000644000000000000000000000007412740141200020031 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Advice/Aspect.ah0000644000175000001440000000110612740141200020211 0ustar00osusers00000000000000#ifndef __Aspect_ah__ #define __Aspect_ah__ #include aspect Action { advice execution("% A::%(...)"||"% b(...)"||"% d(...)"||"% e(...)"||"% f(...)") : around() { printf("A: before(exec) %s\n", JoinPoint::signature()); tjp->proceed(); printf("A: after(exec) %s\n", JoinPoint::signature()); } advice call("% A::%(...)"||"% b(...)"||"% d(...)"||"% e(...)"||"% f(...)") : around() { printf("A: before(call) %s\n", JoinPoint::signature()); tjp->proceed(); printf("A: after(call) %s\n", JoinPoint::signature()); } }; #endif // __Aspect_ah__ aspectc++/AspectC++/tests/Advice/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020431 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Advice/feature.ref0000644000175000001440000000262012740141200020613 0ustar00osusers00000000000000Advice: each function must be wrapped by call and exec advice ============================================================= A: before(call) int A::a(int,float) A: before(exec) int A::a(int,float) inside A::a(4711, 3.140000) A: after(exec) int A::a(int,float) A: after(call) int A::a(int,float) ------------------------------------------------------------- A: before(call) void b(char,const char *) A: before(exec) void b(char,const char *) b(H, ello World) A: after(exec) void b(char,const char *) A: after(call) void b(char,const char *) ------------------------------------------------------------- A: before(call) int A::c(int,int) A: before(exec) int A::c(int,int) A::c(4, 5) A: after(exec) int A::c(int,int) A: after(call) int A::c(int,int) ------------------------------------------------------------- A: before(call) void d(char,const char *) A: before(exec) void d(char,const char *) d(H, ello World) A: after(exec) void d(char,const char *) A: after(call) void d(char,const char *) ------------------------------------------------------------- A: before(call) void e() A: before(exec) void e() e(void) A: after(exec) void e() A: after(call) void e() ------------------------------------------------------------- A: before(call) void f(int,int) A: before(exec) void f(int,int) f(1, anon int) A: after(exec) void f(int,int) A: after(call) void f(int,int) ============================================================= aspectc++/AspectC++/tests/Advice/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017740 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Advice/Makefile0000644000175000001440000000003412740141200020117 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Advice/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017533 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Advice/main.cc0000644000175000001440000000242312740141200017716 0ustar00osusers00000000000000#include class A { public: int a(int i, float b) { printf("inside A::a(%d, %f)\n", i, b); return i; } int c(int p, int q); friend void b(char c, char *str); }; int A::c(int p, int q){ printf("A::c(%d, %d)\n",p,q); return p; } void b(char c, const char *str); void b(char c, const char *str) { printf("b(%c, %s)\n", c, str); } void d(char c, const char *str) { printf("d(%c, %s)\n", c, str); } void e(void) { printf ("e(void)\n"); } void f(int i, int j); void f(int i, int) { printf ("f(%d, anon int)\n", i); } int main() { A a; printf ("Advice: each function must be wrapped by call and exec advice\n"); printf ("=============================================================\n"); a.a(4711, 3.14f); printf ("-------------------------------------------------------------\n"); b('H', "ello World"); printf ("-------------------------------------------------------------\n"); a.c(4,5); printf ("-------------------------------------------------------------\n"); d('H', "ello World"); printf ("-------------------------------------------------------------\n"); e(); printf ("-------------------------------------------------------------\n"); f(1,0); printf ("=============================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/Makefile.generic0000644000000000000000000000007412740141200020160 xustar0030 atime=1468174989.432188134 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Makefile.generic0000644000175000001440000000375712740141200020356 0ustar00osusers00000000000000ifeq ($(MAKELEVEL),0) $(error Sorry, this makefile is not intended to be \ used directly. Please use the makefile in the toplevel \ directory of the ApectC++ source tree instead) endif CXX ?= g++ -O6 DIFF=diff --strip-trailing-cr ACFLAGS += $(ACOPTFLAGS) -k ifeq ($(filter -r, $(ACFLAGS)),) ACFLAGS += -r repo.acp endif ifneq ($(MAKECMDGOALS),run) ACFLAGS += -v9 endif PROG:=feature$(EXT) SOURCES := $(wildcard *.cc) ACTEST :=$(shell pwd|sed -e s+/.*/++) JUNK := Junk OBJECTS := $(addprefix $(JUNK)/,$(patsubst %.cc,%.o,$(SOURCES))) DEPS := $(addprefix $(JUNK)/,$(patsubst %.cc,%.d,$(SOURCES))) ACC := $(patsubst %.cc,%.acc,$(SOURCES)) HEADERS := $(wildcard *.h) ASPECTS := $(wildcard *.ah) INCLUDE_LIST := $(patsubst %.ah,-include %.ah,$(ASPECTS)) ifeq ($(WEAVE_ERROR),) all: $(PROG) else all: $(ACC) endif run: all ./$(PROG) check: all SED := $(foreach pat, $(AC_PATTERN_REPLACEMENTS), | sed -e "$(pat)") diff: $(PROG) ./$(PROG) $(AC_PATTERN_REPLACEMENTS) > $(basename $(PROG)).out @$(DIFF) $(basename $(PROG)).out $(basename $(PROG)).ref @rm $(basename $(PROG)).out diff-only: @cat $(basename $(PROG)).out $(AC_PATTERN_REPLACEMENTS) > $(basename $(PROG)).fil @$(DIFF) $(basename $(PROG)).fil $(basename $(PROG)).ref @rm $(basename $(PROG)).out $(basename $(PROG)).fil ref: $(PROG) @./$(PROG) > $(basename $(PROG)).ref feature$(EXT): $(OBJECTS) @echo Linking @$(CXX) $(CXXFLAGS) -o $@ $(OBJECTS) clean: @rm -rf *.o $(JUNK) *.acc feature$(EXT) *~ *.acp %.acc : %.cc @echo Weaving $< ifeq ($(WEAVE_ERROR),) $(AC) $(ACFLAGS) -p . -c $< -o $@ else -$(AC) $(ACFLAGS) -p . -c $< -o $@ endif $(JUNK)/%.o : %.acc @echo Compiling $< @$(CXX) $(CXXFLAGS) -x c++ -c $< -o $@ $(JUNK)/%.d : %.cc @mkdir -p $(JUNK) @$(CXX) $(CXXFLAGS) -x c++ -MM $(INCLUDE_LIST) $< | \ sed -e "s/$*\.o/$(JUNK)\/& $(JUNK)\/$*.d $*.acc/g" > $@ ifneq ($(MAKECMDGOALS),clean) -include $(DEPS) endif .PHONY: clean all run diff diff-only ref # don't remove any intermediate files .SECONDARY: aspectc++/AspectC++/tests/PaxHeaders.4702/ExecAdviceFriend0000644000000000000000000000007412740141200020160 xustar0030 atime=1468174988.287169303 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/ExecAdviceFriend/0000755000175000001440000000000012740141200020417 5ustar00osusers00000000000000aspectc++/AspectC++/tests/ExecAdviceFriend/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022366 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/ExecAdviceFriend/feature.ref0000644000175000001440000000037712740141200022557 0ustar00osusers00000000000000before exec int main() ExecAdviceFriend: advice for func declared as a friend only =========================================================== before exec int myfunc(void *,int) myfunc() running =========================================================== aspectc++/AspectC++/tests/ExecAdviceFriend/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021675 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/ExecAdviceFriend/Makefile0000644000175000001440000000003412740141200022054 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/ExecAdviceFriend/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021470 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/ExecAdviceFriend/main.cc0000644000175000001440000000116512740141200021655 0ustar00osusers00000000000000#include class something { public: friend int myfunc(void *, int); }; int myfunc(void *, int) { printf("myfunc() running\n"); return 0; } aspect Trace { public: advice execution("% ...::%(...)") : before() { printf ("before exec %s\n", JoinPoint::signature()); } }; int main() { printf ("ExecAdviceFriend: advice for func declared as a friend only\n"); printf ("===========================================================\n"); myfunc (0, 0); printf ("===========================================================\n"); // problem: advice for main does not auto-generate return 0! return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug4270000644000000000000000000000007312740141200016001 xustar0029 atime=1468174988.27116904 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug427/0000755000175000001440000000000012740141200016241 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug427/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020210 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug427/feature.ref0000644000175000001440000000042212740141200020370 0ustar00osusers00000000000000Bug427: args() keyword ignores __attribute__ on types ==================================================================== sizeof arg<0>: 1 sizeof ARG<0>: 1 sizeof a: 1 sizeof b: 2 sizeof c: 4 sizeof d: 8 ==================================================================== aspectc++/AspectC++/tests/Bug427/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017517 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug427/Makefile0000644000175000001440000000006712740141200017704 0ustar00osusers00000000000000ACFLAGS ?= --introspection include ../Makefile.generic aspectc++/AspectC++/tests/Bug427/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017312 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug427/main.cc0000644000175000001440000000330412740141200017474 0ustar00osusers00000000000000#include #ifndef __GNUC__ #include #endif namespace Bug427 { #ifdef __GNUC__ // typedefs from avr's typedef unsigned int uint8_t __attribute__((__mode__(__QI__))); typedef unsigned int uint16_t __attribute__ ((__mode__ (__HI__))); typedef unsigned int uint32_t __attribute__ ((__mode__ (__SI__))); typedef unsigned int uint64_t __attribute__((__mode__(__DI__))); #endif typedef uint64_t UInt64; // one argument with 8 bits void foo(uint8_t x) { /* do something */ } class A { uint8_t a; uint16_t b; uint32_t c; uint64_t d; }; } // namespace Bug427 int main(){ printf("Bug427: args() keyword ignores __attribute__ on types\n"); printf("====================================================================\n"); Bug427::foo(42); printf("sizeof a: %u\n", sizeof(AC::TypeInfo::Member<0>::Type)); printf("sizeof b: %u\n", sizeof(AC::TypeInfo::Member<1>::Type)); printf("sizeof c: %u\n", sizeof(AC::TypeInfo::Member<2>::Type)); printf("sizeof d: %u\n", sizeof(AC::TypeInfo::Member<3>::Type)); printf("====================================================================\n"); return 0; } aspect ShadowAspect { advice execution("% ...::%(...)" && !"% main(...)") : around() { tjp->proceed(); //printf("%s\n", tjp->signature()); // may be not portable printf("sizeof arg<0>: %u\n", sizeof(*tjp->arg<0>()) ); typedef JoinPoint::template Arg<0>::Type ARG0; printf("sizeof ARG<0>: %u\n", sizeof( ARG0 )); } }; // aspect that must not match aspect BuggyAspect { advice execution("void Bug427::foo(%)") && args(x) : before(Bug427::UInt64 x) { printf("must not match: %s\n", tjp->signature()); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/IntroIncludes0000644000000000000000000000007412740141200017612 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/IntroIncludes/0000755000175000001440000000000012740141200020051 5ustar00osusers00000000000000aspectc++/AspectC++/tests/IntroIncludes/PaxHeaders.4702/A2.ah0000644000000000000000000000007412740141200020443 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/IntroIncludes/A2.ah0000644000175000001440000000021212740141200020620 0ustar00osusers00000000000000#ifndef __A2_ah__ #define __A2_ah__ typedef int T; aspect A2 { public: advice "C" : slice struct { T _var; }; }; #endif // __A2_ah__ aspectc++/AspectC++/tests/IntroIncludes/PaxHeaders.4702/A3.ah0000644000000000000000000000007412740141200020444 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/IntroIncludes/A3.ah0000644000175000001440000000011112740141200020617 0ustar00osusers00000000000000#ifndef __A3_ah__ #define __A3_ah__ #include "C.h" #endif // __A3_ah__ aspectc++/AspectC++/tests/IntroIncludes/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022020 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/IntroIncludes/feature.ref0000644000175000001440000000024312740141200022201 0ustar00osusers00000000000000IntroIncludes: check for problems with intros ============================================= just fine if it compiles ============================================= aspectc++/AspectC++/tests/IntroIncludes/PaxHeaders.4702/A1.ah0000644000000000000000000000007412740141200020442 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/IntroIncludes/A1.ah0000644000175000001440000000011112740141200020615 0ustar00osusers00000000000000#ifndef __A1_ah__ #define __A1_ah__ #include "C.h" #endif // __A1_ah__ aspectc++/AspectC++/tests/IntroIncludes/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021327 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/IntroIncludes/Makefile0000644000175000001440000000003412740141200021506 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/IntroIncludes/PaxHeaders.4702/C.h0000644000000000000000000000007412740141200020222 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/IntroIncludes/C.h0000644000175000001440000000010012740141200020373 0ustar00osusers00000000000000#ifndef __C_h__ #define __C_h__ class C {}; #endif // __C_h__ aspectc++/AspectC++/tests/IntroIncludes/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021122 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/IntroIncludes/main.cc0000644000175000001440000000045512740141200021310 0ustar00osusers00000000000000#include #include "C.h" int main () { C c; c._var = 42; printf ("IntroIncludes: check for problems with intros\n"); printf ("=============================================\n"); printf ("just fine if it compiles\n"); printf ("=============================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5480000644000000000000000000000007312740141200016005 xustar0030 atime=1468174988.270169023 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug548/0000755000175000001440000000000012740141200016245 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug548/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020212 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug548/feature.ref0000644000175000001440000000025712740141200020402 0ustar00osusers00000000000000Bug548: operator->() chains not resolved properly ================================================= In Foo's bar. That's it! ================================================= aspectc++/AspectC++/tests/Bug548/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200017521 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug548/Makefile0000644000175000001440000000003412740141200017702 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug548/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017314 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug548/main.cc0000644000175000001440000000247512740141200017510 0ustar00osusers00000000000000#include // This code is from bug report 548 -- it showed up in Fiaco class Foo { public: int bar() { printf ("In Foo's bar.\n"); return 42; } }; template class Iterator { typedef T *Value_type; Value_type _c; public: Iterator() { _c = new Foo(); } Value_type operator * () { return static_cast(_c); } Value_type operator -> () { return static_cast(_c); } void bar() {}; }; // These classes are needed to create an even longer operator-> chain struct C4 { int thats_it() const { printf("That's it!\n"); return 42; } } c4; struct C3 { C4 *operator -> () const { return &c4; } } c3; struct C2 { C3 operator -> () const { return c3; } } c2; struct C1 { C2 operator -> () const { return c2; } } c1; // Call both chains int main() { printf ("Bug548: operator->() chains not resolved properly\n"); printf ("=================================================\n"); Iterator i; int x = i->bar(); c1->thats_it(); printf ("=================================================\n"); } // Weave call advice for it aspect MyAspect { //advice call("% ...::%(...)") : around() { // works, though advice call("% Foo::%(...)") : around() { tjp->target()->bar(); } advice call("% C2::%(...)"||"% C4::%(...)") : around() { tjp->proceed(); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/DefaultArgs0000644000000000000000000000007312740141200017230 xustar0030 atime=1468174988.270169023 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/DefaultArgs/0000755000175000001440000000000012740141200017470 5ustar00osusers00000000000000aspectc++/AspectC++/tests/DefaultArgs/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200021435 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/DefaultArgs/feature.ref0000644000175000001440000000003712740141200021621 0ustar00osusers00000000000000 call const int getMBS() 10 0 aspectc++/AspectC++/tests/DefaultArgs/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200020744 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/DefaultArgs/Makefile0000644000175000001440000000003412740141200021125 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/DefaultArgs/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200020537 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/DefaultArgs/main.cc0000644000175000001440000000120712740141200020723 0ustar00osusers00000000000000#include using namespace std; static const int MaxBufferSize = 1024000; const int getMBS() { return MaxBufferSize; } class Connection { public: int readDataIntoBuffer(int maxSize = getMBS() ); }; int Connection::readDataIntoBuffer(int maxSize) { if (maxSize > MaxBufferSize) return 0; return 10; } int main() { int x = 42; Connection con; x = con.readDataIntoBuffer(); cout << x << endl; x = con.readDataIntoBuffer( 2048000 ); cout << x << endl; return 0; } aspect TestExecution { advice call("const int getMBS()") : before() { cout << " call " << JoinPoint::signature() << endl; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/conv_junit.py0000644000000000000000000000007412740141200017635 xustar0030 atime=1468174988.290169352 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/conv_junit.py0000755000175000001440000000505112740141200020023 0ustar00osusers00000000000000#!/usr/bin/env python # -*- coding: utf-8 -*- # This script is reads "test-result.txt" and creates "test-result.xml". # The latter provides the test results in JUnit format, so that it can # be visualized by Jenkins. import re import xml.dom.minidom import sys # simply hard coded filename ... input_file = "test-result.txt" output_file = "test-result.xml" re_test_start = re.compile('^\-\-\-START TEST (?P[0-9]+): (?P\S*):.*') re_test_end = re.compile('^\-\-\-END TEST (?P[0-9]+): (?P\S*): (?P\w+).*') test_results = [] test_number = None test_name = None test_result = None test_output = "" test_summary = None file = open(input_file, 'r') for line in file: match_line_start = re.match(re_test_start, line) match_line_end = re.match(re_test_end, line) if match_line_start: test_number = match_line_start.group('no') test_name = match_line_start.group('name') elif match_line_end: test_result = match_line_end.group('result') test_results.append((test_number, test_name, test_result, test_output)) test_number = None test_output = "" elif line[:-1] == "---START SUMMARY": test_number = None test_summary = "" # print "Start Summary" elif line[:-1] == "---END SUMMARY": # print 'End Summary:', test_summary test_summary = None else: if test_number: test_output += line elif test_summary != None: # print "Summary Line", line test_summary += line # else: # print "strange line" file.close() doc = xml.dom.minidom.Document() suites = doc.createElement("testsuites") doc.appendChild(suites) suite = doc.createElement("testsuite") suite.setAttribute("name", "AspectC++ regression tests") suite.setAttribute("tests", str(len(test_results))) suites.appendChild(suite) for test in test_results: (number, name, result, output) = test elem = doc.createElement("testcase") elem.setAttribute("name", name) if result=="FAIL": elem_err = doc.createElement("error") elem.appendChild(elem_err) if output != "": elem_out = doc.createElement("system-out") elem_out_txt = doc.createTextNode(output) elem_out.appendChild(elem_out_txt) elem.appendChild(elem_out) suite.appendChild (elem) try: file_object = open("test-result.xml", "w") # file_object.write(doc.toprettyxml(encoding="utf-8")) file_object.write(doc.toxml()) file_object.close() except: print "Unexpected error:", sys.exc_info()[0] aspectc++/AspectC++/tests/PaxHeaders.4702/NonInlineIntroInclude0000644000000000000000000000007412740141200021241 xustar0030 atime=1468174988.281169204 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/0000755000175000001440000000000012740141200021500 5ustar00osusers00000000000000aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/B.cc0000644000000000000000000000007412740141200022006 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/B.cc0000644000175000001440000000006612740141200022172 0ustar00osusers00000000000000#include "B.h" int B::I_am_the_link_once_object = 0; aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/ABDecl.ah0000644000000000000000000000007412740141200022702 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/ABDecl.ah0000644000175000001440000000054612740141200023071 0ustar00osusers00000000000000#ifndef __ABDecl_ah__ #define __ABDecl_ah__ // Forward declarations class A; class B; aspect ABDecl { public: // introduce references into A and B (crossed) advice "A" : B *_bref; advice "B" : A *_aref; // introduce the function declarations advice "A"||"B" : void f1 (); advice "A"||"B" : void f2 (); }; #endif // __ABDecl_ah__ aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/B.h0000644000000000000000000000007412740141200021650 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/B.h0000644000175000001440000000015312740141200022031 0ustar00osusers00000000000000#ifndef __B_h__ #define __B_h__ class B { static int I_am_the_link_once_object; }; #endif // __B_h__ aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/CDef.ah0000644000000000000000000000007412740141200022431 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/CDef.ah0000644000175000001440000000037512740141200022620 0ustar00osusers00000000000000#ifndef __Aspect_ah__ #define __Aspect_ah__ #include #include "C.h" #include "CDecl.ah" advice "C" : void CDecl::f () { C::T _a_type_from_C_used_for_me; printf (" function f () introducd by an aspect\n"); } #endif // __Aspect_ah__ aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/A.cc0000644000000000000000000000007412740141200022005 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/A.cc0000644000175000001440000000006612740141200022171 0ustar00osusers00000000000000#include "A.h" int A::I_am_the_link_once_object = 0; aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/CDecl.ah0000644000000000000000000000007412740141200022602 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/CDecl.ah0000644000175000001440000000017512740141200022767 0ustar00osusers00000000000000#ifndef __CDdecl_ah__ #define __CDdecl_ah__ aspect CDecl { public: advice "C" : void f (); }; #endif // __CDdecl_ah__ aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200023447 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/feature.ref0000644000175000001440000000043612740141200023634 0ustar00osusers00000000000000NonInlineIntroIncludes: check for include generation in .cc =========================================================== function f () introducd by an aspect function A::f1() function A::f2 calls B::f1 function B::f1() =========================================================== aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/A.h0000644000000000000000000000007412740141200021647 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/A.h0000644000175000001440000000015312740141200022030 0ustar00osusers00000000000000#ifndef __A_h__ #define __A_h__ class A { static int I_am_the_link_once_object; }; #endif // __A_h__ aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/ABDef.ah0000644000000000000000000000007412740141200022531 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/ABDef.ah0000644000175000001440000000074312740141200022717 0ustar00osusers00000000000000#ifndef __ABDef_ah__ #define __ABDef_ah__ #include #include "A.h" #include "B.h" aspect ABDef { }; advice "A" : void ABDef::f1 () { printf (" function A::f1()\n"); } advice "A" : void ABDef::f2 () { printf (" function A::f2 calls B::f1\n"); _bref->f1 (); } advice "B" : void ABDef::f1 () { printf (" function B::f1()\n"); } advice "B" : void ABDef::f2 () { printf (" function B::f2 calls A::f1\n"); _aref->f1 (); } #endif // __ABDef_ah__ aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022756 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/Makefile0000644000175000001440000000003412740141200023135 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/C.h0000644000000000000000000000007412740141200021651 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/C.h0000644000175000001440000000021312740141200022027 0ustar00osusers00000000000000#ifndef __C_h__ #define __C_h__ class C { static int I_am_the_link_once_object; public: enum T { V1, V2 }; }; #endif // __C_h__ aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200022551 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/main.cc0000644000175000001440000000052512740141200022735 0ustar00osusers00000000000000#include #include "C.h" #include "A.h" int main () { C c; A a; printf ("NonInlineIntroIncludes: check for include generation in .cc\n"); printf ("===========================================================\n"); c.f (); a.f1 (); a.f2 (); printf ("===========================================================\n"); } aspectc++/AspectC++/tests/NonInlineIntroInclude/PaxHeaders.4702/C.cc0000644000000000000000000000007412740141200022007 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/NonInlineIntroInclude/C.cc0000644000175000001440000000006612740141200022173 0ustar00osusers00000000000000#include "C.h" int C::I_am_the_link_once_object = 0; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5800000644000000000000000000000007312740141200016001 xustar0030 atime=1468174988.275169105 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug580/0000755000175000001440000000000012740141200016241 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug580/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020206 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug580/feature.ref0000644000175000001440000000001412740141200020365 0ustar00osusers00000000000000enter: true aspectc++/AspectC++/tests/Bug580/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200017515 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug580/Makefile0000644000175000001440000000003412740141200017676 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug580/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017310 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug580/main.cc0000644000175000001440000000064612740141200017502 0ustar00osusers00000000000000#include //Extracted from memcached: //------------------------ #define bool bool #define true true class C { void f(); }; void C::f() {} slice class Foo { public: bool enter(); }; slice bool Foo::enter() { return true; } aspect Bar { advice "C" : slice Foo; advice execution("% C::%(...)") : before() {} }; int main() { C c; printf ("enter: %s\n", c.enter() ? "true":"false"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug1790000644000000000000000000000007412740141200016006 xustar0030 atime=1468174988.281169204 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Bug179/0000755000175000001440000000000012740141200016245 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug179/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020214 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Bug179/feature.ref0000644000175000001440000000023312740141200020374 0ustar00osusers00000000000000Bug179: advice for main without return statement ================================================ in main ================================================ aspectc++/AspectC++/tests/Bug179/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017523 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Bug179/Makefile0000644000175000001440000000003412740141200017702 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug179/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017316 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Bug179/main.cc0000644000175000001440000000064412740141200017504 0ustar00osusers00000000000000#include aspect AroundMain { advice execution ("% main(...)") : around () { printf ("Bug179: advice for main without return statement\n"); printf ("================================================\n"); tjp->proceed (); printf ("================================================\n"); } }; int main() { printf ("in main\n"); // note: here is no return, which is perfectly valid C/C++. } aspectc++/AspectC++/tests/PaxHeaders.4702/TemplateExtCall0000644000000000000000000000007412740141200020060 xustar0030 atime=1468174988.286169286 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/TemplateExtCall/0000755000175000001440000000000012740141200020317 5ustar00osusers00000000000000aspectc++/AspectC++/tests/TemplateExtCall/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022266 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/TemplateExtCall/feature.ref0000644000175000001440000000445112740141200022454 0ustar00osusers00000000000000TemplateExtCall: tracing template arg dependant calls ===================================================== methods of class template instances --- "void Array::set(int,const int &)" --- ArrayTracer for any Array: "void Array::set(int,const int &)" ArrayTracer for : "void Array::set(int,const int &)" --- "void Array::set(int,const int &)" --- ArrayTracer for any Array: "void Array::set(int,const int &)" ArrayTracer for : "void Array::set(int,const int &)" --- "void Array::set(int,const int &)" --- ArrayTracer for any Array: "void Array::set(int,const int &)" ArrayTracer for : "void Array::set(int,const int &)" --- "void Array::set(int,const int &)" --- ArrayTracer for any Array: "void Array::set(int,const int &)" ArrayTracer for : "void Array::set(int,const int &)" --- "int Array::get(int) const" --- ArrayTracer for any Array: "int Array::get(int) const" ArrayTracer for : "int Array::get(int) const" --- "void Array::set(int,const long int &)" --- ArrayTracer for any Array: "void Array::set(int,const long int &)" ArrayTracer for : "void Array::set(int,const long int &)" --- "void Array::set(int,const float &)" --- ArrayTracer for any Array: "void Array::set(int,const float &)" ArrayTracer for <%,3>: "void Array::set(int,const float &)" --- "float Array::get(int) const" --- ArrayTracer for any Array: "float Array::get(int) const" ArrayTracer for <%,3>: "float Array::get(int) const" --- "int Max(const int &,const int &)" --- MaxTracer for any Max(...): "int Max(const int &,const int &)" MaxTracer for Max(...): "int Max(const int &,const int &)" --- "double HardMatch::Max(const double &,const double &)" --- MaxTracer for any Max(...): "double HardMatch::Max(const double &,const double &)" ----------------------------------------------------- static template functions/member functions --- "C *alloc()" --- C constructor --- "void dealloc(C *)" --- C destructor --- "C *Sys<42>::Mem::alloc()" --- C constructor --- "void Sys<42>::Mem::dealloc(C *)" --- C destructor ===================================================== aspectc++/AspectC++/tests/TemplateExtCall/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021575 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/TemplateExtCall/Makefile0000644000175000001440000000003412740141200021754 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/TemplateExtCall/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021370 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/TemplateExtCall/main.cc0000644000175000001440000000653412740141200021562 0ustar00osusers00000000000000#include #include aspect AllTracer { pointcut builtin_ops() = call("bool operator <(int,int)") || call("int operator -(int,int)") || call("int operator ++(int &,int)"); pointcut the_calls () = call ("% ...::%(...)") && !call("% printf(...)") && ! builtin_ops(); advice the_calls () : before () { printf ("\n--- \"%s\" ---\n", JoinPoint::signature ()); } }; aspect ArrayTracer { advice call ("% Array::%(...)") : before () { printf ("ArrayTracer for any Array: \"%s\"\n", JoinPoint::signature ()); } advice call ("% Array::%(...)") : before () { printf ("ArrayTracer for : \"%s\"\n", JoinPoint::signature ()); } advice call ("% Array<%,3>::%(...)") : before () { printf ("ArrayTracer for <%%,3>: \"%s\"\n", JoinPoint::signature ()); } advice call ("% Array::%(...)") : before () { printf ("ArrayTracer for : \"%s\"\n", JoinPoint::signature ()); } }; aspect MaxTracer { advice call ("% ...::Max(...)") : before () { printf ("MaxTracer for any Max(...): \"%s\"\n", JoinPoint::signature ()); } advice call ("% Max(...)") : before () { printf ("MaxTracer for Max(...): \"%s\"\n", JoinPoint::signature ()); } }; template class Array { T _data[I]; public: T get (int i) const { return _data[i]; } void set (int i, const T &d) { _data[i] = d; } }; template T Max(const T& v1, const T& v2) { return v1 > v2 ? v1 : v2; } namespace HardMatch { template T Max(const T& v1, const T& v2) { return v1 > v2 ? v1 : v2; } } template T* alloc () { return new T; } template void dealloc (T *obj) { delete obj; } template struct Sys { template struct Mem { static T *alloc () { return new T; } static void dealloc (T* obj) { delete obj; } }; }; template class HeapInt {}; template class BestFit : public HeapInt { public: void* Alloc(int s) { return malloc (s); } void Dealloc(void *p) { free (p); } }; template class P, int BS = 0> class Heap : public P { typedef P Policy; public: void* Alloc(int s) { return Policy::Alloc(s); } void Dealloc(void *p) { Policy::Dealloc(p); } }; struct C { C () { printf ("C constructor\n"); } ~C () { printf ("C destructor\n"); } }; int main () { Array data; Array data_long; Array data_3; printf ("TemplateExtCall: tracing template arg dependant calls\n"); printf ("=====================================================\n"); printf ("methods of class template instances\n"); for (int i = 0; i < 4; i++) data.set (i, 4 - i); data.get (3); data_long.set (2, 2L); data_3.set (0, 3.14f); data_3.get (0); int max = Max (1, 2); double harder_max = HardMatch::Max (2.3, 4.5); printf ("-----------------------------------------------------\n"); printf ("static template functions/member functions\n"); C *ptr1 = alloc (); dealloc (ptr1); C *ptr2 = Sys<42>::Mem::alloc (); Sys<42>::Mem::dealloc (ptr2); // does not work yet!!! // printf ("-----------------------------------------------------\n"); // printf ("allocation with help of template template parameter\n"); // Heap<10, BestFit> a; // void *mem = a.Alloc(10); // a.Dealloc (mem); printf ("=====================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug3160000644000000000000000000000007412740141200015777 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug316/0000755000175000001440000000000012740141200016236 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug316/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020205 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug316/feature.ref0000644000175000001440000000034012740141200020364 0ustar00osusers00000000000000e1: before void X::fx() e2: before void X::fx() e1: before void X::Y::fy(X::Y *) e2: before void X::Y::fy(X::Y *) e2: after void X::Y::fy(X::Y *) e1: after void X::Y::fy(X::Y *) e2: after void X::fx() e1: after void X::fx() aspectc++/AspectC++/tests/Bug316/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017514 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug316/Makefile0000644000175000001440000000003412740141200017673 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug316/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017307 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug316/main.cc0000644000175000001440000000447712740141200017505 0ustar00osusers00000000000000#include class X { struct Y; // this one is private! public: static void fx(); }; struct X::Y { void fy(Y *arg); }; // this is a member of a private class, thus Y cannot be used in TJP so far void X::Y::fy(Y *arg) { } // this function may call fy void X::fx () { Y y; y.fy (&y); } aspect Bug316 { advice execution ("% ...::f%(...)") : around () { printf ("e1: before %s\n",JoinPoint::signature ()); tjp->proceed (); printf ("e1: after %s\n",JoinPoint::signature ()); } advice execution ("% ...::f%(...)") : around () { printf ("e2: before %s\n",JoinPoint::signature ()); tjp->proceed (); printf ("e2: after %s\n",JoinPoint::signature ()); } // this call advice still does not work! // advice call ("% ...::f%(...)") : around () { // printf ("c1: before %s\n",JoinPoint::signature ()); // tjp->proceed (); // printf ("c1: after %s\n",JoinPoint::signature ()); // } // advice call ("% ...::f%(...)") : around () { // printf ("c2: before %s\n",JoinPoint::signature ()); // tjp->action ().trigger (); // printf ("c2: after %s\n",JoinPoint::signature ()); // } }; int main () { X::fx (); return 0; } // moegliche Loesung ... // #include // template // struct TJP {}; // class X { // template friend struct TJP; // struct Y; // this one is private! // public: // static void fx(); // }; // struct X::Y { // void old_fy(); // void fy(); // }; // template <> struct TJP<1> { // typedef X::Y That; // typedef X::Y Target; // X::Y *_that; // X::Y *that () { return _that; } // X::Y *target () { return 0; } // static const char *signature () { return "X::Y::fy"; } // void proceed () { _that->old_fy (); } // }; // template void adv (JP *tjp) { // printf ("before %s\n", JP::signature ()); // tjp->proceed (); // } // // this is a member of a private class, thus Y cannot be used in TJP so far // void X::Y::fy() { // TJP<1> tjp = { this }; // adv< TJP<1> >(&tjp); // } // // this is a member of a private class, thus Y cannot be used in TJP so far // void X::Y::old_fy() { // printf ("X::Y::old_fy\n"); // } // // this function may call fy // void X::fx () { // Y y; // y.fy (); // } // int main () { // X::fx (); // return 0; // } aspectc++/AspectC++/tests/PaxHeaders.4702/AspectPrivileges0000644000000000000000000000007412740141200020301 xustar0030 atime=1468174988.286169286 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/AspectPrivileges/0000755000175000001440000000000012740141200020540 5ustar00osusers00000000000000aspectc++/AspectC++/tests/AspectPrivileges/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022507 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/AspectPrivileges/feature.ref0000644000175000001440000000104612740141200022672 0ustar00osusers00000000000000AspectPrivileges: Check whether aspects are friends of all classes ================================================================== printing private attribute private attribute: 0 increasing private attribute by calling private member function in private function printing private attribute again private attribute: 1 writing into private attribute of introduced class writing into private attribute of a union calling private member function of template in private T::f() ================================================================== aspectc++/AspectC++/tests/AspectPrivileges/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022016 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/AspectPrivileges/Makefile0000644000175000001440000000003412740141200022175 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/AspectPrivileges/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021611 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/AspectPrivileges/main.cc0000644000175000001440000000277212740141200022003 0ustar00osusers00000000000000#include class C { int _priv_attr; void priv_fct () { printf (" in private function\n"); _priv_attr++; } public: C() : _priv_attr (0) {} void pub_fct () {} }; union U { int u1; char u2; }; slice class Slice { int _priv_slice_attr; class Inner { int _priv_inner_attr; public: Inner () : _priv_inner_attr (0) {} } _inner; union InnerUnion { int i; long j; } _inner_union; }; template class T { static void f() { printf (" in private T::f()\n"); } }; int main() { C c; printf ("AspectPrivileges: Check whether aspects are friends of all classes\n"); printf ("==================================================================\n"); c.pub_fct (); printf ("==================================================================\n"); } aspect A { U _u; advice "C" : slice Slice; advice execution("void C::pub_fct()") : before () { printf ("printing private attribute\n"); printf (" private attribute: %d\n", tjp->that ()->_priv_attr); printf ("increasing private attribute by calling private member function\n"); tjp->that ()->priv_fct (); printf ("printing private attribute again\n"); printf (" private attribute: %d\n", tjp->that ()->_priv_attr); printf ("writing into private attribute of introduced class\n"); tjp->that ()->_inner._priv_inner_attr++; printf ("writing into private attribute of a union\n"); _u.u1 = 42; printf ("calling private member function of template\n"); T::f(); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5980000644000000000000000000000007412740141200016013 xustar0030 atime=1468174988.280169188 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Bug598/0000755000175000001440000000000012740141200016252 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug598/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020221 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Bug598/feature.ref0000644000175000001440000000016712740141200020407 0ustar00osusers00000000000000Get: char const arr[2] Entity type: char type Result type: char type Res::Type: char type Res::ReferredType: char type aspectc++/AspectC++/tests/Bug598/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017530 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Bug598/Makefile0000644000175000001440000000011512740141200017707 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/Bug598/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017323 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Bug598/main.cc0000644000175000001440000000142512740141200017507 0ustar00osusers00000000000000#include using namespace std; template struct is_char { static void print() { cout << "wrong type" << endl; } }; template<> struct is_char { static void print() { cout << "char type" << endl; } }; const char arr[2] = {'A', 'B'}; int main() { char x = arr[1]; return 0; } aspect Bar { advice get("% ...::%") : before() { cout << "Get: " << JoinPoint::signature() << endl; cout << "Entity type: "; is_char::print(); // should be: char type cout << "Result type: "; is_char::print(); // should be: char type cout << "Res::Type: "; is_char::print(); cout << "Res::ReferredType: "; is_char::print(); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Derived0000644000000000000000000000007312740141200016411 xustar0030 atime=1468174988.276169122 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Derived/0000755000175000001440000000000012740141200016651 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Derived/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020616 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Derived/feature.ref0000644000175000001440000000120012740141200020773 0ustar00osusers00000000000000Derived: test the 'derived' pointcut function: ============================================== void C1::f(double) ---------------------------------------------- void C1::f() ---------------------------------------------- before derived("C2") before derived("% C2::f(double)") void C2::f(double) ---------------------------------------------- before derived("C2") void C3::f() ---------------------------------------------- before derived("C2") before derived("% C2::f(X&)") void C3::f(X&) ---------------------------------------------- before derived("C2") void C3::x() ============================================== aspectc++/AspectC++/tests/Derived/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200020125 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Derived/Makefile0000644000175000001440000000003412740141200020306 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Derived/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017720 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Derived/main.cc0000644000175000001440000000341612740141200020110 0ustar00osusers00000000000000#include struct X { X () {} }; struct C1 { void x () { printf (" void C1::x()\n"); } void f () { printf (" void C1::f()\n"); } void f (double) { printf (" void C1::f(double)\n"); } void f (const X&) { printf (" void C1::f(X&)\n"); } }; struct C2 : C1 { void x () { printf (" void C2::x()\n"); } void f () { printf (" void C2::f()\n"); } void f (double) { printf (" void C2::f(double)\n"); } void f (const X&) { printf (" void C2::f(X&)\n"); } }; struct C3 : C2 { void x () { printf (" void C3::x()\n"); } void f () { printf (" void C3::f()\n"); } void f (double) { printf (" void C3::f(double)\n"); } void f (const X&) { printf (" void C3::f(X&)\n"); } }; aspect Tracer { advice execution (derived ("C2")) : before () { printf (" before derived(\"C2\")\n"); } advice execution (derived ("% C2::f(double)")) : before () { printf (" before derived(\"%% C2::f(double)\")\n"); } advice execution (derived ("% C2::f(X&)")) : before () { printf (" before derived(\"%% C2::f(X&)\")\n"); } }; int main() { C3 c; printf ("Derived: test the 'derived' pointcut function:\n"); printf ("==============================================\n"); c.C1::f (3.0); printf ("----------------------------------------------\n"); c.C1::f (); printf ("----------------------------------------------\n"); c.C2::f (3.0); printf ("----------------------------------------------\n"); c.C3::f (); printf ("----------------------------------------------\n"); c.C3::f (X ()); printf ("----------------------------------------------\n"); c.C3::x (); printf ("==============================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug3530000644000000000000000000000007412740141200016000 xustar0030 atime=1468174988.283169237 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug353/0000755000175000001440000000000012740141200016237 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug353/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020206 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug353/feature.ref0000644000175000001440000000027212740141200020371 0ustar00osusers00000000000000Bug 353: first token shouldn't be join-point ===================================================== should compile without error ... ===================================================== aspectc++/AspectC++/tests/Bug353/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017515 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug353/Makefile0000644000175000001440000000003412740141200017674 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug353/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017310 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug353/main.cc0000644000175000001440000000100012740141200017461 0ustar00osusers00000000000000void t(){} #include int main () { std::cout << "Bug 353: first token shouldn't be join-point" << std::endl; std::cout << "=====================================================" << std::endl; std::cout << "should compile without error ..." << std::endl; std::cout << "=====================================================" << std::endl; return 0; } aspect Oops { advice execution("void t()") : around() { tjp->proceed(); } advice execution("void t()") : around() { tjp->proceed(); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug2930000644000000000000000000000007312740141200016002 xustar0029 atime=1468174988.27116904 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug293/0000755000175000001440000000000012740141200016242 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug293/PaxHeaders.4702/Derived.h0000644000000000000000000000007412740141200017613 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug293/Derived.h0000644000175000001440000000021612740141200017774 0ustar00osusers00000000000000#ifndef __derived_h__ #define __derived_h__ class Base { public: void f (); }; class Derived : public Base { }; #endif // __derived_h__ aspectc++/AspectC++/tests/Bug293/PaxHeaders.4702/dynamic.cc0000644000000000000000000000007412740141200020013 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug293/dynamic.cc0000644000175000001440000000033612740141200020177 0ustar00osusers00000000000000#include "Derived.h" #include "Callee.h" Base *base_ptr; CalleeBase *callee_ptr; void measurePoint() { base_ptr->f (); } int main () { Derived d; base_ptr = &d; Callee c; callee_ptr = &c; measurePoint (); } aspectc++/AspectC++/tests/Bug293/PaxHeaders.4702/measureAspect.ah0000644000000000000000000000007412740141200021173 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug293/measureAspect.ah0000644000175000001440000000721412740141200021361 0ustar00osusers00000000000000/* * measureAspect.ah * * measure the runtime of target */ #ifndef __MEASURE_ASPECT #define __MEASURE_ASPECT #include // for std::sort #include #include #include #include "doMeasurement.h" #include "ArgumentSizeCalculator.h" #include "SaveStack.h" #define RUNS 20 #define SUMS 500 #define COUNTSKIP 5 void *frameAddress; void *stackBeforeAction; static int weirdCount; static double average; static cycle_t calibration; static AC::Action nullAction; aspect measure { // returns average, stores summed up results to buf of length len void __attribute__ ((noinline)) runTests(AC::Action &action, cycle_t *buf, unsigned len, cycle_t calibration = 0) { register unsigned i,j; double avg = 0; weirdCount = 0; average = 0; for(i = 0; i < len; i++) { buf[i] = 0; // Accumulate RUNS runs, and calcualate mean j = RUNS; while(j--) { cycle_t result = doMeasurement(action); buf[i] += result; } buf[i] /= RUNS; if (calibration > buf[i]) { // something weird happened buf[i] = 0; weirdCount++; } else { buf[i] -= calibration; } avg += buf[i]; } average = avg / (double)len; } pointcut virtual measureTarget () = 0; advice call(measureTarget()) : order("measure", !"measure"); advice call(measureTarget()) : around() { cycle_t runtimes[SUMS]; register unsigned i = COUNTSKIP; ptrdiff_t overhead; std::ofstream out("out.txt", std::ios_base::app); if(sched_yield()) perror("doMeasurement"); while(i--) doMeasurement(tjp->action()); // warm up caches size_t param_size = ArgumentSizeCalculator::RES; nullAction._wrapper = dispatch::doit; // do calibration runTests(nullAction, runtimes, SUMS); std::sort(runtimes, runtimes + SUMS); calibration = runtimes[SUMS/2]; #ifdef DEBUG out << "\n results of calibration runs:\n"; for (i = 0; i < SUMS; i++) out << runtimes[i] << ", "; #endif // Expected overhead of measureAspect: // Action Object, Arguments, Stackalignment overhead = (ptrdiff_t)stackBeforeAction - (ptrdiff_t)frameAddress; // calibration = 0; // disable calibration frameAddress = 0; // reset frameAddress runTests(tjp->action(), runtimes, SUMS, calibration); // sort the array for median processing std::sort(runtimes, runtimes + SUMS); out << "\nMeasure times of target: " << tjp->signature() << "\n"; out << "\n Calibration took (in cycles): " << calibration; out << "\n Average runtime: " << average; out << "\n Median is " << runtimes[SUMS/2]; out << "\n esp overhead is " << overhead; out << "\n Number of arguments is: " << JoinPoint::ARGS; out << "\n Total Size of arguments: " << param_size; out << "\n Number of runs with calibration bigger than run: " << weirdCount; out << "\n Total runs of target: " << SUMS; if (frameAddress) { ptrdiff_t stackUsed = (ptrdiff_t)stackBeforeAction - (ptrdiff_t)frameAddress - overhead; out << "\n Stack used: " << stackUsed << std::endl; } else { out << "\n Callee did not set used stack" << std::endl; } #ifdef DEBUG out << "\n runtimes are: "; for (i = 0; i < SUMS; i++) out << runtimes[i] << ", "; #endif out.close(); } }; #endif aspectc++/AspectC++/tests/Bug293/PaxHeaders.4702/doMeasurement.h0000644000000000000000000000007412740141200021041 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug293/doMeasurement.h0000644000175000001440000000222512740141200021224 0ustar00osusers00000000000000#ifndef DOMEASUREMENT_H #define DOMEASUREMENT_H typedef unsigned long long int cycle_t; extern void *frameAddress; extern void *stackBeforeAction; cycle_t doMeasurement(AC::Action &action) { /* pseudocode: cycle_t start, current; RDTSC(start); SAVESTACK(stackBeforeAction); action.trigger(); RDTSC(current); return current - start; */ cycle_t result; AC::Action *a = &action; __asm__ volatile ( "mov %2, %%ecx\n" // push argument (action == this) on the stack "push %%ecx\n" "movl %%esp, %0 \n" "cpuid \n" "rdtsc \n" "mov %%eax, %%esi\n" "cpuid \n" "call *%%edi \n" "cpuid \n" "rdtsc \n" "sub %%esi,%%eax\n" // current - start "xorl %%edx, %%edx\n" "pop %%ecx\n" : "=m" (stackBeforeAction), "=A"(result) : "m" ( a ), "D" (a->_wrapper) : "%ebx", "%ecx", "%esi" // add "%ecx" in case of problems ); return result; } #endif aspectc++/AspectC++/tests/Bug293/PaxHeaders.4702/ArgumentSizeCalculator.h0000644000000000000000000000007412740141200022660 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug293/ArgumentSizeCalculator.h0000644000175000001440000000166412740141200023051 0ustar00osusers00000000000000#ifndef ARGUMENTSIZECALCULATOR_H #define ARGUMENTSIZECALCULATOR_H /* * Template Metaprogram to calculate the size of the arguments * of a given JoinPoint on the stack * * uses the JoinPoint API */ template struct TypedSizeCalculator { enum { RESULT = sizeof(T) }; }; template struct TypedSizeCalculator { enum { RESULT = sizeof(T*) }; }; template class ArgumentSizeCalculator { // Workaround for http://aspectc.org/bugzilla/show_bug.cgi?id=236 #ifndef __puma private: template struct Sum_N { enum { RESULT = TypedSizeCalculator::Type>::RESULT + Sum_N::RESULT }; }; template struct Sum_N { enum { RESULT = 0}; }; public: enum { RES = Sum_N::RESULT }; #else enum { RES = 42 }; #endif }; #endif aspectc++/AspectC++/tests/Bug293/PaxHeaders.4702/Derived.cc0000644000000000000000000000007412740141200017751 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug293/Derived.cc0000644000175000001440000000016612740141200020136 0ustar00osusers00000000000000#include "Derived.h" #include "Callee.h" extern CalleeBase *callee_ptr; void Base::f () { callee_ptr->callee(); } aspectc++/AspectC++/tests/Bug293/PaxHeaders.4702/Callee.h0000644000000000000000000000007412740141200017416 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug293/Callee.h0000644000175000001440000000024312740141200017577 0ustar00osusers00000000000000#ifndef __callee_h__ #define __callee_h__ class CalleeBase { public: virtual void callee() {} }; class Callee : public CalleeBase { }; #endif // __callee_h__ aspectc++/AspectC++/tests/Bug293/PaxHeaders.4702/measure.ah0000644000000000000000000000007412740141200020033 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug293/measure.ah0000644000175000001440000000026012740141200020213 0ustar00osusers00000000000000#ifndef MEASURE_AH #define MEASURE_AH #include "measureAspect.ah" aspect measureThat : public measure { pointcut measureTarget() = "void ...::measurePoint()"; }; #endif aspectc++/AspectC++/tests/Bug293/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017520 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug293/Makefile0000644000175000001440000000003412740141200017677 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug293/PaxHeaders.4702/target.ah0000644000000000000000000000007412740141200017660 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug293/target.ah0000644000175000001440000000036512740141200020046 0ustar00osusers00000000000000#ifndef __target_ah__ #define __target_ah__ #include #include "SaveStack.h" aspect _Target { advice that("Callee") && call("void CalleeBase::callee()") : around () { SAVESP; tjp->proceed (); } }; #endif // __target_ah__ aspectc++/AspectC++/tests/Bug293/PaxHeaders.4702/SaveStack.h0000644000000000000000000000007412740141200020115 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/Bug293/SaveStack.h0000644000175000001440000003007112740141200020300 0ustar00osusers00000000000000#ifndef SAVESTACK_H #define SAVESTACK_H /* * SaveStack.h * * Helper Templates to "simulate" call to function matched by pointcut * saveStack template is overloaded with up to ten parameters. * * TODO: find a way to do this more generic. Perhaps with gcc macro functions? * */ #define SAVESTACK(var) __asm__ volatile ( "mov %%esp, %0" : "=m" (var) : : "memory" ) #define SAVEFRAME(var) var = __builtin_frame_address(0) #define SAVESP SAVESTACK(frameAddress) // 64bit architectures use 128bit rdtsc register. // we just take the lower ones from rax and forget about rdx, // because we don't expect longer functions to measure ;) #ifdef __x86_64__ #define RDTSC(var) __asm__ volatile ("rdtsc" : "=a" (var) : : "memory" ) #else #define RDTSC(var) __asm__ volatile ("rdtsc" : "=A" (var) : : "memory" ) #endif extern void *frameAddress; //void saveStack() { SAVESP; } template void saveStack(P1 a1) { SAVESP; } template void saveStack(P1 a1, P2 a2) { SAVESP; } template void saveStack(P1 a1, P2 a2, P3 a3) { SAVESP; } template void saveStack(P1 a1, P2 a2, P3 a3, P4 a4) { SAVESP; } template void saveStack(P1 a1, P2 a2, P3 a3, P4 a4, P5 a5) { SAVESP; } template void saveStack(P1 a1, P2 a2, P3 a3, P4 a4, P5 a5, P6 a6) { SAVESP; } template void saveStack(P1 a1, P2 a2, P3 a3, P4 a4, P5 a5, P6 a6, P7 a7) { SAVESP; } template void saveStack(P1 a1, P2 a2, P3 a3, P4 a4, P5 a5, P6 a6, P7 a7, P8 a8) { SAVESP; } template void saveStack(P1 a1, P2 a2, P3 a3, P4 a4, P5 a5, P6 a6, P7 a7, P8 a8, P9 a9) { SAVESP; } template void saveStack(P1 a1, P2 a2, P3 a3, P4 a4, P5 a5, P6 a6, P7 a7, P8 a8, P9 a9, P10 a10) { SAVESP; } template struct dispatch { static void doit(AC::Action &action) { UNSUPPORTED_NUMBER_OF_ARGUMENTS_EXPAND_MEASURE_ASPECT_AH; } }; template struct dispatch { static void doit(AC::Action &action) { SAVESP; } }; template struct dispatch { static void doit(AC::Action &action) { saveStack< typename JoinPoint::template Arg<0>::Type > ( *(typename JoinPoint::template Arg<0>::ReferredType*)action._args[0] ); } }; template struct dispatch { static void doit(AC::Action &action) { saveStack< typename JoinPoint::template Arg<0>::Type, typename JoinPoint::template Arg<1>::Type > ( *(typename JoinPoint::template Arg<0>::ReferredType*)action._args[0], *(typename JoinPoint::template Arg<1>::ReferredType*)action._args[1]); } }; template struct dispatch { static void doit(AC::Action &action) { saveStack< typename JoinPoint::template Arg<0>::Type, typename JoinPoint::template Arg<1>::Type, typename JoinPoint::template Arg<2>::Type >( *(typename JoinPoint::template Arg<0>::ReferredType*)action._args[0], *(typename JoinPoint::template Arg<1>::ReferredType*)action._args[1], *(typename JoinPoint::template Arg<2>::ReferredType*)action._args[2]); } }; template struct dispatch { static void doit(AC::Action &action) { saveStack< typename JoinPoint::template Arg<0>::Type, typename JoinPoint::template Arg<1>::Type, typename JoinPoint::template Arg<2>::Type, typename JoinPoint::template Arg<3>::Type >( *(typename JoinPoint::template Arg<0>::ReferredType*)action._args[0], *(typename JoinPoint::template Arg<1>::ReferredType*)action._args[1], *(typename JoinPoint::template Arg<2>::ReferredType*)action._args[2], *(typename JoinPoint::template Arg<3>::ReferredType*)action._args[3]); } }; template struct dispatch { static void doit(AC::Action &action) { saveStack< typename JoinPoint::template Arg<0>::Type, typename JoinPoint::template Arg<1>::Type, typename JoinPoint::template Arg<2>::Type, typename JoinPoint::template Arg<3>::Type, typename JoinPoint::template Arg<4>::Type >( *(typename JoinPoint::template Arg<0>::ReferredType*)action._args[0], *(typename JoinPoint::template Arg<1>::ReferredType*)action._args[1], *(typename JoinPoint::template Arg<2>::ReferredType*)action._args[2], *(typename JoinPoint::template Arg<3>::ReferredType*)action._args[3], *(typename JoinPoint::template Arg<4>::ReferredType*)action._args[4]); } }; template struct dispatch { static void doit(AC::Action &action) { saveStack< typename JoinPoint::template Arg<0>::Type, typename JoinPoint::template Arg<1>::Type, typename JoinPoint::template Arg<2>::Type, typename JoinPoint::template Arg<3>::Type, typename JoinPoint::template Arg<4>::Type, typename JoinPoint::template Arg<5>::Type >( *(typename JoinPoint::template Arg<0>::ReferredType*)action._args[0], *(typename JoinPoint::template Arg<1>::ReferredType*)action._args[1], *(typename JoinPoint::template Arg<2>::ReferredType*)action._args[2], *(typename JoinPoint::template Arg<3>::ReferredType*)action._args[3], *(typename JoinPoint::template Arg<4>::ReferredType*)action._args[4], *(typename JoinPoint::template Arg<5>::ReferredType*)action._args[5]); } }; template struct dispatch { static void doit(AC::Action &action) { saveStack< typename JoinPoint::template Arg<0>::Type, typename JoinPoint::template Arg<1>::Type, typename JoinPoint::template Arg<2>::Type, typename JoinPoint::template Arg<3>::Type, typename JoinPoint::template Arg<4>::Type, typename JoinPoint::template Arg<5>::Type, typename JoinPoint::template Arg<6>::Type >( *(typename JoinPoint::template Arg<0>::ReferredType*)action._args[0], *(typename JoinPoint::template Arg<1>::ReferredType*)action._args[1], *(typename JoinPoint::template Arg<2>::ReferredType*)action._args[2], *(typename JoinPoint::template Arg<3>::ReferredType*)action._args[3], *(typename JoinPoint::template Arg<4>::ReferredType*)action._args[4], *(typename JoinPoint::template Arg<5>::ReferredType*)action._args[5], *(typename JoinPoint::template Arg<6>::ReferredType*)action._args[6]); } }; template struct dispatch { static void doit(AC::Action &action) { saveStack< typename JoinPoint::template Arg<0>::Type, typename JoinPoint::template Arg<1>::Type, typename JoinPoint::template Arg<2>::Type, typename JoinPoint::template Arg<3>::Type, typename JoinPoint::template Arg<4>::Type, typename JoinPoint::template Arg<5>::Type, typename JoinPoint::template Arg<6>::Type, typename JoinPoint::template Arg<7>::Type >( *(typename JoinPoint::template Arg<0>::ReferredType*)action._args[0], *(typename JoinPoint::template Arg<1>::ReferredType*)action._args[1], *(typename JoinPoint::template Arg<2>::ReferredType*)action._args[2], *(typename JoinPoint::template Arg<3>::ReferredType*)action._args[3], *(typename JoinPoint::template Arg<4>::ReferredType*)action._args[4], *(typename JoinPoint::template Arg<5>::ReferredType*)action._args[5], *(typename JoinPoint::template Arg<6>::ReferredType*)action._args[6], *(typename JoinPoint::template Arg<7>::ReferredType*)action._args[7]); } }; template struct dispatch { static void doit(AC::Action &action) { saveStack< typename JoinPoint::template Arg<0>::Type, typename JoinPoint::template Arg<1>::Type, typename JoinPoint::template Arg<2>::Type, typename JoinPoint::template Arg<3>::Type, typename JoinPoint::template Arg<4>::Type, typename JoinPoint::template Arg<5>::Type, typename JoinPoint::template Arg<6>::Type, typename JoinPoint::template Arg<7>::Type, typename JoinPoint::template Arg<8>::Type >( *(typename JoinPoint::template Arg<0>::ReferredType*)action._args[0], *(typename JoinPoint::template Arg<1>::ReferredType*)action._args[1], *(typename JoinPoint::template Arg<2>::ReferredType*)action._args[2], *(typename JoinPoint::template Arg<3>::ReferredType*)action._args[3], *(typename JoinPoint::template Arg<4>::ReferredType*)action._args[4], *(typename JoinPoint::template Arg<5>::ReferredType*)action._args[5], *(typename JoinPoint::template Arg<6>::ReferredType*)action._args[6], *(typename JoinPoint::template Arg<7>::ReferredType*)action._args[7], *(typename JoinPoint::template Arg<8>::ReferredType*)action._args[8]); } }; template struct dispatch { static void doit(AC::Action &action) { saveStack< typename JoinPoint::template Arg<0>::Type, typename JoinPoint::template Arg<1>::Type, typename JoinPoint::template Arg<2>::Type, typename JoinPoint::template Arg<3>::Type, typename JoinPoint::template Arg<4>::Type, typename JoinPoint::template Arg<5>::Type, typename JoinPoint::template Arg<6>::Type, typename JoinPoint::template Arg<7>::Type, typename JoinPoint::template Arg<8>::Type, typename JoinPoint::template Arg<9>::Type >( *(typename JoinPoint::template Arg<0>::ReferredType*)action._args[0], *(typename JoinPoint::template Arg<1>::ReferredType*)action._args[1], *(typename JoinPoint::template Arg<2>::ReferredType*)action._args[2], *(typename JoinPoint::template Arg<3>::ReferredType*)action._args[3], *(typename JoinPoint::template Arg<4>::ReferredType*)action._args[4], *(typename JoinPoint::template Arg<5>::ReferredType*)action._args[5], *(typename JoinPoint::template Arg<6>::ReferredType*)action._args[6], *(typename JoinPoint::template Arg<7>::ReferredType*)action._args[7], *(typename JoinPoint::template Arg<8>::ReferredType*)action._args[8], *(typename JoinPoint::template Arg<9>::ReferredType*)action._args[9]); } }; #endif aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5700000644000000000000000000000007312740141200016000 xustar0030 atime=1468174988.269169007 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug570/0000755000175000001440000000000012740141200016240 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug570/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020205 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug570/feature.ref0000644000175000001440000000004112740141200020364 0ustar00osusers00000000000000main.cc:5: error: <<>> aspectc++/AspectC++/tests/Bug570/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200017514 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug570/Makefile0000644000175000001440000000043212740141200017677 0ustar00osusers00000000000000WEAVE_ERROR := 1 # make sure the error message, which depends on the frontend, is hidden as well as the column AC_PATTERN_REPLACEMENTS := | grep "error: " | sed -e 's/cc:\([0-9][0-9]*\):[0-9][0-9]*:/cc:\1:/' | sed -e "s/error: .*/error: <<>>/" include ../Makefile.generic aspectc++/AspectC++/tests/Bug570/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017307 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug570/main.cc0000644000175000001440000000023712740141200017475 0ustar00osusers00000000000000// This test shows whether error messages by the internal parser refer // to the correct line int main() { bla; // this is line 5 of main.cc! return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/StandAloneCalls0000644000000000000000000000007412740141200020037 xustar0030 atime=1468174988.279169171 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/StandAloneCalls/0000755000175000001440000000000012740141200020276 5ustar00osusers00000000000000aspectc++/AspectC++/tests/StandAloneCalls/PaxHeaders.4702/Aspect.ah0000644000000000000000000000007412740141200021645 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/StandAloneCalls/Aspect.ah0000644000175000001440000000031412740141200022025 0ustar00osusers00000000000000#ifndef __Aspect__ #define __Aspect__ #include aspect Aspect { advice call("% %::foo()"||"% bar()") : before() { printf("%s\n", JoinPoint::signature()); } }; #endif /* __Aspect__ */ aspectc++/AspectC++/tests/StandAloneCalls/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022245 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/StandAloneCalls/feature.ref0000644000175000001440000000076112740141200022433 0ustar00osusers00000000000000int N1::foo() int N2::foo() int N2::foo() int bar() int bar() int bar() int bar() StandAloneCalls: =============================================================== here starts main, but we should have seen our advice already global var 1 = 1 global var 2-1 = 1, 2-2 = 1 global var 3 = 42 --------------------------------------------------------------- Now the advice for calls in constructor init lists is checked int bar() int bar() --------------------------------------------------------------- aspectc++/AspectC++/tests/StandAloneCalls/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021554 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/StandAloneCalls/Makefile0000644000175000001440000000003412740141200021733 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/StandAloneCalls/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021347 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/StandAloneCalls/main.cc0000644000175000001440000000326612740141200021540 0ustar00osusers00000000000000#include // case 1: call and function in the same namespace namespace N1 { int foo() { return 1; } const int var = foo(); } // case 2: call outside the namespace, function inside namespace N2 { int foo() { return 1; } } int var2_1 = N2::foo(), var2_2 = N2::foo (); // case 3: call inside the namespace, function outside int bar() { return 42; } namespace N3 { int var = ::bar(); } // case 4: static attribute initialization class Test { public: static int var; }; int Test::var = bar (); // case 5: static attribute initialization in a namespace namespace N3 { class Test { public: static int var; }; int Test::var = bar (); } // case 6: static attribute initialization of class in namespace namespace N4 { class Test { public: static int var; }; } int N4::Test::var = bar (); // case 7: a call in an initializer list class WithInitializer { int attr; public: WithInitializer () : attr (bar ()) {} WithInitializer (int); }; WithInitializer::WithInitializer (int v) : attr (v + bar ()) {} int main() { printf ("StandAloneCalls:\n"); printf ("===============================================================\n"); printf ("here starts main, but we should have seen our advice already\n"); printf ("global var 1 = %d\n", N1::var); printf ("global var 2-1 = %d, 2-2 = %d\n", var2_1, var2_2); printf ("global var 3 = %d\n", N3::var); printf ("---------------------------------------------------------------\n"); printf ("Now the advice for calls in constructor init lists is checked\n"); WithInitializer wi1; WithInitializer wi2 (3); printf ("---------------------------------------------------------------\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug3360000644000000000000000000000007412740141200016001 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug336/0000755000175000001440000000000012740141200016240 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug336/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020205 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug336/feature.ref0000644000175000001440000000030312740141200020365 0ustar00osusers00000000000000Bug 336: wrong ordering if order advice has no match: ===================================================== the result should be 031 ... 031 ===================================================== aspectc++/AspectC++/tests/Bug336/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200017514 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug336/Makefile0000644000175000001440000000003412740141200017675 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug336/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017307 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug336/main.cc0000644000175000001440000000227012740141200017474 0ustar00osusers00000000000000#include #define FAILING struct test { int field0; }; #ifndef FAILING test teststruct = {0, 1, 2, 3}; #else test teststruct = {0, 1, 3}; #endif int main () { std::cout << "Bug 336: wrong ordering if order advice has no match:" << std::endl; std::cout << "=====================================================" << std::endl; std::cout << "the result should be 031 ..." << std::endl; #ifndef FAILING std::cout << teststruct.field0 << teststruct.field1 << teststruct.field2 << teststruct.field3 << std::endl; // returns 0321 #else std::cout << teststruct.field0 << teststruct.field1 << teststruct.field3 << std::endl; // should return 031, // but returns 013 (as if order advice was not given) #endif std::cout << "=====================================================" << std::endl; return 0; } aspect orderaspect { advice "test" : order ("slice3", "slice2", "slice1"); }; aspect slice1 { advice "test" : slice struct { int field1; }; }; #ifndef FAILING aspect slice2 { advice "test" : slice struct { int field2; }; }; #endif aspect slice3 { advice "test" : slice struct { int field3; }; }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5120000644000000000000000000000007412740141200015775 xustar0030 atime=1468174988.284169253 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug512/0000755000175000001440000000000012740141200016234 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug512/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020203 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug512/feature.ref0000644000175000001440000000041212740141200020362 0ustar00osusers00000000000000Bug512: advice for macro-generated call not woven ================================================= BEFORE: void hal_thread_switch_context() BEFORE: void hal_thread_switch_context() BEFORE: C a() BEFORE: void C::b() ================================================= aspectc++/AspectC++/tests/Bug512/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017512 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug512/Makefile0000644000175000001440000000003412740141200017671 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug512/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017305 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug512/main.cc0000644000175000001440000000135012740141200017466 0ustar00osusers00000000000000#include #define __B__ b struct C { void b() {} }; C a() { return C (); } #define CALL a().__B__() void hal_thread_switch_context() {} #define HAL_THREAD_SWITCH_CONTEXT() \ hal_thread_switch_context(); int main() { printf ("Bug512: advice for macro-generated call not woven\n"); printf ("=================================================\n"); HAL_THREAD_SWITCH_CONTEXT(); // no call advice with Bug 512 :( hal_thread_switch_context(); // call advice is ordinarily woven CALL; printf ("=================================================\n"); } aspect CallAdvisor { advice call("% ...::%(...)" && !"% printf(...)") : before() { printf ("BEFORE: %s\n", JoinPoint::signature()); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/RepoInvalid0000644000000000000000000000007412740141200017244 xustar0030 atime=1468174988.283169237 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/RepoInvalid/0000755000175000001440000000000012740141200017503 5ustar00osusers00000000000000aspectc++/AspectC++/tests/RepoInvalid/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021452 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/RepoInvalid/feature.ref0000644000175000001440000000010412740141200021627 0ustar00osusers00000000000000error: project repository 'repo.inv' cannot be opened or is invalid aspectc++/AspectC++/tests/RepoInvalid/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020761 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/RepoInvalid/Makefile0000644000175000001440000000010412740141200021136 0ustar00osusers00000000000000ACFLAGS := -r repo.inv WEAVE_ERROR := 1 include ../Makefile.generic aspectc++/AspectC++/tests/RepoInvalid/PaxHeaders.4702/repo.inv0000644000000000000000000000007412740141200021004 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/RepoInvalid/repo.inv0000644000175000001440000000000712740141200021163 0ustar00osusers00000000000000blabla aspectc++/AspectC++/tests/RepoInvalid/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020554 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/RepoInvalid/main.cc0000644000175000001440000000013712740141200020737 0ustar00osusers00000000000000// this code should not be compiled, because the project repository is invalid int main () {} aspectc++/AspectC++/tests/PaxHeaders.4702/DefaultArgs20000644000000000000000000000007412740141200017313 xustar0030 atime=1468174988.282169221 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/DefaultArgs2/0000755000175000001440000000000012740141200017552 5ustar00osusers00000000000000aspectc++/AspectC++/tests/DefaultArgs2/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021521 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/DefaultArgs2/feature.ref0000644000175000001440000000027112740141200021703 0ustar00osusers00000000000000 call const int getMBS() get const int MaxBufferSize get const int MaxBufferSize builtin int operator +(int,int) get const int MaxBufferSize 0 get const int MaxBufferSize 10 aspectc++/AspectC++/tests/DefaultArgs2/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021030 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/DefaultArgs2/Makefile0000644000175000001440000000011512740141200021207 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/DefaultArgs2/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020623 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/DefaultArgs2/main.cc0000644000175000001440000000157312740141200021013 0ustar00osusers00000000000000#include using namespace std; static const int MaxBufferSize = 1024000; const int getMBS() { return MaxBufferSize; } class Connection { public: int readDataIntoBuffer(int maxSize = MaxBufferSize + getMBS() ); }; int Connection::readDataIntoBuffer(int maxSize) { if (maxSize > MaxBufferSize) return 0; return 10; } int main() { int x = 42; Connection con; x = con.readDataIntoBuffer(); cout << x << endl; x = con.readDataIntoBuffer( 1024 ); cout << x << endl; return 0; } aspect TestExecution { advice call("const int getMBS()") : before() { cout << " call " << JoinPoint::signature() << endl; } advice builtin("int operator +(int,int)") : before() { cout << " builtin " << JoinPoint::signature() << endl; } advice get("const int MaxBufferSize") : before () { cout << " get " << JoinPoint::signature() << endl; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug4770000644000000000000000000000007312740141200016006 xustar0030 atime=1468174988.276169122 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug477/0000755000175000001440000000000012740141200016246 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug477/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020213 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug477/feature.ref0000644000175000001440000000071312740141200020400 0ustar00osusers00000000000000Bug477: Templates muddle base() and derived() pointcut functions ================================================================ derived("A"): void C::foo() base("E"): void C::foo() derived("A"): void C::bar() base("E"): void C::bar() derived("A"): void A::foo() base("E"): void A::foo() derived("A"): void D::moo() base("E"): void D::moo() derived("A"): void E::bla() ================================================================ aspectc++/AspectC++/tests/Bug477/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200017522 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug477/Makefile0000644000175000001440000000003412740141200017703 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug477/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017315 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug477/main.cc0000644000175000001440000000216312740141200017503 0ustar00osusers00000000000000#include class A { int a; public: virtual void foo() {}; }; class A0 : public A {}; template class B : private A { struct Inner {}; }; B bbb; // create two instances of B! template class C : private B { public: void foo() {} void bar() {} }; class D : public C { public: void moo() {} }; class E : public D { public: void bla() {} }; int main(){ E e; printf ("Bug477: Templates muddle base() and derived() pointcut functions\n"); printf ("================================================================\n"); e.foo(); // not matched by derived(A) e.bar(); // not matched by derived(A) ((A*)&e)->foo(); // not matched by base(E) e.moo(); // not matched by derived(A) e.bla(); // not matched by derived(A) printf ("================================================================\n"); return 0; } aspect DerivedTest { advice call(derived("A")) : before() { printf ("derived(\"A\"): %s\n", JoinPoint::signature()); } advice call(base("E")) : before() { printf ("base(\"E\"): %s\n", JoinPoint::signature()); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/CallRef0000644000000000000000000000007412740141200016340 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/CallRef/0000755000175000001440000000000012740141200016577 5ustar00osusers00000000000000aspectc++/AspectC++/tests/CallRef/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020546 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/CallRef/feature.ref0000644000175000001440000000000012740141200020716 0ustar00osusers00000000000000aspectc++/AspectC++/tests/CallRef/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020055 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/CallRef/Makefile0000644000175000001440000000003412740141200020234 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/CallRef/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017650 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/CallRef/main.cc0000644000175000001440000000061612740141200020035 0ustar00osusers00000000000000class A { public: void bar(int x) {} }; // the function itself int foo(int f) { return f; } int main() { // function pointer int (*foo2)(int) = &foo; foo2 = &foo; foo2 = foo; // function reference int(& func)(int) = foo; func(5); // function-pointer call foo2(42); (*foo2)(4711); // member-function pointer: A a; void (A::*fptr) (int) = &A::bar; (a.*fptr)(3); } aspectc++/AspectC++/tests/PaxHeaders.4702/NonInlineIntros0000644000000000000000000000007412740141200020120 xustar0030 atime=1468174988.278169155 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NonInlineIntros/0000755000175000001440000000000012740141200020357 5ustar00osusers00000000000000aspectc++/AspectC++/tests/NonInlineIntros/PaxHeaders.4702/D.cc0000644000000000000000000000007412740141200020667 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NonInlineIntros/D.cc0000644000175000001440000000010212740141200021042 0ustar00osusers00000000000000#include "D.h" int D::k = 4711; // here nothing should be added aspectc++/AspectC++/tests/NonInlineIntros/PaxHeaders.4702/F.h0000644000000000000000000000007412740141200020533 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NonInlineIntros/F.h0000644000175000001440000000057112740141200020720 0ustar00osusers00000000000000#ifndef __F_h__ #define __F_h__ #include class F { int a; int b; public: template void a_template_function (); static void f () { printf ("static void F::f()\n"); } static const int ci = 12; static int nci; }; // this should no be considered as the link-once code element template void F::a_template_function () {} #endif // __F_h__ aspectc++/AspectC++/tests/NonInlineIntros/PaxHeaders.4702/F.cc0000644000000000000000000000007412740141200020671 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NonInlineIntros/F.cc0000644000175000001440000000004312740141200021050 0ustar00osusers00000000000000#include "F.h" int F::nci = 4711; aspectc++/AspectC++/tests/NonInlineIntros/PaxHeaders.4702/D.h0000644000000000000000000000007412740141200020531 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NonInlineIntros/D.h0000644000175000001440000000026512740141200020716 0ustar00osusers00000000000000#ifndef __D_h__ #define __D_h__ class D { int i; static const int j = 3; static int k; public: void f (); // link-once code element (functions first) }; #endif // __D_h__ aspectc++/AspectC++/tests/NonInlineIntros/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022326 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NonInlineIntros/feature.ref0000644000175000001440000000115012740141200022505 0ustar00osusers00000000000000NonInlineIntros: Checks location of non-inline introductions ============================================================ calling normal functions: void C::f() void D::f() void E::f() static void F::f() calling introduced functions: introduced ...::g() introduced ...::g() introduced ...::g() accessing introduced static members: C::pi is 3.140000 D::pi is 3.140000 F::pi is 3.140000 ============================================================ introduced ...::square(Intro::Int) introduced destructor introduced ...::square(Intro::Int) introduced destructor introduced ...::square(Intro::Int) introduced destructor aspectc++/AspectC++/tests/NonInlineIntros/PaxHeaders.4702/Intro.ah0000644000000000000000000000007412740141200021602 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NonInlineIntros/Intro.ah0000644000175000001440000000343112740141200021765 0ustar00osusers00000000000000#ifndef __Intro_ah__ #define __Intro_ah__ #include class Foo; aspect Intro { pointcut dest () = "C"||"D"||"E"||"F"; public: static const int val = 2; advice dest () : slice struct { unsigned long int I1; }; advice dest () : slice struct { signed short (I2); }; advice dest () : slice struct { int Foo::*(*I3); }; advice dest () : slice struct { double Foo::*(* const (*I4(int,long))[47 + 11]); }; advice dest () : slice struct { void I5(Intro::Int*),(*I6); }; advice dest () : slice struct SL0 { static float pi; }; advice dest () && !"E": slice struct SL05 { struct S1 { S1 (); ~S1 (); void f (); } IS1; }; // advice dest () : struct { struct Y {}; } IS2, *IS3; <== invalid C++ code! advice dest () : slice struct { struct Z { struct Y {}; } IS2, *IS3; }; typedef int Int; advice dest () : slice struct SL1 { SL1 () {} SL1 (Intro::Int); }; advice dest () && !"E" : slice struct SL2 { ~SL2 (); }; advice dest () : slice struct SL3 { const Intro::Int square (Intro::Int); }; advice dest () : slice struct { void *operator new (size_t), *pp; }; advice dest () : slice struct SL4 { void g(); }; advice dest () : slice struct { static const int v = (8 + 15 ) * sizeof(int) / Intro::val; }; }; slice void Intro::SL4::g() { printf ("introduced ...::g()\n"); } slice float Intro::SL0::pi = 3.14f; slice Intro::SL1::SL1 (Intro::Int) : I3 (0) { printf ("introduced constructor\n"); } slice Intro::SL2::~SL2 () { square (Intro::val); printf ("introduced destructor\n"); } slice const Intro::Int Intro::SL3::square (Intro::Int arg) { printf ("introduced ...::square(Intro::Int)\n"); return arg * arg; } slice void Intro::SL05::S1::f () { } slice Intro::SL05::S1::S1 () { } slice Intro::SL05::S1::~S1 () { } #endif // __Intro_ah__ aspectc++/AspectC++/tests/NonInlineIntros/PaxHeaders.4702/E.h0000644000000000000000000000007412740141200020532 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NonInlineIntros/E.h0000644000175000001440000000047412740141200020721 0ustar00osusers00000000000000#ifndef __E_h__ #define __E_h__ #include class E { int a; int b; public: template void a_template_function (); void f () { printf ("void E::f()\n"); } }; // this should no be considered as the link-once code element template void E::a_template_function () {} #endif // __E_h__ aspectc++/AspectC++/tests/NonInlineIntros/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021635 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NonInlineIntros/Makefile0000644000175000001440000000003412740141200022014 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/NonInlineIntros/PaxHeaders.4702/C.h0000644000000000000000000000007412740141200020530 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NonInlineIntros/C.h0000644000175000001440000000042312740141200020711 0ustar00osusers00000000000000#ifndef __C_h__ #define __C_h__ class C { public: template void a_template_function (); void f (); // link-once code element }; // this should no be considered as the link-once code element template void C::a_template_function () {} #endif // __C_h__ aspectc++/AspectC++/tests/NonInlineIntros/PaxHeaders.4702/C.cc0000644000000000000000000000007412740141200020666 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NonInlineIntros/C.cc0000644000175000001440000000147012740141200021052 0ustar00osusers00000000000000#include #include "C.h" #include "D.h" #include "E.h" #include "F.h" void C::f () { printf ("void C::f()\n"); } void D::f () { printf ("void D::f()\n"); } int main () { C c; D d; E e; printf ("NonInlineIntros: Checks location of non-inline introductions\n"); printf ("============================================================\n"); printf ("calling normal functions:\n"); c.f (); d.f (); e.f (); F::f (); printf ("calling introduced functions:\n"); c.g (); d.g (); F f; f.g (); printf ("accessing introduced static members:\n"); printf ("C::pi is %f\n", C::pi); printf ("D::pi is %f\n", D::pi); printf ("F::pi is %f\n", F::pi); printf ("============================================================\n"); } // here the non-inline intros for C and D should be added ... aspectc++/AspectC++/tests/PaxHeaders.4702/MacroCall0000644000000000000000000000007412740141200016665 xustar0030 atime=1468174988.279169171 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/MacroCall/0000755000175000001440000000000012740141200017124 5ustar00osusers00000000000000aspectc++/AspectC++/tests/MacroCall/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021073 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/MacroCall/feature.ref0000644000175000001440000000076212740141200021262 0ustar00osusers00000000000000MacroCall: ============================================================= call to foo() -> before foo() call -> in foo() call to bar() -> before bar() execution -> in bar() ============================================================= call to qInitResources_foo() -> in qInitResources_foo ============================================================= call to qInitResources_bar() -> before qInitResources_% call -> in qInitResources_bar ============================================================= aspectc++/AspectC++/tests/MacroCall/PaxHeaders.4702/external.cc0000644000000000000000000000007412740141200021073 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/MacroCall/external.cc0000644000175000001440000000016612740141200021260 0ustar00osusers00000000000000#include using std::printf; int qInitResources_foo () { printf ("in qInitResources_foo\n"); return 0; } aspectc++/AspectC++/tests/MacroCall/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020402 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/MacroCall/Makefile0000644000175000001440000000003412740141200020561 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/MacroCall/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020175 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/MacroCall/main.cc0000644000175000001440000000355512740141200020367 0ustar00osusers00000000000000#include using std::printf; #define XSTR(s) STR(s) #define STR(s) #s #define ARGDECL int i #define BAR bar #define INT int aspect Calls { advice call ("% _foo(...)") : before () { printf ("before foo() call -> "); } advice execution ("% " XSTR(BAR) "(...)") : before () { printf ("before bar() execution -> "); } advice call ("% qInitResources_%(...)") : before () { printf ("before qInitResources_%% call -> "); } }; #define VOID void #define FOODEF \ VOID _foo (int, float) { \ printf ("in foo()\n"); \ } FOODEF VOID BAR (INT i) { printf ("in bar()\n"); \ } #define ARG 3+3 #define foo _foo #define QT_MANGLE_NAMESPACE(name) name #define Q_INIT_RESOURCE(name) \ do { extern int QT_MANGLE_NAMESPACE(qInitResources_ ## name) (); \ QT_MANGLE_NAMESPACE(qInitResources_ ## name) (); } while (0) int qInitResources_bar () { printf ("in qInitResources_bar\n"); return 0; } #define EXPECT_FALSE(exp) __builtin_expect((exp),false) class A { public: int test() { return 0; } static A* getInstance() { static A inst; return &inst; } }; int test() { if (EXPECT_FALSE(A::getInstance()->test())) { return 1; } return 0; } aspect A_call { advice call("% A::%(...)") : before() {} }; int main () { printf ("MacroCall:\n"); printf ("=============================================================\n"); printf ("call to foo() -> "); foo (ARG,ARG); printf ("call to bar() -> "); bar (ARG); printf ("=============================================================\n"); printf ("call to qInitResources_foo() -> "); Q_INIT_RESOURCE(foo); // should not match. printf ("=============================================================\n"); printf ("call to qInitResources_bar() -> "); Q_INIT_RESOURCE(bar); // should match. printf ("=============================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Base0000644000000000000000000000007412740141200015702 xustar0030 atime=1468174988.292169385 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/Base/0000755000175000001440000000000012740141200016141 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Base/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020110 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/Base/feature.ref0000644000175000001440000000116312740141200020273 0ustar00osusers00000000000000Base: test the 'base' pointcut function: ======================================== before base("C3") before base("% C3::f(double)") void C1::f(double) ---------------------------------------- before base("C3") void C1::f() ---------------------------------------- before base("C3") before base("% C3::f(double)") void C2::f(double) ---------------------------------------- before base("C3") before base("% C3::f(X&)") void C2::f(X&) ---------------------------------------- before base("C3") void C2::x() ---------------------------------------- void C3::f() ======================================== aspectc++/AspectC++/tests/Base/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017417 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/Base/Makefile0000644000175000001440000000003412740141200017576 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Base/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017212 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/Base/main.cc0000644000175000001440000000331412740141200017375 0ustar00osusers00000000000000#include struct X { X () {} }; struct C1 { void x () { printf (" void C1::x()\n"); } void f () { printf (" void C1::f()\n"); } void f (double) { printf (" void C1::f(double)\n"); } void f (const X&) { printf (" void C1::f(X&)\n"); } }; struct C2 : C1 { void x () { printf (" void C2::x()\n"); } void f () { printf (" void C2::f()\n"); } void f (double) { printf (" void C2::f(double)\n"); } void f (const X&) { printf (" void C2::f(X&)\n"); } }; struct C3 : C2 { void x () { printf (" void C3::x()\n"); } void f () { printf (" void C3::f()\n"); } void f (double) { printf (" void C3::f(double)\n"); } void f (const X&) { printf (" void C3::f(X&)\n"); } }; aspect Tracer { advice execution (base ("C3")) : before () { printf (" before base(\"C3\")\n"); } advice execution (base ("% C3::f(double)")) : before () { printf (" before base(\"%% C3::f(double)\")\n"); } advice execution (base ("% C3::f(X&)")) : before () { printf (" before base(\"%% C3::f(X&)\")\n"); } }; int main() { C3 c; printf ("Base: test the 'base' pointcut function:\n"); printf ("========================================\n"); c.C1::f (3.0); printf ("----------------------------------------\n"); c.C1::f (); printf ("----------------------------------------\n"); c.C2::f (3.0); printf ("----------------------------------------\n"); c.C2::f (X ()); printf ("----------------------------------------\n"); c.C2::x (); printf ("----------------------------------------\n"); c.C3::f (); printf ("========================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/MatchVirtual0000644000000000000000000000007412740141200017433 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/MatchVirtual/0000755000175000001440000000000012740141200017672 5ustar00osusers00000000000000aspectc++/AspectC++/tests/MatchVirtual/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021641 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/MatchVirtual/feature.ref0000644000175000001440000000067112740141200022027 0ustar00osusers00000000000000Check the match mechanism for 'virtual' in match expressions ============================================================ call to void BAR::barMethod() NON-VIRTUAL method call to void BAR::fooBarMethod() VIRTUAL method call to void BAR::fooBarMethod(int) NON-VIRTUAL method call to void FOO::fooBarMethod() VIRTUAL method call to void FOOBAR::other() NON-VIRTUAL method ============================================================ aspectc++/AspectC++/tests/MatchVirtual/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021150 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/MatchVirtual/Makefile0000644000175000001440000000003412740141200021327 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/MatchVirtual/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020743 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/MatchVirtual/main.cc0000644000175000001440000000243512740141200021131 0ustar00osusers00000000000000#include class FOOBAR { protected: virtual void fooBarMethod(); void other () {} }; class FOO : protected FOOBAR{ public: friend int main (); void fooBarMethod () { other(); } // virtual function, too }; class BAR : FOO { public: void barMethod(); void fooBarMethod(); // virtual, but not declared as virtual void fooBarMethod(int); // same name, but not virtual }; void FOOBAR::fooBarMethod() {} void BAR::fooBarMethod() {} void BAR::fooBarMethod(int) {} void BAR::barMethod() { fooBarMethod(); fooBarMethod (42); } aspect Trace { pointcut excl() = call ("% printf(...)"); advice !excl() && call("% ...::%(...)") : before () { printf ("call to %s\n", JoinPoint::signature ()); } advice !excl() && call("virtual % ...::%(...)") : before () { printf (" VIRTUAL method\n"); } advice !excl() && target("%") && !call ("virtual % ...::%(...)"): before () { printf (" NON-VIRTUAL method\n"); } }; int main () { printf ("Check the match mechanism for 'virtual' in match expressions\n"); printf ("============================================================\n"); BAR bar; bar.barMethod(); FOO *fooptr = new FOO; fooptr->fooBarMethod (); delete fooptr; printf ("============================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/VoidArg0000644000000000000000000000007312740141200016362 xustar0030 atime=1468174988.270169023 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/VoidArg/0000755000175000001440000000000012740141200016622 5ustar00osusers00000000000000aspectc++/AspectC++/tests/VoidArg/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020567 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/VoidArg/feature.ref0000644000175000001440000000346112740141200020757 0ustar00osusers00000000000000VoidArg: checks advice for functions with void argument (#206) ============================================================== -> before advice 1 for joinpoint "void myClass::inlineMethod()" -> around advice 1 for joinpoint "void myClass::inlineMethod()" >>> -> before advice 2 for joinpoint "void myClass::inlineMethod()" -> around advice 2 for joinpoint "void myClass::inlineMethod()" >>> -> before advice 1 for joinpoint "void myClass::inlineMethod()" -> around advice 1 for joinpoint "void myClass::inlineMethod()" >>> -> before advice 2 for joinpoint "void myClass::inlineMethod()" -> around advice 2 for joinpoint "void myClass::inlineMethod()" >>> in myClass::inlineMethod() -> after advice 2 for joinpoint "void myClass::inlineMethod()" <<< -> after advice 1 for joinpoint "void myClass::inlineMethod()" <<< -> after advice 2 for joinpoint "void myClass::inlineMethod()" <<< -> after advice 1 for joinpoint "void myClass::inlineMethod()" <<< -> before advice 1 for joinpoint "void myClass::method()" -> around advice 1 for joinpoint "void myClass::method()" >>> -> before advice 2 for joinpoint "void myClass::method()" -> around advice 2 for joinpoint "void myClass::method()" >>> -> before advice 1 for joinpoint "void myClass::method()" -> around advice 1 for joinpoint "void myClass::method()" >>> -> before advice 2 for joinpoint "void myClass::method()" -> around advice 2 for joinpoint "void myClass::method()" >>> in myClass::method() -> after advice 2 for joinpoint "void myClass::method()" <<< -> after advice 1 for joinpoint "void myClass::method()" <<< -> after advice 2 for joinpoint "void myClass::method()" <<< -> after advice 1 for joinpoint "void myClass::method()" <<< ============================================================== aspectc++/AspectC++/tests/VoidArg/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200020076 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/VoidArg/Makefile0000644000175000001440000000003412740141200020257 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/VoidArg/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017671 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/VoidArg/main.cc0000644000175000001440000000300012740141200020046 0ustar00osusers00000000000000#include class myClass { public: void method(void); void inlineMethod(void) { printf(" in myClass::inlineMethod()\n"); } }; void myClass::method(void) { printf(" in myClass::method()\n"); } aspect myClassTracer { pointcut jps () = call ("% myClass::%(...)") || execution ("% myClass::%(...)"); advice jps () : before () { printf (" -> before advice 1 for joinpoint \"%s\"\n", JoinPoint::signature ()); } advice jps () : around () { printf (" -> around advice 1 for joinpoint \"%s\"\n", JoinPoint::signature ()); printf (" >>>\n"); tjp->proceed (); printf (" <<<\n"); } advice jps () : after () { printf (" -> after advice 1 for joinpoint \"%s\"\n", JoinPoint::signature ()); } advice jps () : before () { printf (" -> before advice 2 for joinpoint \"%s\"\n", JoinPoint::signature ()); } advice jps () : around () { printf (" -> around advice 2 for joinpoint \"%s\"\n", JoinPoint::signature ()); printf (" >>>\n"); tjp->proceed (); printf (" <<<\n"); } advice jps () : after () { printf (" -> after advice 2 for joinpoint \"%s\"\n", JoinPoint::signature ()); } }; int main () { myClass mc; printf ("VoidArg: checks advice for functions with void argument (#206)\n"); printf ("==============================================================\n"); mc.inlineMethod (); mc.method (); printf ("==============================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/UnknownTypeCheck0000644000000000000000000000007312740141200020266 xustar0029 atime=1468174988.27116904 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/UnknownTypeCheck/0000755000175000001440000000000012740141200020526 5ustar00osusers00000000000000aspectc++/AspectC++/tests/UnknownTypeCheck/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022475 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/UnknownTypeCheck/feature.ref0000644000175000001440000000077212740141200022665 0ustar00osusers00000000000000UnknownTypeCheck: dynamic check for an unknown type =============================================================== with advice (invocation on B object): --> void A::f() A::f() running <-- --------------------------------------------------------------- without advice (invocation on A object): A::f() running --------------------------------------------------------------- without advice (invocation on Unrelated object): void Unrelated::f() =============================================================== aspectc++/AspectC++/tests/UnknownTypeCheck/PaxHeaders.4702/check.ah0000644000000000000000000000007412740141200021733 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/UnknownTypeCheck/check.ah0000644000175000001440000000040012740141200022107 0ustar00osusers00000000000000#ifndef __Check_ah__ #define __Check_ah__ #include aspect Check { advice target ("B") && call ("% %::f(...)") : around () { printf ("--> %s\n", tjp->signature ()); tjp->proceed (); printf ("<--\n"); } }; #endif // __Check_ah__ aspectc++/AspectC++/tests/UnknownTypeCheck/PaxHeaders.4702/a.h0000644000000000000000000000007412740141200020735 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/UnknownTypeCheck/a.h0000644000175000001440000000014312740141200021115 0ustar00osusers00000000000000#ifndef __A_h__ #define __A_h__ class A { public: void f (); void g (); }; #endif // __A_h__ aspectc++/AspectC++/tests/UnknownTypeCheck/PaxHeaders.4702/b.h0000644000000000000000000000007412740141200020736 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/UnknownTypeCheck/b.h0000644000175000001440000000014412740141200021117 0ustar00osusers00000000000000#ifndef __B_h__ #define __B_h__ #include "a.h" class B : public A { public: }; #endif // __B_h__ aspectc++/AspectC++/tests/UnknownTypeCheck/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022004 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/UnknownTypeCheck/Makefile0000644000175000001440000000003412740141200022163 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/UnknownTypeCheck/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021577 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/UnknownTypeCheck/main.cc0000644000175000001440000000140512740141200021761 0ustar00osusers00000000000000#include #include "b.h" class Unrelated { public: void f () { printf ("void Unrelated::f()\n"); } }; int main () { B b; A a; Unrelated u; printf ("UnknownTypeCheck: dynamic check for an unknown type\n"); printf ("===============================================================\n"); printf ("with advice (invocation on B object):\n"); b.g (); printf ("---------------------------------------------------------------\n"); printf ("without advice (invocation on A object):\n"); a.g (); printf ("---------------------------------------------------------------\n"); printf ("without advice (invocation on Unrelated object):\n"); u.f (); printf ("===============================================================\n"); return 0; } aspectc++/AspectC++/tests/UnknownTypeCheck/PaxHeaders.4702/a.cc0000644000000000000000000000007412740141200021073 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/UnknownTypeCheck/a.cc0000644000175000001440000000015512740141200021256 0ustar00osusers00000000000000#include #include "a.h" void A::f () { printf ("A::f() running\n"); } void A::g () { f (); } aspectc++/AspectC++/tests/PaxHeaders.4702/SimpleGetSetFuncPtr0000644000000000000000000000007412740141200020677 xustar0030 atime=1468174988.284169253 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/SimpleGetSetFuncPtr/0000755000175000001440000000000012740141200021136 5ustar00osusers00000000000000aspectc++/AspectC++/tests/SimpleGetSetFuncPtr/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200023105 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/SimpleGetSetFuncPtr/feature.ref0000644000175000001440000000043512740141200023271 0ustar00osusers00000000000000SET: void (*Container::foo)(int) at line 13 SET of foo at line 13 SET of any function pointer: void (*Container::foo)(int) at line 13 GET: void (*Container::foo)(int) at line 17 GET of foo at line 17 GET of any function pointer: void (*Container::foo)(int) at line 17 called with x=42 aspectc++/AspectC++/tests/SimpleGetSetFuncPtr/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022414 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/SimpleGetSetFuncPtr/Makefile0000644000175000001440000000011512740141200022573 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/SimpleGetSetFuncPtr/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200022207 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/SimpleGetSetFuncPtr/main.cc0000644000175000001440000000235012740141200022371 0ustar00osusers00000000000000#include using namespace std; void my_int_func(int x) { cout << "called with x=" << x << endl; } class Container { void (*foo)(int); public: Container() { foo = &my_int_func; } void bar(int x) { foo(x); } }; int main() { Container c; c.bar(42); } aspect GetSetFuncPtr { // matching any member access advice get("% Container::%") : before() { cout << "GET: " << JoinPoint::signature() << " at line " << tjp->line() << endl; } advice set("% Container::%") : before() { cout << "SET: " << JoinPoint::signature() << " at line " << tjp->line() << endl; } // matching only the function pointer 'foo' advice get("void (*Container::foo)(int)") : before() { cout << "GET of foo at line " << tjp->line() << endl; } advice set("void (*Container::foo)(int)") : before() { cout << "SET of foo at line " << tjp->line() << endl; } // matching any function pointer advice get("% (*...::%)(...)") : before() { cout << "GET of any function pointer: " << JoinPoint::signature() << " at line " << tjp->line() << endl; } advice set("% (*...::%)(...)") : before() { cout << "SET of any function pointer: " << JoinPoint::signature() << " at line " << tjp->line() << endl; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/ExecAdviceRecursive0000644000000000000000000000007312740141200020717 xustar0029 atime=1468174988.28516927 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/ExecAdviceRecursive/0000755000175000001440000000000012740141200021157 5ustar00osusers00000000000000aspectc++/AspectC++/tests/ExecAdviceRecursive/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200023126 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/ExecAdviceRecursive/feature.ref0000644000175000001440000000074312740141200023314 0ustar00osusers00000000000000ExecAdviceRecursive: checks exec advice for recursive fcts ========================================================== before int fak1(int) before int fak1(int) around-before int fak2(int) around-before int fak2(int) around-before int fak2(int) around-after int fak2(int) around-after int fak2(int) around-after int fak2(int) after int N::fak3(int) after int N::fak3(int) after int N::fak3(int) after int N::fak3(int) ========================================================== aspectc++/AspectC++/tests/ExecAdviceRecursive/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022435 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/ExecAdviceRecursive/Makefile0000644000175000001440000000003412740141200022614 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/ExecAdviceRecursive/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200022230 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/ExecAdviceRecursive/main.cc0000644000175000001440000000201112740141200022404 0ustar00osusers00000000000000#include int fak2 (int n); namespace N { int fak3 (int n); } #ifdef XXXXXXXXXXXX XYZ #else int fak1 (int n) #endif { return (n <= 1) ? 1 : n * fak1 (n - 1); } int fak2 (int n) { return (n <= 1) ? 1 : n * fak2 (n - 1); } int N::fak3 (int n) { return (n <= 1) ? 1 : n * fak3 (n - 1); } aspect Tracer { advice execution ("% ...::fak1(...)") : before () { printf ("before %s\n", JoinPoint::signature ()); } advice execution ("% ...::fak2(...)") : around () { printf ("around-before %s\n", JoinPoint::signature ()); tjp->proceed (); printf ("around-after %s\n", JoinPoint::signature ()); } advice execution ("% ...::fak3(...)") : after () { printf ("after %s\n", JoinPoint::signature ()); } }; int main() { printf ("ExecAdviceRecursive: checks exec advice for recursive fcts\n"); printf ("==========================================================\n"); fak1 (2); fak2 (3); N::fak3 (4); printf ("==========================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/Slice0000644000000000000000000000007412740141200016067 xustar0030 atime=1468174988.284169253 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Slice/0000755000175000001440000000000012740141200016326 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Slice/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020275 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Slice/feature.ref0000644000175000001440000000104212740141200020454 0ustar00osusers00000000000000Slice: of few simple slice implementations ========================================== before Puma::XXX::XXX(bool) before bool Puma::XXX::in_advice() const in: 1 before void Puma::XXX::enter_advice() before void Puma::XXX::Nested3::nf() call advice for introduced code works. before void Puma::XXX::Nested3::here_I_am() before bool Puma::XXX::in_advice() const in: 1 before void Puma::XXX::leave_advice() before bool Puma::XXX::in_advice() const in: 0 before void Puma::XXX::g() ========================================== before Puma::XXX::~XXX() aspectc++/AspectC++/tests/Slice/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017604 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Slice/Makefile0000644000175000001440000000003412740141200017763 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Slice/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017377 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Slice/main.cc0000644000175000001440000000657212740141200017573 0ustar00osusers00000000000000#include class SomeBase1 {}; class SomeBase2 {}; class SomeBase3 {}; namespace Puma { class XXX { }; slice class ACSemanticForC : public SomeBase2 { bool _in_advice; class Nested; struct Nested3 { static void nf() {} }; public: static int anon; ACSemanticForC () : _in_advice (false) {} explicit ACSemanticForC (bool a); virtual ~ACSemanticForC (); void enter_advice () { _in_advice = true; Nested3::nf (); Nested3::here_I_am(); } void enter_advice2 () { _in_advice = true; } bool in_advice () const { return _in_advice; } void leave_advice (); }; slice class ACBuilder; } slice class IntoNested3 { struct Nested4 {}; public: static void here_I_am() {} }; slice class IntoNested4 { struct Nested3 {}; static void here_I_am() {} }; slice class Puma::ACBuilder; slice class Puma::ACBuilder {}; slice struct InGlobal { int _in_global; void global (); }; class WithBase : public SomeBase1 {}; namespace Puma { slice class Bla; } int main () { printf ("Slice: of few simple slice implementations\n"); printf ("==========================================\n"); Puma::XXX x(true); printf ("in: %d\n", x.in_advice ()); x.enter_advice (); printf ("in: %d\n", x.in_advice ()); x.leave_advice (); printf ("in: %d\n", x.in_advice ()); x.g (); // from DefinedLater printf ("==========================================\n"); }; slice class DefinedLater; aspect Foo { // advice "Puma::XXX" : baseclass (SomeBase1); advice "Puma::XXX" : slice class U : public SomeBase3; advice "WithBase" : slice struct : SomeBase2; advice "Puma::XXX" : slice Puma::Bla; advice "...::Nested3" : slice IntoNested3; // advice "...::Nested4" : slice IntoNested4; // doesn't work! Infinite intro recursion. slice class Local { typedef Local THIS; }; /* advice "XXX" : slice class Bla; // wrong */ /* advice "XXX" : slice struct ::Foo; // wrong */ advice "Puma::XXX" : slice Puma::ACSemanticForC; advice "Puma::XXX" : slice InGlobal; /* advice "XXX" : { */ /* void *blob; */ /* }; */ advice "Puma::XXX" : slice DefinedLater; slice struct Later2; advice "Puma::XXX" : slice Later2; advice "Puma::XXX" : slice class {}; // useless :-) advice "Puma::XXX" : slice class S { double murks; long long murks2; public: // S () {} explicit S(int) {} explicit S(double i) : murks(i) {} S(unsigned long long ll) : murks2(ll) {} int bar2; class Nested2; }; }; slice class Puma::Bla { void func (); }; slice void Puma::Bla::func () { } slice struct Foo::Later2 { int _later2; }; slice class DefinedLater { int _def_later; public: void g (); }; slice void DefinedLater::g () {} aspect Trace { advice execution (member ("Puma::XXX")) || construction ("Puma::XXX") || destruction ("Puma::XXX") : before () { printf ("before %s\n", JoinPoint::signature ()); } advice call ("% ...::here_I_am()") : before () { printf ("call advice for introduced code works.\n"); } }; slice class Puma::ACSemanticForC::Nested { int i; }; slice void Puma::ACSemanticForC::leave_advice () { _in_advice = false; } slice int Puma::ACSemanticForC::anon = 0; slice class ::Foo::S::Nested2 {}; slice Puma::ACSemanticForC::~ACSemanticForC () {} slice Puma::ACSemanticForC::ACSemanticForC (bool a) : _in_advice (a) {} slice void InGlobal::global () {} aspectc++/AspectC++/tests/PaxHeaders.4702/CompoundGetSetAdvice0000644000000000000000000000007412740141200021044 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/CompoundGetSetAdvice/0000755000175000001440000000000012740141200021303 5ustar00osusers00000000000000aspectc++/AspectC++/tests/CompoundGetSetAdvice/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200023252 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/CompoundGetSetAdvice/feature.ref0000644000175000001440000001024012740141200023431 0ustar00osusers00000000000000COMPOUND: += : Get: int a = 42 Before: int a ent: 42 new: 45 Around: int a ent: 42 new: 45 ent (inner): 42 new (inner): 90 set (inner): 90 set: 90 After: int a set: 122 Get: int a = 122 122 += : Get: int b = 3 Get: int a = 122 Before: int a ent: 122 new: 125 Around: int a ent: 122 new: 125 ent (inner): 122 new (inner): 250 set (inner): 250 set: 250 After: int a set: 282 Get: int a = 282 282 ++: Get: int a = 282 Before: int a ent: 282 new: 283 Around: int a ent: 282 new: 283 ent (inner): 282 new (inner): 566 set (inner): 566 set: 566 After: int a set: 598 282 ++: Hello Operator: int &operator ++(int &) Get: int a = 598 Before: int a ent: 598 new: 599 Around: int a ent: 598 new: 599 ent (inner): 598 new (inner): 1198 set (inner): 1198 set: 1198 After: int a set: 1230 Bye. Get: int a = 1230 1230 --: Get: int a = 1230 Before: int a ent: 1230 new: 1229 Around: int a ent: 1230 new: 1229 ent (inner): 1230 new (inner): 2458 set (inner): 2458 set: 2458 After: int a set: 2490 1230 --: Get: int a = 2490 Before: int a ent: 2490 new: 2489 Around: int a ent: 2490 new: 2489 ent (inner): 2490 new (inner): 4978 set (inner): 4978 set: 4978 After: int a set: 5010 Get: int a = 5010 5010 -= : Get: int b = 3 Get: int a = 5010 Before: int a ent: 5010 new: 5007 Around: int a ent: 5010 new: 5007 ent (inner): 5010 new (inner): 10014 set (inner): 10014 set: 10014 After: int a set: 10046 Get: int a = 10046 10046 *= : Get: int b = 3 Get: int a = 10046 Before: int a ent: 10046 new: 30138 Around: int a ent: 10046 new: 30138 ent (inner): 10046 new (inner): 60276 set (inner): 60276 set: 60276 After: int a set: 60308 Get: int a = 60308 60308 /= : Get: int b = 3 Get: int a = 60308 Before: int a ent: 60308 new: 20102 Around: int a ent: 60308 new: 20102 ent (inner): 60308 new (inner): 40204 set (inner): 40204 set: 40204 After: int a set: 40236 Get: int a = 40236 40236 %= : Get: int b = 3 Get: int a = 40236 Before: int a ent: 40236 new: 0 Around: int a ent: 40236 new: 0 ent (inner): 40236 new (inner): 0 set (inner): 0 set: 0 After: int a set: 32 Get: int a = 32 32 |= : Get: int b = 3 Get: int a = 32 Before: int a ent: 32 new: 35 Around: int a ent: 32 new: 35 ent (inner): 32 new (inner): 70 set (inner): 70 set: 70 After: int a set: 102 Get: int a = 102 102 ^= : Get: int b = 3 Get: int a = 102 Before: int a ent: 102 new: 101 Around: int a ent: 102 new: 101 ent (inner): 102 new (inner): 202 set (inner): 202 set: 202 After: int a set: 234 Get: int a = 234 234 &= : Get: int b = 3 Get: int a = 234 Before: int a ent: 234 new: 2 Around: int a ent: 234 new: 2 ent (inner): 234 new (inner): 4 set (inner): 4 set: 4 After: int a set: 36 Get: int a = 36 36 <<= : Get: int b = 3 Get: int a = 36 Before: int a ent: 36 new: 288 Around: int a ent: 36 new: 288 ent (inner): 36 new (inner): 576 set (inner): 576 set: 576 After: int a set: 608 Get: int a = 608 608 >>= : Get: int b = 3 Get: int a = 608 Before: int a ent: 608 new: 76 Around: int a ent: 608 new: 76 ent (inner): 608 new (inner): 152 set (inner): 152 set: 152 After: int a set: 184 Get: int a = 184 184 FORWARD: = : Ref: short int s _. PASSED 5 Ref: short int S::s .. PASSED 16 += : Ref: short int s _. PASSED 7 Ref: short int S::s .. PASSED 18 -= : Ref: short int s _. PASSED 3 Ref: short int S::s .. PASSED 14 *= : Ref: short int s _. PASSED 15 Ref: short int S::s .. PASSED 70 /= : Ref: short int s _. PASSED 5 Ref: short int S::s .. PASSED 23 %= : Ref: short int s _. PASSED 5 Ref: short int S::s .. PASSED 2 ^= : Ref: short int s _. PASSED 6 Ref: short int S::s .. PASSED 1 |= : Ref: short int s _. PASSED 7 Ref: short int S::s .. PASSED 5 &= : Ref: short int s _. PASSED 3 Ref: short int S::s .. PASSED 1 <<= : Ref: short int s _. PASSED 24 Ref: short int S::s .. PASSED 8 >>= : Ref: short int s _. PASSED 6 Ref: short int S::s .. PASSED 2 ++: Ref: short int s _. PASSED 7 Ref: short int S::s .. PASSED 3 --: Ref: short int s _. PASSED 6 Ref: short int S::s .. PASSED 2 aspectc++/AspectC++/tests/CompoundGetSetAdvice/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022561 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/CompoundGetSetAdvice/Makefile0000644000175000001440000000011512740141200022740 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/CompoundGetSetAdvice/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200022354 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/CompoundGetSetAdvice/main.cc0000644000175000001440000001177712740141200022553 0ustar00osusers00000000000000#include using namespace std; int a = 42; int b = 3; short s; struct S { short s; } o; int main() { cout << "COMPOUND:" << endl; cout << endl << " += :" << endl; cout << ( a += 3 ) << endl; cout << endl << " += :" << endl; cout << ( a += b ) << endl; cout << endl << "++:" << endl; cout << ( a++ ) << endl; cout << endl << "++:" << endl; cout << ( ++a ) << endl; cout << endl << "--:" << endl; cout << ( a-- ) << endl; cout << endl << "--:" << endl; cout << ( --a ) << endl; cout << endl << " -= :" << endl; cout << ( a -= b ) << endl; cout << endl << " *= :" << endl; cout << ( a *= b ) << endl; cout << endl << " /= :" << endl; cout << ( a /= b ) << endl; cout << endl << " %= :" << endl; cout << ( a %= b ) << endl; cout << endl << " |= :" << endl; cout << ( a |= b ) << endl; cout << endl << " ^= :" << endl; cout << ( a ^= b ) << endl; cout << endl << " &= :" << endl; cout << ( a &= b ) << endl; cout << endl << " <<= :" << endl; cout << ( a <<= b ) << endl; cout << endl << " >>= :" << endl; cout << ( a >>= b ) << endl; // checking forwarding without advice on op cout << endl << endl << "FORWARD:" << endl; cout << endl << " = :" << endl; { short& r = ( s = 5 ); cout << r << endl; } { short& r = ( o.s = 16 ); cout << r << endl; } cout << endl << " += :" << endl; { short& r = ( s += 2 ); cout << r << endl; } { short& r = ( o.s += 2 ); cout << r << endl; } cout << endl << " -= :" << endl; { short& r = ( s -= 4 ); cout << r << endl; } { short& r = ( o.s -= 4 ); cout << r << endl; } cout << endl << " *= :" << endl; { short& r = ( s *= 5 ); cout << r << endl; } { short& r = ( o.s *= 5 ); cout << r << endl; } cout << endl << " /= :" << endl; { short& r = ( s /= 3 ); cout << r << endl; } { short& r = ( o.s /= 3 ); cout << r << endl; } cout << endl << " %= :" << endl; { short& r = ( s %= 7 ); cout << r << endl; } { short& r = ( o.s %= 7 ); cout << r << endl; } cout << endl << " ^= :" << endl; { short& r = ( s ^= 3 ); cout << r << endl; } { short& r = ( o.s ^= 3 ); cout << r << endl; } cout << endl << " |= :" << endl; { short& r = ( s |= 5 ); cout << r << endl; } { short& r = ( o.s |= 5 ); cout << r << endl; } cout << endl << " &= :" << endl; { short& r = ( s &= 3 ); cout << r << endl; } { short& r = ( o.s &= 3 ); cout << r << endl; } cout << endl << " <<= :" << endl; { short& r = ( s <<= 3 ); cout << r << endl; } { short& r = ( o.s <<= 3 ); cout << r << endl; } cout << endl << " >>= :" << endl; { short& r = ( s >>= 2 ); cout << r << endl; } { short& r = ( o.s >>= 2 ); cout << r << endl; } cout << endl << "++:" << endl; { short& r = ( ++s ); cout << r << endl; } { short& r = ( ++o.s ); cout << r << endl; } cout << endl << "--:" << endl; { short& r = ( --s ); cout << r << endl; } { short& r = ( --o.s ); cout << r << endl; } return 0; } aspect SetTest1 { advice set("int ...::%") : before() { cout << "Before: " << tjp->signature() << endl; cout << "ent: " << *tjp->entity() << endl; cout << "new: " << *tjp->arg<0>() << endl; } advice set("int ...::%") : after() { cout << "After: " << tjp->signature() << endl; cout << "set: " << *tjp->entity() << endl; } }; aspect SetTest2 { advice set("int ...::%") : around() { cout << "Around: " << tjp->signature() << endl; cout << "ent: " << *tjp->entity() << endl; cout << "new: " << *tjp->arg<0>() << endl; *tjp->arg<0>() *= 2; tjp->proceed(); JoinPoint::Entity &tmp = *tjp->entity(); cout << "set: " << tmp << endl; tmp += 32; } }; aspect SetTest3 { advice set("int ...::%") : around() { cout << "ent (inner): " << *tjp->entity() << endl; cout << "new (inner): " << *tjp->arg<0>() << endl; tjp->proceed(); cout << "set (inner): " << *tjp->entity() << endl; } }; aspect GetTest { advice get("int ...::%") : after() { cout << "Get: " << tjp->signature() << " = " << *tjp->entity() << endl; } }; aspect Call { advice builtin("int &operator ++(int &)") : around() { cout << "Hello Operator: " << tjp->signature() << endl; tjp->proceed(); cout << "Bye." << endl; } }; aspect RefTest { advice ref("short ...::%") : after() { cout << "Ref: " << tjp->signature() << " "; bool pass = true; if( tjp->target() ) { pass = pass && ( tjp->target() == &o ); cout << ( tjp->target() == &o ? "." : "F" ); pass = pass && ( tjp->entity() == &o.s ); cout << ( tjp->entity() == &o.s ? "." : "F" ); } else { cout << "_"; pass = pass && ( tjp->entity() == &s ); cout << ( tjp->entity() == &s ? "." : "F" ); } if( pass ) cout << " PASSED"; else cout << " FAILED !!!"; cout << endl; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5760000644000000000000000000000007312740141200016006 xustar0030 atime=1468174988.275169105 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug576/0000755000175000001440000000000012740141200016246 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug576/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020213 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug576/feature.ref0000644000175000001440000000023212740141200020374 0ustar00osusers00000000000000int Cyg_Interrupt::vector unsigned int *volatile hal_interrupt_handlers[224] int Cyg_Interrupt::vector unsigned int *volatile hal_interrupt_handlers[224] aspectc++/AspectC++/tests/Bug576/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200017522 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug576/Makefile0000644000175000001440000000011512740141200017703 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/Bug576/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017315 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug576/main.cc0000644000175000001440000000713712740141200017511 0ustar00osusers00000000000000#include #define CYG_MACRO_START do { #define CYG_MACRO_END } while (0) #define CYGNUM_HAL_ISR_MIN 32 #define CYGNUM_HAL_ISR_MAX 255 #define CYGNUM_HAL_ISR_COUNT (CYGNUM_HAL_ISR_MAX - CYGNUM_HAL_ISR_MIN + 1) typedef int cyg_uint32; typedef cyg_uint32 cyg_vector_t; typedef cyg_vector_t cyg_vector; typedef unsigned int* CYG_ADDRESS; typedef unsigned int CYG_ADDRWORD; //-------------------------------------------------------------------------- // Static data used by HAL // ISR tables volatile CYG_ADDRESS hal_interrupt_handlers[CYGNUM_HAL_ISR_COUNT]; volatile CYG_ADDRWORD hal_interrupt_data[CYGNUM_HAL_ISR_COUNT]; volatile CYG_ADDRESS hal_interrupt_objects[CYGNUM_HAL_ISR_COUNT]; // VSR table //volatile CYG_ADDRESS hal_vsr_table[CYGNUM_HAL_VSR_COUNT]; //-------------------------------------------------------------------------- // Interrupt state storage typedef cyg_uint32 CYG_INTERRUPT_STATE; //--------------------------------------------------------------------------- // Default ISR cyg_uint32 hal_default_isr(CYG_ADDRWORD vector, CYG_ADDRWORD data); cyg_uint32 hal_default_isr(CYG_ADDRWORD vector, CYG_ADDRWORD data) { return 42; } typedef cyg_uint32 cyg_ISR(cyg_vector vector, CYG_ADDRWORD data); #define HAL_DEFAULT_ISR hal_default_isr #define HAL_TRANSLATE_VECTOR(_vector_,_index_) \ ((_index_) = ((_vector_)-CYGNUM_HAL_ISR_MIN)) #define HAL_INTERRUPT_IN_USE( _vector_, _state_) \ CYG_MACRO_START \ cyg_uint32 _index_; \ HAL_TRANSLATE_VECTOR ((_vector_), _index_); \ \ if (hal_interrupt_handlers[_index_] \ ==(CYG_ADDRESS)HAL_DEFAULT_ISR) \ (_state_) = 0; \ else \ (_state_) = 1; \ CYG_MACRO_END #define HAL_INTERRUPT_ATTACH( _vector_, _isr_, _data_, _object_ ) \ CYG_MACRO_START \ cyg_uint32 _index_; \ HAL_TRANSLATE_VECTOR((_vector_), _index_); \ \ if( hal_interrupt_handlers[_index_] == (CYG_ADDRESS)HAL_DEFAULT_ISR ) \ { \ hal_interrupt_handlers[_index_] = (CYG_ADDRESS)(_isr_); \ hal_interrupt_data[_index_] = (CYG_ADDRWORD)(_data_); \ hal_interrupt_objects[_index_] = (CYG_ADDRESS)(_object_); \ } \ CYG_MACRO_END class Cyg_Interrupt { cyg_vector vector; // Interrupt vector cyg_ISR *isr; // Pointer to ISR CYG_ADDRWORD data; // Data pointer public: void attach(void); Cyg_Interrupt() : vector(CYGNUM_HAL_ISR_MIN + 1), isr(0), data(0) {} }; void Cyg_Interrupt::attach(void) { int in_use; HAL_INTERRUPT_IN_USE( vector, in_use ); //CYG_ASSERT( 0 == in_use, "Interrupt vector not free."); HAL_INTERRUPT_ATTACH( vector, isr, data, this ); } int main() { Cyg_Interrupt i; i.attach(); return 0; } aspect Tracer { advice get("% ...::%") || set("% ...::%") : before() { printf("%s\n", JoinPoint::signature()); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/VirtualPointcuts0000644000000000000000000000007312740141200020366 xustar0029 atime=1468174988.26816899 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/VirtualPointcuts/0000755000175000001440000000000012740141200020626 5ustar00osusers00000000000000aspectc++/AspectC++/tests/VirtualPointcuts/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022575 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/VirtualPointcuts/feature.ref0000644000175000001440000000034412740141200022760 0ustar00osusers00000000000000VirtualPointcuts: checks virtual pointcut lookup ================================================ Advice on virtual pct 'f()': void b() Advice on pure virtual pct 'g()': void b() ================================================ aspectc++/AspectC++/tests/VirtualPointcuts/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022104 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/VirtualPointcuts/Makefile0000644000175000001440000000003412740141200022263 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/VirtualPointcuts/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021677 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/VirtualPointcuts/main.cc0000644000175000001440000000135012740141200022060 0ustar00osusers00000000000000#include void a() {} void b() {} int main() { printf ("VirtualPointcuts: checks virtual pointcut lookup\n"); printf ("================================================\n"); a(); b(); printf ("================================================\n"); } aspect Base { pointcut virtual f() = "void a()"; pointcut virtual g() = 0; advice execution(f()) : before() { printf ("Advice on virtual pct 'f()': %s\n", JoinPoint::signature()); } advice execution(g()) : before() { printf ("Advice on pure virtual pct 'g()': %s\n", JoinPoint::signature()); } }; aspect Derived : public Base { // should override, but doesn't: pointcut virtual f() = "void b()"; // works pointcut virtual g() = "void b()"; }; aspectc++/AspectC++/tests/PaxHeaders.4702/RightlessCalls0000644000000000000000000000007412740141200017753 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/RightlessCalls/0000755000175000001440000000000012740141200020212 5ustar00osusers00000000000000aspectc++/AspectC++/tests/RightlessCalls/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022161 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/RightlessCalls/feature.ref0000644000175000001440000000055212740141200022345 0ustar00osusers00000000000000RightlessCalls: Calls using inaccesible types ============================================================= calling Map::Iter MapIter::prev(): inaccessible result type calling int Map::Iter::value(): inaccessible target object type calling Map::Iter friendFunc(): inaccessible result, no object type ============================================================= aspectc++/AspectC++/tests/RightlessCalls/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021470 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/RightlessCalls/Makefile0000644000175000001440000000003412740141200021647 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/RightlessCalls/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021263 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/RightlessCalls/main.cc0000644000175000001440000000251312740141200021446 0ustar00osusers00000000000000#include class Map { class Iter { public: int value () { // object type inaccessible for main() printf ("inaccessible target object type\n"); } }; friend class MapIter; }; class MapIter { typedef Map::Iter Item; friend Item friendFunc(); public: Item prev () { // result type inaccessible for main() printf ("inaccessible result type\n"); return Item (); } static void check (const Map::Iter &) {} }; MapIter::Item friendFunc () { printf ("inaccessible result, no object type\n"); } class Outer { class C {}; class D : public C {}; friend int main(); friend C& func(C); }; Outer::C& func(Outer::C) {} void func(int) {} int main() { printf ("RightlessCalls: Calls using inaccesible types\n"); printf ("=============================================================\n"); MapIter i; i.prev ().value (); // MapIter::check (i.prev ()); friendFunc (); // TODO: inaccesible argument types are not supported yet! // printf ("-------------------------------------------------------------\n"); // func (Outer::D()); // here type deduction is tricky printf ("=============================================================\n"); } aspect Trace { advice call("% Map%::...::%(...)" || "% friendFunc()") : before () { printf ("calling %s: ", JoinPoint::signature ()); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/NameMangling0000644000000000000000000000007412740141200017365 xustar0030 atime=1468174988.278169155 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NameMangling/0000755000175000001440000000000012740141200017624 5ustar00osusers00000000000000aspectc++/AspectC++/tests/NameMangling/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021573 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NameMangling/feature.ref0000644000175000001440000000025212740141200021754 0ustar00osusers00000000000000Name Mangling: func() should be invoked several times: ====================================================== void func() void func() void func() void func() void func() aspectc++/AspectC++/tests/NameMangling/PaxHeaders.4702/NeedsMangling.ah0000644000000000000000000000007412740141200022467 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NameMangling/NeedsMangling.ah0000644000175000001440000000033212740141200022647 0ustar00osusers00000000000000#ifndef __NeedsMangling__ #define __NeedsMangling__ #include aspect NeedsMangling { advice call("% func()") : before () { printf ("%s\n", JoinPoint::signature ()); } }; #endif // __NeedsMangling__ aspectc++/AspectC++/tests/NameMangling/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021102 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NameMangling/Makefile0000644000175000001440000000003412740141200021261 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/NameMangling/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020675 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/NameMangling/main.cc0000644000175000001440000000106712740141200021063 0ustar00osusers00000000000000#include void func () { } class Test { public: Test () { func (); } ~Test () { func (); } void *operator -> () { func (); return 0; } void foo (int) const /* volatile */ { func (); } void foo (int) { func (); } }; namespace Name { void space () { func (); } } int main () { printf ("Name Mangling: func() should be invoked several times:\n"); printf ("======================================================\n"); Test obj; obj.operator -> (); obj.foo (4711); Name::space (); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Empty0000644000000000000000000000007412740141200016126 xustar0030 atime=1468174988.281169204 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Empty/0000755000175000001440000000000012740141200016365 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Empty/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020334 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Empty/feature.ref0000644000175000001440000000000012740141200020504 0ustar00osusers00000000000000aspectc++/AspectC++/tests/Empty/PaxHeaders.4702/empty.cc0000644000000000000000000000007412740141200017650 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Empty/empty.cc0000644000175000001440000000000012740141200020020 0ustar00osusers00000000000000aspectc++/AspectC++/tests/Empty/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017643 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Empty/Makefile0000644000175000001440000000003412740141200020022 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Empty/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017436 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/Empty/main.cc0000644000175000001440000000001712740141200017616 0ustar00osusers00000000000000int main () {} aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5240000644000000000000000000000007312740141200015777 xustar0030 atime=1468174988.270169023 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug524/0000755000175000001440000000000012740141200016237 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug524/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020204 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug524/feature.ref0000644000175000001440000000000012740141200020356 0ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug524/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200017513 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug524/Makefile0000644000175000001440000000003412740141200017674 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug524/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017306 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug524/main.cc0000644000175000001440000000063112740141200017472 0ustar00osusers00000000000000pointcut asEnableAllInterrupts () = "% AS::EnableAllInterrupts (...)"; pointcut asInterruptServices () = asEnableAllInterrupts (); aspect os_dep_KernelStructsSupport { advice call (asInterruptServices ()) : order ( "os_krn_EnterLeave_Weaving_Static", "os_dep_KernelStructsSupport", ! "os_dep_KernelStructsSupport"&& !"os_krn_EnterLeave_Weaving_Static" ); }; int main() {} aspectc++/AspectC++/tests/PaxHeaders.4702/Forward0000644000000000000000000000007312740141200016433 xustar0030 atime=1468174988.269169007 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Forward/0000755000175000001440000000000012740141200016673 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Forward/PaxHeaders.4702/Aspect.ah0000644000000000000000000000007212740141200020240 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Forward/Aspect.ah0000644000175000001440000000073312740141200020427 0ustar00osusers00000000000000#ifndef __Aspect_ah__ #define __Aspect_ah__ #include #include "Forward.h" aspect Aspect { pointcut both () = "Forward"||"Backward"; advice both () : slice class { int _val; public: void introduced () { _val = 0; } }; advice within (both ()) && execution ("% %::introduced()") && that (fwd) : before (Forward *fwd) { printf ("before %s\n", JoinPoint::signature ()); fwd->needed_by_aspect (); } }; #endif // __Aspect_ah__ aspectc++/AspectC++/tests/Forward/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020640 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Forward/feature.ref0000644000175000001440000000010512740141200021020 0ustar00osusers00000000000000before void Forward::introduced() before void Backward::introduced() aspectc++/AspectC++/tests/Forward/PaxHeaders.4702/Forward.h0000644000000000000000000000007212740141200020264 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Forward/Forward.h0000644000175000001440000000016712740141200020454 0ustar00osusers00000000000000#ifndef __Forward_h__ #define __Forward_h__ class Forward { void needed_by_aspect () {} }; #endif // __Forward_h__ aspectc++/AspectC++/tests/Forward/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200020147 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Forward/Makefile0000644000175000001440000000003412740141200020330 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Forward/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017742 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Forward/main.cc0000644000175000001440000000027512740141200020132 0ustar00osusers00000000000000#include "Forward.h" class Backward : public Forward { public: void run () { Forward::introduced (); introduced (); } }; int main () { Backward b; b.run (); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/AbstractDerivedAspect0000644000000000000000000000007412740141200021236 xustar0030 atime=1468174988.280169188 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/AbstractDerivedAspect/0000755000175000001440000000000012740141200021475 5ustar00osusers00000000000000aspectc++/AspectC++/tests/AbstractDerivedAspect/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200023444 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/AbstractDerivedAspect/feature.ref0000644000175000001440000000025412740141200023627 0ustar00osusers00000000000000AbstractDerivedAspect: check whether an aspect is abtract ... fine if this is underlined twice! ===================================== ===================================== aspectc++/AspectC++/tests/AbstractDerivedAspect/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022753 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/AbstractDerivedAspect/Makefile0000644000175000001440000000003412740141200023132 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/AbstractDerivedAspect/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200022546 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/AbstractDerivedAspect/main.cc0000644000175000001440000000230012740141200022723 0ustar00osusers00000000000000#include using std::printf; aspect AbstractBase { pointcut virtual fn () = 0; advice execution (fn ()) : after () { printf ("=====================================\n"); } virtual void dummy () = 0; }; // this one is also abstract and is therefore allowed to be a base class aspect Mediator : public AbstractBase { pointcut fn () = "% main(...)"; }; // this aspect should not be considered by Final although it defines fn aspect Monster { pointcut fn () = "% bar(...)"; virtual void dummyMonster () = 0; }; aspect Final : public Monster, public Mediator { void dummy () {} void dummyMonster () {} }; aspect AbstractDestructorBase { public: // pure virtual destructor! virtual ~AbstractDestructorBase() = 0; advice execution ("% main(...)") : after () { printf ("=====================================\n"); } }; // oh what a hell: here is the definition of the pure virtual destructor AbstractDestructorBase::~AbstractDestructorBase () {} aspect WithImplicitDestructor : public AbstractDestructorBase { }; int main () { printf ("AbstractDerivedAspect: check whether an aspect is abtract\n"); printf ("... fine if this is underlined twice!\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug3230000644000000000000000000000007412740141200015775 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug323/0000755000175000001440000000000012740141200016234 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug323/PaxHeaders.4702/A2.ah0000644000000000000000000000007412740141200016626 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug323/A2.ah0000644000175000001440000000024012740141200017004 0ustar00osusers00000000000000#ifndef __A2_ah__ #define __A2_ah__ #include aspect A2 { advice execution ("% in_header(...)") : before () { printf ("A2\n"); } }; #endif aspectc++/AspectC++/tests/Bug323/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020203 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug323/feature.ref0000644000175000001440000000017012740141200020363 0ustar00osusers00000000000000Bug323: undefined advice definitions ==================================== A1 A0 A2 ==================================== aspectc++/AspectC++/tests/Bug323/PaxHeaders.4702/A0.ah0000644000000000000000000000007412740141200016624 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug323/A0.ah0000644000175000001440000000024012740141200017002 0ustar00osusers00000000000000#ifndef __A0_ah__ #define __A0_ah__ #include aspect A0 { advice execution ("% in_header(...)") : before () { printf ("A0\n"); } }; #endif aspectc++/AspectC++/tests/Bug323/PaxHeaders.4702/A1.ah0000644000000000000000000000007412740141200016625 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug323/A1.ah0000644000175000001440000000027712740141200017015 0ustar00osusers00000000000000#ifndef __A1_ah__ #define __A1_ah__ #include #include "header.h" aspect A1 { advice execution ("% main(...)") : before () { printf ("A1\n"); in_header (); } }; #endif aspectc++/AspectC++/tests/Bug323/PaxHeaders.4702/header.h0000644000000000000000000000007412740141200017453 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug323/header.h0000644000175000001440000000013712740141200017636 0ustar00osusers00000000000000#ifndef __header_h__ #define __header_h__ inline void in_header () {} #endif // __header_h__ aspectc++/AspectC++/tests/Bug323/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017512 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug323/Makefile0000644000175000001440000000003412740141200017671 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug323/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017305 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug323/main.cc0000644000175000001440000000042612740141200017471 0ustar00osusers00000000000000#include struct Global { Global () { printf ("Bug323: undefined advice definitions\n"); printf ("====================================\n"); } ~Global () { printf ("====================================\n"); } } global; int main () { return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/PrivateResult0000644000000000000000000000007312740141200017640 xustar0030 atime=1468174988.270169023 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/PrivateResult/0000755000175000001440000000000012740141200020100 5ustar00osusers00000000000000aspectc++/AspectC++/tests/PrivateResult/PaxHeaders.4702/Safe.h0000644000000000000000000000007212740141200020743 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/PrivateResult/Safe.h0000644000175000001440000000213712740141200021132 0ustar00osusers00000000000000#ifndef __Safe_h__ #define __Safe_h__ #include class SafeBase {}; class Safe : public SafeBase { friend Safe f (); int _id; Safe (int id) : _id (id) {} Safe &operator = (const Safe &obj) { _id = obj._id; return *this; } class Inner {}; // a private inner type! public: Safe (const Safe &obj) { *this = obj; } Safe (const SafeBase &obj) { _id = -1; } // for confusion! ~Safe () {} // the following function is needed to make the overload resolution more // complicated void *operator new (size_t s) { return malloc (s); } void print (ostream &os) const { os << _id; } // the following code is needed to check how wrapper code can access private // inner types friend int main(); inline Inner uses_private_inner1 (); inline const Inner &uses_private_inner2 (); }; inline Safe::Inner Safe::uses_private_inner1 () { return Inner (); } inline const Safe::Inner &Safe::uses_private_inner2 () { static Inner i; return i; } ostream &operator << (ostream &os, const Safe& safe) { safe.print (os); return os; } union AUnion { int i; int j; }; #endif // __Safe_h__ aspectc++/AspectC++/tests/PrivateResult/PaxHeaders.4702/Aspect.ah0000644000000000000000000000007212740141200021445 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/PrivateResult/Aspect.ah0000644000175000001440000000251412740141200021633 0ustar00osusers00000000000000#ifndef __Aspect_h__ #define __Aspect_h__ #include using namespace std; #include "Safe.h" aspect Test { public: advice call ("Safe f(...)") : around () { tjp->proceed (); cout << "call result 1: " << *tjp->result () << endl; } advice call ("Safe f(...)") : around () { tjp->proceed (); cout << "* incrementing result id" << endl; (*tjp->result ())._id++; cout << "call result 2: " << *tjp->result () << endl; } advice call ("Safe f(...)") && result (safe) : after (Safe safe) { cout << "call result 3: " << safe << endl; } advice execution ("Safe g(...)") : around () { tjp->proceed (); cout << "execution result 1: " << *tjp->result () << endl; } advice execution ("Safe g(...)") : around () { tjp->proceed (); cout << "* incrementing result id" << endl; (*tjp->result ())._id++; cout << "execution result 2: " << *tjp->result () << endl; } advice execution ("Safe g(...)") && result (safe) : after (Safe safe) { cout << "execution result 3: " << safe << endl; } advice execution ("% Safe::uses_private_inner%(...)") : before () { cout << "execution (\"" << JoinPoint::signature () << "\")" << endl; } advice execution ("AUnion h()") : after () { cout << "execution (\"" << JoinPoint::signature () << "\")" << endl; } }; #endif // __Aspect_h__ aspectc++/AspectC++/tests/PrivateResult/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200022045 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/PrivateResult/feature.ref0000644000175000001440000000146712740141200022241 0ustar00osusers00000000000000PrivateResult: advice for functions returning object with non-public default constructor/assignment op. ============================================================ call result 3: 4711 * incrementing result id call result 2: 4712 call result 1: 4712 call result 3: 4711 * incrementing result id call result 2: 4712 call result 1: 4712 execution result 3: 4712 * incrementing result id execution result 2: 4713 execution result 1: 4713 ------------------------------------------------------------ problem with private inner types: execution ("Safe::Inner Safe::uses_private_inner1()") execution ("const Safe::Inner &Safe::uses_private_inner2()") ------------------------------------------------------------ return a union: execution ("AUnion h()") ============================================================ aspectc++/AspectC++/tests/PrivateResult/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200021354 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/PrivateResult/Makefile0000644000175000001440000000003412740141200021535 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/PrivateResult/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200021147 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/PrivateResult/main.cc0000644000175000001440000000162212740141200021334 0ustar00osusers00000000000000#include #include using namespace std; #include "Safe.h" Safe f () { Safe safe (4711); return safe; }; Safe g () { return f (); } AUnion h () { AUnion u; return u; } int main () { printf ("PrivateResult: advice for functions returning object with\n"); printf (" non-public default constructor/assignment op.\n"); printf ("============================================================\n"); Safe s(f ()); g (); Safe s2 (1); printf ("------------------------------------------------------------\n"); printf ("problem with private inner types:\n"); Safe::Inner i = s2.uses_private_inner1 (); const Safe::Inner &r = s2.uses_private_inner2 (); printf ("------------------------------------------------------------\n"); printf ("return a union:\n"); AUnion u = h (); printf ("============================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/MatchExpr0000644000000000000000000000007412740141200016723 xustar0030 atime=1468174988.282169221 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/MatchExpr/0000755000175000001440000000000012740141200017162 5ustar00osusers00000000000000aspectc++/AspectC++/tests/MatchExpr/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021131 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/MatchExpr/feature.ref0000644000175000001440000001046412740141200021320 0ustar00osusers00000000000000MatchExpr: match expression semantics implemented correctly? ============================================================== CONS C(int) is matched by ... CONS C(int) is matched by ... CONS C(int) is matched by ... CONS C(int) is matched by ... const/volatile function qualifiers: ----------------------------------- FUNC void C::f () is matched by ... '% C::f()' '% ...::%(...)' FUNC void C::f() const is matched by ... '% C::f() const' '% C::f()' '% ...::%(...)' FUNC void C::f() volatile is matched by '% C::f() volatile' '% C::f()' '% ...::%(...)' FUNC void C::f() const volatile is matched by '% C::f() const volatile' '% C::f() volatile' '% C::f() const' '% C::f()' '% ...::%(...)' ============================================================== qualified names with '...' -------------------------- FUNC void N1::N2::Inside::o () is matched by ... 'void N1::...::Inside::...::o ()' 'void ...::N2::...::% ()' 'void ...::N1::...::o ()' 'void N1::...::o ()' 'void N1::N2::Inside::o ()' '% ...::%(...)' FUNC void N1::N2::Inside::p () is matched by ... 'void ...::N2::...::% ()' '% ...::%(...)' FUNC void N3::o () is matched by ... '% ...::%(...)' FUNC void N3::p () is matched by ... '% ...::%(...)' FUNC void o () is matched by ... '% ...::%(...)' '% %(...)' FUNC void p () is matched by ... 'void p ()' '% ...::%(...)' '% %(...)' ============================================================== const / non-const function results ---------------------------------- FUNC const char r1 () is matched by ... 'const % %()' '% ...::%(...)' '% %(...)' FUNC const float r2 () is matched by ... 'const float %()' 'float %()' 'const % %()' '% ...::%(...)' '% %(...)' FUNC char r3 () is matched by ... '% ...::%(...)' '% %(...)' FUNC float r4 () is matched by ... 'float %()' '% ...::%(...)' '% %(...)' ============================================================== const / volatile pointers ------------------------- FUNC char * p1 () is matched by ... '% * %()' '% ...::%(...)' '% %(...)' FUNC char * const p2 () is matched by ... 'char * const %()' '% * %()' 'const % %()' '% ...::%(...)' '% %(...)' FUNC char * volatile p3 () is matched by ... '% * volatile %()' '% * %()' '% ...::%(...)' '% %(...)' FUNC char * const volatile p4 () is matched by ... '% * volatile const %()' '% * volatile %()' 'char * const %()' '% * %()' 'const % %()' '% ...::%(...)' '% %(...)' ============================================================== check parameter type adjustments -------------------------------- FUNC void conv1 () is matched by ... 'void conv%(void)' '% ...::%(...)' '% %(...)' FUNC void conv1 (float) is matched by ... void conv%(const float)'' '% ...::%(...)' '% %(...)' FUNC void conv1 (float *) is matched by ... 'void conv%(float[32])' '% ...::%(...)' '% %(...)' FUNC void conv2 (const float) is matched by ... void conv%(const float)'' '% ...::%(...)' '% %(...)' FUNC void conv2 (float [32]) is matched by ... 'void conv%(float[32])' '% ...::%(...)' '% %(...)' ============================================================== fancy operators --------------- FUNC Op::operator double* () is matched by ... '% %::operator %(...)' '% ...::%(...)' FUNC Op &operator + (Op&, const Op&) is matched by ... 'Op& operator +(Op&,Op&)' '% operator %(...)' '% ...::%(...)' '% %(...)' FUNC Op &Op::operator =(const Op &) is matched by ... '% %::operator %(...)' '% ...::%(...)' FUNC void Op::operator <<(int) is matched by ... '% %::operator <<(...)' '% %::operator %(...)' '% ...::%(...)' ============================================================== check for enumerations in match expressions ------------------------------------------- FUNC void fe1 (Enum1) is matched by ... 'void fe% (Enum%)' 'void fe1 (Enum1)' '% ...::%(...)' '% %(...)' FUNC static void EC::fe2 (EC::Enum2) is matched by ... 'void EC::fe2 (EC::Enum2)' '% ...::%(...)' ============================================================== check for addresses in template argument lists in match exprs ------------------------------------------------------------- FUNC void void x1(T<&S::s>) is matched by ... void x%(T<&%::%>) void x%(T<&...::%>) void x%(T<%>) void x%(%) '% ...::%(...)' '% %(...)' FUNC void void x2(T<&ss>) is matched by ... void x%(T<&...::%>) void x%(T<&%>) void x%(T<%>) void x%(%) '% ...::%(...)' '% %(...)' ============================================================== FUNC main () is matched by ... '% ...::%(...)' '% %(...)' aspectc++/AspectC++/tests/MatchExpr/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020440 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/MatchExpr/Makefile0000644000175000001440000000003412740141200020617 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/MatchExpr/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020233 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/MatchExpr/main.cc0000644000175000001440000003125112740141200020417 0ustar00osusers00000000000000#include // this was only used for checking the match expression parser // aspect MatchExprTest { // // declaration specifier sequences // advice call ("% foo(...)") : before () {} // advice call ("const % foo(...)") : before () {} // advice call ("int foo(...)") : before () {} // advice call ("unsigned int foo(...)") : before () {} // advice call ("const char *foo(...)") : before () {} // advice call ("const char*foo(...)") : before () {} // advice call ("Bar::% foo(...)") : before () {} // advice call ("...::% foo(...)") : before () {} // advice call ("...:: X% ::% foo(...)") : before () {} // advice call ("const ... :: Bar &foo(...)") : before () {} // // pointer operators // advice call ("int *& foo ()") : before () {} // advice call ("int Bar::* & foo ()") : before () {} // advice call ("int * const volatile foo ()") : before () {} // advice call ("bool ... :: * foo ()") : before () {} // // nested declarators // advice call ("const char *(*foo)(...)") : before () {} // advice call ("const char *( * foo )(...)") : before () {} // // qualified names // advice call ("const char unsigned *(*Bar::foo)(...)") : before () {} // advice call ("const char *( * ... :: Foo :: foo )(...)") : before () {} // // argument lists // advice call ("% foo()") : before () {} // advice call ("% foo(int)") : before () {} // advice call ("% foo(%,int,...)") : before () {} // advice call ("% foo(int, double (*)())") : before () {} // advice call ("% %::foo(double (*)() const) const volatile") : before () {} // // array stuff // advice call ("% a[10]") : before () {} // advice call ("% a[10][ 15 ]") : before () {} // advice call ("% a[%][%]") : before () {} // // classes // advice call ("%") : before () {} // advice call ("A%") : before () {} // advice call ("%B") : before () {} // advice call ("A%B") : before () {} // advice call ("A%B%C%") : before () {} // // various types // advice call ("bool") : before () {} // advice call ("char") : before () {} // advice call ("signed char") : before () {} // advice call ("char unsigned") : before () {} // advice call ("short") : before () {} // advice call ("signed short") : before () {} // advice call ("unsigned short") : before () {} // advice call ("int") : before () {} // advice call ("signed int") : before () {} // advice call ("unsigned int") : before () {} // advice call ("signed") : before () {} // advice call ("unsigned") : before () {} // advice call ("wchar_t") : before () {} // advice call ("long") : before () {} // advice call ("signed long") : before () {} // advice call ("unsigned long") : before () {} // advice call ("long long") : before () {} // advice call ("long signed long") : before () {} // advice call ("unsigned long long") : before () {} // advice call ("float") : before () {} // advice call ("double") : before () {} // advice call ("long double") : before () {} // advice call ("void") : before () {} // // types with declarator // advice call ("void *") : before () {} // advice call ("void (*)(...)") : before () {} // // invalid advice call ("void (...) const") : before () {} // }; class C { int _i; public: C (int i) : _i (i) { printf ("CONS C(int) is matched by ...\n"); } void f () { printf ("FUNC void C::f () is matched by ...\n"); } void f () const { printf ("FUNC void C::f() const is matched by ...\n"); } void f () volatile { printf ("FUNC void C::f() volatile is matched by\n"); } void f () const volatile { printf ("FUNC void C::f() const volatile is matched by\n"); } }; const char r1 () { printf ("FUNC const char r1 () is matched by ...\n"); return 0; } const float r2 () { printf ("FUNC const float r2 () is matched by ...\n"); return 0; } char r3 () { printf ("FUNC char r3 () is matched by ...\n"); return 0; } float r4 () { printf ("FUNC float r4 () is matched by ...\n"); return 0; } char * p1 () { printf ("FUNC char * p1 () is matched by ...\n"); return 0; } char * const p2 () { printf ("FUNC char * const p2 () is matched by ...\n"); return 0; } char * volatile p3 () { printf ("FUNC char * volatile p3 () is matched by ...\n"); return 0; } char * const volatile p4 () { printf ("FUNC char * const volatile p4 () is matched by ...\n"); return 0; } aspect QualCheck { advice execution ("% C::f()") : after () { printf ("'%% C::f()'\n"); } advice execution ("% C::f() const") : after () { printf ("'%% C::f() const'\n"); } advice execution ("% C::f() volatile") : after () { printf ("'%% C::f() volatile'\n"); } advice execution ("% C::f() const volatile") : after () { printf ("'%% C::f() const volatile'\n"); } advice execution ("const % %()") : after () { printf ("'const %% %%()'\n"); } advice execution ("float %()") : after () { printf ("'float %%()'\n"); } advice execution ("const float %()") : after () { printf ("'const float %%()'\n"); } advice execution ("% * %()") : after () { printf ("'%% * %%()'\n"); } advice execution ("char * const %()") : after () { printf ("'char * const %%()'\n"); } advice execution ("% * volatile %()") : after () { printf ("'%% * volatile %%()'\n"); } advice execution ("% * volatile const %()") : after () { printf ("'%% * volatile const %%()'\n"); } }; namespace N1 { namespace N2 { class Inside { public: void o() { printf ("FUNC void N1::N2::Inside::o () is matched by ...\n"); } void p() { printf ("FUNC void N1::N2::Inside::p () is matched by ...\n");} }; } } namespace N3 { void o() { printf ("FUNC void N3::o () is matched by ...\n"); } void p() { printf ("FUNC void N3::p () is matched by ...\n"); } } void o() { printf ("FUNC void o () is matched by ...\n"); } void p() { printf ("FUNC void p () is matched by ...\n"); } aspect DotCheck { advice execution ("void N1::N2::Inside::o ()") : after () { printf ("'void N1::N2::Inside::o ()'\n"); } advice execution ("void N1::...::o ()") : after () { printf ("'void N1::...::o ()'\n"); } advice execution ("void ...::N1::...::o ()") : after () { printf ("'void ...::N1::...::o ()'\n"); } advice execution ("void ...::N2::...::% ()") : after () { printf ("'void ...::N2::...::%% ()'\n"); } advice execution ("void N1::...::Inside::...::o ()") : after () { printf ("'void N1::...::Inside::...::o ()'\n"); } advice execution ("void p ()") : after () { printf ("'void p ()'\n"); } }; aspect AnyCheck { advice execution ("% %(...)") : after () { printf ("'%% %%(...)'\n"); } advice execution ("% ...::%(...)") : after () { printf ("'%% ...::%%(...)'\n"); } }; void conv1 () { printf ("FUNC void conv1 () is matched by ...\n"); } void conv1 (float) { printf ("FUNC void conv1 (float) is matched by ...\n"); } void conv1 (void (*)(int)) { printf ("FUNC void conv1 (void (*)(int)) is matched by ...\n"); } void conv1 (float *) { printf ("FUNC void conv1 (float *) is matched by ...\n"); } // code generation problem here: void conv2 (void) { printf ("FUNC void conv2 (void) is matched by ...\n"); } void conv2 (const float) { printf ("FUNC void conv2 (const float) is matched by ...\n"); } void conv2 (void (int)) { printf ("FUNC void conv2 (void (int)) is matched by ...\n"); } void conv2 (float [32]) { printf ("FUNC void conv2 (float [32]) is matched by ...\n"); } aspect ConvWarningCheck { // => argument list '(void)' converted to '()' advice execution ("void conv%(void)") : after () { printf ("'void conv%%(void)'\n"); } // => qualifier removed from argument advice execution ("void conv%(const float)") : after () { printf ("void conv%%(const float)''\n"); } // => function argument adjusted to pointer to function // parser syntax: advice execution ("void conv%(void (int))") : after () { // printf ("'void conv%%(void (int))'\n"); // } // => array argument adjusted to pointer advice execution ("void conv%(float[32])") : after () { printf ("'void conv%%(float[32])'\n"); } }; class Op { public: operator double* () { printf ("FUNC Op::operator double* () is matched by ...\n"); return 0; } Op &operator = (const Op &op) { printf ("FUNC Op &Op::operator =(const Op &) is matched by ...\n"); return *this; } void operator << (int) { printf ("FUNC void Op::operator <<(int) is matched by ...\n"); } }; Op& operator + (Op& o1, const Op& o2) { printf ("FUNC Op &operator + (Op&, const Op&) is matched by ...\n"); return o1; } aspect OperatorCheck { advice execution ("% operator %(...)") : after () { printf ("'%% operator %%(...)'\n"); } advice execution ("operator %(...)") : after () { printf ("'operator %%(...)'\n"); } advice execution ("% operator double*()") : after () { printf ("'operator double*()'\n"); } advice execution ("Op& operator +(Op&,Op&)") : after () { printf ("'Op& operator +(Op&,Op&)'\n"); } advice execution ("% %::operator %(...)") : after () { printf ("'%% %%::operator %%(...)'\n"); } advice execution ("% %::operator <<(...)") : after () { printf ("'%% %%::operator <<(...)'\n"); } }; enum Enum1 { E1, E2, E3 }; void fe1 (Enum1 enum1) { printf ("FUNC void fe1 (Enum1) is matched by ...\n"); } class EC { public: enum Enum2 { E4 = E3 + 1, E5 }; static void fe2 (Enum2 enum1) { printf ("FUNC static void EC::fe2 (EC::Enum2) is matched by ...\n"); } }; aspect EnumCheck { advice execution ("void fe1 (Enum1)") : after () { printf ("'void fe1 (Enum1)'\n"); } advice execution ("void EC::fe2 (EC::Enum2)") : after () { printf ("'void EC::fe2 (EC::Enum2)'\n"); } advice execution ("void fe2 (Enum2)") : after () { printf ("'void fe2 (Enum2)'\n"); } advice execution ("void fe% (Enum%)") : after () { printf ("'void fe%% (Enum%%)'\n"); } }; struct S { static void s() {} }; void ss() {} template struct T {}; T<&S::s> t1; T<&ss> t2; void x1(T<&S::s>) { printf ("FUNC void void x1(T<&S::s>) is matched by ...\n"); } void x2(T<&ss>) { printf ("FUNC void void x2(T<&ss>) is matched by ...\n"); } aspect TemplAddrCheck { advice execution("void x%(%)") : after () { printf ("void x%%(%%)\n"); } advice execution("void x%(T<%>)") : after () { printf ("void x%%(T<%%>)\n"); } advice execution("void x%(T<&%>)") : after () { printf ("void x%%(T<&%%>)\n"); } advice execution("void x%(T<&...::%>)") : after () { printf ("void x%%(T<&...::%%>)\n"); } advice execution("void x%(T<&%::%>)") : after () { printf ("void x%%(T<&%%::%%>)\n"); } }; int main () { printf ("MatchExpr: match expression semantics implemented correctly?\n"); printf ("==============================================================\n"); C c (1); const C cc (2); volatile C cv (3); const volatile C ccv (4); printf ("const/volatile function qualifiers:\n"); printf ("-----------------------------------\n"); c.f (); cc.f (); cv.f (); ccv.f (); printf ("==============================================================\n"); printf ("qualified names with '...'\n"); printf ("--------------------------\n"); N1::N2::Inside i; i.o (); i.p (); N3::o (); N3::p (); o (); p (); printf ("==============================================================\n"); printf ("const / non-const function results\n"); printf ("----------------------------------\n"); r1 (); r2 (); r3 (); r4 (); printf ("==============================================================\n"); printf ("const / volatile pointers\n"); printf ("-------------------------\n"); p1 (); p2 (); p3 (); p4 (); printf ("==============================================================\n"); printf ("check parameter type adjustments\n"); printf ("--------------------------------\n"); conv1 (); conv1 (3.14f); // NYI: conv1 ((void (*)(int))0); conv1 ((float*)0); // code generation problem with advice for conv2 (); conv2 (3.14f); // NYI: conv2 ((void (*)(int))0); conv2 ((float*)0); printf ("==============================================================\n"); printf ("fancy operators\n"); printf ("---------------\n"); Op op1, op2, op3; double *ptr = (double*)op2; op3 = op1 + op2; op3 << 2; printf ("==============================================================\n"); printf ("check for enumerations in match expressions\n"); printf ("-------------------------------------------\n"); fe1 (E2); EC::fe2 (EC::E4); printf ("==============================================================\n"); printf ("check for addresses in template argument lists in match exprs\n"); printf ("-------------------------------------------------------------\n"); x1 (t1); x2 (t2); printf ("==============================================================\n"); printf ("FUNC main () is matched by ...\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/MemberPointCut0000644000000000000000000000007312740141200017724 xustar0030 atime=1468174988.275169105 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/MemberPointCut/0000755000175000001440000000000012740141200020164 5ustar00osusers00000000000000aspectc++/AspectC++/tests/MemberPointCut/PaxHeaders.4702/marker.ah0000644000000000000000000000007212740141200021573 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/MemberPointCut/marker.ah0000644000175000001440000000323612740141200021763 0ustar00osusers00000000000000#ifndef __MARKER_AH__ #define __MARKER_AH__ #include using namespace std; aspect Marker { advice call( "% ...::%(...)" ) : before() { cout << endl << "All: " << tjp->signature() << endl; } advice call( "% %(...)" ) : before() { cout << "Root (long): " << tjp->signature() << endl; } advice call( member( "::" ) ) : before() { cout << "Root (rec,new): " << tjp->signature() << endl; } advice call( member( "::" ) && ! member( member( "::" ) ) ) : before() { cout << "Root (norec,new): " << tjp->signature() << endl; } advice call( member( "%" ) ) : before() { cout << "WCard (rec,new): " << tjp->signature() << endl; } advice call( member( "%" ) && ! member( member( "%" ) ) ) : before() { cout << "WCard (norec,new): " << tjp->signature() << endl; } advice call( "% T::%(...)" ) : before() { cout << "T (long): " << tjp->signature() << endl; } advice call( member( "T" ) ) : before() { cout << "T (new): " << tjp->signature() << endl; } advice call( "% Q::%(...)" ) : before() { cout << "Q (long): " << tjp->signature() << endl; } advice call( member( "Q" ) && ! member( member( "Q" ) ) ) : before() { cout << "Q (norec,new): " << tjp->signature() << endl; } advice call( "% Q::...::%(...)" ) : before() { cout << "Q (rec,long): " << tjp->signature() << endl; } advice call( member( "Q" ) ) : before() { cout << "Q (rec,new): " << tjp->signature() << endl; } advice call( "% Q::R::%(...)" ) : before() { cout << "Q::R (long): " << tjp->signature() << endl; } advice call( member( "Q::R" ) ) : before() { cout << "Q::R (new): " << tjp->signature() << endl; } }; #endif aspectc++/AspectC++/tests/MemberPointCut/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200022131 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/MemberPointCut/feature.ref0000644000175000001440000000246112740141200022320 0ustar00osusers00000000000000 All: void test() Root (long): void test() Root (rec,new): void test() Root (norec,new): void test() All: void T::test() Root (rec,new): void T::test() WCard (rec,new): void T::test() WCard (norec,new): void T::test() T (long): void T::test() T (new): void T::test() All: void T::testS() Root (rec,new): void T::testS() WCard (rec,new): void T::testS() WCard (norec,new): void T::testS() T (long): void T::testS() T (new): void T::testS() All: void Q::R::test() Root (rec,new): void Q::R::test() WCard (rec,new): void Q::R::test() Q (rec,long): void Q::R::test() Q (rec,new): void Q::R::test() Q::R (long): void Q::R::test() Q::R (new): void Q::R::test() All: void Q::R::test() Root (rec,new): void Q::R::test() WCard (rec,new): void Q::R::test() Q (rec,long): void Q::R::test() Q (rec,new): void Q::R::test() Q::R (long): void Q::R::test() Q::R (new): void Q::R::test() All: void Q::R::testS() Root (rec,new): void Q::R::testS() WCard (rec,new): void Q::R::testS() Q (rec,long): void Q::R::testS() Q (rec,new): void Q::R::testS() Q::R (long): void Q::R::testS() Q::R (new): void Q::R::testS() All: void Q::test() Root (rec,new): void Q::test() WCard (rec,new): void Q::test() WCard (norec,new): void Q::test() Q (long): void Q::test() Q (norec,new): void Q::test() Q (rec,long): void Q::test() Q (rec,new): void Q::test() aspectc++/AspectC++/tests/MemberPointCut/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200021440 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/MemberPointCut/Makefile0000644000175000001440000000003412740141200021621 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/MemberPointCut/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200021233 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/MemberPointCut/main.cc0000644000175000001440000000056112740141200021421 0ustar00osusers00000000000000#include using namespace std; void test() {}; class T { public: void test() {}; static void testS() {}; } t; namespace Q { class R { public: void test() {}; static void testS() {}; } r; void test() {}; } Q::R r; int main() { test(); t.test(); T::testS(); Q::r.test(); r.test(); Q::R::testS(); Q::test(); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug2070000644000000000000000000000007412740141200015776 xustar0030 atime=1468174988.283169237 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug207/0000755000175000001440000000000012740141200016235 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug207/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020204 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug207/feature.ref0000644000175000001440000000033612740141200020370 0ustar00osusers00000000000000Bug207: ac++ mixes up private and public ============================================================== Check if methodA and B are still private after weaving ============================================================== aspectc++/AspectC++/tests/Bug207/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017513 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug207/Makefile0000644000175000001440000000003412740141200017672 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug207/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017306 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug207/main.cc0000644000175000001440000000135612740141200017475 0ustar00osusers00000000000000#include aspect anotherBaseAspect { pointcut methods() = execution("% anotherClass::%(...)"); advice methods() : before() { printf("ENTRY: %s\n",JoinPoint::signature()); } advice methods() : around() { printf("ENTRY: %s\n",JoinPoint::signature()); tjp->proceed (); } }; class anotherClass { public: anotherClass(); private: void methodA(); void methodB(); }; void anotherClass::methodB () {} int main () { printf ("Bug207: ac++ mixes up private and public\n"); printf ("==============================================================\n"); printf ("Check if methodA and B are still private after weaving\n"); printf ("==============================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/SliceJPAPI0000644000000000000000000000007312740141200016652 xustar0029 atime=1468174988.27116904 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/SliceJPAPI/0000755000175000001440000000000012740141200017112 5ustar00osusers00000000000000aspectc++/AspectC++/tests/SliceJPAPI/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021061 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/SliceJPAPI/feature.ref0000644000175000001440000000071112740141200021242 0ustar00osusers00000000000000SliceJPAPI: The static joinpoint API ==================================== Introspecting class/struct 'Target' ------------------------------------ MEMBERS 1: 1 ------------------------------------ BASECLASSES 2: 0 MEMBERS 2: 3 member 1: i member 2: j member 3: MEMBERS1 ------------------------------------ increased no of members by 2 member 1: i member 2: j member 3: MEMBERS1 member 4: MEMBERS2 member 5: BASECLASSES ==================================== aspectc++/AspectC++/tests/SliceJPAPI/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020370 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/SliceJPAPI/Makefile0000644000175000001440000000006712740141200020555 0ustar00osusers00000000000000ACFLAGS ?= --introspection include ../Makefile.generic aspectc++/AspectC++/tests/SliceJPAPI/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020163 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/SliceJPAPI/main.cc0000644000175000001440000000323212740141200020345 0ustar00osusers00000000000000#include template struct Introspector { static void print_names() { Introspector::print_names(); printf ("member %d: %s\n", N, JP::template Member::name()); } }; template struct Introspector { static void print_names() {} }; struct Target { int i; }; slice class Slice1 { int j; public: static const int MEMBERS1 = JoinPoint::MEMBERS; static int get_elements(); }; slice int Slice1::get_elements() { return JoinPoint::MEMBERS; } slice class Slice2 { public: static const int MEMBERS2 = JoinPoint::MEMBERS; static const int BASECLASSES = JoinPoint::BASECLASSES; static void print_names (); static int get_delta() { return AC::TypeInfo::MEMBERS -JoinPoint::MEMBERS; } }; slice void Slice2::print_names() { Introspector::print_names (); } int main () { printf ("SliceJPAPI: The static joinpoint API\n"); printf ("====================================\n"); printf ("Introspecting class/struct '%s'\n", AC::TypeInfo::signature ()); printf ("------------------------------------\n"); printf ("MEMBERS 1: %d\n", Target::MEMBERS1); printf ("------------------------------------\n"); printf ("BASECLASSES 2: %d\n", Target::BASECLASSES); printf ("MEMBERS 2: %d\n", Target::MEMBERS2); Target::print_names (); printf ("------------------------------------\n"); printf ("increased no of members by %d\n", Target::get_delta ()); Introspector >::print_names (); printf ("====================================\n"); }; aspect Foo { advice "Target" : slice Slice1; advice "Target" : slice Slice2; }; aspectc++/AspectC++/tests/PaxHeaders.4702/AttribAligned0000644000000000000000000000007412740141200017541 xustar0030 atime=1468174988.287169303 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/AttribAligned/0000755000175000001440000000000012740141200020000 5ustar00osusers00000000000000aspectc++/AspectC++/tests/AttribAligned/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021747 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/AttribAligned/feature.ref0000644000175000001440000000003512740141200022127 0ustar00osusers00000000000000sizeof T1(16), T2(2), T3(16) aspectc++/AspectC++/tests/AttribAligned/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021256 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/AttribAligned/Makefile0000644000175000001440000000006712740141200021443 0ustar00osusers00000000000000ACFLAGS ?= --introspection include ../Makefile.generic aspectc++/AspectC++/tests/AttribAligned/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021051 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/AttribAligned/main.cc0000644000175000001440000000150312740141200021232 0ustar00osusers00000000000000#include #ifdef __GNUC__ typedef char more_aligned_char __attribute__ ((aligned (8))); #else typedef struct X { char x[8]; X(){} X(int){} } more_aligned_char; #endif void foo(more_aligned_char x) {} int main() { foo(0); return 0; } class T1 { more_aligned_char t1, t2; }; // for reference class T3 { more_aligned_char t1; }; aspect AlignAspect { advice "T3" : slice class { JoinPoint::Member<0>::Type t2; }; // test Introspection advice execution("void foo(%)") : before() { *tjp->arg<0>(); // needed somehow ... #ifdef __GNUC__ class T2 { JoinPoint::template Arg<0>::Type t1, t2; }; // test JoinPoint API // ... ignoring attributes on template argument ... #else class T2 { char t1, t2 }; #endif printf("sizeof T1(%u), T2(%u), T3(%u)\n", sizeof(T1), sizeof(T2), sizeof(T3)); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/SimpleSetAdvice0000644000000000000000000000007412740141200020051 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/SimpleSetAdvice/0000755000175000001440000000000012740141200020310 5ustar00osusers00000000000000aspectc++/AspectC++/tests/SimpleSetAdvice/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022257 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/SimpleSetAdvice/feature.ref0000644000175000001440000000260512740141200022444 0ustar00osusers00000000000000SET: A: Before: int a ent: 42 new: 5 obj: src: Around: int a ent: 42 new: 5 ent (inner): 42 new (inner): 10 set (inner): 10 set: 10 After: int a set: 42 X1: Before: int T1::x ent: 23 new: 7 obj: src: Around: int T1::x ent: 23 new: 7 ent (inner): 23 new (inner): 14 set (inner): 14 set: 14 After: int T1::x set: 46 X2: Before: int T1::x ent: 46 new: 99 obj: src: Around: int T1::x ent: 46 new: 99 ent (inner): 46 new (inner): 198 set (inner): 198 set: 198 After: int T1::x set: 230 X3: Before: int T1::x ent: 230 new: 21 obj: src: Around: int T1::x ent: 230 new: 21 ent (inner): 230 new (inner): 42 set (inner): 42 set: 42 After: int T1::x set: 74 M1: Before: int T1::m ent: 5 new: -3 obj: src: Around: int T1::m ent: 5 new: -3 ent (inner): 5 new (inner): -6 set (inner): -6 set: -6 After: int T1::m set: 26 M2: Before: int T1::m ent: 26 new: 49 obj: src: Around: int T1::m ent: 26 new: 49 ent (inner): 26 new (inner): 98 set (inner): 98 set: 98 After: int T1::m set: 130 M3: Before: int T1::m ent: 130 new: 33 obj: src: Around: int T1::m ent: 130 new: 33 ent (inner): 130 new (inner): 66 set (inner): 66 set: 66 After: int T1::m set: 98 P1: Before: int T1::p ent: 13 new: 15 obj: src: Around: int T1::p ent: 13 new: 15 ent (inner): 13 new (inner): 30 set (inner): 30 set: 30 After: int T1::p set: 62 aspectc++/AspectC++/tests/SimpleSetAdvice/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021566 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/SimpleSetAdvice/Makefile0000644000175000001440000000011512740141200021745 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/SimpleSetAdvice/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021361 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/SimpleSetAdvice/main.cc0000644000175000001440000000417412740141200021551 0ustar00osusers00000000000000#include using namespace std; class T1 { private: int p; public: int m; static int x; T1() : m( 5 ), p( 13 ) {} static void testsetS() { x = 99; } void testsetM() { m = 49; } void testsetP(); void set_via_this(int m) { this->m = m; } int b:4; void set_bitfield() { b = 0; } }; void T1::testsetP() { p = 15; }; int T1::x = 23; int a = 42; T1 *o_ref; // for comparing in advice int main() { T1 o; o_ref = &o; // init for comparison cout << "SET:" << endl; cout << endl << "A:" << endl; a = 5; cout << endl << "X1:" << endl; T1::x = 7; cout << endl << "X2:" << endl; T1::testsetS(); cout << endl << "X3:" << endl; o.x = 21; cout << endl << "M1:" << endl; o.m = -3; cout << endl << "M2:" << endl; o.testsetM(); cout << endl << "M3:" << endl; o.set_via_this(33); cout << endl << "P1:" << endl; o.testsetP(); return 0; } void print_obj( void *ptr ) { if( ptr == 0 ) cout << ""; else if( ptr == o_ref ) cout << ""; else cout << ""; } aspect SetTest1 { advice set("int ...::%") : before() { cout << "Before: " << tjp->signature() << endl; cout << "ent: " << *tjp->entity() << endl; cout << "new: " << *tjp->arg<0>() << endl; cout << "obj: "; print_obj( tjp->target() ); cout << endl; cout << "src: "; print_obj( tjp->that() ); cout << endl; } advice set("int ...::%") : after() { cout << "After: " << tjp->signature() << endl; cout << "set: " << *tjp->entity() << endl; } }; aspect SetTest2 { advice set("int ...::%") : around() { cout << "Around: " << tjp->signature() << endl; cout << "ent: " << *tjp->entity() << endl; cout << "new: " << *tjp->arg<0>() << endl; *tjp->arg<0>() *= 2; tjp->proceed(); JoinPoint::Entity &tmp = *tjp->entity(); cout << "set: " << tmp << endl; tmp += 32; } }; aspect SetTest3 { advice set("int ...::%") : around() { cout << "ent (inner): " << *tjp->entity() << endl; cout << "new (inner): " << *tjp->arg<0>() << endl; tjp->proceed(); cout << "set (inner): " << *tjp->entity() << endl; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/PctInClass0000644000000000000000000000007412740141200017033 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/PctInClass/0000755000175000001440000000000012740141200017272 5ustar00osusers00000000000000aspectc++/AspectC++/tests/PctInClass/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021241 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/PctInClass/feature.ref0000644000175000001440000000022312740141200021420 0ustar00osusers00000000000000PctInClass: tests pointcut lookup ================================= before void N1::C::f() after void N1::C::f() ================================= aspectc++/AspectC++/tests/PctInClass/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020550 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/PctInClass/Makefile0000644000175000001440000000003412740141200020727 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/PctInClass/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020343 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/PctInClass/main.cc0000644000175000001440000000100612740141200020522 0ustar00osusers00000000000000#include namespace N1 { class C { public: pointcut me() = "N1::C"; void f () {} }; } aspect A { advice execution ("% ...::%(...)") && within(N1::C::me()) : around () { printf ("before %s\n", JoinPoint::signature ()); tjp->proceed (); printf ("after %s\n", JoinPoint::signature ()); } }; int main () { N1::C c; printf ("PctInClass: tests pointcut lookup\n"); printf ("=================================\n"); c.f (); printf ("=================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/StaticTrace0000644000000000000000000000007312740141200017235 xustar0030 atime=1468174988.274169089 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/StaticTrace/0000755000175000001440000000000012740141200017475 5ustar00osusers00000000000000aspectc++/AspectC++/tests/StaticTrace/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200021442 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/StaticTrace/feature.ref0000644000175000001440000000062512740141200021631 0ustar00osusers00000000000000Static Trace: arguments for each call ============================================================= main.cc:16 Arg 1: 4711 Arg 2: 3.14 Arg 3: 42 ------------------------------------------------------------- main.cc:18 Arg 1: 4712 Arg 2: 3.15 Arg 3: 42 Arg 4: 0x12345678 ------------------------------------------------------------- main.cc:20 ============================================================= aspectc++/AspectC++/tests/StaticTrace/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200020751 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/StaticTrace/Makefile0000644000175000001440000000003412740141200021132 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/StaticTrace/PaxHeaders.4702/Trace.ah0000644000000000000000000000007212740141200020661 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/StaticTrace/Trace.ah0000644000175000001440000000147512740141200021054 0ustar00osusers00000000000000#ifndef __Trace_ah__ #define __Trace_ah__ #include using namespace std; template struct ArgPrinter { template static inline void work (JP &tjp) { ArgPrinter::work (tjp); cout << "Arg " << I << ": " << *tjp.template arg () << endl; } }; template <> struct ArgPrinter<0> { template static inline void work (JP &tjp) {} }; aspect Trace { template void print_args (JP &tjp) { ArgPrinter::work (tjp); } advice call("% A::%(...)" || "% no_args()") : before() { tjp->arg(0); // TODO: a workaround, because on demand code generation // does not check the instantiated template cout << JoinPoint::filename () << ":" << JoinPoint::line () << endl; print_args (*tjp); } }; #endif // __Trace_ah__ aspectc++/AspectC++/tests/StaticTrace/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200020544 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/StaticTrace/main.cc0000644000175000001440000000115212740141200020727 0ustar00osusers00000000000000#include class A { public: void a(int i, float b, const int &a, void *p = (void*)0x4711) { } }; void no_args() {} int main() { int val = 42; A a; printf ("Static Trace: arguments for each call\n"); printf ("=============================================================\n"); a.a(4711, 3.14f, val); printf ("-------------------------------------------------------------\n"); a.a(4712, 3.15f, val, (void*)0x12345678); printf ("-------------------------------------------------------------\n"); no_args (); printf ("=============================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/Namespaces0000644000000000000000000000007412740141200017107 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Namespaces/0000755000175000001440000000000012740141200017346 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Namespaces/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020624 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Namespaces/Makefile0000644000175000001440000000003412740141200021003 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Namespaces/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020417 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Namespaces/main.cc0000644000175000001440000000201112740141200020573 0ustar00osusers00000000000000#include namespace n1 { namespace n2 { // class C1; class C2 { enum { VAL = 2 }; public: void f () {} }; template class C3 { enum { VAL = 3 }; public: void f () {} }; } } namespace n3 { template class C4; } template class n3::C4 { enum { VAL = 4 }; public: void f () {} }; // class n1::n2::C1 { enum { VAL = 3 }; void f () {} }; aspect BigBrother { advice execution ("%") : before () { printf ("%s: %d\n", tjp->signature (), tjp->that ()->VAL); } advice that ("n1::n2::C2") && execution ("%") : before () { printf ("that C2: %s\n", tjp->signature ()); } }; int main() { using namespace n1::n2; // C1 c1; C2 c2; C3 c3; n3::C4 c4; printf ("Namespace:\n"); printf ("===============================================================\n"); // c1.f (); c2.f (); c3.f (); c4.f (); printf ("---------------------------------------------------------------\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/PragmaOnce0000644000000000000000000000007412740141200017044 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/PragmaOnce/0000755000175000001440000000000012740141200017303 5ustar00osusers00000000000000aspectc++/AspectC++/tests/PragmaOnce/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021252 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/PragmaOnce/feature.ref0000644000175000001440000000037212740141200021436 0ustar00osusers00000000000000PragmaOnce: check how the include expander handles pragma once ============================================================== Everything is fine if it compiles without warnings or errors ============================================================== aspectc++/AspectC++/tests/PragmaOnce/PaxHeaders.4702/a.h0000644000000000000000000000007412740141200017512 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/PragmaOnce/a.h0000644000175000001440000000005612740141200017675 0ustar00osusers00000000000000#pragma once class C { public: int _var; }; aspectc++/AspectC++/tests/PragmaOnce/PaxHeaders.4702/b.h0000644000000000000000000000007412740141200017513 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/PragmaOnce/b.h0000644000175000001440000000003612740141200017674 0ustar00osusers00000000000000#pragma once #include "a.h" aspectc++/AspectC++/tests/PragmaOnce/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020561 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/PragmaOnce/Makefile0000644000175000001440000000003412740141200020740 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/PragmaOnce/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020354 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/PragmaOnce/main.cc0000644000175000001440000000073112740141200020537 0ustar00osusers00000000000000#include // this should not result in an error #include "a.h" #include "b.h" int main () { C c; c._var = 0; // to avoid warnings printf ("PragmaOnce: check how the include expander handles pragma once\n"); printf ("==============================================================\n"); printf ("Everything is fine if it compiles without warnings or errors\n"); printf ("==============================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/ArrayMangling0000644000000000000000000000007412740141200017563 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/ArrayMangling/0000755000175000001440000000000012740141200020022 5ustar00osusers00000000000000aspectc++/AspectC++/tests/ArrayMangling/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021771 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/ArrayMangling/feature.ref0000644000175000001440000000046112740141200022154 0ustar00osusers00000000000000ArrayMangling ============================================================= this is a quite complicated signature with array types void f(int *,int *,int **,int (*)[4],int (*)[10],int (*(*)())[3],int (**)[14],double (C::*)(long int *(*)[64])) ============================================================= aspectc++/AspectC++/tests/ArrayMangling/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021300 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/ArrayMangling/Makefile0000644000175000001440000000003412740141200021457 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/ArrayMangling/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021073 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/ArrayMangling/main.cc0000644000175000001440000000141412740141200021255 0ustar00osusers00000000000000#include class C {}; void f (int a1[], int a2[2], int *a3[3], int (*a4)[4], int a5[5][10], int (*(*a6)())[3], int (*a7[7])[14], double (C::*a8)(long *(a[32])[64]) = 0) { } aspect Nonsense { advice execution ("% f(...)") : before () { printf ("%s\n", tjp->signature ()); } }; int main () { int a1[] = { 1, 2 }; int a2[2] = { 3, 4 }; int *a3[3]; int (*a4)[4] = 0; int a5[5][10]; int (*(*a6)())[3] = 0; int (*a7[7])[14]; printf ("ArrayMangling\n"); printf ("=============================================================\n"); printf ("this is a quite complicated signature with array types\n"); f (a1, a2, a3, a4, a5, a6, a7); printf ("=============================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug2670000644000000000000000000000007412740141200016004 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug267/0000755000175000001440000000000012740141200016243 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug267/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020212 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug267/feature.ref0000644000175000001440000000032412740141200020373 0ustar00osusers00000000000000Bug267: around advice without proceed ===================================== replaced void C::f() by advice! replaced int C::g(int) by advice! replaced void C::h() by advice! ===================================== aspectc++/AspectC++/tests/Bug267/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017521 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug267/Makefile0000644000175000001440000000003412740141200017700 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug267/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017314 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug267/main.cc0000644000175000001440000000140712740141200017500 0ustar00osusers00000000000000#include class C { public: void f () {} int g (int) { return 0; } void h () {} }; aspect A { advice execution ("void C::f()") : around () { printf ("replaced %s by advice!\n", JoinPoint::signature ()); } advice execution ("% C::g(...)") && cflow(execution("% main(...)")): around () { printf ("replaced %s by advice!\n", JoinPoint::signature ()); } advice execution ("void C::h()") : around () { printf ("replaced %s by advice!\n", JoinPoint::signature ()); tjp->action ().trigger (); } }; int main () { printf ("Bug267: around advice without proceed\n"); printf ("=====================================\n"); C c; c.f (); c.g (42); c.h (); printf ("=====================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/SimpleRefAdvice0000644000000000000000000000007312740141200020031 xustar0030 atime=1468174988.275169105 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/SimpleRefAdvice/0000755000175000001440000000000012740141200020271 5ustar00osusers00000000000000aspectc++/AspectC++/tests/SimpleRefAdvice/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200022236 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/SimpleRefAdvice/feature.ref0000644000175000001440000000420612740141200022424 0ustar00osusers00000000000000Before: int a ent: 42 Around: int a ent: 42 Around (inner): int a ent (inner): 42 res (inner): 42 tmp: 42 After: int a res: 42 Before: int T1::x ent: 23 Around: int T1::x ent: 23 Around (inner): int T1::x ent (inner): 23 res (inner): 23 tmp: 23 After: int T1::x res: 23 REF (explitcit): A: Before: int a ent: 42 Around: int a ent: 42 Around (inner): int a ent (inner): 42 res (inner): 42 tmp: 42 After: int a res: 42 X1: Before: int T1::x ent: 23 Around: int T1::x ent: 23 Around (inner): int T1::x ent (inner): 23 res (inner): 23 tmp: 23 After: int T1::x res: 23 X2: Before: int T1::x ent: 23 Around: int T1::x ent: 23 Around (inner): int T1::x ent (inner): 23 res (inner): 23 tmp: 23 After: int T1::x res: 23 X3: Before: int T1::x ent: 23 Around: int T1::x ent: 23 Around (inner): int T1::x ent (inner): 23 res (inner): 23 tmp: 23 After: int T1::x res: 23 M1: ent ( via memberptr() ): 5 Before: int T1::m ent: 5 Around: int T1::m ent: 5 Around (inner): int T1::m ent (inner): 5 res (inner): 5 tmp: 5 After: int T1::m res: 5 M2: ent ( via memberptr() ): 5 Before: int T1::m ent: 5 Around: int T1::m ent: 5 Around (inner): int T1::m ent (inner): 5 res (inner): 5 tmp: 5 After: int T1::m res: 5 P1: ent ( via memberptr() ): 13 Before: int T1::p ent: 13 Around: int T1::p ent: 13 Around (inner): int T1::p ent (inner): 13 res (inner): 13 tmp: 13 After: int T1::p res: 13 REF (implicit): local ref: Before: int a ent: 42 Around: int a ent: 42 Around (inner): int a ent (inner): 42 res (inner): 42 tmp: 42 After: int a res: 42 param ref: Before: int a ent: 42 Around: int a ent: 42 Around (inner): int a ent (inner): 42 res (inner): 42 tmp: 42 After: int a res: 42 1: 42 default param ref (no default): Before: int a ent: 42 Around: int a ent: 42 Around (inner): int a ent (inner): 42 res (inner): 42 tmp: 42 After: int a res: 42 2: 42 default param ref (default): Before: int T1::x ent: 23 Around: int T1::x ent: 23 Around (inner): int T1::x ent (inner): 23 res (inner): 23 tmp: 23 After: int T1::x res: 23 2: 23 return ref: Before: int T1::x ent: 23 Around: int T1::x ent: 23 Around (inner): int T1::x ent (inner): 23 res (inner): 23 tmp: 23 After: int T1::x res: 23 23 aspectc++/AspectC++/tests/SimpleRefAdvice/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200021545 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/SimpleRefAdvice/Makefile0000644000175000001440000000011512740141200021726 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/SimpleRefAdvice/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200021340 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/SimpleRefAdvice/main.cc0000644000175000001440000000445312740141200021532 0ustar00osusers00000000000000#include using namespace std; class T1 { private: int p; public: int m; static int x; T1() : m( 5 ), p( 13 ) {} static void testrefS() { int *r = &x; } void testrefM() { int *r = &m; } void testrefP(); }; void paramtest1( int &r ) { cout << "1: " << r << endl; } void paramtest2( int &r = T1::x ) { cout << "2: " << r << endl; } int &returntest() { return T1::x; } int T1::x = 23; void T1::testrefP() { int *r = &p; }; int a = 42; int *i = &a; int &j = T1::x; int main() { int *b; T1 o; cout << endl << "REF (explitcit):" << endl; cout << endl << "A:" << endl; b = &a; cout << endl << "X1:" << endl; b = &T1::x; cout << endl << "X2:" << endl; T1::testrefS(); cout << endl << "X3:" << endl; b = &o.x; cout << endl << "M1:" << endl; b = &o.m; cout << endl << "M2:" << endl; o.testrefM(); cout << endl << "P1:" << endl; o.testrefP(); cout << endl << "REF (implicit):" << endl; cout << endl << "local ref:" << endl; int &c = a; cout << endl << "param ref:" << endl; paramtest1( a ); cout << endl << "default param ref (no default):" << endl; paramtest2( a ); cout << endl << "default param ref (default):" << endl; paramtest2(); cout << endl << "return ref:" << endl; cout << returntest() << endl; return 0; } aspect RefTest1 { advice ref("int ...::%") : before() { cout << "Before: " << tjp->signature() << endl; cout << "ent: " << *tjp->entity() << endl; } advice ref("int ...::%") : after() { cout << "After: " << tjp->signature() << endl; cout << "res: " << **tjp->result() << endl; } }; aspect RefTest2 { advice ref("int ...::%") : around() { cout << "Around: " << tjp->signature() << endl; cout << "ent: " << *tjp->entity() << endl; tjp->proceed(); int &tmp = **tjp->result(); cout << "tmp: " << tmp << endl; } }; aspect RefTest3 { advice ref("int ...::%") : around() { cout << "Around (inner): " << tjp->signature() << endl; cout << "ent (inner): " << *tjp->entity() << endl; tjp->proceed(); cout << "res (inner): " << **tjp->result() << endl; } }; aspect MemberTest { advice ref("int T1::%" && ! "static % T1::%") : before() { cout << "ent ( via memberptr() ): " << tjp->target()->*(tjp->memberptr()) << endl; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/NonInlineSliceInclude0000644000000000000000000000007412740141200021205 xustar0030 atime=1468174988.283169237 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/0000755000175000001440000000000012740141200021444 5ustar00osusers00000000000000aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/B.cc0000644000000000000000000000007412740141200021752 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/B.cc0000644000175000001440000000006612740141200022136 0ustar00osusers00000000000000#include "B.h" int B::I_am_the_link_once_object = 0; aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/ABDecl.ah0000644000000000000000000000007412740141200022646 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/ABDecl.ah0000644000175000001440000000077612740141200023042 0ustar00osusers00000000000000#ifndef __ABDecl_ah__ #define __ABDecl_ah__ #include // Forward declarations class A; class B; aspect ABCrossed { // introduce references into A and B (crossed) advice "A" : slice class ASlice { B *_bref; public: void f1 () { printf (" function ASlice::f1()\n"); } void f2 (); }; advice "B" : slice class BSlice { A *_aref; public: void f1 () { printf (" function BSlice::f1()\n"); } void f2 (); }; }; #endif // __ABDecl_ah__ aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/B.h0000644000000000000000000000007412740141200021614 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/B.h0000644000175000001440000000015312740141200021775 0ustar00osusers00000000000000#ifndef __B_h__ #define __B_h__ class B { static int I_am_the_link_once_object; }; #endif // __B_h__ aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/CDef.ah0000644000000000000000000000007412740141200022375 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/CDef.ah0000644000175000001440000000042312740141200022556 0ustar00osusers00000000000000#ifndef __CDef_ah__ #define __CDef_ah__ #include #include "C.h" #include "CDecl.ah" slice CDecl::CSlice *CDecl::CSlice::f () { C::T _a_type_from_C_used_for_me; printf (" function f () introducd by an aspect\n"); return this; } #endif // __CDef_ah__ aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/A.cc0000644000000000000000000000007412740141200021751 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/A.cc0000644000175000001440000000006612740141200022135 0ustar00osusers00000000000000#include "A.h" int A::I_am_the_link_once_object = 0; aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/CDecl.ah0000644000000000000000000000007412740141200022546 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/CDecl.ah0000644000175000001440000000022312740141200022725 0ustar00osusers00000000000000#ifndef __CDecl_ah__ #define __CDecl_ah__ aspect CDecl { advice "C" : slice class CSlice { public: CSlice *f (); }; }; #endif // __CDecl_ah__ aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200023413 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/feature.ref0000644000175000001440000000046512740141200023602 0ustar00osusers00000000000000NonInlineSliceInclude: check for include generation in .cc ========================================================== function f () introducd by an aspect function ASlice::f1() function ABCrossed::ASlice::f2 calls B::f1 function BSlice::f1() ========================================================== aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/A.h0000644000000000000000000000007412740141200021613 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/A.h0000644000175000001440000000015312740141200021774 0ustar00osusers00000000000000#ifndef __A_h__ #define __A_h__ class A { static int I_am_the_link_once_object; }; #endif // __A_h__ aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/ABDef.ah0000644000000000000000000000007412740141200022475 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/ABDef.ah0000644000175000001440000000057512740141200022666 0ustar00osusers00000000000000#ifndef __ABDef_ah__ #define __ABDef_ah__ #include #include "A.h" #include "B.h" #include "ABDecl.ah" slice void ABCrossed::ASlice::f2 () { printf (" function ABCrossed::ASlice::f2 calls B::f1\n"); _bref->f1 (); } slice void ABCrossed::BSlice::f2 () { printf (" function ABCrossed::BSlice::f2 calls A::f1\n"); _aref->f1 (); } #endif // __ABDef_ah__ aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022722 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/Makefile0000644000175000001440000000003412740141200023101 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/C.h0000644000000000000000000000007412740141200021615 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/C.h0000644000175000001440000000021312740141200021773 0ustar00osusers00000000000000#ifndef __C_h__ #define __C_h__ class C { static int I_am_the_link_once_object; public: enum T { V1, V2 }; }; #endif // __C_h__ aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200022515 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/main.cc0000644000175000001440000000052212740141200022676 0ustar00osusers00000000000000#include #include "C.h" #include "A.h" int main () { C c; A a; printf ("NonInlineSliceInclude: check for include generation in .cc\n"); printf ("==========================================================\n"); c.f (); a.f1 (); a.f2 (); printf ("==========================================================\n"); } aspectc++/AspectC++/tests/NonInlineSliceInclude/PaxHeaders.4702/C.cc0000644000000000000000000000007412740141200021753 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/NonInlineSliceInclude/C.cc0000644000175000001440000000006612740141200022137 0ustar00osusers00000000000000#include "C.h" int C::I_am_the_link_once_object = 0; aspectc++/AspectC++/tests/PaxHeaders.4702/DataFlowAnalysis0000644000000000000000000000007412740141200020235 xustar0030 atime=1468174988.279169171 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/DataFlowAnalysis/0000755000175000001440000000000012740141200020474 5ustar00osusers00000000000000aspectc++/AspectC++/tests/DataFlowAnalysis/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022443 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/DataFlowAnalysis/feature.ref0000644000175000001440000000635312740141200022634 0ustar00osusers00000000000000Function name="~Foo" Function name="Foo" Function name="Foo" Function name="f" Function name="g" Function name="~RefToPtr" Function name="RefToPtr" Function name="RefToPtr" Function name="f" Function name="g" Function name="~MyStaticContainer" Function name="MyStaticContainer" Function name="MyStaticContainer" Function name="member_expressions" target_object_lid="2" target_object_lid="2" target_object_lid="3" target_object_lid="3" target_object_lid="0" target_object_lid="0" target_object_lid="4" target_object_lid="4" target_object_lid="5" target_object_lid="5" target_object_lid="0" target_object_lid="0" target_object_lid="6" target_object_lid="6" target_object_lid="7" target_object_lid="7" target_object_lid="0" target_object_lid="0" target_object_lid="7" target_object_lid="7" target_object_lid="8" target_object_lid="8" target_object_lid="0" target_object_lid="0" target_object_lid="9" target_object_lid="9" target_object_lid="7" target_object_lid="7" target_object_lid="10" target_object_lid="10" target_object_lid="0" target_object_lid="0" target_object_lid="11" target_object_lid="11" Function name="for_loop_test" target_object_lid="2" target_object_lid="2" target_object_lid="5" target_object_lid="5" target_object_lid="2" target_object_lid="4" Function name="do_while_loop_test" target_object_lid="2" target_object_lid="2" target_object_lid="4" target_object_lid="4" target_object_lid="2" target_object_lid="3" Function name="while_loop_test" target_object_lid="2" target_object_lid="2" target_object_lid="2" Function name="addr_op_test" target_object_lid="2" target_object_lid="2" target_object_lid="0" target_object_lid="0" target_object_lid="2" target_object_lid="2" target_object_lid="0" target_object_lid="2" target_object_lid="0" target_object_lid="0" target_object_lid="2" target_object_lid="0" target_object_lid="2" Function name="ref_to_ptr_test" target_object_lid="2" target_object_lid="2" target_object_lid="2" target_object_lid="0" target_object_lid="2" target_object_lid="2" target_object_lid="0" target_object_lid="0" Function name="nested_call_order" target_object_lid="0" target_object_lid="0" target_object_lid="0" target_object_lid="0" Function name="conditional_operator" target_object_lid="2" target_object_lid="2" target_object_lid="0" target_object_lid="4" Function name="compound_test" target_object_lid="2" target_object_lid="3" target_object_lid="4" target_object_lid="4" target_object_lid="4" target_object_lid="3" target_object_lid="3" target_object_lid="3" Function name="increment_decrement_op" target_object_lid="2" target_object_lid="0" target_object_lid="3" target_object_lid="4" target_object_lid="0" target_object_lid="5" target_object_lid="0" Function name="global_pointer" target_object_lid="2" target_object_lid="3" target_object_lid="0" target_object_lid="4" target_object_lid="0" target_object_lid="5" target_object_lid="6" Function name="if_then_else_test" target_object_lid="2" target_object_lid="3" target_object_lid="5" target_object_lid="2" target_object_lid="3" target_object_lid="7" target_object_lid="8" target_object_lid="10" aspectc++/AspectC++/tests/DataFlowAnalysis/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021752 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/DataFlowAnalysis/Makefile0000644000175000001440000000006712740141200022137 0ustar00osusers00000000000000ACFLAGS ?= --flow_analysis include ../Makefile.generic aspectc++/AspectC++/tests/DataFlowAnalysis/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021545 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/DataFlowAnalysis/main.cc0000644000175000001440000002007012740141200021726 0ustar00osusers00000000000000namespace DataFlowAnalysis { //----------------------- Member Expression Test ------------------------------ class Foo { public: Foo& ref; Foo* ptr; Foo* const const_ptr; Foo() : ref(*this), ptr(this), const_ptr(this) {} void f() {} void g(Foo *ptr) {} } foo; void member_expressions() { foo.f(); // ID: 2 foo.f(); // ID: 2 foo.ref.f(); // ID: 3 foo.ref.f(); // ID: 3 foo.ptr->f(); // ID: 0 foo.ptr->f(); // ID: 0 foo.const_ptr->f(); // ID: 4 foo.const_ptr->f(); // ID: 4 foo.ref.ref.f(); // ID: 5 foo.ref.ref.f(); // ID: 5 foo.ref.ptr->f(); // ID: 0 foo.ref.ptr->f(); // ID: 0 foo.ref.const_ptr->f(); // ID: 6 foo.ref.const_ptr->f(); // ID: 6 Foo* foo_ptr = new Foo(); foo_ptr->f(); // ID: 7 foo_ptr->f(); // ID: 7 foo_ptr->ref.f(); // ID: 0 foo_ptr->ref.f(); // ID: 0 Foo* const foo_const_ptr = foo_ptr; foo_const_ptr->f(); // ID: 7 foo_const_ptr->f(); // ID: 7 foo_const_ptr->ref.f(); // ID: 8 foo_const_ptr->ref.f(); // ID: 8 foo_const_ptr->ptr->f(); // ID: 0 foo_const_ptr->ptr->f(); // ID: 0 foo_const_ptr->const_ptr->f(); // ID: 9 foo_const_ptr->const_ptr->f(); // ID: 9 Foo& foo_ref = *foo_const_ptr; foo_ref.f(); // ID: 7 foo_ref.f(); // ID: 7 foo_ref.ref.f(); // ID: 10 foo_ref.ref.f(); // ID: 10 foo_ref.ptr->f(); // ID: 0 foo_ref.ptr->f(); // ID: 0 foo_ref.const_ptr->f(); // ID: 11 foo_ref.const_ptr->f(); // ID: 11 } //--------------------------- For-Loop Test ----------------------------------- void for_loop_test(int _a, char** _b) { Foo b; Foo* ptr = &b; b.f(); // ID: 2 ptr->f(); // ID: 2 for(int i=0; i<10; i++) { ptr->f(); // ID: 5 ptr->f(); // ID: 5 ptr++; } b.f(); // ID: 2 ptr->f(); // ID: 4 } //------------------------- Do-While-Loop Test -------------------------------- void do_while_loop_test() { Foo b; Foo* ptr = &b; b.f(); // ID: 2 ptr->f(); // ID: 2 int i = 0; do { i++; ptr->f(); // ID: 4 ptr->f(); // ID: 4 ptr++; } while (i<10); b.f(); // ID: 2 ptr->f(); // ID: 3 } //--------------------------- While-Loop Test --------------------------------- void while_loop_test(void* __ch_data, const char* __buf, int __len) { Foo b; b.f(); // ID: 2 while(__len-- > 0) b.f(); // ID: 2 b.f(); // ID: 2 } //-------------------------- Address-Operator-Test ---------------------------- void addr_op_test() { Foo b; Foo* ptr = &b; b.f(); // ID: 2 ptr->f(); // ID: 2 Foo *const * double_ptr = &ptr; // kills the pointer ptr->f(); // ID: 0 (**double_ptr).f(); // ID: 0 Foo* ptr2 = &b; ptr2->f(); // ID: 2 ptr2->g( *(&ptr2) ); // ID: 2 ptr2->f(); // ID: 0 Foo* ptr3 = &b; (*(&ptr3))->f(); // ID: 2 ptr3->f(); // ID: 0 Foo *ptr_a, *ptr_b; ptr_a = &b; ptr_b = *(&ptr_a); // kill the pointer and transfer its id ptr_a->f(); // ID: 0 ptr_b->f(); // ID: 2 Foo* ptr_c = *(&ptr_b); // kill the pointer and transfer its id ptr_b->f(); // ID: 0 ptr_c->f(); // ID: 2 } //---------------------- Reference-to-Pointer Test ---------------------------- class RefToPtr { public: int f(RefToPtr*& _ff) { return 0; } void g() {}; }; void ref_to_ptr_test() { RefToPtr foo; RefToPtr* ptr = &foo; foo.g(); // ID: 2 ptr->g(); // ID: 2 ptr->f(ptr); // ID: 2 ptr->g(); // ID: 0 RefToPtr* ptr2 = &foo; ptr2->g(); // ID: 2 RefToPtr& ref = *ptr2; ref.g(); // ID: 2 RefToPtr*& ref_to_ptr = ptr2; // kills the pointer ptr2->g(); // ID: 0 ref_to_ptr->g(); // ID: 0 } //----------------------- Nested-Call-Order Test ------------------------------ void nested_call_order() { Foo foo; Foo* ptr = &foo; ptr->g( // ID: 0 ( ptr->f(), // ID: 0 (or 2) ptr->g(*(&ptr)), // ID: 0 (or 2) ptr->f(), &foo) ); // ID: 0 } //----------------------- Conditional-Operator Test --------------------------- void conditional_operator() { Foo foo, foo2; Foo* ptr = &foo; Foo* ptr2 = &foo2; (1 ? ptr : ptr2)->f(); // ID: 2 Foo* ptr3 = (2 ? ptr : ptr2); ptr3->f(); // ID: 2 ( (&conditional_operator > &nested_call_order) ? ptr : ptr2)->f(); // ID: 0 ptr3 = ( (&conditional_operator > &nested_call_order) ? ptr : ptr2); ptr3->f(); // ID: 4 } //--------------------------- Compound Test ----------------------------------- void compound_test(Foo* param) { param->f(); // ID: 2 Foo foo, foo2; (foo.f(), // ID: 3 foo2).f(); // ID: 4 Foo* ptr = &foo; (ptr = &foo2)->f(); // ID: 4 ptr->f(); // ID: 4 Foo *ptr2, *ptr3; ptr = ptr2 = ptr3 = &foo; ptr->f(); // ID: 3 ptr2->f(); // ID: 3 ptr3->f(); // ID: 3 } //--------------------------- Increment/Decrement Test ------------------------ void increment_decrement_op() { Foo array[2]; Foo* ptr_1 = &array[0]; ptr_1->f(); // ID: 2 (ptr_1++)->f(); // ID: 0 ptr_1->f(); // ID: 3 Foo* ptr_2 = &array[1]; ptr_2->f(); // ID: 4 (--ptr_2)->f(); // ID: 0 ptr_2->f(); // ID: 5 (ptr_2+1)->f(); // ID: 0 } //-------------------------------- Global-Pointer Test ------------------------ Foo glob; Foo& glob_ref = glob; Foo* glob_ptr = &glob; Foo* const glob_const_ptr = &glob; class MyStaticContainer { public: static Foo* ptr; static Foo* const const_ptr; static Foo& ref; }; Foo* MyStaticContainer::ptr = &glob; Foo* const MyStaticContainer::const_ptr = &glob; Foo& MyStaticContainer::ref = glob; void global_pointer() { glob.f(); // ID: 2 glob_ref.f(); // ID: 3 glob_ptr->f(); // ID: 0 glob_const_ptr->f(); // ID: 4 MyStaticContainer::ptr->f(); // ID: 0 MyStaticContainer::const_ptr->f(); // ID: 5 MyStaticContainer::ref.f(); // ID: 6 } //----------------------------- If-Then-Else Test ----------------------------- void if_then_else_test() { Foo foo1; Foo foo2; Foo* ptr = 0; if (&increment_decrement_op > &global_pointer) { ptr = &foo1; ptr->f(); // ID: 2 } else { ptr = &foo2; ptr->f(); // ID: 3 } ptr->f(); // ID: 5 for(int i=0; i<10; ++i) { ptr = 0; if (&increment_decrement_op < &global_pointer) { ptr = &foo1; ptr->f(); // ID: 2 } else { ptr = &foo2; ptr->f(); // ID: 3 } ptr->f(); // ID: 7 } ptr->f(); // ID: 8 ptr = &foo1; if (&increment_decrement_op > &global_pointer) { goto set; } else { goto exec; } set: ptr = &foo2; exec: ptr->f(); // ID: 10 } } // namespace DataFlowAnalysis //-------------------------- Print project model ------------------------------ #include #include #include #include int main() { std::ifstream input("repo.acp"); std::string line; bool namespace_dflow = false; while ( std::getline( input, line ) ) { if ( (line.find("Namespace") != std::string::npos) && (line.find("name=") != std::string::npos) ) { if ( line.find("\"DataFlowAnalysis\"") != std::string::npos ) namespace_dflow = true; else namespace_dflow = false; } if (namespace_dflow) { // print function name if (line.find(" aspect introductions { pointcut pTarget() = "IntroductionTarget"; public: advice pTarget() : slice struct { struct myStruct { int member1; long member2; float member3; }; }; advice pTarget() : slice struct { int myArray1[10]; }; advice pTarget() : slice struct { myStruct myArray2[10]; }; }; class IntroductionTarget { }; aspect abstract_trace_construction { pointcut virtual pClasses() = 0; private: advice construction(pClasses()) : before () { printf("in %s\n",JoinPoint::signature()); } }; aspect trace : public abstract_trace_construction { pointcut pClasses() = "IntroductionTarget"; }; int main () { printf ("Bug 216: copy constructor generation\n"); printf ("====================================\n"); IntroductionTarget it; printf ("====================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug2090000644000000000000000000000007412740141200016000 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/Bug209/0000755000175000001440000000000012740141200016237 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug209/PaxHeaders.4702/AbstractTrace.ah0000644000000000000000000000007412740141200021111 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/Bug209/AbstractTrace.ah0000644000175000001440000000072012740141200021272 0ustar00osusers00000000000000#ifndef __Abstract_Trace_ah__ #define __Abstract_Trace_ah__ #include using namespace std; aspect AbstractTrace { public: pointcut pc1() = call("% ...::B::%(...)"); pointcut pc2() = execution("% ...::B::%(...)"); advice pc1() : after () { cout << "after call " << JoinPoint::signature () << "\n"; } advice pc2() : after () { cout << "after execution " << JoinPoint::signature () << "\n"; } }; #endif // __Abstract_Trace_ah__ aspectc++/AspectC++/tests/Bug209/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020206 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/Bug209/feature.ref0000644000175000001440000000010612740141200020365 0ustar00osusers00000000000000m( 5 ) after execution void B::m(A) after call void B::m(A) aspectc++/AspectC++/tests/Bug209/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017515 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/Bug209/Makefile0000644000175000001440000000003412740141200017674 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug209/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017310 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/Bug209/main.cc0000644000175000001440000000037012740141200017472 0ustar00osusers00000000000000#include using namespace std; template class A { public: T s; }; typedef A myA; class B { public: void m(myA a){ cout << "m( " << a.s << " )\n"; } }; int main() { myA a; a.s = 5; B b; b.m(a); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/IntroInBase0000644000000000000000000000007412740141200017205 xustar0030 atime=1468174988.281169204 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/IntroInBase/0000755000175000001440000000000012740141200017444 5ustar00osusers00000000000000aspectc++/AspectC++/tests/IntroInBase/PaxHeaders.4702/Derived.ah0000644000000000000000000000007412740141200021156 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/IntroInBase/Derived.ah0000644000175000001440000000156512740141200021347 0ustar00osusers00000000000000#ifndef __Derived_ah__ #define __Derived_ah__ #include #include "Base.ah" #include "C.h" aspect Derived : public Base { // make the base aspect introduce something into "C" pointcut target_class () = "C"; pointcut virtual late_target_class_copy () = 0; advice execution (target_class ()) : before () { printf ("before %s\n", JoinPoint::signature ()); } // advice execution (late_target_class_copy ()) : after () { // printf ("after %s\n", JoinPoint::signature ()); // } }; struct Confusion { pointcut target_class() = "DoesNotExists"; }; aspect Derived2 : public Confusion, public Derived { // make the base aspect introduce something into "C" pointcut late_target_class_copy () = "C"; // advice late_target_class_copy() : slice struct { // void func() { _something = 42; } // }; }; #endif // __Derived_ah__ aspectc++/AspectC++/tests/IntroInBase/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021413 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/IntroInBase/feature.ref0000644000175000001440000000031312740141200021572 0ustar00osusers00000000000000IntroInBase: checks if the right #include is generated ====================================================== before void C::f() before void C::g() ====================================================== aspectc++/AspectC++/tests/IntroInBase/PaxHeaders.4702/Base.ah0000644000000000000000000000007412740141200020446 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/IntroInBase/Base.ah0000644000175000001440000000032512740141200020630 0ustar00osusers00000000000000#ifndef __Base_ah__ #define __Base_ah__ typedef int SomeType; aspect Base { pointcut virtual target_class () = 0; advice target_class() : slice struct { SomeType _something; }; }; #endif // __Base_ah__ aspectc++/AspectC++/tests/IntroInBase/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020722 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/IntroInBase/Makefile0000644000175000001440000000003412740141200021101 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/IntroInBase/PaxHeaders.4702/C.h0000644000000000000000000000007412740141200017615 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/IntroInBase/C.h0000644000175000001440000000016212740141200017776 0ustar00osusers00000000000000#ifndef __C_h__ #define __C_h__ class C { void g () {} public: void f () { g (); } }; #endif // __C_h__ aspectc++/AspectC++/tests/IntroInBase/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020515 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/IntroInBase/main.cc0000644000175000001440000000043112740141200020675 0ustar00osusers00000000000000#include #include "C.h" int main() { C c; printf ("IntroInBase: checks if the right #include is generated\n"); printf ("======================================================\n"); c.f (); printf ("======================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/MatchStatic0000644000000000000000000000007312740141200017233 xustar0030 atime=1468174988.274169089 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/MatchStatic/0000755000175000001440000000000012740141200017473 5ustar00osusers00000000000000aspectc++/AspectC++/tests/MatchStatic/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200021440 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/MatchStatic/feature.ref0000644000175000001440000000105612740141200021626 0ustar00osusers00000000000000Check the match mechanism for 'static' in match expressions ============================================================ call to void Test::static_func() STATIC function call to void Test::static_func() STATIC function call to void Test::non_static_func() NON-STATIC function call to void Test::virtual_func() NON-STATIC function ------------------------------------------------------------ call to void static_func() STATIC function call to void non_static_func() NON-STATIC function ============================================================ aspectc++/AspectC++/tests/MatchStatic/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200020747 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/MatchStatic/Makefile0000644000175000001440000000003412740141200021130 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/MatchStatic/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200020542 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/MatchStatic/main.cc0000644000175000001440000000207712740141200020734 0ustar00osusers00000000000000#include struct Test { static void static_func() {} void non_static_func () {} virtual void virtual_func () {} }; static void static_func() {} void non_static_func() {} aspect Trace { pointcut excl() = call ("% printf(...)"); advice !excl() && call("% ...::%(...)") : before () { printf ("call to %s\n", JoinPoint::signature ()); } advice !excl() && call("static % ...::%(...)") : before () { printf (" STATIC function\n"); } advice !excl() && call("% ...::%(...)") && !call ("static % ...::%(...)"): before () { printf (" NON-STATIC function\n"); } }; int main () { printf ("Check the match mechanism for 'static' in match expressions\n"); printf ("============================================================\n"); Test test; test.static_func (); Test::static_func (); test.non_static_func (); test.virtual_func (); printf ("------------------------------------------------------------\n"); static_func (); non_static_func (); printf ("============================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5740000644000000000000000000000007412740141200016005 xustar0030 atime=1468174988.286169286 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug574/0000755000175000001440000000000012740141200016244 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug574/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020213 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug574/feature.ref0000644000175000001440000000012012740141200020366 0ustar00osusers00000000000000bool Cyg_SchedThread::priority_inherited int Cyg_SchedThread::original_priority aspectc++/AspectC++/tests/Bug574/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017522 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug574/Makefile0000644000175000001440000000011512740141200017701 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/Bug574/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017315 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug574/main.cc0000644000175000001440000000166212740141200017504 0ustar00osusers00000000000000typedef int cyg_priority; typedef bool cyg_bool; class Cyg_SchedThread //: public Cyg_SchedThread_Implementation { protected: cyg_priority original_priority; // our original priority cyg_bool priority_inherited; // have we inherited? }; class Cyg_HardwareThread {}; class Cyg_Thread : public Cyg_HardwareThread, // provides hardware abstractions public Cyg_SchedThread // provides scheduling abstractions { public: cyg_priority get_priority(); }; inline cyg_priority Cyg_Thread::get_priority() { if( priority_inherited ) return original_priority; else return 0; } int main() { Cyg_Thread t; t.get_priority(); return 0; } #include using namespace std; aspect GetterSetter { pointcut all_variables() = "% ...::%"; advice get(all_variables()) || set(all_variables()) : before() { cout << tjp->signature() << endl; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug2710000644000000000000000000000007412740141200015777 xustar0030 atime=1468174988.278169155 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug271/0000755000175000001440000000000012740141200016236 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug271/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020205 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug271/feature.ref0000644000175000001440000000045512740141200020373 0ustar00osusers00000000000000Bug271: access control problem with privately inherited func ============================================================ before void BAR::barMethod() before void FOOBAR::fooBarMethod() before int MyNS::FOO1::d() before int MyNS::FOO2::d() ============================================================ aspectc++/AspectC++/tests/Bug271/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017514 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug271/Makefile0000644000175000001440000000003412740141200017673 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug271/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017307 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug271/main.cc0000644000175000001440000000222012740141200017465 0ustar00osusers00000000000000#include class MyNS { public: class FOO1 { public: int d(); }; class FOO2 { public: int d(); }; }; int MyNS::FOO1::d() { return 1; } int MyNS::FOO2::d() { return 2; } class FOOBAR { protected: void fooBarMethod(); }; class FOO : protected FOOBAR{ private: int disc; MyNS::FOO1 *obj1; MyNS::FOO2 *obj2; public: FOO () {} FOO(MyNS::FOO1 *obj); FOO(MyNS::FOO2 *obj); int d(); }; FOO::FOO(MyNS::FOO1* obj) : obj1(obj), obj2(0), disc(obj->d()) {} FOO::FOO(MyNS::FOO2* obj) : obj1(0), obj2(obj), disc(obj->d()) {} class BAR : FOO { public: void barMethod(); }; void FOOBAR::fooBarMethod() {} void BAR::barMethod() { fooBarMethod(); } aspect Trace { advice target("%") : before () { printf ("before %s\n", JoinPoint::signature ()); } }; int main () { printf ("Bug271: access control problem with privately inherited func\n"); printf ("============================================================\n"); BAR bar; bar.barMethod(); MyNS::FOO1 foo1; FOO foo_a (&foo1); MyNS::FOO2 foo2; FOO foo_b (&foo2); printf ("============================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/MatchScopeWithin0000644000000000000000000000007412740141200020241 xustar0030 atime=1468174988.280169188 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/MatchScopeWithin/0000755000175000001440000000000012740141200020500 5ustar00osusers00000000000000aspectc++/AspectC++/tests/MatchScopeWithin/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022447 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/MatchScopeWithin/feature.ref0000644000175000001440000000036512740141200022635 0ustar00osusers00000000000000within("A"): void foo() at line 14 within("A::B"): void foo() at line 14 within("A::B::C::InC"): void foo() at line 14 within("A"): void foo() at line 18 within("A::B"): void foo() at line 18 within("A::B::C::InC::Inner"): void foo() at line 18 aspectc++/AspectC++/tests/MatchScopeWithin/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021756 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/MatchScopeWithin/Makefile0000644000175000001440000000006712740141200022143 0ustar00osusers00000000000000ACFLAGS ?= --introspection include ../Makefile.generic aspectc++/AspectC++/tests/MatchScopeWithin/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021551 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/MatchScopeWithin/main.cc0000644000175000001440000000260512740141200021736 0ustar00osusers00000000000000#include using namespace std; void foo() {} namespace A { namespace B { namespace C { class InC { public: void bar() { foo(); in.bar1(); } class Inner { public: void bar1() { foo(); } // within("A::B::C::InC") should not match } in; }; } // C } // B } // A static const int expected_matches = 6; int matches = 0; int main() { A::B::C::InC c; c.bar(); if(matches != expected_matches){ cout << "ERROR: there should have been " << expected_matches << " matches instead of " << matches << endl; } }; aspect MatchScopeWithin { advice call("void foo()") && within("A") : before() { // 2 matches cout << "within(\"A\"): " << JoinPoint::signature() << " at line " << tjp->line() << endl; ++matches; } advice call("void foo()") && within("A::B") : before() { // 2 matches cout << "within(\"A::B\"): " << JoinPoint::signature() << " at line " << tjp->line() << endl; ++matches; } advice call("void foo()") && within("A::B::C::InC") : before() { // should only match at line 14 (not 18) -> 1 match cout << "within(\"A::B::C::InC\"): " << JoinPoint::signature() << " at line " << tjp->line() << endl; ++matches; } advice call("void foo()") && within("A::B::C::InC::Inner") : before() { // 1 match cout << "within(\"A::B::C::InC::Inner\"): " << JoinPoint::signature() << " at line " << tjp->line() << endl; ++matches; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5890000644000000000000000000000007412740141200016013 xustar0030 atime=1468174988.284169253 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug589/0000755000175000001440000000000012740141200016252 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug589/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020221 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug589/feature.ref0000644000175000001440000000034312740141200020403 0ustar00osusers00000000000000Bug589: Entity type uses private types instead of deduced types =============================================================== Fine if it compiles without errors =============================================================== aspectc++/AspectC++/tests/Bug589/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017530 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug589/Makefile0000644000175000001440000000007112740141200017710 0ustar00osusers00000000000000ACFLAGS ?= --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/Bug589/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017323 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug589/main.cc0000644000175000001440000000300712740141200017505 0ustar00osusers00000000000000#include struct Basic_list_policy_Timeout { typedef Basic_list_policy_Timeout **Type; }; class Basic_list_Timeout { public: class Iterator { private: typedef Basic_list_policy_Timeout::Type Internal_type; public: Internal_type get_c_const() const { return _c; } //template //Internal_type ttest(T o) const { return _c; } //Internal_type arg_test(Internal_type o) const { return _c; } private: Internal_type _c; public: Internal_type _internal; }; public: static Basic_list_policy_Timeout::Type __get_internal(Iterator const &i) { return i.get_c_const(); } //static Basic_list_policy_Timeout::Type __get_ttest(Iterator const &i) { return i.ttest(i.get_c_const()); } //static Basic_list_policy_Timeout::Type __get_arg_test(Iterator const &i) { return i.arg_test(i.get_c_const()); } }; int main() { printf ("Bug589: Entity type uses private types instead of deduced types\n"); printf ("===============================================================\n"); Basic_list_Timeout::Iterator i; Basic_list_policy_Timeout::Type v1 = Basic_list_Timeout::__get_internal(i); Basic_list_policy_Timeout::Type v2 = i._internal; printf ("Fine if it compiles without errors\n"); printf ("===============================================================\n"); } aspect Buggy { // This advice doesn't work yet // advice get("% ...::%") : before() { // tjp->entity(); // } advice call("% ...::%(...)") : before() { tjp->target(); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Instantiation0000644000000000000000000000007312740141200017653 xustar0030 atime=1468174988.270169023 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Instantiation/0000755000175000001440000000000012740141200020113 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Instantiation/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200022060 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Instantiation/feature.ref0000644000175000001440000000027712740141200022252 0ustar00osusers00000000000000Instantiation: advice for template instances ============================================================= ... not yet implement ============================================================= aspectc++/AspectC++/tests/Instantiation/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200021367 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Instantiation/Makefile0000644000175000001440000000005312740141200021551 0ustar00osusers00000000000000ACFLAGS ?= -v9 include ../Makefile.generic aspectc++/AspectC++/tests/Instantiation/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200021162 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Instantiation/main.cc0000644000175000001440000000137512740141200021354 0ustar00osusers00000000000000#include using std::printf; void resolved_func () {}; template class Array { T _data[I]; public: T get (int i) const { resolved_func (); return _data[i]; } void set (int i, const T &d) { _data[i] = d; } }; aspect Bla { advice execution ("% ...::set(...)") : before () { } }; namespace bla { Array darray; } int main () { printf ("Instantiation: advice for template instances\n"); printf ("=============================================================\n"); printf ("... not yet implement\n"); Array iarray; iarray.set (0, 0); Array darray_second_inst; darray_second_inst.set (0, 3.14); printf ("=============================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/CallPostfixOp0000644000000000000000000000007412740141200017557 xustar0030 atime=1468174988.287169303 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/CallPostfixOp/0000755000175000001440000000000012740141200020016 5ustar00osusers00000000000000aspectc++/AspectC++/tests/CallPostfixOp/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021765 xustar0030 atime=1468174988.278169155 30 ctime=1468174988.278169155 aspectc++/AspectC++/tests/CallPostfixOp/feature.ref0000644000175000001440000000123612740141200022151 0ustar00osusers00000000000000CallPostfixOp: advice for calls to postfix operators ==================================================== before A A::operator ++(int) inside A A::operator ++(int) before A A::operator ++() inside A A::operator ++() before A A::operator --(int) inside A A::operator --(int) before A A::operator --() inside A A::operator --() before int A::operator [](int) inside A A::operator [](int) before void A::operator ()(int,bool) inside A A::operator ()(int,bool=false) before void A::operator ()(int,bool) inside A A::operator ()(int,bool=false) before void A::operator ()(int,bool) inside A A::operator ()(int,bool=false) ==================================================== aspectc++/AspectC++/tests/CallPostfixOp/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021274 xustar0030 atime=1468174988.278169155 30 ctime=1468174988.278169155 aspectc++/AspectC++/tests/CallPostfixOp/Makefile0000644000175000001440000000003412740141200021453 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/CallPostfixOp/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021067 xustar0030 atime=1468174988.278169155 30 ctime=1468174988.278169155 aspectc++/AspectC++/tests/CallPostfixOp/main.cc0000644000175000001440000000305212740141200021251 0ustar00osusers00000000000000#include class A { public: A operator++ () { printf("inside A A::operator ++()\n"); return *this; } A operator++ (int) { printf("inside A A::operator ++(int)\n"); return *this; } A operator-- () { printf("inside A A::operator --()\n"); return *this; } A operator-- (int) { printf("inside A A::operator --(int)\n"); return *this; } int operator [] (int) { printf("inside A A::operator [](int)\n"); return 0; } void operator () (int, bool = false) { printf("inside A A::operator ()(int,bool=false)\n"); } }; aspect Postfix { advice call ("% A::operator ++()") : before () { printf ("before %s\n", JoinPoint::signature ()); } advice call ("% A::operator ++(int)") : before () { printf ("before %s\n", JoinPoint::signature ()); } advice call ("% A::operator --()") : before () { printf ("before %s\n", JoinPoint::signature ()); } advice call ("% A::operator --(int)") : before () { printf ("before %s\n", JoinPoint::signature ()); } advice call ("% A::operator [](...)") : before () { printf ("before %s\n", JoinPoint::signature ()); } advice call ("% A::operator ()(...)") : before () { printf ("before %s\n", JoinPoint::signature ()); } }; int main() { printf ("CallPostfixOp: advice for calls to postfix operators\n"); printf ("====================================================\n"); A a; a++; ++a; a--; --a; a[4711]; a (1); a (2, true); a.operator()(3); printf ("====================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/ExecAdviceNewDelete0000644000000000000000000000007412740141200020625 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/ExecAdviceNewDelete/0000755000175000001440000000000012740141200021064 5ustar00osusers00000000000000aspectc++/AspectC++/tests/ExecAdviceNewDelete/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200023033 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/ExecAdviceNewDelete/feature.ref0000644000175000001440000000163312740141200023220 0ustar00osusers00000000000000ExecAdviceNewDelete: execution advice for heap operations ========================================================= executing heap operation "void *C::operator new(<<>>)" tjp->that() is 0 (should be 0) executing heap operation "void C::operator delete(void *)" tjp->that() is 0 (should be 0) executing heap operation "void *operator new(<<>>)" tjp->that() is 0 (should be 0) executing heap operation "void operator delete(void *)" tjp->that() is 0 (should be 0) executing heap operation "void *operator new[](<<>>)" tjp->that() is 0 (should be 0) executing heap operation "void operator delete[](void *)" tjp->that() is 0 (should be 0) executing heap operation "void *operator new(<<>>)" tjp->that() is 0 (should be 0) executing heap operation "void A::operator delete(void *)" tjp->that() is 0 (should be 0) ========================================================= aspectc++/AspectC++/tests/ExecAdviceNewDelete/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022342 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/ExecAdviceNewDelete/Makefile0000644000175000001440000000022112740141200022517 0ustar00osusers00000000000000AC_PATTERN_REPLACEMENTS := | sed -e "s/new(.*)/new(<<>>)/" | sed -e "s/new\[\](.*)/new[](<<>>)/" include ../Makefile.generic aspectc++/AspectC++/tests/ExecAdviceNewDelete/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200022135 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/ExecAdviceNewDelete/main.cc0000644000175000001440000000270112740141200022317 0ustar00osusers00000000000000#include #include #include void *operator new (size_t ) throw(std::bad_alloc); void *operator new (size_t s) throw(std::bad_alloc) { return malloc (s); } void *operator new[] (size_t s) throw(std::bad_alloc) { return malloc (s); } void operator delete (void *obj) throw() { free (obj); } void operator delete[] (void *obj) throw() { free (obj); } struct A { // bug 517 /*static*/ void operator delete(void* ptr) throw (); // bug 517 was: fails without 'static' }; void A::operator delete (void* ptr) throw() {} class C { public: void f () {} // we always use the same C instance void *operator new (size_t) { static C c; return &c; } void operator delete (void *) { } }; #define STRING(x) #x aspect HeapSurveillance { advice execution ("% ...::operator new(...)" || "% ...::operator delete(...)" || "% ...::operator new[](...)" || "% ...::operator delete[](...)") : before () { printf ("executing heap operation \"%s\"\n", JoinPoint::signature ()); printf (" tjp->that() is %s (should be 0)\n", (tjp->that () ? "not 0" : "0")); } }; int main () { printf ("ExecAdviceNewDelete: execution advice for heap operations\n"); printf ("=========================================================\n"); C *c = new C; c->f (); delete c; delete new int; delete[] new double[20]; delete new A; printf ("=========================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/STLString0000644000000000000000000000007412740141200016661 xustar0030 atime=1468174988.293169401 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/STLString/0000755000175000001440000000000012740141200017120 5ustar00osusers00000000000000aspectc++/AspectC++/tests/STLString/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021067 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/STLString/feature.ref0000644000175000001440000000035012740141200021247 0ustar00osusers00000000000000StdString: checks advice weaving for the STL string class ========================================================= calling void foo(<<>>) in foo(this is a string) ========================================================= aspectc++/AspectC++/tests/STLString/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020376 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/STLString/Makefile0000644000175000001440000000034012740141200020555 0ustar00osusers00000000000000#AC_PATTERN_REPLACEMENTS := | sed -e "s/std::.*basic_string/<<>>/" | sed -e "s/void /VOID /" AC_PATTERN_REPLACEMENTS := | sed -e "s/std::.*basic_string/<<>>/" include ../Makefile.generic aspectc++/AspectC++/tests/STLString/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020171 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/STLString/main.cc0000644000175000001440000000115012740141200020350 0ustar00osusers00000000000000#include using std::printf; #include aspect StringTracer { public: advice call ("% foo(... :: basic_string)" && !"% printf(...)") : before () { printf ("calling %s\n", JoinPoint::signature ()); } }; //void foo(std::string s) { void foo(std::basic_string s) { printf("in foo(%s)\n", s.c_str ()); } int main () { printf ("StdString: checks advice weaving for the STL string class\n"); printf ("=========================================================\n"); foo ("this is a string"); printf ("=========================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/ConsDesAdvice0000644000000000000000000000007312740141200017501 xustar0030 atime=1468174988.275169105 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/ConsDesAdvice/0000755000175000001440000000000012740141200017741 5ustar00osusers00000000000000aspectc++/AspectC++/tests/ConsDesAdvice/PaxHeaders.4702/ConsDesTracker.ah0000644000000000000000000000007212740141200022741 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/ConsDesAdvice/ConsDesTracker.ah0000644000175000001440000000340212740141200023124 0ustar00osusers00000000000000#ifndef __ConsDesTracker_ah__ #define __ConsDesTracker_ah__ #include #include "c1.h" aspect ConsDesTracker { advice construction ("C4") : around () { printf (" instead of %s\n", tjp->signature ()); tjp->proceed (); } advice destruction ("C4") : after () { printf (" after %s\n", tjp->signature ()); } advice (destruction ("%") || construction("%")) && within("C4"): after () { printf (" after cons/dest within %s\n", tjp->signature ()); } advice args() && (construction ("C%" && !"ConsDesTracker") || destruction ("C1"||"C2")) : before () { printf (" before %s\n", tjp->signature ()); } advice construction ("%") && that (obj) : before (C1 *obj) { printf (" before %s, that C1 %d\n", JoinPoint::signature (), obj->id ()); } advice construction ("%") && that (obj) : after (Unique *obj) { printf (" after %s, that Unique %d\n", JoinPoint::signature (), obj->id ()); } advice construction ("C2") : around () { printf (" instead of %s\n", tjp->signature ()); } advice within ("C1") && call("% ...::dump(...)") : around () { printf (" dump: "); tjp->proceed (); } advice construction ("C1") : before () { printf (" before %s\n", tjp->signature ()); } advice construction ("%") && args(i) : after (int i) { printf (" after integer constructor %d\n", i); } advice construction ("Unconstructable") : before () {} advice construction("Bug530") : before() { printf (" before %s\n", JoinPoint::signature()); } advice construction("Bug530") : after() { printf (" after %s\n", JoinPoint::signature()); } advice construction("TXXX<...>") : before() { printf (" before %s\n", JoinPoint::signature()); } }; #endif // __ConsDesTracker_ah__ aspectc++/AspectC++/tests/ConsDesAdvice/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200021706 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/ConsDesAdvice/feature.ref0000644000175000001440000000344312740141200022076 0ustar00osusers00000000000000ConsDesAdvice: advice for object construction & destruction =========================================================== --C2: after Unique::Unique(), that Unique 0 before C1::C1(int), that C1 0 before C1::C1(int) dump: C1 obj 0 (815, [815, 815, 815], 4711, 4711, 13, [3.14, 2.71] 4711) after integer constructor 4711 after C1::C1(int), that Unique 0 before C2::C2() before C2::C2(), that C1 0 instead of C2::C2() after C2::C2(), that Unique 0 --C2-copy: after Unique::Unique(const Unique &), that Unique 1 before C1::C1(const C1 &), that C1 1 before C1::C1(const C1 &) after C1::C1(const C1 &), that Unique 1 before C2::C2(const C2 &), that C1 1 instead of C2::C2(const C2 &) after C2::C2(const C2 &), that Unique 1 --C3: after Unique::Unique(), that Unique 2 before C1::C1(int), that C1 2 before C1::C1(int) dump: C1 obj 2 (815, [815, 815, 815], 50, 50, 13, [3.14, 2.71] 4711) after integer constructor 50 after C1::C1(int), that Unique 2 before C3::C3(int), that C1 2 after integer constructor 10 after C3::C3(int), that Unique 2 --C4: instead of C4::C4() before C4::C4() after cons/dest within C4::C4() --correctly copied? C1 obj 0 (815, [815, 815, 815], 4711, 4711, 13, [3.14, 2.71] 4711) C1 obj 1 (815, [815, 815, 815], 4711, 4711, 13, [3.14, 2.71] 4711) --Bug530: is that object constructed here? before Bug530::Bug530() after Bug530::Bug530() before Bug530::Bug530(const Bug530 &) after Bug530::Bug530(const Bug530 &) --Instantiating template TXXX: no advice should match here ----------------------end-of-main-------------------------- after cons/dest within C4::~C4() after C4::~C4() before C1::~C1() before C2::~C2() before C1::~C1() before C2::~C2() before C1::~C1() =========================================================== aspectc++/AspectC++/tests/ConsDesAdvice/PaxHeaders.4702/c1.h0000644000000000000000000000007212740141200020231 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/ConsDesAdvice/c1.h0000644000175000001440000000300712740141200020415 0ustar00osusers00000000000000#ifndef __C1_h__ #define __C1_h__ #include class M { int i; public: M() { i = 815; }; M(const M&c) { i = c.i; } int val () const { return i; } }; template class TemplateBase { }; class Unique { int _id; void gen () { static int curr = 0; _id = curr++; } public: Unique () { gen (); } Unique (const Unique &obj) { gen (); } int id () const { return _id; } }; // the TemplateBase is only handled correct with --real-instances class C1 : TemplateBase, Unique { // these elements should not be copied! friend class M; enum E { E1 = 10, E2 }; static const int c = 13; // -- M m; M ma[3]; const int &r; const int val; double array[2]; unsigned scalar; static char *static_ptr; int a1[3], s1; int s2, a2[6]; typedef int INT[10]; int s3, a3[4][6], s4; INT a4; union { int u1; float u2; }; union { int u3; float u4; INT u5; }; public: C1 (int v) : val (v), r(val) { array[0] = 3.14; array[1] = 2.71; scalar = 4711; dump (); } inline C1 (double); ~C1 () {} void dump () const { printf ("C1 obj %d (%d, [%d, %d, %d], %d, %d, %d, [%1.2lf, %1.2lf] %d)\n", id (), m.val (), ma[0].val (), ma[1].val (), ma[2].val (), r, val, c, array[0], array[1], scalar); } }; char *C1::static_ptr = (char*)0; // this cast creates an anonymous attribute! inline C1::C1 (double d) : val (-1), r (val) { array[0] = d + 1.0; array[1] = d + 2.0; scalar = 4712; dump (); } #endif // __C1_h__ aspectc++/AspectC++/tests/ConsDesAdvice/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200021215 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/ConsDesAdvice/Makefile0000644000175000001440000000003412740141200021376 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/ConsDesAdvice/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200021010 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/ConsDesAdvice/main.cc0000644000175000001440000000240112740141200021171 0ustar00osusers00000000000000#include #include "c1.h" class UCBase { UCBase (); }; class Unconstructable : public UCBase { }; class C2 : public C1 { public: C2 () : C1 (4711) {} ~C2 (); void f () {} }; C2::~C2 () { } class C3 : public C1 { public: C3 (int i) : C1 ((2 * i) + 3 * i) {} }; class C4 {}; class Bug530 { Bug530 xxx() { Bug530 a; return a; } // this is NO ctor }; template class TXXX { public: TXXX() {} }; int main () { printf ("ConsDesAdvice: advice for object construction & destruction\n"); printf ("===========================================================\n"); printf ("--C2:\n"); C2 c2; printf ("--C2-copy:\n"); C2 copy (c2); printf ("--C3:\n"); C3 c3 (10); printf ("--C4:\n"); C4 c4; printf ("--correctly copied?\n"); printf (" "); c2.dump (); printf (" "); copy.dump (); printf ("--Bug530: is that object constructed here?\n"); Bug530 b1; Bug530 b2 = Bug530(b1); printf ("--Instantiating template TXXX: no advice should match here\n"); TXXX ti; printf ("----------------------end-of-main--------------------------\n"); return 0; } aspect AfterMainActions { advice execution ("% main (...)") : after () { printf ("===========================================================\n"); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug571-10000644000000000000000000000007312740141200016137 xustar0030 atime=1468174988.276169122 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug571-1/0000755000175000001440000000000012740141200016377 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug571-1/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020344 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug571-1/feature.ref0000644000175000001440000000021212740141200020523 0ustar00osusers00000000000000before execution of "memberfunc" in B before call of "func" in B in B after call of "func" in B after execution of "memberfunc" in B in C aspectc++/AspectC++/tests/Bug571-1/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200017653 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug571-1/Makefile0000644000175000001440000000003412740141200020034 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug571-1/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017446 xustar0029 atime=1468174988.27116904 29 ctime=1468174988.27116904 aspectc++/AspectC++/tests/Bug571-1/main.cc0000644000175000001440000000245712740141200017642 0ustar00osusers00000000000000// Testing passing of "this" as argument of the call-wrapper if // "that" pointcut functions with runtime checks are used. // In this test a TJP-Struct should not be inserted. #include using namespace std; void func(const char* c) { cout << c << endl; } class A{ public: virtual void memberfunc() { func("in A"); } }; class B : public A{ public: virtual void memberfunc() { func("in B"); } }; class C : public A{ public: virtual void memberfunc() { func("in C"); } }; int main() { B b; A& a = b; a.memberfunc(); C c; A& a2 = c; a2.memberfunc(); return 0; } const char* call_text = " call of \"func\" in B"; const char* execution_text = " execution of \"memberfunc\" in B"; aspect Asp { pointcut call_func_that_B() = call("void func(...)") && that("B"); pointcut execution_memberfunc_that_B() = execution("void ...::memberfunc(...)") && that("B"); advice call_func_that_B() : before() { cout << "before" << call_text << endl; } advice call_func_that_B() : after() { cout << "after" << call_text << endl; } advice execution_memberfunc_that_B() : before() { cout << "before" << execution_text << endl; } advice execution_memberfunc_that_B() : after() { cout << "after" << execution_text << endl; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/AccessControl0000644000000000000000000000007412740141200017572 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/AccessControl/0000755000175000001440000000000012740141200020031 5ustar00osusers00000000000000aspectc++/AspectC++/tests/AccessControl/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022000 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/AccessControl/feature.ref0000644000175000001440000000311012740141200022155 0ustar00osusers00000000000000AccessControl: advice for calls with special privileges ======================================================= call to int Derived::val() around1: call to int Derived::val() around2: call to int Derived::val() --> call to private member from constructor init list call to void Derived::g1() around1: call to void Derived::g1() around2: call to void Derived::g1() --> public call to void Derived::p() around1: call to void Derived::p() around2: call to void Derived::p() --> private in same class call to void Base::f() around1: call to void Base::f() around2: call to void Base::f() --> protected in base call to void Base::x() around1: call to void Base::x() around2: call to void Base::x() call to void HasFriend::h() around1: call to void HasFriend::h() around2: call to void HasFriend::h() Calls2: call to void HasFriend::h() Calls3: call to void HasFriend::h() --> access for friend Base::x() only call to void Derived::g2() around1: call to void Derived::g2() around2: call to void Derived::g2() --> public call to void Derived::p() around1: call to void Derived::p() around2: call to void Derived::p() --> private in same class call to void Base::f() around1: call to void Base::f() around2: call to void Base::f() --> protected in base call to void Base::x() around1: call to void Base::x() around2: call to void Base::x() call to void HasFriend::h() around1: call to void HasFriend::h() around2: call to void HasFriend::h() Calls2: call to void HasFriend::h() Calls3: call to void HasFriend::h() --> access for friend Base::x() only ======================================================= aspectc++/AspectC++/tests/AccessControl/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021307 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/AccessControl/Makefile0000644000175000001440000000003412740141200021466 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/AccessControl/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021102 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/AccessControl/main.cc0000644000175000001440000000335512740141200021272 0ustar00osusers00000000000000#include aspect Calls { advice call ("% %::%(...)") : before () { printf ("call to %s\n", tjp->signature ()); } advice call ("% %::%(...)") : around () { printf ("around1: call to %s\n", tjp->signature ()); tjp->proceed (); } advice call ("% %::%(...)") : around () { printf ("around2: call to %s\n", tjp->signature ()); tjp->proceed (); } }; aspect Calls2 { advice call ("% HasFriend::h(...)") : around () { printf ("Calls2: call to %s\n", tjp->signature ()); tjp->proceed (); } }; aspect Calls3 { advice call ("% HasFriend::h(...)") : around () { printf ("Calls3: call to %s\n", tjp->signature ()); tjp->proceed (); } }; class Base { protected: Base () {} void f (); public: void x (); }; class HasFriend { friend void Base::x (); static void h () { printf (" --> access for friend Base::x() only\n"); } }; void Base::f () { printf (" --> protected in base\n"); x (); } // need because starting with g++ 3.4.1 a friend has to be accessible void Base::x () { HasFriend::h (); } class Derived : private Base { int _attr; void p () { printf (" --> private in same class\n"); } int val () { return 4711; } public: Derived (); void g1 () { printf (" --> public\n"); p (); f (); } void g2 (); }; Derived::Derived () : _attr (val ()) { printf (" --> call to private member from constructor init list\n"); } void Derived::g2 () { printf (" --> public\n"); p (); f (); } int main () { printf ("AccessControl: advice for calls with special privileges\n"); printf ("=======================================================\n"); Derived d; d.g1 (); d.g2 (); printf ("=======================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug3680000644000000000000000000000007412740141200016006 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug368/0000755000175000001440000000000012740141200016245 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug368/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020214 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug368/feature.ref0000644000175000001440000000053212740141200020376 0ustar00osusers00000000000000Bug368: access control problem with private class ================================================= before call to void C::foo() before call to void C::foo() before call to void C::foo(C::D *) before call to void C::foo(C::D *) before call to C::E C::returner() before call to C::E C::returner() ================================================= aspectc++/AspectC++/tests/Bug368/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017523 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug368/Makefile0000644000175000001440000000003412740141200017702 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug368/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017316 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/Bug368/main.cc0000644000175000001440000000127512740141200017505 0ustar00osusers00000000000000#include using std::printf; class C { public: C() { foo(); } private: class D { }; enum E { E1 }; E returner () { return E1; } void foo (); void foo (D *pD); }; void C::foo () { D d; foo (&d); returner (); } void C::foo (D *pD) { } aspect AspC { public: pointcut methods () = call ("% C::%(...)") || execution ("% C::%(...)"); advice methods () : before () { printf ("before call to %s\n", JoinPoint::signature()); } }; int main () { printf ("Bug368: access control problem with private class\n"); printf ("=================================================\n"); C c; printf ("=================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/ArrayWrapper0000644000000000000000000000007412740141200017447 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/ArrayWrapper/0000755000175000001440000000000012740141200017706 5ustar00osusers00000000000000aspectc++/AspectC++/tests/ArrayWrapper/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021655 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/ArrayWrapper/feature.ref0000644000175000001440000000036312740141200022041 0ustar00osusers00000000000000ArrayWrapper: tests if wrapped arrays behave like arrays ======================================================== before C::C() after C::C() before C::C(const C &) after C::C(const C &) ======================================================== aspectc++/AspectC++/tests/ArrayWrapper/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021164 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/ArrayWrapper/Makefile0000644000175000001440000000003412740141200021343 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/ArrayWrapper/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020757 xustar0030 atime=1468174988.270169023 30 ctime=1468174988.270169023 aspectc++/AspectC++/tests/ArrayWrapper/main.cc0000644000175000001440000000220212740141200021135 0ustar00osusers00000000000000#include #include struct S { int i; int j; S () {} void g () const {} }; void f1 (S a[1]) {} void f2 (S *a) {} void f3 (S (&a)[2]) {} class C { public: C () {} S a[2]; char b[10]; union { short shortVal; int intVal; char* stringVal; }; union { int blibs; double blubs; }; char *str () const { return (char*)b; } }; aspect TestCopyConstructorGeneration { advice construction ("C") : around () { printf ("before %s\n", JoinPoint::signature ()); tjp->proceed (); printf ("after %s\n", JoinPoint::signature ()); } }; int main () { printf ("ArrayWrapper: tests if wrapped arrays behave like arrays\n"); printf ("========================================================\n"); const C cc; C c (cc); cc.a[0]; &cc.a[0]; c.a[0]; &c.a[0]; const S *p = 0; p = &c.a[1l]; c.a[1] = c.a[0]; c.a[0] = cc.a[0]; c.a[0].g (); // error ... // cc.a[0] = c.a[0]; memcpy (c.a, cc.a, sizeof (c.a)); f1 (c.a); f2 (c.a); // another error // f3 (cc.a); f3 (c.a); &c.a; printf ("========================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/JPTL0000644000000000000000000000007412740141200015601 xustar0030 atime=1468174988.292169385 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/JPTL/0000755000175000001440000000000012740141200016040 5ustar00osusers00000000000000aspectc++/AspectC++/tests/JPTL/PaxHeaders.4702/TestAspect.ah0000644000000000000000000000007412740141200020247 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/JPTL/TestAspect.ah0000644000175000001440000000423312740141200020433 0ustar00osusers00000000000000#pragma once #include "JPTL.h" #include using namespace std; template struct Printer { template static void exec(T obj, bool* proceed) { if(*proceed) { cout << TypeInfo::signature() << endl; } *proceed = true; } // EXEC is optional, and so is the specialization for void (initial EXEC) struct EXEC { enum { BASES = CONTEXT::BASES + TypeInfo::BASECLASSES }; }; }; template struct Printer { // initial EXEC struct EXEC { enum { BASES = 0 }; }; }; template struct MemberView { struct EXEC { enum { SIZE = CONTEXT::SIZE + sizeof(typename MemberInfo::ReferredType) }; }; template static void exec(T obj) { cout << "+ " << sizeof(*MemberInfo::pointer(obj)) << " = " << EXEC::SIZE << endl; } }; template struct MemberView { // initial EXEC struct EXEC { enum { SIZE = 0 }; }; }; template struct FunctionCount { struct EXEC { enum { COUNT = CONTEXT::COUNT + 1 }; }; }; template struct FunctionCount { struct EXEC { enum { COUNT = 0 }; }; }; aspect TestAspect { advice "%" && !"TestAspect" : slice class { public: //int should_not_work[AC::TypeInfo::MEMBERS]; //THIS yields the TypeInfo of the BASE CLASS :-( : FIXME! typedef JPTL::BaseIterator bit; typedef JPTL::MemberIterator mit; typedef JPTL::FunctionIterator fit; }; advice execution("%" && !"TestAspect") : after() { cout << "*** BaseIterator ***" << endl; bool result = true; JoinPoint::That::bit::exec(tjp->that(), &result); cout << "BASES: " << JoinPoint::That::bit::EXEC::BASES << endl; cout << "*** MemberIterator ***" << endl; JoinPoint::That::mit::exec(tjp->that()); cout << "SIZE: " << JoinPoint::That::mit::EXEC::SIZE << endl; cout << "*** FunctionIterator ***" << endl; cout << "COUNT: " << JoinPoint::That::fit::EXEC::COUNT << endl; } }; aspectc++/AspectC++/tests/JPTL/PaxHeaders.4702/JPTL.h0000644000000000000000000000007412740141200016600 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/JPTL/JPTL.h0000644000175000001440000010430512740141200016765 0ustar00osusers00000000000000// This file is part of the JoinPoint Template Library (JPTL) // // JPTL is free software: you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation, either version 3 of the License, or // (at your option) any later version. // // JPTL is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with JPTL. If not, see . // // Copyright (C) 2012-2014 Christoph Borchert #ifndef __JPTL_H__ #define __JPTL_H__ namespace JPTL { namespace SFINAE_CHECK { namespace EXEC { // static check, whether has an attribute 'EXEC' template long ttest(...); // overload resolution matches always template char ttest(typename T::EXEC const volatile *); // preferred by overload resolution template(0))==sizeof(char))?1:0) > struct GET { typedef typename T::EXEC Type; }; template struct GET { typedef void Type; }; } // namespace EXEC // For looking up EXEC, use this dummy ones if the real one has no members/functions // FIXME: this needs maintenance if future ac++ versions change this structures template struct DummyMember { typedef char Type; typedef AC::Referred::type ReferredType; static const AC::Protection prot = AC::PROT_PRIVATE; static const AC::Specifiers spec = AC::SPEC_NONE; static ReferredType *pointer (const void* const obj = 0) { return 0; } static const char *name () { return "null"; } }; template struct DummyFunction { static const AC::Protection prot = AC::PROT_PRIVATE; static const AC::Specifiers spec = AC::SPEC_NONE; }; template struct DummyConstructor { static const AC::Protection prot = AC::PROT_PRIVATE; static const AC::Specifiers spec = AC::SPEC_NONE; }; template struct DummyDestructor { static const AC::Protection prot = AC::PROT_PRIVATE; static const AC::Specifiers spec = AC::SPEC_NONE; }; template struct GetFirstMember { typedef typename TypeInfo::template Member<0> MemberInfo; }; template struct GetFirstMember { typedef DummyMember<> MemberInfo; }; template struct GetFirstFunction { typedef typename TypeInfo::template Function<0> FunctionInfo; }; template struct GetFirstFunction { typedef DummyFunction<> FunctionInfo; }; template struct GetFirstConstructor { typedef typename TypeInfo::template Constructor<0> ConstructorInfo; }; template struct GetFirstConstructor { typedef DummyConstructor<> ConstructorInfo; }; template struct GetFirstDestructor { typedef typename TypeInfo::template Destructor<0> DestructorInfo; }; template struct GetFirstDestructor { typedef DummyDestructor<> DestructorInfo; }; } // namespace SFINAE_CHECK //------------------------------------------------------------------------------------------------------------------------------- template class Action, typename LAST_EXEC=typename SFINAE_CHECK::EXEC::GET< Action >::Type, // look for EXEC in Action<...> //TODO: improve readability of this particular feature unsigned I=TypeInfo::BASECLASSES> struct BaseIterator { //base type information typedef typename TypeInfo::template BaseClass::Type BASE_TYPE; typedef AC::TypeInfo BASE_TYPE_INFO; // try to cast (a pointer) from TypeInfo::That* to BASE_TYPE* // if that fails, return the original value template __attribute__((always_inline)) inline static T base_cast(T arg) { return arg; } __attribute__((always_inline)) inline static BASE_TYPE* base_cast(typename TypeInfo::That* arg) { return (BASE_TYPE*)arg; } __attribute__((always_inline)) inline static const BASE_TYPE* base_cast(const typename TypeInfo::That* arg) { return (const BASE_TYPE*)arg; } __attribute__((always_inline)) inline static volatile BASE_TYPE* base_cast(volatile typename TypeInfo::That* arg) { return (volatile BASE_TYPE*)arg; } __attribute__((always_inline)) inline static const volatile BASE_TYPE* base_cast(const volatile typename TypeInfo::That* arg) { return (const volatile BASE_TYPE*)arg; } // calculation of the context type typedef typename BaseIterator::EXEC PREV_EXEC; // recursion to the current base class typedef typename BaseIterator::EXEC EXEC; // process next base class // the exec(...) function __attribute__((always_inline)) inline static void exec() { // rule: I > 0 BaseIterator::exec(); // recursion to the current base class BaseIterator::exec(); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { // rule: I > 0 BaseIterator::exec( base_cast(arg0) ); // recursion to the current base class BaseIterator::exec(arg0); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { // rule: I > 0 BaseIterator::exec( base_cast(arg0) , base_cast(arg1) ); // recursion to the current base class BaseIterator::exec(arg0, arg1); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { // rule: I > 0 BaseIterator::exec( base_cast(arg0) , base_cast(arg1) , base_cast(arg2) ); // recursion to the current base class BaseIterator::exec(arg0, arg1, arg2); // process next base class } }; // Specialization for I=0 template class Action, typename LAST_EXEC> struct BaseIterator { // calculation of the context type typedef typename SFINAE_CHECK::EXEC::GET< Action >::Type EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() { Action::exec(); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { Action::exec(arg0); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { Action::exec(arg0, arg1); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { Action::exec(arg0, arg1, arg2); } }; //------------------------------------------------------------------------------------------------------------------------------- template class Action, typename LAST_EXEC=typename SFINAE_CHECK::EXEC::GET< Action::MemberInfo, void> >::Type, // look for EXEC in Action<...> //TODO: improve readability of this particular feature unsigned I=TypeInfo::MEMBERS> struct MemberIterator { //member type info typedef typename TypeInfo::template Member MEMBER_TYPE_INFO; // calculation of the context type typedef typename MemberIterator::EXEC PREV_EXEC; typedef typename SFINAE_CHECK::EXEC::GET< Action >::Type EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() { MemberIterator::exec(); Action::exec(); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { MemberIterator::exec(arg0); Action::exec(arg0); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { MemberIterator::exec(arg0, arg1); Action::exec(arg0, arg1); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { MemberIterator::exec(arg0, arg1, arg2); Action::exec(arg0, arg1, arg2); } }; // Specialization for I=0 (end of recursion) template class Action, typename LAST_EXEC> struct MemberIterator { // calculation of the context type typedef LAST_EXEC EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() {} template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) {} template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) {} template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) {} }; //------------------------------------------------------------------------------------------------------------------------------- template class Action, typename LAST_EXEC=typename SFINAE_CHECK::EXEC::GET< Action::FunctionInfo, void> >::Type, // look for EXEC in Action<...> //TODO: improve readability of this particular feature unsigned I=TypeInfo::FUNCTIONS> struct FunctionIterator { //member type info typedef typename TypeInfo::template Function FUNCTION_INFO; // calculation of the context type typedef typename FunctionIterator::EXEC PREV_EXEC; typedef typename SFINAE_CHECK::EXEC::GET< Action >::Type EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() { FunctionIterator::exec(); Action::exec(); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { FunctionIterator::exec(arg0); Action::exec(arg0); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { FunctionIterator::exec(arg0, arg1); Action::exec(arg0, arg1); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { FunctionIterator::exec(arg0, arg1, arg2); Action::exec(arg0, arg1, arg2); } }; // Specialization for I=0 (end of recursion) template class Action, typename LAST_EXEC> struct FunctionIterator { // calculation of the context type typedef LAST_EXEC EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() {} template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) {} template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) {} template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) {} }; //------------------------------------------------------------------------------------------------------------------------------- template class Action, typename LAST_EXEC=typename SFINAE_CHECK::EXEC::GET< Action::ConstructorInfo, void> >::Type, // look for EXEC in Action<...> //TODO: improve readability of this particular feature unsigned I=TypeInfo::CONSTRUCTORS> struct ConstructorIterator { //member type info typedef typename TypeInfo::template Constructor CONSTRUCTOR_INFO; // calculation of the context type typedef typename ConstructorIterator::EXEC PREV_EXEC; typedef typename SFINAE_CHECK::EXEC::GET< Action >::Type EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() { ConstructorIterator::exec(); Action::exec(); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { ConstructorIterator::exec(arg0); Action::exec(arg0); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { ConstructorIterator::exec(arg0, arg1); Action::exec(arg0, arg1); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { ConstructorIterator::exec(arg0, arg1, arg2); Action::exec(arg0, arg1, arg2); } }; // Specialization for I=0 (end of recursion) template class Action, typename LAST_EXEC> struct ConstructorIterator { // calculation of the context type typedef LAST_EXEC EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() {} template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) {} template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) {} template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) {} }; //------------------------------------------------------------------------------------------------------------------------------- template class Action, typename LAST_EXEC=typename SFINAE_CHECK::EXEC::GET< Action::DestructorInfo, void> >::Type, // look for EXEC in Action<...> //TODO: improve readability of this particular feature unsigned I=TypeInfo::DESTRUCTORS> struct DestructorIterator { //member type info typedef typename TypeInfo::template Destructor DESTRUCTOR_INFO; // calculation of the context type typedef typename DestructorIterator::EXEC PREV_EXEC; typedef typename SFINAE_CHECK::EXEC::GET< Action >::Type EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() { DestructorIterator::exec(); Action::exec(); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { DestructorIterator::exec(arg0); Action::exec(arg0); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { DestructorIterator::exec(arg0, arg1); Action::exec(arg0, arg1); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { DestructorIterator::exec(arg0, arg1, arg2); Action::exec(arg0, arg1, arg2); } }; // Specialization for I=0 (end of recursion) template class Action, typename LAST_EXEC> struct DestructorIterator { // calculation of the context type typedef LAST_EXEC EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() {} template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) {} template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) {} template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) {} }; //------------------------------------------------------------------------------------------------------------------------------- template class Action, typename LAST_EXEC=typename SFINAE_CHECK::EXEC::GET< Action::MemberInfo, void> >::Type, // look for EXEC in Action<...> //TODO: improve readability of this particular feature unsigned I=TypeInfo::BASECLASSES> struct BaseMemberIterator { //base type information typedef typename TypeInfo::template BaseClass::Type BASE_TYPE; typedef AC::TypeInfo BASE_TYPE_INFO; // try to cast (a pointer) from TypeInfo::That* to BASE_TYPE* // if that fails, return the original value template __attribute__((always_inline)) inline static T base_cast(T arg) { return arg; } __attribute__((always_inline)) inline static BASE_TYPE* base_cast(typename TypeInfo::That* arg) { return (BASE_TYPE*)arg; } __attribute__((always_inline)) inline static const BASE_TYPE* base_cast(const typename TypeInfo::That* arg) { return (const BASE_TYPE*)arg; } __attribute__((always_inline)) inline static volatile BASE_TYPE* base_cast(volatile typename TypeInfo::That* arg) { return (volatile BASE_TYPE*)arg; } __attribute__((always_inline)) inline static const volatile BASE_TYPE* base_cast(const volatile typename TypeInfo::That* arg) { return (const volatile BASE_TYPE*)arg; } // calculation of the context type typedef typename BaseMemberIterator::EXEC PREV_EXEC; // recursion to the current base class typedef typename BaseMemberIterator::EXEC EXEC; // process next base class // the exec(...) function __attribute__((always_inline)) inline static void exec() { // rule: I > 0 BaseMemberIterator::exec(); // recursion to the current base class BaseMemberIterator::exec(); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { // rule: I > 0 BaseMemberIterator::exec( base_cast(arg0) ); // recursion to the current base class BaseMemberIterator::exec(arg0); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { // rule: I > 0 BaseMemberIterator::exec( base_cast(arg0) , base_cast(arg1) ); // recursion to the current base class BaseMemberIterator::exec(arg0, arg1); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { // rule: I > 0 BaseMemberIterator::exec( base_cast(arg0) , base_cast(arg1) , base_cast(arg2) ); // recursion to the current base class BaseMemberIterator::exec(arg0, arg1, arg2); // process next base class } }; // Specialization for I=0 template class Action, typename LAST_EXEC> struct BaseMemberIterator { // use the MemberIterator for now, as we reached a child node typedef MemberIterator MIT; // calculation of the context type typedef typename MIT::EXEC EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() { MIT::exec(); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { MIT::exec(arg0); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { MIT::exec(arg0, arg1); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { MIT::exec(arg0, arg1, arg2); } }; //------------------------------------------------------------------------------------------------------------------------------- template class Action, typename LAST_EXEC=typename SFINAE_CHECK::EXEC::GET< Action::FunctionInfo, void> >::Type, // look for EXEC in Action<...> //TODO: improve readability of this particular feature unsigned I=TypeInfo::BASECLASSES> struct BaseFunctionIterator { //base type information typedef typename TypeInfo::template BaseClass::Type BASE_TYPE; typedef AC::TypeInfo BASE_TYPE_INFO; // try to cast (a pointer) from TypeInfo::That* to BASE_TYPE* // if that fails, return the original value template __attribute__((always_inline)) inline static T base_cast(T arg) { return arg; } __attribute__((always_inline)) inline static BASE_TYPE* base_cast(typename TypeInfo::That* arg) { return (BASE_TYPE*)arg; } __attribute__((always_inline)) inline static const BASE_TYPE* base_cast(const typename TypeInfo::That* arg) { return (const BASE_TYPE*)arg; } __attribute__((always_inline)) inline static volatile BASE_TYPE* base_cast(volatile typename TypeInfo::That* arg) { return (volatile BASE_TYPE*)arg; } __attribute__((always_inline)) inline static const volatile BASE_TYPE* base_cast(const volatile typename TypeInfo::That* arg) { return (const volatile BASE_TYPE*)arg; } // calculation of the context type typedef typename BaseFunctionIterator::EXEC PREV_EXEC; // recursion to the current base class typedef typename BaseFunctionIterator::EXEC EXEC; // process next base class // the exec(...) function __attribute__((always_inline)) inline static void exec() { // rule: I > 0 BaseFunctionIterator::exec(); // recursion to the current base class BaseFunctionIterator::exec(); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { // rule: I > 0 BaseFunctionIterator::exec( base_cast(arg0) ); // recursion to the current base class BaseFunctionIterator::exec(arg0); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { // rule: I > 0 BaseFunctionIterator::exec( base_cast(arg0) , base_cast(arg1) ); // recursion to the current base class BaseFunctionIterator::exec(arg0, arg1); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { // rule: I > 0 BaseFunctionIterator::exec( base_cast(arg0) , base_cast(arg1) , base_cast(arg2) ); // recursion to the current base class BaseFunctionIterator::exec(arg0, arg1, arg2); // process next base class } }; // Specialization for I=0 template class Action, typename LAST_EXEC> struct BaseFunctionIterator { // use the FunctionIterator for now, as we reached a child node typedef FunctionIterator FIT; // calculation of the context type typedef typename FIT::EXEC EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() { FIT::exec(); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { FIT::exec(arg0); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { FIT::exec(arg0, arg1); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { FIT::exec(arg0, arg1, arg2); } }; //------------------------------------------------------------------------------------------------------------------------------- template class Action, typename LAST_EXEC=typename SFINAE_CHECK::EXEC::GET< Action::ConstructorInfo, void> >::Type, // look for EXEC in Action<...> //TODO: improve readability of this particular feature unsigned I=TypeInfo::BASECLASSES> struct BaseConstructorIterator { //base type information typedef typename TypeInfo::template BaseClass::Type BASE_TYPE; typedef AC::TypeInfo BASE_TYPE_INFO; // try to cast (a pointer) from TypeInfo::That* to BASE_TYPE* // if that fails, return the original value template __attribute__((always_inline)) inline static T base_cast(T arg) { return arg; } __attribute__((always_inline)) inline static BASE_TYPE* base_cast(typename TypeInfo::That* arg) { return (BASE_TYPE*)arg; } __attribute__((always_inline)) inline static const BASE_TYPE* base_cast(const typename TypeInfo::That* arg) { return (const BASE_TYPE*)arg; } __attribute__((always_inline)) inline static volatile BASE_TYPE* base_cast(volatile typename TypeInfo::That* arg) { return (volatile BASE_TYPE*)arg; } __attribute__((always_inline)) inline static const volatile BASE_TYPE* base_cast(const volatile typename TypeInfo::That* arg) { return (const volatile BASE_TYPE*)arg; } // calculation of the context type typedef typename BaseConstructorIterator::EXEC PREV_EXEC; // recursion to the current base class typedef typename BaseConstructorIterator::EXEC EXEC; // process next base class // the exec(...) function __attribute__((always_inline)) inline static void exec() { // rule: I > 0 BaseConstructorIterator::exec(); // recursion to the current base class BaseConstructorIterator::exec(); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { // rule: I > 0 BaseConstructorIterator::exec( base_cast(arg0) ); // recursion to the current base class BaseConstructorIterator::exec(arg0); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { // rule: I > 0 BaseConstructorIterator::exec( base_cast(arg0) , base_cast(arg1) ); // recursion to the current base class BaseConstructorIterator::exec(arg0, arg1); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { // rule: I > 0 BaseConstructorIterator::exec( base_cast(arg0) , base_cast(arg1) , base_cast(arg2) ); // recursion to the current base class BaseConstructorIterator::exec(arg0, arg1, arg2); // process next base class } }; // Specialization for I=0 template class Action, typename LAST_EXEC> struct BaseConstructorIterator { // use the FunctionIterator for now, as we reached a child node typedef ConstructorIterator CIT; // calculation of the context type typedef typename CIT::EXEC EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() { CIT::exec(); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { CIT::exec(arg0); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { CIT::exec(arg0, arg1); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { CIT::exec(arg0, arg1, arg2); } }; //------------------------------------------------------------------------------------------------------------------------------- template class Action, typename LAST_EXEC=typename SFINAE_CHECK::EXEC::GET< Action::DestructorInfo, void> >::Type, // look for EXEC in Action<...> //TODO: improve readability of this particular feature unsigned I=TypeInfo::BASECLASSES> struct BaseDestructorIterator { //base type information typedef typename TypeInfo::template BaseClass::Type BASE_TYPE; typedef AC::TypeInfo BASE_TYPE_INFO; // try to cast (a pointer) from TypeInfo::That* to BASE_TYPE* // if that fails, return the original value template __attribute__((always_inline)) inline static T base_cast(T arg) { return arg; } __attribute__((always_inline)) inline static BASE_TYPE* base_cast(typename TypeInfo::That* arg) { return (BASE_TYPE*)arg; } __attribute__((always_inline)) inline static const BASE_TYPE* base_cast(const typename TypeInfo::That* arg) { return (const BASE_TYPE*)arg; } __attribute__((always_inline)) inline static volatile BASE_TYPE* base_cast(volatile typename TypeInfo::That* arg) { return (volatile BASE_TYPE*)arg; } __attribute__((always_inline)) inline static const volatile BASE_TYPE* base_cast(const volatile typename TypeInfo::That* arg) { return (const volatile BASE_TYPE*)arg; } // calculation of the context type typedef typename BaseDestructorIterator::EXEC PREV_EXEC; // recursion to the current base class typedef typename BaseDestructorIterator::EXEC EXEC; // process next base class // the exec(...) function __attribute__((always_inline)) inline static void exec() { // rule: I > 0 BaseDestructorIterator::exec(); // recursion to the current base class BaseDestructorIterator::exec(); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { // rule: I > 0 BaseDestructorIterator::exec( base_cast(arg0) ); // recursion to the current base class BaseDestructorIterator::exec(arg0); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { // rule: I > 0 BaseDestructorIterator::exec( base_cast(arg0) , base_cast(arg1) ); // recursion to the current base class BaseDestructorIterator::exec(arg0, arg1); // process next base class } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { // rule: I > 0 BaseDestructorIterator::exec( base_cast(arg0) , base_cast(arg1) , base_cast(arg2) ); // recursion to the current base class BaseDestructorIterator::exec(arg0, arg1, arg2); // process next base class } }; // Specialization for I=0 template class Action, typename LAST_EXEC> struct BaseDestructorIterator { // use the FunctionIterator for now, as we reached a child node typedef DestructorIterator DIT; // calculation of the context type typedef typename DIT::EXEC EXEC; // the exec(...) function __attribute__((always_inline)) inline static void exec() { DIT::exec(); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0) { DIT::exec(arg0); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1) { DIT::exec(arg0, arg1); } template __attribute__((always_inline)) inline static void exec(ARG_0 arg0, ARG_1 arg1, ARG_2 arg2) { DIT::exec(arg0, arg1, arg2); } }; } // namespace JPTL #endif // __JPTL_H__ aspectc++/AspectC++/tests/JPTL/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020007 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/JPTL/feature.ref0000644000175000001440000000022312740141200020166 0ustar00osusers00000000000000*** BaseIterator *** Base1 Base2 Base3 Derived BASES: 3 *** MemberIterator *** + 8 = 8 + 1 = 9 + 8 = 17 SIZE: 17 *** FunctionIterator *** COUNT: 2 aspectc++/AspectC++/tests/JPTL/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017316 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/JPTL/Makefile0000644000175000001440000000006712740141200017503 0ustar00osusers00000000000000ACFLAGS ?= --introspection include ../Makefile.generic aspectc++/AspectC++/tests/JPTL/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017111 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/JPTL/main.cc0000644000175000001440000000046012740141200017273 0ustar00osusers00000000000000#include class Base1 {}; class Base2 {}; class Base3 : private Base2 { int32_t a; int64_t a2; }; class Derived : public Base3, public Base1 { int32_t b[2]; int8_t c; int64_t d; public: void bar() {}; void foo(); }; int main() { Derived b; b.bar(); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Order0000644000000000000000000000007412740141200016103 xustar0030 atime=1468174988.278169155 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Order/0000755000175000001440000000000012740141200016342 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Order/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020311 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Order/feature.ref0000644000175000001440000000057512740141200020502 0ustar00osusers00000000000000A1::before A2::before A3Base::around 1 A3Base::around 2 run A3Base::after A3::after first A3::after last A2::after A1::after A3Base::around 1 A3Base::around 2 A1::before A2::before run2 A2::after A1::after A3Base::after A3::after first A3::after last A2::before A3Base::around 1 A3Base::around 2 A1::before run3 A1::after A3Base::after A3::after first A3::after last A2::after aspectc++/AspectC++/tests/Order/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017620 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Order/Makefile0000644000175000001440000000003412740141200017777 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Order/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017413 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Order/main.cc0000644000175000001440000000356212740141200017603 0ustar00osusers00000000000000#include // --------------------------- Ordering code --------------------------- aspect Order_A1_A2_and_A3 { advice execution("% C1::run2(...)") : order(base ("A3")||"A3","A1"||"A2"); }; aspect Order_A1_and_A3 { advice execution("% C1::run2(...)") : order("A3", "A1"); advice "C1" : order("A3", "A1"); // order for intros into "C1" }; aspect Order_A2_first { advice execution("% C1::run3(...)") : order("A2", !"A2"); }; // --------------------------- Aspect code ----------------------------- aspect A1 { advice execution("void %::run%()") : after() { printf("A1::after\n"); } advice execution("void %::run%()") : before() { printf("A1::before\n"); } // type INT comes from A3 -> A3 needs higher precedence advice "C1" : slice struct { INT i; }; }; aspect A2 { advice execution("void %::run%()") : before() { printf("A2::before\n"); } advice execution("void %::run%()") : after() { printf("A2::after\n"); } }; aspect A3Base { pointcut virtual jps () = 0; advice execution("void %::run%()") : after() { printf("A3Base::after\n"); } advice execution("void %::run%()") : around() { printf("A3Base::around 1\n"); tjp->action ().trigger (); } advice execution("void %::run%()") : around() { printf("A3Base::around 2\n"); tjp->proceed (); } }; aspect A3 : public A3Base { pointcut jps () = execution("void %::run%()"); advice jps (): after() { printf("A3::after last\n"); } advice jps () : after() { printf("A3::after first\n"); } advice "C1" : slice struct { typedef int INT; }; }; // ------------------------------- normal C++ ---------------------------- class C1 { public: void run() { printf("run\n"); } void run2() { printf("run2\n"); } void run3() { printf("run3\n"); } }; int main () { C1 c1; c1.run(); printf ("\n\n"); c1.run2(); printf ("\n\n"); c1.run3(); } aspectc++/AspectC++/tests/PaxHeaders.4702/PragmaOnceObserver0000644000000000000000000000007412740141200020554 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/PragmaOnceObserver/0000755000175000001440000000000012740141200021013 5ustar00osusers00000000000000aspectc++/AspectC++/tests/PragmaOnceObserver/PaxHeaders.4702/ObserverPattern.ah0000644000000000000000000000007412740141200024270 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/PragmaOnceObserver/ObserverPattern.ah0000644000175000001440000000310612740141200024452 0ustar00osusers00000000000000#ifndef __ObserverPattern_ah__ #define __ObserverPattern_ah__ #include #include using namespace std; aspect ObserverPattern { public: // interfaces for each role class Subject {}; class Observer { public: virtual void update (Subject *) = 0; }; private: // data structures to manage subjects and observers typedef set ObserverSet; typedef map SubjectMap; typedef SubjectMap::value_type SubjectMapPair; SubjectMap _perSubjectObservers; // to be defined by the concrete derived aspect pointcut virtual subjectChange (Subject &subject) = 0; virtual void updateObserver (Subject *subject, Observer *observer) = 0; public: void addObserver (Subject *subject, Observer *observer) { SubjectMap::iterator subject_pos = _perSubjectObservers.find (subject); if (subject_pos != _perSubjectObservers.end ()) { ObserverSet &oset = (*subject_pos).second; oset.insert (observer); } else { ObserverSet oset; oset.insert (observer); _perSubjectObservers.insert (SubjectMapPair (subject, oset)); } } // here all registered observers are informed about a subject change advice subjectChange (subject) : after (Subject &subject) { SubjectMap::iterator subject_pos = _perSubjectObservers.find (&subject); if (subject_pos != _perSubjectObservers.end ()) { ObserverSet &oset = (*subject_pos).second; for (ObserverSet::iterator iter = oset.begin (); iter != oset.end (); ++iter) updateObserver (&subject, *iter); } } }; #endif // __ObserverPattern_ah__ aspectc++/AspectC++/tests/PragmaOnceObserver/PaxHeaders.4702/ClockObserver.ah0000644000000000000000000000007412740141200023706 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/PragmaOnceObserver/ClockObserver.ah0000644000175000001440000000157012740141200024073 0ustar00osusers00000000000000#ifndef CLOCKOBSERVER_AH #define CLOCKOBSERVER_AH #include "ObserverPattern.ah" slice struct Test { void dummy1(); void dummy2(); }; slice void Test::dummy1() {} slice void Test::dummy2() {} aspect ClockObserver : public ObserverPattern { pointcut subjectChange (Subject &subject) = execution ("void ClockTimer::Tick()") && that (subject); pointcut observers() = "DigitalClock"||"AnalogClock"; public: advice "ClockTimer" : slice struct : public ObserverPattern::Subject; advice observers () : slice struct : public ObserverPattern::Observer; advice observers () : slice struct { void update (ObserverPattern::Subject *subject) { Draw ((const ClockTimer &)*subject); } }; advice observers () : slice Test; virtual void updateObserver(Subject *subject, Observer *observer) { observer->update (subject); } }; #endif // CLOCKOBSERVER_AH aspectc++/AspectC++/tests/PragmaOnceObserver/PaxHeaders.4702/AnalogClock.h0000644000000000000000000000007412740141200023157 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/PragmaOnceObserver/AnalogClock.h0000644000175000001440000000145112740141200023342 0ustar00osusers00000000000000#ifndef ANALOGCLOCK_H #define ANALOGCLOCK_H //========================================================= // ConcreteObserver class // // AnalogClock // // It is a ConcreteObserver class and is a child class of // the Observer class. // // It is a analog clock observer. It attaches to a timer // object of the type Subject at run time. The timer // object calls AnalogClock member function Update() // whenever there is a AnalogClock update required. // AnalogClock obtain current time from the timer object // by timer object's member functions GetHour(), // GetMinutes, and GetSecond(). AnalogClock prints out // the updated time. // //========================================================= class ClockTimer; class AnalogClock { public: void Draw(const ClockTimer &); // print updated time }; #endif aspectc++/AspectC++/tests/PragmaOnceObserver/PaxHeaders.4702/DigitalClock.cc0000644000000000000000000000007412740141200023471 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/PragmaOnceObserver/DigitalClock.cc0000644000175000001440000000107212740141200023653 0ustar00osusers00000000000000//========================================================= // DigitalClock.cpp // // Implement member functions in DigitalClock class which // is in file DigitalClock.h //========================================================= #include "DigitalClock.h" #include "ClockTimer.h" #include void DigitalClock::Draw (const ClockTimer &clock) { int hour = clock.GetHour(); int minute = clock.GetMinute(); int second = clock.GetSecond(); std::cout << "Digital Clock time is " << hour << ":" << minute << ":" << second << std::endl; } aspectc++/AspectC++/tests/PragmaOnceObserver/PaxHeaders.4702/DigitalClock.h0000644000000000000000000000007412740141200023333 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/PragmaOnceObserver/DigitalClock.h0000644000175000001440000000146212740141200023520 0ustar00osusers00000000000000#ifndef DIGITALCLOCK_H #define DIGITALCLOCK_H //========================================================= // ConcreteObserver class // // DigitalClock // // It is a ConcreteObserver class and is a child class of // the Observer class. // // It is a digital clock observer. It attaches to a timer // object of the type Subject at run time. The timer // object calls DigitalClock member function Update() // whenever there is a DigitalClock update required. // DigitalClock obtain current time from the timer object // by timer object's member functions GetHour(), // GetMinutes, and GetSecond(). DigitalClock prints out // the updated time. // //========================================================= class ClockTimer; class DigitalClock { public: void Draw(const ClockTimer &); // print updated time }; #endif aspectc++/AspectC++/tests/PragmaOnceObserver/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022762 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/PragmaOnceObserver/feature.ref0000644000175000001440000000017212740141200023144 0ustar00osusers00000000000000Analog Clock time is 12:58:49 Digital Clock time is 12:58:49 Analog Clock time is 12:58:50 Digital Clock time is 12:58:50 aspectc++/AspectC++/tests/PragmaOnceObserver/PaxHeaders.4702/AnalogClock.cc0000644000000000000000000000007412740141200023315 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/PragmaOnceObserver/AnalogClock.cc0000644000175000001440000000105412740141200023477 0ustar00osusers00000000000000//========================================================= // AnalogClock.cpp // // Implement member functions in AnalogClock class which // is in file AnalogClock.h //========================================================= #include "AnalogClock.h" #include "ClockTimer.h" #include void AnalogClock::Draw (const ClockTimer &clock) { int hour = clock.GetHour(); int minute = clock.GetMinute(); int second = clock.GetSecond(); std::cout << "Analog Clock time is " << hour << ":" << minute << ":" << second << std::endl; } aspectc++/AspectC++/tests/PragmaOnceObserver/PaxHeaders.4702/ClockTimer.cc0000644000000000000000000000007412740141200023174 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/PragmaOnceObserver/ClockTimer.cc0000644000175000001440000000074612740141200023365 0ustar00osusers00000000000000//========================================================= // ClockTimer.cpp // // Implement member functions in ClockTimer class which // is in file ClockTimer.h //========================================================= #include "ClockTimer.h" void ClockTimer::Tick() { // Obtain operating system-style time. (not portable, therefore faked) _sec = (_sec + 1) % 60; if (_sec == 0) { _min = (_min + 1) % 60; if (_min == 0) { _hour = (_hour + 1) % 24; } } } aspectc++/AspectC++/tests/PragmaOnceObserver/PaxHeaders.4702/ClockTimer.h0000644000000000000000000000007412740141200023036 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/PragmaOnceObserver/ClockTimer.h0000644000175000001440000000203412740141200023217 0ustar00osusers00000000000000#pragma once // include files used to obtain the current system time #include //========================================================= // ConcreteSubject class // // ClockTimer // // It is a ConcreteSubject class and is a child class of // the Subject class. // // It is a time observer. Whenever member function Tick() // is called. It obtains the current system // time and store it as a character string. It called // the update function for all of its observer objects. // //========================================================= class ClockTimer { // store system time int _hour; int _min; int _sec; public: ClockTimer() { // normally we would get the real local system time here _hour = 12; _min = 58; _sec = 48; }; // get hour (used by observer) int GetHour() const { return _hour; } // get minute (used by observer) int GetMinute() const { return _min; } // get second (used by observer) int GetSecond() const { return _sec; } void Tick(); // obtian system time (change state) }; aspectc++/AspectC++/tests/PragmaOnceObserver/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022271 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/PragmaOnceObserver/Makefile0000644000175000001440000000003412740141200022450 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/PragmaOnceObserver/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200022064 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/PragmaOnceObserver/main.cc0000644000175000001440000000213412740141200022246 0ustar00osusers00000000000000//========================================================= // main.cpp // // Program main function that demonstrates the Observer // Design pattern. // // In this program: // // ConcreteSubject class: ClockTimer // ConcreteObserver class: DigitalClock // AnalogClock // // The ClockTimer object changes state by memeber function // Tick(). This will trigger Update() function for both // ConcreteObserver DigitalClock and AnalogClock. For demo, // purpose, the observer objects will print out the current // time in respond. // //========================================================= #include "ClockTimer.h" #include "DigitalClock.h" #include "AnalogClock.h" int main(void) { ClockTimer timer; DigitalClock digitalClock; ClockObserver::aspectof ()->addObserver (&timer, &digitalClock); AnalogClock analogClock; ClockObserver::aspectof ()->addObserver (&timer, &analogClock); timer.Tick(); // subject state change and update all it's // observers which are digitalClock and // analogClock in this program timer.Tick(); // and again return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug1920000644000000000000000000000007412740141200016001 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug192/0000755000175000001440000000000012740141200016240 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug192/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020207 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug192/feature.ref0000644000175000001440000000004412740141200020367 0ustar00osusers00000000000000before JP 'void f(Foo &,ABC,Named)' aspectc++/AspectC++/tests/Bug192/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017516 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug192/Makefile0000644000175000001440000000003412740141200017675 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug192/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017311 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/Bug192/main.cc0000644000175000001440000000053212740141200017473 0ustar00osusers00000000000000#include aspect Bug192 { advice execution ("void f(...)") : before () { printf ("before JP '%s'\n", JoinPoint::signature ()); } }; typedef struct { int _i; } Foo; typedef enum { A, B, C } ABC; enum Named { D, E }; typedef Named DE; void f (Foo &arg, ABC abc, DE de) {} int main () { Foo foo; f (foo, A, D); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5490000644000000000000000000000007212740141200016005 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug549/0000755000175000001440000000000012740141200016246 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug549/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020213 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug549/feature.ref0000644000175000001440000000035312740141200020400 0ustar00osusers00000000000000Bug549: exec joinpoint with function-reference-return-type ========================================================== executing void (&get_func_ref())(int) executing void (*get_func_pointer())(int) executing int (&get_array_ref())[10] aspectc++/AspectC++/tests/Bug549/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200017522 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug549/Makefile0000644000175000001440000000003412740141200017703 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug549/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017315 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug549/main.cc0000644000175000001440000000113612740141200017502 0ustar00osusers00000000000000#include void void_int_func(int arg) {} void (&get_func_ref())(int) { return void_int_func; } void (*get_func_pointer())(int) { return &void_int_func; } int (&get_array_ref())[10] { static int an_array[10]; return an_array; } int main() { printf ("Bug549: exec joinpoint with function-reference-return-type\n"); printf ("==========================================================\n"); get_func_ref(); get_func_pointer(); get_array_ref(); } aspect TestAspect { advice execution("% get_%()") : before() { printf ("executing %s\n", JoinPoint::signature ()); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug571-30000644000000000000000000000007412740141200016142 xustar0030 atime=1468174988.286169286 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug571-3/0000755000175000001440000000000012740141200016401 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug571-3/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020350 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug571-3/feature.ref0000644000175000001440000000017012740141200020530 0ustar00osusers00000000000000before execution of "memberfunc" in B around 1 execution of "memberfunc" in B after execution of "memberfunc" in B in C aspectc++/AspectC++/tests/Bug571-3/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017657 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug571-3/Makefile0000644000175000001440000000003412740141200020036 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug571-3/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017452 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug571-3/main.cc0000644000175000001440000000345712740141200017645 0ustar00osusers00000000000000// Testing passing of "this" as argument of the call-wrapper if // "that" pointcut functions with runtime checks are used. // Additionally, this test checks if the TJP-Struct incl. proceed // function is correctly inserted even if it is only used by the condition // check code. #include using namespace std; void func(const char* c) { cout << c << endl; } class A{ public: virtual void memberfunc() { func("in A"); } }; class B : public A{ public: virtual void memberfunc() { func("in B"); } }; class C : public A{ public: virtual void memberfunc() { func("in C"); } }; int main() { B b; A& a = b; a.memberfunc(); C c; A& a2 = c; a2.memberfunc(); return 0; } const char* call_text = " call of \"func\" in B"; const char* execution_text = " execution of \"memberfunc\" in B"; aspect Asp { pointcut call_func_that_B() = call("void func(...)") && that("B"); pointcut execution_memberfunc_that_B() = execution("void ...::memberfunc(...)") && that("B"); advice call_func_that_B() : before() { cout << "before" << call_text << endl; } advice call_func_that_B() : after() { cout << "after" << call_text << endl; } advice call_func_that_B() : around() { cout << "around 1" << call_text << endl; } advice call_func_that_B() : around() { cout << "around 2" << call_text << endl; } advice execution_memberfunc_that_B() : before() { cout << "before" << execution_text << endl; } advice execution_memberfunc_that_B() : after() { cout << "after" << execution_text << endl; } advice execution_memberfunc_that_B() : around() { cout << "around 1" << execution_text << endl; } advice execution_memberfunc_that_B() : around() { cout << "around 2" << execution_text << endl; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/Bug2680000644000000000000000000000007312740141200016004 xustar0029 atime=1468174988.28516927 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug268/0000755000175000001440000000000012740141200016244 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug268/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020213 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug268/feature.ref0000644000175000001440000000116112740141200020374 0ustar00osusers00000000000000Bug268: this pointer used in advice for static member functions =============================================================== called void C::f1(Vector &) that: NULL target: NULL called void C::f2(Vector &) that: NULL target: not NULL called void C::f3() that: NULL target: NULL called void C::f1(Vector &) that: NULL target: NULL called void C::f2(Vector &) that: NULL target: not NULL called void C::f3() that: NULL target: NULL called void C::f2(Vector &) that: NULL target: not NULL =============================================================== aspectc++/AspectC++/tests/Bug268/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017522 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug268/Makefile0000644000175000001440000000003412740141200017701 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug268/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017315 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug268/main.cc0000644000175000001440000000164212740141200017502 0ustar00osusers00000000000000#include template class Vector { }; class B { void f1 () {} }; class C : public B { public: void static f1 (Vector &); void f2 (Vector &) {} static void f3 () {} }; typedef C X; void X::f1 (Vector &) { Vector v; C c; c.f2 (v); f3 (); } aspect A { advice call ("void ...::f%(...)") : around () { printf ("called %s\n", JoinPoint::signature ()); printf (" that: %s\n", (tjp->that () ? "not NULL" : "NULL")); printf (" target: %s\n", (tjp->target () ? "not NULL" : "NULL")); tjp->proceed (); } }; int main () { printf ("Bug268: this pointer used in advice for static member functions\n"); printf ("===============================================================\n"); C c; Vector d; C::f1 (d); c.f1 (d); Vector v; c.f2 (v); printf ("===============================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/NestedClassFuncAdvice0000644000000000000000000000007412740141200021170 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/NestedClassFuncAdvice/0000755000175000001440000000000012740141200021427 5ustar00osusers00000000000000aspectc++/AspectC++/tests/NestedClassFuncAdvice/PaxHeaders.4702/Aspect.ah0000644000000000000000000000007412740141200022776 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/NestedClassFuncAdvice/Aspect.ah0000644000175000001440000000050612740141200023161 0ustar00osusers00000000000000#ifndef __Aspect_ah__ #define __Aspect_ah__ #include aspect Aspect { // pointcut methods() = execution("% ...::func1(...)"); pointcut methods() = execution("% ...::%func%(...)"); advice methods() : before() { printf("before %s\n", thisJoinPoint->signature()); } }; #endif // __Aspect_ah__ aspectc++/AspectC++/tests/NestedClassFuncAdvice/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200023376 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/NestedClassFuncAdvice/feature.ref0000644000175000001440000000035612740141200023564 0ustar00osusers00000000000000NestedClassFuncAdvice ============================================================= before void func() in func() before void Class1::Class2::func1() in Class1::Class2::func1() ============================================================= aspectc++/AspectC++/tests/NestedClassFuncAdvice/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022705 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/NestedClassFuncAdvice/Makefile0000644000175000001440000000003412740141200023064 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/NestedClassFuncAdvice/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200022500 xustar0030 atime=1468174988.267168974 30 ctime=1468174988.267168974 aspectc++/AspectC++/tests/NestedClassFuncAdvice/main.cc0000644000175000001440000000101312740141200022655 0ustar00osusers00000000000000#include void func () { printf ("in func()\n"); } class Class1 { public: class Class2 { public: void func1() { printf("in Class1::Class2::func1()\n"); } } class2Instance; }; int main (int argc, char * argv[]) { printf ("NestedClassFuncAdvice\n"); printf ("=============================================================\n"); func (); Class1 class1; class1.class2Instance.func1(); printf ("=============================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5610000644000000000000000000000007412740141200016001 xustar0030 atime=1468174988.281169204 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug561/0000755000175000001440000000000012740141200016240 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug561/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020207 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug561/feature.ref0000644000175000001440000000057012740141200020373 0ustar00osusers00000000000000Bug561: intro into macro-generated class ======================================== called void Class_C::intro() const called void Class_C::stuff() const called void Class_C::intro() const called void A_Foo::doStuff() called void A_Foo::print() const i is 5 called int A_Bar::doStuff(int,int,int) called void A_Bar::print() const i is 6 ======================================== aspectc++/AspectC++/tests/Bug561/PaxHeaders.4702/slice.ah0000644000000000000000000000007412740141200017467 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug561/slice.ah0000644000175000001440000000032412740141200017650 0ustar00osusers00000000000000#ifndef SLICE_AH__ #define SLICE_AH__ #include slice class Test_Slice { int i; public: Test_Slice(int i) : i(i) { } void print() const { printf("i is %d\n", i); } }; #endif // SLICE_AH__ aspectc++/AspectC++/tests/Bug561/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017516 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug561/Makefile0000644000175000001440000000003412740141200017675 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug561/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017311 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/Bug561/main.cc0000644000175000001440000000315012740141200017472 0ustar00osusers00000000000000//#include #define GEN_CLASS(name) class Class_ ## name { \ public: \ inline void stuff () const; \ }; \ inline void Class_ ## name :: stuff () const { intro (); } GEN_CLASS(C); #define FOO_GEN(func_name) \ class func_name ## _Foo { \ public: \ static void doStuff(); \ }; \ inline void func_name ## _Foo::doStuff() FOO_GEN(A) { A_Foo instance(5); instance.print(); } // .. and now more complicated: #define BAR_GEN(func_name, ret_type, ...) \ class func_name ## _Bar { \ public: \ static ret_type doStuff(__VA_ARGS__); \ }; \ inline ret_type func_name ## _Bar::doStuff(__VA_ARGS__) #define IFACE(GEN, ...) \ GEN(__VA_ARGS__) #define SIGNATURE A, int, int a1, int a2, int a3 IFACE(BAR_GEN, SIGNATURE) { int sum = a1 + a2 + a3; A_Bar instance(sum); instance.print(); return sum; } int main () { Class_C c; printf ("Bug561: intro into macro-generated class\n"); printf ("========================================\n"); c.intro (); c.stuff (); A_Foo::doStuff (); A_Bar::doStuff(1,2,3); printf ("========================================\n"); } aspect A { advice "Class_C" : slice class { public : void intro ( ) const { } }; advice call("% Class_C::%(...)" || "% A_Foo::%(...)" || "% A_Bar::%(...)") : before () { printf ("called %s\n", JoinPoint::signature ()); } }; #include "slice.ah" aspect Test_Aspect { advice "%_Foo" || "%_Bar" : slice Test_Slice; }; aspectc++/AspectC++/tests/PaxHeaders.4702/AnonymousStuff0000644000000000000000000000007312740141200020027 xustar0029 atime=1468174988.27116904 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/AnonymousStuff/0000755000175000001440000000000012740141200020267 5ustar00osusers00000000000000aspectc++/AspectC++/tests/AnonymousStuff/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022236 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/AnonymousStuff/feature.ref0000644000175000001440000000241312740141200022420 0ustar00osusers00000000000000 execution ("int main()") AnonymousStuff: tests if ac++ can deal with anonymous classes, namespace, etc. ============================================================= call ("void ::g1()") execution ("void ::g1()") in unnamed namespace call ("void f()") execution ("void f()") call ("void ::C::cfunc()") execution ("void ::C::cfunc()") in unnamed namespace call ("void ::::g2()") execution ("void ::::g2()") in unnamed namespace call ("void f()") call within g2() to ("void f()") execution ("void f()") call ("void ::g1()") call within g2() to ("void ::g1()") execution ("void ::g1()") in unnamed namespace call ("void f()") execution ("void f()") call ("void ::C::cfunc()") execution ("void ::C::cfunc()") in unnamed namespace execution ("const ::C &::C::staticcfunc(::C &)") in unnamed namespace call ("void ::C::cfunc()") execution ("void ::C::cfunc()") in unnamed namespace execution ("FooBar::MyEnum ::A::B::f(FooBar::FooBar2::C &)") in unnamed namespace ============================================================= aspectc++/AspectC++/tests/AnonymousStuff/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021545 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/AnonymousStuff/Makefile0000644000175000001440000000003412740141200021724 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/AnonymousStuff/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021340 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/AnonymousStuff/main.cc0000644000175000001440000000316212740141200021524 0ustar00osusers00000000000000#include void f () {} namespace { } namespace { class C { public: void cfunc() { intro++; } static const C &staticcfunc (C &obj) { obj.cfunc(); return obj; } } cobj; void g1 () { f (); cobj.cfunc(); } namespace { void g2 () { f (); g1 (); } namespace { void g3() {} } } }; namespace { } namespace FooBar { enum MyEnum {}; namespace FooBar2 { class C {}; } } namespace { class A { public: class B { public: FooBar::MyEnum f(FooBar::FooBar2::C&) { return FooBar::MyEnum (); } }; }; // class } // local namespace aspect Test { advice call("% ...::%()") : before () { printf (" call (\"%s\")\n", JoinPoint::signature ()); } advice call("% ...::%(...)") && within("% ...::g2(...)") : before () { printf (" call within g2() to (\"%s\")\n", JoinPoint::signature ()); } advice execution ("% ...::%(...)") : before () { printf (" execution (\"%s\")\n", JoinPoint::signature ()); } advice execution ("% ...::::...::%(...)") : before () { printf (" in unnamed namespace\n"); } advice "::C" : slice struct { int intro; }; }; int main() { printf ("AnonymousStuff: tests if ac++ can deal with anonymous classes,\n"); printf (" namespace, etc.\n"); printf ("=============================================================\n"); g1 (); g2 (); C c; C::staticcfunc(c); FooBar::FooBar2::C x; A::B ab; ab.f (x); printf ("=============================================================\n"); return 0; // TODO: it should also work without this return statement } aspectc++/AspectC++/tests/PaxHeaders.4702/AdviceVirtualFct0000644000000000000000000000007412740141200020227 xustar0030 atime=1468174988.284169253 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/AdviceVirtualFct/0000755000175000001440000000000012740141200020466 5ustar00osusers00000000000000aspectc++/AspectC++/tests/AdviceVirtualFct/PaxHeaders.4702/Aspect.ah0000644000000000000000000000007412740141200022035 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/AdviceVirtualFct/Aspect.ah0000644000175000001440000000076012740141200022222 0ustar00osusers00000000000000#ifndef __Aspect_ah__ #define __Aspect_ah__ #include aspect Action { advice execution("% Base::%(...)") : around() { printf("A: before(exec) %s\n", JoinPoint::signature()); tjp->proceed(); printf("A: after(exec) %s\n", JoinPoint::signature()); } advice call("% Base::%(...)") : around() { printf("A: before(call) %s\n", JoinPoint::signature()); tjp->proceed(); printf("A: after(call) %s\n", JoinPoint::signature()); } }; #endif // __Aspect_ah__ aspectc++/AspectC++/tests/AdviceVirtualFct/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022435 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/AdviceVirtualFct/feature.ref0000644000175000001440000000165012740141200022621 0ustar00osusers00000000000000AdviceVirtualFct ============================================================= first we cast 'obj' to 'Derived': here should be *no* advice inside Derived::a(1, 2.000000) ------------------------------------------------------------- now we call 'b()' on 'obj': *only call* advice should be run A: before(call) int Base::b(int,int) inside Derived::b(3, 4) A: after(call) int Base::b(int,int) ------------------------------------------------------------- a call 'Base::b()' fully qualified: *both* call and exec A: before(call) int Base::b(int,int) A: before(exec) int Base::b(int,int) inside Base::b(5, 6) A: after(exec) int Base::b(int,int) A: after(call) int Base::b(int,int) ------------------------------------------------------------- a call to a pure virtual function: *only call* advice A: before(call) void Base::c() inside Derived::c() A: after(call) void Base::c() ============================================================= aspectc++/AspectC++/tests/AdviceVirtualFct/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021744 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/AdviceVirtualFct/Makefile0000644000175000001440000000003412740141200022123 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/AdviceVirtualFct/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021537 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/AdviceVirtualFct/main.cc0000644000175000001440000000272412740141200021726 0ustar00osusers00000000000000#include class Base { public: virtual int a(int i, float b) { printf("inside Base::a(%d, %f)\n", i, b); return i; } virtual int b(int p, int q); virtual void c () = 0; }; int Base::b (int p, int q) { printf("inside Base::b(%d, %d)\n", p, q); return p + q; } class Derived : public Base { public: virtual int a(int i, float b) { printf("inside Derived::a(%d, %f)\n", i, b); return i; } virtual int b(int p, int q); void c () { printf("inside Derived::c()\n"); } }; int Derived::b (int p, int q) { printf("inside Derived::b(%d, %d)\n", p, q); return p + q; } int main() { Base *obj = new Derived (); printf ("AdviceVirtualFct\n"); printf ("=============================================================\n"); printf ("first we cast 'obj' to 'Derived': here should be *no* advice\n"); ((Derived*)obj)->a (1, 2); printf ("-------------------------------------------------------------\n"); printf ("now we call 'b()' on 'obj': *only call* advice should be run\n"); obj->b (3, 4); printf ("-------------------------------------------------------------\n"); printf ("a call 'Base::b()' fully qualified: *both* call and exec\n"); ((Derived*)obj)->Base::b (5, 6); printf ("-------------------------------------------------------------\n"); printf ("a call to a pure virtual function: *only call* advice\n"); obj->c (); printf ("=============================================================\n"); delete obj; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5750000644000000000000000000000007412740141200016006 xustar0030 atime=1468174988.283169237 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug575/0000755000175000001440000000000012740141200016245 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug575/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020214 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug575/feature.ref0000644000175000001440000000021512740141200020374 0ustar00osusers00000000000000Bug575: Inject bypass class vs. macros ====================================== ... fine if it compiles ====================================== aspectc++/AspectC++/tests/Bug575/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017523 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug575/Makefile0000644000175000001440000000003412740141200017702 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug575/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017316 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/Bug575/main.cc0000644000175000001440000000106712740141200017504 0ustar00osusers00000000000000#include #define TRAP_CTOR_SCOPE public class TrapListener { TRAP_CTOR_SCOPE: public: TrapListener() {} }; #define CLASS_START class C2 { CLASS_START public: int i; }; struct A { typedef struct {} B; struct X{} x; }; int main () { printf ("Bug575: Inject bypass class vs. macros\n"); printf ("======================================\n"); TrapListener tl; C2 c2; c2.i = 42; printf ("... fine if it compiles\n"); printf ("======================================\n"); } aspect X { advice "A" : slice struct : public TrapListener; }; aspectc++/AspectC++/tests/PaxHeaders.4702/SimpleAliasAccessMember0000644000000000000000000000007312740141200021504 xustar0029 atime=1468174988.28516927 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/SimpleAliasAccessMember/0000755000175000001440000000000012740141200021744 5ustar00osusers00000000000000aspectc++/AspectC++/tests/SimpleAliasAccessMember/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200023713 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/SimpleAliasAccessMember/feature.ref0000644000175000001440000000120712740141200024075 0ustar00osusers00000000000000Taking reference of a member REF "int MyTest::x" : Accessing member of MyTest GET via ALIAS "int " : 3 Accessing member of MyTest GET via ALIAS "int " : 3 Accessing member of MyTest SET via ALIAS "int " : 3 -> 6 Taking reference of a member REF "int MyTest::x" : Accessing member of MyTest GET via ALIAS "int " : 6 Accessing member of MyTest SET via ALIAS "int " : 6 -> 5 Taking reference of a member REF "unsigned long int MyAnother::z" : Accessing member of MyAnother SET via ALIAS "unsigned long int " : 42 -> 4711 UNKNOWN SET aspectc++/AspectC++/tests/SimpleAliasAccessMember/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200023222 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/SimpleAliasAccessMember/Makefile0000644000175000001440000000011512740141200023401 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/SimpleAliasAccessMember/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200023015 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/SimpleAliasAccessMember/main.cc0000644000175000001440000000347012740141200023203 0ustar00osusers00000000000000#include #include using namespace std; class TestInterface { public: virtual void print() = 0; }; class MyTest : public TestInterface { public: int x; MyTest() : x(0) {} virtual void print() { cout << "Accessing member of MyTest" << endl; } }; class MyAnother : public TestInterface { public: unsigned long int z; MyAnother() : z(0) {} virtual void print() { cout << "Accessing member of MyAnother" << endl; } }; int main() { // MyTest MyTest obj; obj.x = 3; int* ptr = &obj.x; int y; y = *ptr; // get #1 *ptr += 3; // get #2 and set #1 int& myref = obj.x; myref = myref - 1; // MyAnother MyAnother other; other.z = 42; unsigned long int* oth_ptr = &other.z; *oth_ptr = 4711; // unkown: ptr = &y; *ptr = 0; } aspect DynGetSet { pointcut observe() = "% My%::%"; map var_table; advice ref(observe()) : before() { cout << "Taking reference of a member" << endl; cout << " REF \"" << JoinPoint::signature() << "\" : " << /*tjp->entity()*/ "" << endl << endl; if (tjp->target() != 0) { var_table[tjp->entity()] = tjp->target(); } } advice get(alias(observe())) : before() { TestInterface* target = var_table[tjp->entity()]; if (target != 0) { target->print(); cout << " GET via ALIAS \"" << JoinPoint::signature() << "\" : " << *tjp->entity() << endl << endl; } else { cout << "UNKNOWN GET" << endl; } } advice set(alias(observe())) : before() { TestInterface* target = var_table[tjp->entity()]; if (target != 0) { target->print(); cout << " SET via ALIAS \"" << JoinPoint::signature() << "\" : " << *tjp->entity() << " -> " << *tjp->arg<0>() << endl << endl; } else { cout << "UNKNOWN SET" << endl; } } }; aspectc++/AspectC++/tests/PaxHeaders.4702/That0000644000000000000000000000007412740141200015730 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/That/0000755000175000001440000000000012740141200016167 5ustar00osusers00000000000000aspectc++/AspectC++/tests/That/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020136 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/That/feature.ref0000644000175000001440000000123712740141200020323 0ustar00osusers00000000000000ordinary functions (there should be no advice) on A: A::A() void A::f() void A::f() void A::g() void A::g() void A::h() on B: A::A() B::B() B::B() void B::f() void B::f() void B::f() void B::g() void B::g() void B::g() void B::h() on C: A::A() B::B() B::B() C::C() C::C() C::C() void C::f() void C::f() void C::f() void C::f() void C::g() void C::g() void C::g() void C::g() void C::h() on D: A::A() B::B() B::B() D::D() D::D() D::D() void D::f() void D::f() void D::f() void D::f() void D::g() void D::g() void D::g() void D::g() void D::h() D::~D() D::~D() D::~D() B::~B() B::~B() A::~A() C::~C() C::~C() C::~C() B::~B() B::~B() A::~A() B::~B() B::~B() A::~A() A::~A() aspectc++/AspectC++/tests/That/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017445 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/That/Makefile0000644000175000001440000000003412740141200017624 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/That/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017240 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/That/main.cc0000644000175000001440000000321112740141200017417 0ustar00osusers00000000000000#include "stdio.h" // aspects; that() used for each kind of object aspect On { pointcut virtual kind() = 0; advice kind () && !within("On") : after () { printf ("%s\n", JoinPoint::signature ()); } }; aspect OnA : public On { pointcut kind () = that("A"); }; aspect OnB : public On { pointcut kind () = that("B"); }; aspect OnC : public On { pointcut kind () = that("C"); }; aspect OnD : public On { pointcut kind () = that("D"); }; aspect OnTargetCorD : public On { pointcut kind () = target("C") || target("D"); // pointcut kind () = that(derived("C%") && !base("A"||"B")) || target("D"); }; aspect OnThatnotCandnotD : public On { pointcut kind () = !that("C") && !that("D") && execution("% %::%(...)"); }; // class hierarchy; each class has an inline, static and non-inline function // // A (root) // | // B // / \ // C D (leafs) class A { public: void f () {} void g (); static void h () {} }; void A::g () {} class B : public A { public: void f () {} void g (); static void h () {} }; void B::g () {} class C : public B { public: void f () {} void g (); static void h () {} }; void C::g () {} class D : public B { public: void f () {} void g (); static void h () {} }; void D::g () {} // ordinary functions void a () {} void b (); void b () {} // testcode int main () { printf ("ordinary functions (there should be no advice)\n"); a (); b (); printf ("on A:\n"); A a; a.f (); a.g (); a.h (); printf ("on B:\n"); B b; b.f (); b.g (); b.h (); printf ("on C:\n"); C c; c.f (); c.g (); c.h (); printf ("on D:\n"); D d; d.f (); d.g (); d.h (); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Result0000644000000000000000000000007412740141200016306 xustar0030 atime=1468174988.279169171 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Result/0000755000175000001440000000000012740141200016545 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Result/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020514 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Result/feature.ref0000644000175000001440000000076712740141200020710 0ustar00osusers00000000000000Result: checks if the result pointcut function works ==================================================== call to 'void *h()' executed 'void *h()' -> 0x1 call to 'int *i()' executed 'int *i()' -> 0x2 call to 'long int **j()' executed 'long int **j()' -> 0x3 result after call: 0x3 call to 'C::operator int *() const' executed 'C::operator int *() const' -> 0x4 changing result! now: 4711 changed result reference refers to: 815 ==================================================== aspectc++/AspectC++/tests/Result/PaxHeaders.4702/PointerTracker.ah0000644000000000000000000000007412740141200021631 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Result/PointerTracker.ah0000644000175000001440000000156512740141200022022 0ustar00osusers00000000000000#ifndef __PointerTracker_ah__ #define __PointerTracker_ah__ #include aspect PointerTracker { advice call ("% ...::%(...)") && result("% *") : before () { printf (" call to '%s'\n", tjp->signature ()); } advice execution ("% ...::%(...)") && result("% *") : after () { printf (" executed '%s' -> 0x%lu\n", tjp->signature (), (unsigned long)(size_t)*(void**)tjp->result ()); } advice call ("% %(...)") && result(res) : after (long **res) { printf (" result after call: 0x%lu\n", (unsigned long)(size_t)res); } }; aspect ResultManipulator { advice call ("% select_v()") && result ("int &") : after () { static int new_result = 815; JoinPoint::Result * result = tjp->result (); printf (" changing result! now: %d\n", **result); *result = &new_result; } }; #endif // __PointerTracker_ah__ aspectc++/AspectC++/tests/Result/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020023 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Result/Makefile0000644000175000001440000000003412740141200020202 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Result/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017616 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Result/main.cc0000644000175000001440000000135312740141200020002 0ustar00osusers00000000000000#include void f () {} int g () { return 0; } void *h () { return (void*)1; } int *i () { return (int*)2; } long **j () { return (long**)3; } class C { public: operator int * () const { return (int*)4; } }; int v1 = 4711; // this is changed by advice to return something else instead of v1! const int & select_v () { return v1; } int main () { printf ("Result: checks if the result pointcut function works\n"); printf ("====================================================\n"); f (); g (); h (); i (); j (); C c; int *i; i = c; // TODO: call to operator int* printf (" changed result reference refers to: %d\n", select_v ()); printf ("====================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/JPType0000644000000000000000000000007412740141200016203 xustar0030 atime=1468174988.279169171 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/JPType/0000755000175000001440000000000012740141200016442 5ustar00osusers00000000000000aspectc++/AspectC++/tests/JPType/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020411 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/JPType/feature.ref0000644000175000001440000000064612740141200020601 0ustar00osusers00000000000000execution join point int main() call join point int printf(const char *,...) JPType: checks the JPType number generation call join point int printf(const char *,...) =========================================== construction join point C::C() call join point void C::f() execution join point void C::f() call join point int printf(const char *,...) =========================================== destruction join point C::~C() aspectc++/AspectC++/tests/JPType/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017720 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/JPType/Makefile0000644000175000001440000000003412740141200020077 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/JPType/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017513 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/JPType/main.cc0000644000175000001440000000162512740141200017701 0ustar00osusers00000000000000#include aspect JPTypePrinter { void print_jp_type (AC::JPType jptype) { switch (jptype) { case AC::EXECUTION: printf ("execution"); break; case AC::CALL: printf ("call"); break; case AC::CONSTRUCTION: printf ("construction"); break; case AC::DESTRUCTION: printf ("destruction"); break; default: printf ("unknown"); } } advice (execution ("% ...::%(...)") || call ("% ...::%(...)") || construction ("C") || destruction ("C")) && !within ("JPTypePrinter") : before () { print_jp_type (JoinPoint::JPTYPE); printf (" join point %s\n", JoinPoint::signature ()); } }; class C { public: void f () {} }; int main () { printf ("JPType: checks the JPType number generation\n"); printf ("===========================================\n"); C c; c.f (); printf ("===========================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/UnsizedArray0000644000000000000000000000007412740141200017450 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/UnsizedArray/0000755000175000001440000000000012740141200017707 5ustar00osusers00000000000000aspectc++/AspectC++/tests/UnsizedArray/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021656 xustar0030 atime=1468174988.290169352 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/UnsizedArray/feature.ref0000644000175000001440000000067512740141200022050 0ustar00osusers00000000000000member offsets (should be distinct): ==================================== i: 0 letter: 1 data: 2 member values: ============== i: 0 letter: 56 data: write to m->data[] and use copy ctor (m2's data should be zeros): ================================================================= m->data[]: 49494949494949494949 m2->data[]: 0000000000 member values (m2's letter should be 56): ========================================= i: 0 letter: 56 data: aspectc++/AspectC++/tests/UnsizedArray/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021165 xustar0030 atime=1468174988.290169352 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/UnsizedArray/Makefile0000644000175000001440000000006712740141200021352 0ustar00osusers00000000000000ACFLAGS ?= --introspection include ../Makefile.generic aspectc++/AspectC++/tests/UnsizedArray/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020760 xustar0030 atime=1468174988.290169352 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/UnsizedArray/main.cc0000644000175000001440000000737112740141200021152 0ustar00osusers00000000000000#include using namespace std; class MyClass { public: int i; // non-static introductions should be inserted before the unsized array char data[]; static int fourtytwo; }; int MyClass::fourtytwo = 42; aspect IntroAspect { advice "MyClass" : slice class { public: int letter; }; advice construction("MyClass") : before() { tjp->that()->letter = 56; } }; unsigned char mempool[100]; int main() { MyClass *m = (MyClass *)&mempool[0]; new(&mempool[0]) MyClass; // placement new cout << "member offsets (should be distinct):" << endl << "====================================" << endl; if((AC::TypeInfo::Member<0>::spec & AC::SPEC_STATIC) == 0) cout << AC::TypeInfo::Member<0>::name() << ": " << ((int*)AC::TypeInfo::Member<0>::pointer(m) - (int*)m) << endl; if((AC::TypeInfo::Member<1>::spec & AC::SPEC_STATIC) == 0) cout << AC::TypeInfo::Member<1>::name() << ": " << ((int*)AC::TypeInfo::Member<1>::pointer(m) - (int*)m) << endl; if((AC::TypeInfo::Member<2>::spec & AC::SPEC_STATIC) == 0) cout << AC::TypeInfo::Member<2>::name() << ": " << ((int*)AC::TypeInfo::Member<2>::pointer(m) - (int*)m) << endl; if((AC::TypeInfo::Member<3>::spec & AC::SPEC_STATIC) == 0) cout << AC::TypeInfo::Member<3>::name() << ": " << ((int*)AC::TypeInfo::Member<3>::pointer(m) - (int*)m) << endl; cout << endl << "member values:" << endl << "==============" << endl; if((AC::TypeInfo::Member<0>::spec & AC::SPEC_STATIC) == 0) cout << AC::TypeInfo::Member<0>::name() << ": " << *AC::TypeInfo::Member<0>::pointer(m) << endl; if((AC::TypeInfo::Member<1>::spec & AC::SPEC_STATIC) == 0) cout << AC::TypeInfo::Member<1>::name() << ": " << *AC::TypeInfo::Member<1>::pointer(m) << endl; if((AC::TypeInfo::Member<2>::spec & AC::SPEC_STATIC) == 0) cout << AC::TypeInfo::Member<2>::name() << ": " << *AC::TypeInfo::Member<2>::pointer(m) << endl; if((AC::TypeInfo::Member<3>::spec & AC::SPEC_STATIC) == 0) cout << AC::TypeInfo::Member<3>::name() << ": " << *AC::TypeInfo::Member<3>::pointer(m) << endl; cout << endl; cout << "write to m->data[] and use copy ctor (m2's data should be zeros):" << endl << "=================================================================" << endl; for(int i=0; i<10; i++) { m->data[i] = '1'; } m->data[10] = '\0'; // test (default) copy ctor MyClass *m2 = (MyClass *)&mempool[50]; *m2 = *m; // show that default copy ctor doesn't copy unsized arrays cout << "m->data[]: "; for(int i=0; i<10; i++) { cout << (short)m->data[i]; } cout << endl; cout << "m2->data[]: "; for(int i=0; i<10; i++) { cout << (short)m2->data[i]; } cout << endl; cout << endl << "member values (m2's letter should be 56):" << endl << "=========================================" << endl; if((AC::TypeInfo::Member<0>::spec & AC::SPEC_STATIC) == 0) cout << AC::TypeInfo::Member<0>::name() << ": " << *AC::TypeInfo::Member<0>::pointer(m2) << endl; if((AC::TypeInfo::Member<1>::spec & AC::SPEC_STATIC) == 0) cout << AC::TypeInfo::Member<1>::name() << ": " << *AC::TypeInfo::Member<1>::pointer(m2) << endl; if((AC::TypeInfo::Member<2>::spec & AC::SPEC_STATIC) == 0) cout << AC::TypeInfo::Member<2>::name() << ": " << *AC::TypeInfo::Member<2>::pointer(m2) << endl; if((AC::TypeInfo::Member<3>::spec & AC::SPEC_STATIC) == 0) cout << AC::TypeInfo::Member<3>::name() << ": " << *AC::TypeInfo::Member<3>::pointer(m2) << endl; return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200016545 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/Makefile0000644000175000001440000001667612740141200016747 0ustar00osusers00000000000000ifeq ($(REGRESSIONTEST),1) MAKELEVEL := 1 endif ifeq ($(MAKELEVEL),0) $(error Sorry, this makefile is not intended to be \ used directly. Please use the makefile in the toplevel \ directory of the AspectC++ source tree instead) endif SHELL=/bin/bash DIFF=diff --strip-trailing-cr ACTESTS = Advice AdviceVirtualFct That StaticTrace Context NameMangling \ Forward StandAloneCalls UnknownTypeCheck AccessControl Result \ ArrayMangling MatchExpr ConsDesAdvice NestedClassFuncAdvice \ MacroCall CallAdvice CallOnRef TemplateExtCall Bug190 Bug191 Bug192 \ Order NonInlineIntros JPType PragmaOnce Bug207 \ AbstractDerivedAspect PragmaOnceObserver ThatConst PrivateResult \ VoidArg ArrayWrapper Bug216 Bug228 ExecAdviceRecursive ExternC \ ThatContext IntroIncludes Bug234 Bug234-2 Bug235 Bug239 \ ExecAdviceNewDelete ExecAdviceFriend CallPostfixOp STLString \ CFlowCycle Bug368 Bug179 RightlessCalls Bug477 \ IntroInBase Bug267 Bug268 Bug271 MatchVirtual \ PctInClass IntroInAll Instantiation Slice NonInlineSliceInclude \ Empty Bug316 Derived Base Bug323 GlobalIds AnonymousStuff \ ForcedInclude Bug336 Bug353 Introspection CallAccess Bug418 Bug209 \ MatchStatic Bug512 SliceJPAPI JPTL NamedPointcuts AspectPrivileges \ RepoInvalid RepoVersion Bug321 Bug484 Bug524 DisjointIds AspectOf \ MemberPointCut MatchScopeWithin \ Bug549 Bug552 Bug554 DefaultArgs Bug561 Bug564 Bug566 Bug570 \ Bug571-1 Bug571-2 Bug571-3 Bug575 Bug577 Bug427 AttribAligned \ VirtualPointcuts Bug580 ifeq ($(FRONTEND),Clang) ACTESTS += DataFlowAnalysis ACTESTS += CallBuiltinOperator MemberPointCut2 ACTESTS += SimpleGetAdvice SimpleSetAdvice CompoundGetSetAdvice FunctionEntity \ SimpleRefAdvice SimpleAliasAccessMember SimpleGetSetFuncPtr \ ArrayAccessAdvice MatchScope GetBaseDerived \ Bug-Typenames DefaultArgs2 CallViaADN Bug574 GetConditional Bug576 \ Bug567 Bug568 Bug548 Bug589 Bug594 Bug598 CallRef endif # disabled: UnsizedArray # to be removed: NonInlineIntroInclude # (uses deprecated introduction syntax massively) ACMSGTESTS := RepoInvalid RepoVersion Bug570 ACNORUN := $(filter $(ACMSGTESTS), $(ACTESTS)) ACRUN := $(filter-out $(ACNORUN), $(ACTESTS)) STDOUT_FILE := stdout.txt STDERR_FILE := stderr.txt ERROR_FILE := error.txt # ***** The following is only used for the Akut testsystem (REGRESSIONTEST == 1) ***** # ==================================================================================== ifeq ($(REGRESSIONTEST),1) define do_test_start @COUNT=0;PASS=0;FAIL=0; endef define do_test_weave COUNT=$$(($$COUNT+1)); \ echo ---START TEST $$COUNT: $1: is expected to PASS; \ unset LANG; \ exec 6>&1; \ exec 7>&2; \ exec > $(1)/feature.out; \ exec 2> $(1)/feature.err; \ $(MAKE) -s EXT="$(EXT)" -C $(1) ; \ exec 1>&6 6>&-; \ exec 2>&7 7>&-; \ cp $(1)/feature.err $(1)/feature.out; \ rm $(1)/feature.err; \ exec 6>&1; \ exec 7>&2; \ exec > $(STDOUT_FILE); \ exec 2> $(STDERR_FILE); \ $(MAKE) -s EXT="$(EXT)" -C $(1) diff-only; \ RET=$$?; \ exec 1>&6 6>&-; \ exec 2>&7 7>&-; \ if [ $$RET == 0 ];then \ echo ---END TEST $$COUNT: $1: PASS \(was expected to pass and did pass\); \ PASS=$$(($$PASS+1)); \ else \ cat $(STDOUT_FILE) ;\ cat $(STDERR_FILE) ;\ FAIL=$$(($$FAIL+1)); \ echo ---END TEST $$COUNT: $1: FAIL \(was expected to pass, but failed\); \ fi; endef define do_test_run COUNT=$$(($$COUNT+1)); \ echo ---START TEST $$COUNT: $1: is expected to PASS; \ exec 6>&1; \ exec 7>&2; \ exec > $(STDOUT_FILE); \ exec 2> $(STDERR_FILE); \ $(MAKE) -s EXT="$(EXT)" -C $(1) ; \ RET=$$?; \ ERR_FLAG=C; \ if [ $$RET == 0 ];then \ $(MAKE) -s EXT="$(EXT)" -C $(1) diff; \ RET=$$?; \ ERR_FLAG=D; \ fi; \ exec 1>&6 6>&-; \ exec 2>&7 7>&-; \ if [ $$RET == 0 ];then \ echo ---END TEST $$COUNT: $1: PASS \(was expected to pass and did pass\); \ PASS=$$(($$PASS+1)); \ else \ cat $(STDOUT_FILE) ;\ cat $(STDERR_FILE) ;\ FAIL=$$(($$FAIL+1)); \ echo ---END TEST $$COUNT: $1: FAIL \(was expected to pass, but failed\); \ fi; endef define do_test_end echo -n "---EXECUTIVE SUMMARY: " ;\ if [ $$FAIL -eq $$COUNT ]; then\ echo FAIL \(all tests failed\) ;\ elif [ $$FAIL -gt 0 ]; then \ echo PARTLY \($$(( $$PASS * 100 / $$COUNT ))% tests passed as expected\); \ else \ echo PASS \(all tests passed\) ;\ fi ;\ echo ---START SUMMARY; \ echo $$COUNT tests in this testcase; \ echo $$PASS tests passed as expected; \ echo $$FAIL tests did not pass as expected; \ echo $$FAIL expected to pass but failed; \ echo 0 expected to fail but passed; \ echo ---END SUMMARY endef regression_test: $(call do_test_start) \ $(foreach T, $(ACRUN), $(call do_test_run, $(T))) \ $(foreach T, $(ACNORUN), $(call do_test_weave, $(T))) \ $(call do_test_end) endif # ================================================================================ # ***** The above is only used for the Akut testsystem (REGRESSIONTEST == 1) ***** all: $(addsuffix .make, $(ACRUN)) $(addsuffix .weave, $(ACNORUN)) @if [ -f $(ERROR_FILE) ];then \ echo -e "\n\n"; \ echo "+---------+"; \ echo "|ERRORS: |"; \ echo "+---------+"; \ cat $(ERROR_FILE); \ else \ echo -e "\n\n"; \ echo "All tests OK"; \ fi;\ rm -f $(STDOUT_FILE) $(STDERR_FILE) $(ERROR_FILE) ref: $(addsuffix .ref, $(ACTESTS)) refclean: rm */feature.ref run: $(addsuffix .run, $(ACRUN)) clean: $(addsuffix .clean, $(ACTESTS)) %.weave: % @unset LANG; \ exec 6>&1; \ exec 7>&2; \ exec > $ $&6 6>&-; \ exec 2>&7 7>&-; \ cp $&1; \ exec 7>&2; \ exec > $(STDOUT_FILE); \ exec 2> $(STDERR_FILE); \ $(MAKE) -s EXT="$(EXT)" -C $< diff-only; \ RET=$$?; \ exec 1>&6 6>&-; \ exec 2>&7 7>&-; \ if [ $$RET == 0 ];then \ echo -n "."; \ else \ ERR_FLAG=D; \ echo -n "[$$ERR_FLAG:$<]"; \ echo -ne "\n-----------------------------------------------------------------------------\n" >> $(ERROR_FILE); \ echo -n "TEST: $<" >> $(ERROR_FILE); \ echo -ne "\n-----------------------------------------------------------------------------\n" >> $(ERROR_FILE); \ echo -e "STDOUT:\n--------" >> $(ERROR_FILE); \ cat $(STDOUT_FILE) >> $(ERROR_FILE); \ echo >> $(ERROR_FILE); \ echo -e "STDERR:\n--------" >> $(ERROR_FILE); \ cat $(STDERR_FILE) >> $(ERROR_FILE); \ echo >> $(ERROR_FILE); \ fi; %.make: % @exec 6>&1; \ exec 7>&2; \ exec > $(STDOUT_FILE); \ exec 2> $(STDERR_FILE); \ $(MAKE) -s EXT="$(EXT)" -C $< ; \ RET=$$?; \ ERR_FLAG=C; \ if [ $$RET == 0 ];then \ $(MAKE) -s EXT="$(EXT)" -C $< diff; \ RET=$$?; \ ERR_FLAG=D; \ fi; \ exec 1>&6 6>&-; \ exec 2>&7 7>&-; \ if [ $$RET == 0 ];then \ echo -n "."; \ else \ echo -n "[$$ERR_FLAG:$<]"; \ echo -ne "\n-----------------------------------------------------------------------------\n" >> $(ERROR_FILE); \ echo -n "TEST: $<" >> $(ERROR_FILE); \ echo -ne "\n-----------------------------------------------------------------------------\n" >> $(ERROR_FILE); \ echo -e "STDOUT:\n--------" >> $(ERROR_FILE); \ cat $(STDOUT_FILE) >> $(ERROR_FILE); \ echo >> $(ERROR_FILE); \ echo -e "STDERR:\n--------" >> $(ERROR_FILE); \ cat $(STDERR_FILE) >> $(ERROR_FILE); \ echo >> $(ERROR_FILE); \ fi; %.ref: % $(MAKE) -s EXT="$(EXT)" -C $< ref; %.run: % @echo Making and running test '$<' cd $< && $(MAKE) run %.clean: % cd $< && $(MAKE) clean .PHONY: all clean run ref aspectc++/AspectC++/tests/PaxHeaders.4702/ThatContext0000644000000000000000000000007412740141200017275 xustar0030 atime=1468174988.281169204 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/ThatContext/0000755000175000001440000000000012740141200017534 5ustar00osusers00000000000000aspectc++/AspectC++/tests/ThatContext/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021503 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/ThatContext/feature.ref0000644000175000001440000000055112740141200021666 0ustar00osusers00000000000000ThatContext: checks 'that' with context variables ================================================= a.call() should yield nothing: ------------------------------------------------- c.call() should yield two invocations of foo() within serve(): before serve() in Client_B::foo() in Client_B::foo() after serve() ================================================= aspectc++/AspectC++/tests/ThatContext/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021012 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/ThatContext/Makefile0000644000175000001440000000003412740141200021171 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/ThatContext/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020605 xustar0030 atime=1468174988.274169089 30 ctime=1468174988.274169089 aspectc++/AspectC++/tests/ThatContext/main.cc0000644000175000001440000000217612740141200020775 0ustar00osusers00000000000000#include class Server { public: void serve() {} }; class Client_A { public: void call() { Server s; s.serve(); } }; class Client_B : public Client_A { public: void foo() { printf ("in Client_B::foo()\n"); } }; aspect Log { pointcut log(Client_B &c) = call("% Server::serve(...)") && that(c); advice log(c) : after(Client_B &c) { c.foo(); } advice call("% Server::serve(...)") && that("Client_B") : after() { Client_B &c = *(Client_B*)tjp->that (); c.foo(); } advice execution("% Client_A::call(...)") && that("Client_B") : around() { printf ("before serve()\n"); tjp->proceed (); printf ("after serve()\n"); } }; int main() { printf ("ThatContext: checks 'that' with context variables\n"); printf ("=================================================\n"); printf ("a.call() should yield nothing:\n"); Client_A a; a.call(); printf ("-------------------------------------------------\n"); printf ("c.call() should yield two invocations of foo() within serve():\n"); Client_B c; c.call(); printf ("=================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/CallBuiltinOperator0000644000000000000000000000007412740141200020746 xustar0030 atime=1468174988.286169286 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/CallBuiltinOperator/0000755000175000001440000000000012740141200021205 5ustar00osusers00000000000000aspectc++/AspectC++/tests/CallBuiltinOperator/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200023154 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/CallBuiltinOperator/feature.ref0000644000175000001440000010770512740141200023350 0ustar00osusers00000000000000 int operator +(int,int) (Line: 186) int Arg1 = 0 int Arg2 = 5 int Result = 5 void That = nullptr void Target = nullptr >>>> ~~~ Simple checks ~~~ a = 8 b = 23 m = 0 n = 1 x = 1 int operator +(int) (Line: 21) int Arg1 = 8 int Result = 8 void That = nullptr void Target = nullptr >>>> 8 int operator -(int) (Line: 22) int Arg1 = 8 int Result = -8 void That = nullptr void Target = nullptr >>>> -8 int operator +(int,int) (Line: 23) int Arg1 = 8 int Arg2 = 23 int Result = 31 void That = nullptr void Target = nullptr >>>> 31 int operator -(int,int) (Line: 24) int Arg1 = 8 int Arg2 = 23 int Result = -15 void That = nullptr void Target = nullptr >>>> -15 int operator *(int,int) (Line: 25) int Arg1 = 8 int Arg2 = 23 int Result = 184 void That = nullptr void Target = nullptr >>>> 184 int operator /(int,int) (Line: 26) int Arg1 = 8 int Arg2 = 23 int Result = 0 void That = nullptr void Target = nullptr >>>> 0 int operator %(int,int) (Line: 27) int Arg1 = 8 int Arg2 = 23 int Result = 8 void That = nullptr void Target = nullptr >>>> 8 int operator ~(int) (Line: 29) int Arg1 = 8 int Result = -9 void That = nullptr void Target = nullptr >>>> -9 int operator &(int,int) (Line: 30) int Arg1 = 8 int Arg2 = 23 int Result = 0 void That = nullptr void Target = nullptr >>>> 0 int operator |(int,int) (Line: 31) int Arg1 = 8 int Arg2 = 23 int Result = 31 void That = nullptr void Target = nullptr >>>> 31 int operator ^(int,int) (Line: 32) int Arg1 = 8 int Arg2 = 23 int Result = 31 void That = nullptr void Target = nullptr >>>> 31 int operator <<(int,int) (Line: 33) int Arg1 = 8 int Arg2 = 23 int Result = 67108864 void That = nullptr void Target = nullptr >>>> 67108864 int operator >>(int,int) (Line: 34) int Arg1 = 8 int Arg2 = 23 int Result = 0 void That = nullptr void Target = nullptr >>>> 0 bool operator ==(int,int) (Line: 36) int Arg1 = 8 int Arg2 = 23 bool Result = false void That = nullptr void Target = nullptr >>>> 0 bool operator !=(int,int) (Line: 37) int Arg1 = 8 int Arg2 = 23 bool Result = true void That = nullptr void Target = nullptr >>>> 1 bool operator >=(int,int) (Line: 38) int Arg1 = 8 int Arg2 = 23 bool Result = false void That = nullptr void Target = nullptr >>>> 0 bool operator <=(int,int) (Line: 39) int Arg1 = 8 int Arg2 = 23 bool Result = true void That = nullptr void Target = nullptr >>>> 1 bool operator <(int,int) (Line: 40) int Arg1 = 8 int Arg2 = 23 bool Result = true void That = nullptr void Target = nullptr >>>> 1 bool operator >(int,int) (Line: 41) int Arg1 = 8 int Arg2 = 23 bool Result = false void That = nullptr void Target = nullptr >>>> 0 bool operator !(bool) (Line: 43) bool Arg1 = false bool Result = true void That = nullptr void Target = nullptr >>>> 1 > bool operator &&(bool,bool) (Line: 44) const bool Arg1 = false bool Arg2 = bool Result = false void That = nullptr void Target = nullptr >>>> 0 bool operator ||(bool,bool) (Line: 45) const bool Arg1 = false bool Arg2 = true bool Result = true void That = nullptr void Target = nullptr >>>> 1 int &operator =(int &,int) (Line: 47) int & Arg1 = 1 int Arg2 = 8 int * const Result = ptr<8> void That = nullptr void Target = nullptr >>>> 8 Var: 8 int &operator +=(int &,int) (Line: 50) int & Arg1 = 8 int Arg2 = 23 int * const Result = ptr<31> void That = nullptr void Target = nullptr >>>> 31 Var: 31 int &operator -=(int &,int) (Line: 52) int & Arg1 = 31 int Arg2 = 8 int * const Result = ptr<23> void That = nullptr void Target = nullptr >>>> 23 Var: 23 int &operator *=(int &,int) (Line: 54) int & Arg1 = 23 int Arg2 = 23 int * const Result = ptr<529> void That = nullptr void Target = nullptr >>>> 529 Var: 529 int &operator /=(int &,int) (Line: 56) int & Arg1 = 529 int Arg2 = 8 int * const Result = ptr<66> void That = nullptr void Target = nullptr >>>> 66 Var: 66 int &operator %=(int &,int) (Line: 58) int & Arg1 = 66 int Arg2 = 23 int * const Result = ptr<20> void That = nullptr void Target = nullptr >>>> 20 Var: 20 int &operator &=(int &,int) (Line: 60) int & Arg1 = 20 int Arg2 = 23 int * const Result = ptr<20> void That = nullptr void Target = nullptr >>>> 20 Var: 20 int &operator |=(int &,int) (Line: 62) int & Arg1 = 20 int Arg2 = 8 int * const Result = ptr<28> void That = nullptr void Target = nullptr >>>> 28 Var: 28 int &operator ^=(int &,int) (Line: 64) int & Arg1 = 28 int Arg2 = 23 int * const Result = ptr<11> void That = nullptr void Target = nullptr >>>> 11 Var: 11 int &operator <<=(int &,int) (Line: 66) int & Arg1 = 11 int Arg2 = 8 int * const Result = ptr<2816> void That = nullptr void Target = nullptr >>>> 2816 Var: 2816 int &operator >>=(int &,int) (Line: 68) int & Arg1 = 2816 int Arg2 = 23 int * const Result = ptr<0> void That = nullptr void Target = nullptr >>>> 0 Var: 0 int operator ++(int &,int) (Line: 71) int & Arg1 = 0 int Arg2 = 0 int Result = 0 void That = nullptr void Target = nullptr >>>> 0 Var: 1 int operator --(int &,int) (Line: 73) int & Arg1 = 1 int Arg2 = 0 int Result = 1 void That = nullptr void Target = nullptr >>>> 1 Var: 0 int &operator --(int &) (Line: 75) int & Arg1 = 0 int * const Result = ptr<-1> void That = nullptr void Target = nullptr >>>> -1 Var: -1 int &operator ++(int &) (Line: 77) int & Arg1 = -1 int * const Result = ptr<0> void That = nullptr void Target = nullptr >>>> 0 Var: 0 int &operator *(int *) (Line: 81) int * Arg1 = ptr<13> int * Result = ptr<13> void That = nullptr void Target = nullptr >>>> 13 int &operator [](int *,int) (Line: 82) int * const Arg1 = ptr<13> int Arg2 = 3 int * const Result = ptr<43> void That = nullptr void Target = nullptr >>>> 43 int &operator [](int *,unsigned int) (Line: 83) int * const Arg1 = ptr<13> unsigned int Arg2 = 1 int * const Result = ptr<23> void That = nullptr void Target = nullptr >>>> 23 8 int &operator ?:(bool,int &,int &) (Line: 86) const bool Arg1 = false int & Arg2 = int & Arg3 = 23 int * Result = ptr<23> void That = nullptr void Target = nullptr >>>> 23 int &operator ?:(bool,int &,int &) (Line: 87) const bool Arg1 = true int & Arg2 = 8 int & Arg3 = int * Result = ptr<8> void That = nullptr void Target = nullptr >>>> 8 ~~~ Complex checks ~~~ int operator +(int,int) (Line: 199) int Arg1 = 1 int Arg2 = 4 int Result = 5 void That = nullptr void Target = nullptr >>>> int &operator =(int &,int) (Line: 199) int & Arg1 = 32767 int Arg2 = 5 int * const Result = ptr<5> void That = nullptr void Target = nullptr >>>> void (**operator &(void (*&)()))() (Line: 210) void (*&)() Arg1 = fptr void (**)() Result = ptr> void That = nullptr void Target = nullptr >>>> void (*&operator [](void (**)(),int))() (Line: 211) void (** const)() Arg1 = ptr> int Arg2 = 0 void (** const)() Result = ptr> void That = nullptr void Target = nullptr >>>> void (&operator *(void (*)(int)))(int) (Line: 214) void (*)(int) Arg1 = fptr void (*)(int) Result = fptr void That = nullptr void Target = nullptr >>>> bool operator !=(int,int) (Line: 96) int Arg1 = 1 int Arg2 = 0 bool Result = true void That = nullptr void Target = nullptr >>>> int operator ?:(bool,int,int) (Line: 96) const bool Arg1 = true int Arg2 = 3 int Arg3 = int Result = 3 void That = nullptr void Target = nullptr >>>> int &operator =(int &,int) (Line: 96) int & Arg1 = 0 int Arg2 = 3 int * const Result = ptr<3> void That = nullptr void Target = nullptr >>>> ~~~TestClass init >>> int &operator =(int &,int) (Line: 113) int & Arg1 = 424242 int Arg2 = 3 int * const Result = ptr<3> TestClass That = void Target = nullptr >>>> bool operator &&(bool,bool) (Line: 115) const bool Arg1 = true bool Arg2 = false bool Result = false TestClass That = void Target = nullptr >>>> int operator ?:(bool,int,int) (Line: 115) const bool Arg1 = false int Arg2 = int Arg3 = 5 int Result = 5 TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 115) int & Arg1 = 422142 int Arg2 = 5 int * const Result = ptr<5> TestClass That = void Target = nullptr >>>> const int *operator &(const int &) (Line: 118) const int & Arg1 = 3 const int * Result = ptr<3> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 119) int & Arg1 = 212121 int Arg2 = 1 int * const Result = ptr<1> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 124) int & Arg1 = 214221 int Arg2 = 4 int * const Result = ptr<4> TestClass That = void Target = nullptr >>>> int operator +(int,int) (Line: 125) int Arg1 = 4 int Arg2 = 21 int Result = 25 TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 125) int & Arg1 = 4 int Arg2 = 25 int * const Result = ptr<25> TestClass That = void Target = nullptr >>>> int operator ++(int &,int) (Line: 126) int & Arg1 = 0 int Arg2 = 0 int Result = 0 TestClass That = void Target = nullptr >>>> bool operator <(int,int) (Line: 126) int Arg1 = 0 int Arg2 = 10 bool Result = true TestClass That = void Target = nullptr >>>> int &operator --(int &) (Line: 127) int & Arg1 = 1 int * const Result = ptr<0> TestClass That = void Target = nullptr >>>> int operator ++(int &,int) (Line: 129) int & Arg1 = 0 int Arg2 = 0 int Result = 0 TestClass That = void Target = nullptr >>>> bool operator >(int,int) (Line: 129) int Arg1 = 10 int Arg2 = 0 bool Result = true TestClass That = void Target = nullptr >>>> int operator --(int &,int) (Line: 130) int & Arg1 = 1 int Arg2 = 0 int Result = 1 TestClass That = void Target = nullptr >>>> TestClass *&operator =(TestClass *&,TestClass *) (Line: 132) TestClass *& Arg1 = nullptr TestClass * Arg2 = nullptr TestClass ** const Result = ptr TestClass That = void Target = nullptr >>>> void (*&operator =(void (*&)(int),void (*)(int)))(int) (Line: 133) void (*&)(int) Arg1 = nullfptr void (*)(int) Arg2 = fptr void (** const)(int) Result = ptr> TestClass That = void Target = nullptr >>>> ~~~TestClass init <<< TestClass *TestClass::*&operator =(TestClass *TestClass::*&,TestClass *TestClass::*) (Line: 217) TestClass * TestClass::*& Arg1 = memptr TestClass * TestClass::* Arg2 = memptr TestClass * TestClass::** const Result = ptr> void That = nullptr void Target = nullptr >>>> TestClass *&operator .*(TestClass &,TestClass *TestClass::*) (Line: 218) TestClass & Arg1 = TestClass * TestClass::* Arg2 = memptr TestClass ** Result = ptr void That = nullptr void Target = nullptr >>>> TestClass *operator &(TestClass &) (Line: 219) TestClass & Arg1 = TestClass * Result = objptr<{TestClass}> void That = nullptr void Target = nullptr >>>> TestClass *&operator ->*(TestClass *,TestClass *TestClass::*) (Line: 219) TestClass * Arg1 = objptr<{TestClass}> TestClass * TestClass::* Arg2 = memptr TestClass ** Result = ptr void That = nullptr void Target = nullptr >>>> TestClass *&operator =(TestClass *&,TestClass *) (Line: 219) TestClass *& Arg1 = nullptr TestClass * Arg2 = nullptr TestClass ** const Result = ptr void That = nullptr void Target = nullptr >>>> ~~~TestClass init >>> int &operator =(int &,int) (Line: 113) int & Arg1 = 424242 int Arg2 = 3 int * const Result = ptr<3> TestClass That = void Target = nullptr >>>> bool operator &&(bool,bool) (Line: 115) const bool Arg1 = true bool Arg2 = false bool Result = false TestClass That = void Target = nullptr >>>> int operator ?:(bool,int,int) (Line: 115) const bool Arg1 = false int Arg2 = int Arg3 = 5 int Result = 5 TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 115) int & Arg1 = 422142 int Arg2 = 5 int * const Result = ptr<5> TestClass That = void Target = nullptr >>>> const int *operator &(const int &) (Line: 118) const int & Arg1 = 3 const int * Result = ptr<3> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 119) int & Arg1 = 212121 int Arg2 = 1 int * const Result = ptr<1> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 124) int & Arg1 = 214221 int Arg2 = 4 int * const Result = ptr<4> TestClass That = void Target = nullptr >>>> int operator +(int,int) (Line: 125) int Arg1 = 4 int Arg2 = 21 int Result = 25 TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 125) int & Arg1 = 4 int Arg2 = 25 int * const Result = ptr<25> TestClass That = void Target = nullptr >>>> int operator ++(int &,int) (Line: 126) int & Arg1 = 0 int Arg2 = 0 int Result = 0 TestClass That = void Target = nullptr >>>> bool operator <(int,int) (Line: 126) int Arg1 = 0 int Arg2 = 10 bool Result = true TestClass That = void Target = nullptr >>>> int &operator --(int &) (Line: 127) int & Arg1 = 1 int * const Result = ptr<0> TestClass That = void Target = nullptr >>>> int operator ++(int &,int) (Line: 129) int & Arg1 = 0 int Arg2 = 0 int Result = 0 TestClass That = void Target = nullptr >>>> bool operator >(int,int) (Line: 129) int Arg1 = 10 int Arg2 = 0 bool Result = true TestClass That = void Target = nullptr >>>> int operator --(int &,int) (Line: 130) int & Arg1 = 1 int Arg2 = 0 int Result = 1 TestClass That = void Target = nullptr >>>> TestClass *&operator =(TestClass *&,TestClass *) (Line: 132) TestClass *& Arg1 = nullptr TestClass * Arg2 = nullptr TestClass ** const Result = ptr TestClass That = void Target = nullptr >>>> void (*&operator =(void (*&)(int),void (*)(int)))(int) (Line: 133) void (*&)(int) Arg1 = nullfptr void (*)(int) Arg2 = fptr void (** const)(int) Result = ptr> TestClass That = void Target = nullptr >>>> ~~~TestClass init <<< int TestClass::*&operator =(int TestClass::*&,int TestClass::*) (Line: 223) int TestClass::*& Arg1 = memptr int TestClass::* Arg2 = memptr int TestClass::** const Result = ptr> void That = nullptr void Target = nullptr >>>> int &operator .*(TestClass &,int TestClass::*) (Line: 224) TestClass & Arg1 = int TestClass::* Arg2 = memptr int * Result = ptr<3> void That = nullptr void Target = nullptr >>>> TestClass *operator &(TestClass &) (Line: 225) TestClass & Arg1 = TestClass * Result = objptr<{TestClass}> void That = nullptr void Target = nullptr >>>> int &operator ->*(TestClass *,int TestClass::*) (Line: 225) TestClass * Arg1 = objptr<{TestClass}> int TestClass::* Arg2 = memptr int * Result = ptr<3> void That = nullptr void Target = nullptr >>>> int &operator =(int &,int) (Line: 225) int & Arg1 = 3 int Arg2 = 3 int * const Result = ptr<3> void That = nullptr void Target = nullptr >>>> Begin: Obj-Copy-Test ~~~TestClass init >>> int &operator =(int &,int) (Line: 113) int & Arg1 = 424242 int Arg2 = 3 int * const Result = ptr<3> TestClass That = void Target = nullptr >>>> bool operator &&(bool,bool) (Line: 115) const bool Arg1 = true bool Arg2 = false bool Result = false TestClass That = void Target = nullptr >>>> int operator ?:(bool,int,int) (Line: 115) const bool Arg1 = false int Arg2 = int Arg3 = 5 int Result = 5 TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 115) int & Arg1 = 422142 int Arg2 = 5 int * const Result = ptr<5> TestClass That = void Target = nullptr >>>> const int *operator &(const int &) (Line: 118) const int & Arg1 = 3 const int * Result = ptr<3> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 119) int & Arg1 = 212121 int Arg2 = 1 int * const Result = ptr<1> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 124) int & Arg1 = 214221 int Arg2 = 4 int * const Result = ptr<4> TestClass That = void Target = nullptr >>>> int operator +(int,int) (Line: 125) int Arg1 = 4 int Arg2 = 21 int Result = 25 TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 125) int & Arg1 = 4 int Arg2 = 25 int * const Result = ptr<25> TestClass That = void Target = nullptr >>>> int operator ++(int &,int) (Line: 126) int & Arg1 = 0 int Arg2 = 0 int Result = 0 TestClass That = void Target = nullptr >>>> bool operator <(int,int) (Line: 126) int Arg1 = 0 int Arg2 = 10 bool Result = true TestClass That = void Target = nullptr >>>> int &operator --(int &) (Line: 127) int & Arg1 = 1 int * const Result = ptr<0> TestClass That = void Target = nullptr >>>> int operator ++(int &,int) (Line: 129) int & Arg1 = 0 int Arg2 = 0 int Result = 0 TestClass That = void Target = nullptr >>>> bool operator >(int,int) (Line: 129) int Arg1 = 10 int Arg2 = 0 bool Result = true TestClass That = void Target = nullptr >>>> int operator --(int &,int) (Line: 130) int & Arg1 = 1 int Arg2 = 0 int Result = 1 TestClass That = void Target = nullptr >>>> TestClass *&operator =(TestClass *&,TestClass *) (Line: 132) TestClass *& Arg1 = nullptr TestClass * Arg2 = nullptr TestClass ** const Result = ptr TestClass That = void Target = nullptr >>>> void (*&operator =(void (*&)(int),void (*)(int)))(int) (Line: 133) void (*&)(int) Arg1 = nullfptr void (*)(int) Arg2 = fptr void (** const)(int) Result = ptr> TestClass That = void Target = nullptr >>>> ~~~TestClass init <<< TestClass &operator *(TestClass *) (Line: 167) TestClass * Arg1 = objptr<{TestClass}> TestClass * Result = objptr<{TestClass}> void That = nullptr void Target = nullptr >>>> ~~~TestClass init >>> ~~~TestClass init <<< TestClass *&operator =(TestClass *&,TestClass *) (Line: 167) TestClass *& Arg1 = nullptr TestClass * Arg2 = objptr<{TestClass}> TestClass ** const Result = ptr> void That = nullptr void Target = nullptr >>>> ~~~TestClass init >>> int &operator =(int &,int) (Line: 113) int & Arg1 = 424242 int Arg2 = 3 int * const Result = ptr<3> TestClass That = void Target = nullptr >>>> bool operator &&(bool,bool) (Line: 115) const bool Arg1 = true bool Arg2 = false bool Result = false TestClass That = void Target = nullptr >>>> int operator ?:(bool,int,int) (Line: 115) const bool Arg1 = false int Arg2 = int Arg3 = 5 int Result = 5 TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 115) int & Arg1 = 422142 int Arg2 = 5 int * const Result = ptr<5> TestClass That = void Target = nullptr >>>> const int *operator &(const int &) (Line: 118) const int & Arg1 = 3 const int * Result = ptr<3> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 119) int & Arg1 = 212121 int Arg2 = 1 int * const Result = ptr<1> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 124) int & Arg1 = 214221 int Arg2 = 4 int * const Result = ptr<4> TestClass That = void Target = nullptr >>>> int operator +(int,int) (Line: 125) int Arg1 = 4 int Arg2 = 21 int Result = 25 TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 125) int & Arg1 = 4 int Arg2 = 25 int * const Result = ptr<25> TestClass That = void Target = nullptr >>>> int operator ++(int &,int) (Line: 126) int & Arg1 = 0 int Arg2 = 0 int Result = 0 TestClass That = void Target = nullptr >>>> bool operator <(int,int) (Line: 126) int Arg1 = 0 int Arg2 = 10 bool Result = true TestClass That = void Target = nullptr >>>> int &operator --(int &) (Line: 127) int & Arg1 = 1 int * const Result = ptr<0> TestClass That = void Target = nullptr >>>> int operator ++(int &,int) (Line: 129) int & Arg1 = 0 int Arg2 = 0 int Result = 0 TestClass That = void Target = nullptr >>>> bool operator >(int,int) (Line: 129) int Arg1 = 10 int Arg2 = 0 bool Result = true TestClass That = void Target = nullptr >>>> int operator --(int &,int) (Line: 130) int & Arg1 = 1 int Arg2 = 0 int Result = 1 TestClass That = void Target = nullptr >>>> TestClass *&operator =(TestClass *&,TestClass *) (Line: 132) TestClass *& Arg1 = nullptr TestClass * Arg2 = nullptr TestClass ** const Result = ptr TestClass That = void Target = nullptr >>>> void (*&operator =(void (*&)(int),void (*)(int)))(int) (Line: 133) void (*&)(int) Arg1 = nullfptr void (*)(int) Arg2 = fptr void (** const)(int) Result = ptr> TestClass That = void Target = nullptr >>>> ~~~TestClass init <<< ~~~TestClass init >>> int &operator =(int &,int) (Line: 113) int & Arg1 = 424242 int Arg2 = 3 int * const Result = ptr<3> TestClass That = void Target = nullptr >>>> bool operator &&(bool,bool) (Line: 115) const bool Arg1 = true bool Arg2 = false bool Result = false TestClass That = void Target = nullptr >>>> int operator ?:(bool,int,int) (Line: 115) const bool Arg1 = false int Arg2 = int Arg3 = 5 int Result = 5 TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 115) int & Arg1 = 422142 int Arg2 = 5 int * const Result = ptr<5> TestClass That = void Target = nullptr >>>> const int *operator &(const int &) (Line: 118) const int & Arg1 = 3 const int * Result = ptr<3> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 119) int & Arg1 = 212121 int Arg2 = 1 int * const Result = ptr<1> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 124) int & Arg1 = 214221 int Arg2 = 4 int * const Result = ptr<4> TestClass That = void Target = nullptr >>>> int operator +(int,int) (Line: 125) int Arg1 = 4 int Arg2 = 21 int Result = 25 TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 125) int & Arg1 = 4 int Arg2 = 25 int * const Result = ptr<25> TestClass That = void Target = nullptr >>>> int operator ++(int &,int) (Line: 126) int & Arg1 = 0 int Arg2 = 0 int Result = 0 TestClass That = void Target = nullptr >>>> bool operator <(int,int) (Line: 126) int Arg1 = 0 int Arg2 = 10 bool Result = true TestClass That = void Target = nullptr >>>> int &operator --(int &) (Line: 127) int & Arg1 = 1 int * const Result = ptr<0> TestClass That = void Target = nullptr >>>> int operator ++(int &,int) (Line: 129) int & Arg1 = 0 int Arg2 = 0 int Result = 0 TestClass That = void Target = nullptr >>>> bool operator >(int,int) (Line: 129) int Arg1 = 10 int Arg2 = 0 bool Result = true TestClass That = void Target = nullptr >>>> int operator --(int &,int) (Line: 130) int & Arg1 = 1 int Arg2 = 0 int Result = 1 TestClass That = void Target = nullptr >>>> TestClass *&operator =(TestClass *&,TestClass *) (Line: 132) TestClass *& Arg1 = nullptr TestClass * Arg2 = nullptr TestClass ** const Result = ptr TestClass That = void Target = nullptr >>>> void (*&operator =(void (*&)(int),void (*)(int)))(int) (Line: 133) void (*&)(int) Arg1 = nullfptr void (*)(int) Arg2 = fptr void (** const)(int) Result = ptr> TestClass That = void Target = nullptr >>>> ~~~TestClass init <<< ~~~TestClass init >>> ~~~TestClass init <<< ~~~TestClass init >>> ~~~TestClass init <<< ~~~TestClass init >>> int &operator =(int &,int) (Line: 113) int & Arg1 = 424242 int Arg2 = 3 int * const Result = ptr<3> TestClass That = void Target = nullptr >>>> bool operator &&(bool,bool) (Line: 115) const bool Arg1 = true bool Arg2 = false bool Result = false TestClass That = void Target = nullptr >>>> int operator ?:(bool,int,int) (Line: 115) const bool Arg1 = false int Arg2 = int Arg3 = 5 int Result = 5 TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 115) int & Arg1 = 422142 int Arg2 = 5 int * const Result = ptr<5> TestClass That = void Target = nullptr >>>> const int *operator &(const int &) (Line: 118) const int & Arg1 = 3 const int * Result = ptr<3> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 119) int & Arg1 = 212121 int Arg2 = 1 int * const Result = ptr<1> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 124) int & Arg1 = 214221 int Arg2 = 4 int * const Result = ptr<4> TestClass That = void Target = nullptr >>>> int operator +(int,int) (Line: 125) int Arg1 = 4 int Arg2 = 21 int Result = 25 TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 125) int & Arg1 = 4 int Arg2 = 25 int * const Result = ptr<25> TestClass That = void Target = nullptr >>>> int operator ++(int &,int) (Line: 126) int & Arg1 = 0 int Arg2 = 0 int Result = 0 TestClass That = void Target = nullptr >>>> bool operator <(int,int) (Line: 126) int Arg1 = 0 int Arg2 = 10 bool Result = true TestClass That = void Target = nullptr >>>> int &operator --(int &) (Line: 127) int & Arg1 = 1 int * const Result = ptr<0> TestClass That = void Target = nullptr >>>> int operator ++(int &,int) (Line: 129) int & Arg1 = 0 int Arg2 = 0 int Result = 0 TestClass That = void Target = nullptr >>>> bool operator >(int,int) (Line: 129) int Arg1 = 10 int Arg2 = 0 bool Result = true TestClass That = void Target = nullptr >>>> int operator --(int &,int) (Line: 130) int & Arg1 = 1 int Arg2 = 0 int Result = 1 TestClass That = void Target = nullptr >>>> TestClass *&operator =(TestClass *&,TestClass *) (Line: 132) TestClass *& Arg1 = nullptr TestClass * Arg2 = nullptr TestClass ** const Result = ptr TestClass That = void Target = nullptr >>>> void (*&operator =(void (*&)(int),void (*)(int)))(int) (Line: 133) void (*&)(int) Arg1 = nullfptr void (*)(int) Arg2 = fptr void (** const)(int) Result = ptr> TestClass That = void Target = nullptr >>>> ~~~TestClass init <<< End: Obj-Copy-Test void (&operator *(void (*)(int)))(int) (Line: 139) void (*)(int) Arg1 = fptr void (*)(int) Result = fptr TestClass That = void Target = nullptr >>>> bool operator !=(int,int) (Line: 96) int Arg1 = 1 int Arg2 = 0 bool Result = true void That = nullptr void Target = nullptr >>>> int operator ?:(bool,int,int) (Line: 96) const bool Arg1 = true int Arg2 = 3 int Arg3 = int Result = 3 void That = nullptr void Target = nullptr >>>> int &operator =(int &,int) (Line: 96) int & Arg1 = 0 int Arg2 = 3 int * const Result = ptr<3> void That = nullptr void Target = nullptr >>>> void (&operator *(void (*)(int)))(int) (Line: 140) void (*)(int) Arg1 = fptr void (*)(int) Result = fptr TestClass That = void Target = nullptr >>>> bool operator !=(int,int) (Line: 96) int Arg1 = 1 int Arg2 = 0 bool Result = true void That = nullptr void Target = nullptr >>>> int operator ?:(bool,int,int) (Line: 96) const bool Arg1 = true int Arg2 = 3 int Arg3 = int Result = 3 void That = nullptr void Target = nullptr >>>> int &operator =(int &,int) (Line: 96) int & Arg1 = 0 int Arg2 = 3 int * const Result = ptr<3> void That = nullptr void Target = nullptr >>>> int &operator [](int *,int) (Line: 142) int * const Arg1 = ptr<0> int Arg2 = 5 int * const Result = ptr<0> TestClass That = void Target = nullptr >>>> bool operator &&(bool,bool) (Line: 146) const bool Arg1 = true bool Arg2 = false bool Result = false TestClass That = void Target = nullptr >>>> > bool operator &&(bool,bool) (Line: 147) const bool Arg1 = false bool Arg2 = bool Result = false TestClass That = void Target = nullptr >>>> bool &operator =(bool &,bool) (Line: 147) bool & Arg1 = false bool Arg2 = false bool * const Result = ptr TestClass That = void Target = nullptr >>>> > bool operator ||(bool,bool) (Line: 148) const bool Arg1 = true bool Arg2 = bool Result = true TestClass That = void Target = nullptr >>>> bool &operator =(bool &,bool) (Line: 148) bool & Arg1 = false bool Arg2 = true bool * const Result = ptr TestClass That = void Target = nullptr >>>> bool operator ||(bool,bool) (Line: 149) const bool Arg1 = false bool Arg2 = true bool Result = true TestClass That = void Target = nullptr >>>> bool &operator =(bool &,bool) (Line: 149) bool & Arg1 = true bool Arg2 = true bool * const Result = ptr TestClass That = void Target = nullptr >>>> int &operator ?:(bool,int &,int &) (Line: 151) const bool Arg1 = true int & Arg2 = -1 int & Arg3 = int * Result = ptr<-1> TestClass That = void Target = nullptr >>>> bool operator !(bool) (Line: 152) bool Arg1 = true bool Result = false TestClass That = void Target = nullptr >>>> int &operator ?:(bool,int &,int &) (Line: 152) const bool Arg1 = false int & Arg2 = int & Arg3 = 3 int * Result = ptr<3> TestClass That = void Target = nullptr >>>> int &operator =(int &,int) (Line: 152) int & Arg1 = -1 int Arg2 = 3 int * const Result = ptr<3> TestClass That = void Target = nullptr >>>> ~~~TestClass init >>> ~~~TestClass init <<< >> ~~~TestClass init << TestClass operator ?:(bool,TestClass,TestClass) (Line: 153) const bool Arg1 = true TestClass Arg2 = TestClass Arg3 = ~~~TestClass init >>> ~~~TestClass init <<< TestClass Result = TestClass That = void Target = nullptr >>>> ~~~TestClass init >>> ~~~TestClass init <<< ~~~TestClass init >>> ~~~TestClass init <<< ~~~TestClass init >>> ~~~TestClass init <<< TestClass &operator ?:(bool,TestClass &,TestClass &) (Line: 155) const bool Arg1 = true TestClass & Arg2 = TestClass & Arg3 = TestClass * Result = objptr<{TestClass}> TestClass That = void Target = nullptr >>>> ~~~TestClass init >>> ~~~TestClass init <<< TestClass *operator ?:(bool,TestClass *,TestClass *) (Line: 156) const bool Arg1 = true TestClass * Arg2 = objptr<{TestClass}> TestClass * Arg3 = TestClass * Result = objptr<{TestClass}> TestClass That = void Target = nullptr >>>> TestClass *operator &(TestClass &) (Line: 232) TestClass & Arg1 = TestClass * Result = objptr<{TestClass}> void That = nullptr void Target = nullptr >>>> void *operator ?:(bool,void *,void *) (Line: 232) const bool Arg1 = false void * Arg2 = void * Arg3 = ptr void * Result = ptr void That = nullptr void Target = nullptr >>>> int *operator &(int &) (Line: 232) int & Arg1 = 3 int * Result = ptr<3> void That = nullptr void Target = nullptr >>>> bool operator !=(void *,void *) (Line: 232) void * Arg1 = ptr void * Arg2 = ptr bool Result = true void That = nullptr void Target = nullptr >>>> bool operator &&(bool,bool) (Line: 234) const bool Arg1 = true bool Arg2 = true bool Result = true void That = nullptr void Target = nullptr >>>> TestClass *operator &(TestClass &) (Line: 234) TestClass & Arg1 = TestClass * Result = objptr<{TestClass}> void That = nullptr void Target = nullptr >>>> bool operator &&(bool,bool) (Line: 234) const bool Arg1 = true bool Arg2 = true bool Result = true void That = nullptr void Target = nullptr >>>> hello int operator ?:(bool,int,int) (Line: 235) const bool Arg1 = true int Arg2 = 4 int Arg3 = int Result = 4 void That = nullptr void Target = nullptr >>>> int *operator &(int &) (Line: 237) int & Arg1 = 4 int * Result = ptr<4> void That = nullptr void Target = nullptr >>>> int *&operator =(int *&,int *) (Line: 237) int *& Arg1 = nullptr int * Arg2 = ptr<4> int ** const Result = ptr> void That = nullptr void Target = nullptr >>>> int &operator *(int *) (Line: 237) int * Arg1 = ptr<4> int * Result = ptr<4> void That = nullptr void Target = nullptr >>>> int *operator &(int &) (Line: 240) int & Arg1 = 1 int * Result = ptr<1> void That = nullptr void Target = nullptr >>>> int *&operator =(int *&,int *) (Line: 240) int *& Arg1 = nullptr int * Arg2 = ptr<1> int ** const Result = ptr> void That = nullptr void Target = nullptr >>>> int &operator *(int *) (Line: 240) int * Arg1 = ptr<1> int * Result = ptr<1> void That = nullptr void Target = nullptr >>>> int *operator &(int &) (Line: 246) int & Arg1 = 3 int * Result = ptr<3> void That = nullptr void Target = nullptr >>>> int &operator *(int *) (Line: 246) int * Arg1 = ptr<3> int * Result = ptr<3> void That = nullptr void Target = nullptr >>>> int &operator *(int *) (Line: 246) int * Arg1 = ptr<7> int * Result = ptr<7> void That = nullptr void Target = nullptr >>>> int operator +(int,int) (Line: 246) int Arg1 = 7 int Arg2 = 3 int Result = 10 void That = nullptr void Target = nullptr >>>> int &operator =(int &,int) (Line: 246) int & Arg1 = 3 int Arg2 = 10 int * const Result = ptr<10> void That = nullptr void Target = nullptr >>>> int &operator *(int *) (Line: 247) int * Arg1 = ptr<9> int * Result = ptr<9> void That = nullptr void Target = nullptr >>>> int operator +(int,int) (Line: 247) int Arg1 = 9 int Arg2 = 5 int Result = 14 void That = nullptr void Target = nullptr >>>> int &operator =(int &,int) (Line: 247) int & Arg1 = 5 int Arg2 = 14 int * const Result = ptr<14> void That = nullptr void Target = nullptr >>>> 10, 14 aspectc++/AspectC++/tests/CallBuiltinOperator/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022463 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/CallBuiltinOperator/Makefile0000644000175000001440000000007312740141200022645 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators include ../Makefile.generic aspectc++/AspectC++/tests/CallBuiltinOperator/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200022256 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/CallBuiltinOperator/main.cc0000644000175000001440000004017012740141200022442 0ustar00osusers00000000000000#include using namespace std; int global; void basicTests() { int a = 8, b = 23; bool n = true, m = false; int x = 1; int q[] = { 13, 23, 33, 43, 53 }; const unsigned int i = 1; int *p = q; cout << "a = " << a << endl; cout << "b = " << b << endl; cout << "m = " << m << endl; cout << "n = " << n << endl; cout << "x = " << x << endl; cout << ( +a ) << endl; cout << ( -a ) << endl; cout << ( a + b ) << endl; cout << ( a - b ) << endl; cout << ( a * b ) << endl; cout << ( a / b ) << endl; cout << ( a % b ) << endl; cout << ( ~a ) << endl; cout << ( a & b ) << endl; cout << ( a | b ) << endl; cout << ( a ^ b ) << endl; cout << ( a << b ) << endl; cout << ( a >> b ) << endl; cout << ( a == b ) << endl; cout << ( a != b ) << endl; cout << ( a >= b ) << endl; cout << ( a <= b ) << endl; cout << ( a < b ) << endl; cout << ( a > b ) << endl; cout << ( !m ) << endl; cout << ( m && n ) << endl; cout << ( m || n ) << endl; cout << ( x = a ) << endl; cout << "Var: " << x << endl; cout << ( x += b ) << endl; cout << "Var: " << x << endl; cout << ( x -= a ) << endl; cout << "Var: " << x << endl; cout << ( x *= b ) << endl; cout << "Var: " << x << endl; cout << ( x /= a ) << endl; cout << "Var: " << x << endl; cout << ( x %= b ) << endl; cout << "Var: " << x << endl; cout << ( x &= b ) << endl; cout << "Var: " << x << endl; cout << ( x |= a ) << endl; cout << "Var: " << x << endl; cout << ( x ^= b ) << endl; cout << "Var: " << x << endl; cout << ( x <<= a ) << endl; cout << "Var: " << x << endl; cout << ( x >>= b ) << endl; cout << "Var: " << x << endl; cout << ( x++ ) << endl; cout << "Var: " << x << endl; cout << ( x-- ) << endl; cout << "Var: " << x << endl; cout << ( --x ) << endl; cout << "Var: " << x << endl; cout << ( ++x ) << endl; cout << "Var: " << x << endl; // cout << ( &global ) << endl; cout << ( *p ) << endl; cout << ( q[3] ) << endl; cout << ( q[i] ) << endl; cout << ( "dummy", a ) << endl; cout << ( m ? a : b ) << endl; cout << ( n ? a : b ) << endl; }; void nothing_to_do() { } void func(int arg) { int h = 0; h = arg != 0 ? (nothing_to_do(), 3) : 2; } class TestClass { // Members: int privatemember; static const int constmember = 5 * 2; public: unsigned int bitfield1 : 4; unsigned int bitfield2 : constmember - 5; static int depth; int intmember; TestClass* member; void (*mfunc)(int); // Constructor: TestClass(void (*pfunc)(int)) : intmember(424242), privatemember(212121), bitfield2(0x15), member(0), mfunc(0) { intmember = 3; int bla = 422142; bla = (intmember && depth) ? 4 : 5; const int drei = 3; const int& dreir = drei; const int* dreip = &dreir; privatemember = 1; bitfield1 = 2; ++bitfield1; bitfield1++; int k = 214221; k = bitfield1; k = bitfield1 + bitfield2; if(depth++ < 10) { --depth; } if(10 > depth++) { depth--; } member = 0; mfunc = pfunc; } TestClass() {} // Member-functions: void callmemfuncpointer() { mfunc(1); (*mfunc)(1); int* arr = new int[10]; int k = arr[5]; // Short-circuit-evaluation: bool b1 = true, b2 = false; bool shortcut = b1 && b2; shortcut = b2 && b1; shortcut = b1 || b2; shortcut = b2 || b1; int i1 = -1, i2 = 3; int shortcut_int = shortcut ? i1 : i2; shortcut_int = !shortcut ? i1 : i2; TestClass shortcut_tc = shortcut ? TestClass() : TestClass(); TestClass tc1, tc2; shortcut_tc = shortcut ? tc1 : tc2; TestClass* shortcut_tcp = shortcut ? new TestClass() : new TestClass(); delete shortcut_tcp; delete[] arr; } }; int TestClass::depth = 0; void caller(void (*fnc)(int)) { cout << endl << "Begin: Obj-Copy-Test"; // Copy-assignment und copy-constructor: TestClass* tcp2 = new TestClass(fnc); tcp2->member = new TestClass(*tcp2); TestClass tc = TestClass(fnc); TestClass* tcp = new TestClass(fnc); TestClass tc2 = tc; TestClass tc3 = TestClass(tc); tc = TestClass(fnc); tc = tc2; cout << endl << "End: Obj-Copy-Test"; tc.callmemfuncpointer(); delete tcp; delete tcp2->member; delete tcp2; } // Constant, static, global: const int const_two = 3 - 1; static char char_array[const_two + 5]; int g1 = 0; int g2 = g1 + 5; enum ExampleEnum { ENUM_VALUE = const_two + 1 }; // Extern C: extern "C" { extern "C" { extern "C" void extern_c_func(int arg) { int e = 32767, e2 = 1; e = e2 + 4; } extern "C" int i; } } void complexTests() { extern_c_func(0); void* voidp = 0; const int const_22 = 3 - 1; void (*sfp)() = ¬hing_to_do; void (**dfp)() = &sfp; dfp[0]; //Member-pointer: ((1 == 2 ? (*dfp, &func) : &func))(1); TestClass tc = TestClass(&func); TestClass* (TestClass::*member_pointer) = 0; member_pointer = &TestClass::member; TestClass* value = tc.*member_pointer; value = (&tc)->*member_pointer; TestClass tc2 = TestClass(&func); int (TestClass::*int_member_pointer) = 0; int_member_pointer = &TestClass::intmember; int int_value = tc2.*int_member_pointer; int_value = (&tc2)->*int_member_pointer; caller( &func ); // Miscellaneous: // ?: required to break the const_expr if( static_cast( &int_value ) != ( voidp ? static_cast( &tc2 ) : static_cast( &tc ) ) ) {} bool bool_value = true && int_value && &tc; int lala = dfp ? cout<< "hello" << endl, 4 : 5; int* lalap = 0; int la = (lalap = &lala, *lalap); int i = 1; int* ip = 0; int i2 = (ip = &i, *ip); int m1 = 3, m2 = 5; int* int_pointer1 = new int(7); int* int_pointer2 = new int(9); m1 = *int_pointer1 + *(&(((m1)))); m2 = *int_pointer2 + m2; // FIXME: Due to pointers and result-type not reliable: // std::ptrdiff_t d = int_pointer2 - int_pointer1; cout << m1 << ", " << m2 << endl; delete int_pointer1; delete int_pointer2; } int main () { cout << endl << endl << endl; cout << " ~~~ Simple checks ~~~" << endl << endl; basicTests(); cout << endl << endl << endl; cout << " ~~~ Complex checks ~~~" << endl << endl; complexTests(); } template inline void print_type() { cout << ""; } template <> inline void print_type() { cout << "int"; }; template <> inline void print_type() { cout << "int *"; }; template <> inline void print_type() { cout << "int * const"; }; template <> inline void print_type() { cout << "int &"; }; template <> inline void print_type() { cout << "int *&"; }; template <> inline void print_type() { cout << "int **"; }; template <> inline void print_type() { cout << "int ** const"; }; template <> inline void print_type() { cout << "const int"; }; template <> inline void print_type() { cout << "const int *"; }; template <> inline void print_type() { cout << "const int &"; }; template <> inline void print_type() { cout << "unsigned int"; }; template <> inline void print_type() { cout << "unsigned long int"; }; template <> inline void print_type() { cout << "long int"; }; template <> inline void print_type() { cout << "bool"; }; template <> inline void print_type() { cout << "bool *"; }; template <> inline void print_type() { cout << "bool &"; }; template <> inline void print_type() { cout << "const bool"; }; template <> inline void print_type() { cout << "bool * const"; }; template <> inline void print_type() { cout << "void"; }; template <> inline void print_type() { cout << "void *"; }; template <> inline void print_type() { cout << "TestClass"; }; template <> inline void print_type() { cout << "TestClass *"; }; template <> inline void print_type() { cout << "TestClass &"; }; template <> inline void print_type() { cout << "TestClass *&"; }; template <> inline void print_type() { cout << "TestClass **"; }; template <> inline void print_type() { cout << "TestClass ** const"; }; template <> inline void print_type() { cout << "TestClass * TestClass::*"; }; template <> inline void print_type() { cout << "TestClass * TestClass::*&"; }; template <> inline void print_type() { cout << "TestClass * TestClass::**"; }; template <> inline void print_type() { cout << "TestClass * TestClass::** const"; }; template <> inline void print_type() { cout << "int TestClass::*"; }; template <> inline void print_type() { cout << "int TestClass::*&"; }; template <> inline void print_type() { cout << "int TestClass::**"; }; template <> inline void print_type() { cout << "int TestClass::** const"; }; template <> inline void print_type() { cout << "void (*)(int)"; }; template <> inline void print_type() { cout << "void (*&)(int)"; }; template <> inline void print_type() { cout << "void (**)(int)"; }; template <> inline void print_type() { cout << "void (** const)(int)"; }; template <> inline void print_type() { cout << "void (*)()"; }; template <> inline void print_type() { cout << "void (*&)()"; }; template <> inline void print_type() { cout << "void (**)()"; }; template <> inline void print_type() { cout << "void (** const)()"; }; template inline void print_value( T v ) { cout << v; } template inline void print_value( T *p ) { if( p ) { cout << "ptr<"; print_value( *p ); cout << ">"; } else cout << "nullptr"; } template <> inline void print_value( bool b ) { cout << ( b ? "true" : "false" ); } template <> inline void print_value( void *p ) { if( p ) cout << "ptr"; else cout << "nullptr"; } template <> inline void print_value( void (* p)(int) ) { if( p == &func ) cout << "fptr"; else if( p == 0 ) cout << "nullfptr"; else cout << "fptr"; } template <> inline void print_value( void (* p)() ) { if( p == ¬hing_to_do ) cout << "fptr"; else if( p == 0 ) cout << "nullfptr"; else cout << "fptr"; } inline void print_value( TestClass & ) { cout << ""; } template <> inline void print_value( TestClass *p ) { if( p ) cout << "objptr<{TestClass}>"; else cout << "nullptr"; } template <> inline void print_value( TestClass * TestClass::*p ) { if( p == &TestClass::member ) cout << "memptr"; else if( p ) cout << "memptr"; else cout << "memptr"; } template <> inline void print_value( int TestClass::*p ) { if( p == &TestClass::intmember ) cout << "memptr"; else if( p ) cout << "memptr"; else cout << "memptr"; } template struct ARGPrinter { template static inline void print( JoinPoint &tjp ) { ARGPrinter::print( tjp ); cout << " "; print_type< typename JoinPoint::template Arg::Type >(); cout << " Arg" << I << " = "; if(tjp.template arg() > 0) { print_value( *tjp.template arg() ); } else { cout << ""; } cout << endl; } }; template <> struct ARGPrinter<0> { template static inline void print( JoinPoint &tjp ) {} }; template inline void print_args( JoinPoint &tjp ) { ARGPrinter::print( tjp ); } template inline void print_objptr( T *p ) { if( p ) cout << ""; else cout << "nullptr"; } aspect CallTracer { pointcut builtin_ops() = builtin("% operator %(...)"); advice builtin_ops() : before() { cout << endl << tjp->signature() << " (Line: " << tjp->line() << ")" << endl; } advice builtin_ops() : after() { cout << " "; print_type< JoinPoint::That >(); cout << " That = "; print_objptr( tjp->that() ); cout << endl; cout << " "; print_type< JoinPoint::Target >(); cout << " Target = "; print_objptr( tjp->target() ); cout << endl; cout << ">>>> "; } advice builtin_ops() : around() { print_args<>( *tjp ); tjp->proceed(); } advice builtin_ops() : around() { tjp->proceed(); cout << " "; print_type< JoinPoint::Result >(); cout << " Result = "; print_value( *tjp->result() ); cout << endl; } // advice to structure the output advice construction( "TestClass" ) : before() { cout << endl << "~~~TestClass init >>>"; } advice construction( "TestClass" ) : after() { cout << endl << "~~~TestClass init <<<"; } }; // Test whether advice with args-pointcut-function will be handled // correctly on join-points with short-circuit-evaluation: aspect ShortCircuitArgsPointcutFunctionTester { pointcut shortcircuiting_ops() = builtin("% operator &&(...)" || "% operator ||(...)" || "% operator ?:(...)"); advice shortcircuiting_ops() : order("ShortCircuitArgsPointcutFunctionTester", "CallTracer"); advice shortcircuiting_ops() : before() { cout << endl << "proceed(); } advice shortcircuiting_ops() && args("%", b2) : around(bool b2) { cout << "co"; tjp->proceed(); } advice shortcircuiting_ops() && args("%", "%") : around() { if(tjp->arg<1>() > 0) { cout << "nd" << " (" << (*(tjp->arg<1>()) ? "true" : "false") << ")"; } else { cout << ""; } tjp->proceed(); } advice shortcircuiting_ops() && args(b1, i1, i2) : around(bool b1, int i1, int i2) { cout << "!!! This should never be displayed !!!" << endl; tjp->proceed(); } advice shortcircuiting_ops() && args("%", i1, i2) : around(int i1, int i2) { cout << "!!! This should never be displayed !!!" << endl; tjp->proceed(); } advice shortcircuiting_ops() && args("%", "%", "%") : before() { cout << " arg: "; } advice shortcircuiting_ops() && args("%", "%", i2) : around(int i2) { cout << "third (" << i2 << ")"; tjp->proceed(); } advice shortcircuiting_ops() && args("%", i1, "%") : around(int i1) { cout << "second (" << i1 << ")"; tjp->proceed(); } advice shortcircuiting_ops() && args("%", "%", ir2) : around(int& ir2) { cout << "third (" << ir2 << ")"; tjp->proceed(); } advice shortcircuiting_ops() && args("%", ir1, "%") : around(int& ir1) { cout << "second (" << ir1 << ")"; tjp->proceed(); } advice shortcircuiting_ops() && args("%", "%", t2) : around(TestClass t2) { cout << "third ([TestClass])"; tjp->proceed(); } advice shortcircuiting_ops() && args("%", t1, "%") : around(TestClass t1) { cout << "second ([TestClass])"; tjp->proceed(); } advice shortcircuiting_ops() && args("%", "%", tr2) : around(TestClass& tr2) { cout << "third ([TestClass-reference])"; tjp->proceed(); } advice shortcircuiting_ops() && args("%", tr1, "%") : around(TestClass& tr1) { cout << "second ([TestClass-reference])"; tjp->proceed(); } advice shortcircuiting_ops() && args("%", "%", tp2) : around(TestClass* tp2) { cout << "third ([TestClass-pointer])"; tjp->proceed(); } advice shortcircuiting_ops() && args("%", tp1, "%") : around(TestClass* tp1) { cout << "second ([TestClass-pointer])"; tjp->proceed(); } advice shortcircuiting_ops() && args("%", "%", vp2) : around(void* vp2) { cout << "third ([void-pointer])"; tjp->proceed(); } advice shortcircuiting_ops() && args("%", vp1, "%") : around(void* vp1) { cout << "second ([void pointer])"; tjp->proceed(); } advice shortcircuiting_ops() : before() { cout << ">"; } }; aspectc++/AspectC++/tests/PaxHeaders.4702/CallOnRef0000644000000000000000000000007412740141200016635 xustar0030 atime=1468174988.292169385 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/CallOnRef/0000755000175000001440000000000012740141200017074 5ustar00osusers00000000000000aspectc++/AspectC++/tests/CallOnRef/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021043 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/CallOnRef/feature.ref0000644000175000001440000000030012740141200021216 0ustar00osusers00000000000000CallOnRef: ============================================================= before call to void f(C &) before call to void C::func() ============================================================= aspectc++/AspectC++/tests/CallOnRef/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020352 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/CallOnRef/Makefile0000644000175000001440000000003412740141200020531 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/CallOnRef/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020145 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/CallOnRef/main.cc0000644000175000001440000000076512740141200020337 0ustar00osusers00000000000000#include aspect CallTracer { advice call ("% ...::%(...)") && !call ("% printf(...)") : around () { printf ("before call to %s\n", tjp->signature ()); tjp->proceed (); } }; class C { public: void func () {} }; void f (C& obj) { obj.func (); } int main () { printf ("CallOnRef:\n"); printf ("=============================================================\n"); C c; f (c); printf ("=============================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/CallAdvice0000644000000000000000000000007412740141200017017 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/CallAdvice/0000755000175000001440000000000012740141200017256 5ustar00osusers00000000000000aspectc++/AspectC++/tests/CallAdvice/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021225 xustar0030 atime=1468174988.290169352 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/CallAdvice/feature.ref0000644000175000001440000001027412740141200021413 0ustar00osusers00000000000000CallAdvice: code generation for all kinds of functions ============================================================= global initialization: before int global() in a global function before int global() in a global function before int global() in a global function ------------------------------------------------------------- call to global function from local class => shall not match: in a global function ------------------------------------------------------------- various kinds of functions: before C C::dup() before C &C::operator =(const C &) before int f2(int,int) before int f1(int) before C C::dup() before C &C::operator =(const C &) before C C::dup() before C &C::operator =(const C &) before int C::val() const result is 4717 before int f2(int,int) before int f1(int) before int f2(int,int) before int f1(int) before int f3(int,int,int) before C C::operator !() before C C::operator !() before C C::operator !() before C C::operator !() before int C::operator +(int) before int f1(int) before int C::operator +(int) before bool operator +(C,C) before int operator ~(C) before void C::cnst() the non-const version before int C::stuff(C *) before int C::stuff(C *) in function with class-ptr arg before void C::cnst() const the const function before void testfoo::ldebug(const char *,const char *) in ldebug ------------------------------------------------------------- static member called: before void C::stat(int) in a static member ------------------------------------------------------------- call in default arg: before void G::f(int) before int global() in a global function ------------------------------------------------------------- static member called with object: before void C::stat(int) in a static member ------------------------------------------------------------- function with variable argument list: before void var_arg_fct(const char *,...) before void var_arg_fct(const char *,...) ------------------------------------------------------------- calls with fully qualified name: before void B2::f() before void B1::f(int) before void B1::g() in the base function - OK ------------------------------------------------------------- calls in const member function: before void A::f() const before void C::cnst() const the const function before void C::cnst() the non-const version before void A::g() before void C::cnst() the non-const version before void C::cnst() the non-const version ------------------------------------------------------------- operator calls from within non-static methods: before void OpTester::run() before bool operator +(C,C) before int operator ~(C) before int C::operator *() before modulo operator C operator %(const C &,const C &) before C operator %(const C &,const C &) before modulo operator C &C::operator %=(int) before C &C::operator %=(int) ------------------------------------------------------------- calls to conversion functions: before C::operator int() ------------------------------------------------------------- calls to operator(): before void CallOp::operator ()() before void CallOp::operator ()(int) ------------------------------------------------------------- chained calls to operator->(): before DataProxy &C::operator ->() before Data *DataProxy::operator ->() other chained call (bug 513): before Cyg_Thread *Cyg_Thread::self() before void Cyg_Thread::set_timer() before Cyg_Thread *Cyg_Thread::self() before void Foo::bar() ------------------------------------------------------------- implicit conversion: before QStream &QStream::operator <<(const QString &) *hello* before QStream &QStream::operator <<(const QString &) *world* ------------------------------------------------------------- prefix and postfix operators: before C &C::operator ++(int) before C &C::operator ++(int) before C &C::operator ++() ------------------------------------------------------------- checking index operator []: before int C::operator [](int) const The answer is 42! ------------------------------------------------------------- calls with macros expansions as argument: before bool C::operator !=(int) operator != before int C::operator +(int) operator + before int f1(int) ordinary function before void assert_fct() call in macro ============================================================= aspectc++/AspectC++/tests/CallAdvice/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020534 xustar0030 atime=1468174988.290169352 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/CallAdvice/Makefile0000644000175000001440000000003412740141200020713 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/CallAdvice/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020327 xustar0030 atime=1468174988.290169352 30 ctime=1468174988.290169352 aspectc++/AspectC++/tests/CallAdvice/main.cc0000644000175000001440000001711612740141200020517 0ustar00osusers00000000000000#include int f1 (int a) { return a + 1; } int f2 (int a, int) { return a + 2; } int f3 (int a, int, int) { return a + 2; } void var_arg_fct (const char *fmt, ...) { } class Foo { public: void bar() {} }; class Cyg_Thread { Foo foo; public: static Cyg_Thread *self() { return 0; } void set_timer() { self()->foo.bar(); // THIS FAILS with Bug 513 } }; struct Data { int i; }; struct DataProxy { Data d; Data *operator ->() { return &d; } }; struct QString { const char *_s; QString (const char*s) : _s(s) {} }; struct QStream { QStream &operator << (const QString &qs) { static QStream stream; printf ("%s", qs._s); return stream; } }; class C { int _val; DataProxy _dp; public: C () : _val (4711) {} operator int () { return _val; } int val () const { return _val; } C &operator = (const C &obj) { return *this; } C dup () { C duplicate; duplicate = *this; return duplicate; } C operator ! () { return *this; } int operator + (int) { return 0; } DataProxy &operator -> () { return _dp; } void cnst () const { printf ("the const function\n"); } void cnst () { printf ("the non-const version\n"); }; static void stat (int = 0) { printf ("in a static member\n"); } int stuff (C *pClass) { printf ("in function with class-ptr arg\n"); return 0; } bool operator != (int) { return true; } int operator * () { return 0; } C& operator ++ (int) { return *this; } C& operator ++ () { return *this; } int operator [] (int) const { return 42; } C& operator %= (int i) { return *this; } }; C operator % (const C& c1, const C& c2) { return C(); } bool operator + (C, C) { return false; } int operator ~ (C) { return 0; } class B1 { public: void f (int) {} virtual void g () { printf ("in the base function - OK\n"); } }; class B2 : public B1 { public: void f () { B1::f (0); } void g () { printf ("in the derived function - ERROR\n"); } }; struct ABase { C c1; mutable C c2; }; class A : public ABase { public: void f () const { c1.cnst (); c2.cnst (); } void g () { c1.cnst (); c2.cnst (); } }; class OpTester { public: void run () { C c1, c2; c1 + c2; ~c1; *c1; c1 % c2; c1 %= 99; } }; struct GlobalPrinter { GlobalPrinter () { printf ("CallAdvice: code generation for all kinds of functions\n"); printf ("=============================================================\n"); printf ("global initialization:\n"); } ~GlobalPrinter () { printf ("=============================================================\n"); } } gp; int global () { printf ("in a global function\n"); return 42; } int g = global (); namespace XX {} namespace XX { int g = global (); } class G { static int g2; public: static void f (int i = global ()) {} }; int G::g2 = global (); #define SOME_MACRO(x) x void assert_fct() {} #define MY_ASSERT(x) assert_fct() class testfoo { public: void ldebug(const char *, const char *) { printf ("in ldebug\n"); } }; // --- bug 557: class ABC { typedef struct { int a; } newtype; public: int b; }; // --- end bug 557 // --- bug 588 class CallOp { public: void operator() () {} void operator() (int) {} } call_op; // -- end bug 588 int main () { struct Local { static void f () { global (); } // call in local class => shall not match! }; printf ("-------------------------------------------------------------\n"); printf ("call to global function from local class => shall not match:\n"); Local::f (); printf ("-------------------------------------------------------------\n"); printf ("various kinds of functions:\n"); C inst; C inst2 (inst.dup ()); printf ("result is %d\n", f1 (f2 (3, 4)) + inst.dup ().dup ().val ()); f3 (f1 (f2 (5, 6)), f1 (f2 (7, 8)), 1); !!!!inst; inst + 0; inst + f1 (2); inst + inst; ~inst; inst.cnst (); inst.stuff (&inst); const C cc; cc.cnst (); testfoo *foo = new testfoo; const char *s = "Hi"; ((foo-> ldebug))("something '%s'", s); delete foo; printf ("-------------------------------------------------------------\n"); printf ("static member called:\n"); C::stat (); printf ("-------------------------------------------------------------\n"); printf ("call in default arg:\n"); G::f (); printf ("-------------------------------------------------------------\n"); printf ("static member called with object:\n"); inst.stat (3); printf ("-------------------------------------------------------------\n"); printf ("function with variable argument list:\n"); var_arg_fct ("bla %s %d %d", "a string", 4711, true); var_arg_fct ("bla %f", 3.14); printf ("-------------------------------------------------------------\n"); printf ("calls with fully qualified name:\n"); B2 b2; b2.f (); b2.B1::g (); printf ("-------------------------------------------------------------\n"); printf ("calls in const member function:\n"); A a; a.f (); a.g (); printf ("-------------------------------------------------------------\n"); printf ("operator calls from within non-static methods:\n"); OpTester ot; ot.run (); printf ("-------------------------------------------------------------\n"); printf ("calls to conversion functions:\n"); C c; int i; i = c; // i = (int)c; <-- this should also be affected by advice printf ("-------------------------------------------------------------\n"); printf ("calls to operator():\n"); call_op(); call_op(42); printf ("-------------------------------------------------------------\n"); printf ("chained calls to operator->():\n"); C c2; i = c2->i; printf ("other chained call (bug 513):\n"); Cyg_Thread::self()->set_timer(); printf ("-------------------------------------------------------------\n"); printf ("implicit conversion:\n"); QStream qs; qs << " *hello*\n" << " *world*\n"; printf ("-------------------------------------------------------------\n"); printf ("prefix and postfix operators:\n"); ++c++++; printf ("-------------------------------------------------------------\n"); printf ("checking index operator []:\n"); printf (" The answer is %d!\n", c[99]); printf ("-------------------------------------------------------------\n"); printf ("calls with macros expansions as argument:\n"); bool b = (c != SOME_MACRO(42)); printf (" operator !=\n"); c + SOME_MACRO(42); printf (" operator +\n"); f1(SOME_MACRO(0)); printf (" ordinary function\n"); MY_ASSERT(b==true); printf (" call in macro\n"); return 0; } aspect CallTracer { pointcut builtin_ops() = call("C &operator*(C *)") || call("int operator+(int,int)") || call("int &operator =(int &,int)") || call("C *operator &(C &)") || call("Data *operator &(Data &)"); advice call ("% ...::%(...)") && !call ("% printf(...)") && ! builtin_ops() : around () { printf ("before %s", tjp->signature ()); tjp->proceed (); } }; aspect CallTracer2 { pointcut builtin_ops() = call("C &operator*(C *)") || call("int operator+(int,int)") || call("int &operator =(int &,int)") || call("C *operator &(C &)") || call("Data *operator &(Data &)"); advice call ("% ...::%(...)") && !call ("% printf(...)") && ! builtin_ops() : before () { printf ("\n"); } }; aspect CallWithClassPtrTest { advice call ("% %::%(C *)") : before () { printf ("before %s\n", JoinPoint::signature ()); } }; // special treatment of operator % and operator %=: // in a match expression we use %% and %%=, because % is our wildcard aspect CallModuloTest { advice call ("% ...::operator %%(...)" || "% ...::operator %%=(...)") : before () { printf ("before modulo operator %s\n", JoinPoint::signature ()); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/ArrayAccessAdvice0000644000000000000000000000007412740141200020344 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/ArrayAccessAdvice/0000755000175000001440000000000012740141200020603 5ustar00osusers00000000000000aspectc++/AspectC++/tests/ArrayAccessAdvice/PaxHeaders.4702/namemap.cc0000644000000000000000000000007412740141200022346 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/ArrayAccessAdvice/namemap.cc0000644000175000001440000000132412740141200022530 0ustar00osusers00000000000000#include #include using namespace std; namespace NameMap { typedef std::pair Info; typedef map Map; Map objs; Map arrays; void mangle_arraypart( void *addr, size_t s ) { void *base = 0; const char * name = 0; size_t diff = 0; Map::iterator it = arrays.upper_bound( addr ); if( it != arrays.begin() ) { --it; base = it->first; name = it->second.first; diff = ( reinterpret_cast( addr ) - reinterpret_cast( base ) ); if( diff >= it->second.second ) name = 0; diff /= s; } if( name ) { cout << name << "+" << diff; } else cout << ""; } } aspectc++/AspectC++/tests/ArrayAccessAdvice/PaxHeaders.4702/around.ah0000644000000000000000000000007412740141200022223 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/ArrayAccessAdvice/around.ah0000644000175000001440000000117012740141200022404 0ustar00osusers00000000000000#ifndef __AROUNDCHECK_AH__ #define __AROUNDCHECK_AH__ #include using namespace std; aspect AroundCheck { advice builtin( "% operator =(...)" || "% operator +=(...)" ) && within( "void check_tunnel()" ) : around() { cout << " ## operator" << endl; tjp->proceed(); } advice ( get( "% ...::%" ) || set( "% ...::%" ) ) && within( "void check_proceed()" ) : around() { cout << " ## proceed()" << endl; tjp->proceed(); } advice ( get( "% ...::%" ) || set( "% ...::%" ) ) && within( "void check_action()" ) : around() { cout << " ## action()" << endl; tjp->action().trigger(); } }; #endif aspectc++/AspectC++/tests/ArrayAccessAdvice/PaxHeaders.4702/trace.ah0000644000000000000000000000007412740141200022031 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/ArrayAccessAdvice/trace.ah0000644000175000001440000000602612740141200022217 0ustar00osusers00000000000000#ifndef __TRACE_AH__ #define __TRACE_AH__ #include #include "namemap.h" using namespace std; template struct IdxPrinter { inline static void print( TJP *tjp ) { IdxPrinter::print( tjp ); cout << "[" << tjp->template idx() << "|" << TJP::template Dim::Size << "]"; } }; template struct IdxPrinter { inline static void print( TJP *tjp ) {} }; template struct ValPrinter { inline static void print( T e ) { cout << " < " << e << " >"; } }; template struct ValPrinter { inline static void print( T a[D] ) { cout << " < "; NameMap::mangle_arraypart( a ); cout << "[" << D << "] >"; } }; template struct ValPrinter { inline static void print( T* p ) { cout << " < ~~ADDR~~ >"; } }; template<> struct ValPrinter< map > { inline static void print( map &m ) { cout << " < ~~OBJ~~ >"; } }; aspect Tracer { template struct is_arraymember { static const bool result = false; }; template struct is_arraymember { static const bool result = true; }; template inline void print_indices( TJP *tjp ) { IdxPrinter::print( tjp ); } template inline void print_entity( TJP *tjp ) { cout << tjp->signature() << " @ "; NameMap::mangle_arraypart( tjp->entity() ); ValPrinter::print( *tjp->entity() ); if( tjp->target() ) { const char * name = NameMap::objs[ tjp->target() ].first; cout << " -> " << ( name ? name : "" ); cout << " ? " << ( is_arraymember::result ? "true" : "false" ) << " | " << tjp->memberptr(); } if( tjp->array() ) { const char * name = NameMap::arrays[ tjp->array() ].first; cout << " | " << ( name ? name : "" ); print_indices( tjp ); } } #define INCTJP tjp->entity(); tjp->signature(); tjp->target(); tjp->memberptr(); tjp->array(); tjp->idx<0>(); pointcut ignore() = within( "NameMap" ); advice get( "% ...::%" ) && ! ignore() : before() { INCTJP cout << "~~~ Get: "; print_entity( tjp ); cout << endl; } advice set( "% ...::%" ) && ! ignore() : before() { INCTJP cout << "~~~ Set: "; print_entity( tjp ); cout << " := " << *( tjp->template arg<0>() ); cout << endl; } advice ref( "% ...::%" ) && ! ignore() : before() { INCTJP cout << "~~~ Ref: "; print_entity( tjp ); cout << endl; } advice get( alias( "% ...::%" ) ) && ! ignore() : before() { INCTJP cout << "~~~ Get (alias): "; print_entity( tjp ); cout << endl; } advice set( alias( "% ...::%" ) ) && ! ignore() : before() { INCTJP cout << "~~~ Set (alias): "; print_entity( tjp ); cout << " := " << *( tjp->template arg<0>() ); cout << endl; } advice construction( "CTest" ) : before() { cout << "~~~ Construct: " << tjp->signature() << endl; } }; #endif aspectc++/AspectC++/tests/ArrayAccessAdvice/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022552 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/ArrayAccessAdvice/feature.ref0000644000175000001440000000746012740141200022743 0ustar00osusers00000000000000~~~ Construct: CTest::CTest() Basic Checks: array 1-Dim: ~~~ Get: int a[5] @ a+2 < 5 > | a[2|5] ~~~ Set: int a[5] @ a+0 < 1 > | a[0|5] := 11 ~~~ Ref: int a[5] @ a+1 < 3 > | a[1|5] ~~~ Ref: int a[5] @ a+0 < 11 > | a[0|5] ~~~ Ref: int a[5] @ a+2 < 5 > | a[2|5] array 2-Dim: ~~~ Get: int b[2][3] @ b+3 < 1 > | b[1|2][0|3] ~~~ Set: int b[2][3] @ b+2 < 6 > | b[0|2][2|3] := 12 ~~~ Ref: int b[2][3] @ b+5 < 5 > | b[1|2][2|3] ~~~ Ref: int b[2][3] @ b+1 < b+3[3] > | b[1|2] ~~~ Ref: int b[2][3] @ b+0 < b+0[3] > | b[0|2] ~~~ Ref: int b[2][3] @ b+0 < 2 > | b[0|2][0|3] ~~~ Ref: int b[2][3] @ b+1 < 4 > | b[0|2][1|3] ~~~ Ref: int b[2][3] @ b+1 < b+3[3] > | b[1|2] array 3-Dim Member: ~~~ Get: int T::m[2][3][2] @ t.m+3 < 0 > -> t ? true | 1 | t.m[0|2][1|3][1|2] ~~~ Set: int T::m[2][3][2] @ t.m+4 < 20 > -> t ? true | 1 | t.m[0|2][2|3][0|2] := 42 array 3-Dim Member (internal): ~~~ Get: int T::m[2][3][2] @ t.m+0 < 3 > -> t ? true | 1 | t.m[0|2][0|3][0|2] ~~~ Set: int T::m[2][3][2] @ t.m+1 < 4 > -> t ? true | 1 | t.m[0|2][0|3][1|2] := 13 array 1-Dim Private (internal): ~~~ Get: int T::p[3] @ t.p+0 < 22 > -> t ? true | 1 | t.p[0|3] ~~~ Set: int T::p[3] @ t.p+2 < 44 > -> t ? true | 1 | t.p[2|3] := 99 array 1-Dim Static: ~~~ Get: int T::s[2] @ T::s+0 < 60 > | T::s[0|2] ~~~ Set: int T::s[2] @ T::s+1 < 90 > | T::s[1|2] := 23 ~~~ Get: int T::s[2] @ T::s+1 < 23 > | T::s[1|2] ~~~ Set: int T::s[2] @ T::s+0 < 60 > | T::s[0|2] := 17 Checking dual Weaving: array 1-Dim: ~~ Idx: a+0 [ 4 ] ~~~ Get: int a[5] @ a+4 < 9 > | a[4|5] ~~ Idx: a+0 [ 1 ] ~~~ Set: int a[5] @ a+1 < 3 > | a[1|5] := 99 array 3-Dim Member: ~~ Idx: t.m+0 [ 1 ] ~~ Idx: t.m+3 [ 2 ] ~~ Idx: t.m+10 [ 0 ] ~~~ Get: int T::m[2][3][2] @ t.m+10 < 2000 > -> t ? true | 1 | t.m[1|2][2|3][0|2] ~~ Idx: t.m+0 [ 1 ] ~~ Idx: t.m+3 [ 0 ] ~~ Idx: t.m+6 [ 1 ] ~~~ Set: int T::m[2][3][2] @ t.m+7 < 400 > -> t ? true | 1 | t.m[1|2][0|3][1|2] := 21 Checking partial dual Weaving: partial one: ~~ Idx: t.m+0 [ 1 ] ~~~ Get: int T::m[2][3][2] @ t.m+10 < 2000 > -> t ? true | 1 | t.m[1|2][2|3][0|2] ~~ Idx: t.m+0 [ 1 ] ~~~ Set: int T::m[2][3][2] @ t.m+7 < 21 > -> t ? true | 1 | t.m[1|2][0|3][1|2] := 21 partial two: ~~ Idx: t.m+3 [ 2 ] ~~~ Get: int T::m[2][3][2] @ t.m+10 < 2000 > -> t ? true | 1 | t.m[1|2][2|3][0|2] ~~ Idx: t.m+3 [ 0 ] ~~~ Set: int T::m[2][3][2] @ t.m+7 < 21 > -> t ? true | 1 | t.m[1|2][0|3][1|2] := 21 partial three: ~~ Idx: t.m+10 [ 0 ] ~~~ Get: int T::m[2][3][2] @ t.m+10 < 2000 > -> t ? true | 1 | t.m[1|2][2|3][0|2] ~~ Idx: t.m+6 [ 1 ] ~~~ Set: int T::m[2][3][2] @ t.m+7 < 21 > -> t ? true | 1 | t.m[1|2][0|3][1|2] := 21 Checking proceed: ## proceed() ~~~ Get: int b[2][3] @ b+1 < 4 > | b[0|2][1|3] ## proceed() ~~~ Set: int b[2][3] @ b+3 < 1 > | b[1|2][0|3] := 32 Checking action: ## action() ~~~ Get: int b[2][3] @ b+4 < 3 > | b[1|2][1|3] ## action() ~~~ Set: int b[2][3] @ b+5 < 5 > | b[1|2][2|3] := 48 Checking tunneling: ## operator ~~~ Set: int T::s[2] @ T::s+1 < 23 > | T::s[1|2] := 666 ## operator ~~~ Get: int T::s[2] @ T::s+0 < 17 > | T::s[0|2] ~~~ Set: int T::s[2] @ T::s+0 < 17 > | T::s[0|2] := 239 Checking qualified accesses: ~~~ Get: int T::m[2][3][2] @ t.m+11 < 2500 > -> t ? true | 1 | t.m[1|2][2|3][1|2] ~~~ Set: int T::m[2][3][2] @ t.m+11 < 2500 > -> t ? true | 1 | t.m[1|2][2|3][1|2] := 7500 ~~~ Ref: int T::m[2][3][2] @ t.m+7 < 21 > -> t ? true | 1 | t.m[1|2][0|3][1|2] Checking interaction with other types: ~~~ Ref: std::map,std::allocator > > TestMap @ < ~~OBJ~~ > ~~~ Set (alias): char @ < 3 > := a ~~~ Get: int *TestPointer @ < ~~ADDR~~ > ~~~ Get: int *TestPointer @ < ~~ADDR~~ > Checking interaction with construction advice: ~~~ Get: int CTest::m[12] @ cTest.m+6 < 0 > -> cTest ? true | 1 | cTest.m[6|12] Checking incomplete array type: aspectc++/AspectC++/tests/ArrayAccessAdvice/PaxHeaders.4702/namemap.h0000644000000000000000000000007412740141200022210 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/ArrayAccessAdvice/namemap.h0000644000175000001440000000060712740141200022375 0ustar00osusers00000000000000#ifndef __NAMEMAP_H__ #define __NAMEMAP_H__ #include namespace NameMap { typedef std::pair Info; typedef std::map Map; extern Map objs; extern Map arrays; extern void mangle_arraypart( void *addr, size_t s ); template inline void mangle_arraypart( T* addr ) { mangle_arraypart( addr, sizeof( *addr ) ); } } #endif aspectc++/AspectC++/tests/ArrayAccessAdvice/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200022061 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/ArrayAccessAdvice/Makefile0000644000175000001440000000014612740141200022244 0ustar00osusers00000000000000ACFLAGS += --builtin_operators --data_joinpoints CXXFLAGS += -std=gnu++11 include ../Makefile.generic aspectc++/AspectC++/tests/ArrayAccessAdvice/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021654 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/ArrayAccessAdvice/main.cc0000644000175000001440000001057112740141200022042 0ustar00osusers00000000000000#include #include "namemap.h" using namespace std; // forward decl for friend namespace NameMap { void register_vars(); } class T { double fill; friend void NameMap::register_vars(); private: int p[3] = { 22, 33, 44 }; public: int m[2][3][2] = { { { 3, 4 }, { 1, 0 }, { 20, 25 } }, { { 300, 400 }, { 100, -1 }, { 2000, 2500 } } }; static int s[2]; void test() { cout << endl; cout << "array 3-Dim Member (internal):" << endl; int x = m[0][0][0]; m[0][0][1] = 13; cout << endl; cout << "array 1-Dim Private (internal):" << endl; int y = p[0]; p[2] = 99; } } t; int T::s[2] = { 60, 90 }; int a[5] = { 1, 3, 5, 7, 9 }; int b[2][3] = { 2, 4, 6, 1, 3, 5 }; // --- Helper code namespace NameMap { void register_vars() { objs[ &t ] = Info( "t", sizeof( t ) ); arrays[ &T::s ] = Info( "T::s", sizeof( T::s ) ); arrays[ &t.m ] = Info( "t.m", sizeof( t.m ) ); arrays[ &t.p ] = Info( "t.p", sizeof( t.p ) ); arrays[ &a ] = Info( "a", sizeof( a ) ); arrays[ &b ] = Info( "b", sizeof( b ) ); } } // --- end Helpers void check_basic() { cout << endl; cout << "array 1-Dim:" << endl; { int x = a[2]; a[0] = 11; int *p1 = &a[1]; int *p2 = a; int &r = a[2]; } cout << endl; cout << "array 2-Dim:" << endl; { int x = b[1][0]; b[0][2] = 12; int *p1 = &b[1][2]; int (*p1a)[3] = &b[1]; int (*p2)[3] = b; int *p2a = b[0]; int &r = b[0][1]; int (&ra)[3] = b[1]; } cout << endl; cout << "array 3-Dim Member:" << endl; { int x = t.m[0][1][1]; t.m[0][2][0] = 42; } t.test(); cout << endl; cout << "array 1-Dim Static:" << endl; { int x = t.s[0]; t.s[1] = 23; int y = T::s[1]; T::s[0] = 17; } } void check_dual() { cout << endl; cout << "array 1-Dim:" << endl; { int x = a[4]; a[1] = 99; } cout << endl; cout << "array 3-Dim Member:" << endl; { int x = t.m[1][2][0]; t.m[1][0][1] = 21; } } void check_dual_partial1() { cout << endl; cout << "partial one:" << endl; { int x = t.m[1][2][0]; t.m[1][0][1] = 21; } } void check_dual_partial2() { cout << endl; cout << "partial two:" << endl; { int x = t.m[1][2][0]; t.m[1][0][1] = 21; } } void check_dual_partial3() { cout << endl; cout << "partial three:" << endl; { int x = t.m[1][2][0]; t.m[1][0][1] = 21; } } void check_proceed() { int x = b[0][1]; b[1][0] = 32; } void check_action() { int x = b[1][1]; b[1][2] = 48; } void check_tunnel() { T::s[1] = 666; t.s[0] += 222; } void check_qualified() { t.T::m[1][2][1] *= 3; unsigned int i = 5; // dummy non const expr i /= 3; int *p = 0; p = &t.T::m[i][i-1][i]; } #include map TestMap; int *TestPointer = new int[3]; namespace NameMap { char DUMMY = TestMap[3] = '3'; // preinit TestMap element for output char *DUMMYPOINTER = &DUMMY; // needed to enable alias matching } void check_interaction() { TestMap[3] = 'a'; int x = TestPointer[2]; TestPointer[0] = 5; a[3]; } struct CTest { int m[12]; } cTest; namespace NameMap { void register_vars2() { objs[ &cTest ] = Info( "cTest", sizeof( cTest ) ); arrays[ &cTest.m ] = Info( "cTest.m", sizeof( cTest.m ) ); } } void check_constr() { int x = cTest.m[6]; } struct Incomplete { static const int incomp[]; static int check_incomp() { return incomp[0] + incomp[1]; } }; const int Incomplete::incomp[2] = { 1, 2 }; int main() { NameMap::register_vars(); cout << "Basic Checks:" << endl; check_basic(); cout << endl << endl << "Checking dual Weaving:" << endl; check_dual(); cout << endl << endl << "Checking partial dual Weaving:" << endl; check_dual_partial1(); check_dual_partial2(); check_dual_partial3(); cout << endl << endl << "Checking proceed:" << endl; check_proceed(); cout << endl << endl << "Checking action:" << endl; check_action(); cout << endl << endl << "Checking tunneling:" << endl; check_tunnel(); cout << endl << endl << "Checking qualified accesses:" << endl; check_qualified(); cout << endl << endl << "Checking interaction with other types:" << endl; check_interaction(); NameMap::register_vars2(); cout << endl << endl << "Checking interaction with construction advice:" << endl; check_constr(); cout << endl << endl << "Checking incomplete array type:" << endl; Incomplete::check_incomp(); return 0; } aspectc++/AspectC++/tests/ArrayAccessAdvice/PaxHeaders.4702/idx.ah0000644000000000000000000000007412740141200021517 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.272169056 aspectc++/AspectC++/tests/ArrayAccessAdvice/idx.ah0000644000175000001440000000132512740141200021702 0ustar00osusers00000000000000#ifndef __IDXMARKER_AH__ #define __IDXMARKER_AH__ #include #include "namemap.h" using namespace std; aspect IdxMarker { pointcut weave() = builtin( "% operator [](...)" ) && within( "void check_dual()" ) || builtin( "% operator []( int (*)[3][2], ...)" ) && within( "void check_dual_partial1()" ) || builtin( "% operator []( int (*)[2], ...)" ) && within( "void check_dual_partial2()" ) || builtin( "% operator []( int *, ...)" ) && within( "void check_dual_partial3()" ); advice weave() : before() { cout << " ~~ Idx: "; NameMap::mangle_arraypart( *( tjp->template arg<0>() ) ); cout << " [ " << *( tjp->template arg<1>() ) << " ]" << endl; } }; #endif aspectc++/AspectC++/tests/PaxHeaders.4702/Bug2280000644000000000000000000000007412740141200016001 xustar0030 atime=1468174988.278169155 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug228/0000755000175000001440000000000012740141200016240 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug228/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020207 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug228/feature.ref0000644000175000001440000000010512740141200020365 0ustar00osusers00000000000000my_trace_call CALLING: int mySimpleTemplateClass<10>::getArraySize() aspectc++/AspectC++/tests/Bug228/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017516 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug228/Makefile0000644000175000001440000000003412740141200017675 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug228/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017311 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug228/main.cc0000644000175000001440000000056212740141200017476 0ustar00osusers00000000000000#include template < int I > class mySimpleTemplateClass { private: int myArray[I]; public: int getArraySize() { return I; } }; aspect my_trace_call { advice call("mySimpleTemplateClass<...>") : before () { printf("my_trace_call CALLING: %s\n",JoinPoint::signature()); } }; int main () { mySimpleTemplateClass<10> t; t.getArraySize (); } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug5770000644000000000000000000000007412740141200016010 xustar0030 atime=1468174988.278169155 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug577/0000755000175000001440000000000012740141200016247 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug577/PaxHeaders.4702/alex.ah0000644000000000000000000000007412740141200017330 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug577/alex.ah0000644000175000001440000000010612740141200017507 0ustar00osusers00000000000000#ifndef __alex_ah__ #define __alex_ah__ #include "alex.h" M #endif aspectc++/AspectC++/tests/Bug577/PaxHeaders.4702/alex.h0000644000000000000000000000007412740141200017167 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug577/alex.h0000644000175000001440000000012712740141200017351 0ustar00osusers00000000000000#ifndef __alex_h__ #define __alex_h__ #include #include "macro.ah" #endif aspectc++/AspectC++/tests/Bug577/PaxHeaders.4702/macro.ah0000644000000000000000000000007412740141200017500 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug577/macro.ah0000644000175000001440000000034512740141200017664 0ustar00osusers00000000000000#ifndef __macro_ah__ #define __macro_ah__ #define M aspect A { advice execution("% main(...)") : after () { \ printf ("... seems to work!\n"); \ printf ("=================================\n"); \ } }; #endif // __macro_ah__ aspectc++/AspectC++/tests/Bug577/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020216 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug577/feature.ref0000644000175000001440000000017112740141200020377 0ustar00osusers00000000000000Bug577: Aspect generated by macro ================================= ... seems to work! ================================= aspectc++/AspectC++/tests/Bug577/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017525 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug577/Makefile0000644000175000001440000000003412740141200017704 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug577/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017320 xustar0030 atime=1468174988.273169073 30 ctime=1468174988.273169073 aspectc++/AspectC++/tests/Bug577/main.cc0000644000175000001440000000022312740141200017477 0ustar00osusers00000000000000#include int main() { printf ("Bug577: Aspect generated by macro\n"); printf ("=================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug1900000644000000000000000000000007412740141200015777 xustar0030 atime=1468174988.287169303 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug190/0000755000175000001440000000000012740141200016236 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug190/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020205 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug190/feature.ref0000644000175000001440000000007612740141200020372 0ustar00osusers00000000000000before function "void f(int)" before function "void f(float)" aspectc++/AspectC++/tests/Bug190/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017514 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug190/Makefile0000644000175000001440000000003412740141200017673 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug190/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017307 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/Bug190/main.cc0000644000175000001440000000036112740141200017471 0ustar00osusers00000000000000#include aspect Bug190 { advice execution ("% f(...)") : before () { printf ("before function \"%s\"\n", JoinPoint::signature ()); } }; void f (int) {} void f (float) {} int main () { f (2); f (3.14f); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Bug2350000644000000000000000000000007312740141200015776 xustar0030 atime=1468174988.269169007 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug235/0000755000175000001440000000000012740141200016236 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Bug235/PaxHeaders.4702/abstractTrace.ah0000644000000000000000000000007212740141200021146 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug235/abstractTrace.ah0000644000175000001440000000054412740141200021335 0ustar00osusers00000000000000#ifndef __abstractTrace_ah__ #define __abstractTrace_ah__ #include aspect abstractTrace { pointcut virtual methods() = 0; advice execution(methods()) : before() { printf("ENTRY: %s\n",tjp->signature()); } advice execution(methods()) : after() { printf("EXIT: %s\n",tjp->signature()); } }; #endif /* __abstractTrace_ah__ */ aspectc++/AspectC++/tests/Bug235/PaxHeaders.4702/classA.h0000644000000000000000000000007212740141200017431 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug235/classA.h0000644000175000001440000000027112740141200017615 0ustar00osusers00000000000000#ifndef __classA_hxx__ #define __classA_hxx__ #include "stdio.h" class classA { public: void methodA() { printf("void classA::methodA()\n"); } }; #endif /* __classA_hxx__ */ aspectc++/AspectC++/tests/Bug235/PaxHeaders.4702/concreteTraceB.ah0000644000000000000000000000007212740141200021247 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug235/concreteTraceB.ah0000644000175000001440000000032112740141200021427 0ustar00osusers00000000000000#ifndef __concreteTraceB_ah__ #define __concreteTraceB_ah__ #include "abstractTrace.ah" aspect concreteTraceB : public abstractTrace { pointcut methods() = "classB"; }; #endif /* __concreteTraceB_ah__ */ aspectc++/AspectC++/tests/Bug235/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020203 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug235/feature.ref0000644000175000001440000000051112740141200020364 0ustar00osusers00000000000000Bug235: buggy project repository with abstract aspects ====================================================== ENTRY: void classA::methodA() void classA::methodA() EXIT: void classA::methodA() ENTRY: void classB::methodB() void classB::methodB() EXIT: void classB::methodB() ====================================================== aspectc++/AspectC++/tests/Bug235/PaxHeaders.4702/classB.h0000644000000000000000000000007212740141200017432 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug235/classB.h0000644000175000001440000000027112740141200017616 0ustar00osusers00000000000000#ifndef __classB_hxx__ #define __classB_hxx__ #include "stdio.h" class classB { public: void methodB() { printf("void classB::methodB()\n"); } }; #endif /* __classB_hxx__ */ aspectc++/AspectC++/tests/Bug235/PaxHeaders.4702/concreteTraceA.ah0000644000000000000000000000007212740141200021246 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug235/concreteTraceA.ah0000644000175000001440000000032112740141200021426 0ustar00osusers00000000000000#ifndef __concreteTraceA_ah__ #define __concreteTraceA_ah__ #include "abstractTrace.ah" aspect concreteTraceA : public abstractTrace { pointcut methods() = "classA"; }; #endif /* __concreteTraceA_ah__ */ aspectc++/AspectC++/tests/Bug235/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200017512 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug235/Makefile0000644000175000001440000000003412740141200017673 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Bug235/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017305 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Bug235/main.cc0000644000175000001440000000057612740141200017501 0ustar00osusers00000000000000#include "classA.h" #include "classB.h" int main() { classA classAObject; classB classBObject; printf ("Bug235: buggy project repository with abstract aspects\n"); printf ("======================================================\n"); classAObject.methodA(); classBObject.methodB(); printf ("======================================================\n"); return 0; } aspectc++/AspectC++/tests/PaxHeaders.4702/Context0000644000000000000000000000007312740141200016453 xustar0030 atime=1468174988.269169007 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Context/0000755000175000001440000000000012740141200016713 5ustar00osusers00000000000000aspectc++/AspectC++/tests/Context/PaxHeaders.4702/feature.ref0000644000000000000000000000007212740141200020660 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Context/feature.ref0000644000175000001440000000061512740141200021046 0ustar00osusers00000000000000Context information is requested by advice in arbitrary order: ============================================================== that: main()::t, int 10, Complex(2.000000,0.500000) that: main()::t, int 10, Complex(2.000000,0.500000) that: main()::t, int 10, Complex(2.000000,0.500000) that: main()::t, int 10, Complex(2.000000,0.500000) ============================================================== aspectc++/AspectC++/tests/Context/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200020167 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Context/Makefile0000644000175000001440000000003412740141200020350 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/Context/PaxHeaders.4702/main.cc0000644000000000000000000000007212740141200017762 xustar0029 atime=1468174988.26816899 29 ctime=1468174988.26816899 aspectc++/AspectC++/tests/Context/main.cc0000644000175000001440000000172412740141200020152 0ustar00osusers00000000000000#include struct Complex { double r; double i; }; class Test { const char *_name; public: Test (const char *n) : _name (n) {} const char *name () const { return _name; } void f (int i, Complex c) {} void run () { Complex c = { 2.0, .5 }; f (10, c); } }; aspect ContextTest { pointcut _args(Complex _c, int _i) = args (_i, _c); advice _args (c, i) && that (obj) : before (int i, Test *obj, Complex c) { printf ("that: %s, int %d, Complex(%lf,%lf)\n", obj->name (), i, c.r, c.i); } advice args (i, c) && that (obj) : before (Test *obj, Complex c, int i) { printf ("that: %s, int %d, Complex(%lf,%lf)\n", obj->name (), i, c.r, c.i); } }; int main () { Test t ("main()::t"); printf ("Context information is requested by advice in arbitrary order:\n"); printf ("==============================================================\n"); t.run (); printf ("==============================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/GetBaseDerived0000644000000000000000000000007312740141200017644 xustar0029 atime=1468174988.28516927 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/GetBaseDerived/0000755000175000001440000000000012740141200020104 5ustar00osusers00000000000000aspectc++/AspectC++/tests/GetBaseDerived/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022053 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/GetBaseDerived/feature.ref0000644000175000001440000000043212740141200022234 0ustar00osusers00000000000000get: int A::a = 1 get: int B::b = 2 derived from "B": int B::b = 2 derived from "B::b": int B::b = 2 get: int C::c = 3 derived from "B": int C::c = 3 get: int D::d = 4 derived from "B": int D::d = 4 get: int D::b = 5 derived from "B": int D::b = 5 derived from "B::b": int D::b = 5 aspectc++/AspectC++/tests/GetBaseDerived/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021362 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/GetBaseDerived/Makefile0000644000175000001440000000011512740141200021541 0ustar00osusers00000000000000ACFLAGS ?= --builtin_operators --data_joinpoints include ../Makefile.generic aspectc++/AspectC++/tests/GetBaseDerived/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021155 xustar0030 atime=1468174988.277169138 30 ctime=1468174988.277169138 aspectc++/AspectC++/tests/GetBaseDerived/main.cc0000644000175000001440000000133512740141200021341 0ustar00osusers00000000000000#include struct A { int a; A() { a = 1; } }; struct B : public A { int b; B() { b = 2; } }; struct C : public B { int c; C() { c = 3; } }; struct D : public C { int d; int b; D() { d = 4; b = 5; } }; int main () { D obj; int v; v = obj.a; v = obj.B::b; v = obj.c; v = obj.d; v = obj.b; } aspect Test { advice get("%") : before () { printf ("get: %s = %i\n", JoinPoint::signature (), *tjp->entity()); } advice get(derived("B")) : before () { printf ("derived from \"B\": %s = %i\n", JoinPoint::signature (), *tjp->entity()); } advice get(derived("% B::b")) : before () { printf ("derived from \"B::b\": %s = %i\n", JoinPoint::signature (), *tjp->entity()); } }; aspectc++/AspectC++/tests/PaxHeaders.4702/ExternC0000644000000000000000000000007412740141200016400 xustar0030 atime=1468174988.292169385 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/ExternC/0000755000175000001440000000000012740141200016637 5ustar00osusers00000000000000aspectc++/AspectC++/tests/ExternC/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200020606 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/ExternC/feature.ref0000644000175000001440000000227312740141200020774 0ustar00osusers00000000000000ExternC: advice for call/exec of extern "C" functions ======================================================= call "void b(char,const char *)" exec "void b(char,const char *)" b(H, ello World) ------------------------------------------------------- call "void d(char,const char *)" exec "void d(char,const char *)" d(H, ello World) call "void b(char,const char *)" exec "void b(char,const char *)" b(H, ello World) ------------------------------------------------------- call "void b2(char,const char *)" exec "void b2(char,const char *)" b2(H, ello World) ------------------------------------------------------- call "void d2(char,const char *)" exec "void d2(char,const char *)" d2(H, ello World) call "void b2(char,const char *)" exec "void b2(char,const char *)" b2(H, ello World) ------------------------------------------------------- call "void b3(char,const char *)" exec "void b3(char,const char *)" b3(H, ello World) ------------------------------------------------------- call "void d3(char,const char *)" exec "void d3(char,const char *)" d3(H, ello World) call "void b3(char,const char *)" exec "void b3(char,const char *)" b3(H, ello World) ======================================================= aspectc++/AspectC++/tests/ExternC/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020115 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/ExternC/Makefile0000644000175000001440000000003412740141200020274 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/ExternC/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017710 xustar0030 atime=1468174988.291169369 30 ctime=1468174988.291169369 aspectc++/AspectC++/tests/ExternC/main.cc0000644000175000001440000000342312740141200020074 0ustar00osusers00000000000000#include extern "C" void b(char c, const char *str); void b(char c, const char *str) { printf("b(%c, %s)\n", c, str); } extern "C" void d(char c, const char *str) { printf("d(%c, %s)\n", c, str); b (c, str); } extern "C" { void b2(char c, const char *str); void b2(char c, const char *str) { printf("b2(%c, %s)\n", c, str); } void d2(char c, const char *str) { printf("d2(%c, %s)\n", c, str); b2 (c, str); } } extern "C" { extern "C" { extern "C" void b3(char c, const char *str); extern "C" void b3(char c, const char *str) { printf("b3(%c, %s)\n", c, str); } extern "C" void d3(char c, const char *str) { printf("d3(%c, %s)\n", c, str); b3 (c, str); } } } aspect Trace { pointcut fcts() = "% b(...)" || "% d(...)" || "% b2(...)" || "% d2(...)" || "% b3(...)" || "% d3(...)"; advice execution (fcts ()) : before () { printf ("exec \"%s\"\n", JoinPoint::signature ()); } advice call (fcts ()) : before () { printf ("call \"%s\"\n", JoinPoint::signature ()); } }; int main() { printf ("ExternC: advice for call/exec of extern \"C\" functions\n"); printf ("=======================================================\n"); b('H', "ello World"); printf ("-------------------------------------------------------\n"); d('H', "ello World"); printf ("-------------------------------------------------------\n"); b2('H', "ello World"); printf ("-------------------------------------------------------\n"); d2('H', "ello World"); printf ("-------------------------------------------------------\n"); b3('H', "ello World"); printf ("-------------------------------------------------------\n"); d3('H', "ello World"); printf ("=======================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/STLSet0000644000000000000000000000007412740141200016146 xustar0030 atime=1468174988.284169253 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/STLSet/0000755000175000001440000000000012740141200016405 5ustar00osusers00000000000000aspectc++/AspectC++/tests/STLSet/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017663 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/STLSet/Makefile0000644000175000001440000000003412740141200020042 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/STLSet/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200017456 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/STLSet/main.cc0000644000175000001440000000074412740141200017645 0ustar00osusers00000000000000#include using std::printf; #include using std::set; aspect SetTracer { advice call ("% ...::%(...)" && !"% printf(...)") : before () { printf ("calling %s\n", JoinPoint::signature ()); } }; set sint; int main () { printf ("STLSet: checks advice weaving for the STL set template\n"); printf ("======================================================\n"); sint.insert (4711); printf ("======================================================\n"); }; aspectc++/AspectC++/tests/PaxHeaders.4702/ForcedInclude0000644000000000000000000000007412740141200017536 xustar0030 atime=1468174988.282169221 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/ForcedInclude/0000755000175000001440000000000012740141200017775 5ustar00osusers00000000000000aspectc++/AspectC++/tests/ForcedInclude/PaxHeaders.4702/config.h0000644000000000000000000000007412740141200021231 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/ForcedInclude/config.h0000644000175000001440000000012412740141200021410 0ustar00osusers00000000000000#ifndef __CONFIG_H__ #define __CONFIG_H__ typedef int INT; #endif // __CONFIG_H__ aspectc++/AspectC++/tests/ForcedInclude/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021744 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/ForcedInclude/feature.ref0000644000175000001440000000027012740141200022125 0ustar00osusers00000000000000ForcedInclude: check if --include works ============================================================= fine if it compiles ============================================================= aspectc++/AspectC++/tests/ForcedInclude/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021253 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/ForcedInclude/Makefile0000644000175000001440000000007212740141200021434 0ustar00osusers00000000000000ACFLAGS ?= --include config.h include ../Makefile.generic aspectc++/AspectC++/tests/ForcedInclude/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021046 xustar0030 atime=1468174988.275169105 30 ctime=1468174988.275169105 aspectc++/AspectC++/tests/ForcedInclude/main.cc0000644000175000001440000000054212740141200021231 0ustar00osusers00000000000000#include // INT is defined in config.h which is included by the forced include INT main () { printf ("ForcedInclude: check if --include works\n"); printf ("=============================================================\n"); printf ("fine if it compiles\n"); printf ("=============================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/CFlowCycle0000644000000000000000000000007412740141200017022 xustar0030 atime=1468174988.272169056 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/CFlowCycle/0000755000175000001440000000000012740141200017261 5ustar00osusers00000000000000aspectc++/AspectC++/tests/CFlowCycle/PaxHeaders.4702/B.h0000644000000000000000000000007412740141200017431 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/CFlowCycle/B.h0000644000175000001440000000013712740141200017614 0ustar00osusers00000000000000#ifndef __B_h__ #define __B_h__ class B { public: static void f() {} }; #endif // __B_h__ aspectc++/AspectC++/tests/CFlowCycle/PaxHeaders.4702/D.h0000644000000000000000000000007412740141200017433 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/CFlowCycle/D.h0000644000175000001440000000017112740141200017614 0ustar00osusers00000000000000#ifndef __D_h__ #define __D_h__ #include "B.h" class D { public: static void f() { B::f (); } }; #endif // __D_h__ aspectc++/AspectC++/tests/CFlowCycle/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200021230 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/CFlowCycle/feature.ref0000644000175000001440000000044612740141200021416 0ustar00osusers00000000000000CFlowCycle: cflow generation and cycle problem check ==================================================== executing void C::f() ... and D::f() now calling C::f() directly from main(): the execution advice shall print nothing above this line ==================================================== aspectc++/AspectC++/tests/CFlowCycle/PaxHeaders.4702/A.h0000644000000000000000000000007412740141200017430 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/CFlowCycle/A.h0000644000175000001440000000017012740141200017610 0ustar00osusers00000000000000#ifndef __A_h__ #define __A_h__ #include "C.h" class A { public: static void f() { C::f(); } }; #endif // __A_h__ aspectc++/AspectC++/tests/CFlowCycle/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200020537 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/CFlowCycle/Makefile0000644000175000001440000000003412740141200020716 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/CFlowCycle/PaxHeaders.4702/C.h0000644000000000000000000000007412740141200017432 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/CFlowCycle/C.h0000644000175000001440000000013712740141200017615 0ustar00osusers00000000000000#ifndef __C_h__ #define __C_h__ class C { public: static void f() {} }; #endif // __C_h__ aspectc++/AspectC++/tests/CFlowCycle/PaxHeaders.4702/CFlow.ah0000644000000000000000000000007412740141200020423 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/CFlowCycle/CFlow.ah0000644000175000001440000000050112740141200020601 0ustar00osusers00000000000000#ifndef __CFlow_ah__ #define __CFlow_ah__ #include #include "D.h" aspect CFlow { advice execution ("C") && cflow (execution ("A"||"B")) : around () { printf ("executing %s\n", JoinPoint::signature ()); D::f (); printf ("... and D::f()\n"); tjp->proceed (); } }; #endif // __CFlow_ah__ aspectc++/AspectC++/tests/CFlowCycle/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200020332 xustar0030 atime=1468174988.269169007 30 ctime=1468174988.269169007 aspectc++/AspectC++/tests/CFlowCycle/main.cc0000644000175000001440000000065112740141200020516 0ustar00osusers00000000000000#include #include "D.h" #include "A.h" int main() { printf ("CFlowCycle: cflow generation and cycle problem check\n"); printf ("====================================================\n"); A::f (); printf ("now calling C::f() directly from main():\n"); C::f (); printf ("the execution advice shall print nothing above this line\n"); printf ("====================================================\n"); } aspectc++/AspectC++/tests/PaxHeaders.4702/FunctionEntity0000644000000000000000000000007312740141200020011 xustar0029 atime=1468174988.28516927 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/FunctionEntity/0000755000175000001440000000000012740141200020251 5ustar00osusers00000000000000aspectc++/AspectC++/tests/FunctionEntity/PaxHeaders.4702/feature.ref0000644000000000000000000000007412740141200022220 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/FunctionEntity/feature.ref0000644000175000001440000000203712740141200022404 0ustar00osusers00000000000000Construction of T1::T1() memberptr: 0 entity: 0 FUNC-ENTITY: FUNC_NM: self: FUNC_NM After execution: int FUNC_NM(int,int) self: FUNC_NM After call: int FUNC_NM(int,int) self: FUNC_NM After execution: int FUNC_NM(int,int) self: FUNC_NM FUNC_SM (1): self: FUNC_SM After execution: int T1::FUNC_SM(int,int) self: FUNC_SM After call: int T1::FUNC_SM(int,int) self: FUNC_SM After execution: int T1::FUNC_SM(int,int) self: FUNC_SM FUNC_SM (2): self: FUNC_SM After execution: int T1::FUNC_SM(int,int) self: FUNC_SM After call: int T1::FUNC_SM(int,int) self: FUNC_SM After execution: int T1::FUNC_SM(int,int) self: FUNC_SM FUNC_OM: self: FUNC_OM After execution: int T1::FUNC_OM(int,int) self: FUNC_OM After call: int T1::FUNC_OM(int,int) self: FUNC_OM After execution: int T1::FUNC_OM(int,int) self: FUNC_OM FUNC_VM: self: FUNC_VM After execution: int T1::FUNC_VM(int,int) self: FUNC_VM After call: int T1::FUNC_VM(int,int) self: FUNC_VM After execution: int T1::FUNC_VM(int,int) self: FUNC_VM Destruction of T1::~T1() memberptr: 0 entity: 0 aspectc++/AspectC++/tests/FunctionEntity/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200021527 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/FunctionEntity/Makefile0000644000175000001440000000003412740141200021706 0ustar00osusers00000000000000include ../Makefile.generic aspectc++/AspectC++/tests/FunctionEntity/PaxHeaders.4702/main.cc0000644000000000000000000000007412740141200021322 xustar0030 atime=1468174988.276169122 30 ctime=1468174988.276169122 aspectc++/AspectC++/tests/FunctionEntity/main.cc0000644000175000001440000000424012740141200021504 0ustar00osusers00000000000000#include using namespace std; int FUNC_NM( int a, int b ) { cout << "self: FUNC_NM" << endl; return a * 4 + b; } class T1 { public: static int FUNC_SM( int a, int b ) { cout << "self: FUNC_SM" << endl; return a * 7 - b; } int FUNC_OM( int a, int b ) { cout << "self: FUNC_OM" << endl; return a * -1 + 10 * b; } virtual int FUNC_VM( int a, int b ) { cout << "self: FUNC_VM" << endl; return a * -5 + 12 * b; } }; int main() { int b; T1 o; cout << endl << "FUNC-ENTITY:" << endl; cout << endl << "FUNC_NM:" << endl; b = FUNC_NM( 1, 2 ); cout << endl << "FUNC_SM (1):" << endl; b = T1::FUNC_SM( 1, 2 ); cout << endl << "FUNC_SM (2):" << endl; b = o.FUNC_SM( 1, 2 ); cout << endl << "FUNC_OM:" << endl; b = o.FUNC_OM( 1, 2 ); cout << endl << "FUNC_VM:" << endl; b = o.FUNC_VM( 1, 2 ); return 0; } template int call_member( TARGET *t, MEMBER m ) { return (t->*m)( 1, 2 ); } template int call_member( TARGET *t, void * ) { return 0; } aspect FuncTest { advice call("int ...::FUNC%( int, int )") : after() { cout << "After call: " << tjp->signature() << endl; if( tjp->entity() ) int r = tjp->entity()( 1, 2 ); if( tjp->memberptr() ) int r = call_member( tjp->target(), tjp->memberptr() ); } advice execution("int ...::FUNC%( int, int )") : after() { static bool recursion = false; if (!recursion) { cout << "After execution: " << tjp->signature() << endl; recursion = true; if( tjp->entity() ) int r = tjp->entity()( 1, 2 ); if( tjp->memberptr() ) int r = call_member( tjp->target(), tjp->memberptr() ); recursion = false; } } advice construction("T%") : before() { cout << "Construction of " << tjp->signature() << endl; cout << " memberptr: " << (void*)tjp->memberptr() << endl; cout << " entity: " << (void*)tjp->entity() << endl; } advice destruction("T%") : before() { cout << "Destruction of " << tjp->signature() << endl; cout << " memberptr: " << (void*)tjp->memberptr() << endl; cout << " entity: " << (void*)tjp->entity() << endl; } }; aspectc++/AspectC++/PaxHeaders.4702/PumaIntroducer.h0000644000000000000000000000007412740141200017055 xustar0030 atime=1468174988.294169418 30 ctime=1468174988.294169418 aspectc++/AspectC++/PumaIntroducer.h0000644000175000001440000001254312740141200017244 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PumaIntroducer_h__ #define __PumaIntroducer_h__ // Class that is used for introductions during a parser run. // The semantics object has a reference to an Introducer and uses // the interface at some well defined (join) points. #include "Puma/ACIntroducer.h" #include using std::set; #include using std::list; #include using std::map; namespace Puma { class CT_ClassDef; class CT_Program; class CCParser; class PreprocessorParser; class CClassInfo; class TokenProvider; class TokenStream; } #include "ACErrorStream.h" class ACConfig; class IncludeGraph; class CodeWeaver; class JPP_Class; class ACM_Class; class ACM_Introduction; class Plan; class ModelBuilder; class ACUnit; class LineDirectiveMgr; class IntroductionUnit; class PumaIntroducer : public Puma::ACIntroducer { Plan &_plan; CodeWeaver &_code_weaver; Puma::CCParser *_parser; ModelBuilder &_jpm; int _intro_level; Puma::PreprocessorParser *_cpp; IncludeGraph &_ig; ACConfig &_conf; set _included_aspect_headers; list _ah_trees; typedef map TargetMap; TargetMap _targets; list _token_providers; list _token_streams; // find a member that is/must be link-once (global) code static Puma::CObjectInfo *link_once_object (Puma::CClassInfo *ci); // check whether an object was introduced static bool is_intro (Puma::CObjectInfo *obj); // parse code that shall be introduced Puma::CTree *parse (list units, bool (Puma::CCSyntax::*rule)(), const char *expected_id, ACErrorStream &err); // checks if an attribute that us returned by the parser is an attribute // in the sense of the AspectC++ introspection mechnism bool is_attribute (Puma::CAttributeInfo *obj); public: // Contructor: every Introducer knows the parser PumaIntroducer (Plan &pl, CodeWeaver &cw, Puma::CCParser &p, ModelBuilder &jpm, IncludeGraph &ig, ACConfig &c) : _plan (pl), _code_weaver (cw), _parser (&p), _jpm (jpm), _intro_level (0), _cpp (0), _ig (ig), _conf(c) {} // Destructor: release all allocated resources ~PumaIntroducer (); // called when a new class/union/struct/aspect is created, current scope // is the global scope virtual void class_before (Puma::CT_ClassDef*); // called when a new class/union/struct/aspect is created virtual void class_begin (Puma::CT_ClassDef*); // called when a new class/union/struct/aspect definition ends // (still in the class scope) virtual void class_end (Puma::CT_ClassDef*); // called after the parser tried to parse a base clause virtual void base_clause_end (Puma::CT_ClassDef*, Puma::Token*); // called after the program has been parsed completely virtual void trans_unit_end (Puma::CT_Program *); // get the list of aspect header syntax trees list &ah_trees () { return _ah_trees; } private: // check in the plan if the current class needs an introduction ACM_Class *plan_lookup (Puma::CClassInfo *ci); // create the weaving plan for a given class and return the class object ACM_Class *create_plan (Puma::CClassInfo *ci); // insert introspection code // * at the end of class definitions, after AspectC++ introductions // * before a slice, if "precedence" is given void insert_introspection_code (Puma::CT_ClassDef *cd, int precedence = -1); // insert friend declarations for all aspects bool insert_aspect_friend_decls (ACUnit &unit, Puma::CRecord *rec); // insert friend declarations for all aspects bool insert_aspectof_function (ACUnit &unit, Puma::CClassInfo *ci, ACErrorStream &err); // manage the intro nesting level and the _cpp pointer void enter (); void leave (); // generate member intros for a given class void gen_intros (ACM_Class *jpl, list &units, ACErrorStream &err, Puma::CStructure *target, LineDirectiveMgr &lmgr, int introduction_depth, bool non_inline = false) const; // generate base class intros for a given class void gen_base_intros (ACM_Class *jpl, list &units, ACErrorStream &err, Puma::CClassInfo *target, LineDirectiveMgr &lmgr) const; void gen_base_intro (IntroductionUnit &intro_unit, ACM_Introduction *ii, bool first) const; }; #endif /* __PumaIntroducer_h__ */ aspectc++/AspectC++/PaxHeaders.4702/ClangResultBuffer.h0000644000000000000000000000007412740141200017471 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/AspectC++/ClangResultBuffer.h0000644000175000001440000000633512740141200017662 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ClangResultBuffer_h__ #define __ClangResultBuffer_h__ #include "ACModel/Elements.h" #include "TransformInfo.h" #include "ACProject.h" #include "ACModel/Utils.h" #include using std::string; namespace Puma { class CTypeInfo; } class ClangResultBuffer { clang::QualType _type; ACProject &_project; clang::ASTContext& _ast_ctx; bool _problem; bool _use_typedef; bool _const_result; bool has_constructor_problem () const; bool workaround_const_result() const { return _const_result; } public: ClangResultBuffer (ACProject &project, ACM_Code *jpl, bool use_typedef = false) : _project (project), _ast_ctx(project.get_compiler_instance ()->getASTContext ()), _use_typedef( use_typedef ), _const_result( false ) { //_policy.SuppressUnwrittenScope = true; // Suppress printing of // builtin constructors/destructors have no decl -> result type is 'void' if ( jpl->type_val() == JPT_Get ) // FIXME: If the get join point accesses an array, the function // get_result_type( *jpl ) returns the type of the array // instead of the actual element type. // As a workaround, use TI_GET::entity_type() here. // Once get_result_type( *jpl ) yields the correct type, // this special case can be removed. _type = TI_Get::of(*static_cast(jpl))->entity_type(); else if( has_result_type( *jpl ) ) _type = TI_Type::of( *get_result_type( *jpl ) )->type(); else _type = _ast_ctx.VoidTy; _problem = has_constructor_problem (); } string tjp_result_type () const; string result_type (const string &name, bool unqual = false) const; string result_declaration() const; string result_assignment(const string &result) const; string action_result_assignment(const string &result) const; string result_return() const; void has_const_result() { _const_result = true; } // the name of the result buffer allocated in each wrapper function. // must not shadow the functions' arguments static const string result_name() { return "__result_buffer"; } }; #endif // __ClangResultBuffer_h__ aspectc++/AspectC++/PaxHeaders.4702/TODO0000644000000000000000000000007412740141200014433 xustar0030 atime=1468174990.407204169 30 ctime=1468174988.111166408 aspectc++/AspectC++/TODO0000644000175000001440000000613012740141200014615 0ustar00osusers00000000000000Änderungen bis zum HEAD ======================= Aufräumen: Olaf [ * Call-Advice umstellen ] * ACFileID aufräumen (FileID vs. FileEntry) * ACToken konsequent in Phase 1 nutzen * WeavePos konsequent in Phase 2 nutzen * PP::token_text(token) vs. token.text() => kein token.text() mehr * Clang-Klassen von Puma-Code befreien [* TJP nicht generiert; Bindings? (PragmaOnceObserver)] [* using namespace Puma/clang nicht in *.h] [* zu viele dynamische Tests (__ac_..._is) z.B. in PragmaOnceObserver und That] [* CodeWeaver mergen] [* Mehr Tests mit Puma-Frontend] [* ClangWeaverBase verbessert] [* Codemanipulation in Weaver vor Transformer-Aufruf vermieden] Bugs: Olaf [* Warum funktioniert das mit AspectClang gebaute ac++ nicht? ] - Problembbeschreibung ggf. an Benjamin übergeben Bugs: Benjamin [* komischer Fehler (AspectPrivileges, ArrayWrapper, PrivateResult)] [* Doppelte Einfügungen vom Introducer (Puma/CTree.h)] [* rename_args für Clang (ArrayMangling, MatchExpr)] [* Automatische Expansion von Makros bei der Codetransformation] - ## Operator [* ClangASTVisitor korrigieren (Nested functions, local classes, ...)] - Umstellung auf Nutzung von Traverse*Decl() [* Unbekannte Datentypen bei Intros (Markus Buschhoff)] [* Lokal deklarierte Funktionen nicht zu ernst nehmen] [* BYPASS-Klassen für externe Basisklassen] [* Qt-Examples] - Assertion-Problem Tests: Benjamin [* Qt-Examples] Implementieren: * Line-Direktiven (Bug209) - Testen mit Debugger - update_line_directives für Clang implementieren (ggf. in ClangIncludeExpander integrieren) - richtige Direktiven in ClangWeaverBase einfügen (Olaf?) - ClangIncludeExpander erzeugt falsche #line Direktiven: Sie beziehen sich auf die Zeilennummern in Phase 2 und haben wegen der Code- Manipulationen in Phase (AC-Namespace) einen Versatz zu den echten Zeilennummern in der ursprünglichen Quelltextdatei. [* Introspection-Mechanismus] Änderungen bis zum Release ========================== [ * IncludeExpander abschließen ] [ * Makro-Expansion (Test MacroCall + Qt Examples) ] [ * AspectC++-Tests => Bugs fixen. ] * Code-Weaver enthält keine frontend-spezifischen Teile mehr: Advice-Typen [ * Transformation in Weaver schöner machen => Clang-Implementierung ] [ * Puma-Abhängigkeiten: Project ] * aclang++ Frontend - puma.config Anbindung vereinfachen/vermeiden Nice to have ============ * Korrekte Target-Definition für Clang -> Größenbestimming beim Cross-Compiling * Besserung Umgang mit -W... * Build-Server für MacOS Wichtige Arbeiten bis zum Release ================================= * AspectC++ in Clang-Konfiguration mit libminipuma.a übersetzen können - #includes aufräumen - README aktualisieren * Line-Direktiven in Clang-Konfiguration implementieren (siehe oben) - Line-Direktiven überprüfen/reparieren * Code nochmal durchsehen und aufräumen - Puma/Clang vereinheitlichen, ... * Windows-Build per Cross-Compiler ermöglichen (Clang!) oder notfalls VM für natives Build aufsetzen * Build-Hosts auf Clang-Konfiguration umstellen * Testen - wichtige Bugs fixen aspectc++/AspectC++/PaxHeaders.4702/Makefile0000644000000000000000000000007312740141200015402 xustar0029 atime=1468174989.43318815 30 ctime=1468174988.295169434 aspectc++/AspectC++/Makefile0000644000175000001440000002305512740141200015572 0ustar00osusers00000000000000# ****************************** # * S E T T I N G S * # ****************************** # AspectC++ supports alternative frontends: Puma or Clang # It can be configured the 'make FRONTEND=...'. Default is Clang. export FRONTEND ?= Clang # PUMA root PUMA ?= ../Puma # LLVM config command LLVMCONF ?= llvm-config # default target TARGET ?= linux-release # include the PUMA configuration variables # => set _TARGET, RELEASE, CFLAGS, CXXFLAGS, CPPFLAGS, etc. include $(PUMA)/vars.mk # check whether we compile for Windows: TARGET-Variable starts with 'win' ifneq ($(filter win%,$(TARGET)),) WIN := yes EXT := .exe endif # libxml2 settings LIBXML2_INC := `xml2-config --cflags` LIBXML2_LIB := `xml2-config --libs` # Check Clang version ifneq ($(MAKECMDGOALS),clean) ifeq ($(FRONTEND),Clang) ifeq ($(shell which $(LLVMCONF)),) $(error FRONTEND is 'Clang', but LLVMCONF ($(LLVMCONF)) is not found) endif LLVM_VERSION := $(shell $(LLVMCONF) --version) # determine relevant interface variants LLVM_INTERFACE := 38 # latest is default ifneq ($(filter 3.4%, $(LLVM_VERSION)),) LLVM_INTERFACE := 34 else ifneq ($(filter 3.5%, $(LLVM_VERSION))$(filter 3.6%, $(LLVM_VERSION))$(filter 3.7%, $(LLVM_VERSION)),) LLVM_INTERFACE := 35 else ifneq ($(filter 3.8%, $(LLVM_VERSION)),) LLVM_INTERFACE := 38 endif endif endif LLVM_SUPPORTED_VERSIONS := 3.4 3.4svn 3.4.2 3.6.2 3.7.1 3.8.0 LLVM_SYMBOLS := _ZN5clang4Sema31ActOnStartCXXMemberDeclarationsEPNS_5ScopeEPNS_4DeclENS_14SourceLocationEbS5_ \ _ZN5clang4Sema33ActOnFinishCXXMemberSpecificationEPNS_5ScopeENS_14SourceLocationEPNS_4DeclES3_S3_PNS_13AttributeListE \ _ZN5clang4Sema25ActOnEndOfTranslationUnitEv \ _ZN5clang4Sema19canSkipFunctionBodyEPNS_4DeclE \ _ZN5clang12Preprocessor3LexERNS_5TokenE ifeq ($(LLVM_INTERFACE),38) LLVM_SYMBOLS += _ZN5clang4Sema19ActOnBaseSpecifiersEPNS_4DeclEN4llvm15MutableArrayRefIPNS_16CXXBaseSpecifierEEE else LLVM_SYMBOLS += _ZN5clang4Sema19ActOnBaseSpecifiersEPNS_4DeclEPPNS_16CXXBaseSpecifierEj endif ifeq ($(_TARGET),macosx_x86_64) # on mac os the symbol have an additional '_' LLVM_SYMBOLS := $(patsubst %, _%, $(LLVM_SYMBOLS)) LLVM_SYMBOLS_SEMA := $(filter-out __ZN5clang12Preprocessor3LexERNS_5TokenE, $(LLVM_SYMBOLS)) LLVM_SYMBOLS_LEX := $(filter __ZN5clang12Preprocessor3LexERNS_5TokenE, $(LLVM_SYMBOLS)) endif LLVM_LIBDIR := $(shell $(LLVMCONF) --libdir) ifneq ($(filter $(LLVM_SUPPORTED_VERSIONS), $(LLVM_VERSION)),) $(info Clang version $(LLVM_VERSION): Fine) else $(warning Warning: UNSUPPORTED Clang version $(LLVM_VERSION) used) LLVM_FOUND := $(foreach SYM, $(LLVM_SYMBOLS), $(shell nm --defined-only $(LLVM_LIBDIR)/libclang*.a | grep -w -c "T $(SYM)")) $(info found $(LLVM_FOUND)) ifneq ($(words $(LLVM_SYMBOLS)),$(words $(filter 1, $(LLVM_FOUND)))) $(error Incompatible Clang version '$(LLVM_VERSION)': Not all wrapped symbols defined!) endif endif endif endif # linker settings ifneq ($(_TARGET),macosx_x86_64) ifeq ($(SHARED),) LDFLAGS += -static endif ifeq ($(FRONTEND),Puma) LDFLAGS += -Wl,-Bstatic -L$(PUMA)/lib/$(TARGET) -lPuma ifneq ($(SHARED),) LDFLAGS += -Wl,-Bdynamic endif else # FRONTEND is Clang LDFLAGS += -L$(PUMA)/lib/$(TARGET) -lMiniPuma ifneq ($(SHARED),) LDFLAGS += #-Wl,-Bdynamic endif endif else ifeq ($(FRONTEND),Puma) LDFLAGS += -L$(PUMA)/lib/$(TARGET) -lPuma else # FRONTEND is Clang LDFLAGS += -L$(PUMA)/lib/$(TARGET) -lMiniPuma endif endif LDFLAGS += $(LIBXML2_LIB) ifneq ($(FRONTEND),Puma) ifneq ($(_TARGET),macosx_x86_64) LDFLAGS += -lclangRewriteFrontend -lclangRewriteCore -lclangFrontend -lclangSerialization -lclangDriver -lclangParse -lclangSema -lclangAnalysis -lclangEdit -lclangAST -lclangLex -lclangBasic -lLLVMAsmParser -lLLVMMCParser -lLLVMBitReader -lLLVMTransformUtils -lLLVMCore -lLLVMMC -lLLVMOption -lLLVMSupport LDFLAGS += $(patsubst %,-Xlinker --wrap=%,$(LLVM_SYMBOLS)) LDFLAGS += `$(LLVMCONF) --ldflags` else # Mac OS X is special, we patch the clang libraries below. LDFLAGS += libclangSema.o libclangLex.o -lclangRewriteFrontend -lclangRewriteCore -lclangFrontend -lclangSerialization -lclangDriver -lclangParse -lclangAnalysis -lclangEdit -lclangAST -lclangBasic -lLLVMAsmParser -lLLVMMCParser -lLLVMBitReader -lLLVMTransformUtils -lLLVMCore -lLLVMMC -lLLVMOption -lLLVMSupport LDFLAGS += `$(LLVMCONF) --ldflags` endif ifneq ($(LLVM_VERSION),3.4) ifneq ($(LLVM_VERSION),3.4svn) ifneq ($(LLVM_VERSION),3.4.2) LDFLAGS := $(patsubst -lclangRewriteCore, -lclangRewrite, $(LDFLAGS)) LDFLAGS += `$(LLVMCONF) --system-libs` # in 3.6 ldflags doesn't contain the system libs anymore endif endif endif endif # compiler settings ifeq ($(WIN),yes) RES := windres RCFILES := win-ac++.rc endif CPPFLAGS += -I$(PUMA)/extern -I$(PUMA)/include $(LIBXML2_INC) ifeq ($(FRONTEND),Puma) CPPFLAGS += -DFRONTEND_PUMA else FILTEROUT := ifeq ($(RELEASE),debug) # filter-out "-DNDEBUG" added by LLVMCONF, if LLVM is in built in release-mode FILTEROUT := -DNDEBUG endif LLVM_CPPFLAGS := $(shell $(LLVMCONF) --cppflags) ifeq ($(WIN),yes) # llvm-config on Windows generates path name with '\' that mingw g++ can't handle properly LLVM_CPPFLAGS := $(subst \,/,$(LLVM_CPPFLAGS)) endif CPPFLAGS += $(filter-out $(FILTEROUT),$(LLVM_CPPFLAGS)) CPPFLAGS += -DFRONTEND_CLANG=$(LLVM_INTERFACE) CXXFLAGS += -fno-rtti -Wno-strict-aliasing # hide annoying warning in Clang header CXXFLAGS += -std=gnu++11 # Clang uses C++11 features; "c++11" does not work -> WIN32 not defined on Windows! endif # profiling ifneq ($(GPROF),) LDFLAGS := $(LDFLAGS) -lc_p -lm_p CXXFLAGS += -pg endif ifneq ($(PROFILING),) CPPFLAGS += -DPROFILING endif # use libacmodel LDFLAGS += -LACModel/lib/$(TARGET) -lacmodel # ****************************** # * S O U R C E S * # ****************************** BINDIR := bin/$(TARGET) #programm to compile PROG := $(BINDIR)/ac++$(EXT) # sources; front-end specific files for the wrong frontend are filtered out CCSOURCES := $(wildcard *.cc) ifeq ($(FRONTEND),Puma) CCSOURCES := $(filter-out Clang%.cc, $(CCSOURCES)) else CCSOURCES := $(filter-out Puma%.cc, $(CCSOURCES)) endif OBJECTDIR := ObjFiles/$(TARGET) OBJECTS := $(addprefix $(OBJECTDIR)/,$(CCSOURCES:.cc=.o) $(RCFILES:.rc=.o)) DEPDIR := DepFiles/$(TARGET) DEPS := $(addprefix $(DEPDIR)/,$(CCSOURCES:.cc=.d)) DIRS := $(OBJECTDIR) $(DEPDIR) $(BINDIR) # ****************************** # * E X A M P L E / T E S T * # ****************************** # tool selection export AC := $(shell pwd)/$(PROG) MAKE ?= make # ac++ settings for tests ACFLAGS := -k -v 9 ACEXAMPLES = coverage helloworld modules profiling singleton threads .PHONY: $(ACEXAMPLES) # ****************************** # * T A R G E T S * # ****************************** all: libacmodel showtarget $(PROG) #.NOTPARALLEL: all strip: $(PROG) @$(STRIP) $< showtarget: @echo "---" @echo "Making AspectC++ for TARGET=$(TARGET)" @echo " Compiler = $(CXX) $(CPPFLAGS) $(CXXFLAGS)" @echo " Linker = $(CXX) $(CXXFLAGS) $(LDFLAGS)" @echo "---" clean: testclean exampleclean @echo Making it clean. @$(MAKE) -C ACModel clean @rm -rf core core.* *~ $(PROG) $(OBJECTDIR) $(DEPDIR) $(ERROR_FILE) cleanall: doxygen-clean clean test: $(PROG)$(EXT) testall example: $(PROG)$(EXT) $(addsuffix .example_make, $(ACEXAMPLES)) examplerun: example $(addsuffix .example_run, $(ACEXAMPLES)) exampleclean: @rm -rf examples/*-out @rm -rf examples/*.acp doxygen: @echo "Making AspectC++ documentation with doxygen" @doxygen doc/doxygen.conf && echo "=> see doc/doxygen/html/index.html" doxygen-clean: @rm -rf doc/doxygen .PHONY: all test clean cleanall example examplerun exampleclean \ showtarget doxygen doxygen-clean libacmodel # ****************************** # * R U L E S * # ****************************** $(DIRS) : @mkdir -p $@ libacmodel : @$(MAKE) -C ACModel $(PROG): $(OBJECTS) | libacmodel # For clang on macosx_x86_64 we create relinked objects with the patched symbols. ifneq ($(FRONTEND),Puma) ifeq ($(_TARGET),macosx_x86_64) @echo "Creating patched clang libraries ..." @$(LD) -r `$(LLVMCONF) --libdir`/libclangSema.a -o libclangSema.o -all_load \ $(foreach SYM, $(LLVM_SYMBOLS_SEMA), -alias $(SYM) ___real$(SYM) -unexported_symbol $(SYM)) @$(LD) -r `$(LLVMCONF) --libdir`/libclangLex.a -o libclangLex.o -all_load \ $(foreach SYM, $(LLVM_SYMBOLS_LEX), -alias $(SYM) ___real$(SYM) -unexported_symbol $(SYM)) endif endif @echo "Linking $@." @mkdir -p $(BINDIR) @$(CXX) -o $@ $(CXXFLAGS) $^ $(LDFLAGS) $(OBJECTDIR)/%.o : %.cc @echo Making dependency file $(DEPDIR)/$(<:%.cc=%.d). @mkdir -p $(DEPDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -MM -MP -MT $(OBJECTDIR)/$(<:%.cc=%.o) -MT $(DEPDIR)/$(<:%.cc=%.d) $< > $(DEPDIR)/$(<:%.cc=%.d) @echo Making object file $@. @mkdir -p $(OBJECTDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -c -o $@ $< # -Wold-style-cast to find classic C casts "a = (A*)b;" ifeq ($(WIN),yes) $(OBJECTDIR)/%.o : %.rc @echo Compiling Windows resource file @mkdir -p $(OBJECTDIR) @$(RES) $(filter -D%,$(CPPFLAGS)) $< $@ endif test%: $(MAKE) -C tests -s $* %.example_make: % cd examples/$< ; \ $(AC) $(ACFLAGS) -I. -p . -d ../$<-out \ -r ../$<.acp ; \ cp Makefile ../$<-out/Makefile; \ cd ../$<-out; g++ -o $< *.cc -lpthread %.example_run: %.example_make @echo "" @echo ---- Running $* ---- @cd examples/$*-out; `find . -type f -perm -700` ifneq ($(MAKECMDGOALS),clean) -include $(DEPS) endif aspectc++/AspectC++/PaxHeaders.4702/RepoPosKey.cc0000644000000000000000000000007412740141200016312 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/AspectC++/RepoPosKey.cc0000644000175000001440000000261612740141200016501 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "RepoPosKey.h" void RepoPosKey::get_xml (RepoXMLNode node) { _file_id = node.get_int_prop ("file"); _line = node.get_int_prop ("line"); } void RepoPosKey::make_xml (RepoXMLNode node) const { node.set_int_prop ("file", file_id ()); node.set_int_prop ("line", line ()); } aspectc++/AspectC++/PaxHeaders.4702/IncludeGraph.h0000644000000000000000000000007412740141200016461 xustar0030 atime=1468174988.134166786 30 ctime=1468174988.134166786 aspectc++/AspectC++/IncludeGraph.h0000644000175000001440000001052112740141200016642 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __include_graph_h__ #define __include_graph_h__ // Visitor, which expands all project-local includes #ifdef FRONTEND_PUMA #include "Puma/PreVisitor.h" namespace Puma { class CTranslationUnit; class Unit; class CProject; } #else #include "clang/Lex/PPCallbacks.h" #endif #include using std::map; #include using std::set; #include using std::ostream; using std::endl; #include "ACFileID.h" #include "ACProject.h" class IncludeGraph #ifdef FRONTEND_PUMA : public Puma::PreVisitor #endif { struct Node { ACFileID _unit; mutable bool _visited; // for cycle detection set _includes; Node (ACFileID u) : _unit (u), _visited (false) {} void dump () const; }; // associates a node object to each unit typedef map Map; Map _nodes; // the project to which all this belongs ACProject &_project; #ifdef FRONTEND_PUMA // Go through the nodes of the syntax tree. void iterateNodes (Puma::PreTree*); // Visiting the parts of the preprocessor syntax tree. void visitPreIncludeDirective_Pre (Puma::PreIncludeDirective*); #endif // find/create an entry in '_nodes' Node &find (ACFileID); // Checks whether there is a path from node 'a' to 'b' in the include graph bool includes (const Node &a, const Node &b) const; // collect all units included by some node void included_files (const Node &node, set &units, bool only_project = true) const; // Reset the 'visited' flag of all nodes in the DAG void reset_visited () const; public: IncludeGraph (ACProject &p) : _project (p) {} #ifdef FRONTEND_PUMA IncludeGraph (ACProject &p, Puma::CTranslationUnit &tunit) : _project (p) { init (tunit); } virtual ~IncludeGraph () {} // Fills the include graph void init (Puma::CTranslationUnit &tunit); void init (Puma::PreTree *tree) { iterateNodes (tree); } // for new phase 1 #else // Callback object to add includes to the graph during a preprocessor run. class IncludeGraphCallback : public clang::PPCallbacks { IncludeGraph &_ig; // Callback from clang when it sees an inclusion directive. virtual void InclusionDirective (clang::SourceLocation HashLoc, const clang::Token &IncludeTok, llvm::StringRef FileName, bool IsAngled, clang::CharSourceRange FilenameRange, const clang::FileEntry *File, llvm::StringRef SearchPath, llvm::StringRef RelativePath, const clang::Module *Imported); public: IncludeGraphCallback (IncludeGraph &ig) : _ig(ig) {} }; #endif // Checks whether on unit 'a' directly or indirecly includes another unit 'b' bool includes (ACFileID a, ACFileID b) const; // Get all files the are directly or indirectly included bool included_files (ACFileID unit, set &units, bool only_project = true) const; // Add an edge to the include graph from 'a' to 'b' void add_edge (ACFileID a, ACFileID b); // print all nodes void dump () const; }; #endif // __include_graph_h__ aspectc++/AspectC++/PaxHeaders.4702/AspectIncludes.h0000644000000000000000000000007212740141200017020 xustar0029 atime=1468174988.13316677 29 ctime=1468174988.13316677 aspectc++/AspectC++/AspectIncludes.h0000644000175000001440000000633712740141200017215 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __AspectIncludes_h__ #define __AspectIncludes_h__ #include using std::set; #include using std::map; #include using std::string; #ifdef FRONTEND_CLANG #include "clang/Basic/SourceManager.h" #endif namespace Puma { class Unit; class CProject; } // namespace Puma #include "ACFileID.h" class AspectInfo; class ACM_Aspect; struct BackEndProblems; class ACProject; // this class manages all #includes and forward declarations, which have to be // generated in order to make the aspects visible at the join points they affect struct AspectRef { AspectInfo *_aspect; // Kind of dependency: the value defines the importance enum Kind { AR_UNKNOWN = 0, AR_DECL = 1, AR_ADVICE = 2 } _kind; bool operator < (const AspectRef &cmp) const { return _aspect < cmp._aspect; } bool operator == (const AspectRef &cmp) const { return _aspect == cmp._aspect; } AspectRef (AspectInfo *a, Kind k) : _aspect (a), _kind (k) {} }; typedef set AspectRefSet; typedef map UnitAspectRefMap; class AspectIncludes : private UnitAspectRefMap { ACProject &_project; // helper function that find the file (id) in which an aspect 'ai' is defined ACFileID aspect_unit (ACM_Aspect *a) const; public: AspectIncludes (ACProject &prj) : _project (prj) {} // this function declares that a unit 'iu' depends on the aspect 'a' // ('kind' specifies the kind of dependency, i.e. class def, decl, or advice) void insert (ACFileID iu, AspectInfo *a, AspectRef::Kind kind); // iterator type and functions to access the elements (only const access) typedef UnitAspectRefMap::const_iterator const_iterator; const_iterator begin () const { return UnitAspectRefMap::begin (); } const_iterator end () const { return UnitAspectRefMap::end (); } // searching ... using UnitAspectRefMap::find; // get the target unit associated with an entry ACFileID unit (const_iterator entry) const { return (*entry).first; } // generate the #include directives for a given unit string generate (const_iterator entry, const BackEndProblems &bep) const; }; #endif // __AspectIncludes_h__ aspectc++/AspectC++/PaxHeaders.4702/ClangIncludeExpander.h0000644000000000000000000000007412740141200020133 xustar0030 atime=1468174988.111166408 30 ctime=1468174988.111166408 aspectc++/AspectC++/ClangIncludeExpander.h0000644000175000001440000000322012740141200020312 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __clang_include_expander_h__ #define __clang_include_expander_h__ // Visitor, which expands all project-local includes #include "ACProject.h" #include "ACErrorStream.h" class LineDirectiveMgr; class ClangIncludeExpander { ACErrorStream &_err; ACProject &_project; LineDirectiveMgr &_line_mgr; public: ClangIncludeExpander (ACErrorStream &err, ACProject &project, LineDirectiveMgr &ldm) : _err (err), _project (project), _line_mgr (ldm) {} void expand (std::ostream &out); }; #endif // __clang_include_expander_h__ aspectc++/AspectC++/PaxHeaders.4702/PumaIntroducer.cc0000644000000000000000000000007412740141200017213 xustar0030 atime=1468174988.292169385 30 ctime=1468174988.293169401 aspectc++/AspectC++/PumaIntroducer.cc0000644000175000001440000013376712740141200017416 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include using std::cout; using std::endl; #include using std::set; #include "Puma/CTree.h" #include "Puma/CObjectInfo.h" #include "Puma/CFileInfo.h" #include "Puma/CEnumInfo.h" #include "Puma/TokenStream.h" #include "Puma/TokenProvider.h" #include "Puma/CCSyntax.h" #include "Puma/CCParser.h" #include "Puma/PreprocessorParser.h" #include "Puma/PreMacroManager.h" #include "Puma/PreFileIncluder.h" #include "Puma/CPrintVisitor.h" #include "Puma/StrCol.h" #include "PumaIntroducer.h" #include "ACUnit.h" #include "Plan.h" #include "CodeWeaver.h" #include "LineDirectiveMgr.h" #include "IncludeGraph.h" #include "Naming.h" #include "AspectInfo.h" #include "OrderInfo.h" #include "IntroductionInfo.h" #include "ModelBuilder.h" #include "ACModel/Utils.h" #include "PointCutContext.h" #include "PointCutExpr.h" #include "IntroductionUnit.h" #include "TransformInfo.h" using namespace Puma; // Destructor: release all allocated resources PumaIntroducer::~PumaIntroducer () { for (list::iterator i = _token_providers.begin (); i != _token_providers.end (); ++i) delete *i; for (list::iterator i = _token_streams.begin (); i != _token_streams.end (); ++i) delete *i; } // called when a new class/union/struct/aspect is created, current scope // is the global scope void PumaIntroducer::class_before (CT_ClassDef *cd) { enter (); assert (cd); // get the semantic object of the class/struct/aspect definition. // unions are filtered out, as they are of incompatible type CUnionInfo. // introductions into unions require some extra effort (not implemented yet). CClassInfo *ci = cd->Object ()->DefObject ()-> ClassInfo (); if (!ci) { leave (); return; } ACProject &project = (ACProject&)*ci->SemDB ()->Project (); ACErrorStream &err = project.err (); const Unit *primary = ci->SourceInfo ()->FileInfo ()->Primary (); // create the weaving plan for this class ACM_Class *jpl = create_plan (ci); if (!jpl || !jpl->has_plan ()) { // this class is not the target of an introduction leave (); return; } ACM_ClassPlan *plan = jpl->get_plan (); // determine the units that should be included in front of the class set units; typedef ACM_Container MContainer; for (MContainer::iterator i = plan->get_member_intros().begin(); i != plan->get_member_intros().end(); ++i) { ACM_ClassSlice *cs = get_slice (*(*i)->get_intro()); units.insert (&TI_ClassSlice::of (*cs)->slice_unit ()); } typedef ACM_Container BContainer; for (BContainer::iterator i = plan->get_base_intros().begin(); i != plan->get_base_intros().end(); ++i) { ACM_ClassSlice *cs = get_slice (*(*i)->get_intro()); units.insert (&TI_ClassSlice::of (*cs)->slice_unit ()); } const Unit *this_unit = (Unit*)cd->token ()->belonging_to (); // TODO: this_unit might be a macro unit! // handle introductions into introduced classes (nested introductions) const IntroductionUnit *intro_unit = IntroductionUnit::cast (this_unit); if (intro_unit) this_unit = intro_unit->final_target_unit (); // cout << "included units for " << ci->QualName () << " in " // << this_unit->name () << " :" << endl; for (set::iterator iter = units.begin (); iter != units.end (); ++iter) { const Unit *slice_unit = *iter; if (slice_unit == primary) { if (this_unit != primary) err << sev_error << cd->token ()->location () << "affected by aspect in '" << slice_unit->name () << "'. Move the aspect into a separate aspect header." << endMessage; } else if (_ig.includes (slice_unit, this_unit)) { err << sev_warning << cd->token ()->location () << "can't include '" << slice_unit->name () << "' to avoid include cycle" << endMessage; } else { // cout << "new edge from " << this_unit->name () << " to " // << slice_unit->name () << endl; _ig.add_edge (this_unit, slice_unit); // handling of nested classes -> search the outermost class CClassInfo *inscls = ci; while (inscls->Parent ()->ClassInfo ()) inscls = inscls->Parent ()->ClassInfo (); // namespace should be closed and re-opened ostringstream includes; _code_weaver.close_namespace (includes, inscls); // inspos should be infront of the class Token *inspos = (Token*)inscls->Tree ()->token (); Filename incname = project.getRelInclString (this_unit->name (), slice_unit->name ()); includes << endl << "#ifndef "; Naming::guard (includes, (FileUnit*)slice_unit); includes << endl << "#define "; Naming::guard (includes, (FileUnit*)slice_unit); includes << endl; includes << "#include \"" << incname << "\"" << endl; includes << "#endif" << endl; // re-open the namespace _code_weaver.open_namespace (includes, inscls); string inc (includes.str ()); _code_weaver.insert (_code_weaver.weave_pos (inspos, WeavePos::WP_BEFORE), inc); if (_included_aspect_headers.find (slice_unit) == _included_aspect_headers.end ()) { _included_aspect_headers.insert (slice_unit); CCParser *prev_parser = _parser; _parser = new CCParser; _parser->introducer (this); _parser->configure (project.config ()); // setup the preprocessor TokenStream stream; stream.push ((Unit*)slice_unit); PreprocessorParser *prev_cpp = _cpp; _cpp = new PreprocessorParser (&project.err (), &project.unitManager (), prev_cpp->locals()); _cpp->cscanner ().configure (project.config ()); // cpp.macroManager ()->init (unit->name ()); PreMacroManager *old_mm = _cpp->macroManager (); PreFileIncluder *old_fi = _cpp->fileIncluder (); PrePredicateManager *old_pm = _cpp->predicateManager (); _cpp->macroManager (prev_cpp->macroManager ()); _cpp->fileIncluder (prev_cpp->fileIncluder ()); _cpp->predicateManager (prev_cpp->predicateManager ()); _cpp->fileIncluder ()->preprocessor (_cpp); _cpp->stream (&stream); // _cpp->configure (project.config (), false); // do not process --include option // initialize semantic analyzer _parser->semantic ().init (*ci->SemDB (), *ci->SourceInfo ()->FileInfo ()->Primary ()); ((ErrorCollector&)_parser->builder ().err ()).index (0); _parser->semantic ().error_sink (_parser->builder ().err ()); TokenProvider provider (*_cpp); // look ahead token buffer CTree *tree = _parser->syntax ().run (provider, &CCSyntax::trans_unit); if (!tree) ; // err << sev_error << cd->token ()->location () // << "Parsing auto-included header failed." << endMessage; else // TODO: tree should later be freed! _ah_trees.push_back (tree); // print all error messages _parser->builder ().errors (err); // cout << "--------" << endl; // CPrintVisitor printer; // cout << "Printing syntax tree..." << endl; // printer.print (tree, cout); _cpp->macroManager (old_mm); _cpp->fileIncluder (old_fi); _cpp->predicateManager (old_pm); delete _cpp; _cpp = prev_cpp; _cpp->fileIncluder ()->preprocessor (_cpp); delete _parser; _parser = prev_parser; } // else // cout << "'" << slice_unit->name () << "' not included again!" << endl; } } // cd->add_intro (tree); leave (); } // called when a new class/union/struct/aspect is created void PumaIntroducer::class_begin (CT_ClassDef *cd) { enter (); assert (cd); leave (); } // parse code that shall be introduced CTree *PumaIntroducer::parse (list units, bool (CCSyntax::*rule)(), const char *expected_id, ACErrorStream &err) { // create a token stream and push all units onto it TokenStream *stream = new TokenStream; _token_streams.push_back (stream); for (list::reverse_iterator ui = units.rbegin (); ui != units.rend (); ++ui) stream->push (*ui); // parse it TokenProvider *provider = new TokenProvider (*stream); // look ahead buffer _token_providers.push_back (provider); CTree *tree = _parser->syntax ().run (*provider, rule); // print all error messages => does that really work? _parser->builder ().errors (err); if (tree && tree->NodeName () != expected_id) tree = 0; // TODO: tree should be deleted! return tree; } // called when a new class/union/struct/aspect definition ends // (still in the class scope) void PumaIntroducer::class_end (CT_ClassDef *cd) { enter (); assert (cd); bool needs_introspection = _conf.introspection(); // --introspection given? // get the semantic object of the class/struct/aspect definition. // unions are filtered out, as they are of incompatible type CUnionInfo. // introductions into unions require some extra effort (not implemented yet). CClassInfo *ci = cd->Object ()->DefObject ()-> ClassInfo (); if (!ci) { leave (); return; } ACErrorStream &err = ci->SemDB ()->Project ()->err (); // manipulate the code (will be effective after commit), // paste declaration before "}" of the class definition Token *inspos = cd->Members ()->end_token (); const WeavePos &pos = _code_weaver.weave_pos (inspos, WeavePos::WP_BEFORE); // first check with the plan if there are intros for this class ACM_Class *jpl = plan_lookup (ci); if (jpl) { // collect the intros list units; LineDirectiveMgr &lmgr = _code_weaver.line_directive_mgr (); gen_intros (jpl, units, err, ci, lmgr, _conf.introduction_depth ()); for (list::iterator ui = units.begin (); ui != units.end (); ++ui) { // generate introspection code ("JoinPoint") for this intro if (IntroductionUnit::cast (*ui)->jp_needed ()) { insert_introspection_code (cd, IntroductionUnit::cast (*ui)->precedence ()); needs_introspection = true; // also generate the final introspection } // parse the intro list tmp_units; tmp_units.push_back (*ui); CTree *tree = parse (tmp_units, &CCSyntax::member_spec, CT_MembList::NodeId (), err); if (tree) { // move the introduced members into the normal member list CT_MembList *memb_list = (CT_MembList*)tree; for (int e = 0; e < memb_list->Entries (); e++) { CTree *entry = memb_list->Entry (e); cd->Members ()->InsertSon (cd->Members ()->Sons () - 1, entry); } delete memb_list; // paste the generated code and add the units to the manipulator's unit mgr. _code_weaver.insert (pos, *ui); } else { err << sev_error << inspos->location() << "class member introduction into '" << ci->QualName() << "' failed" << endMessage; // delete all intro units delete *ui; } } } // register all member functions jpl = 0; if (_jpm.is_intro_target (ci->DefObject ())) { // TODO: this condition is not complete correct here: abstract base classes // that are defined outside the project shall be handled here as well. // Better check if the current class is in the project model and then add // its functions. // return if this class is not an introduction target // try to register this class (might be a newly introduced class) jpl = _jpm.register_aspect (ci); if (!jpl) jpl = _jpm.register_class (ci, 0, false); // return if this is either not a valid model class or no valid intro target if (jpl && jpl->get_intro_target ()) { for (unsigned f = 0; f < ci->Functions (); f++) { CFunctionInfo *fi = ci->Function (f)->DefObject (); if (!_jpm.register_pointcut (fi, jpl)) _jpm.register_function(fi, jpl); } } } // insert introspection code for this class if the configuration option // --introspection was given or the Joinpoint type was used in an introduction // -> inserted at the end of the class -> all intros are visible if (needs_introspection) insert_introspection_code (cd); // handle further generated injections for this class bool have_injections = false; ACUnit *unit = new ACUnit (err); *unit << endl; // insert friend declarations for all aspects have_injections |= insert_aspect_friend_decls (*unit, (CRecord*)ci); // insert an 'aspectof' function if this is a non-abstract aspect // with no user-defined aspectof function have_injections |= insert_aspectof_function (*unit, ci, err); // finalize the unit *unit << endu; // now parse the generated code if (have_injections) { ACToken inspos = ACToken (cd->Members ()->end_token ()); const WeavePos &pos = _code_weaver.weave_pos (inspos, WeavePos::WP_BEFORE); list units; units.push_back (unit); CTree *tree = parse (units, &CCSyntax::member_spec, CT_MembList::NodeId (), err); if (tree) { // move the introduced members into the normal member list CT_MembList *memb_list = (CT_MembList*)tree; for (int e = 0; e < memb_list->Entries (); e++) { CTree *entry = memb_list->Entry (e); cd->Members ()->InsertSon (cd->Members ()->Sons () - 1, entry); } _code_weaver.insert (pos, unit); delete memb_list; } else { err << sev_error << inspos.location() << "parsing weaver-injected code for class '" << ci->QualName() << "' failed" << endMessage; delete unit; } // paste a #line directive LineDirectiveMgr &lmgr = _code_weaver.line_directive_mgr (); ACUnit *dunit = new ACUnit (err); lmgr.directive (*dunit, inspos.unit (), inspos); *dunit << endu; if (dunit->empty ()) delete dunit; else _code_weaver.insert (pos, dunit); } // done leave (); } // insert an 'aspectof' function if this is a non-abstract aspect // with no user-defined aspectof function // helper functions static string prot_str (CProtection::Type prot) { switch (prot) { case CProtection::PROT_PRIVATE: return "AC::PROT_PRIVATE"; case CProtection::PROT_PROTECTED: return "AC::PROT_PROTECTED"; case CProtection::PROT_PUBLIC: return "AC::PROT_PUBLIC"; case CProtection::PROT_NONE: return "AC::PROT_NONE"; } return 0; } static string spec_str (bool is_static, bool is_mutable, bool is_virtual) { int pos = 0; string result; if (is_static) { if (pos++) result += "|"; result += "AC::SPEC_STATIC"; } if (is_mutable) { if (pos++) result += "|"; result += "AC::SPEC_MUTABLE"; } if (is_virtual) { if (pos++) result += "|"; result += "AC::SPEC_VIRTUAL"; } if (!pos) result = "AC::SPEC_NONE"; return result; } // insert friend declarations for all aspects bool PumaIntroducer::insert_aspectof_function (ACUnit &unit, CClassInfo *ci, ACErrorStream &err) { ACM_Aspect *jpl_aspect = _jpm.register_aspect (ci); if (!jpl_aspect || ::is_abstract(*jpl_aspect)) { return false; } // iterate over all member functions and find any definitions of // 'aspectof' or 'aspectOf' CFunctionInfo *aspectOf_func = 0; CFunctionInfo *aspectof_func = 0; for (unsigned i = 0; i < ci->Functions(); i++) { CFunctionInfo *fi = ci->Function(i); if (strcmp (fi->Name (), "aspectof") == 0) aspectof_func = fi; if (strcmp (fi->Name (), "aspectOf") == 0) aspectOf_func = fi; } if (aspectOf_func && !aspectof_func) { // rename the function to 'aspectof' CT_FctDef *fctdef = (CT_FctDef*)aspectOf_func->Tree (); CT_SimpleName *name = ((CT_Declarator*)fctdef->Declarator ())->Name (); name = name->Name (); // if it is qualified const WeavePos &name_start = _code_weaver.weave_pos (name->token (), WeavePos::WP_BEFORE); const WeavePos &name_end = _code_weaver.weave_pos (name->end_token (), WeavePos::WP_AFTER); _code_weaver.replace (name_start, name_end, "aspectof"); return false; // nothing to introduce } if (!aspectOf_func && !aspectof_func) { unit << endl << "public:" << endl << " static " << ci->Name () << " *aspectof () {" << endl << " static " << ci->Name () << " __instance;" << endl << " return &__instance;" << endl << " }" << endl << " static " << ci->Name () << " *aspectOf () {" << endl << " return aspectof ();" << endl << " }" << endl << "private:" << endl; return true; } return false; } bool PumaIntroducer::insert_aspect_friend_decls (ACUnit &unit, CRecord *rec) { // check whether the insertion is indicated for this class or union // no need for template instances; the templates already get the friend injection if (rec->isTemplateInstance()) return false; // code introduced by phase 1 (in special namespace AC) is not modified here if (strncmp (rec->QualName (), "AC::", 4) == 0) return false; // nested classes in template instances should also not be modified to avoid double injection if (_jpm.inside_template_instance(rec)) return false; // the class has to belong to the project Unit *rec_unit = (Unit*)rec->Tree ()->token ()->belonging_to (); if (!is_intro (rec) && !_jpm.get_project().isBelow (rec_unit)) return false; // OK, perform the insertion ... // get all aspects from the join point model ProjectModel::Selection all_aspects; _jpm.select (JPT_Aspect, all_aspects); // generate the list of aspects // also make sure that an aspect is not friend of itself! bool result = false; for (ProjectModel::Selection::iterator iter = all_aspects.begin (); iter != all_aspects.end (); ++iter) { ACM_Aspect &jpl = (ACM_Aspect&)**iter; if (string (rec->QualName ()) != jpl.get_name()) { unit << " friend class ::" << jpl.get_name() << ";" << endl; result = true; } } return result; } // insert introspection code // * at the end of class definitions, after AspectC++ introductions void PumaIntroducer::insert_introspection_code (CT_ClassDef *cd, int precedence) { if (!cd->Object ()->DefObject ()->ClassInfo()) return; CClassInfo *ci = (CClassInfo*)cd->Object ()->DefObject (); ACErrorStream &err = ci->SemDB ()->Project ()->err (); // return if this class is not an introduction target or has C linkage if (!_jpm.is_valid_model_class (ci) || !_jpm.is_intro_target (ci) || ci->Language () == CLanguage::LANG_C) return; // introspection templates cannot be declared inside of a local class if (ci->isLocalClass()) // integrate check into _jpm.is_valid_model_class ? return; // manipulate the code (will be effective after commit), // paste declaration before "}" of the class definition ACToken inspos = ACToken (cd->Members ()->end_token ()); const WeavePos &pos = _code_weaver.weave_pos (inspos, WeavePos::WP_BEFORE); list units; ACUnit *unit = new ACUnit (err); unit->name (""); *unit << "public:" << endl; *unit << " struct "; if (precedence == -1) *unit << "__TI"; else *unit << "__TJP_" << precedence; *unit << " {" << endl; // generate the signature (fully qualified target class name) *unit << " static const char *signature () { return \""; ci->TypeInfo ()->TypeText (*unit); *unit << "\"; }" << endl; // generate a 32-bit hash code from the fully qualified target class name *unit << " enum { HASHCODE = " << StrCol::hash(ci->QualName()) << "U };" << endl; // generate a typedef for the target type *unit << " typedef " << ci->Name () << " That;" << endl; // generate a list with all base classes *unit << " template struct BaseClass {};" << endl; unsigned b = 0; for (; b < ci->BaseClasses(); b++) { *unit << " template struct BaseClass<" << b << ", __D> { typedef "; ci->BaseClass (b)->Class ()->TypeInfo ()->TypeText (*unit, "Type", true, true, true); *unit << "; "; *unit << "static const AC::Protection prot = " << prot_str (ci->BaseClass(b)->Protection ()) << "; "; *unit << "static const AC::Specifiers spec = (AC::Specifiers)(" << spec_str (false, false, ci->BaseClass(b)->isVirtual ()) << "); "; *unit << "};" << endl; } *unit << " enum { BASECLASSES = " << b << " };" << endl; const char *clsname = ci->Name().c_str(); // generate Member => a list with all attribute types *unit << " template struct Member {};" << endl; unsigned e = 0; for (unsigned a = 0; a < ci->Attributes (); a++) { CAttributeInfo *attr = ci->Attribute (a); if (!is_attribute (attr)) continue; *unit << " template struct Member<" << e << ", __D> { typedef "; attr->TypeInfo ()->TypeText (*unit, "Type", true, true, true); *unit << "; typedef AC::Referred::type ReferredType; "; *unit << "static const AC::Protection prot = " << prot_str (attr->Protection ()) << "; "; *unit << "static const AC::Specifiers spec = (AC::Specifiers)(" << spec_str (attr->isStatic(), attr->isMutable(), false) << "); "; // generate pointer => the typed pointer to attribute I *unit << "static ReferredType *pointer (" << clsname << " *obj = 0) { return (ReferredType*)&"; if (attr->isStatic()) *unit << clsname << "::" << attr->Name (); else *unit << "obj->" << attr->Name (); *unit << "; } "; // generate member_name => the name of attribute i *unit << "static const char *name () { return \"" << attr->Name () << "\"; }" << endl; *unit << " }; " << endl; e++; } // *unit << " enum { ELEMENTS = " << e << " };" << endl; *unit << " enum { MEMBERS = " << e << " };" << endl; // // generate member_name => the name of attribute i // *unit << " static const char *member_name (unsigned i) {"; // if (ci->Attributes () == 0) { // *unit << " return 0; }"; // } // else { // *unit << endl << " static const char *names[] = { "; // bool first = true; // for (unsigned a = 0; a < ci->Attributes (); a++) { // if (!is_attribute (ci->Attribute (a))) // continue; // if (!first) *unit << ", "; // *unit << "\"" << ci->Attribute (a)->Name () << "\""; // first = false; // } // *unit << " }; return names[i];" << endl // << " }"; // } // *unit << endl; // // // generate member_pointer => the untyped pointer to attribute i // *unit << " static void *member_pointer (unsigned __i, const " << clsname << " *obj) {"; // if (ci->Attributes () == 0) { // *unit << " return 0; }"; // } // else { // *unit << endl // << " switch (__i) { "; // e = 0; // for (unsigned a = 0; a < ci->Attributes (); a++) { // CAttributeInfo *attr = ci->Attribute (a); // if (!is_attribute (attr)) // continue; // *unit << "case " << e << ": return (void*)&"; // if (attr->isStatic()) // *unit << clsname << "::" << attr->Name (); // else // *unit << "obj->" << attr->Name (); // *unit << "; "; // e++; // } // *unit << "default: return 0; }" << endl // << " }"; // } // *unit << endl; // generate a list with all member functions *unit << " template struct Function {};" << endl; *unit << " template struct Constructor {};" << endl; *unit << " template struct Destructor {};" << endl; unsigned int functions=0, constructors=0, destructors=0; for (unsigned f = 0; f < ci->Functions(); f++) { CFunctionInfo *fi = ci->Function (f); if (!_jpm.is_valid_model_function(fi)) continue; if (fi->isConstructor ()) { *unit << " template struct Constructor<" << constructors << ", __D> { "; constructors++; } else if (fi->isDestructor ()) { *unit << " template struct Destructor<" << destructors << ", __D> { "; destructors++; } else { *unit << " template struct Function<" << functions << ", __D> { "; functions++; } *unit << "static const AC::Protection prot = " << prot_str (fi->Protection ()) << "; "; *unit << "static const AC::Specifiers spec = (AC::Specifiers)(" << spec_str (false, false, fi->isVirtual () || fi->overridesVirtual ()) << "); "; *unit << "};" << endl; e++; } *unit << " enum { FUNCTIONS = " << functions << " };" << endl; *unit << " enum { CONSTRUCTORS = " << constructors << " };" << endl; *unit << " enum { DESTRUCTORS = " << destructors << " };" << endl; *unit << " };" << endl; *unit << endu; // if (ci->Name()) cout << "Class: " << ci->Name() << endl; // cout << "Unit:" << endl << *unit << endl; units.push_back (unit); CTree *tree = parse (units, &CCSyntax::member_spec, CT_MembList::NodeId (), err); if (tree) { // move the introduced members into the normal member list CT_MembList *memb_list = (CT_MembList*)tree; for (int e = 0; e < memb_list->Entries (); e++) { CTree *entry = memb_list->Entry (e); cd->Members ()->InsertSon (cd->Members ()->Sons () - 1, entry); } _code_weaver.insert (pos, unit); delete memb_list; } else { err << sev_error << inspos.location() << "parsing introspection code for class '" << ci->QualName() << "' failed" << endMessage; delete unit; } // paste a #line directive LineDirectiveMgr &lmgr = _code_weaver.line_directive_mgr (); ACUnit *dunit = new ACUnit (err); lmgr.directive (*dunit, inspos.unit (), inspos); *dunit << endu; if (dunit->empty ()) delete dunit; else _code_weaver.insert (pos, dunit); } // checks if an attribute that us returned by the parser is an attribute // in the sense of the AspectC++ introspection mechnism bool PumaIntroducer::is_attribute (CAttributeInfo *obj) { if (obj->isAnonymous () || obj->EnumeratorInfo () || // TODO: temporary hack - attributes that have an anonymous type // shall no be ignored in the type list! (obj->TypeInfo () && (obj->TypeInfo ()->isBitField() || (obj->TypeInfo ()->Record () && obj->TypeInfo ()->Record ()->isAnonymous ()) || (obj->TypeInfo ()->EnumInfo () && obj->TypeInfo ()->EnumInfo ()->isAnonymous ())))) return false; return true; } // called after the parser tried to parse a base clause void PumaIntroducer::base_clause_end (CT_ClassDef *cd, Token *open) { enter (); assert (cd); CClassInfo *ci = (CClassInfo*)cd->Object ()->DefObject (); ACErrorStream &err = ci->SemDB ()->Project ()->err (); ACToken inspos = ACToken (open); // first check with the plan if there are intros for this class ACM_Class *jpl = plan_lookup (ci); if (!jpl) { leave (); return; } // create a unit with the code that shall be introduced LineDirectiveMgr &lmgr = _code_weaver.line_directive_mgr (); // collect the intros list units; gen_base_intros (jpl, units, err, ci, lmgr); if (units.size () > 0) { // parse the introduced code as a base clause CTree *tree = parse (units, &CCSyntax::base_clause, CT_BaseSpecList::NodeId (), err); if (tree) { cd->BaseIntros (tree); // manipulate the code (will be effective after commit), // paste declaration before "{" of the class definition const WeavePos &pos = _code_weaver.weave_pos (inspos, WeavePos::WP_BEFORE); // paste the generated code and add the unit to the manipulator's unit mgr. if (cd->BaseClasses () != 0) { // get the first introduced base class unit Unit *first_unit = units.front (); // delete the ":" token at the beginning of the unit first_unit->remove ((ListElement*)first_unit->first ()); // insert "," instead ACUnit comma (err); comma << "," << endu; first_unit->move_before ((ListElement*)first_unit->first (), comma); } // now paste all units for (list::iterator ui = units.begin (); ui != units.end (); ++ui) _code_weaver.insert (pos, *ui); // paste a #line directive ACUnit *dunit = new ACUnit (err); lmgr.directive (*dunit, inspos.unit (), inspos); *dunit << endu; if (dunit->empty ()) delete dunit; else _code_weaver.insert (pos, dunit); } else { err << sev_error << inspos.location() << "base class introduction into '" << ci->QualName() << "' failed" << endMessage; // delete all base into units for (list::iterator ui = units.begin (); ui != units.end (); ++ui) delete *ui; } } leave (); } // called after the program has been parsed completely void PumaIntroducer::trans_unit_end (CT_Program *pr) { // ignore this translation unit, if it is a nested parser run if (_intro_level != 0) return; enter (); CFileInfo *fi = pr->Scope ()->FileInfo (); assert (fi); CSemDatabase &db = *fi->SemDB (); ACProject &project = (ACProject&)*db.Project (); ACErrorStream &err = project.err (); const Unit *primary = fi->Primary (); LineDirectiveMgr &lmgr = _code_weaver.line_directive_mgr (); // ... some unit for formatting ACUnit ws (err); ws << " " << endu; // loop until there are no more entries in the target map while (!_targets.empty ()) { // get the information from the first entry and delete it TargetMap::iterator i = _targets.begin (); CClassInfo *ci = i->first; ACM_Class &jp_loc = *i->second; _targets.erase (i); // create units with the code that shall be introduced list intros; gen_intros (&jp_loc, intros, err, ci, lmgr, _conf.introduction_depth (), true); // ignore this class if there are no non-inline intros for it if (intros.size () == 0) continue; CSourceInfo *si = ci->SourceInfo (); bool in_header = (strcmp (si->FileName (), si->FileInfo ()->Primary ()->name ()) != 0); if (in_header) { // check if there is a link-once code element in the class CObjectInfo *loo = link_once_object (ci); // TODO: for now loo has to != 0, later we can exploit the proj. repo if (!loo) { err << sev_warning << TransformInfo::location (jp_loc) << "cannot introduce non-inline function or static attribute" << " into \"class " << signature (jp_loc).c_str () << "\". It has to contain link-once code." << endMessage; for (list::iterator i = intros.begin (); i != intros.end (); ++i) delete *i; continue; } // continue silently if this is only a declaration if (loo->Scope () == ci) { for (list::iterator i = intros.begin (); i != intros.end (); ++i) delete *i; continue; } } // parse the introduced code CTree *tree = parse (intros, &CCSyntax::decl_seq, Builder::Container::NodeId (), err); if (!tree) { err << sev_error << "parsing non-inline introduction code for class '" << ci->QualName() << "' failed" << endMessage; for (list::iterator i = intros.begin (); i != intros.end (); ++i) delete *i; leave (); return; } // move the introduced members into the normal program node Builder::Container *decls = (Builder::Container*)tree; for (int e = 0; e < decls->Entries (); e++) { CTree *entry = decls->Entry (e); pr->AddSon (entry); } delete decls; // paste the generated code and add the unit to the manipulator's unit mgr. for (list::iterator i = intros.begin (); i != intros.end (); ++i) _code_weaver.insert (_code_weaver.footer_pos (), *i, true); // determine the units that should be included in front of the intros ACM_ClassPlan *plan = jp_loc.get_plan (); set units; typedef ACM_Container MContainer; for (MContainer::iterator i = plan->get_member_intros().begin(); i != plan->get_member_intros().end(); ++i) { ACM_ClassSlice *cs = get_slice (*(*i)->get_intro()); list &member_units = TI_ClassSlice::of(*cs)->non_inline_member_units(); for (list::iterator i = member_units.begin (); i != member_units.end (); ++i) units.insert (*i); } // parse the aspect headers that are needed by this intro for (set::iterator iter = units.begin (); iter != units.end (); ++iter) { const Unit *slice_unit = *iter; if (slice_unit != primary) { // cout << "new edge from " << primary->name () << " to " // << slice_unit->name () << endl; _ig.add_edge (primary, slice_unit); // generate a unit with the include ostringstream includes; Filename incname = project.getRelInclString (primary->name (), slice_unit->name ()); includes << endl << "#ifndef "; Naming::guard (includes, (FileUnit*)slice_unit); includes << endl << "#define "; Naming::guard (includes, (FileUnit*)slice_unit); includes << endl; includes << "#include \"" << incname << "\"" << endl; includes << "#endif" << endl; string inc (includes.str ()); _code_weaver.insert (_code_weaver.footer_pos (), inc, true); if (_included_aspect_headers.find (slice_unit) == _included_aspect_headers.end ()) { _included_aspect_headers.insert (slice_unit); // prepare a new C preprocessor TokenStream stream; // linearize tokens from several files stream.push ((Unit*)slice_unit); PreprocessorParser cpp (&project.err (), &project.unitManager (), _cpp->locals ()); PreMacroManager *old_mm = cpp.macroManager (); cpp.macroManager (_cpp->macroManager ()); cpp.stream (&stream); cpp.configure (project.config ()); TokenProvider provider (cpp); // look ahead token buffer CTree *tree = _parser->syntax ().run (provider, &CCSyntax::trans_unit); // TODO: tree should later be freed! _ah_trees.push_back (tree); // print all error messages _parser->builder ().errors (err); cpp.macroManager (old_mm); } // else // cout << "'" << slice_unit->name () << "' not included again!" << endl; } } } leave (); } // manage the intro nesting level and the _cpp pointer void PumaIntroducer::enter () { if (_intro_level == 0) _cpp = &(PreprocessorParser&)_parser->syntax ().provider ()->source (); _intro_level++; } void PumaIntroducer::leave () { _intro_level--; if (_intro_level == 0) _cpp = 0; } // create the weaving plan for a given class ACM_Class *PumaIntroducer::create_plan (CClassInfo *ci) { // return if this class is not an introduction target if (!_jpm.is_intro_target (ci->DefObject ())) return 0; // try to register this class (might be a newly introduced class) ACM_Class *jpl = _jpm.register_aspect (ci); if (!jpl) jpl = _jpm.register_class (ci, 0, false); // return if this is either not a valid model class or no valid intro target if (!jpl || !jpl->get_intro_target ()) return 0; // iterate through all introduction advice in the plan PointCutContext context (_jpm, _conf); const list &intros = _plan.introduction_infos (); for (list::const_iterator i = intros.begin (); i != intros.end (); ++i) { IntroductionInfo *intro = *i; // TODO: consider stand-alone advice here as well in the future (C-mode) // something like ... if (!intro->is_activated ()) continue; context.concrete_aspect (intro->aspect ()); Binding binding; // binding and condition not used for intros Condition condition; PointCutExpr *pce = (PointCutExpr*)intro->pointcut_expr().get(); if (pce->match (*jpl, context, binding, condition)) _plan.consider (*jpl, &intro->intro ()); } if (jpl->has_plan ()) { // order the advice & check _plan.order (jpl); // remember the class info and join point location _targets.insert (TargetMap::value_type (ci, jpl)); } return jpl; } ACM_Class *PumaIntroducer::plan_lookup (CClassInfo *ci) { TargetMap::iterator i = _targets.find (ci); if (i != _targets.end () && i->second->has_plan()) return i->second; return 0; } CObjectInfo *PumaIntroducer::link_once_object (CClassInfo *ci) { for (unsigned i = 0; i < ci->Functions (); i++) { CFunctionInfo *fi = ci->Function (i)->DefObject (); // skip template functions and built-in functions // they don't need link-once code if (fi->isBuiltin () || fi->isTemplate () || is_intro (fi)) { continue; } // if a member function is undefined it is link-once code! if (!fi->isDefined ()) { return fi; } // if the function is defined, outside the class scope, and is not inline, // we found the implementation if (fi->Scope () != ci && !fi->isInline ()) { return fi; } } for (unsigned i = 0; i < ci->Attributes (); i++) { CAttributeInfo *ai = ci->Attribute (i)->DefObject (); // ignore introduced attributes if (is_intro (ai)) continue; // if the scope is outside the class, we or definition if (ai->Scope () != ci) { return ai; } // initialized, we can us this object if (ai->isStatic () && !ai->Init ()) { return ai; } } return 0; } bool PumaIntroducer::is_intro (CObjectInfo *obj) { Unit *unit = obj->SourceInfo ()->SrcUnit (); return (IntroductionUnit::cast (unit) != 0); } void PumaIntroducer::gen_intros (ACM_Class *jpl, list &units, ACErrorStream &err, CStructure *target, LineDirectiveMgr &lmgr, int introduction_depth, bool non_inline) const { // ... some unit for formatting ACUnit nl (err); nl << endl << endu; ACUnit ws (err); ws << " " << endu; // handle all intros typedef ACM_Container Container; Container &intros = jpl->get_plan()->get_member_intros(); int i = 0; for (Container::iterator iter = intros.begin(); iter != intros.end(); ++iter, ++i) { ACM_Introduction *ii = (*iter)->get_intro(); // create the new unit IntroductionUnit *unit = new IntroductionUnit (err, (Unit*)target->Tree ()->token ()->belonging_to ()); unit->intro (ii); unit->precedence (i); // at least on token is needed in the unit for 'move' (see below) unit->append (*((Token*)ws.first ())->duplicate ()); // TODO: clean up; a lot of duplicated code here TI_ClassSlice *ti = TI_ClassSlice::of (*get_slice (*ii)); // generate non-inline introduction instance if (ti->non_inline_members ().size () > 0 && non_inline) { // create a unit with the target class name ACUnit target_name (err); target_name << target->Name () << endu; ACUnit target_qual_name (err); target_qual_name << target->QualName () << endu; // generate a token with the name of the JoinPoint class for this slice ACUnit jp_name (err); jp_name << "__TJP_" << unit->precedence() << endu; std::list &units = ti->non_inline_members (); for (std::list::iterator i = units.begin (); i != units.end(); ++i) { Unit *pattern = *i; int name_tokens = 0; Token *token = pattern->first(); token = pattern->next (token); // skip 'slice' keyword while (token) { Token *next = pattern->next (token); if (name_tokens == 0 && next && next->type() == 0) { name_tokens = 1; next = pattern->next (next); } else if (name_tokens > 0 && token->type() == 0) { unit->append (*((Token*)ws.first ())->duplicate ()); *unit += target_qual_name; name_tokens = 0; if (next && next->type () == TOK_COLON_COLON) { token = next; next = pattern->next (token); unit->append (*token->duplicate()); if (next && next->type () == TOK_TILDE) { token = next; next = pattern->next (token); unit->append (*token->duplicate()); } if (next && next->type () == TOK_ID) { token = next; next = pattern->next (token); if (get_slice (*ii)->get_name() == token->text()) { *unit += target_name; } else unit->append (*token->duplicate()); } } } else { if (name_tokens == 0) { unit->append (*((Token*)ws.first ())->duplicate ()); if (token->type () == TOK_ID && string ("JoinPoint") == token->text ()) { unit->append (*jp_name.first ()->duplicate()); unit->jp_needed (true); } else { unit->append (*token->duplicate()); } } else name_tokens++; } token = next; } } // cout << "Generated intro instance " << *unit << endl; } // generate inline introduction instance if (ti->get_tokens() && !non_inline) { // create a unit with the target class name ACUnit target_name (err); target_name << target->Name () << endu; // generate a token with the name of the JoinPoint class for this slice ACUnit jp_name (err); jp_name << "__TJP_" << unit->precedence() << endu; ACUnit slice_start (err); if (get_slice(*ii)->get_is_struct()) slice_start << " public:" << endl; else slice_start << " private:" << endl; // add " typedef ;\n" if (get_slice(*ii)->get_name()[0] != '<') { slice_start << " typedef " << target->Name () << " " << get_slice(*ii)->get_name() << ";" << endl; } slice_start << endu; unit->List::move ((Token*)unit->last (), slice_start); Unit *pattern = ti->get_tokens(); Token *token = pattern->first(); while (token->type () != TOK_OPEN_CURLY) token = pattern->next (token); token = pattern->next (token); ACUnit dir (err); lmgr.directive (dir, pattern, ACToken (token)); dir << endu; if (!dir.empty ()) unit->List::move ((Token*)unit->last (), dir); Location loc = token->location (); int level = 1; while (true) { if (token->type () == TOK_CLOSE_CURLY) { level--; if (level == 0) break; } else if (token->type () == TOK_OPEN_CURLY) level++; // insert whitespace or newline for proper formatting if (token->location ().line () != loc.line ()) { for (int l = loc.line (); l < token->location ().line (); l++) unit->append (*((Token*)nl.first ())->duplicate ()); loc = token->location (); } else unit->append (*((Token*)ws.first ())->duplicate ()); // TODO: this is a hack - make sure not to replace too often! if (level == 1 && token->type () == TOK_ID && get_slice (*ii)->get_name() == token->text ()) unit->append (*target_name.first ()->duplicate()); else if (token->type () == TOK_ID && string ("JoinPoint") == token->text ()) { unit->append (*jp_name.first ()->duplicate()); unit->jp_needed (true); } else unit->append (*token->duplicate()); token = pattern->next (token); } // cout << "Generated intro instance " << *unit << endl; } // if there was no introduction, delete the unit -> no result if (unit->first () == unit->last ()) delete unit; // check whether this is a deeply nested introduction else if (unit->nesting_level () > introduction_depth) { err << sev_error << target->DefObject()->Tree ()->token ()->location () << "maximum level of nested introductions (" << introduction_depth << ") for class '" << target->QualName () << "' exceeded" << endMessage; err << sev_error << Location (Filename (filename (*ii).c_str ()), line (*ii)) << "invalid introduction defined here" << endMessage; delete unit; } else units.push_back (unit); } } void PumaIntroducer::gen_base_intros (ACM_Class *jpl, list &units, ACErrorStream &err, CClassInfo *target, LineDirectiveMgr &lmgr) const { typedef ACM_Container Container; Container &bases = jpl->get_plan()->get_base_intros(); bool first = true; for (Container::iterator i = bases.begin(); i != bases.end (); ++i) { // get the current introduction ACM_Introduction *ii = (*i)->get_intro(); // create the new unit IntroductionUnit *unit = new IntroductionUnit (err, (Unit*)target->Tree ()->token ()->belonging_to ()); unit->intro (ii); // generate the code for this base class introduction gen_base_intro (*unit, ii, first); first = false; // store the result for the caller units.push_back (unit); } } void PumaIntroducer::gen_base_intro (IntroductionUnit &intro_unit, ACM_Introduction *ii, bool first) const { TI_ClassSlice *ti = TI_ClassSlice::of (*get_slice(*ii)); // generate the code for this entry intro_unit << (first ? ": " : ", ") << ti->base_intro() << endu; } aspectc++/AspectC++/PaxHeaders.4702/JoinPointRepo.h0000644000000000000000000000007412740141200016653 xustar0030 atime=1468174988.112166425 30 ctime=1468174988.112166425 aspectc++/AspectC++/JoinPointRepo.h0000644000175000001440000000414212740141200017036 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __JoinPointRepo_h__ #define __JoinPointRepo_h__ #include #include #include #include using namespace std; #include "RepoPosKey.h" #include "RepoIdMgr.h" #include "RepoXMLNode.h" class JoinPointRepo : public RepoIdMgr { struct Data { int _id; string _signature; string _type; set _advice; int _lines; bool _ref; Data (int id, const string &signature, const string &type, set &adv, int lines) : _id (id), _signature (signature), _type (type), _advice (adv), _lines (lines), _ref (true) {} void bind_advice (int a) { _advice.insert (a); } }; typedef map Map; typedef Map::value_type MapPair; Map _map; public: int insert (int file_id, int line, const string &signature, const string &type, int adv, int lines); void noref (); void cleanup (set files); void make_xml (RepoXMLNode parent); void get_xml (RepoXMLNode parent); }; #endif // __JoinPointRepo_h__ aspectc++/AspectC++/PaxHeaders.4702/WeaverBase.h0000644000000000000000000000007412740141200016140 xustar0030 atime=1468174988.109166375 30 ctime=1468174988.109166375 aspectc++/AspectC++/WeaverBase.h0000644000175000001440000000263212740141200016325 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __WeaverBase_h__ #define __WeaverBase_h__ // This header file includes the right WeaverBase class implementations // depending on the configured frontend #ifdef FRONTEND_PUMA #include "PumaWeaverBase.h" #else // FRONTEND_CLANG #include "ClangWeaverBase.h" #endif #endif // __WeaverBase_h__ aspectc++/AspectC++/PaxHeaders.4702/README0000644000000000000000000000007412740141200014623 xustar0030 atime=1468174990.406204153 30 ctime=1468174988.109166375 aspectc++/AspectC++/README0000644000175000001440000000221512740141200015005 0ustar00osusers00000000000000Preparations: ============= Install libxml2 sources from libxml.org. The versions we have used for ac++ are 2.6.17, 2.7.2, and 2.9.2. Configure the sources with... ./configure --prefix= --disable-shared --with-minimum --with-xpath --with-output --with-sax1 --with-tree For cross compiling a windows version on Linux you might add... --host=i586-mingw32msvc (or similar) Then run "make" and "make install". To make sure that the AspectC++ Makefile find the right libxml2-config command put the bin directory from in your command search path. Build the Puma library with your desired TARGET, e.g. "make TARGET=linux-release". Build AspectC++: ================ Set the PUMA environment variable to PUMA root directory (if Puma is not located in ../Puma). Execute "make" with the right TARGET setting from your Puma build, e.g. "make TARGET=linux-release". To weave and compile, use "make". To run the test programs, use "make testclean testall". You need to set the environment variable PUMA_CONFIG to your local puma.cfg, eg. ../Puma/gen-release/puma.cfg The examples can be tested with "make exampleclean examplerun". aspectc++/AspectC++/PaxHeaders.4702/PumaSyntacticContext.h0000644000000000000000000000007412740141200020245 xustar0030 atime=1468174988.112166425 30 ctime=1468174988.112166425 aspectc++/AspectC++/PumaSyntacticContext.h0000644000175000001440000002002412740141200020425 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PumaSyntacticContext_h__ #define __PumaSyntacticContext_h__ // Puma includes #include "Puma/CAttributeInfo.h" #include "Puma/CArgumentInfo.h" #include "Puma/CClassInfo.h" #include "Puma/CFunctionInfo.h" #include "Puma/CTree.h" #include "Puma/CProject.h" #include "Puma/CSemDatabase.h" // AspectC++ includes #include "WeaverBase.h" #include "IntroductionUnit.h" class PumaSyntacticContext { Puma::CObjectInfo *_obj; // return LinkageSpec node for extern "C" like declarations static Puma::CTree *linkage_adjust (Puma::CT_Decl *decl) { Puma::CT_LinkageSpec *linkage = decl->Linkage (); return (!linkage || linkage->isList ()) ? decl : linkage; } Puma::Token *wrapper_token () const { Puma::CTree *tree = _obj->Tree (); assert (tree); Puma::CTree *pos = 0; if (tree->NodeName() == Puma::CT_InitDeclarator::NodeId()) { // move the generated declaration in front of the original declaration Puma::CT_ObjDecl *objdecl = ((Puma::CT_InitDeclarator*)tree)->ObjDecl (); // handle extern "C" declarations pos = linkage_adjust (objdecl); } if (tree->NodeName() == Puma::CT_FctDef::NodeId()) { pos = linkage_adjust((Puma::CT_FctDef*)tree); } assert (pos); return pos->token (); } static void print_tree (ostream &out, Puma::CTree *node, bool expand_implicit_calls = false); public: PumaSyntacticContext (Puma::CObjectInfo *o = 0) : _obj (o) {} bool operator < (const PumaSyntacticContext &that) const { return _obj < that._obj; } void set_object (Puma::CObjectInfo *o) { _obj = o; } string name () const { return _obj->Name ().c_str (); } string get_as_string (int indentation = 0) const { ostringstream os; while (indentation-- >= 0) os << " "; Puma::CTree *tree = _obj->Tree (); if (tree->NodeName() == Puma::CT_InitDeclarator::NodeId()) { print_tree (os, ((Puma::CT_InitDeclarator*)tree)->ObjDecl ()->DeclSpecs ()); os << " "; } print_tree (os, tree); return os.str (); } string type () const { stringstream str; _obj->TypeInfo()->TypeText(str, "", true, true); return str.str(); } bool is_anon_union_member () const { return _obj->Scope ()->isUnion (); } bool is_array () const { return _obj->TypeInfo ()->TypeArray (); } PumaSyntacticContext get_anon_union_context () const { assert (is_anon_union_member ()); return PumaSyntacticContext (_obj->Scope ()); } bool is_definition () const { if (_obj->FunctionInfo ()) return _obj->FunctionInfo ()->isFctDef (); return false; } bool has_assigned_scope () const { return _obj->AssignedScope (); } // returns 0 if not in an extern "C" { ... } block, otherwise (result >= 1) the // result is the depth of nested extern "C" blocks int is_in_extern_c_block () const; bool is_in_class_scope () const { return _obj->ClassScope () && (_obj->Scope() == _obj->ClassScope()); } bool is_in_namespace () const { return _obj->Scope ()->isNamespace(); } bool is_in_project () const { if (_obj->isBuiltin()) return false; Puma::Unit *unit = _obj->SourceInfo ()->SrcUnit (); if (!_obj->SemDB ()->Project ()->isBelow (unit) && !IntroductionUnit::cast (unit)) return false; return true; } string protection () const { string result; switch (_obj->Protection()) { case Puma::CProtection::PROT_PUBLIC: result = "public"; break; case Puma::CProtection::PROT_PRIVATE: result = "private"; break; case Puma::CProtection::PROT_PROTECTED: result = "protected"; break; case Puma::CProtection::PROT_NONE: result = ""; } return result; } const WeavePos &wrapper_pos (WeaverBase &wb) const { Puma::Token *tok = wrapper_token (); return wb.weave_pos(tok, WeavePos::WP_BEFORE); } Puma::Token *error_pos () const { return _obj->Tree()->token(); } const WeavePos &fct_body_start_pos (WeaverBase &wb) const { Puma::CTree *tree = _obj->Tree (); assert (tree && tree->NodeName() == Puma::CT_FctDef::NodeId()); Puma::Token *tok = ((Puma::CT_FctDef*)tree)->Body()->token (); return wb.weave_pos(tok, WeavePos::WP_BEFORE); } const WeavePos &fct_body_end_pos (WeaverBase &wb) const { Puma::CTree *tree = _obj->Tree (); assert (tree && tree->NodeName() == Puma::CT_FctDef::NodeId()); Puma::Token *tok = ((Puma::CT_FctDef*)tree)->Body()->end_token (); return wb.weave_pos(tok, WeavePos::WP_BEFORE); } const WeavePos &objdecl_start_pos (WeaverBase &wb) const { Puma::CTree *tree = _obj->Tree (); if (tree->NodeName() == Puma::CT_InitDeclarator::NodeId()) tree = ((Puma::CT_InitDeclarator*)tree)->ObjDecl (); Puma::Token *tok = tree->token (); return wb.weave_pos(tok, WeavePos::WP_BEFORE); } const WeavePos &objdecl_end_pos (WeaverBase &wb) const { Puma::CTree *tree = _obj->Tree (); Puma::Token *tok = tree->end_token (); return wb.weave_pos(tok, WeavePos::WP_AFTER); } bool ends_with_return () const { assert (_obj->FunctionInfo() && _obj->Tree ()->NodeName () == Puma::CT_FctDef::NodeId()); Puma::CT_FctDef *fctdef = (Puma::CT_FctDef*)_obj->Tree (); Puma::CTree *last_stmt = 0; int entries = fctdef->Body()->Entries(); if (entries > 0) last_stmt = fctdef->Body()->Entry (entries - 1); return (last_stmt && last_stmt->NodeName() == Puma::CT_ReturnStmt::NodeId()); } // search the set of actually *used* arguments (needed only for constructor // wrapper functions). void search_used_args (set &args, Puma::CTree *tree = 0) const; string result_type (const string &name = "") const { Puma::CFunctionInfo *func = _obj->FunctionInfo(); assert(func); Puma::CTypeInfo *type = func->isConversion () ? func->ConversionType () : func->TypeInfo ()->BaseType (); ostringstream type_str; type->TypeText (type_str, name.c_str (), true, true); return type_str.str (); } unsigned int args () const { Puma::CFunctionInfo *func = _obj->FunctionInfo(); assert(func); return func->Arguments(); } string arg_name (unsigned int no) const { Puma::CFunctionInfo *func = _obj->FunctionInfo(); assert(func); Puma::CArgumentInfo *arg = func->Argument(no); return arg->isAnonymous() ? "" : arg->Name ().c_str(); } string arg_type (unsigned int no, const string &name = "") const { Puma::CFunctionInfo *func = _obj->FunctionInfo(); assert(func); ostringstream type_str; Puma::CTypeInfo *type = func->Argument(no)->TypeInfo(); type->TypeText(type_str, name.c_str (), true, true); return type_str.str (); } string qualified_scope () const { if (_obj->QualifiedScope()) return _obj->QualifiedScope()->QualName(); return ""; } string syntactical_scope () const { return _obj->Scope()->QualName(); } // TODO: still needed? Puma::CObjectInfo *object () const { return _obj; } }; #endif // __PumaSyntacticContext_h__ aspectc++/AspectC++/PaxHeaders.4702/ACConfig.h0000644000000000000000000000007412740141200015525 xustar0030 atime=1468174988.135166803 30 ctime=1468174988.135166803 aspectc++/AspectC++/ACConfig.h0000644000175000001440000001215512740141200015713 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ACConfig_h__ #define __ACConfig_h__ // C++ includes #include #include using namespace std; // PUMA includes #include "Puma/Array.h" // Aspect C++ includes #include "ACProject.h" class ACConfig { ACProject &_project; int _argc; char **_argv; // analysis results int _v; const char *_file_in; const char *_file_out; const char *_repository; string _expr; bool _ifiles; bool _iterate_tunits; bool _nosave; bool _noline; Puma::Array _aspect_headers; // TODO: get rid of Puma dependency here bool _iterate_aspects; bool _problem_local_class; bool _problem_spec_scope; bool _problem_force_inline; string _size_type; string _project_id; string _proj_file; bool _warn_deprecated; bool _warn_macro; bool _warn_limitations; bool _dynamic; bool _introspection; bool _flow_analysis; bool _builtin_operators; bool _data_joinpoints; bool _keywords; int _introduction_depth; int _warn_compatibility; public: enum { ACOPT_VERBOSE=1, ACOPT_VERSION, ACOPT_HELP, ACOPT_COMPILE, ACOPT_OUTPUT, ACOPT_INCLUDE_FILES, ACOPT_NOSAVE, ACOPT_ASPECT_HEADER, ACOPT_REPOSITORY, ACOPT_EXPRESSION, ACOPT_NOLINE, ACOPT_PROBLEM_LOCAL_CLASS, ACOPT_NO_PROBLEM_LOCAL_CLASS, ACOPT_PROBLEM_SPEC_SCOPE, ACOPT_NO_PROBLEM_SPEC_SCOPE, ACOPT_PROBLEM_FORCE_INLINE, ACOPT_NO_PROBLEM_FORCE_INLINE, ACOPT_GEN_SIZE_TYPE, ACOPT_PROJ_FILE, ACOPT_WARN_DEPRECATED, ACOPT_NO_WARN_DEPRECATED, ACOPT_WARN_MACRO, ACOPT_NO_WARN_MACRO, ACOPT_WARN_COMPATIBILITY, ACOPT_WARN_LIMITATIONS, ACOPT_NO_WARN_LIMITATIONS, ACOPT_KEYWORDS, ACOPT_DYNAMIC, ACOPT_INTROSPECTION, ACOPT_INTRODUCTION_DEPTH, ACOPT_FLOW_ANALYSIS, ACOPT_BUILTIN_OPERATORS, ACOPT_DATA_JOINPOINTS }; ACConfig (ACProject &project, int argc, char** argv) : _project (project), _argc (argc), _argv (argv), _file_in (0), _file_out (0), _repository (0) {} ~ACConfig (); // analyze the command line arguments // result: 'false' means that the user provided invalid arguments bool analyze (); // get file default cc file extension const char *extension (); // get the associated ACProject ACProject &project () const { return _project; } // get the analysis results int verbose () const { return _v; } const char *file_in () const { return _file_in; } const char *file_out () const { return _file_out; } bool ifiles () const { return _ifiles; } bool iterate () const { return _iterate_tunits; } bool nosave () const { return _nosave; } bool noline () const { return _noline; } bool iterate_aspects () const { return _iterate_aspects; } int aspect_headers () const { return _aspect_headers.length (); } const char *aspect_header (int i) const { return _aspect_headers.lookup (i); } const char *repository () const { return _repository; } const string &expr () const { return _expr; } bool problem_local_class () const { return _problem_local_class; } bool problem_spec_scope () const { return _problem_spec_scope; } bool problem_force_inline () const { return _problem_force_inline; } string size_type () const; string project_id () const { return _project_id; } string proj_file () const { return _proj_file; } bool warn_deprecated () const { return _warn_deprecated; } bool warn_macro () const { return _warn_macro; } int warn_compatibility () const { return _warn_compatibility; } bool warn_limitations () const { return _warn_limitations; } bool dynamic () const { return _dynamic; } bool introspection () const { return _introspection; } bool flow_analysis() const { return _flow_analysis; } bool builtin_operators() const { return _builtin_operators; } bool data_joinpoints() const { return _data_joinpoints; } bool keywords () const { return _keywords; } int introduction_depth () const { return _introduction_depth; } private: // print a usage message void usage (const char *) const; // get the error stream of the project ACErrorStream &err () const { return _project.err (); } }; #endif // __ACConfig_h__ aspectc++/PaxHeaders.4702/Ag++0000644000000000000000000000007212740141200012671 xustar0030 atime=1468174988.295169434 28 ctime=1468174988.2991695 aspectc++/Ag++/0000755000175000001440000000000012740141200013132 5ustar00osusers00000000000000aspectc++/Ag++/PaxHeaders.4702/file.cc0000644000000000000000000000007412740141200014176 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/file.cc0000644000175000001440000000514112740141200014361 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "file.h" // Puma includes #include "Puma/RegComp.h" using namespace Puma; // stdc++ includes #include #include using namespace std; bool file::fileExists(const char* file) { ifstream fs(file); if (!fs) { return false; } fs.close(); return true; } void file::MakeUnixPath(string& path) { if (path.empty()) return; for (string::iterator c = path.begin(); c != path.end(); c++) { if (*c == '\\') *c = '/'; } } void file::MakeDosPath(string& path) { if (path.empty()) return; for (string::iterator c = path.begin(); c != path.end(); c++) { if (*c == '/') *c = '\\'; } } void file::stripFilename(string& s, bool include_delimiter) { string::size_type pos, pos2; pos = s.find_last_of('\\'); pos2 = s.find_last_of('/'); if (pos == string::npos) { if (pos2 == string::npos) { pos = 0; } else { pos = pos2; if (include_delimiter) pos++; } } else { if (pos2 != string::npos && pos2 > pos) { pos = pos2; } if (include_delimiter) pos++; } s.erase(pos); } void file::stripPath(string& s) { string::size_type pos, pos2; pos = s.find_last_of('\\'); pos2 = s.find_last_of('/'); if (pos == string::npos) { if (pos2 == string::npos) { pos = 0; } else { pos = pos2; pos++; } } else { if (pos2 != string::npos && pos2 > pos) { pos = pos2; } pos++; } s.erase(0, pos); } aspectc++/Ag++/PaxHeaders.4702/OptionVec.cc0000644000000000000000000000007412740141200015165 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/OptionVec.cc0000644000175000001440000000462712740141200015360 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "OptionVec.h" //stdc++ includes #include void OptionVec::pushback(string name, string arg, OptionItem::flag_t flag) { OptionItem newItem(name, arg, flag); this->push_back(newItem); } void OptionVec::pushback(string name, OptionItem::flag_t flag) { OptionItem newItem(name, flag); this->push_back(newItem); } const string& OptionVec::getString() { string* str = new string; for (vec_t::iterator optitem = this->begin(); optitem != this->end(); ++optitem) { str->append(" " + optitem->name()); str->append(optitem->arg()); } return *str; } const string& OptionVec::getString(OptionItem::flag_t flag) { string* str = new string; for (vec_t::iterator optitem = this->begin(); optitem != this->end(); ++optitem) { if ((flag & optitem->flag()) == flag) { str->append(" " + optitem->name()); str->append(optitem->arg()); } } return *str; } const string& OptionVec::getString(OptionItem::flag_t flag, OptionItem::flag_t exclude_flag) { string* str = new string; for (vec_t::iterator optitem = this->begin(); optitem != this->end(); ++optitem) { if (((flag & optitem->flag()) == flag) && ((exclude_flag & optitem->flag()) == 0)) { str->append(" " + optitem->name()); str->append(optitem->arg()); } } return *str; } aspectc++/Ag++/PaxHeaders.4702/CCompiler.cc0000644000000000000000000000007412740141200015134 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/CCompiler.cc0000644000175000001440000001036412740141200015322 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "CCompiler.h" #include "System.h" #include "regex.h" //Puma includes #include "Puma/VerboseMgr.h" #include "Puma/PathManager.h" using namespace Puma; bool CCompiler::execute() { VerboseMgr vm(cout, _config.verbose()); bool status = true; if (_config.make_dep()) { vm++; vm << "Creating dependencies" << endvm; status = make_dep(); } else { vm << "Compiling" << endvm; status = compile(); } return status; } bool CCompiler::make_dep() { AGxxConfig::FileCont::iterator file = _config.proj_paths().begin(); // if there were no aspect headers in command string // search all aspect headers in all project paths if (_config.ah_files().empty()) { PathManager path(this->_err); while (file != _config.proj_paths().end()) { path.addPath(file->c_str()); file++; } PathIterator ah_iter(".*\\.ah$"); while (path.iterate(ah_iter)) { _config.ah_files().push_back(ah_iter.file()); } } /* * setup execution string for gcc */ string exec_str = "\"" + _config.cc_bin() + "\""; file = _config.ah_files().begin(); OptionVec::iterator opt = _config.optvec().begin(); while (opt != _config.optvec().end()) { // find all g++ options and files switch ((opt->flag() & (OptionItem::OPT_GCC | OptionItem::OPT_FILE | OptionItem::OPT_DEP))) { case OptionItem::OPT_GCC: exec_str.append(" " + opt->name() + opt->arg()); break; case OptionItem::OPT_DEP: exec_str.append(" " + opt->name() + opt->arg()); break; case OptionItem::OPT_FILE: // explicitly include all aspect headers (for creating dependency information) //this is only executed once, as 'file' iterator is not reseted while (file != _config.ah_files().end()) { exec_str += " -include \"" + *file + "\""; file++; } exec_str.append(" \"" + opt->name() + "\""); // explicitly include all aspect headers (for creating dependency information) //this is only executed once, as 'file' iterator is not reseted while (file != _config.ah_files().end()) { exec_str += " -include \"" + *file + "\""; file++; } break; } opt++; } // execute gcc System gcc(_err, _config, exec_str); return gcc.execute(); } bool CCompiler::compile() { // construct execution string string exec_str = "\"" + _config.cc_bin() + "\""; OptionVec::iterator opt = _config.optvec().begin(); // loop through all options in option vector while (opt != _config.optvec().end()) { // g++ options if ((opt->flag() & (OptionItem::OPT_GCC | OptionItem::OPT_FILE)) == OptionItem::OPT_GCC) { exec_str.append(" " + opt->name() + opt->arg()); } // woven source files else if ((opt->flag() & (OptionItem::OPT_GCC | OptionItem::OPT_ACC | OptionItem::OPT_FILE)) == (OptionItem::OPT_GCC | OptionItem::OPT_ACC | OptionItem::OPT_FILE)) { // explictly mark .acc files as c++ files exec_str.append(" -xc++ \"" + opt->name() + "\" -xnone"); } // other source files else if ((opt->flag() & (OptionItem::OPT_GCC | OptionItem::OPT_FILE)) == (OptionItem::OPT_GCC | OptionItem::OPT_FILE)) { exec_str.append(" \"" + opt->name() + "\" "); } opt++; } // execute compiler System gcc(_err, _config, exec_str); return gcc.execute(); } aspectc++/Ag++/PaxHeaders.4702/PumaConfigFile.h0000644000000000000000000000007412740141200015751 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/PumaConfigFile.h0000644000175000001440000000417412740141200016141 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PumaConfigFile_h__ #define __PumaConfigFile_h__ #include "AGxxConfig.h" // Puma includes #include "Puma/RegComp.h" #include "Puma/ErrorStream.h" using namespace Puma; // stdc++ includes #include #include #include #include /* This class provides functions, to search and to create a * puma config file */ class PumaConfigFile { private: ErrorStream &_err; AGxxConfig &_config; // list of include paths vector _inc_paths; // a map for options and its values map _def_options; // type of option-value pair typedef pair opt_pair; // the target triple used by the GCC-Compiler string _target_triple; // parse the output of the GCC-Compiler bool parseCcOutput(); bool writeFile(); public: PumaConfigFile(ErrorStream& e, AGxxConfig& c) : _err(e), _config(c), _target_triple(c.target_triple()) { } ~PumaConfigFile() { } ; bool searchFile(); bool generateFile(); }; #endif // __PumaConfigFile_h__ aspectc++/Ag++/PaxHeaders.4702/AGxxConfig.h0000644000000000000000000000007412740141200015116 xustar0030 atime=1468174988.296169451 30 ctime=1468174988.296169451 aspectc++/Ag++/AGxxConfig.h0000644000175000001440000001444212740141200015305 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __AGxxConfig_h__ #define __AGxxConfig_h__ #include "OptionVec.h" // PUMA includes #include "Puma/OptsParser.h" #include "Puma/ErrorStream.h" using namespace Puma; // stdc++ includes #include #include using namespace std; class AGxxConfig { public: typedef list FileCont; private: // parse options bool parseOptions(); // parse some special g++ options bool parseGccOpt(OptsParser&); // analyze options bool analyzeOptions(); //print a usage message void usage() const; ErrorStream &_err; int _argc; char** _argv; // list of .ah files passed with -a option FileCont _ah_files; // path to project directory FileCont _proj_path; // output file name string _output_file; // name of puma config file string _pumaconfig_file; // path to aspectc++ compiler string _acc_bin; // path to c++ compiler string _cc_bin; // Option Vector OptionVec _optvec; // path to destination directory string _dest_path; // command, which is executed to get the information about // compiler, include paths, defines. // default is: -E -dM -v -x c++ /dev/null string _config_command; // number of files to be processed int _nr_files; // verbose int _verbose; // indicate wether a config file should be generated bool _gen_pumaconfig; // indicate wether weaving should be done bool _weave; // indicate wether linking should be done bool _link; // indicate wether compiling should be done bool _compile; // use temporary file for puma config file bool _pumaconfig_tmp; // do weave the source files (no compiling or linking) bool _weave_only; // only let gcc print information bool _print_gcc_info; // generate include files bool _gen_incl; // if include files are generated bool _gen_includes; // do only compile not link (but weave) bool _compile_only; // indicate wether dependency information should be printed out bool _make_dep; // keep woven source code files bool _keep_woven; // assign all following options to the compiler bool _x_compiler; // list of gcc options which need a argument static string _gcc_option_arg[]; // list of gcc options which only print information static string _gcc_option_info[]; // run Aspect C++ without input files bool _run_acpp_without_input; // target triple from the ag++ command line (overrides value from g++) string _command_line_target_triple; public: AGxxConfig(ErrorStream &e, int argc, char **argv) : _err(e), _argc(argc), _argv(argv) { } ~AGxxConfig() { } enum { AGOPT_COMPILE_ONLY = 1, AGOPT_WEAVE_ONLY, AGOPT_GEN_CFG, AGOPT_OUTPUT, AGOPT_ACC, AGOPT_CC, AGOPT_HELP, AGOPT_KEEP_WOVEN, AGOPT_CONFIG_COMMAND, AGOPT_TARGET, AGOPT_X_COMPILER, AGOPT_X_WEAVER, AGOPT_VERBOSE, AGOPT_VERSION, // Ac++ options ACOPT, // default handling for AspectC++ options ACOPT_QUOTE_ARG, // default handling for AspectC++ options where the argument has to be quoted ACOPT_WITHOUT_INPUT, // default handling for AspectC++ options running without input files ACOPT_MATCH_POINTCUT_EXPR, ACOPT_INCLUDE_FILES, ACOPT_ASPECT_HEADER, ACOPT_PROJ_PATH, ACOPT_PROJ_DESTINATION, ACOPT_CFG_FILE, ACOPT_SYS_CFG_FILE, ACOPT_PRE_INCLUDE, ACOPT_PRE_DEFINE, ACOPT_PRE_UNDEFINE, ACOPT_ALWAYS_INCLUDE, ACOPT_SYS_INCLUDE }; // anaylze the arguments bool analyze(); // print Options void printOptions(); // // Methods for accesing private data // const bool gen_pumaconfig() { return _gen_pumaconfig; } void gen_pumaconfig(const bool b) { _gen_pumaconfig = b; } const bool weave() { return _weave; } const bool compile() { return _compile; } const bool make_dep() { return _make_dep; } const bool link() { return _link; } const bool keep_woven() { return _keep_woven; } const bool gen_includes() { return _gen_includes; } const int nr_files() { return _nr_files; } const int verbose() { return _verbose; } OptionVec& optvec() { return _optvec; } FileCont& ah_files() { return _ah_files; } FileCont& proj_paths() { return _proj_path; } const string& pumaconfig_file() { return _pumaconfig_file; } const string& target_triple() { return _command_line_target_triple; } void pumaconfig_file(const string& s) { _pumaconfig_file = s; } const bool& pumaconfig_tmp() { return _pumaconfig_tmp; } const string& output_file() { return _output_file; } void output_file(const string& s) { _output_file = s; } const string& acc_bin() { return _acc_bin; } const string& cc_bin() { return _cc_bin; } const string& dest_path() { return _dest_path; } const bool& run_acpp_without_input() { return _run_acpp_without_input; } string& config_command() { return _config_command; } // // Helper methods // static inline string& str_replace_all(string& input_str, const string search_str, const string replace_str) { string::size_type pos = input_str.find(search_str, 0); while (pos != string::npos) { input_str.replace(pos, search_str.length(), replace_str); pos = input_str.find('"', pos + 2); } return input_str; } }; #endif //__AGxxConfig_h__ aspectc++/Ag++/PaxHeaders.4702/PumaConfigFile.cc0000644000000000000000000000007412740141200016107 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/PumaConfigFile.cc0000644000175000001440000002153412740141200016276 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "PumaConfigFile.h" #include "StdSystem.h" #include "file.h" #include "regex.h" using namespace file; using namespace regex; //stdc++ includes #include #include //Puma includes #include "Puma/VerboseMgr.h" #include "Puma/SysCall.h" bool PumaConfigFile::searchFile() { // IF the location of the puma config file is given by an command line argument // check it exist if (_config.pumaconfig_file().empty() == false) { if (fileExists(_config.pumaconfig_file().c_str())) { return true; } else { return false; } } // // set filename of puma configuration file // if (_config.pumaconfig_tmp() == true) { //create temporary file _config.pumaconfig_file(Puma::SysCall::mktemp("agxx_pcfg", &_err)); } else if ((_config.output_file().empty() == false) && (_config.nr_files() == 0)) { // name of puma configuration file is specified using '-o' option _config.pumaconfig_file(_config.output_file()); } else { // default name for puma configuration _config.pumaconfig_file("puma.config"); } return false; } bool PumaConfigFile::generateFile() { VerboseMgr vm(cout, _config.verbose()); vm << "Generating Puma configuration file" << endvm; // first parse c++ output vm++; vm << "Parsing output of g++ compiler" << endvm; if (!parseCcOutput()) { return false; } // if parsing was successfull write puma config file vm << "Writing puma configuration file '" << _config.pumaconfig_file() << "'" << endvm; return writeFile(); } bool PumaConfigFile::parseCcOutput() { #ifdef WIN32 const char* empty_file_name=_config.pumaconfig_file().c_str(); ofstream empty_file(empty_file_name); if(! empty_file) { _err << sev_error << "Could not create " << empty_file_name << endMessage; return false; } empty_file.close(); #else const char* empty_file_name = "/dev/null"; #endif string config_command_str(_config.config_command()); // check if a sepcial command for generating the out is available if (config_command_str.empty()) { //Construct execution string for C++ Compiler config_command_str = "\"" + _config.cc_bin() + "\" " + _config.optvec().getString( (OptionItem::OPT_GCC | OptionItem::OPT_CONFIG)) + " -E -dM -v -x c++ \"" + empty_file_name + "\""; } // get c compiler output StdSystem gcc_out(_err, _config, config_command_str); if (!gcc_out.execute()) { return false; } // c compiler output string: whole output(stderr,stdout) of gcc string output(gcc_out.stderr_str()); output.append(gcc_out.stdout_str()); // stringstream of c compiler output string istringstream iss(output); // parse c compiler output string bool in_include_list = false; string line; while (getline(iss, line)) { // start of list of include paths if (regExMatch("#include [<\"].*:.*", line.c_str())) { in_include_list = true; } // within a list of include paths else if (in_include_list && regExMatch("^ .*", line.c_str())) { // strip leading white space unsigned int strpos = line.find_first_not_of(" "); line = line.substr(strpos); // convert '//*' to '/' char lastchar = '0'; for (string::iterator c = line.begin(); c != line.end(); ++c) { if (lastchar == *c && *c == '/') { c = line.erase(c); --c; } lastchar = *c; } // check for mac os framework directory paths // this is generated by clang which replaces g++ on mac os if (line.size() > 22 && line.substr(line.size() - 22) == " (framework directory)") // remove trailing text " (framework directory)" if necessary line = line.substr(0, line.size() - 22); // save modified string with include path _inc_paths.push_back(line); } // end of list of include paths else if (in_include_list) { in_include_list = false; } // match a '#define ...' else if (regExMatch("#define .*", line.c_str())) { // remove '#define '(8 characters) line = line.substr(8); // split option and argument. // find name of option => split string at whitespace string::size_type strpos = line.find(" "); string option = line.substr(0, strpos); // set empty string as default argument if no argument is defined string value = ""; // find value => find a string behind the option name if ((strpos != string::npos) && (line.find_first_not_of(" ", strpos) != string::npos)) { value = line.substr(strpos + 1); } _def_options.insert(opt_pair(option, value)); } // match a 'Target: ...' else if (_target_triple.empty () && regExMatch("Target: .*", line.c_str())) { // remove 'Target: '(8 characters) line = line.substr(8); _target_triple = line; } } // check if string has been processed correctly if (!iss.eof()) { _err << "Error reading gcc output string " << endMessage; } return true; } bool PumaConfigFile::writeFile() { // include paths need specail treatment in a cygwin environment bool is_cygwin = false; string gcc_major, gcc_minor, gcc_patchlevel; ofstream puma_file(_config.pumaconfig_file().c_str()); if (!puma_file) { _err << sev_error << "Could not open " << _config.pumaconfig_file().c_str() << endMessage; return false; } puma_file << "--skip-bodies-non-prj" << endl; puma_file << "-D __puma" << endl; puma_file << "-D __STDC__" << endl; // Print options for (map::iterator opt = _def_options.begin(); opt != _def_options.end(); opt++) { // print line '-D = ' in puma.config puma_file << "-D \"" << opt->first; if (opt->second != "") { puma_file << "=" << _config.str_replace_all(opt->second, "\"", "\\\""); } puma_file << "\"" << endl; // Check gcc version if (opt->first == "__GNUC__") { gcc_major = opt->second; } else if (opt->first == "__GNUC_MINOR__") { gcc_minor = opt->second; } else if (opt->first == "__GNUC_PATCHLEVEL__") { gcc_patchlevel = opt->second; } // Check for cygwin if ((opt->first == "__CYGWIN32__") || (opt->first == "__CYGWIN__")) { is_cygwin = true; } // Check for the size_t macro if (opt->first == "__SIZE_TYPE__") { puma_file << "--size-type \"" << opt->second << "\"" << endl; } // Check for the ptrdiff_t macro if (opt->first == "__PTRDIFF_TYPE__") { puma_file << "--ptrdiff-type \"" << opt->second << "\"" << endl; } } // print the target triple if we know it if (!_target_triple.empty()) { puma_file << "--target " << _target_triple << endl; } // print the --gnu option with the collected version number puma_file << "--gnu"; if (gcc_major != "") { puma_file << " " << gcc_major; if (gcc_minor != "") { puma_file << "." << gcc_minor; if (gcc_patchlevel != "") { puma_file << "." << gcc_patchlevel; } } puma_file << endl; } // Print include statements into puma.config file, or // -- if we have a cygwin environment -- append it // to the cygpath execution string which determins // the correct location of the include files. string cygpath_exec_str = "cygpath -w "; for (vector::iterator file = _inc_paths.begin(); file != _inc_paths.end(); file++) { // if we have a cygwin environment use cygpath for finding the right // include paths. if (is_cygwin) { cygpath_exec_str = cygpath_exec_str + " " + *file; } else { puma_file << "--isystem \"" << *file << "\"" << endl; } } // print cygwin include paths into file if (is_cygwin) { StdSystem cygpath(_err, _config, cygpath_exec_str); cygpath.execute(); istringstream iss(cygpath.stdout_str()); string line; while (getline(iss, line)) { puma_file << "--isystem \"" << line << "\"" << endl; } } puma_file.close(); return true; } aspectc++/Ag++/PaxHeaders.4702/AGxxConfig.cc0000644000000000000000000000007412740141200015254 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.296169451 aspectc++/Ag++/AGxxConfig.cc0000644000175000001440000005513512740141200015447 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "version.h" #include "AGxxConfig.h" #include "file.h" #include "regex.h" // PUMA includes #include "Puma/StrCol.h" #include "Puma/OptsParser.h" #include "Puma/ParserKey.h" #include "Puma/VerboseMgr.h" using namespace Puma; //stdc++ includes #include #include // standard C library includes #include // get the size of an array #define ARRAY_SIZE(array) ((sizeof (array)) / (sizeof ((array)[0]))) string AGxxConfig::_gcc_option_arg[] = { "-aux-info", "-print-prog-name=", "-print-file-name=", "-idirafter", "-imacros", "-iprefix", "-iwithprefix", "-iwithprefixbefore", "-isystem", "--gen_size_type", "-B", "-l", "-I", "-L", "-specs=", "-MF", "-MT", "-MQ", "-x", "--param=", "--param", "-Xlinker", "-u", "-V", "-b", "-G", }; string AGxxConfig::_gcc_option_info[] = { "-print","-dump", }; // options for AC++ Compiler static OptsParser::Option options[] = { { AGxxConfig::AGOPT_GEN_CFG, NULL, "gen_config", "\t" "Only generate Puma configuration file", OptsParser::AT_NONE }, { AGxxConfig::AGOPT_WEAVE_ONLY, NULL, "weave_only", "\t" "Weave only", OptsParser::AT_NONE }, { AGxxConfig::AGOPT_COMPILE_ONLY, "c", NULL, "\t\t" "Compile only", OptsParser::AT_NONE }, { AGxxConfig::AGOPT_KEEP_WOVEN,NULL, "keep_woven", "\t" "Keep woven source code files", OptsParser::AT_NONE }, { AGxxConfig::AGOPT_KEEP_WOVEN,NULL, "keep_acc", "\t" "Deprecated. Use keep_woven instead", OptsParser::AT_NONE }, { AGxxConfig::AGOPT_CC, NULL, "c_compiler", "Path to C++ compiler", OptsParser::AT_MANDATORY }, { AGxxConfig::AGOPT_ACC, NULL, "ac_compiler", "Path to AspectC++ compiler", OptsParser::AT_MANDATORY }, { AGxxConfig::AGOPT_OUTPUT, "o", "output", "\t" "Name of the output file", OptsParser::AT_MANDATORY }, { AGxxConfig::AGOPT_CONFIG_COMMAND,NULL, "config_command", "Command which prints information about compiler", OptsParser::AT_MANDATORY }, { AGxxConfig::AGOPT_X_COMPILER,NULL, "Xcompiler", "\tIn case of doubt account following options as g++ options", OptsParser::AT_NONE }, { AGxxConfig::AGOPT_X_WEAVER,NULL, "Xweaver", "\t\tIn case of doubt account following options as ac++ options", OptsParser::AT_NONE }, { AGxxConfig::AGOPT_HELP, "h", "help", "\t\t" "Print this help meassage", OptsParser::AT_NONE }, { AGxxConfig::AGOPT_VERSION, NULL, "version", "\t" "\t" "Version information", OptsParser::AT_NONE }, { AGxxConfig::AGOPT_VERBOSE, "v", "verbose", "Level of verbosity (0-9)", OptsParser::AT_OPTIONAL }, { AGxxConfig::ACOPT_INCLUDE_FILES, "i", "include_files", "Generate manipulated header files", OptsParser::AT_NONE }, { AGxxConfig::ACOPT_ASPECT_HEADER, "a", "aspect_header", "Name of aspect header file or '0'", OptsParser::AT_MANDATORY }, { AGxxConfig::ACOPT_QUOTE_ARG, "r", "repository", "Name of the project repository", OptsParser::AT_MANDATORY }, { AGxxConfig::ACOPT_MATCH_POINTCUT_EXPR, NULL, "expr", "\t" "Pointcut expression to match in repository", OptsParser::AT_MANDATORY}, { AGxxConfig::ACOPT, NULL, "problem_local_class", "Back-end does not support local classes correctly", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "no_problem_local_class", "Back-end supports local classes correctly", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "problem_spec_scope", "Back-end does not support template specialization in non-namespace",OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "no_problem_spec_scope", "Back-end supports template specialization in non-namespace scope",OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "problem_force_inline", "Back-end does not support forced inlining correctly", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "no_problem_force_inline", "Back-end supports forced inlining correctly", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "warn_deprecated", "\t" "Warn if deprecated syntax is used", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "no_warn_deprecated", "Don't warn if deprecated syntax is used", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "warn_macro", "\t" "Warn if a macro transformation had to be ignored", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "no_warn_macro", "\t" "Don't warn if a macro transformation had to be ignored", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "warn_limitations", "" "Warn if a feature does not work as familiar due to limitations", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "no_warn_limitations", "" "Don't warn if a feature does not work as familiar due to limitations", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL,"no_line", "\t\t" "Don't generate #line directives",OptsParser::AT_NONE }, { AGxxConfig::ACOPT_QUOTE_ARG, NULL, "gen_size_type", "Argument type for generated new operator", OptsParser::AT_MANDATORY}, { AGxxConfig::ACOPT, NULL,"real-instances", "\t" "Perform full template analysis",OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL,"pseudo-instances", "Simplified template instantiation scheme (deprecated)",OptsParser::AT_NONE }, { AGxxConfig::ACOPT_PROJ_PATH, "p", "path", "\t" "Path to project source", OptsParser::AT_MANDATORY}, { AGxxConfig::ACOPT_PROJ_DESTINATION, "d", "dest", "\t" "Path to destination for modified include files", OptsParser::AT_MANDATORY}, { AGxxConfig::ACOPT_CFG_FILE, NULL, "config", "\t" "Full path to a config file", OptsParser::AT_MANDATORY}, { AGxxConfig::ACOPT_SYS_CFG_FILE, NULL, "system-config", "Full path to a system config file (lower priority options)", OptsParser::AT_MANDATORY}, { AGxxConfig::AGOPT_TARGET, NULL, "target", "\t" "Override the compiler's target triple", OptsParser::AT_MANDATORY}, { AGxxConfig::ACOPT_PRE_INCLUDE, "I", NULL, "\t\t" "Add new include path", OptsParser::AT_MANDATORY}, { AGxxConfig::ACOPT_PRE_DEFINE, "D", NULL, "\t\t" "Define a preprocessor macro", OptsParser::AT_MANDATORY}, { AGxxConfig::ACOPT_PRE_UNDEFINE, "U", NULL, "\t\t" "Undefine a preprocessor macro", OptsParser::AT_MANDATORY}, { AGxxConfig::ACOPT_ALWAYS_INCLUDE, "include", "include", "Always include file", OptsParser::AT_MANDATORY}, { AGxxConfig::ACOPT, "k", "keywords", "\t" "Allow AspectC++ keywords in normal project files", OptsParser::AT_NONE}, { AGxxConfig::ACOPT, NULL, "dynamic", "\t\t" "Prepare generated code for dynamic weaving", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "introspection", "\t" "Support introspection mechanism", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "flow_analysis", "\t" "Support control-flow analysis and data-flow analysis", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "builtin_operators", "Support joinpoints on builtin operator calls", OptsParser::AT_NONE }, { AGxxConfig::ACOPT, NULL, "data_joinpoints", "\t" "Support data-based joinpoints like get(), set(), ...", OptsParser::AT_NONE }, { AGxxConfig::ACOPT_SYS_INCLUDE, "isystem", NULL, "\t" "Add system include path", OptsParser::AT_MANDATORY}, { AGxxConfig::ACOPT_QUOTE_ARG, NULL, "warn_compatibility", "Enable migration warnings for code based on major version ", OptsParser::AT_MANDATORY }, { 0, 0, 0, 0, OptsParser::AT_NONE} }; void AGxxConfig::usage() const { _err << "usage: ag++ [options] [file...]" << endMessage << " options are ..." << endMessage; for (int i = 0; options[i].number > 0; i++) { _err << " "; if (options[i].shortName) _err << "-" << options[i].shortName; if (options[i].shortName && options[i].longName) _err << "|"; if (options[i].longName) _err << "--" << options[i].longName; if (options[i].argType != OptsParser::AT_NONE) _err << " "; if (options[i].desc) _err << " \t" << options[i].desc; _err << endMessage; } } bool AGxxConfig::parseGccOpt(OptsParser &op) { // option which should be analyzed string opt = op.getOptionName() + op.getArgument(); // argument for this option string arg(""); //check for -M/-MM option for generating dependency information if (opt.compare("-M") == 0 || opt.compare("-MM") == 0) { _make_dep = true; _optvec.pushback(opt, OptionItem::OPT_GCC); return true; } // check if option is in list of gcc options which require an option argument for (unsigned int i = 0U; i < ARRAY_SIZE(_gcc_option_arg); i++) { const string option_arg_str = _gcc_option_arg[i]; if (opt.compare(0, option_arg_str.length(), option_arg_str) == 0) { // option requires an argument // check if the argument is appended to the option name if (opt.length() > option_arg_str.length()) { unsigned int arg_start_pos = option_arg_str.length(); // extract the argument out of the option name arg = "\"" + opt.substr(arg_start_pos) + "\""; opt = opt.substr(0, option_arg_str.length()); } else { // check if there exist another option on command line if (op.getRawOption() != OptsParser::FINISH) { // append argument to string of arguments arg = " \"" + op.getArgument() + "\" "; } else { // there is no option anymore _err << sev_error << "G++ Option requires argument: "; _err << "'" << opt.c_str() << "'" << endMessage; return false; } } break; } } // check if option only causes the gcc to print information for (unsigned int i = 0U; i < ARRAY_SIZE(_gcc_option_info); i++) { string option_info_str = _gcc_option_info[i]; if (opt.compare(0, option_info_str.length(), option_info_str) == 0) { _print_gcc_info = true; break; } } _optvec.pushback(opt, arg, OptionItem::OPT_GCC | OptionItem::OPT_CONFIG); return true; } bool AGxxConfig::analyze() { bool ret; // setup default values _gen_pumaconfig = true; _weave = false; _compile = false; _link = false; _verbose = 0; _nr_files = 0; _pumaconfig_tmp = true; _print_gcc_info = false; _weave_only = false; _keep_woven = false; _gen_includes = false; _cc_bin = "g++"; _compile_only = false; _make_dep = false; _x_compiler = false; _run_acpp_without_input = false; // parse Options received from command line ret = parseOptions(); if (ret == true) { // analyze Options received from command line ret = analyzeOptions(); } return ret; } bool AGxxConfig::parseOptions() { // use the PUMA option parser for parsing OptsParser op(_argc, _argv, options); // extract options/filenames out of command line arguments while (op.getOption() != OptsParser::FINISH) { // // first parse options which do not interfere with g++ // options // switch (op.getResult()) { case AGOPT_OUTPUT: _output_file = op.getArgument(); _optvec.pushback("-o", " \"" + op.getArgument() + "\" ", (OptionItem::OPT_GCC)); continue; case AGOPT_COMPILE_ONLY: _compile_only = true; _optvec.pushback("-c", OptionItem::OPT_GCC); continue; case AGOPT_X_COMPILER: _x_compiler = true; continue; case AGOPT_X_WEAVER: _x_compiler = false; continue; case AGOPT_TARGET: _command_line_target_triple = op.getArgument(); continue; case ACOPT_CFG_FILE: _optvec.pushback("--config", " \"" + op.getArgument() + "\" ", (OptionItem::OPT_ACC)); continue; case ACOPT_SYS_CFG_FILE: _pumaconfig_file = op.getArgument(); _pumaconfig_tmp = false; continue; case ACOPT_PRE_DEFINE: { string tmpStr = op.getArgument(); _optvec.pushback("-D", " \"" + str_replace_all(tmpStr, "\"", "\\\"") + "\" ", (OptionItem::OPT_ACC | OptionItem::OPT_GCC)); } continue; case ACOPT_PRE_UNDEFINE: _optvec.pushback("-U", " \"" + op.getArgument() + "\" ", (OptionItem::OPT_ACC | OptionItem::OPT_GCC)); continue; case ACOPT_PRE_INCLUDE: _optvec.pushback("-I", " \"" + op.getArgument() + "\" ", (OptionItem::OPT_ACC | OptionItem::OPT_GCC)); continue; case ACOPT_SYS_INCLUDE: _optvec.pushback("--isystem", " \"" + op.getArgument() + "\" ", (OptionItem::OPT_ACC )); _optvec.pushback("-isystem", " \"" + op.getArgument() + "\" ", (OptionItem::OPT_GCC)); continue; case ACOPT_ALWAYS_INCLUDE: _optvec.pushback("--include", " \"" + op.getArgument() + "\" ", OptionItem::OPT_ACC); // Weaver generates #includes, Thus, g++ does need -include only for // dependency list generation _optvec.pushback("-include", " \"" + op.getArgument() + "\" ", OptionItem::OPT_DEP); continue; // command line arguments which are not accepted as options // are recognized as filenames case OptsParser::NOOPTION: ++_nr_files; // if file is a c++ file weave it first. if (regex::regExMatch( "^.*\\.((C)|(c)|(cc)|(cp)|(cpp)|(cxx)|(c\\+\\+))$", op.getArgument().c_str())) { _optvec.pushback(op.getArgument(), (OptionItem::OPT_ACC | OptionItem::OPT_FILE)); // when calling we have to pass the original path of this // source dir as include path, as the '.acc' file to be // compiled will probably not be generated in the same // directory string tmpStr = op.getArgument(); file::stripFilename(tmpStr, false); if (tmpStr.empty()) { tmpStr = "."; } _optvec.pushback("-I", " \"" + tmpStr + "\" ", OptionItem::OPT_GCC); } else { _optvec.pushback(op.getArgument(), (OptionItem::OPT_GCC | OptionItem::OPT_FILE)); } continue; } // if _x_compiler is set to 'true' interprete // options that are not handled within the previous // 'switch-case' statement as gcc options. if (_x_compiler == true) { if (parseGccOpt(op) == false) { return false; } continue; } switch (op.getResult()) { case AGOPT_HELP: usage(); return false; case AGOPT_VERSION: cout << "ag++ " << _VERSION <<" built: " << __DATE__<< endl; return false; case AGOPT_GEN_CFG: _pumaconfig_tmp = false; break; case AGOPT_WEAVE_ONLY: _weave_only = true; _keep_woven = true; break; case AGOPT_ACC: _acc_bin = op.getArgument(); break; case AGOPT_CC: _cc_bin = op.getArgument(); break; case AGOPT_KEEP_WOVEN: if (op.getOptionName() == "--keep_acc") { _err << sev_warning << "Usage of --keep_acc is deprecated use --keep_woven instead" << endMessage; } _keep_woven = true; break; case AGOPT_CONFIG_COMMAND: _config_command = op.getArgument(); break; // default handling for Aspect C++ options case ACOPT: _optvec.pushback(op.getOptionName(), op.getArgument(), OptionItem::OPT_ACC); break; // default handling for Aspect C++ options // where the argument has to be quoted case ACOPT_QUOTE_ARG: _optvec.pushback(op.getOptionName(), " \""+op.getArgument()+"\"", OptionItem::OPT_ACC); break; case ACOPT_WITHOUT_INPUT: _run_acpp_without_input = true; _weave_only = true; _optvec.pushback(op.getOptionName(), op.getArgument(), OptionItem::OPT_ACC); break; case ACOPT_INCLUDE_FILES: _gen_includes = true; _run_acpp_without_input = true; _optvec.pushback("-i","",OptionItem::OPT_ACC); break; case ACOPT_MATCH_POINTCUT_EXPR: { string argumentStr = op.getUnstrippedArgument(); _run_acpp_without_input = true; _weave_only = true; _optvec.pushback("--expr","\""+str_replace_all(argumentStr, "\"", "\\\"")+"\"", OptionItem::OPT_ACC); } break; case AGOPT_VERBOSE: if (op.getArgument().empty()) { // -v without number _optvec.pushback("-v", "1", OptionItem::OPT_ACC); _verbose = 1; } else { _optvec.pushback("-v", op.getArgument(), OptionItem::OPT_ACC); _verbose = atoi(op.getArgument().c_str()); } if (_verbose > 6) { _optvec.pushback("-v", OptionItem::OPT_GCC); } break; case ACOPT_ASPECT_HEADER: _ah_files.push_back(op.getArgument()); _optvec.pushback("-a", " \"" + op.getArgument() + "\" ", OptionItem::OPT_ACC); break; case ACOPT_PROJ_PATH: _proj_path.push_back(op.getArgument()); _optvec.pushback("-p", " \"" + op.getArgument() + "\" ", OptionItem::OPT_ACC); break; case ACOPT_PROJ_DESTINATION: _dest_path = op.getArgument(); _optvec.pushback("--dest","\""+_dest_path+"\"",OptionItem::OPT_ACC); break; case OptsParser::NOARG: _err << sev_error << "Option requires argument: "; _err << "'" << op.getOptionName().c_str() << "'" << endMessage; return false; case OptsParser::ERR: _err << sev_error << " Parsing Options : "; _err << "unspecified error at "; _err << "'" << op.getOptionName().c_str() << " " << op.getArgument().c_str() << "'" << endMessage; return false; // unknown options are recognized as g++ options case OptsParser::UNKNOWN: if (parseGccOpt(op) == false) { return false; } break; default: _err << sev_error << " Parsing Options : "; _err << "option not handled by Ag++ "; _err << "'" << op.getOptionName().c_str() << " " << op.getArgument().c_str() << "'" << endMessage; return false; } } return true; } bool AGxxConfig::analyzeOptions() { // if we are compiling for WIN32 target transform paths to dos // format, bacause the shell(cmd.exe) can not handle unix // paths #if defined (WIN32) file::MakeDosPath(_acc_bin); file::MakeDosPath(_cc_bin); #endif // if path to ac++ was not specified in options. // get it from ARGV[0] if (_acc_bin.empty()) { _acc_bin = _argv[0]; file::stripFilename(_acc_bin); _acc_bin.append("ac++"); } // if there was no project path specified // take local directory ('.') if (_proj_path.empty()) { _proj_path.push_back("."); _optvec.pushback("-p", ".", OptionItem::OPT_ACC); } // check if puma config file shall be generated if ((_print_gcc_info == true) || (_make_dep == true)) { _gen_pumaconfig = false; _pumaconfig_tmp = false; } // check if source files shall be woven if (((_print_gcc_info == false) && (_make_dep == false) && (_nr_files > 0)) || (_run_acpp_without_input == true)) { _weave = true; } // check if source files shall be translated if (((_weave_only == false) && (_gen_includes == false) && (_nr_files > 0)) || (_print_gcc_info == true)) { _compile = true; } // check if source files shall be linked if ((_print_gcc_info == false) && (_weave_only == false) && (_gen_includes == false) && (_compile_only == false) && (_make_dep == false) && (_nr_files > 0)) { _link = true; } // // Check Constraints // // if modified include files are NOT created and only a temporary // puma configuration file is generated ag++ expects some input files if ((_print_gcc_info == false) && (_pumaconfig_tmp == true) && (_run_acpp_without_input == false) && (_nr_files == 0)) { _err << sev_error << "No input files" << endMessage; return false; } // If modified include files are created a destination // path must be specified if ((_gen_includes == true) && _dest_path.empty()) { _err << sev_error << "Need to specify a destination path in order " << "to generate modified include files" << endMessage; return false; } // Check destination path is given without creating the modified include // files // // Rationale: // - destination path is only used in WTP mode // - WTP mode is only used if --include_files is // specified if ((_gen_includes == false) && (! _dest_path.empty())) { _err << sev_error << "Destination path (-d|--dest) may only be " << "specified when generating modified include files " << "(-i|--include_files)" << endMessage; return false; } // If '--weave-only' and '-o' options are used with multiple files // exit with an error if ((_weave_only == true) && (_output_file.empty() == false) && (_nr_files > 1)) { _err << sev_error << "Cannot specify -o with --weave_only and multiple compilations" << endMessage; return false; } return true; } void AGxxConfig::printOptions() { VerboseMgr vm(cout, _verbose); vm << endvm; vm << endvm; vm << "AG++ Configuration:" << endvm; vm << " Aspect C++ weaver: " << _acc_bin << endvm; vm << " C++ compiler: " << _cc_bin << endvm; vm << " Files: " << _optvec.getString(OptionItem::OPT_FILE) << endvm; vm << " Options (G++): " << _optvec.getString(OptionItem::OPT_GCC, OptionItem::OPT_FILE) << endvm; vm << " Options (AC++): " << _optvec.getString(OptionItem::OPT_ACC, OptionItem::OPT_FILE) << endvm; vm << " Options (total): " << _optvec.getString() << endvm; vm << " PumaConfig: " << _gen_pumaconfig << " Weave: " << _weave << " Compile: " << _compile << " Link: " << _link << endvm; vm << endvm; vm << endvm; } aspectc++/Ag++/PaxHeaders.4702/System.cc0000644000000000000000000000007412740141200014543 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/System.cc0000644000175000001440000000352712740141200014734 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "System.h" //Puma includes #include "Puma/VerboseMgr.h" #include System::System(ErrorStream& e, AGxxConfig& c, const string& exec_str) : _err(e), _config(c) { #if defined (WIN32) this->_exec_str="\""+exec_str+"\""; #else this->_exec_str = exec_str; #endif } bool System::execute() { VerboseMgr vm(cout, _config.verbose()); vm++; vm << "Executing: " << _exec_str << endvm; // execute command in shell int ret; if ((ret = system(_exec_str.c_str())) == EXIT_SUCCESS) { vm << "Exit: Success" << endvm; return true; } _err << sev_error << "Execution failed: " << _exec_str.c_str() << endMessage; vm << "Exitcode: " << ret << " (should be " << EXIT_SUCCESS<< " )" << endvm; return false; } aspectc++/Ag++/PaxHeaders.4702/regex.h0000644000000000000000000000007412740141200014233 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/regex.h0000644000175000001440000000242212740141200014415 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __regex_h__ #define __regex_h__ #include "RegExCont.h" namespace regex { bool regExMatch(const std::string& expr, const char* str); } #endif //__regex_h__ aspectc++/Ag++/PaxHeaders.4702/OptionVec.h0000644000000000000000000000007412740141200015027 xustar0030 atime=1468174988.296169451 30 ctime=1468174988.296169451 aspectc++/Ag++/OptionVec.h0000644000175000001440000000550412740141200015215 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __OptionVec_h__ #define __OptionVec_h__ //stdc++ includes #include #include using namespace std; class OptionItem { public: enum { OPT_ACC = 0x1, OPT_GCC = 0x2, OPT_FILE = 0x4, OPT_CONFIG = 0x8, OPT_DEP = 0x10 }; typedef unsigned int flag_t; private: string _name; string _argument; flag_t _flag; public: OptionItem(string name, string arg, flag_t flag) : _name(name), _argument(arg), _flag(flag) { } OptionItem(string name, flag_t flag) : _name(name), _flag(flag) { } OptionItem(const OptionItem& opt) : _name(opt._name), _argument(opt._argument), _flag(opt._flag) { } const string& name() { return _name; } void name(string newname) { _name = newname; } const string& arg() { return _argument; } void arg(string newarg) { _argument = newarg; } const flag_t flag() { return _flag; } void flag(flag_t flag) { _flag = flag; } }; class OptionVec : public vector { public: typedef vector vec_t; private: //vec_t _options; public: //OptionVec(){} //OptionVec(const OptionVec& optvec):_options(optvec._options){} // Add a new Option void pushback(string name, string arg, OptionItem::flag_t flag); // Add a new Option void pushback(string name, OptionItem::flag_t flag); const string& getString(); // get a string of options which have at least the flags passed with parameter const string& getString(OptionItem::flag_t); // get a string of options which have at least the flags passed with parameter // and not the flags pass as second argument const string& getString(OptionItem::flag_t, OptionItem::flag_t); }; #endif //__OptionVec_h__ aspectc++/Ag++/PaxHeaders.4702/ACCompiler.h0000644000000000000000000000007412740141200015077 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/ACCompiler.h0000644000175000001440000000261512740141200015265 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __ACCompiler_h__ #define __ACCompiler_h__ #include "Compiler.h" #include "AGxxConfig.h" class ACCompiler : public Compiler { public: ACCompiler(ErrorStream& e, AGxxConfig& c) : Compiler(e, c) { } ~ACCompiler() { } bool execute(); }; #endif // __ACCompiler_h__ aspectc++/Ag++/PaxHeaders.4702/.cproject0000644000000000000000000000007412740141200014562 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/.cproject0000644000175000001440000001511112740141200014743 0ustar00osusers00000000000000 make all true true true make test true true true aspectc++/Ag++/PaxHeaders.4702/win-ac++.ico0000644000000000000000000000007412740141200014750 xustar0030 atime=1468174988.295169434 30 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øŒ”øLPø´¼øÜÔø\Tøøˆ„øÄÈø08ø0,ø¸°øèðøèäøhdø¤ øtxøôøøÐÈø€xøÿÿÿ###################################ÿÿÿÿ#########ÿÿ########ÿÿÿ########ÿÿÿ########ÿ########ÿÿÿ##################ÿÿ########ÿÿÿ#######ÿÿ #####ÿÿ#######ÿÿ##########ÿÿ######################ÿÿÿÿàÀ€€€€Àðð ðð ðø?ÿÿaspectc++/Ag++/PaxHeaders.4702/version.h0000644000000000000000000000007412740141200014606 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/version.h0000644000175000001440000000015312740141200014767 0ustar00osusers00000000000000#define _VERSION "0.9" #define COPYRIGHT "Gnu Public License (GPL)" #define COMPANY_NAME "www.aspectc.org" aspectc++/Ag++/PaxHeaders.4702/StdSystem.cc0000644000000000000000000000007412740141200015216 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/StdSystem.cc0000644000175000001440000000671112740141200015405 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "StdSystem.h" #include "file.h" using namespace file; //Puma includes #include "Puma/SysCall.h" #include "Puma/VerboseMgr.h" //stdc++ includes #include #include #include #include StdSystem::StdSystem(ErrorStream& e, AGxxConfig& config, const string& exec_str) : System(e, config, "") { // create temporary files char* tmp_file; // tmp file for stdout tmp_file = (char*) Puma::SysCall::mktemp("agxx_stdout", &_err); _tmp_stdout_file = tmp_file; free(tmp_file); // tmp file for stderr tmp_file = (char*) Puma::SysCall::mktemp("agxx_stderr", &_err); _tmp_stderr_file = tmp_file; free(tmp_file); // append shell commands to execution string which // write the output into temproray files #if defined (WIN32) this->_exec_str="\""+exec_str +" 2>"+_tmp_stderr_file+" 1>"+_tmp_stdout_file+"\""; #else this->_exec_str = exec_str + " 2>" + _tmp_stderr_file + " 1>" + _tmp_stdout_file; #endif } bool StdSystem::execute() { VerboseMgr vm(cout, _config.verbose()); bool ret; if ((ret = System::execute())) { //read files into strings _stdout_str = read_file(_tmp_stdout_file.c_str()); _stderr_str = read_file(_tmp_stderr_file.c_str()); } else { print_file(_tmp_stderr_file.c_str()); } vm++; vm << "removing temporary file: " << _tmp_stdout_file.c_str() << endvm; if (remove(_tmp_stdout_file.c_str()) < 0) { _err << sev_warning << "Could not remove temporary file : " << _tmp_stdout_file.c_str() << endMessage; } vm << "removing temporary file: " << _tmp_stderr_file.c_str() << endvm; if (remove(_tmp_stderr_file.c_str()) < 0) { _err << sev_warning << "Could not remove temporary file : " << _tmp_stderr_file.c_str() << endMessage; } return ret; } string StdSystem::read_file(const char* fname) { string line, s; ifstream fs(fname); if (fs) { while (getline(fs, line)) { s += line + '\n'; } fs.close(); } else { _err << sev_error << "Could not open file :" << fname << endMessage; s = ""; } return s; } void StdSystem::print_file(const char* fname) { string line; ifstream fs(fname); if (fs) { while (getline(fs, line)) { cerr << line << endl; } fs.close(); } else { _err << sev_error << "Could not open file :" << fname << endMessage; } } aspectc++/Ag++/PaxHeaders.4702/gpl.txt0000644000000000000000000000007412740141200014273 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/gpl.txt0000644000175000001440000000215112740141200014454 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA aspectc++/Ag++/PaxHeaders.4702/doc0000644000000000000000000000007412740141200013440 xustar0030 atime=1468174988.296169451 30 ctime=1468174988.298169484 aspectc++/Ag++/doc/0000755000175000001440000000000012740141200013677 5ustar00osusers00000000000000aspectc++/Ag++/doc/PaxHeaders.4702/styles0000644000000000000000000000007412740141200014763 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.297169467 aspectc++/Ag++/doc/styles/0000755000175000001440000000000012740141200015222 5ustar00osusers00000000000000aspectc++/Ag++/doc/styles/PaxHeaders.4702/acc.sty0000644000000000000000000000007412740141200016327 xustar0030 atime=1468174988.297169467 30 ctime=1468174988.297169467 aspectc++/Ag++/doc/styles/acc.sty0000644000175000001440000000411612740141200016513 0ustar00osusers00000000000000\NeedsTeXFormat{LaTeX2e}[1994/06/01] \ProvidesPackage{acc}[2002/12/18 v0.2 Standard LaTeX package] \RequirePackage{ifthen} \RequirePackage{graphics} % % set font to helvetica % \RequirePackage{helvet} \renewcommand{\familydefault}{phv} % % setup page geometry % the geometry package works better with pdflatex % \RequirePackage{geometry} \geometry{a4paper,dvips,pdftex,textwidth=15cm,textheight=23cm,twosideshift=0pt} % % setup fancyhdr % \RequirePackage{fancyhdr} \fancypagestyle{plain}{% % % two side book class setup % odd page - left head: chapter - left foot: page number % even page - right head: section - right foot: page number % no head on plain pages % \fancyhf{}% \fancyhead[LE,RO]{\slshape \rightmark} \fancyhead[LO,RE]{\slshape \leftmark} \fancyfoot[LE,RO]{\bfseries \thepage} % % rules for head and foot % also on plain pages % \renewcommand{\headrulewidth}{.4pt} \renewcommand{\footrulewidth}{.4pt} \renewcommand{\plainfootrulewidth}{.4pt} } \pagestyle{plain} % % Variables to change some details % % version number for this document % \newcommand{\@version}{1} \newcommand{\version}[1]{ \renewcommand{\@version}{#1} } % % \newcommand\otherlogo[1]{\gdef\@otherlogo{#1}} \otherlogo{} % \newcommand\remark[1]{\gdef\@remark{#1}} \remark{} % \newcommand{\doctype}[1]{\gdef\@doctype{#1}} \doctype{Studie:} % \newcommand\credit[1]{\gdef\@credit{#1}} % % % \newcommand\layoutlogos{ \newlength{\@otherlogowidth} \settowidth{\@otherlogowidth}{\@otherlogo} \noindent \begin{minipage}{\@otherlogowidth} {\@otherlogo} \end{minipage} \hspace*{\fill} } % % redefine \maketitle macro % \renewcommand{\maketitle}{ \null \thispagestyle{empty} {\layoutlogos} \vskip 3cm \begin{center}\leavevmode {\Huge\raggedright {\@doctype}\\ {\@title}\par} \rule{\textwidth}{1mm} \vskip 3mm {\Large\raggedleft {\@author}\par} \vskip 15mm {\Large\raggedleft Version {\@version}\par} \end{center} \vfill {\large\raggedleft {\@remark}\par} \vskip 1cm \null % \newpage % \null \thispagestyle{empty} \vfill {\@credit} \null \cleardoublepage } aspectc++/Ag++/doc/PaxHeaders.4702/Ag++Manual0000644000000000000000000000007412740141200015253 xustar0030 atime=1468174988.296169451 30 ctime=1468174988.297169467 aspectc++/Ag++/doc/Ag++Manual/0000755000175000001440000000000012740141200015512 5ustar00osusers00000000000000aspectc++/Ag++/doc/Ag++Manual/PaxHeaders.4702/Ag++Manual.lyx0000644000000000000000000000007412740141200017701 xustar0030 atime=1468174988.296169451 30 ctime=1468174988.296169451 aspectc++/Ag++/doc/Ag++Manual/Ag++Manual.lyx0000644000175000001440000010536512740141200020075 0ustar00osusers00000000000000#LyX 2.0 created this file. For more info see http://www.lyx.org/ \lyxformat 413 \begin_document \begin_header \textclass article \begin_preamble \usepackage{a4} %-------------------------------------------------------------------- % PDF related %-------------------------------------------------------------------- \newif\ifmypdf \ifx\pdfoutput\undefined \mypdffalse % we are not running PDFLaTeX \else \pdfoutput=1 % we are running PDFLaTeX \mypdftrue \fi %-------------------------------------------------------------------- % setup hyperref %-------------------------------------------------------------------- \ifmypdf \usepackage{color} \pagecolor{white} \usepackage{hyperref} \hypersetup{% % %% general document information pdftitle = {AG++ Manual}, pdfsubject = {Dokumentation}, pdfkeywords = {AOP, AspectC++, ac++, pure-systems,g++}, pdfauthor = {Georg Blaschke}, pdfcreator = {\LaTeX\ with package \flqq hyperref\frqq}, pdfproducer = {pdfTeX-0.\the\pdftexversion\pdftexrevision}, % %% document style colorlinks=true, % colored link urlcolor=blue, % blue URL links bookmarks=true, % generate bookmarks bookmarksnumbered=true, % generate section numbers pdfpagemode=None % don't open bookmarks } %% set document creation date to \pdfinfo {/CreationDate (D:20130925000000)} \fi %-------------------------------------------------------------------- % create hyperrefs depending on the use of pdflatex %-------------------------------------------------------------------- \newcommand\depref[2]{% \ifmypdf \href{#1}{#2} \else {#2} \fi } %-------------------------------------------------------------------- % setup pure-systems style %-------------------------------------------------------------------- %\usepackage{floatflt} \usepackage{../styles/acc} \version{0.9} \doctype{Documentation:} \credit{} \otherlogo{ \resizebox{4cm}{!}{\includegraphics{../images/ac++logo}}} \sloppy \remark{} % less than one half space between lines \setstretch{1.15} \end_preamble \use_default_options false \maintain_unincluded_children false \language english \language_package default \inputencoding auto \fontencoding global \font_roman times \font_sans helvet \font_typewriter courier \font_default_family default \use_non_tex_fonts false \font_sc false \font_osf false \font_sf_scale 100 \font_tt_scale 100 \graphics default \default_output_format default \output_sync 0 \bibtex_command default \index_command default \paperfontsize 12 \spacing onehalf \use_hyperref false \papersize default \use_geometry false \use_amsmath 1 \use_esint 0 \use_mhchem 0 \use_mathdots 1 \cite_engine basic \use_bibtopic false \use_indices false \paperorientation portrait \suppress_date false \use_refstyle 0 \index Index \shortcut idx \color #008000 \end_index \secnumdepth 3 \tocdepth 3 \paragraph_separation indent \paragraph_indentation default \quotes_language english \papercolumns 1 \papersides 2 \paperpagestyle default \tracking_changes false \output_changes false \html_math_output 0 \html_css_as_file 0 \html_be_strict false \end_header \begin_body \begin_layout Title \emph on Ag++ Manual: \end_layout \begin_layout Author \size largest Georg Blaschke \end_layout \begin_layout Standard \begin_inset CommandInset toc LatexCommand tableofcontents \end_inset \begin_inset ERT status collapsed \begin_layout Plain Layout \backslash clearpage \end_layout \end_inset \end_layout \begin_layout Section \family sans \begin_inset CommandInset label LatexCommand label name "sec:Introduction" \end_inset \family default Introduction \end_layout \begin_layout Standard The \family typewriter ag++ \family default program provides a more intuitive frontend to the AspectC++ weaver ( \family typewriter ac++ \family default ) in a GNU environment. The only preliminaries are a working installation of GNU C++ compiler, which also can run within a cygwin environment. It basically wraps the functionality of the aspect weaver and the c++ compiler into one single program. \end_layout \begin_layout Section \family sans \begin_inset CommandInset label LatexCommand label name "sec:Invocation" \end_inset \family default Invocation \end_layout \begin_layout Standard The usage of \family typewriter ag++ \family default is mainly influenced by the usage of the GNU g++ compiler and the synopsis is like: \end_layout \begin_layout Standard \family typewriter ag++ [options] [files...] \family default . \begin_inset Newline newline \end_inset Let's say, you want to \series bold compile \series default a single file (here: \family typewriter main.cc \family default ) with \family typewriter g++, \family default you have to run \end_layout \begin_layout Standard \family typewriter g++ -c main.cc \family default \begin_inset Newline newline \end_inset in order to generate an object file. \begin_inset Newline newline \end_inset To \series bold weave \series default and \series bold compile \series default a single file you simply invoke \end_layout \begin_layout Standard \family typewriter ag++ -c main.cc \begin_inset Newline newline \end_inset \family default the same way like you did before with \family typewriter g++ \family default . \begin_inset Newline newline \end_inset \end_layout \begin_layout Subsection Concept \end_layout \begin_layout Standard As \family typewriter ag++ \family default is just a wrapper, it first generates the puma configuration file, then calls \family typewriter ac++ \family default and afterwards \family typewriter g++ \family default . The intermediate files generated by \family typewriter ac++ \family default are stored in the directory which is extracted from the \family typewriter -o \family default option or in current directory. In some cases this may lead to a situation where the names of intermediate files interfere with each other. \end_layout \begin_layout Subsection Options \end_layout \begin_layout Standard All available options are summed up in the options table (see table \begin_inset CommandInset ref LatexCommand ref reference "tab:options" \end_inset ). The column labeled with \emph on AC++ \emph default shows if the option is taken over from \family typewriter ac++ \family default by \family typewriter ag++ \family default ('X'), not supported by \family typewriter ac++ \family default ('--') or modified by \family typewriter ag++ \family default ('!'). All options which are taken over, are not described in this document. Consult the AC++ Compiler Manual instead. Options which are not listed in the option table are accounted as \family typewriter g++ \family default options. Some \family typewriter g++ \family default options can not be automatically handled correctly by the options parser of \family typewriter ag++. \family default So all \family typewriter g++ \family default options starting with \family typewriter -p, -a, -d and -r \family default (e.g. \family typewriter -pipe, -ansi, -dletters ,-remap \family default ) have to be written between \family typewriter --Xcompiler \family default (see \begin_inset CommandInset ref LatexCommand ref reference "sub:--Xcompiler" \end_inset ) and \family typewriter --Xweaver \family default (see \begin_inset CommandInset ref LatexCommand ref reference "sub:--Xweaver" \end_inset ). If such options passed to \family typewriter ag++ \family default without using \family typewriter --Xcompiler \family default they will be interpreted a \family typewriter ag++/ac++ \family default options ; e.g. \family typewriter -pipe \family default will be interpreted as \family typewriter -p \begin_inset Quotes eld \end_inset ipe \family default \begin_inset Quotes erd \end_inset \family typewriter . \end_layout \begin_layout Standard \begin_inset Float table wide false sideways false status open \begin_layout Plain Layout \align center \begin_inset Tabular \begin_inset Text \begin_layout Plain Layout \series bold Option \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \series bold AC++ \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \series bold Description \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --gen_config \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout -- \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Only generate Puma configuration file \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --weave_only \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout -- \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none Weave only \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -c \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout ! \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none Compile only \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --keep_woven \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout -- \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none Keep woven source code files \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --c_compiler \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout -- \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none Path to C++ compiler \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --ac_compiler \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout -- \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none Path to AspectC++ compiler \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --config_command \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout -- \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Specify command which prints information about compiler \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --Xcompiler \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout -- \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout In case of doupt account following options as \family typewriter g++ \family default options. \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --Xweaver \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout -- \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout In case of doupt account following options as \family typewriter ac++ \family default options. \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -p|--path \begin_inset space ~ \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout ! \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Defines a project directory \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -d|--dest \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Specifies a target directory for saving \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -v|--verbose \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout ! \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Level of verbosity ( \family typewriter 0 \family default - \family typewriter 9 \family default ) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -o|--output \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Name of the output file \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --include_files \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Generate manipulated header files (short version \family typewriter -i \family default is not supported) \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -a|--aspect_header \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout ! \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none Name of aspect header file or \family default \series default \shape default \emph default \bar default \family typewriter \size default \noun default \color inherit 0 \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -r|--repository \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Name of the project repository \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --expr \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Pointcut expression to match in repository \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --config \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout ! \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Parser configuration file \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --no_line \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Disable generation of \family typewriter #line \family default directives \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -k|--keywords \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Allow AspectC++ keywords in normal project files \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --real-instances \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Let \family typewriter ac++ \family default perform a full template analysis \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --problem... \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Enable back-end compiler problem workaround \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --no_problem... \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Disable back-end compiler problem workaround \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --warn... \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Show a specific \family typewriter ac++ \family default warning that is suppressed by default \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --no_warn... \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Suppress a specific \family typewriter ac++ \family default warning \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -I \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Include file search path \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -D [=] \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Macro definitions \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter -U \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Undefine a macro \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout \family typewriter --include \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout X \end_layout \end_inset \begin_inset Text \begin_layout Plain Layout Forced include \end_layout \end_inset \end_inset \end_layout \begin_layout Plain Layout \begin_inset Caption \begin_layout Plain Layout \begin_inset CommandInset label LatexCommand label name "tab:options" \end_inset \family typewriter ag++ \family default Compiler Option Summary \end_layout \end_inset \end_layout \end_inset \end_layout \begin_layout Subsubsection \family typewriter --gen_config \end_layout \begin_layout Standard Just create a parser configuration and quit afterwards. The argument of the \family typewriter -o \family default option specifies the name of the file. In any other case (no \family typewriter --gen_config \family default and/or no \family typewriter -o \family default option) a configuration file with the name 'puma.config' will be generated in the directory where \family typewriter ag++ \family default was invoked. \end_layout \begin_layout Subsubsection \family typewriter --weave_only \end_layout \begin_layout Standard Generate only woven source code files. With \family typewriter -o \family default option and one file the generated output is named after the argument of the \family typewriter -o \family default option. \end_layout \begin_layout Subsubsection \family typewriter --path \end_layout \begin_layout Standard This options differs only slightly from the \family typewriter --path \family default option of \family typewriter ac++ \family default . In \family typewriter ac++ \family default it is mandatory to specify a project path, whereby \family typewriter ag++ \family default the current working directory is used as project path by default. Especially for larger projects it is NOT wise to rely on the default project path, as weaving take a lot of time. See the AspectC++ Compiler Manual for a more detailed description of this option. \end_layout \begin_layout Subsubsection \family typewriter -c \end_layout \begin_layout Standard Like the \family typewriter -c \family default option of \family typewriter g++ \family default , this options effects the creation of object files of one or more source files. \end_layout \begin_layout Subsubsection \family typewriter -v|--verbose [] \end_layout \begin_layout Standard Set the level of verbosity. \end_layout \begin_layout Subsubsection \family typewriter --aspect-header \end_layout \begin_layout Standard This option differs from meaning in \family typewriter ac++ \family default only if dependencies are generated ( see \begin_inset CommandInset ref LatexCommand ref reference "sub:Generating-dependency-information" \end_inset ). \end_layout \begin_layout Subsubsection \family typewriter --keep_woven \end_layout \begin_layout Standard Don't remove intermediate woven files. \end_layout \begin_layout Subsubsection \family typewriter --c_compiler \end_layout \begin_layout Standard Specify path to GNU C++ compiler ̇ The default is \family typewriter g++. \end_layout \begin_layout Subsubsection \family typewriter --ac_compiler \end_layout \begin_layout Standard Specify path to AspectC++ compiler ̇ By default ag++ assumes, that the ac++ executable is located in the same directory like itself. \end_layout \begin_layout Subsubsection \family typewriter --config_command \end_layout \begin_layout Standard Specify the command which prints information about the compiler. This information is necessary for generating the parser (puma) configuration file. The default value is \begin_inset Quotes erd \end_inset \family typewriter -E -dM -v -x c++ \begin_inset Quotes erd \end_inset . \end_layout \begin_layout Subsubsection \family typewriter --config \end_layout \begin_layout Standard Path to a puma configuration file. If this option is available the configuration file will not be generated automatically. \end_layout \begin_layout Subsubsection \family typewriter \begin_inset CommandInset label LatexCommand label name "sub:--Xcompiler" \end_inset --Xcompiler \end_layout \begin_layout Standard \family typewriter ac++ \family default and \family typewriter ag++ \family default options that might interfere with \family typewriter g++ \family default options are not recognized after using \family typewriter --Xcompiler \family default in the argument list of an \family typewriter ag++ \family default invocation. \end_layout \begin_layout Subsubsection \family typewriter \begin_inset CommandInset label LatexCommand label name "sub:--Xweaver" \end_inset --Xweaver \end_layout \begin_layout Standard Enable the recognition of those \family typewriter ac++ \family default and \family typewriter ag++ \family default options which previously have been disabled by the usage of -- \family typewriter Xcompiler. \end_layout \begin_layout Subsection \begin_inset CommandInset label LatexCommand label name "sub:Generating-dependency-information" \end_inset Generating dependency information \end_layout \begin_layout Standard To produce dependency files just pass the \family typewriter -M \family default or \family typewriter -MM \family default (consult the GNU C++ Compiler Manual) to \family typewriter ag++ \family default . Dependency files generated by \family typewriter ag++ \family default are slighty different from dependency files created by \family typewriter g++ \family default , as they contain dependencies to aspect header files. If the \family typewriter --aspect-header \family default option is provided, only the header file specified as option argument is considered when building the dependency file; otherwise the dependency file will contain all aspect header files within the whole project path . \end_layout \begin_layout Subsection Examples \end_layout \begin_layout Itemize \family typewriter ag++ --help \family default \begin_inset Newline newline \end_inset Displays all options with a short description. \end_layout \begin_layout Itemize \family typewriter ag++ -o test Test.cc main.cc \begin_inset Newline newline \end_inset \family default Weave, compile and link the source files \family typewriter Test.cc \family default and \family typewriter main.cc \family default . The created executable will be named ' \family typewriter test \family default '. \end_layout \begin_layout Itemize \family typewriter ag++ --gen_config \begin_inset Newline newline \end_inset \family default Create a puma configuration file named \family typewriter puma.config \family default within the current working directory. \end_layout \begin_layout Itemize \family typewriter ag++ --gen_config -o my.config \begin_inset Newline newline \end_inset \family default Create a puma configuration file named \family typewriter my.config. \end_layout \begin_layout Itemize \family typewriter ag++ --path src --include_files --dest gen/includes \begin_inset Newline newline \end_inset \family default Generate modified include files out of all include files found below \family typewriter src \family default directory and store them under ' \family typewriter gen/includes \family default '. \end_layout \begin_layout Itemize \family typewriter ag++ -M -MFmain.dep main.cc \begin_inset Newline newline \end_inset \family default Generate dependency file \family typewriter main.dep \family default from source file \family typewriter main.cc \family default . \end_layout \begin_layout Itemize \family typewriter ag++ -p ../aspects -p . --Xcompiler \begin_inset Newline newline \end_inset \family default This string could be used to substitute \family typewriter g++ \family default in a simple \family typewriter make \family default environment. \end_layout \end_body \end_document aspectc++/Ag++/doc/Ag++Manual/PaxHeaders.4702/Ag++Manual.pdf0000644000000000000000000000007412740141200017636 xustar0030 atime=1468174988.296169451 30 ctime=1468174988.297169467 aspectc++/Ag++/doc/Ag++Manual/Ag++Manual.pdf0000644000175000001440000027214512740141200020033 0ustar00osusers00000000000000%PDF-1.4 %ÐÔÅØ 1 0 obj << /S /GoTo /D (section.1) >> endobj 4 0 obj (1 Introduction) endobj 5 0 obj << /S /GoTo /D (section.2) >> endobj 8 0 obj (2 Invocation) endobj 9 0 obj << /S /GoTo /D (subsection.2.1) >> endobj 12 0 obj (2.1 Concept) endobj 13 0 obj << /S /GoTo /D (subsection.2.2) >> endobj 16 0 obj (2.2 Options) endobj 17 0 obj << /S /GoTo /D (subsubsection.2.2.1) >> endobj 20 0 obj (2.2.1 --gen\137config) endobj 21 0 obj << /S /GoTo /D (subsubsection.2.2.2) >> endobj 24 0 obj (2.2.2 --weave\137only) endobj 25 0 obj << /S /GoTo /D (subsubsection.2.2.3) >> endobj 28 0 obj (2.2.3 --path) endobj 29 0 obj << /S /GoTo /D (subsubsection.2.2.4) >> endobj 32 0 obj (2.2.4 -c) endobj 33 0 obj << /S /GoTo /D (subsubsection.2.2.5) >> endobj 36 0 obj (2.2.5 -v|--verbose []) endobj 37 0 obj << /S /GoTo /D (subsubsection.2.2.6) >> endobj 40 0 obj (2.2.6 --aspect-header ) endobj 41 0 obj << /S /GoTo /D (subsubsection.2.2.7) >> endobj 44 0 obj (2.2.7 --keep\137woven) endobj 45 0 obj << /S /GoTo /D (subsubsection.2.2.8) >> endobj 48 0 obj (2.2.8 --c\137compiler) endobj 49 0 obj << /S /GoTo /D (subsubsection.2.2.9) >> endobj 52 0 obj (2.2.9 --ac\137compiler) endobj 53 0 obj << /S /GoTo /D (subsubsection.2.2.10) >> endobj 56 0 obj (2.2.10 --config\137command) endobj 57 0 obj << /S /GoTo /D (subsubsection.2.2.11) >> endobj 60 0 obj (2.2.11 --config ) endobj 61 0 obj << /S /GoTo /D (subsubsection.2.2.12) >> endobj 64 0 obj (2.2.12 --Xcompiler) endobj 65 0 obj << /S /GoTo /D (subsubsection.2.2.13) >> endobj 68 0 obj (2.2.13 --Xweaver) endobj 69 0 obj << /S /GoTo /D (subsection.2.3) >> endobj 72 0 obj (2.3 Generating dependency information) endobj 73 0 obj << /S /GoTo /D (subsection.2.4) >> endobj 76 0 obj (2.4 Examples) endobj 77 0 obj << /S /GoTo /D [78 0 R /Fit ] >> endobj 81 0 obj << /Length 287 /Filter /FlateDecode >> stream xÚuPMkÃ0 ½ûWè˜P¢ÊßÎn+ÝÊ;Â.c‡¥ÙX›Ð¯ÿ?ÙiKadËzzïi:>+è8léÑ’‚±HƇ6°Ä«[– Á$Í©”h¬‚f'ö‚ÐqM¥Žé=}^÷ ó—„å Ö)îÑÞbB¼¨ÄüÙHPÙ‚„jsUgƒGoT_ð‘-‡æ¼kûS}úú‡ü³ze”š¢ mPÇG> endobj 79 0 obj << /Type /XObject /Subtype /Form /FormType 1 /PTEX.FileName (/home/schorsch/src/ac++/Ag++/doc/Ag++Manual//../images/ac++logo.pdf) /PTEX.PageNumber 1 /PTEX.InfoDict 87 0 R /BBox [0 0 188 102] /Resources << /ProcSet [ /PDF ] >> /Length 4094 /Filter /FlateDecode >> stream xœ}šKn,»±EûEMÀ‰äŸ†Ç àùÐmØóox­`VVIò1 ¸C$“ŒÏŽÁ{éqú¿ë÷ó¯}ìþûüãŸuõ£äùXç‘KY¿>ÚYŽ¶ê#¥rôTíGIë‘j=z^1n«<ÒÌGªóñÉŠó(eÜ’Ú3+êÇŸ5—#g÷HÇlíQøüªù‘Æ8F©Ò9ÕêÔ×±rfE)ù8kz¤6™ñ(©9µG*íXi2®Çj,à(¹U\3;“|²LŽ?u6Æ…­9tÇÙ’ Z?zív<ÇLÂÊuÖG^ú\ÊÖi5Ç…/QQÄ-¨è§$Ö—cM4YÛ:&G­™«Íá‚žŽ¼øK9¦GR/£2F±'G«½lPÛÁüPÓ`k×ÚÑfcj:û| ô½<Òã}~üßG:ëyôÁ½Ù¦W zKØ­ tv'Çñ³?ÇŸ¬@Ûé%ùúXsgù_’çøù•{|ãóc 4“û-™+•Ûýiüùñ’`ÝÞùêd÷Áî³â8¸Ã,ã¨)?ÎÊ:fΣU¾Î©V(½ë|ç; 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%C38D938C938D938C93A1FD1FFF7D7D527DA8FD46FFA19368936893A1FD07 %FF9A9A939A94C3A8FD20FF7D527D52FD49FFCA9A938D93FD2EFF7D7D527D %A8FD4BFFCA9BCAFD2EFFA8A8A8FDFCFFFD40FFFF %%EndData %%EndComments %%BeginProlog %%BeginResource: procset Adobe_level2_AI5 1.2 0 %%Title: (Adobe Illustrator (R) Version 5.0 Level 2 Emulation) %%Version: 1.2 0 %%CreationDate: (04/10/93) () %%Copyright: ((C) 1987-1996 Adobe Systems Incorporated All Rights Reserved) userdict /Adobe_level2_AI5 26 dict dup begin put /packedarray where not { userdict begin /packedarray { array astore readonly } bind def /setpacking /pop load def /currentpacking false def end 0 } if pop userdict /defaultpacking currentpacking put true setpacking /initialize { Adobe_level2_AI5 begin } bind def /terminate { currentdict Adobe_level2_AI5 eq { end } if } bind def mark /setcustomcolor where not { /findcmykcustomcolor { (AI8_CMYK_CustomColor) 6 packedarray } bind def /findrgbcustomcolor { (AI8_RGB_CustomColor) 5 packedarray } bind def /setcustomcolor { exch aload pop dup (AI8_CMYK_CustomColor) eq { pop pop 4 { 4 index mul 4 1 roll } repeat 5 -1 roll pop setcmykcolor } { dup (AI8_RGB_CustomColor) eq { pop pop 3 { 1 exch sub 3 index mul 1 exch sub 3 1 roll } repeat 4 -1 roll pop setrgbcolor } { pop 4 { 4 index mul 4 1 roll } repeat 5 -1 roll pop setcmykcolor } ifelse } ifelse } def } if /setAIseparationgray { false setoverprint 0 setgray /setseparationgray where{ pop setseparationgray }{ /setcolorspace where{ pop [/Separation (All) /DeviceCMYK {dup dup dup}] setcolorspace 1 exch sub setcolor }{ setgray }ifelse }ifelse } def /gt38? mark {version cvr cvx exec} stopped {cleartomark true} {38 gt exch pop} ifelse def userdict /deviceDPI 72 0 matrix defaultmatrix dtransform dup mul exch dup mul add sqrt put userdict /level2? systemdict /languagelevel known dup { pop systemdict /languagelevel get 2 ge } if put /level2ScreenFreq { begin 60 HalftoneType 1 eq { pop Frequency } if HalftoneType 2 eq { pop GrayFrequency } if HalftoneType 5 eq { pop Default level2ScreenFreq } if end } bind def userdict /currentScreenFreq level2? {currenthalftone level2ScreenFreq} {currentscreen pop pop} ifelse put level2? not { /setcmykcolor where not { /setcmykcolor { exch .11 mul add exch .59 mul add exch .3 mul add 1 exch sub setgray } def } if /currentcmykcolor where not { /currentcmykcolor { 0 0 0 1 currentgray sub } def } if /setoverprint where not { /setoverprint /pop load def } if /selectfont where not { /selectfont { exch findfont exch dup type /arraytype eq { makefont } { scalefont } ifelse setfont } bind def } if /cshow where not { /cshow { [ 0 0 5 -1 roll aload pop ] cvx bind forall } bind def } if } if cleartomark /anyColor? { add add add 0 ne } bind def /testColor { gsave setcmykcolor currentcmykcolor grestore } bind def /testCMYKColorThrough { testColor anyColor? } bind def userdict /composite? 1 0 0 0 testCMYKColorThrough 0 1 0 0 testCMYKColorThrough 0 0 1 0 testCMYKColorThrough 0 0 0 1 testCMYKColorThrough and and and put composite? not { userdict begin gsave /cyan? 1 0 0 0 testCMYKColorThrough def /magenta? 0 1 0 0 testCMYKColorThrough def /yellow? 0 0 1 0 testCMYKColorThrough def /black? 0 0 0 1 testCMYKColorThrough def grestore /isCMYKSep? cyan? magenta? yellow? black? or or or def /customColor? isCMYKSep? not def end } if end defaultpacking setpacking %%EndResource %%BeginProcSet: Adobe_ColorImage_AI6 1.2 0 userdict /Adobe_ColorImage_AI6 known not { userdict /Adobe_ColorImage_AI6 50 dict put } if userdict /Adobe_ColorImage_AI6 get begin /initialize { Adobe_ColorImage_AI6 begin Adobe_ColorImage_AI6 { dup type /arraytype eq { dup xcheck { bind } if } if pop pop } forall } def /terminate { end } def currentdict /Adobe_ColorImage_AI6_Vars known not { /Adobe_ColorImage_AI6_Vars 40 dict def } if Adobe_ColorImage_AI6_Vars begin /plateindex -1 def /_newproc null def /_proc1 null def /_proc2 null def /channelcount 0 def /sourcecount 0 def /sourcearray 4 array def /_ptispace null def /_ptiname null def /_pti0 0 def /_pti1 0 def /_ptiproc null def /_ptiscale 0 def /_pticomps 0 def /_ptibuf 0 string def /_gtigray 0 def /_cticmyk null def /_rtirgb null def /XIEnable true def /XIType 0 def /XIEncoding 0 def /XICompression 0 def /XIChannelCount 0 def /XIBitsPerPixel 0 def /XIImageHeight 0 def /XIImageWidth 0 def /XIImageMatrix null def /XIRowBytes 0 def /XIFile null def /XIBuffer1 null def /XIBuffer2 null def /XIDataProc null def /XIVersion 6 def /XIColorSpace /DeviceGray def /XIColorValues 0 def end currentdict /_colorimage known not { /colorimage where { /colorimage get /_colorimage exch def }{ /_colorimage null def } ifelse } if /_image systemdict /image get def /_currenttransfer systemdict /currenttransfer get def /FourEqual { 4 index ne { pop pop pop false }{ 4 index ne { pop pop false }{ 4 index ne { pop false }{ 4 index eq } ifelse } ifelse } ifelse } def /TestPlateIndex { Adobe_ColorImage_AI6_Vars begin /plateindex -1 def /setcmykcolor where { pop gsave 1 0 0 0 setcmykcolor systemdict /currentgray get exec 1 exch sub 0 1 0 0 setcmykcolor systemdict /currentgray get exec 1 exch sub 0 0 1 0 setcmykcolor systemdict /currentgray get exec 1 exch sub 0 0 0 1 setcmykcolor systemdict /currentgray get exec 1 exch sub grestore 1 0 0 0 FourEqual { /plateindex 0 def }{ 0 1 0 0 FourEqual { /plateindex 1 def }{ 0 0 1 0 FourEqual { /plateindex 2 def }{ 0 0 0 1 FourEqual { /plateindex 3 def }{ 0 0 0 0 FourEqual { /plateindex 5 def } if } ifelse } ifelse } ifelse } ifelse pop pop pop pop } if plateindex end } def /concatprocs { /packedarray where { pop dup type /packedarraytype eq 2 index type /packedarraytype eq or }{ false } ifelse { /_proc2 exch cvlit def /_proc1 exch cvlit def _proc1 aload pop _proc2 aload pop _proc1 length _proc2 length add packedarray cvx }{ /_proc2 exch cvlit def /_proc1 exch cvlit def /_newproc _proc1 length _proc2 length add array def _newproc 0 _proc1 putinterval _newproc _proc1 length _proc2 putinterval _newproc cvx } ifelse } def /clrspaceissepn { type /arraytype eq } def /clrspacegetname { dup clrspaceissepn {dup length 2 sub get}{pop ()} ifelse } def /clrspacegetalt { aload pop pop pop colormake } def /clrspacegetcomps { dup /DeviceGray eq { pop 1 }{ dup /DeviceRGB eq { pop 3 }{ /DeviceCMYK eq { 4 }{ 1 } ifelse } ifelse } ifelse } def /clrspacemarksplate { dup /DeviceGray eq { pop plateindex 3 eq }{ dup /DeviceRGB eq { pop plateindex 5 ne }{ dup /DeviceCMYK eq { pop plateindex 5 ne }{ /findcmykcustomcolor where { pop dup length 2 sub get 0.1 0.1 0.1 0.1 5 -1 roll findcmykcustomcolor 1 setcustomcolor systemdict /currentgray get exec 1 ne }{ pop plateindex 5 ne } ifelse } ifelse } ifelse } ifelse } def /colormake { dup clrspacegetcomps exch 1 index 2 add 1 roll dup 1 eq {pop}{array astore} ifelse exch } def /colorexpand { dup clrspacegetname exch dup clrspaceissepn { clrspacegetalt exch 4 1 roll }{ 1 3 1 roll } ifelse } def /colortint { dup /DeviceGray eq { 3 1 roll 1 exch sub mul 1 exch sub exch }{ dup /DeviceRGB eq { 3 1 roll {1 exch sub 1 index mul 1 exch sub exch} forall pop 3 array astore exch }{ dup /DeviceCMYK eq { 3 1 roll {1 index mul exch} forall pop 4 array astore exch }{ 3 1 roll mul exch } ifelse } ifelse } ifelse } def /colortocmyk { dup /DeviceGray eq { pop 1 exch sub 0 0 0 4 -1 roll 4 array astore }{ dup /DeviceRGB eq { pop aload pop _rgbtocmyk 4 array astore }{ dup /DeviceCMYK eq { pop }{ clrspacegetalt colortint colortocmyk } ifelse } ifelse } ifelse } def /makeimagedict { 7 dict begin /ImageType 1 def /Decode exch def /DataSource exch def /ImageMatrix exch def /BitsPerComponent exch def /Height exch def /Width exch def currentdict end } def /stringinvert { 0 1 2 index length 1 sub { dup 2 index exch get 255 exch sub 2 index 3 1 roll put } for } def /stringknockout { 0 1 2 index length 1 sub { 255 2 index 3 1 roll put } for } def /stringapply { 0 1 4 index length 1 sub { dup 4 index exch get 3 index 3 1 roll 3 index exec } for pop exch pop } def /WalkRGBString { 0 3 index dup length 1 sub 0 3 3 -1 roll { 3 getinterval {} forall 5 index exec 3 index } for 5 {pop} repeat } def /WalkCMYKString { 0 3 index dup length 1 sub 0 4 3 -1 roll { 4 getinterval {} forall 6 index exec 3 index } for 5 { pop } repeat } def /StuffRGBIntoGrayString { .11 mul exch .59 mul add exch .3 mul add cvi 3 copy put pop 1 add } def /StuffCMYKIntoGrayString { exch .11 mul add exch .59 mul add exch .3 mul add dup 255 gt { pop 255 } if 255 exch sub cvi 3 copy put pop 1 add } def /RGBToGrayImageProc { Adobe_ColorImage_AI6_Vars begin sourcearray 0 get exec dup length 3 idiv string dup 3 1 roll /StuffRGBIntoGrayString load exch WalkRGBString end } def /CMYKToGrayImageProc { Adobe_ColorImage_AI6_Vars begin sourcearray 0 get exec dup length 4 idiv string dup 3 1 roll /StuffCMYKIntoGrayString load exch WalkCMYKString end } def /SeparateCMYKImageProc { Adobe_ColorImage_AI6_Vars begin sourcecount 0 ne { sourcearray plateindex get exec }{ sourcearray 0 get exec dup length 4 idiv string 0 2 index plateindex 4 2 index length 1 sub { get 255 exch sub 3 copy put pop 1 add 2 index } for pop pop exch pop } ifelse end } def /ColorImageCompositeEmulator { pop true eq { Adobe_ColorImage_AI6_Vars /sourcecount get 5 add { pop } repeat }{ Adobe_ColorImage_AI6_Vars /channelcount get 1 ne { Adobe_ColorImage_AI6_Vars begin sourcearray 0 3 -1 roll put channelcount 3 eq {/RGBToGrayImageProc}{/CMYKToGrayImageProc} ifelse load end } if image } ifelse } def /colorimage { Adobe_ColorImage_AI6_Vars begin /channelcount 1 index def /sourcecount 2 index 1 eq { channelcount 1 sub } { 0 } ifelse def 4 sourcecount add index end dup 8 eq exch 1 eq or not { /_colorimage load null ne { _colorimage }{ Adobe_ColorImage_AI6_Vars /sourcecount get 7 add { pop } repeat } ifelse }{ dup 3 eq TestPlateIndex dup -1 eq exch 5 eq or or { /_colorimage load null eq { ColorImageCompositeEmulator }{ dup 1 eq { pop pop image }{ Adobe_ColorImage_AI6_Vars /plateindex get 5 eq { gsave 0 _currenttransfer exec 1 _currenttransfer exec eq { 0 _currenttransfer exec 0.5 lt } { 0 _currenttransfer exec 1 _currenttransfer exec gt } ifelse { { pop 0 } } { { pop 1 } } ifelse systemdict /settransfer get exec } if _colorimage Adobe_ColorImage_AI6_Vars /plateindex get 5 eq { grestore } if } ifelse } ifelse }{ dup 1 eq { pop pop image }{ pop pop Adobe_ColorImage_AI6_Vars begin sourcecount -1 0 { exch sourcearray 3 1 roll put } for /SeparateCMYKImageProc load end systemdict /image get exec } ifelse } ifelse } ifelse } def /proctintimage { /_ptispace exch store /_ptiname exch store /_pti1 exch store /_pti0 exch store /_ptiproc exch store /_pticomps _ptispace clrspacegetcomps store /_ptiscale _pti1 _pti0 sub store level2? { _ptiname length 0 gt version cvr 2012 ge and { [/Separation _ptiname _ptispace {_ptiproc}] setcolorspace [_pti0 _pti1] makeimagedict _image }{ [/Indexed _ptispace 255 {255 div _ptiscale mul _pti0 add _ptiproc}] setcolorspace [0 255] makeimagedict _image } ifelse }{ _pticomps 1 eq { { dup { 255 div _ptiscale mul _pti0 add _ptiproc 255 mul cvi put } stringapply } concatprocs _image }{ { dup length _pticomps mul dup _ptibuf length ne {/_ptibuf exch string store}{pop} ifelse _ptibuf { exch _pticomps mul exch 255 div _ptiscale mul _pti0 add _ptiproc _pticomps 2 add -2 roll _pticomps 1 sub -1 0 { 1 index add 2 index exch 5 -1 roll 255 mul cvi put } for pop pop } stringapply } concatprocs false _pticomps /_colorimage load null eq {7 {pop} repeat}{_colorimage} ifelse } ifelse } ifelse } def /graytintimage { /_gtigray 5 -1 roll store {1 _gtigray sub mul 1 exch sub} 4 1 roll /DeviceGray proctintimage } def /cmyktintimage { /_cticmyk 5 -1 roll store {_cticmyk {1 index mul exch} forall pop} 4 1 roll /DeviceCMYK proctintimage } def /rgbtintimage { /_rtirgb 5 -1 roll store {_rtirgb {1 exch sub 1 index mul 1 exch sub exch} forall pop} 4 1 roll /DeviceRGB proctintimage } def /tintimage { TestPlateIndex -1 eq { colorexpand 3 -1 roll 5 -1 roll {0}{0 exch} ifelse 4 2 roll dup /DeviceGray eq { pop graytintimage }{ dup /DeviceRGB eq { pop rgbtintimage }{ pop cmyktintimage } ifelse } ifelse }{ dup clrspacemarksplate { plateindex 5 lt { colortocmyk plateindex get 1 exch sub exch {1 0}{0 1} ifelse () graytintimage }{ pop exch {0}{0 exch} ifelse 0 3 1 roll () graytintimage } ifelse }{ pop pop pop {pop 1} 0 1 () /DeviceGray proctintimage } ifelse } ifelse } def /XINullImage { } def /XIImageMask { XIImageWidth XIImageHeight false [XIImageWidth 0 0 XIImageHeight neg 0 0] /XIDataProc load imagemask } def /XIImageTint { 0 setgray XIImageWidth XIImageHeight XIBitsPerPixel [XIImageWidth 0 0 XIImageHeight neg 0 0] /XIDataProc load XIType 3 eq XIColorValues XIColorSpace tintimage } def /XIImage { 0 setgray XIImageWidth XIImageHeight XIBitsPerPixel [XIImageWidth 0 0 XIImageHeight neg 0 0] /XIDataProc load XIChannelCount 1 eq {image}{false XIChannelCount colorimage} ifelse } def /XG { pop pop } def /XF { 13 {pop} repeat } def /Xh { Adobe_ColorImage_AI6_Vars begin gsave /XIType exch def /XIImageHeight exch def /XIImageWidth exch def /XIImageMatrix exch def 0 0 moveto XIImageMatrix concat XIImageWidth XIImageHeight scale XIType 1 eq { /_lp /null ddef _fc /_lp /imagemask ddef } if /XIVersion 7 def end } def /XH { Adobe_ColorImage_AI6_Vars begin /XIVersion 6 def grestore end } def /XIEnable { Adobe_ColorImage_AI6_Vars /XIEnable 3 -1 roll put } def /XC { Adobe_ColorImage_AI6_Vars begin colormake /XIColorSpace exch def /XIColorValues exch def end } def /XI { Adobe_ColorImage_AI6_Vars begin gsave /XIType exch def cvi dup 256 idiv /XICompression exch store 256 mod /XIEncoding exch store pop pop /XIChannelCount exch def /XIBitsPerPixel exch def /XIImageHeight exch def /XIImageWidth exch def pop pop pop pop /XIImageMatrix exch def XIBitsPerPixel 1 eq { XIImageWidth 8 div ceiling cvi }{ XIImageWidth XIChannelCount mul } ifelse /XIRowBytes exch def XIEncoding 0 ne XIVersion 6 le and { currentfile 128 string readline pop pop } if XICompression 0 eq { /XIBuffer1 XIRowBytes string def XIEncoding 0 eq { {currentfile XIBuffer1 readhexstring pop} }{ {currentfile XIBuffer1 readstring pop} } ifelse }{ /XIBuffer1 256 string def /XIBuffer2 XIRowBytes string def {currentfile XIBuffer1 readline pop (%) anchorsearch {pop} if} /ASCIIHexDecode filter /DCTDecode filter /XIFile exch def {XIFile XIBuffer2 readstring pop} } ifelse /XIDataProc exch def XIVersion 6 le { 0 0 moveto XIImageMatrix concat XIImageWidth XIImageHeight scale XIType 1 eq { /_lp /null ddef _fc /_lp /imagemask ddef } if } if XIEnable { XIType 1 eq { XIImageMask }{ XIType 2 eq XIType 3 eq or { XIImageTint }{ XIImage } ifelse } ifelse }{ XINullImage } ifelse grestore end } def end %%EndProcSet %%BeginResource: procset Adobe_Illustrator_AI5 1.2 0 %%Title: (Adobe Illustrator (R) Version 7.0 Full Prolog) %%Version: 1.2 0 %%CreationDate: (3/7/1994) () %%Copyright: ((C) 1987-1996 Adobe Systems Incorporated All Rights Reserved) currentpacking true setpacking userdict /Adobe_Illustrator_AI5_vars 107 dict dup begin put /_eo false def /_lp /none def /_pf { } def /_ps { } def /_psf { } def /_pss { } def /_pjsf { } def /_pjss { } def /_pola 0 def /_doClip 0 def /cf currentflat def /_lineorientation 0 def /_charorientation 0 def /_yokoorientation 0 def /_tm matrix def /_renderStart [ /e0 /r0 /a0 /o0 /e1 /r1 /a1 /i0 ] def /_renderEnd [ null null null null /i1 /i1 /i1 /i1 ] def /_render -1 def /_shift [0 0] def /_ax 0 def /_ay 0 def /_cx 0 def /_cy 0 def /_leading [ 0 0 ] def /_ctm matrix def /_mtx matrix def /_sp 16#020 def /_hyphen (-) def /_fontSize 0 def /_fontAscent 0 def /_fontDescent 0 def /_fontHeight 0 def /_fontRotateAdjust 0 def /Ss 256 string def Ss 0 (fonts/) putinterval /_cnt 0 def /_scale [1 1] def /_nativeEncoding 0 def /_useNativeEncoding 0 def /_tempEncode 0 def /_pntr 0 def /_tDict 2 dict def /_hfname 100 string def /_hffound false def /Tx { } def /Tj { } def /CRender { } def /_AI3_savepage { } def /_gf null def /_cf 4 array def /_rgbf 3 array def /_if null def /_of false def /_fc { } def /_gs null def /_cs 4 array def /_rgbs 3 array def /_is null def /_os false def /_sc { } def /_pd 1 dict def /_ed 15 dict def /_pm matrix def /_fm null def /_fd null def /_fdd null def /_sm null def /_sd null def /_sdd null def /_i null def /_lobyte 0 def /_hibyte 0 def /_cproc null def /_cscript 0 def /_hvax 0 def /_hvay 0 def /_hvwb 0 def /_hvcx 0 def /_hvcy 0 def /_bitfont null def /_bitlobyte 0 def /_bithibyte 0 def /_bitkey null def /_bitdata null def /_bitindex 0 def /discardSave null def /buffer 256 string def /beginString null def /endString null def /endStringLength null def /layerCnt 1 def /layerCount 1 def /perCent (%) 0 get def /perCentSeen? false def /newBuff null def /newBuffButFirst null def /newBuffLast null def /clipForward? false def end userdict /Adobe_Illustrator_AI5 known not { userdict /Adobe_Illustrator_AI5 95 dict put } if userdict /Adobe_Illustrator_AI5 get begin /initialize { Adobe_Illustrator_AI5 dup begin Adobe_Illustrator_AI5_vars begin discardDict { bind pop pop } forall dup /nc get begin { dup xcheck 1 index type /operatortype ne and { bind } if pop pop } forall end newpath } def /terminate { end end } def /_ null def /ddef { Adobe_Illustrator_AI5_vars 3 1 roll put } def /xput { dup load dup length exch maxlength eq { dup dup load dup length 2 mul dict copy def } if load begin def end } def /npop { { pop } repeat } def /hswj { dup stringwidth 3 2 roll { _hvwb eq { exch _hvcx add exch _hvcy add } if exch _hvax add exch _hvay add } cforall } def /vswj { 0 0 3 -1 roll { dup 255 le _charorientation 1 eq and { dup cstring stringwidth 5 2 roll _hvwb eq { exch _hvcy sub exch _hvcx sub } if exch _hvay sub exch _hvax sub 4 -1 roll sub exch 3 -1 roll sub exch } { _hvwb eq { exch _hvcy sub exch _hvcx sub } if exch _hvay sub exch _hvax sub _fontHeight sub } ifelse } cforall } def /swj { 6 1 roll /_hvay exch ddef /_hvax exch ddef /_hvwb exch ddef /_hvcy exch ddef /_hvcx exch ddef _lineorientation 0 eq { hswj } { vswj } ifelse } def /sw { 0 0 0 6 3 roll swj } def /vjss { 4 1 roll { dup cstring dup length 1 eq _charorientation 1 eq and { -90 rotate currentpoint _fontRotateAdjust add moveto gsave false charpath currentpoint 5 index setmatrix stroke grestore _fontRotateAdjust sub moveto _sp eq { 5 index 5 index rmoveto } if 2 copy rmoveto 90 rotate } { currentpoint _fontHeight sub 5 index sub 3 index _sp eq { 9 index sub } if currentpoint exch 4 index stringwidth pop 2 div sub exch _fontAscent sub moveto gsave 2 index false charpath 6 index setmatrix stroke grestore moveto pop pop } ifelse } cforall 6 npop } def /hjss { 4 1 roll { dup cstring gsave false charpath currentpoint 5 index setmatrix stroke grestore moveto _sp eq { 5 index 5 index rmoveto } if 2 copy rmoveto } cforall 6 npop } def /jss { _lineorientation 0 eq { hjss } { vjss } ifelse } def /ss { 0 0 0 7 3 roll jss } def /vjsp { 4 1 roll { dup cstring dup length 1 eq _charorientation 1 eq and { -90 rotate currentpoint _fontRotateAdjust add moveto false charpath currentpoint _fontRotateAdjust sub moveto _sp eq { 5 index 5 index rmoveto } if 2 copy rmoveto 90 rotate } { currentpoint _fontHeight sub 5 index sub 3 index _sp eq { 9 index sub } if currentpoint exch 4 index stringwidth pop 2 div sub exch _fontAscent sub moveto 2 index false charpath moveto pop pop } ifelse } cforall 6 npop } def /hjsp { 4 1 roll { dup cstring false charpath _sp eq { 5 index 5 index rmoveto } if 2 copy rmoveto } cforall 6 npop } def /jsp { matrix currentmatrix _lineorientation 0 eq {hjsp} {vjsp} ifelse } def /sp { matrix currentmatrix 0 0 0 7 3 roll _lineorientation 0 eq {hjsp} {vjsp} ifelse } def /pl { transform 0.25 sub round 0.25 add exch 0.25 sub round 0.25 add exch itransform } def /setstrokeadjust where { pop true setstrokeadjust /c { curveto } def /C /c load def /v { currentpoint 6 2 roll curveto } def /V /v load def /y { 2 copy curveto } def /Y /y load def /l { lineto } def /L /l load def /m { moveto } def } { /c { pl curveto } def /C /c load def /v { currentpoint 6 2 roll pl curveto } def /V /v load def /y { pl 2 copy curveto } def /Y /y load def /l { pl lineto } def /L /l load def /m { pl moveto } def } ifelse /d { setdash } def /cf { } def /i { dup 0 eq { pop cf } if setflat } def /j { setlinejoin } def /J { setlinecap } def /M { setmiterlimit } def /w { setlinewidth } def /XR { 0 ne /_eo exch ddef } def /H { } def /h { closepath } def /N { _pola 0 eq { _doClip 1 eq { _eo {eoclip} {clip} ifelse /_doClip 0 ddef } if newpath } { /CRender { N } ddef } ifelse } def /n { N } def /F { _pola 0 eq { _doClip 1 eq { gsave _pf grestore _eo {eoclip} {clip} ifelse newpath /_lp /none ddef _fc /_doClip 0 ddef } { _pf } ifelse } { /CRender { F } ddef } ifelse } def /f { closepath F } def /S { _pola 0 eq { _doClip 1 eq { gsave _ps grestore _eo {eoclip} {clip} ifelse newpath /_lp /none ddef _sc /_doClip 0 ddef } { _ps } ifelse } { /CRender { S } ddef } ifelse } def /s { closepath S } def /B { _pola 0 eq { _doClip 1 eq gsave F grestore { gsave S grestore _eo {eoclip} {clip} ifelse newpath /_lp /none ddef _sc /_doClip 0 ddef } { S } ifelse } { /CRender { B } ddef } ifelse } def /b { closepath B } def /W { /_doClip 1 ddef } def /* { count 0 ne { dup type /stringtype eq { pop } if } if newpath } def /u { } def /U { } def /q { _pola 0 eq { gsave } if } def /Q { _pola 0 eq { grestore } if } def /*u { _pola 1 add /_pola exch ddef } def /*U { _pola 1 sub /_pola exch ddef _pola 0 eq { CRender } if } def /D { pop } def /*w { } def /*W { } def /` { /_i save ddef clipForward? { nulldevice } if 6 1 roll 4 npop concat pop userdict begin /showpage { } def 0 setgray 0 setlinecap 1 setlinewidth 0 setlinejoin 10 setmiterlimit [] 0 setdash /setstrokeadjust where {pop false setstrokeadjust} if newpath 0 setgray false setoverprint } def /~ { end _i restore } def /O { 0 ne /_of exch ddef /_lp /none ddef } def /R { 0 ne /_os exch ddef /_lp /none ddef } def /g { /_gf exch ddef /_fc { _lp /fill ne { _of setoverprint _gf setgray /_lp /fill ddef } if } ddef /_pf { _fc _eo {eofill} {fill} ifelse } ddef /_psf { _fc hvashow } ddef /_pjsf { _fc hvawidthshow } ddef /_lp /none ddef } def /G { /_gs exch ddef /_sc { _lp /stroke ne { _os setoverprint _gs setgray /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /k { _cf astore pop /_fc { _lp /fill ne { _of setoverprint _cf aload pop setcmykcolor /_lp /fill ddef } if } ddef /_pf { _fc _eo {eofill} {fill} ifelse } ddef /_psf { _fc hvashow } ddef /_pjsf { _fc hvawidthshow } ddef /_lp /none ddef } def /K { _cs astore pop /_sc { _lp /stroke ne { _os setoverprint _cs aload pop setcmykcolor /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /Xa { _rgbf astore pop /_fc { _lp /fill ne { _of setoverprint _rgbf aload pop setrgbcolor /_lp /fill ddef } if } ddef /_pf { _fc _eo {eofill} {fill} ifelse } ddef /_psf { _fc hvashow } ddef /_pjsf { _fc hvawidthshow } ddef /_lp /none ddef } def /XA { _rgbs astore pop /_sc { _lp /stroke ne { _os setoverprint _rgbs aload pop setrgbcolor /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /_rgbtocmyk { 3 { 1 exch sub 3 1 roll } repeat 3 copy 1 4 1 roll 3 { 3 index 2 copy gt { exch } if pop 4 1 roll } repeat pop pop pop 4 1 roll 3 { 3 index sub 3 1 roll } repeat 4 -1 roll } def /Xx { exch /_gf exch ddef 0 eq { findcmykcustomcolor } { /findrgbcustomcolor where not { 4 1 roll _rgbtocmyk 5 -1 roll findcmykcustomcolor } { pop findrgbcustomcolor } ifelse } ifelse /_if exch ddef /_fc { _lp /fill ne { _of setoverprint _if _gf 1 exch sub setcustomcolor /_lp /fill ddef } if } ddef /_pf { _fc _eo {eofill} {fill} ifelse } ddef /_psf { _fc hvashow } ddef /_pjsf { _fc hvawidthshow } ddef /_lp /none ddef } def /XX { exch /_gs exch ddef 0 eq { findcmykcustomcolor } { /findrgbcustomcolor where not { 4 1 roll _rgbtocmyk 5 -1 roll findcmykcustomcolor } { pop findrgbcustomcolor } ifelse } ifelse /_is exch ddef /_sc { _lp /stroke ne { _os setoverprint _is _gs 1 exch sub setcustomcolor /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /x { /_gf exch ddef findcmykcustomcolor /_if exch ddef /_fc { _lp /fill ne { _of setoverprint _if _gf 1 exch sub setcustomcolor /_lp /fill ddef } if } ddef /_pf { _fc _eo {eofill} {fill} ifelse } ddef /_psf { _fc hvashow } ddef /_pjsf { _fc hvawidthshow } ddef /_lp /none ddef } def /X { /_gs exch ddef findcmykcustomcolor /_is exch ddef /_sc { _lp /stroke ne { _os setoverprint _is _gs 1 exch sub setcustomcolor /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /A { pop } def /annotatepage { userdict /annotatepage 2 copy known {get exec} {pop pop} ifelse } def /XT { pop pop } def /discard { save /discardSave exch store discardDict begin /endString exch store gt38? { 2 add } if load stopped pop end discardSave restore } bind def userdict /discardDict 7 dict dup begin put /pre38Initialize { /endStringLength endString length store /newBuff buffer 0 endStringLength getinterval store /newBuffButFirst newBuff 1 endStringLength 1 sub getinterval store /newBuffLast newBuff endStringLength 1 sub 1 getinterval store } def /shiftBuffer { newBuff 0 newBuffButFirst putinterval newBuffLast 0 currentfile read not { stop } if put } def 0 { pre38Initialize mark currentfile newBuff readstring exch pop { { newBuff endString eq { cleartomark stop } if shiftBuffer } loop } { stop } ifelse } def 1 { pre38Initialize /beginString exch store mark currentfile newBuff readstring exch pop { { newBuff beginString eq { /layerCount dup load 1 add store } { newBuff endString eq { /layerCount dup load 1 sub store layerCount 0 eq { cleartomark stop } if } if } ifelse shiftBuffer } loop } if } def 2 { mark { currentfile buffer readline not { stop } if endString eq { cleartomark stop } if } loop } def 3 { /beginString exch store /layerCnt 1 store mark { currentfile buffer readline not { stop } if dup beginString eq { pop /layerCnt dup load 1 add store } { endString eq { layerCnt 1 eq { cleartomark stop } { /layerCnt dup load 1 sub store } ifelse } if } ifelse } loop } def end userdict /clipRenderOff 15 dict dup begin put { /n /N /s /S /f /F /b /B } { { _doClip 1 eq { /_doClip 0 ddef _eo {eoclip} {clip} ifelse } if newpath } def } forall /Tr /pop load def /Bb {} def /BB /pop load def /Bg {12 npop} def /Bm {6 npop} def /Bc /Bm load def /Bh {4 npop} def end /Lb { 4 npop 6 1 roll pop 4 1 roll pop pop pop 0 eq { 0 eq { (%AI5_BeginLayer) 1 (%AI5_EndLayer--) discard } { /clipForward? true def /Tx /pop load def /Tj /pop load def currentdict end clipRenderOff begin begin } ifelse } { 0 eq { save /discardSave exch store } if } ifelse } bind def /LB { discardSave dup null ne { restore } { pop clipForward? { currentdict end end begin /clipForward? false ddef } if } ifelse } bind def /Pb { pop pop 0 (%AI5_EndPalette) discard } bind def /Np { 0 (%AI5_End_NonPrinting--) discard } bind def /Ln /pop load def /Ap /pop load def /Ar { 72 exch div 0 dtransform dup mul exch dup mul add sqrt dup 1 lt { pop 1 } if setflat } def /Mb { q } def /Md { } def /MB { Q } def /nc 4 dict def nc begin /setgray { pop } bind def /setcmykcolor { 4 npop } bind def /setrgbcolor { 3 npop } bind def /setcustomcolor { 2 npop } bind def currentdict readonly pop end end setpacking %%EndResource %%BeginResource: procset Adobe_cshow 2.0 8 %%Title: (Writing System Operators) %%Version: 2.0 8 %%CreationDate: (1/23/89) () %%Copyright: ((C) 1992-1996 Adobe Systems Incorporated All Rights Reserved) currentpacking true setpacking userdict /Adobe_cshow 14 dict dup begin put /initialize { Adobe_cshow begin Adobe_cshow { dup xcheck { bind } if pop pop } forall end Adobe_cshow begin } def /terminate { currentdict Adobe_cshow eq { end } if } def /cforall { /_lobyte 0 ddef /_hibyte 0 ddef /_cproc exch ddef /_cscript currentfont /FontScript known { currentfont /FontScript get } { -1 } ifelse ddef { /_lobyte exch ddef _hibyte 0 eq _cscript 1 eq _lobyte 129 ge _lobyte 159 le and _lobyte 224 ge _lobyte 252 le and or and _cscript 2 eq _lobyte 161 ge _lobyte 254 le and and _cscript 3 eq _lobyte 161 ge _lobyte 254 le and and _cscript 25 eq _lobyte 161 ge _lobyte 254 le and and _cscript -1 eq or or or or and { /_hibyte _lobyte ddef } { _hibyte 256 mul _lobyte add _cproc /_hibyte 0 ddef } ifelse } forall } def /cstring { dup 256 lt { (s) dup 0 4 3 roll put } { dup 256 idiv exch 256 mod (hl) dup dup 0 6 5 roll put 1 4 3 roll put } ifelse } def /clength { 0 exch { 256 lt { 1 } { 2 } ifelse add } cforall } def /hawidthshow { { dup cstring show _hvax _hvay rmoveto _hvwb eq { _hvcx _hvcy rmoveto } if } cforall } def /vawidthshow { { dup 255 le _charorientation 1 eq and { -90 rotate 0 _fontRotateAdjust rmoveto cstring _hvcx _hvcy _hvwb _hvax _hvay 6 -1 roll awidthshow 0 _fontRotateAdjust neg rmoveto 90 rotate } { currentpoint _fontHeight sub exch _hvay sub exch _hvax sub 2 index _hvwb eq { exch _hvcy sub exch _hvcx sub } if 3 2 roll cstring dup stringwidth pop 2 div neg _fontAscent neg rmoveto show moveto } ifelse } cforall } def /hvawidthshow { 6 1 roll /_hvay exch ddef /_hvax exch ddef /_hvwb exch ddef /_hvcy exch ddef /_hvcx exch ddef _lineorientation 0 eq { hawidthshow } { vawidthshow } ifelse } def /hvwidthshow { 0 0 3 -1 roll hvawidthshow } def /hvashow { 0 0 0 6 -3 roll hvawidthshow } def /hvshow { 0 0 0 0 0 6 -1 roll hvawidthshow } def currentdict readonly pop end setpacking %%EndResource %%EndProlog %%BeginSetup userdict /_useSmoothShade false put Adobe_level2_AI5 /initialize get exec Adobe_cshow /initialize get exec Adobe_ColorImage_AI6 /initialize get exec Adobe_Illustrator_AI5 /initialize get exec %AI5_Begin_NonPrinting Np %AI3_BeginPattern: (Bl\212tter) (Bl\212tter) 0 0 64.0781 78.9336 [ %AI3_Tile (0 O 0 R 0.05 0.2 1 0 k 0.05 0.2 1 0 K ) @ ( %AI6_BeginPatternLayer 800 Ar 0 J 0 j 1 w 4 M []0 d %AI3_Note: 0 D 0 XR 64.0781 78.9336 m 64.0781 0 L 0 0 L 0 78.9336 L 64.0781 78.9336 L f %AI6_EndPatternLayer ) & (0 O 0 R 0.83 0 1 0 k 0.83 0 1 0 K ) @ ( %AI6_BeginPatternLayer 800 Ar 0 J 0 j 1 w 4 M []0 d %AI3_Note: 1 D 0 XR 29.7578 0.9902 m 30.4346 1.1914 30.7246 1.3428 V 29.2559 4.0547 33.707 8.3359 34.627 9.0762 C 35.2275 8.8506 35.3477 6.3184 34.6699 4.9805 C 35.5137 5.1035 37.7031 3.7256 38.4609 2.4365 C 38.5254 3.125 40.0957 6.0664 40.9219 6.4434 C 40.002 6.8408 39.3359 8.3135 38.5742 9.7617 C 39.5957 9.9287 40.9961 9.0078 42.4668 8.1025 C 42.9814 8.9043 44.3555 9.875 45.6143 10.3916 C 44.5264 11.0781 44.0313 11.8203 43.5352 13.2793 C 42.4922 12.7139 40.3057 12.5645 39.7764 12.8516 C 40.291 13.9648 42.5371 14.5078 43.2676 14.4551 C 43.0137 15.3164 42.8652 17.4697 43.0391 20.0625 C 41.3789 18.7461 39.834 17.4297 38.1738 17.4883 C 38.4434 16.0664 37.8076 14.2607 37.4307 13.7676 C 36.8574 14.5117 36.4463 15.3389 36.8008 17.3164 C 35.3486 17.8008 34.1113 18.3467 32.7373 19.6045 C 32.7373 17.7734 32.166 16.5723 31.2969 15.2959 C 32.5576 14.8076 33.8301 13.6045 33.8252 12.5664 C 32.9775 12.7178 31.2852 13.4619 30.793 14.4551 C 30.0742 13.707 28.3906 12.3984 26.7871 12.3945 C 27.9746 11.5391 28.8945 10.5059 28.9893 8.5938 C 30.2422 9.5645 32.6953 10.1797 34.0752 9.582 C 29.2344 5.3457 29.7031 2.3125 29.7578 0.9902 C f 13.8525 29.9844 m 13.3281 29.5127 13.1309 29.25 V 15.623 27.4326 13.3691 21.6074 12.8555 20.5439 C 12.2168 20.4883 10.8096 23.2285 10.8457 24.7266 C 9.7129 23.9707 8.0488 24.0918 6.4463 24.3779 C 7.0186 23.2891 6.6172 21.3447 5.8164 20.5439 C 6.8184 20.5801 8.1699 19.8652 9.4785 18.8838 C 8.6436 18.0645 6.8164 18.2246 4.9004 18.8838 C 4.9004 17.5107 4.0781 15.7734 3.2412 14.5918 C 4.5576 14.6484 5.7031 13.9629 6.5605 12.9316 C 7.2256 14.5 9.2598 15.6133 10.166 15.5645 C 10.1826 14.1992 8.6094 12.1094 7.5879 11.7109 C 8.1875 11.041 9.207 9.5107 10.166 7.0947 C 10.9648 9.0205 12.1348 10.2627 13.3672 11.1953 C 12.2256 12.7578 12.3994 13.6289 12.7988 15.1074 C 13.541 14.5664 14.5723 14.1338 14.7441 12.1309 C 16.4609 12.416 17.5957 12.3447 19.0938 11.4434 C 18.6387 13.1055 18.6348 14.707 18.9551 16.4063 C 17.1055 16.2666 15.5449 16.4795 14.5156 17.9688 C 15.3457 18.1953 17.6055 18.2549 18.4795 17.3223 C 18.8066 18.3047 19.7012 19.7109 21.1475 20.4043 C 19.707 20.6641 18.7227 21.7637 17.8135 23.4492 C 17.1006 22.0332 14.873 20.3691 13.3711 20.3145 C 15.373 24.3779 15.373 27.2959 13.8525 29.9844 C f 41.2324 26.0742 m 41.5518 26.7021 41.7549 26.959 V 44.1523 25.0176 48.958 28.3262 49.8535 29.0957 C 49.7432 29.7266 47.6182 30.8643 45.9004 29.834 C 46.3408 31.123 45.4395 33.084 44.2402 34.126 C 45.9805 34.0254 48.126 35.3867 48.6484 36.1289 C 48.8701 35.1514 50.0527 33.8809 51.3379 32.8672 C 51.6895 33.8398 50.9941 35.958 50.0781 37.5605 C 51.3125 38.0605 52.4248 38.9912 52.8828 40.25 C 53.3398 38.9336 54.3428 38.2598 55.6875 37.5039 C 54.5273 36.0762 53.7471 33.9023 54.0273 33.0391 C 55.3496 33.374 56.9209 36.0918 57.0439 37.1816 C 57.9189 36.415 59.4727 35.7285 62.0537 35.4219 C 60.3535 34.3438 59.9902 32.3516 59.4063 30.9219 C 58.2588 31.3682 56.0898 31.4277 55.1152 30.8643 C 55.8281 30.2852 57.168 29.7344 59.1777 29.7207 C 59.1777 28.1758 59.6406 27.043 60.8945 25.8281 C 59.1719 25.8418 57.0723 25.3555 55.5762 24.9629 C 55.3281 26.292 54.4844 27.8887 53.3398 28.2891 C 53.334 27.4277 53.5996 25.1797 54.4844 24.5117 C 53.6201 23.9443 52.3672 22.5674 51.9102 20.8496 C 51.2881 22.1758 50.4268 23.4805 48.5645 23.9238 C 49.749 24.9766 50.584 26.9941 50.25 28.4609 C 45.1973 24.4785 42.5215 25.7773 41.2324 26.0742 C f 27.7578 38.7324 m 28.4346 38.9316 28.7246 39.084 V 27.2559 41.7969 31.707 46.0776 32.627 46.8169 C 33.2275 46.5918 33.3477 44.0586 32.6699 42.7227 C 33.5137 42.8457 35.7031 41.4678 36.4609 40.1787 C 36.5254 40.8652 38.0957 43.8066 38.9219 44.1846 C 38.002 44.582 37.3359 46.0547 36.5742 47.5039 C 37.5957 47.6709 38.9961 46.7485 40.4668 45.8438 C 40.9814 46.6445 42.3555 47.6177 43.6143 48.1328 C 42.5264 48.8198 42.0313 49.5615 41.5352 51.0205 C 40.4922 50.4556 38.3057 50.3057 37.7764 50.5938 C 38.291 51.7056 40.5371 52.2485 41.2676 52.1958 C 41.0137 53.0576 40.8652 55.2109 41.0391 57.8037 C 39.3789 56.4878 37.834 55.1719 36.1738 55.2285 C 36.4434 53.8076 35.8076 52.002 35.4307 51.5088 C 34.8574 52.2529 34.4463 53.0796 34.8008 55.0576 C 33.3486 55.5425 32.1113 56.0879 30.7373 57.3467 C 30.7373 55.5146 30.166 54.314 29.2969 53.0366 C 30.5576 52.5488 31.8301 51.3467 31.8252 50.3076 C 30.9775 50.46 29.2852 51.2036 28.793 52.1958 C 28.0742 51.4497 26.3906 50.1396 24.7871 50.1357 C 25.9746 49.2817 26.8945 48.2466 26.9893 46.335 C 28.2422 47.3057 30.6953 47.9209 32.0752 47.3237 C 27.2344 43.0869 27.7031 40.0547 27.7578 38.7324 C f 13.5195 70.3916 m 12.9941 69.9209 12.7988 69.6587 V 15.2891 67.8418 13.0352 62.0146 12.5225 60.9517 C 11.8828 60.8955 10.4766 63.6367 10.5117 65.1348 C 9.3809 64.3789 7.7148 64.4995 6.1133 64.7856 C 6.6855 63.6987 6.2842 61.7529 5.4834 60.9517 C 6.4854 60.9878 7.8359 60.2729 9.1455 59.2925 C 8.3105 58.4717 6.4834 58.6338 4.5674 59.2925 C 4.5674 57.9189 3.7461 56.1816 2.9082 54.9995 C 4.2246 55.0576 5.3691 54.3706 6.2275 53.3408 C 6.8926 54.9097 8.9258 56.0215 9.832 55.9727 C 9.8496 54.6079 8.2764 52.5176 7.2539 52.1187 C 7.8545 51.4497 8.873 49.9189 9.832 47.5039 C 10.6309 49.4297 11.8008 50.6719 13.0342 51.6045 C 11.8926 53.1655 12.0664 54.0366 12.4648 55.5146 C 13.209 54.9746 14.2393 54.5415 14.4102 52.5386 C 16.127 52.8247 17.2637 52.7529 18.7598 51.8525 C 18.3057 53.5137 18.3027 55.1147 18.623 56.8149 C 16.7725 56.6748 15.2129 56.8887 14.1826 58.377 C 15.0117 58.6035 17.2725 58.6626 18.1465 57.731 C 18.4736 58.7129 19.3691 60.1187 20.8145 60.8125 C 19.375 61.0728 18.3896 62.1719 17.4805 63.8579 C 16.7676 62.4429 14.541 60.7769 13.0371 60.7227 C 15.041 64.7856 15.041 67.7046 13.5195 70.3916 C f 41.2324 64.4824 m 41.5518 65.1113 41.7549 65.3682 V 44.1523 63.4272 48.958 66.7354 49.8535 67.5034 C 49.7432 68.1362 47.6182 69.2725 45.9004 68.2422 C 46.3408 69.5313 45.4395 71.4922 44.2402 72.5342 C 45.9805 72.4341 48.126 73.7954 48.6484 74.5371 C 48.8701 73.5601 50.0527 72.29 51.3379 71.2754 C 51.6895 72.249 50.9941 74.3662 50.0781 75.9683 C 51.3125 76.4692 52.4248 77.3994 52.8828 78.6582 C 53.3398 77.3423 54.3428 76.667 55.6875 75.9111 C 54.5273 74.4844 53.7471 72.3101 54.0273 71.4473 C 55.3496 71.7822 56.9209 74.5 57.0439 75.5903 C 57.9189 74.8232 59.4727 74.1372 62.0537 73.8311 C 60.3535 72.7534 59.9902 70.7612 59.4063 69.3301 C 58.2588 69.7773 56.0898 69.8364 55.1152 69.2725 C 55.8281 68.6934 57.168 68.1431 59.1777 68.1284 C 59.1777 66.583 59.6406 65.4512 60.8945 64.2373 C 59.1719 64.249 57.0723 63.7632 55.5762 63.3721 C 55.3281 64.7002 54.4844 66.2974 53.3398 66.6973 C 53.334 65.8364 53.5996 63.5874 54.4844 62.9214 C 53.6201 62.353 52.3672 60.9751 51.9102 59.2583 C 51.2881 60.583 50.4268 61.8882 48.5645 62.333 C 49.749 63.3862 50.584 65.4033 50.25 66.8691 C 45.1973 62.8872 42.5215 64.1851 41.2324 64.4824 C f %AI6_EndPatternLayer ) & ] E %AI3_EndPattern %AI3_BeginPattern: (Konfetti) (Konfetti) 4.85 3.617 76.85 75.617 [ %AI3_Tile (0 O 0 R 1 g 1 G ) @ ( %AI6_BeginPatternLayer 800 Ar 0 J 0 j 1 w 4 M []0 d %AI3_Note: 0 D 0 XR 4.85 3.617 m 4.85 75.617 L 76.85 75.617 L 76.85 3.617 L 4.85 3.617 L f %AI6_EndPatternLayer ) & (0 O 0 R 0 g 0 G ) @ ( %AI6_BeginPatternLayer 800 Ar 0 J 0 j 0.3 w 4 M []0 d %AI3_Note: 0 D 0 XR 10.6 64.867 m 7.85 62.867 l S 9.1 8.617 m 6.85 6.867 l S 78.1 68.617 m 74.85 67.867 l S 76.85 56.867 m 74.35 55.117 l S 79.6 51.617 m 76.6 51.617 l S 76.35 44.117 m 73.6 45.867 l S 78.6 35.867 m 76.6 34.367 l S 76.1 23.867 m 73.35 26.117 l S 78.1 12.867 m 73.85 13.617 l S 68.35 14.617 m 66.1 12.867 l S 76.6 30.617 m 73.6 30.617 l S 62.85 58.117 m 60.956 60.941 l S 32.85 59.617 m 31.196 62.181 l S 47.891 64.061 m 49.744 66.742 l S 72.814 2.769 m 73.928 5.729 l S 67.976 2.633 m 67.35 5.909 l S 61.85 27.617 m 59.956 30.441 l S 53.504 56.053 m 51.85 58.617 l S 52.762 1.779 m 52.876 4.776 l S 45.391 5.311 m 47.244 7.992 l S 37.062 3.375 m 35.639 5.43 l S 55.165 34.828 m 57.518 37.491 l S 20.795 3.242 m 22.12 5.193 l S 14.097 4.747 m 15.008 8.965 l S 9.736 1.91 m 8.073 4.225 l S 31.891 5.573 m 32.005 8.571 l S 12.1 70.367 m 15.6 68.867 l S 9.35 54.867 m 9.6 58.117 l S 12.85 31.867 m 14.35 28.117 l S 10.1 37.367 m 12.35 41.117 l S 34.1 71.117 m 31.85 68.617 l S 38.35 71.117 m 41.6 68.367 l S 55.1 71.117 m 58.35 69.117 l S 57.35 65.117 m 55.35 61.867 l S 64.35 66.367 m 69.35 68.617 l S 71.85 62.867 m 69.35 61.117 l S 23.6 70.867 m 23.6 67.867 l S 20.6 65.867 m 17.35 65.367 l S 24.85 61.367 m 25.35 58.117 l S 25.85 65.867 m 29.35 66.617 l S 14.1 54.117 m 16.85 56.117 l S 12.35 11.617 m 12.6 15.617 l S 12.1 19.867 m 14.35 22.367 l S 26.1 9.867 m 23.6 13.367 l S 34.6 47.117 m 32.1 45.367 l S 62.6 41.867 m 59.85 43.367 l S 31.6 35.617 m 27.85 36.367 l S 36.35 26.117 m 34.35 24.617 l S 33.85 14.117 m 31.1 16.367 l S 37.1 9.867 m 35.1 11.117 l S 34.35 20.867 m 31.35 20.867 l S 44.6 56.617 m 42.1 54.867 l S 47.35 51.367 m 44.35 51.367 l S 44.1 43.867 m 41.35 45.617 l S 43.35 33.117 m 42.6 30.617 l S 43.85 23.617 m 41.1 25.867 l S 44.35 15.617 m 42.35 16.867 l S 67.823 31.1 m 64.823 31.1 l S 27.1 32.617 m 29.6 30.867 l S 31.85 55.117 m 34.85 55.117 l S 19.6 40.867 m 22.1 39.117 l S 16.85 35.617 m 19.85 35.617 l S 20.1 28.117 m 22.85 29.867 l S 52.1 42.617 m 54.484 44.178 l S 52.437 50.146 m 54.821 48.325 l S 59.572 54.133 m 59.35 51.117 l S 50.185 10.055 m 53.234 9.928 l S 51.187 15.896 m 53.571 14.075 l S 58.322 19.883 m 59.445 16.823 l S 53.1 32.117 m 50.6 30.367 l S 52.85 24.617 m 49.6 25.617 l S 61.85 9.117 m 59.1 10.867 l S 69.35 34.617 m 66.6 36.367 l S 67.1 23.617 m 65.1 22.117 l S 24.435 46.055 m 27.484 45.928 l S 25.437 51.896 m 27.821 50.075 l S 62.6 47.117 m 65.321 46.575 l S 19.85 19.867 m 20.35 16.617 l S 21.85 21.867 m 25.35 22.617 l S 37.6 62.867 m 41.6 62.117 l S 38.323 42.1 m 38.823 38.6 l S 69.35 52.617 m 66.85 53.867 l S 14.85 62.117 m 18.1 59.367 l S 9.6 46.117 m 7.1 44.367 l S 20.6 51.617 m 18.6 50.117 l S 46.141 70.811 m 47.994 73.492 l S 69.391 40.561 m 71.244 43.242 l S 38.641 49.311 m 39.35 52.117 l S 25.141 16.811 m 25.85 19.617 l S 36.6 32.867 m 34.6 31.367 l S 6.1 68.617 m 2.85 67.867 l S 4.85 56.867 m 2.35 55.117 l S 7.6 51.617 m 4.6 51.617 l S 6.6 35.867 m 4.6 34.367 l S 6.1 12.867 m 1.85 13.617 l S 4.6 30.617 m 1.6 30.617 l S 72.814 74.769 m 73.928 77.729 l S 67.976 74.633 m 67.35 77.909 l S 52.762 73.779 m 52.876 76.776 l S 37.062 75.375 m 35.639 77.43 l S 20.795 75.242 m 22.12 77.193 l S 9.736 73.91 m 8.073 76.225 l S 10.1 23.617 m 6.35 24.367 l S 73.217 18.276 m 71.323 21.1 l S 28.823 39.6 m 29.505 42.389 l S 49.6 38.617 m 47.6 37.117 l S 60.323 73.6 m 62.323 76.6 l S 60.323 1.6 m 62.323 4.6 l S %AI6_EndPatternLayer ) & ] E %AI3_EndPattern %AI3_BeginPattern: (Streifen) (Streifen) 8.45 4.6001 80.45 76.6001 [ %AI3_Tile (0 O 0 R 1 0.07 1 0 k 1 0.07 1 0 K ) @ ( %AI6_BeginPatternLayer 800 Ar 0 J 0 j 3.6 w 4 M []0 d %AI3_Note: 0 D 0 XR 8.2 8.2 m 80.7 8.2 L S 8.2 22.6001 m 80.7 22.6001 L S 8.2 37.0002 m 80.7 37.0002 L S 8.2 51.4 m 80.7 51.4 L S 8.2 65.8001 m 80.7 65.8001 L S 8.2 15.4 m 80.7 15.4 L S 8.2 29.8001 m 80.7 29.8001 L S 8.2 44.2 m 80.7 44.2 L S 8.2 58.6001 m 80.7 58.6001 L S 8.2 73.0002 m 80.7 73.0002 L S %AI6_EndPatternLayer ) & ] E %AI3_EndPattern %AI3_BeginPattern: (Ziegel) (Ziegel) 0 0 72 72 [ %AI3_Tile (0 O 0 R 0.3 0.85 0.85 0 k 0.3 0.85 0.85 0 K ) @ ( %AI6_BeginPatternLayer 800 Ar 0 J 0 j 1 w 4 M []0 d %AI3_Note: 0 D 0 XR 0 0 m 0 72 L 72 72 L 72 0 L 0 0 L f %AI6_EndPatternLayer ) & (0 O 0 R 1 g 1 G ) @ ( %AI6_BeginPatternLayer 800 Ar 0 J 0 j 0.3 w 4 M []0 d %AI3_Note: 0 D 0 XR 0 68.4097 m 72 68.4097 l S 0 61.209 m 72 61.209 L S 0 54.0088 m 72 54.0088 L S 0 46.8076 m 72 46.8076 L S 0 39.6084 m 72 39.6084 L S 0 32.4072 m 72 32.4072 L S 0 25.207 m 72 25.207 L S 0 18.0059 m 72 18.0059 L S 0 10.8057 m 72 10.8057 L S 0 3.6064 m 72 3.6064 L S 68.4102 68.4097 m 68.4102 61.2217 l S 54.0098 68.4097 m 54.0098 61.2217 L S 39.6094 68.4097 m 39.6094 61.2217 L S 25.21 68.4097 m 25.21 61.2217 L S 10.8105 68.4097 m 10.8105 61.2217 L S 68.4102 53.9717 m 68.4102 46.7842 l S 54.0098 53.9717 m 54.0098 46.7842 L S 39.6094 53.9717 m 39.6094 46.7842 L S 25.21 53.9717 m 25.21 46.7842 L S 10.8105 53.9717 m 10.8105 46.7842 L S 68.4102 39.5967 m 68.4102 32.4092 l S 54.0098 39.5967 m 54.0098 32.4092 L S 39.6094 39.5967 m 39.6094 32.4092 L S 25.21 39.5967 m 25.21 32.4092 L S 10.8105 39.5967 m 10.8105 32.4092 L S 68.4102 25.2217 m 68.4102 18.0342 l S 54.0098 25.2217 m 54.0098 18.0342 L S 39.6094 25.2217 m 39.6094 18.0342 L S 25.21 25.2217 m 25.21 18.0342 L S 10.8105 25.2217 m 10.8105 18.0342 L S 68.4102 10.7842 m 68.4102 3.5967 l S 54.0098 10.7842 m 54.0098 3.5967 L S 39.6094 10.7842 m 39.6094 3.5967 L S 25.21 10.7842 m 25.21 3.5967 L S 10.8105 10.7842 m 10.8105 3.5967 L S 61.1973 3.5967 m 61.1973 0 L S 46.7969 3.5967 m 46.7969 0 L S 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%AI5_EndLayer-- %%PageTrailer gsave annotatepage grestore showpage %%Trailer Adobe_Illustrator_AI5 /terminate get exec Adobe_ColorImage_AI6 /terminate get exec Adobe_cshow /terminate get exec Adobe_level2_AI5 /terminate get exec %%EOF aspectc++/Ag++/PaxHeaders.4702/RegExCont.h0000644000000000000000000000007412740141200014757 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/RegExCont.h0000644000175000001440000000352012740141200015141 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __PumaConfigFile_h__ #define __PumaConfigFile_h__ // Puma includes #include "Puma/RegComp.h" using namespace Puma; // stdc++ includes #include #include /* this class encapsulates a container for regular expressions */ namespace regex { class RegExCont { private: // a map for options and its values std::map _re_map; // type of option-value pair typedef std::pair regex_pair; public: // lookup for a regular expression RegComp* lookup(std::string expr); // add a new regular expression to the container void add(std::string expr, RegComp* regcomp); ~RegExCont(); }; } // namespace regex #endif //RegCompCont aspectc++/Ag++/PaxHeaders.4702/CCompiler.h0000644000000000000000000000007412740141200014776 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/CCompiler.h0000644000175000001440000000267312740141200015170 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __CCompiler_h__ #define __CCompiler_h__ #include "Compiler.h" #include "AGxxConfig.h" class CCompiler : public Compiler { private: public: CCompiler(ErrorStream& e, AGxxConfig& c) : Compiler(e, c) { } ~CCompiler() { } bool execute(); bool compile(); bool make_dep(); }; #endif // __CCompiler_h__ aspectc++/Ag++/PaxHeaders.4702/regex.cc0000644000000000000000000000007412740141200014371 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/regex.cc0000644000175000001440000000373612740141200014564 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "regex.h" // Puma includes #include "Puma/RegComp.h" using namespace Puma; // stdc++ includes #include #include using namespace std; // static instance of RegExCont(ainer) static regex::RegExCont regex_cont; bool regex::regExMatch(const string& expr, const char* str) { bool ret = false; RegComp* regcomp = 0; // lookup for already compiled regular expressions regcomp = regex_cont.lookup(expr); if (regcomp == NULL) { regcomp = new RegComp(expr.c_str()); regex_cont.add(expr, regcomp); } if (regcomp) { if (regcomp->match(str)) { //cout << "match for " <<" '"<< expr <<"' in '" << str << "'" <comperror(cerr); //} } else { cerr << "no reg ex" << endl; } return ret; } aspectc++/Ag++/PaxHeaders.4702/TODO.txt0000644000000000000000000000007412740141200014256 xustar0030 atime=1468174989.435188183 30 ctime=1468174988.295169434 aspectc++/Ag++/TODO.txt0000644000175000001440000000000212740141200014430 0ustar00osusers00000000000000 aspectc++/Ag++/PaxHeaders.4702/Compiler.h0000644000000000000000000000007412740141200014673 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/Compiler.h0000644000175000001440000000305612740141200015061 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __Compiler_h__ #define __Compiler_h__ #include "AGxxConfig.h" // PUMA includes #include "Puma/ErrorStream.h" class Compiler { protected: ErrorStream &_err; AGxxConfig &_config; public: Compiler(ErrorStream& e, AGxxConfig& config) : _err(e), _config(config) { } Compiler(Compiler& compiler) : _err(compiler._err), _config(compiler._config) { } ~Compiler() { } void execute(); }; #endif // __Compiler_h__ aspectc++/Ag++/PaxHeaders.4702/file.h0000644000000000000000000000007412740141200014040 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/file.h0000644000175000001440000000265412740141200014231 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __file_h__ #define __file_h__ #include using namespace std; namespace file { bool fileExists(const char* file); void stripFilename(string& s, bool include_delimiter = true); void stripPath(string& s); void MakeUnixPath(string& s); void MakeDosPath(string& s); } #endif //__file_h__ aspectc++/Ag++/PaxHeaders.4702/.project0000644000000000000000000000007412740141200014417 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/.project0000644000175000001440000000443312740141200014605 0ustar00osusers00000000000000 Ag++ org.eclipse.cdt.managedbuilder.core.genmakebuilder clean,full,incremental, ?name? org.eclipse.cdt.make.core.append_environment true org.eclipse.cdt.make.core.autoBuildTarget all org.eclipse.cdt.make.core.buildArguments org.eclipse.cdt.make.core.buildCommand make org.eclipse.cdt.make.core.cleanBuildTarget clean org.eclipse.cdt.make.core.contents org.eclipse.cdt.make.core.activeConfigSettings org.eclipse.cdt.make.core.enableAutoBuild false org.eclipse.cdt.make.core.enableCleanBuild true org.eclipse.cdt.make.core.enableFullBuild true org.eclipse.cdt.make.core.fullBuildTarget all org.eclipse.cdt.make.core.stopOnError true org.eclipse.cdt.make.core.useDefaultBuildCmd true org.eclipse.cdt.managedbuilder.core.ScannerConfigBuilder full,incremental, org.eclipse.cdt.core.cnature org.eclipse.cdt.core.ccnature org.eclipse.cdt.managedbuilder.core.managedBuildNature org.eclipse.cdt.managedbuilder.core.ScannerConfigNature aspectc++/Ag++/PaxHeaders.4702/System.h0000644000000000000000000000007412740141200014405 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/System.h0000644000175000001440000000317712740141200014577 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __System_h__ #define __System_h__ #include "AGxxConfig.h" //Puma includes #include "Puma/ErrorStream.h" using namespace Puma; // stdc++ includes #include using namespace std; class System { protected: // an error stream ErrorStream &_err; // configuration AGxxConfig &_config; // execution command string _exec_str; public: // Constructor System(ErrorStream& e, AGxxConfig& c, const string& exec_str); // execute command specified in _exec_str bool execute(); }; #endif //__System_h__ aspectc++/Ag++/PaxHeaders.4702/StdSystem.h0000644000000000000000000000007412740141200015060 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/StdSystem.h0000644000175000001440000000423112740141200015242 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __StdSystem_h__ #define __StdSystem_h__ #include "System.h" //Puma includes #include "Puma/ErrorStream.h" using namespace Puma; // stdc++ includes #include using namespace std; // fill me class StdSystem : public System { protected: // temporary file which contains standard output after execution string _tmp_stdout_file; // temporary file which contains standard error after execution string _tmp_stderr_file; // string which contains standard error string _stdout_str; // string which contains standard output string _stderr_str; // read file content into string string read_file(const char* fname); // print file to stderr void print_file(const char* fname); public: // Constructor StdSystem(ErrorStream&, AGxxConfig&, const string&); // execute command specified in _exec_str bool execute(); // //methods for accessing private data // const string& stdout_str() { return _stdout_str; } const string& stderr_str() { return _stderr_str; } }; #endif //__StdSystem_h__ aspectc++/Ag++/PaxHeaders.4702/tests0000644000000000000000000000007412740141200014035 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/0000755000175000001440000000000012740141200014274 5ustar00osusers00000000000000aspectc++/Ag++/tests/PaxHeaders.4702/test_09.ref0000644000000000000000000000007412740141200016077 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_09.ref0000644000175000001440000000011212740141200016253 0ustar00osusers00000000000000before (Trace 1): int Test::get() after(Trace 2): int Test::get() Hello 0 aspectc++/Ag++/tests/PaxHeaders.4702/test_100000644000000000000000000000007412740141200015314 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_100000644000175000001440000000116612740141200015502 0ustar00osusers00000000000000DESC="Custom Configuration Command" main() { CONFIG_COMMAND="cat test_10.in" EXEC="${AGCC} -Dtest_10_file_3='\"a string\"' -v3 --gen_config -o test_10.config --config_command \"${CONFIG_COMMAND}\"" if ( eval ${EXEC} );then true;else ERR_MSG="Failed executing '${EXEC}'"; return 1; fi; if [ ! -f test_10.config ];then ERR_MSG="Puma Configuration File 'test10.config' was not generated"; return 1; fi; if ( diff -w test_10.config test_10.ref );then true;else ERR_MSG="Outputs differ: Configuration file not correctly generated"; return 1; fi; } cleanup() { rm -f test_10.config } aspectc++/Ag++/tests/PaxHeaders.4702/additional_aspects0000644000000000000000000000007212740141200017665 xustar0028 atime=1468174988.2991695 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/additional_aspects/0000755000175000001440000000000012740141200020126 5ustar00osusers00000000000000aspectc++/Ag++/tests/additional_aspects/PaxHeaders.4702/trace2.ah0000644000000000000000000000007412740141200021436 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/additional_aspects/trace2.ah0000644000175000001440000000036012740141200021617 0ustar00osusers00000000000000#ifndef __trace2_ah__ #define __trace2_ah__ #include aspect Trace2{ pointcut func() = "% Test::%(...)"; advice execution(func()): after() { printf("after(Trace 2): %s \n",JoinPoint::signature()); } }; #endif //__test_ah__ aspectc++/Ag++/tests/PaxHeaders.4702/test_10.in0000644000000000000000000000007412740141200015721 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_10.in0000644000175000001440000000013112740141200016076 0ustar00osusers00000000000000#define test_10_file_1 #define test_10_file_2 a string #define test_10_file_3 "a string" aspectc++/Ag++/tests/PaxHeaders.4702/test_050000644000000000000000000000007412740141200015320 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_050000644000175000001440000000121112740141200015475 0ustar00osusers00000000000000DESC="Generate puma configuration with alternate filename and use it afterwards" main() { EXEC="${AGCC} --gen_config -o my.config" if ( ${EXEC} );then true;else ERR_MSG="Failed executing '${EXEC}'"; return 1; fi; if [ ! -f my.config ];then ERR_MSG="Puma configuration file was not created"; return 1; fi; EXEC="${AGCC} -p src -v2 --weave_only --config my.config src/main.cc" if ( ${EXEC} );then true;else ERR_MSG="Failed executing '${EXEC}'"; return 1; fi; if [ ! -f main.acc ];then ERR_MSG="Weaved source file was not created"; return 1; fi; } cleanup() { rm -f my.config main.acc } aspectc++/Ag++/tests/PaxHeaders.4702/test_140000644000000000000000000000007412740141200015320 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_140000644000175000001440000000047112740141200015504 0ustar00osusers00000000000000DESC="XLinker GCC option" main() { mkdir -p src/bin BIN=src/bin/test14${EXT} EXEC="${AGCC} -p src -v1 -o ${BIN} -Xlinker -assert -Xlinker definitions src/*.cc" if ( ${EXEC} );then true; else ERR_MSG="Execution failed '${EXEC}'"; return 1; fi; } cleanup() { rm -rf puma.config src/bin } aspectc++/Ag++/tests/PaxHeaders.4702/test_070000644000000000000000000000007412740141200015322 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_070000644000175000001440000000055312740141200015507 0ustar00osusers00000000000000DESC="Generate modified include files" main() { EXEC="${AGCC} --path src -v2 -Isrc --include_files --dest includes" if ( ${EXEC} );then true;else ERR_MSG="Failed executing '${EXEC}'"; return 1; fi; if [ ! -d includes ];then ERR_MSG="Directory with include files was not genereated"; return 1; fi; } cleanup() { rm -rf includes; } aspectc++/Ag++/tests/PaxHeaders.4702/test_150000644000000000000000000000007412740141200015321 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_150000644000175000001440000000062312740141200015504 0ustar00osusers00000000000000DESC="Check option --keep_woven" main() { mkdir -p src/bin BIN=src/bin/test15${EXT} EXEC="${AGCC} --keep_woven -p src -v1 -o ${BIN} src/*.cc" if ( ${EXEC} );then true; else ERR_MSG="Execution failed '${EXEC}'"; return 1; fi; if [ -f Test.acc -a -f main.acc ];then true; else ERR_MSG="Woven files do not exist."; fi; } cleanup() { rm -rf puma.config src/bin *.acc } aspectc++/Ag++/tests/PaxHeaders.4702/test_090000644000000000000000000000007412740141200015324 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_090000644000175000001440000000123112740141200015503 0ustar00osusers00000000000000DESC="Multiple project paths" main() { mkdir src/bin BIN="src/bin/test09${EXT}" EXEC="${AGCC} -Isrc -I additional_aspects --real-instances --path src --path additional_aspects -o ${BIN} -v2 src/*.cc" if ( ${EXEC} );then true;else ERR_MSG="Failed executing '${EXEC}'"; return 1; fi; if [ ! -f ${BIN} ];then ERR_MSG="Executable '${BIN}' was not generated"; return 1; else ${BIN} > test_09.out; fi; echo -n "\n\nDIFF:\n" if ( diff -w test_09.out test_09.ref );then true;else ERR_MSG="Outputs differ: Probably the programm was not weaved correctly"; return 1; fi; } cleanup() { rm -rf src/bin test_09.out; } aspectc++/Ag++/tests/PaxHeaders.4702/test_160000644000000000000000000000007412740141200015322 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_160000644000175000001440000000217312740141200015507 0ustar00osusers00000000000000DESC="Check if option argument of a long GCC option is passed correctly to GCC if the option argument is separated from the option by '='" main() { # check long option with '=' as separator EXEC="${AGCC} -p src -v2 --param=ssp-buffer-size=4 -o test_16.out src/*.cc" if ( ${EXEC} );then true;else ERR_MSG="Execution failed: '${EXEC}'"; return 1; fi; OPT_COUNTER=`grep 'Options (G++):' ${STDOUT_FILE}|grep -c '\-\-param=\"ssp-buffer-size=4\"'` if [ ${OPT_COUNTER} -eq 1 ];then true;else ERR_MSG="The option '--param=\"ssp-buffer-size=4\"' has not been passed to gcc"; return 1; fi; # check long option with whitespace as separator EXEC="${AGCC} -p src -v2 --param ssp-buffer-size=2 -o test_16.out src/*.cc" if ( ${EXEC} );then true;else ERR_MSG="Execution failed: '${EXEC}'"; return 1; fi; OPT_COUNTER=`grep 'Options (G++):' ${STDOUT_FILE}|grep -c '\-\-param \"ssp-buffer-size=2\"'` if [ ${OPT_COUNTER} -eq 1 ];then true;else ERR_MSG="The option '--param \"ssp-buffer-size=4\"' has not been passed to gcc"; return 1; fi; } cleanup() { rm -f test_16.config rm -f test_16.out } aspectc++/Ag++/tests/PaxHeaders.4702/test_030000644000000000000000000000007412740141200015316 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_030000644000175000001440000000127012740141200015500 0ustar00osusers00000000000000DESC="Generate Object File from source file and link it afterwards" main() { mkdir src/bin mkdir src/obj OBJ="src/obj/Test03.o" BIN="src/bin/test03${EXT}" EXEC="${AGCC} -v2 --path src -c -o ${OBJ} src/Test.cc" if (${EXEC});then true;else ERR_MSG="Failed executing '${EXEC}'"; return 1; fi; if [ ! -f ${OBJ} ];then ERR_MSG="Object file '${OBJ}' was not created"; return 1; fi; EXEC="${AGCC} -v2 --path src -o ${BIN} ${OBJ} src/main.cc" if (${EXEC});then true;else ERR_MSG="Failed executing '${EXEC}"; fi if [ ! -e ${BIN} ];then ERR_MSG="Executable '${BIN}' was not created"; return 1; fi; } cleanup() { rm -rf src/bin src/obj } aspectc++/Ag++/tests/PaxHeaders.4702/test_170000644000000000000000000000007412740141200015323 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_170000644000175000001440000000044612740141200015511 0ustar00osusers00000000000000DESC="Handle gcc options which only print information" main() { # check long option with '=' as separator EXEC="${AGCC} -p src -v2 --Xcompiler -print-libgcc-file-name" if ( ${EXEC} );then true;else ERR_MSG="Execution failed: '${EXEC}'"; return 1; fi; } cleanup() { true } aspectc++/Ag++/tests/PaxHeaders.4702/test_130000644000000000000000000000007412740141200015317 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_130000644000175000001440000000047112740141200015503 0ustar00osusers00000000000000DESC="String including whitespace used with -D option" main() { mkdir -p src/bin EXEC="${AGCC} -p src -v1 -o src/bin/test13{EXT} -DFOO=\"foo bar\" src/*.cc" if ( eval ${EXEC} );then true; else ERR_MSG="Execution failed '${EXEC}'"; return 1; fi; } cleanup() { rm -rf puma.config src/bin } aspectc++/Ag++/tests/PaxHeaders.4702/test_060000644000000000000000000000007412740141200015321 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_060000644000175000001440000000047212740141200015506 0ustar00osusers00000000000000DESC="Fail when trying to invoke ag++ with -o --weave_only and multiple files " main(){ EXEC="${AGCC} -p src -o test_06.out --weave_only src/Test.cc src/main.cc" if ( ${EXEC} );then ERR_MSG="Succeed (should fail executing '${EXEC}')"; return 1; fi; } cleanup() { rm -f test_06.out; } aspectc++/Ag++/tests/PaxHeaders.4702/test_10.ref0000644000000000000000000000007412740141200016067 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_10.ref0000644000175000001440000000020412740141200016245 0ustar00osusers00000000000000--skip-bodies-non-prj -D __puma -D __STDC__ -D "test_10_file_1" -D "test_10_file_2=a string" -D "test_10_file_3=\"a string\"" --gnu aspectc++/Ag++/tests/PaxHeaders.4702/test_180000644000000000000000000000007412740141200015324 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_180000644000175000001440000000153412740141200015511 0ustar00osusers00000000000000DESC="Match a pointcut from a Aspect C++ repository" REPOSDIR="src/repos dir" REPOS="${REPOSDIR}/test18_repos.acp" OBJDIR="src/obj dir" OBJ="${OBJDIR}/Test03.o" main() { mkdir "${OBJDIR}" mkdir "${REPOSDIR}" EXEC="${AGCC} -v2 --repository \"${REPOS}\" --path src -c -o \"${OBJ}\" src/Test.cc" if (eval ${EXEC});then true;else ERR_MSG="Execution failed: '${EXEC}'"; return 1; fi; if [ ! -f "${OBJ}" ];then ERR_MSG="Object file '${OBJ}' was not created"; return 1; fi; if [ ! -f "${REPOS}" ];then return 1; ERR_MSG="Repository file '${REPOS}' has not been created"; fi EXEC="${AGCC} -v2 --repository \"${REPOS}\" --expr'\"% Test::%(...)\" && \"%\"'" if (eval ${EXEC});then true;else ERR_MSG="Execution failed: '${EXEC}'"; return 1; fi; } cleanup() { rm -rf "${REPOSDIR}" rm -rf "${OBJDIR}" } aspectc++/Ag++/tests/PaxHeaders.4702/test_040000644000000000000000000000007412740141200015317 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_040000644000175000001440000000055012740141200015501 0ustar00osusers00000000000000DESC="Compile and link source files in one step" main() { EXEC="${AGCC} -v2 --path src src/*.cc"; if ( ${EXEC} );then true;else ERR_MSG="Failed executing '${EXEC}'"; return 1; fi; if [ ! \( \( -x a.out \) -o \( -x a.exe \) \) ];then ERR_MSG="Executable file was not generated"; return 1; fi; } cleanup() { rm -f a.out a.exe; } aspectc++/Ag++/tests/PaxHeaders.4702/test_110000644000000000000000000000007412740141200015315 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_110000644000175000001440000000413212740141200015477 0ustar00osusers00000000000000DESC="Pass options directly to compiler" main() { EXEC="${AGCC} -p src -v2 --Xcompiler --real-instances --Xweaver -o test_11.out src/*.cc" if ( ${EXEC} );then ERR_MSG="Execution should have failed as --real-instances is not a gcc option: '${EXEC}'"; return 1; else true; fi; OPT_COUNTER=`grep 'Options (G++):' ${STDOUT_FILE}|grep -c '\-\-real-instances'`; if [ ${OPT_COUNTER} -eq 1 ];then true;else ERR_MSG="The option '--real-instances' has not been passed to gcc"; return 1; fi; OPT_COUNTER=`grep 'Options (AC++)' ${STDOUT_FILE}|grep -c '\-\-real-instances'` if [ test ${OPT_COUNTER} -eq 1 ];then ERR_MSG="The option '--real-instances' has accidently been passed to ac++"; return 1; else true; fi; EXEC="${AGCC} -v2 --Xcompiler -ansi -pipe -DFOO --Xweaver --real-instances --gen_config -o test_11.config" if ( ${EXEC} -v2 --Xcompiler -ansi -pipe -DFOO --Xweaver --real-instances --gen_config -o test_11.config );then true;else ERR_MSG="Execution failed: '${EXEC}'"; return 1; fi; OPT_COUNTER=`grep 'Options (G++):' ${STDOUT_FILE}|grep -c '\-ansi'` if [ ${OPT_COUNTER} -eq 1 ];then true;else ERR_MSG="The option '-ansi' has not been passed to gcc"; return 1; fi; OPT_COUNTER=`grep 'Options (G++)' ${STDOUT_FILE}|grep -c '\-pipe'` if [ ${OPT_COUNTER} -eq 1 ];then true;else ERR_MSG="The option '-pipe' has not been passed to gcc"; return 1; fi; OPT_COUNTER=`grep 'Options (AC++)' ${STDOUT_FILE}|grep -c '\-\-real-instances'` if [ ${OPT_COUNTER} -eq 1 ];then true;else ERR_MSG="The option '--real-instances' has not been passed to ac++"; return 1; fi; OPT_COUNTER=`grep 'Options (G++)' ${STDOUT_FILE}|grep -c '\-D "FOO"'` if [ ${OPT_COUNTER} -eq 1 ];then true;else ERR_MSG="The option '-D"FOO"' has not been passed to gcc"; return 1; fi; OPT_COUNTER=`grep 'Options (AC++)' ${STDOUT_FILE}|grep -c '\-D "FOO"'` if [ ${OPT_COUNTER} -eq 1 ];then true;else ERR_MSG="The option '-D"FOO"' has not been passed to ac++"; return 1; fi; } cleanup() { rm -f test_11.config rm -f test_11.out } aspectc++/Ag++/tests/PaxHeaders.4702/additional_includes0000644000000000000000000000007212740141200020031 xustar0028 atime=1468174988.2991695 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/additional_includes/0000755000175000001440000000000012740141200020272 5ustar00osusers00000000000000aspectc++/Ag++/tests/additional_includes/PaxHeaders.4702/test_include.h0000644000000000000000000000007412740141200022743 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/additional_includes/test_include.h0000644000175000001440000000012512740141200023123 0ustar00osusers00000000000000#ifdef __TEST_INCLUDE_H__ #define __TEST_INCLUDE_H__ typedef int my_int_t; #endif aspectc++/Ag++/tests/PaxHeaders.4702/test_120000644000000000000000000000007412740141200015316 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_120000644000175000001440000000044412740141200015502 0ustar00osusers00000000000000DESC="Include paths from original location " main() { mkdir src/bin BIN="src/bin/test12{EXT}" EXEC="${AGCC} -p src -v1 -o ${BIN} src/*.cc" if ( ${EXEC} );then true; else ERR_MSG="Execution failed '${EXEC}'"; return 1; fi; } cleanup() { rm -rf puma.config src/bin } aspectc++/Ag++/tests/PaxHeaders.4702/src0000644000000000000000000000007412740141200014624 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/src/0000755000175000001440000000000012740141200015063 5ustar00osusers00000000000000aspectc++/Ag++/tests/src/PaxHeaders.4702/Test.h0000644000000000000000000000007412740141200015771 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/src/Test.h0000644000175000001440000000030312740141200016147 0ustar00osusers00000000000000#ifndef __Test_h__ #define __Test_h__ class Test{ private: int number; public: Test(); int get(); void set(int i); template T GetMin (T a, U b); }; #endif //__Test_h__ aspectc++/Ag++/tests/src/PaxHeaders.4702/trace.ah0000644000000000000000000000007412740141200016311 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/src/trace.ah0000644000175000001440000000036012740141200016472 0ustar00osusers00000000000000#ifndef __trace_ah__ #define __trace_ah__ #include aspect Trace{ pointcut func() = "% Test::%(...)"; advice execution(func()): before() { printf("before (Trace 1): %s \n",JoinPoint::signature()); } }; #endif //__test_ah__ aspectc++/Ag++/tests/src/PaxHeaders.4702/Test.cc0000644000000000000000000000007412740141200016127 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/src/Test.cc0000644000175000001440000000036012740141200016310 0ustar00osusers00000000000000#include "Test.h" #include "../additional_includes/test_include.h" Test::Test(){ number=0; } int Test::get(){ return number; } void Test::set(int i){ number=i; } template T GetMin (T a, U b) { return (a int main(){ Test t; printf("Hello %d\n",t.get()); return 0; } aspectc++/Ag++/tests/PaxHeaders.4702/test_010000644000000000000000000000007412740141200015314 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_010000644000175000001440000000032512740141200015476 0ustar00osusers00000000000000DESC="Check if executable is at the right place" main() { if [ ! \( \( -x ${AGCC} \) -o \( -x ${AGCC}.exe \) \) ];then ERR_MSG="Executable '${AGCC}' not found"; return 1; fi; } cleanup() { true; } aspectc++/Ag++/tests/PaxHeaders.4702/run_tests.sh0000644000000000000000000000007412740141200016474 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/run_tests.sh0000755000175000001440000000475012740141200016667 0ustar00osusers00000000000000#!/bin/bash # path to ag++ AGCC="../../AspectC++/bin/${TARGET}/ag++" # summary printed in case at least one testcase failed ERR_SUM="+-----------------+\n"; ERR_SUM="${ERR_SUM}| Error Messages: |\n"; ERR_SUM="${ERR_SUM}+-----------------+\n"; ERR_OCCURED=0; # files for storing output from stdout and stderr STDOUT_FILE=stdout.tmp; STDERR_FILE=stderr.tmp; # check if TARGET variable is set if [ -z ${TARGET} ];then echo -en "\n\nThis script has to be invoked by 'make test' from the toplevel directory\n\n" exit fi # check if the name of a test was passed if [ $# -gt 0 ];then if [ -f $1 ];then TEST_FILES="$1"; else echo "Test file '$1' not found"; exit; fi else # if no test was execute all test in this folder TEST_FILES=$(find . -maxdepth 1 -name 'test_??' | sort | sed ':a;N;$!ba;s/\n/ /g'); fi # loop through all test files for testfile in ${TEST_FILES}; do rm -f puma.config; ERR_MSG=""; # include testfile file source $testfile; # redirect stdout and stderr exec 6>&1; exec 7>&2; exec > ${STDOUT_FILE}; exec 2> ${STDERR_FILE}; # execute main function of current test main ; RET=$?; # execute main function of current test #restore stdout and stderr exec 1>&6 6>&-; exec 2>&7 7>&-; # perform cleanup of test cleanup ; # check if test succeeded if [ $RET == 0 ]; then # test succeded echo -n "."; else # test failed echo -n "[${testfile/*_/}:F]"; ERR_OCCURED=1; # get stdout and stderr STDOUT=`cat ${STDOUT_FILE}`; STDERR=`cat ${STDERR_FILE}`; # add information to error summary ERR_SUM="${ERR_SUM}\n\n-----------------------------------------------------------------------------------------\n"; ERR_SUM="${ERR_SUM}TESTFILE: ${testfile}\n"; ERR_SUM="${ERR_SUM}-----------------------------------------------------------------------------------------\n\n"; ERR_SUM="${ERR_SUM}TEST DESCRIPTION: ${DESC//'\\'/\\\\}\n"; ERR_SUM="${ERR_SUM}-----------------\n\n"; ERR_SUM="${ERR_SUM}ERROR: ${ERR_MSG//'\\'/\\\\}\n"; ERR_SUM="${ERR_SUM}------\n\n"; ERR_SUM="${ERR_SUM}STDOUT:\n"; ERR_SUM="${ERR_SUM}-------\n${STDOUT//'\\'/\\\\}\n"; ERR_SUM="${ERR_SUM}STDERR:\n"; ERR_SUM="${ERR_SUM}-------\n${STDERR//'\\'/\\\\}\n"; fi rm -f puma.config; done # print summery of all errors occured echo; echo; if [ $ERR_OCCURED == 1 ];then echo -e "$ERR_SUM"; else echo "All tests OK"; fi # remove files containing output from stdout and stderr rm $STDERR_FILE $STDOUT_FILE; aspectc++/Ag++/tests/PaxHeaders.4702/test_020000644000000000000000000000007412740141200015315 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_020000644000175000001440000000125412740141200015501 0ustar00osusers00000000000000DESC="Generate puma.config (default name) and weave source file afterwards using generated config" main() { EXEC="${AGCC} --gen_config" if ( ${EXEC} );then true;else ERR_MSG="Failed executing '${EXEC}'"; return 1; fi; if [ -f puma.config ];then true;else ERR_MSG="Puma configuration file was not created"; return 1; fi; EXEC="${AGCC} --path src -o src/main.acc -v2 --weave_only --config puma.config src/main.cc" if ( ${EXEC} );then true;else ERR_MSG="Failed executing '${EXEC}'"; return 1; fi; if [ ! -f src/main.acc ];then ERR_MSG="Acc file was not created"; return 1; fi; } cleanup() { rm -f puma.config src/main.acc } aspectc++/Ag++/tests/PaxHeaders.4702/test_080000644000000000000000000000007412740141200015323 xustar0030 atime=1468174988.298169484 30 ctime=1468174988.298169484 aspectc++/Ag++/tests/test_080000644000175000001440000000125712740141200015512 0ustar00osusers00000000000000DESC="Generate dependencies" main() { mkdir src/dep EXEC="${AGCC} --path src -v2 -MF src/dep/dep.ag -M src/*.cc" if ( ${EXEC} );then true;else ERR_MSG="Failed executing '${EXEC}'"; return 1; fi; if [ ! -f src/dep/dep.ag ];then ERR_MSG="File with dependency information was not generated"; return 1; fi; g++ -include src/trace.ah -M -MF src/dep/dep.g src/*.cc; echo -e "\nDIFF BETWEEN FILES 'dep.g' and 'dep.ag': \n" if ( diff src/dep/dep.g src/dep/dep.ag );then true;else ERR_MSG="Dependency information differs between 'g++' and 'ag++' (files: 'src/dep/dep.g' and 'src/dep/dep.ag')"; return 1; fi; } cleanup() { rm -rf src/dep; } aspectc++/Ag++/PaxHeaders.4702/Makefile0000644000000000000000000000007212740141200014406 xustar0030 atime=1468174988.298169484 28 ctime=1468174988.2991695 aspectc++/Ag++/Makefile0000644000175000001440000001002712740141200014572 0ustar00osusers00000000000000# ****************************** # * S E T T I N G S * # ****************************** # PUMA root PUMA ?= ../Puma # default target TARGET ?= linux-release #AspectC++ source directory AC_SRC_DIR := ../AspectC++ # include the PUMA configuration variables # => set _TARGET, RELEASE, CFLAGS, CXXFLAGS, CPPFLAGS, etc. include $(PUMA)/vars.mk # determine which Puma library to use: libMiniPuma is preferred PUMA_LIBS := $(notdir $(wildcard $(PUMA)/lib/$(TARGET)/lib*Puma.a)) ifneq ($(filter libMiniPuma.a, $(PUMA_LIBS)),) PUMA_LIB := MiniPuma else PUMA_LIB := Puma endif #CXX := /usr/bin/g++-3.3 #CXX := ag++ -p. -p../aspects --Xcompiler #CXX := ag++ -v3 -p. --Xcompiler # compiler settings ifeq ($(_TARGET),win32) CXXFLAGS += -I $(PUMA)/src/win32/regex EXT :=.exe RES := mingw32-windres endif CXXFLAGS += $(CPPFLAGS) -I$(PUMA)/extern -I$(PUMA)/include ifneq ($(_TARGET),macosx_x86_64) ifeq ($(SHARED),) LDFLAGS += -static endif LDFLAGS += -Wl,-Bstatic -L$(PUMA)/lib/$(TARGET) -l$(PUMA_LIB) ifneq ($(SHARED),) LDFLAGS += -Wl,-Bdynamic endif else LDFLAGS += -L$(PUMA)/lib/$(TARGET) -l$(PUMA_LIB) endif ifneq ($(PROFILING),) LDFLAGS += -lc_p -lm_p CXXFLAGS += -pg endif # ****************************** # * S O U R C E S * # ****************************** BINBASE := bin BINDIR := $(BINBASE)/$(TARGET) PROG := $(BINDIR)/ag++$(EXT) CCSOURCES := $(wildcard *.cc) OBJECTBASE := ObjFiles OBJECTDIR := $(OBJECTBASE)/$(TARGET) OBJECTS := $(addprefix $(OBJECTDIR)/,$(CCSOURCES:%.cc=%.o)) DEPBASE := DepFiles DEPDIR := $(DEPBASE)/$(TARGET) DEPS := $(addprefix $(DEPDIR)/,$(CCSOURCES:%.cc=%.d)) ifeq ($(_TARGET),win32) RCFILES := win-ag++.rc OBJECTS += $(addprefix $(OBJECTDIR)/,$(RCFILES:%.rc=%.o)) DEPS += $(addprefix $(DEPDIR)/,$(RCFILES:%.rc=%.d)) endif DIRS := $(OBJECTDIR) $(DEPDIR) $(BINDIR) # ****************************** # * T A R G E T S * # ****************************** all: showtarget $(AC_SRC_DIR)/$(PROG) strip: $(AC_SRC_DIR)/$(PROG) @$(STRIP) $< showtarget: @echo "---" @echo "Making Ag++ for TARGET=$(TARGET)" @echo " AC++ = $(ACXX) $(ACXXFLAGS) " @echo " Compiler = $(CXX) $(CXXFLAGS)" @echo " Linker = $(CXX) $(CXXFLAGS) $(LDFLAGS)" @echo "---" help: showtarget @echo @echo @echo "Make:" @echo " help: show this help" @echo " all (default): compile, link and copy" @echo " copy: copy executable into AspectC++ bin folder" @echo " test : run tests" @echo " test_: run test number " @echo " clean: remove intermediate files of current TARGET" @echo " distclean: clean all generated files and directories" @echo "---" clean: @echo -n "CLEAN " rm -rf $(PROG) core core.* $(DIRS) distclean: rm -rf $(DEPBASE) $(OBJECTBASE) $(BINBASE) test: all @export TARGET=$(TARGET);export _TARGET=$(_TARGET);export EXT=$(EXT);cd tests;./run_tests.sh test_%: all @export TARGET=$(TARGET);export _TARGET=$(_TARGET);export EXT=$(EXT);cd tests; ./run_tests.sh $@ .PHONY: all clean distclean showtarget # ****************************** # * R U L E S * # ****************************** $(PROG): $(OBJECTS) @echo "LD $@" @mkdir -p $(BINDIR) @$(CXX) -o $@ $^ $(LDFLAGS) $(AC_SRC_DIR)/$(PROG): $(PROG) @echo "COPY $< to $@" @mkdir -p $(AC_SRC_DIR)/bin/$(TARGET) @cp $< $@ $(OBJECTDIR)/%.o : %.cc @echo "DEP $(DEPDIR)/$(<:%.cc=%.d)." @mkdir -p $(DEPDIR) @$(CXX) $(CXXFLAGS) -MM -MP -MT $@ -MT $(DEPDIR)/$(<:%.cc=%.d) -MF $(DEPDIR)/$(<:%.cc=%.d) $< @echo "CC $@" @mkdir -p $(OBJECTDIR) @$(CXX) $(CXXFLAGS) -c -o $@ $< ifeq ($(_TARGET),win32) $(OBJECTDIR)/%.o : %.rc @echo "DEP $@." @mkdir -p $(DEPDIR) @$(CXX) $(CXXFLAGS) -MM -MP -MT $@ -MT $(DEPDIR)/$(<:%.cc=%.d) -MF $(DEPDIR)/$(<:%.cc=%.d) -xc++ $< @echo "RES $@" @mkdir -p $(OBJECTDIR) @$(RES) $(filter -D%,$(CXXFLAGS)) $< $@ endif ifeq (,$(findstring clean,$(MAKECMDGOALS))) ifeq (,$(findstring help,$(MAKECMDGOALS))) -include $(DEPS) endif endif .SUFFIXES: .cc .o .h .rc .mk $(SUFFIXES) aspectc++/Ag++/PaxHeaders.4702/ACCompiler.cc0000644000000000000000000000007412740141200015235 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/ACCompiler.cc0000644000175000001440000000726612740141200015432 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "ACCompiler.h" #include "System.h" #include "regex.h" #include "file.h" //stdc++ includes #include using namespace std; using namespace file; //Puma includes #include "Puma/VerboseMgr.h" #include "Puma/SysCall.h" bool ACCompiler::execute() { VerboseMgr vm(cout, _config.verbose()); vm << "Weaving" << endvm; // command line string string exec_str = "\"" + _config.acc_bin() + "\" --system-config \"" + _config.pumaconfig_file() + "\" " + _config.optvec().getString(OptionItem::OPT_ACC, OptionItem::OPT_FILE); // get output path for .acc files from -o option string acc_output_path = _config.output_file(); file::stripFilename(acc_output_path); // loop through all options searching a file OptionVec::iterator opt = _config.optvec().begin(); while (opt != _config.optvec().end()) { // skip all options that are not a file which should be processed by // AspectC++ if ((opt->flag() & (OptionItem::OPT_ACC | OptionItem::OPT_FILE)) != (OptionItem::OPT_ACC | OptionItem::OPT_FILE)) { opt++; continue; } const string file = opt->name(); //construct name for output file string out_file; // if an output file for the woven result is not specified on command line // or the file(s) shall be compiled after weaving put an intermediate .acc file // in acc_output_path if (_config.compile() == true || _config.output_file().empty()) { //if we do not want to keep the intermediate acc files //generate files in the systems temporary directory if (_config.keep_woven() == false) { string prefix(file); stripPath(prefix); prefix.append("_agxx_"); char* tmp_file = (char*) Puma::SysCall::mktemp(prefix.c_str(), &_err); out_file = tmp_file; free(tmp_file); } //otherwise create name of output file from name of output file else { string tmp(file); stripPath(tmp); out_file = tmp; int endpos = out_file.rfind('.'); out_file.replace(endpos, string::npos, ".acc"); out_file = acc_output_path + out_file; } } else { out_file = _config.output_file(); } // construct final command string string local_exec_str = exec_str + " -c \"" + file + "\" -o \"" + out_file + "\""; // execute AspectC++ System acc(_err, _config, local_exec_str); //change filename in input_file list, so that the next steps //get the proper filename opt->name(out_file); opt->flag(opt->flag() | (OptionItem::OPT_GCC)); if (!acc.execute()) { return false; } opt++; } // Call Aspect C++ once in case there are no input files if ((_config.nr_files() == 0) && (_config.run_acpp_without_input() == true)) { System acc(_err, _config, exec_str); return acc.execute(); } return true; } aspectc++/Ag++/PaxHeaders.4702/RegExCont.cc0000644000000000000000000000007412740141200015115 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/RegExCont.cc0000644000175000001440000000341012740141200015275 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "RegExCont.h" using namespace regex; using namespace std; void RegExCont::add(string expr, RegComp* regcomp) { _re_map.insert(regex_pair(expr, regcomp)); } RegComp* RegExCont::lookup(string expr) { map::iterator iter = _re_map.find(expr); if (iter != _re_map.end()) { return iter->second; } else { return NULL; } } RegExCont::~RegExCont() { //cout << "RegExCont stored: "<< _re_map.size() << " regular expressions" <::iterator iter = _re_map.begin(); iter != _re_map.end(); iter++) { if (iter->second) { delete (iter->second); } } _re_map.clear(); } aspectc++/Ag++/PaxHeaders.4702/win-ag++.rc0000644000000000000000000000007412740141200014606 xustar0030 atime=1468174988.295169434 30 ctime=1468174988.295169434 aspectc++/Ag++/win-ag++.rc0000644000175000001440000000174712740141200015001 0ustar00osusers00000000000000///////////////////////////////////////// // // Version // #include "version.h" 1 ICON DISCARDABLE "win-ac++.ico" 1 VERSIONINFO FILEVERSION 0,0,6,0 PRODUCTVERSION 0,0,6,0 FILEFLAGSMASK 0x3fL FILEFLAGS 0x0L FILEOS 0x40004L FILETYPE 0x1L FILESUBTYPE 0x0L BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040704b0" BEGIN VALUE "Comments", "\0" VALUE "CompanyName", COMPANY_NAME VALUE "FileDescription", "G++ Wrapper for AspectC++ Weaver\0" VALUE "FileVersion", _VERSION VALUE "InternalName", "ag++\0" VALUE "LegalCopyright", COPYRIGHT VALUE "LegalTrademarks", "\0" VALUE "OriginalFilename", "win-ag++.rc\0" VALUE "PrivateBuild", "\0" VALUE "ProductName", "ag++\0" VALUE "ProductVersion", _VERSION VALUE "SpecialBuild", "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x407, 1200 END END aspectc++/Ag++/PaxHeaders.4702/ag++.cc0000644000000000000000000000007412740141200013774 xustar0030 atime=1468174988.296169451 30 ctime=1468174988.296169451 aspectc++/Ag++/ag++.cc0000644000175000001440000000767312740141200014173 0ustar00osusers00000000000000// This file is part of the AspectC++ compiler 'ac++'. // Copyright (C) 1999-2004 The 'ac++' developers (see aspectc.org) // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "CCompiler.h" #include "ACCompiler.h" #include "AGxxConfig.h" #include "PumaConfigFile.h" #include "file.h" // PUMA includes #include "Puma/ErrorStream.h" #include "Puma/VerboseMgr.h" // standard library includes #include using namespace Puma; int main(int argc, char **argv) { ErrorStream err; bool optionsOk; int exitstatus = EXIT_SUCCESS; try { // Setup Configuration AGxxConfig config(err, argc, argv); optionsOk = config.analyze(); if (config.verbose() > 0) { config.printOptions(); } if (!optionsOk) { return EXIT_FAILURE; } VerboseMgr vm(cout, config.verbose()); // Create a Puma configuration file if it does not exist if (config.gen_pumaconfig()) { PumaConfigFile pumacfg(err, config); if (!pumacfg.searchFile()) { if (!pumacfg.generateFile()) { return EXIT_FAILURE; } } else { config.gen_pumaconfig(false); } } // Create an AspectC++ compiler object if (config.weave()) { ACCompiler acc(err, config); if (!acc.execute()) { // make sure tmp files are cleaned up exitstatus = EXIT_FAILURE; } } // Create a C compiler object if (exitstatus == EXIT_SUCCESS && config.compile()) { CCompiler cc(err, config); if (!cc.execute()) { // make sure tmp files are cleaned up exitstatus = EXIT_FAILURE; } } // // clean up temporary files // vm++; // remove temporary puma.config if (config.pumaconfig_tmp() == true) { vm << "Removing temporary puma configuration file" << endvm; if (remove(config.pumaconfig_file().c_str()) < 0) { err << sev_warning << "Could not remove temporary file : " << config.pumaconfig_file().c_str() << endMessage; } } // remove intermediate acc files remove them if (config.keep_woven() == false) { vm << "Removing intermediate .acc files" << endvm; OptionVec::iterator opt = config.optvec().begin(); while (opt != config.optvec().end()) { if (opt->flag() != (OptionItem::OPT_ACC | OptionItem::OPT_GCC | OptionItem::OPT_FILE)) { ++opt; continue; } // check if removal succeeded string rm_file(opt->name()); if (remove(rm_file.c_str()) < 0) { err << sev_warning << "Couldn't remove " << rm_file.c_str() << endMessage; } ++opt; } } } catch (const std::exception &e) { err << sev_fatal << "Caught standard exception: " << e.what () << endMessage; return EXIT_FAILURE; } catch (...) { err << sev_fatal << "Caught unknown exception!" << endMessage; return EXIT_FAILURE; } return exitstatus; } aspectc++/PaxHeaders.4702/Puma0000644000000000000000000000007412740141200013120 xustar0030 atime=1468174987.946163694 30 ctime=1468174988.096166161 aspectc++/Puma/0000755000175000001440000000000012740141200013357 5ustar00osusers00000000000000aspectc++/Puma/PaxHeaders.4702/examples0000644000000000000000000000007412740141200014736 xustar0030 atime=1468174987.952163793 30 ctime=1468174987.947163711 aspectc++/Puma/examples/0000755000175000001440000000000012740141200015175 5ustar00osusers00000000000000aspectc++/Puma/examples/PaxHeaders.4702/ccparser0000644000000000000000000000007412740141200016540 xustar0030 atime=1468174987.947163711 30 ctime=1468174987.946163694 aspectc++/Puma/examples/ccparser/0000755000175000001440000000000012740141200016777 5ustar00osusers00000000000000aspectc++/Puma/examples/ccparser/PaxHeaders.4702/IncludeVisitor.cc0000644000000000000000000000007412740141177022104 xustar0030 atime=1468174987.945163678 30 ctime=1468174987.945163678 aspectc++/Puma/examples/ccparser/IncludeVisitor.cc0000644000175000001440000000170412740141177022270 0ustar00osusers00000000000000#include "IncludeVisitor.h" #include "Puma/PreTreeToken.h" #include "Puma/PreSonIterator.h" #include using namespace Puma; IncludeVisitor::~IncludeVisitor () { for (int i = 0; i < _struct.length (); i++) _struct[i] = (const char*)0; } void IncludeVisitor::iterateNodes (PreTree *node) { PreSonIterator i (node); for (i.first (); ! i.isDone (); i.next ()) i.currentItem ()->accept (*this); } void IncludeVisitor::visitPreIncludeDirective_Pre (PreIncludeDirective *node) { // if there is no semantic node this include directive was never // executed (maybe a FALSE conditional branch) if (! node->daughters () || ! ((PreInclSemNode*)(node->daughter (0)))->unit ()) return; // print "depth" spaces for (int i = 0; i < node->depth (); i++) *_os << " "; // print the name of the file included (to find in the semantic node) *_os << ((PreInclSemNode*)(node->daughter (0)))->unit ()->name () << endl; } aspectc++/Puma/examples/ccparser/PaxHeaders.4702/ccparser.cc0000644000000000000000000000007412740141177020743 xustar0030 atime=1468174987.945163678 30 ctime=1468174987.945163678 aspectc++/Puma/examples/ccparser/ccparser.cc0000644000175000001440000001314712740141177021133 0ustar00osusers00000000000000#include "IncludeVisitor.h" #include "Puma/version.h" #include "Puma/CCParser.h" #include "Puma/ErrorStream.h" #include "Puma/CCSemVisitor.h" #include "Puma/CPrintVisitor.h" #include "Puma/PrePrintVisitor.h" #include "Puma/CTranslationUnit.h" #include using namespace std; /*DEBUG*/#include using namespace Puma; namespace Puma { /*DEBUG*/extern int TRACE_TYPE; // created types /*DEBUG*/extern int TRACE_UNDO; // deleted syntax trees /*DEBUG*/extern int TRACE_OBJS; // inserted/deleted sem objects /*DEBUG*/extern int TRACE_FCT; // current function /*DEBUG*/extern int TRACE_SCOPES; // entered/leaved scopes /*DEBUG*/extern int TRACE_INSTANCE_CODE; // instance code /*DEBUG*/extern int SEM_DECL_SPECS; // created - deleted CSemDeclSpecs } static bool TRACE_STDOUT = false; static bool TRACE_FILE = false; static bool TRACE_TOKENS = false; static bool DO_SEMANTICS = true; static bool PRINT_TREE = true; static bool PRINT_DB = true; static bool PRINT_DEP = false; static int ONLY_PRE = 0; void evalOptions (int argc, char **argv) { if (argc < 2) { cout << "PUMA C++ parser, library version " << PUMA_VERSION << endl; cout << "usage: ccparser [options] " << endl; cout << "options:" << endl; cout << " -tr|--trace trace parse process, write to stdout" << endl; cout << " -tf|--trace-file trace parse process, write to debug/trace.file" << endl; cout << " -tt|--trace-tokens trace parsing tokens too" << endl; cout << " -ts|--trace-scopes trace entered/leaved scopes" << endl; cout << " -to|--trace-objs trace inserted/destroyed semantic objects" << endl; cout << " -tu|--trace-undo trace deleted syntax tree nodes" << endl; cout << " -tc|--trace-types trace created types" << endl; cout << " -ti|--trace-instances trace code of created instances" << endl; cout << " -nd|--no-print-db do not print the class database" << endl; cout << " -nt|--no-print-tree do not print the syntax tree" << endl; cout << " -ns|--no-semantics do not start the semantic process" << endl; cout << " -E write preprocessor output to stdout" << endl; cout << " -M print dependencies" << endl; cout << " -Q preprocess without output" << endl; exit (1); } for (int i = 1; i < argc-1; i++) { const char *arg = argv[i]; if (! strcmp (arg, "-tr") || ! strcmp (arg, "--trace")) TRACE_STDOUT = (TRACE_FILE = false, true); else if (! strcmp (arg, "-tf") || ! strcmp (arg, "--trace-file")) TRACE_FILE = (TRACE_STDOUT = false, true); else if (! strcmp (arg, "-tt") || ! strcmp (arg, "--trace-tokens")) TRACE_TOKENS = ((! TRACE_FILE && (TRACE_STDOUT = true)), true); else if (! strcmp (arg, "-ts") || ! strcmp (arg, "--trace-scopes")) TRACE_SCOPES = 1; else if (! strcmp (arg, "-to") || ! strcmp (arg, "--trace-objs")) TRACE_OBJS = 1; else if (! strcmp (arg, "-tu") || ! strcmp (arg, "--trace-undo")) TRACE_UNDO = 1; else if (! strcmp (arg, "-tc") || ! strcmp (arg, "--trace-types")) TRACE_TYPE = 1; else if (! strcmp (arg, "-ti") || ! strcmp (arg, "--trace-instances")) TRACE_INSTANCE_CODE = 1; else if (! strcmp (arg, "-nd") || ! strcmp (arg, "--no-print-db")) PRINT_DB = false; else if (! strcmp (arg, "-nt") || ! strcmp (arg, "--no-print-tree")) PRINT_TREE = false; else if (! strcmp (arg, "-ns") || ! strcmp (arg, "--no-semantics")) DO_SEMANTICS = false; else if (! strcmp (arg, "-E")) ONLY_PRE = 1; else if (! strcmp (arg, "-M")) { ONLY_PRE = 2; // no preprocessor output PRINT_DEP = true; } else if (! strcmp (arg, "-Q")) ONLY_PRE = 2; // no preprocessor output } } int run (int argc, char **argv) { ErrorStream err; CProject project (err, argc, argv); evalOptions (argc, argv); Unit *unit = project.scanFile (argv[argc-1]); if (! unit) { cout << "Aborted: Unable to scan input file" << endl; return 1; } CCParser parser; ofstream *fout = 0; #ifdef __PUMA_TRACING__ if (TRACE_STDOUT) parser.trace (cout, TRACE_TOKENS); // trace the parse process else if (TRACE_FILE) { fout = new ofstream ("debug/trace.file"); parser.trace (*fout, TRACE_TOKENS); // trace the parse process } #endif cout << "Starting parse process..." << endl; CTranslationUnit *tu = parser.parse (*unit, project, ONLY_PRE); if (tu->tree ()) { if (DO_SEMANTICS) { CCSemVisitor semantics (err); cout << "Starting semantic analysis..." << endl; semantics.run (tu->tree ()); } if (PRINT_TREE) { CPrintVisitor printer; cout << "Printing syntax tree..." << endl; printer.print (tu->tree (), cout); } if (PRINT_DB) { cout << "Printing semantic database..." << endl; tu->db ().Dump (cout, 10); } // print dependency information } else if (PRINT_DEP && tu->cpp_tree ()) { IncludeVisitor visitor; tu->cpp_tree ()->accept (visitor); } else cout << "Note: Empty program" << endl; if (err.severity () > sev_warning) cout << "Errors!" << endl; else if (err.severity () > sev_none) cout << "Warnings!" << endl; else cout << "No errors" << endl; delete tu; if (fout) delete fout; return err.severity () > sev_warning; } int main (int argc, char **argv) { int ret = run (argc, argv); #ifndef NDEBUG /*DEBUG*/cout << "Statistics: +" << CTree::alloc << " -" << CTree::release << endl; /*DEBUG*/if (SEM_DECL_SPECS) cerr<<"WARNING: "< using namespace std; using namespace Puma; class IncludeVisitor : public PreVisitor { ostream *_os; long _length; // array of include file names to get the inclusion depth Array _struct; public: IncludeVisitor (ostream &os = cout) : _os (&os), _length (0) {} virtual ~IncludeVisitor (); void iterateNodes (PreTree *); public: // called on visit of the include directive node void visitPreIncludeDirective_Pre (PreIncludeDirective *); }; #endif /* __INCLUDE_VISITOR__ */ aspectc++/Puma/examples/ccparser/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141177020272 xustar0030 atime=1468174987.945163678 30 ctime=1468174987.946163694 aspectc++/Puma/examples/ccparser/Makefile0000644000175000001440000000354712740141177020465 0ustar00osusers00000000000000#------------------------------------------------- # variables #------------------------------------------------- PROG := ccparser ROOT ?= $(shell pwd)/../.. TARGET ?= linux-release INCDIR := $(ROOT)/include LIBDIR := $(ROOT)/lib/$(TARGET) EXTDIR := $(ROOT)/extern OBJDIR := obj DEPDIR := dep SOURCES := $(wildcard *.cc) OBJECTS := $(addprefix $(OBJDIR)/,$(SOURCES:.cc=.o)) DEPS := $(addprefix $(DEPDIR)/,$(SOURCES:.cc=.d)) include $(ROOT)/vars.mk CPPFLAGS := $(CPPFLAGS) -I$(INCDIR) -I$(EXTDIR) #-L$(LIBDIR) #------------------------------------------------- # rules #------------------------------------------------- all: showinfo $(PROG) showinfo: @echo @echo "---" @echo "Compiling $(PROG) for TARGET=$(TARGET)" @echo " Compiler = $(CXX) $(CPPFLAGS) $(CXXFLAGS)" @echo " Linker = $(CXX) $(CXXFLAGS) $(LDFLAGS)" @echo "---" @echo $(PROG): $(OBJECTS) @echo "Linking $@..." @export LD_LIBRARY_PATH=$(LIBDIR); \ $(CXX) -o $@ $^ $(CXXFLAGS) -L$(LIBDIR) -Wl,-Bstatic -lPuma -Wl,-Bdynamic $(CPPFLAGS) # $(CXX) -o $@ $^ $(CXXFLAGS) -L$(LIBDIR) -Wl,-Bdynamic -lPuma -Wl,-Bdynamic $(CPPFLAGS) clean: @echo "Making $(PROG) clean..." @rm -f $(PROG) @rm -rf $(DEPDIR) $(OBJDIR) #------------------------------------------------- # targets #------------------------------------------------- $(OBJDIR)/%.o : %.cc @echo "Compiling $(filter %.cc,$^)..." @mkdir -p $(OBJDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -c -g -o $@ $(filter %.cc,$^) $(DEPDIR)/%.d : %.cc @echo "Generating dependencies for $(filter %.cc,$^)..." @mkdir -p $(DEPDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -MM $(filter %.cc,$^) | \ sed -e "s/$*\.o/$(OBJDIR)\/& $(DEPDIR)\/$*.d/g" > $@ .PHONY: clean #------------------------------------------------- # includes #------------------------------------------------- ifneq ($(MAKECMDGOALS),clean) -include $(DEPS) endif aspectc++/Puma/examples/PaxHeaders.4702/cparser0000644000000000000000000000007312740141200016374 xustar0029 atime=1468174987.95016376 30 ctime=1468174987.946163694 aspectc++/Puma/examples/cparser/0000755000175000001440000000000012740141200016634 5ustar00osusers00000000000000aspectc++/Puma/examples/cparser/PaxHeaders.4702/cparser.cc0000644000000000000000000000007412740141177020435 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/cparser/cparser.cc0000644000175000001440000001131312740141177020616 0ustar00osusers00000000000000#include "Puma/CParser.h" #include "Puma/ErrorStream.h" #include "Puma/CSemVisitor.h" #include "Puma/CPrintVisitor.h" #include "Puma/CTranslationUnit.h" #include using namespace std; /*DEBUG*/#include using namespace Puma; namespace Puma { /*DEBUG*/extern int TRACE_TYPE; // created types /*DEBUG*/extern int TRACE_UNDO; // deleted syntax trees /*DEBUG*/extern int TRACE_OBJS; // inserted/deleted sem objects /*DEBUG*/extern int TRACE_FCT; // current function /*DEBUG*/extern int TRACE_SCOPES; // entered/leaved scopes /*DEBUG*/extern int SEM_DECL_SPECS; // created - deleted CSemDeclSpecs } static bool TRACE_STDOUT = false; static bool TRACE_FILE = false; static bool TRACE_TOKENS = false; static bool DO_SEMANTICS = true; static bool PRINT_TREE = true; static bool PRINT_DB = true; static int ONLY_PRE = 0; void evalOptions (int argc, char **argv) { if (argc < 2) { cout << "usage: cparser [options] " << endl; cout << "options:" << endl; cout << " -tr|--trace trace parse process, write to stdout" << endl; cout << " -tf|--trace-file trace parse process, write to debug/trace.file" << endl; cout << " -tt|--trace-tokens trace parsing tokens too" << endl; cout << " -ts|--trace-scopes trace entered/leaved scopes" << endl; cout << " -to|--trace-objs trace inserted/destroyed semantic objects" << endl; cout << " -tu|--trace-undo trace deleted syntax tree nodes" << endl; cout << " -tc|--trace-types trace created types" << endl; cout << " -nd|--no-print-db do not print the class database" << endl; cout << " -nt|--no-print-tree do not print the syntax tree" << endl; cout << " -ns|--no-semantics do not start the semantic process" << endl; cout << " -E write preprocessor output to stdout" << endl; exit (1); } for (int i = 1; i < argc-1; i++) { const char *arg = argv[i]; if (! strcmp (arg, "-tr") || ! strcmp (arg, "--trace")) TRACE_STDOUT = (TRACE_FILE = false, true); else if (! strcmp (arg, "-tf") || ! strcmp (arg, "--trace-file")) TRACE_FILE = (TRACE_STDOUT = false, true); else if (! strcmp (arg, "-tt") || ! strcmp (arg, "--trace-tokens")) TRACE_TOKENS = ((! TRACE_FILE && (TRACE_STDOUT = true)), true); else if (! strcmp (arg, "-ts") || ! strcmp (arg, "--trace-scopes")) TRACE_SCOPES = 1; else if (! strcmp (arg, "-to") || ! strcmp (arg, "--trace-objs")) TRACE_OBJS = 1; else if (! strcmp (arg, "-tu") || ! strcmp (arg, "--trace-undo")) TRACE_UNDO = 1; else if (! strcmp (arg, "-tc") || ! strcmp (arg, "--trace-types")) TRACE_TYPE = 1; else if (! strcmp (arg, "-nd") || ! strcmp (arg, "--no-print-db")) PRINT_DB = false; else if (! strcmp (arg, "-nt") || ! strcmp (arg, "--no-print-tree")) PRINT_TREE = false; else if (! strcmp (arg, "-ns") || ! strcmp (arg, "--no-semantics")) DO_SEMANTICS = false; else if (! strcmp (arg, "-E")) ONLY_PRE = 1; } } int main (int argc, char **argv) { ErrorStream err; CProject project (err, argc, argv); evalOptions (argc, argv); // language C mode project.config ().Add ("--lang-c"); project.configure (project.config ()); Unit *unit = project.scanFile (argv[argc-1]); if (! unit) { cout << "Aborted: Unable to scan input file" << endl; exit (1); } CParser parser; ofstream *fout = 0; #ifdef __PUMA_TRACING__ if (TRACE_STDOUT) parser.trace (cout, TRACE_TOKENS); // trace the parse process else if (TRACE_FILE) { fout = new ofstream ("debug/trace.file"); parser.trace (*fout, TRACE_TOKENS); // trace the parse process } #endif cout << "Starting parse process..." << endl; CTranslationUnit *tu = parser.parse (*unit, project, ONLY_PRE); if (tu->tree ()) { if (DO_SEMANTICS) { CSemVisitor semantics (err); cout << "Starting semantic analysis..." << endl; semantics.run (tu->tree ()); } if (PRINT_TREE) { CPrintVisitor printer; cout << "Printing syntax tree..." << endl; printer.print (tu->tree (), cout); } if (PRINT_DB) { cout << "Printing semantic database..." << endl; tu->db ().Dump (cout, 2); } } else cout << "Note: Empty program" << endl; if (err.severity () > sev_warning) cout << "Errors!" << endl; else if (err.severity () > sev_none) cout << "Warnings!" << endl; else cout << "No errors" << endl; delete tu; if (fout) delete fout; /*DEBUG*/cout << "Statistics: +" << CTree::alloc << " -" << CTree::release << endl; /*DEBUG*/if (SEM_DECL_SPECS) cerr<<"WARNING: "< sev_warning; } aspectc++/Puma/examples/cparser/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141177020127 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/cparser/Makefile0000644000175000001440000000354612740141177020321 0ustar00osusers00000000000000#------------------------------------------------- # variables #------------------------------------------------- PROG := cparser ROOT ?= $(shell pwd)/../.. TARGET ?= linux-release INCDIR := $(ROOT)/include EXTDIR := $(ROOT)/extern LIBDIR := $(ROOT)/lib/$(TARGET) OBJDIR := obj DEPDIR := dep SOURCES := $(wildcard *.cc) OBJECTS := $(addprefix $(OBJDIR)/,$(SOURCES:.cc=.o)) DEPS := $(addprefix $(DEPDIR)/,$(SOURCES:.cc=.d)) include $(ROOT)/vars.mk CPPFLAGS := $(CPPFLAGS) -I$(INCDIR) -I$(EXTDIR) #-L$(LIBDIR) #------------------------------------------------- # rules #------------------------------------------------- all: showinfo $(PROG) showinfo: @echo @echo "---" @echo "Compiling $(PROG) for TARGET=$(TARGET)" @echo " Compiler = $(CXX) $(CPPFLAGS) $(CXXFLAGS)" @echo " Linker = $(CXX) $(CXXFLAGS) $(LDFLAGS)" @echo "---" @echo $(PROG): $(OBJECTS) @echo "Linking $@..." @export LD_LIBRARY_PATH=$(LIBDIR); \ $(CXX) -o $@ $^ -L$(LIBDIR) $(CXXFLAGS) -Wl,-Bstatic -lPuma -Wl,-Bdynamic $(CPPFLAGS) # $(CXX) -o $@ $^ -L$(LIBDIR) $(CXXFLAGS) -Wl,-Bdynamic -lPuma -Wl,-Bdynamic $(CPPFLAGS) clean: @echo "Making $(PROG) clean..." @rm -f $(PROG) @rm -rf $(DEPDIR) $(OBJDIR) #------------------------------------------------- # targets #------------------------------------------------- $(OBJDIR)/%.o : %.cc @echo "Compiling $(filter %.cc,$^)..." @mkdir -p $(OBJDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -c -g -o $@ $(filter %.cc,$^) $(DEPDIR)/%.d : %.cc @echo "Generating dependencies for $(filter %.cc,$^)..." @mkdir -p $(DEPDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -MM $(filter %.cc,$^) | \ sed -e "s/$*\.o/$(OBJDIR)\/& $(DEPDIR)\/$*.d/g" > $@ .PHONY: clean #------------------------------------------------- # includes #------------------------------------------------- ifneq ($(MAKECMDGOALS),clean) -include $(DEPS) endif aspectc++/Puma/examples/PaxHeaders.4702/annotator0000644000000000000000000000007412740141200016743 xustar0030 atime=1468174987.951163777 30 ctime=1468174987.946163694 aspectc++/Puma/examples/annotator/0000755000175000001440000000000012740141200017202 5ustar00osusers00000000000000aspectc++/Puma/examples/annotator/PaxHeaders.4702/annotator.cc0000644000000000000000000000007412740141177021351 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/annotator/annotator.cc0000644000175000001440000000754312740141177021544 0ustar00osusers00000000000000#include "Transformer.h" #include #include #include //#include //#include //#include //#include #include int main(int argc, char** argv) { // This is the error stream object used throughout // the whole system, it supports several error // severities and auto-formatted error location // output. Puma::ErrorStream err; // The project handles all file related task like // finding, opening, writing, and closing files. // The special CProject additionally is able to // scan files and strings, i.e. it provides an easy // to use interface to the lexical analyzer (scanner). Puma::CProject project(err, argc, argv); // Set the initial source/destination path pair. If // a file shall be written using the project it is // first checked if this file is located in one of // source paths known to the project. If not, the file // is not written. This mechanism is necessary to // avoid system headers to be overwritten (except for // the case that the corresponding system include // path is added as a source path). project.addPath(".", "."); // Check the arguments, need an input file. if (argc != 2) { std::cout << "Usage: " << argv[0] << " FILE" << std::endl; return 1; } // Scan the input file. The result is a token list // representation of the input file. Puma::Unit* unit = project.scanFile(argv[1]); if (! unit) { std::cerr << "Aborted: Unable to scan input file" << std::endl; return 1; } // After the input file was successfully scanned, it is // now tried to parse it. The result is the so-called // translation unit encapsulating the preprocessor, // syntax, and semantic trees. Puma::CCParser parser; Puma::CTranslationUnit* tu = parser.parse(*unit, project); if (tu->tree()) { // During the parsing of the input file only those // semantic analyses are performed that are necessary // to build the correct syntax tree and to recognize // the correct types. Expression evaluation and so on // is performed in an additional sematic analysis. It // is optional and not needed for this application. //Puma::CCSemVisitor semantics(err); //semantics.run(tu->tree()); // The generated syntax tree is an attributed syntax // tree referring to both tokens and semantic information. // It can be traversed using a corresponding tree visitor. // Formatted printing of the tree is performed by the // CPrintVisitor tree visitor. //CPrintVisitor cprinter; //cprinter.print(tu->tree(), std::cout); // The collected semantic information also is organized // as a tree reflecting the scope structure of the parsed // code. The interface to the semantic tree is the class // CSemDatabase. It can also be used to print this tree. //tu->db().Dump(std::cout, 10); // Now transform the "if" statements so that a comment // exists before every "if" statement. Transformer transformer(err); transformer.transform(tu->tree()); // At last the transformed unit has to be saved as file // again. This is also realized using the project class. // The original file shall be renamed to filename.bak // before the transformed version of this file is written. project.saveMode(Puma::SaveMode::RENAME_OLD, ".bak"); project.save(unit); } if (tu->cpp_tree()) { // Beside the syntax and semantic trees there is also // a separate tree for the preprocessor directives. // This tree can be printed using the PrePrintVisitor. //Puma::PrePrintVisitor preprinter; //tu->cpp_tree()->accept(preprinter); } // Clean up. delete tu; // Return 1 if errors or fatal errors occurred. return err.severity() > Puma::sev_warning ? 1 : 0; } aspectc++/Puma/examples/annotator/PaxHeaders.4702/Transformer.h0000644000000000000000000000007412740141177021510 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/annotator/Transformer.h0000644000175000001440000000333212740141177021673 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __Transformer_h__ #define __Transformer_h__ #include #include #include // Transform the source code on syntax tree level. class Transformer : private Puma::CVisitor { Puma::ErrorStream& m_Err; private: // Insert the comment before the first token of // the matched syntax tree node. void insertComment(Puma::CTree *node); protected: // Overwrite pre_visit(...) from Puma::CVisitor // that is called before a subtree is visited. void pre_visit(Puma::CTree* node); public: Transformer(Puma::ErrorStream& err); void transform(Puma::CTree* node); }; #endif /* __Transformer_h__ */ aspectc++/Puma/examples/annotator/PaxHeaders.4702/example.cpp0000644000000000000000000000007412740141177021174 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/annotator/example.cpp0000644000175000001440000000203612740141177021357 0ustar00osusers00000000000000#include int prod(int m, int n) { if (m > n) return -1; int prod = m; do { m++; prod *= m; } while (m < n); return prod; } int prod_r(int m, int n) { if (m > n) return -1; if (m == n-1) return m * n; else return m * prod_r(++m, n); } int fac(int n) { int fac = n; while (n > 1) { n--; fac *= n; } return fac; } int fac_r(int n) { if (n == 0) return 1; return n * fac_r(--n); } int binom1(int m, int n) { if (m < n) return 0; return fac(m) / (fac(n) * fac(m-n)); } int binom2(int m, int n) { return prod(n, m) * (m-n + 1) / fac(n); } int main() { int x = 2, y = 4; std::cout << "Product: " << prod(x,y) << std::endl; std::cout << "Product: " << prod_r(x,y) << std::endl; std::cout << "Faculty: " << fac(x) << std::endl; std::cout << "Faculty: " << fac_r(x) << std::endl; std::cout << "Binom 1: " << binom1(y,x) << std::endl; std::cout << "Binom 2: " << binom2(y,x) << std::endl; return 0; } aspectc++/Puma/examples/annotator/PaxHeaders.4702/Transformer.cc0000644000000000000000000000007412740141177021646 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/annotator/Transformer.cc0000644000175000001440000000441512740141177022034 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include #include #include #include "Transformer.h" Transformer::Transformer(Puma::ErrorStream& err) : m_Err(err) { } void Transformer::transform(Puma::CTree* node) { // Visit the syntax tree top-down. visit(node); } // Overwrite pre_visit(...) from Puma::CVisitor // that is called before a subtree is visited. void Transformer::pre_visit(Puma::CTree* node) { // Match if and if-else statements. if (node->NodeName() == Puma::CT_IfStmt::NodeId() || node->NodeName() == Puma::CT_IfElseStmt::NodeId()) { // Insert the command before the statement. insertComment(node); } } // Overwrite pre_visit(...) from Puma::CVisitor // that is called before a subtree is visited. void Transformer::insertComment(Puma::CTree* node) { // Get the first token of the statement, i.e. the 'if'. Puma::Token* token_if = node->token(); // Scan the commant tokens. Puma::CUnit comment(m_Err); comment.name(token_if->location().filename().name()); comment << "/* " << token_if->location() << " */ " << Puma::endu; // Insert the comment tokens before the 'if' token. Puma::ManipCommander mc; mc.paste_before(token_if, &comment); mc.commit(); } aspectc++/Puma/examples/annotator/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141177020475 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/annotator/Makefile0000644000175000001440000000434012740141177020660 0ustar00osusers00000000000000#------------------------------------------------- # variables #------------------------------------------------- PROG := annotator ROOT := $(shell pwd)/../.. TARGET ?= linux-release OBJDIR := obj DEPDIR := dep GENDIR := gen INCDIR := $(ROOT)/include $(ROOT)/extern $(GENDIR) LIBDIR := $(ROOT)/lib/$(TARGET) ifeq ($(MAKELEVEL),0) SOURCES := $(wildcard *.ora) OBJECTS := $(addprefix $(GENDIR)/,$(SOURCES:.ora=.ot)) else SOURCES := $(wildcard *.cc) OBJECTS := $(addprefix $(OBJDIR)/,$(SOURCES:.cc=.o)) DEPS := $(addprefix $(DEPDIR)/,$(SOURCES:.cc=.d)) include $(ROOT)/vars.mk CPPFLAGS += $(CXXFLAGS) $(addprefix -I,$(INCDIR)) endif #------------------------------------------------- # rules #------------------------------------------------- ifeq ($(MAKELEVEL),0) all: $(OBJECTS) @$(MAKE) else all: showinfo $(PROG) showinfo: @echo @echo "---" @echo "Compiling $(PROG) for TARGET=$(TARGET)" @echo " Compiler = $(CXX) $(CPPFLAGS) $(CXXFLAGS)" @echo " Linker = $(CXX) $(CXXFLAGS) $(LDFLAGS)" @echo "---" @echo $(PROG): $(OBJECTS) @echo "Linking $@..." export LD_LIBRARY_PATH=$(LIBDIR); \ $(CXX) -o $@ $^ -L$(LIBDIR) $(CXXFLAGS) -Wl,-Bstatic -lPuma -Wl,-Bdynamic $(CPPFLAGS) # $(CXX) -o $@ $^ -L$(LIBDIR) $(CXXFLAGS) -Wl,-Bdynamic -lPuma -Wl,-Bdynamic $(CPPFLAGS) endif clean: @echo "Making $(PROG) clean..." @rm -f $(PROG) @rm -rf $(DEPDIR) $(OBJDIR) $(GENDIR) #------------------------------------------------- # targets #------------------------------------------------- ifeq ($(MAKELEVEL),0) $(GENDIR)/%.ot : %.ora @echo "Generating $@..." @mkdir -p $(GENDIR) @$(ROOT)/tools/orange/orange $< >> $@ else $(OBJDIR)/%.o : %.cc @echo "Compiling $(filter %.cc,$^)..." @mkdir -p $(OBJDIR) $(CXX) $(CPPFLAGS) $(CXXFLAGS) -c -g -o $@ $(filter %.cc,$^) $(DEPDIR)/%.d : %.cc @echo "Generating dependencies for $(filter %.cc,$^)..." @mkdir -p $(DEPDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -MM $(filter %.cc,$^) | \ sed -e "s/$*\.o/$(OBJDIR)\/& $(DEPDIR)\/$*.d/g" > $@ endif .PHONY: clean #------------------------------------------------- # includes #------------------------------------------------- ifneq ($(MAKELEVEL),0) ifneq ($(MAKECMDGOALS),clean) -include $(DEPS) endif endif aspectc++/Puma/examples/PaxHeaders.4702/macronames0000644000000000000000000000007412740141200017063 xustar0030 atime=1468174987.951163777 30 ctime=1468174987.946163694 aspectc++/Puma/examples/macronames/0000755000175000001440000000000012740141200017322 5ustar00osusers00000000000000aspectc++/Puma/examples/macronames/PaxHeaders.4702/macronames.cc0000644000000000000000000000007412740141177021611 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/macronames/macronames.cc0000644000175000001440000000517312740141177022001 0ustar00osusers00000000000000#include "Puma/CCParser.h" #include "Puma/ErrorStream.h" #include "Puma/UnitIterator.h" #include "Puma/CTokens.h" #include "Puma/PreParser.h" #include #include #include typedef std::set LineNumbers; typedef std::map Macros; int main (int argc, char **argv) { if (argc < 2) { std::cout << "Extract C preprocessor macro names from a file" << std::endl; std::cout << "usage: macronames " << std::endl; return 1; } // scan input file Puma::ErrorStream err; Puma::CProject project(err, argc, argv); Puma::Unit *file = project.scanFile(argv[argc-1]); if (! file) { std::cerr << argv[argc-1] << ": unable to scan input file" << std::endl; return 1; } // find macro names in the token lists of #if, #elseif, // #ifdef, and #ifndef directives Macros macros; Puma::UnitIterator token(*file); for (; *token; ++token) { if (token->is_preprocessor()) { int type = token->type(); if (type == TOK_PRE_IF || type == TOK_PRE_ELIF) { // search for identifiers, ignore special identifier "defined" for (++token; *token; ++token) { if (token->is_whitespace()) { // white space, let's see if it is the end of the directive const char *c = token->text(); for (; *c && *c != '\n'; c++); if (*c == '\n') { // end of directive, stop searching for macro names break; } } else if (token->is_identifier() && strcmp(token->text(), "defined") != 0) { // macro name found macros[token->text()].insert(token->location().line()); } } } else if (type == TOK_PRE_IFDEF || type == TOK_PRE_IFNDEF) { // skip comments and white spaces for (++token; *token && (token->is_comment() || token->is_whitespace()); ++token); if (*token && token->is_identifier()) { // macro name found macros[token->text()].insert(token->location().line()); } } } } // print the macro names and the line numbers where they are called (XML) std::cout << "\n" << std::endl; Macros::const_iterator macro = macros.begin(); for (; macro != macros.end(); ++macro) { std::cout << " first << "\">" << std::endl; LineNumbers::const_iterator number = macro->second.begin(); for (; number != macro->second.end(); ++number) { std::cout << " " << *number << "" << std::endl; } std::cout << " " << std::endl; } std::cout << "" << std::endl; return 0; } aspectc++/Puma/examples/macronames/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141177020615 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/macronames/Makefile0000644000175000001440000000355112740141177021003 0ustar00osusers00000000000000#------------------------------------------------- # variables #------------------------------------------------- PROG := macronames ROOT ?= $(shell pwd)/../.. TARGET ?= linux-release INCDIR := $(ROOT)/include EXTDIR := $(ROOT)/extern LIBDIR := $(ROOT)/lib/$(TARGET) OBJDIR := obj DEPDIR := dep SOURCES := $(wildcard *.cc) OBJECTS := $(addprefix $(OBJDIR)/,$(SOURCES:.cc=.o)) DEPS := $(addprefix $(DEPDIR)/,$(SOURCES:.cc=.d)) include $(ROOT)/vars.mk CPPFLAGS := $(CPPFLAGS) -I$(INCDIR) -I$(EXTDIR) #-L$(LIBDIR) #------------------------------------------------- # rules #------------------------------------------------- all: showinfo $(PROG) showinfo: @echo @echo "---" @echo "Compiling $(PROG) for TARGET=$(TARGET)" @echo " Compiler = $(CXX) $(CPPFLAGS) $(CXXFLAGS)" @echo " Linker = $(CXX) $(CXXFLAGS) $(LDFLAGS)" @echo "---" @echo $(PROG): $(OBJECTS) @echo "Linking $@..." @export LD_LIBRARY_PATH=$(LIBDIR); \ $(CXX) -o $@ $^ $(CXXFLAGS) -L$(LIBDIR) -Wl,-Bstatic -lPuma -Wl,-Bdynamic $(CPPFLAGS) # $(CXX) -o $@ $^ $(CXXFLAGS) -L$(LIBDIR) -Wl,-Bdynamic -lPuma -Wl,-Bdynamic $(CPPFLAGS) clean: @echo "Making $(PROG) clean..." @rm -f $(PROG) @rm -rf $(DEPDIR) $(OBJDIR) #------------------------------------------------- # targets #------------------------------------------------- $(OBJDIR)/%.o : %.cc @echo "Compiling $(filter %.cc,$^)..." @mkdir -p $(OBJDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -c -g -o $@ $(filter %.cc,$^) $(DEPDIR)/%.d : %.cc @echo "Generating dependencies for $(filter %.cc,$^)..." @mkdir -p $(DEPDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -MM $(filter %.cc,$^) | \ sed -e "s/$*\.o/$(OBJDIR)\/& $(DEPDIR)\/$*.d/g" > $@ .PHONY: clean #------------------------------------------------- # includes #------------------------------------------------- ifneq ($(MAKECMDGOALS),clean) -include $(DEPS) endif aspectc++/Puma/examples/PaxHeaders.4702/parser0000644000000000000000000000007412740141200016232 xustar0030 atime=1468174987.952163793 30 ctime=1468174987.945163678 aspectc++/Puma/examples/parser/0000755000175000001440000000000012740141200016471 5ustar00osusers00000000000000aspectc++/Puma/examples/parser/PaxHeaders.4702/parser.cc0000644000000000000000000000007412740141177020127 xustar0030 atime=1468174987.945163678 30 ctime=1468174987.945163678 aspectc++/Puma/examples/parser/parser.cc0000644000175000001440000004540112740141177020315 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #ifdef WIN32 #include #else #include #endif namespace Puma { extern int TRACE_TYPE; // trace created types extern int TRACE_UNDO; // trace discarded subtrees extern int TRACE_OBJS; // trace created and discarded semantic objects extern int TRACE_SCOPES; // trace entered/leaved scopes extern int TRACE_INSTANCE_CODE; // trace instance units extern int TRACE_PARSE_INSTANCE; // trace parse instance units extern int TRACE_CPP; // trace preprocessor } static bool verify_tree = false; static bool lang_c = false; static bool lang_cc = false; static std::string input_file = ""; static bool verbose = false; static bool dump_cpp = false; static std::string dump_cpp_file; static int dump_db = 0; static std::string dump_db_file; static bool dump_unit = false; static std::string dump_unit_file; static bool dump_tree = false; static std::string dump_tree_file; static bool dump_cpp_tree = false; static std::string dump_cpp_tree_file; static bool trace_parse = false; static std::string trace_parse_file; void log(const std::string& message) { if (verbose) { time_t ltime; time(<ime); struct tm *today = localtime(<ime); char buffer[128]; strftime(buffer,127,"%b %d %H:%M:%S",today); std::cout << "-- " << buffer << "."; #ifdef WIN32 timeb btime; ftime(&btime); std::cout << btime.millitm; #else struct timeval tv; gettimeofday(&tv,0); std::cout << tv.tv_usec/1000; #endif std::cout << ": " << message << std::endl; } } void printError(Puma::ErrorStream& err, Puma::CTree* node, const std::string& message) { if (node) { Puma::Token* t = node->token(); if (t) { err << t->location(); } } err << Puma::sev_error << message.c_str() << Puma::endMessage; } void printError(Puma::ErrorStream& err, const std::string& message) { printError(err, 0, message); } std::ostream* openStream(const std::string& file) { return file.empty() ? &std::cout : new std::ofstream(file.c_str()); } void closeStream(const std::string& file, std::ostream* os) { if (! file.empty()) { delete os; } } void addCompilerConfig(Puma::ErrorStream& err, Puma::Config& config) { // always set when Puma parses something, can be used // to hide code from Puma's view config.Add("-D", "__puma", true); // signal that Puma prefers standard C code config.Add("-D", "__STDC__", true); // command to get the configuration options from the compiler std::string cmd; if (lang_c) { cmd = "gcc -E -dM -v -x c /dev/null 2>&1"; } else { cmd = "g++ -E -dM -v -x c++ /dev/null 2>&1"; } // execute command to get the compiler config Puma::PipedCmd pipedcmd; pipedcmd.exec(cmd.c_str()); // parse the compiler config std::istringstream in(pipedcmd.getOutput()); if (! in) { printError(err, "unable to read compiler configuration"); printError(err, "command '"+cmd+"' failed"); return; } // regular expressions for matching includes and macros Puma::RegComp regincl("#include [<\"].*:.*"); Puma::RegComp reginlist("^ .*"); Puma::RegComp regdef("#define .*"); // GNU compiler version std::string gnu_major_version, gnu_minor_version, gnu_patchlevel; // read file line by line bool in_include_list = false; std::string line; while (std::getline(in, line)) { // start of list of include paths if (regincl.match(line.c_str())) { in_include_list = true; // within a list of include paths } else if (in_include_list && reginlist.match(line.c_str())) { // strip leading white space unsigned int pos = line.find_first_not_of(" "); line = line.substr(pos); // convert '//*' to '/' char lastchar = '0'; for (std::string::iterator c = line.begin(); c != line.end(); ++c) { if (lastchar == *c && *c == '/') { c = line.erase(c); --c; } lastchar = *c; } // add the include path config.Add("--isystem", line.c_str(), true); // end of list of include paths } else if (in_include_list) { in_include_list = false; // match a '#define ...' } else if (regdef.match(line.c_str())) { // remove '#define ' (8 characters) line = line.substr(8); // split name and argument of macro // find name, split at first whitespace std::string::size_type pos = line.find(" "); std::string name = line.substr(0, pos); // set '1' as default argument if no argument is defined std::string value = "1"; // find value, i.e. the string behind the macro name if ((pos != std::string::npos) && (line.find_first_not_of(" ", pos) != std::string::npos)) { value = line.substr(pos+1); } // add the macro definition to the configuration config.Add("-D", name.c_str(), value.c_str(), true); // GNU compiler major version if (name == "__GNUC__") { gnu_major_version = value; // GNU compiler minor version } else if (name == "__GNUC_MINOR__") { gnu_minor_version = value; // GNU compiler patchlevel } else if (name == "__GNUC_PATCHLEVEL__") { gnu_patchlevel = value; // check for the size_t } else if (name == "__SIZE_TYPE__") { config.Add("--size-type", value.c_str(), true); // check for the ptrdiff_t } else if (name == "__PTRDIFF_TYPE__") { config.Add("--ptrdiff-type", value.c_str(), true); } } } // enable correct gcc support if (! gnu_major_version.empty()) { std::string version = gnu_major_version + "." + gnu_minor_version + "." + gnu_patchlevel; config.Add("--gnu", version.c_str(), true); } } void readOptionArg(int argc, char** argv, int& i, std::string& file) { if (argc > (i+2) && argv[i+1][0] != '-') { file = argv[++i]; } } void printUsage(Puma::CProject& project) { std::cout << "PUMA C/C++ Parser, v" << Puma::puma_version() << std::endl; std::cout << "usage: parser [options] " << std::endl; std::cout << "options:" << std::endl; project.config().PrintOptions(std::cout); std::cout << " --dump-db [FILE] Dump the semantic database to file or stdout" << std::endl; std::cout << " --dump-db-all [FILE] Dump the semantic database incl. builtins to file or stdout" << std::endl; std::cout << " --dump-tree [FILE] Dump the syntax tree to file or stdout" << std::endl; std::cout << " --dump-unit [FILE] Dump the primary token unit to file or stdout" << std::endl; std::cout << " --dump-cpp [FILE] Dump the C preprocessor output to file or stdout" << std::endl; std::cout << " --dump-cpp-tree [FILE] Dump the C preprocessor syntax tree to file or stdout" << std::endl; std::cout << " --dump-instances Dump the created template instances to stdout [debug]" << std::endl; std::cout << " --trace-parse [FILE] Trace the parse process and write it to file or stdout [debug]" << std::endl; std::cout << " --trace-cpp Trace the preprocessor and write it to stdout [debug]" << std::endl; std::cout << " --trace-instances Trace parsing template instances and write it to stdout [debug]" << std::endl; std::cout << " --trace-types Trace the created types and write it to stdout [debug]" << std::endl; std::cout << " --trace-scopes Trace the entered scopes and write it to stdout [debug]" << std::endl; std::cout << " --trace-objects Trace the created semantic opjects and write it to stdout [debug]" << std::endl; std::cout << " --trace-undo-tree Trace the backtracking and write it to stdout [debug]" << std::endl; std::cout << " --verify-tree Verify the syntax tree" << std::endl; std::cout << " --default-path Add the path to the input file as source path" << std::endl; std::cout << " --no-default-config Don't add the default configuration of the target compiler" << std::endl; std::cout << " --help Show the usage information and exit" << std::endl; std::cout << " -v Enable verbose logging" << std::endl; exit(1); } void evalOptions(Puma::CProject& project, int argc, char **argv) { // need usage information? if (argc < 2) { printUsage(project); } // read additional command line options bool default_path = false; bool default_config = true; for (int i = 1; i < argc; i++) { std::string o = argv[i]; if (o == "--help") { printUsage(project); } else if (o == "-v") { verbose = true; } else if (o == "--verify-tree") { verify_tree = true; } else if (o == "--default-path") { default_path = true; } else if (o == "--no-default-config") { default_config = false; } else if (o == "--dump-db") { dump_db = 1; readOptionArg(argc, argv, i, dump_db_file); } else if (o == "--dump-db-all") { dump_db = 2; readOptionArg(argc, argv, i, dump_db_file); } else if (o == "--dump-tree") { dump_tree = true; readOptionArg(argc, argv, i, dump_tree_file); } else if (o == "--dump-unit") { dump_unit = true; readOptionArg(argc, argv, i, dump_unit_file); } else if (o == "--dump-cpp") { dump_cpp = true; readOptionArg(argc, argv, i, dump_cpp_file); } else if (o == "--dump-cpp-tree") { dump_cpp_tree = true; readOptionArg(argc, argv, i, dump_cpp_tree_file); } else if (o == "--trace-parse") { trace_parse = true; readOptionArg(argc, argv, i, trace_parse_file); } else if (o == "--trace-cpp") { Puma::TRACE_CPP = 1; } else if (o == "--trace-types") { Puma::TRACE_TYPE = 1; } else if (o == "--trace-scopes") { Puma::TRACE_SCOPES = 1; } else if (o == "--dump-instances") { Puma::TRACE_INSTANCE_CODE = 1; } else if (o == "--trace-instances") { Puma::TRACE_PARSE_INSTANCE = 1; } else if (o == "--trace-objects") { Puma::TRACE_OBJS = 1; } else if (o == "--trace-undo-tree") { Puma::TRACE_UNDO = 1; } } // add compiler configuration if (default_config) { addCompilerConfig(project.err(),project.config()); } // add command line options project.config().Read(argc,argv); // evaluate options lang_c = project.config().Option("--lang-c"); lang_cc = project.config().Option("--lang-c++") || project.config().Option("--lang-ac++"); input_file = argc > 1 ? argv[argc-1] : ""; // get input language if (! lang_c && ! lang_cc) { std::string::size_type pos = input_file.rfind('.'); if (pos != input_file.npos) { std::string suffix = input_file.substr(pos+1); if (suffix == "cc" || suffix == "cpp") { lang_cc = true; } else if (suffix == "c") { lang_c = true; } } // set input language if (lang_c) { project.config().Add("--lang-c", true); } else { lang_cc = true; project.config().Add("--lang-c++", true); } } if (default_path) { // add the directory containing the current input file // as source directory std::string path = "."; std::string::size_type pos = input_file.rfind("/"); if (pos != std::string::npos) { path = "/"; if (pos != 0) { path = input_file.substr(0, pos); } } project.config().Add("-p", path.c_str(), true); } // propagate the configuration project.configure(project.config()); } Puma::CTranslationUnit* parseCFile(Puma::ErrorStream& err, Puma::CProject& project) { // lexical analysis log("lexical analysis"); Puma::Unit *unit = project.scanFile(input_file.c_str()); if (! unit) { printError(err, "lexical analysis of input file failed"); return 0; } // dump unit if (dump_unit) { std::ostream* unit_os = openStream(dump_unit_file); unit->print(*unit_os); closeStream(dump_unit_file, unit_os); } // syntactic analysis log("syntactic analysis"); Puma::CParser parser; std::ostream* trace_os = openStream(trace_parse_file); std::ostream* cpp_os = openStream(dump_cpp_file); if (trace_parse) { #ifdef __PUMA_TRACING__ parser.trace(*trace_os, verbose); #endif } Puma::CTranslationUnit* file = parser.parse(*unit, project, dump_cpp, *cpp_os); closeStream(dump_cpp_file, cpp_os); closeStream(trace_parse_file, trace_os); // semantic analysis if (file && file->tree()) { log("semantic analysis"); Puma::CSemVisitor semantics(err); semantics.run(file->tree()); } return file; } Puma::CTranslationUnit* parseCCFile(Puma::ErrorStream& err, Puma::CProject& project) { // lexical analysis log("lexical analysis"); Puma::Unit *unit = project.scanFile(input_file.c_str()); if (! unit) { return 0; } // dump unit if (dump_unit) { std::ostream* unit_os = openStream(dump_unit_file); unit->print(*unit_os); closeStream(dump_unit_file, unit_os); } // syntactic analysis log("syntactic analysis"); Puma::CCParser parser; std::ostream* trace_os = openStream(trace_parse_file); std::ostream* cpp_os = openStream(dump_cpp_file); if (trace_parse) { #ifdef __PUMA_TRACING__ parser.trace(*trace_os, verbose); #endif } Puma::CTranslationUnit* file = parser.parse(*unit, project, dump_cpp, *cpp_os); closeStream(dump_cpp_file, cpp_os); closeStream(trace_parse_file, trace_os); // semantic analysis if (file && file->tree()) { log("semantic analysis"); Puma::CCSemVisitor semantics(err); semantics.run(file->tree()); } return file; } bool isDependent(Puma::CTree* node) { // check if any sub expression of a given expression // depends on a template parameter if (node->Type() && node->Type()->isDependent()) { return true; } // check the child nodes unsigned sons = node->Sons(); for (unsigned i = 0; i < sons; ++i) { if (isDependent(node->Son(i))) { return true; } } return false; } std::string printTree(Puma::CTree* node) { // print the tokens of a sub-tree std::ostringstream s; Puma::Token* token = node->token(); Puma::Token* end = node->end_token(); if (token && end) { Puma::Unit* file = token->unit(); while (token) { s << token->text(); if (token == end) { break; } token = file->next(token); } } return s.str(); } void walk(Puma::ErrorStream& err, Puma::CTree* node, Puma::CTree* parent = 0) { if (! node) { return; } // every node has to have a parent except the top level node if (! node->Parent() && node->NodeName() != Puma::CT_Program::NodeId()) { printError(err, node, node->NodeName()+std::string(" node has no parent")); } // parent - child relations must be correct if (node->Parent() && node->Parent() != parent) { printError(err, node, node->NodeName()+std::string(" node has wrong parent ")+node->Parent()->NodeName()); } // node indicating an error in the input file if (node->NodeName() == Puma::CT_Error::NodeId()) { printError(err, node, "error node found in tree"); } // all expressions shall have a type else if (node->IsExpression() && ! node->Type()) { if (! isDependent(node)) { printError(err, node, "expression without type"); } } // all expressions shall have a defined type else if (node->IsExpression() && node->Type()->is_undefined()) { if (! isDependent(node)) { printError(err, node, "expression with undefined type"); } } // all symbols shall be resolved else if (node->IsSimpleName() && node->SemObject() && ! node->SemObject()->Object()) { if (! isDependent(node)) { printError(err, node, std::string("unresolved symbol "+printTree(node))); } } // walk over the child nodes else { unsigned int sons = node->Sons(); for (unsigned i = 0; i < sons; ++i) { walk(err, node->Son(i), node); } } } int main(int argc, char **argv) { Puma::ErrorStream err; Puma::CProject project(err); evalOptions(project,argc,argv); // parse input file Puma::CTranslationUnit* file = 0; if (lang_c) { file = parseCFile(err,project); } else if (lang_cc) { file = parseCCFile(err,project); } // dump the syntax tree if (dump_tree && file && file->tree()) { log("dump syntax tree"); std::ostream* tree_os = openStream(dump_tree_file); Puma::CPrintVisitor printer; printer.configure(project.config()); printer.print(file->tree(), *tree_os); closeStream(dump_tree_file, tree_os); } // dump the preprocessor syntax tree if (dump_cpp_tree && file && file->cpp_tree()) { log("dump preprocessor syntax tree"); std::ostream* tree_os = openStream(dump_cpp_tree_file); Puma::PrePrintVisitor printer(*tree_os); file->cpp_tree()->accept(printer); closeStream(dump_cpp_tree_file, tree_os); } // dump the semantic database if (dump_db && file) { log("dump semantic information database"); std::ostream* db_os = openStream(dump_db_file); file->db().Dump(*db_os, 10, dump_db == 2); closeStream(dump_db_file, db_os); } // walk over the tree if (verify_tree && file && file->tree()) { log("verify syntax tree"); walk(err, file->tree()); } log("cleanup"); if (file) { delete file; } bool haveError = err.severity() > Puma::sev_warning; Puma::DString::clearDict(); return haveError; } aspectc++/Puma/examples/parser/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141177017764 xustar0030 atime=1468174987.945163678 30 ctime=1468174987.945163678 aspectc++/Puma/examples/parser/Makefile0000644000175000001440000000356112740141177020153 0ustar00osusers00000000000000#------------------------------------------------- # variables #------------------------------------------------- PROG := parser ROOT ?= $(shell pwd)/../.. TARGET ?= linux-release INCDIR := $(ROOT)/include LIBDIR := $(ROOT)/lib/$(TARGET) OBJDIR := obj DEPDIR := dep SOURCES := $(wildcard *.cc) OBJECTS := $(addprefix $(OBJDIR)/,$(SOURCES:.cc=.o)) DEPS := $(addprefix $(DEPDIR)/,$(SOURCES:.cc=.d)) include $(ROOT)/vars.mk CPPFLAGS := $(CPPFLAGS) -I$(ROOT)/extern -I$(INCDIR) -fno-stack-limit #-L$(LIBDIR) #------------------------------------------------- # rules #------------------------------------------------- all: showinfo $(PROG) showinfo: @echo @echo "---" @echo "Compiling $(PROG) for TARGET=$(TARGET)" @echo " Compiler = $(CXX) $(CPPFLAGS) $(CXXFLAGS)" @echo " Linker = $(CXX) $(CXXFLAGS) $(LDFLAGS)" @echo "---" @echo $(PROG): $(OBJECTS) @echo "Linking $@..." @export LD_LIBRARY_PATH=$(LIBDIR); \ $(CXX) -o $@ $^ $(CXXFLAGS) -fno-stack-limit -L$(LIBDIR) -Wl,-Bstatic -lPuma -Wl,-Bdynamic $(CPPFLAGS) # $(CXX) -o $@ $^ $(CXXFLAGS) -L$(LIBDIR) -Wl,-Bdynamic -lPuma -Wl,-Bdynamic $(CPPFLAGS) clean: @echo "Making $(PROG) clean..." @rm -f $(PROG) @rm -rf $(DEPDIR) $(OBJDIR) #------------------------------------------------- # targets #------------------------------------------------- $(OBJDIR)/%.o : %.cc @echo "Compiling $(filter %.cc,$^)..." @mkdir -p $(OBJDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -c -g -o $@ $(filter %.cc,$^) $(DEPDIR)/%.d : %.cc @echo "Generating dependencies for $(filter %.cc,$^)..." @mkdir -p $(DEPDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -MM $(filter %.cc,$^) | \ sed -e "s/$*\.o/$(OBJDIR)\/& $(DEPDIR)\/$*.d/g" > $@ .PHONY: clean #------------------------------------------------- # includes #------------------------------------------------- ifneq ($(MAKECMDGOALS),clean) -include $(DEPS) endif aspectc++/Puma/examples/PaxHeaders.4702/sync0000644000000000000000000000007312740141200015711 xustar0029 atime=1468174987.95316381 30 ctime=1468174987.947163711 aspectc++/Puma/examples/sync/0000755000175000001440000000000012740141200016151 5ustar00osusers00000000000000aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncTree.cc0000644000000000000000000000007412740141177020047 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncTree.cc0000644000175000001440000000331012740141177020226 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "SyncTree.h" SyncStmt::SyncStmt() { // The "synchronized" statement is simply a statement // list introduced by the keyword "synchronized" and // enclosed by an opening and closing curly bracket. AddProperties(INTRO | OPEN_CLOSE); } const char *SyncStmt::NodeId() { // Every kind of syntax tree node has a unique identifier. return "SyncStmt"; } const char *SyncStmt::NodeName() const { // This method returns the unique identifier of // this kind of syntax tree node. It is mostly used // in conjunction with NodeId() to identify a node, // e.g. if (node->NodeName() == SyncStmt::NodeId()) return NodeId(); } aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncLexer.h0000644000000000000000000000007412740141177020071 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.947163711 aspectc++/Puma/examples/sync/SyncLexer.h0000644000175000001440000000261212740141177020254 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __SyncLexer_h__ #define __SyncLexer_h__ #include #include "SyncTokens.h" class SyncLexer : public Puma::CCLexer { public: // get instance of the lexer static SyncLexer& instance(unsigned int id); // add the keywords void add_keywords(lexertl::rules &rules); }; #endif /* __SyncLexer_h__ */ aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncSyntax.h0000644000000000000000000000007412740141177020300 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncSyntax.h0000644000175000001440000000346312740141177020470 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __SyncSyntax_h__ #define __SyncSyntax_h__ #include // Cannot include the header of SyncSemantic because // SyncSemantic need to include this header. class SyncBuilder; class SyncSemantic; // Grammar for the "synchronized" extension. class SyncSyntax : public Puma::CCSyntax { public: // Constructor. SyncSyntax(SyncBuilder &, SyncSemantic &); protected: // Return the concrete builder and semantic object. SyncBuilder &builder() const; SyncSemantic &semantic() const; protected: // Overwrite statement parse method to first try // to parse a synchronized statement. virtual bool stmt(); // Add syntax rule for synchronized statements. Puma::CTree *rule_sync_stmt(); }; #endif /* __SyncSyntax_h__ */ aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncLexer.cc0000644000000000000000000000007412740141177020227 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncLexer.cc0000644000175000001440000000263712740141177020421 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "SyncLexer.h" SyncLexer& SyncLexer::instance(unsigned int id) { return Puma::Lexer::instance(id); } void SyncLexer::add_keywords(lexertl::rules &rules) { // add C++ keywords first Puma::CCLexer::add_keywords(rules); // add 'synchronized' keyword rules.add("synchronized", TOK_SYNC, LID(Puma::Token::keyword_id)); } aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncBuilder.h0000644000000000000000000000007412740141177020400 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncBuilder.h0000644000175000001440000000254212740141177020565 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __SyncBuilder_h__ #define __SyncBuilder_h__ #include // The syntax tree builder for the "synchronize" extension. class SyncBuilder : public Puma::CCBuilder { public: // A.5 Statements. virtual Puma::CTree *sync_stmt(); }; #endif /* __SyncBuilder_h__ */ aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncBuilder.cc0000644000000000000000000000007412740141177020536 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncBuilder.cc0000644000175000001440000000565212740141177020730 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "SyncBuilder.h" #include "SyncSyntax.h" #include "SyncTokens.h" #include "SyncTree.h" /*****************************************************************************/ /* */ /* A . 5 S t a t e m e n t s */ /* */ /*****************************************************************************/ Puma::CTree *SyncBuilder::sync_stmt() { // This method creates a new syntax tree node resp. // sub-tree for the parsed "synchronized" statement // from the nodes and tokens laying on the builder // stack. // // 3: SYNCHRONIZED { } => token token token // 4: SYNCHRONIZED { stmt_seq } => token token container token // Create a new "synchronized" statement node. SyncStmt *result = new SyncStmt; // Add the keyword "synchronized" to the node. // get_node() returns the given node from the // builder stack. result->AddSon(get_node(0)); // Add the opening curly bracket. result->AddSon(get_node(1)); // Distinguish between the two variations. // nodes() returns the number of nodes // laying on the builder stack. if (nodes() == 4) { // The statements of the parsed statement sequence are // collected in a generic container object, and have to // be added to the new node one by one. Container *container = (Container*)get_node(2); for (int i = 0; i < container->Sons(); i++) { result->AddSon(container->Son(i)); } // The container is not needed anymore, so delete it. delete container; // Add the closing curly bracket. result->AddSon (get_node (3)); // An empty statement sequence. } else { // Add the closing curly bracket. result->AddSon (get_node (2)); } return result; } aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncSemantic.cc0000644000000000000000000000007412740141177020713 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncSemantic.cc0000644000175000001440000000606512740141177021104 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "SyncSemantic.h" SyncSemantic::SyncSemantic(SyncSyntax &syntax, SyncBuilder &builder) : Puma::CCSemantic(syntax, builder), m_InSyncStmt(0) { } SyncBuilder &SyncSemantic::builder() const { return (SyncBuilder&)Puma::CCSemantic::builder(); } SyncSyntax &SyncSemantic::syntax() const { return (SyncSyntax&)Puma::CCSemantic::syntax(); } void SyncSemantic::enter_sync_stmt() { // "synchronized" statements shall not be nested. // This is checked by using this state variable. // A value greater than 0 means that currently // a "synchronized" statement is parsed. m_InSyncStmt++; } void SyncSemantic::leave_sync_stmt() { // Reset the state variable when parsing the // "synchronized" statement is finished. m_InSyncStmt--; } Puma::CTree *SyncSemantic::sync_stmt() { // Build the syntax tree node for the // "synchronized" statement. SyncStmt *stmt = (SyncStmt*)builder().sync_stmt(); // "synchronized" statements shall not be nested. // Generate an error message in case of such a // nested statement. if (m_InSyncStmt > 1) { // For the error reporting a special error stream // is used supporting several error severities and // auto-formatted error location output. Available // error severities are sev_none, sev_message, // sev_warning, sev_error, and sev_fatal. *_err << Puma::sev_error; // For the location of the error the current position // in the input file can be used. To get this position // the location information object of the first token // of the "synchronized" statement, i.e. the keyword // "synchronized", is used. *_err << stmt->token()->location(); *_err << "synchronized statements cannot be nested"; // The error message is finished using endMessage. *_err << Puma::endMessage; // Delete the newly create syntax tree node and // set it to 0 to indicate an error. delete stmt; stmt = 0; } // Return the syntax tree node for the // "synchronized" statement. return stmt; } aspectc++/Puma/examples/sync/PaxHeaders.4702/README.txt0000644000000000000000000000007412740141177017502 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/README.txt0000644000175000001440000001001112740141177017655 0ustar00osusers00000000000000 Example "synchronized" statement extension INTRODUCTION ------------ The intention of this example is to demonstrate how to extend the C++ parser. Thus it will be mainly shown how to extend the lexical, syntactical, and semantical analysis. Additionally two ways of manipulating parsed source code will be presented. THE EXTENSION ------------- The extension to the C++ parser to realize is a new statement protecting the enclosed sub-statements from being modified by more than one thread. The syntax of the new statement looks as follows: sync_stmt -> 'synchronized' '{' sub-statements '}' | 'synchronized' '{' '}' It may be used for instance like this: void Log::write(const std::string &message) { std::string entry = getCurrentTime(); entry += ": "+getUserName(); entry += ": "+message; synchronized { std::ofstream logfile(m_File, std::ios::app); logfile << entry << std::endl; logfile.close(); } } The "synchronized" statement shall not open a new local scope, i.e. the object "logfile" is to be introduced into the same scope as the object "entry". Furthermore "synchronized" statements shall not be nested. Otherwise an error message shall be generated. For instance the following code: synchronized { ... synchronized { ... } } shall cause the parser to show a message like this: file:3: error: synchronized statements cannot be nested REALIZATION ----------- The protection of the enclosed statements shall be realized using a pthread's mutex implementation. More precisely, the statement's head shall be replaced by: pthread_mutex_t __mutex_n; pthread_mutex_init(&__mutex_n, 0); pthread_mutex_lock(&__mutex_n); and its tail by: pthread_mutex_unlock(&__mutex_n); pthread_mutex_destroy(&__mutex_n); For instance the above code shall be transformed into: void Log::write(const std::string &message) { std::string entry = getCurrentTime(); entry += ": "+getUserName(); entry += ": "+message; pthread_mutex_t __mutex_1; pthread_mutex_init(&__mutex_1, 0); pthread_mutex_lock(&__mutex_1); std::ofstream logfile(m_File, std::ios::app); logfile << entry << std::endl; logfile.close(); pthread_mutex_unlock(&__mutex_1); pthread_mutex_destroy(&__mutex_1); } Additionally an include directive for the system header pthread.h has to be added to the input file. IMPLEMENTATION -------------- The following steps has to be performed to realize this extension: 1. Implement a scanner extension for the "synchronized" keyword. For this purpose a lexer class has to be written. The lexer has to be set as lexer to use in the C++ scanner. 2. Implement a grammar extension for the "synchronized" statement. For this purpose a new syntactical analysis class has to be derived from the C++ syntax class. A new syntactical rule has to be implemented for the "synchronized" statement. Additionally a new syntax tree node for the "synchronized" statement is needed as well as a new syntax tree builder class supporting the new syntax tree node. 3. Implement a semantic analysis extension that is able to decide whether a "synchronized" statement is nested. For this purpose a new semantical analysis class has to be derived from the C++ semantics class. A new semantic state has to be introduced used to decide whether a "synchronized" statement is nested or not. 4. Implement a transformer that replaces the "synchronized" statement with the pthread function calls. For this purpose a syntax tree visitor has to be derived to find all "synchronized" statements in the syntax tree. Each "synchronized" statement has to be transformed as described above using special code manipulation classes. 5. Implement the main application putting all the components together. This includes opening the input file, performing scanning, parsing, and transforming in the correct order, and saving the result. aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncTokens.h0000644000000000000000000000007412740141177020255 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncTokens.h0000644000175000001440000000241112740141177020435 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __SyncTokens_h__ #define __SyncTokens_h__ enum SyncTokens { // The token numbers used for own tokens should // be greater than 1000. TOK_SYNC = 1000 }; #endif /* __SyncTokens_h__ */ aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncSyntax.cc0000644000000000000000000000007412740141177020436 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncSyntax.cc0000644000175000001440000000740712740141177020630 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "SyncSyntax.h" #include "SyncSemantic.h" #include "SyncBuilder.h" #include "SyncTokens.h" #include "SyncTree.h" SyncSyntax::SyncSyntax(SyncBuilder &b, SyncSemantic &s) : CCSyntax(b, s) { } SyncBuilder &SyncSyntax::builder() const { return (SyncBuilder&)Puma::Syntax::builder(); } SyncSemantic &SyncSyntax::semantic () const { return (SyncSemantic&)Puma::Syntax::semantic(); } /*****************************************************************************/ /* */ /* A . 5 S t a t e m e n t s */ /* */ /*****************************************************************************/ bool SyncSyntax::stmt() { // This method overloads the C++ statement parse method // first trying to parse a "synchronized" statement. // Try to parse a "synchronized" statement. If that fails, // parse a normal C++ statement instead. return parse(&SyncSyntax::rule_sync_stmt) || Puma::CCSyntax::stmt(); } Puma::CTree *SyncSyntax::rule_sync_stmt() { // This is the new grammar rule for the "synchronized" // statement, i.e. the keyword "synchronized" followed // by an optional statement sequence enclosed by curly // brackets. // // 3: SYNCHRONIZED { } // 4: SYNCHRONIZED { stmt_seq } // A result of 0 always means that the rule is failed. Puma::CTree *result = 0; // Try to parse the "synchronized" keyword followed // by the opening curly bracket. if (parse(TOK_SYNC) && parse(Puma::TOK_OPEN_CURLY)) { // If the names declared in a "synchronized" block shall // be local to that block, a local scope has to be entered // by calling the semantic object method enter_local_scope(). // This scope is left automatically when this rule is left. //semantic().enter_local_scope(); // "synchronized" statements shall not be nested. This // is checked by the semantic analysis using a simple // state variable set by enter_sync_stmt() and reset // by leave_sync_stmt(). semantic().enter_sync_stmt(); // Try to parse every statement (if any) up to the next // closing curly bracket on the same nesting level. if (stmt_seq(), parse(Puma::TOK_CLOSE_CURLY)) { // Check if the "synchronized" statement is nested. // Build the corresponding syntax tree if it is not // nested, otherwise generate an error message and // return 0. result = semantic().sync_stmt(); } // Reset the "nested" state after parsing the statement // sequence is finished. semantic().leave_sync_stmt(); } // Return the result. return result; } aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncParser.h0000644000000000000000000000007412740141177020246 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncParser.h0000644000175000001440000000400112740141177020423 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __SyncParser_h__ #define __SyncParser_h__ #include #include "SyncSyntax.h" #include "SyncBuilder.h" #include "SyncSemantic.h" // Parser of the "synchronized" extension. class SyncParser : public Puma::Parser { // The "synchronized" extension grammar. SyncSyntax m_Syntax; // The "synchronized" extension syntax tree builder. SyncBuilder m_Builder; // The "synchronized" extension semantic analyzer. SyncSemantic m_Semantic; public: // Constructor, initialize the members and base class. SyncParser() : Puma::Parser(m_Syntax, m_Builder, m_Semantic), m_Syntax(m_Builder, m_Semantic), m_Semantic(m_Syntax, m_Builder) {} // Member access methods. SyncSyntax &syntax() const { return (SyncSyntax&)m_Syntax; } SyncBuilder &builder() const { return (SyncBuilder&)m_Builder; } SyncSemantic &semantic() const { return (SyncSemantic&)m_Semantic; } }; #endif /* __SyncParser_h__ */ aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncTransformer.cc0000644000000000000000000000007412740141177021452 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncTransformer.cc0000644000175000001440000001344412740141177021642 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #include "SyncTransformer.h" #include #include // Counter for generating variable names. unsigned SyncTransformer::m_Counter = 0; // Constructor. SyncTransformer::SyncTransformer(Puma::ErrorStream &err) : m_Err(err) { } void SyncTransformer::transform(Puma::CTree *node) { // Start the transformation of the "synchronized" // statements. visit() starts traversing the tree // beginning at the given node. visit(node); } void SyncTransformer::pre_visit(Puma::CTree *node) { // This method is called for every node before the // sub-nodes of the node are visited. It is part // of the visitor mechanism. // Better to check it. if (! node) { return; } // Check if this is a "synchronized" statement by // comparing the unique identifier returned by // calling NodeName() on the node with the unqiue // identifier of a "synchronized" statement node. if (node->NodeName() == SyncStmt::NodeId()) { // This is a "synchronized" statement node, so // transform it. pre_action((SyncStmt*)node); } } void SyncTransformer::pre_action(SyncStmt *node) { // This method performs the transformation of a // "synchronized" statement. The name "pre_action" // was chosen because this action is performed // before the sub-nodes of the "synchronized" // statement node are visited. Accordingly a // transformation performed after visiting the // sub-nodes would be called "post_action". Since // this transformation is so simple, an extra // "post_action" is not necessary. // The performed transformation is the following: // * Replace the "synchronized" keyword and the // opening bracket with: // // pthread_mutex_t mutex; // pthread_mutex_init(&mutex, 0); // pthread_mutex_lock(&mutex); // // * Replace the closing bracket with: // // pthread_mutex_unlock(&mutex); // pthread_mutex_destroy(&mutex); // First the tokens of the code to replace with are needed. // These tokens can be easily generated from a string using // the class CUnit, derived from std::ostringstream. The // collected string is scanned after delivering the stream // manipulator Puma::endu. // TODO: Implement a better creation of the variable name // checking if it already exists in the current scope. Puma::CUnit lock(m_Err); lock.name(node->Son(0)->token()->location().filename().name()); lock << "\npthread_mutex_t __mutex_" << ++m_Counter << ";" << std::endl; lock << "pthread_mutex_init(&__mutex_" << m_Counter << ", 0);" << std::endl; lock << "pthread_mutex_lock(&__mutex_" << m_Counter << ");" << std::endl; lock << Puma::endu; Puma::CUnit unlock(m_Err); unlock.name(node->end_token()->location().filename().name()); unlock << "\npthread_mutex_unlock(&__mutex_" << m_Counter << ");" << std::endl; unlock << "pthread_mutex_destroy(&__mutex_" << m_Counter << ");" << std::endl; unlock << Puma::endu; // For this kind of code manipulation the class ManipCommander // provides a set of manipulation operations. The manipulations // performed by this class are based on transactions, i.e. // single manipulations are collected and then executed all // at once after calling commit(). Puma::ManipCommander mc; // Replace the "synchronized" keyword and the opening bracket. // For this manipulation the "replace" operation can be used // expecting the first and last tokens of the code to replace // and of the replacement code as arguments. This means here // to replace the first two tokens of the of the statement // with the whole replacement token list. token() returns // the first token referred in a sub-tree. mc.replace(node->Son(0)->token(), node->Son(1)->token(), (Puma::Token*)lock.first(), (Puma::Token*)lock.last()); // Replace the closing bracket. The closing bracket is the // last token of the statement. end_token() returns the last // token referred in a sub-tree. mc.replace(node->end_token(), node->end_token(), (Puma::Token*)unlock.first(), (Puma::Token*)unlock.last()); // Execute the two manipulations now, together. It is also // possible first to check if the manipulations are valid // by calling valid() on the ManipCommander object. The // transaction is valid if the following conditions are // true: // 1. The start-token is not NULL. // 2. The start-token and end-token belong to the same // unit and are not the result of a macro expansion // 3. There are only balanced preprocessor directives // within the manipulation range. // Because this manipulation is so simple, it is not // necessary to check its validity. //Puma::ManipError error = mc.valid(); //if (error) // std::cerr << "ERROR: " << error << std::endl; //else mc.commit(); } aspectc++/Puma/examples/sync/PaxHeaders.4702/sync.cc0000644000000000000000000000007412740141177017267 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/sync.cc0000644000175000001440000001172712740141177017461 0ustar00osusers00000000000000#include #include #include #include #include #include #include "SyncLexer.h" #include "SyncParser.h" #include "SyncTransformer.h" #include int main(int argc, char **argv) { // This is the error stream object used throughout // the whole system, it supports several error // severities and auto-formatted error location // output. Puma::ErrorStream err; // The project handles all file related task like // finding, opening, writing, and closing files. // The special CProject additionally is able to // scan files and strings, i.e. it provides an easy // to use interface to the lexical analyzer (scanner). Puma::CProject project(err, argc, argv); // Set the initial source/destination path pair. If // a file shall be written using the project it is // first checked if this file is located in one of // source paths known to the project. If not, the file // is not written. This mechanism is necessary to // avoid system headers to be overwritten (except for // the case that the corresponding system include // path is added as a source path). project.addPath(".", "."); // Check the arguments, need an input file. if (argc != 2) { std::cout << "Usage: " << argv[0] << " " << std::endl; return 1; } // Add the lexer for the keyword "synchronized" // to the project to be able to scan it. project.scanner().lexer(SyncLexer::instance(0)); // Scan the input file. The result is a token list // representation of the input file. Puma::Unit *unit = project.scanFile(argv[1]); if (! unit) { std::cerr << "Aborted: Unable to scan input file" << std::endl; return 1; } // After the input file was successfully scanned, it is // now tried to parse it. The result is the so-called // translation unit encapsulating the preprocessor, // syntax, and semantic trees. SyncParser parser; Puma::CTranslationUnit *tu = parser.parse(*unit, project); // Parsing succeeded. if (tu->tree()) { // During the parsing of the input file only those // semantic analyses are performed that are necessary // to build the correct syntax tree and to recognize // the correct types. Expression evaluation and so on // is performed in an additional sematic analysis. It // is optional and not needed for this application. //Puma::CCSemVisitor semantics(err); //semantics.run(tu->tree()); // The generated syntax tree is an attributed syntax // tree referring to both tokens and semantic information. // It can be traversed using a corresponding tree visitor. // Formatted printing of the tree is performed by the // CPrintVisitor tree visitor. //CPrintVisitor cprinter; //cprinter.print(tu->tree(), std::cout); // The collected semantic information also is organized // as a tree reflecting the scope structure of the parsed // code. The interface to the semantic tree is the class // CSemDatabase. It can also be used to print this tree. //tu->db().Dump(std::cout, 10); // Now transform the "synchronized" statements so that the // enclosed statements are protected from concurrent // modifications. SyncTransformer transformer(err); transformer.transform(tu->tree()); // The "synchronized" statement is replaced by calls to // pthread functions. Thus pthread.h has to be included. // This is one of the simplest source code manipulations // and is entirely realized on token level using the token // list of the input file. First the corresponding include // directive has to be scanned. Puma::Unit *pthread_inc = project.scanString("#include \n"); // The resulting token list can now simply be prepended to // the input file's token list. Token lists are organized // as double-linked lists. Prepending something means to // insert something before the first element of the list. unit->paste_before((Puma::Token*)unit->first(), *pthread_inc); // The scanned tokens should be deleted if they are not // more needed. This is safe to do because paste_before() // copies the tokens before they are prepended. delete pthread_inc; // At last the transformed unit has to be saved as file // again. This is also realized using the project class. // The original file shall be renamed to filename.bak // before the transformed version of this file is written. project.saveMode(Puma::SaveMode::RENAME_OLD, ".bak"); project.save(unit); } if (tu->cpp_tree()) { // Beside the syntax and semantic trees there is also // a separate tree for the preprocessor directives. // This tree can be printed using the PrePrintVisitor. //Puma::PrePrintVisitor preprinter; //tu->cpp_tree()->accept(preprinter); } // Clean up. delete tu; // Return 1 if errors or fatal errors occurred. return err.severity() > Puma::sev_warning ? 1 : 0; } aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncSemantic.h0000644000000000000000000000007412740141177020555 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncSemantic.h0000644000175000001440000000415112740141177020740 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __SyncSemantic_h__ #define __SyncSemantic_h__ #include #include "SyncSyntax.h" #include "SyncBuilder.h" #include "SyncTree.h" // Semantic analyzer of the "synchronized" extension. class SyncSemantic : public Puma::CCSemantic { // State variable, is greater than 0 while parsing the // statement sequence of a "synchronized" statement. int m_InSyncStmt; public: // Constructor. SyncSemantic(SyncSyntax &syntax, SyncBuilder &builder); protected: // Return the concrete builder and syntax objects. virtual SyncBuilder &builder() const; virtual SyncSyntax &syntax() const; public: // Set the "parsing a synchronized statement" state. void enter_sync_stmt(); // Reset the "parsing a synchronized statement" state. void leave_sync_stmt(); // Check the "parsing a synchronized statement" state. // If not parsing a "synchronized" statement, build the // corresponding syntax tree node. Otherwise generate an // error message and return 0. Puma::CTree *sync_stmt(); }; #endif /* __SyncSemantic_h__ */ aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncTree.h0000644000000000000000000000007412740141177017711 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncTree.h0000644000175000001440000000274312740141177020101 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __SyncTree_h__ #define __SyncTree_h__ #include // Syntax tree node for the "synchronized" statement. class SyncStmt : public Puma::CT_List { public: // Constructor. SyncStmt(); // Returns the unique identifier of this kind of node. static const char *NodeId(); // Returns the unique identifier of this kind of node. const char *NodeName() const; }; #endif /* __SyncTree_h__ */ aspectc++/Puma/examples/sync/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141177017444 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/Makefile0000644000175000001440000000355512740141177017636 0ustar00osusers00000000000000#------------------------------------------------- # variables #------------------------------------------------- PROG := sync ROOT := $(shell pwd)/../.. TARGET ?= linux-release OBJDIR := obj DEPDIR := dep GENDIR := gen INCDIR := $(ROOT)/include $(ROOT)/extern $(GENDIR) LIBDIR := $(ROOT)/lib/$(TARGET) SOURCES := $(wildcard *.cc) OBJECTS := $(addprefix $(OBJDIR)/,$(SOURCES:.cc=.o)) DEPS := $(addprefix $(DEPDIR)/,$(SOURCES:.cc=.d)) include $(ROOT)/vars.mk CPPFLAGS += $(CXXFLAGS) $(addprefix -I,$(INCDIR)) #------------------------------------------------- # rules #------------------------------------------------- all: showinfo $(PROG) showinfo: @echo @echo "---" @echo "Compiling $(PROG) for TARGET=$(TARGET)" @echo " Compiler = $(CXX) $(CPPFLAGS) $(CXXFLAGS)" @echo " Linker = $(CXX) $(CXXFLAGS) $(LDFLAGS)" @echo "---" @echo $(PROG): $(OBJECTS) @echo "Linking $@..." export LD_LIBRARY_PATH=$(LIBDIR); \ $(CXX) -o $@ $^ -L$(LIBDIR) $(CXXFLAGS) -Wl,-Bstatic -lPuma -Wl,-Bdynamic $(CPPFLAGS) # $(CXX) -o $@ $^ -L$(LIBDIR) $(CXXFLAGS) -Wl,-Bdynamic -lPuma -Wl,-Bdynamic $(CPPFLAGS) clean: @echo "Making $(PROG) clean..." @rm -f $(PROG) @rm -rf $(DEPDIR) $(OBJDIR) $(GENDIR) #------------------------------------------------- # targets #------------------------------------------------- $(OBJDIR)/%.o : %.cc @echo "Compiling $(filter %.cc,$^)..." @mkdir -p $(OBJDIR) $(CXX) $(CPPFLAGS) $(CXXFLAGS) -c -g -o $@ $(filter %.cc,$^) $(DEPDIR)/%.d : %.cc @echo "Generating dependencies for $(filter %.cc,$^)..." @mkdir -p $(DEPDIR) @$(CXX) $(CPPFLAGS) $(CXXFLAGS) -MM $(filter %.cc,$^) | \ sed -e "s/$*\.o/$(OBJDIR)\/& $(DEPDIR)\/$*.d/g" > $@ .PHONY: clean #------------------------------------------------- # includes #------------------------------------------------- ifneq ($(MAKECMDGOALS),clean) -include $(DEPS) endif aspectc++/Puma/examples/sync/PaxHeaders.4702/SyncTransformer.h0000644000000000000000000000007412740141177021314 xustar0030 atime=1468174987.946163694 30 ctime=1468174987.946163694 aspectc++/Puma/examples/sync/SyncTransformer.h0000644000175000001440000000400412740141177021474 0ustar00osusers00000000000000// This file is part of PUMA. // Copyright (C) 1999-2003 The PUMA developer team. // // This program is free software; you can redistribute it and/or // modify it under the terms of the GNU General Public License as // published by the Free Software Foundation; either version 2 of // the License, or (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public // License along with this program; if not, write to the Free // Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, // MA 02111-1307 USA #ifndef __SyncTransformer_h__ #define __SyncTransformer_h__ #include "Puma/CVisitor.h" #include "Puma/ErrorStream.h" #include "SyncTree.h" // Transformer for the "synchronized" extension. class SyncTransformer : private Puma::CVisitor { // This counter is later used for generating // variable names. static unsigned m_Counter; // A reference to the global error stream. Puma::ErrorStream &m_Err; public: // Constructor. SyncTransformer(Puma::ErrorStream &err); // Start the transformation of the // "synchronized" statements. void transform(Puma::CTree *node); protected: // Called for every node before the sub-nodes of // this node are visited. This is part of the // visitor mechanism. void pre_visit(Puma::CTree *node); // The transformation action to be performed before // the sub-nodes of the "synchronized" statement node // are visited. void pre_action(SyncStmt *node); }; #endif /* __SyncTransformer_h__ */ aspectc++/Puma/examples/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141177016470 xustar0030 atime=1468174987.947163711 30 ctime=1468174987.947163711 aspectc++/Puma/examples/Makefile0000644000175000001440000000073712740141177016661 0ustar00osusers00000000000000#------------------------------------------------- # variables #------------------------------------------------- SUBDIRS := $(shell find $(shell pwd) -maxdepth 1 -mindepth 1 -type d) SUBDIRS := $(filter-out %/.svn %/CVS, $(SUBDIRS)) SUBDIRS := $(SUBDIRS) #------------------------------------------------- # rules #------------------------------------------------- all: $(SUBDIRS) clean: $(SUBDIRS) $(SUBDIRS): @$(MAKE) -C $@ $(MAKECMDGOALS) .PHONY: all clean $(SUBDIRS) aspectc++/Puma/PaxHeaders.4702/INSTALL0000644000000000000000000000007412740141200014226 xustar0030 atime=1468174990.405204136 30 ctime=1468174988.092166096 aspectc++/Puma/INSTALL0000644000175000001440000000572412740141200014420 0ustar00osusers00000000000000Prerequisites ============= To be able to compile the PUMA library ensure that a suitable version of the program `ac++' is installed and the environment variable AC is set to the program location. You can download the newest version at www.aspectc.org. Basic Installation ================== The simplest way to build and install the PUMA library is to follow these steps: 1. `cd' to the directory containing PUMA's source code. 2. Type `make' to compile the PUMA library. If `make' succeeds you can find the library in the `lib' sub-directory and PUMA's headers in the `include' sub-directory. If you want to compile PUMA for a non-default target platform, use: 'make TARGET=' or 'make TARGET=-release' for a "release build" (no debugging & optimization), e.g. 'make TARGET=win32-release'. If you want to enable/disable parser extensions, use: 'make EXTENSIONS=""'. The available extensions are listed in extensions.mk. On multi-processor machines parallel weaving and compilation will probably pay off. In order to run multiple build processes in parallel add -j to the make command line. 3. Optionally, type `make examples' to compile any examples that come along with PUMA. 4. Type `make install' to install the library and headers to `/usr/local'. You may change the target directory by typing `make install PREFIX=...'. 5. By typing `make clean' you can remove all the files created during the make process except the files in the `lib', `include', and `examples' sub-directories. To also remove these files, type `make distclean'. Generating the Visual C++ Project ================================= To compile the PUMA library on Win32 using Visual Studio 7.0 or higher follow these steps: 1. `cd' to the directory containing PUMA's source code and type `make cleanall'. 2. Type `export AC_OPTFLAGS="--no_line --problem_force_inline --problem_local_class --no_problem_spec_scope"'. 3. Type `make weave EXTENSIONS="winext"' to generate the woven PUMA source files for a Release build. Or type `make weave EXTENSIONS="winext tracing" TARGET=linux' to generate the woven PUMA source files for a Debug build. The extensions are optional and can be omitted. 4. Type `bash ./tools/gen_vcpp_proj.sh release pack' to generate the project file Puma.vcproj and the source package PumaVCProj.zip for a Release build. Or type `bash ./tools/gen_vcpp_proj.sh debug pack' to generate the project file Puma_d.vcproj and the source package PumaVCProj_d.zip for a Debug build. Compilers and Options ===================== The following special build targets are supported: * `weave' only builds the tools and applies the aspects coming along with PUMA to the sources * `compile' only compiles the previously transformed sources * `libclean' only removes the object files and libraries aspectc++/Puma/PaxHeaders.4702/files.mk0000644000000000000000000000007412740141200014630 xustar0030 atime=1468174991.809227227 30 ctime=1468174988.044165306 aspectc++/Puma/files.mk0000644000175000001440000001651412740141200015021 0ustar00osusers00000000000000#------------------------------------------------- # variables #------------------------------------------------- ifneq ($(MINI),) # libMiniPuma subset of Puma SOURCES := \ basics/DString.cc \ basics/KeyboardSource.cc \ basics/List.cc \ basics/MemPool.cc \ basics/Pipe.cc \ basics/PipedCmd.cc \ basics/RegComp.cc \ basics/StrCol.cc \ basics/StrHashTable.cc \ basics/SysCall.cc \ basics/TerminalSink.cc \ basics/VerboseMgr.cc \ basics/VoidPtrArray.cc \ basics/WChar.cc SOURCES += \ common/Config.cc \ common/ErrorCollector.cc \ common/ErrorSeverity.cc \ common/ErrorSink.cc \ common/ErrorStream.cc \ common/FilenameInfo.cc \ common/OptsParser.cc \ common/PathInfo.cc \ common/PathIterator.cc \ common/PathManager.cc \ common/SimpleParser.cc CSOURCES := ifeq ($(_TARGET),win32) SOURCES += \ basics/Heap.cc \ win32/ptmalloc/sbrk.cc CSOURCES += \ win32/ptmalloc/ptmalloc.c endif DONTWEAVE := $(SOURCES) $(CSOURCES) else # full set of Puma source files ASPECTS := \ aspects/CCExprResolveCC.ah \ aspects/CCExprResolveH.ah \ aspects/CExprResolveCC.ah \ aspects/CExprResolveH.ah \ parser/SyntaxState.ah \ parser/SyntaxBuilder.ah \ parser/LookAhead.ah \ parser/cparser/CBuilderExtension.ah \ parser/cparser/CLookAhead.ah \ parser/cparser/CSemBinding.ah \ parser/ccparser/CCBuilderExtension.ah \ parser/ccparser/CCLookAhead.ah \ parser/ccparser/CCSemBinding.ah SOURCES := \ cpp/ImportHandler.cc \ cpp/PreAnswer.cc \ cpp/PreAssertionEvaluator.cc \ cpp/PreMacro.cc \ cpp/PreMacroExpander.cc \ cpp/PreMacroManager.cc \ cpp/PreParserState.cc \ cpp/PrePredicate.cc \ cpp/PrePredicateManager.cc \ cpp/PrePrintVisitor.cc \ cpp/PreTree.cc \ cpp/PreTreeComposite.cc \ cpp/PreFileIncluder.cc \ cpp/PreprocessorParser.cc \ common/OptsParser.cc \ common/SimpleParser.cc \ common/Config.cc \ common/ErrorCollector.cc \ common/ErrorSeverity.cc \ common/ErrorSink.cc \ common/ErrorStream.cc \ common/FileUnit.cc \ common/FilenameInfo.cc \ common/PathInfo.cc \ common/PathIterator.cc \ common/PathManager.cc \ common/Project.cc \ common/Token.cc \ common/TokenStream.cc \ common/Unit.cc \ common/MacroUnit.cc \ common/UnitIterator.cc \ common/UnitManager.cc \ manip/ManipCommander.cc \ manip/ManipController.cc \ manip/Manipulators.cc \ manip/RuleTable.cc \ scanner/CScanner.cc \ scanner/CLexer.cc \ scanner/CCLexer.cc \ basics/DString.cc \ basics/KeyboardSource.cc \ basics/List.cc \ basics/MemPool.cc \ basics/Pipe.cc \ basics/PipedCmd.cc \ basics/RegComp.cc \ basics/StrCol.cc \ basics/StrHashTable.cc \ basics/SysCall.cc \ basics/TerminalSink.cc \ basics/VerboseMgr.cc \ basics/VoidPtrArray.cc \ basics/WChar.cc \ basics/GPLHeader.cc \ parser/ccparser/CCAssocScopes.cc \ parser/ccparser/CCBuilder.cc \ parser/ccparser/CCConvSeq.cc \ parser/ccparser/CCConversion.cc \ parser/ccparser/CCConversions.cc \ parser/ccparser/CCNameLookup.cc \ parser/ccparser/CCOverloading.cc \ parser/ccparser/CCSemExpr.cc \ parser/ccparser/CCSemVisitor.cc \ parser/ccparser/CCSemantic.cc \ parser/ccparser/CCSyntax.cc \ parser/ccparser/instantiation/CCInstantiation.cc \ parser/ccparser/instantiation/DeducedArgument.cc \ parser/ccparser/instantiation/InstantiationCandidate.cc \ parser/ccparser/instantiation/InstantiationParser.cc \ parser/ccparser/instantiation/InstantiationSyntax.cc \ parser/ccparser/instantiation/InstantiationSemantic.cc \ parser/ccparser/instantiation/InstantiationTokenSource.cc \ parser/ccparser/instantiation/InstantiationTokenProvider.cc \ parser/cparser/CBuilder.cc \ parser/cparser/CTree.cc \ parser/cparser/CSemExpr.cc \ parser/cparser/CSemDeclarator.cc \ parser/cparser/CSyntax.cc \ parser/cparser/CSemantic.cc \ parser/cparser/CSemVisitor.cc \ parser/cparser/CSemDeclSpecs.cc \ parser/cparser/CProject.cc \ parser/cparser/CPrintVisitor.cc \ parser/cparser/CTranslationUnit.cc \ parser/cparser/CUnit.cc \ parser/cparser/Utf8.cc \ parser/Syntax.cc \ parser/Builder.cc \ parser/CConstant.cc \ parser/CVisitor.cc \ parser/Parser.cc \ parser/Semantic.cc \ infos/CArgumentInfo.cc \ infos/CAttributeInfo.cc \ infos/CBaseClassInfo.cc \ infos/CSemDatabase.cc \ infos/CClassInfo.cc \ infos/CEnumInfo.cc \ infos/CEnumeratorInfo.cc \ infos/CFunctionInfo.cc \ infos/CFctInstance.cc \ infos/CLabelInfo.cc \ infos/CLocalScope.cc \ infos/CMemberAliasInfo.cc \ infos/CNamespaceInfo.cc \ infos/CObjectInfo.cc \ infos/CRecord.cc \ infos/CScopeInfo.cc \ infos/CSourceInfo.cc \ infos/CStructure.cc \ infos/CTemplateInfo.cc \ infos/CTemplateInstance.cc \ infos/CTemplateParamInfo.cc \ infos/types/CTypeInfo.cc \ infos/CTypedefInfo.cc \ infos/CUnionInfo.cc \ infos/CUsingInfo.cc CSOURCES := DONTWEAVE := \ cpp/ImportHandler.cc \ cpp/PreAnswer.cc \ cpp/PreAssertionEvaluator.cc \ cpp/PreMacro.cc \ cpp/PreMacroExpander.cc \ cpp/PreMacroManager.cc \ cpp/PreParserState.cc \ cpp/PrePredicate.cc \ cpp/PrePredicateManager.cc \ cpp/PreTree.cc \ cpp/PreTreeComposite.cc \ common/OptsParser.cc \ common/Config.cc \ common/SimpleParser.cc \ common/ErrorCollector.cc \ common/ErrorSeverity.cc \ common/ErrorSink.cc \ common/ErrorStream.cc \ common/FileUnit.cc \ common/FilenameInfo.cc \ common/PathInfo.cc \ common/PathIterator.cc \ common/PathManager.cc \ common/Project.cc \ common/Token.cc \ common/TokenStream.cc \ common/Unit.cc \ common/MacroUnit.cc \ common/UnitIterator.cc \ manip/ManipCommander.cc \ manip/ManipController.cc \ manip/Manipulators.cc \ manip/RuleTable.cc \ basics/DString.cc \ basics/KeyboardSource.cc \ basics/List.cc \ basics/MemPool.cc \ basics/Pipe.cc \ basics/PipedCmd.cc \ basics/RegComp.cc \ basics/StrCol.cc \ basics/StrHashTable.cc \ basics/SysCall.cc \ basics/TerminalSink.cc \ basics/VerboseMgr.cc \ basics/VoidPtrArray.cc \ basics/WChar.cc \ basics/GPLHeader.cc \ parser/ccparser/CCAssocScopes.cc \ parser/ccparser/CCConvSeq.cc \ parser/ccparser/CCConversion.cc \ parser/ccparser/CCConversions.cc \ parser/ccparser/CCOverloading.cc \ parser/ccparser/instantiation/CCInstantiation.cc \ parser/ccparser/instantiation/DeducedArgument.cc \ parser/ccparser/instantiation/InstantiationCandidate.cc \ parser/ccparser/instantiation/InstantiationSemantic.cc \ parser/ccparser/instantiation/InstantiationTokenSource.cc \ parser/ccparser/instantiation/InstantiationTokenProvider.cc \ parser/cparser/CSemDeclarator.cc \ parser/cparser/CTranslationUnit.cc \ parser/cparser/CUnit.cc \ parser/cparser/Utf8.cc \ parser/Builder.cc \ parser/CConstant.cc \ parser/CVisitor.cc \ parser/Semantic.cc \ infos/CArgumentInfo.cc \ infos/CAttributeInfo.cc \ infos/CBaseClassInfo.cc \ infos/CClassInfo.cc \ infos/CEnumInfo.cc \ infos/CEnumeratorInfo.cc \ infos/CFctInstance.cc \ infos/CLabelInfo.cc \ infos/CLocalScope.cc \ infos/CMemberAliasInfo.cc \ infos/CNamespaceInfo.cc \ infos/CObjectInfo.cc \ infos/CRecord.cc \ infos/CScopeInfo.cc \ infos/CSourceInfo.cc \ infos/CStructure.cc \ infos/CTemplateInfo.cc \ infos/CTemplateInstance.cc \ infos/CTemplateParamInfo.cc \ infos/types/CTypeInfo.cc \ infos/CTypedefInfo.cc \ infos/CUnionInfo.cc \ infos/CUsingInfo.cc LEMSOURCES := \ cpp/PreExprParser.lem \ cpp/PreParser.lem ifeq ($(_TARGET),win32) SOURCES += \ basics/Heap.cc \ win32/ptmalloc/sbrk.cc CSOURCES += \ win32/ptmalloc/ptmalloc.c endif DONTWEAVE += \ basics/Heap.cc \ win32/ptmalloc/ptmalloc.c \ win32/ptmalloc/sbrk.cc include extensions.mk endif aspectc++/Puma/PaxHeaders.4702/extensions.mk0000644000000000000000000000007412740141200015725 xustar0030 atime=1468174988.096166161 30 ctime=1468174988.096166161 aspectc++/Puma/extensions.mk0000644000175000001440000000655112740141200016116 0ustar00osusers00000000000000#------------------------------------------------- # extensions #------------------------------------------------- EXTENSIONS ?= gnuext winext acppext cc1xext #EXTENSIONS ?= gnuext winext acppext cc1xext tracing matchexpr profiling # No extensions ifeq ($(EXTENSIONS),) DONTWEAVE += \ cpp/PreFileIncluder.cc \ cpp/PreprocessorParser.cc \ common/UnitManager.cc \ scanner/CScanner.cc \ parser/ccparser/CCBuilder.cc \ parser/ccparser/CCNameLookup.cc \ parser/ccparser/CCSemExpr.cc \ parser/ccparser/CCSemantic.cc \ parser/ccparser/CCSyntax.cc \ parser/cparser/CBuilder.cc \ parser/cparser/CSemExpr.cc \ parser/cparser/CSyntax.cc \ parser/cparser/CSemantic.cc \ parser/cparser/CSemDeclSpecs.cc \ parser/cparser/CProject.cc \ parser/Syntax.cc \ parser/Parser.cc \ infos/CSemDatabase.cc endif # Win32/VisualC++ extensions ifneq ($(findstring winext,$(EXTENSIONS)),) ASPECTS += \ aspects/WinIfExists.ah \ aspects/WinImportHandler.ah \ aspects/WinMacros.ah \ aspects/WinAsm.ah \ aspects/WinDeclSpecs.ah \ aspects/WinMemberExplSpec.ah \ aspects/WinTypeKeywords.ah \ aspects/WinFriend.ah \ aspects/WinKeywords.ah endif # AspectC++ extensions ifneq ($(findstring acppext,$(EXTENSIONS)),) ASPECTS += \ aspects/ExtAC.ah \ aspects/ExtACTree.ah SOURCES += \ aspects/ExtACTree.cc \ parser/acparser/ACIntroducer_dummy.cc DONTWEAVE += \ aspects/ExtACTree.cc \ parser/acparser/ACIntroducer_dummy.cc endif # GNU C/C++ extensions ifneq ($(findstring gnuext,$(EXTENSIONS)),) ASPECTS += \ aspects/ExtGnu.ah \ aspects/ExtGnuCTree.ah \ aspects/ExtGnuCInfos.ah \ aspects/ExtGnuCSemantic.ah \ aspects/ExtGnuCSemExpr.ah \ aspects/ExtGnuCSemDeclSpecs.ah \ aspects/ExtGnuKeywords.ah endif # C++1X extensions ifneq ($(findstring cc1xext,$(EXTENSIONS)),) ASPECTS += \ aspects/ExtCC1X.ah \ aspects/ExtCC1XBuilderH.ah \ aspects/ExtCC1XBuilderCC.ah \ aspects/ExtCC1XSyntaxH.ah \ aspects/ExtCC1XSyntaxCC.ah \ aspects/ExtCC1XSemanticH.ah \ aspects/ExtCC1XSemanticCC.ah SOURCES += \ aspects/CC1XTree.cc DONTWEAVE += \ aspects/CC1XTree.cc endif # #pragma once extension (if gnuext or winext is enabled) ifneq ($(findstring gnuext,$(EXTENSIONS)),) ASPECTS += \ aspects/PragmaOnceUnitState.ah \ aspects/PragmaOnce.ah else ifneq ($(findstring winext,$(EXTENSIONS)),) ASPECTS += \ aspects/PragmaOnceUnitState.ah \ aspects/PragmaOnce.ah endif endif # Grammar rule tracing ifneq ($(findstring tracing,$(EXTENSIONS)),) ASPECTS += \ aspects/TraceSyntax.ah SOURCES += \ parser/Tracing.cc DONTWEAVE += \ parser/Tracing.cc endif # AST match expressions ifneq ($(findstring matchexpr,$(EXTENSIONS)),) ASPECTS += \ aspects/CMatchSyntax.ah SOURCES += \ manip/CMatch.cc \ manip/CMatchChecker.cc \ manip/CSubMatch.cc \ manip/CTreeMatcher.cc \ manip/MatchCollector.cc DONTWEAVE += \ manip/CMatch.cc \ manip/CMatchChecker.cc \ manip/CSubMatch.cc \ manip/CTreeMatcher.cc \ manip/MatchCollector.cc LEMSOURCES += \ manip/CMatchParser.lem endif # Profiling ifneq ($(findstring profiling,$(EXTENSIONS)),) ASPECTS += \ aspects/GenericProfiler.ah \ aspects/Profiler.ah FORCEWEAVE := \ parser/ccparser/CCSemantic.cc \ parser/ccparser/CCInstantiation.cc \ parser/ccparser/CCNameLookup.cc \ basics/SysCall.cc \ scanner/CRecognizer.cc \ scanner/CScanner.cc \ cpp/PreprocessorParser.cc \ parser/Parser.cc \ manip/ManipCommander.cc DONTWEAVE := $(filter-out $(FORCEWEAVE), $(DONTWEAVE)) endif aspectc++/Puma/PaxHeaders.4702/extern0000644000000000000000000000007412740141200014425 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.063165619 aspectc++/Puma/extern/0000755000175000001440000000000012740141200014664 5ustar00osusers00000000000000aspectc++/Puma/extern/PaxHeaders.4702/lexertl0000644000000000000000000000007412740141200016104 xustar0030 atime=1468174988.060165569 30 ctime=1468174988.063165619 aspectc++/Puma/extern/lexertl/0000755000175000001440000000000012740141200016343 5ustar00osusers00000000000000aspectc++/Puma/extern/lexertl/PaxHeaders.4702/generate_cpp.hpp0000644000000000000000000000007412740141200021326 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/generate_cpp.hpp0000644000175000001440000007367712740141200021534 0ustar00osusers00000000000000// generate_cpp.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_GENERATE_CPP_HPP #define LEXERTL_GENERATE_CPP_HPP #include "bool.hpp" #include "enums.hpp" #include #include "state_machine.hpp" namespace lexertl { class table_based_cpp { public: template static void generate_cpp (const std::string &name_, const basic_state_machine &sm_, const bool pointers_, std::ostream &os_) { typedef basic_state_machine sm; typedef typename sm::internals internals; const internals &internals_ = sm_.data(); std::size_t additional_tabs_ = 0; os_ << "template\n"; os_ << "void " << name_ << " (lexertl::"; if (internals_._features & recursive_bit) { os_ << "recursive_match_results"; } else { os_ << "match_results"; } os_ << " &results_)\n"; os_ << "{\n"; os_ << " typedef lexertl::"; if (internals_._features & recursive_bit) { os_ << "recursive_match_results"; } else { os_ << "match_results"; } os_ << " results;\n"; os_ << " typedef typename results::char_type char_type;\n"; os_ << " typename results::iter_type end_token_ = results_.end;\n"; if (internals_._features & skip_bit) { os_ << "skip:\n"; } os_ << " typename results::iter_type curr_ = results_.end;\n\n"; os_ << " results_.start = curr_;\n\n"; if (internals_._features & again_bit) { os_ << "again:\n"; } os_ << " if (curr_ == results_.eoi)\n"; os_ << " {\n"; // We want a number regardless of id_type. os_ << " results_.id = " << static_cast (internals_._eoi) << ";\n"; os_ << " results_.user_id = results::npos();\n"; os_ << " return;\n"; os_ << " }\n\n"; if (internals_._features & bol_bit) { os_ << " bool bol_ = results_.bol;\n"; } dump_tables(sm_, 1, pointers_, os_); if (internals_._dfa->size() > 1) { os_ << " const id_type *lookup_ = lookups_[results_.state];\n"; os_ << " const id_type dfa_alphabet_ = dfa_alphabets_" "[results_.state];\n"; os_ << " const "; if (pointers_) { os_ << "void * const"; } else { os_ << "id_type"; } os_ << " *dfa_ = dfas_[results_.state];\n"; } os_ << " const "; if (pointers_) { os_ << "void * const"; } else { os_ << "id_type"; } os_ << " *ptr_ = dfa_ + dfa_alphabet_;\n"; os_ << " bool end_state_ = *ptr_ != 0;\n"; if (internals_._features & recursive_bit) { os_ << " bool pop_ = ("; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*ptr_"; if (pointers_) { os_ << ')'; } os_ <<" & " << pop_dfa_bit; if (pointers_) { os_ << ')'; } os_ << ") != 0;\n"; } os_ << " id_type id_ = "; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*(ptr_ + " << id_index << ")"; if (pointers_) { os_ << "))"; } os_ << ";\n"; os_ << " id_type uid_ = "; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*(ptr_ + " << user_id_index << ")"; if (pointers_) { os_ << "))"; } os_ << ";\n"; if (internals_._features & recursive_bit) { os_ << " id_type push_dfa_ = "; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*(ptr_ + " << push_dfa_index << ")"; if (pointers_) { os_ << "))"; } os_ << ";\n"; } if (internals_._dfa->size() > 1) { os_ << " id_type start_state_ = results_.state;\n"; } if (internals_._features & bol_bit) { os_ << " bool end_bol_ = bol_;\n"; } if (internals_._features & eol_bit) { os_ << " "; if (pointers_) { os_ << "const void * const *"; } else { os_ << "id_type "; } os_ << "EOL_state_ = 0;\n"; } os_ << '\n'; if (internals_._features & bol_bit) { os_ << " if (bol_)\n"; os_ << " {\n"; os_ << " const "; if (pointers_) { os_ << "void *"; } else { os_ << "id_type "; } os_ << "state_ = *dfa_;\n\n"; os_ << " if (state_)\n"; os_ << " {\n"; os_ << " ptr_ = "; if (pointers_) { os_ << "reinterpret_cast(state_);\n"; } else { os_ << "&dfa_[state_ * dfa_alphabet_];\n"; } os_ << " }\n"; os_ << " }\n\n"; } os_ << " while (curr_ != results_.eoi)\n"; os_ << " {\n"; if (internals_._features & eol_bit) { os_ << " EOL_state_ = "; if (pointers_) { os_ << "reinterpret_cast("; } os_ << "ptr_[" << eol_index << ']'; if (pointers_) { os_ << ')'; } os_ << ";\n\n"; os_ << " if (EOL_state_ && *curr_ == '\\n')\n"; os_ << " {\n"; os_ << " ptr_ = "; if (pointers_) { os_ << "EOL_state_"; } else { os_ << "&dfa_[EOL_state_ * dfa_alphabet_]"; } os_ << ";\n"; os_ << " }\n"; os_ << " else\n"; os_ << " {\n"; ++additional_tabs_; } output_char_loop(internals_._features, additional_tabs_, pointers_, os_, bool_<(sizeof(typename sm::traits::input_char_type) > 1)>()); if (internals_._features & eol_bit) { output_tabs(additional_tabs_, os_); os_ << " }\n"; --additional_tabs_; } os_ << '\n'; os_ << " if (*ptr_)\n"; os_ << " {\n"; os_ << " end_state_ = true;\n"; if (internals_._features & recursive_bit) { os_ << " pop_ = ("; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*ptr_"; if (pointers_) { os_ << ')'; } os_ <<" & " << pop_dfa_bit; if (pointers_) { os_ << ')'; } os_ << ") != 0;\n"; } os_ << " id_ = "; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*(ptr_ + " << id_index << ")"; if (pointers_) { os_ << "))"; } os_ << ";\n"; os_ << " uid_ = "; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*(ptr_ + " << user_id_index << ")"; if (pointers_) { os_ << "))"; } os_ << ";\n"; if (internals_._features & recursive_bit) { os_ << " push_dfa_ = "; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*(ptr_ + " << push_dfa_index << ')'; if (pointers_) { os_ << "))"; } os_ << ";\n"; } if (internals_._dfa->size() > 1) { os_ << " start_state_ = "; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*(ptr_ + " << next_dfa_index << ')'; if (pointers_) { os_ << "))"; } os_ << ";\n"; } if (internals_._features & bol_bit) { os_ << " end_bol_ = bol_;\n"; } os_ << " end_token_ = curr_;\n"; os_ << " }\n"; os_ << " }\n\n"; output_quit(os_, bool_<(sizeof(typename sm::traits::input_char_type) > 1)>()); if (internals_._features & eol_bit) { os_ << " if (curr_ == results_.eoi)\n"; os_ << " {\n"; os_ << " EOL_state_ = "; if (pointers_) { os_ << "reinterpret_cast("; } os_ << "ptr_[" << eol_index << ']'; if (pointers_) { os_ << ')'; } os_ << ";\n"; os_ << "\n"; os_ << " if (EOL_state_)\n"; os_ << " {\n"; os_ << " ptr_ = "; if (pointers_) { os_ << "EOL_state_"; } else { os_ << "&dfa_[EOL_state_ * dfa_alphabet_]"; } os_ << ";\n\n"; os_ << " if (*ptr_)\n"; os_ << " {\n"; os_ << " end_state_ = true;\n"; if (internals_._features & recursive_bit) { os_ << " pop_ = ("; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*ptr_"; if (pointers_) { os_ << ')'; } os_ <<" & " << pop_dfa_bit; if (pointers_) { os_ << ')'; } os_ << ") != 0;\n"; } os_ << " id_ = "; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*(ptr_ + " << id_index << ")"; if (pointers_) { os_ << "))"; } os_ << ";\n"; os_ << " uid_ = "; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*(ptr_ + " << user_id_index << ")"; if (pointers_) { os_ << "))"; } os_ <<";\n"; if (internals_._features & recursive_bit) { os_ << " push_dfa_ = "; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*(ptr_ + " << push_dfa_index << ')'; if (pointers_) { os_ << "))"; } os_ << ";\n"; } if (internals_._dfa->size() > 1) { os_ << " start_state_ = "; if (pointers_) { // Done this way for GCC: os_ << "static_cast(reinterpret_cast("; } os_ << "*(ptr_ + " << next_dfa_index << ')'; if (pointers_) { os_ << "))"; } os_ << ";\n"; } if (internals_._features & bol_bit) { os_ << " end_bol_ = bol_;\n"; } os_ << " end_token_ = curr_;\n"; os_ << " }\n"; os_ << " }\n"; os_ << " }\n\n"; } os_ << " if (end_state_)\n"; os_ << " {\n"; os_ << " // Return longest match\n"; if (internals_._features & recursive_bit) { os_ << " if (pop_)\n"; os_ << " {\n"; os_ << " start_state_ = results_." "stack.top().first;\n"; os_ << " results_.stack.pop();\n"; os_ << " }\n"; os_ << " else if (push_dfa_ != results_.npos())\n"; os_ << " {\n"; os_ << " results_.stack.push(typename results::" "id_type_pair\n"; os_ << " (push_dfa_, id_));\n"; os_ << " }\n\n"; } if (internals_._dfa->size() > 1) { os_ << " results_.state = start_state_;\n"; } if (internals_._features & bol_bit) { os_ << " results_.bol = end_bol_;\n"; } os_ << " results_.end = end_token_;\n"; if (internals_._features & skip_bit) { // We want a number regardless of id_type. os_ << "\n if (id_ == results_.skip()) goto skip;\n"; } if (internals_._features & again_bit) { // We want a number regardless of id_type. os_ << "\n if (id_ == " << static_cast(internals_._eoi); if (internals_._features & recursive_bit) { os_ << " || (pop_ && !results_.stack.empty() &&\n"; // We want a number regardless of id_type. os_ << " results_.stack.top().second == " << static_cast(internals_._eoi) << ')'; } os_ << ")\n"; os_ << " {\n"; os_ << " curr_ = end_token_;\n"; os_ << " goto again;\n"; os_ << " }\n"; } os_ << " }\n"; os_ << " else\n"; os_ << " {\n"; os_ << " // No match causes char to be skipped\n"; os_ << " results_.end = end_token_;\n"; if (internals_._features & bol_bit) { os_ << " results_.bol = *results_.end == '\\n';\n"; } os_ << " results_.start = results_.end;\n"; os_ << " ++results_.end;\n"; os_ << " id_ = results::npos();\n"; os_ << " uid_ = results::npos();\n"; os_ << " }\n\n"; os_ << " results_.id = id_;\n"; os_ << " results_.user_id = uid_;\n"; os_ << "}\n"; } template static void dump_tables (const basic_state_machine &sm_, const std::size_t tabs_, const bool pointers_, std::ostream &os_) { const typename detail::basic_internals &internals_ = sm_.data(); const std::size_t lookup_divisor_ = 8; // Lookup is always 256 entries long now const std::size_t lookup_quotient_ = 256 / lookup_divisor_; const std::size_t dfas_ = internals_._lookup->size(); std::size_t col_ = 1; std::size_t row_ = 1; output_tabs(tabs_, os_); os_ << "static const id_type lookup"; if (dfas_ > 1) { os_ << "s_[][" << 256; } else { os_ << "_["; } os_ << "] = \n"; output_tabs(tabs_ + 1, os_); if (dfas_ > 1) { os_ << '{'; } for (std::size_t l_ = 0; l_ < dfas_; ++l_) { const id_type *ptr_ = &internals_._lookup[l_]->front(); // We want numbers regardless of id_type. os_ << "{0x" << std::hex << static_cast(*ptr_++); for (col_ = 1; col_ < lookup_divisor_; ++col_) { // We want numbers regardless of id_type. os_ << ", 0x" << std::hex << static_cast(*ptr_++); } for (row_ = 1; row_ < lookup_quotient_; ++row_) { os_ << ",\n"; output_tabs(tabs_ + 1, os_); // We want numbers regardless of id_type. os_ << "0x" << std::hex << static_cast(*ptr_++); for (col_ = 1; col_ < lookup_divisor_; ++col_) { // We want numbers regardless of id_type. os_ << ", 0x" << std::hex << static_cast(*ptr_++); } } os_ << '}'; if (l_ + 1 < dfas_) { os_ << ",\n"; output_tabs(tabs_ + 1, os_); } } if (dfas_ > 1) { os_ << '}'; } os_ << ";\n"; output_tabs(tabs_, os_); os_ << "static const id_type dfa_alphabet"; if (dfas_ > 1) { os_ << "s_[" << dfas_ << "] = {"; } else { os_ << "_ = "; } // We want numbers regardless of id_type. os_ << "0x" << std::hex << static_cast (internals_._dfa_alphabet[0]); for (col_ = 1; col_ < dfas_; ++col_) { // We want numbers regardless of id_type. os_ << ", 0x" << std::hex << static_cast(internals_. _dfa_alphabet[col_]); } if (dfas_ > 1) { os_ << '}'; } os_ << ";\n"; // DFAs are usually different sizes, so dump separately for (std::size_t dfa_ = 0; dfa_ < dfas_; ++dfa_) { const id_type dfa_alphabet_ = internals_._dfa_alphabet[dfa_]; const std::size_t rows_ = internals_._dfa[dfa_]->size() / dfa_alphabet_; const id_type *ptr_ = &internals_._dfa[dfa_]->front(); std::string dfa_name_ = "dfa"; output_tabs(tabs_, os_); os_ << "static const "; if (pointers_) { os_ << "void *"; } else { os_ << "id_type "; } os_ << dfa_name_; if (dfas_ > 1) { std::ostringstream ss_; ss_ << dfa_; dfa_name_ += ss_.str(); os_ << dfa_; } dfa_name_ += '_'; os_ << "_[] = {"; for (std::size_t row_ = 0; row_ < rows_; ++row_) { dump_row(row_ == 0, ptr_, dfa_name_, dfa_alphabet_, pointers_, os_); if (row_ + 1 < rows_) { os_ << ",\n"; output_tabs(tabs_ + 1, os_); } } os_ << "};\n"; } if (dfas_ > 1) { output_tabs(tabs_, os_); os_ << "static const "; if (pointers_) { os_ << "void * const"; } else { os_ << "id_type"; } os_ << " *dfas_[] = {dfa0_"; for (col_ = 1; col_ < dfas_; ++col_) { os_ << ", dfa" << col_ << '_'; } os_ << "};\n"; } } protected: template static void dump_row(const bool first_, const id_type * &ptr_, const std::string &dfa_name_, const id_type dfa_alphabet_, const bool pointers_, std::ostream &os_) { if (pointers_) { bool zero_ = *ptr_ == 0; if (first_) { // We want numbers regardless of id_type. os_ << dfa_name_ << " + 0x" << std::hex << static_cast(*ptr_++) * dfa_alphabet_; } else if (!zero_) { os_ << "reinterpret_cast(0x" // We want numbers regardless of id_type. << std::hex << static_cast(*ptr_++) << ')'; } else { // We want numbers regardless of id_type. os_ << "0x" << std::hex << static_cast(*ptr_++); } for (id_type id_index_ = id_index; id_index_ < transitions_index; ++id_index_, ++ptr_) { os_ << ", "; zero_ = *ptr_ == 0; if (!zero_) { os_ << "reinterpret_cast("; } // We want numbers regardless of id_type. os_ << "0x" << std::hex << static_cast(*ptr_); if (!zero_) { os_ << ')'; } } for (id_type alphabet_ = transitions_index; alphabet_ < dfa_alphabet_; ++alphabet_, ++ptr_) { // We want numbers regardless of id_type. os_ << ", "; if (*ptr_ == 0) { os_ << 0; } else { // We want numbers regardless of id_type. os_ << dfa_name_ + " + 0x" << std::hex << static_cast(*ptr_) * dfa_alphabet_; } } } else { // We want numbers regardless of id_type. os_ << "0x" << std::hex << static_cast(*ptr_++); for (id_type alphabet_ = 1; alphabet_ < dfa_alphabet_; ++alphabet_, ++ptr_) { // We want numbers regardless of id_type. os_ << ", 0x" << std::hex << static_cast(*ptr_); } } } static void output_tabs(const std::size_t tabs_, std::ostream &os_) { for (std::size_t i_ = 0; i_ < tabs_; ++i_) { os_ << " "; } } template static void output_char_loop(const id_type features_, const std::size_t additional_tabs_, const bool pointers_, std::ostream &os_, const false_ &) { output_tabs(additional_tabs_, os_); os_ << " const typename results::char_type prev_char_ = " "*curr_++;\n"; output_tabs(additional_tabs_, os_); os_ << " const "; if (pointers_) { os_ << "void * const *"; } else { os_ << "id_type "; } os_ << "state_ = "; if (pointers_) { os_ << "reinterpret_cast\n "; output_tabs(additional_tabs_, os_); os_ << '('; } os_ << "ptr_[lookup_"; if (!pointers_) { os_ << "\n "; output_tabs(additional_tabs_, os_); } os_ << "[static_cast"; if (pointers_) { os_ << "\n "; output_tabs(additional_tabs_, os_); } os_ << "(prev_char_)]]"; if (pointers_) { os_ << ')'; } os_ << ";\n\n"; if (features_ & bol_bit) { output_tabs(additional_tabs_, os_); os_ << " bol_ = prev_char_ == '\\n';\n\n"; } output_tabs(additional_tabs_, os_); os_ << " if (state_ == 0)\n"; output_tabs(additional_tabs_, os_); os_ << " {\n"; if (features_ & eol_bit) { output_tabs(additional_tabs_, os_); os_ << " EOL_state_ = 0;\n"; } output_tabs(additional_tabs_, os_); os_ << " break;\n"; output_tabs(additional_tabs_, os_); os_ << " }\n\n"; output_tabs(additional_tabs_, os_); os_ << " ptr_ = "; if (pointers_) { os_ << "state_"; } else { os_ << "&dfa_[state_ * dfa_alphabet_]"; } os_ << ";\n"; } template static void output_char_loop(const id_type features_, const std::size_t additional_tabs_, const bool pointers_, std::ostream &os_, const true_ &) { output_tabs(additional_tabs_, os_); os_ << " const std::size_t bytes_ =\n"; output_tabs(additional_tabs_, os_); os_ << " sizeof(typename results::char_type) < 3 ?\n"; output_tabs(additional_tabs_, os_); os_ << " sizeof(typename results::char_type) : 3;\n"; output_tabs(additional_tabs_, os_); os_ << " const std::size_t shift_[] = {0, 8, 16};\n"; output_tabs(additional_tabs_, os_); os_ << " typename results::char_type prev_char_ = " "*curr_++;\n\n"; if (features_ & bol_bit) { output_tabs(additional_tabs_, os_); os_ << " bol_ = prev_char_ == '\\n';\n\n"; } output_tabs(additional_tabs_, os_); os_ << " for (std::size_t i_ = 0; i_ < bytes_; ++i_)\n"; output_tabs(additional_tabs_, os_); os_ << " {\n"; output_tabs(additional_tabs_, os_); os_ << " const "; if (pointers_) { os_ << "void * const *"; } else { os_ << "id_type "; } os_ << "state_ = "; if (pointers_) { os_ << "reinterpret_cast\n "; output_tabs(additional_tabs_, os_); os_ << '('; } os_ << "ptr_[lookup_[static_cast\n"; output_tabs(additional_tabs_, os_); os_ << " ((prev_char_ >>\n" " shift_[bytes_ - 1 - i_]) & 0xff)]]"; if (pointers_) { os_ << ')'; } os_ << ";\n\n"; output_tabs(additional_tabs_, os_); os_ << " if (state_ == 0)\n"; output_tabs(additional_tabs_, os_); os_ << " {\n"; if (features_ & eol_bit) { output_tabs(additional_tabs_, os_); os_ << " EOL_state_ = 0;\n"; } output_tabs(additional_tabs_, os_); os_ << " goto quit;\n"; output_tabs(additional_tabs_, os_); os_ << " }\n\n"; output_tabs(additional_tabs_, os_); os_ << " ptr_ = "; if (pointers_) { os_ << "state_"; } else { os_ << "&dfa_[state_ * dfa_alphabet_]"; } os_ << ";\n"; output_tabs(additional_tabs_, os_); os_ << " }\n"; } static void output_quit(std::ostream &, const false_ &) { // Nothing to do } static void output_quit(std::ostream &os_, const true_ &) { os_ << "quit:\n"; } }; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/bool.hpp0000644000000000000000000000007412740141200017625 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/bool.hpp0000644000175000001440000000073512740141200020014 0ustar00osusers00000000000000// bool.hpp // Copyright (c) 2010-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_BOOL_H #define LEXERTL_BOOL_H namespace lexertl { // Named template param for compiler compatibility template struct bool_ { }; typedef bool_ true_; typedef bool_ false_; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/internals.hpp0000644000000000000000000000007412740141200020671 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/internals.hpp0000644000175000001440000000402712740141200021056 0ustar00osusers00000000000000// internals.hpp // Copyright (c) 2009-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_INTERNALS_HPP #define LEXERTL_INTERNALS_HPP #include "enums.hpp" #include "containers/ptr_vector.hpp" namespace lexertl { namespace detail { template struct basic_internals { typedef std::vector id_type_vector; typedef ptr_vector id_type_vector_vector; id_type _eoi; id_type_vector_vector _lookup; id_type_vector _dfa_alphabet; id_type _features; id_type_vector_vector _dfa; basic_internals() : _eoi(0), _lookup(), _dfa_alphabet(), _features(0), _dfa() { } void clear() { _eoi = 0; _lookup.clear(); _dfa_alphabet.clear(); _features = 0; _dfa.clear(); } bool empty() const { return _dfa->empty(); } void add_states(const std::size_t num_) { for (std::size_t index_ = 0; index_ < num_; ++index_) { _lookup->push_back(static_cast(0)); // lookup *always* has a size 256 now. _lookup->back() = new id_type_vector(256, dead_state_index); _dfa_alphabet.push_back(0); _dfa->push_back(static_cast(0)); _dfa->back() = new id_type_vector; } } void swap(basic_internals &internals_) { std::swap(_eoi, internals_._eoi); _lookup->swap(*internals_._lookup); _dfa_alphabet.swap(internals_._dfa_alphabet); std::swap(_features, internals_._features); _dfa->swap(*internals_._dfa); } private: basic_internals(const basic_internals &); // No copy construction. basic_internals &operator =(const basic_internals &); // No assignment. }; } } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/memory_file.hpp0000644000000000000000000000007412740141200021201 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/memory_file.hpp0000644000175000001440000000634612740141200021374 0ustar00osusers00000000000000// memory_file.hpp // Copyright (c) 2015 Ben Hanson (http://www.benhanson.net/) // Inspired by http://en.wikibooks.org/wiki/Optimizing_C%2B%2B/ // General_optimization_techniques/Input/Output#Memory-mapped_file // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_MEMORY_FILE_H #define LEXERTL_MEMORY_FILE_H #include #ifdef __unix__ #include #include #include #include #elif defined _WIN32 #include #endif // Only files small enough to fit into memory are supported. namespace lexertl { template class basic_memory_file { public: basic_memory_file(const char *pathname_) : _data(0), _size(0), #ifdef __unix__ _fh(0) #else _fh(0), _fmh(0) #endif { open(pathname_); } ~basic_memory_file() { close(); } void open(const char *pathname_) { if (_data) close(); #ifdef __unix__ _fh = ::open(pathname_, O_RDONLY); if (_fh > -1) { struct stat sbuf_; if (::fstat(_fh, &sbuf_) > -1) { _data = static_cast (::mmap(0, sbuf_.st_size, PROT_READ, MAP_SHARED, _fh, 0)); if (_data == MAP_FAILED) { _data = 0; } else { _size = sbuf_.st_size / sizeof(char_type); } } } #elif defined _WIN32 _fh = ::CreateFileA(pathname_, GENERIC_READ, FILE_SHARE_READ, 0, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, 0); _fmh = 0; if (_fh != INVALID_HANDLE_VALUE) { _fmh = ::CreateFileMapping(_fh, 0, PAGE_READONLY, 0, 0, 0); if (_fmh != 0) { _data = static_cast(::MapViewOfFile (_fmh, FILE_MAP_READ, 0, 0, 0)); if (_data) _size = ::GetFileSize(_fh, 0) / sizeof(char_type); } } #endif } const char_type *data() const { return _data; } std::size_t size() const { return _size; } void close() { #if defined(__unix__) ::munmap(const_cast(_data), _size); ::close(_fh); #elif defined(_WIN32) ::UnmapViewOfFile(_data); ::CloseHandle(_fmh); ::CloseHandle(_fh); #endif _data = 0; _size = 0; _fh = 0; #ifndef __unix__ _fmh = 0; #endif } private: const char_type *_data; std::size_t _size; #ifdef __unix__ int _fh; #elif defined _WIN32 HANDLE _fh; HANDLE _fmh; #else #error Only Posix or Windows are supported. #endif // No copy construction. basic_memory_file(const basic_memory_file &); // No assignment. basic_memory_file &operator =(const basic_memory_file &); }; typedef basic_memory_file memory_file; typedef basic_memory_file wmemory_file; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/utf_iterators.hpp0000644000000000000000000000007412740141200021564 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/utf_iterators.hpp0000644000175000001440000002474212740141200021757 0ustar00osusers00000000000000// utf_iterators.hpp // Copyright (c) 2015 Ben Hanson (http://www.benhanson.net/) // Inspired by http://utfcpp.sourceforge.net/ // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_UTF_ITERATORS_HPP #define LEXERTL_UTF_ITERATORS_HPP #include namespace lexertl { template class basic_utf8_in_iterator : public std::iterator { public: typedef char_type value_type; typedef typename std::iterator_traits:: difference_type difference_type; typedef std::forward_iterator_tag iterator_category; basic_utf8_in_iterator() : _it(char_iterator()), _end(char_iterator()), _char(0) { } explicit basic_utf8_in_iterator(const char_iterator &it_, const char_iterator &end_) : _it(it_), _end(it_), _char(0) { if (it_ != end_) { next(); } } char_type operator *() const { return _char; } bool operator ==(const basic_utf8_in_iterator &rhs_) const { return _it == rhs_._it; } bool operator !=(const basic_utf8_in_iterator &rhs_) const { return _it != rhs_._it; } basic_utf8_in_iterator &operator ++() { _it = _end; next(); return *this; } basic_utf8_in_iterator operator ++(int) { basic_utf8_in_iterator temp_ = *this; _it = _end; next(); return temp_; } basic_utf8_in_iterator operator +(const std::size_t count_) const { basic_utf8_in_iterator temp_ = *this; for (std::size_t i_ = 0; i_ < count_; ++i_) { ++temp_; } return temp_; } basic_utf8_in_iterator operator -(const std::size_t count_) const { basic_utf8_in_iterator temp_ = *this; for (std::size_t i_ = 0; i_ < count_; ++i_) { temp_._end = temp_._it; --temp_._it; while ((*temp_._it & 0xc0) == 0x80) --temp_._it; } temp_.next(); return temp_; } private: char_iterator _it; char_iterator _end; char_type _char; void next() { const char len_ = len(_it); char_type ch_ = *_it & 0xff; switch (len_) { case 1: _end = _it; break; case 2: _end = _it; ++_end; ch_ = (ch_ << 6 & 0x7ff) | (*_end & 0x3f); break; case 3: _end = _it; ++_end; ch_ = (ch_ << 12 & 0xffff) | ((*_end & 0xff) << 6 & 0xfff); ++_end; ch_ |= *_end & 0x3f; break; case 4: _end = _it; ++_end; ch_ = (ch_ << 18 & 0x1fffff) | ((*_end & 0xff) << 12 & 0x3ffff); ++_end; ch_ |= (*_end & 0xff) << 6 & 0xfff; ++_end; ch_ |= *_end & 0x3f; break; } _char = ch_; ++_end; } char len(const char_iterator &it_) const { const unsigned char ch_ = *it_; return ch_ < 0x80 ? 1 : ch_ >> 5 == 0x06 ? 2 : ch_ >> 4 == 0x0e ? 3 : ch_ >> 3 == 0x1e ? 4 : 0; } }; template class basic_utf8_out_iterator : public std::iterator { public: typedef char value_type; typedef typename std::iterator_traits:: difference_type difference_type; typedef std::forward_iterator_tag iterator_category; basic_utf8_out_iterator() : _count(0), _index(0) { } explicit basic_utf8_out_iterator(const char_iterator &it_, const char_iterator &end_) : _it(it_), _count(0), _index(0) { if (it_ != end_) { next(); } } char operator *() const { return _bytes[_index]; } bool operator ==(const basic_utf8_out_iterator &rhs_) const { return _it == rhs_._it; } bool operator !=(const basic_utf8_out_iterator &rhs_) const { return _it != rhs_._it; } basic_utf8_out_iterator &operator ++() { ++_index; if (_index >= _count) { ++_it; next(); } return *this; } basic_utf8_out_iterator operator ++(int) { basic_utf8_out_iterator temp_ = *this; ++_index; if (_index >= _count) { ++_it; next(); } return temp_; } private: char_iterator _it; char _bytes[4]; unsigned char _count; unsigned char _index; void next() { const std::size_t ch_ = *_it; _count = len(ch_); _index = 0; switch (_count) { case 1: _bytes[0] = static_cast(ch_); break; case 2: _bytes[0] = static_cast((ch_ >> 6) | 0xc0); _bytes[1] = (ch_ & 0x3f) | 0x80; break; case 3: _bytes[0] = static_cast((ch_ >> 12) | 0xe0); _bytes[1] = ((ch_ >> 6) & 0x3f) | 0x80; _bytes[2] = (ch_ & 0x3f) | 0x80; break; case 4: _bytes[0] = static_cast((ch_ >> 18) | 0xf0); _bytes[1] = ((ch_ >> 12) & 0x3f) | 0x80; _bytes[2] = ((ch_ >> 6) & 0x3f) | 0x80; _bytes[3] = (ch_ & 0x3f) | 0x80; break; } } char len(const std::size_t ch_) const { return ch_ < 0x80 ? 1 : ch_ < 0x800 ? 2 : ch_ < 0x10000 ? 3 : 4; } }; template class basic_utf16_in_iterator : public std::iterator { public: typedef char_type value_type; typedef typename std::iterator_traits:: difference_type difference_type; typedef std::forward_iterator_tag iterator_category; basic_utf16_in_iterator() : _it(char_iterator()), _end(char_iterator()), _char(0) { } explicit basic_utf16_in_iterator(const char_iterator &it_, const char_iterator &end_) : _it(it_), _end(it_), _char(0) { if (it_ != end_) { next(); } } char_type operator *() const { return _char; } bool operator ==(const basic_utf16_in_iterator &rhs_) const { return _it == rhs_._it; } bool operator !=(const basic_utf16_in_iterator &rhs_) const { return _it != rhs_._it; } basic_utf16_in_iterator &operator ++() { _it = _end; next(); return *this; } basic_utf16_in_iterator operator ++(int) { basic_utf16_in_iterator temp_ = *this; _it = _end; next(); return temp_; } basic_utf16_in_iterator operator +(const std::size_t count_) const { basic_utf16_in_iterator temp_ = *this; for (std::size_t i_ = 0; i_ < count_; ++i_) { ++temp_; } return temp_; } basic_utf16_in_iterator operator -(const std::size_t count_) const { basic_utf16_in_iterator temp_ = *this; for (std::size_t i_ = 0; i_ < count_; ++i_) { temp_._end = temp_._it; --temp_._it; if (*temp_._it >= 0xdc00 && *temp_._it <= 0xdfff) --temp_._it; } temp_.next(); return temp_; } private: char_iterator _it; char_iterator _end; char_type _char; void next() { char_type ch_ = *_it & 0xffff; _end = _it; if (ch_ >= 0xd800 && ch_ <= 0xdbff) { const char_type surrogate_ = *++_end & 0xffff; ch_ = (((ch_ - 0xd800) << 10) | (surrogate_ - 0xdc00)) + 0x10000; } _char = ch_; ++_end; } }; template class basic_utf16_out_iterator : public std::iterator { public: typedef wchar_t value_type; typedef typename std::iterator_traits:: difference_type difference_type; typedef std::forward_iterator_tag iterator_category; basic_utf16_out_iterator() : _count(0), _index(0) { } explicit basic_utf16_out_iterator(const char_iterator &it_, const char_iterator &end_) : _it(it_), _count(0), _index(0) { if (it_ != end_) { next(); } } wchar_t operator *() const { return _chars[_index]; } bool operator ==(const basic_utf16_out_iterator &rhs_) const { return _it == rhs_._it; } bool operator !=(const basic_utf16_out_iterator &rhs_) const { return _it != rhs_._it; } basic_utf16_out_iterator &operator ++() { ++_index; if (_index >= _count) { ++_it; next(); } return *this; } basic_utf16_out_iterator operator ++(int) { basic_utf16_out_iterator temp_ = *this; ++_index; if (_index >= _count) { ++_it; next(); } return temp_; } private: char_iterator _it; wchar_t _chars[2]; unsigned char _count; unsigned char _index; void next() { const std::size_t ch_ = *_it; _count = len(ch_); _index = 0; switch (_count) { case 1: _chars[0] = static_cast(ch_); break; case 2: _chars[0] = static_cast((ch_ >> 10) + 0xdc00u - (0x10000 >> 10)); _chars[1] = static_cast((ch_ & 0x3ff) + 0xdc00u); break; } } char len(const std::size_t ch_) const { return ch_ > 0xffff ? 2 : 1; } }; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/lookup.hpp0000644000000000000000000000007412740141200020203 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/lookup.hpp0000644000175000001440000003021412740141200020365 0ustar00osusers00000000000000// lookup.hpp // Copyright (c) 2009-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_LOOKUP_HPP #define LEXERTL_LOOKUP_HPP #include #include "bool.hpp" #include "match_results.hpp" #include "state_machine.hpp" namespace lexertl { namespace detail { template struct bol_state { bol_state(const bool) { } }; template<> struct bol_state { bool _bol; bool _end_bol; bol_state(const bool bol_) : _bol(bol_), _end_bol(bol_) { } }; template struct eol_state { }; template struct eol_state { id_type _EOL_state; eol_state() : _EOL_state(0) { } }; template struct multi_state_state { multi_state_state(const id_type) { } }; template struct multi_state_state { id_type _start_state; multi_state_state(const id_type state_) : _start_state(state_) { } }; template struct recursive_state { recursive_state(const id_type *) { } }; template struct recursive_state { bool _pop; id_type _push_dfa; recursive_state(const id_type *ptr_) : _pop((*ptr_ & pop_dfa_bit) != 0), _push_dfa(*(ptr_ + push_dfa_index)) { } }; template struct lookup_state { typedef basic_internals internals; const id_type *_lookup; id_type _dfa_alphabet; const id_type *_dfa; const id_type *_ptr; bool _end_state; id_type _id; id_type _uid; bol_state<(flags & bol_bit) != 0> _bol_state; eol_state _eol_state; multi_state_state _multi_state_state; recursive_state _recursive_state; lookup_state(const internals &internals_, const bool bol_, const id_type state_) : _lookup(&internals_._lookup[state_]->front()), _dfa_alphabet(internals_._dfa_alphabet[state_]), _dfa(&internals_._dfa[state_]->front()), _ptr(_dfa + _dfa_alphabet), _end_state(*_ptr != 0), _id(*(_ptr + id_index)), _uid(*(_ptr + user_id_index)), _bol_state(bol_), _eol_state(), _multi_state_state(state_), _recursive_state(_ptr) { } void reset_recursive(const false_ &) { // Do nothing } void reset_recursive(const true_ &) { _recursive_state._pop = (*_ptr & pop_dfa_bit) != 0; _recursive_state._push_dfa = *(_ptr + push_dfa_index); } void bol_start_state(const false_ &) { // Do nothing } void bol_start_state(const true_ &) { if (_bol_state._bol) { const id_type state_ = *_dfa; if (state_) { _ptr = &_dfa[state_ * _dfa_alphabet]; } } } template bool is_eol(const char_type, const false_ &) { return false; } template bool is_eol(const char_type curr_, const true_ &) { bool ret_ = false; _eol_state._EOL_state = _ptr[eol_index]; ret_ = _eol_state._EOL_state && curr_ == '\n'; if (ret_) { _ptr = &_dfa[_eol_state._EOL_state * _dfa_alphabet]; } return ret_; } template id_type next_char(const char_type prev_char_, const false_ &) { const id_type state_= _ptr[_lookup [static_cast(prev_char_)]]; if (state_ != 0) { _ptr = &_dfa[state_ * _dfa_alphabet]; } return state_; } template id_type next_char(const char_type prev_char_, const true_ &) { const std::size_t bytes_ = sizeof(char_type) < 3 ? sizeof(char_type) : 3; const std::size_t shift_[] = {0, 8, 16}; id_type state_= 0; for (std::size_t i_ = 0; i_ < bytes_; ++i_) { state_ = _ptr[_lookup[static_cast((prev_char_ >> shift_[bytes_ - 1 - i_]) & 0xff)]]; if (state_ == 0) { break; } _ptr = &_dfa[state_ * _dfa_alphabet]; } return state_; } template void bol(const char_type, const false_ &) { // Do nothing } template void bol(const char_type prev_char_, const true_ &) { _bol_state._bol = prev_char_ == '\n'; } void eol(const id_type, const false_ &) { // Do nothing } void eol(const id_type err_val_, const true_ &) { _eol_state._EOL_state = err_val_; } void reset_start_state(const false_ &) { // Do nothing } void reset_start_state(const true_ &) { _multi_state_state._start_state = *(_ptr + next_dfa_index); } void reset_end_bol(const false_ &) { // Do nothing } void reset_end_bol(const true_ &) { _bol_state._end_bol = _bol_state._bol; } template void end_state(iter_type &end_token_, iter_type &curr_) { if (*_ptr) { _end_state = true; reset_end_bol(bool_<(flags & bol_bit) != 0>()); _id = *(_ptr + id_index); _uid = *(_ptr + user_id_index); reset_recursive(bool_<(flags & recursive_bit) != 0>()); reset_start_state(bool_<(flags & multi_state_bit) != 0>()); end_token_ = curr_; } } template void check_eol(iter_type &, iter_type &, const id_type, const char_type, const false_ &) { // Do nothing } template void check_eol(iter_type &end_token_, iter_type &curr_, const id_type npos, const char_type eoi_, const true_ &) { if (_eol_state._EOL_state != npos && curr_ == eoi_) { _eol_state._EOL_state = _ptr[eol_index]; if (_eol_state._EOL_state) { _ptr = &_dfa[_eol_state._EOL_state * _dfa_alphabet]; end_state(end_token_, curr_); } } } template void pop(results &, const false_ &) { // Nothing to do } template void pop(results &results_, const true_ &) { if (_recursive_state._pop) { _multi_state_state._start_state = results_.stack.top().first; results_.stack.pop(); } else if (_recursive_state._push_dfa != results::npos()) { results_.stack.push(typename results::id_type_pair (_recursive_state._push_dfa, _id)); } } template bool is_id_eoi(const id_type eoi_, const results &, const false_ &) { return _id == eoi_; } template bool is_id_eoi(const id_type eoi_, const results &results_, const true_ &) { return _id == eoi_ || (_recursive_state._pop && !results_.stack.empty() && results_.stack.top().second == eoi_); } void start_state(id_type &, const false_ &) { // Do nothing } void start_state(id_type &start_state_, const true_ &) { start_state_ = _multi_state_state._start_state; } void bol(bool &, const false_ &) { // Do nothing } void bol(bool &end_bol_, const true_ &) { end_bol_ = _bol_state._end_bol; } }; template void inc_end(results &, const false_ &) { // Do nothing } template void inc_end(results &results_, const true_ &) { ++results_.end; } template void next(const basic_state_machine::value_type, id_type> &sm_, results &results_, const bool_ &compressed_, const bool_ &recursive_) { const basic_internals &internals_ = sm_.data(); typename results::iter_type end_token_ = results_.end; skip: typename results::iter_type curr_ = results_.end; results_.start = curr_; again: if (curr_ == results_.eoi) { results_.id = internals_._eoi; results_.user_id = results::npos(); return; } lookup_state lu_state_ (internals_, results_.bol, results_.state); lu_state_.bol_start_state(bool_<(flags & bol_bit) != 0>()); while (curr_ != results_.eoi) { if (!lu_state_.is_eol(*curr_, bool_<(flags & eol_bit) != 0>())) { const typename results::char_type prev_char_ = *curr_++; const id_type state_ = lu_state_.next_char(prev_char_, compressed_); lu_state_.bol(prev_char_, bool_<(flags & bol_bit) != 0>()); if (state_ == 0) { lu_state_.is_eol(results::npos(), bool_<(flags & eol_bit) != 0>()); break; } } lu_state_.end_state(end_token_, curr_); } lu_state_.check_eol(end_token_, curr_, results::npos(), results_.eoi, bool_<(flags & eol_bit) != 0>()); if (lu_state_._end_state) { // Return longest match lu_state_.pop(results_, recursive_); lu_state_.start_state(results_.state, bool_<(flags & multi_state_bit) != 0>()); lu_state_.bol(results_.bol, bool_<(flags & bol_bit) != 0>()); results_.end = end_token_; if (lu_state_._id == sm_.skip()) goto skip; if (lu_state_.is_id_eoi(internals_._eoi, results_, recursive_)) { curr_ = end_token_; goto again; } } else { results_.end = end_token_; results_.bol = *results_.end == '\n'; results_.start = results_.end; // No match causes char to be skipped inc_end(results_, bool_<(flags & advance_bit) != 0>()); lu_state_._id = results::npos(); lu_state_._uid = results::npos(); } results_.id = lu_state_._id; results_.user_id = lu_state_._uid; } } template void lookup(const basic_state_machine::value_type, id_type> &sm_, match_results &results_) { // If this asserts, you have either not defined all the correct // flags, or you should be using recursive_match_results instead // of match_results. assert((sm_.data()._features & flags) == sm_.data()._features); detail::next(sm_, results_, bool_<(sizeof (typename std::iterator_traits::value_type) > 1)>(), false_()); } template void lookup(const basic_state_machine::value_type, id_type> &sm_, recursive_match_results &results_) { // If this asserts, you have not defined all the correct flags assert((sm_.data()._features & flags) == sm_.data()._features); detail::next(sm_, results_, bool_<(sizeof(typename std::iterator_traits:: value_type) > 1)>(), true_()); } } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/licence_1_0.txt0000644000000000000000000000007312740141200020762 xustar0029 atime=1468174991.80822721 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/licence_1_0.txt0000644000175000001440000000252312740141200021147 0ustar00osusers00000000000000Boost Software License - Version 1.0 - August 17th, 2003 Permission is hereby granted, free of charge, to any person or organization obtaining a copy of the software and accompanying documentation covered by this license (the "Software") to use, reproduce, display, distribute, execute, and transmit the Software, and to prepare derivative works of the Software, and to permit third-parties to whom the Software is furnished to do so, all subject to the following: The copyright notices in the Software and this entire statement, including the above license grant, this restriction and the following disclaimer, must be included in all copies of the Software, in whole or in part, and all derivative works of the Software, unless such copies or derivative works are solely in the form of machine-executable object code generated by a source language processor. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, TITLE AND NON-INFRINGEMENT. IN NO EVENT SHALL THE COPYRIGHT HOLDERS OR ANYONE DISTRIBUTING THE SOFTWARE BE LIABLE FOR ANY DAMAGES OR OTHER LIABILITY, WHETHER IN CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. aspectc++/Puma/extern/lexertl/PaxHeaders.4702/stream_shared_iterator.hpp0000644000000000000000000000007412740141200023424 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/stream_shared_iterator.hpp0000644000175000001440000002273712740141200023621 0ustar00osusers00000000000000// stream_shared_iterator.hpp // Copyright (c) 2010-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_STREAM_SHARED_ITERATOR_H #define LEXERTL_STREAM_SHARED_ITERATOR_H #include // memcpy #include #include #include #include #include "runtime_error.hpp" #include "size_t.hpp" #include namespace lexertl { template class basic_stream_shared_iterator { public: typedef std::basic_istream istream; typedef std::forward_iterator_tag iterator_category; typedef std::size_t difference_type; typedef char_type value_type; typedef char_type *pointer; typedef char_type &reference; basic_stream_shared_iterator() : _master(false), _live(false), _index(shared::npos()), _shared(0) { } basic_stream_shared_iterator(istream &stream_, const std::size_t buff_size_ = 1024, const std::size_t increment_ = 1024) : _master(true), _live(false), _index(shared::npos()), // For exception safety don't call new yet _shared(0) { // Safe to call potentially throwing new now. _shared = new shared(stream_, buff_size_, increment_); ++_shared->_ref_count; _iter = _shared->_clients.insert(_shared->_clients.end(), this); } basic_stream_shared_iterator(const basic_stream_shared_iterator &rhs_) : _master(false), _live(false), _index(rhs_._master ? rhs_._shared->lowest() : rhs_._index), _shared(rhs_._shared) { if (_shared) { // New copy of an iterator. // The assumption is that any copy must be live // even if the rhs is not (otherwise we will never // have a record of the start of the current range!) ++_shared->_ref_count; _iter = _shared->_clients.insert(_shared->_clients.end(), this); _live = true; } } ~basic_stream_shared_iterator() { if (_shared) { --_shared->_ref_count; _shared->erase(this); if (_shared->_ref_count == 0) { delete _shared; _shared = 0; } } } basic_stream_shared_iterator &operator = (const basic_stream_shared_iterator &rhs_) { if (this != &rhs_) { _master = false; _index = rhs_._master ? rhs_._shared->lowest() : rhs_._index; if (_live && !rhs_._live) { _shared->erase(this); if (!rhs_._shared) { --_shared->_ref_count; } } else if (!_live && rhs_._live) { rhs_._iter = rhs_._shared->_clients.insert(rhs_._shared-> _clients.end(), this); if (!_shared) { ++rhs_._shared->_ref_count; } } _live = rhs_._live; _shared = rhs_._shared; } return *this; } bool operator ==(const basic_stream_shared_iterator &rhs_) const { return _index == rhs_._index && (_shared == rhs_._shared || (_index == shared::npos() || rhs_._index == shared::npos()) && (!_shared || !rhs_._shared)); } bool operator !=(const basic_stream_shared_iterator &rhs_) const { return !(*this == rhs_); } const char_type &operator *() { check_master(); return _shared->_buffer[_index]; } basic_stream_shared_iterator &operator ++() { check_master(); ++_index; update_state(); return *this; } basic_stream_shared_iterator operator ++(int) { basic_stream_shared_iterator iter_ = *this; check_master(); ++_index; update_state(); return iter_; } private: class shared { public: std::size_t _ref_count; typedef std::vector char_vector; typedef std::list iter_list; istream &_stream; std::size_t _increment; std::size_t _len; char_vector _buffer; iter_list _clients; shared(istream &stream_, const std::size_t buff_size_, const std::size_t increment_) : _ref_count(0), _increment(increment_), _stream(stream_) { _buffer.resize(buff_size_); _stream.read(&_buffer.front(), _buffer.size()); _len = static_cast(_stream.gcount()); } bool reload_buffer() { const std::size_t lowest_ = lowest(); std::size_t read_ = 0; if (lowest_ == 0) { // Resize buffer const std::size_t old_size_ = _buffer.size(); const std::size_t new_size_ = old_size_ + _increment; _buffer.resize(new_size_); _stream.read(&_buffer.front() + old_size_, _increment); read_ = static_cast(_stream.gcount()); if (read_) { read_ += old_size_; _len = read_; } } else { // Some systems have memcpy in namespace std using namespace std; const size_t start_ = _buffer.size() - lowest_; const size_t len_ = _buffer.size() - start_; memcpy(&_buffer.front(), &_buffer[lowest_], start_ * sizeof(char_type)); _stream.read(&_buffer.front() + start_, len_); read_ = static_cast(_stream.gcount()); subtract(lowest_); if (read_) { read_ += start_; _len = read_; } else { _len = highest(); } } return read_ != 0; } void erase(basic_stream_shared_iterator *ptr_) { if (ptr_->_iter != _clients.end()) { _clients.erase(ptr_->_iter); ptr_->_iter = _clients.end(); } } std::size_t lowest() const { std::size_t lowest_ = npos(); typename iter_list::const_iterator iter_ = _clients.begin(); typename iter_list::const_iterator end_ = _clients.end(); for (; iter_ != end_; ++iter_) { const basic_stream_shared_iterator *ptr_ = *iter_; if (ptr_->_index < lowest_) { lowest_ = ptr_->_index; } } if (lowest_ == npos()) { lowest_ = 0; } return lowest_; } std::size_t highest() const { std::size_t highest_ = 0; typename iter_list::const_iterator iter_ = _clients.begin(); typename iter_list::const_iterator end_ = _clients.end(); for (; iter_ != end_; ++iter_) { const basic_stream_shared_iterator *ptr_ = *iter_; if (ptr_->_index != npos() && ptr_->_index > highest_) { highest_ = ptr_->_index; } } return highest_; } void subtract(const std::size_t lowest_) { typename iter_list::iterator iter_ = _clients.begin(); typename iter_list::iterator end_ = _clients.end(); for (; iter_ != end_; ++iter_) { basic_stream_shared_iterator *ptr_ = *iter_; if (ptr_->_index != npos()) { ptr_->_index -= lowest_; } } } static std::size_t npos() { return ~static_cast(0); } private: shared &operator =(const shared &rhs_); }; bool _master; bool _live; std::size_t _index; shared *_shared; mutable typename shared::iter_list::iterator _iter; void check_master() { if (!_shared) { throw runtime_error("Cannot manipulate null (end) " "stream_shared_iterators."); } if (_master) { _master = false; _live = true; _index = _shared->lowest(); } } void update_state() { if (_index >= _shared->_len) { if (!_shared->reload_buffer()) { _shared->erase(this); _index = shared::npos(); _live = false; } } } }; typedef basic_stream_shared_iterator stream_shared_iterator; typedef basic_stream_shared_iterator wstream_shared_iterator; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/compile_assert.hpp0000644000000000000000000000007412740141200021703 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/compile_assert.hpp0000644000175000001440000000105712740141200022070 0ustar00osusers00000000000000// compile_assert.hpp // Copyright (c) 2010-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_COMPILE_ASSERT_H #define LEXERTL_COMPILE_ASSERT_H namespace lexertl { // Named template param for compiler compatibility template struct compile_assert; // enum for compiler compatibility template<> struct compile_assert { enum {value = 1}; }; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/is_same.hpp0000644000000000000000000000007412740141200020312 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/is_same.hpp0000644000175000001440000000102112740141200020466 0ustar00osusers00000000000000// is_same.hpp // Copyright (c) 2010-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_IS_SAME_HPP #define LEXERTL_IS_SAME_HPP namespace lexertl { namespace detail { template struct is_same { enum {same = false}; }; template struct is_same { enum {same = true}; }; } } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/sm_to_csm.hpp0000644000000000000000000000007412740141200020655 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/sm_to_csm.hpp0000644000175000001440000000320312740141200021035 0ustar00osusers00000000000000// sm_to_csm.hpp // Copyright (c) 2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_SM_TO_CSM_HPP #define LEXERTL_SM_TO_CSM_HPP namespace lexertl { template void sm_to_csm(const sm &sm_, char_state_machine &csm_) { typedef typename sm::traits::id_type id_type; typedef typename sm::internals internals; typedef typename char_state_machine::state::string_token string_token; typedef typename string_token::index_type index_type; typedef typename char_state_machine::string_token_vector string_token_vector; const internals &internals_ = sm_.data(); const std::size_t dfas_ = internals_._dfa->size(); for (id_type i_ = 0; i_ < dfas_; ++i_) { if (internals_._dfa_alphabet[i_] == 0) continue; const std::size_t alphabet_ = internals_._dfa_alphabet[i_] - transitions_index; string_token_vector token_vector_(alphabet_, string_token()); id_type *ptr_ = &internals_._lookup[i_]->front(); for (std::size_t c_ = 0; c_ < 256; ++c_, ++ptr_) { if (*ptr_ >= transitions_index) { string_token &token_ = token_vector_ [*ptr_ - transitions_index]; token_.insert(typename string_token::range (index_type(c_), index_type(c_))); } } csm_.append(token_vector_, internals_, i_); } } } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/containers0000644000000000000000000000007412740141200020251 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/containers/0000755000175000001440000000000012740141200020510 5ustar00osusers00000000000000aspectc++/Puma/extern/lexertl/containers/PaxHeaders.4702/ptr_list.hpp0000644000000000000000000000007412740141200022677 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/containers/ptr_list.hpp0000644000175000001440000000222612740141200023063 0ustar00osusers00000000000000// ptr_list.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_PTR_LIST_HPP #define LEXERTL_PTR_LIST_HPP #include namespace lexertl { namespace detail { template class ptr_list { public: typedef std::list list; ptr_list() : _list() { } ~ptr_list() { clear(); } list *operator ->() { return &_list; } const list *operator ->() const { return &_list; } list &operator *() { return _list; } const list &operator *() const { return _list; } void clear() { while (!_list.empty()) { delete _list.front(); _list.pop_front(); } } private: list _list; ptr_list(const ptr_list &); // No copy construction. ptr_list &operator =(const ptr_list &); // No assignment. }; } } #endif aspectc++/Puma/extern/lexertl/containers/PaxHeaders.4702/bitvector.hpp0000644000000000000000000000007412740141200023040 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/containers/bitvector.hpp0000644000175000001440000001264712740141200023234 0ustar00osusers00000000000000// bitvector.hpp // Copyright (c) 2013-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_BITVECTOR_HPP #define LEXERTL_BITVECTOR_HPP #include namespace lexertl { template class basic_bitvector { public: template class reference { public: reference(Ty &block_, const std::size_t mask_) : _block(block_), _mask(mask_) { } operator bool() const { return (_block & _mask) != 0; } reference &operator =(const bool bit_) { if (bit_) { _block |= _mask; } else { _block &= ~_mask; } return *this; } reference &operator =(reference &rhs_) { if (rhs_) { _block |= _mask; } else { _block &= ~_mask; } } private: Ty &_block; const std::size_t _mask; }; basic_bitvector(const std::size_t size_) : _vec(block(size_) + (bit(size_) ? 1 : 0), 0) { } basic_bitvector(const basic_bitvector &rhs_) : _vec(rhs_._vec) { } basic_bitvector &operator =(const basic_bitvector &rhs_) { if (&rhs_ != this) { _vec = rhs_._vec; } return *this; } bool operator [](const std::size_t index_) const { return (_vec[block(index_)] & (1 << bit(index_))) != 0; } reference operator [](const std::size_t index_) { return reference(_vec[block(index_)], (1 << bit(index_))); } basic_bitvector &operator |=(const basic_bitvector &rhs_) { typename t_vector::iterator lhs_iter_ = _vec.begin(); typename t_vector::iterator lhs_end_ = _vec.end(); typename t_vector::const_iterator rhs_iter_ = rhs_._vec.begin(); typename t_vector::const_iterator rhs_end_ = rhs_._vec.end(); for (; lhs_iter_ != lhs_end_ && rhs_iter_ != rhs_end_; ++lhs_iter_, ++rhs_iter_) { *lhs_iter_ |= *rhs_iter_; } return *this; } basic_bitvector &operator &=(const basic_bitvector &rhs_) { typename t_vector::iterator lhs_iter_ = _vec.begin(); typename t_vector::iterator lhs_end_ = _vec.end(); typename t_vector::const_iterator rhs_iter_ = rhs_._vec.begin(); typename t_vector::const_iterator rhs_end_ = rhs_._vec.end(); for (; lhs_iter_ != lhs_end_ && rhs_iter_ != rhs_end_; ++lhs_iter_, ++rhs_iter_) { *lhs_iter_ &= *rhs_iter_; } return *this; } void clear() { typename t_vector::iterator iter_ = _vec.begin(); typename t_vector::iterator end_ = _vec.end(); for (; iter_ != end_; ++iter_) { *iter_ = 0; } } bool any() const { typename t_vector::const_iterator iter_ = _vec.begin(); typename t_vector::const_iterator end_ = _vec.end(); for (; iter_ != end_; ++iter_) { if (*iter_) break; } return iter_ != end_; } void negate() { typename t_vector::iterator iter_ = _vec.begin(); typename t_vector::iterator end_ = _vec.end(); for (; iter_ != end_; ++iter_) { *iter_ = ~*iter_; } } std::size_t find_first() const { return find_next(npos()); } std::size_t find_next(const std::size_t index_) const { std::size_t ret_ = npos(); const std::size_t block_ = index_ == npos() ? 0 : block(index_ + 1); std::size_t bit_ = index_ == npos() ? 0 : bit(index_ + 1); typename t_vector::const_iterator iter_ = _vec.begin() + block_; typename t_vector::const_iterator end_ = _vec.end(); for (std::size_t i_ = block_; iter_ != end_; ++iter_, ++i_) { const bool bits_ = (*iter_ & (~static_cast(0) << bit_)) != 0; if (bits_) { std::size_t j_ = bit_; std::size_t b_ = 1 << bit_; bool found_ = false; for (; j_ < sizeof(T) * 8; ++j_, b_ <<= 1) { if (*iter_ & b_) { found_ = true; break; } } if (found_) { ret_ = i_ * sizeof(T) * 8 + j_; break; } } bit_ = 0; } return ret_; } std::size_t npos() const { return ~static_cast(0); } private: typedef std::vector t_vector; t_vector _vec; std::size_t block(const std::size_t index_) const { return index_ / (sizeof(T) * 8); } std::size_t bit(const std::size_t index_) const { return index_ % (sizeof(T) * 8); } }; } #endif aspectc++/Puma/extern/lexertl/containers/PaxHeaders.4702/ptr_stack.hpp0000644000000000000000000000007412740141200023031 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/containers/ptr_stack.hpp0000644000175000001440000000225112740141200023213 0ustar00osusers00000000000000// ptr_stack.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_PTR_STACK_HPP #define LEXERTL_PTR_STACK_HPP #include namespace lexertl { namespace detail { template class ptr_stack { public: typedef std::stack stack; ptr_stack() : _stack() { } ~ptr_stack() { clear(); } stack *operator ->() { return &_stack; } const stack *operator ->() const { return &_stack; } stack &operator *() { return _stack; } const stack &operator *() const { return _stack; } void clear() { while (!_stack.empty()) { delete _stack.top(); _stack.pop(); } } private: stack _stack; ptr_stack(const ptr_stack &); // No copy construction. ptr_stack &operator =(const ptr_stack &); // No assignment. }; } } #endif aspectc++/Puma/extern/lexertl/containers/PaxHeaders.4702/ptr_vector.hpp0000644000000000000000000000007412740141200023226 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/containers/ptr_vector.hpp0000644000175000001440000000426012740141200023412 0ustar00osusers00000000000000// ptr_vector.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_PTR_VECTOR_HPP #define LEXERTL_PTR_VECTOR_HPP #include "../size_t.hpp" #include namespace lexertl { namespace detail { template class ptr_vector { public: typedef std::vector vector; ptr_vector() : _vector() { } ~ptr_vector() { clear(); } vector *operator ->() { return &_vector; } const vector *operator ->() const { return &_vector; } vector &operator *() { return _vector; } const vector &operator *() const { return _vector; } ptr_type * &operator [](const std::size_t index_) { return _vector[index_]; } ptr_type * const &operator [](const std::size_t index_) const { return _vector[index_]; } bool operator ==(const ptr_vector &rhs_) const { bool equal_ = _vector.size() == rhs_._vector.size(); if (equal_) { typename vector::const_iterator lhs_iter_ = _vector.begin(); typename vector::const_iterator end_ = _vector.end(); typename vector::const_iterator rhs_iter_ = rhs_._vector.begin(); for (; equal_ && lhs_iter_ != end_; ++lhs_iter_, ++rhs_iter_) { equal_ = **lhs_iter_ == **rhs_iter_; } } return equal_; } void clear() { if (!_vector.empty()) { ptr_type **iter_ = &_vector.front(); ptr_type **end_ = iter_ + _vector.size(); for (; iter_ != end_; ++iter_) { delete *iter_; } } _vector.clear(); } private: vector _vector; ptr_vector(const ptr_vector &); // No copy construction. ptr_vector &operator =(const ptr_vector &); // No assignment. }; } } #endif aspectc++/Puma/extern/lexertl/containers/PaxHeaders.4702/ptr_map.hpp0000644000000000000000000000007412740141200022501 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/containers/ptr_map.hpp0000644000175000001440000000251012740141200022661 0ustar00osusers00000000000000// ptr_map.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_PTR_MAP_HPP #define LEXERTL_PTR_MAP_HPP #include namespace lexertl { namespace detail { template class ptr_map { public: typedef std::map map; typedef std::pair pair; typedef std::pair iter_pair; ptr_map() { } ~ptr_map() { clear(); } map *operator ->() { return &_map; } const map *operator ->() const { return &_map; } map &operator *() { return _map; } const map &operator *() const { return _map; } void clear() { for (typename map::iterator iter_ = _map.begin(), end_ = _map.end(); iter_ != end_; ++iter_) { delete iter_->second; } _map.clear(); } private: map _map; ptr_map(const ptr_map &); // No copy construction. ptr_map &operator =(const ptr_map &); // No assignment. }; } } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/parser0000644000000000000000000000007412740141200017400 xustar0030 atime=1468174988.060165569 30 ctime=1468174988.060165569 aspectc++/Puma/extern/lexertl/parser/0000755000175000001440000000000012740141200017637 5ustar00osusers00000000000000aspectc++/Puma/extern/lexertl/parser/PaxHeaders.4702/parser.hpp0000644000000000000000000000007412740141200021462 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/extern/lexertl/parser/parser.hpp0000644000175000001440000010053312740141200021646 0ustar00osusers00000000000000// parser.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_PARSER_HPP #define LEXERTL_PARSER_HPP #include #include #include "../bool.hpp" #include "tree/end_node.hpp" #include "tree/iteration_node.hpp" #include "tree/leaf_node.hpp" #include #include "../containers/ptr_stack.hpp" #include "tokeniser/re_tokeniser.hpp" #include "../runtime_error.hpp" #include "tree/selection_node.hpp" #include "tree/sequence_node.hpp" #include "../size_t.hpp" #include namespace lexertl { namespace detail { /* General principles of regex parsing: - Every regex is a sequence of sub-regexes. - Regexes consist of operands and operators - All operators decompose to sequence, selection ('|') and iteration ('*') - Regex tokens are stored on a stack. - When a complete sequence of regex tokens is on the stack it is processed. Grammar: -> -> | '|' -> -> | -> -> charset | macro | '('')' | -> '?' | '??' | '*' | '*?' | '+' | '+?' | '{n[,[m]]}' | '{n[,[m]]}?' */ template class basic_parser { public: enum {char_24_bit = sm_traits::char_24_bit}; typedef typename sm_traits::char_type char_type; typedef typename sm_traits::id_type id_type; typedef basic_end_node end_node; typedef typename sm_traits::input_char_type input_char_type; typedef basic_string_token input_string_token; typedef basic_iteration_node iteration_node; typedef basic_leaf_node leaf_node; typedef basic_re_tokeniser tokeniser; typedef basic_node node; typedef typename node::node_ptr_vector node_ptr_vector; typedef std::basic_string string; typedef basic_string_token string_token; typedef basic_selection_node selection_node; typedef basic_sequence_node sequence_node; typedef std::map charset_map; typedef std::pair charset_pair; typedef bool_ compressed; typedef basic_re_token token; typedef std::deque token_deque; basic_parser(const std::locale &locale_, node_ptr_vector &node_ptr_vector_, charset_map &charset_map_, const id_type eoi_) : _locale(locale_), _node_ptr_vector(node_ptr_vector_), _charset_map(charset_map_), _eoi(eoi_), _token_stack(), _tree_node_stack() { } node *parse(const token_deque ®ex_, const id_type id_, const id_type user_id_, const id_type next_dfa_, const id_type push_dfa_, const bool pop_dfa_, const std::size_t flags_, id_type &nl_id_, const bool seen_bol_) { typename token_deque::const_iterator iter_ = regex_.begin(); typename token_deque::const_iterator end_ = regex_.end(); node *root_ = 0; token *lhs_token_ = 0; // There cannot be less than 2 tokens std::auto_ptr rhs_token_(new token(*iter_++)); char action_ = 0; _token_stack->push(static_cast(0)); _token_stack->top() = rhs_token_.release(); rhs_token_.reset(new token(*iter_)); if (iter_ + 1 != end_) ++iter_; do { lhs_token_ = _token_stack->top(); action_ = lhs_token_->precedence(rhs_token_->_type); switch (action_) { case '<': case '=': _token_stack->push(static_cast(0)); _token_stack->top() = rhs_token_.release(); rhs_token_.reset(new token(*iter_)); if (iter_ + 1 != end_) ++iter_; break; case '>': reduce(nl_id_); break; default: { std::ostringstream ss_; ss_ << "A syntax error occurred: '" << lhs_token_->precedence_string() << "' against '" << rhs_token_->precedence_string() << " in rule id " << id_ << '.'; throw runtime_error(ss_.str()); break; } } } while (!_token_stack->empty()); if (_tree_node_stack.empty()) { std::ostringstream ss_; ss_ << "Empty rules are not allowed in rule id " << id_ << '.'; throw runtime_error(ss_.str()); } assert(_tree_node_stack.size() == 1); node *lhs_node_ = _tree_node_stack.top(); _tree_node_stack.pop(); _node_ptr_vector->push_back(static_cast(0)); node *rhs_node_ = new end_node(id_, user_id_, next_dfa_, push_dfa_, pop_dfa_); _node_ptr_vector->back() = rhs_node_; _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new sequence_node (lhs_node_, rhs_node_); root_ = _node_ptr_vector->back(); if (seen_bol_) { fixup_bol(root_); } if ((flags_ & match_zero_len) == 0) { const typename node::node_vector &firstpos_ = root_->firstpos(); typename node::node_vector::const_iterator iter_ = firstpos_.begin(); typename node::node_vector::const_iterator end_ = firstpos_.end(); for (; iter_ != end_; ++iter_) { const node *node_ = *iter_; if (node_->end_state()) { std::ostringstream ss_; ss_ << "Rules that match zero characters are not allowed " "as this can cause an infinite loop in user code. The " "match_zero_len flag overrides this check. Rule id " << id_ << '.'; throw runtime_error(ss_.str()); } } } return root_; } static id_type bol_token() { return ~static_cast(1); } static id_type eol_token() { return ~static_cast(2); } private: typedef typename input_string_token::range input_range; typedef typename string_token::range range; typedef ptr_vector string_token_vector; typedef ptr_stack token_stack; typedef typename node::node_stack tree_node_stack; const std::locale &_locale; node_ptr_vector &_node_ptr_vector; charset_map &_charset_map; id_type _eoi; token_stack _token_stack; tree_node_stack _tree_node_stack; struct find_functor { // Pointer to stop warning about cannot create assignment operator. const string_token *_token; find_functor(const string_token &token_) : _token(&token_) { } bool operator ()(const string_token *rhs_) { return *_token == *rhs_; } }; void reduce(id_type &nl_id_) { token *lhs_ = 0; token *rhs_ = 0; token_stack handle_; char action_ = 0; do { rhs_ = _token_stack->top(); handle_->push(static_cast(0)); _token_stack->pop(); handle_->top() = rhs_; if (!_token_stack->empty()) { lhs_ = _token_stack->top(); action_ = lhs_->precedence(rhs_->_type); } } while (!_token_stack->empty() && action_ == '='); assert(_token_stack->empty() || action_ == '<'); switch (rhs_->_type) { case BEGIN: // finished processing so exit break; case REGEX: // finished parsing, nothing to do break; case OREXP: orexp(handle_); break; case SEQUENCE: _token_stack->push(static_cast(0)); _token_stack->top() = new token(OREXP); break; case SUB: sub(handle_); break; case EXPRESSION: _token_stack->push(static_cast(0)); _token_stack->top() = new token(SUB); break; case REPEAT: repeat(handle_); break; case BOL: bol(handle_); break; case EOL: eol(handle_, nl_id_); break; case CHARSET: charset(handle_, compressed()); break; case OPENPAREN: openparen(handle_); break; case OPT: case AOPT: optional(rhs_->_type == OPT); _token_stack->push(static_cast(0)); _token_stack->top() = new token(DUP); break; case ZEROORMORE: case AZEROORMORE: zero_or_more(rhs_->_type == ZEROORMORE); _token_stack->push(static_cast(0)); _token_stack->top() = new token(DUP); break; case ONEORMORE: case AONEORMORE: one_or_more(rhs_->_type == ONEORMORE); _token_stack->push(static_cast(0)); _token_stack->top() = new token(DUP); break; case REPEATN: case AREPEATN: repeatn(rhs_->_type == REPEATN, handle_->top()); _token_stack->push(static_cast(0)); _token_stack->top() = new token(DUP); break; default: throw runtime_error ("Internal error in regex_parser::reduce."); break; } } void orexp(token_stack &handle_) { assert(handle_->top()->_type == OREXP && (handle_->size() == 1 || handle_->size() == 3)); if (handle_->size() == 1) { std::auto_ptr token_(new token(REGEX)); _token_stack->push(static_cast(0)); _token_stack->top() = token_.release(); } else { token *token_ = handle_->top(); handle_->pop(); delete token_; token_ = 0; assert(handle_->top()->_type == OR); token_ = handle_->top(); handle_->pop(); delete token_; token_ = 0; assert(handle_->top()->_type == SEQUENCE); perform_or(); _token_stack->push(static_cast(0)); _token_stack->top() = new token(OREXP); } } void perform_or() { // perform or node *rhs_ = _tree_node_stack.top(); _tree_node_stack.pop(); node *lhs_ = _tree_node_stack.top(); _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new selection_node(lhs_, rhs_); _tree_node_stack.top() = _node_ptr_vector->back(); } void sub(token_stack &handle_) { assert((handle_->top()->_type == SUB && handle_->size() == 1) || handle_->size() == 2); if (handle_->size() == 1) { _token_stack->push(static_cast(0)); _token_stack->top() = new token(SEQUENCE); } else { token *token_ = handle_->top(); handle_->pop(); delete token_; token_ = 0; assert(handle_->top()->_type == EXPRESSION); // perform join sequence(); _token_stack->push(static_cast(0)); _token_stack->top() = new token(SUB); } } void repeat(token_stack &handle_) { assert(handle_->top()->_type == REPEAT && handle_->size() >= 1 && handle_->size() <= 3); if (handle_->size() == 1) { _token_stack->push(static_cast(0)); _token_stack->top() = new token(EXPRESSION); } else { token *token_ = handle_->top(); handle_->pop(); delete token_; token_ = 0; assert(handle_->top()->_type == DUP); _token_stack->push(static_cast(0)); _token_stack->top() = new token(REPEAT); } } #ifndef NDEBUG void bol(token_stack &handle_) #else void bol(token_stack &) #endif { assert(handle_->top()->_type == BOL && handle_->size() == 1); // store charset _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new leaf_node(bol_token(), true); _tree_node_stack.push(_node_ptr_vector->back()); _token_stack->push(static_cast(0)); _token_stack->top() = new token(REPEAT); } #ifndef NDEBUG void eol(token_stack &handle_, id_type &nl_id_) #else void eol(token_stack &, id_type &nl_id_) #endif { const string_token nl_('\n'); const id_type temp_nl_id_ = lookup(nl_); assert(handle_->top()->_type == EOL && handle_->size() == 1); if (temp_nl_id_ != ~static_cast(0)) { nl_id_ = temp_nl_id_; } // store charset _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new leaf_node(eol_token(), true); _tree_node_stack.push(_node_ptr_vector->back()); _token_stack->push(static_cast(0)); _token_stack->top() = new token(REPEAT); } // Uncompressed void charset(token_stack &handle_, const false_ &) { assert(handle_->top()->_type == CHARSET && handle_->size() == 1); const id_type id_ = lookup(handle_->top()->_str); // store charset _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new leaf_node(id_, true); _tree_node_stack.push(_node_ptr_vector->back()); _token_stack->push(static_cast(0)); _token_stack->top() = new token(REPEAT); } // Compressed void charset(token_stack &handle_, const true_ &) { assert(handle_->top()->_type == CHARSET && handle_->size() == 1); std::auto_ptr token_(handle_->top()); handle_->pop(); create_sequence(token_); } // Slice wchar_t into sequence of char. void create_sequence(std::auto_ptr &token_) { typename token::string_token::range_vector::iterator iter_ = token_->_str._ranges.begin(); typename token::string_token::range_vector::const_iterator end_ = token_->_str._ranges.end(); string_token_vector data_[char_24_bit ? 3 : 2]; for (; iter_ != end_; ++iter_) { slice_range(*iter_, data_, bool_()); } push_ranges(data_, bool_()); _token_stack->push(static_cast(0)); _token_stack->top() = new token(OPENPAREN); _token_stack->push(static_cast(0)); _token_stack->top() = new token(REGEX); _token_stack->push(static_cast(0)); _token_stack->top() = new token(CLOSEPAREN); } // 16 bit unicode void slice_range(const input_range &range_, string_token_vector data_[2], const false_ &) { const unsigned char first_msb_ = static_cast ((range_.first >> 8) & 0xff); const unsigned char first_lsb_ = static_cast (range_.first & 0xff); const unsigned char second_msb_ = static_cast ((range_.second >> 8) & 0xff); const unsigned char second_lsb_ = static_cast (range_.second & 0xff); if (first_msb_ == second_msb_) { insert_range(first_msb_, first_msb_, first_lsb_, second_lsb_, data_); } else { insert_range(first_msb_, first_msb_, first_lsb_, 0xff, data_); if (second_msb_ > first_msb_ + 1) { insert_range(first_msb_ + 1, second_msb_ - 1, 0, 0xff, data_); } insert_range(second_msb_, second_msb_, 0, second_lsb_, data_); } } // 24 bit unicode void slice_range(const input_range &range_, string_token_vector data_[3], const true_ &) { const unsigned char first_msb_ = static_cast ((range_.first >> 16) & 0xff); const unsigned char first_mid_ = static_cast ((range_.first >> 8) & 0xff); const unsigned char first_lsb_ = static_cast (range_.first & 0xff); const unsigned char second_msb_ = static_cast ((range_.second >> 16) & 0xff); const unsigned char second_mid_ = static_cast ((range_.second >> 8) & 0xff); const unsigned char second_lsb_ = static_cast (range_.second & 0xff); if (first_msb_ == second_msb_) { string_token_vector data2_[2]; // Re-use 16 bit slice function slice_range(range_, data2_, false_()); for (std::size_t i_ = 0, size_ = data2_[0]->size(); i_ < size_; ++i_) { insert_range(string_token(first_msb_, first_msb_), *(*data2_[0])[i_], *(*data2_[1])[i_], data_); } } else { insert_range(first_msb_, first_msb_, first_mid_, first_mid_, first_lsb_, 0xff, data_); if (first_mid_ != 0xff) { insert_range(first_msb_, first_msb_, first_mid_ + 1, 0xff, 0, 0xff, data_); } if (second_msb_ > first_msb_ + 1) { insert_range(first_mid_ + 1, second_mid_ - 1, 0, 0xff, 0, 0xff, data_); } if (second_mid_ != 0) { insert_range(second_msb_, second_msb_, 0, second_mid_ - 1, 0, 0xff, data_); insert_range(second_msb_, second_msb_, second_mid_, second_mid_, 0, second_lsb_, data_); } else { insert_range(second_msb_, second_msb_, 0, second_mid_, 0, second_lsb_, data_); } } } // 16 bit unicode void insert_range(const unsigned char first_, const unsigned char second_, const unsigned char first2_, const unsigned char second2_, string_token_vector data_[2]) { const string_token token_(first_ > second_ ? second_ : first_, first_ > second_ ? first_ : second_); const string_token token2_(first2_ > second2_ ? second2_ : first2_, first2_ > second2_ ? first2_ : second2_); insert_range(token_, token2_, data_); } void insert_range(const string_token &token_, const string_token &token2_, string_token_vector data_[2]) { typename string_token_vector::vector::const_iterator iter_ = std::find_if(data_[0]->begin(), data_[0]->end(), find_functor(token_)); if (iter_ == data_[0]->end()) { data_[0]->push_back(0); data_[0]->back() = new string_token(token_); data_[1]->push_back(0); data_[1]->back() = new string_token(token2_); } else { const std::size_t index_ = iter_ - data_[0]->begin(); (*data_[1])[index_]->insert(token2_); } } // 24 bit unicode void insert_range(const unsigned char first_, const unsigned char second_, const unsigned char first2_, const unsigned char second2_, const unsigned char first3_, const unsigned char second3_, string_token_vector data_[3]) { const string_token token_(first_ > second_ ? second_ : first_, first_ > second_ ? first_ : second_); const string_token token2_(first2_ > second2_ ? second2_ : first2_, first2_ > second2_ ? first2_ : second2_); const string_token token3_(first3_ > second3_ ? second3_ : first3_, first3_ > second3_ ? first3_ : second3_); insert_range(token_, token2_, token3_, data_); } void insert_range(const string_token &token_, const string_token &token2_, const string_token &token3_, string_token_vector data_[3]) { typename string_token_vector::vector::const_iterator iter_ = data_[0]->begin(); typename string_token_vector::vector::const_iterator end_ = data_[0]->end(); bool finished_ = false; do { iter_ = std::find_if(iter_, end_, find_functor(token_)); if (iter_ == end_) { data_[0]->push_back(0); data_[0]->back() = new string_token(token_); data_[1]->push_back(0); data_[1]->back() = new string_token(token2_); data_[2]->push_back(0); data_[2]->back() = new string_token(token3_); finished_ = true; } else { const std::size_t index_ = iter_ - data_[0]->begin(); if (*(*data_[1])[index_] == token2_) { (*data_[2])[index_]->insert(token3_); finished_ = true; } else { ++iter_; } } } while (!finished_); } // 16 bit unicode void push_ranges(string_token_vector data_[2], const false_ &) { typename string_token_vector::vector::const_iterator viter_ = data_[0]->begin(); typename string_token_vector::vector::const_iterator vend_ = data_[0]->end(); typename string_token_vector::vector::const_iterator viter2_ = data_[1]->begin(); push_range(*viter_++); push_range(*viter2_++); sequence(); while (viter_ != vend_) { push_range(*viter_++); push_range(*viter2_++); sequence(); perform_or(); } } // 24 bit unicode void push_ranges(string_token_vector data_[3], const true_ &) { typename string_token_vector::vector::const_iterator viter_ = data_[0]->begin(); typename string_token_vector::vector::const_iterator vend_ = data_[0]->end(); typename string_token_vector::vector::const_iterator viter2_ = data_[1]->begin(); typename string_token_vector::vector::const_iterator viter3_ = data_[2]->begin(); push_range(*viter_++); push_range(*viter2_++); sequence(); push_range(*viter3_++); sequence(); while (viter_ != vend_) { push_range(*viter_++); push_range(*viter2_++); sequence(); push_range(*viter3_++); sequence(); perform_or(); } } void push_range(const string_token *token_) { const id_type id_ = lookup(*token_); _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new leaf_node(id_, true); _tree_node_stack.push(_node_ptr_vector->back()); } id_type lookup(const string_token &charset_) { // Converted to id_type below. std::size_t id_ = sm_traits::npos(); typename charset_map::const_iterator iter_ = _charset_map.find(charset_); if (iter_ == _charset_map.end()) { id_ = _charset_map.size(); _charset_map.insert(charset_pair(charset_, id_)); } else { id_ = iter_->second; } if (static_cast(id_) < id_) { throw runtime_error("id_type is not large enough " "to hold all ids."); } return static_cast(id_); } void openparen(token_stack &handle_) { token *token_ = handle_->top(); assert(token_->_type == OPENPAREN && handle_->size() == 3); handle_->pop(); delete token_; token_ = handle_->top(); assert(token_->_type == REGEX); handle_->pop(); delete token_; token_ = 0; assert(handle_->top()->_type == CLOSEPAREN); _token_stack->push(static_cast(0)); _token_stack->top() = new token(REPEAT); } void sequence() { node *rhs_ = _tree_node_stack.top(); _tree_node_stack.pop(); node *lhs_ = _tree_node_stack.top(); _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new sequence_node(lhs_, rhs_); _tree_node_stack.top() = _node_ptr_vector->back(); } void optional(const bool greedy_) { // perform ? node *lhs_ = _tree_node_stack.top(); // Don't know if lhs_ is a leaf_node, so get firstpos. typename node::node_vector &firstpos_ = lhs_->firstpos(); for (typename node::node_vector::iterator iter_ = firstpos_.begin(), end_ = firstpos_.end(); iter_ != end_; ++iter_) { // These are leaf_nodes! (*iter_)->greedy(greedy_); } _node_ptr_vector->push_back(static_cast(0)); node *rhs_ = new leaf_node(node::null_token(), greedy_); _node_ptr_vector->back() = rhs_; _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new selection_node(lhs_, rhs_); _tree_node_stack.top() = _node_ptr_vector->back(); } void zero_or_more(const bool greedy_) { // perform * node *ptr_ = _tree_node_stack.top(); _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new iteration_node(ptr_, greedy_); _tree_node_stack.top() = _node_ptr_vector->back(); } void one_or_more(const bool greedy_) { // perform + node *lhs_ = _tree_node_stack.top(); node *copy_ = lhs_->copy(_node_ptr_vector); _node_ptr_vector->push_back(static_cast(0)); node *rhs_ = new iteration_node(copy_, greedy_); _node_ptr_vector->back() = rhs_; _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new sequence_node(lhs_, rhs_); _tree_node_stack.top() = _node_ptr_vector->back(); } // perform {n[,[m]]} // Semantic checks have already been performed. // {0,} = * // {0,1} = ? // {1,} = + // therefore we do not check for these cases. void repeatn(const bool greedy_, const token *token_) { const rules_char_type *str_ = token_->_extra.c_str(); std::size_t min_ = 0; bool comma_ = false; std::size_t max_ = 0; while (*str_>= '0' && *str_ <= '9') { min_ *= 10; min_ += *str_ - '0'; ++str_; } comma_ = *str_ == ','; if (comma_) ++str_; while (*str_>= '0' && *str_ <= '9') { max_ *= 10; max_ += *str_ - '0'; ++str_; } if (!(min_ == 1 && !comma_)) { const std::size_t top_ = min_ > 0 ? min_ : max_; if (min_ == 0) { optional(greedy_); } node *prev_ = _tree_node_stack.top()-> copy(_node_ptr_vector); node *curr_ = 0; for (std::size_t i_ = 2; i_ < top_; ++i_) { node *temp_ = prev_->copy(_node_ptr_vector); curr_ = temp_; _tree_node_stack.push(static_cast(0)); _tree_node_stack.top() = prev_; sequence(); prev_ = curr_; } if (comma_ && min_ > 0) { if (min_ > 1) { node *temp_ = prev_->copy(_node_ptr_vector); curr_ = temp_; _tree_node_stack.push(static_cast(0)); _tree_node_stack.top() = prev_; sequence(); prev_ = curr_; } if (comma_ && max_) { _tree_node_stack.push(static_cast(0)); _tree_node_stack.top() = prev_; optional(greedy_); node *temp_ = _tree_node_stack.top(); _tree_node_stack.pop(); prev_ = temp_; const std::size_t count_ = max_ - min_; for (std::size_t i_ = 1; i_ < count_; ++i_) { node *temp_ = prev_->copy(_node_ptr_vector); curr_ = temp_; _tree_node_stack.push(static_cast(0)); _tree_node_stack.top() = prev_; sequence(); prev_ = curr_; } } else { _tree_node_stack.push(static_cast(0)); _tree_node_stack.top() = prev_; zero_or_more(greedy_); node *temp_ = _tree_node_stack.top(); prev_ = temp_; _tree_node_stack.pop(); } } _tree_node_stack.push(static_cast(0)); _tree_node_stack.top() = prev_; sequence(); } } void fixup_bol(node * &root_)const { typename node::node_vector *first_ = &root_->firstpos(); bool found_ = false; typename node::node_vector::const_iterator iter_ = first_->begin(); typename node::node_vector::const_iterator end_ = first_->end(); for (; iter_ != end_; ++iter_) { const node *node_ = *iter_; found_ = !node_->end_state() && node_->token() == bol_token(); if (found_) break; } if (!found_) { _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new leaf_node(bol_token(), true); node *lhs_ = _node_ptr_vector->back(); _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new leaf_node (node::null_token(), true); node *rhs_ = _node_ptr_vector->back(); _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new selection_node(lhs_, rhs_); lhs_ = _node_ptr_vector->back(); _node_ptr_vector->push_back(static_cast(0)); _node_ptr_vector->back() = new sequence_node(lhs_, root_); root_ = _node_ptr_vector->back(); } } }; } } #endif aspectc++/Puma/extern/lexertl/parser/PaxHeaders.4702/tokeniser0000644000000000000000000000007412740141200021403 xustar0030 atime=1468174988.060165569 30 ctime=1468174988.060165569 aspectc++/Puma/extern/lexertl/parser/tokeniser/0000755000175000001440000000000012740141200021642 5ustar00osusers00000000000000aspectc++/Puma/extern/lexertl/parser/tokeniser/PaxHeaders.4702/re_tokeniser_state.hpp0000644000000000000000000000007412740141200026062 xustar0030 atime=1468174988.060165569 30 ctime=1468174988.060165569 aspectc++/Puma/extern/lexertl/parser/tokeniser/re_tokeniser_state.hpp0000644000175000001440000000623512740141200026252 0ustar00osusers00000000000000// tokeniser_state.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_RE_TOKENISER_STATE_HPP #define LEXERTL_RE_TOKENISER_STATE_HPP #include "../../char_traits.hpp" #include "../../enums.hpp" #include #include "../../narrow.hpp" #include "../../size_t.hpp" #include namespace lexertl { namespace detail { template struct basic_re_tokeniser_state { typedef ch_type char_type; typedef typename basic_char_traits::index_type index_type; const char_type * const _start; const char_type * const _end; const char_type *_curr; id_type _id; std::size_t _flags; std::stack _flags_stack; std::locale _locale; const char_type *_macro_name; long _paren_count; bool _in_string; id_type _nl_id; basic_re_tokeniser_state(const char_type *start_, const char_type * const end_, id_type id_, const std::size_t flags_, const std::locale locale_, const char_type *macro_name_) : _start(start_), _end(end_), _curr(start_), _id(id_), _flags(flags_), _flags_stack(), _locale(locale_), _macro_name(macro_name_), _paren_count(0), _in_string(false), _nl_id(~static_cast(0)) { } basic_re_tokeniser_state(const basic_re_tokeniser_state &rhs_) { assign(rhs_); } // prevent VC++ 7.1 warning: const basic_re_tokeniser_state &operator = (const basic_re_tokeniser_state &rhs_) { assign(rhs_); } void assign(const basic_re_tokeniser_state &rhs_) { _start = rhs_._start; _end = rhs_._end; _curr = rhs_._curr; _id = rhs_._id; _flags = rhs_._flags; _flags_stack = rhs_._flags_stack; _locale = rhs_._locale; _macro_name = rhs_._macro_name; _paren_count = rhs_._paren_count; _in_string = rhs_._in_string; _nl_id = rhs_._nl_id; return this; } inline bool next(char_type &ch_) { if (_curr >= _end) { ch_ = 0; return true; } else { ch_ = *_curr; increment(); return false; } } inline void increment() { ++_curr; } inline std::size_t index() { return _curr - _start; } inline bool eos() { return _curr >= _end; } inline void unexpected_end(std::ostringstream &ss_) { ss_ << "Unexpected end of regex"; } inline void error(std::ostringstream &ss_) { ss_ << " in "; if (_macro_name) { ss_ << "MACRO '"; narrow(_macro_name, ss_); ss_ << "'."; } else { ss_ << "rule id " << _id << '.'; } } }; } } #endif aspectc++/Puma/extern/lexertl/parser/tokeniser/PaxHeaders.4702/re_token.hpp0000644000000000000000000000007412740141200023777 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/extern/lexertl/parser/tokeniser/re_token.hpp0000644000175000001440000001271512740141200024167 0ustar00osusers00000000000000// re_token.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_RE_TOKEN_HPP #define LEXERTL_RE_TOKEN_HPP #include "../../string_token.hpp" namespace lexertl { namespace detail { // Note that tokens following END are never seen by parser.hpp. enum token_type {BEGIN, REGEX, OREXP, SEQUENCE, SUB, EXPRESSION, REPEAT, DUP, OR, CHARSET, BOL, EOL, MACRO, OPENPAREN, CLOSEPAREN, OPT, AOPT, ZEROORMORE, AZEROORMORE, ONEORMORE, AONEORMORE, REPEATN, AREPEATN, END, DIFF}; template struct basic_re_token { typedef basic_string_token string_token; typedef std::basic_string string; token_type _type; string _extra; string_token _str; basic_re_token(const token_type type_ = BEGIN) : _type(type_), _extra(), _str() { } void clear() { _type = BEGIN; _extra.clear(); _str.clear(); } basic_re_token &operator =(const basic_re_token &rhs_) { _type = rhs_._type; _extra = rhs_._extra; _str = rhs_._str; return *this; } void swap(basic_re_token &rhs_) { std::swap(_type, rhs_._type); _extra.swap(rhs_._extra); _str.swap(rhs_._str); } char precedence(const token_type type_) const { // Moved in here for Solaris compiler. static const char precedence_table_[END + 1][END + 1] = { // BEG, REG, ORE, SEQ, SUB, EXP, RPT, DUP, | , CHR, BOL, EOL, MCR, ( , ) , ? , ?? , * , *? , + , +?, {n}?, {n}, END /*BEGIN*/{ ' ', '<', '<', '<', '<', '<', '<', ' ', ' ', '<', '<', '<', '<', '<', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /*REGEX*/{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '=', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /*OREXP*/{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '=', '>', '>', '>', '>', ' ', '>', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /* SEQ */{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', ' ', '>', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /* SUB */{ ' ', ' ', ' ', ' ', ' ', '=', '<', ' ', '>', '<', '<', '<', '<', '<', '>', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /*EXPRE*/{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /* RPT */{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', '=', '>', '>', '>', '>', '>', '>', '>', '<', '<', '<', '<', '<', '<', '<', '<', '>' }, /*DUPLI*/{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /* | */{ ' ', ' ', ' ', '=', '<', '<', '<', ' ', ' ', '<', '<', '<', '<', '<', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ' }, /*CHARA*/{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>' }, /* BOL */{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>' }, /* EOL */{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>' }, /*MACRO*/{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>' }, /* ( */{ ' ', '=', '<', '<', '<', '<', '<', ' ', ' ', '<', '<', '<', '<', '<', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ' }, /* ) */{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>', '>' }, /* ? */{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', '<', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /* ?? */{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /* * */{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', '<', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /* *? */{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /* + */{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', '<', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /* +? */{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /*{n,m}*/{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', '<', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /*{nm}?*/{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>', '>', '>', '>', '>', '>', '>', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', '>' }, /* END */{ ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ' } }; return precedence_table_[_type][type_]; } const char *precedence_string() const { // Moved in here for Solaris compiler. static const char *precedence_strings_[END + 1] = {"BEGIN", "REGEX", "OREXP", "SEQUENCE", "SUB", "EXPRESSION", "REPEAT", "DUPLICATE", "|", "CHARSET", "^", "$", "MACRO", "(", ")", "?", "??", "*", "*?", "+", "+?", "{n[,[m]]}", "{n[,[m]]}?", "END"}; return precedence_strings_[_type]; } }; } } #endif aspectc++/Puma/extern/lexertl/parser/tokeniser/PaxHeaders.4702/re_tokeniser_helper.hpp0000644000000000000000000000007412740141200026221 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.060165569 aspectc++/Puma/extern/lexertl/parser/tokeniser/re_tokeniser_helper.hpp0000644000175000001440000026246212740141200026417 0ustar00osusers00000000000000// tokeniser_helper.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_RE_TOKENISER_HELPER_H #define LEXERTL_RE_TOKENISER_HELPER_H #include "../../bool.hpp" #include "../../char_traits.hpp" // strlen() #include #include "../../size_t.hpp" #include "re_tokeniser_state.hpp" #include "../../runtime_error.hpp" #include #include "../../string_token.hpp" namespace lexertl { namespace detail { template > class basic_re_tokeniser_helper { public: typedef basic_re_tokeniser_state char_state; typedef basic_re_tokeniser_state state; typedef basic_string_token string_token; template struct size { }; typedef size<1> one; typedef size<2> two; typedef size<4> four; template static const char *escape_sequence(state_type &state_, char_type &ch_, std::size_t &str_len_) { bool eos_ = state_.eos(); if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following '\\'"; state_.error(ss_); throw runtime_error(ss_.str()); } const char *str_ = charset_shortcut(state_, str_len_); if (str_) { state_.increment(); } else { ch_ = chr(state_); } return str_; } // This function can call itself. template static void charset(state_type &state_, string_token &token_) { bool negated_ = false; typename state_type::char_type ch_ = 0; bool eos_ = state_.next(ch_); if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following '['"; state_.error(ss_); throw runtime_error(ss_.str()); } negated_ = ch_ == '^'; if (negated_) { eos_ = state_.next(ch_); if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following '^'"; state_.error(ss_); throw runtime_error(ss_.str()); } } bool chset_ = false; typename string_token::char_type prev_ = 0; do { if (ch_ == '\\') { std::size_t str_len_ = 0; const char *str_ = escape_sequence(state_, prev_, str_len_); chset_ = str_ != 0; if (chset_) { char_state temp_state_(str_ + 1, str_ + str_len_, state_._id, state_._flags, state_._locale, 0); string_token temp_token_; charset(temp_state_, temp_token_); token_.insert(temp_token_); } } else if (ch_ == '[' && !state_.eos() && *state_._curr == ':') { state_.increment(); posix(state_, token_); chset_ = true; } else { chset_ = false; prev_ = ch_; } eos_ = state_.next(ch_); // Covers preceding if, else if and else if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (missing ']')"; state_.error(ss_); throw runtime_error(ss_.str()); } if (ch_ == '-' && *state_._curr != ']') { charset_range(chset_, state_, eos_, ch_, prev_, token_); } else if (!chset_) { typename string_token::range range_(prev_, prev_); token_.insert(range_); if (state_._flags & icase) { string_token folded_; fold(range_, state_._locale, folded_, size()); if (!folded_.empty()) { token_.insert(folded_); } } } } while (ch_ != ']'); if (negated_) { token_.negate(); } if (token_.empty()) { std::ostringstream ss_; ss_ << "Empty charset not allowed preceding index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } } static void fold(const typename string_token::range &range_, const std::locale &locale_, string_token &out_, const one &) { // If string_token::char_type is 16 bit may overflow, // so use std::size_t. std::size_t start_ = range_.first; std::size_t end_ = range_.second; // In 8 bit char mode, use locale and therefore consider every char // individually. for (; start_ <= end_; ++start_) { const input_char_type upper_ = std::toupper (static_cast(start_), locale_); const input_char_type lower_ = std::tolower (static_cast(start_), locale_); if (upper_ != static_cast(start_)) { out_.insert(typename string_token::range(upper_, upper_)); } if (lower_ != static_cast(start_)) { out_.insert(typename string_token::range(lower_, lower_)); } } } static void fold(const typename string_token::range &range_, const std::locale &, string_token &out_, const two &) { static const fold_pair mapping_[] = {{{0x0041, 0x005a}, {0x0061, 0x007a}}, {{0x0061, 0x007a}, {0x0041, 0x005a}}, {{0x00b5, 0x00b5}, {0x039c, 0x039c}}, {{0x00c0, 0x00d6}, {0x00e0, 0x00f6}}, {{0x00d8, 0x00de}, {0x00f8, 0x00fe}}, {{0x00e0, 0x00f6}, {0x00c0, 0x00d6}}, {{0x00f8, 0x0137}, {0x00d8, 0x0117}}, {{0x0139, 0x0148}, {0x013a, 0x0149}}, {{0x014a, 0x018c}, {0x014b, 0x018d}}, {{0x018e, 0x019a}, {0x01dd, 0x01e9}}, {{0x019c, 0x01a9}, {0x026f, 0x027c}}, {{0x01ac, 0x01b9}, {0x01ad, 0x01ba}}, {{0x01bc, 0x01bd}, {0x01bd, 0x01be}}, {{0x01bf, 0x01bf}, {0x01f7, 0x01f7}}, {{0x01c4, 0x01c4}, {0x01c6, 0x01c6}}, {{0x01c6, 0x01c7}, {0x01c4, 0x01c5}}, {{0x01c9, 0x01ca}, {0x01c7, 0x01c8}}, {{0x01cc, 0x01ef}, {0x01ca, 0x01ed}}, {{0x01f1, 0x01f1}, {0x01f3, 0x01f3}}, {{0x01f3, 0x0220}, {0x01f1, 0x021e}}, {{0x0222, 0x0233}, {0x0223, 0x0234}}, {{0x023a, 0x0254}, {0x2c65, 0x2c7f}}, {{0x0256, 0x0257}, {0x0189, 0x018a}}, {{0x0259, 0x0259}, {0x018f, 0x018f}}, {{0x025b, 0x025b}, {0x0190, 0x0190}}, {{0x0260, 0x0260}, {0x0193, 0x0193}}, {{0x0263, 0x0263}, {0x0194, 0x0194}}, {{0x0265, 0x0265}, {0xa78d, 0xa78d}}, {{0x0268, 0x0269}, {0x0197, 0x0198}}, {{0x026b, 0x026b}, {0x2c62, 0x2c62}}, {{0x026f, 0x026f}, {0x019c, 0x019c}}, {{0x0271, 0x0272}, {0x2c6e, 0x2c6f}}, {{0x0275, 0x0275}, {0x019f, 0x019f}}, {{0x027d, 0x027d}, {0x2c64, 0x2c64}}, {{0x0280, 0x0280}, {0x01a6, 0x01a6}}, {{0x0283, 0x0283}, {0x01a9, 0x01a9}}, {{0x0288, 0x028c}, {0x01ae, 0x01b2}}, {{0x0292, 0x0292}, {0x01b7, 0x01b7}}, {{0x0370, 0x0373}, {0x0371, 0x0374}}, {{0x0376, 0x0377}, {0x0377, 0x0378}}, {{0x037b, 0x037d}, {0x03fd, 0x03ff}}, {{0x0386, 0x0386}, {0x03ac, 0x03ac}}, {{0x0388, 0x038a}, {0x03ad, 0x03af}}, {{0x038c, 0x038c}, {0x03cc, 0x03cc}}, {{0x038e, 0x038f}, {0x03cd, 0x03ce}}, {{0x0391, 0x03a1}, {0x03b1, 0x03c1}}, {{0x03a3, 0x03af}, {0x03c3, 0x03cf}}, {{0x03b1, 0x03d1}, {0x0391, 0x03b1}}, {{0x03d5, 0x03f2}, {0x03a6, 0x03c3}}, {{0x03f4, 0x03f5}, {0x03b8, 0x03b9}}, {{0x03f7, 0x03fb}, {0x03f8, 0x03fc}}, {{0x03fd, 0x0481}, {0x037b, 0x03ff}}, {{0x048a, 0x0527}, {0x048b, 0x0528}}, {{0x0531, 0x0556}, {0x0561, 0x0586}}, {{0x0561, 0x0586}, {0x0531, 0x0556}}, {{0x10a0, 0x10c5}, {0x2d00, 0x2d25}}, {{0x1d79, 0x1d79}, {0xa77d, 0xa77d}}, {{0x1d7d, 0x1d7d}, {0x2c63, 0x2c63}}, {{0x1e00, 0x1e95}, {0x1e01, 0x1e96}}, {{0x1e9b, 0x1e9b}, {0x1e60, 0x1e60}}, {{0x1e9e, 0x1e9e}, {0x00df, 0x00df}}, {{0x1ea0, 0x1f15}, {0x1ea1, 0x1f16}}, {{0x1f18, 0x1f1d}, {0x1f10, 0x1f15}}, {{0x1f20, 0x1f45}, {0x1f28, 0x1f4d}}, {{0x1f48, 0x1f4d}, {0x1f40, 0x1f45}}, {{0x1f51, 0x1f51}, {0x1f59, 0x1f59}}, {{0x1f53, 0x1f53}, {0x1f5b, 0x1f5b}}, {{0x1f55, 0x1f55}, {0x1f5d, 0x1f5d}}, {{0x1f57, 0x1f57}, {0x1f5f, 0x1f5f}}, {{0x1f59, 0x1f59}, {0x1f51, 0x1f51}}, {{0x1f5b, 0x1f5b}, {0x1f53, 0x1f53}}, {{0x1f5d, 0x1f5d}, {0x1f55, 0x1f55}}, {{0x1f5f, 0x1f7d}, {0x1f57, 0x1f75}}, {{0x1f80, 0x1f87}, {0x1f88, 0x1f8f}}, {{0x1f90, 0x1f97}, {0x1f98, 0x1f9f}}, {{0x1fa0, 0x1fa7}, {0x1fa8, 0x1faf}}, {{0x1fb0, 0x1fb1}, {0x1fb8, 0x1fb9}}, {{0x1fb3, 0x1fb3}, {0x1fbc, 0x1fbc}}, {{0x1fb8, 0x1fbb}, {0x1fb0, 0x1fb3}}, {{0x1fbe, 0x1fbe}, {0x0399, 0x0399}}, {{0x1fc3, 0x1fc3}, {0x1fcc, 0x1fcc}}, {{0x1fc8, 0x1fcb}, {0x1f72, 0x1f75}}, {{0x1fd0, 0x1fd1}, {0x1fd8, 0x1fd9}}, {{0x1fd8, 0x1fdb}, {0x1fd0, 0x1fd3}}, {{0x1fe0, 0x1fe1}, {0x1fe8, 0x1fe9}}, {{0x1fe5, 0x1fe5}, {0x1fec, 0x1fec}}, {{0x1fe8, 0x1fec}, {0x1fe0, 0x1fe4}}, {{0x1ff3, 0x1ff3}, {0x1ffc, 0x1ffc}}, {{0x1ff8, 0x1ffb}, {0x1f78, 0x1f7b}}, {{0x2126, 0x2126}, {0x03c9, 0x03c9}}, {{0x212a, 0x212b}, {0x006b, 0x006c}}, {{0x2132, 0x2132}, {0x214e, 0x214e}}, {{0x214e, 0x214e}, {0x2132, 0x2132}}, {{0x2183, 0x2184}, {0x2184, 0x2185}}, {{0x2c00, 0x2c2e}, {0x2c30, 0x2c5e}}, {{0x2c30, 0x2c5e}, {0x2c00, 0x2c2e}}, {{0x2c60, 0x2c70}, {0x2c61, 0x2c71}}, {{0x2c72, 0x2c73}, {0x2c73, 0x2c74}}, {{0x2c75, 0x2c76}, {0x2c76, 0x2c77}}, {{0x2c7e, 0x2ce3}, {0x023f, 0x02a4}}, {{0x2ceb, 0x2cee}, {0x2cec, 0x2cef}}, {{0x2d00, 0x2d25}, {0x10a0, 0x10c5}}, {{0xa640, 0xa66d}, {0xa641, 0xa66e}}, {{0xa680, 0xa697}, {0xa681, 0xa698}}, {{0xa722, 0xa72f}, {0xa723, 0xa730}}, {{0xa732, 0xa76f}, {0xa733, 0xa770}}, {{0xa779, 0xa787}, {0xa77a, 0xa788}}, {{0xa78b, 0xa78d}, {0xa78c, 0xa78e}}, {{0xa790, 0xa791}, {0xa791, 0xa792}}, {{0xa7a0, 0xa7a9}, {0xa7a1, 0xa7aa}}, {{0xff21, 0xff3a}, {0xff41, 0xff5a}}, {{0xff41, 0xff5a}, {0xff21, 0xff3a}}, {{0, 0}, {0, 0}}}; const fold_pair *ptr_ = mapping_; for (; ptr_->from.first != 0; ++ptr_) { if (range_.second < ptr_->from.first) break; if (range_.first >= ptr_->from.first && range_.first <= ptr_->from.second) { out_.insert(typename string_token::range (ptr_->to.first + (range_.first - ptr_->from.first), range_.second > ptr_->from.second ? ptr_->to.second : ptr_->to.first + (range_.second - ptr_->from.first))); } else if (range_.second >= ptr_->from.first && range_.second <= ptr_->from.second) { out_.insert(typename string_token::range(ptr_->to.first, ptr_->to.first + (range_.second - ptr_->from.first))); } // Either range fully encompasses from range or not at all. else if (ptr_->from.first >= range_.first && ptr_->from.first <= range_.second) { out_.insert(typename string_token::range(ptr_->to.first, ptr_->to.second)); } } } static void fold(const typename string_token::range &range_, const std::locale &locale_, string_token &out_, const four &) { if (range_.first < 0x10000) { fold(range_, locale_, out_, two()); } static const fold_pair mapping_[] = {{{0x10400, 0x1044f}, {0x10428, 0x10477}}, {{0, 0}, {0, 0}}}; const fold_pair *ptr_ = mapping_; for (; ptr_->from.first != 0; ++ptr_) { if (range_.second < ptr_->from.first) break; if (range_.first >= ptr_->from.first && range_.first <= ptr_->from.second) { out_.insert(typename string_token::range (ptr_->to.first + (range_.first - ptr_->from.first), range_.second > ptr_->from.second ? ptr_->to.second : ptr_->to.first + (range_.second - ptr_->from.first))); } else if (range_.second >= ptr_->from.first && range_.second <= ptr_->from.second) { out_.insert(typename string_token::range(ptr_->to.first, ptr_->to.first + (range_.second - ptr_->from.first))); } // Either range fully encompasses from range or not at all. else if (ptr_->from.first >= range_.first && ptr_->from.first <= range_.second) { out_.insert(typename string_token::range(ptr_->to.first, ptr_->to.second)); } } } template static input_char_type chr(state_type &state_) { input_char_type ch_ = 0; // eos_ has already been checked for. switch (*state_._curr) { case '0': case '1': case '2': case '3': case '4': case '5': case '6': case '7': ch_ = decode_octal(state_); break; case 'a': ch_ = '\a'; state_.increment(); break; case 'b': ch_ = '\b'; state_.increment(); break; case 'c': ch_ = decode_control_char(state_); break; case 'e': ch_ = 27; // '\e' not recognised by compiler state_.increment(); break; case 'f': ch_ = '\f'; state_.increment(); break; case 'n': ch_ = '\n'; state_.increment(); break; case 'r': ch_ = '\r'; state_.increment(); break; case 't': ch_ = '\t'; state_.increment(); break; case 'v': ch_ = '\v'; state_.increment(); break; case 'x': ch_ = decode_hex(state_); break; default: ch_ = *state_._curr; state_.increment(); break; } return ch_; } private: struct char_pair { input_char_type first; input_char_type second; }; struct fold_pair { char_pair from; char_pair to; }; template static void posix(state_type &state_, string_token &token_) { bool negate_ = false; if (!state_.eos() && *state_._curr == '^') { negate_ = true; state_.increment(); } if (state_.eos()) { unterminated_posix(state_); } else { switch (*state_._curr) { case 'a': // alnum // alpha alnum_alpha(state_, token_, negate_); break; case 'b': // blank blank(state_, token_, negate_); break; case 'c': // cntrl cntrl(state_, token_, negate_); break; case 'd': // digit digit(state_, token_, negate_); break; case 'g': // graph graph(state_, token_, negate_); break; case 'l': // lower lower(state_, token_, negate_); break; case 'p': // print // punct print_punct(state_, token_, negate_); break; case 's': // space space(state_, token_, negate_); break; case 'u': // upper upper(state_, token_, negate_); break; case 'x': // xdigit xdigit(state_, token_, negate_); break; default: unknown_posix(state_); break; } } } template static void alnum_alpha(state_type &state_, string_token &token_, const bool negate_) { enum {unknown, alnum, alpha}; std::size_t type_ = unknown; state_.increment(); if (!state_.eos() && *state_._curr == 'l') { state_.increment(); if (!state_.eos()) { if (*state_._curr == 'n') { state_.increment(); if (!state_.eos() && *state_._curr == 'u') { state_.increment(); if (!state_.eos() && *state_._curr == 'm') { state_.increment(); type_ = alnum; } } } else if (*state_._curr == 'p') { state_.increment(); if (!state_.eos() && *state_._curr == 'h') { state_.increment(); if (!state_.eos() && *state_._curr == 'a') { state_.increment(); type_ = alpha; } } } } } if (type_ == unknown) { unknown_posix(state_); } else { std::string str_; check_posix_termination(state_); if (type_ == alnum) { // alnum str_ = sizeof(input_char_type) == 1 ? make_alnum(state_._locale) : std::string("[\\p{Ll}\\p{Lu}\\p{Nd}]"); } else { // alpha str_ = sizeof(input_char_type) == 1 ? make_alpha(state_._locale) : std::string("[\\p{Ll}\\p{Lu}]"); } insert_charset(str_.c_str(), state_, token_, negate_); } } static std::string make_alnum(std::locale &locale_) { std::string str_(1, '['); for (std::size_t i_ = 0; i_ < 256; ++i_) { if (std::use_facet >(locale_). is(std::ctype_base::alnum, static_cast(i_))) { str_ += static_cast(i_); } } str_ += ']'; return str_; } static std::string make_alpha(std::locale &locale_) { std::string str_(1, '['); for (std::size_t i_ = 0; i_ < 256; ++i_) { if (std::use_facet >(locale_). is(std::ctype_base::alpha, static_cast(i_))) { str_ += static_cast(i_); } } str_ += ']'; return str_; } template static void blank(state_type &state_, string_token &token_, const bool negate_) { const char *blank_ = "lank"; state_.increment(); // Casts to prevent warnings (VC++ 2012) while (!state_.eos() && *blank_ && static_cast(*state_._curr) == static_cast(*blank_)) { state_.increment(); ++blank_; } if (*blank_) { unknown_posix(state_); } else { const char *str_ = sizeof(input_char_type) == 1 ? "[ \t]" : "[\\p{Zs}\t]"; check_posix_termination(state_); insert_charset(str_, state_, token_, negate_); } } template static void cntrl(state_type &state_, string_token &token_, const bool negate_) { const char *cntrl_ = "ntrl"; state_.increment(); // Casts to prevent warnings (VC++ 2012) while (!state_.eos() && *cntrl_ && static_cast(*state_._curr) == static_cast(*cntrl_)) { state_.increment(); ++cntrl_; } if (*cntrl_) { unknown_posix(state_); } else { const char *str_ = sizeof(input_char_type) == 1 ? "[\\x00-\x1f\x7f]" : "[\\p{Cc}]"; check_posix_termination(state_); insert_charset(str_, state_, token_, negate_); } } template static void digit(state_type &state_, string_token &token_, const bool negate_) { const char *digit_ = "igit"; state_.increment(); // Casts to prevent warnings (VC++ 2012) while (!state_.eos() && *digit_ && static_cast(*state_._curr) == static_cast(*digit_)) { state_.increment(); ++digit_; } if (*digit_) { unknown_posix(state_); } else { const char *str_ = sizeof(input_char_type) == 1 ? "[0-9]" : "[\\p{Nd}]"; check_posix_termination(state_); insert_charset(str_, state_, token_, negate_); } } template static void graph(state_type &state_, string_token &token_, const bool negate_) { const char *graph_ = "raph"; state_.increment(); // Casts to prevent warnings (VC++ 2012) while (!state_.eos() && *graph_ && static_cast(*state_._curr) == static_cast(*graph_)) { state_.increment(); ++graph_; } if (*graph_) { unknown_posix(state_); } else { const char *str_ = sizeof(input_char_type) == 1 ? "[\x21-\x7e]" : "[^\\p{Z}\\p{C}]"; check_posix_termination(state_); insert_charset(str_, state_, token_, negate_); } } template static void lower(state_type &state_, string_token &token_, const bool negate_) { const char *lower_ = "ower"; state_.increment(); // Casts to prevent warnings (VC++ 2012) while (!state_.eos() && *lower_ && static_cast(*state_._curr) == static_cast(*lower_)) { state_.increment(); ++lower_; } if (*lower_) { unknown_posix(state_); } else { std::string str_ = sizeof(input_char_type) == 1 ? create_lower(state_._locale) : std::string("[\\p{Ll}]"); check_posix_termination(state_); insert_charset(str_.c_str(), state_, token_, negate_); } } static std::string create_lower(std::locale &locale_) { std::string str_(1, '['); for (std::size_t i_ = 0; i_ < 256; ++i_) { if (std::use_facet >(locale_). is(std::ctype_base::lower, static_cast(i_))) { str_ += static_cast(i_); } } str_ += ']'; return str_; } template static void print_punct(state_type &state_, string_token &token_, const bool negate_) { enum {unknown, print, punct}; std::size_t type_ = unknown; state_.increment(); if (!state_.eos()) { if (*state_._curr == 'r') { state_.increment(); if (!state_.eos() && *state_._curr == 'i') { state_.increment(); if (!state_.eos() && *state_._curr == 'n') { state_.increment(); if (!state_.eos() && *state_._curr == 't') { state_.increment(); type_ = print; } } } } else if (*state_._curr == 'u') { state_.increment(); if (!state_.eos() && *state_._curr == 'n') { state_.increment(); if (!state_.eos() && *state_._curr == 'c') { state_.increment(); if (!state_.eos() && *state_._curr == 't') { state_.increment(); type_ = punct; } } } } } if (type_ == unknown) { unknown_posix(state_); } else { const char *str_ = 0; check_posix_termination(state_); if (type_ == print) { // print str_ = sizeof(input_char_type) == 1 ? "[\x20-\x7e]" : "[\\p{C}]"; } else { // punct str_ = sizeof(input_char_type) == 1 ? "[!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^_`{|}~]" : "[\\p{P}\\p{S}]"; } insert_charset(str_, state_, token_, negate_); } } template static void space(state_type &state_, string_token &token_, const bool negate_) { const char *space_ = "pace"; state_.increment(); // Casts to prevent warnings (VC++ 2012) while (!state_.eos() && *space_ && static_cast(*state_._curr) == static_cast(*space_)) { state_.increment(); ++space_; } if (*space_) { unknown_posix(state_); } else { const char *str_ = sizeof(input_char_type) == 1 ? "[ \t\r\n\v\f]" : "[\\p{Z}\t\r\n\v\f]"; check_posix_termination(state_); insert_charset(str_, state_, token_, negate_); } } template static void upper(state_type &state_, string_token &token_, const bool negate_) { const char *upper_ = "pper"; state_.increment(); // Casts to prevent warnings (VC++ 2012) while (!state_.eos() && *upper_ && static_cast(*state_._curr) == static_cast(*upper_)) { state_.increment(); ++upper_; } if (*upper_) { unknown_posix(state_); } else { std::string str_ = sizeof(input_char_type) == 1 ? create_upper(state_._locale) : std::string("[\\p{Lu}]"); check_posix_termination(state_); insert_charset(str_.c_str(), state_, token_, negate_); } } static std::string create_upper(std::locale &locale_) { std::string str_(1, '['); for (std::size_t i_ = 0; i_ < 256; ++i_) { if (std::use_facet >(locale_). is(std::ctype_base::upper, static_cast(i_))) { str_ += static_cast(i_); } } str_ += ']'; return str_; } template static void xdigit(state_type &state_, string_token &token_, const bool negate_) { const char *xdigit_ = "digit"; state_.increment(); // Casts to prevent warnings (VC++ 2012) while (!state_.eos() && *xdigit_ && static_cast(*state_._curr) == static_cast(*xdigit_)) { state_.increment(); ++xdigit_; } if (*xdigit_) { unknown_posix(state_); } else { const char *str_ = "[0-9A-Fa-f]"; check_posix_termination(state_); insert_charset(str_, state_, token_, negate_); } } template static void check_posix_termination(state_type &state_) { if (state_.eos()) { unterminated_posix(state_); } if (*state_._curr != ':') { std::ostringstream ss_; ss_ << "Missing ':' at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } state_.increment(); if (state_.eos()) { unterminated_posix(state_); } if (*state_._curr != ']') { std::ostringstream ss_; ss_ << "Missing ']' at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } state_.increment(); } template static void unterminated_posix(state_type &state_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (unterminated POSIX charset)"; state_.error(ss_); throw runtime_error(ss_.str()); } template static void unknown_posix(state_type &state_) { std::ostringstream ss_; ss_ << "Unknown POSIX charset at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } template static void insert_charset(const char *str_, state_type &state_, string_token &token_, const bool negate_) { // Some systems have strlen in namespace std. using namespace std; char_state temp_state_(str_ + 1, str_ + strlen(str_), state_._id, state_._flags, state_._locale, 0); string_token temp_token_; charset(temp_state_, temp_token_); if (negate_) temp_token_.negate(); token_.insert(temp_token_); } template static const char *charset_shortcut (state_type &state_, std::size_t &str_len_) { const char *str_ = 0; switch (*state_._curr) { case 'd': str_ = "[0-9]"; break; case 'D': str_ = "[^0-9]"; break; case 'p': str_ = unicode_escape(state_); break; case 's': str_ = "[ \t\n\r\f\v]"; break; case 'S': str_ = "[^ \t\n\r\f\v]"; break; case 'w': str_ = "[_0-9A-Za-z]"; break; case 'W': str_ = "[^_0-9A-Za-z]"; break; } if (str_) { // Some systems have strlen in namespace std. using namespace std; str_len_ = strlen(str_); } else { str_len_ = 0; } return str_; } template static const char *unicode_escape(state_type &state_) { const char *str_ = 0; state_.increment(); if (state_.eos()) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following \\p"; state_.error(ss_); throw runtime_error(ss_.str()); } if (*state_._curr != '{') { std::ostringstream ss_; ss_ << "Missing '{' following \\p at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } state_.increment(); if (state_.eos()) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following \\p{"; state_.error(ss_); throw runtime_error(ss_.str()); } switch (*state_._curr) { case 'C': state_.increment(); if (state_.eos()) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following \\p{C"; state_.error(ss_); throw runtime_error(ss_.str()); } switch (*state_._curr) { case '}': str_ = "[\\p{Cc}\\p{Cf}\\p{Co}\\p{Cs}]"; break; case 'c': str_ = other_control(); state_.increment(); break; case 'f': str_ = other_format(); state_.increment(); break; // case 'n': // break; case 'o': str_ = other_private(); state_.increment(); break; case 's': str_ = other_surrogate(); state_.increment(); break; default: { std::ostringstream ss_; ss_ << "Syntax error following \\p{C at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } } break; case 'L': state_.increment(); if (state_.eos()) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following \\p{L"; state_.error(ss_); throw runtime_error(ss_.str()); } switch (*state_._curr) { case '}': str_ = "[\\p{Ll}\\p{Lm}\\p{Lo}\\p{Lt}\\p{Lu}]"; break; case 'C': str_ = "[\\p{Ll}\\p{Lt}\\p{Lu}]"; state_.increment(); break; case 'l': str_ = letter_lowercase(); state_.increment(); break; case 'm': str_ = letter_modifier(); state_.increment(); break; case 'o': str_ = letter_other(); state_.increment(); break; case 't': str_ = letter_titlecase(); state_.increment(); break; case 'u': str_ = letter_uppercase(); state_.increment(); break; default: { std::ostringstream ss_; ss_ << "Syntax error following \\p{L at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } } break; case 'M': state_.increment(); if (state_.eos()) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following \\p{M"; state_.error(ss_); throw runtime_error(ss_.str()); } switch (*state_._curr) { case '}': str_ = "[\\p{Mc}\\p{Me}\\p{Mn}]"; break; case 'c': str_ = mark_combining(); state_.increment(); break; case 'e': str_ = mark_enclosing(); state_.increment(); break; case 'n': str_ = mark_nonspacing(); state_.increment(); break; default: { std::ostringstream ss_; ss_ << "Syntax error following \\p{M at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } } break; case 'N': state_.increment(); if (state_.eos()) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following \\p{N"; state_.error(ss_); throw runtime_error(ss_.str()); } switch (*state_._curr) { case '}': str_ = "[\\p{Nd}\\p{Nl}\\p{No}]"; break; case 'd': str_ = number_decimal(); state_.increment(); break; case 'l': str_ = number_letter(); state_.increment(); break; case 'o': str_ = number_other(); state_.increment(); break; default: { std::ostringstream ss_; ss_ << "Syntax error following \\p{N at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } } break; case 'P': state_.increment(); if (state_.eos()) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following \\p{P"; state_.error(ss_); throw runtime_error(ss_.str()); } switch (*state_._curr) { case '}': str_ = "[\\p{Pc}\\p{Pd}\\p{Pe}\\p{Pf}\\p{Pi}\\p{Po}" "\\p{Ps}]"; break; case 'c': str_ = punctuation_connector(); state_.increment(); break; case 'd': str_ = punctuation_dash(); state_.increment(); break; case 'e': str_ = punctuation_close(); state_.increment(); break; case 'f': str_ = punctuation_final(); state_.increment(); break; case 'i': str_ = punctuation_initial(); state_.increment(); break; case 'o': str_ = punctuation_other(); state_.increment(); break; case 's': str_ = punctuation_open(); state_.increment(); break; default: { std::ostringstream ss_; ss_ << "Syntax error following \\p{P at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } } break; case 'S': state_.increment(); if (state_.eos()) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following \\p{S"; state_.error(ss_); throw runtime_error(ss_.str()); } switch (*state_._curr) { case '}': str_ = "[\\p{Sc}\\p{Sk}\\p{Sm}\\p{So}]"; break; case 'c': str_ = symbol_currency(); state_.increment(); break; case 'k': str_ = symbol_modifier(); state_.increment(); break; case 'm': str_ = symbol_math(); state_.increment(); break; case 'o': str_ = symbol_other(); state_.increment(); break; default: { std::ostringstream ss_; ss_ << "Syntax error following \\p{S at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } } break; case 'Z': state_.increment(); if (state_.eos()) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following \\p{Z"; state_.error(ss_); throw runtime_error(ss_.str()); } switch (*state_._curr) { case '}': str_ = "[\\p{Zl}\\p{Zp}\\p{Zs}]"; break; case 'l': str_ = separator_line(); state_.increment(); break; case 'p': str_ = separator_paragraph(); state_.increment(); break; case 's': str_ = separator_space(); state_.increment(); break; default: { std::ostringstream ss_; ss_ << "Syntax error following \\p{Z at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } } break; default: { std::ostringstream ss_; ss_ << "Syntax error following \\p{ at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } } if (*state_._curr != '}') { std::ostringstream ss_; ss_ << "Missing '}' at index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } return str_; } static const char *letter_uppercase() { return "[\\x41-\\x5a\\xc0-\\xd6\\xd8-\\xde\\x100\\x102\\x104\\x106" "\\x108\\x10a\\x10c\\x10e\\x110\\x112\\x114\\x116\\x118\\x11a" "\\x11c\\x11e\\x120\\x122\\x124\\x126\\x128\\x12a\\x12c\\x12e" "\\x130\\x132\\x134\\x136\\x139\\x13b\\x13d\\x13f\\x141\\x143" "\\x145\\x147\\x14a\\x14c\\x14e\\x150\\x152\\x154\\x156\\x158" "\\x15a\\x15c\\x15e\\x160\\x162\\x164\\x166\\x168\\x16a\\x16c" "\\x16e\\x170\\x172\\x174\\x176\\x178\\x179\\x17b\\x17d\\x181" "\\x182\\x184\\x186\\x187\\x189-\\x18b\\x18e-\\x191\\x193\\x194" "\\x196-\\x198\\x19c\\x19d\\x19f\\x1a0\\x1a2\\x1a4\\x1a6\\x1a7" "\\x1a9\\x1ac\\x1ae\\x1af\\x1b1-\\x1b3\\x1b5\\x1b7\\x1b8\\x1bc" "\\x1c4\\x1c7\\x1ca\\x1cd\\x1cf\\x1d1\\x1d3\\x1d5\\x1d7\\x1d9" "\\x1db\\x1de\\x1e0\\x1e2\\x1e4\\x1e6\\x1e8\\x1ea\\x1ec\\x1ee" "\\x1f1\\x1f4\\x1f6-\\x1f8\\x1fa\\x1fc\\x1fe\\x200\\x202\\x204" "\\x206\\x208\\x20a\\x20c\\x20e\\x210\\x212\\x214\\x216\\x218" "\\x21a\\x21c\\x21e\\x220\\x222\\x224\\x226\\x228\\x22a\\x22c" "\\x22e\\x230\\x232\\x23a\\x23b\\x23d\\x23e\\x241\\x243-\\x246" "\\x248\\x24a\\x24c\\x24e\\x370\\x372\\x376\\x386\\x388-\\x38a" "\\x38c\\x38e\\x38f\\x391-\\x3a1\\x3a3-\\x3ab\\x3cf\\x3d2-\\x3d4" "\\x3d8\\x3da\\x3dc\\x3de\\x3e0\\x3e2\\x3e4\\x3e6\\x3e8\\x3ea" "\\x3ec\\x3ee\\x3f4\\x3f7\\x3f9\\x3fa\\x3fd-\\x42f\\x460\\x462" "\\x464\\x466\\x468\\x46a\\x46c\\x46e\\x470\\x472\\x474\\x476" "\\x478\\x47a\\x47c\\x47e\\x480\\x48a\\x48c\\x48e\\x490\\x492" "\\x494\\x496\\x498\\x49a\\x49c\\x49e\\x4a0\\x4a2\\x4a4\\x4a6" "\\x4a8\\x4aa\\x4ac\\x4ae\\x4b0\\x4b2\\x4b4\\x4b6\\x4b8\\x4ba" "\\x4bc\\x4be\\x4c0\\x4c1\\x4c3\\x4c5\\x4c7\\x4c9\\x4cb\\x4cd" "\\x4d0\\x4d2\\x4d4\\x4d6\\x4d8\\x4da\\x4dc\\x4de\\x4e0\\x4e2" "\\x4e4\\x4e6\\x4e8\\x4ea\\x4ec\\x4ee\\x4f0\\x4f2\\x4f4\\x4f6" "\\x4f8\\x4fa\\x4fc\\x4fe\\x500\\x502\\x504\\x506\\x508\\x50a" "\\x50c\\x50e\\x510\\x512\\x514\\x516\\x518\\x51a\\x51c\\x51e" "\\x520\\x522\\x524\\x526\\x531-\\x556\\x10a0-\\x10c5\\x1e00" "\\x1e02\\x1e04\\x1e06\\x1e08\\x1e0a\\x1e0c\\x1e0e\\x1e10\\x1e12" "\\x1e14\\x1e16\\x1e18\\x1e1a\\x1e1c\\x1e1e\\x1e20\\x1e22\\x1e24" "\\x1e26\\x1e28\\x1e2a\\x1e2c\\x1e2e\\x1e30\\x1e32\\x1e34\\x1e36" "\\x1e38\\x1e3a\\x1e3c\\x1e3e\\x1e40\\x1e42\\x1e44\\x1e46\\x1e48" "\\x1e4a\\x1e4c\\x1e4e\\x1e50\\x1e52\\x1e54\\x1e56\\x1e58\\x1e5a" "\\x1e5c\\x1e5e\\x1e60\\x1e62\\x1e64\\x1e66\\x1e68\\x1e6a\\x1e6c" "\\x1e6e\\x1e70\\x1e72\\x1e74\\x1e76\\x1e78\\x1e7a\\x1e7c\\x1e7e" "\\x1e80\\x1e82\\x1e84\\x1e86\\x1e88\\x1e8a\\x1e8c\\x1e8e\\x1e90" "\\x1e92\\x1e94\\x1e9e\\x1ea0\\x1ea2\\x1ea4\\x1ea6\\x1ea8\\x1eaa" "\\x1eac\\x1eae\\x1eb0\\x1eb2\\x1eb4\\x1eb6\\x1eb8\\x1eba\\x1ebc" "\\x1ebe\\x1ec0\\x1ec2\\x1ec4\\x1ec6\\x1ec8\\x1eca\\x1ecc\\x1ece" "\\x1ed0\\x1ed2\\x1ed4\\x1ed6\\x1ed8\\x1eda\\x1edc\\x1ede\\x1ee0" "\\x1ee2\\x1ee4\\x1ee6\\x1ee8\\x1eea\\x1eec\\x1eee\\x1ef0\\x1ef2" "\\x1ef4\\x1ef6\\x1ef8\\x1efa\\x1efc\\x1efe\\x1f08-\\x1f0f" "\\x1f18-\\x1f1d\\x1f28-\\x1f2f\\x1f38-\\x1f3f\\x1f48-\\x1f4d" "\\x1f59\\x1f5b\\x1f5d\\x1f5f\\x1f68-\\x1f6f\\x1fb8-\\x1fbb" "\\x1fc8-\\x1fcb\\x1fd8-\\x1fdb\\x1fe8-\\x1fec\\x1ff8-\\x1ffb" "\\x2102\\x2107\\x210b-\\x210d\\x2110-\\x2112\\x2115" "\\x2119-\\x211d\\x2124\\x2126\\x2128\\x212a-\\x212d" "\\x2130-\\x2133\\x213e\\x213f\\x2145\\x2183\\x2c00-\\x2c2e" "\\x2c60\\x2c62-\\x2c64\\x2c67\\x2c69\\x2c6b\\x2c6d-\\x2c70" "\\x2c72\\x2c75\\x2c7e-\\x2c80\\x2c82\\x2c84\\x2c86\\x2c88\\x2c8a" "\\x2c8c\\x2c8e\\x2c90\\x2c92\\x2c94\\x2c96\\x2c98\\x2c9a\\x2c9c" "\\x2c9e\\x2ca0\\x2ca2\\x2ca4\\x2ca6\\x2ca8\\x2caa\\x2cac\\x2cae" "\\x2cb0\\x2cb2\\x2cb4\\x2cb6\\x2cb8\\x2cba\\x2cbc\\x2cbe\\x2cc0" "\\x2cc2\\x2cc4\\x2cc6\\x2cc8\\x2cca\\x2ccc\\x2cce\\x2cd0\\x2cd2" "\\x2cd4\\x2cd6\\x2cd8\\x2cda\\x2cdc\\x2cde\\x2ce0\\x2ce2\\x2ceb" "\\x2ced\\xa640\\xa642\\xa644\\xa646\\xa648\\xa64a\\xa64c\\xa64e" "\\xa650\\xa652\\xa654\\xa656\\xa658\\xa65a\\xa65c\\xa65e\\xa660" "\\xa662\\xa664\\xa666\\xa668\\xa66a\\xa66c\\xa680\\xa682\\xa684" "\\xa686\\xa688\\xa68a\\xa68c\\xa68e\\xa690\\xa692\\xa694\\xa696" "\\xa722\\xa724\\xa726\\xa728\\xa72a\\xa72c\\xa72e\\xa732\\xa734" "\\xa736\\xa738\\xa73a\\xa73c\\xa73e\\xa740\\xa742\\xa744\\xa746" "\\xa748\\xa74a\\xa74c\\xa74e\\xa750\\xa752\\xa754\\xa756\\xa758" "\\xa75a\\xa75c\\xa75e\\xa760\\xa762\\xa764\\xa766\\xa768\\xa76a" "\\xa76c\\xa76e\\xa779\\xa77b\\xa77d\\xa77e\\xa780\\xa782\\xa784" "\\xa786\\xa78b\\xa78d\\xa790\\xa7a0\\xa7a2\\xa7a4\\xa7a6\\xa7a8" "\\xff21-\\xff3a\\x10400-\\x10427\\x1d400-\\x1d419" "\\x1d434-\\x1d44d\\x1d468-\\x1d481\\x1d49c\\x1d49e\\x1d49f" "\\x1d4a2\\x1d4a5\\x1d4a6\\x1d4a9-\\x1d4ac\\x1d4ae-\\x1d4b5" "\\x1d4d0-\\x1d4e9\\x1d504\\x1d505\\x1d507-\\x1d50a" "\\x1d50d-\\x1d514\\x1d516-\\x1d51c\\x1d538\\x1d539" "\\x1d53b-\\x1d53e\\x1d540-\\x1d544\\x1d546\\x1d54a-\\x1d550" "\\x1d56c-\\x1d585\\x1d5a0-\\x1d5b9\\x1d5d4-\\x1d5ed" "\\x1d608-\\x1d621\\x1d63c-\\x1d655\\x1d670-\\x1d689" "\\x1d6a8-\\x1d6c0\\x1d6e2-\\x1d6fa\\x1d71c-\\x1d734" "\\x1d756-\\x1d76e\\x1d790-\\x1d7a8\\x1d7ca]"; } static const char *letter_lowercase() { return "[\\x61-\\x7a\\xaa\\xb5\\xba\\xdf-\\xf6\\xf8-\\xff\\x101" "\\x103\\x105\\x107\\x109\\x10b\\x10d\\x10f\\x111\\x113\\x115" "\\x117\\x119\\x11b\\x11d\\x11f\\x121\\x123\\x125\\x127\\x129" "\\x12b\\x12d\\x12f\\x131\\x133\\x135\\x137\\x138\\x13a\\x13c" "\\x13e\\x140\\x142\\x144\\x146\\x148\\x149\\x14b\\x14d\\x14f" "\\x151\\x153\\x155\\x157\\x159\\x15b\\x15d\\x15f\\x161\\x163" "\\x165\\x167\\x169\\x16b\\x16d\\x16f\\x171\\x173\\x175\\x177" "\\x17a\\x17c\\x17e-\\x180\\x183\\x185\\x188\\x18c\\x18d\\x192" "\\x195\\x199-\\x19b\\x19e\\x1a1\\x1a3\\x1a5\\x1a8\\x1aa\\x1ab" "\\x1ad\\x1b0\\x1b4\\x1b6\\x1b9\\x1ba\\x1bd-\\x1bf\\x1c6\\x1c9" "\\x1cc\\x1ce\\x1d0\\x1d2\\x1d4\\x1d6\\x1d8\\x1da\\x1dc\\x1dd" "\\x1df\\x1e1\\x1e3\\x1e5\\x1e7\\x1e9\\x1eb\\x1ed\\x1ef\\x1f0" "\\x1f3\\x1f5\\x1f9\\x1fb\\x1fd\\x1ff\\x201\\x203\\x205\\x207" "\\x209\\x20b\\x20d\\x20f\\x211\\x213\\x215\\x217\\x219\\x21b" "\\x21d\\x21f\\x221\\x223\\x225\\x227\\x229\\x22b\\x22d\\x22f" "\\x231\\x233-\\x239\\x23c\\x23f\\x240\\x242\\x247\\x249\\x24b" "\\x24d\\x24f-\\x293\\x295-\\x2af\\x371\\x373\\x377\\x37b-\\x37d" "\\x390\\x3ac-\\x3ce\\x3d0\\x3d1\\x3d5-\\x3d7\\x3d9\\x3db\\x3dd" "\\x3df\\x3e1\\x3e3\\x3e5\\x3e7\\x3e9\\x3eb\\x3ed\\x3ef-\\x3f3" "\\x3f5\\x3f8\\x3fb\\x3fc\\x430-\\x45f\\x461\\x463\\x465\\x467" "\\x469\\x46b\\x46d\\x46f\\x471\\x473\\x475\\x477\\x479\\x47b" "\\x47d\\x47f\\x481\\x48b\\x48d\\x48f\\x491\\x493\\x495\\x497" "\\x499\\x49b\\x49d\\x49f\\x4a1\\x4a3\\x4a5\\x4a7\\x4a9\\x4ab" "\\x4ad\\x4af\\x4b1\\x4b3\\x4b5\\x4b7\\x4b9\\x4bb\\x4bd\\x4bf" "\\x4c2\\x4c4\\x4c6\\x4c8\\x4ca\\x4cc\\x4ce\\x4cf\\x4d1\\x4d3" "\\x4d5\\x4d7\\x4d9\\x4db\\x4dd\\x4df\\x4e1\\x4e3\\x4e5\\x4e7" "\\x4e9\\x4eb\\x4ed\\x4ef\\x4f1\\x4f3\\x4f5\\x4f7\\x4f9\\x4fb" "\\x4fd\\x4ff\\x501\\x503\\x505\\x507\\x509\\x50b\\x50d\\x50f" "\\x511\\x513\\x515\\x517\\x519\\x51b\\x51d\\x51f\\x521\\x523" "\\x525\\x527\\x561-\\x587\\x1d00-\\x1d2b\\x1d62-\\x1d77" "\\x1d79-\\x1d9a\\x1e01\\x1e03\\x1e05\\x1e07\\x1e09\\x1e0b" "\\x1e0d\\x1e0f\\x1e11\\x1e13\\x1e15\\x1e17\\x1e19\\x1e1b" "\\x1e1d\\x1e1f\\x1e21\\x1e23\\x1e25\\x1e27\\x1e29\\x1e2b\\x1e2d" "\\x1e2f\\x1e31\\x1e33\\x1e35\\x1e37\\x1e39\\x1e3b\\x1e3d\\x1e3f" "\\x1e41\\x1e43\\x1e45\\x1e47\\x1e49\\x1e4b\\x1e4d\\x1e4f\\x1e51" "\\x1e53\\x1e55\\x1e57\\x1e59\\x1e5b\\x1e5d\\x1e5f\\x1e61\\x1e63" "\\x1e65\\x1e67\\x1e69\\x1e6b\\x1e6d\\x1e6f\\x1e71\\x1e73\\x1e75" "\\x1e77\\x1e79\\x1e7b\\x1e7d\\x1e7f\\x1e81\\x1e83\\x1e85\\x1e87" "\\x1e89\\x1e8b\\x1e8d\\x1e8f\\x1e91\\x1e93\\x1e95-\\x1e9d\\x1e9f" "\\x1ea1\\x1ea3\\x1ea5\\x1ea7\\x1ea9\\x1eab\\x1ead\\x1eaf\\x1eb1" "\\x1eb3\\x1eb5\\x1eb7\\x1eb9\\x1ebb\\x1ebd\\x1ebf\\x1ec1\\x1ec3" "\\x1ec5\\x1ec7\\x1ec9\\x1ecb\\x1ecd\\x1ecf\\x1ed1\\x1ed3\\x1ed5" "\\x1ed7\\x1ed9\\x1edb\\x1edd\\x1edf\\x1ee1\\x1ee3\\x1ee5\\x1ee7" "\\x1ee9\\x1eeb\\x1eed\\x1eef\\x1ef1\\x1ef3\\x1ef5\\x1ef7\\x1ef9" "\\x1efb\\x1efd\\x1eff-\\x1f07\\x1f10-\\x1f15\\x1f20-\\x1f27" "\\x1f30-\\x1f37\\x1f40-\\x1f45\\x1f50-\\x1f57\\x1f60-\\x1f67" "\\x1f70-\\x1f7d\\x1f80-\\x1f87\\x1f90-\\x1f97\\x1fa0-\\x1fa7" "\\x1fb0-\\x1fb4\\x1fb6\\x1fb7\\x1fbe\\x1fc2-\\x1fc4\\x1fc6" "\\x1fc7\\x1fd0-\\x1fd3\\x1fd6\\x1fd7\\x1fe0-\\x1fe7" "\\x1ff2-\\x1ff4\\x1ff6\\x1ff7\\x210a\\x210e\\x210f\\x2113" "\\x212f\\x2134\\x2139\\x213c\\x213d\\x2146-\\x2149\\x214e" "\\x2184\\x2c30-\\x2c5e\\x2c61\\x2c65\\x2c66\\x2c68\\x2c6a" "\\x2c6c\\x2c71\\x2c73\\x2c74\\x2c76-\\x2c7c\\x2c81\\x2c83" "\\x2c85\\x2c87\\x2c89\\x2c8b\\x2c8d\\x2c8f\\x2c91\\x2c93\\x2c95" "\\x2c97\\x2c99\\x2c9b\\x2c9d\\x2c9f\\x2ca1\\x2ca3\\x2ca5\\x2ca7" "\\x2ca9\\x2cab\\x2cad\\x2caf\\x2cb1\\x2cb3\\x2cb5\\x2cb7\\x2cb9" "\\x2cbb\\x2cbd\\x2cbf\\x2cc1\\x2cc3\\x2cc5\\x2cc7\\x2cc9\\x2ccb" "\\x2ccd\\x2ccf\\x2cd1\\x2cd3\\x2cd5\\x2cd7\\x2cd9\\x2cdb\\x2cdd" "\\x2cdf\\x2ce1\\x2ce3\\x2ce4\\x2cec\\x2cee\\x2d00-\\x2d25\\xa641" "\\xa643\\xa645\\xa647\\xa649\\xa64b\\xa64d\\xa64f\\xa651\\xa653" "\\xa655\\xa657\\xa659\\xa65b\\xa65d\\xa65f\\xa661\\xa663\\xa665" "\\xa667\\xa669\\xa66b\\xa66d\\xa681\\xa683\\xa685\\xa687\\xa689" "\\xa68b\\xa68d\\xa68f\\xa691\\xa693\\xa695\\xa697\\xa723\\xa725" "\\xa727\\xa729\\xa72b\\xa72d\\xa72f-\\xa731\\xa733\\xa735\\xa737" "\\xa739\\xa73b\\xa73d\\xa73f\\xa741\\xa743\\xa745\\xa747\\xa749" "\\xa74b\\xa74d\\xa74f\\xa751\\xa753\\xa755\\xa757\\xa759\\xa75b" "\\xa75d\\xa75f\\xa761\\xa763\\xa765\\xa767\\xa769\\xa76b\\xa76d" "\\xa76f\\xa771-\\xa778\\xa77a\\xa77c\\xa77f\\xa781\\xa783" "\\xa785\\xa787\\xa78c\\xa78e\\xa791\\xa7a1\\xa7a3\\xa7a5\\xa7a7" "\\xa7a9\\xa7fa\\xfb00-\\xfb06\\xfb13-\\xfb17\\xff41-\\xff5a" "\\x10428-\\x1044f\\x1d41a-\\x1d433\\x1d44e-\\x1d454" "\\x1d456-\\x1d467\\x1d482-\\x1d49b\\x1d4b6-\\x1d4b9\\x1d4bb" "\\x1d4bd-\\x1d4c3\\x1d4c5-\\x1d4cf\\x1d4ea-\\x1d503" "\\x1d51e-\\x1d537\\x1d552-\\x1d56b\\x1d586-\\x1d59f" "\\x1d5ba-\\x1d5d3\\x1d5ee-\\x1d607\\x1d622-\\x1d63b" "\\x1d656-\\x1d66f\\x1d68a-\\x1d6a5\\x1d6c2-\\x1d6da" "\\x1d6dc-\\x1d6e1\\x1d6fc-\\x1d714\\x1d716-\\x1d71b" "\\x1d736-\\x1d74e\\x1d750-\\x1d755\\x1d770-\\x1d788" "\\x1d78a-\\x1d78f\\x1d7aa-\\x1d7c2\\x1d7c4-\\x1d7c9\\x1d7cb]"; } static const char *letter_titlecase() { return "[\\x1c5\\x1c8\\x1cb\\x1f2\\x1f88-\\x1f8f\\x1f98-\\x1f9f" "\\x1fa8-\\x1faf\\x1fbc\\x1fcc\\x1ffc]"; } static const char *letter_modifier() { return "[\\x2b0-\\x2c1\\x2c6-\\x2d1\\x2e0-\\x2e4\\x2ec\\x2ee\\x374" "\\x37a\\x559\\x640\\x6e5\\x6e6\\x7f4\\x7f5\\x7fa\\x81a\\x824" "\\x828\\x971\\xe46\\xec6\\x10fc\\x17d7\\x1843\\x1aa7" "\\x1c78-\\x1c7d\\x1d2c-\\x1d61\\x1d78\\x1d9b-\\x1dbf\\x2071" "\\x207f\\x2090-\\x209c\\x2c7d\\x2d6f\\x2e2f\\x3005" "\\x3031-\\x3035\\x303b\\x309d\\x309e\\x30fc-\\x30fe\\xa015" "\\xa4f8-\\xa4fd\\xa60c\\xa67f\\xa717-\\xa71f\\xa770\\xa788" "\\xa9cf\\xaa70\\xaadd\\xff70\\xff9e\\xff9f]"; } static const char *letter_other() { return "[\\x1bb\\x1c0-\\x1c3\\x294\\x5d0-\\x5ea\\x5f0-\\x5f2" "\\x620-\\x63f\\x641-\\x64a\\x66e\\x66f\\x671-\\x6d3\\x6d5\\x6ee" "\\x6ef\\x6fa-\\x6fc\\x6ff\\x710\\x712-\\x72f\\x74d-\\x7a5\\x7b1" "\\x7ca-\\x7ea\\x800-\\x815\\x840-\\x858\\x904-\\x939\\x93d" "\\x950\\x958-\\x961\\x972-\\x977\\x979-\\x97f\\x985-\\x98c\\x98f" "\\x990\\x993-\\x9a8\\x9aa-\\x9b0\\x9b2\\x9b6-\\x9b9\\x9bd\\x9ce" "\\x9dc\\x9dd\\x9df-\\x9e1\\x9f0\\x9f1\\xa05-\\xa0a\\xa0f\\xa10" "\\xa13-\\xa28\\xa2a-\\xa30\\xa32\\xa33\\xa35\\xa36\\xa38\\xa39" "\\xa59-\\xa5c\\xa5e\\xa72-\\xa74\\xa85-\\xa8d\\xa8f-\\xa91" "\\xa93-\\xaa8\\xaaa-\\xab0\\xab2\\xab3\\xab5-\\xab9\\xabd\\xad0" "\\xae0\\xae1\\xb05-\\xb0c\\xb0f\\xb10\\xb13-\\xb28\\xb2a-\\xb30" "\\xb32\\xb33\\xb35-\\xb39\\xb3d\\xb5c\\xb5d\\xb5f-\\xb61\\xb71" "\\xb83\\xb85-\\xb8a\\xb8e-\\xb90\\xb92-\\xb95\\xb99\\xb9a\\xb9c" "\\xb9e\\xb9f\\xba3\\xba4\\xba8-\\xbaa\\xbae-\\xbb9\\xbd0" "\\xc05-\\xc0c\\xc0e-\\xc10\\xc12-\\xc28\\xc2a-\\xc33" "\\xc35-\\xc39\\xc3d\\xc58\\xc59\\xc60\\xc61\\xc85-\\xc8c" "\\xc8e-\\xc90\\xc92-\\xca8\\xcaa-\\xcb3\\xcb5-\\xcb9\\xcbd" "\\xcde\\xce0\\xce1\\xcf1\\xcf2\\xd05-\\xd0c\\xd0e-\\xd10" "\\xd12-\\xd3a\\xd3d\\xd4e\\xd60\\xd61\\xd7a-\\xd7f\\xd85-\\xd96" "\\xd9a-\\xdb1\\xdb3-\\xdbb\\xdbd\\xdc0-\\xdc6\\xe01-\\xe30\\xe32" "\\xe33\\xe40-\\xe45\\xe81\\xe82\\xe84\\xe87\\xe88\\xe8a\\xe8d" "\\xe94-\\xe97\\xe99-\\xe9f\\xea1-\\xea3\\xea5\\xea7\\xeaa\\xeab" "\\xead-\\xeb0\\xeb2\\xeb3\\xebd\\xec0-\\xec4\\xedc\\xedd\\xf00" "\\xf40-\\xf47\\xf49-\\xf6c\\xf88-\\xf8c\\x1000-\\x102a\\x103f" "\\x1050-\\x1055\\x105a-\\x105d\\x1061\\x1065\\x1066" "\\x106e-\\x1070\\x1075-\\x1081\\x108e\\x10d0-\\x10fa" "\\x1100-\\x1248\\x124a-\\x124d\\x1250-\\x1256\\x1258" "\\x125a-\\x125d\\x1260-\\x1288\\x128a-\\x128d\\x1290-\\x12b0" "\\x12b2-\\x12b5\\x12b8-\\x12be\\x12c0\\x12c2-\\x12c5" "\\x12c8-\\x12d6\\x12d8-\\x1310\\x1312-\\x1315\\x1318-\\x135a" "\\x1380-\\x138f\\x13a0-\\x13f4\\x1401-\\x166c\\x166f-\\x167f" "\\x1681-\\x169a\\x16a0-\\x16ea\\x1700-\\x170c\\x170e-\\x1711" "\\x1720-\\x1731\\x1740-\\x1751\\x1760-\\x176c\\x176e-\\x1770" "\\x1780-\\x17b3\\x17dc\\x1820-\\x1842\\x1844-\\x1877" "\\x1880-\\x18a8\\x18aa\\x18b0-\\x18f5\\x1900-\\x191c" "\\x1950-\\x196d\\x1970-\\x1974\\x1980-\\x19ab\\x19c1-\\x19c7" "\\x1a00-\\x1a16\\x1a20-\\x1a54\\x1b05-\\x1b33\\x1b45-\\x1b4b" "\\x1b83-\\x1ba0\\x1bae\\x1baf\\x1bc0-\\x1be5\\x1c00-\\x1c23" "\\x1c4d-\\x1c4f\\x1c5a-\\x1c77\\x1ce9-\\x1cec\\x1cee-\\x1cf1" "\\x2135-\\x2138\\x2d30-\\x2d65\\x2d80-\\x2d96\\x2da0-\\x2da6" "\\x2da8-\\x2dae\\x2db0-\\x2db6\\x2db8-\\x2dbe\\x2dc0-\\x2dc6" "\\x2dc8-\\x2dce\\x2dd0-\\x2dd6\\x2dd8-\\x2dde\\x3006\\x303c" "\\x3041-\\x3096\\x309f\\x30a1-\\x30fa\\x30ff\\x3105-\\x312d" "\\x3131-\\x318e\\x31a0-\\x31ba\\x31f0-\\x31ff\\x3400\\x4db5" "\\x4e00\\x9fcb\\xa000-\\xa014\\xa016-\\xa48c\\xa4d0-\\xa4f7" "\\xa500-\\xa60b\\xa610-\\xa61f\\xa62a\\xa62b\\xa66e" "\\xa6a0-\\xa6e5\\xa7fb-\\xa801\\xa803-\\xa805\\xa807-\\xa80a" "\\xa80c-\\xa822\\xa840-\\xa873\\xa882-\\xa8b3\\xa8f2-\\xa8f7" "\\xa8fb\\xa90a-\\xa925\\xa930-\\xa946\\xa960-\\xa97c" "\\xa984-\\xa9b2\\xaa00-\\xaa28\\xaa40-\\xaa42\\xaa44-\\xaa4b" "\\xaa60-\\xaa6f\\xaa71-\\xaa76\\xaa7a\\xaa80-\\xaaaf\\xaab1" "\\xaab5\\xaab6\\xaab9-\\xaabd\\xaac0\\xaac2\\xaadb\\xaadc" "\\xab01-\\xab06\\xab09-\\xab0e\\xab11-\\xab16\\xab20-\\xab26" "\\xab28-\\xab2e\\xabc0-\\xabe2\\xac00\\xd7a3\\xd7b0-\\xd7c6" "\\xd7cb-\\xd7fb\\xf900-\\xfa2d\\xfa30-\\xfa6d\\xfa70-\\xfad9" "\\xfb1d\\xfb1f-\\xfb28\\xfb2a-\\xfb36\\xfb38-\\xfb3c\\xfb3e" "\\xfb40\\xfb41\\xfb43\\xfb44\\xfb46-\\xfbb1\\xfbd3-\\xfd3d" "\\xfd50-\\xfd8f\\xfd92-\\xfdc7\\xfdf0-\\xfdfb\\xfe70-\\xfe74" "\\xfe76-\\xfefc\\xff66-\\xff6f\\xff71-\\xff9d\\xffa0-\\xffbe" "\\xffc2-\\xffc7\\xffca-\\xffcf\\xffd2-\\xffd7\\xffda-\\xffdc" "\\x10000-\\x1000b\\x1000d-\\x10026\\x10028-\\x1003a\\x1003c" "\\x1003d\\x1003f-\\x1004d\\x10050-\\x1005d\\x10080-\\x100fa" "\\x10280-\\x1029c\\x102a0-\\x102d0\\x10300-\\x1031e" "\\x10330-\\x10340\\x10342-\\x10349\\x10380-\\x1039d" "\\x103a0-\\x103c3\\x103c8-\\x103cf\\x10450-\\x1049d" "\\x10800-\\x10805\\x10808\\x1080a-\\x10835\\x10837\\x10838" "\\x1083c\\x1083f-\\x10855\\x10900-\\x10915\\x10920-\\x10939" "\\x10a00\\x10a10-\\x10a13\\x10a15-\\x10a17\\x10a19-\\x10a33" "\\x10a60-\\x10a7c\\x10b00-\\x10b35\\x10b40-\\x10b55" "\\x10b60-\\x10b72\\x10c00-\\x10c48\\x11003-\\x11037" "\\x11083-\\x110af\\x12000-\\x1236e\\x13000-\\x1342e" "\\x16800-\\x16a38\\x1b000\\x1b001\\x20000\\x2a6d6\\x2a700" "\\x2b734\\x2b740\\x2b81d\\x2f800-\\x2fa1d]"; } static const char *mark_nonspacing() { return "[\\x300-\\x36f\\x483-\\x487\\x591-\\x5bd\\x5bf\\x5c1\\x5c2" "\\x5c4\\x5c5\\x5c7\\x610-\\x61a\\x64b-\\x65f\\x670\\x6d6-\\x6dc" "\\x6df-\\x6e4\\x6e7\\x6e8\\x6ea-\\x6ed\\x711\\x730-\\x74a" "\\x7a6-\\x7b0\\x7eb-\\x7f3\\x816-\\x819\\x81b-\\x823" "\\x825-\\x827\\x829-\\x82d\\x859-\\x85b\\x900-\\x902\\x93a\\x93c" "\\x941-\\x948\\x94d\\x951-\\x957\\x962\\x963\\x981\\x9bc" "\\x9c1-\\x9c4\\x9cd\\x9e2\\x9e3\\xa01\\xa02\\xa3c\\xa41\\xa42" "\\xa47\\xa48\\xa4b-\\xa4d\\xa51\\xa70\\xa71\\xa75\\xa81\\xa82" "\\xabc\\xac1-\\xac5\\xac7\\xac8\\xacd\\xae2\\xae3\\xb01\\xb3c" "\\xb3f\\xb41-\\xb44\\xb4d\\xb56\\xb62\\xb63\\xb82\\xbc0\\xbcd" "\\xc3e-\\xc40\\xc46-\\xc48\\xc4a-\\xc4d\\xc55\\xc56\\xc62\\xc63" "\\xcbc\\xcbf\\xcc6\\xccc\\xccd\\xce2\\xce3\\xd41-\\xd44\\xd4d" "\\xd62\\xd63\\xdca\\xdd2-\\xdd4\\xdd6\\xe31\\xe34-\\xe3a" "\\xe47-\\xe4e\\xeb1\\xeb4-\\xeb9\\xebb\\xebc\\xec8-\\xecd\\xf18" "\\xf19\\xf35\\xf37\\xf39\\xf71-\\xf7e\\xf80-\\xf84\\xf86\\xf87" "\\xf8d-\\xf97\\xf99-\\xfbc\\xfc6\\x102d-\\x1030\\x1032-\\x1037" "\\x1039\\x103a\\x103d\\x103e\\x1058\\x1059\\x105e-\\x1060" "\\x1071-\\x1074\\x1082\\x1085\\x1086\\x108d\\x109d" "\\x135d-\\x135f\\x1712-\\x1714\\x1732-\\x1734\\x1752\\x1753" "\\x1772\\x1773\\x17b7-\\x17bd\\x17c6\\x17c9-\\x17d3\\x17dd" "\\x180b-\\x180d\\x18a9\\x1920-\\x1922\\x1927\\x1928\\x1932" "\\x1939-\\x193b\\x1a17\\x1a18\\x1a56\\x1a58-\\x1a5e\\x1a60" "\\x1a62\\x1a65-\\x1a6c\\x1a73-\\x1a7c\\x1a7f\\x1b00-\\x1b03" "\\x1b34\\x1b36-\\x1b3a\\x1b3c\\x1b42\\x1b6b-\\x1b73\\x1b80" "\\x1b81\\x1ba2-\\x1ba5\\x1ba8\\x1ba9\\x1be6\\x1be8\\x1be9\\x1bed" "\\x1bef-\\x1bf1\\x1c2c-\\x1c33\\x1c36\\x1c37\\x1cd0-\\x1cd2" "\\x1cd4-\\x1ce0\\x1ce2-\\x1ce8\\x1ced\\x1dc0-\\x1de6" "\\x1dfc-\\x1dff\\x20d0-\\x20dc\\x20e1\\x20e5-\\x20f0" "\\x2cef-\\x2cf1\\x2d7f\\x2de0-\\x2dff\\x302a-\\x302f\\x3099" "\\x309a\\xa66f\\xa67c\\xa67d\\xa6f0\\xa6f1\\xa802\\xa806\\xa80b" "\\xa825\\xa826\\xa8c4\\xa8e0-\\xa8f1\\xa926-\\xa92d" "\\xa947-\\xa951\\xa980-\\xa982\\xa9b3\\xa9b6-\\xa9b9\\xa9bc" "\\xaa29-\\xaa2e\\xaa31\\xaa32\\xaa35\\xaa36\\xaa43\\xaa4c\\xaab0" "\\xaab2-\\xaab4\\xaab7\\xaab8\\xaabe\\xaabf\\xaac1\\xabe5\\xabe8" "\\xabed\\xfb1e\\xfe00-\\xfe0f\\xfe20-\\xfe26\\x101fd" "\\x10a01-\\x10a03\\x10a05\\x10a06\\x10a0c-\\x10a0f" "\\x10a38-\\x10a3a\\x10a3f\\x11001\\x11038-\\x11046\\x11080" "\\x11081\\x110b3-\\x110b6\\x110b9\\x110ba\\x1d167-\\x1d169" "\\x1d17b-\\x1d182\\x1d185-\\x1d18b\\x1d1aa-\\x1d1ad" "\\x1d242-\\x1d244\\xe0100-\\xe01ef]"; } static const char *mark_combining() { return "[\\x903\\x93b\\x93e-\\x940\\x949-\\x94c\\x94e\\x94f\\x982" "\\x983\\x9be-\\x9c0\\x9c7\\x9c8\\x9cb\\x9cc\\x9d7\\xa03" "\\xa3e-\\xa40\\xa83\\xabe-\\xac0\\xac9\\xacb\\xacc\\xb02\\xb03" "\\xb3e\\xb40\\xb47\\xb48\\xb4b\\xb4c\\xb57\\xbbe\\xbbf\\xbc1" "\\xbc2\\xbc6-\\xbc8\\xbca-\\xbcc\\xbd7\\xc01-\\xc03\\xc41-\\xc44" "\\xc82\\xc83\\xcbe\\xcc0-\\xcc4\\xcc7\\xcc8\\xcca\\xccb\\xcd5" "\\xcd6\\xd02\\xd03\\xd3e-\\xd40\\xd46-\\xd48\\xd4a-\\xd4c\\xd57" "\\xd82\\xd83\\xdcf-\\xdd1\\xdd8-\\xddf\\xdf2\\xdf3\\xf3e\\xf3f" "\\xf7f\\x102b\\x102c\\x1031\\x1038\\x103b\\x103c\\x1056\\x1057" "\\x1062-\\x1064\\x1067-\\x106d\\x1083\\x1084\\x1087-\\x108c" "\\x108f\\x109a-\\x109c\\x17b6\\x17be-\\x17c5\\x17c7\\x17c8" "\\x1923-\\x1926\\x1929-\\x192b\\x1930\\x1931\\x1933-\\x1938" "\\x19b0-\\x19c0\\x19c8\\x19c9\\x1a19-\\x1a1b\\x1a55\\x1a57" "\\x1a61\\x1a63\\x1a64\\x1a6d-\\x1a72\\x1b04\\x1b35\\x1b3b" "\\x1b3d-\\x1b41\\x1b43\\x1b44\\x1b82\\x1ba1\\x1ba6\\x1ba7\\x1baa" "\\x1be7\\x1bea-\\x1bec\\x1bee\\x1bf2\\x1bf3\\x1c24-\\x1c2b" "\\x1c34\\x1c35\\x1ce1\\x1cf2\\xa823\\xa824\\xa827\\xa880\\xa881" "\\xa8b4-\\xa8c3\\xa952\\xa953\\xa983\\xa9b4\\xa9b5\\xa9ba" "\\xa9bb\\xa9bd-\\xa9c0\\xaa2f\\xaa30\\xaa33\\xaa34\\xaa4d\\xaa7b" "\\xabe3\\xabe4\\xabe6\\xabe7\\xabe9\\xabea\\xabec\\x11000" "\\x11002\\x11082\\x110b0-\\x110b2\\x110b7\\x110b8\\x1d165" "\\x1d166\\x1d16d-\\x1d172]"; } static const char *mark_enclosing() { return "[\\x488\\x489\\x20dd-\\x20e0\\x20e2-\\x20e4\\xa670-\\xa672]"; } static const char *number_decimal() { return "[\\x30-\\x39\\x660-\\x669\\x6f0-\\x6f9\\x7c0-\\x7c9" "\\x966-\\x96f\\x9e6-\\x9ef\\xa66-\\xa6f\\xae6-\\xaef" "\\xb66-\\xb6f\\xbe6-\\xbef\\xc66-\\xc6f\\xce6-\\xcef" "\\xd66-\\xd6f\\xe50-\\xe59\\xed0-\\xed9\\xf20-\\xf29" "\\x1040-\\x1049\\x1090-\\x1099\\x17e0-\\x17e9\\x1810-\\x1819" "\\x1946-\\x194f\\x19d0-\\x19d9\\x1a80-\\x1a89\\x1a90-\\x1a99" "\\x1b50-\\x1b59\\x1bb0-\\x1bb9\\x1c40-\\x1c49\\x1c50-\\x1c59" "\\xa620-\\xa629\\xa8d0-\\xa8d9\\xa900-\\xa909\\xa9d0-\\xa9d9" "\\xaa50-\\xaa59\\xabf0-\\xabf9\\xff10-\\xff19\\x104a0-\\x104a9" "\\x11066-\\x1106f\\x1d7ce-\\x1d7ff]"; } static const char *number_letter() { return "[\\x16ee-\\x16f0\\x2160-\\x2182\\x2185-\\x2188\\x3007" "\\x3021-\\x3029\\x3038-\\x303a\\xa6e6-\\xa6ef\\x10140-\\x10174" "\\x10341\\x1034a\\x103d1-\\x103d5\\x12400-\\x12462]"; } static const char *number_other() { return "[\\xb2\\xb3\\xb9\\xbc-\\xbe\\x9f4-\\x9f9\\xb72-\\xb77" "\\xbf0-\\xbf2\\xc78-\\xc7e\\xd70-\\xd75\\xf2a-\\xf33" "\\x1369-\\x137c\\x17f0-\\x17f9\\x19da\\x2070\\x2074-\\x2079" "\\x2080-\\x2089\\x2150-\\x215f\\x2189\\x2460-\\x249b" "\\x24ea-\\x24ff\\x2776-\\x2793\\x2cfd\\x3192-\\x3195" "\\x3220-\\x3229\\x3251-\\x325f\\x3280-\\x3289\\x32b1-\\x32bf" "\\xa830-\\xa835\\x10107-\\x10133\\x10175-\\x10178\\x1018a" "\\x10320-\\x10323\\x10858-\\x1085f\\x10916-\\x1091b" "\\x10a40-\\x10a47\\x10a7d\\x10a7e\\x10b58-\\x10b5f" "\\x10b78-\\x10b7f\\x10e60-\\x10e7e\\x11052-\\x11065" "\\x1d360-\\x1d371\\x1f100-\\x1f10a]"; } static const char *punctuation_connector() { return "[\\x5f\\x203f\\x2040\\x2054\\xfe33\\xfe34\\xfe4d-\\xfe4f" "\\xff3f]"; } static const char *punctuation_dash() { return "[\\x2d\\x58a\\x5be\\x1400\\x1806\\x2010-\\x2015\\x2e17\\x2e1a" "\\x301c\\x3030\\x30a0\\xfe31\\xfe32\\xfe58\\xfe63\\xff0d]"; } static const char *punctuation_open() { return "[\\x28\\x5b\\x7b\\xf3a\\xf3c\\x169b\\x201a\\x201e\\x2045" "\\x207d\\x208d\\x2329\\x2768\\x276a\\x276c\\x276e\\x2770\\x2772" "\\x2774\\x27c5\\x27e6\\x27e8\\x27ea\\x27ec\\x27ee\\x2983\\x2985" "\\x2987\\x2989\\x298b\\x298d\\x298f\\x2991\\x2993\\x2995\\x2997" "\\x29d8\\x29da\\x29fc\\x2e22\\x2e24\\x2e26\\x2e28\\x3008\\x300a" "\\x300c\\x300e\\x3010\\x3014\\x3016\\x3018\\x301a\\x301d\\xfd3e" "\\xfe17\\xfe35\\xfe37\\xfe39\\xfe3b\\xfe3d\\xfe3f\\xfe41\\xfe43" "\\xfe47\\xfe59\\xfe5b\\xfe5d\\xff08\\xff3b\\xff5b\\xff5f\\xff62]"; } static const char *punctuation_close() { return "[\\x29\\x5d\\x7d\\xf3b\\xf3d\\x169c\\x2046\\x207e\\x208e" "\\x232a\\x2769\\x276b\\x276d\\x276f\\x2771\\x2773\\x2775\\x27c6" "\\x27e7\\x27e9\\x27eb\\x27ed\\x27ef\\x2984\\x2986\\x2988\\x298a" "\\x298c\\x298e\\x2990\\x2992\\x2994\\x2996\\x2998\\x29d9\\x29db" "\\x29fd\\x2e23\\x2e25\\x2e27\\x2e29\\x3009\\x300b\\x300d\\x300f" "\\x3011\\x3015\\x3017\\x3019\\x301b\\x301e\\x301f\\xfd3f\\xfe18" "\\xfe36\\xfe38\\xfe3a\\xfe3c\\xfe3e\\xfe40\\xfe42\\xfe44\\xfe48" "\\xfe5a\\xfe5c\\xfe5e\\xff09\\xff3d\\xff5d\\xff60\\xff63]"; } static const char *punctuation_initial() { return "[\\x00AB\\x2018\\x201B\\x201C\\x201F\\x2039\\x2E02\\x2E04" "\\x2E09\\x2E0C\\x2E1C\\x2E20]"; } static const char *punctuation_final() { return "[\\x00BB\\x2019\\x201D\\x203A\\x2E03\\x2E05\\x2E0A\\x2E0D" "\\x2E1D\\x2E21]"; } static const char *punctuation_other() { return "[\\x21-\\x23\\x25-\\x27\\x2a\\x2c\\x2e\\x2f\\x3a\\x3b\\x3f" "\\x40\\x5c\\xa1\\xb7\\xbf\\x37e\\x387\\x55a-\\x55f\\x589\\x5c0" "\\x5c3\\x5c6\\x5f3\\x5f4\\x609\\x60a\\x60c\\x60d\\x61b\\x61e" "\\x61f\\x66a-\\x66d\\x6d4\\x700-\\x70d\\x7f7-\\x7f9\\x830-\\x83e" "\\x85e\\x964\\x965\\x970\\xdf4\\xe4f\\xe5a\\xe5b\\xf04-\\xf12" "\\xf85\\xfd0-\\xfd4\\xfd9\\xfda\\x104a-\\x104f\\x10fb" "\\x1361-\\x1368\\x166d\\x166e\\x16eb-\\x16ed\\x1735\\x1736" "\\x17d4-\\x17d6\\x17d8-\\x17da\\x1800-\\x1805\\x1807-\\x180a" "\\x1944\\x1945\\x1a1e\\x1a1f\\x1aa0-\\x1aa6\\x1aa8-\\x1aad" "\\x1b5a-\\x1b60\\x1bfc-\\x1bff\\x1c3b-\\x1c3f\\x1c7e\\x1c7f" "\\x1cd3\\x2016\\x2017\\x2020-\\x2027\\x2030-\\x2038" "\\x203b-\\x203e\\x2041-\\x2043\\x2047-\\x2051\\x2053" "\\x2055-\\x205e\\x2cf9-\\x2cfc\\x2cfe\\x2cff\\x2d70\\x2e00" "\\x2e01\\x2e06-\\x2e08\\x2e0b\\x2e0e-\\x2e16\\x2e18\\x2e19" "\\x2e1b\\x2e1e\\x2e1f\\x2e2a-\\x2e2e\\x2e30\\x2e31" "\\x3001-\\x3003\\x303d\\x30fb\\xa4fe\\xa4ff\\xa60d-\\xa60f" "\\xa673\\xa67e\\xa6f2-\\xa6f7\\xa874-\\xa877\\xa8ce\\xa8cf" "\\xa8f8-\\xa8fa\\xa92e\\xa92f\\xa95f\\xa9c1-\\xa9cd\\xa9de" "\\xa9df\\xaa5c-\\xaa5f\\xaade\\xaadf\\xabeb\\xfe10-\\xfe16" "\\xfe19\\xfe30\\xfe45\\xfe46\\xfe49-\\xfe4c\\xfe50-\\xfe52" "\\xfe54-\\xfe57\\xfe5f-\\xfe61\\xfe68\\xfe6a\\xfe6b" "\\xff01-\\xff03\\xff05-\\xff07\\xff0a\\xff0c\\xff0e\\xff0f" "\\xff1a\\xff1b\\xff1f\\xff20\\xff3c\\xff61\\xff64\\xff65" "\\x10100\\x10101\\x1039f\\x103d0\\x10857\\x1091f\\x1093f" "\\x10a50-\\x10a58\\x10a7f\\x10b39-\\x10b3f\\x11047-\\x1104d" "\\x110bb\\x110bc\\x110be-\\x110c1\\x12470-\\x12473]"; } static const char *symbol_math() { return "[\\x2b\\x3c-\\x3e\\x7c\\x7e\\xac\\xb1\\xd7\\xf7\\x3f6" "\\x606-\\x608\\x2044\\x2052\\x207a-\\x207c\\x208a-\\x208c" "\\x2118\\x2140-\\x2144\\x214b\\x2190-\\x2194\\x219a\\x219b" "\\x21a0\\x21a3\\x21a6\\x21ae\\x21ce\\x21cf\\x21d2\\x21d4" "\\x21f4-\\x22ff\\x2308-\\x230b\\x2320\\x2321\\x237c" "\\x239b-\\x23b3\\x23dc-\\x23e1\\x25b7\\x25c1\\x25f8-\\x25ff" "\\x266f\\x27c0-\\x27c4\\x27c7-\\x27ca\\x27cc\\x27ce-\\x27e5" "\\x27f0-\\x27ff\\x2900-\\x2982\\x2999-\\x29d7\\x29dc-\\x29fb" "\\x29fe-\\x2aff\\x2b30-\\x2b44\\x2b47-\\x2b4c\\xfb29\\xfe62" "\\xfe64-\\xfe66\\xff0b\\xff1c-\\xff1e\\xff5c\\xff5e\\xffe2" "\\xffe9-\\xffec\\x1d6c1\\x1d6db\\x1d6fb\\x1d715\\x1d735\\x1d74f" "\\x1d76f\\x1d789\\x1d7a9\\x1d7c3]"; } static const char *symbol_currency() { return "[\\x24\\xa2-\\xa5\\x60b\\x9f2\\x9f3\\x9fb\\xaf1\\xbf9\\xe3f" "\\x17db\\x20a0-\\x20b9\\xa838\\xfdfc\\xfe69\\xff04\\xffe0\\xffe1" "\\xffe5\\xffe6]"; } static const char *symbol_modifier() { return "[\\x5e\\x60\\xa8\\xaf\\xb4\\xb8\\x2c2-\\x2c5\\x2d2-\\x2df" "\\x2e5-\\x2eb\\x2ed\\x2ef-\\x2ff\\x375\\x384\\x385\\x1fbd" "\\x1fbf-\\x1fc1\\x1fcd-\\x1fcf\\x1fdd-\\x1fdf\\x1fed-\\x1fef" "\\x1ffd\\x1ffe\\x309b\\x309c\\xa700-\\xa716\\xa720\\xa721" "\\xa789\\xa78a\\xfbb2-\\xfbc1\\xff3e\\xff40\\xffe3]"; } static const char *symbol_other() { return "[\\xa6\\xa7\\xa9\\xae\\xb0\\xb6\\x482\\x60e\\x60f\\x6de" "\\x6e9\\x6fd\\x6fe\\x7f6\\x9fa\\xb70\\xbf3-\\xbf8\\xbfa\\xc7f" "\\xd79\\xf01-\\xf03\\xf13-\\xf17\\xf1a-\\xf1f\\xf34\\xf36\\xf38" "\\xfbe-\\xfc5\\xfc7-\\xfcc\\xfce\\xfcf\\xfd5-\\xfd8" "\\x109e\\x109f\\x1360\\x1390-\\x1399\\x1940\\x19de-\\x19ff" "\\x1b61-\\x1b6a\\x1b74-\\x1b7c\\x2100\\x2101\\x2103-\\x2106" "\\x2108\\x2109\\x2114\\x2116\\x2117\\x211e-\\x2123\\x2125" "\\x2127\\x2129\\x212e\\x213a\\x213b\\x214a\\x214c\\x214d\\x214f" "\\x2195-\\x2199\\x219c-\\x219f\\x21a1\\x21a2\\x21a4\\x21a5" "\\x21a7-\\x21ad\\x21af-\\x21cd\\x21d0\\x21d1\\x21d3" "\\x21d5-\\x21f3\\x2300-\\x2307\\x230c-\\x231f\\x2322-\\x2328" "\\x232b-\\x237b\\x237d-\\x239a\\x23b4-\\x23db\\x23e2-\\x23f3" "\\x2400-\\x2426\\x2440-\\x244a\\x249c-\\x24e9\\x2500-\\x25b6" "\\x25b8-\\x25c0\\x25c2-\\x25f7\\x2600-\\x266e\\x2670-\\x26ff" "\\x2701-\\x2767\\x2794-\\x27bf\\x2800-\\x28ff\\x2b00-\\x2b2f" "\\x2b45\\x2b46\\x2b50-\\x2b59\\x2ce5-\\x2cea\\x2e80-\\x2e99" "\\x2e9b-\\x2ef3\\x2f00-\\x2fd5\\x2ff0-\\x2ffb\\x3004\\x3012" "\\x3013\\x3020\\x3036\\x3037\\x303e\\x303f\\x3190\\x3191" "\\x3196-\\x319f\\x31c0-\\x31e3\\x3200-\\x321e\\x322a-\\x3250" "\\x3260-\\x327f\\x328a-\\x32b0\\x32c0-\\x32fe\\x3300-\\x33ff" "\\x4dc0-\\x4dff\\xa490-\\xa4c6\\xa828-\\xa82b\\xa836\\xa837" "\\xa839\\xaa77-\\xaa79\\xfdfd\\xffe4\\xffe8\\xffed\\xffee" "\\xfffc\\xfffd\\x10102\\x10137-\\x1013f\\x10179-\\x10189" "\\x10190-\\x1019b\\x101d0-\\x101fc\\x1d000-\\x1d0f5" "\\x1d100-\\x1d126\\x1d129-\\x1d164\\x1d16a-\\x1d16c\\x1d183" "\\x1d184\\x1d18c-\\x1d1a9\\x1d1ae-\\x1d1dd\\x1d200-\\x1d241" "\\x1d245\\x1d300-\\x1d356\\x1f000-\\x1f02b\\x1f030-\\x1f093" "\\x1f0a0-\\x1f0ae\\x1f0b1-\\x1f0be\\x1f0c1-\\x1f0cf" "\\x1f0d1-\\x1f0df\\x1f110-\\x1f12e\\x1f130-\\x1f169" "\\x1f170-\\x1f19a\\x1f1e6-\\x1f202\\x1f210-\\x1f23a" "\\x1f240-\\x1f248\\x1f250\\x1f251\\x1f300-\\x1f320" "\\x1f330-\\x1f335\\x1f337-\\x1f37c\\x1f380-\\x1f393" "\\x1f3a0-\\x1f3c4\\x1f3c6-\\x1f3ca\\x1f3e0-\\x1f3f0" "\\x1f400-\\x1f43e\\x1f440\\x1f442-\\x1f4f7\\x1f4f9-\\x1f4fc" "\\x1f500-\\x1f53d\\x1f550-\\x1f567\\x1f5fb-\\x1f5ff" "\\x1f601-\\x1f610\\x1f612-\\x1f614\\x1f616\\x1f618\\x1f61a" "\\x1f61c-\\x1f61e\\x1f620-\\x1f625\\x1f628-\\x1f62b\\x1f62d" "\\x1f630-\\x1f633\\x1f635-\\x1f640\\x1f645-\\x1f64f" "\\x1f680-\\x1f6c5\\x1f700-\\x1f773]"; } static const char *separator_space() { return "[\\x20\\xa0\\x1680\\x180e\\x2000-\\x200a\\x202f\\x205f" "\\x3000]"; } static const char *separator_line() { return "[\\x2028]"; } static const char *separator_paragraph() { return "[\\x2029]"; } static const char *other_control() { return "[\\x0-\\x1f\\x7f-\\x9f]"; } static const char *other_format() { return "[\\xad\\x600-\\x603\\x6dd\\x70f\\x17b4\\x17b5\\x200b-\\x200f" "\\x202a-\\x202e\\x2060-\\x2064\\x206a-\\x206f\\xfeff" "\\xfff9-\\xfffb\\x110bd\\x1d173-\\x1d17a\\xe0001" "\\xe0020-\\xe007f]"; } static const char *other_surrogate() { return "[\\xD800\\xDB7F\\xDB80\\xDBFF\\xDC00\\xDFFF]"; } static const char *other_private() { return "[\\xE000\\xF8FF\\xF0000\\xFFFFD\\x100000\\x10FFFD]"; } template static input_char_type decode_octal(state_type &state_) { std::size_t oct_ = 0; typename state_type::char_type ch_ = *state_._curr; unsigned short count_ = 3; bool eos_ = false; for (;;) { oct_ *= 8; oct_ += ch_ - '0'; --count_; state_.increment(); eos_ = state_.eos(); if (!count_ || eos_) break; ch_ = *state_._curr; // Don't consume invalid chars! if (ch_ < '0' || ch_ > '7') { break; } } if (oct_ > static_cast(char_traits::max_val())) { std::ostringstream ss_; ss_ << "Escape \\" << std::oct << oct_ << " is too big for the state machine char type " "preceding index " << std::dec << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } return static_cast(oct_); } template static input_char_type decode_control_char(state_type &state_) { // Skip over 'c' state_.increment(); typename state_type::char_type ch_ = 0; bool eos_ = state_.next(ch_); if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following \\c"; state_.error(ss_); throw runtime_error(ss_.str()); } else { if (ch_ >= 'a' && ch_ <= 'z') { ch_ -= 'a' - 1; } else if (ch_ >= 'A' && ch_ <= 'Z') { ch_ -= 'A' - 1; } else if (ch_ == '@') { // Apparently... ch_ = 0; } else { std::ostringstream ss_; ss_ << "Invalid control char at index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } } return ch_; } template static input_char_type decode_hex(state_type &state_) { // Skip over 'x' state_.increment(); typename state_type::char_type ch_ = 0; bool eos_ = state_.next(ch_); if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following \\x"; state_.error(ss_); throw runtime_error(ss_.str()); } if (!((ch_ >= '0' && ch_ <= '9') || (ch_ >= 'a' && ch_ <= 'f') || (ch_ >= 'A' && ch_ <= 'F'))) { std::ostringstream ss_; ss_ << "Illegal char following \\x at index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } std::size_t hex_ = 0; do { hex_ *= 16; if (ch_ >= '0' && ch_ <= '9') { hex_ += ch_ - '0'; } else if (ch_ >= 'a' && ch_ <= 'f') { hex_ += 10 + (ch_ - 'a'); } else { hex_ += 10 + (ch_ - 'A'); } eos_ = state_.eos(); if (!eos_) { ch_ = *state_._curr; // Don't consume invalid chars! if (((ch_ >= '0' && ch_ <= '9') || (ch_ >= 'a' && ch_ <= 'f') || (ch_ >= 'A' && ch_ <= 'F'))) { state_.increment(); } else { eos_ = true; } } } while (!eos_); if (hex_ > static_cast(char_traits::max_val())) { std::ostringstream ss_; ss_ << "Escape \\x" << std::hex << hex_ << " is too big for the state machine char type " << "preceding index " << std::dec << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } return static_cast(hex_); } template static void charset_range(const bool chset_, state_type &state_, bool &eos_, typename state_type::char_type &ch_, const input_char_type prev_, string_token &chars_) { if (chset_) { std::ostringstream ss_; ss_ << "Charset cannot form start of range preceding " "index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } eos_ = state_.next(ch_); if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " following '-'"; state_.error(ss_); throw runtime_error(ss_.str()); } input_char_type curr_ = 0; if (ch_ == '\\') { std::size_t str_len_ = 0; if (escape_sequence(state_, curr_, str_len_)) { std::ostringstream ss_; ss_ << "Charset cannot form end of range preceding index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } } else if (ch_ == '[' && !state_.eos() && *state_._curr == ':') { std::ostringstream ss_; ss_ << "POSIX char class cannot form end of range at " "index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } else { curr_ = ch_; } eos_ = state_.next(ch_); // Covers preceding if and else if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (missing ']')"; state_.error(ss_); throw runtime_error(ss_.str()); } // Use index_type as char is generally signed // and we want to ignore signedness. typename char_traits::index_type start_ = static_cast(prev_); typename char_traits::index_type end_ = static_cast(curr_); // Semanic check if (end_ < start_) { std::ostringstream ss_; ss_ << "Max less than Min in charset range preceding index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } // Even though ranges are used now, we still need to consider // each character if icase is set. if (state_._flags & icase) { typename string_token::range range_(start_, end_); string_token folded_; chars_.insert(range_); fold(range_, state_._locale, folded_, size()); if (!folded_.empty()) { chars_.insert(folded_); } } else { chars_.insert(typename string_token::range(prev_, curr_)); } } }; } } #endif aspectc++/Puma/extern/lexertl/parser/tokeniser/PaxHeaders.4702/re_tokeniser.hpp0000644000000000000000000000007412740141200024662 xustar0030 atime=1468174988.060165569 30 ctime=1468174988.060165569 aspectc++/Puma/extern/lexertl/parser/tokeniser/re_tokeniser.hpp0000644000175000001440000005663612740141200025064 0ustar00osusers00000000000000// tokeniser.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_RE_TOKENISER_HPP #define LEXERTL_RE_TOKENISER_HPP #include #include "re_token.hpp" #include "../../runtime_error.hpp" #include "../../size_t.hpp" #include #include "../../string_token.hpp" #include "re_tokeniser_helper.hpp" namespace lexertl { namespace detail { template class basic_re_tokeniser { public: typedef basic_re_token re_token; typedef basic_re_tokeniser_helper tokeniser_helper; typedef typename tokeniser_helper::char_state char_state; typedef typename tokeniser_helper::state state; typedef basic_string_token string_token; static void next(re_token &lhs_, state &state_, re_token &token_) { rules_char_type ch_ = 0; bool eos_ = state_.next(ch_); bool skipped_ = false; token_.clear(); do { // string begin/end while (!eos_ && ch_ == '"') { state_._in_string ^= 1; eos_ = state_.next(ch_); } if (eos_) break; // (?# ...) skipped_ = comment(eos_, ch_, state_); if (eos_) break; // skip_ws set skipped_ |= skip(eos_, ch_, state_); } while (!eos_ && skipped_); if (eos_) { if (state_._in_string) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (missing '\"')"; state_.error(ss_); throw runtime_error(ss_.str()); } if (state_._paren_count) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (missing ')')"; state_.error(ss_); throw runtime_error(ss_.str()); } token_._type = END; } else { if (ch_ == '\\') { // Even if we are in a string, respect escape sequences... token_._type = CHARSET; escape(state_, token_._str); } else if (state_._in_string) { // All other meta characters lose their special meaning // inside a string. token_._type = CHARSET; token_._str.insert(typename string_token::range(ch_, ch_)); } else { // Not an escape sequence and not inside a string, so // check for meta characters. switch (ch_) { case '(': token_._type = OPENPAREN; ++state_._paren_count; read_options(state_); break; case ')': --state_._paren_count; if (state_._paren_count < 0) { std::ostringstream ss_; ss_ << "Number of open parenthesis < 0 " "at index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } token_._type = CLOSEPAREN; if (!state_._flags_stack.empty()) { state_._flags = state_._flags_stack.top(); state_._flags_stack.pop(); } break; case '?': if (!state_.eos() && *state_._curr == '?') { token_._type = AOPT; state_.increment(); } else { token_._type = OPT; } break; case '*': if (!state_.eos() && *state_._curr == '?') { token_._type = AZEROORMORE; state_.increment(); } else { token_._type = ZEROORMORE; } break; case '+': if (!state_.eos() && *state_._curr == '?') { token_._type = AONEORMORE; state_.increment(); } else { token_._type = ONEORMORE; } break; case '{': open_curly(lhs_, state_, token_); break; case '|': token_._type = OR; break; case '^': if (!state_._macro_name && state_._curr - 1 == state_._start) { token_._type = BOL; } else { token_._type = CHARSET; token_._str.insert(typename string_token::range (ch_, ch_)); } break; case '$': if (!state_._macro_name && state_._curr == state_._end) { token_._type = EOL; } else { token_._type = CHARSET; token_._str.insert(typename string_token::range (ch_, ch_)); } break; case '.': { token_._type = CHARSET; if (state_._flags & dot_not_newline) { token_._str.insert(typename string_token::range ('\n', '\n')); } token_._str.negate(); break; } case '[': { token_._type = CHARSET; tokeniser_helper::charset(state_, token_._str); break; } case '/': { std::ostringstream ss_; ss_ << "Lookahead ('/') is not supported yet"; state_.error(ss_); throw runtime_error(ss_.str()); break; } default: token_._type = CHARSET; if (state_._flags & icase) { typename string_token::range range_(ch_, ch_); string_token folded_; token_._str.insert(range_); tokeniser_helper::fold(range_, state_._locale, folded_, typename tokeniser_helper::template size()); if (!folded_.empty()) { token_._str.insert(folded_); } } else { token_._str.insert(typename string_token::range (ch_, ch_)); } break; } } } } private: static bool comment(bool &eos_, rules_char_type &ch_, state &state_) { bool skipped_ = false; if (!state_._in_string && ch_ == '(' && !state_.eos() && *state_._curr == '?' && state_._curr + 1 < state_._end && *(state_._curr + 1) == '#') { std::size_t paren_count_ = 1; state_.increment(); state_.increment(); do { eos_ = state_.next(ch_); if (ch_ == '(') { ++paren_count_; } else if (ch_ == ')') { --paren_count_; } } while (!eos_ && !(ch_ == ')' && paren_count_ == 0)); if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (unterminated comment)"; state_.error(ss_); throw runtime_error(ss_.str()); } else { eos_ = state_.next(ch_); } skipped_ = true; } return skipped_; } static bool skip(bool &eos_, rules_char_type &ch_, state &state_) { bool skipped_ = false; if ((state_._flags & skip_ws) && !state_._in_string) { bool c_comment_ = false; bool skip_ws_ = false; do { c_comment_ = ch_ == '/' && !state_.eos() && *state_._curr == '*'; skip_ws_ = !c_comment_ && (ch_ == ' ' || ch_ == '\t' || ch_ == '\n' || ch_ == '\r' || ch_ == '\f' || ch_ == '\v'); if (c_comment_) { state_.increment(); eos_ = state_.next(ch_); while (!eos_ && !(ch_ == '*' && !state_.eos() && *state_._curr == '/')) { eos_ = state_.next(ch_); } if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (unterminated C style comment)"; state_.error(ss_); throw runtime_error(ss_.str()); } else { state_.increment(); eos_ = state_.next(ch_); } skipped_ = true; } else if (skip_ws_) { eos_ = state_.next(ch_); skipped_ = true; } } while (!eos_ && (c_comment_ || skip_ws_)); } return skipped_; } static void read_options(state &state_) { if (!state_.eos() && *state_._curr == '?') { rules_char_type ch_ = 0; bool eos_ = false; bool negate_ = false; state_.increment(); eos_ = state_.next(ch_); state_._flags_stack.push(state_._flags); while (!eos_ && ch_ != ':') { switch (ch_) { case '-': negate_ ^= 1; break; case 'i': if (negate_) { state_._flags = state_._flags & ~icase; } else { state_._flags = state_._flags | icase; } negate_ = false; break; case 's': if (negate_) { state_._flags = state_._flags | dot_not_newline; } else { state_._flags = state_._flags & ~dot_not_newline; } negate_ = false; break; case 'x': if (negate_) { state_._flags = state_._flags & ~skip_ws; } else { state_._flags = state_._flags | skip_ws; } negate_ = false; break; default: { std::ostringstream ss_; ss_ << "Unknown option at index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } } eos_ = state_.next(ch_); } // End of string handler will handle early termination } else if (!state_._flags_stack.empty()) { state_._flags_stack.push(state_._flags); } } static void escape(state &state_, string_token &token_) { char_type ch_ = 0; std::size_t str_len_ = 0; const char *str_ = tokeniser_helper::escape_sequence(state_, ch_, str_len_); if (str_) { char_state state2_(str_ + 1, str_ + str_len_, state_._id, state_._flags, state_._locale, 0); tokeniser_helper::charset(state2_, token_); } else { token_.insert(typename string_token::range(ch_, ch_)); } } static void open_curly(re_token &lhs_, state &state_, re_token &token_) { if (state_.eos()) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (missing '}')"; state_.error(ss_); throw runtime_error(ss_.str()); } else if (*state_._curr == '-' || *state_._curr == '+') { rules_char_type ch_ = 0; if (lhs_._type != CHARSET) { std::ostringstream ss_; ss_ << "CHARSET must precede {" << state_._curr << "} at index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } state_.next(ch_); token_._type = DIFF; token_._extra = ch_; if (state_.next(ch_)) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (missing '}')"; state_.error(ss_); throw runtime_error(ss_.str()); } if (ch_ != '}') { std::ostringstream ss_; ss_ << "Missing '}' at index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } } else if (*state_._curr >= '0' && *state_._curr <= '9') { repeat_n(state_, token_); } else { macro(state_, token_); } } // SYNTAX: // {n[,[n]]} // SEMANTIC RULES: // {0} - INVALID (throw exception) // {0,} = * // {0,0} - INVALID (throw exception) // {0,1} = ? // {1,} = + // {min,max} where min == max - {min} // {min,max} where max < min - INVALID (throw exception) static void repeat_n(state &state_, re_token &token_) { rules_char_type ch_ = 0; bool eos_ = state_.next(ch_); std::size_t min_ = 0; std::size_t max_ = 0; while (!eos_ && ch_ >= '0' && ch_ <= '9') { min_ *= 10; min_ += ch_ - '0'; token_._extra += ch_; eos_ = state_.next(ch_); } if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (missing repeat terminator '}')"; state_.error(ss_); throw runtime_error(ss_.str()); } bool min_max_ = false; bool repeatn_ = true; if (ch_ == ',') { token_._extra += ch_; eos_ = state_.next(ch_); if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (missing repeat terminator '}')"; state_.error(ss_); throw runtime_error(ss_.str()); } if (ch_ == '}') { // Small optimisation: Check for '*' equivalency. if (min_ == 0) { token_._type = ZEROORMORE; repeatn_ = false; } // Small optimisation: Check for '+' equivalency. else if (min_ == 1) { token_._type = ONEORMORE; repeatn_ = false; } } else { if (ch_ < '0' || ch_ > '9') { std::ostringstream ss_; ss_ << "Missing repeat terminator '}' at index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } min_max_ = true; do { max_ *= 10; max_ += ch_ - '0'; token_._extra += ch_; eos_ = state_.next(ch_); } while (!eos_ && ch_ >= '0' && ch_ <= '9'); if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (missing repeat terminator '}')"; state_.error(ss_); throw runtime_error(ss_.str()); } // Small optimisation: Check for '?' equivalency. if (min_ == 0 && max_ == 1) { token_._type = OPT; repeatn_ = false; } // Small optimisation: if min == max, then min. else if (min_ == max_) { token_._extra.erase(token_._extra.find(',')); min_max_ = false; max_ = 0; } } } if (ch_ != '}') { std::ostringstream ss_; ss_ << "Missing repeat terminator '}' at index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } if (repeatn_) { // SEMANTIC VALIDATION follows: // NOTE: {0,} has already become * // therefore we don't check for a comma. if (min_ == 0 && max_ == 0) { std::ostringstream ss_; ss_ << "Cannot have exactly zero repeats preceding index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } if (min_max_ && max_ < min_) { std::ostringstream ss_; ss_ << "Max less than min preceding index " << state_.index(); state_.error(ss_); throw runtime_error(ss_.str()); } if (!state_.eos() && *state_._curr == '?') { token_._type = AREPEATN; state_.increment(); } else { token_._type = REPEATN; } } else if (token_._type == ZEROORMORE) { if (!state_.eos() && *state_._curr == '?') { token_._type = AZEROORMORE; state_.increment(); } } else if (token_._type == ONEORMORE) { if (!state_.eos() && *state_._curr == '?') { token_._type = AONEORMORE; state_.increment(); } } else if (token_._type == OPT) { if (!state_.eos() && *state_._curr == '?') { token_._type = AOPT; state_.increment(); } } } static void macro(state &state_, re_token &token_) { rules_char_type ch_ = 0; bool eos_ = false; state_.next(ch_); if (ch_ != '_' && !(ch_ >= 'A' && ch_ <= 'Z') && !(ch_ >= 'a' && ch_ <= 'z')) { std::ostringstream ss_; ss_ << "Invalid MACRO name at index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } do { token_._extra += ch_; eos_ = state_.next(ch_); if (eos_) { std::ostringstream ss_; // Pointless returning index if at end of string state_.unexpected_end(ss_); ss_ << " (missing MACRO name terminator '}')"; state_.error(ss_); throw runtime_error(ss_.str()); } } while (ch_ == '_' || ch_ == '-' || (ch_ >= 'A' && ch_ <= 'Z') || (ch_ >= 'a' && ch_ <= 'z') || (ch_ >= '0' && ch_ <= '9')); if (ch_ != '}') { std::ostringstream ss_; ss_ << "Missing MACRO name terminator '}' at index " << state_.index() - 1; state_.error(ss_); throw runtime_error(ss_.str()); } token_._type = MACRO; } }; } } #endif aspectc++/Puma/extern/lexertl/parser/PaxHeaders.4702/tree0000644000000000000000000000007412740141200020337 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.059165553 aspectc++/Puma/extern/lexertl/parser/tree/0000755000175000001440000000000012740141200020576 5ustar00osusers00000000000000aspectc++/Puma/extern/lexertl/parser/tree/PaxHeaders.4702/end_node.hpp0000644000000000000000000000007412740141200022700 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/extern/lexertl/parser/tree/end_node.hpp0000644000175000001440000000503612740141200023066 0ustar00osusers00000000000000// end_node.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_END_NODE_HPP #define LEXERTL_END_NODE_HPP #include "node.hpp" #include "../../size_t.hpp" namespace lexertl { namespace detail { template class basic_end_node : public basic_node { public: typedef basic_node node; typedef typename node::bool_stack bool_stack; typedef typename node::const_node_stack const_node_stack; typedef typename node::node_ptr_vector node_ptr_vector; typedef typename node::node_stack node_stack; typedef typename node::node_type node_type; typedef typename node::node_vector node_vector; basic_end_node(const id_type id_, const id_type user_id_, const id_type next_dfa_, const id_type push_dfa_, const bool pop_dfa_) : node(false), _id(id_), _user_id(user_id_), _next_dfa(next_dfa_), _push_dfa(push_dfa_), _pop_dfa(pop_dfa_), _followpos() { node::_firstpos.push_back(this); node::_lastpos.push_back(this); } virtual ~basic_end_node() { } virtual node_type what_type() const { return node::END; } virtual bool traverse(const_node_stack &/*node_stack_*/, bool_stack &/*perform_op_stack_*/) const { return false; } virtual const node_vector &followpos() const { // _followpos is always empty..! return _followpos; } virtual bool end_state() const { return true; } virtual id_type id() const { return _id; } virtual id_type user_id() const { return _user_id; } virtual id_type next_dfa() const { return _next_dfa; } virtual id_type push_dfa() const { return _push_dfa; } virtual bool pop_dfa() const { return _pop_dfa; } private: id_type _id; id_type _user_id; id_type _next_dfa; id_type _push_dfa; bool _pop_dfa; node_vector _followpos; virtual void copy_node(node_ptr_vector &/*node_ptr_vector_*/, node_stack &/*new_node_stack_*/, bool_stack &/*perform_op_stack_*/, bool &/*down_*/) const { // Nothing to do, as end_nodes are not copied. } }; } } #endif aspectc++/Puma/extern/lexertl/parser/tree/PaxHeaders.4702/iteration_node.hpp0000644000000000000000000000007412740141200024130 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/extern/lexertl/parser/tree/iteration_node.hpp0000644000175000001440000000547112740141200024321 0ustar00osusers00000000000000// iteration_node.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_ITERATION_NODE_HPP #define LEXERTL_ITERATION_NODE_HPP #include "node.hpp" namespace lexertl { namespace detail { template class basic_iteration_node : public basic_node { public: typedef basic_node node; typedef typename node::bool_stack bool_stack; typedef typename node::const_node_stack const_node_stack; typedef typename node::node_ptr_vector node_ptr_vector; typedef typename node::node_stack node_stack; typedef typename node::node_type node_type; typedef typename node::node_vector node_vector; basic_iteration_node(node *next_, const bool greedy_) : node(true), _next(next_), _greedy(greedy_) { typename node_vector::iterator iter_; typename node_vector::iterator end_; _next->append_firstpos(node::_firstpos); _next->append_lastpos(node::_lastpos); for (iter_ = node::_lastpos.begin(), end_ = node::_lastpos.end(); iter_ != end_; ++iter_) { (*iter_)->append_followpos(node::_firstpos); } for (iter_ = node::_firstpos.begin(), end_ = node::_firstpos.end(); iter_ != end_; ++iter_) { (*iter_)->greedy(greedy_); } } virtual ~basic_iteration_node() { } virtual node_type what_type() const { return node::ITERATION; } virtual bool traverse(const_node_stack &node_stack_, bool_stack &perform_op_stack_) const { perform_op_stack_.push(true); node_stack_.push(_next); return true; } private: // Not owner of this pointer... node *_next; bool _greedy; virtual void copy_node(node_ptr_vector &node_ptr_vector_, node_stack &new_node_stack_, bool_stack &perform_op_stack_, bool &down_) const { if (perform_op_stack_.top()) { node *ptr_ = new_node_stack_.top(); node_ptr_vector_->push_back (static_cast *>(0)); node_ptr_vector_->back() = new basic_iteration_node (ptr_, _greedy); new_node_stack_.top() = node_ptr_vector_->back(); } else { down_ = true; } perform_op_stack_.pop(); } // No copy construction. basic_iteration_node(const basic_iteration_node &); // No assignment. const basic_iteration_node &operator =(const basic_iteration_node &); }; } } #endif aspectc++/Puma/extern/lexertl/parser/tree/PaxHeaders.4702/selection_node.hpp0000644000000000000000000000007412740141200024117 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/extern/lexertl/parser/tree/selection_node.hpp0000644000175000001440000000542212740141200024304 0ustar00osusers00000000000000// selection_node.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_SELECTION_NODE_HPP #define LEXERTL_SELECTION_NODE_HPP #include "node.hpp" namespace lexertl { namespace detail { template class basic_selection_node : public basic_node { public: typedef basic_node node; typedef typename node::bool_stack bool_stack; typedef typename node::const_node_stack const_node_stack; typedef typename node::node_ptr_vector node_ptr_vector; typedef typename node::node_stack node_stack; typedef typename node::node_type node_type; basic_selection_node(node *left_, node *right_) : node(left_->nullable() || right_->nullable()), _left(left_), _right(right_) { _left->append_firstpos(node::_firstpos); _right->append_firstpos(node::_firstpos); _left->append_lastpos(node::_lastpos); _right->append_lastpos(node::_lastpos); } virtual ~basic_selection_node() { } virtual node_type what_type() const { return node::SELECTION; } virtual bool traverse(const_node_stack &node_stack_, bool_stack &perform_op_stack_) const { perform_op_stack_.push(true); switch (_right->what_type()) { case node::SEQUENCE: case node::SELECTION: case node::ITERATION: perform_op_stack_.push(false); break; default: break; } node_stack_.push(_right); node_stack_.push(_left); return true; } private: // Not owner of these pointers... node *_left; node *_right; virtual void copy_node(node_ptr_vector &node_ptr_vector_, node_stack &new_node_stack_, bool_stack &perform_op_stack_, bool &down_) const { if (perform_op_stack_.top()) { node *rhs_ = new_node_stack_.top(); new_node_stack_.pop(); node *lhs_ = new_node_stack_.top(); node_ptr_vector_->push_back (static_cast(0)); node_ptr_vector_->back() = new basic_selection_node(lhs_, rhs_); new_node_stack_.top() = node_ptr_vector_->back(); } else { down_ = true; } perform_op_stack_.pop(); } // No copy construction. basic_selection_node(const basic_selection_node &); // No assignment. const basic_selection_node &operator =(const basic_selection_node &); }; } } #endif aspectc++/Puma/extern/lexertl/parser/tree/PaxHeaders.4702/leaf_node.hpp0000644000000000000000000000007412740141200023041 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/extern/lexertl/parser/tree/leaf_node.hpp0000644000175000001440000000546012740141200023230 0ustar00osusers00000000000000// leaf_node.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_LEAF_NODE_HPP #define LEXERTL_LEAF_NODE_HPP #include "../../enums.hpp" // null_token #include "node.hpp" #include "../../size_t.hpp" namespace lexertl { namespace detail { template class basic_leaf_node : public basic_node { public: typedef basic_node node; typedef typename node::bool_stack bool_stack; typedef typename node::const_node_stack const_node_stack; typedef typename node::node_ptr_vector node_ptr_vector; typedef typename node::node_stack node_stack; typedef typename node::node_type node_type; typedef typename node::node_vector node_vector; basic_leaf_node(const id_type token_, const bool greedy_) : node(token_ == node::null_token()), _token(token_), _set_greedy(!greedy_), _greedy(greedy_), _followpos() { if (!node::_nullable) { node::_firstpos.push_back(this); node::_lastpos.push_back(this); } } virtual ~basic_leaf_node() { } virtual void append_followpos(const node_vector &followpos_) { for (typename node_vector::const_iterator iter_ = followpos_.begin(), end_ = followpos_.end(); iter_ != end_; ++iter_) { _followpos.push_back(*iter_); } } virtual node_type what_type() const { return node::LEAF; } virtual bool traverse(const_node_stack &/*node_stack_*/, bool_stack &/*perform_op_stack_*/) const { return false; } virtual id_type token() const { return _token; } virtual void greedy(const bool greedy_) { if (!_set_greedy) { _greedy = greedy_; _set_greedy = true; } } virtual bool greedy() const { return _greedy; } virtual const node_vector &followpos() const { return _followpos; } virtual node_vector &followpos() { return _followpos; } private: id_type _token; bool _set_greedy; bool _greedy; node_vector _followpos; virtual void copy_node(node_ptr_vector &node_ptr_vector_, node_stack &new_node_stack_, bool_stack &/*perform_op_stack_*/, bool &/*down_*/) const { node_ptr_vector_->push_back(static_cast(0)); node_ptr_vector_->back() = new basic_leaf_node(_token, _greedy); new_node_stack_.push(node_ptr_vector_->back()); } }; } } #endif aspectc++/Puma/extern/lexertl/parser/tree/PaxHeaders.4702/sequence_node.hpp0000644000000000000000000000007412740141200023742 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/extern/lexertl/parser/tree/sequence_node.hpp0000644000175000001440000000644212740141200024132 0ustar00osusers00000000000000// sequence_node.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_SEQUENCE_NODE_HPP #define LEXERTL_SEQUENCE_NODE_HPP #include "node.hpp" namespace lexertl { namespace detail { template class basic_sequence_node : public basic_node { public: typedef basic_node node; typedef typename node::bool_stack bool_stack; typedef typename node::const_node_stack const_node_stack; typedef typename node::node_ptr_vector node_ptr_vector; typedef typename node::node_stack node_stack; typedef typename node::node_type node_type; typedef typename node::node_vector node_vector; basic_sequence_node(node *left_, node *right_) : node(left_->nullable() && right_->nullable()), _left(left_), _right(right_) { _left->append_firstpos(node::_firstpos); if (_left->nullable()) { _right->append_firstpos(node::_firstpos); } if (_right->nullable()) { _left->append_lastpos(node::_lastpos); } _right->append_lastpos(node::_lastpos); node_vector &lastpos_ = _left->lastpos(); const node_vector &firstpos_ = _right->firstpos(); for (typename node_vector::iterator iter_ = lastpos_.begin(), end_ = lastpos_.end(); iter_ != end_; ++iter_) { (*iter_)->append_followpos(firstpos_); } } virtual ~basic_sequence_node() { } virtual node_type what_type() const { return node::SEQUENCE; } virtual bool traverse(const_node_stack &node_stack_, bool_stack &perform_op_stack_) const { perform_op_stack_.push(true); switch (_right->what_type()) { case node::SEQUENCE: case node::SELECTION: case node::ITERATION: perform_op_stack_.push(false); break; default: break; } node_stack_.push(_right); node_stack_.push(_left); return true; } private: // Not owner of these pointers... node *_left; node *_right; virtual void copy_node(node_ptr_vector &node_ptr_vector_, node_stack &new_node_stack_, bool_stack &perform_op_stack_, bool &down_) const { if (perform_op_stack_.top()) { node *rhs_ = new_node_stack_.top(); new_node_stack_.pop(); node *lhs_ = new_node_stack_.top(); node_ptr_vector_->push_back (static_cast *>(0)); node_ptr_vector_->back() = new basic_sequence_node (lhs_, rhs_); new_node_stack_.top() = node_ptr_vector_->back(); } else { down_ = true; } perform_op_stack_.pop(); } // No copy construction. basic_sequence_node(const basic_sequence_node &); // No assignment. const basic_sequence_node &operator =(const basic_sequence_node &); }; } } #endif aspectc++/Puma/extern/lexertl/parser/tree/PaxHeaders.4702/node.hpp0000644000000000000000000000007412740141200022052 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/extern/lexertl/parser/tree/node.hpp0000644000175000001440000001341512740141200022240 0ustar00osusers00000000000000// node.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_NODE_HPP #define LEXERTL_NODE_HPP #include #include "../../containers/ptr_vector.hpp" #include "../../runtime_error.hpp" #include "../../size_t.hpp" #include #include namespace lexertl { namespace detail { template class basic_node { public: enum node_type {LEAF, SEQUENCE, SELECTION, ITERATION, END}; typedef std::stack bool_stack; typedef std::stack node_stack; // stack and vector not owner of node pointers typedef std::stack const_node_stack; typedef std::vector node_vector; typedef ptr_vector node_ptr_vector; basic_node() : _nullable(false), _firstpos(), _lastpos() { } basic_node(const bool nullable_) : _nullable(nullable_), _firstpos(), _lastpos() { } virtual ~basic_node() { } static id_type null_token() { return ~static_cast(0); } bool nullable() const { return _nullable; } void append_firstpos(node_vector &firstpos_) const { firstpos_.insert(firstpos_.end(), _firstpos.begin(), _firstpos.end()); } void append_lastpos(node_vector &lastpos_) const { lastpos_.insert(lastpos_.end(), _lastpos.begin(), _lastpos.end()); } virtual void append_followpos(const node_vector &/*followpos_*/) { throw runtime_error("Internal error node::append_followpos()."); } basic_node *copy(node_ptr_vector &node_ptr_vector_) const { basic_node *new_root_ = 0; const_node_stack node_stack_; bool_stack perform_op_stack_; bool down_ = true; node_stack new_node_stack_; node_stack_.push(this); while (!node_stack_.empty()) { while (down_) { down_ = node_stack_.top()->traverse(node_stack_, perform_op_stack_); } while (!down_ && !node_stack_.empty()) { const basic_node *top_ = node_stack_.top(); top_->copy_node(node_ptr_vector_, new_node_stack_, perform_op_stack_, down_); if (!down_) node_stack_.pop(); } } assert(new_node_stack_.size() == 1); new_root_ = new_node_stack_.top(); new_node_stack_.pop(); return new_root_; } virtual node_type what_type() const = 0; virtual bool traverse(const_node_stack &node_stack_, bool_stack &perform_op_stack_) const = 0; node_vector &firstpos() { return _firstpos; } const node_vector &firstpos() const { return _firstpos; } // _lastpos modified externally, so not const & node_vector &lastpos() { return _lastpos; } virtual bool end_state() const { return false; } virtual id_type id() const { throw runtime_error("Internal error node::id()."); #ifdef __SUNPRO_CC // Stop bogus Solaris compiler warning return id_type(); #endif } virtual id_type user_id() const { throw runtime_error("Internal error node::user_id()."); #ifdef __SUNPRO_CC // Stop bogus Solaris compiler warning return id_type(); #endif } virtual id_type next_dfa() const { throw runtime_error("Internal error node::next_dfa()."); #ifdef __SUNPRO_CC // Stop bogus Solaris compiler warning return id_type(); #endif } virtual id_type push_dfa() const { throw runtime_error("Internal error node::push_dfa()."); #ifdef __SUNPRO_CC // Stop bogus Solaris compiler warning return id_type(); #endif } virtual bool pop_dfa() const { throw runtime_error("Internal error node::pop_dfa()."); #ifdef __SUNPRO_CC // Stop bogus Solaris compiler warning return false; #endif } virtual id_type token() const { throw runtime_error("Internal error node::token()."); #ifdef __SUNPRO_CC // Stop bogus Solaris compiler warning return id_type(); #endif } virtual void greedy(const bool /*greedy_*/) { throw runtime_error("Internal error node::greedy(bool)."); } virtual bool greedy() const { throw runtime_error("Internal error node::greedy()."); #ifdef __SUNPRO_CC // Stop bogus Solaris compiler warning return false; #endif } virtual const node_vector &followpos() const { throw runtime_error("Internal error node::followpos()."); #ifdef __SUNPRO_CC // Stop bogus Solaris compiler warning return firstpos; #endif } virtual node_vector &followpos() { throw runtime_error("Internal error node::followpos()."); #ifdef __SUNPRO_CC // Stop bogus Solaris compiler warning return firstpos; #endif } protected: const bool _nullable; node_vector _firstpos; node_vector _lastpos; virtual void copy_node(node_ptr_vector &node_ptr_vector_, node_stack &new_node_stack_, bool_stack &perform_op_stack_, bool &down_) const = 0; private: basic_node(const basic_node &); // No copy construction. const basic_node &operator =(const basic_node &); // No assignment. }; } } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/match_results.hpp0000644000000000000000000000007412740141200021547 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/extern/lexertl/match_results.hpp0000644000175000001440000001006012740141200021726 0ustar00osusers00000000000000// match_results.hpp // Copyright (c) 2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_MATCH_RESULTS_HPP #define LEXERTL_MATCH_RESULTS_HPP #include "char_traits.hpp" #include "enums.hpp" #include #include #include namespace lexertl { template struct match_results { typedef iter iter_type; typedef typename std::iterator_traits::value_type char_type; typedef typename basic_char_traits::index_type index_type; typedef std::basic_string string; id_type id; id_type user_id; iter_type start; iter_type end; iter_type eoi; bool bol; id_type state; match_results() : id(0), user_id(npos()), start(iter_type()), end(iter_type()), eoi(iter_type()), bol(true), state(0) { } match_results(const iter_type &start_, const iter_type &end_) : id(0), user_id(npos()), start(start_), end(start_), eoi(end_), bol(true), state(0) { } virtual ~match_results() { } string str() const { return string(start, end); } string substr(const std::size_t soffset_, const std::size_t eoffset_) const { return string(start + soffset_, end - eoffset_); } virtual void clear() { id = 0; user_id = npos(); start = eoi; end = eoi; bol = true; state = 0; } virtual void reset(const iter_type &start_, const iter_type &end_) { id = 0; user_id = npos(); start = start_; end = start_; eoi = end_; bol = true; state = 0; } static id_type npos() { return ~static_cast(0); } static id_type skip() { return ~static_cast(1); } bool operator ==(const match_results &rhs_) const { return id == rhs_.id && user_id == rhs_.user_id && start == rhs_.start && end == rhs_.end && eoi == rhs_.eoi && bol == rhs_.bol && state == rhs_.state; } }; template struct recursive_match_results : public match_results { typedef std::pair id_type_pair; std::stack stack; recursive_match_results() : match_results(), stack() { } recursive_match_results(const iter &start_, const iter &end_) : match_results(start_, end_), stack() { } virtual ~recursive_match_results() { } virtual void clear() { match_results::clear(); while (!stack.empty()) stack.pop(); } virtual void reset(const iter &start_, const iter &end_) { match_results::reset(start_, end_); while (!stack.empty()) stack.pop(); } }; typedef match_results smatch; typedef match_results cmatch; typedef match_results wsmatch; typedef match_results wcmatch; typedef recursive_match_results srmatch; typedef recursive_match_results crmatch; typedef recursive_match_results wsrmatch; typedef recursive_match_results wcrmatch; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/sm_traits.hpp0000644000000000000000000000007412740141200020677 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/sm_traits.hpp0000644000175000001440000000225212740141200021062 0ustar00osusers00000000000000// sm_traits.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_SM_TRAITS_H #define LEXERTL_SM_TRAITS_H namespace lexertl { template struct basic_sm_traits { enum {char_24_bit = sizeof(ch_type) > 2, compressed = comp, lookup = look, is_dfa = dfa_nfa}; typedef ch_type input_char_type; typedef ch_type char_type; typedef sm_type id_type; static id_type npos() { return ~static_cast(0); } }; template struct basic_sm_traits { enum {char_24_bit = sizeof(ch_type) > 2, compressed = true, lookup = look, is_dfa = dfa_nfa}; typedef ch_type input_char_type; typedef unsigned char char_type; typedef sm_type id_type; static id_type npos() { return ~static_cast(0); } }; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/rules.hpp0000644000000000000000000000007412740141200020024 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/rules.hpp0000644000175000001440000007154512740141200020222 0ustar00osusers00000000000000// rules.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_RULES_HPP #define LEXERTL_RULES_HPP #include "compile_assert.hpp" #include #include "enums.hpp" #include #include #include "narrow.hpp" #include "parser/tokeniser/re_tokeniser.hpp" #include "runtime_error.hpp" #include #include "size_t.hpp" #include #include #include namespace lexertl { template class basic_rules { public: typedef std::vector bool_vector; typedef std::deque bool_vector_deque; typedef ch_type char_type; typedef r_ch_type rules_char_type; typedef id_ty id_type; typedef std::vector id_vector; typedef std::deque id_vector_deque; typedef detail::basic_re_tokeniser_state re_state; typedef std::basic_string string; typedef basic_string_token string_token; typedef std::deque string_deque; typedef std::set string_set; typedef std::pair string_pair; typedef std::map string_id_type_map; typedef std::pair string_id_type_pair; typedef detail::basic_re_token token; typedef std::deque token_deque; typedef std::deque token_deque_deque; typedef std::deque token_deque_deque_deque; typedef std::map macro_map; typedef std::pair macro_pair; typedef detail::basic_re_tokeniser tokeniser; // If you get a compile error here you have // failed to define an unsigned id type. compile_assert <(~static_cast(0) > 0)> _valid_id_type; basic_rules(const std::size_t flags_ = dot_not_newline) : _valid_id_type(), _statemap(), _macro_map(), _regexes(), _features(), _ids(), _user_ids(), _next_dfas(), _pushes(), _pops(), _flags(flags_), _locale(), _lexer_state_names() { push_state(initial()); } void clear() { _statemap.clear(); _macro_map.clear(); _regexes.clear(); _features.clear(); _ids.clear(); _user_ids.clear(); _next_dfas.clear(); _pushes.clear(); _pops.clear(); _flags = dot_not_newline; _locale = std::locale(); _lexer_state_names.clear(); push_state(initial()); } void clear(const id_type dfa_) { if (_regexes.size() > dfa_) { _regexes[dfa_].clear(); _features[dfa_] = 0; _ids[dfa_].clear(); _user_ids[dfa_].clear(); _next_dfas[dfa_].clear(); _pushes[dfa_].clear(); _pops[dfa_].clear(); } } void flags(const std::size_t flags_) { _flags = flags_; } std::size_t flags() const { return _flags; } static id_type skip() { return ~static_cast(1); } id_type eoi() const { return 0; } static id_type npos() { return ~static_cast(0); } std::locale imbue(const std::locale &locale_) { std::locale loc_ = _locale; _locale = locale_; return loc_; } const std::locale &locale() const { return _locale; } const rules_char_type *state(const id_type index_) const { if (index_ == 0) { return initial(); } else { const id_type i_ = index_ - 1; if (_lexer_state_names.size() > i_) { return _lexer_state_names[i_].c_str(); } else { return 0; } } } id_type state(const rules_char_type *name_) const { typename string_id_type_map::const_iterator iter_ = _statemap.find(name_); if (iter_ == _statemap.end()) { return npos(); } else { return iter_->second; } } id_type push_state(const rules_char_type *name_) { validate(name_); if (_statemap.insert(string_id_type_pair(name_, _statemap.size())).second) { _regexes.push_back(token_deque_deque()); _features.push_back(0); _ids.push_back(id_vector()); _user_ids.push_back(id_vector()); _next_dfas.push_back(id_vector()); _pushes.push_back(id_vector()); _pops.push_back(bool_vector()); if (string(name_) != initial()) { _lexer_state_names.push_back(name_); } } else { return _statemap.find(name_)->second; } if (_next_dfas.size() > npos()) { // Overflow throw runtime_error("The data type you have chosen cannot hold " "this many lexer start states."); } // Initial is not stored, so no need to - 1. return static_cast(_lexer_state_names.size()); } void insert_macro(const rules_char_type *name_, const rules_char_type *regex_) { insert_macro(name_, string(regex_)); } void insert_macro(const rules_char_type *name_, const rules_char_type *regex_start_, const rules_char_type *regex_end_) { insert_macro(name_, string(regex_start_, regex_end_)); } void insert_macro(const rules_char_type *name_, const string ®ex_) { validate(name_); typename macro_map::const_iterator iter_ = _macro_map.find(name_); if (iter_ == _macro_map.end()) { std::pair pair_ = _macro_map.insert(macro_pair(name_, token_deque())); tokenise(regex_, pair_.first->second, npos(), name_); } else { std::ostringstream ss_; ss_ << "Attempt to redefine MACRO '"; narrow(name_, ss_); ss_ << "'."; throw runtime_error(ss_.str()); } } // Add rule to INITIAL void push(const rules_char_type *regex_, const id_type id_, const id_type user_id_ = npos()) { push(string(regex_), id_, user_id_); } void push(const rules_char_type *regex_start_, const rules_char_type *regex_end_, const id_type id_, const id_type user_id_ = npos()) { push(string(regex_start_, regex_end_), id_, user_id_); } void push(const string ®ex_, const id_type id_, const id_type user_id_ = npos()) { check_for_invalid_id(id_); _regexes.front().push_back(token_deque()); tokenise(regex_, _regexes.front().back(), id_, 0); if (regex_[0] == '^') { _features.front() |= bol_bit; } if (regex_.size() > 0 && regex_[regex_.size() - 1] == '$') { _features.front() |= eol_bit; } if (id_ == skip()) { _features.front() |= skip_bit; } else if (id_ == eoi()) { _features.front() |= again_bit; } _ids.front().push_back(id_); _user_ids.front().push_back(user_id_); _next_dfas.front().push_back(0); _pushes.front().push_back(npos()); _pops.front().push_back(false); } // Add rule with no id void push(const rules_char_type *curr_dfa_, const rules_char_type *regex_, const rules_char_type *new_dfa_) { push(curr_dfa_, string(regex_), new_dfa_); } void push(const rules_char_type *curr_dfa_, const rules_char_type *regex_start_, const rules_char_type *regex_end_, const rules_char_type *new_dfa_) { push(curr_dfa_, string(regex_start_, regex_end_), new_dfa_); } void push(const rules_char_type *curr_dfa_, const string ®ex_, const rules_char_type *new_dfa_) { push(curr_dfa_, regex_, eoi(), new_dfa_, false); } // Add rule with id void push(const rules_char_type *curr_dfa_, const rules_char_type *regex_, const id_type id_, const rules_char_type *new_dfa_, const id_type user_id_ = npos()) { push(curr_dfa_, string(regex_), id_, new_dfa_, user_id_); } void push(const rules_char_type *curr_dfa_, const rules_char_type *regex_start_, const rules_char_type *regex_end_, const id_type id_, const rules_char_type *new_dfa_, const id_type user_id_ = npos()) { push(curr_dfa_, string(regex_start_, regex_end_), id_, new_dfa_, user_id_); } void push(const rules_char_type *curr_dfa_, const string ®ex_, const id_type id_, const rules_char_type *new_dfa_, const id_type user_id_ = npos()) { push(curr_dfa_, regex_, id_, new_dfa_, true, user_id_); } void reverse() { typename token_deque_deque_deque::iterator state_iter_ = _regexes.begin(); typename token_deque_deque_deque::iterator state_end_ = _regexes.end(); typename macro_map::iterator macro_iter_ = _macro_map.begin(); typename macro_map::iterator macro_end_ = _macro_map.end(); for (; state_iter_ != state_end_; ++state_iter_) { typename token_deque_deque::iterator regex_iter_ = state_iter_->begin(); typename token_deque_deque::iterator regex_end_ = state_iter_->end(); for (; regex_iter_ != regex_end_; ++regex_iter_) { reverse(*regex_iter_); } } for (; macro_iter_ != macro_end_; ++macro_iter_) { reverse(macro_iter_->second); } } const string_id_type_map &statemap() const { return _statemap; } const token_deque_deque_deque ®exes() const { return _regexes; } const id_vector &features() const { return _features; } const id_vector_deque &ids() const { return _ids; } const id_vector_deque &user_ids() const { return _user_ids; } const id_vector_deque &next_dfas() const { return _next_dfas; } const id_vector_deque &pushes() const { return _pushes; } const bool_vector_deque &pops() const { return _pops; } bool empty() const { typename token_deque_deque_deque::const_iterator iter_ = _regexes.begin(); typename token_deque_deque_deque::const_iterator end_ = _regexes.end(); bool empty_ = true; for (; iter_ != end_; ++iter_) { if (!iter_->empty()) { empty_ = false; break; } } return empty_; } static const rules_char_type *initial() { static const rules_char_type initial_ [] = { 'I', 'N', 'I', 'T', 'I', 'A', 'L', 0 }; return initial_; } static const rules_char_type *dot() { static const rules_char_type dot_ [] = { '.', 0 }; return dot_; } static const rules_char_type *all_states() { static const rules_char_type star_ [] = { '*', 0 }; return star_; } private: string_id_type_map _statemap; macro_map _macro_map; token_deque_deque_deque _regexes; id_vector _features; id_vector_deque _ids; id_vector_deque _user_ids; id_vector_deque _next_dfas; id_vector_deque _pushes; bool_vector_deque _pops; std::size_t _flags; std::locale _locale; string_deque _lexer_state_names; void tokenise(const string ®ex_, token_deque &tokens_, const id_type id_, const rules_char_type *name_) { re_state state_(regex_.c_str(), regex_.c_str() + regex_.size(), id_, _flags, _locale, name_); string macro_; rules_char_type diff_ = 0; tokens_.push_back(token()); do { token *lhs_ = &tokens_.back(); token rhs_; tokeniser::next(*lhs_, state_, rhs_); if (rhs_._type != detail::DIFF && lhs_->precedence(rhs_._type) == ' ') { std::ostringstream ss_; ss_ << "A syntax error occurred: '" << lhs_->precedence_string() << "' against '" << rhs_.precedence_string() << "' preceding index " << state_.index() << " in "; if (name_ != 0) { ss_ << "macro "; narrow(name_, ss_); } else { ss_ << "rule id " << state_._id; } ss_ << '.'; throw runtime_error(ss_.str()); } if (rhs_._type == detail::MACRO) { typename macro_map::const_iterator iter_ = _macro_map.find(rhs_._extra); macro_ = rhs_._extra; if (iter_ == _macro_map.end()) { const rules_char_type *name_ = rhs_._extra.c_str(); std::ostringstream ss_; ss_ << "Unknown MACRO name '"; narrow(name_, ss_); ss_ << "'."; throw runtime_error(ss_.str()); } else { const bool multiple_ = iter_->second.size() > 3; if (diff_) { if (multiple_) { std::ostringstream ss_; ss_ << "Single CHARSET must follow {-} or {+} at " "index " << state_.index() - 1 << " in "; if (name_ != 0) { ss_ << "macro "; narrow(name_, ss_); } else { ss_ << "rule id " << state_._id; } ss_ << '.'; throw runtime_error(ss_.str()); } else { rhs_ = iter_->second[1]; } } // Any macro with more than one charset (or quantifiers) // requires bracketing. if (multiple_) { token open_; open_._type = detail::OPENPAREN; open_._str.insert('('); tokens_.push_back(open_); } // Don't need to store token if it is diff. if (!diff_) { // Don't insert BEGIN or END tokens tokens_.insert(tokens_.end(), iter_->second.begin() + 1, iter_->second.end() - 1); lhs_ = &tokens_.back(); } if (multiple_) { token close_; close_._type = detail::CLOSEPAREN; close_._str.insert(')'); tokens_.push_back(close_); } } } else if (rhs_._type == detail::DIFF) { if (!macro_.empty()) { typename macro_map::const_iterator iter_ = _macro_map.find(macro_); if (iter_->second.size() > 3) { std::ostringstream ss_; ss_ << "Single CHARSET must precede {-} or {+} at " "index " << state_.index() - 1 << " in "; if (name_ != 0) { ss_ << "macro "; narrow(name_, ss_); } else { ss_ << "rule id " << state_._id; } ss_ << '.'; throw runtime_error(ss_.str()); } } diff_ = rhs_._extra[0]; macro_.clear(); continue; } else if (!diff_) { tokens_.push_back(rhs_); lhs_ = &tokens_.back(); macro_.clear(); } // diff_ may have been set by previous conditional. if (diff_) { if (rhs_._type != detail::CHARSET) { std::ostringstream ss_; ss_ << "CHARSET must follow {-} or {+} at index " << state_.index() - 1 << " in "; if (name_ != 0) { ss_ << "macro "; narrow(name_, ss_); } else { ss_ << "rule id " << state_._id; } ss_ << '.'; throw runtime_error(ss_.str()); } switch (diff_) { case '-': lhs_->_str.remove(rhs_._str); if (lhs_->_str.empty()) { std::ostringstream ss_; ss_ << "Empty charset created by {-} at index " << state_.index() - 1 << " in "; if (name_ != 0) { ss_ << "macro "; narrow(name_, ss_); } else { ss_ << "rule id " << state_._id; } ss_ << '.'; throw runtime_error(ss_.str()); } break; case '+': lhs_->_str.insert(rhs_._str); break; } diff_ = 0; } } while (tokens_.back()._type != detail::END); if (tokens_.size() == 2) { std::ostringstream ss_; ss_ << "Empty regex in "; if (name_ != 0) { ss_ << "macro "; narrow(name_, ss_); } else { ss_ << "rule id " << state_._id; } ss_ << " is not allowed."; throw runtime_error(ss_.str()); } } void reverse(token_deque &deque_) { token_deque new_deque_(deque_.size(), token()); typename token_deque::reverse_iterator iter_ = deque_.rbegin(); typename token_deque::reverse_iterator end_ = deque_.rend(); typename token_deque::iterator dest_ = new_deque_.begin(); std::stack stack_; for (; iter_ != end_; ++iter_, ++dest_) { switch (iter_->_type) { case detail::BEGIN: iter_->swap(*dest_); dest_->_type = detail::END; break; case detail::BOL: iter_->swap(*dest_); dest_->_type = detail::EOL; break; case detail::EOL: iter_->swap(*dest_); dest_->_type = detail::BOL; break; case detail::OPENPAREN: iter_->swap(*dest_); dest_->_type = detail::CLOSEPAREN; if (stack_.top() != end_) { ++dest_; dest_->swap(*stack_.top()); } stack_.pop(); break; case detail::CLOSEPAREN: iter_->swap(*dest_); dest_->_type = detail::OPENPAREN; stack_.push(end_); break; case detail::OPT: case detail::AOPT: case detail::ZEROORMORE: case detail::AZEROORMORE: case detail::ONEORMORE: case detail::AONEORMORE: case detail::REPEATN: case detail::AREPEATN: { typename token_deque::reverse_iterator temp_ = iter_ + 1; if (temp_->_type == detail::CLOSEPAREN) { stack_.push(iter_); ++iter_; iter_->swap(*dest_); dest_->_type = detail::OPENPAREN; } else { dest_->swap(*temp_); ++dest_; dest_->swap(*iter_); ++iter_; } break; } case detail::END: iter_->swap(*dest_); dest_->_type = detail::BEGIN; break; default: // detail::OR // detail::CHARSET iter_->swap(*dest_); break; } } new_deque_.swap(deque_); } void push(const rules_char_type *curr_dfa_, const string ®ex_, const id_type id_, const rules_char_type *new_dfa_, const bool check_, const id_type user_id_ = npos()) { const bool star_ = *curr_dfa_ == '*' && *(curr_dfa_ + 1) == 0; const bool dot_ = *new_dfa_ == '.' && *(new_dfa_ + 1) == 0; const bool push_ = *new_dfa_ == '>'; const rules_char_type *push_dfa_ = 0; const bool pop_ = *new_dfa_ == '<'; if (push_ || pop_) { ++new_dfa_; } if (check_) { check_for_invalid_id(id_); } if (!dot_ && !pop_) { const rules_char_type *temp_ = new_dfa_; while (*temp_ && *temp_ != ':') { ++temp_; } if (*temp_) push_dfa_ = temp_ + 1; validate(new_dfa_, *temp_ ? temp_ : 0); if (push_dfa_) { validate(push_dfa_); } } // npos means pop here id_type new_dfa_id_ = npos(); id_type push_dfa_id_ = npos(); typename string_id_type_map::const_iterator iter_; typename string_id_type_map::const_iterator end_ = _statemap.end(); id_vector next_dfas_; if (!dot_ && !pop_) { if (push_dfa_) { iter_ = _statemap.find(string(new_dfa_, push_dfa_ - 1)); } else { iter_ = _statemap.find(new_dfa_); } if (iter_ == end_) { std::ostringstream ss_; ss_ << "Unknown state name '"; narrow(new_dfa_, ss_); ss_ << "'."; throw runtime_error(ss_.str()); } new_dfa_id_ = iter_->second; if (push_dfa_) { iter_ = _statemap.find(push_dfa_); if (iter_ == end_) { std::ostringstream ss_; ss_ << "Unknown state name '"; narrow(push_dfa_, ss_); ss_ << "'."; throw runtime_error(ss_.str()); } push_dfa_id_ = iter_->second; } } if (star_) { const std::size_t size_ = _statemap.size(); for (id_type i_ = 0; i_ < size_; ++i_) { next_dfas_.push_back(i_); } } else { const rules_char_type *start_ = curr_dfa_; string next_dfa_; while (*curr_dfa_) { while (*curr_dfa_ && *curr_dfa_ != ',') { ++curr_dfa_; } next_dfa_.assign(start_, curr_dfa_); if (*curr_dfa_) { ++curr_dfa_; start_ = curr_dfa_; } validate(next_dfa_.c_str()); iter_ = _statemap.find(next_dfa_.c_str()); if (iter_ == end_) { std::ostringstream ss_; ss_ << "Unknown state name '"; curr_dfa_ = next_dfa_.c_str(); narrow(curr_dfa_, ss_); ss_ << "'."; throw runtime_error(ss_.str()); } next_dfas_.push_back(iter_->second); } } for (std::size_t i_ = 0, size_ = next_dfas_.size(); i_ < size_; ++i_) { const id_type curr_ = next_dfas_[i_]; _regexes[curr_].push_back(token_deque()); tokenise(regex_, _regexes[curr_].back(), id_, 0); if (regex_[0] == '^') { _features[curr_] |= bol_bit; } if (regex_[regex_.size() - 1] == '$') { _features[curr_] |= eol_bit; } if (id_ == skip()) { _features[curr_] |= skip_bit; } else if (id_ == eoi()) { _features[curr_] |= again_bit; } if (push_ || pop_) { _features[curr_] |= recursive_bit; } _ids[curr_].push_back(id_); _user_ids[curr_].push_back(user_id_); _next_dfas[curr_].push_back(dot_ ? curr_ : new_dfa_id_); _pushes[curr_].push_back(push_ ? (push_dfa_ ? push_dfa_id_ : curr_) : npos()); _pops[curr_].push_back(pop_); } } void validate(const rules_char_type *name_, const rules_char_type *end_ = 0) const { const rules_char_type *start_ = name_; if (*name_ != '_' && !(*name_ >= 'A' && *name_ <= 'Z') && !(*name_ >= 'a' && *name_ <= 'z')) { std::ostringstream ss_; ss_ << "Invalid name '"; narrow(name_, ss_); ss_ << "'."; throw runtime_error(ss_.str()); } else if (*name_) { ++name_; } while (*name_ && name_ != end_) { if (*name_ != '_' && *name_ != '-' && !(*name_ >= 'A' && *name_ <= 'Z') && !(*name_ >= 'a' && *name_ <= 'z') && !(*name_ >= '0' && *name_ <= '9')) { std::ostringstream ss_; ss_ << "Invalid name '"; name_ = start_; narrow(name_, ss_); ss_ << "'."; throw runtime_error(ss_.str()); } ++name_; } } void check_for_invalid_id(const id_type id_) const { if (id_ == eoi()) { throw runtime_error("Cannot resuse the id for eoi."); } if (id_ == npos()) { throw runtime_error("The id npos is reserved for the " "UNKNOWN token."); } } }; typedef basic_rules rules; typedef basic_rules wrules; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/generator.hpp0000644000000000000000000000007412740141200020660 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.063165619 aspectc++/Puma/extern/lexertl/generator.hpp0000644000175000001440000006747712740141200021067 0ustar00osusers00000000000000// generator.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_GENERATOR_HPP #define LEXERTL_GENERATOR_HPP #include #include "bool.hpp" #include "partition/charset.hpp" #include "char_traits.hpp" #include "partition/equivset.hpp" #include #include "parser/parser.hpp" #include "containers/ptr_list.hpp" #include "rules.hpp" #include "size_t.hpp" #include "state_machine.hpp" namespace lexertl { template > class basic_generator { public: typedef typename rules::id_type id_type; typedef typename rules::rules_char_type rules_char_type; typedef typename sm::traits sm_traits; typedef detail::basic_parser parser; typedef typename parser::charset_map charset_map; typedef typename parser::node node; typedef typename parser::node_ptr_vector node_ptr_vector; static void build(const rules &rules_, sm &sm_) { const std::size_t size_ = rules_.statemap().size(); // Strong exception guarantee // http://www.boost.org/community/exception_safety.html internals internals_; sm temp_sm_; node_ptr_vector node_ptr_vector_; internals_._eoi = rules_.eoi(); internals_.add_states(size_); for (id_type index_ = 0; index_ < size_; ++index_) { if (rules_.regexes()[index_].empty()) { std::ostringstream ss_; ss_ << "Lexer states with no rules are not allowed " "(lexer state " << index_ << ".)"; throw runtime_error(ss_.str()); } else { // Note that the following variables are per DFA. // Map of regex charset tokens (strings) to index charset_map charset_map_; // Used to fix up $ and \n clashes. id_type nl_id_ = sm_traits::npos(); // Regex syntax tree node *root_ = build_tree(rules_, index_, node_ptr_vector_, charset_map_, nl_id_); build_dfa(charset_map_, root_, internals_, temp_sm_, index_, nl_id_); if (internals_._dfa[index_]->size() / internals_._dfa_alphabet[index_] >= sm_traits::npos()) { // Overflow throw runtime_error("The data type you have chosen " "cannot hold this many DFA rows."); } } } // If you get a compile error here the id_type from rules and // state machine do no match. create(internals_, temp_sm_, rules_.features(), lookup()); sm_.swap(temp_sm_); } static node *build_tree(const rules &rules_, const std::size_t dfa_, node_ptr_vector &node_ptr_vector_, charset_map &charset_map_, id_type &nl_id_) { parser parser_(rules_.locale(), node_ptr_vector_, charset_map_, rules_.eoi()); const typename rules::token_deque_deque_deque ®exes_ = rules_.regexes(); typename rules::token_deque_deque::const_iterator regex_iter_ = regexes_[dfa_].begin(); typename rules::token_deque_deque::const_iterator regex_iter_end_ = regexes_[dfa_].end(); const typename rules::token_deque ®ex_ = *regex_iter_; const typename rules::id_vector_deque &ids_ = rules_.ids(); const typename rules::id_vector_deque &user_ids_ = rules_.user_ids(); typename rules::id_vector::const_iterator id_iter_ = ids_[dfa_].begin(); typename rules::id_vector::const_iterator user_id_iter_ = user_ids_[dfa_].begin(); const typename rules::id_vector_deque &next_dfas_ = rules_.next_dfas(); const typename rules::id_vector_deque &pushes_ = rules_.pushes(); const typename rules::bool_vector_deque &pops_ = rules_.pops(); typename rules::id_vector::const_iterator next_dfa_iter_ = next_dfas_[dfa_].begin(); typename rules::id_vector::const_iterator push_dfa_iter_ = pushes_[dfa_].begin(); typename rules::bool_vector::const_iterator pop_dfa_iter_ = pops_[dfa_].begin(); const bool seen_bol_ = (rules_.features()[dfa_] & bol_bit) != 0; node *root_ = 0; root_ = parser_.parse(regex_, *id_iter_, *user_id_iter_, *next_dfa_iter_, *push_dfa_iter_, *pop_dfa_iter_, rules_.flags(), nl_id_, seen_bol_); ++regex_iter_; ++id_iter_; ++user_id_iter_; ++next_dfa_iter_; ++push_dfa_iter_; ++pop_dfa_iter_; // Build syntax trees while (regex_iter_ != regex_iter_end_) { // Re-declare var, otherwise we perform an assignment..! const typename rules::token_deque ®ex_ = *regex_iter_; node *rhs_ = parser_.parse(regex_, *id_iter_, *user_id_iter_, *next_dfa_iter_, *push_dfa_iter_, *pop_dfa_iter_, rules_.flags(), nl_id_, (rules_.features()[dfa_] & bol_bit) != 0); node_ptr_vector_->push_back (static_cast(0)); node_ptr_vector_->back() = new selection_node(root_, rhs_); root_ = node_ptr_vector_->back(); ++regex_iter_; ++id_iter_; ++user_id_iter_; ++next_dfa_iter_; ++push_dfa_iter_; ++pop_dfa_iter_; } return root_; } protected: typedef bool_ compressed; typedef detail::basic_equivset equivset; typedef detail::ptr_list equivset_list; typedef std::auto_ptr equivset_ptr; typedef typename sm_traits::char_type sm_char_type; typedef detail::basic_charset charset; typedef std::auto_ptr charset_ptr; typedef detail::ptr_list charset_list; typedef detail::basic_internals internals; typedef typename std::set id_type_set; typedef typename internals::id_type_vector id_type_vector; typedef typename charset::index_set index_set; typedef std::vector index_set_vector; typedef bool_ is_dfa; typedef bool_ lookup; typedef std::set node_set; typedef detail::ptr_vector node_set_vector; typedef typename node::node_vector node_vector; typedef detail::ptr_vector node_vector_vector; typedef typename parser::selection_node selection_node; typedef typename std::vector size_t_vector; typedef typename parser::string_token string_token; static void build_dfa(const charset_map &charset_map_, const node *root_, internals &internals_, sm &sm_, const id_type dfa_index_, id_type &nl_id_) { // partitioned charset list charset_list charset_list_; // vector mapping token indexes to partitioned token index sets index_set_vector set_mapping_; typename internals::id_type_vector &dfa_ = *internals_._dfa[dfa_index_]; std::size_t dfa_alphabet_ = 0; const node_vector *followpos_ = &root_->firstpos(); node_set_vector seen_sets_; node_vector_vector seen_vectors_; size_t_vector hash_vector_; id_type zero_id_ = sm_traits::npos(); id_type_set eol_set_; set_mapping_.resize(charset_map_.size()); partition_charsets(charset_map_, charset_list_, is_dfa()); build_set_mapping(charset_list_, internals_, dfa_index_, set_mapping_); if (nl_id_ != sm_traits::npos()) { nl_id_ = *set_mapping_[nl_id_].begin(); zero_id_ = sm_traits::compressed ? *set_mapping_[charset_map_.find(string_token(0, 0))-> second].begin() : sm_traits::npos(); } dfa_alphabet_ = charset_list_->size() + transitions_index + (nl_id_ == sm_traits::npos() ? 0 : 1); if (dfa_alphabet_ > sm_traits::npos()) { // Overflow throw runtime_error("The data type you have chosen cannot hold " "the dfa alphabet."); } internals_._dfa_alphabet[dfa_index_] = dfa_alphabet_; // 'jam' state dfa_.resize(dfa_alphabet_, 0); closure(followpos_, seen_sets_, seen_vectors_, hash_vector_, dfa_alphabet_, dfa_); for (id_type index_ = 0; index_ < static_cast (seen_vectors_->size()); ++index_) { equivset_list equiv_list_; build_equiv_list(seen_vectors_[index_], set_mapping_, equiv_list_, is_dfa()); for (typename equivset_list::list::const_iterator iter_ = equiv_list_->begin(), end_ = equiv_list_->end(); iter_ != end_; ++iter_) { equivset *equivset_ = *iter_; const id_type transition_ = closure (&equivset_->_followpos, seen_sets_, seen_vectors_, hash_vector_, dfa_alphabet_, dfa_); if (transition_ != sm_traits::npos()) { id_type *ptr_ = &dfa_.front() + ((index_ + 1) * dfa_alphabet_); // Prune abstemious transitions from end states. if (*ptr_ && !equivset_->_greedy) continue; for (typename equivset::index_vector::const_iterator equiv_iter_ = equivset_->_index_vector.begin(), equiv_end_ = equivset_->_index_vector.end(); equiv_iter_ != equiv_end_; ++equiv_iter_) { const id_type i_ = *equiv_iter_; if (i_ == parser::bol_token()) { dfa_.front() = transition_; } else if (i_ == parser:: eol_token()) { ptr_[eol_index] = transition_; eol_set_.insert(index_ + 1); } else { ptr_[i_ + transitions_index] = transition_; } } } } } fix_clashes(eol_set_, nl_id_, zero_id_, dfa_, dfa_alphabet_, compressed()); append_dfa(charset_list_, internals_, sm_, dfa_index_, lookup()); } // Uncompressed static void fix_clashes(const id_type_set &eol_set_, const id_type nl_id_, const id_type /*zero_id_*/, typename internals::id_type_vector &dfa_, const std::size_t dfa_alphabet_, const false_ &) { typename id_type_set::const_iterator eol_iter_ = eol_set_.begin(); typename id_type_set::const_iterator eol_end_ = eol_set_.end(); for (; eol_iter_ != eol_end_; ++eol_iter_) { id_type *ptr_ = &dfa_.front() + *eol_iter_ * dfa_alphabet_; const id_type eol_state_ = ptr_[eol_index]; const id_type nl_state_ = ptr_[nl_id_ + transitions_index]; if (nl_state_) { ptr_[transitions_index + nl_id_] = 0; ptr_ = &dfa_.front() + eol_state_ * dfa_alphabet_; if (ptr_[transitions_index + nl_id_] == 0) { ptr_[transitions_index + nl_id_] = nl_state_; } } } } // Compressed static void fix_clashes(const id_type_set &eol_set_, const id_type nl_id_, const id_type zero_id_, typename internals::id_type_vector &dfa_, const std::size_t dfa_alphabet_, const true_ &) { typename id_type_set::const_iterator eol_iter_ = eol_set_.begin(); typename id_type_set::const_iterator eol_end_ = eol_set_.end(); std::size_t i_ = 0; for (; eol_iter_ != eol_end_; ++eol_iter_) { id_type *ptr_ = &dfa_.front() + *eol_iter_ * dfa_alphabet_; const id_type eol_state_ = ptr_[eol_index]; id_type nl_state_ = 0; for (; i_ < (sm_traits::char_24_bit ? 2 : 1); ++i_) { ptr_ = &dfa_.front() + ptr_[transitions_index + zero_id_] * dfa_alphabet_; } nl_state_ = ptr_[transitions_index + nl_id_]; if (nl_state_) { ptr_ = &dfa_.front() + eol_state_ * dfa_alphabet_; if (ptr_[transitions_index + zero_id_] != 0) continue; ptr_[transitions_index + zero_id_] = dfa_.size() / dfa_alphabet_; dfa_.resize(dfa_.size() + dfa_alphabet_, 0); for (i_ = 0; i_ < (sm_traits::char_24_bit ? 1 : 0); ++i_) { ptr_ = &dfa_.front() + dfa_.size() - dfa_alphabet_; ptr_[transitions_index + zero_id_] = dfa_.size() / dfa_alphabet_; dfa_.resize(dfa_.size() + dfa_alphabet_, 0); } ptr_ = &dfa_.front() + dfa_.size() - dfa_alphabet_; ptr_[transitions_index + nl_id_] = nl_state_; } } } // char_state_machine version static void append_dfa(const charset_list &charset_list_, const internals &internals_, sm &sm_, const id_type dfa_index_, const false_ &) { typename charset_list::list::const_iterator list_iter_ = charset_list_->begin(); std::size_t size_ = charset_list_->size(); typename sm::string_token_vector token_vector_; token_vector_.reserve(size_); for (std::size_t i_ = 0; i_ < size_; ++i_, ++list_iter_) { const charset *charset_ = *list_iter_; token_vector_.push_back(charset_->_token); } sm_.append(token_vector_, internals_, dfa_index_); } // state_machine version static void append_dfa(const charset_list &, const internals &, sm &, const id_type, const true_ &) { // Nothing to do - will use create() instead } // char_state_machine version static void create(internals &, sm &, const id_type_vector &, const false_ &) { // Nothing to do - will use append_dfa() instead } // state_machine version static void create(internals &internals_, sm &sm_, const id_type_vector &features_, const true_ &) { for (std::size_t i_ = 0, size_ = internals_._dfa->size(); i_ < size_; ++i_) { internals_._features |= features_[i_]; } if (internals_._dfa->size() > 1) { internals_._features |= multi_state_bit; } sm_.data().swap(internals_); } // NFA version static void partition_charsets(const charset_map &map_, charset_list &lhs_, const false_ &) { fill_rhs_list(map_, lhs_); } // DFA version static void partition_charsets(const charset_map &map_, charset_list &lhs_, const true_ &) { charset_list rhs_; fill_rhs_list(map_, rhs_); if (!rhs_->empty()) { typename charset_list::list::iterator iter_; typename charset_list::list::iterator end_; charset_ptr overlap_(new charset); lhs_->push_back(static_cast(0)); lhs_->back() = rhs_->front(); rhs_->pop_front(); while (!rhs_->empty()) { charset_ptr r_(rhs_->front()); rhs_->pop_front(); iter_ = lhs_->begin(); end_ = lhs_->end(); while (!r_->empty() && iter_ != end_) { typename charset_list::list::iterator l_iter_ = iter_; (*l_iter_)->intersect(*r_.get(), *overlap_.get()); if (overlap_->empty()) { ++iter_; } else if ((*l_iter_)->empty()) { delete *l_iter_; *l_iter_ = overlap_.release(); overlap_.reset(new charset); ++iter_; } else if (r_->empty()) { delete r_.release(); r_ = overlap_; overlap_.reset(new charset); break; } else { iter_ = lhs_->insert(++iter_, static_cast(0)); *iter_ = overlap_.release(); overlap_.reset(new charset); ++iter_; end_ = lhs_->end(); } } if (!r_->empty()) { lhs_->push_back(static_cast(0)); lhs_->back() = r_.release(); } } } } static void fill_rhs_list(const charset_map &map_, charset_list &list_) { typename charset_map::const_iterator iter_ = map_.begin(); typename charset_map::const_iterator end_ = map_.end(); for (; iter_ != end_; ++iter_) { list_->push_back(static_cast(0)); list_->back() = new charset(iter_->first, iter_->second); } } static void build_set_mapping(const charset_list &charset_list_, internals &internals_, const id_type dfa_index_, index_set_vector &set_mapping_) { typename charset_list::list::const_iterator iter_ = charset_list_->begin(); typename charset_list::list::const_iterator end_ = charset_list_->end(); typename index_set::const_iterator set_iter_; typename index_set::const_iterator set_end_; for (id_type index_ = 0; iter_ != end_; ++iter_, ++index_) { const charset *cs_ = *iter_; set_iter_ = cs_->_index_set.begin(); set_end_ = cs_->_index_set.end(); fill_lookup(cs_->_token, internals_._lookup[dfa_index_], index_, lookup()); for (; set_iter_ != set_end_; ++set_iter_) { set_mapping_[*set_iter_].insert(index_); } } } // char_state_machine version static void fill_lookup(const string_token &, id_type_vector *, const id_type, const false_ &) { // Do nothing (lookup not used) } // state_machine version static void fill_lookup(const string_token &charset_, id_type_vector *lookup_, const id_type index_, const true_ &) { typename string_token::range_vector::const_iterator iter_ = charset_._ranges.begin(); typename string_token::range_vector::const_iterator end_ = charset_._ranges.end(); id_type *ptr_ = &lookup_->front(); for (; iter_ != end_; ++iter_) { for (typename char_traits::index_type char_ = iter_->first; char_ < iter_->second; ++char_) { // Note char_ must be unsigned ptr_[char_] = index_ + transitions_index; } // Note iter_->second must be unsigned ptr_[iter_->second] = index_ + transitions_index; } } static id_type closure(const node_vector *followpos_, node_set_vector &seen_sets_, node_vector_vector &seen_vectors_, size_t_vector &hash_vector_, const id_type size_, id_type_vector &dfa_) { bool end_state_ = false; id_type id_ = 0; id_type user_id_ = sm_traits::npos(); id_type next_dfa_ = 0; id_type push_dfa_ = sm_traits::npos(); bool pop_dfa_ = false; std::size_t hash_ = 0; if (followpos_->empty()) return sm_traits::npos(); id_type index_ = 0; std::auto_ptr set_ptr_(new node_set); std::auto_ptr vector_ptr_(new node_vector); for (typename node_vector::const_iterator iter_ = followpos_->begin(), end_ = followpos_->end(); iter_ != end_; ++iter_) { closure_ex(*iter_, end_state_, id_, user_id_, next_dfa_, push_dfa_, pop_dfa_, set_ptr_.get(), vector_ptr_.get(), hash_); } bool found_ = false; typename size_t_vector::const_iterator hash_iter_ = hash_vector_.begin(); typename size_t_vector::const_iterator hash_end_ = hash_vector_.end(); typename node_set_vector::vector::const_iterator set_iter_ = seen_sets_->begin(); for (; hash_iter_ != hash_end_; ++hash_iter_, ++set_iter_) { found_ = *hash_iter_ == hash_ && *(*set_iter_) == *set_ptr_; ++index_; if (found_) break; } if (!found_) { seen_sets_->push_back(static_cast(0)); seen_sets_->back() = set_ptr_.release(); seen_vectors_->push_back(static_cast(0)); seen_vectors_->back() = vector_ptr_.release(); hash_vector_.push_back(hash_); // State 0 is the jam state... index_ = static_cast(seen_sets_->size()); const std::size_t old_size_ = dfa_.size(); dfa_.resize(old_size_ + size_, 0); if (end_state_) { dfa_[old_size_] |= end_state_bit; if (pop_dfa_) { dfa_[old_size_] |= pop_dfa_bit; } dfa_[old_size_ + id_index] = id_; dfa_[old_size_ + user_id_index] = user_id_; dfa_[old_size_ + push_dfa_index] = push_dfa_; dfa_[old_size_ + next_dfa_index] = next_dfa_; } } return index_; } static void closure_ex(node *node_, bool &end_state_, id_type &id_, id_type &user_id_, id_type &next_dfa_, id_type &push_dfa_, bool &pop_dfa_, node_set *set_ptr_, node_vector *vector_ptr_, std::size_t &hash_) { const bool temp_end_state_ = node_->end_state(); if (temp_end_state_) { if (!end_state_) { end_state_ = true; id_ = node_->id(); user_id_ = node_->user_id(); next_dfa_ = node_->next_dfa(); push_dfa_ = node_->push_dfa(); pop_dfa_ = node_->pop_dfa(); } } if (set_ptr_->insert(node_).second) { vector_ptr_->push_back(node_); hash_ += reinterpret_cast(node_); } } // NFA version static void build_equiv_list(const node_vector *vector_, const index_set_vector &set_mapping_, equivset_list &lhs_, const false_ &) { fill_rhs_list(vector_, set_mapping_, lhs_); } // DFA version static void build_equiv_list(const node_vector *vector_, const index_set_vector &set_mapping_, equivset_list &lhs_, const true_ &) { equivset_list rhs_; fill_rhs_list(vector_, set_mapping_, rhs_); if (!rhs_->empty()) { typename equivset_list::list::iterator iter_; typename equivset_list::list::iterator end_; equivset_ptr overlap_(new equivset); lhs_->push_back(static_cast(0)); lhs_->back() = rhs_->front(); rhs_->pop_front(); while (!rhs_->empty()) { equivset_ptr r_(rhs_->front()); rhs_->pop_front(); iter_ = lhs_->begin(); end_ = lhs_->end(); while (!r_->empty() && iter_ != end_) { typename equivset_list::list::iterator l_iter_ = iter_; (*l_iter_)->intersect(*r_.get(), *overlap_.get()); if (overlap_->empty()) { ++iter_; } else if ((*l_iter_)->empty()) { delete *l_iter_; *l_iter_ = overlap_.release(); overlap_.reset(new equivset); ++iter_; } else if (r_->empty()) { delete r_.release(); r_ = overlap_; overlap_.reset(new equivset); break; } else { iter_ = lhs_->insert(++iter_, static_cast(0)); *iter_ = overlap_.release(); overlap_.reset(new equivset); ++iter_; end_ = lhs_->end(); } } if (!r_->empty()) { lhs_->push_back(static_cast(0)); lhs_->back() = r_.release(); } } } } static void fill_rhs_list(const node_vector *vector_, const index_set_vector &set_mapping_, equivset_list &list_) { typename node_vector::const_iterator iter_ = vector_->begin(); typename node_vector::const_iterator end_ = vector_->end(); for (; iter_ != end_; ++iter_) { const node *node_ = *iter_; if (!node_->end_state()) { const id_type token_ = node_->token(); if (token_ != node::null_token()) { list_->push_back(static_cast(0)); if (token_ == parser::bol_token() || token_ == parser::eol_token()) { std::set index_set_; index_set_.insert(token_); list_->back() = new equivset(index_set_, token_, node_->greedy(), node_->followpos()); } else { list_->back() = new equivset(set_mapping_[token_], token_, node_->greedy(), node_->followpos()); } } } } } }; typedef basic_generator generator; typedef basic_generator wgenerator; typedef basic_generator char_generator; typedef basic_generator wchar_generator; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/string_token.hpp0000644000000000000000000000007412740141200021400 xustar0030 atime=1468174988.060165569 30 ctime=1468174988.060165569 aspectc++/Puma/extern/lexertl/string_token.hpp0000644000175000001440000002662512740141200021575 0ustar00osusers00000000000000// string_token.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_STRING_TOKEN_HPP #define LEXERTL_STRING_TOKEN_HPP #include "char_traits.hpp" #include // Needed by GCC 4.4 #include #include #include #include namespace lexertl { template struct basic_string_token { typedef ch_type char_type; typedef basic_char_traits char_traits; typedef typename char_traits::index_type index_type; typedef std::pair range; typedef std::vector range_vector; typedef std::basic_string string; typedef basic_string_token string_token; range_vector _ranges; basic_string_token() : _ranges() { } basic_string_token(char_type ch_) : _ranges() { insert(range(ch_, ch_)); } basic_string_token(char_type first_, char_type second_) : _ranges() { insert(range(first_, second_)); } void clear() { _ranges.clear(); } bool empty() const { return _ranges.empty(); } bool any() const { return _ranges.size() == 1 && _ranges.front().first == 0 && _ranges.front().second == char_traits::max_val(); } bool operator <(const basic_string_token &rhs_) const { return _ranges < rhs_._ranges; } bool operator ==(const basic_string_token &rhs_) const { return _ranges == rhs_._ranges; } bool negatable() const { std::size_t size_ = 0; typename range_vector::const_iterator iter_ = _ranges.begin(); typename range_vector::const_iterator end_ = _ranges.end(); for (; iter_ != end_; ++iter_) { size_ += static_cast(iter_->second) + 1 - static_cast(iter_->first); } return size_ > static_cast(char_traits::max_val()) / 2; } void swap(basic_string_token &rhs_) { _ranges.swap(rhs_._ranges); } void insert(const basic_string_token &rhs_) { typename range_vector::const_iterator iter_ = rhs_._ranges.begin(); typename range_vector::const_iterator end_ = rhs_._ranges.end(); for (; iter_ != end_; ++iter_) { insert(*iter_); } } // Deliberately pass by value - may modify typename range_vector::iterator insert(range rhs_) { bool insert_ = true; typename range_vector::iterator iter_ = _ranges.begin(); typename range_vector::const_iterator end_ = _ranges.end(); while (iter_ != end_) { // follows current item if (rhs_.first > iter_->second) { if (rhs_.first == iter_->second + 1) { // Auto normalise rhs_.first = iter_->first; } else { // No intersection, consider next ++iter_; continue; } } // Precedes current item else if (rhs_.second < iter_->first) { if (rhs_.second == iter_->first - 1) { // Auto normalise rhs_.second = iter_->second; } else { // insert here break; } } else { // overlap (under) if (rhs_.first < iter_->first) { if (rhs_.second < iter_->second) { rhs_.second = iter_->second; } } // overlap (over) else if (rhs_.second > iter_->second) { if (rhs_.first > iter_->first) { rhs_.first = iter_->first; } } // subset else { insert_ = false; iter_ = _ranges.end(); break; } } // Code minimisation: this always applies unless we have already // exited the loop, or "continue" executed. iter_ = _ranges.erase(iter_); end_ = _ranges.end(); } if (insert_) { iter_ = _ranges.insert(iter_, rhs_); } return iter_; } void negate() { index_type next_ = 0; const index_type max_ = char_traits::max_val(); string_token temp_; typename range_vector::iterator iter_ = _ranges.begin(); typename range_vector::const_iterator end_ = _ranges.end(); bool finished_ = false; for (; iter_ != end_; ++iter_) { if (next_ < iter_->first) { temp_.insert(range(next_, iter_->first - 1)); } if (iter_->second < max_) { next_ = iter_->second + 1; } else { finished_ = true; break; } } if (!finished_) { temp_.insert(range(next_, max_)); } swap(temp_); } void intersect(basic_string_token &rhs_, basic_string_token &overlap_) { typename range_vector::iterator lhs_iter_ = _ranges.begin(); typename range_vector::const_iterator lhs_end_ = _ranges.end(); typename range_vector::iterator rhs_iter_ = rhs_._ranges.begin(); typename range_vector::const_iterator rhs_end_ = rhs_._ranges.end(); while (lhs_iter_ != lhs_end_ && rhs_iter_ != rhs_end_) { if (rhs_iter_->first > lhs_iter_->second) { ++lhs_iter_; } else if (rhs_iter_->second < lhs_iter_->first) { ++rhs_iter_; } else { range range_; if (rhs_iter_->first > lhs_iter_->first) { range_.first = rhs_iter_->first; } else { range_.first = lhs_iter_->first; } if (rhs_iter_->second < lhs_iter_->second) { range_.second = rhs_iter_->second; } else { range_.second = lhs_iter_->second; } adjust(range_, *this, lhs_iter_, lhs_end_); adjust(range_, rhs_, rhs_iter_, rhs_end_); overlap_.insert(range_); } } } void remove(basic_string_token &rhs_) { typename range_vector::iterator lhs_iter_ = _ranges.begin(); typename range_vector::const_iterator lhs_end_ = _ranges.end(); typename range_vector::iterator rhs_iter_ = rhs_._ranges.begin(); typename range_vector::const_iterator rhs_end_ = rhs_._ranges.end(); while (lhs_iter_ != lhs_end_ && rhs_iter_ != rhs_end_) { if (rhs_iter_->first > lhs_iter_->second) { ++lhs_iter_; } else if (rhs_iter_->second < lhs_iter_->first) { ++rhs_iter_; } else { range range_; if (rhs_iter_->first > lhs_iter_->first) { range_.first = rhs_iter_->first; } else { range_.first = lhs_iter_->first; } if (rhs_iter_->second < lhs_iter_->second) { range_.second = rhs_iter_->second; } else { range_.second = lhs_iter_->second; } adjust(range_, *this, lhs_iter_, lhs_end_); } } } static string escape_char(const typename char_traits::index_type ch_) { string out_; switch (ch_) { case '\0': out_ += '\\'; out_ += '0'; break; case '\a': out_ += '\\'; out_ += 'a'; break; case '\b': out_ += '\\'; out_ += 'b'; break; case 27: out_ += '\\'; out_ += 'x'; out_ += '1'; out_ += 'b'; break; case '\f': out_ += '\\'; out_ += 'f'; break; case '\n': out_ += '\\'; out_ += 'n'; break; case '\r': out_ += '\\'; out_ += 'r'; break; case '\t': out_ += '\\'; out_ += 't'; break; case '\v': out_ += '\\'; out_ += 'v'; break; case '\\': out_ += '\\'; out_ += '\\'; break; case '"': out_ += '\\'; out_ += '"'; break; case '\'': out_ += '\\'; out_ += '\''; break; default: { if (ch_ < 32 || ch_ > 126) { std::basic_stringstream ss_; out_ += '\\'; out_ += 'x'; ss_ << std::hex << static_cast(ch_); out_ += ss_.str(); } else { out_ += ch_; } break; } } return out_; } private: void adjust(const range &range_, basic_string_token &token_, typename range_vector::iterator &iter_, typename range_vector::const_iterator &end_) { if (range_.first > iter_->first) { const index_type second_ = iter_->second; iter_->second = range_.first - 1; if (range_.second < second_) { range new_range_(range_.second + 1, second_); iter_ = token_.insert(new_range_); end_ = token_._ranges.end(); } } else if (range_.second < iter_->second) { iter_->first = range_.second + 1; } else { iter_ = token_._ranges.erase(iter_); end_ = token_._ranges.end(); } } }; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/debug.hpp0000644000000000000000000000007412740141200017760 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/debug.hpp0000644000175000001440000002107112740141200020143 0ustar00osusers00000000000000// debug.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_DEBUG_HPP #define LEXERTL_DEBUG_HPP #include #include #include "rules.hpp" #include "size_t.hpp" #include "sm_to_csm.hpp" #include "state_machine.hpp" #include "string_token.hpp" #include namespace lexertl { template class basic_debug { public: typedef lexertl::basic_char_state_machine char_state_machine; typedef std::basic_ostream ostream; typedef lexertl::basic_rules rules; typedef std::basic_string string; static void dump(const sm &sm_, rules &rules_, ostream &stream_) { char_state_machine csm_; sm_to_csm(sm_, csm_); dump(csm_, rules_, stream_); } static void dump(const sm &sm_, ostream &stream_) { char_state_machine csm_; sm_to_csm(sm_, csm_); dump(csm_, stream_); } static void dump(const char_state_machine &csm_, rules &rules_, ostream &stream_) { for (std::size_t dfa_ = 0, dfas_ = csm_.size(); dfa_ < dfas_; ++dfa_) { lexer_state(stream_); stream_ << rules_.state(dfa_) << std::endl << std::endl; dump_ex(csm_._sm_deque[dfa_], stream_); } } static void dump(const char_state_machine &csm_, ostream &stream_) { for (std::size_t dfa_ = 0, dfas_ = csm_.size(); dfa_ < dfas_; ++dfa_) { lexer_state(stream_); stream_ << dfa_ << std::endl << std::endl; dump_ex(csm_._sm_deque[dfa_], stream_); } } protected: typedef typename char_state_machine::state dfa_state; typedef typename dfa_state::string_token string_token; typedef std::basic_stringstream stringstream; static void dump_ex(const typename char_state_machine::dfa &dfa_, ostream &stream_) { const std::size_t states_ = dfa_._states.size(); const id_type bol_index_ = dfa_._bol_index; typename dfa_state::id_type_string_token_map::const_iterator iter_; typename dfa_state::id_type_string_token_map::const_iterator end_; for (std::size_t i_ = 0; i_ < states_; ++i_) { const dfa_state &state_ = dfa_._states[i_]; state(stream_); stream_ << i_ << std::endl; if (state_._end_state) { end_state(stream_); if (state_._push_pop_dfa == dfa_state::push_dfa) { push(stream_); stream_ << state_._push_dfa; } else if (state_._push_pop_dfa == dfa_state::pop_dfa) { pop(stream_); } id(stream_); stream_ << static_cast(state_._id); user_id(stream_); stream_ << static_cast(state_._user_id); dfa(stream_); stream_ << static_cast(state_._next_dfa); stream_ << std::endl; } if (i_ == 0 && bol_index_ != char_state_machine::npos()) { bol(stream_); stream_ << static_cast(bol_index_) << std::endl; } if (state_._eol_index != char_state_machine::npos()) { eol(stream_); stream_ << static_cast(state_._eol_index) << std::endl; } iter_ = state_._transitions.begin(); end_ = state_._transitions.end(); for (; iter_ != end_; ++iter_) { string_token token_ = iter_->second; open_bracket(stream_); if (!iter_->second.any() && iter_->second.negatable()) { token_.negate(); negated(stream_); } string chars_; typename string_token::range_vector::const_iterator ranges_iter_ = token_._ranges.begin(); typename string_token::range_vector::const_iterator ranges_end_ = token_._ranges.end(); for (; ranges_iter_ != ranges_end_; ++ranges_iter_) { if (ranges_iter_->first == '-' || ranges_iter_->first == '^' || ranges_iter_->first == ']') { stream_ << '\\'; } chars_ = string_token::escape_char (ranges_iter_->first); if (ranges_iter_->first != ranges_iter_->second) { if (ranges_iter_->first + 1 < ranges_iter_->second) { chars_ += '-'; } if (ranges_iter_->second == '-' || ranges_iter_->second == '^' || ranges_iter_->second == ']') { stream_ << '\\'; } chars_ += string_token::escape_char (ranges_iter_->second); } stream_ << chars_; } close_bracket(stream_); stream_ << static_cast(iter_->first) << std::endl; } stream_ << std::endl; } } static void lexer_state(std::ostream &stream_) { stream_ << "Lexer state: "; } static void lexer_state(std::wostream &stream_) { stream_ << L"Lexer state: "; } static void state(std::ostream &stream_) { stream_ << "State: "; } static void state(std::wostream &stream_) { stream_ << L"State: "; } static void bol(std::ostream &stream_) { stream_ << " BOL -> "; } static void bol(std::wostream &stream_) { stream_ << L" BOL -> "; } static void eol(std::ostream &stream_) { stream_ << " EOL -> "; } static void eol(std::wostream &stream_) { stream_ << L" EOL -> "; } static void end_state(std::ostream &stream_) { stream_ << " END STATE"; } static void end_state(std::wostream &stream_) { stream_ << L" END STATE"; } static void id(std::ostream &stream_) { stream_ << ", Id = "; } static void id(std::wostream &stream_) { stream_ << L", Id = "; } static void push(std::ostream &stream_) { stream_ << ", PUSH "; } static void push(std::wostream &stream_) { stream_ << L", PUSH "; } static void pop(std::ostream &stream_) { stream_ << ", POP"; } static void pop(std::wostream &stream_) { stream_ << L", POP"; } static void user_id(std::ostream &stream_) { stream_ << ", User Id = "; } static void user_id(std::wostream &stream_) { stream_ << L", User Id = "; } static void open_bracket(std::ostream &stream_) { stream_ << " ["; } static void open_bracket(std::wostream &stream_) { stream_ << L" ["; } static void negated(std::ostream &stream_) { stream_ << "^"; } static void negated(std::wostream &stream_) { stream_ << L"^"; } static void close_bracket(std::ostream &stream_) { stream_ << "] -> "; } static void close_bracket(std::wostream &stream_) { stream_ << L"] -> "; } static void dfa(std::ostream &stream_) { stream_ << ", dfa = "; } static void dfa(std::wostream &stream_) { stream_ << L", dfa = "; } }; typedef basic_debug, char> debug; typedef basic_debug, wchar_t> wdebug; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/old0000644000000000000000000000007412740141200016662 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/old/0000755000175000001440000000000012740141200017121 5ustar00osusers00000000000000aspectc++/Puma/extern/lexertl/old/PaxHeaders.4702/fast_filebuf.hpp0000644000000000000000000000007412740141200022101 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/old/fast_filebuf.hpp0000644000175000001440000000231212740141200022261 0ustar00osusers00000000000000// Quick hack... // If you find this really is faster then using std::ifstream, let me know // as I can always spend some more time to improve it. namespace lexertl { template class basic_fast_filebuf : public std::basic_streambuf { public: basic_fast_filebuf(const char *filename_) : _fp(0) { _fp = ::fopen(filename_, "r"); } virtual ~basic_fast_filebuf() { ::fclose(_fp); _fp = 0; } protected: FILE *_fp; virtual std::streamsize xsgetn(CharT *ptr_, std::streamsize count_) { return ::fread(ptr_, sizeof(CharT), static_cast(count_), _fp); } }; typedef basic_fast_filebuf > fast_filebuf; typedef basic_fast_filebuf > wfast_filebuf; } // Usage: // lexertl::rules rules_; // lexertl::state_machine state_machine_; // fast_filebuf buf("Unicode/PropList.txt"); // std::istream if_(&buf); // lexertl::stream_shared_iterator iter_(if_); // lexertl::stream_shared_iterator end_; // lexertl::match_results // results_(iter_, end_); aspectc++/Puma/extern/lexertl/old/PaxHeaders.4702/string_token.hpp0000644000000000000000000000007412740141200022156 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/old/string_token.hpp0000644000175000001440000003621112740141200022343 0ustar00osusers00000000000000// string_token.hpp // Copyright (c) 2005-2010 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_STRING_TOKEN_HPP #define LEXERTL_STRING_TOKEN_HPP #include "../char_traits.hpp" #include #include #include #include #include namespace lexertl { template struct basic_string_token { typedef std::basic_string string; bool _negated; string _chars; basic_string_token() : _negated(false) { } basic_string_token(const bool negated_, const string &chars_) : _negated(negated_), _chars(chars_) { } void remove_duplicates() { const char_type *start_ = _chars.c_str(); const char_type *end_ = start_ + _chars.size(); // Optimisation for very large charsets: // sorting via pointers is much quicker than // via iterators... std::sort(const_cast(start_), const_cast (end_)); _chars.erase(std::unique(_chars.begin(), _chars.end()), _chars.end()); } void normalise() { const std::size_t max_chars_ = sizeof(char_type) == 1 ? num_chars : num_wchar_ts; if (_chars.length() == max_chars_) { _negated = !_negated; _chars.clear(); } else if (_chars.length() > max_chars_ / 2) { negate(); } } void negate() { const std::size_t max_chars_ = sizeof(char_type) == 1 ? num_chars : num_wchar_ts; char_type curr_char_ = std::numeric_limits::min(); string temp_; const char_type *curr_ = _chars.c_str(); const char_type *chars_end_ = curr_ + _chars.size(); _negated = !_negated; temp_.resize(max_chars_ - _chars.size()); char_type *ptr_ = const_cast(temp_.c_str()); std::size_t i_ = 0; while (curr_ < chars_end_) { while (*curr_ > curr_char_) { *ptr_ = curr_char_; ++ptr_; ++curr_char_; ++i_; } ++curr_char_; ++curr_; ++i_; } for (; i_ < max_chars_; ++i_) { *ptr_ = curr_char_; ++ptr_; ++curr_char_; } _chars = temp_; } bool operator <(const basic_string_token &rhs_) const { return _negated < rhs_._negated || (_negated == rhs_._negated && _chars < rhs_._chars); } bool operator ==(const basic_string_token &rhs_) const { return _negated == rhs_._negated && _chars == rhs_._chars; } bool empty() const { return _chars.empty() && !_negated; } bool any() const { return _chars.empty() && _negated; } void clear() { _negated = false; _chars.clear(); } void intersect(basic_string_token &rhs_, basic_string_token &overlap_) { if ((any() && rhs_.any()) || (_negated == rhs_._negated && !any() && !rhs_.any())) { intersect_same_types(rhs_, overlap_); } else { intersect_diff_types(rhs_, overlap_); } } void merge(const basic_string_token &rhs_, basic_string_token &merged_) const { if ((any() && rhs_.any()) || (_negated == rhs_._negated && !any() && !rhs_.any())) { merge_same_types(rhs_, merged_); } else { merge_diff_types(rhs_, merged_); } } static string escape_char(const char_type ch_) { string out_; switch (ch_) { case '\0': out_ += '\\'; out_ += '0'; break; case '\a': out_ += '\\'; out_ += 'a'; break; case '\b': out_ += '\\'; out_ += 'b'; break; case 27: out_ += '\\'; out_ += 'x'; out_ += '1'; out_ += 'b'; break; case '\f': out_ += '\\'; out_ += 'f'; break; case '\n': out_ += '\\'; out_ += 'n'; break; case '\r': out_ += '\\'; out_ += 'r'; break; case '\t': out_ += '\\'; out_ += 't'; break; case '\v': out_ += '\\'; out_ += 'v'; break; case '\\': out_ += '\\'; out_ += '\\'; break; case '"': out_ += '\\'; out_ += '"'; break; case '\'': out_ += '\\'; out_ += '\''; break; default: { if (ch_ < 32) { std::basic_stringstream ss_; out_ += '\\'; out_ += 'x'; ss_ << std::hex << static_cast(ch_); out_ += ss_.str(); } else { out_ += ch_; } break; } } return out_; } private: void intersect_same_types(basic_string_token &rhs_, basic_string_token &overlap_) { if (any()) { clear(); overlap_._negated = true; rhs_.clear(); } else { typename string::iterator iter_ = _chars.begin(); typename string::iterator end_ = _chars.end(); typename string::iterator rhs_iter_ = rhs_._chars.begin(); typename string::iterator rhs_end_ = rhs_._chars.end(); overlap_._negated = _negated; while (iter_ != end_ && rhs_iter_ != rhs_end_) { if (*iter_ < *rhs_iter_) { ++iter_; } else if (*iter_ > *rhs_iter_) { ++rhs_iter_; } else { overlap_._chars += *iter_; iter_ = _chars.erase(iter_); end_ = _chars.end(); rhs_iter_ = rhs_._chars.erase(rhs_iter_); rhs_end_ = rhs_._chars.end(); } } if (_negated) { // duplicates already merged, so safe to merge // using std lib. // src, dest merge(_chars, overlap_._chars); // duplicates already merged, so safe to merge // using std lib. // src, dest merge(rhs_._chars, overlap_._chars); _negated = false; rhs_._negated = false; std::swap(_chars, rhs_._chars); normalise(); overlap_.normalise(); rhs_.normalise(); } else if (!overlap_._chars.empty()) { normalise(); overlap_.normalise(); rhs_.normalise(); } } } void intersect_diff_types(basic_string_token &rhs_, basic_string_token &overlap_) { if (any()) { intersect_any(rhs_, overlap_); } else if (_negated) { intersect_negated(rhs_, overlap_); } else // _negated == false { intersect_charset(rhs_, overlap_); } } void intersect_any(basic_string_token &rhs_, basic_string_token &overlap_) { if (rhs_._negated) { rhs_.intersect_negated(*this, overlap_); } else // rhs._negated == false { rhs_.intersect_charset(*this, overlap_); } } void intersect_negated(basic_string_token &rhs_, basic_string_token &overlap_) { if (rhs_.any()) { overlap_._negated = true; overlap_._chars = _chars; rhs_._negated = false; rhs_._chars = _chars; clear(); } else // rhs._negated == false { rhs_.intersect_charset(*this, overlap_); } } void intersect_charset(basic_string_token &rhs_, basic_string_token &overlap_) { if (rhs_.any()) { overlap_._chars = _chars; rhs_._negated = true; rhs_._chars = _chars; clear(); } else // rhs_._negated == true { typename string::iterator iter_ = _chars.begin(); typename string::iterator end_ = _chars.end(); typename string::iterator rhs_iter_ = rhs_._chars.begin(); typename string::iterator rhs_end_ = rhs_._chars.end(); while (iter_ != end_ && rhs_iter_ != rhs_end_) { if (*iter_ < *rhs_iter_) { overlap_._chars += *iter_; rhs_iter_ = rhs_._chars.insert(rhs_iter_, *iter_); ++rhs_iter_; rhs_end_ = rhs_._chars.end(); iter_ = _chars.erase(iter_); end_ = _chars.end(); } else if (*iter_ > *rhs_iter_) { ++rhs_iter_; } else { ++iter_; ++rhs_iter_; } } if (iter_ != end_) { // nothing bigger in rhs_ than iter_, // so safe to merge using std lib. string temp_(iter_, end_); // src, dest merge(temp_, overlap_._chars); _chars.erase(iter_, end_); } if (!overlap_._chars.empty()) { merge(overlap_._chars, rhs_._chars); // possible duplicates, so check for any and erase. rhs_._chars.erase(std::unique(rhs_._chars.begin(), rhs_._chars.end()), rhs_._chars.end()); normalise(); overlap_.normalise(); rhs_.normalise(); } } } void merge(string &src_, string &dest_) { string tmp_(src_.size() + dest_.size(), 0); std::merge(src_.begin(), src_.end(), dest_.begin(), dest_.end(), tmp_.begin()); dest_ = tmp_; } void merge_same_types(const basic_string_token &rhs_, basic_string_token &merged_) const { if (any()) { merged_._negated = true; } else if (_negated) { typename string::const_iterator iter_ = _chars.begin(); typename string::const_iterator end_ = _chars.end(); typename string::const_iterator rhs_iter_ = rhs_._chars.begin(); typename string::const_iterator rhs_end_ = rhs_._chars.end(); merged_._negated = _negated; while (iter_ != end_ && rhs_iter_ != rhs_end_) { if (*iter_ < *rhs_iter_) { ++iter_; } else if (*iter_ > *rhs_iter_) { ++rhs_iter_; } else { merged_._chars += *iter_; ++iter_; ++rhs_iter_; } } merged_.normalise(); } else { typename string::const_iterator iter_ = _chars.begin(); typename string::const_iterator end_ = _chars.end(); typename string::const_iterator rhs_iter_ = rhs_._chars.begin(); typename string::const_iterator rhs_end_ = rhs_._chars.end(); while (iter_ != end_ && rhs_iter_ != rhs_end_) { if (*iter_ < *rhs_iter_) { merged_._chars += *iter_; ++iter_; } else if (*iter_ > *rhs_iter_) { merged_._chars += *rhs_iter_; ++rhs_iter_; } else { merged_._chars += *iter_; ++iter_; ++rhs_iter_; } } // Include any trailing chars if (iter_ != end_) { string temp_(iter_, end_); merged_._chars += temp_; } else if (rhs_iter_ != rhs_end_) { string temp_(rhs_iter_, rhs_end_); merged_._chars += temp_; } merged_.normalise(); } } void merge_diff_types(const basic_string_token &rhs_, basic_string_token &merged_) const { if (_negated) { merge_negated(*this, rhs_, merged_); } else { merge_negated(rhs_, *this, merged_); } merged_.normalise(); } void merge_negated(const basic_string_token &lhs_, const basic_string_token &rhs_, basic_string_token &merged_) const { typename string::const_iterator lhs_iter_ = lhs_._chars.begin(); typename string::const_iterator lhs_end_ = lhs_._chars.end(); typename string::const_iterator rhs_iter_ = rhs_._chars.begin(); typename string::const_iterator rhs_end_ = rhs_._chars.end(); merged_._negated = true; while (lhs_iter_ != lhs_end_ && rhs_iter_ != rhs_end_) { if (*lhs_iter_ < *rhs_iter_) { merged_._chars += *lhs_iter_; ++lhs_iter_; } else if (*lhs_iter_ > *rhs_iter_) { ++rhs_iter_; } else { ++lhs_iter_; ++rhs_iter_; } } // Only interested in any remaining 'negated' chars if (lhs_iter_ != lhs_end_) { string temp_(lhs_iter_, lhs_end_); merged_._chars += temp_; } } }; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/char_traits.hpp0000644000000000000000000000007412740141200021175 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/char_traits.hpp0000644000175000001440000000161412740141200021361 0ustar00osusers00000000000000// char_traits.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_CHAR_TRAITS_H #define LEXERTL_CHAR_TRAITS_H #include namespace lexertl { template struct basic_char_traits { typedef ch_type char_type; typedef ch_type index_type; static index_type max_val() { return sizeof(char_type) > 2 ? 0x10ffff : ~static_cast(0); } }; template<> struct basic_char_traits { typedef char char_type; typedef unsigned char index_type; static index_type max_val() { // Prevent annoying warning (VC++) index_type zero_ = 0; return ~zero_; } }; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/iterator.hpp0000644000000000000000000000007412740141200020523 xustar0030 atime=1468174988.060165569 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/iterator.hpp0000644000175000001440000000563612740141200020717 0ustar00osusers00000000000000// iterator.hpp // Copyright (c) 2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_ITERATOR_HPP #define LEXERTL_ITERATOR_HPP #include #include "lookup.hpp" namespace lexertl { template class iterator { public: typedef results value_type; typedef ptrdiff_t difference_type; typedef const value_type *pointer; typedef const value_type &reference; typedef std::forward_iterator_tag iterator_category; iterator() : _results(iter(), iter()), _sm(0) { } iterator(const iter &start_, const iter &end_, const sm_type &sm) : _results(start_, end_), _sm(&sm) { lookup(); } // Only need this because of warnings with gcc with -Weffc++ iterator(const iterator &rhs_) { _results = rhs_._results; _sm = rhs_._sm; } // Only need this because of warnings with gcc with -Weffc++ iterator &operator =(const iterator &rhs_) { if (&rhs_ != this) { _results = rhs_._results; _sm = rhs_._sm; } return *this; } iterator &operator ++() { lookup(); return *this; } iterator operator ++(int) { iterator iter_ = *this; lookup(); return iter_; } const value_type &operator *() const { return _results; } const value_type *operator ->() const { return &_results; } bool operator ==(const iterator &rhs_) const { return _sm == rhs_._sm && (_sm == 0 ? true : _results == rhs_._results); } bool operator !=(const iterator &rhs_) const { return !(*this == rhs_); } private: value_type _results; const sm_type *_sm; void lookup() { lexertl::lookup(*_sm, _results); if (_results.start == _results.eoi) { _sm = 0; } } }; typedef iterator siterator; typedef iterator citerator; typedef iterator wsiterator; typedef iterator wciterator; typedef iterator sriterator; typedef iterator criterator; typedef iterator wsriterator; typedef iterator wcriterator; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/serialise.hpp0000644000000000000000000000007412740141200020652 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/extern/lexertl/serialise.hpp0000644000175000001440000000150512740141200021035 0ustar00osusers00000000000000// serialise.hpp // Copyright (c) 2007-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_SERIALISE_HPP #define LEXERTL_SERIALISE_HPP #include "state_machine.hpp" #include namespace lexertl { // IMPORTANT! This won't work if you don't enable RTTI! template void serialise(basic_state_machine &sm_, Archive &ar_) { detail::basic_internals &internals_ = sm_.data(); ar_ & internals_._eoi; ar_ & *internals_._lookup; ar_ & internals_._dfa_alphabet; ar_ & internals_._features; ar_ & *internals_._dfa; } } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/runtime_error.hpp0000644000000000000000000000007412740141200021566 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/runtime_error.hpp0000644000175000001440000000104412740141200021747 0ustar00osusers00000000000000// runtime_error.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_RUNTIME_ERROR_HPP #define LEXERTL_RUNTIME_ERROR_HPP #include namespace lexertl { class runtime_error : public std::runtime_error { public: runtime_error(const std::string &what_arg_) : std::runtime_error(what_arg_) { } }; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/partition0000644000000000000000000000007412740141200020115 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/partition/0000755000175000001440000000000012740141200020354 5ustar00osusers00000000000000aspectc++/Puma/extern/lexertl/partition/PaxHeaders.4702/charset.hpp0000644000000000000000000000007412740141200022334 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/partition/charset.hpp0000644000175000001440000000322112740141200022514 0ustar00osusers00000000000000// charset.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_CHARSET_HPP #define LEXERTL_CHARSET_HPP #include #include #include #include "../size_t.hpp" #include "../string_token.hpp" namespace lexertl { namespace detail { template struct basic_charset { typedef basic_string_token token; typedef std::set index_set; token _token; index_set _index_set; basic_charset() : _token(), _index_set() { } basic_charset(const token &token_, const std::size_t index_) : _token(token_), _index_set() { _index_set.insert(index_); } bool empty() const { return _token.empty() && _index_set.empty(); } void intersect(basic_charset &rhs_, basic_charset &overlap_) { _token.intersect(rhs_._token, overlap_._token); if (!overlap_._token.empty()) { std::merge(_index_set.begin(), _index_set.end(), rhs_._index_set.begin(), rhs_._index_set.end(), std::inserter(overlap_._index_set, overlap_._index_set.end())); if (_token.empty()) { _index_set.clear(); } if (rhs_._token.empty()) { rhs_._index_set.clear(); } } } }; } } #endif aspectc++/Puma/extern/lexertl/partition/PaxHeaders.4702/equivset.hpp0000644000000000000000000000007412740141200022550 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/partition/equivset.hpp0000644000175000001440000000754512740141200022745 0ustar00osusers00000000000000// equivset.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_EQUIVSET_HPP #define LEXERTL_EQUIVSET_HPP #include #include "../parser/tree/node.hpp" #include namespace lexertl { namespace detail { template struct basic_equivset { typedef std::set index_set; typedef std::vector index_vector; // Not owner of nodes: typedef basic_node node; typedef std::vector node_vector; index_vector _index_vector; id_type _id; bool _greedy; node_vector _followpos; basic_equivset() : _index_vector(), _id(0), _greedy(true), _followpos() { } basic_equivset(const index_set &index_set_, const id_type id_, const bool greedy_, const node_vector &followpos_) : _index_vector(index_set_.begin(), index_set_.end()), _id(id_), _greedy(greedy_), _followpos(followpos_) { } bool empty() const { return _index_vector.empty() && _followpos.empty(); } void intersect(basic_equivset &rhs_, basic_equivset &overlap_) { intersect_indexes(rhs_._index_vector, overlap_._index_vector); if (!overlap_._index_vector.empty()) { // Note that the LHS takes priority in order to // respect rule ordering priority in the lex spec. overlap_._id = _id; overlap_._greedy = _greedy; overlap_._followpos = _followpos; typename node_vector::const_iterator overlap_begin_ = overlap_._followpos.begin(); typename node_vector::const_iterator overlap_end_ = overlap_._followpos.end(); typename node_vector::const_iterator rhs_iter_ = rhs_._followpos.begin(); typename node_vector::const_iterator rhs_end_ = rhs_._followpos.end(); for (; rhs_iter_ != rhs_end_; ++rhs_iter_) { node *node_ = *rhs_iter_; if (std::find(overlap_begin_, overlap_end_, node_) == overlap_end_) { overlap_._followpos.push_back(node_); overlap_begin_ = overlap_._followpos.begin(); overlap_end_ = overlap_._followpos.end(); } } if (_index_vector.empty()) { _followpos.clear(); } if (rhs_._index_vector.empty()) { rhs_._followpos.clear(); } } } private: void intersect_indexes(index_vector &rhs_, index_vector &overlap_) { typename index_vector::iterator iter_ = _index_vector.begin(); typename index_vector::iterator end_ = _index_vector.end(); typename index_vector::iterator rhs_iter_ = rhs_.begin(); typename index_vector::iterator rhs_end_ = rhs_.end(); while (iter_ != end_ && rhs_iter_ != rhs_end_) { const id_type index_ = *iter_; const id_type rhs_index_ = *rhs_iter_; if (index_ < rhs_index_) { ++iter_; } else if (index_ > rhs_index_) { ++rhs_iter_; } else { overlap_.push_back(index_); iter_ = _index_vector.erase(iter_); end_ = _index_vector.end(); rhs_iter_ = rhs_.erase(rhs_iter_); rhs_end_ = rhs_.end(); } } } }; } } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/size_t.hpp0000644000000000000000000000007412740141200020167 xustar0030 atime=1468174988.060165569 30 ctime=1468174988.060165569 aspectc++/Puma/extern/lexertl/size_t.hpp0000644000175000001440000000054712740141200020357 0ustar00osusers00000000000000// size_t.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_SIZE_T_H #define LEXERTL_SIZE_T_H #include // ptrdiff_t #include #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/enums.hpp0000644000000000000000000000007412740141200020021 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/enums.hpp0000644000175000001440000000164012740141200020204 0ustar00osusers00000000000000// enums.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_ENUMS_H #define LEXERTL_ENUMS_H namespace lexertl { enum regex_flags {icase = 1, dot_not_newline = 2, skip_ws = 4, match_zero_len = 8}; // 0 = end state, 1 = id, 2 = user id, 3 = push_dfa_index // 4 = next dfa, 5 = dead state, 6 = dfa_start enum {end_state_index, id_index, user_id_index, push_dfa_index, next_dfa_index, eol_index, dead_state_index, transitions_index}; // Rule flags: enum feature_flags {bol_bit = 1, eol_bit = 2, skip_bit = 4, again_bit = 8, multi_state_bit = 16, recursive_bit = 32, advance_bit = 64}; // End state flags: enum {end_state_bit = 1, pop_dfa_bit = 2}; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/state_machine.hpp0000644000000000000000000000007412740141200021476 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/state_machine.hpp0000644000175000001440000003671412740141200021673 0ustar00osusers00000000000000// state_machine.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_STATE_MACHINE_HPP #define LEXERTL_STATE_MACHINE_HPP #include "compile_assert.hpp" // memcmp() #include #include #include "internals.hpp" #include #include #include "sm_traits.hpp" #include "string_token.hpp" namespace lexertl { template class basic_state_machine { public: typedef basic_sm_traits 1), true, true> traits; typedef detail::basic_internals internals; // If you get a compile error here you have // failed to define an unsigned id type. // g++ 4.4.7 won't compile this: #if !defined(__GNUC__) || __GNUC__ > 4 || __GNUC__ == 4 && __GNUC__MINIOR__ > 4 compile_assert<(~static_cast(0) > 0)> _valid_id_type; #endif basic_state_machine() : #if !defined(__GNUC__) || __GNUC__ > 4 || __GNUC__ == 4 && __GNUC__MINIOR__ > 4 _valid_id_type(), #endif _internals() { } void clear() { _internals.clear(); } internals &data() { return _internals; } const internals &data() const { return _internals; } bool empty() const { return _internals.empty(); } id_type eoi() const { return _internals._eoi; } void minimise() { const id_type dfas_ = static_cast(_internals. _dfa->size()); for (id_type i_ = 0; i_ < dfas_; ++i_) { const id_type dfa_alphabet_ = _internals._dfa_alphabet[i_]; id_type_vector *dfa_ = _internals._dfa[i_]; if (dfa_alphabet_ != 0) { std::size_t size_ = 0; do { size_ = dfa_->size(); minimise_dfa(dfa_alphabet_, *dfa_, size_); } while (dfa_->size() != size_); } } } static id_type npos() { return ~static_cast(0); } static id_type skip() { return ~static_cast(1); } void swap(basic_state_machine &rhs_) { _internals.swap(rhs_._internals); } private: typedef typename internals::id_type_vector id_type_vector; typedef std::set index_set; internals _internals; void minimise_dfa(const id_type dfa_alphabet_, id_type_vector &dfa_, std::size_t size_) { const id_type *first_ = &dfa_.front(); const id_type *end_ = first_ + size_; id_type index_ = 1; id_type new_index_ = 1; id_type_vector lookup_(size_ / dfa_alphabet_, npos()); id_type *lookup_ptr_ = &lookup_.front(); index_set index_set_; const id_type bol_index_ = dfa_.front(); *lookup_ptr_ = 0; // Only one 'jam' state, so skip it. first_ += dfa_alphabet_; for (; first_ < end_; first_ += dfa_alphabet_, ++index_) { const id_type *second_ = first_ + dfa_alphabet_; for (id_type curr_index_ = index_ + 1; second_ < end_; ++curr_index_, second_ += dfa_alphabet_) { if (index_set_.find(curr_index_) != index_set_.end()) { continue; } // Some systems have memcmp in namespace std. using namespace std; if (memcmp(first_, second_, sizeof(id_type) * dfa_alphabet_) == 0) { index_set_.insert(curr_index_); lookup_ptr_[curr_index_] = new_index_; } } if (lookup_ptr_[index_] == npos()) { lookup_ptr_[index_] = new_index_; ++new_index_; } } if (!index_set_.empty()) { const id_type *front_ = &dfa_.front(); id_type_vector new_dfa_(front_, front_ + dfa_alphabet_); typename index_set::const_iterator set_end_ = index_set_.end(); const id_type *ptr_ = front_ + dfa_alphabet_; id_type *new_ptr_ = 0; new_dfa_.resize(size_ - index_set_.size() * dfa_alphabet_, 0); new_ptr_ = &new_dfa_.front() + dfa_alphabet_; size_ /= dfa_alphabet_; if (bol_index_) { new_dfa_.front() = lookup_ptr_[bol_index_]; } for (index_ = 1; index_ < size_; ++index_) { if (index_set_.find(index_) != set_end_) { ptr_ += dfa_alphabet_; continue; } new_ptr_[end_state_index] = ptr_[end_state_index]; new_ptr_[id_index] = ptr_[id_index]; new_ptr_[user_id_index] = ptr_[user_id_index]; new_ptr_[push_dfa_index] = ptr_[push_dfa_index]; new_ptr_[next_dfa_index] = ptr_[next_dfa_index]; new_ptr_[eol_index] = lookup_ptr_[ptr_[eol_index]]; new_ptr_ += transitions_index; ptr_ += transitions_index; for (id_type i_ = transitions_index; i_ < dfa_alphabet_; ++i_) { *new_ptr_++ = lookup_ptr_[*ptr_++]; } } dfa_.swap(new_dfa_); } } }; typedef basic_state_machine state_machine; typedef basic_state_machine wstate_machine; template struct basic_char_state_machine { typedef basic_sm_traits traits; typedef detail::basic_internals internals; typedef typename internals::id_type_vector id_type_vector; struct state { typedef basic_string_token string_token; typedef std::map id_type_string_token_map; typedef std::pair id_type_string_token_pair; enum push_pop_dfa {neither, push_dfa, pop_dfa}; bool _end_state; push_pop_dfa _push_pop_dfa; id_type _id; id_type _user_id; id_type _push_dfa; id_type _next_dfa; id_type _eol_index; id_type_string_token_map _transitions; state() : _end_state(false), _push_pop_dfa(neither), _id(0), _user_id(traits::npos()), _push_dfa(traits::npos()), _next_dfa(0), _eol_index(traits::npos()), _transitions() { } bool operator ==(const state rhs_) const { return _end_state == rhs_._end_state && _push_pop_dfa == rhs_._push_pop_dfa && _id == rhs_._id && _user_id == rhs_._user_id && _push_dfa == rhs_._push_dfa && _next_dfa == rhs_._next_dfa && _eol_index == rhs_._eol_index && _transitions == rhs_._transitions; } }; typedef typename state::string_token string_token; typedef std::vector state_vector; typedef std::vector string_token_vector; typedef typename state::id_type_string_token_pair id_type_string_token_pair; struct dfa { id_type _bol_index; state_vector _states; dfa(const std::size_t size_) : _bol_index(traits::npos()), _states(state_vector(size_)) { } std::size_t size() const { return _states.size(); } void swap(dfa &rhs_) { std::swap(_bol_index, rhs_._bol_index); _states.swap(rhs_._states); } }; typedef std::deque dfa_deque; // g++ 4.4.7 won't compile this: #if !defined(__GNUC__) || __GNUC__ > 4 || __GNUC__ == 4 && __GNUC__MINIOR__ > 4 // If you get a compile error here you have // failed to define an unsigned id type. compile_assert<(~static_cast(0) > 0)> _valid_id_type; #endif dfa_deque _sm_deque; basic_char_state_machine() : #if !defined(__GNUC__) || __GNUC__ > 4 || __GNUC__ == 4 && __GNUC__MINIOR__ > 4 _valid_id_type(), #endif _sm_deque() { } void append(const string_token_vector &token_vector_, const internals &internals_, const id_type dfa_index_) { const std::size_t dfa_alphabet_ = internals_._dfa_alphabet[dfa_index_]; const std::size_t alphabet_ = dfa_alphabet_ - transitions_index; const id_type_vector &source_dfa_ = *internals_._dfa[dfa_index_]; const id_type *ptr_ = &source_dfa_.front(); const std::size_t size_ = (source_dfa_.size() - dfa_alphabet_) / dfa_alphabet_; typename state::id_type_string_token_map::iterator trans_iter_; _sm_deque.push_back(dfa(size_)); dfa &dest_dfa_ = _sm_deque.back(); if (*ptr_) { dest_dfa_._bol_index = *ptr_ - 1; } ptr_ += dfa_alphabet_; for (id_type i_ = 0; i_ < size_; ++i_) { state &state_ = dest_dfa_._states[i_]; state_._end_state = ptr_[end_state_index] != 0; if (ptr_[push_dfa_index] != npos()) { state_._push_pop_dfa = state::push_dfa; } else if (ptr_[end_state_index] & pop_dfa_bit) { state_._push_pop_dfa = state::pop_dfa; } state_._id = ptr_[id_index]; state_._user_id = ptr_[user_id_index]; state_._push_dfa = ptr_[push_dfa_index]; state_._next_dfa = ptr_[next_dfa_index]; if (ptr_[eol_index]) { state_._eol_index = ptr_[eol_index] - 1; } ptr_ += transitions_index; for (id_type col_index_ = 0; col_index_ < alphabet_; ++col_index_, ++ptr_) { const id_type next_ = *ptr_; if (next_ > 0) { trans_iter_ = state_._transitions.find(next_ - 1); if (trans_iter_ == state_._transitions.end()) { trans_iter_ = state_._transitions.insert (id_type_string_token_pair(next_ - 1, token_vector_[col_index_])).first; } else { trans_iter_->second.insert(token_vector_[col_index_]); } } } } } void clear() { _sm_deque.clear(); } bool empty() const { return _sm_deque.empty(); } void minimise() { const id_type dfas_ = static_cast(_sm_deque.size()); for (id_type i_ = 0; i_ < dfas_; ++i_) { dfa *dfa_ = &_sm_deque[i_]; if (dfa_->size() > 0) { std::size_t size_ = 0; do { size_ = dfa_->size(); minimise_dfa(*dfa_, size_); } while (dfa_->size() != size_); } } } static id_type npos() { return traits::npos(); } id_type size() const { return static_cast(_sm_deque.size()); } static id_type skip() { return ~static_cast(1); } void swap(basic_char_state_machine &csm_) { _sm_deque.swap(csm_._sm_deque); } private: typedef std::set index_set; void minimise_dfa(dfa &dfa_, std::size_t size_) { const state *first_ = &dfa_._states.front(); const state *end_ = first_ + size_; id_type index_ = 0; id_type new_index_ = 0; id_type_vector lookup_(size_, npos()); id_type *lookup_ptr_ = &lookup_.front(); index_set index_set_; for (; first_ != end_; ++first_, ++index_) { const state *second_ = first_ + 1; for (id_type curr_index_ = index_ + 1; second_ != end_; ++curr_index_, ++second_) { if (index_set_.find(curr_index_) != index_set_.end()) { continue; } if (*first_ == *second_) { index_set_.insert(curr_index_); lookup_ptr_[curr_index_] = new_index_; } } if (lookup_ptr_[index_] == npos()) { lookup_ptr_[index_] = new_index_; ++new_index_; } } if (!index_set_.empty()) { const state *front_ = &dfa_._states.front(); dfa new_dfa_(new_index_); typename index_set::const_iterator set_end_ = index_set_.end(); const state *ptr_ = front_; state *new_ptr_ = &new_dfa_._states.front(); if (dfa_._bol_index != npos()) { new_dfa_._bol_index = lookup_ptr_[dfa_._bol_index]; } for (index_ = 0; index_ < size_; ++index_) { if (index_set_.find(index_) != set_end_) { ++ptr_; continue; } new_ptr_->_end_state = ptr_->_end_state; new_ptr_->_id = ptr_->_end_state; new_ptr_->_user_id = ptr_->_user_id; new_ptr_->_next_dfa = ptr_->_next_dfa; if (ptr_->_eol_index != npos()) { new_ptr_->_eol_index = lookup_ptr_[ptr_->_eol_index]; } typename state::id_type_string_token_map::const_iterator iter_ = ptr_->_transitions.begin(); typename state::id_type_string_token_map::const_iterator end_ = ptr_->_transitions.end(); typename state::id_type_string_token_map::iterator find_; for (; iter_ != end_; ++iter_) { find_ = new_ptr_->_transitions.find (lookup_ptr_[iter_->first]); if (find_ == new_ptr_->_transitions.end()) { new_ptr_->_transitions.insert (id_type_string_token_pair (lookup_ptr_[iter_->first], iter_->second)); } else { find_->second.insert(iter_->second); } } ++ptr_; ++new_ptr_; } dfa_.swap(new_dfa_); } } }; typedef basic_char_state_machine char_state_machine; typedef basic_char_state_machine wchar_state_machine; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/dot.hpp0000644000000000000000000000007412740141200017460 xustar0030 atime=1468174988.061165586 30 ctime=1468174988.061165586 aspectc++/Puma/extern/lexertl/dot.hpp0000644000175000001440000002207512740141200017650 0ustar00osusers00000000000000// dot.hpp // Copyright (c) 2005-2015 Ben Hanson (http://www.benhanson.net/) // Copyright (c) 2013 Autodesk, Inc. All rights reserved. // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_DOT_HPP #define LEXERTL_DOT_HPP #include #include "rules.hpp" #include "state_machine.hpp" #include "sm_to_csm.hpp" namespace lexertl { //! The class template basic_dot contains utility functions used to //! dump a description of a finite state machine formatted in the //! DOT language (http://www.graphviz.org/doc/info/lang.html). The //! resulting directed graph can previewed by opening the ".dot" file //! into the GraphViz application (http://www.graphviz.org). template class basic_dot { public: typedef lexertl::basic_char_state_machine char_state_machine; typedef lexertl::basic_rules rules; typedef std::basic_ostream ostream; typedef std::basic_string string; //! Dumps a description of the finite state machine expressed in //! the DOT language to the given output stream. static void dump(const sm &sm_, rules &rules_, ostream &stream_) { char_state_machine csm_; sm_to_csm(sm_, csm_); dump(csm_, rules_, stream_); } //! Dumps a description of the finite state machine expressed in //! the DOT language to the given output stream. static void dump(const char_state_machine &csm_, rules &rules_, ostream &stream_) { header(stream_); for (std::size_t dfa_ = 0, dfas_ = csm_.size(); dfa_ < dfas_; ++dfa_) { dump_ex(dfa_, csm_._sm_deque[dfa_], rules_, stream_); } trailer(stream_); } protected: typedef typename char_state_machine::state dfa_state; typedef typename dfa_state::string_token string_token; typedef std::basic_stringstream stringstream; // Naming of nodes used in the DOT diagram. The naming is of the // form: L_S. static string node_name(id_type dfa_id_, id_type state_id_) { stringstream namestream_; namestream_ << "L" << dfa_id_ << "_S" << state_id_; return namestream_.str(); } // Escape control characters twice. This is necessary when // expressing character sets attached as to DOT nodes as // labels. static string double_escape_char(const id_type ch_) { stringstream out_; switch (ch_) { case '\0': out_ << '\\'; out_ << '\\'; out_ << '0'; break; case '\a': out_ << '\\'; out_ << '\\'; out_ << 'a'; break; case '\b': out_ << '\\'; out_ << '\\'; out_ << 'b'; break; case '\f': out_ << '\\'; out_ << '\\'; out_ << 'f'; break; case '\n': out_ << '\\'; out_ << '\\'; out_ << 'n'; break; case '\r': out_ << '\\'; out_ << '\\'; out_ << 'r'; break; case '\t': out_ << '\\'; out_ << '\\'; out_ << 't'; break; case '\v': out_ << '\\'; out_ << '\\'; out_ << 'v'; break; case '\\': out_ << '\\'; out_ << '\\'; break; case '"': out_ << '\\'; out_ << '\\'; out_ << '"'; break; case '\'': out_ << '\\'; out_ << '\\'; out_ << '\''; break; default: { if (ch_ < 32 || ch_ > 126) { out_ << '\\'; out_ << 'x'; out_ << std::hex << static_cast(ch_); } else { out_ << char_type(ch_); } break; } } return out_.str(); } // Internal function actually performing the work of dumping the // state machine in DOT. static void dump_ex(id_type dfa_id_, const typename char_state_machine::dfa &dfa_, rules &rules_, ostream &stream_) { const std::size_t states_ = dfa_._states.size(); typename dfa_state::id_type_string_token_map::const_iterator iter_; typename dfa_state::id_type_string_token_map::const_iterator end_; stream_ << std::endl; for (std::size_t i_ = 0; i_ < states_; ++i_) { const dfa_state &state_ = dfa_._states[i_]; const string name = node_name(dfa_id_, i_); if (i_ == 0) { stream_ << " " << name << " [shape = doublecircle, xlabel=\"" << rules_.state(dfa_id_) << "\"];" << std::endl; } else if (state_._end_state) { stream_ << " " << name << " [shape = doublecircle, xlabel=\"id =" << static_cast(state_._id) << "\"];" << std::endl; } else { stream_ << " " << name << " [shape = circle];" << std::endl; } } stream_ << std::endl; for (std::size_t i_ = 0; i_ < states_; ++i_) { const dfa_state &state_ = dfa_._states[i_]; iter_ = state_._transitions.begin(); end_ = state_._transitions.end(); const string src_name = node_name(dfa_id_, i_); for (; iter_ != end_; ++iter_) { const string dst_name = node_name(dfa_id_, iter_->first); stream_ << " " << src_name << " -> " << dst_name << " [label = \""; string_token token_ = iter_->second; open_bracket(stream_); if (!iter_->second.any() && iter_->second.negatable()) { token_.negate(); negated(stream_); } string chars_; typename string_token::range_vector::const_iterator ranges_iter_ = token_._ranges.begin(); typename string_token::range_vector::const_iterator ranges_end_ = token_._ranges.end(); for (; ranges_iter_ != ranges_end_; ++ranges_iter_) { if (ranges_iter_->first == '^' || ranges_iter_->first == ']') { stream_ << "\\\\"; } chars_ = double_escape_char(ranges_iter_->first); if (ranges_iter_->first != ranges_iter_->second) { if (ranges_iter_->first + 1 < ranges_iter_->second) { chars_ += '-'; } if (ranges_iter_->second == '^' || ranges_iter_->second == ']') { stream_ << "\\\\"; } chars_ += double_escape_char(ranges_iter_->second); } stream_ << chars_; } close_bracket(stream_); stream_ << "\"];" << std::endl; } if (state_._end_state) { const string dst_name = node_name(state_._next_dfa, 0); stream_ << " " << src_name << " -> " << dst_name << " [style = \"dashed\"];" << std::endl; } } } static void header(ostream &stream_) { stream_ << "digraph DFAs {" << std::endl; stream_ << " rankdir = LR;" << std::endl; } static void trailer(ostream &stream_) { stream_ << "}" << std::endl; } static void open_bracket(ostream &stream_) { stream_ << "["; } static void negated(ostream &stream_) { stream_ << "^"; } static void close_bracket(ostream &stream_) { stream_ << "]"; } }; typedef basic_dot, char> dot; typedef basic_dot, wchar_t> wdot; } #endif aspectc++/Puma/extern/lexertl/PaxHeaders.4702/narrow.hpp0000644000000000000000000000007412740141200020202 xustar0030 atime=1468174988.062165602 30 ctime=1468174988.062165602 aspectc++/Puma/extern/lexertl/narrow.hpp0000644000175000001440000000114312740141200020363 0ustar00osusers00000000000000// narrow.hpp // Copyright (c) 2015 Ben Hanson (http://www.benhanson.net/) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file licence_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef LEXERTL_NARROW_HPP #define LEXERTL_NARROW_HPP #include namespace lexertl { template void narrow(const char_type *str_, std::ostringstream &ss_) { while (*str_) { // Safe to simply cast to char. // when string only contains ASCII. ss_ << static_cast(*str_++); } } } #endif aspectc++/Puma/extern/PaxHeaders.4702/README0000644000000000000000000000007412740141200015362 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/extern/README0000644000175000001440000000044412740141200015546 0ustar00osusers00000000000000This file documents external code that has been imported into PUMA: lexertl ======= * is an open source lexical analyzer generator * has been downloaded from http://www.benhanson.net/lexertl/download.html on 27/8/2015 and imported into PUMA Read the license in the lexertl directory! aspectc++/Puma/PaxHeaders.4702/tools0000644000000000000000000000007412740141200014260 xustar0030 atime=1468174988.045165323 30 ctime=1468174988.059165553 aspectc++/Puma/tools/0000755000175000001440000000000012740141200014517 5ustar00osusers00000000000000aspectc++/Puma/tools/PaxHeaders.4702/lemon0000644000000000000000000000007412740141200015372 xustar0030 atime=1468174988.045165323 30 ctime=1468174988.059165553 aspectc++/Puma/tools/lemon/0000755000175000001440000000000012740141200015631 5ustar00osusers00000000000000aspectc++/Puma/tools/lemon/PaxHeaders.4702/lemon.c.orig0000644000000000000000000000007412740141200017664 xustar0030 atime=1468174988.047165356 30 ctime=1468174988.059165553 aspectc++/Puma/tools/lemon/lemon.c.orig0000644000175000001440000046362112740141200020062 0ustar00osusers00000000000000/* ** This file contains all sources (including headers) to the LEMON ** LALR(1) parser generator. The sources have been combined into a ** single file to make it easy to include LEMON in the source tree ** and Makefile of another program. ** ** The author of this program disclaims copyright. */ #include #include #include #include #include #include #define ISSPACE(X) isspace((unsigned char)(X)) #define ISDIGIT(X) isdigit((unsigned char)(X)) #define ISALNUM(X) isalnum((unsigned char)(X)) #define ISALPHA(X) isalpha((unsigned char)(X)) #define ISUPPER(X) isupper((unsigned char)(X)) #define ISLOWER(X) islower((unsigned char)(X)) #ifndef __WIN32__ # if defined(_WIN32) || defined(WIN32) # define __WIN32__ # endif #endif #ifdef __WIN32__ #ifdef __cplusplus extern "C" { #endif extern int access(const char *path, int mode); #ifdef __cplusplus } #endif #else #include #endif /* #define PRIVATE static */ #define PRIVATE #ifdef TEST #define MAXRHS 5 /* Set low to exercise exception code */ #else #define MAXRHS 1000 #endif static int showPrecedenceConflict = 0; static char *msort(char*,char**,int(*)(const char*,const char*)); /* ** Compilers are getting increasingly pedantic about type conversions ** as C evolves ever closer to Ada.... To work around the latest problems ** we have to define the following variant of strlen(). */ #define lemonStrlen(X) ((int)strlen(X)) /* ** Compilers are starting to complain about the use of sprintf() and strcpy(), ** saying they are unsafe. So we define our own versions of those routines too. ** ** There are three routines here: lemon_sprintf(), lemon_vsprintf(), and ** lemon_addtext(). The first two are replacements for sprintf() and vsprintf(). ** The third is a helper routine for vsnprintf() that adds texts to the end of a ** buffer, making sure the buffer is always zero-terminated. ** ** The string formatter is a minimal subset of stdlib sprintf() supporting only ** a few simply conversions: ** ** %d ** %s ** %.*s ** */ static void lemon_addtext( char *zBuf, /* The buffer to which text is added */ int *pnUsed, /* Slots of the buffer used so far */ const char *zIn, /* Text to add */ int nIn, /* Bytes of text to add. -1 to use strlen() */ int iWidth /* Field width. Negative to left justify */ ){ if( nIn<0 ) for(nIn=0; zIn[nIn]; nIn++){} while( iWidth>nIn ){ zBuf[(*pnUsed)++] = ' '; iWidth--; } if( nIn==0 ) return; memcpy(&zBuf[*pnUsed], zIn, nIn); *pnUsed += nIn; while( (-iWidth)>nIn ){ zBuf[(*pnUsed)++] = ' '; iWidth++; } zBuf[*pnUsed] = 0; } static int lemon_vsprintf(char *str, const char *zFormat, va_list ap){ int i, j, k, c; int nUsed = 0; const char *z; char zTemp[50]; str[0] = 0; for(i=j=0; (c = zFormat[i])!=0; i++){ if( c=='%' ){ int iWidth = 0; lemon_addtext(str, &nUsed, &zFormat[j], i-j, 0); c = zFormat[++i]; if( ISDIGIT(c) || (c=='-' && ISDIGIT(zFormat[i+1])) ){ if( c=='-' ) i++; while( ISDIGIT(zFormat[i]) ) iWidth = iWidth*10 + zFormat[i++] - '0'; if( c=='-' ) iWidth = -iWidth; c = zFormat[i]; } if( c=='d' ){ int v = va_arg(ap, int); if( v<0 ){ lemon_addtext(str, &nUsed, "-", 1, iWidth); v = -v; }else if( v==0 ){ lemon_addtext(str, &nUsed, "0", 1, iWidth); } k = 0; while( v>0 ){ k++; zTemp[sizeof(zTemp)-k] = (v%10) + '0'; v /= 10; } lemon_addtext(str, &nUsed, &zTemp[sizeof(zTemp)-k], k, iWidth); }else if( c=='s' ){ z = va_arg(ap, const char*); lemon_addtext(str, &nUsed, z, -1, iWidth); }else if( c=='.' && memcmp(&zFormat[i], ".*s", 3)==0 ){ i += 2; k = va_arg(ap, int); z = va_arg(ap, const char*); lemon_addtext(str, &nUsed, z, k, iWidth); }else if( c=='%' ){ lemon_addtext(str, &nUsed, "%", 1, 0); }else{ fprintf(stderr, "illegal format\n"); exit(1); } j = i+1; } } lemon_addtext(str, &nUsed, &zFormat[j], i-j, 0); return nUsed; } static int lemon_sprintf(char *str, const char *format, ...){ va_list ap; int rc; va_start(ap, format); rc = lemon_vsprintf(str, format, ap); va_end(ap); return rc; } static void lemon_strcpy(char *dest, const char *src){ while( (*(dest++) = *(src++))!=0 ){} } static void lemon_strcat(char *dest, const char *src){ while( *dest ) dest++; lemon_strcpy(dest, src); } /* a few forward declarations... */ struct rule; struct lemon; struct action; static struct action *Action_new(void); static struct action *Action_sort(struct action *); /********** From the file "build.h" ************************************/ void FindRulePrecedences(); void FindFirstSets(); void FindStates(); void FindLinks(); void FindFollowSets(); void FindActions(); /********* From the file "configlist.h" *********************************/ void Configlist_init(void); struct config *Configlist_add(struct rule *, int); struct config *Configlist_addbasis(struct rule *, int); void Configlist_closure(struct lemon *); void Configlist_sort(void); void Configlist_sortbasis(void); struct config *Configlist_return(void); struct config *Configlist_basis(void); void Configlist_eat(struct config *); void Configlist_reset(void); /********* From the file "error.h" ***************************************/ void ErrorMsg(const char *, int,const char *, ...); /****** From the file "option.h" ******************************************/ enum option_type { OPT_FLAG=1, OPT_INT, OPT_DBL, OPT_STR, OPT_FFLAG, OPT_FINT, OPT_FDBL, OPT_FSTR}; struct s_options { enum option_type type; const char *label; char *arg; const char *message; }; int OptInit(char**,struct s_options*,FILE*); int OptNArgs(void); char *OptArg(int); void OptErr(int); void OptPrint(void); /******** From the file "parse.h" *****************************************/ void Parse(struct lemon *lemp); /********* From the file "plink.h" ***************************************/ struct plink *Plink_new(void); void Plink_add(struct plink **, struct config *); void Plink_copy(struct plink **, struct plink *); void Plink_delete(struct plink *); /********** From the file "report.h" *************************************/ void Reprint(struct lemon *); void ReportOutput(struct lemon *); void ReportTable(struct lemon *, int); void ReportHeader(struct lemon *); void CompressTables(struct lemon *); void ResortStates(struct lemon *); /********** From the file "set.h" ****************************************/ void SetSize(int); /* All sets will be of size N */ char *SetNew(void); /* A new set for element 0..N */ void SetFree(char*); /* Deallocate a set */ int SetAdd(char*,int); /* Add element to a set */ int SetUnion(char *,char *); /* A <- A U B, thru element N */ #define SetFind(X,Y) (X[Y]) /* True if Y is in set X */ /********** From the file "struct.h" *************************************/ /* ** Principal data structures for the LEMON parser generator. */ typedef enum {LEMON_FALSE=0, LEMON_TRUE} Boolean; /* Symbols (terminals and nonterminals) of the grammar are stored ** in the following: */ enum symbol_type { TERMINAL, NONTERMINAL, MULTITERMINAL }; enum e_assoc { LEFT, RIGHT, NONE, UNK }; struct symbol { const char *name; /* Name of the symbol */ int index; /* Index number for this symbol */ enum symbol_type type; /* Symbols are all either TERMINALS or NTs */ struct rule *rule; /* Linked list of rules of this (if an NT) */ struct symbol *fallback; /* fallback token in case this token doesn't parse */ int prec; /* Precedence if defined (-1 otherwise) */ enum e_assoc assoc; /* Associativity if precedence is defined */ char *firstset; /* First-set for all rules of this symbol */ Boolean lambda; /* True if NT and can generate an empty string */ int useCnt; /* Number of times used */ char *destructor; /* Code which executes whenever this symbol is ** popped from the stack during error processing */ int destLineno; /* Line number for start of destructor */ char *datatype; /* The data type of information held by this ** object. Only used if type==NONTERMINAL */ int dtnum; /* The data type number. In the parser, the value ** stack is a union. The .yy%d element of this ** union is the correct data type for this object */ /* The following fields are used by MULTITERMINALs only */ int nsubsym; /* Number of constituent symbols in the MULTI */ struct symbol **subsym; /* Array of constituent symbols */ }; /* Each production rule in the grammar is stored in the following ** structure. */ struct rule { struct symbol *lhs; /* Left-hand side of the rule */ const char *lhsalias; /* Alias for the LHS (NULL if none) */ int lhsStart; /* True if left-hand side is the start symbol */ int ruleline; /* Line number for the rule */ int nrhs; /* Number of RHS symbols */ struct symbol **rhs; /* The RHS symbols */ const char **rhsalias; /* An alias for each RHS symbol (NULL if none) */ int line; /* Line number at which code begins */ const char *code; /* The code executed when this rule is reduced */ struct symbol *precsym; /* Precedence symbol for this rule */ int index; /* An index number for this rule */ Boolean canReduce; /* True if this rule is ever reduced */ struct rule *nextlhs; /* Next rule with the same LHS */ struct rule *next; /* Next rule in the global list */ }; /* A configuration is a production rule of the grammar together with ** a mark (dot) showing how much of that rule has been processed so far. ** Configurations also contain a follow-set which is a list of terminal ** symbols which are allowed to immediately follow the end of the rule. ** Every configuration is recorded as an instance of the following: */ enum cfgstatus { COMPLETE, INCOMPLETE }; struct config { struct rule *rp; /* The rule upon which the configuration is based */ int dot; /* The parse point */ char *fws; /* Follow-set for this configuration only */ struct plink *fplp; /* Follow-set forward propagation links */ struct plink *bplp; /* Follow-set backwards propagation links */ struct state *stp; /* Pointer to state which contains this */ enum cfgstatus status; /* used during followset and shift computations */ struct config *next; /* Next configuration in the state */ struct config *bp; /* The next basis configuration */ }; enum e_action { SHIFT, ACCEPT, REDUCE, ERROR, SSCONFLICT, /* A shift/shift conflict */ SRCONFLICT, /* Was a reduce, but part of a conflict */ RRCONFLICT, /* Was a reduce, but part of a conflict */ SH_RESOLVED, /* Was a shift. Precedence resolved conflict */ RD_RESOLVED, /* Was reduce. Precedence resolved conflict */ NOT_USED, /* Deleted by compression */ SHIFTREDUCE /* Shift first, then reduce */ }; /* Every shift or reduce operation is stored as one of the following */ struct action { struct symbol *sp; /* The look-ahead symbol */ enum e_action type; union { struct state *stp; /* The new state, if a shift */ struct rule *rp; /* The rule, if a reduce */ } x; struct action *next; /* Next action for this state */ struct action *collide; /* Next action with the same hash */ }; /* Each state of the generated parser's finite state machine ** is encoded as an instance of the following structure. */ struct state { struct config *bp; /* The basis configurations for this state */ struct config *cfp; /* All configurations in this set */ int statenum; /* Sequential number for this state */ struct action *ap; /* Array of actions for this state */ int nTknAct, nNtAct; /* Number of actions on terminals and nonterminals */ int iTknOfst, iNtOfst; /* yy_action[] offset for terminals and nonterms */ int iDfltReduce; /* Default action is to REDUCE by this rule */ struct rule *pDfltReduce;/* The default REDUCE rule. */ int autoReduce; /* True if this is an auto-reduce state */ }; #define NO_OFFSET (-2147483647) /* A followset propagation link indicates that the contents of one ** configuration followset should be propagated to another whenever ** the first changes. */ struct plink { struct config *cfp; /* The configuration to which linked */ struct plink *next; /* The next propagate link */ }; /* The state vector for the entire parser generator is recorded as ** follows. (LEMON uses no global variables and makes little use of ** static variables. Fields in the following structure can be thought ** of as begin global variables in the program.) */ struct lemon { struct state **sorted; /* Table of states sorted by state number */ struct rule *rule; /* List of all rules */ int nstate; /* Number of states */ int nxstate; /* nstate with tail degenerate states removed */ int nrule; /* Number of rules */ int nsymbol; /* Number of terminal and nonterminal symbols */ int nterminal; /* Number of terminal symbols */ struct symbol **symbols; /* Sorted array of pointers to symbols */ int errorcnt; /* Number of errors */ struct symbol *errsym; /* The error symbol */ struct symbol *wildcard; /* Token that matches anything */ char *name; /* Name of the generated parser */ char *arg; /* Declaration of the 3th argument to parser */ char *tokentype; /* Type of terminal symbols in the parser stack */ char *vartype; /* The default type of non-terminal symbols */ char *start; /* Name of the start symbol for the grammar */ char *stacksize; /* Size of the parser stack */ char *include; /* Code to put at the start of the C file */ char *error; /* Code to execute when an error is seen */ char *overflow; /* Code to execute on a stack overflow */ char *failure; /* Code to execute on parser failure */ char *accept; /* Code to execute when the parser excepts */ char *extracode; /* Code appended to the generated file */ char *tokendest; /* Code to execute to destroy token data */ char *vardest; /* Code for the default non-terminal destructor */ char *filename; /* Name of the input file */ char *outname; /* Name of the current output file */ char *tokenprefix; /* A prefix added to token names in the .h file */ int nconflict; /* Number of parsing conflicts */ int nactiontab; /* Number of entries in the yy_action[] table */ int tablesize; /* Total table size of all tables in bytes */ int basisflag; /* Print only basis configurations */ int has_fallback; /* True if any %fallback is seen in the grammar */ int nolinenosflag; /* True if #line statements should not be printed */ char *argv0; /* Name of the program */ }; #define MemoryCheck(X) if((X)==0){ \ extern void memory_error(); \ memory_error(); \ } /**************** From the file "table.h" *********************************/ /* ** All code in this file has been automatically generated ** from a specification in the file ** "table.q" ** by the associative array code building program "aagen". ** Do not edit this file! Instead, edit the specification ** file, then rerun aagen. */ /* ** Code for processing tables in the LEMON parser generator. */ /* Routines for handling a strings */ const char *Strsafe(const char *); void Strsafe_init(void); int Strsafe_insert(const char *); const char *Strsafe_find(const char *); /* Routines for handling symbols of the grammar */ struct symbol *Symbol_new(const char *); int Symbolcmpp(const void *, const void *); void Symbol_init(void); int Symbol_insert(struct symbol *, const char *); struct symbol *Symbol_find(const char *); struct symbol *Symbol_Nth(int); int Symbol_count(void); struct symbol **Symbol_arrayof(void); /* Routines to manage the state table */ int Configcmp(const char *, const char *); struct state *State_new(void); void State_init(void); int State_insert(struct state *, struct config *); struct state *State_find(struct config *); struct state **State_arrayof(/* */); /* Routines used for efficiency in Configlist_add */ void Configtable_init(void); int Configtable_insert(struct config *); struct config *Configtable_find(struct config *); void Configtable_clear(int(*)(struct config *)); /****************** From the file "action.c" *******************************/ /* ** Routines processing parser actions in the LEMON parser generator. */ /* Allocate a new parser action */ static struct action *Action_new(void){ static struct action *freelist = 0; struct action *newaction; if( freelist==0 ){ int i; int amt = 100; freelist = (struct action *)calloc(amt, sizeof(struct action)); if( freelist==0 ){ fprintf(stderr,"Unable to allocate memory for a new parser action."); exit(1); } for(i=0; inext; return newaction; } /* Compare two actions for sorting purposes. Return negative, zero, or ** positive if the first action is less than, equal to, or greater than ** the first */ static int actioncmp( struct action *ap1, struct action *ap2 ){ int rc; rc = ap1->sp->index - ap2->sp->index; if( rc==0 ){ rc = (int)ap1->type - (int)ap2->type; } if( rc==0 && (ap1->type==REDUCE || ap1->type==SHIFTREDUCE) ){ rc = ap1->x.rp->index - ap2->x.rp->index; } if( rc==0 ){ rc = (int) (ap2 - ap1); } return rc; } /* Sort parser actions */ static struct action *Action_sort( struct action *ap ){ ap = (struct action *)msort((char *)ap,(char **)&ap->next, (int(*)(const char*,const char*))actioncmp); return ap; } void Action_add( struct action **app, enum e_action type, struct symbol *sp, char *arg ){ struct action *newaction; newaction = Action_new(); newaction->next = *app; *app = newaction; newaction->type = type; newaction->sp = sp; if( type==SHIFT ){ newaction->x.stp = (struct state *)arg; }else{ newaction->x.rp = (struct rule *)arg; } } /********************** New code to implement the "acttab" module ***********/ /* ** This module implements routines use to construct the yy_action[] table. */ /* ** The state of the yy_action table under construction is an instance of ** the following structure. ** ** The yy_action table maps the pair (state_number, lookahead) into an ** action_number. The table is an array of integers pairs. The state_number ** determines an initial offset into the yy_action array. The lookahead ** value is then added to this initial offset to get an index X into the ** yy_action array. If the aAction[X].lookahead equals the value of the ** of the lookahead input, then the value of the action_number output is ** aAction[X].action. If the lookaheads do not match then the ** default action for the state_number is returned. ** ** All actions associated with a single state_number are first entered ** into aLookahead[] using multiple calls to acttab_action(). Then the ** actions for that single state_number are placed into the aAction[] ** array with a single call to acttab_insert(). The acttab_insert() call ** also resets the aLookahead[] array in preparation for the next ** state number. */ struct lookahead_action { int lookahead; /* Value of the lookahead token */ int action; /* Action to take on the given lookahead */ }; typedef struct acttab acttab; struct acttab { int nAction; /* Number of used slots in aAction[] */ int nActionAlloc; /* Slots allocated for aAction[] */ struct lookahead_action *aAction, /* The yy_action[] table under construction */ *aLookahead; /* A single new transaction set */ int mnLookahead; /* Minimum aLookahead[].lookahead */ int mnAction; /* Action associated with mnLookahead */ int mxLookahead; /* Maximum aLookahead[].lookahead */ int nLookahead; /* Used slots in aLookahead[] */ int nLookaheadAlloc; /* Slots allocated in aLookahead[] */ }; /* Return the number of entries in the yy_action table */ #define acttab_size(X) ((X)->nAction) /* The value for the N-th entry in yy_action */ #define acttab_yyaction(X,N) ((X)->aAction[N].action) /* The value for the N-th entry in yy_lookahead */ #define acttab_yylookahead(X,N) ((X)->aAction[N].lookahead) /* Free all memory associated with the given acttab */ void acttab_free(acttab *p){ free( p->aAction ); free( p->aLookahead ); free( p ); } /* Allocate a new acttab structure */ acttab *acttab_alloc(void){ acttab *p = (acttab *) calloc( 1, sizeof(*p) ); if( p==0 ){ fprintf(stderr,"Unable to allocate memory for a new acttab."); exit(1); } memset(p, 0, sizeof(*p)); return p; } /* Add a new action to the current transaction set. ** ** This routine is called once for each lookahead for a particular ** state. */ void acttab_action(acttab *p, int lookahead, int action){ if( p->nLookahead>=p->nLookaheadAlloc ){ p->nLookaheadAlloc += 25; p->aLookahead = (struct lookahead_action *) realloc( p->aLookahead, sizeof(p->aLookahead[0])*p->nLookaheadAlloc ); if( p->aLookahead==0 ){ fprintf(stderr,"malloc failed\n"); exit(1); } } if( p->nLookahead==0 ){ p->mxLookahead = lookahead; p->mnLookahead = lookahead; p->mnAction = action; }else{ if( p->mxLookaheadmxLookahead = lookahead; if( p->mnLookahead>lookahead ){ p->mnLookahead = lookahead; p->mnAction = action; } } p->aLookahead[p->nLookahead].lookahead = lookahead; p->aLookahead[p->nLookahead].action = action; p->nLookahead++; } /* ** Add the transaction set built up with prior calls to acttab_action() ** into the current action table. Then reset the transaction set back ** to an empty set in preparation for a new round of acttab_action() calls. ** ** Return the offset into the action table of the new transaction. */ int acttab_insert(acttab *p){ int i, j, k, n; assert( p->nLookahead>0 ); /* Make sure we have enough space to hold the expanded action table ** in the worst case. The worst case occurs if the transaction set ** must be appended to the current action table */ n = p->mxLookahead + 1; if( p->nAction + n >= p->nActionAlloc ){ int oldAlloc = p->nActionAlloc; p->nActionAlloc = p->nAction + n + p->nActionAlloc + 20; p->aAction = (struct lookahead_action *) realloc( p->aAction, sizeof(p->aAction[0])*p->nActionAlloc); if( p->aAction==0 ){ fprintf(stderr,"malloc failed\n"); exit(1); } for(i=oldAlloc; inActionAlloc; i++){ p->aAction[i].lookahead = -1; p->aAction[i].action = -1; } } /* Scan the existing action table looking for an offset that is a ** duplicate of the current transaction set. Fall out of the loop ** if and when the duplicate is found. ** ** i is the index in p->aAction[] where p->mnLookahead is inserted. */ for(i=p->nAction-1; i>=0; i--){ if( p->aAction[i].lookahead==p->mnLookahead ){ /* All lookaheads and actions in the aLookahead[] transaction ** must match against the candidate aAction[i] entry. */ if( p->aAction[i].action!=p->mnAction ) continue; for(j=0; jnLookahead; j++){ k = p->aLookahead[j].lookahead - p->mnLookahead + i; if( k<0 || k>=p->nAction ) break; if( p->aLookahead[j].lookahead!=p->aAction[k].lookahead ) break; if( p->aLookahead[j].action!=p->aAction[k].action ) break; } if( jnLookahead ) continue; /* No possible lookahead value that is not in the aLookahead[] ** transaction is allowed to match aAction[i] */ n = 0; for(j=0; jnAction; j++){ if( p->aAction[j].lookahead<0 ) continue; if( p->aAction[j].lookahead==j+p->mnLookahead-i ) n++; } if( n==p->nLookahead ){ break; /* An exact match is found at offset i */ } } } /* If no existing offsets exactly match the current transaction, find an ** an empty offset in the aAction[] table in which we can add the ** aLookahead[] transaction. */ if( i<0 ){ /* Look for holes in the aAction[] table that fit the current ** aLookahead[] transaction. Leave i set to the offset of the hole. ** If no holes are found, i is left at p->nAction, which means the ** transaction will be appended. */ for(i=0; inActionAlloc - p->mxLookahead; i++){ if( p->aAction[i].lookahead<0 ){ for(j=0; jnLookahead; j++){ k = p->aLookahead[j].lookahead - p->mnLookahead + i; if( k<0 ) break; if( p->aAction[k].lookahead>=0 ) break; } if( jnLookahead ) continue; for(j=0; jnAction; j++){ if( p->aAction[j].lookahead==j+p->mnLookahead-i ) break; } if( j==p->nAction ){ break; /* Fits in empty slots */ } } } } /* Insert transaction set at index i. */ for(j=0; jnLookahead; j++){ k = p->aLookahead[j].lookahead - p->mnLookahead + i; p->aAction[k] = p->aLookahead[j]; if( k>=p->nAction ) p->nAction = k+1; } p->nLookahead = 0; /* Return the offset that is added to the lookahead in order to get the ** index into yy_action of the action */ return i - p->mnLookahead; } /********************** From the file "build.c" *****************************/ /* ** Routines to construction the finite state machine for the LEMON ** parser generator. */ /* Find a precedence symbol of every rule in the grammar. ** ** Those rules which have a precedence symbol coded in the input ** grammar using the "[symbol]" construct will already have the ** rp->precsym field filled. Other rules take as their precedence ** symbol the first RHS symbol with a defined precedence. If there ** are not RHS symbols with a defined precedence, the precedence ** symbol field is left blank. */ void FindRulePrecedences(struct lemon *xp) { struct rule *rp; for(rp=xp->rule; rp; rp=rp->next){ if( rp->precsym==0 ){ int i, j; for(i=0; inrhs && rp->precsym==0; i++){ struct symbol *sp = rp->rhs[i]; if( sp->type==MULTITERMINAL ){ for(j=0; jnsubsym; j++){ if( sp->subsym[j]->prec>=0 ){ rp->precsym = sp->subsym[j]; break; } } }else if( sp->prec>=0 ){ rp->precsym = rp->rhs[i]; } } } } return; } /* Find all nonterminals which will generate the empty string. ** Then go back and compute the first sets of every nonterminal. ** The first set is the set of all terminal symbols which can begin ** a string generated by that nonterminal. */ void FindFirstSets(struct lemon *lemp) { int i, j; struct rule *rp; int progress; for(i=0; insymbol; i++){ lemp->symbols[i]->lambda = LEMON_FALSE; } for(i=lemp->nterminal; insymbol; i++){ lemp->symbols[i]->firstset = SetNew(); } /* First compute all lambdas */ do{ progress = 0; for(rp=lemp->rule; rp; rp=rp->next){ if( rp->lhs->lambda ) continue; for(i=0; inrhs; i++){ struct symbol *sp = rp->rhs[i]; assert( sp->type==NONTERMINAL || sp->lambda==LEMON_FALSE ); if( sp->lambda==LEMON_FALSE ) break; } if( i==rp->nrhs ){ rp->lhs->lambda = LEMON_TRUE; progress = 1; } } }while( progress ); /* Now compute all first sets */ do{ struct symbol *s1, *s2; progress = 0; for(rp=lemp->rule; rp; rp=rp->next){ s1 = rp->lhs; for(i=0; inrhs; i++){ s2 = rp->rhs[i]; if( s2->type==TERMINAL ){ progress += SetAdd(s1->firstset,s2->index); break; }else if( s2->type==MULTITERMINAL ){ for(j=0; jnsubsym; j++){ progress += SetAdd(s1->firstset,s2->subsym[j]->index); } break; }else if( s1==s2 ){ if( s1->lambda==LEMON_FALSE ) break; }else{ progress += SetUnion(s1->firstset,s2->firstset); if( s2->lambda==LEMON_FALSE ) break; } } } }while( progress ); return; } /* Compute all LR(0) states for the grammar. Links ** are added to between some states so that the LR(1) follow sets ** can be computed later. */ PRIVATE struct state *getstate(struct lemon *); /* forward reference */ void FindStates(struct lemon *lemp) { struct symbol *sp; struct rule *rp; Configlist_init(); /* Find the start symbol */ if( lemp->start ){ sp = Symbol_find(lemp->start); if( sp==0 ){ ErrorMsg(lemp->filename,0, "The specified start symbol \"%s\" is not \ in a nonterminal of the grammar. \"%s\" will be used as the start \ symbol instead.",lemp->start,lemp->rule->lhs->name); lemp->errorcnt++; sp = lemp->rule->lhs; } }else{ sp = lemp->rule->lhs; } /* Make sure the start symbol doesn't occur on the right-hand side of ** any rule. Report an error if it does. (YACC would generate a new ** start symbol in this case.) */ for(rp=lemp->rule; rp; rp=rp->next){ int i; for(i=0; inrhs; i++){ if( rp->rhs[i]==sp ){ /* FIX ME: Deal with multiterminals */ ErrorMsg(lemp->filename,0, "The start symbol \"%s\" occurs on the \ right-hand side of a rule. This will result in a parser which \ does not work properly.",sp->name); lemp->errorcnt++; } } } /* The basis configuration set for the first state ** is all rules which have the start symbol as their ** left-hand side */ for(rp=sp->rule; rp; rp=rp->nextlhs){ struct config *newcfp; rp->lhsStart = 1; newcfp = Configlist_addbasis(rp,0); SetAdd(newcfp->fws,0); } /* Compute the first state. All other states will be ** computed automatically during the computation of the first one. ** The returned pointer to the first state is not used. */ (void)getstate(lemp); return; } /* Return a pointer to a state which is described by the configuration ** list which has been built from calls to Configlist_add. */ PRIVATE void buildshifts(struct lemon *, struct state *); /* Forwd ref */ PRIVATE struct state *getstate(struct lemon *lemp) { struct config *cfp, *bp; struct state *stp; /* Extract the sorted basis of the new state. The basis was constructed ** by prior calls to "Configlist_addbasis()". */ Configlist_sortbasis(); bp = Configlist_basis(); /* Get a state with the same basis */ stp = State_find(bp); if( stp ){ /* A state with the same basis already exists! Copy all the follow-set ** propagation links from the state under construction into the ** preexisting state, then return a pointer to the preexisting state */ struct config *x, *y; for(x=bp, y=stp->bp; x && y; x=x->bp, y=y->bp){ Plink_copy(&y->bplp,x->bplp); Plink_delete(x->fplp); x->fplp = x->bplp = 0; } cfp = Configlist_return(); Configlist_eat(cfp); }else{ /* This really is a new state. Construct all the details */ Configlist_closure(lemp); /* Compute the configuration closure */ Configlist_sort(); /* Sort the configuration closure */ cfp = Configlist_return(); /* Get a pointer to the config list */ stp = State_new(); /* A new state structure */ MemoryCheck(stp); stp->bp = bp; /* Remember the configuration basis */ stp->cfp = cfp; /* Remember the configuration closure */ stp->statenum = lemp->nstate++; /* Every state gets a sequence number */ stp->ap = 0; /* No actions, yet. */ State_insert(stp,stp->bp); /* Add to the state table */ buildshifts(lemp,stp); /* Recursively compute successor states */ } return stp; } /* ** Return true if two symbols are the same. */ int same_symbol(struct symbol *a, struct symbol *b) { int i; if( a==b ) return 1; if( a->type!=MULTITERMINAL ) return 0; if( b->type!=MULTITERMINAL ) return 0; if( a->nsubsym!=b->nsubsym ) return 0; for(i=0; insubsym; i++){ if( a->subsym[i]!=b->subsym[i] ) return 0; } return 1; } /* Construct all successor states to the given state. A "successor" ** state is any state which can be reached by a shift action. */ PRIVATE void buildshifts(struct lemon *lemp, struct state *stp) { struct config *cfp; /* For looping thru the config closure of "stp" */ struct config *bcfp; /* For the inner loop on config closure of "stp" */ struct config *newcfg; /* */ struct symbol *sp; /* Symbol following the dot in configuration "cfp" */ struct symbol *bsp; /* Symbol following the dot in configuration "bcfp" */ struct state *newstp; /* A pointer to a successor state */ /* Each configuration becomes complete after it contibutes to a successor ** state. Initially, all configurations are incomplete */ for(cfp=stp->cfp; cfp; cfp=cfp->next) cfp->status = INCOMPLETE; /* Loop through all configurations of the state "stp" */ for(cfp=stp->cfp; cfp; cfp=cfp->next){ if( cfp->status==COMPLETE ) continue; /* Already used by inner loop */ if( cfp->dot>=cfp->rp->nrhs ) continue; /* Can't shift this config */ Configlist_reset(); /* Reset the new config set */ sp = cfp->rp->rhs[cfp->dot]; /* Symbol after the dot */ /* For every configuration in the state "stp" which has the symbol "sp" ** following its dot, add the same configuration to the basis set under ** construction but with the dot shifted one symbol to the right. */ for(bcfp=cfp; bcfp; bcfp=bcfp->next){ if( bcfp->status==COMPLETE ) continue; /* Already used */ if( bcfp->dot>=bcfp->rp->nrhs ) continue; /* Can't shift this one */ bsp = bcfp->rp->rhs[bcfp->dot]; /* Get symbol after dot */ if( !same_symbol(bsp,sp) ) continue; /* Must be same as for "cfp" */ bcfp->status = COMPLETE; /* Mark this config as used */ newcfg = Configlist_addbasis(bcfp->rp,bcfp->dot+1); Plink_add(&newcfg->bplp,bcfp); } /* Get a pointer to the state described by the basis configuration set ** constructed in the preceding loop */ newstp = getstate(lemp); /* The state "newstp" is reached from the state "stp" by a shift action ** on the symbol "sp" */ if( sp->type==MULTITERMINAL ){ int i; for(i=0; insubsym; i++){ Action_add(&stp->ap,SHIFT,sp->subsym[i],(char*)newstp); } }else{ Action_add(&stp->ap,SHIFT,sp,(char *)newstp); } } } /* ** Construct the propagation links */ void FindLinks(struct lemon *lemp) { int i; struct config *cfp, *other; struct state *stp; struct plink *plp; /* Housekeeping detail: ** Add to every propagate link a pointer back to the state to ** which the link is attached. */ for(i=0; instate; i++){ stp = lemp->sorted[i]; for(cfp=stp->cfp; cfp; cfp=cfp->next){ cfp->stp = stp; } } /* Convert all backlinks into forward links. Only the forward ** links are used in the follow-set computation. */ for(i=0; instate; i++){ stp = lemp->sorted[i]; for(cfp=stp->cfp; cfp; cfp=cfp->next){ for(plp=cfp->bplp; plp; plp=plp->next){ other = plp->cfp; Plink_add(&other->fplp,cfp); } } } } /* Compute all followsets. ** ** A followset is the set of all symbols which can come immediately ** after a configuration. */ void FindFollowSets(struct lemon *lemp) { int i; struct config *cfp; struct plink *plp; int progress; int change; for(i=0; instate; i++){ for(cfp=lemp->sorted[i]->cfp; cfp; cfp=cfp->next){ cfp->status = INCOMPLETE; } } do{ progress = 0; for(i=0; instate; i++){ for(cfp=lemp->sorted[i]->cfp; cfp; cfp=cfp->next){ if( cfp->status==COMPLETE ) continue; for(plp=cfp->fplp; plp; plp=plp->next){ change = SetUnion(plp->cfp->fws,cfp->fws); if( change ){ plp->cfp->status = INCOMPLETE; progress = 1; } } cfp->status = COMPLETE; } } }while( progress ); } static int resolve_conflict(struct action *,struct action *); /* Compute the reduce actions, and resolve conflicts. */ void FindActions(struct lemon *lemp) { int i,j; struct config *cfp; struct state *stp; struct symbol *sp; struct rule *rp; /* Add all of the reduce actions ** A reduce action is added for each element of the followset of ** a configuration which has its dot at the extreme right. */ for(i=0; instate; i++){ /* Loop over all states */ stp = lemp->sorted[i]; for(cfp=stp->cfp; cfp; cfp=cfp->next){ /* Loop over all configurations */ if( cfp->rp->nrhs==cfp->dot ){ /* Is dot at extreme right? */ for(j=0; jnterminal; j++){ if( SetFind(cfp->fws,j) ){ /* Add a reduce action to the state "stp" which will reduce by the ** rule "cfp->rp" if the lookahead symbol is "lemp->symbols[j]" */ Action_add(&stp->ap,REDUCE,lemp->symbols[j],(char *)cfp->rp); } } } } } /* Add the accepting token */ if( lemp->start ){ sp = Symbol_find(lemp->start); if( sp==0 ) sp = lemp->rule->lhs; }else{ sp = lemp->rule->lhs; } /* Add to the first state (which is always the starting state of the ** finite state machine) an action to ACCEPT if the lookahead is the ** start nonterminal. */ Action_add(&lemp->sorted[0]->ap,ACCEPT,sp,0); /* Resolve conflicts */ for(i=0; instate; i++){ struct action *ap, *nap; stp = lemp->sorted[i]; /* assert( stp->ap ); */ stp->ap = Action_sort(stp->ap); for(ap=stp->ap; ap && ap->next; ap=ap->next){ for(nap=ap->next; nap && nap->sp==ap->sp; nap=nap->next){ /* The two actions "ap" and "nap" have the same lookahead. ** Figure out which one should be used */ lemp->nconflict += resolve_conflict(ap,nap); } } } /* Report an error for each rule that can never be reduced. */ for(rp=lemp->rule; rp; rp=rp->next) rp->canReduce = LEMON_FALSE; for(i=0; instate; i++){ struct action *ap; for(ap=lemp->sorted[i]->ap; ap; ap=ap->next){ if( ap->type==REDUCE ) ap->x.rp->canReduce = LEMON_TRUE; } } for(rp=lemp->rule; rp; rp=rp->next){ if( rp->canReduce ) continue; ErrorMsg(lemp->filename,rp->ruleline,"This rule can not be reduced.\n"); lemp->errorcnt++; } } /* Resolve a conflict between the two given actions. If the ** conflict can't be resolved, return non-zero. ** ** NO LONGER TRUE: ** To resolve a conflict, first look to see if either action ** is on an error rule. In that case, take the action which ** is not associated with the error rule. If neither or both ** actions are associated with an error rule, then try to ** use precedence to resolve the conflict. ** ** If either action is a SHIFT, then it must be apx. This ** function won't work if apx->type==REDUCE and apy->type==SHIFT. */ static int resolve_conflict( struct action *apx, struct action *apy ){ struct symbol *spx, *spy; int errcnt = 0; assert( apx->sp==apy->sp ); /* Otherwise there would be no conflict */ if( apx->type==SHIFT && apy->type==SHIFT ){ apy->type = SSCONFLICT; errcnt++; } if( apx->type==SHIFT && apy->type==REDUCE ){ spx = apx->sp; spy = apy->x.rp->precsym; if( spy==0 || spx->prec<0 || spy->prec<0 ){ /* Not enough precedence information. */ apy->type = SRCONFLICT; errcnt++; }else if( spx->prec>spy->prec ){ /* higher precedence wins */ apy->type = RD_RESOLVED; }else if( spx->precprec ){ apx->type = SH_RESOLVED; }else if( spx->prec==spy->prec && spx->assoc==RIGHT ){ /* Use operator */ apy->type = RD_RESOLVED; /* associativity */ }else if( spx->prec==spy->prec && spx->assoc==LEFT ){ /* to break tie */ apx->type = SH_RESOLVED; }else{ assert( spx->prec==spy->prec && spx->assoc==NONE ); apx->type = ERROR; } }else if( apx->type==REDUCE && apy->type==REDUCE ){ spx = apx->x.rp->precsym; spy = apy->x.rp->precsym; if( spx==0 || spy==0 || spx->prec<0 || spy->prec<0 || spx->prec==spy->prec ){ apy->type = RRCONFLICT; errcnt++; }else if( spx->prec>spy->prec ){ apy->type = RD_RESOLVED; }else if( spx->precprec ){ apx->type = RD_RESOLVED; } }else{ assert( apx->type==SH_RESOLVED || apx->type==RD_RESOLVED || apx->type==SSCONFLICT || apx->type==SRCONFLICT || apx->type==RRCONFLICT || apy->type==SH_RESOLVED || apy->type==RD_RESOLVED || apy->type==SSCONFLICT || apy->type==SRCONFLICT || apy->type==RRCONFLICT ); /* The REDUCE/SHIFT case cannot happen because SHIFTs come before ** REDUCEs on the list. If we reach this point it must be because ** the parser conflict had already been resolved. */ } return errcnt; } /********************* From the file "configlist.c" *************************/ /* ** Routines to processing a configuration list and building a state ** in the LEMON parser generator. */ static struct config *freelist = 0; /* List of free configurations */ static struct config *current = 0; /* Top of list of configurations */ static struct config **currentend = 0; /* Last on list of configs */ static struct config *basis = 0; /* Top of list of basis configs */ static struct config **basisend = 0; /* End of list of basis configs */ /* Return a pointer to a new configuration */ PRIVATE struct config *newconfig(){ struct config *newcfg; if( freelist==0 ){ int i; int amt = 3; freelist = (struct config *)calloc( amt, sizeof(struct config) ); if( freelist==0 ){ fprintf(stderr,"Unable to allocate memory for a new configuration."); exit(1); } for(i=0; inext; return newcfg; } /* The configuration "old" is no longer used */ PRIVATE void deleteconfig(struct config *old) { old->next = freelist; freelist = old; } /* Initialized the configuration list builder */ void Configlist_init(){ current = 0; currentend = ¤t; basis = 0; basisend = &basis; Configtable_init(); return; } /* Initialized the configuration list builder */ void Configlist_reset(){ current = 0; currentend = ¤t; basis = 0; basisend = &basis; Configtable_clear(0); return; } /* Add another configuration to the configuration list */ struct config *Configlist_add( struct rule *rp, /* The rule */ int dot /* Index into the RHS of the rule where the dot goes */ ){ struct config *cfp, model; assert( currentend!=0 ); model.rp = rp; model.dot = dot; cfp = Configtable_find(&model); if( cfp==0 ){ cfp = newconfig(); cfp->rp = rp; cfp->dot = dot; cfp->fws = SetNew(); cfp->stp = 0; cfp->fplp = cfp->bplp = 0; cfp->next = 0; cfp->bp = 0; *currentend = cfp; currentend = &cfp->next; Configtable_insert(cfp); } return cfp; } /* Add a basis configuration to the configuration list */ struct config *Configlist_addbasis(struct rule *rp, int dot) { struct config *cfp, model; assert( basisend!=0 ); assert( currentend!=0 ); model.rp = rp; model.dot = dot; cfp = Configtable_find(&model); if( cfp==0 ){ cfp = newconfig(); cfp->rp = rp; cfp->dot = dot; cfp->fws = SetNew(); cfp->stp = 0; cfp->fplp = cfp->bplp = 0; cfp->next = 0; cfp->bp = 0; *currentend = cfp; currentend = &cfp->next; *basisend = cfp; basisend = &cfp->bp; Configtable_insert(cfp); } return cfp; } /* Compute the closure of the configuration list */ void Configlist_closure(struct lemon *lemp) { struct config *cfp, *newcfp; struct rule *rp, *newrp; struct symbol *sp, *xsp; int i, dot; assert( currentend!=0 ); for(cfp=current; cfp; cfp=cfp->next){ rp = cfp->rp; dot = cfp->dot; if( dot>=rp->nrhs ) continue; sp = rp->rhs[dot]; if( sp->type==NONTERMINAL ){ if( sp->rule==0 && sp!=lemp->errsym ){ ErrorMsg(lemp->filename,rp->line,"Nonterminal \"%s\" has no rules.", sp->name); lemp->errorcnt++; } for(newrp=sp->rule; newrp; newrp=newrp->nextlhs){ newcfp = Configlist_add(newrp,0); for(i=dot+1; inrhs; i++){ xsp = rp->rhs[i]; if( xsp->type==TERMINAL ){ SetAdd(newcfp->fws,xsp->index); break; }else if( xsp->type==MULTITERMINAL ){ int k; for(k=0; knsubsym; k++){ SetAdd(newcfp->fws, xsp->subsym[k]->index); } break; }else{ SetUnion(newcfp->fws,xsp->firstset); if( xsp->lambda==LEMON_FALSE ) break; } } if( i==rp->nrhs ) Plink_add(&cfp->fplp,newcfp); } } } return; } /* Sort the configuration list */ void Configlist_sort(){ current = (struct config*)msort((char*)current,(char**)&(current->next), Configcmp); currentend = 0; return; } /* Sort the basis configuration list */ void Configlist_sortbasis(){ basis = (struct config*)msort((char*)current,(char**)&(current->bp), Configcmp); basisend = 0; return; } /* Return a pointer to the head of the configuration list and ** reset the list */ struct config *Configlist_return(){ struct config *old; old = current; current = 0; currentend = 0; return old; } /* Return a pointer to the head of the configuration list and ** reset the list */ struct config *Configlist_basis(){ struct config *old; old = basis; basis = 0; basisend = 0; return old; } /* Free all elements of the given configuration list */ void Configlist_eat(struct config *cfp) { struct config *nextcfp; for(; cfp; cfp=nextcfp){ nextcfp = cfp->next; assert( cfp->fplp==0 ); assert( cfp->bplp==0 ); if( cfp->fws ) SetFree(cfp->fws); deleteconfig(cfp); } return; } /***************** From the file "error.c" *********************************/ /* ** Code for printing error message. */ void ErrorMsg(const char *filename, int lineno, const char *format, ...){ va_list ap; fprintf(stderr, "%s:%d: ", filename, lineno); va_start(ap, format); vfprintf(stderr,format,ap); va_end(ap); fprintf(stderr, "\n"); } /**************** From the file "main.c" ************************************/ /* ** Main program file for the LEMON parser generator. */ /* Report an out-of-memory condition and abort. This function ** is used mostly by the "MemoryCheck" macro in struct.h */ void memory_error(){ fprintf(stderr,"Out of memory. Aborting...\n"); exit(1); } static int nDefine = 0; /* Number of -D options on the command line */ static char **azDefine = 0; /* Name of the -D macros */ /* This routine is called with the argument to each -D command-line option. ** Add the macro defined to the azDefine array. */ static void handle_D_option(char *z){ char **paz; nDefine++; azDefine = (char **) realloc(azDefine, sizeof(azDefine[0])*nDefine); if( azDefine==0 ){ fprintf(stderr,"out of memory\n"); exit(1); } paz = &azDefine[nDefine-1]; *paz = (char *) malloc( lemonStrlen(z)+1 ); if( *paz==0 ){ fprintf(stderr,"out of memory\n"); exit(1); } lemon_strcpy(*paz, z); for(z=*paz; *z && *z!='='; z++){} *z = 0; } static char *user_templatename = NULL; static void handle_T_option(char *z){ user_templatename = (char *) malloc( lemonStrlen(z)+1 ); if( user_templatename==0 ){ memory_error(); } lemon_strcpy(user_templatename, z); } /* forward reference */ static const char *minimum_size_type(int lwr, int upr, int *pnByte); /* Print a single line of the "Parser Stats" output */ static void stats_line(const char *zLabel, int iValue){ int nLabel = lemonStrlen(zLabel); printf(" %s%.*s %5d\n", zLabel, 35-nLabel, "................................", iValue); } /* The main program. Parse the command line and do it... */ int main(int argc, char **argv) { static int version = 0; static int rpflag = 0; static int basisflag = 0; static int compress = 0; static int quiet = 0; static int statistics = 0; static int mhflag = 0; static int nolinenosflag = 0; static int noResort = 0; static struct s_options options[] = { {OPT_FLAG, "b", (char*)&basisflag, "Print only the basis in report."}, {OPT_FLAG, "c", (char*)&compress, "Don't compress the action table."}, {OPT_FSTR, "D", (char*)handle_D_option, "Define an %ifdef macro."}, {OPT_FSTR, "f", 0, "Ignored. (Placeholder for -f compiler options.)"}, {OPT_FLAG, "g", (char*)&rpflag, "Print grammar without actions."}, {OPT_FSTR, "I", 0, "Ignored. (Placeholder for '-I' compiler options.)"}, {OPT_FLAG, "m", (char*)&mhflag, "Output a makeheaders compatible file."}, {OPT_FLAG, "l", (char*)&nolinenosflag, "Do not print #line statements."}, {OPT_FSTR, "O", 0, "Ignored. (Placeholder for '-O' compiler options.)"}, {OPT_FLAG, "p", (char*)&showPrecedenceConflict, "Show conflicts resolved by precedence rules"}, {OPT_FLAG, "q", (char*)&quiet, "(Quiet) Don't print the report file."}, {OPT_FLAG, "r", (char*)&noResort, "Do not sort or renumber states"}, {OPT_FLAG, "s", (char*)&statistics, "Print parser stats to standard output."}, {OPT_FLAG, "x", (char*)&version, "Print the version number."}, {OPT_FSTR, "T", (char*)handle_T_option, "Specify a template file."}, {OPT_FSTR, "W", 0, "Ignored. (Placeholder for '-W' compiler options.)"}, {OPT_FLAG,0,0,0} }; int i; int exitcode; struct lemon lem; OptInit(argv,options,stderr); if( version ){ printf("Lemon version 1.0\n"); exit(0); } if( OptNArgs()!=1 ){ fprintf(stderr,"Exactly one filename argument is required.\n"); exit(1); } memset(&lem, 0, sizeof(lem)); lem.errorcnt = 0; /* Initialize the machine */ Strsafe_init(); Symbol_init(); State_init(); lem.argv0 = argv[0]; lem.filename = OptArg(0); lem.basisflag = basisflag; lem.nolinenosflag = nolinenosflag; Symbol_new("$"); lem.errsym = Symbol_new("error"); lem.errsym->useCnt = 0; /* Parse the input file */ Parse(&lem); if( lem.errorcnt ) exit(lem.errorcnt); if( lem.nrule==0 ){ fprintf(stderr,"Empty grammar.\n"); exit(1); } /* Count and index the symbols of the grammar */ Symbol_new("{default}"); lem.nsymbol = Symbol_count(); lem.symbols = Symbol_arrayof(); for(i=0; iindex = i; qsort(lem.symbols,lem.nsymbol,sizeof(struct symbol*), Symbolcmpp); for(i=0; iindex = i; while( lem.symbols[i-1]->type==MULTITERMINAL ){ i--; } assert( strcmp(lem.symbols[i-1]->name,"{default}")==0 ); lem.nsymbol = i - 1; for(i=1; ISUPPER(lem.symbols[i]->name[0]); i++); lem.nterminal = i; /* Generate a reprint of the grammar, if requested on the command line */ if( rpflag ){ Reprint(&lem); }else{ /* Initialize the size for all follow and first sets */ SetSize(lem.nterminal+1); /* Find the precedence for every production rule (that has one) */ FindRulePrecedences(&lem); /* Compute the lambda-nonterminals and the first-sets for every ** nonterminal */ FindFirstSets(&lem); /* Compute all LR(0) states. Also record follow-set propagation ** links so that the follow-set can be computed later */ lem.nstate = 0; FindStates(&lem); lem.sorted = State_arrayof(); /* Tie up loose ends on the propagation links */ FindLinks(&lem); /* Compute the follow set of every reducible configuration */ FindFollowSets(&lem); /* Compute the action tables */ FindActions(&lem); /* Compress the action tables */ if( compress==0 ) CompressTables(&lem); /* Reorder and renumber the states so that states with fewer choices ** occur at the end. This is an optimization that helps make the ** generated parser tables smaller. */ if( noResort==0 ) ResortStates(&lem); /* Generate a report of the parser generated. (the "y.output" file) */ if( !quiet ) ReportOutput(&lem); /* Generate the source code for the parser */ ReportTable(&lem, mhflag); /* Produce a header file for use by the scanner. (This step is ** omitted if the "-m" option is used because makeheaders will ** generate the file for us.) */ if( !mhflag ) ReportHeader(&lem); } if( statistics ){ printf("Parser statistics:\n"); stats_line("terminal symbols", lem.nterminal); stats_line("non-terminal symbols", lem.nsymbol - lem.nterminal); stats_line("total symbols", lem.nsymbol); stats_line("rules", lem.nrule); stats_line("states", lem.nxstate); stats_line("conflicts", lem.nconflict); stats_line("action table entries", lem.nactiontab); stats_line("total table size (bytes)", lem.tablesize); } if( lem.nconflict > 0 ){ fprintf(stderr,"%d parsing conflicts.\n",lem.nconflict); } /* return 0 on success, 1 on failure. */ exitcode = ((lem.errorcnt > 0) || (lem.nconflict > 0)) ? 1 : 0; exit(exitcode); return (exitcode); } /******************** From the file "msort.c" *******************************/ /* ** A generic merge-sort program. ** ** USAGE: ** Let "ptr" be a pointer to some structure which is at the head of ** a null-terminated list. Then to sort the list call: ** ** ptr = msort(ptr,&(ptr->next),cmpfnc); ** ** In the above, "cmpfnc" is a pointer to a function which compares ** two instances of the structure and returns an integer, as in ** strcmp. The second argument is a pointer to the pointer to the ** second element of the linked list. This address is used to compute ** the offset to the "next" field within the structure. The offset to ** the "next" field must be constant for all structures in the list. ** ** The function returns a new pointer which is the head of the list ** after sorting. ** ** ALGORITHM: ** Merge-sort. */ /* ** Return a pointer to the next structure in the linked list. */ #define NEXT(A) (*(char**)(((char*)A)+offset)) /* ** Inputs: ** a: A sorted, null-terminated linked list. (May be null). ** b: A sorted, null-terminated linked list. (May be null). ** cmp: A pointer to the comparison function. ** offset: Offset in the structure to the "next" field. ** ** Return Value: ** A pointer to the head of a sorted list containing the elements ** of both a and b. ** ** Side effects: ** The "next" pointers for elements in the lists a and b are ** changed. */ static char *merge( char *a, char *b, int (*cmp)(const char*,const char*), int offset ){ char *ptr, *head; if( a==0 ){ head = b; }else if( b==0 ){ head = a; }else{ if( (*cmp)(a,b)<=0 ){ ptr = a; a = NEXT(a); }else{ ptr = b; b = NEXT(b); } head = ptr; while( a && b ){ if( (*cmp)(a,b)<=0 ){ NEXT(ptr) = a; ptr = a; a = NEXT(a); }else{ NEXT(ptr) = b; ptr = b; b = NEXT(b); } } if( a ) NEXT(ptr) = a; else NEXT(ptr) = b; } return head; } /* ** Inputs: ** list: Pointer to a singly-linked list of structures. ** next: Pointer to pointer to the second element of the list. ** cmp: A comparison function. ** ** Return Value: ** A pointer to the head of a sorted list containing the elements ** orginally in list. ** ** Side effects: ** The "next" pointers for elements in list are changed. */ #define LISTSIZE 30 static char *msort( char *list, char **next, int (*cmp)(const char*,const char*) ){ unsigned long offset; char *ep; char *set[LISTSIZE]; int i; offset = (unsigned long)((char*)next - (char*)list); for(i=0; istate = WAITING_FOR_DECL_KEYWORD; }else if( ISLOWER(x[0]) ){ psp->lhs = Symbol_new(x); psp->nrhs = 0; psp->lhsalias = 0; psp->state = WAITING_FOR_ARROW; }else if( x[0]=='{' ){ if( psp->prevrule==0 ){ ErrorMsg(psp->filename,psp->tokenlineno, "There is no prior rule upon which to attach the code \ fragment which begins on this line."); psp->errorcnt++; }else if( psp->prevrule->code!=0 ){ ErrorMsg(psp->filename,psp->tokenlineno, "Code fragment beginning on this line is not the first \ to follow the previous rule."); psp->errorcnt++; }else{ psp->prevrule->line = psp->tokenlineno; psp->prevrule->code = &x[1]; } }else if( x[0]=='[' ){ psp->state = PRECEDENCE_MARK_1; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Token \"%s\" should be either \"%%\" or a nonterminal name.", x); psp->errorcnt++; } break; case PRECEDENCE_MARK_1: if( !ISUPPER(x[0]) ){ ErrorMsg(psp->filename,psp->tokenlineno, "The precedence symbol must be a terminal."); psp->errorcnt++; }else if( psp->prevrule==0 ){ ErrorMsg(psp->filename,psp->tokenlineno, "There is no prior rule to assign precedence \"[%s]\".",x); psp->errorcnt++; }else if( psp->prevrule->precsym!=0 ){ ErrorMsg(psp->filename,psp->tokenlineno, "Precedence mark on this line is not the first \ to follow the previous rule."); psp->errorcnt++; }else{ psp->prevrule->precsym = Symbol_new(x); } psp->state = PRECEDENCE_MARK_2; break; case PRECEDENCE_MARK_2: if( x[0]!=']' ){ ErrorMsg(psp->filename,psp->tokenlineno, "Missing \"]\" on precedence mark."); psp->errorcnt++; } psp->state = WAITING_FOR_DECL_OR_RULE; break; case WAITING_FOR_ARROW: if( x[0]==':' && x[1]==':' && x[2]=='=' ){ psp->state = IN_RHS; }else if( x[0]=='(' ){ psp->state = LHS_ALIAS_1; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Expected to see a \":\" following the LHS symbol \"%s\".", psp->lhs->name); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case LHS_ALIAS_1: if( ISALPHA(x[0]) ){ psp->lhsalias = x; psp->state = LHS_ALIAS_2; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "\"%s\" is not a valid alias for the LHS \"%s\"\n", x,psp->lhs->name); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case LHS_ALIAS_2: if( x[0]==')' ){ psp->state = LHS_ALIAS_3; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Missing \")\" following LHS alias name \"%s\".",psp->lhsalias); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case LHS_ALIAS_3: if( x[0]==':' && x[1]==':' && x[2]=='=' ){ psp->state = IN_RHS; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Missing \"->\" following: \"%s(%s)\".", psp->lhs->name,psp->lhsalias); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case IN_RHS: if( x[0]=='.' ){ struct rule *rp; rp = (struct rule *)calloc( sizeof(struct rule) + sizeof(struct symbol*)*psp->nrhs + sizeof(char*)*psp->nrhs, 1); if( rp==0 ){ ErrorMsg(psp->filename,psp->tokenlineno, "Can't allocate enough memory for this rule."); psp->errorcnt++; psp->prevrule = 0; }else{ int i; rp->ruleline = psp->tokenlineno; rp->rhs = (struct symbol**)&rp[1]; rp->rhsalias = (const char**)&(rp->rhs[psp->nrhs]); for(i=0; inrhs; i++){ rp->rhs[i] = psp->rhs[i]; rp->rhsalias[i] = psp->alias[i]; } rp->lhs = psp->lhs; rp->lhsalias = psp->lhsalias; rp->nrhs = psp->nrhs; rp->code = 0; rp->precsym = 0; rp->index = psp->gp->nrule++; rp->nextlhs = rp->lhs->rule; rp->lhs->rule = rp; rp->next = 0; if( psp->firstrule==0 ){ psp->firstrule = psp->lastrule = rp; }else{ psp->lastrule->next = rp; psp->lastrule = rp; } psp->prevrule = rp; } psp->state = WAITING_FOR_DECL_OR_RULE; }else if( ISALPHA(x[0]) ){ if( psp->nrhs>=MAXRHS ){ ErrorMsg(psp->filename,psp->tokenlineno, "Too many symbols on RHS of rule beginning at \"%s\".", x); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; }else{ psp->rhs[psp->nrhs] = Symbol_new(x); psp->alias[psp->nrhs] = 0; psp->nrhs++; } }else if( (x[0]=='|' || x[0]=='/') && psp->nrhs>0 ){ struct symbol *msp = psp->rhs[psp->nrhs-1]; if( msp->type!=MULTITERMINAL ){ struct symbol *origsp = msp; msp = (struct symbol *) calloc(1,sizeof(*msp)); memset(msp, 0, sizeof(*msp)); msp->type = MULTITERMINAL; msp->nsubsym = 1; msp->subsym = (struct symbol **) calloc(1,sizeof(struct symbol*)); msp->subsym[0] = origsp; msp->name = origsp->name; psp->rhs[psp->nrhs-1] = msp; } msp->nsubsym++; msp->subsym = (struct symbol **) realloc(msp->subsym, sizeof(struct symbol*)*msp->nsubsym); msp->subsym[msp->nsubsym-1] = Symbol_new(&x[1]); if( ISLOWER(x[1]) || ISLOWER(msp->subsym[0]->name[0]) ){ ErrorMsg(psp->filename,psp->tokenlineno, "Cannot form a compound containing a non-terminal"); psp->errorcnt++; } }else if( x[0]=='(' && psp->nrhs>0 ){ psp->state = RHS_ALIAS_1; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Illegal character on RHS of rule: \"%s\".",x); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case RHS_ALIAS_1: if( ISALPHA(x[0]) ){ psp->alias[psp->nrhs-1] = x; psp->state = RHS_ALIAS_2; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "\"%s\" is not a valid alias for the RHS symbol \"%s\"\n", x,psp->rhs[psp->nrhs-1]->name); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case RHS_ALIAS_2: if( x[0]==')' ){ psp->state = IN_RHS; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Missing \")\" following LHS alias name \"%s\".",psp->lhsalias); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case WAITING_FOR_DECL_KEYWORD: if( ISALPHA(x[0]) ){ psp->declkeyword = x; psp->declargslot = 0; psp->decllinenoslot = 0; psp->insertLineMacro = 1; psp->state = WAITING_FOR_DECL_ARG; if( strcmp(x,"name")==0 ){ psp->declargslot = &(psp->gp->name); psp->insertLineMacro = 0; }else if( strcmp(x,"include")==0 ){ psp->declargslot = &(psp->gp->include); }else if( strcmp(x,"code")==0 ){ psp->declargslot = &(psp->gp->extracode); }else if( strcmp(x,"token_destructor")==0 ){ psp->declargslot = &psp->gp->tokendest; }else if( strcmp(x,"default_destructor")==0 ){ psp->declargslot = &psp->gp->vardest; }else if( strcmp(x,"token_prefix")==0 ){ psp->declargslot = &psp->gp->tokenprefix; psp->insertLineMacro = 0; }else if( strcmp(x,"syntax_error")==0 ){ psp->declargslot = &(psp->gp->error); }else if( strcmp(x,"parse_accept")==0 ){ psp->declargslot = &(psp->gp->accept); }else if( strcmp(x,"parse_failure")==0 ){ psp->declargslot = &(psp->gp->failure); }else if( strcmp(x,"stack_overflow")==0 ){ psp->declargslot = &(psp->gp->overflow); }else if( strcmp(x,"extra_argument")==0 ){ psp->declargslot = &(psp->gp->arg); psp->insertLineMacro = 0; }else if( strcmp(x,"token_type")==0 ){ psp->declargslot = &(psp->gp->tokentype); psp->insertLineMacro = 0; }else if( strcmp(x,"default_type")==0 ){ psp->declargslot = &(psp->gp->vartype); psp->insertLineMacro = 0; }else if( strcmp(x,"stack_size")==0 ){ psp->declargslot = &(psp->gp->stacksize); psp->insertLineMacro = 0; }else if( strcmp(x,"start_symbol")==0 ){ psp->declargslot = &(psp->gp->start); psp->insertLineMacro = 0; }else if( strcmp(x,"left")==0 ){ psp->preccounter++; psp->declassoc = LEFT; psp->state = WAITING_FOR_PRECEDENCE_SYMBOL; }else if( strcmp(x,"right")==0 ){ psp->preccounter++; psp->declassoc = RIGHT; psp->state = WAITING_FOR_PRECEDENCE_SYMBOL; }else if( strcmp(x,"nonassoc")==0 ){ psp->preccounter++; psp->declassoc = NONE; psp->state = WAITING_FOR_PRECEDENCE_SYMBOL; }else if( strcmp(x,"destructor")==0 ){ psp->state = WAITING_FOR_DESTRUCTOR_SYMBOL; }else if( strcmp(x,"type")==0 ){ psp->state = WAITING_FOR_DATATYPE_SYMBOL; }else if( strcmp(x,"fallback")==0 ){ psp->fallback = 0; psp->state = WAITING_FOR_FALLBACK_ID; }else if( strcmp(x,"wildcard")==0 ){ psp->state = WAITING_FOR_WILDCARD_ID; }else if( strcmp(x,"token_class")==0 ){ psp->state = WAITING_FOR_CLASS_ID; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Unknown declaration keyword: \"%%%s\".",x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Illegal declaration keyword: \"%s\".",x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } break; case WAITING_FOR_DESTRUCTOR_SYMBOL: if( !ISALPHA(x[0]) ){ ErrorMsg(psp->filename,psp->tokenlineno, "Symbol name missing after %%destructor keyword"); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; }else{ struct symbol *sp = Symbol_new(x); psp->declargslot = &sp->destructor; psp->decllinenoslot = &sp->destLineno; psp->insertLineMacro = 1; psp->state = WAITING_FOR_DECL_ARG; } break; case WAITING_FOR_DATATYPE_SYMBOL: if( !ISALPHA(x[0]) ){ ErrorMsg(psp->filename,psp->tokenlineno, "Symbol name missing after %%type keyword"); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; }else{ struct symbol *sp = Symbol_find(x); if((sp) && (sp->datatype)){ ErrorMsg(psp->filename,psp->tokenlineno, "Symbol %%type \"%s\" already defined", x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; }else{ if (!sp){ sp = Symbol_new(x); } psp->declargslot = &sp->datatype; psp->insertLineMacro = 0; psp->state = WAITING_FOR_DECL_ARG; } } break; case WAITING_FOR_PRECEDENCE_SYMBOL: if( x[0]=='.' ){ psp->state = WAITING_FOR_DECL_OR_RULE; }else if( ISUPPER(x[0]) ){ struct symbol *sp; sp = Symbol_new(x); if( sp->prec>=0 ){ ErrorMsg(psp->filename,psp->tokenlineno, "Symbol \"%s\" has already be given a precedence.",x); psp->errorcnt++; }else{ sp->prec = psp->preccounter; sp->assoc = psp->declassoc; } }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Can't assign a precedence to \"%s\".",x); psp->errorcnt++; } break; case WAITING_FOR_DECL_ARG: if( x[0]=='{' || x[0]=='\"' || ISALNUM(x[0]) ){ const char *zOld, *zNew; char *zBuf, *z; int nOld, n, nLine = 0, nNew, nBack; int addLineMacro; char zLine[50]; zNew = x; if( zNew[0]=='"' || zNew[0]=='{' ) zNew++; nNew = lemonStrlen(zNew); if( *psp->declargslot ){ zOld = *psp->declargslot; }else{ zOld = ""; } nOld = lemonStrlen(zOld); n = nOld + nNew + 20; addLineMacro = !psp->gp->nolinenosflag && psp->insertLineMacro && (psp->decllinenoslot==0 || psp->decllinenoslot[0]!=0); if( addLineMacro ){ for(z=psp->filename, nBack=0; *z; z++){ if( *z=='\\' ) nBack++; } lemon_sprintf(zLine, "#line %d ", psp->tokenlineno); nLine = lemonStrlen(zLine); n += nLine + lemonStrlen(psp->filename) + nBack; } *psp->declargslot = (char *) realloc(*psp->declargslot, n); zBuf = *psp->declargslot + nOld; if( addLineMacro ){ if( nOld && zBuf[-1]!='\n' ){ *(zBuf++) = '\n'; } memcpy(zBuf, zLine, nLine); zBuf += nLine; *(zBuf++) = '"'; for(z=psp->filename; *z; z++){ if( *z=='\\' ){ *(zBuf++) = '\\'; } *(zBuf++) = *z; } *(zBuf++) = '"'; *(zBuf++) = '\n'; } if( psp->decllinenoslot && psp->decllinenoslot[0]==0 ){ psp->decllinenoslot[0] = psp->tokenlineno; } memcpy(zBuf, zNew, nNew); zBuf += nNew; *zBuf = 0; psp->state = WAITING_FOR_DECL_OR_RULE; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Illegal argument to %%%s: %s",psp->declkeyword,x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } break; case WAITING_FOR_FALLBACK_ID: if( x[0]=='.' ){ psp->state = WAITING_FOR_DECL_OR_RULE; }else if( !ISUPPER(x[0]) ){ ErrorMsg(psp->filename, psp->tokenlineno, "%%fallback argument \"%s\" should be a token", x); psp->errorcnt++; }else{ struct symbol *sp = Symbol_new(x); if( psp->fallback==0 ){ psp->fallback = sp; }else if( sp->fallback ){ ErrorMsg(psp->filename, psp->tokenlineno, "More than one fallback assigned to token %s", x); psp->errorcnt++; }else{ sp->fallback = psp->fallback; psp->gp->has_fallback = 1; } } break; case WAITING_FOR_WILDCARD_ID: if( x[0]=='.' ){ psp->state = WAITING_FOR_DECL_OR_RULE; }else if( !ISUPPER(x[0]) ){ ErrorMsg(psp->filename, psp->tokenlineno, "%%wildcard argument \"%s\" should be a token", x); psp->errorcnt++; }else{ struct symbol *sp = Symbol_new(x); if( psp->gp->wildcard==0 ){ psp->gp->wildcard = sp; }else{ ErrorMsg(psp->filename, psp->tokenlineno, "Extra wildcard to token: %s", x); psp->errorcnt++; } } break; case WAITING_FOR_CLASS_ID: if( !ISLOWER(x[0]) ){ ErrorMsg(psp->filename, psp->tokenlineno, "%%token_class must be followed by an identifier: ", x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; }else if( Symbol_find(x) ){ ErrorMsg(psp->filename, psp->tokenlineno, "Symbol \"%s\" already used", x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; }else{ psp->tkclass = Symbol_new(x); psp->tkclass->type = MULTITERMINAL; psp->state = WAITING_FOR_CLASS_TOKEN; } break; case WAITING_FOR_CLASS_TOKEN: if( x[0]=='.' ){ psp->state = WAITING_FOR_DECL_OR_RULE; }else if( ISUPPER(x[0]) || ((x[0]=='|' || x[0]=='/') && ISUPPER(x[1])) ){ struct symbol *msp = psp->tkclass; msp->nsubsym++; msp->subsym = (struct symbol **) realloc(msp->subsym, sizeof(struct symbol*)*msp->nsubsym); if( !ISUPPER(x[0]) ) x++; msp->subsym[msp->nsubsym-1] = Symbol_new(x); }else{ ErrorMsg(psp->filename, psp->tokenlineno, "%%token_class argument \"%s\" should be a token", x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } break; case RESYNC_AFTER_RULE_ERROR: /* if( x[0]=='.' ) psp->state = WAITING_FOR_DECL_OR_RULE; ** break; */ case RESYNC_AFTER_DECL_ERROR: if( x[0]=='.' ) psp->state = WAITING_FOR_DECL_OR_RULE; if( x[0]=='%' ) psp->state = WAITING_FOR_DECL_KEYWORD; break; } } /* Run the preprocessor over the input file text. The global variables ** azDefine[0] through azDefine[nDefine-1] contains the names of all defined ** macros. This routine looks for "%ifdef" and "%ifndef" and "%endif" and ** comments them out. Text in between is also commented out as appropriate. */ static void preprocess_input(char *z){ int i, j, k, n; int exclude = 0; int start = 0; int lineno = 1; int start_lineno = 1; for(i=0; z[i]; i++){ if( z[i]=='\n' ) lineno++; if( z[i]!='%' || (i>0 && z[i-1]!='\n') ) continue; if( strncmp(&z[i],"%endif",6)==0 && ISSPACE(z[i+6]) ){ if( exclude ){ exclude--; if( exclude==0 ){ for(j=start; jfilename; ps.errorcnt = 0; ps.state = INITIALIZE; /* Begin by reading the input file */ fp = fopen(ps.filename,"rb"); if( fp==0 ){ ErrorMsg(ps.filename,0,"Can't open this file for reading."); gp->errorcnt++; return; } fseek(fp,0,2); filesize = ftell(fp); rewind(fp); filebuf = (char *)malloc( filesize+1 ); if( filesize>100000000 || filebuf==0 ){ ErrorMsg(ps.filename,0,"Input file too large."); gp->errorcnt++; fclose(fp); return; } if( fread(filebuf,1,filesize,fp)!=filesize ){ ErrorMsg(ps.filename,0,"Can't read in all %d bytes of this file.", filesize); free(filebuf); gp->errorcnt++; fclose(fp); return; } fclose(fp); filebuf[filesize] = 0; /* Make an initial pass through the file to handle %ifdef and %ifndef */ preprocess_input(filebuf); /* Now scan the text of the input file */ lineno = 1; for(cp=filebuf; (c= *cp)!=0; ){ if( c=='\n' ) lineno++; /* Keep track of the line number */ if( ISSPACE(c) ){ cp++; continue; } /* Skip all white space */ if( c=='/' && cp[1]=='/' ){ /* Skip C++ style comments */ cp+=2; while( (c= *cp)!=0 && c!='\n' ) cp++; continue; } if( c=='/' && cp[1]=='*' ){ /* Skip C style comments */ cp+=2; while( (c= *cp)!=0 && (c!='/' || cp[-1]!='*') ){ if( c=='\n' ) lineno++; cp++; } if( c ) cp++; continue; } ps.tokenstart = cp; /* Mark the beginning of the token */ ps.tokenlineno = lineno; /* Linenumber on which token begins */ if( c=='\"' ){ /* String literals */ cp++; while( (c= *cp)!=0 && c!='\"' ){ if( c=='\n' ) lineno++; cp++; } if( c==0 ){ ErrorMsg(ps.filename,startline, "String starting on this line is not terminated before the end of the file."); ps.errorcnt++; nextcp = cp; }else{ nextcp = cp+1; } }else if( c=='{' ){ /* A block of C code */ int level; cp++; for(level=1; (c= *cp)!=0 && (level>1 || c!='}'); cp++){ if( c=='\n' ) lineno++; else if( c=='{' ) level++; else if( c=='}' ) level--; else if( c=='/' && cp[1]=='*' ){ /* Skip comments */ int prevc; cp = &cp[2]; prevc = 0; while( (c= *cp)!=0 && (c!='/' || prevc!='*') ){ if( c=='\n' ) lineno++; prevc = c; cp++; } }else if( c=='/' && cp[1]=='/' ){ /* Skip C++ style comments too */ cp = &cp[2]; while( (c= *cp)!=0 && c!='\n' ) cp++; if( c ) lineno++; }else if( c=='\'' || c=='\"' ){ /* String a character literals */ int startchar, prevc; startchar = c; prevc = 0; for(cp++; (c= *cp)!=0 && (c!=startchar || prevc=='\\'); cp++){ if( c=='\n' ) lineno++; if( prevc=='\\' ) prevc = 0; else prevc = c; } } } if( c==0 ){ ErrorMsg(ps.filename,ps.tokenlineno, "C code starting on this line is not terminated before the end of the file."); ps.errorcnt++; nextcp = cp; }else{ nextcp = cp+1; } }else if( ISALNUM(c) ){ /* Identifiers */ while( (c= *cp)!=0 && (ISALNUM(c) || c=='_') ) cp++; nextcp = cp; }else if( c==':' && cp[1]==':' && cp[2]=='=' ){ /* The operator "::=" */ cp += 3; nextcp = cp; }else if( (c=='/' || c=='|') && ISALPHA(cp[1]) ){ cp += 2; while( (c = *cp)!=0 && (ISALNUM(c) || c=='_') ) cp++; nextcp = cp; }else{ /* All other (one character) operators */ cp++; nextcp = cp; } c = *cp; *cp = 0; /* Null terminate the token */ parseonetoken(&ps); /* Parse the token */ *cp = (char)c; /* Restore the buffer */ cp = nextcp; } free(filebuf); /* Release the buffer after parsing */ gp->rule = ps.firstrule; gp->errorcnt = ps.errorcnt; } /*************************** From the file "plink.c" *********************/ /* ** Routines processing configuration follow-set propagation links ** in the LEMON parser generator. */ static struct plink *plink_freelist = 0; /* Allocate a new plink */ struct plink *Plink_new(){ struct plink *newlink; if( plink_freelist==0 ){ int i; int amt = 100; plink_freelist = (struct plink *)calloc( amt, sizeof(struct plink) ); if( plink_freelist==0 ){ fprintf(stderr, "Unable to allocate memory for a new follow-set propagation link.\n"); exit(1); } for(i=0; inext; return newlink; } /* Add a plink to a plink list */ void Plink_add(struct plink **plpp, struct config *cfp) { struct plink *newlink; newlink = Plink_new(); newlink->next = *plpp; *plpp = newlink; newlink->cfp = cfp; } /* Transfer every plink on the list "from" to the list "to" */ void Plink_copy(struct plink **to, struct plink *from) { struct plink *nextpl; while( from ){ nextpl = from->next; from->next = *to; *to = from; from = nextpl; } } /* Delete every plink on the list */ void Plink_delete(struct plink *plp) { struct plink *nextpl; while( plp ){ nextpl = plp->next; plp->next = plink_freelist; plink_freelist = plp; plp = nextpl; } } /*********************** From the file "report.c" **************************/ /* ** Procedures for generating reports and tables in the LEMON parser generator. */ /* Generate a filename with the given suffix. Space to hold the ** name comes from malloc() and must be freed by the calling ** function. */ PRIVATE char *file_makename(struct lemon *lemp, const char *suffix) { char *name; char *cp; name = (char*)malloc( lemonStrlen(lemp->filename) + lemonStrlen(suffix) + 5 ); if( name==0 ){ fprintf(stderr,"Can't allocate space for a filename.\n"); exit(1); } lemon_strcpy(name,lemp->filename); cp = strrchr(name,'.'); if( cp ) *cp = 0; lemon_strcat(name,suffix); return name; } /* Open a file with a name based on the name of the input file, ** but with a different (specified) suffix, and return a pointer ** to the stream */ PRIVATE FILE *file_open( struct lemon *lemp, const char *suffix, const char *mode ){ FILE *fp; if( lemp->outname ) free(lemp->outname); lemp->outname = file_makename(lemp, suffix); fp = fopen(lemp->outname,mode); if( fp==0 && *mode=='w' ){ fprintf(stderr,"Can't open file \"%s\".\n",lemp->outname); lemp->errorcnt++; return 0; } return fp; } /* Duplicate the input file without comments and without actions ** on rules */ void Reprint(struct lemon *lemp) { struct rule *rp; struct symbol *sp; int i, j, maxlen, len, ncolumns, skip; printf("// Reprint of input file \"%s\".\n// Symbols:\n",lemp->filename); maxlen = 10; for(i=0; insymbol; i++){ sp = lemp->symbols[i]; len = lemonStrlen(sp->name); if( len>maxlen ) maxlen = len; } ncolumns = 76/(maxlen+5); if( ncolumns<1 ) ncolumns = 1; skip = (lemp->nsymbol + ncolumns - 1)/ncolumns; for(i=0; insymbol; j+=skip){ sp = lemp->symbols[j]; assert( sp->index==j ); printf(" %3d %-*.*s",j,maxlen,maxlen,sp->name); } printf("\n"); } for(rp=lemp->rule; rp; rp=rp->next){ printf("%s",rp->lhs->name); /* if( rp->lhsalias ) printf("(%s)",rp->lhsalias); */ printf(" ::="); for(i=0; inrhs; i++){ sp = rp->rhs[i]; if( sp->type==MULTITERMINAL ){ printf(" %s", sp->subsym[0]->name); for(j=1; jnsubsym; j++){ printf("|%s", sp->subsym[j]->name); } }else{ printf(" %s", sp->name); } /* if( rp->rhsalias[i] ) printf("(%s)",rp->rhsalias[i]); */ } printf("."); if( rp->precsym ) printf(" [%s]",rp->precsym->name); /* if( rp->code ) printf("\n %s",rp->code); */ printf("\n"); } } /* Print a single rule. */ void RulePrint(FILE *fp, struct rule *rp, int iCursor){ struct symbol *sp; int i, j; fprintf(fp,"%s ::=",rp->lhs->name); for(i=0; i<=rp->nrhs; i++){ if( i==iCursor ) fprintf(fp," *"); if( i==rp->nrhs ) break; sp = rp->rhs[i]; if( sp->type==MULTITERMINAL ){ fprintf(fp," %s", sp->subsym[0]->name); for(j=1; jnsubsym; j++){ fprintf(fp,"|%s",sp->subsym[j]->name); } }else{ fprintf(fp," %s", sp->name); } } } /* Print the rule for a configuration. */ void ConfigPrint(FILE *fp, struct config *cfp){ RulePrint(fp, cfp->rp, cfp->dot); } /* #define TEST */ #if 0 /* Print a set */ PRIVATE void SetPrint(out,set,lemp) FILE *out; char *set; struct lemon *lemp; { int i; char *spacer; spacer = ""; fprintf(out,"%12s[",""); for(i=0; interminal; i++){ if( SetFind(set,i) ){ fprintf(out,"%s%s",spacer,lemp->symbols[i]->name); spacer = " "; } } fprintf(out,"]\n"); } /* Print a plink chain */ PRIVATE void PlinkPrint(out,plp,tag) FILE *out; struct plink *plp; char *tag; { while( plp ){ fprintf(out,"%12s%s (state %2d) ","",tag,plp->cfp->stp->statenum); ConfigPrint(out,plp->cfp); fprintf(out,"\n"); plp = plp->next; } } #endif /* Print an action to the given file descriptor. Return FALSE if ** nothing was actually printed. */ int PrintAction( struct action *ap, /* The action to print */ FILE *fp, /* Print the action here */ int indent /* Indent by this amount */ ){ int result = 1; switch( ap->type ){ case SHIFT: { struct state *stp = ap->x.stp; fprintf(fp,"%*s shift %-7d",indent,ap->sp->name,stp->statenum); break; } case REDUCE: { struct rule *rp = ap->x.rp; fprintf(fp,"%*s reduce %-7d",indent,ap->sp->name,rp->index); RulePrint(fp, rp, -1); break; } case SHIFTREDUCE: { struct rule *rp = ap->x.rp; fprintf(fp,"%*s shift-reduce %-7d",indent,ap->sp->name,rp->index); RulePrint(fp, rp, -1); break; } case ACCEPT: fprintf(fp,"%*s accept",indent,ap->sp->name); break; case ERROR: fprintf(fp,"%*s error",indent,ap->sp->name); break; case SRCONFLICT: case RRCONFLICT: fprintf(fp,"%*s reduce %-7d ** Parsing conflict **", indent,ap->sp->name,ap->x.rp->index); break; case SSCONFLICT: fprintf(fp,"%*s shift %-7d ** Parsing conflict **", indent,ap->sp->name,ap->x.stp->statenum); break; case SH_RESOLVED: if( showPrecedenceConflict ){ fprintf(fp,"%*s shift %-7d -- dropped by precedence", indent,ap->sp->name,ap->x.stp->statenum); }else{ result = 0; } break; case RD_RESOLVED: if( showPrecedenceConflict ){ fprintf(fp,"%*s reduce %-7d -- dropped by precedence", indent,ap->sp->name,ap->x.rp->index); }else{ result = 0; } break; case NOT_USED: result = 0; break; } return result; } /* Generate the "*.out" log file */ void ReportOutput(struct lemon *lemp) { int i; struct state *stp; struct config *cfp; struct action *ap; FILE *fp; fp = file_open(lemp,".out","wb"); if( fp==0 ) return; for(i=0; inxstate; i++){ stp = lemp->sorted[i]; fprintf(fp,"State %d:\n",stp->statenum); if( lemp->basisflag ) cfp=stp->bp; else cfp=stp->cfp; while( cfp ){ char buf[20]; if( cfp->dot==cfp->rp->nrhs ){ lemon_sprintf(buf,"(%d)",cfp->rp->index); fprintf(fp," %5s ",buf); }else{ fprintf(fp," "); } ConfigPrint(fp,cfp); fprintf(fp,"\n"); #if 0 SetPrint(fp,cfp->fws,lemp); PlinkPrint(fp,cfp->fplp,"To "); PlinkPrint(fp,cfp->bplp,"From"); #endif if( lemp->basisflag ) cfp=cfp->bp; else cfp=cfp->next; } fprintf(fp,"\n"); for(ap=stp->ap; ap; ap=ap->next){ if( PrintAction(ap,fp,30) ) fprintf(fp,"\n"); } fprintf(fp,"\n"); } fprintf(fp, "----------------------------------------------------\n"); fprintf(fp, "Symbols:\n"); for(i=0; insymbol; i++){ int j; struct symbol *sp; sp = lemp->symbols[i]; fprintf(fp, " %3d: %s", i, sp->name); if( sp->type==NONTERMINAL ){ fprintf(fp, ":"); if( sp->lambda ){ fprintf(fp, " "); } for(j=0; jnterminal; j++){ if( sp->firstset && SetFind(sp->firstset, j) ){ fprintf(fp, " %s", lemp->symbols[j]->name); } } } fprintf(fp, "\n"); } fclose(fp); return; } /* Search for the file "name" which is in the same directory as ** the exacutable */ PRIVATE char *pathsearch(char *argv0, char *name, int modemask) { const char *pathlist; char *pathbufptr; char *pathbuf; char *path,*cp; char c; #ifdef __WIN32__ cp = strrchr(argv0,'\\'); #else cp = strrchr(argv0,'/'); #endif if( cp ){ c = *cp; *cp = 0; path = (char *)malloc( lemonStrlen(argv0) + lemonStrlen(name) + 2 ); if( path ) lemon_sprintf(path,"%s/%s",argv0,name); *cp = c; }else{ pathlist = getenv("PATH"); if( pathlist==0 ) pathlist = ".:/bin:/usr/bin"; pathbuf = (char *) malloc( lemonStrlen(pathlist) + 1 ); path = (char *)malloc( lemonStrlen(pathlist)+lemonStrlen(name)+2 ); if( (pathbuf != 0) && (path!=0) ){ pathbufptr = pathbuf; lemon_strcpy(pathbuf, pathlist); while( *pathbuf ){ cp = strchr(pathbuf,':'); if( cp==0 ) cp = &pathbuf[lemonStrlen(pathbuf)]; c = *cp; *cp = 0; lemon_sprintf(path,"%s/%s",pathbuf,name); *cp = c; if( c==0 ) pathbuf[0] = 0; else pathbuf = &cp[1]; if( access(path,modemask)==0 ) break; } free(pathbufptr); } } return path; } /* Given an action, compute the integer value for that action ** which is to be put in the action table of the generated machine. ** Return negative if no action should be generated. */ PRIVATE int compute_action(struct lemon *lemp, struct action *ap) { int act; switch( ap->type ){ case SHIFT: act = ap->x.stp->statenum; break; case SHIFTREDUCE: act = ap->x.rp->index + lemp->nstate; break; case REDUCE: act = ap->x.rp->index + lemp->nstate+lemp->nrule; break; case ERROR: act = lemp->nstate + lemp->nrule*2; break; case ACCEPT: act = lemp->nstate + lemp->nrule*2 + 1; break; default: act = -1; break; } return act; } #define LINESIZE 1000 /* The next cluster of routines are for reading the template file ** and writing the results to the generated parser */ /* The first function transfers data from "in" to "out" until ** a line is seen which begins with "%%". The line number is ** tracked. ** ** if name!=0, then any word that begin with "Parse" is changed to ** begin with *name instead. */ PRIVATE void tplt_xfer(char *name, FILE *in, FILE *out, int *lineno) { int i, iStart; char line[LINESIZE]; while( fgets(line,LINESIZE,in) && (line[0]!='%' || line[1]!='%') ){ (*lineno)++; iStart = 0; if( name ){ for(i=0; line[i]; i++){ if( line[i]=='P' && strncmp(&line[i],"Parse",5)==0 && (i==0 || !ISALPHA(line[i-1])) ){ if( i>iStart ) fprintf(out,"%.*s",i-iStart,&line[iStart]); fprintf(out,"%s",name); i += 4; iStart = i+1; } } } fprintf(out,"%s",&line[iStart]); } } /* The next function finds the template file and opens it, returning ** a pointer to the opened file. */ PRIVATE FILE *tplt_open(struct lemon *lemp) { static char templatename[] = "lempar.c"; char buf[1000]; FILE *in; char *tpltname; char *cp; /* first, see if user specified a template filename on the command line. */ if (user_templatename != 0) { if( access(user_templatename,004)==-1 ){ fprintf(stderr,"Can't find the parser driver template file \"%s\".\n", user_templatename); lemp->errorcnt++; return 0; } in = fopen(user_templatename,"rb"); if( in==0 ){ fprintf(stderr,"Can't open the template file \"%s\".\n", user_templatename); lemp->errorcnt++; return 0; } return in; } cp = strrchr(lemp->filename,'.'); if( cp ){ lemon_sprintf(buf,"%.*s.lt",(int)(cp-lemp->filename),lemp->filename); }else{ lemon_sprintf(buf,"%s.lt",lemp->filename); } if( access(buf,004)==0 ){ tpltname = buf; }else if( access(templatename,004)==0 ){ tpltname = templatename; }else{ tpltname = pathsearch(lemp->argv0,templatename,0); } if( tpltname==0 ){ fprintf(stderr,"Can't find the parser driver template file \"%s\".\n", templatename); lemp->errorcnt++; return 0; } in = fopen(tpltname,"rb"); if( in==0 ){ fprintf(stderr,"Can't open the template file \"%s\".\n",templatename); lemp->errorcnt++; return 0; } return in; } /* Print a #line directive line to the output file. */ PRIVATE void tplt_linedir(FILE *out, int lineno, char *filename) { fprintf(out,"#line %d \"",lineno); while( *filename ){ if( *filename == '\\' ) putc('\\',out); putc(*filename,out); filename++; } fprintf(out,"\"\n"); } /* Print a string to the file and keep the linenumber up to date */ PRIVATE void tplt_print(FILE *out, struct lemon *lemp, char *str, int *lineno) { if( str==0 ) return; while( *str ){ putc(*str,out); if( *str=='\n' ) (*lineno)++; str++; } if( str[-1]!='\n' ){ putc('\n',out); (*lineno)++; } if (!lemp->nolinenosflag) { (*lineno)++; tplt_linedir(out,*lineno,lemp->outname); } return; } /* ** The following routine emits code for the destructor for the ** symbol sp */ void emit_destructor_code( FILE *out, struct symbol *sp, struct lemon *lemp, int *lineno ){ char *cp = 0; if( sp->type==TERMINAL ){ cp = lemp->tokendest; if( cp==0 ) return; fprintf(out,"{\n"); (*lineno)++; }else if( sp->destructor ){ cp = sp->destructor; fprintf(out,"{\n"); (*lineno)++; if( !lemp->nolinenosflag ){ (*lineno)++; tplt_linedir(out,sp->destLineno,lemp->filename); } }else if( lemp->vardest ){ cp = lemp->vardest; if( cp==0 ) return; fprintf(out,"{\n"); (*lineno)++; }else{ assert( 0 ); /* Cannot happen */ } for(; *cp; cp++){ if( *cp=='$' && cp[1]=='$' ){ fprintf(out,"(yypminor->yy%d)",sp->dtnum); cp++; continue; } if( *cp=='\n' ) (*lineno)++; fputc(*cp,out); } fprintf(out,"\n"); (*lineno)++; if (!lemp->nolinenosflag) { (*lineno)++; tplt_linedir(out,*lineno,lemp->outname); } fprintf(out,"}\n"); (*lineno)++; return; } /* ** Return TRUE (non-zero) if the given symbol has a destructor. */ int has_destructor(struct symbol *sp, struct lemon *lemp) { int ret; if( sp->type==TERMINAL ){ ret = lemp->tokendest!=0; }else{ ret = lemp->vardest!=0 || sp->destructor!=0; } return ret; } /* ** Append text to a dynamically allocated string. If zText is 0 then ** reset the string to be empty again. Always return the complete text ** of the string (which is overwritten with each call). ** ** n bytes of zText are stored. If n==0 then all of zText up to the first ** \000 terminator is stored. zText can contain up to two instances of ** %d. The values of p1 and p2 are written into the first and second ** %d. ** ** If n==-1, then the previous character is overwritten. */ PRIVATE char *append_str(const char *zText, int n, int p1, int p2){ static char empty[1] = { 0 }; static char *z = 0; static int alloced = 0; static int used = 0; int c; char zInt[40]; if( zText==0 ){ used = 0; return z; } if( n<=0 ){ if( n<0 ){ used += n; assert( used>=0 ); } n = lemonStrlen(zText); } if( (int) (n+sizeof(zInt)*2+used) >= alloced ){ alloced = n + sizeof(zInt)*2 + used + 200; z = (char *) realloc(z, alloced); } if( z==0 ) return empty; while( n-- > 0 ){ c = *(zText++); if( c=='%' && n>0 && zText[0]=='d' ){ lemon_sprintf(zInt, "%d", p1); p1 = p2; lemon_strcpy(&z[used], zInt); used += lemonStrlen(&z[used]); zText++; n--; }else{ z[used++] = (char)c; } } z[used] = 0; return z; } /* ** zCode is a string that is the action associated with a rule. Expand ** the symbols in this string so that the refer to elements of the parser ** stack. */ PRIVATE void translate_code(struct lemon *lemp, struct rule *rp){ char *cp, *xp; int i; char lhsused = 0; /* True if the LHS element has been used */ char used[MAXRHS]; /* True for each RHS element which is used */ for(i=0; inrhs; i++) used[i] = 0; lhsused = 0; if( rp->code==0 ){ static char newlinestr[2] = { '\n', '\0' }; rp->code = newlinestr; rp->line = rp->ruleline; } append_str(0,0,0,0); /* This const cast is wrong but harmless, if we're careful. */ for(cp=(char *)rp->code; *cp; cp++){ if( ISALPHA(*cp) && (cp==rp->code || (!ISALNUM(cp[-1]) && cp[-1]!='_')) ){ char saved; for(xp= &cp[1]; ISALNUM(*xp) || *xp=='_'; xp++); saved = *xp; *xp = 0; if( rp->lhsalias && strcmp(cp,rp->lhsalias)==0 ){ append_str("yygotominor.yy%d",0,rp->lhs->dtnum,0); cp = xp; lhsused = 1; }else{ for(i=0; inrhs; i++){ if( rp->rhsalias[i] && strcmp(cp,rp->rhsalias[i])==0 ){ if( cp!=rp->code && cp[-1]=='@' ){ /* If the argument is of the form @X then substituted ** the token number of X, not the value of X */ append_str("yymsp[%d].major",-1,i-rp->nrhs+1,0); }else{ struct symbol *sp = rp->rhs[i]; int dtnum; if( sp->type==MULTITERMINAL ){ dtnum = sp->subsym[0]->dtnum; }else{ dtnum = sp->dtnum; } append_str("yymsp[%d].minor.yy%d",0,i-rp->nrhs+1, dtnum); } cp = xp; used[i] = 1; break; } } } *xp = saved; } append_str(cp, 1, 0, 0); } /* End loop */ /* Check to make sure the LHS has been used */ if( rp->lhsalias && !lhsused ){ ErrorMsg(lemp->filename,rp->ruleline, "Label \"%s\" for \"%s(%s)\" is never used.", rp->lhsalias,rp->lhs->name,rp->lhsalias); lemp->errorcnt++; } /* Generate destructor code for RHS symbols which are not used in the ** reduce code */ for(i=0; inrhs; i++){ if( rp->rhsalias[i] && !used[i] ){ ErrorMsg(lemp->filename,rp->ruleline, "Label %s for \"%s(%s)\" is never used.", rp->rhsalias[i],rp->rhs[i]->name,rp->rhsalias[i]); lemp->errorcnt++; }else if( rp->rhsalias[i]==0 ){ if( has_destructor(rp->rhs[i],lemp) ){ append_str(" yy_destructor(yypParser,%d,&yymsp[%d].minor);\n", 0, rp->rhs[i]->index,i-rp->nrhs+1); }else{ /* No destructor defined for this term */ } } } if( rp->code ){ cp = append_str(0,0,0,0); rp->code = Strsafe(cp?cp:""); } } /* ** Generate code which executes when the rule "rp" is reduced. Write ** the code to "out". Make sure lineno stays up-to-date. */ PRIVATE void emit_code( FILE *out, struct rule *rp, struct lemon *lemp, int *lineno ){ const char *cp; /* Generate code to do the reduce action */ if( rp->code ){ if( !lemp->nolinenosflag ){ (*lineno)++; tplt_linedir(out,rp->line,lemp->filename); } fprintf(out,"{%s",rp->code); for(cp=rp->code; *cp; cp++){ if( *cp=='\n' ) (*lineno)++; } /* End loop */ fprintf(out,"}\n"); (*lineno)++; if( !lemp->nolinenosflag ){ (*lineno)++; tplt_linedir(out,*lineno,lemp->outname); } } /* End if( rp->code ) */ return; } /* ** Print the definition of the union used for the parser's data stack. ** This union contains fields for every possible data type for tokens ** and nonterminals. In the process of computing and printing this ** union, also set the ".dtnum" field of every terminal and nonterminal ** symbol. */ void print_stack_union( FILE *out, /* The output stream */ struct lemon *lemp, /* The main info structure for this parser */ int *plineno, /* Pointer to the line number */ int mhflag /* True if generating makeheaders output */ ){ int lineno = *plineno; /* The line number of the output */ char **types; /* A hash table of datatypes */ int arraysize; /* Size of the "types" array */ int maxdtlength; /* Maximum length of any ".datatype" field. */ char *stddt; /* Standardized name for a datatype */ int i,j; /* Loop counters */ unsigned hash; /* For hashing the name of a type */ const char *name; /* Name of the parser */ /* Allocate and initialize types[] and allocate stddt[] */ arraysize = lemp->nsymbol * 2; types = (char**)calloc( arraysize, sizeof(char*) ); if( types==0 ){ fprintf(stderr,"Out of memory.\n"); exit(1); } for(i=0; ivartype ){ maxdtlength = lemonStrlen(lemp->vartype); } for(i=0; insymbol; i++){ int len; struct symbol *sp = lemp->symbols[i]; if( sp->datatype==0 ) continue; len = lemonStrlen(sp->datatype); if( len>maxdtlength ) maxdtlength = len; } stddt = (char*)malloc( maxdtlength*2 + 1 ); if( stddt==0 ){ fprintf(stderr,"Out of memory.\n"); exit(1); } /* Build a hash table of datatypes. The ".dtnum" field of each symbol ** is filled in with the hash index plus 1. A ".dtnum" value of 0 is ** used for terminal symbols. If there is no %default_type defined then ** 0 is also used as the .dtnum value for nonterminals which do not specify ** a datatype using the %type directive. */ for(i=0; insymbol; i++){ struct symbol *sp = lemp->symbols[i]; char *cp; if( sp==lemp->errsym ){ sp->dtnum = arraysize+1; continue; } if( sp->type!=NONTERMINAL || (sp->datatype==0 && lemp->vartype==0) ){ sp->dtnum = 0; continue; } cp = sp->datatype; if( cp==0 ) cp = lemp->vartype; j = 0; while( ISSPACE(*cp) ) cp++; while( *cp ) stddt[j++] = *cp++; while( j>0 && ISSPACE(stddt[j-1]) ) j--; stddt[j] = 0; if( lemp->tokentype && strcmp(stddt, lemp->tokentype)==0 ){ sp->dtnum = 0; continue; } hash = 0; for(j=0; stddt[j]; j++){ hash = hash*53 + stddt[j]; } hash = (hash & 0x7fffffff)%arraysize; while( types[hash] ){ if( strcmp(types[hash],stddt)==0 ){ sp->dtnum = hash + 1; break; } hash++; if( hash>=(unsigned)arraysize ) hash = 0; } if( types[hash]==0 ){ sp->dtnum = hash + 1; types[hash] = (char*)malloc( lemonStrlen(stddt)+1 ); if( types[hash]==0 ){ fprintf(stderr,"Out of memory.\n"); exit(1); } lemon_strcpy(types[hash],stddt); } } /* Print out the definition of YYTOKENTYPE and YYMINORTYPE */ name = lemp->name ? lemp->name : "Parse"; lineno = *plineno; if( mhflag ){ fprintf(out,"#if INTERFACE\n"); lineno++; } fprintf(out,"#define %sTOKENTYPE %s\n",name, lemp->tokentype?lemp->tokentype:"void*"); lineno++; if( mhflag ){ fprintf(out,"#endif\n"); lineno++; } fprintf(out,"typedef union {\n"); lineno++; fprintf(out," int yyinit;\n"); lineno++; fprintf(out," %sTOKENTYPE yy0;\n",name); lineno++; for(i=0; ierrsym->useCnt ){ fprintf(out," int yy%d;\n",lemp->errsym->dtnum); lineno++; } free(stddt); free(types); fprintf(out,"} YYMINORTYPE;\n"); lineno++; *plineno = lineno; } /* ** Return the name of a C datatype able to represent values between ** lwr and upr, inclusive. If pnByte!=NULL then also write the sizeof ** for that type (1, 2, or 4) into *pnByte. */ static const char *minimum_size_type(int lwr, int upr, int *pnByte){ const char *zType = "int"; int nByte = 4; if( lwr>=0 ){ if( upr<=255 ){ zType = "unsigned char"; nByte = 1; }else if( upr<65535 ){ zType = "unsigned short int"; nByte = 2; }else{ zType = "unsigned int"; nByte = 4; } }else if( lwr>=-127 && upr<=127 ){ zType = "signed char"; nByte = 1; }else if( lwr>=-32767 && upr<32767 ){ zType = "short"; nByte = 2; } if( pnByte ) *pnByte = nByte; return zType; } /* ** Each state contains a set of token transaction and a set of ** nonterminal transactions. Each of these sets makes an instance ** of the following structure. An array of these structures is used ** to order the creation of entries in the yy_action[] table. */ struct axset { struct state *stp; /* A pointer to a state */ int isTkn; /* True to use tokens. False for non-terminals */ int nAction; /* Number of actions */ int iOrder; /* Original order of action sets */ }; /* ** Compare to axset structures for sorting purposes */ static int axset_compare(const void *a, const void *b){ struct axset *p1 = (struct axset*)a; struct axset *p2 = (struct axset*)b; int c; c = p2->nAction - p1->nAction; if( c==0 ){ c = p1->iOrder - p2->iOrder; } assert( c!=0 || p1==p2 ); return c; } /* ** Write text on "out" that describes the rule "rp". */ static void writeRuleText(FILE *out, struct rule *rp){ int j; fprintf(out,"%s ::=", rp->lhs->name); for(j=0; jnrhs; j++){ struct symbol *sp = rp->rhs[j]; if( sp->type!=MULTITERMINAL ){ fprintf(out," %s", sp->name); }else{ int k; fprintf(out," %s", sp->subsym[0]->name); for(k=1; knsubsym; k++){ fprintf(out,"|%s",sp->subsym[k]->name); } } } } /* Generate C source code for the parser */ void ReportTable( struct lemon *lemp, int mhflag /* Output in makeheaders format if true */ ){ FILE *out, *in; char line[LINESIZE]; int lineno; struct state *stp; struct action *ap; struct rule *rp; struct acttab *pActtab; int i, j, n, sz; int szActionType; /* sizeof(YYACTIONTYPE) */ int szCodeType; /* sizeof(YYCODETYPE) */ const char *name; int mnTknOfst, mxTknOfst; int mnNtOfst, mxNtOfst; struct axset *ax; in = tplt_open(lemp); if( in==0 ) return; out = file_open(lemp,".c","wb"); if( out==0 ){ fclose(in); return; } lineno = 1; tplt_xfer(lemp->name,in,out,&lineno); /* Generate the include code, if any */ tplt_print(out,lemp,lemp->include,&lineno); if( mhflag ){ char *incName = file_makename(lemp, ".h"); fprintf(out,"#include \"%s\"\n", incName); lineno++; free(incName); } tplt_xfer(lemp->name,in,out,&lineno); /* Generate #defines for all tokens */ if( mhflag ){ const char *prefix; fprintf(out,"#if INTERFACE\n"); lineno++; if( lemp->tokenprefix ) prefix = lemp->tokenprefix; else prefix = ""; for(i=1; interminal; i++){ fprintf(out,"#define %s%-30s %2d\n",prefix,lemp->symbols[i]->name,i); lineno++; } fprintf(out,"#endif\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate the defines */ fprintf(out,"#define YYCODETYPE %s\n", minimum_size_type(0, lemp->nsymbol+1, &szCodeType)); lineno++; fprintf(out,"#define YYNOCODE %d\n",lemp->nsymbol+1); lineno++; fprintf(out,"#define YYACTIONTYPE %s\n", minimum_size_type(0,lemp->nstate+lemp->nrule*2+5,&szActionType)); lineno++; if( lemp->wildcard ){ fprintf(out,"#define YYWILDCARD %d\n", lemp->wildcard->index); lineno++; } print_stack_union(out,lemp,&lineno,mhflag); fprintf(out, "#ifndef YYSTACKDEPTH\n"); lineno++; if( lemp->stacksize ){ fprintf(out,"#define YYSTACKDEPTH %s\n",lemp->stacksize); lineno++; }else{ fprintf(out,"#define YYSTACKDEPTH 100\n"); lineno++; } fprintf(out, "#endif\n"); lineno++; if( mhflag ){ fprintf(out,"#if INTERFACE\n"); lineno++; } name = lemp->name ? lemp->name : "Parse"; if( lemp->arg && lemp->arg[0] ){ i = lemonStrlen(lemp->arg); while( i>=1 && ISSPACE(lemp->arg[i-1]) ) i--; while( i>=1 && (ISALNUM(lemp->arg[i-1]) || lemp->arg[i-1]=='_') ) i--; fprintf(out,"#define %sARG_SDECL %s;\n",name,lemp->arg); lineno++; fprintf(out,"#define %sARG_PDECL ,%s\n",name,lemp->arg); lineno++; fprintf(out,"#define %sARG_FETCH %s = yypParser->%s\n", name,lemp->arg,&lemp->arg[i]); lineno++; fprintf(out,"#define %sARG_STORE yypParser->%s = %s\n", name,&lemp->arg[i],&lemp->arg[i]); lineno++; }else{ fprintf(out,"#define %sARG_SDECL\n",name); lineno++; fprintf(out,"#define %sARG_PDECL\n",name); lineno++; fprintf(out,"#define %sARG_FETCH\n",name); lineno++; fprintf(out,"#define %sARG_STORE\n",name); lineno++; } if( mhflag ){ fprintf(out,"#endif\n"); lineno++; } if( lemp->errsym->useCnt ){ fprintf(out,"#define YYERRORSYMBOL %d\n",lemp->errsym->index); lineno++; fprintf(out,"#define YYERRSYMDT yy%d\n",lemp->errsym->dtnum); lineno++; } if( lemp->has_fallback ){ fprintf(out,"#define YYFALLBACK 1\n"); lineno++; } /* Compute the action table, but do not output it yet. The action ** table must be computed before generating the YYNSTATE macro because ** we need to know how many states can be eliminated. */ ax = (struct axset *) calloc(lemp->nxstate*2, sizeof(ax[0])); if( ax==0 ){ fprintf(stderr,"malloc failed\n"); exit(1); } for(i=0; inxstate; i++){ stp = lemp->sorted[i]; ax[i*2].stp = stp; ax[i*2].isTkn = 1; ax[i*2].nAction = stp->nTknAct; ax[i*2+1].stp = stp; ax[i*2+1].isTkn = 0; ax[i*2+1].nAction = stp->nNtAct; } mxTknOfst = mnTknOfst = 0; mxNtOfst = mnNtOfst = 0; /* In an effort to minimize the action table size, use the heuristic ** of placing the largest action sets first */ for(i=0; inxstate*2; i++) ax[i].iOrder = i; qsort(ax, lemp->nxstate*2, sizeof(ax[0]), axset_compare); pActtab = acttab_alloc(); for(i=0; inxstate*2 && ax[i].nAction>0; i++){ stp = ax[i].stp; if( ax[i].isTkn ){ for(ap=stp->ap; ap; ap=ap->next){ int action; if( ap->sp->index>=lemp->nterminal ) continue; action = compute_action(lemp, ap); if( action<0 ) continue; acttab_action(pActtab, ap->sp->index, action); } stp->iTknOfst = acttab_insert(pActtab); if( stp->iTknOfstiTknOfst; if( stp->iTknOfst>mxTknOfst ) mxTknOfst = stp->iTknOfst; }else{ for(ap=stp->ap; ap; ap=ap->next){ int action; if( ap->sp->indexnterminal ) continue; if( ap->sp->index==lemp->nsymbol ) continue; action = compute_action(lemp, ap); if( action<0 ) continue; acttab_action(pActtab, ap->sp->index, action); } stp->iNtOfst = acttab_insert(pActtab); if( stp->iNtOfstiNtOfst; if( stp->iNtOfst>mxNtOfst ) mxNtOfst = stp->iNtOfst; } #if 0 /* Uncomment for a trace of how the yy_action[] table fills out */ { int jj, nn; for(jj=nn=0; jjnAction; jj++){ if( pActtab->aAction[jj].action<0 ) nn++; } printf("%4d: State %3d %s n: %2d size: %5d freespace: %d\n", i, stp->statenum, ax[i].isTkn ? "Token" : "Var ", ax[i].nAction, pActtab->nAction, nn); } #endif } free(ax); /* Finish rendering the constants now that the action table has ** been computed */ fprintf(out,"#define YYNSTATE %d\n",lemp->nxstate); lineno++; fprintf(out,"#define YYNRULE %d\n",lemp->nrule); lineno++; fprintf(out,"#define YY_MAX_SHIFT %d\n",lemp->nxstate-1); lineno++; fprintf(out,"#define YY_MIN_SHIFTREDUCE %d\n",lemp->nstate); lineno++; i = lemp->nstate + lemp->nrule; fprintf(out,"#define YY_MAX_SHIFTREDUCE %d\n", i-1); lineno++; fprintf(out,"#define YY_MIN_REDUCE %d\n", i); lineno++; i = lemp->nstate + lemp->nrule*2; fprintf(out,"#define YY_MAX_REDUCE %d\n", i-1); lineno++; fprintf(out,"#define YY_ERROR_ACTION %d\n", i); lineno++; fprintf(out,"#define YY_ACCEPT_ACTION %d\n", i+1); lineno++; fprintf(out,"#define YY_NO_ACTION %d\n", i+2); lineno++; tplt_xfer(lemp->name,in,out,&lineno); /* Now output the action table and its associates: ** ** yy_action[] A single table containing all actions. ** yy_lookahead[] A table containing the lookahead for each entry in ** yy_action. Used to detect hash collisions. ** yy_shift_ofst[] For each state, the offset into yy_action for ** shifting terminals. ** yy_reduce_ofst[] For each state, the offset into yy_action for ** shifting non-terminals after a reduce. ** yy_default[] Default action for each state. */ /* Output the yy_action table */ lemp->nactiontab = n = acttab_size(pActtab); lemp->tablesize += n*szActionType; fprintf(out,"#define YY_ACTTAB_COUNT (%d)\n", n); lineno++; fprintf(out,"static const YYACTIONTYPE yy_action[] = {\n"); lineno++; for(i=j=0; instate + lemp->nrule + 2; if( j==0 ) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", action); if( j==9 || i==n-1 ){ fprintf(out, "\n"); lineno++; j = 0; }else{ j++; } } fprintf(out, "};\n"); lineno++; /* Output the yy_lookahead table */ lemp->tablesize += n*szCodeType; fprintf(out,"static const YYCODETYPE yy_lookahead[] = {\n"); lineno++; for(i=j=0; insymbol; if( j==0 ) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", la); if( j==9 || i==n-1 ){ fprintf(out, "\n"); lineno++; j = 0; }else{ j++; } } fprintf(out, "};\n"); lineno++; /* Output the yy_shift_ofst[] table */ fprintf(out, "#define YY_SHIFT_USE_DFLT (%d)\n", mnTknOfst-1); lineno++; n = lemp->nxstate; while( n>0 && lemp->sorted[n-1]->iTknOfst==NO_OFFSET ) n--; fprintf(out, "#define YY_SHIFT_COUNT (%d)\n", n-1); lineno++; fprintf(out, "#define YY_SHIFT_MIN (%d)\n", mnTknOfst); lineno++; fprintf(out, "#define YY_SHIFT_MAX (%d)\n", mxTknOfst); lineno++; fprintf(out, "static const %s yy_shift_ofst[] = {\n", minimum_size_type(mnTknOfst-1, mxTknOfst, &sz)); lineno++; lemp->tablesize += n*sz; for(i=j=0; isorted[i]; ofst = stp->iTknOfst; if( ofst==NO_OFFSET ) ofst = mnTknOfst - 1; if( j==0 ) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", ofst); if( j==9 || i==n-1 ){ fprintf(out, "\n"); lineno++; j = 0; }else{ j++; } } fprintf(out, "};\n"); lineno++; /* Output the yy_reduce_ofst[] table */ fprintf(out, "#define YY_REDUCE_USE_DFLT (%d)\n", mnNtOfst-1); lineno++; n = lemp->nxstate; while( n>0 && lemp->sorted[n-1]->iNtOfst==NO_OFFSET ) n--; fprintf(out, "#define YY_REDUCE_COUNT (%d)\n", n-1); lineno++; fprintf(out, "#define YY_REDUCE_MIN (%d)\n", mnNtOfst); lineno++; fprintf(out, "#define YY_REDUCE_MAX (%d)\n", mxNtOfst); lineno++; fprintf(out, "static const %s yy_reduce_ofst[] = {\n", minimum_size_type(mnNtOfst-1, mxNtOfst, &sz)); lineno++; lemp->tablesize += n*sz; for(i=j=0; isorted[i]; ofst = stp->iNtOfst; if( ofst==NO_OFFSET ) ofst = mnNtOfst - 1; if( j==0 ) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", ofst); if( j==9 || i==n-1 ){ fprintf(out, "\n"); lineno++; j = 0; }else{ j++; } } fprintf(out, "};\n"); lineno++; /* Output the default action table */ fprintf(out, "static const YYACTIONTYPE yy_default[] = {\n"); lineno++; n = lemp->nxstate; lemp->tablesize += n*szActionType; for(i=j=0; isorted[i]; if( j==0 ) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", stp->iDfltReduce+lemp->nstate+lemp->nrule); if( j==9 || i==n-1 ){ fprintf(out, "\n"); lineno++; j = 0; }else{ j++; } } fprintf(out, "};\n"); lineno++; tplt_xfer(lemp->name,in,out,&lineno); /* Generate the table of fallback tokens. */ if( lemp->has_fallback ){ int mx = lemp->nterminal - 1; while( mx>0 && lemp->symbols[mx]->fallback==0 ){ mx--; } lemp->tablesize += (mx+1)*szCodeType; for(i=0; i<=mx; i++){ struct symbol *p = lemp->symbols[i]; if( p->fallback==0 ){ fprintf(out, " 0, /* %10s => nothing */\n", p->name); }else{ fprintf(out, " %3d, /* %10s => %s */\n", p->fallback->index, p->name, p->fallback->name); } lineno++; } } tplt_xfer(lemp->name, in, out, &lineno); /* Generate a table containing the symbolic name of every symbol */ for(i=0; insymbol; i++){ lemon_sprintf(line,"\"%s\",",lemp->symbols[i]->name); fprintf(out," %-15s",line); if( (i&3)==3 ){ fprintf(out,"\n"); lineno++; } } if( (i&3)!=0 ){ fprintf(out,"\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate a table containing a text string that describes every ** rule in the rule set of the grammar. This information is used ** when tracing REDUCE actions. */ for(i=0, rp=lemp->rule; rp; rp=rp->next, i++){ assert( rp->index==i ); fprintf(out," /* %3d */ \"", i); writeRuleText(out, rp); fprintf(out,"\",\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes every time a symbol is popped from ** the stack while processing errors or while destroying the parser. ** (In other words, generate the %destructor actions) */ if( lemp->tokendest ){ int once = 1; for(i=0; insymbol; i++){ struct symbol *sp = lemp->symbols[i]; if( sp==0 || sp->type!=TERMINAL ) continue; if( once ){ fprintf(out, " /* TERMINAL Destructor */\n"); lineno++; once = 0; } fprintf(out," case %d: /* %s */\n", sp->index, sp->name); lineno++; } for(i=0; insymbol && lemp->symbols[i]->type!=TERMINAL; i++); if( insymbol ){ emit_destructor_code(out,lemp->symbols[i],lemp,&lineno); fprintf(out," break;\n"); lineno++; } } if( lemp->vardest ){ struct symbol *dflt_sp = 0; int once = 1; for(i=0; insymbol; i++){ struct symbol *sp = lemp->symbols[i]; if( sp==0 || sp->type==TERMINAL || sp->index<=0 || sp->destructor!=0 ) continue; if( once ){ fprintf(out, " /* Default NON-TERMINAL Destructor */\n"); lineno++; once = 0; } fprintf(out," case %d: /* %s */\n", sp->index, sp->name); lineno++; dflt_sp = sp; } if( dflt_sp!=0 ){ emit_destructor_code(out,dflt_sp,lemp,&lineno); } fprintf(out," break;\n"); lineno++; } for(i=0; insymbol; i++){ struct symbol *sp = lemp->symbols[i]; if( sp==0 || sp->type==TERMINAL || sp->destructor==0 ) continue; fprintf(out," case %d: /* %s */\n", sp->index, sp->name); lineno++; /* Combine duplicate destructors into a single case */ for(j=i+1; jnsymbol; j++){ struct symbol *sp2 = lemp->symbols[j]; if( sp2 && sp2->type!=TERMINAL && sp2->destructor && sp2->dtnum==sp->dtnum && strcmp(sp->destructor,sp2->destructor)==0 ){ fprintf(out," case %d: /* %s */\n", sp2->index, sp2->name); lineno++; sp2->destructor = 0; } } emit_destructor_code(out,lemp->symbols[i],lemp,&lineno); fprintf(out," break;\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes whenever the parser stack overflows */ tplt_print(out,lemp,lemp->overflow,&lineno); tplt_xfer(lemp->name,in,out,&lineno); /* Generate the table of rule information ** ** Note: This code depends on the fact that rules are number ** sequentually beginning with 0. */ for(rp=lemp->rule; rp; rp=rp->next){ fprintf(out," { %d, %d },\n",rp->lhs->index,rp->nrhs); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which execution during each REDUCE action */ for(rp=lemp->rule; rp; rp=rp->next){ translate_code(lemp, rp); } /* First output rules other than the default: rule */ for(rp=lemp->rule; rp; rp=rp->next){ struct rule *rp2; /* Other rules with the same action */ if( rp->code==0 ) continue; if( rp->code[0]=='\n' && rp->code[1]==0 ) continue; /* Will be default: */ fprintf(out," case %d: /* ", rp->index); writeRuleText(out, rp); fprintf(out, " */\n"); lineno++; for(rp2=rp->next; rp2; rp2=rp2->next){ if( rp2->code==rp->code ){ fprintf(out," case %d: /* ", rp2->index); writeRuleText(out, rp2); fprintf(out," */ yytestcase(yyruleno==%d);\n", rp2->index); lineno++; rp2->code = 0; } } emit_code(out,rp,lemp,&lineno); fprintf(out," break;\n"); lineno++; rp->code = 0; } /* Finally, output the default: rule. We choose as the default: all ** empty actions. */ fprintf(out," default:\n"); lineno++; for(rp=lemp->rule; rp; rp=rp->next){ if( rp->code==0 ) continue; assert( rp->code[0]=='\n' && rp->code[1]==0 ); fprintf(out," /* (%d) ", rp->index); writeRuleText(out, rp); fprintf(out, " */ yytestcase(yyruleno==%d);\n", rp->index); lineno++; } fprintf(out," break;\n"); lineno++; tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes if a parse fails */ tplt_print(out,lemp,lemp->failure,&lineno); tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes when a syntax error occurs */ tplt_print(out,lemp,lemp->error,&lineno); tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes when the parser accepts its input */ tplt_print(out,lemp,lemp->accept,&lineno); tplt_xfer(lemp->name,in,out,&lineno); /* Append any addition code the user desires */ tplt_print(out,lemp,lemp->extracode,&lineno); fclose(in); fclose(out); return; } /* Generate a header file for the parser */ void ReportHeader(struct lemon *lemp) { FILE *out, *in; const char *prefix; char line[LINESIZE]; char pattern[LINESIZE]; int i; if( lemp->tokenprefix ) prefix = lemp->tokenprefix; else prefix = ""; in = file_open(lemp,".h","rb"); if( in ){ int nextChar; for(i=1; interminal && fgets(line,LINESIZE,in); i++){ lemon_sprintf(pattern,"#define %s%-30s %3d\n", prefix,lemp->symbols[i]->name,i); if( strcmp(line,pattern) ) break; } nextChar = fgetc(in); fclose(in); if( i==lemp->nterminal && nextChar==EOF ){ /* No change in the file. Don't rewrite it. */ return; } } out = file_open(lemp,".h","wb"); if( out ){ for(i=1; interminal; i++){ fprintf(out,"#define %s%-30s %3d\n",prefix,lemp->symbols[i]->name,i); } fclose(out); } return; } /* Reduce the size of the action tables, if possible, by making use ** of defaults. ** ** In this version, we take the most frequent REDUCE action and make ** it the default. Except, there is no default if the wildcard token ** is a possible look-ahead. */ void CompressTables(struct lemon *lemp) { struct state *stp; struct action *ap, *ap2; struct rule *rp, *rp2, *rbest; int nbest, n; int i; int usesWildcard; for(i=0; instate; i++){ stp = lemp->sorted[i]; nbest = 0; rbest = 0; usesWildcard = 0; for(ap=stp->ap; ap; ap=ap->next){ if( ap->type==SHIFT && ap->sp==lemp->wildcard ){ usesWildcard = 1; } if( ap->type!=REDUCE ) continue; rp = ap->x.rp; if( rp->lhsStart ) continue; if( rp==rbest ) continue; n = 1; for(ap2=ap->next; ap2; ap2=ap2->next){ if( ap2->type!=REDUCE ) continue; rp2 = ap2->x.rp; if( rp2==rbest ) continue; if( rp2==rp ) n++; } if( n>nbest ){ nbest = n; rbest = rp; } } /* Do not make a default if the number of rules to default ** is not at least 1 or if the wildcard token is a possible ** lookahead. */ if( nbest<1 || usesWildcard ) continue; /* Combine matching REDUCE actions into a single default */ for(ap=stp->ap; ap; ap=ap->next){ if( ap->type==REDUCE && ap->x.rp==rbest ) break; } assert( ap ); ap->sp = Symbol_new("{default}"); for(ap=ap->next; ap; ap=ap->next){ if( ap->type==REDUCE && ap->x.rp==rbest ) ap->type = NOT_USED; } stp->ap = Action_sort(stp->ap); for(ap=stp->ap; ap; ap=ap->next){ if( ap->type==SHIFT ) break; if( ap->type==REDUCE && ap->x.rp!=rbest ) break; } if( ap==0 ){ stp->autoReduce = 1; stp->pDfltReduce = rbest; } } /* Make a second pass over all states and actions. Convert ** every action that is a SHIFT to an autoReduce state into ** a SHIFTREDUCE action. */ for(i=0; instate; i++){ stp = lemp->sorted[i]; for(ap=stp->ap; ap; ap=ap->next){ struct state *pNextState; if( ap->type!=SHIFT ) continue; pNextState = ap->x.stp; if( pNextState->autoReduce && pNextState->pDfltReduce!=0 ){ ap->type = SHIFTREDUCE; ap->x.rp = pNextState->pDfltReduce; } } } } /* ** Compare two states for sorting purposes. The smaller state is the ** one with the most non-terminal actions. If they have the same number ** of non-terminal actions, then the smaller is the one with the most ** token actions. */ static int stateResortCompare(const void *a, const void *b){ const struct state *pA = *(const struct state**)a; const struct state *pB = *(const struct state**)b; int n; n = pB->nNtAct - pA->nNtAct; if( n==0 ){ n = pB->nTknAct - pA->nTknAct; if( n==0 ){ n = pB->statenum - pA->statenum; } } assert( n!=0 ); return n; } /* ** Renumber and resort states so that states with fewer choices ** occur at the end. Except, keep state 0 as the first state. */ void ResortStates(struct lemon *lemp) { int i; struct state *stp; struct action *ap; for(i=0; instate; i++){ stp = lemp->sorted[i]; stp->nTknAct = stp->nNtAct = 0; stp->iDfltReduce = lemp->nrule; /* Init dflt action to "syntax error" */ stp->iTknOfst = NO_OFFSET; stp->iNtOfst = NO_OFFSET; for(ap=stp->ap; ap; ap=ap->next){ int iAction = compute_action(lemp,ap); if( iAction>=0 ){ if( ap->sp->indexnterminal ){ stp->nTknAct++; }else if( ap->sp->indexnsymbol ){ stp->nNtAct++; }else{ assert( stp->autoReduce==0 || stp->pDfltReduce==ap->x.rp ); stp->iDfltReduce = iAction - lemp->nstate - lemp->nrule; } } } } qsort(&lemp->sorted[1], lemp->nstate-1, sizeof(lemp->sorted[0]), stateResortCompare); for(i=0; instate; i++){ lemp->sorted[i]->statenum = i; } lemp->nxstate = lemp->nstate; while( lemp->nxstate>1 && lemp->sorted[lemp->nxstate-1]->autoReduce ){ lemp->nxstate--; } } /***************** From the file "set.c" ************************************/ /* ** Set manipulation routines for the LEMON parser generator. */ static int size = 0; /* Set the set size */ void SetSize(int n) { size = n+1; } /* Allocate a new set */ char *SetNew(){ char *s; s = (char*)calloc( size, 1); if( s==0 ){ extern void memory_error(); memory_error(); } return s; } /* Deallocate a set */ void SetFree(char *s) { free(s); } /* Add a new element to the set. Return TRUE if the element was added ** and FALSE if it was already there. */ int SetAdd(char *s, int e) { int rv; assert( e>=0 && esize = 1024; x1a->count = 0; x1a->tbl = (x1node*)calloc(1024, sizeof(x1node) + sizeof(x1node*)); if( x1a->tbl==0 ){ free(x1a); x1a = 0; }else{ int i; x1a->ht = (x1node**)&(x1a->tbl[1024]); for(i=0; i<1024; i++) x1a->ht[i] = 0; } } } /* Insert a new record into the array. Return TRUE if successful. ** Prior data with the same key is NOT overwritten */ int Strsafe_insert(const char *data) { x1node *np; unsigned h; unsigned ph; if( x1a==0 ) return 0; ph = strhash(data); h = ph & (x1a->size-1); np = x1a->ht[h]; while( np ){ if( strcmp(np->data,data)==0 ){ /* An existing entry with the same key is found. */ /* Fail because overwrite is not allows. */ return 0; } np = np->next; } if( x1a->count>=x1a->size ){ /* Need to make the hash table bigger */ int i,arrSize; struct s_x1 array; array.size = arrSize = x1a->size*2; array.count = x1a->count; array.tbl = (x1node*)calloc(arrSize, sizeof(x1node) + sizeof(x1node*)); if( array.tbl==0 ) return 0; /* Fail due to malloc failure */ array.ht = (x1node**)&(array.tbl[arrSize]); for(i=0; icount; i++){ x1node *oldnp, *newnp; oldnp = &(x1a->tbl[i]); h = strhash(oldnp->data) & (arrSize-1); newnp = &(array.tbl[i]); if( array.ht[h] ) array.ht[h]->from = &(newnp->next); newnp->next = array.ht[h]; newnp->data = oldnp->data; newnp->from = &(array.ht[h]); array.ht[h] = newnp; } free(x1a->tbl); *x1a = array; } /* Insert the new data */ h = ph & (x1a->size-1); np = &(x1a->tbl[x1a->count++]); np->data = data; if( x1a->ht[h] ) x1a->ht[h]->from = &(np->next); np->next = x1a->ht[h]; x1a->ht[h] = np; np->from = &(x1a->ht[h]); return 1; } /* Return a pointer to data assigned to the given key. Return NULL ** if no such key. */ const char *Strsafe_find(const char *key) { unsigned h; x1node *np; if( x1a==0 ) return 0; h = strhash(key) & (x1a->size-1); np = x1a->ht[h]; while( np ){ if( strcmp(np->data,key)==0 ) break; np = np->next; } return np ? np->data : 0; } /* Return a pointer to the (terminal or nonterminal) symbol "x". ** Create a new symbol if this is the first time "x" has been seen. */ struct symbol *Symbol_new(const char *x) { struct symbol *sp; sp = Symbol_find(x); if( sp==0 ){ sp = (struct symbol *)calloc(1, sizeof(struct symbol) ); MemoryCheck(sp); sp->name = Strsafe(x); sp->type = ISUPPER(*x) ? TERMINAL : NONTERMINAL; sp->rule = 0; sp->fallback = 0; sp->prec = -1; sp->assoc = UNK; sp->firstset = 0; sp->lambda = LEMON_FALSE; sp->destructor = 0; sp->destLineno = 0; sp->datatype = 0; sp->useCnt = 0; Symbol_insert(sp,sp->name); } sp->useCnt++; return sp; } /* Compare two symbols for sorting purposes. Return negative, ** zero, or positive if a is less then, equal to, or greater ** than b. ** ** Symbols that begin with upper case letters (terminals or tokens) ** must sort before symbols that begin with lower case letters ** (non-terminals). And MULTITERMINAL symbols (created using the ** %token_class directive) must sort at the very end. Other than ** that, the order does not matter. ** ** We find experimentally that leaving the symbols in their original ** order (the order they appeared in the grammar file) gives the ** smallest parser tables in SQLite. */ int Symbolcmpp(const void *_a, const void *_b) { const struct symbol *a = *(const struct symbol **) _a; const struct symbol *b = *(const struct symbol **) _b; int i1 = a->type==MULTITERMINAL ? 3 : a->name[0]>'Z' ? 2 : 1; int i2 = b->type==MULTITERMINAL ? 3 : b->name[0]>'Z' ? 2 : 1; return i1==i2 ? a->index - b->index : i1 - i2; } /* There is one instance of the following structure for each ** associative array of type "x2". */ struct s_x2 { int size; /* The number of available slots. */ /* Must be a power of 2 greater than or */ /* equal to 1 */ int count; /* Number of currently slots filled */ struct s_x2node *tbl; /* The data stored here */ struct s_x2node **ht; /* Hash table for lookups */ }; /* There is one instance of this structure for every data element ** in an associative array of type "x2". */ typedef struct s_x2node { struct symbol *data; /* The data */ const char *key; /* The key */ struct s_x2node *next; /* Next entry with the same hash */ struct s_x2node **from; /* Previous link */ } x2node; /* There is only one instance of the array, which is the following */ static struct s_x2 *x2a; /* Allocate a new associative array */ void Symbol_init(){ if( x2a ) return; x2a = (struct s_x2*)malloc( sizeof(struct s_x2) ); if( x2a ){ x2a->size = 128; x2a->count = 0; x2a->tbl = (x2node*)calloc(128, sizeof(x2node) + sizeof(x2node*)); if( x2a->tbl==0 ){ free(x2a); x2a = 0; }else{ int i; x2a->ht = (x2node**)&(x2a->tbl[128]); for(i=0; i<128; i++) x2a->ht[i] = 0; } } } /* Insert a new record into the array. Return TRUE if successful. ** Prior data with the same key is NOT overwritten */ int Symbol_insert(struct symbol *data, const char *key) { x2node *np; unsigned h; unsigned ph; if( x2a==0 ) return 0; ph = strhash(key); h = ph & (x2a->size-1); np = x2a->ht[h]; while( np ){ if( strcmp(np->key,key)==0 ){ /* An existing entry with the same key is found. */ /* Fail because overwrite is not allows. */ return 0; } np = np->next; } if( x2a->count>=x2a->size ){ /* Need to make the hash table bigger */ int i,arrSize; struct s_x2 array; array.size = arrSize = x2a->size*2; array.count = x2a->count; array.tbl = (x2node*)calloc(arrSize, sizeof(x2node) + sizeof(x2node*)); if( array.tbl==0 ) return 0; /* Fail due to malloc failure */ array.ht = (x2node**)&(array.tbl[arrSize]); for(i=0; icount; i++){ x2node *oldnp, *newnp; oldnp = &(x2a->tbl[i]); h = strhash(oldnp->key) & (arrSize-1); newnp = &(array.tbl[i]); if( array.ht[h] ) array.ht[h]->from = &(newnp->next); newnp->next = array.ht[h]; newnp->key = oldnp->key; newnp->data = oldnp->data; newnp->from = &(array.ht[h]); array.ht[h] = newnp; } free(x2a->tbl); *x2a = array; } /* Insert the new data */ h = ph & (x2a->size-1); np = &(x2a->tbl[x2a->count++]); np->key = key; np->data = data; if( x2a->ht[h] ) x2a->ht[h]->from = &(np->next); np->next = x2a->ht[h]; x2a->ht[h] = np; np->from = &(x2a->ht[h]); return 1; } /* Return a pointer to data assigned to the given key. Return NULL ** if no such key. */ struct symbol *Symbol_find(const char *key) { unsigned h; x2node *np; if( x2a==0 ) return 0; h = strhash(key) & (x2a->size-1); np = x2a->ht[h]; while( np ){ if( strcmp(np->key,key)==0 ) break; np = np->next; } return np ? np->data : 0; } /* Return the n-th data. Return NULL if n is out of range. */ struct symbol *Symbol_Nth(int n) { struct symbol *data; if( x2a && n>0 && n<=x2a->count ){ data = x2a->tbl[n-1].data; }else{ data = 0; } return data; } /* Return the size of the array */ int Symbol_count() { return x2a ? x2a->count : 0; } /* Return an array of pointers to all data in the table. ** The array is obtained from malloc. Return NULL if memory allocation ** problems, or if the array is empty. */ struct symbol **Symbol_arrayof() { struct symbol **array; int i,arrSize; if( x2a==0 ) return 0; arrSize = x2a->count; array = (struct symbol **)calloc(arrSize, sizeof(struct symbol *)); if( array ){ for(i=0; itbl[i].data; } return array; } /* Compare two configurations */ int Configcmp(const char *_a,const char *_b) { const struct config *a = (struct config *) _a; const struct config *b = (struct config *) _b; int x; x = a->rp->index - b->rp->index; if( x==0 ) x = a->dot - b->dot; return x; } /* Compare two states */ PRIVATE int statecmp(struct config *a, struct config *b) { int rc; for(rc=0; rc==0 && a && b; a=a->bp, b=b->bp){ rc = a->rp->index - b->rp->index; if( rc==0 ) rc = a->dot - b->dot; } if( rc==0 ){ if( a ) rc = 1; if( b ) rc = -1; } return rc; } /* Hash a state */ PRIVATE unsigned statehash(struct config *a) { unsigned h=0; while( a ){ h = h*571 + a->rp->index*37 + a->dot; a = a->bp; } return h; } /* Allocate a new state structure */ struct state *State_new() { struct state *newstate; newstate = (struct state *)calloc(1, sizeof(struct state) ); MemoryCheck(newstate); return newstate; } /* There is one instance of the following structure for each ** associative array of type "x3". */ struct s_x3 { int size; /* The number of available slots. */ /* Must be a power of 2 greater than or */ /* equal to 1 */ int count; /* Number of currently slots filled */ struct s_x3node *tbl; /* The data stored here */ struct s_x3node **ht; /* Hash table for lookups */ }; /* There is one instance of this structure for every data element ** in an associative array of type "x3". */ typedef struct s_x3node { struct state *data; /* The data */ struct config *key; /* The key */ struct s_x3node *next; /* Next entry with the same hash */ struct s_x3node **from; /* Previous link */ } x3node; /* There is only one instance of the array, which is the following */ static struct s_x3 *x3a; /* Allocate a new associative array */ void State_init(){ if( x3a ) return; x3a = (struct s_x3*)malloc( sizeof(struct s_x3) ); if( x3a ){ x3a->size = 128; x3a->count = 0; x3a->tbl = (x3node*)calloc(128, sizeof(x3node) + sizeof(x3node*)); if( x3a->tbl==0 ){ free(x3a); x3a = 0; }else{ int i; x3a->ht = (x3node**)&(x3a->tbl[128]); for(i=0; i<128; i++) x3a->ht[i] = 0; } } } /* Insert a new record into the array. Return TRUE if successful. ** Prior data with the same key is NOT overwritten */ int State_insert(struct state *data, struct config *key) { x3node *np; unsigned h; unsigned ph; if( x3a==0 ) return 0; ph = statehash(key); h = ph & (x3a->size-1); np = x3a->ht[h]; while( np ){ if( statecmp(np->key,key)==0 ){ /* An existing entry with the same key is found. */ /* Fail because overwrite is not allows. */ return 0; } np = np->next; } if( x3a->count>=x3a->size ){ /* Need to make the hash table bigger */ int i,arrSize; struct s_x3 array; array.size = arrSize = x3a->size*2; array.count = x3a->count; array.tbl = (x3node*)calloc(arrSize, sizeof(x3node) + sizeof(x3node*)); if( array.tbl==0 ) return 0; /* Fail due to malloc failure */ array.ht = (x3node**)&(array.tbl[arrSize]); for(i=0; icount; i++){ x3node *oldnp, *newnp; oldnp = &(x3a->tbl[i]); h = statehash(oldnp->key) & (arrSize-1); newnp = &(array.tbl[i]); if( array.ht[h] ) array.ht[h]->from = &(newnp->next); newnp->next = array.ht[h]; newnp->key = oldnp->key; newnp->data = oldnp->data; newnp->from = &(array.ht[h]); array.ht[h] = newnp; } free(x3a->tbl); *x3a = array; } /* Insert the new data */ h = ph & (x3a->size-1); np = &(x3a->tbl[x3a->count++]); np->key = key; np->data = data; if( x3a->ht[h] ) x3a->ht[h]->from = &(np->next); np->next = x3a->ht[h]; x3a->ht[h] = np; np->from = &(x3a->ht[h]); return 1; } /* Return a pointer to data assigned to the given key. Return NULL ** if no such key. */ struct state *State_find(struct config *key) { unsigned h; x3node *np; if( x3a==0 ) return 0; h = statehash(key) & (x3a->size-1); np = x3a->ht[h]; while( np ){ if( statecmp(np->key,key)==0 ) break; np = np->next; } return np ? np->data : 0; } /* Return an array of pointers to all data in the table. ** The array is obtained from malloc. Return NULL if memory allocation ** problems, or if the array is empty. */ struct state **State_arrayof() { struct state **array; int i,arrSize; if( x3a==0 ) return 0; arrSize = x3a->count; array = (struct state **)calloc(arrSize, sizeof(struct state *)); if( array ){ for(i=0; itbl[i].data; } return array; } /* Hash a configuration */ PRIVATE unsigned confighash(struct config *a) { unsigned h=0; h = h*571 + a->rp->index*37 + a->dot; return h; } /* There is one instance of the following structure for each ** associative array of type "x4". */ struct s_x4 { int size; /* The number of available slots. */ /* Must be a power of 2 greater than or */ /* equal to 1 */ int count; /* Number of currently slots filled */ struct s_x4node *tbl; /* The data stored here */ struct s_x4node **ht; /* Hash table for lookups */ }; /* There is one instance of this structure for every data element ** in an associative array of type "x4". */ typedef struct s_x4node { struct config *data; /* The data */ struct s_x4node *next; /* Next entry with the same hash */ struct s_x4node **from; /* Previous link */ } x4node; /* There is only one instance of the array, which is the following */ static struct s_x4 *x4a; /* Allocate a new associative array */ void Configtable_init(){ if( x4a ) return; x4a = (struct s_x4*)malloc( sizeof(struct s_x4) ); if( x4a ){ x4a->size = 64; x4a->count = 0; x4a->tbl = (x4node*)calloc(64, sizeof(x4node) + sizeof(x4node*)); if( x4a->tbl==0 ){ free(x4a); x4a = 0; }else{ int i; x4a->ht = (x4node**)&(x4a->tbl[64]); for(i=0; i<64; i++) x4a->ht[i] = 0; } } } /* Insert a new record into the array. Return TRUE if successful. ** Prior data with the same key is NOT overwritten */ int Configtable_insert(struct config *data) { x4node *np; unsigned h; unsigned ph; if( x4a==0 ) return 0; ph = confighash(data); h = ph & (x4a->size-1); np = x4a->ht[h]; while( np ){ if( Configcmp((const char *) np->data,(const char *) data)==0 ){ /* An existing entry with the same key is found. */ /* Fail because overwrite is not allows. */ return 0; } np = np->next; } if( x4a->count>=x4a->size ){ /* Need to make the hash table bigger */ int i,arrSize; struct s_x4 array; array.size = arrSize = x4a->size*2; array.count = x4a->count; array.tbl = (x4node*)calloc(arrSize, sizeof(x4node) + sizeof(x4node*)); if( array.tbl==0 ) return 0; /* Fail due to malloc failure */ array.ht = (x4node**)&(array.tbl[arrSize]); for(i=0; icount; i++){ x4node *oldnp, *newnp; oldnp = &(x4a->tbl[i]); h = confighash(oldnp->data) & (arrSize-1); newnp = &(array.tbl[i]); if( array.ht[h] ) array.ht[h]->from = &(newnp->next); newnp->next = array.ht[h]; newnp->data = oldnp->data; newnp->from = &(array.ht[h]); array.ht[h] = newnp; } free(x4a->tbl); *x4a = array; } /* Insert the new data */ h = ph & (x4a->size-1); np = &(x4a->tbl[x4a->count++]); np->data = data; if( x4a->ht[h] ) x4a->ht[h]->from = &(np->next); np->next = x4a->ht[h]; x4a->ht[h] = np; np->from = &(x4a->ht[h]); return 1; } /* Return a pointer to data assigned to the given key. Return NULL ** if no such key. */ struct config *Configtable_find(struct config *key) { int h; x4node *np; if( x4a==0 ) return 0; h = confighash(key) & (x4a->size-1); np = x4a->ht[h]; while( np ){ if( Configcmp((const char *) np->data,(const char *) key)==0 ) break; np = np->next; } return np ? np->data : 0; } /* Remove all data from the table. Pass each data to the function "f" ** as it is removed. ("f" may be null to avoid this step.) */ void Configtable_clear(int(*f)(struct config *)) { int i; if( x4a==0 || x4a->count==0 ) return; if( f ) for(i=0; icount; i++) (*f)(x4a->tbl[i].data); for(i=0; isize; i++) x4a->ht[i] = 0; x4a->count = 0; return; } aspectc++/Puma/tools/lemon/PaxHeaders.4702/lemon.c0000644000000000000000000000007412740141200016725 xustar0030 atime=1468174988.045165323 30 ctime=1468174988.047165356 aspectc++/Puma/tools/lemon/lemon.c0000644000175000001440000046431512740141200017124 0ustar00osusers00000000000000/* ** This file contains all sources (including headers) to the LEMON ** LALR(1) parser generator. The sources have been combined into a ** single file to make it easy to include LEMON in the source tree ** and Makefile of another program. ** ** The author of this program disclaims copyright. */ #include #include #include #include #include #include #define ISSPACE(X) isspace((unsigned char)(X)) #define ISDIGIT(X) isdigit((unsigned char)(X)) #define ISALNUM(X) isalnum((unsigned char)(X)) #define ISALPHA(X) isalpha((unsigned char)(X)) #define ISUPPER(X) isupper((unsigned char)(X)) #define ISLOWER(X) islower((unsigned char)(X)) #ifndef __WIN32__ # if defined(_WIN32) || defined(WIN32) # define __WIN32__ # endif #endif #ifdef __WIN32__ #ifdef __cplusplus extern "C" { #endif extern int access(const char *path, int mode); #ifdef __cplusplus } #endif #else #include #endif /* #define PRIVATE static */ #define PRIVATE #ifdef TEST #define MAXRHS 5 /* Set low to exercise exception code */ #else #define MAXRHS 1000 #endif static int showPrecedenceConflict = 0; static char *msort(char*,char**,int(*)(const char*,const char*)); /* ** Compilers are getting increasingly pedantic about type conversions ** as C evolves ever closer to Ada.... To work around the latest problems ** we have to define the following variant of strlen(). */ #define lemonStrlen(X) ((int)strlen(X)) /* ** Compilers are starting to complain about the use of sprintf() and strcpy(), ** saying they are unsafe. So we define our own versions of those routines too. ** ** There are three routines here: lemon_sprintf(), lemon_vsprintf(), and ** lemon_addtext(). The first two are replacements for sprintf() and vsprintf(). ** The third is a helper routine for vsnprintf() that adds texts to the end of a ** buffer, making sure the buffer is always zero-terminated. ** ** The string formatter is a minimal subset of stdlib sprintf() supporting only ** a few simply conversions: ** ** %d ** %s ** %.*s ** */ static void lemon_addtext( char *zBuf, /* The buffer to which text is added */ int *pnUsed, /* Slots of the buffer used so far */ const char *zIn, /* Text to add */ int nIn, /* Bytes of text to add. -1 to use strlen() */ int iWidth /* Field width. Negative to left justify */ ){ if( nIn<0 ) for(nIn=0; zIn[nIn]; nIn++){} while( iWidth>nIn ){ zBuf[(*pnUsed)++] = ' '; iWidth--; } if( nIn==0 ) return; memcpy(&zBuf[*pnUsed], zIn, nIn); *pnUsed += nIn; while( (-iWidth)>nIn ){ zBuf[(*pnUsed)++] = ' '; iWidth++; } zBuf[*pnUsed] = 0; } static int lemon_vsprintf(char *str, const char *zFormat, va_list ap){ int i, j, k, c; int nUsed = 0; const char *z; char zTemp[50]; str[0] = 0; for(i=j=0; (c = zFormat[i])!=0; i++){ if( c=='%' ){ int iWidth = 0; lemon_addtext(str, &nUsed, &zFormat[j], i-j, 0); c = zFormat[++i]; if( ISDIGIT(c) || (c=='-' && ISDIGIT(zFormat[i+1])) ){ if( c=='-' ) i++; while( ISDIGIT(zFormat[i]) ) iWidth = iWidth*10 + zFormat[i++] - '0'; if( c=='-' ) iWidth = -iWidth; c = zFormat[i]; } if( c=='d' ){ int v = va_arg(ap, int); if( v<0 ){ lemon_addtext(str, &nUsed, "-", 1, iWidth); v = -v; }else if( v==0 ){ lemon_addtext(str, &nUsed, "0", 1, iWidth); } k = 0; while( v>0 ){ k++; zTemp[sizeof(zTemp)-k] = (v%10) + '0'; v /= 10; } lemon_addtext(str, &nUsed, &zTemp[sizeof(zTemp)-k], k, iWidth); }else if( c=='s' ){ z = va_arg(ap, const char*); lemon_addtext(str, &nUsed, z, -1, iWidth); }else if( c=='.' && memcmp(&zFormat[i], ".*s", 3)==0 ){ i += 2; k = va_arg(ap, int); z = va_arg(ap, const char*); lemon_addtext(str, &nUsed, z, k, iWidth); }else if( c=='%' ){ lemon_addtext(str, &nUsed, "%", 1, 0); }else{ fprintf(stderr, "illegal format\n"); exit(1); } j = i+1; } } lemon_addtext(str, &nUsed, &zFormat[j], i-j, 0); return nUsed; } static int lemon_sprintf(char *str, const char *format, ...){ va_list ap; int rc; va_start(ap, format); rc = lemon_vsprintf(str, format, ap); va_end(ap); return rc; } static void lemon_strcpy(char *dest, const char *src){ while( (*(dest++) = *(src++))!=0 ){} } static void lemon_strcat(char *dest, const char *src){ while( *dest ) dest++; lemon_strcpy(dest, src); } /* a few forward declarations... */ struct rule; struct lemon; struct action; static struct action *Action_new(void); static struct action *Action_sort(struct action *); /********** From the file "build.h" ************************************/ void FindRulePrecedences(); void FindFirstSets(); void FindStates(); void FindLinks(); void FindFollowSets(); void FindActions(); /********* From the file "configlist.h" *********************************/ void Configlist_init(void); struct config *Configlist_add(struct rule *, int); struct config *Configlist_addbasis(struct rule *, int); void Configlist_closure(struct lemon *); void Configlist_sort(void); void Configlist_sortbasis(void); struct config *Configlist_return(void); struct config *Configlist_basis(void); void Configlist_eat(struct config *); void Configlist_reset(void); /********* From the file "error.h" ***************************************/ void ErrorMsg(const char *, int,const char *, ...); /****** From the file "option.h" ******************************************/ enum option_type { OPT_FLAG=1, OPT_INT, OPT_DBL, OPT_STR, OPT_FFLAG, OPT_FINT, OPT_FDBL, OPT_FSTR}; struct s_options { enum option_type type; const char *label; char *arg; const char *message; }; int OptInit(char**,struct s_options*,FILE*); int OptNArgs(void); char *OptArg(int); void OptErr(int); void OptPrint(void); /******** From the file "parse.h" *****************************************/ void Parse(struct lemon *lemp); /********* From the file "plink.h" ***************************************/ struct plink *Plink_new(void); void Plink_add(struct plink **, struct config *); void Plink_copy(struct plink **, struct plink *); void Plink_delete(struct plink *); /********** From the file "report.h" *************************************/ void Reprint(struct lemon *); void ReportOutput(struct lemon *); void ReportTable(struct lemon *, int); void ReportHeader(struct lemon *); void CompressTables(struct lemon *); void ResortStates(struct lemon *); /********** From the file "set.h" ****************************************/ void SetSize(int); /* All sets will be of size N */ char *SetNew(void); /* A new set for element 0..N */ void SetFree(char*); /* Deallocate a set */ int SetAdd(char*,int); /* Add element to a set */ int SetUnion(char *,char *); /* A <- A U B, thru element N */ #define SetFind(X,Y) (X[Y]) /* True if Y is in set X */ /********** From the file "struct.h" *************************************/ /* ** Principal data structures for the LEMON parser generator. */ typedef enum {LEMON_FALSE=0, LEMON_TRUE} Boolean; /* Symbols (terminals and nonterminals) of the grammar are stored ** in the following: */ enum symbol_type { TERMINAL, NONTERMINAL, MULTITERMINAL }; enum e_assoc { LEFT, RIGHT, NONE, UNK }; struct symbol { const char *name; /* Name of the symbol */ int index; /* Index number for this symbol */ enum symbol_type type; /* Symbols are all either TERMINALS or NTs */ struct rule *rule; /* Linked list of rules of this (if an NT) */ struct symbol *fallback; /* fallback token in case this token doesn't parse */ int prec; /* Precedence if defined (-1 otherwise) */ enum e_assoc assoc; /* Associativity if precedence is defined */ char *firstset; /* First-set for all rules of this symbol */ Boolean lambda; /* True if NT and can generate an empty string */ int useCnt; /* Number of times used */ char *destructor; /* Code which executes whenever this symbol is ** popped from the stack during error processing */ int destLineno; /* Line number for start of destructor */ char *datatype; /* The data type of information held by this ** object. Only used if type==NONTERMINAL */ int dtnum; /* The data type number. In the parser, the value ** stack is a union. The .yy%d element of this ** union is the correct data type for this object */ /* The following fields are used by MULTITERMINALs only */ int nsubsym; /* Number of constituent symbols in the MULTI */ struct symbol **subsym; /* Array of constituent symbols */ }; /* Each production rule in the grammar is stored in the following ** structure. */ struct rule { struct symbol *lhs; /* Left-hand side of the rule */ const char *lhsalias; /* Alias for the LHS (NULL if none) */ int lhsStart; /* True if left-hand side is the start symbol */ int ruleline; /* Line number for the rule */ int nrhs; /* Number of RHS symbols */ struct symbol **rhs; /* The RHS symbols */ const char **rhsalias; /* An alias for each RHS symbol (NULL if none) */ int line; /* Line number at which code begins */ const char *code; /* The code executed when this rule is reduced */ struct symbol *precsym; /* Precedence symbol for this rule */ int index; /* An index number for this rule */ Boolean canReduce; /* True if this rule is ever reduced */ struct rule *nextlhs; /* Next rule with the same LHS */ struct rule *next; /* Next rule in the global list */ }; /* A configuration is a production rule of the grammar together with ** a mark (dot) showing how much of that rule has been processed so far. ** Configurations also contain a follow-set which is a list of terminal ** symbols which are allowed to immediately follow the end of the rule. ** Every configuration is recorded as an instance of the following: */ enum cfgstatus { COMPLETE, INCOMPLETE }; struct config { struct rule *rp; /* The rule upon which the configuration is based */ int dot; /* The parse point */ char *fws; /* Follow-set for this configuration only */ struct plink *fplp; /* Follow-set forward propagation links */ struct plink *bplp; /* Follow-set backwards propagation links */ struct state *stp; /* Pointer to state which contains this */ enum cfgstatus status; /* used during followset and shift computations */ struct config *next; /* Next configuration in the state */ struct config *bp; /* The next basis configuration */ }; enum e_action { SHIFT, ACCEPT, REDUCE, ERROR, SSCONFLICT, /* A shift/shift conflict */ SRCONFLICT, /* Was a reduce, but part of a conflict */ RRCONFLICT, /* Was a reduce, but part of a conflict */ SH_RESOLVED, /* Was a shift. Precedence resolved conflict */ RD_RESOLVED, /* Was reduce. Precedence resolved conflict */ NOT_USED, /* Deleted by compression */ SHIFTREDUCE /* Shift first, then reduce */ }; /* Every shift or reduce operation is stored as one of the following */ struct action { struct symbol *sp; /* The look-ahead symbol */ enum e_action type; union { struct state *stp; /* The new state, if a shift */ struct rule *rp; /* The rule, if a reduce */ } x; struct action *next; /* Next action for this state */ struct action *collide; /* Next action with the same hash */ }; /* Each state of the generated parser's finite state machine ** is encoded as an instance of the following structure. */ struct state { struct config *bp; /* The basis configurations for this state */ struct config *cfp; /* All configurations in this set */ int statenum; /* Sequential number for this state */ struct action *ap; /* Array of actions for this state */ int nTknAct, nNtAct; /* Number of actions on terminals and nonterminals */ int iTknOfst, iNtOfst; /* yy_action[] offset for terminals and nonterms */ int iDfltReduce; /* Default action is to REDUCE by this rule */ struct rule *pDfltReduce;/* The default REDUCE rule. */ int autoReduce; /* True if this is an auto-reduce state */ }; #define NO_OFFSET (-2147483647) /* A followset propagation link indicates that the contents of one ** configuration followset should be propagated to another whenever ** the first changes. */ struct plink { struct config *cfp; /* The configuration to which linked */ struct plink *next; /* The next propagate link */ }; /* The state vector for the entire parser generator is recorded as ** follows. (LEMON uses no global variables and makes little use of ** static variables. Fields in the following structure can be thought ** of as begin global variables in the program.) */ struct lemon { struct state **sorted; /* Table of states sorted by state number */ struct rule *rule; /* List of all rules */ int nstate; /* Number of states */ int nxstate; /* nstate with tail degenerate states removed */ int nrule; /* Number of rules */ int nsymbol; /* Number of terminal and nonterminal symbols */ int nterminal; /* Number of terminal symbols */ struct symbol **symbols; /* Sorted array of pointers to symbols */ int errorcnt; /* Number of errors */ struct symbol *errsym; /* The error symbol */ struct symbol *wildcard; /* Token that matches anything */ char *name; /* Name of the generated parser */ char *arg; /* Declaration of the 3th argument to parser */ char *tokentype; /* Type of terminal symbols in the parser stack */ char *vartype; /* The default type of non-terminal symbols */ char *start; /* Name of the start symbol for the grammar */ char *stacksize; /* Size of the parser stack */ char *include; /* Code to put at the start of the C file */ char *error; /* Code to execute when an error is seen */ char *overflow; /* Code to execute on a stack overflow */ char *failure; /* Code to execute on parser failure */ char *accept; /* Code to execute when the parser excepts */ char *extracode; /* Code appended to the generated file */ char *tokendest; /* Code to execute to destroy token data */ char *vardest; /* Code for the default non-terminal destructor */ char *filename; /* Name of the input file */ char *outname; /* Name of the current output file */ char *outdirname; /* Name of the output directory */ char *tokenprefix; /* A prefix added to token names in the .h file */ int nconflict; /* Number of parsing conflicts */ int nactiontab; /* Number of entries in the yy_action[] table */ int tablesize; /* Total table size of all tables in bytes */ int basisflag; /* Print only basis configurations */ int has_fallback; /* True if any %fallback is seen in the grammar */ int nolinenosflag; /* True if #line statements should not be printed */ char *argv0; /* Name of the program */ }; #define MemoryCheck(X) if((X)==0){ \ extern void memory_error(); \ memory_error(); \ } /**************** From the file "table.h" *********************************/ /* ** All code in this file has been automatically generated ** from a specification in the file ** "table.q" ** by the associative array code building program "aagen". ** Do not edit this file! Instead, edit the specification ** file, then rerun aagen. */ /* ** Code for processing tables in the LEMON parser generator. */ /* Routines for handling a strings */ const char *Strsafe(const char *); void Strsafe_init(void); int Strsafe_insert(const char *); const char *Strsafe_find(const char *); /* Routines for handling symbols of the grammar */ struct symbol *Symbol_new(const char *); int Symbolcmpp(const void *, const void *); void Symbol_init(void); int Symbol_insert(struct symbol *, const char *); struct symbol *Symbol_find(const char *); struct symbol *Symbol_Nth(int); int Symbol_count(void); struct symbol **Symbol_arrayof(void); /* Routines to manage the state table */ int Configcmp(const char *, const char *); struct state *State_new(void); void State_init(void); int State_insert(struct state *, struct config *); struct state *State_find(struct config *); struct state **State_arrayof(/* */); /* Routines used for efficiency in Configlist_add */ void Configtable_init(void); int Configtable_insert(struct config *); struct config *Configtable_find(struct config *); void Configtable_clear(int(*)(struct config *)); /****************** From the file "action.c" *******************************/ /* ** Routines processing parser actions in the LEMON parser generator. */ /* Allocate a new parser action */ static struct action *Action_new(void){ static struct action *freelist = 0; struct action *newaction; if( freelist==0 ){ int i; int amt = 100; freelist = (struct action *)calloc(amt, sizeof(struct action)); if( freelist==0 ){ fprintf(stderr,"Unable to allocate memory for a new parser action."); exit(1); } for(i=0; inext; return newaction; } /* Compare two actions for sorting purposes. Return negative, zero, or ** positive if the first action is less than, equal to, or greater than ** the first */ static int actioncmp( struct action *ap1, struct action *ap2 ){ int rc; rc = ap1->sp->index - ap2->sp->index; if( rc==0 ){ rc = (int)ap1->type - (int)ap2->type; } if( rc==0 && (ap1->type==REDUCE || ap1->type==SHIFTREDUCE) ){ rc = ap1->x.rp->index - ap2->x.rp->index; } if( rc==0 ){ rc = (int) (ap2 - ap1); } return rc; } /* Sort parser actions */ static struct action *Action_sort( struct action *ap ){ ap = (struct action *)msort((char *)ap,(char **)&ap->next, (int(*)(const char*,const char*))actioncmp); return ap; } void Action_add( struct action **app, enum e_action type, struct symbol *sp, char *arg ){ struct action *newaction; newaction = Action_new(); newaction->next = *app; *app = newaction; newaction->type = type; newaction->sp = sp; if( type==SHIFT ){ newaction->x.stp = (struct state *)arg; }else{ newaction->x.rp = (struct rule *)arg; } } /********************** New code to implement the "acttab" module ***********/ /* ** This module implements routines use to construct the yy_action[] table. */ /* ** The state of the yy_action table under construction is an instance of ** the following structure. ** ** The yy_action table maps the pair (state_number, lookahead) into an ** action_number. The table is an array of integers pairs. The state_number ** determines an initial offset into the yy_action array. The lookahead ** value is then added to this initial offset to get an index X into the ** yy_action array. If the aAction[X].lookahead equals the value of the ** of the lookahead input, then the value of the action_number output is ** aAction[X].action. If the lookaheads do not match then the ** default action for the state_number is returned. ** ** All actions associated with a single state_number are first entered ** into aLookahead[] using multiple calls to acttab_action(). Then the ** actions for that single state_number are placed into the aAction[] ** array with a single call to acttab_insert(). The acttab_insert() call ** also resets the aLookahead[] array in preparation for the next ** state number. */ struct lookahead_action { int lookahead; /* Value of the lookahead token */ int action; /* Action to take on the given lookahead */ }; typedef struct acttab acttab; struct acttab { int nAction; /* Number of used slots in aAction[] */ int nActionAlloc; /* Slots allocated for aAction[] */ struct lookahead_action *aAction, /* The yy_action[] table under construction */ *aLookahead; /* A single new transaction set */ int mnLookahead; /* Minimum aLookahead[].lookahead */ int mnAction; /* Action associated with mnLookahead */ int mxLookahead; /* Maximum aLookahead[].lookahead */ int nLookahead; /* Used slots in aLookahead[] */ int nLookaheadAlloc; /* Slots allocated in aLookahead[] */ }; /* Return the number of entries in the yy_action table */ #define acttab_size(X) ((X)->nAction) /* The value for the N-th entry in yy_action */ #define acttab_yyaction(X,N) ((X)->aAction[N].action) /* The value for the N-th entry in yy_lookahead */ #define acttab_yylookahead(X,N) ((X)->aAction[N].lookahead) /* Free all memory associated with the given acttab */ void acttab_free(acttab *p){ free( p->aAction ); free( p->aLookahead ); free( p ); } /* Allocate a new acttab structure */ acttab *acttab_alloc(void){ acttab *p = (acttab *) calloc( 1, sizeof(*p) ); if( p==0 ){ fprintf(stderr,"Unable to allocate memory for a new acttab."); exit(1); } memset(p, 0, sizeof(*p)); return p; } /* Add a new action to the current transaction set. ** ** This routine is called once for each lookahead for a particular ** state. */ void acttab_action(acttab *p, int lookahead, int action){ if( p->nLookahead>=p->nLookaheadAlloc ){ p->nLookaheadAlloc += 25; p->aLookahead = (struct lookahead_action *) realloc( p->aLookahead, sizeof(p->aLookahead[0])*p->nLookaheadAlloc ); if( p->aLookahead==0 ){ fprintf(stderr,"malloc failed\n"); exit(1); } } if( p->nLookahead==0 ){ p->mxLookahead = lookahead; p->mnLookahead = lookahead; p->mnAction = action; }else{ if( p->mxLookaheadmxLookahead = lookahead; if( p->mnLookahead>lookahead ){ p->mnLookahead = lookahead; p->mnAction = action; } } p->aLookahead[p->nLookahead].lookahead = lookahead; p->aLookahead[p->nLookahead].action = action; p->nLookahead++; } /* ** Add the transaction set built up with prior calls to acttab_action() ** into the current action table. Then reset the transaction set back ** to an empty set in preparation for a new round of acttab_action() calls. ** ** Return the offset into the action table of the new transaction. */ int acttab_insert(acttab *p){ int i, j, k, n; assert( p->nLookahead>0 ); /* Make sure we have enough space to hold the expanded action table ** in the worst case. The worst case occurs if the transaction set ** must be appended to the current action table */ n = p->mxLookahead + 1; if( p->nAction + n >= p->nActionAlloc ){ int oldAlloc = p->nActionAlloc; p->nActionAlloc = p->nAction + n + p->nActionAlloc + 20; p->aAction = (struct lookahead_action *) realloc( p->aAction, sizeof(p->aAction[0])*p->nActionAlloc); if( p->aAction==0 ){ fprintf(stderr,"malloc failed\n"); exit(1); } for(i=oldAlloc; inActionAlloc; i++){ p->aAction[i].lookahead = -1; p->aAction[i].action = -1; } } /* Scan the existing action table looking for an offset that is a ** duplicate of the current transaction set. Fall out of the loop ** if and when the duplicate is found. ** ** i is the index in p->aAction[] where p->mnLookahead is inserted. */ for(i=p->nAction-1; i>=0; i--){ if( p->aAction[i].lookahead==p->mnLookahead ){ /* All lookaheads and actions in the aLookahead[] transaction ** must match against the candidate aAction[i] entry. */ if( p->aAction[i].action!=p->mnAction ) continue; for(j=0; jnLookahead; j++){ k = p->aLookahead[j].lookahead - p->mnLookahead + i; if( k<0 || k>=p->nAction ) break; if( p->aLookahead[j].lookahead!=p->aAction[k].lookahead ) break; if( p->aLookahead[j].action!=p->aAction[k].action ) break; } if( jnLookahead ) continue; /* No possible lookahead value that is not in the aLookahead[] ** transaction is allowed to match aAction[i] */ n = 0; for(j=0; jnAction; j++){ if( p->aAction[j].lookahead<0 ) continue; if( p->aAction[j].lookahead==j+p->mnLookahead-i ) n++; } if( n==p->nLookahead ){ break; /* An exact match is found at offset i */ } } } /* If no existing offsets exactly match the current transaction, find an ** an empty offset in the aAction[] table in which we can add the ** aLookahead[] transaction. */ if( i<0 ){ /* Look for holes in the aAction[] table that fit the current ** aLookahead[] transaction. Leave i set to the offset of the hole. ** If no holes are found, i is left at p->nAction, which means the ** transaction will be appended. */ for(i=0; inActionAlloc - p->mxLookahead; i++){ if( p->aAction[i].lookahead<0 ){ for(j=0; jnLookahead; j++){ k = p->aLookahead[j].lookahead - p->mnLookahead + i; if( k<0 ) break; if( p->aAction[k].lookahead>=0 ) break; } if( jnLookahead ) continue; for(j=0; jnAction; j++){ if( p->aAction[j].lookahead==j+p->mnLookahead-i ) break; } if( j==p->nAction ){ break; /* Fits in empty slots */ } } } } /* Insert transaction set at index i. */ for(j=0; jnLookahead; j++){ k = p->aLookahead[j].lookahead - p->mnLookahead + i; p->aAction[k] = p->aLookahead[j]; if( k>=p->nAction ) p->nAction = k+1; } p->nLookahead = 0; /* Return the offset that is added to the lookahead in order to get the ** index into yy_action of the action */ return i - p->mnLookahead; } /********************** From the file "build.c" *****************************/ /* ** Routines to construction the finite state machine for the LEMON ** parser generator. */ /* Find a precedence symbol of every rule in the grammar. ** ** Those rules which have a precedence symbol coded in the input ** grammar using the "[symbol]" construct will already have the ** rp->precsym field filled. Other rules take as their precedence ** symbol the first RHS symbol with a defined precedence. If there ** are not RHS symbols with a defined precedence, the precedence ** symbol field is left blank. */ void FindRulePrecedences(struct lemon *xp) { struct rule *rp; for(rp=xp->rule; rp; rp=rp->next){ if( rp->precsym==0 ){ int i, j; for(i=0; inrhs && rp->precsym==0; i++){ struct symbol *sp = rp->rhs[i]; if( sp->type==MULTITERMINAL ){ for(j=0; jnsubsym; j++){ if( sp->subsym[j]->prec>=0 ){ rp->precsym = sp->subsym[j]; break; } } }else if( sp->prec>=0 ){ rp->precsym = rp->rhs[i]; } } } } return; } /* Find all nonterminals which will generate the empty string. ** Then go back and compute the first sets of every nonterminal. ** The first set is the set of all terminal symbols which can begin ** a string generated by that nonterminal. */ void FindFirstSets(struct lemon *lemp) { int i, j; struct rule *rp; int progress; for(i=0; insymbol; i++){ lemp->symbols[i]->lambda = LEMON_FALSE; } for(i=lemp->nterminal; insymbol; i++){ lemp->symbols[i]->firstset = SetNew(); } /* First compute all lambdas */ do{ progress = 0; for(rp=lemp->rule; rp; rp=rp->next){ if( rp->lhs->lambda ) continue; for(i=0; inrhs; i++){ struct symbol *sp = rp->rhs[i]; assert( sp->type==NONTERMINAL || sp->lambda==LEMON_FALSE ); if( sp->lambda==LEMON_FALSE ) break; } if( i==rp->nrhs ){ rp->lhs->lambda = LEMON_TRUE; progress = 1; } } }while( progress ); /* Now compute all first sets */ do{ struct symbol *s1, *s2; progress = 0; for(rp=lemp->rule; rp; rp=rp->next){ s1 = rp->lhs; for(i=0; inrhs; i++){ s2 = rp->rhs[i]; if( s2->type==TERMINAL ){ progress += SetAdd(s1->firstset,s2->index); break; }else if( s2->type==MULTITERMINAL ){ for(j=0; jnsubsym; j++){ progress += SetAdd(s1->firstset,s2->subsym[j]->index); } break; }else if( s1==s2 ){ if( s1->lambda==LEMON_FALSE ) break; }else{ progress += SetUnion(s1->firstset,s2->firstset); if( s2->lambda==LEMON_FALSE ) break; } } } }while( progress ); return; } /* Compute all LR(0) states for the grammar. Links ** are added to between some states so that the LR(1) follow sets ** can be computed later. */ PRIVATE struct state *getstate(struct lemon *); /* forward reference */ void FindStates(struct lemon *lemp) { struct symbol *sp; struct rule *rp; Configlist_init(); /* Find the start symbol */ if( lemp->start ){ sp = Symbol_find(lemp->start); if( sp==0 ){ ErrorMsg(lemp->filename,0, "The specified start symbol \"%s\" is not \ in a nonterminal of the grammar. \"%s\" will be used as the start \ symbol instead.",lemp->start,lemp->rule->lhs->name); lemp->errorcnt++; sp = lemp->rule->lhs; } }else{ sp = lemp->rule->lhs; } /* Make sure the start symbol doesn't occur on the right-hand side of ** any rule. Report an error if it does. (YACC would generate a new ** start symbol in this case.) */ for(rp=lemp->rule; rp; rp=rp->next){ int i; for(i=0; inrhs; i++){ if( rp->rhs[i]==sp ){ /* FIX ME: Deal with multiterminals */ ErrorMsg(lemp->filename,0, "The start symbol \"%s\" occurs on the \ right-hand side of a rule. This will result in a parser which \ does not work properly.",sp->name); lemp->errorcnt++; } } } /* The basis configuration set for the first state ** is all rules which have the start symbol as their ** left-hand side */ for(rp=sp->rule; rp; rp=rp->nextlhs){ struct config *newcfp; rp->lhsStart = 1; newcfp = Configlist_addbasis(rp,0); SetAdd(newcfp->fws,0); } /* Compute the first state. All other states will be ** computed automatically during the computation of the first one. ** The returned pointer to the first state is not used. */ (void)getstate(lemp); return; } /* Return a pointer to a state which is described by the configuration ** list which has been built from calls to Configlist_add. */ PRIVATE void buildshifts(struct lemon *, struct state *); /* Forwd ref */ PRIVATE struct state *getstate(struct lemon *lemp) { struct config *cfp, *bp; struct state *stp; /* Extract the sorted basis of the new state. The basis was constructed ** by prior calls to "Configlist_addbasis()". */ Configlist_sortbasis(); bp = Configlist_basis(); /* Get a state with the same basis */ stp = State_find(bp); if( stp ){ /* A state with the same basis already exists! Copy all the follow-set ** propagation links from the state under construction into the ** preexisting state, then return a pointer to the preexisting state */ struct config *x, *y; for(x=bp, y=stp->bp; x && y; x=x->bp, y=y->bp){ Plink_copy(&y->bplp,x->bplp); Plink_delete(x->fplp); x->fplp = x->bplp = 0; } cfp = Configlist_return(); Configlist_eat(cfp); }else{ /* This really is a new state. Construct all the details */ Configlist_closure(lemp); /* Compute the configuration closure */ Configlist_sort(); /* Sort the configuration closure */ cfp = Configlist_return(); /* Get a pointer to the config list */ stp = State_new(); /* A new state structure */ MemoryCheck(stp); stp->bp = bp; /* Remember the configuration basis */ stp->cfp = cfp; /* Remember the configuration closure */ stp->statenum = lemp->nstate++; /* Every state gets a sequence number */ stp->ap = 0; /* No actions, yet. */ State_insert(stp,stp->bp); /* Add to the state table */ buildshifts(lemp,stp); /* Recursively compute successor states */ } return stp; } /* ** Return true if two symbols are the same. */ int same_symbol(struct symbol *a, struct symbol *b) { int i; if( a==b ) return 1; if( a->type!=MULTITERMINAL ) return 0; if( b->type!=MULTITERMINAL ) return 0; if( a->nsubsym!=b->nsubsym ) return 0; for(i=0; insubsym; i++){ if( a->subsym[i]!=b->subsym[i] ) return 0; } return 1; } /* Construct all successor states to the given state. A "successor" ** state is any state which can be reached by a shift action. */ PRIVATE void buildshifts(struct lemon *lemp, struct state *stp) { struct config *cfp; /* For looping thru the config closure of "stp" */ struct config *bcfp; /* For the inner loop on config closure of "stp" */ struct config *newcfg; /* */ struct symbol *sp; /* Symbol following the dot in configuration "cfp" */ struct symbol *bsp; /* Symbol following the dot in configuration "bcfp" */ struct state *newstp; /* A pointer to a successor state */ /* Each configuration becomes complete after it contibutes to a successor ** state. Initially, all configurations are incomplete */ for(cfp=stp->cfp; cfp; cfp=cfp->next) cfp->status = INCOMPLETE; /* Loop through all configurations of the state "stp" */ for(cfp=stp->cfp; cfp; cfp=cfp->next){ if( cfp->status==COMPLETE ) continue; /* Already used by inner loop */ if( cfp->dot>=cfp->rp->nrhs ) continue; /* Can't shift this config */ Configlist_reset(); /* Reset the new config set */ sp = cfp->rp->rhs[cfp->dot]; /* Symbol after the dot */ /* For every configuration in the state "stp" which has the symbol "sp" ** following its dot, add the same configuration to the basis set under ** construction but with the dot shifted one symbol to the right. */ for(bcfp=cfp; bcfp; bcfp=bcfp->next){ if( bcfp->status==COMPLETE ) continue; /* Already used */ if( bcfp->dot>=bcfp->rp->nrhs ) continue; /* Can't shift this one */ bsp = bcfp->rp->rhs[bcfp->dot]; /* Get symbol after dot */ if( !same_symbol(bsp,sp) ) continue; /* Must be same as for "cfp" */ bcfp->status = COMPLETE; /* Mark this config as used */ newcfg = Configlist_addbasis(bcfp->rp,bcfp->dot+1); Plink_add(&newcfg->bplp,bcfp); } /* Get a pointer to the state described by the basis configuration set ** constructed in the preceding loop */ newstp = getstate(lemp); /* The state "newstp" is reached from the state "stp" by a shift action ** on the symbol "sp" */ if( sp->type==MULTITERMINAL ){ int i; for(i=0; insubsym; i++){ Action_add(&stp->ap,SHIFT,sp->subsym[i],(char*)newstp); } }else{ Action_add(&stp->ap,SHIFT,sp,(char *)newstp); } } } /* ** Construct the propagation links */ void FindLinks(struct lemon *lemp) { int i; struct config *cfp, *other; struct state *stp; struct plink *plp; /* Housekeeping detail: ** Add to every propagate link a pointer back to the state to ** which the link is attached. */ for(i=0; instate; i++){ stp = lemp->sorted[i]; for(cfp=stp->cfp; cfp; cfp=cfp->next){ cfp->stp = stp; } } /* Convert all backlinks into forward links. Only the forward ** links are used in the follow-set computation. */ for(i=0; instate; i++){ stp = lemp->sorted[i]; for(cfp=stp->cfp; cfp; cfp=cfp->next){ for(plp=cfp->bplp; plp; plp=plp->next){ other = plp->cfp; Plink_add(&other->fplp,cfp); } } } } /* Compute all followsets. ** ** A followset is the set of all symbols which can come immediately ** after a configuration. */ void FindFollowSets(struct lemon *lemp) { int i; struct config *cfp; struct plink *plp; int progress; int change; for(i=0; instate; i++){ for(cfp=lemp->sorted[i]->cfp; cfp; cfp=cfp->next){ cfp->status = INCOMPLETE; } } do{ progress = 0; for(i=0; instate; i++){ for(cfp=lemp->sorted[i]->cfp; cfp; cfp=cfp->next){ if( cfp->status==COMPLETE ) continue; for(plp=cfp->fplp; plp; plp=plp->next){ change = SetUnion(plp->cfp->fws,cfp->fws); if( change ){ plp->cfp->status = INCOMPLETE; progress = 1; } } cfp->status = COMPLETE; } } }while( progress ); } static int resolve_conflict(struct action *,struct action *); /* Compute the reduce actions, and resolve conflicts. */ void FindActions(struct lemon *lemp) { int i,j; struct config *cfp; struct state *stp; struct symbol *sp; struct rule *rp; /* Add all of the reduce actions ** A reduce action is added for each element of the followset of ** a configuration which has its dot at the extreme right. */ for(i=0; instate; i++){ /* Loop over all states */ stp = lemp->sorted[i]; for(cfp=stp->cfp; cfp; cfp=cfp->next){ /* Loop over all configurations */ if( cfp->rp->nrhs==cfp->dot ){ /* Is dot at extreme right? */ for(j=0; jnterminal; j++){ if( SetFind(cfp->fws,j) ){ /* Add a reduce action to the state "stp" which will reduce by the ** rule "cfp->rp" if the lookahead symbol is "lemp->symbols[j]" */ Action_add(&stp->ap,REDUCE,lemp->symbols[j],(char *)cfp->rp); } } } } } /* Add the accepting token */ if( lemp->start ){ sp = Symbol_find(lemp->start); if( sp==0 ) sp = lemp->rule->lhs; }else{ sp = lemp->rule->lhs; } /* Add to the first state (which is always the starting state of the ** finite state machine) an action to ACCEPT if the lookahead is the ** start nonterminal. */ Action_add(&lemp->sorted[0]->ap,ACCEPT,sp,0); /* Resolve conflicts */ for(i=0; instate; i++){ struct action *ap, *nap; stp = lemp->sorted[i]; /* assert( stp->ap ); */ stp->ap = Action_sort(stp->ap); for(ap=stp->ap; ap && ap->next; ap=ap->next){ for(nap=ap->next; nap && nap->sp==ap->sp; nap=nap->next){ /* The two actions "ap" and "nap" have the same lookahead. ** Figure out which one should be used */ lemp->nconflict += resolve_conflict(ap,nap); } } } /* Report an error for each rule that can never be reduced. */ for(rp=lemp->rule; rp; rp=rp->next) rp->canReduce = LEMON_FALSE; for(i=0; instate; i++){ struct action *ap; for(ap=lemp->sorted[i]->ap; ap; ap=ap->next){ if( ap->type==REDUCE ) ap->x.rp->canReduce = LEMON_TRUE; } } for(rp=lemp->rule; rp; rp=rp->next){ if( rp->canReduce ) continue; ErrorMsg(lemp->filename,rp->ruleline,"This rule can not be reduced.\n"); lemp->errorcnt++; } } /* Resolve a conflict between the two given actions. If the ** conflict can't be resolved, return non-zero. ** ** NO LONGER TRUE: ** To resolve a conflict, first look to see if either action ** is on an error rule. In that case, take the action which ** is not associated with the error rule. If neither or both ** actions are associated with an error rule, then try to ** use precedence to resolve the conflict. ** ** If either action is a SHIFT, then it must be apx. This ** function won't work if apx->type==REDUCE and apy->type==SHIFT. */ static int resolve_conflict( struct action *apx, struct action *apy ){ struct symbol *spx, *spy; int errcnt = 0; assert( apx->sp==apy->sp ); /* Otherwise there would be no conflict */ if( apx->type==SHIFT && apy->type==SHIFT ){ apy->type = SSCONFLICT; errcnt++; } if( apx->type==SHIFT && apy->type==REDUCE ){ spx = apx->sp; spy = apy->x.rp->precsym; if( spy==0 || spx->prec<0 || spy->prec<0 ){ /* Not enough precedence information. */ apy->type = SRCONFLICT; errcnt++; }else if( spx->prec>spy->prec ){ /* higher precedence wins */ apy->type = RD_RESOLVED; }else if( spx->precprec ){ apx->type = SH_RESOLVED; }else if( spx->prec==spy->prec && spx->assoc==RIGHT ){ /* Use operator */ apy->type = RD_RESOLVED; /* associativity */ }else if( spx->prec==spy->prec && spx->assoc==LEFT ){ /* to break tie */ apx->type = SH_RESOLVED; }else{ assert( spx->prec==spy->prec && spx->assoc==NONE ); apx->type = ERROR; } }else if( apx->type==REDUCE && apy->type==REDUCE ){ spx = apx->x.rp->precsym; spy = apy->x.rp->precsym; if( spx==0 || spy==0 || spx->prec<0 || spy->prec<0 || spx->prec==spy->prec ){ apy->type = RRCONFLICT; errcnt++; }else if( spx->prec>spy->prec ){ apy->type = RD_RESOLVED; }else if( spx->precprec ){ apx->type = RD_RESOLVED; } }else{ assert( apx->type==SH_RESOLVED || apx->type==RD_RESOLVED || apx->type==SSCONFLICT || apx->type==SRCONFLICT || apx->type==RRCONFLICT || apy->type==SH_RESOLVED || apy->type==RD_RESOLVED || apy->type==SSCONFLICT || apy->type==SRCONFLICT || apy->type==RRCONFLICT ); /* The REDUCE/SHIFT case cannot happen because SHIFTs come before ** REDUCEs on the list. If we reach this point it must be because ** the parser conflict had already been resolved. */ } return errcnt; } /********************* From the file "configlist.c" *************************/ /* ** Routines to processing a configuration list and building a state ** in the LEMON parser generator. */ static struct config *freelist = 0; /* List of free configurations */ static struct config *current = 0; /* Top of list of configurations */ static struct config **currentend = 0; /* Last on list of configs */ static struct config *basis = 0; /* Top of list of basis configs */ static struct config **basisend = 0; /* End of list of basis configs */ /* Return a pointer to a new configuration */ PRIVATE struct config *newconfig(){ struct config *newcfg; if( freelist==0 ){ int i; int amt = 3; freelist = (struct config *)calloc( amt, sizeof(struct config) ); if( freelist==0 ){ fprintf(stderr,"Unable to allocate memory for a new configuration."); exit(1); } for(i=0; inext; return newcfg; } /* The configuration "old" is no longer used */ PRIVATE void deleteconfig(struct config *old) { old->next = freelist; freelist = old; } /* Initialized the configuration list builder */ void Configlist_init(){ current = 0; currentend = ¤t; basis = 0; basisend = &basis; Configtable_init(); return; } /* Initialized the configuration list builder */ void Configlist_reset(){ current = 0; currentend = ¤t; basis = 0; basisend = &basis; Configtable_clear(0); return; } /* Add another configuration to the configuration list */ struct config *Configlist_add( struct rule *rp, /* The rule */ int dot /* Index into the RHS of the rule where the dot goes */ ){ struct config *cfp, model; assert( currentend!=0 ); model.rp = rp; model.dot = dot; cfp = Configtable_find(&model); if( cfp==0 ){ cfp = newconfig(); cfp->rp = rp; cfp->dot = dot; cfp->fws = SetNew(); cfp->stp = 0; cfp->fplp = cfp->bplp = 0; cfp->next = 0; cfp->bp = 0; *currentend = cfp; currentend = &cfp->next; Configtable_insert(cfp); } return cfp; } /* Add a basis configuration to the configuration list */ struct config *Configlist_addbasis(struct rule *rp, int dot) { struct config *cfp, model; assert( basisend!=0 ); assert( currentend!=0 ); model.rp = rp; model.dot = dot; cfp = Configtable_find(&model); if( cfp==0 ){ cfp = newconfig(); cfp->rp = rp; cfp->dot = dot; cfp->fws = SetNew(); cfp->stp = 0; cfp->fplp = cfp->bplp = 0; cfp->next = 0; cfp->bp = 0; *currentend = cfp; currentend = &cfp->next; *basisend = cfp; basisend = &cfp->bp; Configtable_insert(cfp); } return cfp; } /* Compute the closure of the configuration list */ void Configlist_closure(struct lemon *lemp) { struct config *cfp, *newcfp; struct rule *rp, *newrp; struct symbol *sp, *xsp; int i, dot; assert( currentend!=0 ); for(cfp=current; cfp; cfp=cfp->next){ rp = cfp->rp; dot = cfp->dot; if( dot>=rp->nrhs ) continue; sp = rp->rhs[dot]; if( sp->type==NONTERMINAL ){ if( sp->rule==0 && sp!=lemp->errsym ){ ErrorMsg(lemp->filename,rp->line,"Nonterminal \"%s\" has no rules.", sp->name); lemp->errorcnt++; } for(newrp=sp->rule; newrp; newrp=newrp->nextlhs){ newcfp = Configlist_add(newrp,0); for(i=dot+1; inrhs; i++){ xsp = rp->rhs[i]; if( xsp->type==TERMINAL ){ SetAdd(newcfp->fws,xsp->index); break; }else if( xsp->type==MULTITERMINAL ){ int k; for(k=0; knsubsym; k++){ SetAdd(newcfp->fws, xsp->subsym[k]->index); } break; }else{ SetUnion(newcfp->fws,xsp->firstset); if( xsp->lambda==LEMON_FALSE ) break; } } if( i==rp->nrhs ) Plink_add(&cfp->fplp,newcfp); } } } return; } /* Sort the configuration list */ void Configlist_sort(){ current = (struct config*)msort((char*)current,(char**)&(current->next), Configcmp); currentend = 0; return; } /* Sort the basis configuration list */ void Configlist_sortbasis(){ basis = (struct config*)msort((char*)current,(char**)&(current->bp), Configcmp); basisend = 0; return; } /* Return a pointer to the head of the configuration list and ** reset the list */ struct config *Configlist_return(){ struct config *old; old = current; current = 0; currentend = 0; return old; } /* Return a pointer to the head of the configuration list and ** reset the list */ struct config *Configlist_basis(){ struct config *old; old = basis; basis = 0; basisend = 0; return old; } /* Free all elements of the given configuration list */ void Configlist_eat(struct config *cfp) { struct config *nextcfp; for(; cfp; cfp=nextcfp){ nextcfp = cfp->next; assert( cfp->fplp==0 ); assert( cfp->bplp==0 ); if( cfp->fws ) SetFree(cfp->fws); deleteconfig(cfp); } return; } /***************** From the file "error.c" *********************************/ /* ** Code for printing error message. */ void ErrorMsg(const char *filename, int lineno, const char *format, ...){ va_list ap; fprintf(stderr, "%s:%d: ", filename, lineno); va_start(ap, format); vfprintf(stderr,format,ap); va_end(ap); fprintf(stderr, "\n"); } /**************** From the file "main.c" ************************************/ /* ** Main program file for the LEMON parser generator. */ /* Report an out-of-memory condition and abort. This function ** is used mostly by the "MemoryCheck" macro in struct.h */ void memory_error(){ fprintf(stderr,"Out of memory. Aborting...\n"); exit(1); } static int nDefine = 0; /* Number of -D options on the command line */ static char **azDefine = 0; /* Name of the -D macros */ /* This routine is called with the argument to each -D command-line option. ** Add the macro defined to the azDefine array. */ static void handle_D_option(char *z){ char **paz; nDefine++; azDefine = (char **) realloc(azDefine, sizeof(azDefine[0])*nDefine); if( azDefine==0 ){ fprintf(stderr,"out of memory\n"); exit(1); } paz = &azDefine[nDefine-1]; *paz = (char *) malloc( lemonStrlen(z)+1 ); if( *paz==0 ){ fprintf(stderr,"out of memory\n"); exit(1); } lemon_strcpy(*paz, z); for(z=*paz; *z && *z!='='; z++){} *z = 0; } static char *user_templatename = NULL; static void handle_T_option(char *z){ user_templatename = (char *) malloc( lemonStrlen(z)+1 ); if( user_templatename==0 ){ memory_error(); } lemon_strcpy(user_templatename, z); } /* forward reference */ static const char *minimum_size_type(int lwr, int upr, int *pnByte); /* Print a single line of the "Parser Stats" output */ static void stats_line(const char *zLabel, int iValue){ int nLabel = lemonStrlen(zLabel); printf(" %s%.*s %5d\n", zLabel, 35-nLabel, "................................", iValue); } /* The main program. Parse the command line and do it... */ int main(int argc, char **argv) { static int version = 0; static int rpflag = 0; static int basisflag = 0; static int compress = 0; static int quiet = 0; static int statistics = 0; static int mhflag = 0; static int nolinenosflag = 0; static int noResort = 0; static struct s_options options[] = { {OPT_FLAG, "b", (char*)&basisflag, "Print only the basis in report."}, {OPT_FLAG, "c", (char*)&compress, "Don't compress the action table."}, {OPT_FSTR, "D", (char*)handle_D_option, "Define an %ifdef macro."}, {OPT_FSTR, "f", 0, "Ignored. (Placeholder for -f compiler options.)"}, {OPT_FLAG, "g", (char*)&rpflag, "Print grammar without actions."}, {OPT_FSTR, "I", 0, "Ignored. (Placeholder for '-I' compiler options.)"}, {OPT_FLAG, "m", (char*)&mhflag, "Output a makeheaders compatible file."}, {OPT_FLAG, "l", (char*)&nolinenosflag, "Do not print #line statements."}, {OPT_FSTR, "O", 0, "Ignored. (Placeholder for '-O' compiler options.)"}, {OPT_FLAG, "p", (char*)&showPrecedenceConflict, "Show conflicts resolved by precedence rules"}, {OPT_FLAG, "q", (char*)&quiet, "(Quiet) Don't print the report file."}, {OPT_FLAG, "r", (char*)&noResort, "Do not sort or renumber states"}, {OPT_FLAG, "s", (char*)&statistics, "Print parser stats to standard output."}, {OPT_FLAG, "x", (char*)&version, "Print the version number."}, {OPT_FSTR, "T", (char*)handle_T_option, "Specify a template file."}, {OPT_FSTR, "W", 0, "Ignored. (Placeholder for '-W' compiler options.)"}, {OPT_FLAG,0,0,0} }; int i; int exitcode; struct lemon lem; OptInit(argv,options,stderr); if( version ){ printf("Lemon version 1.0\n"); exit(0); } if( OptNArgs()!=2 ){ fprintf(stderr,"usage: lemon [options] grammar outputdir\n"); exit(1); } memset(&lem, 0, sizeof(lem)); lem.errorcnt = 0; /* Initialize the machine */ Strsafe_init(); Symbol_init(); State_init(); lem.argv0 = argv[0]; lem.filename = OptArg(0); lem.outdirname = OptArg(1); lem.basisflag = basisflag; lem.nolinenosflag = nolinenosflag; Symbol_new("$"); lem.errsym = Symbol_new("error"); lem.errsym->useCnt = 0; /* Parse the input file */ Parse(&lem); if( lem.errorcnt ) exit(lem.errorcnt); if( lem.nrule==0 ){ fprintf(stderr,"Empty grammar.\n"); exit(1); } /* Count and index the symbols of the grammar */ Symbol_new("{default}"); lem.nsymbol = Symbol_count(); lem.symbols = Symbol_arrayof(); for(i=0; iindex = i; qsort(lem.symbols,lem.nsymbol,sizeof(struct symbol*), Symbolcmpp); for(i=0; iindex = i; while( lem.symbols[i-1]->type==MULTITERMINAL ){ i--; } assert( strcmp(lem.symbols[i-1]->name,"{default}")==0 ); lem.nsymbol = i - 1; for(i=1; ISUPPER(lem.symbols[i]->name[0]); i++); lem.nterminal = i; /* Generate a reprint of the grammar, if requested on the command line */ if( rpflag ){ Reprint(&lem); }else{ /* Initialize the size for all follow and first sets */ SetSize(lem.nterminal+1); /* Find the precedence for every production rule (that has one) */ FindRulePrecedences(&lem); /* Compute the lambda-nonterminals and the first-sets for every ** nonterminal */ FindFirstSets(&lem); /* Compute all LR(0) states. Also record follow-set propagation ** links so that the follow-set can be computed later */ lem.nstate = 0; FindStates(&lem); lem.sorted = State_arrayof(); /* Tie up loose ends on the propagation links */ FindLinks(&lem); /* Compute the follow set of every reducible configuration */ FindFollowSets(&lem); /* Compute the action tables */ FindActions(&lem); /* Compress the action tables */ if( compress==0 ) CompressTables(&lem); /* Reorder and renumber the states so that states with fewer choices ** occur at the end. This is an optimization that helps make the ** generated parser tables smaller. */ if( noResort==0 ) ResortStates(&lem); /* Generate a report of the parser generated. (the "y.output" file) */ if( !quiet ) ReportOutput(&lem); /* Generate the source code for the parser */ ReportTable(&lem, mhflag); /* Produce a header file for use by the scanner. (This step is ** omitted if the "-m" option is used because makeheaders will ** generate the file for us.) */ if( !mhflag ) ReportHeader(&lem); } if( statistics ){ printf("Parser statistics:\n"); stats_line("terminal symbols", lem.nterminal); stats_line("non-terminal symbols", lem.nsymbol - lem.nterminal); stats_line("total symbols", lem.nsymbol); stats_line("rules", lem.nrule); stats_line("states", lem.nxstate); stats_line("conflicts", lem.nconflict); stats_line("action table entries", lem.nactiontab); stats_line("total table size (bytes)", lem.tablesize); } if( lem.nconflict > 0 ){ fprintf(stderr,"%d parsing conflicts.\n",lem.nconflict); } /* return 0 on success, 1 on failure. */ exitcode = ((lem.errorcnt > 0) || (lem.nconflict > 0)) ? 1 : 0; exit(exitcode); return (exitcode); } /******************** From the file "msort.c" *******************************/ /* ** A generic merge-sort program. ** ** USAGE: ** Let "ptr" be a pointer to some structure which is at the head of ** a null-terminated list. Then to sort the list call: ** ** ptr = msort(ptr,&(ptr->next),cmpfnc); ** ** In the above, "cmpfnc" is a pointer to a function which compares ** two instances of the structure and returns an integer, as in ** strcmp. The second argument is a pointer to the pointer to the ** second element of the linked list. This address is used to compute ** the offset to the "next" field within the structure. The offset to ** the "next" field must be constant for all structures in the list. ** ** The function returns a new pointer which is the head of the list ** after sorting. ** ** ALGORITHM: ** Merge-sort. */ /* ** Return a pointer to the next structure in the linked list. */ #define NEXT(A) (*(char**)(((char*)A)+offset)) /* ** Inputs: ** a: A sorted, null-terminated linked list. (May be null). ** b: A sorted, null-terminated linked list. (May be null). ** cmp: A pointer to the comparison function. ** offset: Offset in the structure to the "next" field. ** ** Return Value: ** A pointer to the head of a sorted list containing the elements ** of both a and b. ** ** Side effects: ** The "next" pointers for elements in the lists a and b are ** changed. */ static char *merge( char *a, char *b, int (*cmp)(const char*,const char*), int offset ){ char *ptr, *head; if( a==0 ){ head = b; }else if( b==0 ){ head = a; }else{ if( (*cmp)(a,b)<=0 ){ ptr = a; a = NEXT(a); }else{ ptr = b; b = NEXT(b); } head = ptr; while( a && b ){ if( (*cmp)(a,b)<=0 ){ NEXT(ptr) = a; ptr = a; a = NEXT(a); }else{ NEXT(ptr) = b; ptr = b; b = NEXT(b); } } if( a ) NEXT(ptr) = a; else NEXT(ptr) = b; } return head; } /* ** Inputs: ** list: Pointer to a singly-linked list of structures. ** next: Pointer to pointer to the second element of the list. ** cmp: A comparison function. ** ** Return Value: ** A pointer to the head of a sorted list containing the elements ** orginally in list. ** ** Side effects: ** The "next" pointers for elements in list are changed. */ #define LISTSIZE 30 static char *msort( char *list, char **next, int (*cmp)(const char*,const char*) ){ unsigned long offset; char *ep; char *set[LISTSIZE]; int i; offset = (unsigned long)((char*)next - (char*)list); for(i=0; istate = WAITING_FOR_DECL_KEYWORD; }else if( ISLOWER(x[0]) ){ psp->lhs = Symbol_new(x); psp->nrhs = 0; psp->lhsalias = 0; psp->state = WAITING_FOR_ARROW; }else if( x[0]=='{' ){ if( psp->prevrule==0 ){ ErrorMsg(psp->filename,psp->tokenlineno, "There is no prior rule upon which to attach the code \ fragment which begins on this line."); psp->errorcnt++; }else if( psp->prevrule->code!=0 ){ ErrorMsg(psp->filename,psp->tokenlineno, "Code fragment beginning on this line is not the first \ to follow the previous rule."); psp->errorcnt++; }else{ psp->prevrule->line = psp->tokenlineno; psp->prevrule->code = &x[1]; } }else if( x[0]=='[' ){ psp->state = PRECEDENCE_MARK_1; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Token \"%s\" should be either \"%%\" or a nonterminal name.", x); psp->errorcnt++; } break; case PRECEDENCE_MARK_1: if( !ISUPPER(x[0]) ){ ErrorMsg(psp->filename,psp->tokenlineno, "The precedence symbol must be a terminal."); psp->errorcnt++; }else if( psp->prevrule==0 ){ ErrorMsg(psp->filename,psp->tokenlineno, "There is no prior rule to assign precedence \"[%s]\".",x); psp->errorcnt++; }else if( psp->prevrule->precsym!=0 ){ ErrorMsg(psp->filename,psp->tokenlineno, "Precedence mark on this line is not the first \ to follow the previous rule."); psp->errorcnt++; }else{ psp->prevrule->precsym = Symbol_new(x); } psp->state = PRECEDENCE_MARK_2; break; case PRECEDENCE_MARK_2: if( x[0]!=']' ){ ErrorMsg(psp->filename,psp->tokenlineno, "Missing \"]\" on precedence mark."); psp->errorcnt++; } psp->state = WAITING_FOR_DECL_OR_RULE; break; case WAITING_FOR_ARROW: if( x[0]==':' && x[1]==':' && x[2]=='=' ){ psp->state = IN_RHS; }else if( x[0]=='(' ){ psp->state = LHS_ALIAS_1; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Expected to see a \":\" following the LHS symbol \"%s\".", psp->lhs->name); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case LHS_ALIAS_1: if( ISALPHA(x[0]) ){ psp->lhsalias = x; psp->state = LHS_ALIAS_2; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "\"%s\" is not a valid alias for the LHS \"%s\"\n", x,psp->lhs->name); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case LHS_ALIAS_2: if( x[0]==')' ){ psp->state = LHS_ALIAS_3; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Missing \")\" following LHS alias name \"%s\".",psp->lhsalias); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case LHS_ALIAS_3: if( x[0]==':' && x[1]==':' && x[2]=='=' ){ psp->state = IN_RHS; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Missing \"->\" following: \"%s(%s)\".", psp->lhs->name,psp->lhsalias); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case IN_RHS: if( x[0]=='.' ){ struct rule *rp; rp = (struct rule *)calloc( sizeof(struct rule) + sizeof(struct symbol*)*psp->nrhs + sizeof(char*)*psp->nrhs, 1); if( rp==0 ){ ErrorMsg(psp->filename,psp->tokenlineno, "Can't allocate enough memory for this rule."); psp->errorcnt++; psp->prevrule = 0; }else{ int i; rp->ruleline = psp->tokenlineno; rp->rhs = (struct symbol**)&rp[1]; rp->rhsalias = (const char**)&(rp->rhs[psp->nrhs]); for(i=0; inrhs; i++){ rp->rhs[i] = psp->rhs[i]; rp->rhsalias[i] = psp->alias[i]; } rp->lhs = psp->lhs; rp->lhsalias = psp->lhsalias; rp->nrhs = psp->nrhs; rp->code = 0; rp->precsym = 0; rp->index = psp->gp->nrule++; rp->nextlhs = rp->lhs->rule; rp->lhs->rule = rp; rp->next = 0; if( psp->firstrule==0 ){ psp->firstrule = psp->lastrule = rp; }else{ psp->lastrule->next = rp; psp->lastrule = rp; } psp->prevrule = rp; } psp->state = WAITING_FOR_DECL_OR_RULE; }else if( ISALPHA(x[0]) ){ if( psp->nrhs>=MAXRHS ){ ErrorMsg(psp->filename,psp->tokenlineno, "Too many symbols on RHS of rule beginning at \"%s\".", x); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; }else{ psp->rhs[psp->nrhs] = Symbol_new(x); psp->alias[psp->nrhs] = 0; psp->nrhs++; } }else if( (x[0]=='|' || x[0]=='/') && psp->nrhs>0 ){ struct symbol *msp = psp->rhs[psp->nrhs-1]; if( msp->type!=MULTITERMINAL ){ struct symbol *origsp = msp; msp = (struct symbol *) calloc(1,sizeof(*msp)); memset(msp, 0, sizeof(*msp)); msp->type = MULTITERMINAL; msp->nsubsym = 1; msp->subsym = (struct symbol **) calloc(1,sizeof(struct symbol*)); msp->subsym[0] = origsp; msp->name = origsp->name; psp->rhs[psp->nrhs-1] = msp; } msp->nsubsym++; msp->subsym = (struct symbol **) realloc(msp->subsym, sizeof(struct symbol*)*msp->nsubsym); msp->subsym[msp->nsubsym-1] = Symbol_new(&x[1]); if( ISLOWER(x[1]) || ISLOWER(msp->subsym[0]->name[0]) ){ ErrorMsg(psp->filename,psp->tokenlineno, "Cannot form a compound containing a non-terminal"); psp->errorcnt++; } }else if( x[0]=='(' && psp->nrhs>0 ){ psp->state = RHS_ALIAS_1; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Illegal character on RHS of rule: \"%s\".",x); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case RHS_ALIAS_1: if( ISALPHA(x[0]) ){ psp->alias[psp->nrhs-1] = x; psp->state = RHS_ALIAS_2; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "\"%s\" is not a valid alias for the RHS symbol \"%s\"\n", x,psp->rhs[psp->nrhs-1]->name); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case RHS_ALIAS_2: if( x[0]==')' ){ psp->state = IN_RHS; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Missing \")\" following LHS alias name \"%s\".",psp->lhsalias); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case WAITING_FOR_DECL_KEYWORD: if( ISALPHA(x[0]) ){ psp->declkeyword = x; psp->declargslot = 0; psp->decllinenoslot = 0; psp->insertLineMacro = 1; psp->state = WAITING_FOR_DECL_ARG; if( strcmp(x,"name")==0 ){ psp->declargslot = &(psp->gp->name); psp->insertLineMacro = 0; }else if( strcmp(x,"include")==0 ){ psp->declargslot = &(psp->gp->include); }else if( strcmp(x,"code")==0 ){ psp->declargslot = &(psp->gp->extracode); }else if( strcmp(x,"token_destructor")==0 ){ psp->declargslot = &psp->gp->tokendest; }else if( strcmp(x,"default_destructor")==0 ){ psp->declargslot = &psp->gp->vardest; }else if( strcmp(x,"token_prefix")==0 ){ psp->declargslot = &psp->gp->tokenprefix; psp->insertLineMacro = 0; }else if( strcmp(x,"syntax_error")==0 ){ psp->declargslot = &(psp->gp->error); }else if( strcmp(x,"parse_accept")==0 ){ psp->declargslot = &(psp->gp->accept); }else if( strcmp(x,"parse_failure")==0 ){ psp->declargslot = &(psp->gp->failure); }else if( strcmp(x,"stack_overflow")==0 ){ psp->declargslot = &(psp->gp->overflow); }else if( strcmp(x,"extra_argument")==0 ){ psp->declargslot = &(psp->gp->arg); psp->insertLineMacro = 0; }else if( strcmp(x,"token_type")==0 ){ psp->declargslot = &(psp->gp->tokentype); psp->insertLineMacro = 0; }else if( strcmp(x,"default_type")==0 ){ psp->declargslot = &(psp->gp->vartype); psp->insertLineMacro = 0; }else if( strcmp(x,"stack_size")==0 ){ psp->declargslot = &(psp->gp->stacksize); psp->insertLineMacro = 0; }else if( strcmp(x,"start_symbol")==0 ){ psp->declargslot = &(psp->gp->start); psp->insertLineMacro = 0; }else if( strcmp(x,"left")==0 ){ psp->preccounter++; psp->declassoc = LEFT; psp->state = WAITING_FOR_PRECEDENCE_SYMBOL; }else if( strcmp(x,"right")==0 ){ psp->preccounter++; psp->declassoc = RIGHT; psp->state = WAITING_FOR_PRECEDENCE_SYMBOL; }else if( strcmp(x,"nonassoc")==0 ){ psp->preccounter++; psp->declassoc = NONE; psp->state = WAITING_FOR_PRECEDENCE_SYMBOL; }else if( strcmp(x,"destructor")==0 ){ psp->state = WAITING_FOR_DESTRUCTOR_SYMBOL; }else if( strcmp(x,"type")==0 ){ psp->state = WAITING_FOR_DATATYPE_SYMBOL; }else if( strcmp(x,"fallback")==0 ){ psp->fallback = 0; psp->state = WAITING_FOR_FALLBACK_ID; }else if( strcmp(x,"wildcard")==0 ){ psp->state = WAITING_FOR_WILDCARD_ID; }else if( strcmp(x,"token_class")==0 ){ psp->state = WAITING_FOR_CLASS_ID; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Unknown declaration keyword: \"%%%s\".",x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Illegal declaration keyword: \"%s\".",x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } break; case WAITING_FOR_DESTRUCTOR_SYMBOL: if( !ISALPHA(x[0]) ){ ErrorMsg(psp->filename,psp->tokenlineno, "Symbol name missing after %%destructor keyword"); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; }else{ struct symbol *sp = Symbol_new(x); psp->declargslot = &sp->destructor; psp->decllinenoslot = &sp->destLineno; psp->insertLineMacro = 1; psp->state = WAITING_FOR_DECL_ARG; } break; case WAITING_FOR_DATATYPE_SYMBOL: if( !ISALPHA(x[0]) ){ ErrorMsg(psp->filename,psp->tokenlineno, "Symbol name missing after %%type keyword"); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; }else{ struct symbol *sp = Symbol_find(x); if((sp) && (sp->datatype)){ ErrorMsg(psp->filename,psp->tokenlineno, "Symbol %%type \"%s\" already defined", x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; }else{ if (!sp){ sp = Symbol_new(x); } psp->declargslot = &sp->datatype; psp->insertLineMacro = 0; psp->state = WAITING_FOR_DECL_ARG; } } break; case WAITING_FOR_PRECEDENCE_SYMBOL: if( x[0]=='.' ){ psp->state = WAITING_FOR_DECL_OR_RULE; }else if( ISUPPER(x[0]) ){ struct symbol *sp; sp = Symbol_new(x); if( sp->prec>=0 ){ ErrorMsg(psp->filename,psp->tokenlineno, "Symbol \"%s\" has already be given a precedence.",x); psp->errorcnt++; }else{ sp->prec = psp->preccounter; sp->assoc = psp->declassoc; } }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Can't assign a precedence to \"%s\".",x); psp->errorcnt++; } break; case WAITING_FOR_DECL_ARG: if( x[0]=='{' || x[0]=='\"' || ISALNUM(x[0]) ){ const char *zOld, *zNew; char *zBuf, *z; int nOld, n, nLine = 0, nNew, nBack; int addLineMacro; char zLine[50]; zNew = x; if( zNew[0]=='"' || zNew[0]=='{' ) zNew++; nNew = lemonStrlen(zNew); if( *psp->declargslot ){ zOld = *psp->declargslot; }else{ zOld = ""; } nOld = lemonStrlen(zOld); n = nOld + nNew + 20; addLineMacro = !psp->gp->nolinenosflag && psp->insertLineMacro && (psp->decllinenoslot==0 || psp->decllinenoslot[0]!=0); if( addLineMacro ){ for(z=psp->filename, nBack=0; *z; z++){ if( *z=='\\' ) nBack++; } lemon_sprintf(zLine, "#line %d ", psp->tokenlineno); nLine = lemonStrlen(zLine); n += nLine + lemonStrlen(psp->filename) + nBack; } *psp->declargslot = (char *) realloc(*psp->declargslot, n); zBuf = *psp->declargslot + nOld; if( addLineMacro ){ if( nOld && zBuf[-1]!='\n' ){ *(zBuf++) = '\n'; } memcpy(zBuf, zLine, nLine); zBuf += nLine; *(zBuf++) = '"'; for(z=psp->filename; *z; z++){ if( *z=='\\' ){ *(zBuf++) = '\\'; } *(zBuf++) = *z; } *(zBuf++) = '"'; *(zBuf++) = '\n'; } if( psp->decllinenoslot && psp->decllinenoslot[0]==0 ){ psp->decllinenoslot[0] = psp->tokenlineno; } memcpy(zBuf, zNew, nNew); zBuf += nNew; *zBuf = 0; psp->state = WAITING_FOR_DECL_OR_RULE; }else{ ErrorMsg(psp->filename,psp->tokenlineno, "Illegal argument to %%%s: %s",psp->declkeyword,x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } break; case WAITING_FOR_FALLBACK_ID: if( x[0]=='.' ){ psp->state = WAITING_FOR_DECL_OR_RULE; }else if( !ISUPPER(x[0]) ){ ErrorMsg(psp->filename, psp->tokenlineno, "%%fallback argument \"%s\" should be a token", x); psp->errorcnt++; }else{ struct symbol *sp = Symbol_new(x); if( psp->fallback==0 ){ psp->fallback = sp; }else if( sp->fallback ){ ErrorMsg(psp->filename, psp->tokenlineno, "More than one fallback assigned to token %s", x); psp->errorcnt++; }else{ sp->fallback = psp->fallback; psp->gp->has_fallback = 1; } } break; case WAITING_FOR_WILDCARD_ID: if( x[0]=='.' ){ psp->state = WAITING_FOR_DECL_OR_RULE; }else if( !ISUPPER(x[0]) ){ ErrorMsg(psp->filename, psp->tokenlineno, "%%wildcard argument \"%s\" should be a token", x); psp->errorcnt++; }else{ struct symbol *sp = Symbol_new(x); if( psp->gp->wildcard==0 ){ psp->gp->wildcard = sp; }else{ ErrorMsg(psp->filename, psp->tokenlineno, "Extra wildcard to token: %s", x); psp->errorcnt++; } } break; case WAITING_FOR_CLASS_ID: if( !ISLOWER(x[0]) ){ ErrorMsg(psp->filename, psp->tokenlineno, "%%token_class must be followed by an identifier: ", x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; }else if( Symbol_find(x) ){ ErrorMsg(psp->filename, psp->tokenlineno, "Symbol \"%s\" already used", x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; }else{ psp->tkclass = Symbol_new(x); psp->tkclass->type = MULTITERMINAL; psp->state = WAITING_FOR_CLASS_TOKEN; } break; case WAITING_FOR_CLASS_TOKEN: if( x[0]=='.' ){ psp->state = WAITING_FOR_DECL_OR_RULE; }else if( ISUPPER(x[0]) || ((x[0]=='|' || x[0]=='/') && ISUPPER(x[1])) ){ struct symbol *msp = psp->tkclass; msp->nsubsym++; msp->subsym = (struct symbol **) realloc(msp->subsym, sizeof(struct symbol*)*msp->nsubsym); if( !ISUPPER(x[0]) ) x++; msp->subsym[msp->nsubsym-1] = Symbol_new(x); }else{ ErrorMsg(psp->filename, psp->tokenlineno, "%%token_class argument \"%s\" should be a token", x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } break; case RESYNC_AFTER_RULE_ERROR: /* if( x[0]=='.' ) psp->state = WAITING_FOR_DECL_OR_RULE; ** break; */ case RESYNC_AFTER_DECL_ERROR: if( x[0]=='.' ) psp->state = WAITING_FOR_DECL_OR_RULE; if( x[0]=='%' ) psp->state = WAITING_FOR_DECL_KEYWORD; break; } } /* Run the preprocessor over the input file text. The global variables ** azDefine[0] through azDefine[nDefine-1] contains the names of all defined ** macros. This routine looks for "%ifdef" and "%ifndef" and "%endif" and ** comments them out. Text in between is also commented out as appropriate. */ static void preprocess_input(char *z){ int i, j, k, n; int exclude = 0; int start = 0; int lineno = 1; int start_lineno = 1; for(i=0; z[i]; i++){ if( z[i]=='\n' ) lineno++; if( z[i]!='%' || (i>0 && z[i-1]!='\n') ) continue; if( strncmp(&z[i],"%endif",6)==0 && ISSPACE(z[i+6]) ){ if( exclude ){ exclude--; if( exclude==0 ){ for(j=start; jfilename; ps.errorcnt = 0; ps.state = INITIALIZE; /* Begin by reading the input file */ fp = fopen(ps.filename,"rb"); if( fp==0 ){ ErrorMsg(ps.filename,0,"Can't open this file for reading."); gp->errorcnt++; return; } fseek(fp,0,2); filesize = ftell(fp); rewind(fp); filebuf = (char *)malloc( filesize+1 ); if( filesize>100000000 || filebuf==0 ){ ErrorMsg(ps.filename,0,"Input file too large."); gp->errorcnt++; fclose(fp); return; } if( fread(filebuf,1,filesize,fp)!=filesize ){ ErrorMsg(ps.filename,0,"Can't read in all %d bytes of this file.", filesize); free(filebuf); gp->errorcnt++; fclose(fp); return; } fclose(fp); filebuf[filesize] = 0; /* Make an initial pass through the file to handle %ifdef and %ifndef */ preprocess_input(filebuf); /* Now scan the text of the input file */ lineno = 1; for(cp=filebuf; (c= *cp)!=0; ){ if( c=='\n' ) lineno++; /* Keep track of the line number */ if( ISSPACE(c) ){ cp++; continue; } /* Skip all white space */ if( c=='/' && cp[1]=='/' ){ /* Skip C++ style comments */ cp+=2; while( (c= *cp)!=0 && c!='\n' ) cp++; continue; } if( c=='/' && cp[1]=='*' ){ /* Skip C style comments */ cp+=2; while( (c= *cp)!=0 && (c!='/' || cp[-1]!='*') ){ if( c=='\n' ) lineno++; cp++; } if( c ) cp++; continue; } ps.tokenstart = cp; /* Mark the beginning of the token */ ps.tokenlineno = lineno; /* Linenumber on which token begins */ if( c=='\"' ){ /* String literals */ cp++; while( (c= *cp)!=0 && c!='\"' ){ if( c=='\n' ) lineno++; cp++; } if( c==0 ){ ErrorMsg(ps.filename,startline, "String starting on this line is not terminated before the end of the file."); ps.errorcnt++; nextcp = cp; }else{ nextcp = cp+1; } }else if( c=='{' ){ /* A block of C code */ int level; cp++; for(level=1; (c= *cp)!=0 && (level>1 || c!='}'); cp++){ if( c=='\n' ) lineno++; else if( c=='{' ) level++; else if( c=='}' ) level--; else if( c=='/' && cp[1]=='*' ){ /* Skip comments */ int prevc; cp = &cp[2]; prevc = 0; while( (c= *cp)!=0 && (c!='/' || prevc!='*') ){ if( c=='\n' ) lineno++; prevc = c; cp++; } }else if( c=='/' && cp[1]=='/' ){ /* Skip C++ style comments too */ cp = &cp[2]; while( (c= *cp)!=0 && c!='\n' ) cp++; if( c ) lineno++; }else if( c=='\'' || c=='\"' ){ /* String a character literals */ int startchar, prevc; startchar = c; prevc = 0; for(cp++; (c= *cp)!=0 && (c!=startchar || prevc=='\\'); cp++){ if( c=='\n' ) lineno++; if( prevc=='\\' ) prevc = 0; else prevc = c; } } } if( c==0 ){ ErrorMsg(ps.filename,ps.tokenlineno, "C code starting on this line is not terminated before the end of the file."); ps.errorcnt++; nextcp = cp; }else{ nextcp = cp+1; } }else if( ISALNUM(c) ){ /* Identifiers */ while( (c= *cp)!=0 && (ISALNUM(c) || c=='_') ) cp++; nextcp = cp; }else if( c==':' && cp[1]==':' && cp[2]=='=' ){ /* The operator "::=" */ cp += 3; nextcp = cp; }else if( (c=='/' || c=='|') && ISALPHA(cp[1]) ){ cp += 2; while( (c = *cp)!=0 && (ISALNUM(c) || c=='_') ) cp++; nextcp = cp; }else{ /* All other (one character) operators */ cp++; nextcp = cp; } c = *cp; *cp = 0; /* Null terminate the token */ parseonetoken(&ps); /* Parse the token */ *cp = (char)c; /* Restore the buffer */ cp = nextcp; } free(filebuf); /* Release the buffer after parsing */ gp->rule = ps.firstrule; gp->errorcnt = ps.errorcnt; } /*************************** From the file "plink.c" *********************/ /* ** Routines processing configuration follow-set propagation links ** in the LEMON parser generator. */ static struct plink *plink_freelist = 0; /* Allocate a new plink */ struct plink *Plink_new(){ struct plink *newlink; if( plink_freelist==0 ){ int i; int amt = 100; plink_freelist = (struct plink *)calloc( amt, sizeof(struct plink) ); if( plink_freelist==0 ){ fprintf(stderr, "Unable to allocate memory for a new follow-set propagation link.\n"); exit(1); } for(i=0; inext; return newlink; } /* Add a plink to a plink list */ void Plink_add(struct plink **plpp, struct config *cfp) { struct plink *newlink; newlink = Plink_new(); newlink->next = *plpp; *plpp = newlink; newlink->cfp = cfp; } /* Transfer every plink on the list "from" to the list "to" */ void Plink_copy(struct plink **to, struct plink *from) { struct plink *nextpl; while( from ){ nextpl = from->next; from->next = *to; *to = from; from = nextpl; } } /* Delete every plink on the list */ void Plink_delete(struct plink *plp) { struct plink *nextpl; while( plp ){ nextpl = plp->next; plp->next = plink_freelist; plink_freelist = plp; plp = nextpl; } } /*********************** From the file "report.c" **************************/ /* ** Procedures for generating reports and tables in the LEMON parser generator. */ /* Generate a filename with the given suffix. Space to hold the ** name comes from malloc() and must be freed by the calling ** function. */ PRIVATE char *file_makename(struct lemon *lemp, const char *suffix) { char *name; char *cp; name = (char*)malloc( lemonStrlen(lemp->outdirname) + lemonStrlen(lemp->filename) + lemonStrlen(suffix) + 5 ); if( name==0 ){ fprintf(stderr,"Can't allocate space for a filename.\n"); exit(1); } lemon_strcpy(name,lemp->outdirname); if( name[lemonStrlen(name)-1] != '/' ) lemon_strcat(name,"/"); cp = strrchr(lemp->filename,'/'); if( cp ) lemon_strcat(name,cp+1); else lemon_strcat(name,lemp->filename); cp = strrchr(name,'.'); if( cp ) *cp = 0; lemon_strcat(name,suffix); return name; } /* Open a file with a name based on the name of the input file, ** but with a different (specified) suffix, and return a pointer ** to the stream */ PRIVATE FILE *file_open( struct lemon *lemp, const char *suffix, const char *mode ){ FILE *fp; if( lemp->outname ) free(lemp->outname); lemp->outname = file_makename(lemp, suffix); fp = fopen(lemp->outname,mode); if( fp==0 && *mode=='w' ){ fprintf(stderr,"Can't open file \"%s\".\n",lemp->outname); lemp->errorcnt++; return 0; } return fp; } /* Duplicate the input file without comments and without actions ** on rules */ void Reprint(struct lemon *lemp) { struct rule *rp; struct symbol *sp; int i, j, maxlen, len, ncolumns, skip; printf("// Reprint of input file \"%s\".\n// Symbols:\n",lemp->filename); maxlen = 10; for(i=0; insymbol; i++){ sp = lemp->symbols[i]; len = lemonStrlen(sp->name); if( len>maxlen ) maxlen = len; } ncolumns = 76/(maxlen+5); if( ncolumns<1 ) ncolumns = 1; skip = (lemp->nsymbol + ncolumns - 1)/ncolumns; for(i=0; insymbol; j+=skip){ sp = lemp->symbols[j]; assert( sp->index==j ); printf(" %3d %-*.*s",j,maxlen,maxlen,sp->name); } printf("\n"); } for(rp=lemp->rule; rp; rp=rp->next){ printf("%s",rp->lhs->name); /* if( rp->lhsalias ) printf("(%s)",rp->lhsalias); */ printf(" ::="); for(i=0; inrhs; i++){ sp = rp->rhs[i]; if( sp->type==MULTITERMINAL ){ printf(" %s", sp->subsym[0]->name); for(j=1; jnsubsym; j++){ printf("|%s", sp->subsym[j]->name); } }else{ printf(" %s", sp->name); } /* if( rp->rhsalias[i] ) printf("(%s)",rp->rhsalias[i]); */ } printf("."); if( rp->precsym ) printf(" [%s]",rp->precsym->name); /* if( rp->code ) printf("\n %s",rp->code); */ printf("\n"); } } /* Print a single rule. */ void RulePrint(FILE *fp, struct rule *rp, int iCursor){ struct symbol *sp; int i, j; fprintf(fp,"%s ::=",rp->lhs->name); for(i=0; i<=rp->nrhs; i++){ if( i==iCursor ) fprintf(fp," *"); if( i==rp->nrhs ) break; sp = rp->rhs[i]; if( sp->type==MULTITERMINAL ){ fprintf(fp," %s", sp->subsym[0]->name); for(j=1; jnsubsym; j++){ fprintf(fp,"|%s",sp->subsym[j]->name); } }else{ fprintf(fp," %s", sp->name); } } } /* Print the rule for a configuration. */ void ConfigPrint(FILE *fp, struct config *cfp){ RulePrint(fp, cfp->rp, cfp->dot); } /* #define TEST */ #if 0 /* Print a set */ PRIVATE void SetPrint(out,set,lemp) FILE *out; char *set; struct lemon *lemp; { int i; char *spacer; spacer = ""; fprintf(out,"%12s[",""); for(i=0; interminal; i++){ if( SetFind(set,i) ){ fprintf(out,"%s%s",spacer,lemp->symbols[i]->name); spacer = " "; } } fprintf(out,"]\n"); } /* Print a plink chain */ PRIVATE void PlinkPrint(out,plp,tag) FILE *out; struct plink *plp; char *tag; { while( plp ){ fprintf(out,"%12s%s (state %2d) ","",tag,plp->cfp->stp->statenum); ConfigPrint(out,plp->cfp); fprintf(out,"\n"); plp = plp->next; } } #endif /* Print an action to the given file descriptor. Return FALSE if ** nothing was actually printed. */ int PrintAction( struct action *ap, /* The action to print */ FILE *fp, /* Print the action here */ int indent /* Indent by this amount */ ){ int result = 1; switch( ap->type ){ case SHIFT: { struct state *stp = ap->x.stp; fprintf(fp,"%*s shift %-7d",indent,ap->sp->name,stp->statenum); break; } case REDUCE: { struct rule *rp = ap->x.rp; fprintf(fp,"%*s reduce %-7d",indent,ap->sp->name,rp->index); RulePrint(fp, rp, -1); break; } case SHIFTREDUCE: { struct rule *rp = ap->x.rp; fprintf(fp,"%*s shift-reduce %-7d",indent,ap->sp->name,rp->index); RulePrint(fp, rp, -1); break; } case ACCEPT: fprintf(fp,"%*s accept",indent,ap->sp->name); break; case ERROR: fprintf(fp,"%*s error",indent,ap->sp->name); break; case SRCONFLICT: case RRCONFLICT: fprintf(fp,"%*s reduce %-7d ** Parsing conflict **", indent,ap->sp->name,ap->x.rp->index); break; case SSCONFLICT: fprintf(fp,"%*s shift %-7d ** Parsing conflict **", indent,ap->sp->name,ap->x.stp->statenum); break; case SH_RESOLVED: if( showPrecedenceConflict ){ fprintf(fp,"%*s shift %-7d -- dropped by precedence", indent,ap->sp->name,ap->x.stp->statenum); }else{ result = 0; } break; case RD_RESOLVED: if( showPrecedenceConflict ){ fprintf(fp,"%*s reduce %-7d -- dropped by precedence", indent,ap->sp->name,ap->x.rp->index); }else{ result = 0; } break; case NOT_USED: result = 0; break; } return result; } /* Generate the "*.out" log file */ void ReportOutput(struct lemon *lemp) { int i; struct state *stp; struct config *cfp; struct action *ap; FILE *fp; fp = file_open(lemp,".out","wb"); if( fp==0 ) return; for(i=0; inxstate; i++){ stp = lemp->sorted[i]; fprintf(fp,"State %d:\n",stp->statenum); if( lemp->basisflag ) cfp=stp->bp; else cfp=stp->cfp; while( cfp ){ char buf[20]; if( cfp->dot==cfp->rp->nrhs ){ lemon_sprintf(buf,"(%d)",cfp->rp->index); fprintf(fp," %5s ",buf); }else{ fprintf(fp," "); } ConfigPrint(fp,cfp); fprintf(fp,"\n"); #if 0 SetPrint(fp,cfp->fws,lemp); PlinkPrint(fp,cfp->fplp,"To "); PlinkPrint(fp,cfp->bplp,"From"); #endif if( lemp->basisflag ) cfp=cfp->bp; else cfp=cfp->next; } fprintf(fp,"\n"); for(ap=stp->ap; ap; ap=ap->next){ if( PrintAction(ap,fp,30) ) fprintf(fp,"\n"); } fprintf(fp,"\n"); } fprintf(fp, "----------------------------------------------------\n"); fprintf(fp, "Symbols:\n"); for(i=0; insymbol; i++){ int j; struct symbol *sp; sp = lemp->symbols[i]; fprintf(fp, " %3d: %s", i, sp->name); if( sp->type==NONTERMINAL ){ fprintf(fp, ":"); if( sp->lambda ){ fprintf(fp, " "); } for(j=0; jnterminal; j++){ if( sp->firstset && SetFind(sp->firstset, j) ){ fprintf(fp, " %s", lemp->symbols[j]->name); } } } fprintf(fp, "\n"); } fclose(fp); return; } /* Search for the file "name" which is in the same directory as ** the exacutable */ PRIVATE char *pathsearch(char *argv0, char *name, int modemask) { const char *pathlist; char *pathbufptr; char *pathbuf; char *path,*cp; char c; #ifdef __WIN32__ cp = strrchr(argv0,'\\'); #else cp = strrchr(argv0,'/'); #endif if( cp ){ c = *cp; *cp = 0; path = (char *)malloc( lemonStrlen(argv0) + lemonStrlen(name) + 2 ); if( path ) lemon_sprintf(path,"%s/%s",argv0,name); *cp = c; }else{ pathlist = getenv("PATH"); if( pathlist==0 ) pathlist = ".:/bin:/usr/bin"; pathbuf = (char *) malloc( lemonStrlen(pathlist) + 1 ); path = (char *)malloc( lemonStrlen(pathlist)+lemonStrlen(name)+2 ); if( (pathbuf != 0) && (path!=0) ){ pathbufptr = pathbuf; lemon_strcpy(pathbuf, pathlist); while( *pathbuf ){ cp = strchr(pathbuf,':'); if( cp==0 ) cp = &pathbuf[lemonStrlen(pathbuf)]; c = *cp; *cp = 0; lemon_sprintf(path,"%s/%s",pathbuf,name); *cp = c; if( c==0 ) pathbuf[0] = 0; else pathbuf = &cp[1]; if( access(path,modemask)==0 ) break; } free(pathbufptr); } } return path; } /* Given an action, compute the integer value for that action ** which is to be put in the action table of the generated machine. ** Return negative if no action should be generated. */ PRIVATE int compute_action(struct lemon *lemp, struct action *ap) { int act; switch( ap->type ){ case SHIFT: act = ap->x.stp->statenum; break; case SHIFTREDUCE: act = ap->x.rp->index + lemp->nstate; break; case REDUCE: act = ap->x.rp->index + lemp->nstate+lemp->nrule; break; case ERROR: act = lemp->nstate + lemp->nrule*2; break; case ACCEPT: act = lemp->nstate + lemp->nrule*2 + 1; break; default: act = -1; break; } return act; } #define LINESIZE 1000 /* The next cluster of routines are for reading the template file ** and writing the results to the generated parser */ /* The first function transfers data from "in" to "out" until ** a line is seen which begins with "%%". The line number is ** tracked. ** ** if name!=0, then any word that begin with "Parse" is changed to ** begin with *name instead. */ PRIVATE void tplt_xfer(char *name, FILE *in, FILE *out, int *lineno) { int i, iStart; char line[LINESIZE]; while( fgets(line,LINESIZE,in) && (line[0]!='%' || line[1]!='%') ){ (*lineno)++; iStart = 0; if( name ){ for(i=0; line[i]; i++){ if( line[i]=='P' && strncmp(&line[i],"Parse",5)==0 && (i==0 || !ISALPHA(line[i-1])) ){ if( i>iStart ) fprintf(out,"%.*s",i-iStart,&line[iStart]); fprintf(out,"%s",name); i += 4; iStart = i+1; } } } fprintf(out,"%s",&line[iStart]); } } /* The next function finds the template file and opens it, returning ** a pointer to the opened file. */ PRIVATE FILE *tplt_open(struct lemon *lemp) { static char templatename[] = "lempar.c"; char buf[1000]; FILE *in; char *tpltname; char *cp; /* first, see if user specified a template filename on the command line. */ if (user_templatename != 0) { if( access(user_templatename,004)==-1 ){ fprintf(stderr,"Can't find the parser driver template file \"%s\".\n", user_templatename); lemp->errorcnt++; return 0; } in = fopen(user_templatename,"rb"); if( in==0 ){ fprintf(stderr,"Can't open the template file \"%s\".\n", user_templatename); lemp->errorcnt++; return 0; } return in; } cp = strrchr(lemp->filename,'.'); if( cp ){ lemon_sprintf(buf,"%.*s.lt",(int)(cp-lemp->filename),lemp->filename); }else{ lemon_sprintf(buf,"%s.lt",lemp->filename); } if( access(buf,004)==0 ){ tpltname = buf; }else if( access(templatename,004)==0 ){ tpltname = templatename; }else{ tpltname = pathsearch(lemp->argv0,templatename,0); } if( tpltname==0 ){ fprintf(stderr,"Can't find the parser driver template file \"%s\".\n", templatename); lemp->errorcnt++; return 0; } in = fopen(tpltname,"rb"); if( in==0 ){ fprintf(stderr,"Can't open the template file \"%s\".\n",templatename); lemp->errorcnt++; return 0; } return in; } /* Print a #line directive line to the output file. */ PRIVATE void tplt_linedir(FILE *out, int lineno, char *filename) { fprintf(out,"#line %d \"",lineno); while( *filename ){ if( *filename == '\\' ) putc('\\',out); putc(*filename,out); filename++; } fprintf(out,"\"\n"); } /* Print a string to the file and keep the linenumber up to date */ PRIVATE void tplt_print(FILE *out, struct lemon *lemp, char *str, int *lineno) { if( str==0 ) return; while( *str ){ putc(*str,out); if( *str=='\n' ) (*lineno)++; str++; } if( str[-1]!='\n' ){ putc('\n',out); (*lineno)++; } if (!lemp->nolinenosflag) { (*lineno)++; tplt_linedir(out,*lineno,lemp->outname); } return; } /* ** The following routine emits code for the destructor for the ** symbol sp */ void emit_destructor_code( FILE *out, struct symbol *sp, struct lemon *lemp, int *lineno ){ char *cp = 0; if( sp->type==TERMINAL ){ cp = lemp->tokendest; if( cp==0 ) return; fprintf(out,"{\n"); (*lineno)++; }else if( sp->destructor ){ cp = sp->destructor; fprintf(out,"{\n"); (*lineno)++; if( !lemp->nolinenosflag ){ (*lineno)++; tplt_linedir(out,sp->destLineno,lemp->filename); } }else if( lemp->vardest ){ cp = lemp->vardest; if( cp==0 ) return; fprintf(out,"{\n"); (*lineno)++; }else{ assert( 0 ); /* Cannot happen */ } for(; *cp; cp++){ if( *cp=='$' && cp[1]=='$' ){ fprintf(out,"(yypminor->yy%d)",sp->dtnum); cp++; continue; } if( *cp=='\n' ) (*lineno)++; fputc(*cp,out); } fprintf(out,"\n"); (*lineno)++; if (!lemp->nolinenosflag) { (*lineno)++; tplt_linedir(out,*lineno,lemp->outname); } fprintf(out,"}\n"); (*lineno)++; return; } /* ** Return TRUE (non-zero) if the given symbol has a destructor. */ int has_destructor(struct symbol *sp, struct lemon *lemp) { int ret; if( sp->type==TERMINAL ){ ret = lemp->tokendest!=0; }else{ ret = lemp->vardest!=0 || sp->destructor!=0; } return ret; } /* ** Append text to a dynamically allocated string. If zText is 0 then ** reset the string to be empty again. Always return the complete text ** of the string (which is overwritten with each call). ** ** n bytes of zText are stored. If n==0 then all of zText up to the first ** \000 terminator is stored. zText can contain up to two instances of ** %d. The values of p1 and p2 are written into the first and second ** %d. ** ** If n==-1, then the previous character is overwritten. */ PRIVATE char *append_str(const char *zText, int n, int p1, int p2){ static char empty[1] = { 0 }; static char *z = 0; static int alloced = 0; static int used = 0; int c; char zInt[40]; if( zText==0 ){ used = 0; return z; } if( n<=0 ){ if( n<0 ){ used += n; assert( used>=0 ); } n = lemonStrlen(zText); } if( (int) (n+sizeof(zInt)*2+used) >= alloced ){ alloced = n + sizeof(zInt)*2 + used + 200; z = (char *) realloc(z, alloced); } if( z==0 ) return empty; while( n-- > 0 ){ c = *(zText++); if( c=='%' && n>0 && zText[0]=='d' ){ lemon_sprintf(zInt, "%d", p1); p1 = p2; lemon_strcpy(&z[used], zInt); used += lemonStrlen(&z[used]); zText++; n--; }else{ z[used++] = (char)c; } } z[used] = 0; return z; } /* ** zCode is a string that is the action associated with a rule. Expand ** the symbols in this string so that the refer to elements of the parser ** stack. */ PRIVATE void translate_code(struct lemon *lemp, struct rule *rp){ char *cp, *xp; int i; char lhsused = 0; /* True if the LHS element has been used */ char used[MAXRHS]; /* True for each RHS element which is used */ for(i=0; inrhs; i++) used[i] = 0; lhsused = 0; if( rp->code==0 ){ static char newlinestr[2] = { '\n', '\0' }; rp->code = newlinestr; rp->line = rp->ruleline; } append_str(0,0,0,0); /* This const cast is wrong but harmless, if we're careful. */ for(cp=(char *)rp->code; *cp; cp++){ if( ISALPHA(*cp) && (cp==rp->code || (!ISALNUM(cp[-1]) && cp[-1]!='_')) ){ char saved; for(xp= &cp[1]; ISALNUM(*xp) || *xp=='_'; xp++); saved = *xp; *xp = 0; if( rp->lhsalias && strcmp(cp,rp->lhsalias)==0 ){ append_str("yygotominor.yy%d",0,rp->lhs->dtnum,0); cp = xp; lhsused = 1; }else{ for(i=0; inrhs; i++){ if( rp->rhsalias[i] && strcmp(cp,rp->rhsalias[i])==0 ){ if( cp!=rp->code && cp[-1]=='@' ){ /* If the argument is of the form @X then substituted ** the token number of X, not the value of X */ append_str("yymsp[%d].major",-1,i-rp->nrhs+1,0); }else{ struct symbol *sp = rp->rhs[i]; int dtnum; if( sp->type==MULTITERMINAL ){ dtnum = sp->subsym[0]->dtnum; }else{ dtnum = sp->dtnum; } append_str("yymsp[%d].minor.yy%d",0,i-rp->nrhs+1, dtnum); } cp = xp; used[i] = 1; break; } } } *xp = saved; } append_str(cp, 1, 0, 0); } /* End loop */ /* Check to make sure the LHS has been used */ if( rp->lhsalias && !lhsused ){ ErrorMsg(lemp->filename,rp->ruleline, "Label \"%s\" for \"%s(%s)\" is never used.", rp->lhsalias,rp->lhs->name,rp->lhsalias); lemp->errorcnt++; } /* Generate destructor code for RHS symbols which are not used in the ** reduce code */ for(i=0; inrhs; i++){ if( rp->rhsalias[i] && !used[i] ){ ErrorMsg(lemp->filename,rp->ruleline, "Label %s for \"%s(%s)\" is never used.", rp->rhsalias[i],rp->rhs[i]->name,rp->rhsalias[i]); lemp->errorcnt++; }else if( rp->rhsalias[i]==0 ){ if( has_destructor(rp->rhs[i],lemp) ){ append_str(" yy_destructor(yypParser,%d,&yymsp[%d].minor);\n", 0, rp->rhs[i]->index,i-rp->nrhs+1); }else{ /* No destructor defined for this term */ } } } if( rp->code ){ cp = append_str(0,0,0,0); rp->code = Strsafe(cp?cp:""); } } /* ** Generate code which executes when the rule "rp" is reduced. Write ** the code to "out". Make sure lineno stays up-to-date. */ PRIVATE void emit_code( FILE *out, struct rule *rp, struct lemon *lemp, int *lineno ){ const char *cp; /* Generate code to do the reduce action */ if( rp->code ){ if( !lemp->nolinenosflag ){ (*lineno)++; tplt_linedir(out,rp->line,lemp->filename); } fprintf(out,"{%s",rp->code); for(cp=rp->code; *cp; cp++){ if( *cp=='\n' ) (*lineno)++; } /* End loop */ fprintf(out,"}\n"); (*lineno)++; if( !lemp->nolinenosflag ){ (*lineno)++; tplt_linedir(out,*lineno,lemp->outname); } } /* End if( rp->code ) */ return; } /* ** Print the definition of the union used for the parser's data stack. ** This union contains fields for every possible data type for tokens ** and nonterminals. In the process of computing and printing this ** union, also set the ".dtnum" field of every terminal and nonterminal ** symbol. */ void print_stack_union( FILE *out, /* The output stream */ struct lemon *lemp, /* The main info structure for this parser */ int *plineno, /* Pointer to the line number */ int mhflag /* True if generating makeheaders output */ ){ int lineno = *plineno; /* The line number of the output */ char **types; /* A hash table of datatypes */ int arraysize; /* Size of the "types" array */ int maxdtlength; /* Maximum length of any ".datatype" field. */ char *stddt; /* Standardized name for a datatype */ int i,j; /* Loop counters */ unsigned hash; /* For hashing the name of a type */ const char *name; /* Name of the parser */ /* Allocate and initialize types[] and allocate stddt[] */ arraysize = lemp->nsymbol * 2; types = (char**)calloc( arraysize, sizeof(char*) ); if( types==0 ){ fprintf(stderr,"Out of memory.\n"); exit(1); } for(i=0; ivartype ){ maxdtlength = lemonStrlen(lemp->vartype); } for(i=0; insymbol; i++){ int len; struct symbol *sp = lemp->symbols[i]; if( sp->datatype==0 ) continue; len = lemonStrlen(sp->datatype); if( len>maxdtlength ) maxdtlength = len; } stddt = (char*)malloc( maxdtlength*2 + 1 ); if( stddt==0 ){ fprintf(stderr,"Out of memory.\n"); exit(1); } /* Build a hash table of datatypes. The ".dtnum" field of each symbol ** is filled in with the hash index plus 1. A ".dtnum" value of 0 is ** used for terminal symbols. If there is no %default_type defined then ** 0 is also used as the .dtnum value for nonterminals which do not specify ** a datatype using the %type directive. */ for(i=0; insymbol; i++){ struct symbol *sp = lemp->symbols[i]; char *cp; if( sp==lemp->errsym ){ sp->dtnum = arraysize+1; continue; } if( sp->type!=NONTERMINAL || (sp->datatype==0 && lemp->vartype==0) ){ sp->dtnum = 0; continue; } cp = sp->datatype; if( cp==0 ) cp = lemp->vartype; j = 0; while( ISSPACE(*cp) ) cp++; while( *cp ) stddt[j++] = *cp++; while( j>0 && ISSPACE(stddt[j-1]) ) j--; stddt[j] = 0; if( lemp->tokentype && strcmp(stddt, lemp->tokentype)==0 ){ sp->dtnum = 0; continue; } hash = 0; for(j=0; stddt[j]; j++){ hash = hash*53 + stddt[j]; } hash = (hash & 0x7fffffff)%arraysize; while( types[hash] ){ if( strcmp(types[hash],stddt)==0 ){ sp->dtnum = hash + 1; break; } hash++; if( hash>=(unsigned)arraysize ) hash = 0; } if( types[hash]==0 ){ sp->dtnum = hash + 1; types[hash] = (char*)malloc( lemonStrlen(stddt)+1 ); if( types[hash]==0 ){ fprintf(stderr,"Out of memory.\n"); exit(1); } lemon_strcpy(types[hash],stddt); } } /* Print out the definition of YYTOKENTYPE and YYMINORTYPE */ name = lemp->name ? lemp->name : "Parse"; lineno = *plineno; if( mhflag ){ fprintf(out,"#if INTERFACE\n"); lineno++; } fprintf(out,"#define %sTOKENTYPE %s\n",name, lemp->tokentype?lemp->tokentype:"void*"); lineno++; if( mhflag ){ fprintf(out,"#endif\n"); lineno++; } fprintf(out,"typedef union {\n"); lineno++; fprintf(out," int yyinit;\n"); lineno++; fprintf(out," %sTOKENTYPE yy0;\n",name); lineno++; for(i=0; ierrsym->useCnt ){ fprintf(out," int yy%d;\n",lemp->errsym->dtnum); lineno++; } free(stddt); free(types); fprintf(out,"} YYMINORTYPE;\n"); lineno++; *plineno = lineno; } /* ** Return the name of a C datatype able to represent values between ** lwr and upr, inclusive. If pnByte!=NULL then also write the sizeof ** for that type (1, 2, or 4) into *pnByte. */ static const char *minimum_size_type(int lwr, int upr, int *pnByte){ const char *zType = "int"; int nByte = 4; if( lwr>=0 ){ if( upr<=255 ){ zType = "unsigned char"; nByte = 1; }else if( upr<65535 ){ zType = "unsigned short int"; nByte = 2; }else{ zType = "unsigned int"; nByte = 4; } }else if( lwr>=-127 && upr<=127 ){ zType = "signed char"; nByte = 1; }else if( lwr>=-32767 && upr<32767 ){ zType = "short"; nByte = 2; } if( pnByte ) *pnByte = nByte; return zType; } /* ** Each state contains a set of token transaction and a set of ** nonterminal transactions. Each of these sets makes an instance ** of the following structure. An array of these structures is used ** to order the creation of entries in the yy_action[] table. */ struct axset { struct state *stp; /* A pointer to a state */ int isTkn; /* True to use tokens. False for non-terminals */ int nAction; /* Number of actions */ int iOrder; /* Original order of action sets */ }; /* ** Compare to axset structures for sorting purposes */ static int axset_compare(const void *a, const void *b){ struct axset *p1 = (struct axset*)a; struct axset *p2 = (struct axset*)b; int c; c = p2->nAction - p1->nAction; if( c==0 ){ c = p1->iOrder - p2->iOrder; } assert( c!=0 || p1==p2 ); return c; } /* ** Write text on "out" that describes the rule "rp". */ static void writeRuleText(FILE *out, struct rule *rp){ int j; fprintf(out,"%s ::=", rp->lhs->name); for(j=0; jnrhs; j++){ struct symbol *sp = rp->rhs[j]; if( sp->type!=MULTITERMINAL ){ fprintf(out," %s", sp->name); }else{ int k; fprintf(out," %s", sp->subsym[0]->name); for(k=1; knsubsym; k++){ fprintf(out,"|%s",sp->subsym[k]->name); } } } } /* Generate C source code for the parser */ void ReportTable( struct lemon *lemp, int mhflag /* Output in makeheaders format if true */ ){ FILE *out, *in; char line[LINESIZE]; int lineno; struct state *stp; struct action *ap; struct rule *rp; struct acttab *pActtab; int i, j, n, sz; int szActionType; /* sizeof(YYACTIONTYPE) */ int szCodeType; /* sizeof(YYCODETYPE) */ const char *name; int mnTknOfst, mxTknOfst; int mnNtOfst, mxNtOfst; struct axset *ax; in = tplt_open(lemp); if( in==0 ) return; out = file_open(lemp,".cc","wb"); if( out==0 ){ fclose(in); return; } lineno = 1; tplt_xfer(lemp->name,in,out,&lineno); /* Generate the include code, if any */ tplt_print(out,lemp,lemp->include,&lineno); if( mhflag ){ char *incName = file_makename(lemp, ".h"); fprintf(out,"#include \"%s\"\n", incName); lineno++; free(incName); } tplt_xfer(lemp->name,in,out,&lineno); /* Generate #defines for all tokens */ if( mhflag ){ const char *prefix; fprintf(out,"#if INTERFACE\n"); lineno++; if( lemp->tokenprefix ) prefix = lemp->tokenprefix; else prefix = ""; for(i=1; interminal; i++){ fprintf(out,"#define %s%-30s %2d\n",prefix,lemp->symbols[i]->name,i); lineno++; } fprintf(out,"#endif\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate the defines */ fprintf(out,"#define YYCODETYPE %s\n", minimum_size_type(0, lemp->nsymbol+1, &szCodeType)); lineno++; fprintf(out,"#define YYNOCODE %d\n",lemp->nsymbol+1); lineno++; fprintf(out,"#define YYACTIONTYPE %s\n", minimum_size_type(0,lemp->nstate+lemp->nrule*2+5,&szActionType)); lineno++; if( lemp->wildcard ){ fprintf(out,"#define YYWILDCARD %d\n", lemp->wildcard->index); lineno++; } print_stack_union(out,lemp,&lineno,mhflag); fprintf(out, "#ifndef YYSTACKDEPTH\n"); lineno++; if( lemp->stacksize ){ fprintf(out,"#define YYSTACKDEPTH %s\n",lemp->stacksize); lineno++; }else{ fprintf(out,"#define YYSTACKDEPTH 100\n"); lineno++; } fprintf(out, "#endif\n"); lineno++; if( mhflag ){ fprintf(out,"#if INTERFACE\n"); lineno++; } name = lemp->name ? lemp->name : "Parse"; if( lemp->arg && lemp->arg[0] ){ i = lemonStrlen(lemp->arg); while( i>=1 && ISSPACE(lemp->arg[i-1]) ) i--; while( i>=1 && (ISALNUM(lemp->arg[i-1]) || lemp->arg[i-1]=='_') ) i--; fprintf(out,"#define %sARG_SDECL %s;\n",name,lemp->arg); lineno++; fprintf(out,"#define %sARG_PDECL ,%s\n",name,lemp->arg); lineno++; fprintf(out,"#define %sARG_FETCH %s = yypParser->%s\n", name,lemp->arg,&lemp->arg[i]); lineno++; fprintf(out,"#define %sARG_STORE yypParser->%s = %s\n", name,&lemp->arg[i],&lemp->arg[i]); lineno++; }else{ fprintf(out,"#define %sARG_SDECL\n",name); lineno++; fprintf(out,"#define %sARG_PDECL\n",name); lineno++; fprintf(out,"#define %sARG_FETCH\n",name); lineno++; fprintf(out,"#define %sARG_STORE\n",name); lineno++; } if( mhflag ){ fprintf(out,"#endif\n"); lineno++; } if( lemp->errsym->useCnt ){ fprintf(out,"#define YYERRORSYMBOL %d\n",lemp->errsym->index); lineno++; fprintf(out,"#define YYERRSYMDT yy%d\n",lemp->errsym->dtnum); lineno++; } if( lemp->has_fallback ){ fprintf(out,"#define YYFALLBACK 1\n"); lineno++; } /* Compute the action table, but do not output it yet. The action ** table must be computed before generating the YYNSTATE macro because ** we need to know how many states can be eliminated. */ ax = (struct axset *) calloc(lemp->nxstate*2, sizeof(ax[0])); if( ax==0 ){ fprintf(stderr,"malloc failed\n"); exit(1); } for(i=0; inxstate; i++){ stp = lemp->sorted[i]; ax[i*2].stp = stp; ax[i*2].isTkn = 1; ax[i*2].nAction = stp->nTknAct; ax[i*2+1].stp = stp; ax[i*2+1].isTkn = 0; ax[i*2+1].nAction = stp->nNtAct; } mxTknOfst = mnTknOfst = 0; mxNtOfst = mnNtOfst = 0; /* In an effort to minimize the action table size, use the heuristic ** of placing the largest action sets first */ for(i=0; inxstate*2; i++) ax[i].iOrder = i; qsort(ax, lemp->nxstate*2, sizeof(ax[0]), axset_compare); pActtab = acttab_alloc(); for(i=0; inxstate*2 && ax[i].nAction>0; i++){ stp = ax[i].stp; if( ax[i].isTkn ){ for(ap=stp->ap; ap; ap=ap->next){ int action; if( ap->sp->index>=lemp->nterminal ) continue; action = compute_action(lemp, ap); if( action<0 ) continue; acttab_action(pActtab, ap->sp->index, action); } stp->iTknOfst = acttab_insert(pActtab); if( stp->iTknOfstiTknOfst; if( stp->iTknOfst>mxTknOfst ) mxTknOfst = stp->iTknOfst; }else{ for(ap=stp->ap; ap; ap=ap->next){ int action; if( ap->sp->indexnterminal ) continue; if( ap->sp->index==lemp->nsymbol ) continue; action = compute_action(lemp, ap); if( action<0 ) continue; acttab_action(pActtab, ap->sp->index, action); } stp->iNtOfst = acttab_insert(pActtab); if( stp->iNtOfstiNtOfst; if( stp->iNtOfst>mxNtOfst ) mxNtOfst = stp->iNtOfst; } #if 0 /* Uncomment for a trace of how the yy_action[] table fills out */ { int jj, nn; for(jj=nn=0; jjnAction; jj++){ if( pActtab->aAction[jj].action<0 ) nn++; } printf("%4d: State %3d %s n: %2d size: %5d freespace: %d\n", i, stp->statenum, ax[i].isTkn ? "Token" : "Var ", ax[i].nAction, pActtab->nAction, nn); } #endif } free(ax); /* Finish rendering the constants now that the action table has ** been computed */ fprintf(out,"#define YYNSTATE %d\n",lemp->nxstate); lineno++; fprintf(out,"#define YYNRULE %d\n",lemp->nrule); lineno++; fprintf(out,"#define YY_MAX_SHIFT %d\n",lemp->nxstate-1); lineno++; fprintf(out,"#define YY_MIN_SHIFTREDUCE %d\n",lemp->nstate); lineno++; i = lemp->nstate + lemp->nrule; fprintf(out,"#define YY_MAX_SHIFTREDUCE %d\n", i-1); lineno++; fprintf(out,"#define YY_MIN_REDUCE %d\n", i); lineno++; i = lemp->nstate + lemp->nrule*2; fprintf(out,"#define YY_MAX_REDUCE %d\n", i-1); lineno++; fprintf(out,"#define YY_ERROR_ACTION %d\n", i); lineno++; fprintf(out,"#define YY_ACCEPT_ACTION %d\n", i+1); lineno++; fprintf(out,"#define YY_NO_ACTION %d\n", i+2); lineno++; tplt_xfer(lemp->name,in,out,&lineno); /* Now output the action table and its associates: ** ** yy_action[] A single table containing all actions. ** yy_lookahead[] A table containing the lookahead for each entry in ** yy_action. Used to detect hash collisions. ** yy_shift_ofst[] For each state, the offset into yy_action for ** shifting terminals. ** yy_reduce_ofst[] For each state, the offset into yy_action for ** shifting non-terminals after a reduce. ** yy_default[] Default action for each state. */ /* Output the yy_action table */ lemp->nactiontab = n = acttab_size(pActtab); lemp->tablesize += n*szActionType; fprintf(out,"#define YY_ACTTAB_COUNT (%d)\n", n); lineno++; fprintf(out,"static const YYACTIONTYPE yy_action[] = {\n"); lineno++; for(i=j=0; instate + lemp->nrule + 2; if( j==0 ) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", action); if( j==9 || i==n-1 ){ fprintf(out, "\n"); lineno++; j = 0; }else{ j++; } } fprintf(out, "};\n"); lineno++; /* Output the yy_lookahead table */ lemp->tablesize += n*szCodeType; fprintf(out,"static const YYCODETYPE yy_lookahead[] = {\n"); lineno++; for(i=j=0; insymbol; if( j==0 ) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", la); if( j==9 || i==n-1 ){ fprintf(out, "\n"); lineno++; j = 0; }else{ j++; } } fprintf(out, "};\n"); lineno++; /* Output the yy_shift_ofst[] table */ fprintf(out, "#define YY_SHIFT_USE_DFLT (%d)\n", mnTknOfst-1); lineno++; n = lemp->nxstate; while( n>0 && lemp->sorted[n-1]->iTknOfst==NO_OFFSET ) n--; fprintf(out, "#define YY_SHIFT_COUNT (%d)\n", n-1); lineno++; fprintf(out, "#define YY_SHIFT_MIN (%d)\n", mnTknOfst); lineno++; fprintf(out, "#define YY_SHIFT_MAX (%d)\n", mxTknOfst); lineno++; fprintf(out, "static const %s yy_shift_ofst[] = {\n", minimum_size_type(mnTknOfst-1, mxTknOfst, &sz)); lineno++; lemp->tablesize += n*sz; for(i=j=0; isorted[i]; ofst = stp->iTknOfst; if( ofst==NO_OFFSET ) ofst = mnTknOfst - 1; if( j==0 ) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", ofst); if( j==9 || i==n-1 ){ fprintf(out, "\n"); lineno++; j = 0; }else{ j++; } } fprintf(out, "};\n"); lineno++; /* Output the yy_reduce_ofst[] table */ fprintf(out, "#define YY_REDUCE_USE_DFLT (%d)\n", mnNtOfst-1); lineno++; n = lemp->nxstate; while( n>0 && lemp->sorted[n-1]->iNtOfst==NO_OFFSET ) n--; fprintf(out, "#define YY_REDUCE_COUNT (%d)\n", n-1); lineno++; fprintf(out, "#define YY_REDUCE_MIN (%d)\n", mnNtOfst); lineno++; fprintf(out, "#define YY_REDUCE_MAX (%d)\n", mxNtOfst); lineno++; fprintf(out, "static const %s yy_reduce_ofst[] = {\n", minimum_size_type(mnNtOfst-1, mxNtOfst, &sz)); lineno++; lemp->tablesize += n*sz; for(i=j=0; isorted[i]; ofst = stp->iNtOfst; if( ofst==NO_OFFSET ) ofst = mnNtOfst - 1; if( j==0 ) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", ofst); if( j==9 || i==n-1 ){ fprintf(out, "\n"); lineno++; j = 0; }else{ j++; } } fprintf(out, "};\n"); lineno++; /* Output the default action table */ fprintf(out, "static const YYACTIONTYPE yy_default[] = {\n"); lineno++; n = lemp->nxstate; lemp->tablesize += n*szActionType; for(i=j=0; isorted[i]; if( j==0 ) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", stp->iDfltReduce+lemp->nstate+lemp->nrule); if( j==9 || i==n-1 ){ fprintf(out, "\n"); lineno++; j = 0; }else{ j++; } } fprintf(out, "};\n"); lineno++; tplt_xfer(lemp->name,in,out,&lineno); /* Generate the table of fallback tokens. */ if( lemp->has_fallback ){ int mx = lemp->nterminal - 1; while( mx>0 && lemp->symbols[mx]->fallback==0 ){ mx--; } lemp->tablesize += (mx+1)*szCodeType; for(i=0; i<=mx; i++){ struct symbol *p = lemp->symbols[i]; if( p->fallback==0 ){ fprintf(out, " 0, /* %10s => nothing */\n", p->name); }else{ fprintf(out, " %3d, /* %10s => %s */\n", p->fallback->index, p->name, p->fallback->name); } lineno++; } } tplt_xfer(lemp->name, in, out, &lineno); /* Generate a table containing the symbolic name of every symbol */ for(i=0; insymbol; i++){ lemon_sprintf(line,"\"%s\",",lemp->symbols[i]->name); fprintf(out," %-15s",line); if( (i&3)==3 ){ fprintf(out,"\n"); lineno++; } } if( (i&3)!=0 ){ fprintf(out,"\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate a table containing a text string that describes every ** rule in the rule set of the grammar. This information is used ** when tracing REDUCE actions. */ for(i=0, rp=lemp->rule; rp; rp=rp->next, i++){ assert( rp->index==i ); fprintf(out," /* %3d */ \"", i); writeRuleText(out, rp); fprintf(out,"\",\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes every time a symbol is popped from ** the stack while processing errors or while destroying the parser. ** (In other words, generate the %destructor actions) */ if( lemp->tokendest ){ int once = 1; for(i=0; insymbol; i++){ struct symbol *sp = lemp->symbols[i]; if( sp==0 || sp->type!=TERMINAL ) continue; if( once ){ fprintf(out, " /* TERMINAL Destructor */\n"); lineno++; once = 0; } fprintf(out," case %d: /* %s */\n", sp->index, sp->name); lineno++; } for(i=0; insymbol && lemp->symbols[i]->type!=TERMINAL; i++); if( insymbol ){ emit_destructor_code(out,lemp->symbols[i],lemp,&lineno); fprintf(out," break;\n"); lineno++; } } if( lemp->vardest ){ struct symbol *dflt_sp = 0; int once = 1; for(i=0; insymbol; i++){ struct symbol *sp = lemp->symbols[i]; if( sp==0 || sp->type==TERMINAL || sp->index<=0 || sp->destructor!=0 ) continue; if( once ){ fprintf(out, " /* Default NON-TERMINAL Destructor */\n"); lineno++; once = 0; } fprintf(out," case %d: /* %s */\n", sp->index, sp->name); lineno++; dflt_sp = sp; } if( dflt_sp!=0 ){ emit_destructor_code(out,dflt_sp,lemp,&lineno); } fprintf(out," break;\n"); lineno++; } for(i=0; insymbol; i++){ struct symbol *sp = lemp->symbols[i]; if( sp==0 || sp->type==TERMINAL || sp->destructor==0 ) continue; fprintf(out," case %d: /* %s */\n", sp->index, sp->name); lineno++; /* Combine duplicate destructors into a single case */ for(j=i+1; jnsymbol; j++){ struct symbol *sp2 = lemp->symbols[j]; if( sp2 && sp2->type!=TERMINAL && sp2->destructor && sp2->dtnum==sp->dtnum && strcmp(sp->destructor,sp2->destructor)==0 ){ fprintf(out," case %d: /* %s */\n", sp2->index, sp2->name); lineno++; sp2->destructor = 0; } } emit_destructor_code(out,lemp->symbols[i],lemp,&lineno); fprintf(out," break;\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes whenever the parser stack overflows */ tplt_print(out,lemp,lemp->overflow,&lineno); tplt_xfer(lemp->name,in,out,&lineno); /* Generate the table of rule information ** ** Note: This code depends on the fact that rules are number ** sequentually beginning with 0. */ for(rp=lemp->rule; rp; rp=rp->next){ fprintf(out," { %d, %d },\n",rp->lhs->index,rp->nrhs); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which execution during each REDUCE action */ for(rp=lemp->rule; rp; rp=rp->next){ translate_code(lemp, rp); } /* First output rules other than the default: rule */ for(rp=lemp->rule; rp; rp=rp->next){ struct rule *rp2; /* Other rules with the same action */ if( rp->code==0 ) continue; if( rp->code[0]=='\n' && rp->code[1]==0 ) continue; /* Will be default: */ fprintf(out," case %d: /* ", rp->index); writeRuleText(out, rp); fprintf(out, " */\n"); lineno++; for(rp2=rp->next; rp2; rp2=rp2->next){ if( rp2->code==rp->code ){ fprintf(out," case %d: /* ", rp2->index); writeRuleText(out, rp2); fprintf(out," */ yytestcase(yyruleno==%d);\n", rp2->index); lineno++; rp2->code = 0; } } emit_code(out,rp,lemp,&lineno); fprintf(out," break;\n"); lineno++; rp->code = 0; } /* Finally, output the default: rule. We choose as the default: all ** empty actions. */ fprintf(out," default:\n"); lineno++; for(rp=lemp->rule; rp; rp=rp->next){ if( rp->code==0 ) continue; assert( rp->code[0]=='\n' && rp->code[1]==0 ); fprintf(out," /* (%d) ", rp->index); writeRuleText(out, rp); fprintf(out, " */ yytestcase(yyruleno==%d);\n", rp->index); lineno++; } fprintf(out," break;\n"); lineno++; tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes if a parse fails */ tplt_print(out,lemp,lemp->failure,&lineno); tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes when a syntax error occurs */ tplt_print(out,lemp,lemp->error,&lineno); tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes when the parser accepts its input */ tplt_print(out,lemp,lemp->accept,&lineno); tplt_xfer(lemp->name,in,out,&lineno); /* Append any addition code the user desires */ tplt_print(out,lemp,lemp->extracode,&lineno); fclose(in); fclose(out); return; } /* Generate a header file for the parser */ void ReportHeader(struct lemon *lemp) { FILE *out, *in; const char *prefix; char line[LINESIZE]; char pattern[LINESIZE]; int i; if( lemp->tokenprefix ) prefix = lemp->tokenprefix; else prefix = ""; in = file_open(lemp,".h","rb"); if( in ){ int nextChar; for(i=1; interminal && fgets(line,LINESIZE,in); i++){ lemon_sprintf(pattern,"#define %s%-30s %3d\n", prefix,lemp->symbols[i]->name,i); if( strcmp(line,pattern) ) break; } nextChar = fgetc(in); fclose(in); if( i==lemp->nterminal && nextChar==EOF ){ /* No change in the file. Don't rewrite it. */ return; } } out = file_open(lemp,".h","wb"); if( out ){ for(i=1; interminal; i++){ fprintf(out,"#define %s%-30s %3d\n",prefix,lemp->symbols[i]->name,i); } fclose(out); } return; } /* Reduce the size of the action tables, if possible, by making use ** of defaults. ** ** In this version, we take the most frequent REDUCE action and make ** it the default. Except, there is no default if the wildcard token ** is a possible look-ahead. */ void CompressTables(struct lemon *lemp) { struct state *stp; struct action *ap, *ap2; struct rule *rp, *rp2, *rbest; int nbest, n; int i; int usesWildcard; for(i=0; instate; i++){ stp = lemp->sorted[i]; nbest = 0; rbest = 0; usesWildcard = 0; for(ap=stp->ap; ap; ap=ap->next){ if( ap->type==SHIFT && ap->sp==lemp->wildcard ){ usesWildcard = 1; } if( ap->type!=REDUCE ) continue; rp = ap->x.rp; if( rp->lhsStart ) continue; if( rp==rbest ) continue; n = 1; for(ap2=ap->next; ap2; ap2=ap2->next){ if( ap2->type!=REDUCE ) continue; rp2 = ap2->x.rp; if( rp2==rbest ) continue; if( rp2==rp ) n++; } if( n>nbest ){ nbest = n; rbest = rp; } } /* Do not make a default if the number of rules to default ** is not at least 1 or if the wildcard token is a possible ** lookahead. */ if( nbest<1 || usesWildcard ) continue; /* Combine matching REDUCE actions into a single default */ for(ap=stp->ap; ap; ap=ap->next){ if( ap->type==REDUCE && ap->x.rp==rbest ) break; } assert( ap ); ap->sp = Symbol_new("{default}"); for(ap=ap->next; ap; ap=ap->next){ if( ap->type==REDUCE && ap->x.rp==rbest ) ap->type = NOT_USED; } stp->ap = Action_sort(stp->ap); for(ap=stp->ap; ap; ap=ap->next){ if( ap->type==SHIFT ) break; if( ap->type==REDUCE && ap->x.rp!=rbest ) break; } if( ap==0 ){ stp->autoReduce = 1; stp->pDfltReduce = rbest; } } /* Make a second pass over all states and actions. Convert ** every action that is a SHIFT to an autoReduce state into ** a SHIFTREDUCE action. */ for(i=0; instate; i++){ stp = lemp->sorted[i]; for(ap=stp->ap; ap; ap=ap->next){ struct state *pNextState; if( ap->type!=SHIFT ) continue; pNextState = ap->x.stp; if( pNextState->autoReduce && pNextState->pDfltReduce!=0 ){ ap->type = SHIFTREDUCE; ap->x.rp = pNextState->pDfltReduce; } } } } /* ** Compare two states for sorting purposes. The smaller state is the ** one with the most non-terminal actions. If they have the same number ** of non-terminal actions, then the smaller is the one with the most ** token actions. */ static int stateResortCompare(const void *a, const void *b){ const struct state *pA = *(const struct state**)a; const struct state *pB = *(const struct state**)b; int n; n = pB->nNtAct - pA->nNtAct; if( n==0 ){ n = pB->nTknAct - pA->nTknAct; if( n==0 ){ n = pB->statenum - pA->statenum; } } assert( n!=0 ); return n; } /* ** Renumber and resort states so that states with fewer choices ** occur at the end. Except, keep state 0 as the first state. */ void ResortStates(struct lemon *lemp) { int i; struct state *stp; struct action *ap; for(i=0; instate; i++){ stp = lemp->sorted[i]; stp->nTknAct = stp->nNtAct = 0; stp->iDfltReduce = lemp->nrule; /* Init dflt action to "syntax error" */ stp->iTknOfst = NO_OFFSET; stp->iNtOfst = NO_OFFSET; for(ap=stp->ap; ap; ap=ap->next){ int iAction = compute_action(lemp,ap); if( iAction>=0 ){ if( ap->sp->indexnterminal ){ stp->nTknAct++; }else if( ap->sp->indexnsymbol ){ stp->nNtAct++; }else{ assert( stp->autoReduce==0 || stp->pDfltReduce==ap->x.rp ); stp->iDfltReduce = iAction - lemp->nstate - lemp->nrule; } } } } qsort(&lemp->sorted[1], lemp->nstate-1, sizeof(lemp->sorted[0]), stateResortCompare); for(i=0; instate; i++){ lemp->sorted[i]->statenum = i; } lemp->nxstate = lemp->nstate; while( lemp->nxstate>1 && lemp->sorted[lemp->nxstate-1]->autoReduce ){ lemp->nxstate--; } } /***************** From the file "set.c" ************************************/ /* ** Set manipulation routines for the LEMON parser generator. */ static int size = 0; /* Set the set size */ void SetSize(int n) { size = n+1; } /* Allocate a new set */ char *SetNew(){ char *s; s = (char*)calloc( size, 1); if( s==0 ){ extern void memory_error(); memory_error(); } return s; } /* Deallocate a set */ void SetFree(char *s) { free(s); } /* Add a new element to the set. Return TRUE if the element was added ** and FALSE if it was already there. */ int SetAdd(char *s, int e) { int rv; assert( e>=0 && esize = 1024; x1a->count = 0; x1a->tbl = (x1node*)calloc(1024, sizeof(x1node) + sizeof(x1node*)); if( x1a->tbl==0 ){ free(x1a); x1a = 0; }else{ int i; x1a->ht = (x1node**)&(x1a->tbl[1024]); for(i=0; i<1024; i++) x1a->ht[i] = 0; } } } /* Insert a new record into the array. Return TRUE if successful. ** Prior data with the same key is NOT overwritten */ int Strsafe_insert(const char *data) { x1node *np; unsigned h; unsigned ph; if( x1a==0 ) return 0; ph = strhash(data); h = ph & (x1a->size-1); np = x1a->ht[h]; while( np ){ if( strcmp(np->data,data)==0 ){ /* An existing entry with the same key is found. */ /* Fail because overwrite is not allows. */ return 0; } np = np->next; } if( x1a->count>=x1a->size ){ /* Need to make the hash table bigger */ int i,arrSize; struct s_x1 array; array.size = arrSize = x1a->size*2; array.count = x1a->count; array.tbl = (x1node*)calloc(arrSize, sizeof(x1node) + sizeof(x1node*)); if( array.tbl==0 ) return 0; /* Fail due to malloc failure */ array.ht = (x1node**)&(array.tbl[arrSize]); for(i=0; icount; i++){ x1node *oldnp, *newnp; oldnp = &(x1a->tbl[i]); h = strhash(oldnp->data) & (arrSize-1); newnp = &(array.tbl[i]); if( array.ht[h] ) array.ht[h]->from = &(newnp->next); newnp->next = array.ht[h]; newnp->data = oldnp->data; newnp->from = &(array.ht[h]); array.ht[h] = newnp; } free(x1a->tbl); *x1a = array; } /* Insert the new data */ h = ph & (x1a->size-1); np = &(x1a->tbl[x1a->count++]); np->data = data; if( x1a->ht[h] ) x1a->ht[h]->from = &(np->next); np->next = x1a->ht[h]; x1a->ht[h] = np; np->from = &(x1a->ht[h]); return 1; } /* Return a pointer to data assigned to the given key. Return NULL ** if no such key. */ const char *Strsafe_find(const char *key) { unsigned h; x1node *np; if( x1a==0 ) return 0; h = strhash(key) & (x1a->size-1); np = x1a->ht[h]; while( np ){ if( strcmp(np->data,key)==0 ) break; np = np->next; } return np ? np->data : 0; } /* Return a pointer to the (terminal or nonterminal) symbol "x". ** Create a new symbol if this is the first time "x" has been seen. */ struct symbol *Symbol_new(const char *x) { struct symbol *sp; sp = Symbol_find(x); if( sp==0 ){ sp = (struct symbol *)calloc(1, sizeof(struct symbol) ); MemoryCheck(sp); sp->name = Strsafe(x); sp->type = ISUPPER(*x) ? TERMINAL : NONTERMINAL; sp->rule = 0; sp->fallback = 0; sp->prec = -1; sp->assoc = UNK; sp->firstset = 0; sp->lambda = LEMON_FALSE; sp->destructor = 0; sp->destLineno = 0; sp->datatype = 0; sp->useCnt = 0; Symbol_insert(sp,sp->name); } sp->useCnt++; return sp; } /* Compare two symbols for sorting purposes. Return negative, ** zero, or positive if a is less then, equal to, or greater ** than b. ** ** Symbols that begin with upper case letters (terminals or tokens) ** must sort before symbols that begin with lower case letters ** (non-terminals). And MULTITERMINAL symbols (created using the ** %token_class directive) must sort at the very end. Other than ** that, the order does not matter. ** ** We find experimentally that leaving the symbols in their original ** order (the order they appeared in the grammar file) gives the ** smallest parser tables in SQLite. */ int Symbolcmpp(const void *_a, const void *_b) { const struct symbol *a = *(const struct symbol **) _a; const struct symbol *b = *(const struct symbol **) _b; int i1 = a->type==MULTITERMINAL ? 3 : a->name[0]>'Z' ? 2 : 1; int i2 = b->type==MULTITERMINAL ? 3 : b->name[0]>'Z' ? 2 : 1; return i1==i2 ? a->index - b->index : i1 - i2; } /* There is one instance of the following structure for each ** associative array of type "x2". */ struct s_x2 { int size; /* The number of available slots. */ /* Must be a power of 2 greater than or */ /* equal to 1 */ int count; /* Number of currently slots filled */ struct s_x2node *tbl; /* The data stored here */ struct s_x2node **ht; /* Hash table for lookups */ }; /* There is one instance of this structure for every data element ** in an associative array of type "x2". */ typedef struct s_x2node { struct symbol *data; /* The data */ const char *key; /* The key */ struct s_x2node *next; /* Next entry with the same hash */ struct s_x2node **from; /* Previous link */ } x2node; /* There is only one instance of the array, which is the following */ static struct s_x2 *x2a; /* Allocate a new associative array */ void Symbol_init(){ if( x2a ) return; x2a = (struct s_x2*)malloc( sizeof(struct s_x2) ); if( x2a ){ x2a->size = 128; x2a->count = 0; x2a->tbl = (x2node*)calloc(128, sizeof(x2node) + sizeof(x2node*)); if( x2a->tbl==0 ){ free(x2a); x2a = 0; }else{ int i; x2a->ht = (x2node**)&(x2a->tbl[128]); for(i=0; i<128; i++) x2a->ht[i] = 0; } } } /* Insert a new record into the array. Return TRUE if successful. ** Prior data with the same key is NOT overwritten */ int Symbol_insert(struct symbol *data, const char *key) { x2node *np; unsigned h; unsigned ph; if( x2a==0 ) return 0; ph = strhash(key); h = ph & (x2a->size-1); np = x2a->ht[h]; while( np ){ if( strcmp(np->key,key)==0 ){ /* An existing entry with the same key is found. */ /* Fail because overwrite is not allows. */ return 0; } np = np->next; } if( x2a->count>=x2a->size ){ /* Need to make the hash table bigger */ int i,arrSize; struct s_x2 array; array.size = arrSize = x2a->size*2; array.count = x2a->count; array.tbl = (x2node*)calloc(arrSize, sizeof(x2node) + sizeof(x2node*)); if( array.tbl==0 ) return 0; /* Fail due to malloc failure */ array.ht = (x2node**)&(array.tbl[arrSize]); for(i=0; icount; i++){ x2node *oldnp, *newnp; oldnp = &(x2a->tbl[i]); h = strhash(oldnp->key) & (arrSize-1); newnp = &(array.tbl[i]); if( array.ht[h] ) array.ht[h]->from = &(newnp->next); newnp->next = array.ht[h]; newnp->key = oldnp->key; newnp->data = oldnp->data; newnp->from = &(array.ht[h]); array.ht[h] = newnp; } free(x2a->tbl); *x2a = array; } /* Insert the new data */ h = ph & (x2a->size-1); np = &(x2a->tbl[x2a->count++]); np->key = key; np->data = data; if( x2a->ht[h] ) x2a->ht[h]->from = &(np->next); np->next = x2a->ht[h]; x2a->ht[h] = np; np->from = &(x2a->ht[h]); return 1; } /* Return a pointer to data assigned to the given key. Return NULL ** if no such key. */ struct symbol *Symbol_find(const char *key) { unsigned h; x2node *np; if( x2a==0 ) return 0; h = strhash(key) & (x2a->size-1); np = x2a->ht[h]; while( np ){ if( strcmp(np->key,key)==0 ) break; np = np->next; } return np ? np->data : 0; } /* Return the n-th data. Return NULL if n is out of range. */ struct symbol *Symbol_Nth(int n) { struct symbol *data; if( x2a && n>0 && n<=x2a->count ){ data = x2a->tbl[n-1].data; }else{ data = 0; } return data; } /* Return the size of the array */ int Symbol_count() { return x2a ? x2a->count : 0; } /* Return an array of pointers to all data in the table. ** The array is obtained from malloc. Return NULL if memory allocation ** problems, or if the array is empty. */ struct symbol **Symbol_arrayof() { struct symbol **array; int i,arrSize; if( x2a==0 ) return 0; arrSize = x2a->count; array = (struct symbol **)calloc(arrSize, sizeof(struct symbol *)); if( array ){ for(i=0; itbl[i].data; } return array; } /* Compare two configurations */ int Configcmp(const char *_a,const char *_b) { const struct config *a = (struct config *) _a; const struct config *b = (struct config *) _b; int x; x = a->rp->index - b->rp->index; if( x==0 ) x = a->dot - b->dot; return x; } /* Compare two states */ PRIVATE int statecmp(struct config *a, struct config *b) { int rc; for(rc=0; rc==0 && a && b; a=a->bp, b=b->bp){ rc = a->rp->index - b->rp->index; if( rc==0 ) rc = a->dot - b->dot; } if( rc==0 ){ if( a ) rc = 1; if( b ) rc = -1; } return rc; } /* Hash a state */ PRIVATE unsigned statehash(struct config *a) { unsigned h=0; while( a ){ h = h*571 + a->rp->index*37 + a->dot; a = a->bp; } return h; } /* Allocate a new state structure */ struct state *State_new() { struct state *newstate; newstate = (struct state *)calloc(1, sizeof(struct state) ); MemoryCheck(newstate); return newstate; } /* There is one instance of the following structure for each ** associative array of type "x3". */ struct s_x3 { int size; /* The number of available slots. */ /* Must be a power of 2 greater than or */ /* equal to 1 */ int count; /* Number of currently slots filled */ struct s_x3node *tbl; /* The data stored here */ struct s_x3node **ht; /* Hash table for lookups */ }; /* There is one instance of this structure for every data element ** in an associative array of type "x3". */ typedef struct s_x3node { struct state *data; /* The data */ struct config *key; /* The key */ struct s_x3node *next; /* Next entry with the same hash */ struct s_x3node **from; /* Previous link */ } x3node; /* There is only one instance of the array, which is the following */ static struct s_x3 *x3a; /* Allocate a new associative array */ void State_init(){ if( x3a ) return; x3a = (struct s_x3*)malloc( sizeof(struct s_x3) ); if( x3a ){ x3a->size = 128; x3a->count = 0; x3a->tbl = (x3node*)calloc(128, sizeof(x3node) + sizeof(x3node*)); if( x3a->tbl==0 ){ free(x3a); x3a = 0; }else{ int i; x3a->ht = (x3node**)&(x3a->tbl[128]); for(i=0; i<128; i++) x3a->ht[i] = 0; } } } /* Insert a new record into the array. Return TRUE if successful. ** Prior data with the same key is NOT overwritten */ int State_insert(struct state *data, struct config *key) { x3node *np; unsigned h; unsigned ph; if( x3a==0 ) return 0; ph = statehash(key); h = ph & (x3a->size-1); np = x3a->ht[h]; while( np ){ if( statecmp(np->key,key)==0 ){ /* An existing entry with the same key is found. */ /* Fail because overwrite is not allows. */ return 0; } np = np->next; } if( x3a->count>=x3a->size ){ /* Need to make the hash table bigger */ int i,arrSize; struct s_x3 array; array.size = arrSize = x3a->size*2; array.count = x3a->count; array.tbl = (x3node*)calloc(arrSize, sizeof(x3node) + sizeof(x3node*)); if( array.tbl==0 ) return 0; /* Fail due to malloc failure */ array.ht = (x3node**)&(array.tbl[arrSize]); for(i=0; icount; i++){ x3node *oldnp, *newnp; oldnp = &(x3a->tbl[i]); h = statehash(oldnp->key) & (arrSize-1); newnp = &(array.tbl[i]); if( array.ht[h] ) array.ht[h]->from = &(newnp->next); newnp->next = array.ht[h]; newnp->key = oldnp->key; newnp->data = oldnp->data; newnp->from = &(array.ht[h]); array.ht[h] = newnp; } free(x3a->tbl); *x3a = array; } /* Insert the new data */ h = ph & (x3a->size-1); np = &(x3a->tbl[x3a->count++]); np->key = key; np->data = data; if( x3a->ht[h] ) x3a->ht[h]->from = &(np->next); np->next = x3a->ht[h]; x3a->ht[h] = np; np->from = &(x3a->ht[h]); return 1; } /* Return a pointer to data assigned to the given key. Return NULL ** if no such key. */ struct state *State_find(struct config *key) { unsigned h; x3node *np; if( x3a==0 ) return 0; h = statehash(key) & (x3a->size-1); np = x3a->ht[h]; while( np ){ if( statecmp(np->key,key)==0 ) break; np = np->next; } return np ? np->data : 0; } /* Return an array of pointers to all data in the table. ** The array is obtained from malloc. Return NULL if memory allocation ** problems, or if the array is empty. */ struct state **State_arrayof() { struct state **array; int i,arrSize; if( x3a==0 ) return 0; arrSize = x3a->count; array = (struct state **)calloc(arrSize, sizeof(struct state *)); if( array ){ for(i=0; itbl[i].data; } return array; } /* Hash a configuration */ PRIVATE unsigned confighash(struct config *a) { unsigned h=0; h = h*571 + a->rp->index*37 + a->dot; return h; } /* There is one instance of the following structure for each ** associative array of type "x4". */ struct s_x4 { int size; /* The number of available slots. */ /* Must be a power of 2 greater than or */ /* equal to 1 */ int count; /* Number of currently slots filled */ struct s_x4node *tbl; /* The data stored here */ struct s_x4node **ht; /* Hash table for lookups */ }; /* There is one instance of this structure for every data element ** in an associative array of type "x4". */ typedef struct s_x4node { struct config *data; /* The data */ struct s_x4node *next; /* Next entry with the same hash */ struct s_x4node **from; /* Previous link */ } x4node; /* There is only one instance of the array, which is the following */ static struct s_x4 *x4a; /* Allocate a new associative array */ void Configtable_init(){ if( x4a ) return; x4a = (struct s_x4*)malloc( sizeof(struct s_x4) ); if( x4a ){ x4a->size = 64; x4a->count = 0; x4a->tbl = (x4node*)calloc(64, sizeof(x4node) + sizeof(x4node*)); if( x4a->tbl==0 ){ free(x4a); x4a = 0; }else{ int i; x4a->ht = (x4node**)&(x4a->tbl[64]); for(i=0; i<64; i++) x4a->ht[i] = 0; } } } /* Insert a new record into the array. Return TRUE if successful. ** Prior data with the same key is NOT overwritten */ int Configtable_insert(struct config *data) { x4node *np; unsigned h; unsigned ph; if( x4a==0 ) return 0; ph = confighash(data); h = ph & (x4a->size-1); np = x4a->ht[h]; while( np ){ if( Configcmp((const char *) np->data,(const char *) data)==0 ){ /* An existing entry with the same key is found. */ /* Fail because overwrite is not allows. */ return 0; } np = np->next; } if( x4a->count>=x4a->size ){ /* Need to make the hash table bigger */ int i,arrSize; struct s_x4 array; array.size = arrSize = x4a->size*2; array.count = x4a->count; array.tbl = (x4node*)calloc(arrSize, sizeof(x4node) + sizeof(x4node*)); if( array.tbl==0 ) return 0; /* Fail due to malloc failure */ array.ht = (x4node**)&(array.tbl[arrSize]); for(i=0; icount; i++){ x4node *oldnp, *newnp; oldnp = &(x4a->tbl[i]); h = confighash(oldnp->data) & (arrSize-1); newnp = &(array.tbl[i]); if( array.ht[h] ) array.ht[h]->from = &(newnp->next); newnp->next = array.ht[h]; newnp->data = oldnp->data; newnp->from = &(array.ht[h]); array.ht[h] = newnp; } free(x4a->tbl); *x4a = array; } /* Insert the new data */ h = ph & (x4a->size-1); np = &(x4a->tbl[x4a->count++]); np->data = data; if( x4a->ht[h] ) x4a->ht[h]->from = &(np->next); np->next = x4a->ht[h]; x4a->ht[h] = np; np->from = &(x4a->ht[h]); return 1; } /* Return a pointer to data assigned to the given key. Return NULL ** if no such key. */ struct config *Configtable_find(struct config *key) { int h; x4node *np; if( x4a==0 ) return 0; h = confighash(key) & (x4a->size-1); np = x4a->ht[h]; while( np ){ if( Configcmp((const char *) np->data,(const char *) key)==0 ) break; np = np->next; } return np ? np->data : 0; } /* Remove all data from the table. Pass each data to the function "f" ** as it is removed. ("f" may be null to avoid this step.) */ void Configtable_clear(int(*f)(struct config *)) { int i; if( x4a==0 || x4a->count==0 ) return; if( f ) for(i=0; icount; i++) (*f)(x4a->tbl[i].data); for(i=0; isize; i++) x4a->ht[i] = 0; x4a->count = 0; return; } aspectc++/Puma/tools/lemon/PaxHeaders.4702/lempar.c0000644000000000000000000000007412740141200017073 xustar0030 atime=1468174988.047165356 30 ctime=1468174988.047165356 aspectc++/Puma/tools/lemon/lempar.c0000644000175000001440000007057612740141200017274 0ustar00osusers00000000000000/* Driver template for the LEMON parser generator. ** The author disclaims copyright to this source code. */ /* First off, code is included that follows the "include" declaration ** in the input grammar file. */ #include %% /* Next is all token values, in a form suitable for use by makeheaders. ** This section will be null unless lemon is run with the -m switch. */ /* ** These constants (all generated automatically by the parser generator) ** specify the various kinds of tokens (terminals) that the parser ** understands. ** ** Each symbol here is a terminal symbol in the grammar. */ %% /* Make sure the INTERFACE macro is defined. */ #ifndef INTERFACE # define INTERFACE 1 #endif /* The next thing included is series of defines which control ** various aspects of the generated parser. ** YYCODETYPE is the data type used for storing terminal ** and nonterminal numbers. "unsigned char" is ** used if there are fewer than 250 terminals ** and nonterminals. "int" is used otherwise. ** YYNOCODE is a number of type YYCODETYPE which corresponds ** to no legal terminal or nonterminal number. This ** number is used to fill in empty slots of the hash ** table. ** YYFALLBACK If defined, this indicates that one or more tokens ** have fall-back values which should be used if the ** original value of the token will not parse. ** YYACTIONTYPE is the data type used for storing terminal ** and nonterminal numbers. "unsigned char" is ** used if there are fewer than 250 rules and ** states combined. "int" is used otherwise. ** ParseTOKENTYPE is the data type used for minor tokens given ** directly to the parser from the tokenizer. ** YYMINORTYPE is the data type used for all minor tokens. ** This is typically a union of many types, one of ** which is ParseTOKENTYPE. The entry in the union ** for base tokens is called "yy0". ** YYSTACKDEPTH is the maximum depth of the parser's stack. If ** zero the stack is dynamically sized using realloc() ** ParseARG_SDECL A static variable declaration for the %extra_argument ** ParseARG_PDECL A parameter declaration for the %extra_argument ** ParseARG_STORE Code to store %extra_argument into yypParser ** ParseARG_FETCH Code to extract %extra_argument from yypParser ** YYERRORSYMBOL is the code number of the error symbol. If not ** defined, then do no error processing. ** YYNSTATE the combined number of states. ** YYNRULE the number of rules in the grammar ** YY_MAX_SHIFT Maximum value for shift actions ** YY_MIN_SHIFTREDUCE Minimum value for shift-reduce actions ** YY_MAX_SHIFTREDUCE Maximum value for shift-reduce actions ** YY_MIN_REDUCE Maximum value for reduce actions ** YY_ERROR_ACTION The yy_action[] code for syntax error ** YY_ACCEPT_ACTION The yy_action[] code for accept ** YY_NO_ACTION The yy_action[] code for no-op */ %% /* The yyzerominor constant is used to initialize instances of ** YYMINORTYPE objects to zero. */ static const YYMINORTYPE yyzerominor = { 0 }; /* Define the yytestcase() macro to be a no-op if is not already defined ** otherwise. ** ** Applications can choose to define yytestcase() in the %include section ** to a macro that can assist in verifying code coverage. For production ** code the yytestcase() macro should be turned off. But it is useful ** for testing. */ #ifndef yytestcase # define yytestcase(X) #endif /* Next are the tables used to determine what action to take based on the ** current state and lookahead token. These tables are used to implement ** functions that take a state number and lookahead value and return an ** action integer. ** ** Suppose the action integer is N. Then the action is determined as ** follows ** ** 0 <= N <= YY_MAX_SHIFT Shift N. That is, push the lookahead ** token onto the stack and goto state N. ** ** N between YY_MIN_SHIFTREDUCE Shift to an arbitrary state then ** and YY_MAX_SHIFTREDUCE reduce by rule N-YY_MIN_SHIFTREDUCE. ** ** N between YY_MIN_REDUCE Reduce by rule N-YY_MIN_REDUCE ** and YY_MAX_REDUCE ** N == YY_ERROR_ACTION A syntax error has occurred. ** ** N == YY_ACCEPT_ACTION The parser accepts its input. ** ** N == YY_NO_ACTION No such action. Denotes unused ** slots in the yy_action[] table. ** ** The action table is constructed as a single large table named yy_action[]. ** Given state S and lookahead X, the action is computed as ** ** yy_action[ yy_shift_ofst[S] + X ] ** ** If the index value yy_shift_ofst[S]+X is out of range or if the value ** yy_lookahead[yy_shift_ofst[S]+X] is not equal to X or if yy_shift_ofst[S] ** is equal to YY_SHIFT_USE_DFLT, it means that the action is not in the table ** and that yy_default[S] should be used instead. ** ** The formula above is for computing the action when the lookahead is ** a terminal symbol. If the lookahead is a non-terminal (as occurs after ** a reduce action) then the yy_reduce_ofst[] array is used in place of ** the yy_shift_ofst[] array and YY_REDUCE_USE_DFLT is used in place of ** YY_SHIFT_USE_DFLT. ** ** The following are the tables generated in this section: ** ** yy_action[] A single table containing all actions. ** yy_lookahead[] A table containing the lookahead for each entry in ** yy_action. Used to detect hash collisions. ** yy_shift_ofst[] For each state, the offset into yy_action for ** shifting terminals. ** yy_reduce_ofst[] For each state, the offset into yy_action for ** shifting non-terminals after a reduce. ** yy_default[] Default action for each state. */ %% /* The next table maps tokens into fallback tokens. If a construct ** like the following: ** ** %fallback ID X Y Z. ** ** appears in the grammar, then ID becomes a fallback token for X, Y, ** and Z. Whenever one of the tokens X, Y, or Z is input to the parser ** but it does not parse, the type of the token is changed to ID and ** the parse is retried before an error is thrown. */ #ifdef YYFALLBACK static const YYCODETYPE yyFallback[] = { %% }; #endif /* YYFALLBACK */ /* The following structure represents a single element of the ** parser's stack. Information stored includes: ** ** + The state number for the parser at this level of the stack. ** ** + The value of the token stored at this level of the stack. ** (In other words, the "major" token.) ** ** + The semantic value stored at this level of the stack. This is ** the information used by the action routines in the grammar. ** It is sometimes called the "minor" token. ** ** After the "shift" half of a SHIFTREDUCE action, the stateno field ** actually contains the reduce action for the second half of the ** SHIFTREDUCE. */ struct yyStackEntry { YYACTIONTYPE stateno; /* The state-number, or reduce action in SHIFTREDUCE */ YYCODETYPE major; /* The major token value. This is the code ** number for the token at this stack level */ YYMINORTYPE minor; /* The user-supplied minor token value. This ** is the value of the token */ }; typedef struct yyStackEntry yyStackEntry; /* The state of the parser is completely contained in an instance of ** the following structure */ struct yyParser { int yyidx; /* Index of top element in stack */ #ifdef YYTRACKMAXSTACKDEPTH int yyidxMax; /* Maximum value of yyidx */ #endif int yyerrcnt; /* Shifts left before out of the error */ ParseARG_SDECL /* A place to hold %extra_argument */ #if YYSTACKDEPTH<=0 int yystksz; /* Current side of the stack */ yyStackEntry *yystack; /* The parser's stack */ #else yyStackEntry yystack[YYSTACKDEPTH]; /* The parser's stack */ #endif }; typedef struct yyParser yyParser; #ifndef NDEBUG #include static FILE *yyTraceFILE = 0; static char *yyTracePrompt = 0; #endif /* NDEBUG */ #ifndef NDEBUG /* ** Turn parser tracing on by giving a stream to which to write the trace ** and a prompt to preface each trace message. Tracing is turned off ** by making either argument NULL ** ** Inputs: **

    **
  • A FILE* to which trace output should be written. ** If NULL, then tracing is turned off. **
  • A prefix string written at the beginning of every ** line of trace output. If NULL, then tracing is ** turned off. **
** ** Outputs: ** None. */ void ParseTrace(FILE *TraceFILE, char *zTracePrompt){ yyTraceFILE = TraceFILE; yyTracePrompt = zTracePrompt; if( yyTraceFILE==0 ) yyTracePrompt = 0; else if( yyTracePrompt==0 ) yyTraceFILE = 0; } #endif /* NDEBUG */ #ifndef NDEBUG /* For tracing shifts, the names of all terminals and nonterminals ** are required. The following table supplies these names */ static const char *const yyTokenName[] = { %% }; #endif /* NDEBUG */ #ifndef NDEBUG /* For tracing reduce actions, the names of all rules are required. */ static const char *const yyRuleName[] = { %% }; #endif /* NDEBUG */ #if YYSTACKDEPTH<=0 /* ** Try to increase the size of the parser stack. */ static void yyGrowStack(yyParser *p){ int newSize; yyStackEntry *pNew; newSize = p->yystksz*2 + 100; pNew = realloc(p->yystack, newSize*sizeof(pNew[0])); if( pNew ){ p->yystack = pNew; p->yystksz = newSize; #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sStack grows to %d entries!\n", yyTracePrompt, p->yystksz); } #endif } } #endif /* ** This function allocates a new parser. ** The only argument is a pointer to a function which works like ** malloc. ** ** Inputs: ** A pointer to the function used to allocate memory. ** ** Outputs: ** A pointer to a parser. This pointer is used in subsequent calls ** to Parse and ParseFree. */ void *ParseAlloc(void *(*mallocProc)(size_t)){ yyParser *pParser; pParser = (yyParser*)(*mallocProc)( (size_t)sizeof(yyParser) ); if( pParser ){ pParser->yyidx = -1; #ifdef YYTRACKMAXSTACKDEPTH pParser->yyidxMax = 0; #endif #if YYSTACKDEPTH<=0 pParser->yystack = NULL; pParser->yystksz = 0; yyGrowStack(pParser); #endif } return pParser; } /* The following function deletes the value associated with a ** symbol. The symbol can be either a terminal or nonterminal. ** "yymajor" is the symbol code, and "yypminor" is a pointer to ** the value. */ static void yy_destructor( yyParser *yypParser, /* The parser */ YYCODETYPE yymajor, /* Type code for object to destroy */ YYMINORTYPE *yypminor /* The object to be destroyed */ ){ ParseARG_FETCH; switch( yymajor ){ /* Here is inserted the actions which take place when a ** terminal or non-terminal is destroyed. This can happen ** when the symbol is popped from the stack during a ** reduce or during error processing or when a parser is ** being destroyed before it is finished parsing. ** ** Note: during a reduce, the only symbols destroyed are those ** which appear on the RHS of the rule, but which are not used ** inside the C code. */ %% default: break; /* If no destructor action specified: do nothing */ } } /* ** Pop the parser's stack once. ** ** If there is a destructor routine associated with the token which ** is popped from the stack, then call it. ** ** Return the major token number for the symbol popped. */ static int yy_pop_parser_stack(yyParser *pParser){ YYCODETYPE yymajor; yyStackEntry *yytos = &pParser->yystack[pParser->yyidx]; if( pParser->yyidx<0 ) return 0; #ifndef NDEBUG if( yyTraceFILE && pParser->yyidx>=0 ){ fprintf(yyTraceFILE,"%sPopping %s\n", yyTracePrompt, yyTokenName[yytos->major]); } #endif yymajor = yytos->major; yy_destructor(pParser, yymajor, &yytos->minor); pParser->yyidx--; return yymajor; } /* ** Deallocate and destroy a parser. Destructors are all called for ** all stack elements before shutting the parser down. ** ** Inputs: **
    **
  • A pointer to the parser. This should be a pointer ** obtained from ParseAlloc. **
  • A pointer to a function used to reclaim memory obtained ** from malloc. **
*/ void ParseFree( void *p, /* The parser to be deleted */ void (*freeProc)(void*) /* Function used to reclaim memory */ ){ yyParser *pParser = (yyParser*)p; if( pParser==0 ) return; while( pParser->yyidx>=0 ) yy_pop_parser_stack(pParser); #if YYSTACKDEPTH<=0 free(pParser->yystack); #endif (*freeProc)((void*)pParser); } /* ** Return the peak depth of the stack for a parser. */ #ifdef YYTRACKMAXSTACKDEPTH int ParseStackPeak(void *p){ yyParser *pParser = (yyParser*)p; return pParser->yyidxMax; } #endif /* ** Find the appropriate action for a parser given the terminal ** look-ahead token iLookAhead. ** ** If the look-ahead token is YYNOCODE, then check to see if the action is ** independent of the look-ahead. If it is, return the action, otherwise ** return YY_NO_ACTION. */ static int yy_find_shift_action( yyParser *pParser, /* The parser */ YYCODETYPE iLookAhead /* The look-ahead token */ ){ int i; int stateno = pParser->yystack[pParser->yyidx].stateno; if( stateno>=YY_MIN_REDUCE ) return stateno; assert( stateno <= YY_SHIFT_COUNT ); i = yy_shift_ofst[stateno]; if( i==YY_SHIFT_USE_DFLT ) return yy_default[stateno]; assert( iLookAhead!=YYNOCODE ); i += iLookAhead; if( i<0 || i>=YY_ACTTAB_COUNT || yy_lookahead[i]!=iLookAhead ){ if( iLookAhead>0 ){ #ifdef YYFALLBACK YYCODETYPE iFallback; /* Fallback token */ if( iLookAhead %s\n", yyTracePrompt, yyTokenName[iLookAhead], yyTokenName[iFallback]); } #endif return yy_find_shift_action(pParser, iFallback); } #endif #ifdef YYWILDCARD { int j = i - iLookAhead + YYWILDCARD; if( #if YY_SHIFT_MIN+YYWILDCARD<0 j>=0 && #endif #if YY_SHIFT_MAX+YYWILDCARD>=YY_ACTTAB_COUNT j %s\n", yyTracePrompt, yyTokenName[iLookAhead], yyTokenName[YYWILDCARD]); } #endif /* NDEBUG */ return yy_action[j]; } } #endif /* YYWILDCARD */ } return yy_default[stateno]; }else{ return yy_action[i]; } } /* ** Find the appropriate action for a parser given the non-terminal ** look-ahead token iLookAhead. ** ** If the look-ahead token is YYNOCODE, then check to see if the action is ** independent of the look-ahead. If it is, return the action, otherwise ** return YY_NO_ACTION. */ static int yy_find_reduce_action( int stateno, /* Current state number */ YYCODETYPE iLookAhead /* The look-ahead token */ ){ int i; #ifdef YYERRORSYMBOL if( stateno>YY_REDUCE_COUNT ){ return yy_default[stateno]; } #else assert( stateno<=YY_REDUCE_COUNT ); #endif i = yy_reduce_ofst[stateno]; assert( i!=YY_REDUCE_USE_DFLT ); assert( iLookAhead!=YYNOCODE ); i += iLookAhead; #ifdef YYERRORSYMBOL if( i<0 || i>=YY_ACTTAB_COUNT || yy_lookahead[i]!=iLookAhead ){ return yy_default[stateno]; } #else assert( i>=0 && iyyidx--; #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sStack Overflow!\n",yyTracePrompt); } #endif while( yypParser->yyidx>=0 ) yy_pop_parser_stack(yypParser); /* Here code is inserted which will execute if the parser ** stack every overflows */ %% ParseARG_STORE; /* Suppress warning about unused %extra_argument var */ } /* ** Print tracing information for a SHIFT action */ #ifndef NDEBUG static void yyTraceShift(yyParser *yypParser, int yyNewState){ if( yyTraceFILE ){ int i; if( yyNewStateyyidx; i++) fprintf(yyTraceFILE," %s",yyTokenName[yypParser->yystack[i].major]); fprintf(yyTraceFILE,"\n"); }else{ fprintf(yyTraceFILE,"%sShift *\n",yyTracePrompt); } } } #else # define yyTraceShift(X,Y) #endif /* ** Perform a shift action. Return the number of errors. */ static void yy_shift( yyParser *yypParser, /* The parser to be shifted */ int yyNewState, /* The new state to shift in */ int yyMajor, /* The major token to shift in */ YYMINORTYPE *yypMinor /* Pointer to the minor token to shift in */ ){ yyStackEntry *yytos; yypParser->yyidx++; #ifdef YYTRACKMAXSTACKDEPTH if( yypParser->yyidx>yypParser->yyidxMax ){ yypParser->yyidxMax = yypParser->yyidx; } #endif #if YYSTACKDEPTH>0 if( yypParser->yyidx>=YYSTACKDEPTH ){ yyStackOverflow(yypParser, yypMinor); return; } #else if( yypParser->yyidx>=yypParser->yystksz ){ yyGrowStack(yypParser); if( yypParser->yyidx>=yypParser->yystksz ){ yyStackOverflow(yypParser, yypMinor); return; } } #endif yytos = &yypParser->yystack[yypParser->yyidx]; yytos->stateno = (YYACTIONTYPE)yyNewState; yytos->major = (YYCODETYPE)yyMajor; yytos->minor = *yypMinor; yyTraceShift(yypParser, yyNewState); } /* The following table contains information about every rule that ** is used during the reduce. */ static const struct { YYCODETYPE lhs; /* Symbol on the left-hand side of the rule */ unsigned char nrhs; /* Number of right-hand side symbols in the rule */ } yyRuleInfo[] = { %% }; static void yy_accept(yyParser*); /* Forward Declaration */ /* ** Perform a reduce action and the shift that must immediately ** follow the reduce. */ static void yy_reduce( yyParser *yypParser, /* The parser */ int yyruleno /* Number of the rule by which to reduce */ ){ int yygoto; /* The next state */ int yyact; /* The next action */ YYMINORTYPE yygotominor; /* The LHS of the rule reduced */ yyStackEntry *yymsp; /* The top of the parser's stack */ int yysize; /* Amount to pop the stack */ ParseARG_FETCH; yymsp = &yypParser->yystack[yypParser->yyidx]; #ifndef NDEBUG if( yyTraceFILE && yyruleno>=0 && yyruleno<(int)(sizeof(yyRuleName)/sizeof(yyRuleName[0])) ){ yysize = yyRuleInfo[yyruleno].nrhs; fprintf(yyTraceFILE, "%sReduce [%s] -> state %d.\n", yyTracePrompt, yyRuleName[yyruleno], yymsp[-yysize].stateno); } #endif /* NDEBUG */ /* Silence complaints from purify about yygotominor being uninitialized ** in some cases when it is copied into the stack after the following ** switch. yygotominor is uninitialized when a rule reduces that does ** not set the value of its left-hand side nonterminal. Leaving the ** value of the nonterminal uninitialized is utterly harmless as long ** as the value is never used. So really the only thing this code ** accomplishes is to quieten purify. ** ** 2007-01-16: The wireshark project (www.wireshark.org) reports that ** without this code, their parser segfaults. I'm not sure what there ** parser is doing to make this happen. This is the second bug report ** from wireshark this week. Clearly they are stressing Lemon in ways ** that it has not been previously stressed... (SQLite ticket #2172) */ /*memset(&yygotominor, 0, sizeof(yygotominor));*/ yygotominor = yyzerominor; switch( yyruleno ){ /* Beginning here are the reduction cases. A typical example ** follows: ** case 0: ** #line ** { ... } // User supplied code ** #line ** break; */ %% }; yygoto = yyRuleInfo[yyruleno].lhs; yysize = yyRuleInfo[yyruleno].nrhs; yypParser->yyidx -= yysize; yyact = yy_find_reduce_action(yymsp[-yysize].stateno,(YYCODETYPE)yygoto); if( yyact <= YY_MAX_SHIFTREDUCE ){ if( yyact>YY_MAX_SHIFT ) yyact += YY_MIN_REDUCE - YY_MIN_SHIFTREDUCE; /* If the reduce action popped at least ** one element off the stack, then we can push the new element back ** onto the stack here, and skip the stack overflow test in yy_shift(). ** That gives a significant speed improvement. */ if( yysize ){ yypParser->yyidx++; yymsp -= yysize-1; yymsp->stateno = (YYACTIONTYPE)yyact; yymsp->major = (YYCODETYPE)yygoto; yymsp->minor = yygotominor; yyTraceShift(yypParser, yyact); }else{ yy_shift(yypParser,yyact,yygoto,&yygotominor); } }else{ assert( yyact == YY_ACCEPT_ACTION ); yy_accept(yypParser); } } /* ** The following code executes when the parse fails */ #ifndef YYNOERRORRECOVERY static void yy_parse_failed( yyParser *yypParser /* The parser */ ){ ParseARG_FETCH; #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sFail!\n",yyTracePrompt); } #endif while( yypParser->yyidx>=0 ) yy_pop_parser_stack(yypParser); /* Here code is inserted which will be executed whenever the ** parser fails */ %% ParseARG_STORE; /* Suppress warning about unused %extra_argument variable */ } #endif /* YYNOERRORRECOVERY */ /* ** The following code executes when a syntax error first occurs. */ static void yy_syntax_error( yyParser *yypParser, /* The parser */ int yymajor, /* The major type of the error token */ YYMINORTYPE yyminor /* The minor type of the error token */ ){ ParseARG_FETCH; #define TOKEN (yyminor.yy0) %% ParseARG_STORE; /* Suppress warning about unused %extra_argument variable */ } /* ** The following is executed when the parser accepts */ static void yy_accept( yyParser *yypParser /* The parser */ ){ ParseARG_FETCH; #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sAccept!\n",yyTracePrompt); } #endif while( yypParser->yyidx>=0 ) yy_pop_parser_stack(yypParser); /* Here code is inserted which will be executed whenever the ** parser accepts */ %% ParseARG_STORE; /* Suppress warning about unused %extra_argument variable */ } /* The main parser program. ** The first argument is a pointer to a structure obtained from ** "ParseAlloc" which describes the current state of the parser. ** The second argument is the major token number. The third is ** the minor token. The fourth optional argument is whatever the ** user wants (and specified in the grammar) and is available for ** use by the action routines. ** ** Inputs: **
    **
  • A pointer to the parser (an opaque structure.) **
  • The major token number. **
  • The minor token number. **
  • An option argument of a grammar-specified type. **
** ** Outputs: ** None. */ void Parse( void *yyp, /* The parser */ int yymajor, /* The major token code number */ ParseTOKENTYPE yyminor /* The value for the token */ ParseARG_PDECL /* Optional %extra_argument parameter */ ){ YYMINORTYPE yyminorunion; int yyact; /* The parser action. */ int yyendofinput; /* True if we are at the end of input */ #ifdef YYERRORSYMBOL int yyerrorhit = 0; /* True if yymajor has invoked an error */ #endif yyParser *yypParser; /* The parser */ /* (re)initialize the parser, if necessary */ yypParser = (yyParser*)yyp; if( yypParser->yyidx<0 ){ #if YYSTACKDEPTH<=0 if( yypParser->yystksz <=0 ){ /*memset(&yyminorunion, 0, sizeof(yyminorunion));*/ yyminorunion = yyzerominor; yyStackOverflow(yypParser, &yyminorunion); return; } #endif yypParser->yyidx = 0; yypParser->yyerrcnt = -1; yypParser->yystack[0].stateno = 0; yypParser->yystack[0].major = 0; } yyminorunion.yy0 = yyminor; yyendofinput = (yymajor==0); ParseARG_STORE; #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sInput %s\n",yyTracePrompt,yyTokenName[yymajor]); } #endif do{ yyact = yy_find_shift_action(yypParser,(YYCODETYPE)yymajor); if( yyact <= YY_MAX_SHIFTREDUCE ){ if( yyact > YY_MAX_SHIFT ) yyact += YY_MIN_REDUCE - YY_MIN_SHIFTREDUCE; yy_shift(yypParser,yyact,yymajor,&yyminorunion); yypParser->yyerrcnt--; yymajor = YYNOCODE; }else if( yyact <= YY_MAX_REDUCE ){ yy_reduce(yypParser,yyact-YY_MIN_REDUCE); }else{ assert( yyact == YY_ERROR_ACTION ); #ifdef YYERRORSYMBOL int yymx; #endif #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sSyntax Error!\n",yyTracePrompt); } #endif #ifdef YYERRORSYMBOL /* A syntax error has occurred. ** The response to an error depends upon whether or not the ** grammar defines an error token "ERROR". ** ** This is what we do if the grammar does define ERROR: ** ** * Call the %syntax_error function. ** ** * Begin popping the stack until we enter a state where ** it is legal to shift the error symbol, then shift ** the error symbol. ** ** * Set the error count to three. ** ** * Begin accepting and shifting new tokens. No new error ** processing will occur until three tokens have been ** shifted successfully. ** */ if( yypParser->yyerrcnt<0 ){ yy_syntax_error(yypParser,yymajor,yyminorunion); } yymx = yypParser->yystack[yypParser->yyidx].major; if( yymx==YYERRORSYMBOL || yyerrorhit ){ #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sDiscard input token %s\n", yyTracePrompt,yyTokenName[yymajor]); } #endif yy_destructor(yypParser, (YYCODETYPE)yymajor,&yyminorunion); yymajor = YYNOCODE; }else{ while( yypParser->yyidx >= 0 && yymx != YYERRORSYMBOL && (yyact = yy_find_reduce_action( yypParser->yystack[yypParser->yyidx].stateno, YYERRORSYMBOL)) >= YY_MIN_REDUCE ){ yy_pop_parser_stack(yypParser); } if( yypParser->yyidx < 0 || yymajor==0 ){ yy_destructor(yypParser,(YYCODETYPE)yymajor,&yyminorunion); yy_parse_failed(yypParser); yymajor = YYNOCODE; }else if( yymx!=YYERRORSYMBOL ){ YYMINORTYPE u2; u2.YYERRSYMDT = 0; yy_shift(yypParser,yyact,YYERRORSYMBOL,&u2); } } yypParser->yyerrcnt = 3; yyerrorhit = 1; #elif defined(YYNOERRORRECOVERY) /* If the YYNOERRORRECOVERY macro is defined, then do not attempt to ** do any kind of error recovery. Instead, simply invoke the syntax ** error routine and continue going as if nothing had happened. ** ** Applications can set this macro (for example inside %include) if ** they intend to abandon the parse upon the first syntax error seen. */ yy_syntax_error(yypParser,yymajor,yyminorunion); yy_destructor(yypParser,(YYCODETYPE)yymajor,&yyminorunion); yymajor = YYNOCODE; #else /* YYERRORSYMBOL is not defined */ /* This is what we do if the grammar does not define ERROR: ** ** * Report an error message, and throw away the input token. ** ** * If the input token is $, then fail the parse. ** ** As before, subsequent error messages are suppressed until ** three input tokens have been successfully shifted. */ if( yypParser->yyerrcnt<=0 ){ yy_syntax_error(yypParser,yymajor,yyminorunion); } yypParser->yyerrcnt = 3; yy_destructor(yypParser,(YYCODETYPE)yymajor,&yyminorunion); if( yyendofinput ){ yy_parse_failed(yypParser); } yymajor = YYNOCODE; #endif } }while( yymajor!=YYNOCODE && yypParser->yyidx>=0 ); #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sReturn\n",yyTracePrompt); } #endif return; } aspectc++/Puma/tools/lemon/PaxHeaders.4702/lempar.c.orig0000644000000000000000000000007412740141200020032 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/tools/lemon/lempar.c.orig0000644000175000001440000007057612740141200020233 0ustar00osusers00000000000000/* Driver template for the LEMON parser generator. ** The author disclaims copyright to this source code. */ /* First off, code is included that follows the "include" declaration ** in the input grammar file. */ #include %% /* Next is all token values, in a form suitable for use by makeheaders. ** This section will be null unless lemon is run with the -m switch. */ /* ** These constants (all generated automatically by the parser generator) ** specify the various kinds of tokens (terminals) that the parser ** understands. ** ** Each symbol here is a terminal symbol in the grammar. */ %% /* Make sure the INTERFACE macro is defined. */ #ifndef INTERFACE # define INTERFACE 1 #endif /* The next thing included is series of defines which control ** various aspects of the generated parser. ** YYCODETYPE is the data type used for storing terminal ** and nonterminal numbers. "unsigned char" is ** used if there are fewer than 250 terminals ** and nonterminals. "int" is used otherwise. ** YYNOCODE is a number of type YYCODETYPE which corresponds ** to no legal terminal or nonterminal number. This ** number is used to fill in empty slots of the hash ** table. ** YYFALLBACK If defined, this indicates that one or more tokens ** have fall-back values which should be used if the ** original value of the token will not parse. ** YYACTIONTYPE is the data type used for storing terminal ** and nonterminal numbers. "unsigned char" is ** used if there are fewer than 250 rules and ** states combined. "int" is used otherwise. ** ParseTOKENTYPE is the data type used for minor tokens given ** directly to the parser from the tokenizer. ** YYMINORTYPE is the data type used for all minor tokens. ** This is typically a union of many types, one of ** which is ParseTOKENTYPE. The entry in the union ** for base tokens is called "yy0". ** YYSTACKDEPTH is the maximum depth of the parser's stack. If ** zero the stack is dynamically sized using realloc() ** ParseARG_SDECL A static variable declaration for the %extra_argument ** ParseARG_PDECL A parameter declaration for the %extra_argument ** ParseARG_STORE Code to store %extra_argument into yypParser ** ParseARG_FETCH Code to extract %extra_argument from yypParser ** YYERRORSYMBOL is the code number of the error symbol. If not ** defined, then do no error processing. ** YYNSTATE the combined number of states. ** YYNRULE the number of rules in the grammar ** YY_MAX_SHIFT Maximum value for shift actions ** YY_MIN_SHIFTREDUCE Minimum value for shift-reduce actions ** YY_MAX_SHIFTREDUCE Maximum value for shift-reduce actions ** YY_MIN_REDUCE Maximum value for reduce actions ** YY_ERROR_ACTION The yy_action[] code for syntax error ** YY_ACCEPT_ACTION The yy_action[] code for accept ** YY_NO_ACTION The yy_action[] code for no-op */ %% /* The yyzerominor constant is used to initialize instances of ** YYMINORTYPE objects to zero. */ static const YYMINORTYPE yyzerominor = { 0 }; /* Define the yytestcase() macro to be a no-op if is not already defined ** otherwise. ** ** Applications can choose to define yytestcase() in the %include section ** to a macro that can assist in verifying code coverage. For production ** code the yytestcase() macro should be turned off. But it is useful ** for testing. */ #ifndef yytestcase # define yytestcase(X) #endif /* Next are the tables used to determine what action to take based on the ** current state and lookahead token. These tables are used to implement ** functions that take a state number and lookahead value and return an ** action integer. ** ** Suppose the action integer is N. Then the action is determined as ** follows ** ** 0 <= N <= YY_MAX_SHIFT Shift N. That is, push the lookahead ** token onto the stack and goto state N. ** ** N between YY_MIN_SHIFTREDUCE Shift to an arbitrary state then ** and YY_MAX_SHIFTREDUCE reduce by rule N-YY_MIN_SHIFTREDUCE. ** ** N between YY_MIN_REDUCE Reduce by rule N-YY_MIN_REDUCE ** and YY_MAX_REDUCE ** N == YY_ERROR_ACTION A syntax error has occurred. ** ** N == YY_ACCEPT_ACTION The parser accepts its input. ** ** N == YY_NO_ACTION No such action. Denotes unused ** slots in the yy_action[] table. ** ** The action table is constructed as a single large table named yy_action[]. ** Given state S and lookahead X, the action is computed as ** ** yy_action[ yy_shift_ofst[S] + X ] ** ** If the index value yy_shift_ofst[S]+X is out of range or if the value ** yy_lookahead[yy_shift_ofst[S]+X] is not equal to X or if yy_shift_ofst[S] ** is equal to YY_SHIFT_USE_DFLT, it means that the action is not in the table ** and that yy_default[S] should be used instead. ** ** The formula above is for computing the action when the lookahead is ** a terminal symbol. If the lookahead is a non-terminal (as occurs after ** a reduce action) then the yy_reduce_ofst[] array is used in place of ** the yy_shift_ofst[] array and YY_REDUCE_USE_DFLT is used in place of ** YY_SHIFT_USE_DFLT. ** ** The following are the tables generated in this section: ** ** yy_action[] A single table containing all actions. ** yy_lookahead[] A table containing the lookahead for each entry in ** yy_action. Used to detect hash collisions. ** yy_shift_ofst[] For each state, the offset into yy_action for ** shifting terminals. ** yy_reduce_ofst[] For each state, the offset into yy_action for ** shifting non-terminals after a reduce. ** yy_default[] Default action for each state. */ %% /* The next table maps tokens into fallback tokens. If a construct ** like the following: ** ** %fallback ID X Y Z. ** ** appears in the grammar, then ID becomes a fallback token for X, Y, ** and Z. Whenever one of the tokens X, Y, or Z is input to the parser ** but it does not parse, the type of the token is changed to ID and ** the parse is retried before an error is thrown. */ #ifdef YYFALLBACK static const YYCODETYPE yyFallback[] = { %% }; #endif /* YYFALLBACK */ /* The following structure represents a single element of the ** parser's stack. Information stored includes: ** ** + The state number for the parser at this level of the stack. ** ** + The value of the token stored at this level of the stack. ** (In other words, the "major" token.) ** ** + The semantic value stored at this level of the stack. This is ** the information used by the action routines in the grammar. ** It is sometimes called the "minor" token. ** ** After the "shift" half of a SHIFTREDUCE action, the stateno field ** actually contains the reduce action for the second half of the ** SHIFTREDUCE. */ struct yyStackEntry { YYACTIONTYPE stateno; /* The state-number, or reduce action in SHIFTREDUCE */ YYCODETYPE major; /* The major token value. This is the code ** number for the token at this stack level */ YYMINORTYPE minor; /* The user-supplied minor token value. This ** is the value of the token */ }; typedef struct yyStackEntry yyStackEntry; /* The state of the parser is completely contained in an instance of ** the following structure */ struct yyParser { int yyidx; /* Index of top element in stack */ #ifdef YYTRACKMAXSTACKDEPTH int yyidxMax; /* Maximum value of yyidx */ #endif int yyerrcnt; /* Shifts left before out of the error */ ParseARG_SDECL /* A place to hold %extra_argument */ #if YYSTACKDEPTH<=0 int yystksz; /* Current side of the stack */ yyStackEntry *yystack; /* The parser's stack */ #else yyStackEntry yystack[YYSTACKDEPTH]; /* The parser's stack */ #endif }; typedef struct yyParser yyParser; #ifndef NDEBUG #include static FILE *yyTraceFILE = 0; static char *yyTracePrompt = 0; #endif /* NDEBUG */ #ifndef NDEBUG /* ** Turn parser tracing on by giving a stream to which to write the trace ** and a prompt to preface each trace message. Tracing is turned off ** by making either argument NULL ** ** Inputs: **
    **
  • A FILE* to which trace output should be written. ** If NULL, then tracing is turned off. **
  • A prefix string written at the beginning of every ** line of trace output. If NULL, then tracing is ** turned off. **
** ** Outputs: ** None. */ void ParseTrace(FILE *TraceFILE, char *zTracePrompt){ yyTraceFILE = TraceFILE; yyTracePrompt = zTracePrompt; if( yyTraceFILE==0 ) yyTracePrompt = 0; else if( yyTracePrompt==0 ) yyTraceFILE = 0; } #endif /* NDEBUG */ #ifndef NDEBUG /* For tracing shifts, the names of all terminals and nonterminals ** are required. The following table supplies these names */ static const char *const yyTokenName[] = { %% }; #endif /* NDEBUG */ #ifndef NDEBUG /* For tracing reduce actions, the names of all rules are required. */ static const char *const yyRuleName[] = { %% }; #endif /* NDEBUG */ #if YYSTACKDEPTH<=0 /* ** Try to increase the size of the parser stack. */ static void yyGrowStack(yyParser *p){ int newSize; yyStackEntry *pNew; newSize = p->yystksz*2 + 100; pNew = realloc(p->yystack, newSize*sizeof(pNew[0])); if( pNew ){ p->yystack = pNew; p->yystksz = newSize; #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sStack grows to %d entries!\n", yyTracePrompt, p->yystksz); } #endif } } #endif /* ** This function allocates a new parser. ** The only argument is a pointer to a function which works like ** malloc. ** ** Inputs: ** A pointer to the function used to allocate memory. ** ** Outputs: ** A pointer to a parser. This pointer is used in subsequent calls ** to Parse and ParseFree. */ void *ParseAlloc(void *(*mallocProc)(size_t)){ yyParser *pParser; pParser = (yyParser*)(*mallocProc)( (size_t)sizeof(yyParser) ); if( pParser ){ pParser->yyidx = -1; #ifdef YYTRACKMAXSTACKDEPTH pParser->yyidxMax = 0; #endif #if YYSTACKDEPTH<=0 pParser->yystack = NULL; pParser->yystksz = 0; yyGrowStack(pParser); #endif } return pParser; } /* The following function deletes the value associated with a ** symbol. The symbol can be either a terminal or nonterminal. ** "yymajor" is the symbol code, and "yypminor" is a pointer to ** the value. */ static void yy_destructor( yyParser *yypParser, /* The parser */ YYCODETYPE yymajor, /* Type code for object to destroy */ YYMINORTYPE *yypminor /* The object to be destroyed */ ){ ParseARG_FETCH; switch( yymajor ){ /* Here is inserted the actions which take place when a ** terminal or non-terminal is destroyed. This can happen ** when the symbol is popped from the stack during a ** reduce or during error processing or when a parser is ** being destroyed before it is finished parsing. ** ** Note: during a reduce, the only symbols destroyed are those ** which appear on the RHS of the rule, but which are not used ** inside the C code. */ %% default: break; /* If no destructor action specified: do nothing */ } } /* ** Pop the parser's stack once. ** ** If there is a destructor routine associated with the token which ** is popped from the stack, then call it. ** ** Return the major token number for the symbol popped. */ static int yy_pop_parser_stack(yyParser *pParser){ YYCODETYPE yymajor; yyStackEntry *yytos = &pParser->yystack[pParser->yyidx]; if( pParser->yyidx<0 ) return 0; #ifndef NDEBUG if( yyTraceFILE && pParser->yyidx>=0 ){ fprintf(yyTraceFILE,"%sPopping %s\n", yyTracePrompt, yyTokenName[yytos->major]); } #endif yymajor = yytos->major; yy_destructor(pParser, yymajor, &yytos->minor); pParser->yyidx--; return yymajor; } /* ** Deallocate and destroy a parser. Destructors are all called for ** all stack elements before shutting the parser down. ** ** Inputs: **
    **
  • A pointer to the parser. This should be a pointer ** obtained from ParseAlloc. **
  • A pointer to a function used to reclaim memory obtained ** from malloc. **
*/ void ParseFree( void *p, /* The parser to be deleted */ void (*freeProc)(void*) /* Function used to reclaim memory */ ){ yyParser *pParser = (yyParser*)p; if( pParser==0 ) return; while( pParser->yyidx>=0 ) yy_pop_parser_stack(pParser); #if YYSTACKDEPTH<=0 free(pParser->yystack); #endif (*freeProc)((void*)pParser); } /* ** Return the peak depth of the stack for a parser. */ #ifdef YYTRACKMAXSTACKDEPTH int ParseStackPeak(void *p){ yyParser *pParser = (yyParser*)p; return pParser->yyidxMax; } #endif /* ** Find the appropriate action for a parser given the terminal ** look-ahead token iLookAhead. ** ** If the look-ahead token is YYNOCODE, then check to see if the action is ** independent of the look-ahead. If it is, return the action, otherwise ** return YY_NO_ACTION. */ static int yy_find_shift_action( yyParser *pParser, /* The parser */ YYCODETYPE iLookAhead /* The look-ahead token */ ){ int i; int stateno = pParser->yystack[pParser->yyidx].stateno; if( stateno>=YY_MIN_REDUCE ) return stateno; assert( stateno <= YY_SHIFT_COUNT ); i = yy_shift_ofst[stateno]; if( i==YY_SHIFT_USE_DFLT ) return yy_default[stateno]; assert( iLookAhead!=YYNOCODE ); i += iLookAhead; if( i<0 || i>=YY_ACTTAB_COUNT || yy_lookahead[i]!=iLookAhead ){ if( iLookAhead>0 ){ #ifdef YYFALLBACK YYCODETYPE iFallback; /* Fallback token */ if( iLookAhead %s\n", yyTracePrompt, yyTokenName[iLookAhead], yyTokenName[iFallback]); } #endif return yy_find_shift_action(pParser, iFallback); } #endif #ifdef YYWILDCARD { int j = i - iLookAhead + YYWILDCARD; if( #if YY_SHIFT_MIN+YYWILDCARD<0 j>=0 && #endif #if YY_SHIFT_MAX+YYWILDCARD>=YY_ACTTAB_COUNT j %s\n", yyTracePrompt, yyTokenName[iLookAhead], yyTokenName[YYWILDCARD]); } #endif /* NDEBUG */ return yy_action[j]; } } #endif /* YYWILDCARD */ } return yy_default[stateno]; }else{ return yy_action[i]; } } /* ** Find the appropriate action for a parser given the non-terminal ** look-ahead token iLookAhead. ** ** If the look-ahead token is YYNOCODE, then check to see if the action is ** independent of the look-ahead. If it is, return the action, otherwise ** return YY_NO_ACTION. */ static int yy_find_reduce_action( int stateno, /* Current state number */ YYCODETYPE iLookAhead /* The look-ahead token */ ){ int i; #ifdef YYERRORSYMBOL if( stateno>YY_REDUCE_COUNT ){ return yy_default[stateno]; } #else assert( stateno<=YY_REDUCE_COUNT ); #endif i = yy_reduce_ofst[stateno]; assert( i!=YY_REDUCE_USE_DFLT ); assert( iLookAhead!=YYNOCODE ); i += iLookAhead; #ifdef YYERRORSYMBOL if( i<0 || i>=YY_ACTTAB_COUNT || yy_lookahead[i]!=iLookAhead ){ return yy_default[stateno]; } #else assert( i>=0 && iyyidx--; #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sStack Overflow!\n",yyTracePrompt); } #endif while( yypParser->yyidx>=0 ) yy_pop_parser_stack(yypParser); /* Here code is inserted which will execute if the parser ** stack every overflows */ %% ParseARG_STORE; /* Suppress warning about unused %extra_argument var */ } /* ** Print tracing information for a SHIFT action */ #ifndef NDEBUG static void yyTraceShift(yyParser *yypParser, int yyNewState){ if( yyTraceFILE ){ int i; if( yyNewStateyyidx; i++) fprintf(yyTraceFILE," %s",yyTokenName[yypParser->yystack[i].major]); fprintf(yyTraceFILE,"\n"); }else{ fprintf(yyTraceFILE,"%sShift *\n",yyTracePrompt); } } } #else # define yyTraceShift(X,Y) #endif /* ** Perform a shift action. Return the number of errors. */ static void yy_shift( yyParser *yypParser, /* The parser to be shifted */ int yyNewState, /* The new state to shift in */ int yyMajor, /* The major token to shift in */ YYMINORTYPE *yypMinor /* Pointer to the minor token to shift in */ ){ yyStackEntry *yytos; yypParser->yyidx++; #ifdef YYTRACKMAXSTACKDEPTH if( yypParser->yyidx>yypParser->yyidxMax ){ yypParser->yyidxMax = yypParser->yyidx; } #endif #if YYSTACKDEPTH>0 if( yypParser->yyidx>=YYSTACKDEPTH ){ yyStackOverflow(yypParser, yypMinor); return; } #else if( yypParser->yyidx>=yypParser->yystksz ){ yyGrowStack(yypParser); if( yypParser->yyidx>=yypParser->yystksz ){ yyStackOverflow(yypParser, yypMinor); return; } } #endif yytos = &yypParser->yystack[yypParser->yyidx]; yytos->stateno = (YYACTIONTYPE)yyNewState; yytos->major = (YYCODETYPE)yyMajor; yytos->minor = *yypMinor; yyTraceShift(yypParser, yyNewState); } /* The following table contains information about every rule that ** is used during the reduce. */ static const struct { YYCODETYPE lhs; /* Symbol on the left-hand side of the rule */ unsigned char nrhs; /* Number of right-hand side symbols in the rule */ } yyRuleInfo[] = { %% }; static void yy_accept(yyParser*); /* Forward Declaration */ /* ** Perform a reduce action and the shift that must immediately ** follow the reduce. */ static void yy_reduce( yyParser *yypParser, /* The parser */ int yyruleno /* Number of the rule by which to reduce */ ){ int yygoto; /* The next state */ int yyact; /* The next action */ YYMINORTYPE yygotominor; /* The LHS of the rule reduced */ yyStackEntry *yymsp; /* The top of the parser's stack */ int yysize; /* Amount to pop the stack */ ParseARG_FETCH; yymsp = &yypParser->yystack[yypParser->yyidx]; #ifndef NDEBUG if( yyTraceFILE && yyruleno>=0 && yyruleno<(int)(sizeof(yyRuleName)/sizeof(yyRuleName[0])) ){ yysize = yyRuleInfo[yyruleno].nrhs; fprintf(yyTraceFILE, "%sReduce [%s] -> state %d.\n", yyTracePrompt, yyRuleName[yyruleno], yymsp[-yysize].stateno); } #endif /* NDEBUG */ /* Silence complaints from purify about yygotominor being uninitialized ** in some cases when it is copied into the stack after the following ** switch. yygotominor is uninitialized when a rule reduces that does ** not set the value of its left-hand side nonterminal. Leaving the ** value of the nonterminal uninitialized is utterly harmless as long ** as the value is never used. So really the only thing this code ** accomplishes is to quieten purify. ** ** 2007-01-16: The wireshark project (www.wireshark.org) reports that ** without this code, their parser segfaults. I'm not sure what there ** parser is doing to make this happen. This is the second bug report ** from wireshark this week. Clearly they are stressing Lemon in ways ** that it has not been previously stressed... (SQLite ticket #2172) */ /*memset(&yygotominor, 0, sizeof(yygotominor));*/ yygotominor = yyzerominor; switch( yyruleno ){ /* Beginning here are the reduction cases. A typical example ** follows: ** case 0: ** #line ** { ... } // User supplied code ** #line ** break; */ %% }; yygoto = yyRuleInfo[yyruleno].lhs; yysize = yyRuleInfo[yyruleno].nrhs; yypParser->yyidx -= yysize; yyact = yy_find_reduce_action(yymsp[-yysize].stateno,(YYCODETYPE)yygoto); if( yyact <= YY_MAX_SHIFTREDUCE ){ if( yyact>YY_MAX_SHIFT ) yyact += YY_MIN_REDUCE - YY_MIN_SHIFTREDUCE; /* If the reduce action popped at least ** one element off the stack, then we can push the new element back ** onto the stack here, and skip the stack overflow test in yy_shift(). ** That gives a significant speed improvement. */ if( yysize ){ yypParser->yyidx++; yymsp -= yysize-1; yymsp->stateno = (YYACTIONTYPE)yyact; yymsp->major = (YYCODETYPE)yygoto; yymsp->minor = yygotominor; yyTraceShift(yypParser, yyact); }else{ yy_shift(yypParser,yyact,yygoto,&yygotominor); } }else{ assert( yyact == YY_ACCEPT_ACTION ); yy_accept(yypParser); } } /* ** The following code executes when the parse fails */ #ifndef YYNOERRORRECOVERY static void yy_parse_failed( yyParser *yypParser /* The parser */ ){ ParseARG_FETCH; #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sFail!\n",yyTracePrompt); } #endif while( yypParser->yyidx>=0 ) yy_pop_parser_stack(yypParser); /* Here code is inserted which will be executed whenever the ** parser fails */ %% ParseARG_STORE; /* Suppress warning about unused %extra_argument variable */ } #endif /* YYNOERRORRECOVERY */ /* ** The following code executes when a syntax error first occurs. */ static void yy_syntax_error( yyParser *yypParser, /* The parser */ int yymajor, /* The major type of the error token */ YYMINORTYPE yyminor /* The minor type of the error token */ ){ ParseARG_FETCH; #define TOKEN (yyminor.yy0) %% ParseARG_STORE; /* Suppress warning about unused %extra_argument variable */ } /* ** The following is executed when the parser accepts */ static void yy_accept( yyParser *yypParser /* The parser */ ){ ParseARG_FETCH; #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sAccept!\n",yyTracePrompt); } #endif while( yypParser->yyidx>=0 ) yy_pop_parser_stack(yypParser); /* Here code is inserted which will be executed whenever the ** parser accepts */ %% ParseARG_STORE; /* Suppress warning about unused %extra_argument variable */ } /* The main parser program. ** The first argument is a pointer to a structure obtained from ** "ParseAlloc" which describes the current state of the parser. ** The second argument is the major token number. The third is ** the minor token. The fourth optional argument is whatever the ** user wants (and specified in the grammar) and is available for ** use by the action routines. ** ** Inputs: **
    **
  • A pointer to the parser (an opaque structure.) **
  • The major token number. **
  • The minor token number. **
  • An option argument of a grammar-specified type. **
** ** Outputs: ** None. */ void Parse( void *yyp, /* The parser */ int yymajor, /* The major token code number */ ParseTOKENTYPE yyminor /* The value for the token */ ParseARG_PDECL /* Optional %extra_argument parameter */ ){ YYMINORTYPE yyminorunion; int yyact; /* The parser action. */ int yyendofinput; /* True if we are at the end of input */ #ifdef YYERRORSYMBOL int yyerrorhit = 0; /* True if yymajor has invoked an error */ #endif yyParser *yypParser; /* The parser */ /* (re)initialize the parser, if necessary */ yypParser = (yyParser*)yyp; if( yypParser->yyidx<0 ){ #if YYSTACKDEPTH<=0 if( yypParser->yystksz <=0 ){ /*memset(&yyminorunion, 0, sizeof(yyminorunion));*/ yyminorunion = yyzerominor; yyStackOverflow(yypParser, &yyminorunion); return; } #endif yypParser->yyidx = 0; yypParser->yyerrcnt = -1; yypParser->yystack[0].stateno = 0; yypParser->yystack[0].major = 0; } yyminorunion.yy0 = yyminor; yyendofinput = (yymajor==0); ParseARG_STORE; #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sInput %s\n",yyTracePrompt,yyTokenName[yymajor]); } #endif do{ yyact = yy_find_shift_action(yypParser,(YYCODETYPE)yymajor); if( yyact <= YY_MAX_SHIFTREDUCE ){ if( yyact > YY_MAX_SHIFT ) yyact += YY_MIN_REDUCE - YY_MIN_SHIFTREDUCE; yy_shift(yypParser,yyact,yymajor,&yyminorunion); yypParser->yyerrcnt--; yymajor = YYNOCODE; }else if( yyact <= YY_MAX_REDUCE ){ yy_reduce(yypParser,yyact-YY_MIN_REDUCE); }else{ assert( yyact == YY_ERROR_ACTION ); #ifdef YYERRORSYMBOL int yymx; #endif #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sSyntax Error!\n",yyTracePrompt); } #endif #ifdef YYERRORSYMBOL /* A syntax error has occurred. ** The response to an error depends upon whether or not the ** grammar defines an error token "ERROR". ** ** This is what we do if the grammar does define ERROR: ** ** * Call the %syntax_error function. ** ** * Begin popping the stack until we enter a state where ** it is legal to shift the error symbol, then shift ** the error symbol. ** ** * Set the error count to three. ** ** * Begin accepting and shifting new tokens. No new error ** processing will occur until three tokens have been ** shifted successfully. ** */ if( yypParser->yyerrcnt<0 ){ yy_syntax_error(yypParser,yymajor,yyminorunion); } yymx = yypParser->yystack[yypParser->yyidx].major; if( yymx==YYERRORSYMBOL || yyerrorhit ){ #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sDiscard input token %s\n", yyTracePrompt,yyTokenName[yymajor]); } #endif yy_destructor(yypParser, (YYCODETYPE)yymajor,&yyminorunion); yymajor = YYNOCODE; }else{ while( yypParser->yyidx >= 0 && yymx != YYERRORSYMBOL && (yyact = yy_find_reduce_action( yypParser->yystack[yypParser->yyidx].stateno, YYERRORSYMBOL)) >= YY_MIN_REDUCE ){ yy_pop_parser_stack(yypParser); } if( yypParser->yyidx < 0 || yymajor==0 ){ yy_destructor(yypParser,(YYCODETYPE)yymajor,&yyminorunion); yy_parse_failed(yypParser); yymajor = YYNOCODE; }else if( yymx!=YYERRORSYMBOL ){ YYMINORTYPE u2; u2.YYERRSYMDT = 0; yy_shift(yypParser,yyact,YYERRORSYMBOL,&u2); } } yypParser->yyerrcnt = 3; yyerrorhit = 1; #elif defined(YYNOERRORRECOVERY) /* If the YYNOERRORRECOVERY macro is defined, then do not attempt to ** do any kind of error recovery. Instead, simply invoke the syntax ** error routine and continue going as if nothing had happened. ** ** Applications can set this macro (for example inside %include) if ** they intend to abandon the parse upon the first syntax error seen. */ yy_syntax_error(yypParser,yymajor,yyminorunion); yy_destructor(yypParser,(YYCODETYPE)yymajor,&yyminorunion); yymajor = YYNOCODE; #else /* YYERRORSYMBOL is not defined */ /* This is what we do if the grammar does not define ERROR: ** ** * Report an error message, and throw away the input token. ** ** * If the input token is $, then fail the parse. ** ** As before, subsequent error messages are suppressed until ** three input tokens have been successfully shifted. */ if( yypParser->yyerrcnt<=0 ){ yy_syntax_error(yypParser,yymajor,yyminorunion); } yypParser->yyerrcnt = 3; yy_destructor(yypParser,(YYCODETYPE)yymajor,&yyminorunion); if( yyendofinput ){ yy_parse_failed(yypParser); } yymajor = YYNOCODE; #endif } }while( yymajor!=YYNOCODE && yypParser->yyidx>=0 ); #ifndef NDEBUG if( yyTraceFILE ){ fprintf(yyTraceFILE,"%sReturn\n",yyTracePrompt); } #endif return; } aspectc++/Puma/tools/lemon/PaxHeaders.4702/Makefile0000644000000000000000000000007412740141200017107 xustar0030 atime=1468174988.059165553 30 ctime=1468174988.059165553 aspectc++/Puma/tools/lemon/Makefile0000644000175000001440000000006312740141200017270 0ustar00osusers00000000000000all: lemon lemon: lemon.c clean: rm -f lemon *~ aspectc++/Puma/tools/lemon/PaxHeaders.4702/README0000644000000000000000000000007412740141200016327 xustar0030 atime=1468174988.045165323 30 ctime=1468174988.045165323 aspectc++/Puma/tools/lemon/README0000644000175000001440000000144712740141200016517 0ustar00osusers00000000000000The LEMON Parser Generator home: http://www.hwaci.com/sw/lemon/ This is a patched version based on the original lemon sources taken from here: repository: http://www.sqlite.org/src/artifact?ci=trunk&filename=tool/lemon.c File tool/lemon.c part of check-in [34eb6911] at 2015-10-29 13:48:15 on branch trunk repository: http://www.sqlite.org/src/artifact?ci=trunk&filename=tool/lempar.c File tool/lempar.c part of check-in [e9d604b4] at 2015-09-07 20:02:39 on branch lemon-update See lemon.c.orig and lempar.c.orig for the unpatched originals. Changes to lemon.c: - added a second command line argument: an output directory for the generated source files - changed file extension .c to .cc for the generated parser implementation file Changes to lempar.c: - allow empty files to be successfully parsed aspectc++/Puma/tools/PaxHeaders.4702/EclipseCodeFormatterSettings.xml0000644000000000000000000000007412740141200022643 xustar0030 atime=1468174988.044165306 30 ctime=1468174988.045165323 aspectc++/Puma/tools/EclipseCodeFormatterSettings.xml0000644000175000001440000004231012740141200023025 0ustar00osusers00000000000000 aspectc++/Puma/tools/PaxHeaders.4702/gen_vcpp_proj.sh0000644000000000000000000000007412740141200017524 xustar0030 atime=1468174988.045165323 30 ctime=1468174988.045165323 aspectc++/Puma/tools/gen_vcpp_proj.sh0000644000175000001440000001452112740141200017711 0ustar00osusers00000000000000#!/bin/bash # This file is part of PUMA. # Copyright (C) The PUMA developer team. # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License as # published by the Free Software Foundation; either version 2 of # the License, or (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public # License along with this program; if not, write to the Free # Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, # MA 02111-1307 USA if [ "$1" = "debug" ]; then TARGET=debug PACKAGE="PumaVCProj_d.zip" PRJFILE="Puma_d.vcproj" else TARGET=release PACKAGE="PumaVCProj.zip" PRJFILE="Puma.vcproj" fi echo "Generating Puma project file $PRJFILE..." rm -f "$PRJFILE" cat >> "$PRJFILE" << EOF EOF function add_files() { find $1 -type f -regex "$2" -printf "%f\n" | \ while read file; do echo " " >> "$PRJFILE" done } add_files "./gen-${TARGET}/step2/src" "\./.*\.\(c\|cc\|cxx\|cpp\)" ".\gen-${TARGET}\step2\src" add_files "./src/win32/regex" "\./.*\.\(c\|cc\|cxx\|cpp\)" ".\src\win32\regex" cat >> "$PRJFILE" << EOF EOF add_files "./gen-${TARGET}/step2/inc/Puma" "\./.*\.\(h\|ah\|hpp\|ot\)" ".\gen-${TARGET}\step2\inc\Puma" add_files "./gen-${TARGET}/step2/src" "\./.*\.\(h\|ah\|hpp\|ot\)" ".\gen-${TARGET}\step2\src" add_files "./src/win32/regex" "\./.*\.\(h\|ah\|hpp\|ot\)" ".\src\win32\regex" cat >> "$PRJFILE" << EOF EOF recode lat1..ibmpc -q "$PRJFILE" if [ "$2" = "pack" ]; then echo "Creating Puma source package $PACKAGE..." zip -q -r "$PACKAGE" "./gen-${TARGET}/step2/inc" "./gen-${TARGET}/step2/src" ./include zip -q "$PACKAGE" "$PRJFILE" COPYING README ./src/win32/regex/regex.* ./lib fi aspectc++/Puma/tools/PaxHeaders.4702/prof0000644000000000000000000000007412740141200015226 xustar0030 atime=1468174988.045165323 30 ctime=1468174988.044165306 aspectc++/Puma/tools/prof/0000755000175000001440000000000012740141200015465 5ustar00osusers00000000000000aspectc++/Puma/tools/prof/PaxHeaders.4702/plot.py0000644000000000000000000000007412740141200016633 xustar0030 atime=1468174988.044165306 30 ctime=1468174988.044165306 aspectc++/Puma/tools/prof/plot.py0000644000175000001440000003304712740141200017024 0ustar00osusers00000000000000# -*- coding: utf-8 -*- # Argument: csv-file containing profiling data # Output on stdout: names of all created pdf files import sys import re import subprocess import os # Regular expression to match the lines of the csv-file # group ; grouptime ; function ; number of executions ; total time (clock cycles) regex_csv = re.compile('^((?P\S+))?\s+;\s*(?P[^;]+);\s*(?P[^;]+);\s*(?P[0-9]+)\s+;\s+(?P