gp2c-0.0.10/0000755000175000017500000000000013006472505007426 500000000000000gp2c-0.0.10/Makefile.am0000644000175000017500000000047512622131107011401 00000000000000SUBDIRS = src desc scripts doc test test2 test3 EXTRA_DIST = BUGS gp2c gp2c-run gp2c-dbg TESTS = scripts/runtest dist-hook: test -d $(distdir)/config || mkdir $(distdir)/config for i in $(srcdir)/config/*; do \ test -f $$i && $(INSTALL_SCRIPT) $$i $(distdir)/config; done checkspaces: config/checkspaces gp2c-0.0.10/COPYING0000644000175000017500000004325412624133327010412 00000000000000 GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Lesser General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. (Exception: if the Program itself is interactive but does not normally print such an announcement, your work based on the Program is not required to print an announcement.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Program, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Program, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Program. In addition, mere aggregation of another work not based on the Program with the Program (or with a work based on the Program) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. (This alternative is allowed only for noncommercial distribution and only if you received the program in object code or executable form with such an offer, in accord with Subsection b above.) The source code for a work means the preferred form of the work for making modifications to it. For an executable work, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the executable. However, as a special exception, the source code distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. 4. You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 5. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. 6. Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. 7. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system, which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 8. If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) 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., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA. Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) year name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. gp2c-0.0.10/gp2c-run0000755000175000017500000000042612624133327010734 00000000000000#! /bin/sh #This file is part of the GP2C package # #This stupid shell script is Public Domain. # if test ! -f scripts/gp2c-run; then cat <&2 Package has not been configured. Please type ./configure to configure it. 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AC_DEFUN([AM_SUBST_NOTMAKE], [_AM_SUBST_NOTMAKE($@)]) # Check how to create a tarball. -*- Autoconf -*- # Copyright (C) 2004-2013 Free Software Foundation, Inc. # # This file is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # _AM_PROG_TAR(FORMAT) # -------------------- # Check how to create a tarball in format FORMAT. # FORMAT should be one of 'v7', 'ustar', or 'pax'. # # Substitute a variable $(am__tar) that is a command # writing to stdout a FORMAT-tarball containing the directory # $tardir. # tardir=directory && $(am__tar) > result.tar # # Substitute a variable $(am__untar) that extract such # a tarball read from stdin. # $(am__untar) < result.tar # AC_DEFUN([_AM_PROG_TAR], [# Always define AMTAR for backward compatibility. Yes, it's still used # in the wild :-( We should find a proper way to deprecate it ... 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We just wanted to have am__tar # and am__untar set. test -n "${am_cv_prog_tar_$1}" && break # tar/untar a dummy directory, and stop if the command works. rm -rf conftest.dir mkdir conftest.dir echo GrepMe > conftest.dir/file AM_RUN_LOG([tardir=conftest.dir && eval $am__tar_ >conftest.tar]) rm -rf conftest.dir if test -s conftest.tar; then AM_RUN_LOG([$am__untar /dev/null 2>&1 && break fi done rm -rf conftest.dir AC_CACHE_VAL([am_cv_prog_tar_$1], [am_cv_prog_tar_$1=$_am_tool]) AC_MSG_RESULT([$am_cv_prog_tar_$1])]) AC_SUBST([am__tar]) AC_SUBST([am__untar]) ]) # _AM_PROG_TAR gp2c-0.0.10/desc/0000755000175000017500000000000013006472505010344 500000000000000gp2c-0.0.10/desc/Makefile.am0000644000175000017500000000116313006431074012315 00000000000000pkgdata_DATA = func.dsc EXTRA_DIST = $(COMPAT_DESC) $(FUNC2X_DSC) CLEANFILES = func.dsc COMPILE_DESC = ../scripts/822_desc.pl PARI_DESC = @PARI_DESC@ FUNC2X_DSC = $(srcdir)/func23.dsc $(srcdir)/func25.dsc $(srcdir)/func27.dsc $(srcdir)/func29.dsc COMPAT_DESC = $(srcdir)/compat.desc OVERRIDE_DESC = $(srcdir)/override.desc func.dsc: $(COMPILE_DESC) $(PARI_DESC) $(COMPAT_DESC) $(OVERRIDE_DESC) @$(COMPILE_DESC) $(PARI_DESC) $(COMPAT_DESC) $(OVERRIDE_DESC) >func.dsc\ && echo "Description recompiled" \ || ( cp $(srcdir)/func29.dsc func.dsc && echo "Using PARI 2.9 description" ) $(OVERRIDE_DESC): touch $(OVERRIDE_DESC) gp2c-0.0.10/desc/func29.dsc0000644000175000017500000025400313006430517012066 00000000000000!_ 2 0 2 ${1 code} 1 negbool 2 bool parens ${1 code} 1 bool 2 negbool parens 1 gnot G 1 gen #_ 2 0 4 lg(${1 code}) 1 vecsmall 1 lg lg(${1 code}) 1 vec 1 lg lgpol(${1 code}) 1 pol 1 small glength(${1 code}) 1 gen 1 small 1 glength G 1 small % 1 1 pari_get_hist D0,L, 1 gen %# 1 1 pari_get_histtime D0,L, 1 small +_ 1 0 5 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int parens copy ${1 code} 1 real 3 real parens copy ${1 code} 1 mp 3 mp parens copy ${1 code} 1 gen 3 gen parens copy -_ 2 0 9 -${parens 1 code} 1 small 2 small parens negi(${1 code}) 1 int 1 int negr(${1 code}) 1 real 1 real mpneg(${1 code}) 1 mp 1 mp gneg(${1 code}) 1 gen 1 gen Fp_neg(${1 code}, p) 1 Fp 1 Fp FpX_neg(${1 code}, p) 1 FpX 1 FpX Fq_neg(${1 code}, T, p) 1 Fq 1 Fq FqX_neg(${1 code}, T, p) 1 FqX 1 FqX 1 gneg G 1 gen Catalan 2 0 1 mpcatalan(${prec}) 0 2 real prec 1 mpcatalan p 2 gen prec Col 2 0 1 gtocol(${1 code}) 1 gen 1 vec 1 gtocol0 GD0,L, 1 gen Colrev 2 0 1 gtocolrev(${1 code}) 1 gen 1 vec 1 gtocolrev0 GD0,L, 1 gen DEBUGLEVEL 2 0 1 DEBUGLEVEL 0 1 small 1 DEBUGLEVEL 1 void Euler 2 0 1 mpeuler(${prec}) 0 2 real prec 1 mpeuler p 2 gen prec I 2 0 0 1 gen_I 1 gen List 2 0 2 mklist() 0 1 list gtolist(${1 code}) 1 gen 1 list 1 gtolist DG 1 gen Map 1 1 gtomap DG 1 gen Mat 2 0 2 cgetg(1, t_MAT) 0 1 vec gtomat(${1 code}) 1 gen 1 vec 1 gtomat DG 1 gen Mod 2 0 3 gmodulss(${1 code}, ${2 code}) 2 small small 1 gen gmodulsg(${1 code}, ${2 code}) 2 small gen 1 gen gmodulo(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmodulo GG 1 gen O 1 1 ggrando 1 gen O(_^_) 2 0 5 ggrando(${1 code}, 1) 1 gen 1 gen ggrando(gen_1, ${2 code}) 2 1 small 1 gen zeropadic(${1 code}, ${2 code}) 2 int small 1 gen ggrando(${1 code}, ${2 code}) 2 gen small 1 gen zeroser(${1 code}, ${2 code}) 2 var small 1 gen 1 ggrando GD1,L, 1 gen Pi 2 0 1 mppi(${prec}) 0 2 real prec 1 mppi p 2 gen prec Pol 2 0 1 gtopoly(${1 code}, ${2 code}) 2 gen ?var 1 pol 1 gtopoly GDn 1 gen Polrev 2 0 1 gtopolyrev(${1 code}, ${2 code}) 2 gen ?var 1 pol 1 gtopolyrev GDn 1 gen Qfb 1 1 Qfb0 GGGDGp 2 gen prec Ser 1 1 gtoser GDnDP 1 gen Set 2 0 2 cgetg(1,t_VEC) 0 1 vec gtoset(${1 code}) 1 gen 1 vec 1 gtoset DG 1 gen Str 2 0 5 ${1 :genstr cast} 1 gen 3 genstr copy parens Str(mkvec2(${1 code}, ${2 code})) 2 gen gen 1 genstr Str(mkvec3(${1 code}, ${2 code}, ${3 code})) 3 gen gen gen 1 genstr Str(mkvec4(${1 code}, ${2 code}, ${3 code}, ${4 code})) 4 gen gen gen gen 1 genstr Str(mkvecn(${nbarg}, ${2 code})) 2 gen ... 1 genstr 1 Str s* 1 gen Strchr 1 1 Strchr G 1 gen Strexpand 1 1 Strexpand s* 1 gen Strprintf 1 1 Strprintf ss* 1 gen Strtex 1 1 Strtex s* 1 gen Vec 2 0 1 gtovec(${1 code}) 1 gen 1 vec 1 gtovec0 GD0,L, 1 gen Vecrev 2 0 1 gtovecrev(${1 code}) 1 gen 1 vec 1 gtovecrev0 GD0,L, 1 gen Vecsmall 2 0 1 gtovecsmall(${1 code}) 1 gen 1 vecsmall 1 gtovecsmall0 GD0,L, 1 gen [_.._] 2 0 2 vecrange(${1 code}, ${2 code}) 2 gen gen 1 vec vecrangess(${1 code}, ${2 code}) 2 small small 1 vec 1 vecrange GG 1 gen [_|_<-_,_;_] 3 0 2 veccatapply(${3 cookie}, ${3 wrapper}, ${1 code}) 3 gen closure 1 gen veccatselapply(${4 cookie}, ${4 wrapper}, ${3 cookie}, ${3 wrapper}, ${1 code}) 4 gen closure closure 1 gen 1 vecexpr1 GVDEDE 2 gen copy 2 4 _wrap_G _wrap_bG [_|_<-_,_] 3 0 3 vecapply(${3 cookie}, ${3 wrapper}, ${1 code}) 3 gen closure 1 gen vecselect(${4 cookie}, ${4 wrapper}, ${1 code}) 4 gen closure 1 gen vecselapply(${4 cookie}, ${4 wrapper}, ${3 cookie}, ${3 wrapper}, ${1 code}) 4 gen closure closure 1 gen 1 vecexpr0 GVDEDE 1 gen 2 4 _wrap_G _wrap_bG _! 2 0 1 mpfact(${1 code}) 1 small 1 int 1 mpfact L 1 gen _!=_ 2 0 19 ${parens 1 code} != ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} != ${parens 2 code} 2 lg lg 2 bool parens cmpsi(${1 code}, ${2 code}) != 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) != 0 2 int small 2 bool parens equali1(${1 code}) 2 int 1 1 negbool equalim1(${1 code}) 2 int -1 1 negbool equalii(${1 code}, ${2 code}) 2 int int 1 negbool cmprr(${1 code}, ${2 code}) != 0 2 real real 1 bool mpcmp(${1 code}, ${2 code}) != 0 2 mp mp 2 bool parens ${parens 1 code} != ${parens 2 code} 2 errtyp errtyp 2 bool parens ${parens 1 code} != ${parens 2 :errtyp cast} 2 errtyp #str 2 bool parens ${parens 1 :errtyp cast} != ${parens 2 code} 2 #str errtyp 2 bool parens ${parens 1 code} != ${parens 2 code} 2 typ typ 2 bool parens ${parens 1 code} != ${parens 2 :typ cast} 2 typ #str 2 bool parens ${parens 1 :typ cast} != ${parens 2 code} 2 #str typ 2 bool parens strcmp(${1 code}, ${2 code}) 2 str str 1 bool gequalsg(${1 code}, ${2 code}) 2 small gen 1 negbool gequalgs(${1 code}, ${2 code}) 2 gen small 1 negbool gequal(${1 code}, ${2 code}) 2 gen gen 1 negbool 1 gne GG 1 gen _%=_ 2 0 6 ${1 code} = smodss(${1 code}, ${2 code}) 2 *small small 2 small parens ${1 code} = modis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = modii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = gmod(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gmodgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gmod(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gmode &G 1 gen _%_ 2 0 9 smodss(${1 code}, ${2 code}) 2 small small 1 small modsi(${1 code}, ${2 code}) 2 small int 1 int smodis(${1 code}, ${2 code}) 2 int small 1 small modii(${1 code}, ${2 code}) 2 int int 1 int gmodgs(${1 code}, ${2 code}) 2 gen small 1 gen gmodsg(${1 code}, ${2 code}) 2 small gen 1 gen gmod(${1 code}, ${2 code}) 2 gen gen 1 gen FpX_rem(${1 code}, ${2 code}, p) 2 FpX FpX 1 FpX FqX_rem(${1 code}, ${2 code}, T, p) 2 FqX FqX 1 FqX 1 gmod GG 1 gen _&&_ 2 0 1 ${parens 1 code} && ${parens 2 code} 2 bool bool 2 bool parens 1 andpari GE 1 gen _' 2 0 3 deriv(${1 code},-1) 1 gen 1 gen FpX_deriv(${1 code}, p) 1 FpX 1 FpX FqX_deriv(${1 code}, T, p) 1 FqX 1 FqX 1 deriv GDn 1 gen _(_) 1 0 4 closure_callgenall(${1 code}, 0) 1 gen 1 gen closure_callgen1(${1 code}, ${2 code}) 2 gen gen 1 gen closure_callgen2(${1 code}, ${2 code}, ${3 code}) 3 gen gen gen 1 gen closure_callgenall(${1 code}, ${nbarg 1 sub}, ${3 code}) 3 gen gen ... 1 gen _*=_ 2 0 12 ${1 code} *= ${parens 2 code} 2 *small small 2 small parens ${1 code} = mulis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = mulii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = mulrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = mulri(${1 code}, ${2 code}) 2 *real int 2 real parens ${1 code} = mulrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = mpmul(${1 code}, ${2 code}) 2 *mp mp 2 mp parens ${1 code} = gmulgs(${1 code}, ${2 code}) 2 *pol small 2 gen parens ${1 code} = gmul(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gmul(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gmulgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gmul(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gmule &G 1 gen _*_ 2 0 34 ${parens 1 code}*${parens 2 code} 2 small small 2 small parens mulis(${1 code}, ${2 code}) 2 int small 1 int mulsi(${1 code}, ${2 code}) 2 small int 1 int mulii(${1 code}, ${2 code}) 2 int int 1 int (${2 code}, 0)/*for side effect*/ 2 0 mp 1 small mulsr(${1 code}, ${2 code}) 2 #small real 1 real mulsr(${1 code}, ${2 code}) 2 small real 1 mp mulrs(${1 code}, ${2 code}) 2 real small 1 mp mulrr(${1 code}, ${2 code}) 2 real real 1 real mpmul(${1 code}, ${2 code}) 2 mp mp 1 mp gmulgs(${1 code}, ${2 code}) 2 gen small 1 gen gmulsg(${1 code}, ${2 code}) 2 small gen 1 gen perm_mul(${1 code}, ${2 code}) 2 vecsmall vecsmall 1 vecsmall gmul(${1 code}, ${2 code}) 2 gen gen 1 gen Fp_mulu(${2 code}, ${1 code}, p) 2 usmall Fp 1 Fp Fp_muls(${2 code}, ${1 code}, p) 2 small Fp 1 Fp Fp_mulu(${1 code}, ${2 code}, p) 2 Fp usmall 1 Fp Fp_muls(${1 code}, ${2 code}, p) 2 Fp small 1 Fp FpX_mulu(${2 code}, ${1 code}, p) 2 usmall FpX 1 FpX FpX_mulu(${1 code}, ${2 code}, p) 2 FpX usmall 1 FpX FpX_Fp_mul(${2 code}, ${1 code}, p) 2 Fp FpX 1 FpX FpX_Fp_mul(${1 code}, ${2 code}, p) 2 FpX Fp 1 FpX FpX_mul(${1 code}, ${2 code}, p) 2 FpX FpX 1 FpX Fq_mulu(${2 code}, ${1 code}, T, p) 2 usmall Fq 1 Fq Fq_mulu(${1 code}, ${2 code}, T, p) 2 Fq usmall 1 Fq Fq_Fp_mul(${1 code}, ${2 code}, T, p) 2 Fq Fp 1 Fq Fq_Fp_mul(${2 code}, ${1 code}, T, p) 2 Fp Fq 1 Fq FqX_mulu(${2 code}, ${1 code}, T, p) 2 usmall FqX 1 FqX FqX_mulu(${1 code}, ${2 code}, T, p) 2 FqX usmall 1 FqX FqX_Fp_mul(${1 code}, ${2 code}, T, p) 2 FqX Fp 1 FqX FqX_Fp_mul(${2 code}, ${1 code}, T, p) 2 Fp FqX 1 FqX FqX_Fq_mul(${2 code}, ${1 code}, T, p) 2 Fq FqX 1 FqX FqX_Fq_mul(${1 code}, ${2 code}, T, p) 2 FqX Fq 1 FqX FqX_mul(${1 code}, ${2 code}, T, p) 2 FqX FqX 1 FqX 1 gmul GG 1 gen _++ 2 0 8 ++${1 code} 1 *bptr 1 bptr ++${1 code} 1 *small 1 small ++${1 code} 1 *lg 1 lg ${1 code} = addis(${1 code}, 1) 1 *int 2 int parens ${1 code} = addrs(${1 code}, 1) 1 *real 2 real parens ${1 code} = mpadd(${1 code}, gen_1) 1 *mp 2 mp parens ${1 code} = gaddgs(${1 code}, 1) 1 *pol 2 pol parens ${1 code} = gaddgs(${1 code}, 1) 1 *gen 2 gen parens 1 gadd1e & 1 gen _+=_ 2 0 13 ${1 code} += ${parens 2 code} 2 *small small 2 small parens ${1 code} += ${parens 2 code} 2 *lg small 2 lg parens ${1 code} = addis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = addii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = addrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = addir(${2 code}, ${1 code}) 2 *real int 2 real parens ${1 code} = addrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = mpadd(${1 code}, ${2 code}) 2 *mp mp 2 mp parens ${1 code} = gaddgs(${1 code}, ${2 code}) 2 *pol small 2 gen parens ${1 code} = gadd(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gadd(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gaddgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gadd(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gadde &G 1 gen _+_ 2 0 24 ${parens 1 code} 2 lg 1 2 small parens ${parens 1 code} + ${parens 2 code} 2 small small 2 small parens ${parens 1 code} + ${parens 2 code} 2 lg small 2 lg parens ${parens 1 code} + ${parens 2 code} 2 small lg 2 lg parens addis(${1 code}, ${2 code}) 2 int small 1 int addsi(${1 code}, ${2 code}) 2 small int 1 int addii(${1 code}, ${2 code}) 2 int int 1 int addrs(${1 code}, ${2 code}) 2 real small 1 real addsr(${1 code}, ${2 code}) 2 small real 1 real addrr(${1 code}, ${2 code}) 2 real real 1 real mpadd(${1 code}, ${2 code}) 2 mp real 1 real mpadd(${1 code}, ${2 code}) 2 real mp 1 real mpadd(${1 code}, ${2 code}) 2 mp mp 1 mp gaddgs(${1 code}, ${2 code}) 2 gen small 1 gen gaddsg(${1 code}, ${2 code}) 2 small gen 1 gen gadd(${1 code}, ${2 code}) 2 gen gen 1 gen Fp_add(${1 code}, ${2 code}, p) 2 Fp Fp 1 Fp FpX_Fp_add(${1 code}, ${2 code}, p) 2 FpX Fp 1 FpX FpX_Fp_add(${2 code}, ${1 code}, p) 2 Fp FpX 1 FpX FpX_add(${1 code}, ${2 code}, p) 2 FpX FpX 1 FpX Fq_add(${1 code}, ${2 code}, T, p) 2 Fq Fq 1 Fq FqX_Fq_add(${1 code}, ${2 code}, T, p) 2 FqX Fq 1 FqX FqX_Fq_add(${2 code}, ${1 code}, T, p) 2 Fq FqX 1 FqX FqX_add(${1 code}, ${2 code}, T, p) 2 FqX FqX 1 FqX 1 gadd GG 1 gen _-- 2 0 8 --${1 code} 1 *bptr 1 bptr --${1 code} 1 *small 1 small --${1 code} 1 *lg 1 lg ${1 code} = subis(${1 code}, 1) 1 *int 2 int parens ${1 code} = subrs(${1 code}, 1) 1 *real 2 real parens ${1 code} = mpsub(${1 code}, gen_1) 1 *mp 2 mp parens ${1 code} = gsubgs(${1 code}, 1) 1 *pol 2 pol parens ${1 code} = gsubgs(${1 code}, 1) 1 *gen 2 gen parens 1 gsub1e & 1 gen _-=_ 2 0 13 ${1 code} -= ${parens 2 code} 2 *small small 2 small parens ${1 code} -= ${parens 2 code} 2 *lg small 2 lg parens ${1 code} = subis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = subii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = subrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = subri(${1 code}, ${2 code}) 2 *real int 2 real parens ${1 code} = subrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = mpsub(${1 code}, ${2 code}) 2 *mp mp 2 mp parens ${1 code} = gsubgs(${1 code}, ${2 code}) 2 *pol small 2 gen parens ${1 code} = gsub(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gsub(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gsubgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gsub(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gsube &G 1 gen _-_ 2 0 20 ${parens 1 code} - ${parens 2 code} 2 small small 2 small parens ${parens 1 code} - ${parens 2 code} 2 lg small 2 lg parens subis(${1 code}, ${2 code}) 2 int small 1 int subsi(${1 code}, ${2 code}) 2 small int 1 int subii(${1 code}, ${2 code}) 2 int int 1 int subrs(${1 code}, ${2 code}) 2 real small 1 real subsr(${1 code}, ${2 code}) 2 small real 1 real subrr(${1 code}, ${2 code}) 2 real real 1 real mpsub(${1 code}, ${2 code}) 2 mp real 1 real mpsub(${1 code}, ${2 code}) 2 real mp 1 real mpsub(${1 code}, ${2 code}) 2 mp mp 1 mp gsubgs(${1 code}, ${2 code}) 2 gen small 1 gen gsubsg(${1 code}, ${2 code}) 2 small gen 1 gen gsub(${1 code}, ${2 code}) 2 gen gen 1 gen Fp_sub(${1 code}, ${2 code}, p) 2 Fp Fp 1 Fp Fp_FpX_sub(${1 code}, ${2 code}, p) 2 Fp FpX 1 FpX FpX_Fp_sub(${1 code}, ${2 code}, p) 2 FpX Fp 1 FpX FpX_sub(${1 code}, ${2 code}, p) 2 FpX FpX 1 FpX Fq_sub(${1 code}, ${2 code}, T, p) 2 Fq Fq 1 Fq FqX_sub(${1 code}, ${2 code}, T, p) 2 FqX FqX 1 FqX 1 gsub GG 1 gen _.a1 2 0 1 ell_get_a1(${1 code}) 1 ell 2 gen copy 1 member_a1 G 2 gen copy _.a2 2 0 1 ell_get_a2(${1 code}) 1 ell 2 gen copy 1 member_a2 G 2 gen copy _.a3 2 0 1 ell_get_a3(${1 code}) 1 ell 2 gen copy 1 member_a3 G 2 gen copy _.a4 2 0 1 ell_get_a4(${1 code}) 1 ell 2 gen copy 1 member_a4 G 2 gen copy _.a6 2 0 1 ell_get_a6(${1 code}) 1 ell 2 gen copy 1 member_a6 G 2 gen copy _.area 1 1 member_area G 2 gen copy _.b2 2 0 1 ell_get_b2(${1 code}) 1 ell 2 gen copy 1 member_b2 G 2 gen copy _.b4 2 0 1 ell_get_b4(${1 code}) 1 ell 2 gen copy 1 member_b4 G 2 gen copy _.b6 2 0 1 ell_get_b6(${1 code}) 1 ell 2 gen copy 1 member_b6 G 2 gen copy _.b8 2 0 1 ell_get_b8(${1 code}) 1 ell 2 gen copy 1 member_b8 G 2 gen copy _.bid 2 0 2 bnr_get_bid(${1 code}) 1 bnr 2 gen copy member_bid(${1 code}) 1 gen 2 gen copy 1 member_bid G 2 gen copy _.bnf 2 0 3 ${1 code} 1 bnf 2 bnf parens ${1 :bnf cast} 1 bnr 3 bnf copy parens member_bnf(${1 code}) 1 gen 2 bnf copy 1 member_bnf G 2 gen copy _.c4 2 0 1 ell_get_c4(${1 code}) 1 ell 2 gen copy 1 member_c4 G 2 gen copy _.c6 2 0 1 ell_get_c6(${1 code}) 1 ell 2 gen copy 1 member_c6 G 2 gen copy _.clgp 2 0 4 ${1 :clgp cast} 1 bnf 3 clgp copy parens ${1 :clgp cast} 1 bnr 3 clgp copy parens ${1 code} 1 clgp 2 clgp parens member_clgp(${1 code}) 1 gen 2 clgp copy 1 member_clgp G 2 gen copy _.codiff 1 1 member_codiff G 2 gen copy _.cyc 2 0 4 bnr_get_cyc(${1 code}) 1 bnr 2 vec copy bnf_get_cyc(${1 code}) 1 bnf 2 vec copy gel(${1 code}, 2) 1 clgp 2 vec copy member_cyc(${1 code}) 1 gen 2 vec copy 1 member_cyc G 2 gen copy _.diff 2 0 2 nf_get_diff(${1 code}) 1 nf 2 gen copy member_diff(${1 code}) 1 gen 2 gen copy 1 member_diff G 2 gen copy _.disc 2 0 3 nf_get_disc(${1 code}) 1 nf 2 int copy ell_get_disc(${1 code}) 1 ell 2 gen copy member_disc(${1 code}) 1 gen 2 gen copy 1 member_disc G 2 gen copy _.e 2 0 1 pr_get_e(${1 code}) 1 prid 1 small 1 member_e G 2 gen copy _.eta 1 1 member_eta G 2 gen copy _.f 2 0 1 pr_get_f(${1 code}) 1 prid 1 small 1 member_f G 2 gen copy _.fu 2 0 3 $"ray units not implemented" 1 bnr 1 void bnf_get_fu(${1 code}) 1 bnf 2 gen copy member_fu(${1 code}) 1 gen 1 gen 1 member_fu G 1 gen _.futu 1 1 member_futu G 2 gen copy _.gen 2 0 6 bnr_get_gen(${1 code}) 1 bnr 2 vec copy bnf_get_gen(${1 code}) 1 bnf 2 vec copy gal_get_gen(${1 code}) 1 gal 2 vec copy gel(${1 code}, 3) 1 clgp 2 vec copy pr_get_gen(${1 code}) 1 prid 2 gen copy member_gen(${1 code}) 1 gen 2 gen copy 1 member_gen G 2 gen copy _.group 2 0 2 gal_get_group(${1 code}) 1 gal 2 vec copy member_group(${1 code}) 1 gen 2 vec copy 1 member_group G 2 gen copy _.index 2 0 2 nf_get_index(${1 code}) 1 nf 2 int copy member_index(${1 code}) 1 gen 2 int copy 1 member_index G 2 gen copy _.j 2 0 1 ell_get_j(${1 code}) 1 ell 2 gen copy 1 member_j G 2 gen copy _.mod 1 1 member_mod G 2 gen copy _.nf 2 0 2 ${1 code} 1 nf 2 nf parens member_nf(${1 code}) 1 gen 2 nf copy 1 member_nf G 2 gen copy _.no 2 0 4 bnr_get_no(${1 code}) 1 bnr 2 int copy bnf_get_no(${1 code}) 1 bnf 2 int copy gel(${1 code}, 1) 1 clgp 2 int copy member_no(${1 code}) 1 gen 2 int copy 1 member_no G 2 gen copy _.omega 1 1 member_omega G 2 gen copy _.orders 2 0 1 gal_get_orders(${1 code}) 1 gal 2 vecsmall copy 1 member_orders G 2 gen copy _.p 2 0 3 gal_get_p(${1 code}) 1 gal 2 int copy pr_get_p(${1 code}) 1 prid 2 int copy member_p(${1 code}) 1 gen 2 int copy 1 member_p G 2 gen copy _.pol 2 0 3 gal_get_pol(${1 code}) 1 gal 2 gen copy nf_get_pol(${1 code}) 1 nf 2 gen copy member_pol(${1 code}) 1 gen 2 gen copy 1 member_pol G 2 gen copy _.polabs 1 1 member_polabs G 2 gen copy _.r1 2 0 2 nf_get_r1(${1 code}) 1 nf 1 small member_r1(${1 code}) 1 gen 2 int copy 1 member_r1 G 2 gen copy _.r2 2 0 2 nf_get_r2(${1 code}) 1 nf 1 small member_r2(${1 code}) 1 gen 2 int copy 1 member_r2 G 2 gen copy _.reg 2 0 3 $"ray regulator not implemented" 1 bnr 1 real bnf_get_reg(${1 code}) 1 bnf 2 real copy member_reg(${1 code}) 1 gen 2 real copy 1 member_reg G 2 gen copy _.roots 2 0 3 gal_get_roots(${1 code}) 1 gal 2 vec copy nf_get_roots(${1 code}) 1 nf 2 vec copy member_roots(${1 code}) 1 gen 2 vec copy 1 member_roots G 2 gen copy _.sign 2 0 2 gel(${1 code}, 2) 1 nf 2 vec copy member_sign(${1 code}) 1 gen 2 vec copy 1 member_sign G 2 gen copy _.t2 2 0 1 member_t2(${1 code}) 1 gen 1 vec 1 member_t2 G 1 gen _.tate 1 1 member_tate G 2 gen copy _.tu 2 0 1 member_tu(${1 code}) 1 gen 2 gen copy 1 member_tu G 1 gen _.tufu 1 1 member_tufu G 2 gen copy _.zk 2 0 2 nf_get_zk(${1 code}) 1 nf 2 vec copy member_zk(${1 code}) 1 gen 2 vec copy 1 member_zk G 2 gen copy _.zkst 2 0 1 bnr_get_bid(${1 code}) 1 bnr 2 gen copy 1 member_zkst G 2 gen copy _/=_ 2 0 10 $"cannot divide small: use \= instead." 2 *small gen 1 void $"cannot divide int: use \= instead." 2 *int gen 1 void ${1 code} = divrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = divrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = mpdiv(${1 code}, ${2 code}) 2 *real mp 2 real parens ${1 code} = mpdiv(${1 code}, ${2 code}) 2 *mp real 2 mp parens ${1 code} = gdiv(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gdiv(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gdivgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gdiv(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gdive &G 1 gen _/_ 2 0 16 (${2 code}, 0)/*for side effect*/ 2 0 mp 1 small invr(${2 code}) 2 1 real 1 real divsr(${1 code}, ${2 code}) 2 #small real 1 real divsr(${1 code}, ${2 code}) 2 small real 1 mp divrs(${1 code}, ${2 code}) 2 real small 1 real divrr(${1 code}, ${2 code}) 2 real real 1 real mpdiv(${1 code}, ${2 code}) 2 real mp 1 real mpdiv(${1 code}, ${2 code}) 2 mp real 1 mp ginv(${2 code}) 2 1 gen 1 gen gdivgs(${1 code}, ${2 code}) 2 gen small 1 gen gdivsg(${1 code}, ${2 code}) 2 small gen 1 gen gdiv(${1 code}, ${2 code}) 2 gen gen 1 gen Fp_halve(${1 code}, p) 2 Fp 2 1 Fp Fp_div(${1 code}, ${2 code}, p) 2 Fp Fp 1 Fp Fq_halve(${1 code}, T, p) 2 Fq 2 1 Fq Fq_div(${1 code}, ${2 code}, T, p) 2 Fq Fq 1 Fq 1 gdiv GG 1 gen _<<=_ 2 0 4 ${1 code} <<= ${parens 2 code} 2 *small small 2 small parens ${1 code} = shifti(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = mpshift(${1 code}, ${2 code}) 2 *mp small 2 mp parens ${1 code} = gshift(${1 code}, ${2 code}) 2 *gen small 2 mp parens 1 gshiftle &L 1 gen _<<_ 2 0 3 shifti(${1 code}, ${2 code}) 2 int small 1 int mpshift(${1 code}, ${2 code}) 2 mp small 1 mp gshift(${1 code}, ${2 code}) 2 gen small 1 mp 1 gshift GL 1 gen _<=_ 2 0 12 ${parens 1 code} <= ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} < ${parens 2 code} 2 small lg 2 bool parens ${parens 1 code} <= ${parens 2 code} 2 lg lg 2 bool parens cmpsi(${1 code}, ${2 code}) <= 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) < 0 2 int lg 2 bool parens cmpis(${1 code}, ${2 code}) <= 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) <= 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) <= 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) <= 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) <= 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) <= 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) <= 0 2 gen gen 2 bool parens 1 gle GG 1 gen _<_ 2 0 11 ${parens 1 code} < ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} < ${parens 2 code} 2 lg lg 2 bool parens ${parens 1 code} <= ${parens 2 code} 2 lg small 2 bool parens cmpsi(${1 code}, ${2 code}) < 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) < 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) < 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) < 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) < 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) < 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) < 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) < 0 2 gen gen 2 bool parens 1 glt GG 1 gen _===_ 1 1 gidentical GG 1 small_int _==_ 2 0 23 ${parens 1 code} == ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} == ${parens 2 code} 2 lg lg 2 bool parens cmpsi(${1 code}, ${2 code}) == 0 2 small int 2 bool parens !signe(${1 code}) 2 mp 0 1 bool equali1(${1 code}) 2 int 1 1 bool equalim1(${1 code}) 2 int -1 1 bool cmpis(${1 code}, ${2 code}) == 0 2 int small 2 bool parens equalii(${1 code}, ${2 code}) 2 int int 1 bool gequal0(${1 code}) 2 gen 0 1 bool gequal1(${1 code}) 2 gen 1 1 bool gequalm1(${1 code}) 2 gen -1 1 bool cmprr(${1 code}, ${2 code}) == 0 2 real real 1 bool mpcmp(${1 code}, ${2 code}) == 0 2 mp mp 2 bool parens ${parens 1 code} == ${parens 2 code} 2 errtyp errtyp 2 bool parens ${parens 1 code} == ${parens 2 :errtyp cast} 2 errtyp #str 2 bool parens ${parens 1 :errtyp cast} == ${parens 2 code} 2 #str errtyp 2 bool parens ${parens 1 code} == ${parens 2 code} 2 typ typ 2 bool parens ${parens 1 code} == ${parens 2 :typ cast} 2 typ #str 2 bool parens ${parens 1 :typ cast} == ${parens 2 code} 2 #str typ 2 bool parens strcmp(${1 code}, ${2 code}) 2 str str 1 negbool gequalsg(${1 code}, ${2 code}) 2 small gen 1 bool gequalgs(${1 code}, ${2 code}) 2 gen small 1 bool gequal(${1 code}, ${2 code}) 2 gen gen 1 bool 1 geq GG 1 gen _>=_ 2 0 11 ${parens 1 code} >= ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} >= ${parens 2 code} 2 lg lg 2 bool parens ${parens 1 code} > ${parens 2 code} 2 lg small 2 bool parens cmpsi(${1 code}, ${2 code}) >= 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) >= 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) >= 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) >= 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) >= 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) >= 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) >= 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) >= 0 2 gen gen 2 bool parens 1 gge GG 1 gen _>>=_ 2 0 4 ${1 code} >>= ${parens 2 code} 2 *small small 2 small parens ${1 code} = shifti(${1 code}, -${parens 2 code}) 2 *int small 2 int parens ${1 code} = mpshift(${1 code}, -${parens 2 code}) 2 *mp small 2 mp parens ${1 code} = gshift(${1 code}, -${parens 2 code}) 2 *gen small 2 mp parens 1 gshiftre &L 1 gen _>>_ 2 0 4 ${parens 1 code}>>${parens 2 code} 2 small small 2 small parens shifti(${1 code}, -${parens 2 code}) 2 int small 1 int mpshift(${1 code}, -${parens 2 code}) 2 mp small 1 mp gshift(${1 code}, -${parens 2 code}) 2 gen small 1 mp 1 gshift_right GL 1 gen _>_ 2 0 11 ${parens 1 code} > ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} > ${parens 2 code} 2 lg lg 2 bool parens ${parens 1 code} >= ${parens 2 code} 2 small lg 2 bool parens cmpsi(${1 code}, ${2 code}) > 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) > 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) > 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) > 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) > 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) > 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) > 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) > 0 2 gen gen 2 bool parens 1 ggt GG 1 gen _ZX_resultant_worker 1 1 ZX_resultant_worker GGGG 1 gen _[_,] 1 0 3 $"Scalar has no rows" 2 mp small 1 gen rowcopy(${1 code}, ${2 code}) 2 vec small 1 vec rowcopy(${1 code}, ${2 code}) 2 gen small 1 vec _[_,_] 1 0 9 $"Scalar has no components" 2 mp small 1 gen $"Scalar has no components" 3 mp small small 1 gen ${parens 1 code}[${2 code}] 2 vecsmall small 1 small $"Vecsmall are single-dimensional" 3 vecsmall small small 1 gen gel(list_data(${1 code}), ${2 code}) 2 list small 2 gen copy gel(${1 code}, ${2 code}) 2 vec small 2 gen copy gcoeff(${1 code}, ${2 code}, ${3 code}) 3 vec small small 2 gen copy gel(${1 code}, ${2 code}) 2 gen small 2 gen copy gcoeff(${1 code}, ${2 code}, ${3 code}) 3 gen small small 2 gen copy _[_.._,_.._] 1 1 matslice0 GD0,L,D0,L,D0,L,D0,L, 1 gen _[_.._] 1 1 vecslice0 GD0,L,L 1 gen _\/=_ 2 0 3 ${1 code} = gdivround(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = gdivround(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gdivround(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gdivrounde &G 1 gen _\/_ 2 0 2 gdivround(${1 code}, ${2 code}) 2 int int 1 int gdivround(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gdivround GG 1 gen _\=_ 2 0 4 ${1 code} /= ${parens 2 code} 2 *small small 2 small parens ${1 code} = gdivent(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = gdivent(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gdivent(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gdivente &G 1 gen _\_ 2 0 7 ${parens 1 code}/${parens 2 code} 2 small small 2 small parens truedivis(${1 code}, ${2 code}) 2 int small 1 int gdiventsg(${1 code}, ${2 code}) 2 small int 1 int truedivii(${1 code}, ${2 code}) 2 int int 1 int gdiventgs(${1 code}, ${2 code}) 2 gen small 1 gen gdiventsg(${1 code}, ${2 code}) 2 small gen 1 gen gdivent(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gdivent GG 1 gen _^_ 2 0 30 sqri(${1 code}) 2 int 2 1 int powiu(${1 code}, 3) 2 int 3 1 int powiu(${1 code}, 4) 2 int 4 1 int powiu(${1 code}, 5) 2 int 5 1 int invr(${1 code}) 2 real -1 1 real ginv(${1 code}) 2 mp -1 1 mp ginv(${1 code}) 2 gen -1 1 gen sqrr(${1 code}) 2 real 2 1 real mpsqr(${1 code}) 2 mp 2 1 mp gsqr(${1 code}) 2 gen 2 1 gen powis(${1 code}, ${2 code}) 2 int small 1 gen gpowgs(${1 code}, ${2 code}) 2 real small 1 real gpowgs(${1 code}, ${2 code}) 2 gen small 1 gen powgi(${1 code}, ${2 code}) 2 real int 1 real powgi(${1 code}, ${2 code}) 2 gen int 1 gen gpow(${1 code}, ${2 code}, ${prec}) 2 gen gen 2 gen prec Fp_sqr(${1 code}, p) 2 Fp 2 1 Fp Fp_powu(${1 code}, ${2 code}, p) 2 Fp usmall 1 Fp Fp_pows(${1 code}, ${2 code}, p) 2 Fp small 1 Fp Fp_pow(${1 code}, ${2 code}, p) 2 Fp int 1 Fp FpX_sqr(${1 code}, p) 2 FpX 2 1 FpX FpX_powu(${1 code}, ${2 code}, p) 2 FpX usmall 1 FpX Fq_sqr(${1 code}, T, p) 2 Fq 2 1 Fq Fq_powu(${1 code}, ${2 code}, T, p) 2 Fq usmall 1 Fq Fq_pow(${1 code}, ${2 code}, T, p) 2 Fq int 1 Fq Fq_sqr(${1 code}, T, p) 2 Fq 2 1 Fq Fq_powu(${1 code}, ${2 code}, T, p) 2 Fq usmall 1 Fq Fq_pow(${1 code}, ${2 code}, T, p) 2 Fq int 1 Fq FqX_sqr(${1 code}, T, p) 2 FqX 2 1 FqX FqX_powu(${1 code}, ${2 code}, T, p) 2 FqX usmall 1 FqX 1 gpow GGp 2 gen prec _^s 1 1 gpowgs GL 1 gen __ 1 0 4 gconcat(${1 code}, ${2 code}) 2 genstr genstr 1 genstr gconcat(${1 code}, ${2 code}) 2 genstr gen 1 genstr gconcat(${1 code}, ${2 code}) 2 gen genstr 1 genstr gconcat(${1 :genstr cast}, ${2 code}) 2 gen gen 1 genstr _avma 1 0 1 avma 0 1 pari_sp _badtype 1 0 13 typ(${1 code}) != t_INT 1 int 2 bool parens typ(${1 code}) != t_REAL 1 real 2 bool parens is_intreal_t(typ(${1 code})) 1 mp 1 negbool is_matvec_t(typ(${1 code})) 1 vec 1 negbool typ(${1 code}) != t_VECSMALL 1 vecsmall 2 bool parens typ(${1 code}) != t_POL 1 pol 2 bool parens ${1 code} = checknf(${1 code}) 1 *nf 2 void parens ${1 code} = checkbnf(${1 code}) 1 *bnf 2 void parens checkbnr(${1 code}) 1 bnr 1 void checkprid(${1 code}) 1 prid 1 void checkabgrp(${1 code}) 1 clgp 1 void checkell(${1 code}) 1 ell 1 void ${1 code} = checkgal(${1 code}) 1 *gal 2 gal parens _cast 1 0 109 0 1 void 1 bool ${1 value not} 1 #negbool 1 bool !${parens 1 code} 1 negbool 1 bool 1 small_int 1 bool 1 usmall 1 bool 1 small 1 bool ${parens 1 code}!=1 1 lg 2 bool parens *${parens 1 code} 1 bptr 1 bool !gequal0(${1 code}) 1 gen 1 bool signe(${1 code}) 1 real 1 bool signe(${1 code}) 1 int 1 bool signe(${1 code}) 1 mp 1 bool signe(${1 code}) 1 pol 1 bool 1 1 void 1 negbool ${1 value not} 1 #bool 1 negbool !${parens 1 code} 1 bool 1 negbool ${parens 1 code}==1 1 lg 2 negbool parens !*${parens 1 code} 1 bptr 1 negbool gequal0(${1 code}) 1 gen 1 negbool !signe(${1 code}) 1 int 1 negbool !signe(${1 code}) 1 real 1 negbool !signe(${1 code}) 1 mp 1 negbool !signe(${1 code}) 1 pol 1 negbool 1 bool 1 small_int 1 typ 1 small_int 1 small 1 small_int 1 bool 1 usmall 1 typ 1 usmall 1 small 1 usmall 1 bool 1 small 1 typ 1 small 1 small_int 1 small 1 usmall 1 small *${parens 1 code} 1 bptr 1 small itos(${1 code}) 1 int 1 small itou(${1 code}) 1 int 1 usmall ${1 value 1 sub} 1 #lg 2 small parens ${parens 1 code}-1 1 lg 2 small parens gtos(${1 code}) 1 gen 1 small gtou(${1 code}) 1 gen 1 usmall gen_0 1 void 1 int gen_m2 1 -2 1 int gen_m1 1 -1 1 int gen_0 1 0 1 int gen_1 1 1 1 int gen_2 1 2 1 int stoi(${1 code}) 1 bool 1 int stoi(${1 code}) 1 small 1 int utoi(${1 code}) 1 usmall 1 int 1 mp 1 int 1 gen 1 int 1 mp 1 real 1 gen 1 real 1 int 1 mp 1 real 1 mp 1 gen 1 mp ${1 1 value add} 1 #bool 2 lg parens ${parens 1 code}+1 1 bool 2 lg parens ${1 1 value add} 1 #small 2 lg parens ${parens 1 code}+1 1 small 2 lg parens 1 gen 1 error 1 gen 1 closure 1 gen 1 vecsmall 1 nf 1 vec 1 bnf 1 vec 1 bnr 1 vec 1 ell 1 vec 1 clgp 1 vec 1 prid 1 vec 1 gal 1 vec 1 gen 1 vec 1 gen 1 list varn(${1 code}) 1 pol 1 var gvar(${1 code}) 1 gen 1 var pol_x(${1 code}) 1 var 1 pol 1 gen 1 pol 1 int 1 gen 1 mp 1 gen 1 vecsmall 1 gen 1 vec 1 gen 1 list 1 gen 1 pol 1 gen 1 genstr 1 gen 1 error 1 gen 1 closure 1 gen 1 Fp 1 gen 1 FpX 1 gen 1 Fq 1 gen 1 FqX 1 gen GENtoGENstr(${1 code}) 1 gen 1 genstr strtoGENstr(${1 code}) 1 str 1 genstr GENtostr_unquoted(${1 code}) 1 gen 1 str GSTR(${1 code}) 1 genstr 1 str type_name(${1 code}) 1 typ 1 str numerr_name(${1 code}) 1 errtyp 1 str ${1 str_format} 1 #str 1 typ ${1 str_format} 1 #str 1 errtyp bnf_get_nf(${1 code}) 1 bnf 1 nf 1 gen 1 nf bnr_get_bnf(${1 code}) 1 bnr 1 bnf 1 gen 1 bnf 1 gen 1 bnr bnf_get_clgp(${1 code}) 1 bnf 1 clgp bnr_get_clgp(${1 code}) 1 bnr 1 clgp 1 gen 1 clgp 1 gen 1 ell 1 gen 1 gal 1 gen 1 prid 1 Fp 1 Fq _cgetg 1 0 2 cgetg(${1 code}, ${2 str_raw}) 2 lg #str 1 gen ${1 code} = cgetg(${2 code}, ${3 str_raw}) 3 gen lg #str 1 gen _const_expr 1 0 1 readseq(${1 code}) 1 str 1 gen _const_quote 1 0 1 fetch_user_var(${1 code}) 1 str 1 var _const_real 1 0 1 strtor(${1 code}, ${prec}) 1 str 2 real prec _const_smallreal 1 0 4 real_0(${prec}) 1 0 2 real prec real_1(${prec}) 1 1 2 real prec real_m1(${prec}) 1 -1 2 real prec stor(${1 code}, ${prec}) 1 small 2 real prec _decl_base 1 0 13 void 1 C!void 0 long 1 C!long 0 ulong 1 C!ulong 0 int 1 C!int 0 GEN 1 C!GEN 0 char 1 C!char* 0 byteptr 1 C!byteptr 0 pari_sp 1 C!pari_sp 0 GEN 1 C!func_GG 0 forprime_t 1 C!forprime_t 0 forcomposite_t 1 C!forcomposite_t 0 forpart_t 1 C!forpart_t 0 forvec_t 1 C!forvec_t 0 _decl_ext 1 0 2 *${1 code} 1 C!char* 0 (*${1 code})(GEN, GEN) 1 C!func_GG 0 _default_check 1 0 2 !${parens 1 code} 1 C!GEN 1 bool ${parens 1 code} == -1 1 var 1 bool _default_marker 1 0 4 NULL 1 C!GEN 0 -1 1 var 0 0 1 small 0 "" 1 str 0 _derivfun 1 1 derivfun0 GGp 2 gen prec _diffptr 1 0 1 diffptr 0 1 bptr _err_primes 1 0 1 pari_err(e_MAXPRIME) 0 1 void _err_type 1 0 1 pari_err_TYPE(${1 code},${2 code}) 2 str gen 1 void _eval_mnemonic 1 1 eval_mnemonic Gs 1 small _factor_Aurifeuille 1 1 factor_Aurifeuille GL 1 gen _factor_Aurifeuille_prime 1 1 factor_Aurifeuille_prime GL 1 gen _forcomposite_init 1 0 2 forcomposite_init(&${1 code}, ${2 code}, NULL) 2 forcomposite int 1 void forcomposite_init(&${1 code}, ${2 code}, ${3 code}) 3 forcomposite int int 1 void _forcomposite_next 1 0 1 forcomposite_next(&${1 code}) 1 forcomposite 1 int _formatcode 1 0 5 ${1 code} 1 #small 1 void %ld 1 small 1 small ${1 str_format} 1 #str 1 void %s 1 str 1 str %Ps 1 gen 1 gen _forpart_init 1 0 1 forpart_init(&${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 forpart small ?gen ?gen 1 void _forpart_next 1 0 1 forpart_next(&${1 code}) 1 forpart 1 vecsmall _forprime_init 1 0 1 forprime_init(&${1 code}, ${2 code}, ${3 code}); 3 forprime int ?int 1 void _forprime_next 1 0 1 NEXT_PRIME_VIADIFF(${1 code}, ${2 code}) 2 *small *bptr 1 void _forprime_next_ 1 0 1 forprime_next(&${1 code}) 1 forprime 1 int _forvec_init 1 0 1 forvec_init(&${1 code}, ${2 code}, ${3 code}) 3 forvec gen ?small 1 void _forvec_next 1 0 1 forvec_next(&${1 code}) 1 forvec 1 vec _gc_needed 1 0 1 gc_needed(${1 code}, 1) 1 pari_sp 1 bool _gerepileall 1 0 2 ${2 code} = gerepilecopy(${1 code}, ${2 code}) 2 pari_sp gen 2 void parens gerepileall(${1 code}, ${nbarg 1 sub}, ${stdref 3 code}) 3 pari_sp gen ... 1 void _gerepileupto 1 0 5 gerepileuptoint(${1 code}, ${2 code}) 2 pari_sp int 1 int gerepileuptoleaf(${1 code}, ${2 code}) 2 pari_sp mp 1 mp gerepileuptoleaf(${1 code}, ${2 code}) 2 pari_sp vecsmall 1 vecsmall gerepileupto(${1 code}, ${2 code}) 2 pari_sp vec 1 vec gerepileupto(${1 code}, ${2 code}) 2 pari_sp gen 1 gen _iferr_CATCH 1 0 2 pari_CATCH(CATCH_ALL) 1 0 0 pari_CATCH2(__iferr_old${1 code}, CATCH_ALL) 1 small 0 _iferr_CATCH_reset 1 0 2 pari_CATCH_reset() 1 0 1 void pari_CATCH2_reset(__iferr_old${1 code}) 1 small 1 void _iferr_ENDCATCH 1 0 2 pari_ENDCATCH 1 0 0 pari_ENDCATCH2(__iferr_old${1 code}) 1 small 0 _iferr_error 1 0 1 pari_err_last() 0 1 error _iferr_rethrow 1 0 1 pari_err(0, ${1 code}) 1 error 1 void _low_stack_lim 1 0 1 low_stack(${1 code}, stack_lim(${2 code}, 1)) 2 pari_sp pari_sp 1 bool _maxprime 1 0 1 maxprime() 0 1 small _multi_if 1 1 ifpari_multi GE* 1 gen _ndec2nbits 1 0 1 ndec2nbits(${1 code}) 1 small 1 small _ndec2prec 1 0 1 ndec2prec(${1 code}) 1 small 1 small _norange 1 0 1 LONG_MAX 0 1 small _parapply_worker 1 1 parapply_worker GG 1 gen _pareval_worker 1 1 pareval_worker G 1 gen _parfor_worker 1 1 parfor_worker GG 1 gen _parvector_worker 1 1 parvector_worker GG 1 gen _polint_worker 1 1 nmV_polint_center_tree_worker GGGGG 1 gen _polmodular_worker 1 1 polmodular_worker UUUGGGGLGG 1 gen _proto_code 1 0 5 n 1 var 0 L 1 C!long 0 U 1 C!ulong 0 G 1 C!GEN 0 s 1 C!char* 0 _proto_max_args 1 0 1 1 20 0 _proto_ret 1 0 5 v 1 C!void 0 i 1 C!int 0 l 1 C!long 0 u 1 C!ulong 0 1 C!GEN 0 _safecoeff 1 0 4 *safeel(${1 code}, ${2 code}) 2 vecsmall small 1 small *safelistel(${1 code}, ${2 code}) 2 list small 2 gen copy *safegel(${1 code}, ${2 code}) 2 gen small 2 gen copy *safegcoeff(${1 code}, ${2 code}, ${3 code}) 3 gen small small 2 gen copy _stack_lim 1 0 1 stack_lim(${1 code}, ${2 code}) 2 pari_sp small 1 pari_sp _strtoclosure 1 0 2 strtofunction(${1 code}) 1 str 1 closure strtoclosure(${1 code}, ${nbarg 1 sub}, ${3 code}) 3 str gen ... 1 closure _tovec 1 0 7 cgetg(1, t_VEC) 0 1 vec mkvec(${1 code}) 1 gen 1 vec mkvec2(${1 code}, ${2 code}) 2 gen gen 1 vec mkvec3(${1 code}, ${2 code}, ${3 code}) 3 gen gen gen 1 vec mkvec4(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen gen 1 vec mkvec5(${1 code}, ${2 code}, ${3 code}, ${4 code}, ${5 code}) 5 gen gen gen gen gen 1 vec mkvecn(${nbarg}, ${2 code}) 2 gen ... 1 vec _tovecprec 1 0 6 mkvecs(${prec}) 0 2 vec prec mkvec2(${1 code}, stoi(${prec})) 1 gen 2 vec prec mkvec3(${1 code}, ${2 code}, stoi(${prec})) 2 gen gen 2 vec prec mkvec4(${1 code}, ${2 code}, ${3 code}, stoi(${prec})) 3 gen gen gen 2 vec prec mkvec5(${1 code}, ${2 code}, ${3 code}, ${4 code}, stoi(${prec})) 4 gen gen gen gen 2 vec prec mkvecn(${nbarg 1 add}, ${2 code}, stoi(${prec})) 2 gen ... 2 vec prec _type_preorder 1 0 22 7 empty void bool small int mp gen 0 3 empty real mp 0 3 empty bptr small 0 4 empty bool lg small 0 4 empty bool small_int small 0 4 empty bool usmall small 0 4 empty void negbool bool 0 5 empty typ str genstr gen 0 3 empty errtyp str 0 3 empty vecsmall gen 0 3 empty vec gen 0 3 empty list gen 0 3 empty closure gen 0 3 empty error gen 0 5 empty bnr bnf nf vec 0 5 empty bnr bnf clgp vec 0 3 empty ell vec 0 3 empty prid vec 0 3 empty gal vec 0 4 empty var pol gen 0 4 empty Fp Fq gen 0 4 empty FpX FqX gen 0 _typedef 1 0 41 void 1 empty 0 void 1 void 0 long 1 negbool 0 long 1 bool 0 int 1 small_int 0 ulong 1 usmall 0 long 1 small 0 GEN 1 int 0 GEN 1 real 0 GEN 1 mp 0 long 1 lg 0 GEN 1 vecsmall 0 GEN 1 vec 0 GEN 1 list 0 long 1 var 0 GEN 1 pol 0 GEN 1 gen 0 GEN 1 closure 0 GEN 1 error 0 GEN 1 genstr 0 char* 1 str 0 byteptr 1 bptr 0 forcomposite_t 1 forcomposite 0 forpart_t 1 forpart 0 forprime_t 1 forprime 0 forvec_t 1 forvec 0 func_GG 1 func_GG 0 pari_sp 1 pari_sp 0 long 1 typ 0 long 1 errtyp 0 GEN 1 nf 0 GEN 1 bnf 0 GEN 1 bnr 0 GEN 1 ell 0 GEN 1 clgp 0 GEN 1 prid 0 GEN 1 gal 0 GEN 1 Fp 0 GEN 1 FpX 0 GEN 1 Fq 0 GEN 1 FqX 0 _u_forprime_init 1 0 2 u_forprime_init(&${1 code}, ${2 code}, LONG_MAX); 3 forprime small 1 void u_forprime_init(&${1 code}, ${2 code}, ${3 code}); 3 forprime small small 1 void _u_forprime_next 1 0 1 u_forprime_next(&${1 code}) 1 forprime 1 small _void_if 1 1 ifpari_void GDIDI 1 void _wrap_G 2 0 1 ${1 code} 1 gen 1 gen 1 gp_call G 1 gen _wrap_GG 2 0 1 ${1 code} 1 gen 1 gen 1 gp_call2 GG 1 gen _wrap_Gp 2 0 1 ${1 code} 1 gen 1 gen 1 gp_callprec Gp 2 gen prec _wrap_bG 2 0 1 ${1 code} 1 bool 1 bool 1 gp_callbool G 1 small _wrap_vG 2 0 1 0 1 void 1 small 1 gp_callvoid G 1 small _||_ 2 0 1 ${parens 1 code} || ${parens 2 code} 2 bool bool 2 bool parens 1 orpari GE 1 gen _~ 2 0 2 gtrans(${1 code}) 1 vec 1 vec gtrans(${1 code}) 1 gen 1 gen 1 gtrans G 1 gen abs 2 0 5 labs(${1 code}) 1 small 1 small mpabs(${1 code}) 1 int 1 int mpabs(${1 code}) 1 real 1 real mpabs(${1 code}) 1 mp 1 mp gabs(${1 code}, ${prec}) 1 gen 2 gen prec 1 gabs Gp 2 gen prec acos 1 1 gacos Gp 2 gen prec acosh 1 1 gacosh Gp 2 gen prec addhelp 1 1 addhelp rs 1 void addprimes 1 1 addprimes DG 1 gen agm 1 1 agm GGp 2 gen prec alarm 1 1 gp_alarm D0,L,DE 1 gen algabsdim 1 1 algabsdim G 1 small algadd 1 1 algadd GGG 1 gen algalgtobasis 1 1 algalgtobasis GG 1 gen algaut 1 1 algaut G 2 gen copy algb 1 1 algb G 2 gen copy algbasis 1 1 algbasis G 2 gen copy algbasistoalg 1 1 algbasistoalg GG 1 gen algcenter 1 1 algcenter G 2 gen copy algcentralproj 1 1 alg_centralproj GGD0,L, 1 gen algchar 1 1 algchar G 2 gen copy algcharpoly 1 1 algcharpoly GGDn 1 gen algdecomposition 1 1 alg_decomposition G 1 gen algdegree 1 1 algdegree G 1 small algdep 1 1 algdep0 GLD0,L, 1 gen algdim 1 1 algdim G 1 small algdisc 1 1 algdisc G 1 gen algdivl 1 1 algdivl GGG 1 gen algdivr 1 1 algdivr GGG 1 gen alggroup 1 1 alggroup GDG 1 gen alghasse 1 1 alghasse GG 1 gen alghassef 1 1 alghassef G 2 gen copy alghassei 1 1 alghassei G 2 gen copy algindex 1 1 algindex GDG 1 small alginit 1 1 alginit GGDnD1,L, 1 gen alginv 1 1 alginv GG 1 gen alginvbasis 1 1 alginvbasis G 2 gen copy algisassociative 1 1 algisassociative GD0,G, 1 small_int algiscommutative 1 1 algiscommutative G 1 small_int algisdivision 1 1 algisdivision GDG 1 small_int algisdivl 1 1 algisdivl GGGD& 1 small_int algisinv 1 1 algisinv GGD& 1 small_int algisramified 1 1 algisramified GDG 1 small_int algissemisimple 1 1 algissemisimple G 1 small_int algissimple 1 1 algissimple GD0,L, 1 small_int algissplit 1 1 algissplit GDG 1 small_int alglathnf 1 1 alglathnf GG 1 gen algleftmultable 1 1 algleftmultable GG 1 gen algmul 1 1 algmul GGG 1 gen algmultable 1 1 algmultable G 2 gen copy algneg 1 1 algneg GG 1 gen algnorm 1 1 algnorm GG 1 gen algpoleval 1 1 algpoleval GGG 1 gen algpow 1 1 algpow GGG 1 gen algprimesubalg 1 1 algprimesubalg G 1 gen algquotient 1 1 alg_quotient GGD0,L, 1 gen algradical 1 1 algradical G 1 gen algramifiedplaces 1 1 algramifiedplaces G 1 gen algrandom 1 1 algrandom GG 1 gen algrelmultable 1 1 algrelmultable G 2 gen copy algsimpledec 1 1 algsimpledec GD0,L, 1 gen algsplittingdata 1 1 algsplittingdata G 2 gen copy algsplittingfield 1 1 algsplittingfield G 2 gen copy algsplittingmatrix 1 1 algsplittingmatrix GG 1 gen algsqr 1 1 algsqr GG 1 gen algsub 1 1 algsub GGG 1 gen algsubalg 1 1 algsubalg GG 1 gen algtableinit 1 1 algtableinit GDG 1 gen algtensor 1 1 algtensor GGD1,L, 1 gen algtrace 1 1 algtrace GG 1 gen algtype 1 1 algtype G 1 small alias 1 1 alias0 rr 1 void allocatemem 1 1 gp_allocatemem DG 1 void apply 3 0 1 genapply(${1 cookie}, ${1 wrapper}, ${2 code}) 2 closure gen 1 gen 1 apply0 GG 1 gen 2 1 _wrap_G arg 1 1 garg Gp 2 gen prec asin 1 1 gasin Gp 2 gen prec asinh 1 1 gasinh Gp 2 gen prec asympnum 1 1 asympnum0 GD0,L,DGp 2 gen prec atan 1 1 gatan Gp 2 gen prec atanh 1 1 gatanh Gp 2 gen prec bernfrac 1 1 bernfrac L 1 gen bernpol 1 1 bernpol LDn 1 gen bernreal 1 1 bernreal Lp 2 gen prec bernvec 1 1 bernvec L 1 gen besselh1 1 1 hbessel1 GGp 2 gen prec besselh2 1 1 hbessel2 GGp 2 gen prec besseli 1 1 ibessel GGp 2 gen prec besselj 1 1 jbessel GGp 2 gen prec besseljh 1 1 jbesselh GGp 2 gen prec besselk 1 1 kbessel GGp 2 gen prec besseln 1 1 nbessel GGp 2 gen prec bestappr 1 1 bestappr GDG 1 gen bestapprPade 1 1 bestapprPade GD-1,L, 1 gen bezout 1 1 gcdext0 GG 1 gen bezoutres 1 1 polresultantext0 GGDn 1 gen bigomega 1 1 bigomega G 1 small binary 1 1 binaire G 1 gen binomial 1 1 binomial GL 1 gen bitand 2 0 2 ${parens 1 code}&${parens 2 code} 2 small small 2 small parens gbitand(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitand GG 1 gen bitneg 1 1 gbitneg GD-1,L, 1 gen bitnegimply 2 0 2 ${parens 1 code}&~${parens 2 code} 2 small small 2 small parens gbitnegimply(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitnegimply GG 1 gen bitor 2 0 2 ${parens 1 code}|${parens 2 code} 2 small small 2 small parens gbitor(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitor GG 1 gen bitprecision 1 1 bitprecision0 GD0,L, 1 gen bittest 2 0 3 (${parens 1 code}>>${parens 2 code})&1 2 small small 2 bool parens bittest(${1 code}, ${2 code}) 2 int small 1 bool gbittest(${1 code}, ${2 code}) 2 gen small 1 gen 1 gbittest GL 1 gen bitxor 2 0 2 ${parens 1 code}^${parens 2 code} 2 small small 2 small parens gbitxor(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitxor GG 1 gen bnfcertify 1 1 bnfcertify0 GD0,L, 1 small bnfcompress 1 1 bnfcompress G 1 gen bnfdecodemodule 1 1 decodemodule GG 1 gen bnfinit 2 0 4 Buchall(${1 code}, 0, ${prec}) 1 gen 2 bnf prec Buchall(${1 code}, 0, ${prec}) 2 gen 0 2 bnf prec Buchall(${1 code}, nf_FORCE, ${prec}) 2 gen 1 2 bnf prec bnfinit0(${1 code}, ${2 code}, ${3 code}, ${prec}) 3 gen ?small ?gen 2 bnf prec 1 bnfinit0 GD0,L,DGp 2 gen prec bnfisintnorm 1 1 bnfisintnorm GG 1 gen bnfisnorm 1 1 bnfisnorm GGD1,L, 1 gen bnfisprincipal 1 1 bnfisprincipal0 GGD1,L, 1 gen bnfissunit 1 1 bnfissunit GGG 1 gen bnfisunit 1 1 bnfisunit GG 1 gen bnflog 1 1 bnflog GG 1 gen bnflogdegree 1 1 bnflogdegree GGG 1 gen bnflogef 1 1 bnflogef GG 1 gen bnfnarrow 1 1 buchnarrow G 1 gen bnfsignunit 1 1 signunits G 1 gen bnfsunit 1 1 bnfsunit GGp 2 gen prec bnrL1 1 1 bnrL1 GDGD0,L,p 2 gen prec bnrchar 1 1 bnrchar GGDG 1 gen bnrclassno 1 1 bnrclassno0 GDGDG 1 gen bnrclassnolist 1 1 bnrclassnolist GG 1 gen bnrconductor 1 1 bnrconductor0 GDGDGD0,L, 1 gen bnrconductorofchar 1 1 bnrconductorofchar GG 1 gen bnrdisc 1 1 bnrdisc0 GDGDGD0,L, 1 gen bnrdisclist 1 1 bnrdisclist0 GGDG 1 gen bnrgaloisapply 1 1 bnrgaloisapply GGG 1 gen bnrgaloismatrix 1 1 bnrgaloismatrix GG 1 gen bnrinit 2 0 1 bnrinit0(${1 code}, ${2 code}, ${3 code}) 3 gen gen ?small 1 bnr 1 bnrinit0 GGD0,L, 1 gen bnrisconductor 1 1 bnrisconductor0 GDGDG 1 small bnrisgalois 1 1 bnrisgalois GGG 1 small bnrisprincipal 1 1 bnrisprincipal GGD1,L, 1 gen bnrrootnumber 1 1 bnrrootnumber GGD0,L,p 2 gen prec bnrstark 1 1 bnrstark GDGp 2 gen prec break 1 1 break0 D1,L, 1 gen breakpoint 1 1 pari_breakpoint 1 void call 1 1 call0 GG 1 gen ceil 2 0 5 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens ceilr(${1 code}) 1 real 1 int mpceil(${1 code}) 1 mp 1 int gceil(${1 code}) 1 gen 1 gen 1 gceil G 1 gen centerlift 2 0 6 centerlift(${1 code}) 1 pol 1 pol centerlift(${1 code}) 1 vec 1 vec centerlift(${1 code}) 1 gen 1 gen centerlift0(${1 code}, ${2 code}) 2 pol var 1 pol centerlift0(${1 code}, ${2 code}) 2 vec var 1 vec centerlift0(${1 code}, ${2 code}) 2 gen var 1 gen 1 centerlift0 GDn 1 gen characteristic 1 1 characteristic G 2 gen copy charconj 1 1 charconj0 GG 1 gen chardiv 1 1 chardiv0 GGG 1 gen chareval 1 1 chareval GGGDG 1 gen charker 1 1 charker0 GG 1 gen charmul 1 1 charmul0 GGG 1 gen charorder 1 1 charorder0 GG 1 gen charpoly 1 1 charpoly0 GDnD5,L, 1 gen chinese 2 0 2 chinese1(${1 code}) 1 gen 1 gen chinese(${1 code}, ${2 code}) 2 gen gen 1 gen 1 chinese GDG 1 gen clone 1 0 11 ${1 code} 1 small 2 small parens gclone(${1 code}) 1 int 1 int gclone(${1 code}) 1 real 1 real gclone(${1 code}) 1 mp 1 mp gclone(${1 code}) 1 vecsmall 1 vecsmall gclone(${1 code}) 1 vec 1 vec gclone(${1 code}) 1 pol 1 pol gclone(${1 code}) 1 list 1 list gclone(${1 code}) 1 closure 1 closure gclone(${1 code}) 1 genstr 1 genstr gclone(${1 code}) 1 gen 1 gen cmp 1 1 cmp_universal GG 1 small_int component 2 0 2 err_get_compo(${1 code}, ${2 code}) 2 error small 1 gen compo(${1 code},${2 code}) 2 gen small 1 gen 1 compo GL 1 gen concat 2 0 10 gconcat(${1 code}, ${2 code}) 2 mp mp 1 vec gconcat(${1 code}, ${2 code}) 2 vec mp 1 vec gconcat(${1 code}, ${2 code}) 2 mp vec 1 vec gconcat(${1 code}, ${2 code}) 2 vec vec 1 vec gconcat(${1 code}, ${2 code}) 2 list list 1 list gconcat(${1 code}, ${2 code}) 2 genstr gen 1 genstr gconcat(${1 code}, ${2 code}) 2 gen genstr 1 genstr gconcat1(${1 code}) 1 gen 1 gen gconcat1(${1 code}) 2 gen 1 gen gconcat(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gconcat GDG 1 gen conj 1 1 gconj G 1 gen conjvec 1 1 conjvec Gp 2 gen prec content 1 1 content G 1 gen contfrac 1 1 contfrac0 GDGD0,L, 1 gen contfraceval 1 1 contfraceval GGD-1,L, 1 gen contfracinit 1 1 contfracinit GD-1,L, 1 gen contfracpnqn 1 1 contfracpnqn GD-1,L, 1 gen copy 1 0 8 ${1 code} 1 small 2 small parens icopy(${1 code}) 1 int 1 int gcopy(${1 code}) 1 real 1 real gcopy(${1 code}) 1 mp 1 mp gcopy(${1 code}) 1 vecsmall 1 vecsmall gcopy(${1 code}) 1 vec 1 vec gcopy(${1 code}) 1 pol 1 pol gcopy(${1 code}) 1 gen 1 gen core 1 1 core0 GD0,L, 1 gen coredisc 1 1 coredisc0 GD0,L, 1 gen cos 1 1 gcos Gp 2 gen prec cosh 1 1 gcosh Gp 2 gen prec cotan 1 1 gcotan Gp 2 gen prec cotanh 1 1 gcotanh Gp 2 gen prec dbg_down 1 1 dbg_down D1,L, 1 void dbg_err 1 1 dbg_err 1 gen dbg_up 1 1 dbg_up D1,L, 1 void dbg_x 1 1 dbgGEN GD-1,L, 1 void default 2 0 16 getrealprecision() 1 "realprecision" 2 small prec setrealprecision(${2 code}, &${prec}) 2 "realprecision" small 2 small prec precdl 1 "seriesprecision" 1 small precdl = ${2 code} 2 "seriesprecision" small 2 small parens DEBUGLEVEL 1 "debug" 1 small DEBUGLEVEL = ${2 code} 2 "debug" small 2 small parens DEBUGMEM 1 "debugmem" 1 small DEBUGMEM = ${2 code} 2 "debugmem" small 2 small parens DEBUGFILES 1 "debugfiles" 1 small DEBUGFILES = ${2 code} 2 "debugfiles" small 2 small parens factor_add_primes 1 "factor_add_primes" 1 small factor_add_primes = ${2 code} 2 "factor_add_primes" small 1 small factor_proven 1 "factor_proven" 1 small factor_proven = ${2 code} 2 "factor_proven" small 1 small new_galois_format 1 "new_galois_format" 1 small new_galois_format = ${2 code} 2 "new_galois_format" small 1 small 1 default0 DrDs 1 gen denominator 1 1 denom G 1 gen deriv 1 1 deriv GDn 1 gen derivnum 3 0 1 derivnum(${2 cookie}, ${2 wrapper}, ${1 code}, ${prec}) 2 gen gen 2 gen prec 1 derivnum0 V=GEp 2 gen prec 2 2 _wrap_Gp diffop 2 0 2 diffop(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen ?1 1 gen diffop0(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen small 1 gen 1 diffop0 GGGD1,L, 1 gen digits 1 1 digits GDG 1 gen dilog 1 1 dilog Gp 2 gen prec dirdiv 1 1 dirdiv GG 1 gen direuler 3 0 1 direuler(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}) 4 gen gen closure ?gen 1 gen 1 direuler0 V=GGEDG 1 gen 2 3 _wrap_G dirmul 1 1 dirmul GG 1 gen dirzetak 1 1 dirzetak GG 1 gen divisors 2 0 1 divisors(${1 code}) 1 gen 1 vec 1 divisors G 1 gen divrem 1 1 divrem GGDn 1 gen eint1 1 1 veceint1 GDGp 2 gen prec ellL1 1 1 ellL1_bitprec GD0,L,b 2 gen prec elladd 1 1 elladd GGG 1 gen ellak 1 1 akell GG 1 gen ellan 1 1 ellan GL 1 gen ellanalyticrank 1 1 ellanalyticrank_bitprec GDGb 2 gen prec ellap 1 1 ellap GDG 1 gen ellbil 1 1 bilhell GGGp 2 gen prec ellcard 1 1 ellcard GDG 1 gen ellchangecurve 2 0 1 ellchangecurve(${1 code}, ${2 code}) 2 gen gen 1 ell 1 ellchangecurve GG 1 gen ellchangepoint 1 1 ellchangepoint GG 1 gen ellchangepointinv 1 1 ellchangepointinv GG 1 gen ellconvertname 1 1 ellconvertname G 1 gen elldivpol 1 1 elldivpol GLDn 1 gen elleisnum 1 1 elleisnum GLD0,L,p 2 gen prec elleta 1 1 elleta Gp 2 gen prec ellformaldifferential 1 1 ellformaldifferential GDPDn 1 gen ellformalexp 1 1 ellformalexp GDPDn 1 gen ellformallog 1 1 ellformallog GDPDn 1 gen ellformalpoint 1 1 ellformalpoint GDPDn 1 gen ellformalw 1 1 ellformalw GDPDn 1 gen ellfromeqn 1 1 ellfromeqn G 1 gen ellfromj 1 1 ellfromj G 1 gen ellgenerators 1 1 ellgenerators G 1 gen ellglobalred 2 0 1 ellglobalred(${1 code}) 1 gen 1 gen 1 ellglobalred G 1 gen ellgroup 1 1 ellgroup0 GDGD0,L, 1 gen ellheegner 1 1 ellheegner G 1 gen ellheight 1 1 ellheight0 GGDGp 2 gen prec ellheightmatrix 1 1 ellheightmatrix GGp 2 gen prec ellidentify 1 1 ellidentify G 1 gen ellinit 2 0 1 ellinit(${1 code}, ${2 code}, ${prec}) 3 gen gen small 2 ell prec 1 ellinit GDGp 2 gen prec ellintegralmodel 1 1 ellintegralmodel GD& 1 gen ellisdivisible 1 1 ellisdivisible GGGD& 1 small ellisogeny 1 1 ellisogeny GGD0,L,DnDn 1 gen ellisogenyapply 1 1 ellisogenyapply GG 1 gen ellisomat 1 1 ellisomat GD0,L, 1 gen ellisoncurve 1 1 ellisoncurve GG 1 gen ellissupersingular 1 1 ellissupersingular GDG 1 small_int ellj 1 1 jell Gp 2 gen prec elllocalred 1 1 elllocalred GG 1 gen elllog 1 1 elllog GGGDG 1 gen elllseries 1 1 elllseries GGDGp 2 gen prec ellminimalmodel 1 1 ellminimalmodel GD& 1 gen ellminimaltwist 1 1 ellminimaltwist0 GD0,L, 1 gen ellmoddegree 1 1 ellmoddegree Gb 2 gen prec ellmodulareqn 1 1 ellmodulareqn LDnDn 1 gen ellmul 1 1 ellmul GGG 1 gen ellneg 1 1 ellneg GG 1 gen ellnonsingularmultiple 1 1 ellnonsingularmultiple GG 1 gen ellorder 1 1 ellorder GGDG 1 gen ellordinate 1 1 ellordinate GGp 2 gen prec ellpadicL 1 1 ellpadicL GGLDGD0,L,DG 1 gen ellpadicfrobenius 1 1 ellpadicfrobenius GLL 1 gen ellpadicheight 1 1 ellpadicheight0 GGLGDG 1 gen ellpadicheightmatrix 1 1 ellpadicheightmatrix GGLG 1 gen ellpadiclog 1 1 ellpadiclog GGLG 1 gen ellpadics2 1 1 ellpadics2 GGL 1 gen ellperiods 1 1 ellperiods GD0,L,p 2 gen prec ellpointtoz 1 1 zell GGp 2 gen prec ellpow 1 1 ellmul GGG 1 gen ellrootno 1 1 ellrootno GDG 1 small ellsea 1 1 ellsea GD0,U, 1 gen ellsearch 1 1 ellsearch G 1 gen ellsigma 1 1 ellsigma GDGD0,L,p 2 gen prec ellsub 1 1 ellsub GGG 1 gen elltaniyama 1 1 elltaniyama GDP 1 gen elltatepairing 1 1 elltatepairing GGGG 1 gen elltors 1 1 elltors G 1 gen elltwist 1 1 elltwist GDG 1 gen ellweilpairing 1 1 ellweilpairing GGGG 1 gen ellwp 1 1 ellwp0 GDGD0,L,p 2 gen prec ellxn 1 1 ellxn GLDn 1 gen ellzeta 1 1 ellzeta GDGp 2 gen prec ellztopoint 1 1 pointell GGp 2 gen prec erfc 1 1 gerfc Gp 2 gen prec errname 2 0 1 err_get_num(${1 code}) 1 gen 1 errtyp 1 errname G 1 gen error 2 0 2 pari_err(0, ${1 code}) 1 error 1 void pari_err(e_MISC, "${2 format_string}"${2 format_args}) 2 ?gen ... 1 void 1 error0 s* 1 void eta 1 1 eta0 GD0,L,p 2 gen prec eulerphi 2 0 1 eulerphi(${1 code}) 1 gen 1 int 1 eulerphi G 1 gen eval 2 0 1 geval(${1 code}) 1 gen 1 gen 1 geval_gp GC 1 gen exp 2 0 3 mpexp(${1 code}) 1 real 1 real gexp(${1 code}, ${prec}) 1 mp 2 mp prec gexp(${1 code}, ${prec}) 1 gen 2 gen prec 1 gexp Gp 2 gen prec expm1 2 0 1 mpexpm1(${1 code}) 1 real 1 real 1 gexpm1 Gp 2 gen prec extern 1 1 gpextern s 1 gen externstr 1 1 externstr s 1 gen factor 2 0 3 Z_factor(${1 code}) 2 int ?-1 1 vec factor(${1 code}) 2 gen ?-1 1 vec factor0(${1 code}, ${2 code}) 2 gen small 1 vec 1 gp_factor0 GDG 1 gen factorback 2 0 3 factorback(${1 code}) 1 gen 1 gen factorback(${1 code}) 2 gen 1 gen factorback2(${1 code}, ${2 code}) 2 gen gen 1 gen 1 factorback2 GDG 1 gen factorcantor 1 1 factcantor GG 1 gen factorff 1 1 factorff GDGDG 1 gen factorial 1 1 mpfactr Lp 2 gen prec factorint 1 1 factorint GD0,L, 1 gen factormod 1 1 factormod0 GGD0,L, 1 gen factornf 1 1 polfnf GG 1 gen factorpadic 1 1 factorpadic GGL 1 gen ffgen 1 1 ffgen GDn 1 gen ffinit 2 0 1 ffinit(${1 code}, ${2 code}, ${3 code}) 3 int small ?var 1 pol 1 ffinit GLDn 1 gen fflog 1 1 fflog GGDG 1 gen ffnbirred 2 0 3 ffnbirred(${1 code}, ${2 code}) 3 int small ?0 1 int ffsumnbirred(${1 code}, ${2 code}) 3 int small 1 1 int ffnbirred0(${1 code}, ${2 code}, ${3 code}) 3 int small ?small 1 int 1 ffnbirred0 GLD0,L, 1 gen fforder 1 1 fforder GDG 1 gen ffprimroot 1 1 ffprimroot GD& 1 gen fibonacci 1 1 fibo L 1 gen floor 2 0 5 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens floorr(${1 code}) 1 real 1 int mpfloor(${1 code}) 1 mp 1 int gfloor(${1 code}) 1 gen 1 gen 1 gfloor G 1 gen fold 3 0 1 genfold(${1 cookie}, ${1 wrapper}, ${2 code}) 2 closure gen 1 gen 1 fold0 GG 1 gen 2 1 _wrap_GG for 1 1 forpari V=GGI 1 void forcomposite 2 1 forcomposite V=GDGI 1 void 3 1 3 forcomposite _forcomposite_init _forcomposite_next 3 gen gen ?gen 0 fordiv 1 1 fordiv GVI 1 void forell 3 0 1 forell(${4 cookie}, ${4 wrapper}, ${2 code}, ${3 code}, ${5 code}) 5 small small closure ?small 1 void 1 forell0 VLLID0,L, 1 void 2 5 _wrap_vG forpart 4 0 1 forpart(${2 cookie}, ${2 wrapper}, ${1 code}, ${3 code}, ${4 code}) 4 small closure ?gen ?gen 1 void 1 forpart0 V=GIDGDG 1 void 2 4 _wrap_vG 3 1 3 forpart _forpart_init _forpart_next 4 gen small ?gen ?gen 0 forprime 2 1 forprime V=GDGI 1 void 3 4 3 forprime _u_forprime_init _u_forprime_next 3 *notype small small 0 3 forprime _u_forprime_init _u_forprime_next 3 *small gen ?gen 0 3 forprime _forprime_init _forprime_next_ 3 *int gen ?gen 0 3 forprime _forprime_init _forprime_next_ 3 gen gen ?gen 0 forqfvec 1 1 forqfvec0 VGDGI 1 void forstep 1 1 forstep V=GGGI 1 void forsubgroup 3 0 1 forsubgroup(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}) 3 gen ?gen closure 1 void 1 forsubgroup0 V=GDGI 1 void 2 3 _wrap_vG forvec 2 1 forvec V=GID0,L, 1 void 3 1 3 forvec _forvec_init _forvec_next 3 gen gen ?small 0 frac 1 1 gfrac G 1 gen fromdigits 1 1 fromdigits GDG 1 gen galoisexport 1 1 galoisexport GD0,L, 1 gen galoisfixedfield 2 0 1 galoisfixedfield(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen ?small ?var 1 vec 1 galoisfixedfield GGD0,L,Dn 1 gen galoisgetpol 2 0 4 galoisnbpol(${1 code}) 1 small 1 int galoisnbpol(${1 code}) 2 small 1 int galoisnbpol(${1 code}) 3 small 1 int galoisgetpol(${1 code}, ${2 code} ,${3 code}) 3 small small small 1 vec 1 galoisgetpol LD0,L,D1,L, 1 gen galoisidentify 1 1 galoisidentify G 1 gen galoisinit 2 0 1 galoisinit(${1 code}, ${2 code}) 2 gen ?int 1 gal 1 galoisinit GDG 1 gen galoisisabelian 1 1 galoisisabelian GD0,L, 1 gen galoisisnormal 1 1 galoisisnormal GG 1 small galoispermtopol 1 1 galoispermtopol GG 1 gen galoissubcyclo 1 1 galoissubcyclo GDGD0,L,Dn 1 gen galoissubfields 1 1 galoissubfields GD0,L,Dn 1 gen galoissubgroups 1 1 galoissubgroups G 1 gen gamma 1 1 ggamma Gp 2 gen prec gammah 1 1 ggammah Gp 2 gen prec gammamellininv 1 1 gammamellininv GGD0,L,b 2 gen prec gammamellininvasymp 1 1 gammamellininvasymp GDPD0,L, 1 gen gammamellininvinit 1 1 gammamellininvinit GD0,L,b 2 gen prec gcd 2 0 4 cgcd(${1 code}, ${2 code}) 2 small small 1 small gcdii(${1 code}, ${2 code}) 2 int int 1 int content(${1 code}) 1 gen 1 gen ggcd(${1 code}, ${2 code}) 2 gen gen 1 gen 1 ggcd0 GDG 1 gen gcdext 1 1 gcdext0 GG 1 gen genus2red 1 1 genus2red GDG 1 gen getabstime 1 1 getabstime 1 small getenv 1 1 gp_getenv s 1 gen getheap 1 1 getheap 1 gen getrand 1 1 getrand 1 gen getstack 1 1 getstack 1 small gettime 1 1 gettime 1 small getwalltime 1 1 getwalltime 1 gen global 0 hammingweight 1 1 hammingweight G 1 small hilbert 1 1 hilbert GGDG 1 small hyperellcharpoly 1 1 hyperellcharpoly G 1 gen hyperellpadicfrobenius 1 1 hyperellpadicfrobenius GUL 1 gen hyperu 1 1 hyperu GGGp 2 gen prec idealadd 1 1 idealadd GGG 1 gen idealaddtoone 1 1 idealaddtoone0 GGDG 1 gen idealappr 1 1 idealappr0 GGD0,L, 1 gen idealchinese 1 1 idealchinese GGDG 1 gen idealcoprime 1 1 idealcoprime GGG 1 gen idealdiv 2 0 4 idealdiv(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen ?0 1 gen idealdivexact(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen 1 1 gen $"invalid flag in idealdiv" 4 gen gen gen #small 1 gen idealdiv0(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen small 1 gen 1 idealdiv0 GGGD0,L, 1 gen idealfactor 1 1 idealfactor GG 1 gen idealfactorback 1 1 idealfactorback GGDGD0,L, 1 gen idealfrobenius 1 1 idealfrobenius GGG 1 gen idealhnf 1 1 idealhnf0 GGDG 1 gen idealintersect 1 1 idealintersect GGG 1 gen idealinv 2 0 1 idealinv(${1 code}, ${2 code}) 2 gen gen 1 gen 1 idealinv GG 1 gen ideallist 1 1 ideallist0 GLD4,L, 1 gen ideallistarch 1 1 ideallistarch GGG 1 gen ideallog 1 1 ideallog DGGG 1 gen idealmin 1 1 idealmin GGDG 1 gen idealmul 2 0 4 idealmul(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen ?0 1 gen idealmulred(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen 1 1 gen $"invalid flag in idealmul" 4 gen gen gen #small 1 gen idealmul0(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen small 1 gen 1 idealmul0 GGGD0,L, 1 gen idealnorm 1 1 idealnorm GG 1 gen idealnumden 1 1 idealnumden GG 1 gen idealpow 1 1 idealpow0 GGGD0,L, 1 gen idealprimedec 2 0 2 idealprimedec(${1 code}, ${2 code}) 2 gen gen 1 vec idealprimedec_limit_f(${1 code}, ${2 code}, ${3 code}) 3 gen gen ?small 1 vec 1 idealprimedec_limit_f GGD0,L, 1 gen idealprincipalunits 1 1 idealprincipalunits GGL 1 gen idealramgroups 1 1 idealramgroups GGG 1 gen idealred 1 1 idealred0 GGDG 1 gen idealstar 1 1 idealstar0 DGGD1,L, 1 gen idealtwoelt 1 1 idealtwoelt0 GGDG 1 gen idealval 1 1 gpidealval GGG 1 gen if 1 1 ifpari GDEDE 1 gen iferr 1 1 iferrpari EVEDE 1 gen imag 1 1 gimag G 1 gen incgam 1 1 incgam0 GGDGp 2 gen prec incgamc 1 1 incgamc GGp 2 gen prec inline 0 input 1 1 gp_input 1 gen install 1 1 gpinstall rrD"",r,D"",s, 1 void intcirc 3 0 1 intcirc(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, ${prec}) 4 gen gen gen ?gen 2 gen prec 1 intcirc0 V=GGEDGp 2 gen prec 2 3 _wrap_G intformal 1 1 integ GDn 1 gen intfuncinit 3 0 1 intfuncinit(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, ${prec}) 4 gen gen gen ?small 2 gen prec 1 intfuncinit0 V=GGED0,L,p 2 gen prec 2 3 _wrap_G intnum 3 0 1 intnum(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, ${prec}) 4 gen gen gen ?gen 2 gen prec 1 intnum0 V=GGEDGp 2 gen prec 2 3 _wrap_G intnumgauss 3 0 1 intnumgauss(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, ${prec}) 4 gen gen gen ?gen 2 gen prec 1 intnumgauss0 V=GGEDGp 2 gen prec 2 3 _wrap_G intnumgaussinit 1 1 intnumgaussinit D0,L,p 2 gen prec intnuminit 1 1 intnuminit GGD0,L,p 2 gen prec intnumromb 3 0 1 intnumromb(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, ${bitprec}) 4 gen gen gen ?small 2 gen prec 1 intnumromb0_bitprec V=GGED0,L,b 2 gen prec 2 3 _wrap_G isfundamental 2 0 2 Z_isfundamental(${1 code}) 1 int 1 bool isfundamental(${1 code}) 1 gen 1 bool 1 isfundamental G 1 small ispolygonal 1 1 ispolygonal GGD& 1 small ispower 2 0 2 Z_isanypower(${1 code}, NULL) 1 int 1 small Z_isanypower(${1 code}, &${2 code}) 2 int &int 1 small 1 ispower GDGD& 1 small ispowerful 1 1 ispowerful G 1 small isprime 2 0 2 isprime(${1 code}) 2 int ?0 1 bool gisprime(${1 code}, ${2 code}) 2 gen ?small 1 gen 1 gisprime GD0,L, 1 gen isprimepower 1 1 isprimepower GD& 1 small ispseudoprime 2 0 4 BPSW_psp(${1 code}) 2 int ?0 1 bool millerrabin(${1 code},${2 code}) 2 int #small 1 bool ispseudoprime(${1 code}, ${2 code}) 2 int small 1 bool gispseudoprime(${1 code}, ${2 code}) 2 gen ?small 1 gen 1 gispseudoprime GD0,L, 1 gen ispseudoprimepower 1 1 ispseudoprimepower GD& 1 small issquare 2 0 4 Z_issquare(${1 code}) 1 int 1 bool issquare(${1 code}) 1 gen 1 bool Z_issquareall(${1 code}, &${2 code}) 2 int &int 1 bool issquareall(${1 code}, &${2 code}) 2 gen &gen 1 bool 1 issquareall GD& 1 small issquarefree 2 0 1 issquarefree(${1 code}) 1 gen 1 bool 1 issquarefree G 1 small istotient 1 1 istotient GD& 1 small kill 1 1 kill0 r 1 void kronecker 2 0 4 kross(${1 code}, ${2 code}) 2 small small 1 small krois(${1 code}, ${2 code}) 2 int small 1 small krosi(${1 code}, ${2 code}) 2 small int 1 small kronecker(${1 code}, ${2 code}) 2 gen gen 1 small 1 kronecker GG 1 small lambertw 1 1 glambertW Gp 2 gen prec lcm 2 0 3 lcmii(${1 code}, ${2 code}) 2 int int 1 int glcm0(${1 code}, NULL) 1 gen 1 gen glcm(${1 code}, ${2 code}) 2 gen gen 1 gen 1 glcm0 GDG 1 gen length 2 0 4 lg(${1 code}) 1 vecsmall 1 lg lg(${1 code}) 1 vec 1 lg lgpol(${1 code}) 1 pol 1 small glength(${1 code}) 1 gen 1 small 1 glength G 1 small lex 1 1 lexcmp GG 1 small_int lfun 2 0 3 lfun(${1 code}, ${2 code}, ${bitprec}) 2 gen gen 2 gen prec lfun(${1 code}, ${2 code}, ${bitprec}) 3 gen gen ?0 2 gen prec lfun0(${1 code}, ${2 code}, ${3 code}, ${bitprec}) 3 gen gen small 2 gen prec 1 lfun0 GGD0,L,b 2 gen prec lfunabelianrelinit 1 1 lfunabelianrelinit GGGGD0,L,b 2 gen prec lfunan 1 1 lfunan GLp 2 gen prec lfunartin 1 1 lfunartin GGGL 1 gen lfuncheckfeq 1 1 lfuncheckfeq GDGb 2 small prec lfunconductor 1 1 lfunconductor GDGD0,L,b 2 gen prec lfuncost 1 1 lfuncost0 GDGD0,L,b 2 gen prec lfuncreate 1 1 lfuncreate G 1 gen lfundiv 1 1 lfundiv GGb 2 gen prec lfunetaquo 1 1 lfunetaquo G 1 gen lfungenus2 1 1 lfungenus2 G 1 gen lfunhardy 1 1 lfunhardy GGb 2 gen prec lfuninit 1 1 lfuninit0 GGD0,L,b 2 gen prec lfunlambda 1 1 lfunlambda0 GGD0,L,b 2 gen prec lfunmfspec 1 1 lfunmfspec Gb 2 gen prec lfunmul 1 1 lfunmul GGb 2 gen prec lfunorderzero 1 1 lfunorderzero GD-1,L,b 2 small prec lfunqf 1 1 lfunqf Gp 2 gen prec lfunrootres 1 1 lfunrootres Gb 2 gen prec lfuntheta 1 1 lfuntheta GGD0,L,b 2 gen prec lfunthetacost 1 1 lfunthetacost0 GDGD0,L,b 2 small prec lfunthetainit 1 1 lfunthetainit GDGD0,L,b 2 gen prec lfunzeros 1 1 lfunzeros GGD8,L,b 2 gen prec lift 2 0 6 lift(${1 code}) 1 pol 1 pol lift(${1 code}) 1 vec 1 vec lift(${1 code}) 1 gen 1 gen lift0(${1 code}, ${2 code}) 2 pol var 1 pol lift0(${1 code}, ${2 code}) 2 vec var 1 vec lift0(${1 code}, ${2 code}) 2 gen var 1 gen 1 lift0 GDn 1 gen liftall 2 0 3 liftall(${1 code}) 1 pol 1 pol liftall(${1 code}) 1 vec 1 vec liftall(${1 code}) 1 gen 1 gen 1 liftall G 1 gen liftint 2 0 3 liftint(${1 code}) 1 pol 1 pol liftint(${1 code}) 1 vec 1 vec liftint(${1 code}) 1 gen 1 gen 1 liftint G 1 gen liftpol 2 0 3 liftpol(${1 code}) 1 pol 1 pol liftpol(${1 code}) 1 vec 1 vec liftpol(${1 code}) 1 gen 1 gen 1 liftpol G 1 gen limitnum 1 1 limitnum0 GD0,L,DGp 2 gen prec lindep 1 1 lindep0 GD0,L, 1 gen listcreate 2 0 1 mklist() 1 ?gen 1 list 1 listcreate_gp D0,L, 1 gen listinsert 2 0 1 listinsert(${1 code}, ${2 code}, ${3 code}) 3 list gen small 1 gen 1 listinsert WGL 1 gen listkill 1 1 listkill G 1 void listpop 2 0 1 listpop(${1 code}, ${2 code}) 2 list small 1 void 1 listpop0 WD0,L, 1 void listput 2 0 1 listput(${1 code}, ${2 code}, ${3 code}) 3 list gen small 1 gen 1 listput0 WGD0,L, 1 gen listsort 1 1 listsort WD0,L, 1 void lngamma 1 1 glngamma Gp 2 gen prec local 0 localbitprec 1 1 localbitprec L 1 void localprec 1 1 localprec L 1 void log 2 0 1 glog(${1 code}, ${prec}) 1 gen 2 gen prec 1 glog Gp 2 gen prec logint 2 0 2 expi(${1 code}) 2 gen 2 1 small logint0(${1 code}, ${2 code}, &${3 code}) 3 gen gen &int 1 small 1 logint0 GGD& 1 small mapdelete 1 1 mapdelete GG 1 void mapget 1 1 mapget GG 1 gen mapisdefined 1 1 mapisdefined GGD& 1 small_int mapput 1 1 mapput WGG 1 void matadjoint 1 1 matadjoint0 GD0,L, 1 gen matalgtobasis 1 1 matalgtobasis GG 1 gen matbasistoalg 1 1 matbasistoalg GG 1 gen matcompanion 1 1 matcompanion G 1 gen matconcat 1 1 matconcat G 1 gen matdet 2 0 4 det(${1 code}) 2 gen ?0 1 gen det2(${1 code}) 2 gen 1 1 gen $"incorrect flag in matdet" 2 gen #small 1 gen det0(${1 code}, ${2 code}) 2 gen small 1 gen 1 det0 GD0,L, 1 gen matdetint 1 1 detint G 1 gen matdiagonal 1 1 diagonal G 1 gen mateigen 1 1 mateigen GD0,L,p 2 gen prec matfrobenius 1 1 matfrobenius GD0,L,Dn 1 gen mathess 1 1 hess G 1 gen mathilbert 1 1 mathilbert L 1 gen mathnf 1 1 mathnf0 GD0,L, 1 gen mathnfmod 1 1 hnfmod GG 1 gen mathnfmodid 1 1 hnfmodid GG 1 gen mathouseholder 1 1 mathouseholder GG 1 gen matid 2 0 1 matid(${1 code}) 1 small 1 vec 1 matid L 1 gen matimage 2 0 4 image(${1 code}) 2 gen ?0 1 vec image2(${1 code}) 2 gen 1 1 vec $"incorrect flag in matimage" 2 gen #small 0 matimage0(${1 code}, ${2 code}) 2 gen small 1 vec 1 matimage0 GD0,L, 1 gen matimagecompl 2 0 1 imagecompl(${1 code}) 1 gen 1 vecsmall 1 imagecompl G 1 gen matindexrank 1 1 indexrank G 1 gen matintersect 1 1 intersect GG 1 gen matinverseimage 1 1 inverseimage GG 1 gen matisdiagonal 1 1 isdiagonal G 1 small_int matker 2 0 4 ker(${1 code}) 2 gen ?0 1 vec keri(${1 code}) 2 gen 1 1 vec $"incorrect flag in matker" 2 gen #small 0 matker0(${1 code}, ${2 code}) 2 gen small 1 vec 1 matker0 GD0,L, 1 gen matkerint 1 1 matkerint0 GD0,L, 1 gen matmuldiagonal 1 1 matmuldiagonal GG 1 gen matmultodiagonal 1 1 matmultodiagonal GG 1 gen matpascal 1 1 matqpascal LDG 1 gen matqr 1 1 matqr GD0,L,p 2 gen prec matrank 1 1 rank G 1 small matrix 1 1 matrice GGDVDVDE 1 gen matrixqz 1 1 matrixqz0 GDG 1 gen matsize 1 1 matsize G 1 gen matsnf 1 1 matsnf0 GD0,L, 1 gen matsolve 1 1 gauss GG 1 gen matsolvemod 1 1 matsolvemod0 GGGD0,L, 1 gen matsupplement 1 1 suppl G 1 gen mattranspose 1 1 gtrans G 1 gen max 2 0 10 maxss(${1 code}, ${2 code}) 2 small small 1 small gmaxsg(${1 code}, ${2 code}) 2 small int 1 int gmaxgs(${1 code}, ${2 code}) 2 int small 1 int gmax(${1 code}, ${2 code}) 2 int int 1 int gmaxsg(${1 code}, ${2 code}) 2 small mp 1 mp gmaxgs(${1 code}, ${2 code}) 2 mp small 1 mp gmax(${1 code}, ${2 code}) 2 mp mp 1 mp gmaxsg(${1 code}, ${2 code}) 2 small gen 1 gen gmaxgs(${1 code}, ${2 code}) 2 gen small 1 gen gmax(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmax GG 1 gen min 2 0 10 minss(${1 code}, ${2 code}) 2 small small 1 small gminsg(${1 code}, ${2 code}) 2 small int 1 int gmings(${1 code}, ${2 code}) 2 int small 1 int gmin(${1 code}, ${2 code}) 2 int int 1 int gminsg(${1 code}, ${2 code}) 2 small mp 1 mp gmings(${1 code}, ${2 code}) 2 mp small 1 mp gmin(${1 code}, ${2 code}) 2 mp mp 1 mp gminsg(${1 code}, ${2 code}) 2 small gen 1 gen gmings(${1 code}, ${2 code}) 2 gen small 1 gen gmin(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmin GG 1 gen minpoly 1 1 minpoly GDn 1 gen modreverse 1 1 modreverse G 1 gen moebius 1 1 moebius G 1 small msatkinlehner 1 1 msatkinlehner GLDG 1 gen mscuspidal 1 1 mscuspidal GD0,L, 1 gen mseisenstein 1 1 mseisenstein G 1 gen mseval 1 1 mseval GGDG 1 gen msfromcusp 1 1 msfromcusp GG 1 gen msfromell 1 1 msfromell GD0,L, 1 gen msfromhecke 1 1 msfromhecke GGDG 1 gen msgetlevel 1 1 msgetlevel G 1 small msgetsign 1 1 msgetsign G 1 small msgetweight 1 1 msgetweight G 1 small mshecke 1 1 mshecke GLDG 1 gen msinit 1 1 msinit GGD0,L, 1 gen msissymbol 1 1 msissymbol GG 1 small msnew 1 1 msnew G 1 gen msomseval 1 1 msomseval GGG 1 gen mspadicL 1 1 mspadicL GDGD0,L, 1 gen mspadicinit 1 1 mspadicinit GLLD-1,L, 1 gen mspadicmoments 1 1 mspadicmoments GGD1,L, 1 gen mspadicseries 1 1 mspadicseries GD0,L, 1 gen mspathgens 1 1 mspathgens G 1 gen mspathlog 1 1 mspathlog GG 1 gen msqexpansion 1 1 msqexpansion GGDP 1 gen mssplit 1 1 mssplit GGD0,L, 1 gen msstar 1 1 msstar GDG 1 gen mstooms 1 1 mstooms GG 1 gen my 0 newtonpoly 1 1 newtonpoly GG 1 gen next 1 1 next0 D1,L, 1 gen nextprime 2 0 1 nextprime(${1 code}) 1 gen 1 int 1 nextprime G 1 gen nfalgtobasis 1 1 algtobasis GG 1 gen nfbasis 1 1 nfbasis_gp G 1 gen nfbasistoalg 1 1 basistoalg GG 1 gen nfcertify 1 1 nfcertify G 1 gen nfcompositum 1 1 nfcompositum GGGD0,L, 1 gen nfdetint 1 1 nfdetint GG 1 gen nfdisc 1 1 nfdisc G 1 gen nfeltadd 1 1 nfadd GGG 1 gen nfeltdiv 1 1 nfdiv GGG 1 gen nfeltdiveuc 1 1 nfdiveuc GGG 1 gen nfeltdivmodpr 1 1 nfdivmodpr GGGG 1 gen nfeltdivrem 1 1 nfdivrem GGG 1 gen nfeltmod 1 1 nfmod GGG 1 gen nfeltmul 1 1 nfmul GGG 1 gen nfeltmulmodpr 1 1 nfmulmodpr GGGG 1 gen nfeltnorm 1 1 nfnorm GG 1 gen nfeltpow 1 1 nfpow GGG 1 gen nfeltpowmodpr 1 1 nfpowmodpr GGGG 1 gen nfeltreduce 1 1 nfreduce GGG 1 gen nfeltreducemodpr 1 1 nfreducemodpr GGG 1 gen nfelttrace 1 1 nftrace GG 1 gen nfeltval 1 1 gpnfvalrem GGGD& 1 gen nffactor 1 1 nffactor GG 1 gen nffactorback 1 1 nffactorback GGDG 1 gen nffactormod 1 1 nffactormod GGG 1 gen nfgaloisapply 1 1 galoisapply GGG 1 gen nfgaloisconj 1 1 galoisconj0 GD0,L,DGp 2 gen prec nfgrunwaldwang 1 1 nfgrunwaldwang GGGGDn 1 gen nfhilbert 1 1 nfhilbert0 GGGDG 1 small nfhnf 1 1 nfhnf0 GGD0,L, 1 gen nfhnfmod 1 1 nfhnfmod GGG 1 gen nfinit 2 0 8 nfinit0(${1 code}, 0, ${prec}) 2 gen ?0 2 nf prec nfinit0(${1 code}, 1, ${prec}) 2 gen 1 2 nf prec nfinit0(${1 code}, 2, ${prec}) 2 gen 2 2 nf prec nfinit0(${1 code}, 3, ${prec}) 2 gen 3 2 gen prec nfinit0(${1 code}, 4, ${prec}) 2 gen 4 2 nf prec nfinit0(${1 code}, 5, ${prec}) 2 gen 5 2 gen prec $"incorrect flag in nfinit" 2 gen #small 1 void nfinit0(${1 code}, ${2 code}, ${prec}) 2 gen small 2 gen prec 1 nfinit0 GD0,L,p 2 gen prec nfisideal 1 1 isideal GG 1 small nfisincl 1 1 nfisincl GG 1 gen nfisisom 1 1 nfisisom GG 1 gen nfislocalpower 1 1 nfislocalpower GGGG 1 small nfkermodpr 1 1 nfkermodpr GGG 1 gen nfmodpr 1 1 nfmodpr GGG 1 gen nfmodprinit 1 1 nfmodprinit GG 1 gen nfmodprlift 1 1 nfmodprlift GGG 1 gen nfnewprec 1 1 nfnewprec Gp 2 gen prec nfroots 1 1 nfroots DGG 1 gen nfrootsof1 1 1 rootsof1 G 1 gen nfsnf 1 1 nfsnf0 GGD0,L, 1 gen nfsolvemodpr 1 1 nfsolvemodpr GGGG 1 gen nfsplitting 1 1 nfsplitting GDG 1 gen nfsubfields 1 1 nfsubfields GD0,L, 1 gen norm 1 1 gnorm G 1 gen norml2 1 1 gnorml2 G 1 gen normlp 1 1 gnormlp GDGp 2 gen prec numbpart 1 1 numbpart G 1 gen numdiv 2 0 1 numdiv(${1 code}) 1 gen 1 int 1 numdiv G 1 gen numerator 1 1 numer G 1 gen numtoperm 1 1 numtoperm LG 1 gen omega 1 1 omega G 1 small oo 2 0 0 1 mkoo 1 gen padicappr 1 1 padicappr GG 1 gen padicfields 1 1 padicfields0 GGD0,L, 1 gen padicprec 1 1 gppadicprec GG 1 gen parapply 1 1 parapply GG 1 gen pareval 1 1 pareval G 1 gen parfor 2 0 1 parfor(${1 code}, ${2 code}, ${3 code}, NULL, NULL) 3 gen gen closure 1 void 1 parfor0 V=GDGJDVDI 1 void parforprime 2 0 1 parforprime(${1 code}, ${2 code}, ${3 code}, NULL, NULL) 3 gen gen closure 1 void 1 parforprime0 V=GDGJDVDI 1 void parforvec 2 0 1 parforvec(${1 code}, ${2 code}, ${5 code}, NULL, NULL) 5 gen closure ?small 1 void 1 parforvec0 V=GJDVDID0,L, 1 void parselect 1 1 parselect GGD0,L, 1 gen parsum 2 0 1 parsum(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen closure ?gen 1 gen 1 parsum V=GGJDG 1 gen partitions 1 1 partitions LDGDG 1 gen parvector 2 0 1 parvector(${1 code}, ${3 code}) 3 small closure 1 vec 1 parvector LVJ 1 gen permtonum 1 1 permtonum G 1 gen plot 1 1 pariplot V=GGEDGDGp 2 void prec plotbox 1 1 rectbox LGG 1 void plotclip 1 1 rectclip L 1 void plotcolor 1 1 rectcolor LL 1 void plotcopy 1 1 rectcopy_gen LLGGD0,L, 1 void plotcursor 1 1 rectcursor L 1 gen plotdraw 1 1 rectdraw_flag GD0,L, 1 void ploth 1 1 ploth V=GGEpD0,M,D0,L,\nParametric|1; Recursive|2; no_Rescale|4; no_X_axis|8; no_Y_axis|16; no_Frame|32; no_Lines|64; Points_too|128; Splines|256; no_X_ticks|512; no_Y_ticks|1024; Same_ticks|2048; Complex|4096 2 gen prec plothraw 1 1 plothraw GGD0,L, 1 gen plothsizes 1 1 plothsizes_flag D0,L, 1 gen plotinit 1 1 initrect_gen LDGDGD0,L, 1 void plotkill 1 1 killrect L 1 void plotlines 1 1 rectlines LGGD0,L, 1 void plotlinetype 1 1 rectlinetype LL 1 void plotmove 1 1 rectmove LGG 1 void plotpoints 1 1 rectpoints LGG 1 void plotpointsize 1 1 rectpointsize LG 1 void plotpointtype 1 1 rectpointtype LL 1 void plotrbox 1 1 rectrbox LGG 1 void plotrecth 1 1 rectploth LV=GGEpD0,M,D0,L,\nParametric|1; Recursive|2; no_Rescale|4; no_X_axis|8; no_Y_axis|16; no_Frame|32; no_Lines|64; Points_too|128; Splines|256; no_X_ticks|512; no_Y_ticks|1024; Same_ticks|2048; Complex|4096 2 gen prec plotrecthraw 1 1 rectplothraw LGD0,L, 1 gen plotrline 1 1 rectrline LGG 1 void plotrmove 1 1 rectrmove LGG 1 void plotrpoint 1 1 rectrpoint LGG 1 void plotscale 1 1 rectscale LGGGG 1 void plotstring 1 1 rectstring3 LsD0,L, 1 void polchebyshev 2 0 3 polchebyshev1(${1 code},${3 code}) 3 small ?1 ?var 1 gen polchebyshev2(${1 code},${3 code}) 3 small 2 ?var 1 gen polchebyshev(${1 code},${2 code},${3 code}) 3 small small ?var 1 gen 1 polchebyshev_eval LD1,L,DG 1 gen polclass 1 1 polclass GD0,L,Dn 1 gen polcoeff 2 0 5 constant_coeff(${1 code}) 2 pol 0 2 gen copy constant_coeff(${1 code}) 3 pol 0 2 gen copy RgX_coeff(${1 code}, ${2 code}) 2 pol small 2 gen copy RgX_coeff(${1 code}, ${2 code}) 3 pol small 2 gen copy polcoeff0(${1 code}, ${2 code}, ${3 code}) 3 gen small ?var 1 gen 1 polcoeff0 GLDn 1 gen polcompositum 1 1 polcompositum0 GGD0,L, 1 gen polcyclo 2 0 2 polcyclo(${1 code},${2 code}) 2 small ?var 1 gen polcyclo_eval(${1 code},${2 code}) 2 small gen 1 gen 1 polcyclo_eval LDG 1 gen polcyclofactors 1 1 polcyclofactors G 1 gen poldegree 1 1 gppoldegree GDn 1 gen poldisc 2 0 2 poldisc0(${1 code}, -1) 1 gen 1 gen poldisc0(${1 code}, ${2 code}) 2 gen var 1 gen 1 poldisc0 GDn 1 gen poldiscreduced 1 1 reduceddiscsmith G 1 gen polgalois 1 1 polgalois Gp 2 gen prec polgraeffe 1 1 polgraeffe G 1 gen polhensellift 1 1 polhensellift GGGL 1 gen polhermite 2 0 2 polhermite(${1 code},${2 code}) 2 small ?var 1 gen polhermite_eval(${1 code},${2 code}) 2 small gen 1 gen 1 polhermite_eval LDG 1 gen polinterpolate 1 1 polint GDGDGD& 1 gen poliscyclo 1 1 poliscyclo G 1 small poliscycloprod 1 1 poliscycloprod G 1 small polisirreducible 1 1 isirreducible G 1 small pollead 2 0 3 leading_coeff(${1 code}) 1 pol 2 gen copy pollead(${1 code}, -1) 1 gen 1 gen pollead(${1 code}, ${2 code}) 2 gen var 1 gen 1 pollead GDn 1 gen pollegendre 2 0 2 pollegendre(${1 code},${2 code}) 2 small ?var 1 gen pollegendre_eval(${1 code},${2 code}) 2 small gen 1 gen 1 pollegendre_eval LDG 1 gen polmodular 1 1 polmodular LD0,L,DGDnD0,L, 1 gen polrecip 1 1 polrecip G 1 gen polred 1 1 polred0 GD0,L,DG 1 gen polredabs 1 1 polredabs0 GD0,L, 1 gen polredbest 1 1 polredbest GD0,L, 1 gen polredord 1 1 polredord G 1 gen polresultant 1 1 polresultant0 GGDnD0,L, 1 gen polresultantext 1 1 polresultantext0 GGDn 1 gen polroots 1 1 roots Gp 2 gen prec polrootsff 1 1 polrootsff GDGDG 1 gen polrootsmod 2 0 4 rootmod(${1 code}, ${2 code}) 3 pol int ?0 1 vec rootmod2(${1 code}, ${2 code}) 3 pol int 1 1 vec $"Bad flag in polrootsmod" 3 pol int #small 1 vec rootmod0(${1 code}, ${2 code}, ${3 code}) 3 pol int small 1 vec 1 rootmod0 GGD0,L, 1 gen polrootspadic 1 1 rootpadic GGL 1 gen polrootsreal 1 1 realroots GDGp 2 gen prec polsturm 1 1 sturmpart GDGDG 1 small polsubcyclo 1 1 polsubcyclo LLDn 1 gen polsylvestermatrix 1 1 sylvestermatrix GG 1 gen polsym 1 1 polsym GL 1 gen poltchebi 1 1 polchebyshev1 LDn 1 gen poltschirnhaus 1 1 tschirnhaus G 1 gen polylog 1 1 polylog0 LGD0,L,p 2 gen prec polzagier 1 1 polzag LL 1 gen powers 2 0 1 gpowers(${1 code}, ${2 code}) 2 gen small 1 vec 1 gpowers0 GLDG 1 gen precision 2 0 9 prec2ndec(gprecision(${1 code})) 1 real 1 small precision0(${1 code}, 0) 1 gen 1 int prec2ndec(gprecision(${1 code})) 2 real 0 1 small precision0(${1 code}, 0) 2 gen 0 1 int rtor(${1 code}, ndec2prec(${2 code})) 2 real #small 1 real gprec(${1 code}, ${2 code}) 2 gen #small 1 gen precision0(${1 code}, ${2 code}) 2 real small 1 real precision0(${1 code}, ${2 code}) 2 mp small 1 mp precision0(${1 code}, ${2 code}) 2 gen small 1 gen 1 precision0 GD0,L, 1 gen precprime 2 0 1 precprime(${1 code}) 1 gen 1 int 1 precprime G 1 gen prime 1 1 prime L 1 gen primepi 2 0 1 primepi(${1 code}) 1 gen 1 int 1 primepi G 1 gen primes 1 1 primes0 G 1 gen print 2 0 1 pari_printf("${2 format_string}\n"${2 format_args}) 2 ?gen ... 1 void 1 print s* 1 void print1 2 0 1 pari_printf("${2 format_string}"${2 format_args}) 2 ?gen ... 1 void 1 print1 s* 1 void printf 1 1 printf0 ss* 1 void printsep 1 1 printsep ss* 1 void printsep1 1 1 printsep1 ss* 1 void printtex 1 1 printtex s* 1 void prod 1 1 produit V=GGEDG 1 gen prodeuler 1 1 prodeuler0 V=GGEp 2 gen prec prodinf 3 0 1 prodinf(${2 cookie}, ${2 wrapper}, ${1 code}, ${3 code}, ${prec}) 3 gen gen ?small 2 gen prec 1 prodinf0 V=GED0,L,p 2 gen prec 2 2 _wrap_G psdraw 1 1 postdraw_flag GD0,L, 1 void psi 1 1 gpsi Gp 2 gen prec psploth 1 1 postploth V=GGEpD0,L,D0,L, 2 gen prec psplothraw 1 1 postplothraw GGD0,L, 1 gen qfauto 1 1 qfauto0 GDG 1 gen qfautoexport 1 1 qfautoexport GD0,L, 1 gen qfbclassno 1 1 qfbclassno0 GD0,L, 1 gen qfbcompraw 1 1 qfbcompraw GG 1 gen qfbhclassno 1 1 hclassno G 1 gen qfbil 1 1 qfbil GGDG 1 gen qfbnucomp 1 1 nucomp GGG 1 gen qfbnupow 1 1 nupow GGDG 1 gen qfbpowraw 1 1 qfbpowraw GL 1 gen qfbprimeform 1 1 primeform GGp 2 gen prec qfbred 1 1 qfbred0 GD0,L,DGDGDG 1 gen qfbredsl2 1 1 qfbredsl2 GDG 1 gen qfbsolve 1 1 qfbsolve GG 1 gen qfeval 1 1 qfeval0 DGGDG 1 gen qfgaussred 1 1 qfgaussred G 1 gen qfisom 1 1 qfisom0 GGDG 1 gen qfisominit 1 1 qfisominit0 GDGDG 1 gen qfjacobi 1 1 jacobi Gp 2 gen prec qflll 2 0 8 lll(${1 code}) 2 vec ?0 1 vec lllint(${1 code}) 2 vec 1 1 vec lllintpartial(${1 code}) 2 vec 2 1 vec lllkerim(${1 code}) 2 vec 4 1 vec lllkerimgen(${1 code}) 2 vec 5 1 vec lllgen(${1 code}) 2 vec 8 1 vec $"Bad flag in qflll" 2 vec #small 1 vec qflll0(${1 code}, ${2 code}) 2 vec small 1 vec 1 qflll0 GD0,L, 1 gen qflllgram 1 1 qflllgram0 GD0,L, 1 gen qfminim 1 1 qfminim0 GDGDGD0,L,p 2 gen prec qfnorm 1 1 qfnorm GDG 1 gen qforbits 1 1 qforbits GG 1 gen qfparam 1 1 qfparam GGD0,L, 1 gen qfperfection 1 1 perf G 1 gen qfrep 1 1 qfrep0 GGD0,L, 1 gen qfsign 1 1 qfsign G 1 gen qfsolve 1 1 qfsolve G 1 gen quadclassunit 1 1 quadclassunit0 GD0,L,DGp 2 gen prec quaddisc 1 1 quaddisc G 1 gen quadgen 1 1 quadgen G 1 gen quadhilbert 1 1 quadhilbert Gp 2 gen prec quadpoly 1 1 quadpoly0 GDn 1 gen quadray 1 1 quadray GGp 2 gen prec quadregulator 1 1 quadregulator Gp 2 gen prec quadunit 1 1 quadunit G 1 gen quit 1 1 gp_quit D0,L, 1 void ramanujantau 1 1 ramanujantau G 1 gen random 2 0 2 genrand(${1 code}) 1 ?int 1 int genrand(${1 code}) 1 gen 1 gen 1 genrand DG 1 gen randomprime 1 1 randomprime DG 1 gen read 2 0 1 gp_read_file(${1 code}) 1 str 1 gen 1 gp_read_file D"",s, 1 gen readstr 1 1 readstr D"",s, 1 gen readvec 2 0 1 gp_readvec_file(${1 code}) 1 str 1 gen 1 gp_readvec_file D"",s, 1 gen real 1 1 greal G 1 gen removeprimes 1 1 removeprimes DG 1 gen return 1 1 return0 DG 1 gen rnfalgtobasis 1 1 rnfalgtobasis GG 1 gen rnfbasis 1 1 rnfbasis GG 1 gen rnfbasistoalg 1 1 rnfbasistoalg GG 1 gen rnfcharpoly 1 1 rnfcharpoly GGGDn 1 gen rnfconductor 1 1 rnfconductor GG 1 gen rnfdedekind 1 1 rnfdedekind GGDGD0,L, 1 gen rnfdet 1 1 rnfdet GG 1 gen rnfdisc 1 1 rnfdiscf GG 1 gen rnfeltabstorel 1 1 rnfeltabstorel GG 1 gen rnfeltdown 1 1 rnfeltdown0 GGD0,L, 1 gen rnfeltnorm 1 1 rnfeltnorm GG 1 gen rnfeltreltoabs 1 1 rnfeltreltoabs GG 1 gen rnfelttrace 1 1 rnfelttrace GG 1 gen rnfeltup 1 1 rnfeltup0 GGD0,L, 1 gen rnfequation 1 1 rnfequation0 GGD0,L, 1 gen rnfhnfbasis 1 1 rnfhnfbasis GG 1 gen rnfidealabstorel 1 1 rnfidealabstorel GG 1 gen rnfidealdown 1 1 rnfidealdown GG 1 gen rnfidealfactor 1 1 rnfidealfactor GG 1 gen rnfidealhnf 1 1 rnfidealhnf GG 1 gen rnfidealmul 1 1 rnfidealmul GGG 1 gen rnfidealnormabs 1 1 rnfidealnormabs GG 1 gen rnfidealnormrel 1 1 rnfidealnormrel GG 1 gen rnfidealprimedec 1 1 rnfidealprimedec GG 1 gen rnfidealreltoabs 1 1 rnfidealreltoabs0 GGD0,L, 1 gen rnfidealtwoelt 1 1 rnfidealtwoelement GG 1 gen rnfidealup 1 1 rnfidealup0 GGD0,L, 1 gen rnfinit 1 1 rnfinit0 GGD0,L, 1 gen rnfisabelian 1 1 rnfisabelian GG 1 small rnfisfree 1 1 rnfisfree GG 1 small rnfislocalcyclo 1 1 rnfislocalcyclo G 1 small rnfisnorm 1 1 rnfisnorm GGD0,L, 1 gen rnfisnorminit 1 1 rnfisnorminit GGD2,L, 1 gen rnfkummer 1 1 rnfkummer GDGD0,L,p 2 gen prec rnflllgram 1 1 rnflllgram GGGp 2 gen prec rnfnormgroup 1 1 rnfnormgroup GG 1 gen rnfpolred 1 1 rnfpolred GGp 2 gen prec rnfpolredabs 1 1 rnfpolredabs GGD0,L, 1 gen rnfpolredbest 1 1 rnfpolredbest GGD0,L, 1 gen rnfpseudobasis 1 1 rnfpseudobasis GG 1 gen rnfsteinitz 1 1 rnfsteinitz GG 1 gen round 2 0 9 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens roundr(${1 code}) 1 real 1 int mpround(${1 code}) 1 mp 1 int grndtoi(${1 code}, &${2 code}) 2 mp &small 1 int round0(${1 code}, &${2 code}) 2 mp &int 1 int ground(${1 code}) 1 gen 1 gen grndtoi(${1 code}, &${2 code}) 2 gen &small 1 gen round0(${1 code}, &${2 code}) 2 gen &int 1 gen 1 round0 GD& 1 gen select 3 0 3 genselect(${1 cookie}, ${1 wrapper}, ${2 code}) 2 gen gen 1 gen genselect(${1 cookie}, ${1 wrapper}, ${2 code}) 3 gen gen 0 1 gen genindexselect(${1 cookie}, ${1 wrapper}, ${2 code}) 3 gen gen 1 1 vecsmall 1 select0 GGD0,L, 1 gen 2 1 _wrap_bG self 1 1 pari_self 2 gen copy seralgdep 1 1 seralgdep GLL 1 gen serconvol 1 1 convol GG 1 gen serlaplace 1 1 laplace G 1 gen serprec 1 1 gpserprec Gn 1 gen serreverse 1 1 serreverse G 1 gen setbinop 1 1 setbinop GGDG 1 gen setintersect 2 0 1 setintersect(${1 code}, ${2 code}) 2 vec vec 1 vec 1 setintersect GG 1 gen setisset 1 1 setisset G 1 small setminus 2 0 1 setminus(${1 code}, ${2 code}) 2 vec vec 1 vec 1 setminus GG 1 gen setrand 1 1 setrand G 1 void setsearch 1 1 setsearch GGD0,L, 1 small setunion 2 0 1 setunion(${1 code}, ${2 code}) 2 vec vec 1 vec 1 setunion GG 1 gen shift 1 1 gshift GL 1 gen shiftmul 1 1 gmul2n GL 1 gen sigma 2 0 2 sumdiv(${1 code}) 2 gen ?1 1 int numdiv(${1 code}) 2 gen 0 1 int 1 sumdivk GD1,L, 1 gen sign 2 0 2 signe(${1 code}) 1 mp 1 small gsigne(${1 code}) 1 gen 1 small 1 gsigne G 1 small_int simplify 1 1 simplify G 1 gen sin 1 1 gsin Gp 2 gen prec sinc 1 1 gsinc Gp 2 gen prec sinh 1 1 gsinh Gp 2 gen prec sizebyte 1 1 gsizebyte G 1 small sizedigit 1 1 sizedigit G 1 small solve 3 0 1 zbrent(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${prec}) 3 gen gen gen 2 gen prec 1 zbrent0 V=GGEp 2 gen prec 2 3 _wrap_G solvestep 3 0 1 solvestep(${4 cookie}, ${4 wrapper}, ${1 code}, ${2 code}, ${3 code}, ${5 code}, ${prec}) 5 gen gen gen gen ?0$ 2 gen prec 1 solvestep0 V=GGGED0,L,p 2 gen prec 2 4 _wrap_G sqr 2 0 3 sqri(${1 code}) 1 int 1 int gsqr(${1 code}) 1 mp 1 mp gsqr(${1 code}) 1 gen 1 gen 1 gsqr G 1 gen sqrt 2 0 2 sqrtr(${1 code}) 1 real 1 gen gsqrt(${1 code}, ${prec}) 1 gen 2 gen prec 1 gsqrt Gp 2 gen prec sqrtint 2 0 1 sqrtint(${1 code}) 1 gen 1 int 1 sqrtint G 1 gen sqrtn 1 1 gsqrtn GGD&p 2 gen prec sqrtnint 2 0 1 sqrtnint(${1 code}, ${2 code}) 2 gen small 1 int 1 sqrtnint GL 1 gen stirling 1 1 stirling LLD1,L, 1 gen subgrouplist 1 1 subgrouplist0 GDGD0,L, 1 gen subst 1 1 gsubst GnG 1 gen substpol 1 1 gsubstpol GGG 1 gen substvec 1 1 gsubstvec GGG 1 gen sum 1 1 somme V=GGEDG 1 gen sumalt 3 0 2 sumalt(${2 cookie}, ${2 wrapper}, ${1 code}, ${prec}) 3 gen gen ?0 2 gen prec sumalt2(${2 cookie}, ${2 wrapper}, ${1 code}, ${prec}) 3 gen gen 1 2 gen prec 1 sumalt0 V=GED0,L,p 2 gen prec 2 2 _wrap_G sumdedekind 1 1 sumdedekind GG 1 gen sumdigits 1 1 sumdigits0 GDG 1 gen sumdiv 1 1 sumdivexpr GVE 1 gen sumdivmult 1 1 sumdivmultexpr GVE 1 gen sumformal 1 1 sumformal GDn 1 gen suminf 3 0 1 suminf(${2 cookie}, ${2 wrapper}, ${1 code}, ${prec}) 2 gen gen 2 gen prec 1 suminf0 V=GEp 2 gen prec 2 2 _wrap_G sumnum 3 0 1 sumnum(${2 cookie}, ${2 wrapper}, ${1 code}, ${3 code}, ${prec}) 3 gen gen ?gen 2 gen prec 1 sumnum0 V=GEDGp 2 gen prec 2 2 _wrap_G sumnuminit 1 1 sumnuminit DGp 2 gen prec sumnummonien 3 0 1 sumnummonien(${2 cookie}, ${2 wrapper}, ${1 code}, ${3 code}, ${prec}) 3 gen gen ?gen 2 gen prec 1 sumnummonien0 V=GEDGp 2 gen prec 2 2 _wrap_G sumnummonieninit 1 1 sumnummonieninit DGDGDGp 2 gen prec sumpos 3 0 2 sumpos(${2 cookie}, ${2 wrapper}, ${1 code}, ${prec}) 3 gen gen ?0 2 gen prec sumpos2(${2 cookie}, ${2 wrapper}, ${1 code}, ${prec}) 3 gen gen 1 2 gen prec 1 sumpos0 V=GED0,L,p 2 gen prec 2 2 _wrap_G system 1 1 gpsystem s 1 void tan 1 1 gtan Gp 2 gen prec tanh 1 1 gtanh Gp 2 gen prec taylor 1 1 tayl GnDP 1 gen teichmuller 1 1 teichmuller GDG 1 gen theta 1 1 theta GGp 2 gen prec thetanullk 1 1 thetanullk GLp 2 gen prec thue 1 1 thue GGDG 1 gen thueinit 1 1 thueinit GD0,L,p 2 gen prec trace 1 1 gtrace G 1 gen trap 3 0 1 trap0(${1 code}, ${2 code}, ${3 code}) 3 ?str ?closure ?closure 1 gen 1 trap0 DrDEDE 1 gen 2 3 _ _ truncate 2 0 9 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens truncr(${1 code}) 1 real 1 int mptrunc(${1 code}) 1 mp 1 int gcvtoi(${1 code}, &${2 code}) 2 mp &small 1 int trunc0(${1 code}, &${2 code}) 2 mp &int 1 int gtrunc(${1 code}) 1 gen 1 gen gcvtoi(${1 code}, &${2 code}) 2 gen &small 1 gen trunc0(${1 code}, &${2 code}) 2 gen &int 1 gen 1 trunc0 GD& 1 gen type 2 0 1 typ(${1 code}) 1 gen 1 typ 1 type0 G 1 gen unclone 1 0 2 (void)0 /*unclone*/ 1 small 1 void gunclone(${1 code}) 1 gen 1 void uninline 0 until 1 1 untilpari EI 1 void valuation 1 1 gpvaluation GG 1 gen varhigher 1 1 varhigher sDn 1 gen variable 2 0 2 ${1 :var cast} 1 pol 3 var parens copy gpolvar(${1 code}) 1 gen 1 gen 1 gpolvar DG 1 gen variables 1 1 variables_vec DG 1 gen varlower 1 1 varlower sDn 1 gen vecextract 2 0 1 extract0(${1 code}, ${2 code}, ${3 code}) 3 vec gen ?gen 1 vec 1 extract0 GGDG 1 gen vecmax 2 0 2 vecmax(${1 code}) 1 gen 1 gen vecmax0(${1 code}, &${2 code}) 2 gen &gen 1 gen 1 vecmax0 GD& 1 gen vecmin 2 0 2 vecmin(${1 code}) 1 gen 1 gen vecmin0(${1 code}, &${2 code}) 2 gen &gen 1 gen 1 vecmin0 GD& 1 gen vecsearch 1 1 vecsearch GGDG 1 small vecsort 2 0 16 vecsort0(${1 code}, ${2 code}, 0) 2 vecsmall ?gen 1 vecsmall vecsort0(${1 code}, ${2 code}, ${3 code}) 3 vecsmall ?gen small 1 vecsmall sort(${1 code}) 3 vec ?0 1 vec indexsort(${1 code}) 3 vec 1 1 vecsmall lexsort(${1 code}) 3 vec 2 1 vec vecsort0(${1 code}, ${2 code}, 0) 2 vec gen 1 vec vecsort0(${1 code}, ${2 code}, 1) 3 vec ?gen 1 1 vecsmall vecsort0(${1 code}, ${2 code}, 3) 3 vec ?gen 3 1 vecsmall vecsort0(${1 code}, ${2 code}, 5) 3 vec ?gen 5 1 vecsmall vecsort0(${1 code}, ${2 code}, 7) 3 vec ?gen 7 1 vecsmall vecsort0(${1 code}, ${2 code}, 9) 3 vec ?gen 9 1 vecsmall vecsort0(${1 code}, ${2 code}, 11) 3 vec ?gen 11 1 vecsmall vecsort0(${1 code}, ${2 code}, 13) 3 vec ?gen 13 1 vecsmall vecsort0(${1 code}, ${2 code}, 15) 3 vec ?gen 15 1 vecsmall vecsort0(${1 code}, ${2 code}, ${3 code}) 3 vec ?gen #small 1 vec vecsort0(${1 code}, ${2 code}, ${3 code}) 3 vec ?gen small 1 gen 1 vecsort0 GDGD0,L, 1 gen vecsum 1 1 vecsum G 1 gen vector 1 1 vecteur GDVDE 1 gen vectorsmall 1 1 vecteursmall GDVDE 1 gen vectorv 1 1 vvecteur GDVDE 1 gen version 1 1 pari_version 1 gen warning 2 0 1 pari_warn(warnuser, "${2 format_string}"${2 format_args}) 2 ?gen ... 1 void 1 warning0 s* 1 void weber 1 1 weber0 GD0,L,p 2 gen prec whatnow 2 0 1 whatnow(${1 code}, 0) 1 str 1 void 1 whatnow0 r 1 void while 1 1 whilepari EI 1 void write 1 1 write0 ss* 1 void write1 1 1 write1 ss* 1 void writebin 1 1 gpwritebin sDG 1 void writetex 1 1 writetex ss* 1 void zeta 1 1 gzeta Gp 2 gen prec zetamult 1 1 zetamult Gp 2 gen prec zncharinduce 1 1 zncharinduce GGG 1 gen zncharisodd 1 1 zncharisodd GG 1 small znchartokronecker 1 1 znchartokronecker GGD0,L, 1 gen znconreychar 1 1 znconreychar GG 1 gen znconreyconductor 1 1 znconreyconductor GGD& 1 gen znconreyexp 1 1 znconreyexp GG 1 gen znconreylog 1 1 znconreylog GG 1 gen zncoppersmith 1 1 zncoppersmith GGGDG 1 gen znlog 1 1 znlog0 GGDG 1 gen znorder 2 0 3 order(${1 code}) 1 gen 1 int order(${1 code}) 2 gen 1 int znorder(${1 code}, ${2 code}) 2 gen int 1 int 1 znorder GDG 1 gen znprimroot 1 1 znprimroot G 1 gen znstar 1 1 znstar0 GD0,L, 1 gen gp2c-0.0.10/desc/func23.dsc0000644000175000017500000016400612163255111012061 00000000000000!_ 2 0 2 ${1 code} 1 negbool 2 bool parens ${1 code} 1 bool 2 negbool parens 1 gnot G 1 gen +_ 1 0 5 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int parens copy ${1 code} 1 real 3 real parens copy ${1 code} 1 mp 3 mp parens copy ${1 code} 1 gen 3 gen parens copy -_ 2 0 5 -${parens 1 code} 1 small 2 small parens negi(${1 code}) 1 int 1 int negr(${1 code}) 1 real 1 real mpneg(${1 code}) 1 mp 1 mp gneg(${1 code}) 1 gen 1 gen 1 gneg G 1 gen Col 2 0 2 cgetg(1,t_COL) 0 1 vec gtocol(${1 code}) 1 gen 1 vec 1 gtocol DG 1 gen Euler 2 0 1 mpeuler(prec) 0 2 real prec 1 mpeuler p 2 gen prec I 2 0 1 gi 0 1 gen 1 geni 1 gen List 2 0 1 gtolist(${1 code}) 1 ?gen 1 list 1 gtolist DG 1 gen Mat 1 1 gtomat DG 1 gen Mod 2 0 6 gmodulss(${1 code}, ${2 code}) 2 small small 1 gen gmodulss(${1 code}, ${2 code}) 3 small small #small 1 gen gmodulsg(${1 code}, ${2 code}) 2 small gen 1 gen gmodulsg(${1 code}, ${2 code}) 3 small gen #small 1 gen gmodulo(${1 code}, ${2 code}) 2 gen gen 1 gen gmodulo(${1 code}, ${2 code}) 3 gen gen #small 1 gen 1 Mod0 GGD0,L, 1 gen O 0 O(_^_) 1 0 5 ggrando(${1 code}, 1) 1 gen 1 gen ggrando(gen_1, ${2 code}) 2 1 small 1 gen zeropadic(${1 code}, ${2 code}) 2 int small 1 gen ggrando(${1 code}, ${2 code}) 2 gen small 1 gen zeroser(${1 code}, ${2 code}) 2 var small 1 gen Pi 2 0 1 mppi(prec) 0 2 real prec 1 mppi p 2 gen prec Pol 2 0 1 gtopoly(${1 code}, ${2 code}) 2 gen ?var 1 pol 1 gtopoly GDn 1 gen Polrev 2 0 1 gtopolyrev(${1 code}, ${2 code}) 2 gen ?var 1 pol 1 gtopolyrev GDn 1 gen Qfb 1 1 Qfb0 GGGDGp 2 gen prec Ser 1 1 gtoser GDn 1 gen Set 2 0 2 cgetg(1,t_VEC) 0 1 vec gtoset(${1 code}) 1 gen 1 vec 1 gtoset DG 1 gen Str 2 0 1 ${1 :genstr cast} 1 gen 3 genstr copy parens 1 Str s* 1 gen Strchr 1 1 Strchr G 1 gen Strexpand 1 1 Strexpand s* 1 gen Strtex 1 1 Strtex s* 1 gen Vec 2 0 2 cgetg(1,t_VEC) 0 1 vec gtovec(${1 code}) 1 gen 1 vec 1 gtovec DG 1 gen Vecsmall 2 0 1 gtovecsmall(${1 code}) 1 gen 1 vecsmall 1 gtovecsmall DG 1 gen _! 2 0 1 mpfact(${1 code}) 1 small 1 int 1 mpfact L 1 gen _!=_ 2 0 15 ${parens 1 code} != ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} != ${parens 2 code} 2 lg lg 2 bool parens cmpsi(${1 code}, ${2 code}) != 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) != 0 2 int small 2 bool parens equalii(${1 code}, ${2 code}) 2 int int 1 negbool cmprr(${1 code}, ${2 code}) != 0 2 real real 1 bool mpcmp(${1 code}, ${2 code}) != 0 2 mp mp 2 bool parens ${parens 1 code} != ${parens 2 code} 2 typ typ 2 bool parens ${parens 1 code} != ${parens 2 :typ cast} 2 typ #str 2 bool parens ${parens 1 :typ cast} != ${parens 2 code} 2 #str typ 2 bool parens strcmp(${1 code}, ${2 code}) 2 str str 1 bool ${parens 1 code} != ${parens 2 code} 2 typ typ 2 bool parens gequalsg(${1 code}, ${2 code}) 2 small gen 1 negbool gequalgs(${1 code}, ${2 code}) 2 gen small 1 negbool gequal(${1 code}, ${2 code}) 2 gen gen 1 negbool 1 gne GG 1 gen _%=_ 1 0 6 ${1 code} = smodss(${1 code}, ${2 code}) 2 *small small 2 small parens ${1 code} = modis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = modii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = gmod(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gmodgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gmod(${1 code}, ${2 code}) 2 *gen gen 2 gen parens _%_ 2 0 7 smodss(${1 code}, ${2 code}) 2 small small 1 small modsi(${1 code}, ${2 code}) 2 small int 1 int smodis(${1 code}, ${2 code}) 2 int small 1 small modii(${1 code}, ${2 code}) 2 int int 1 int gmodgs(${1 code}, ${2 code}) 2 gen small 1 gen gmodsg(${1 code}, ${2 code}) 2 small gen 1 gen gmod(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmod GG 1 gen _&&_ 1 0 1 ${parens 1 code} && ${parens 2 code} 2 bool bool 2 bool parens _' 2 0 1 deriv(${1 code},-1) 1 gen 1 gen 1 deriv GDn 1 gen _*=_ 1 0 12 ${1 code} *= ${parens 2 code} 2 *small small 2 small parens ${1 code} = mulis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = mulii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = mulrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = mulri(${1 code}, ${2 code}) 2 *real int 2 real parens ${1 code} = mulrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = mpmul(${1 code}, ${2 code}) 2 *mp mp 2 mp parens ${1 code} = gmulgs(${1 code}, ${2 code}) 2 *pol small 2 gen parens ${1 code} = gmul(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gmul(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gmulgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gmul(${1 code}, ${2 code}) 2 *gen gen 2 gen parens _*_ 2 0 14 ${parens 1 code}*${parens 2 code} 2 small small 2 small parens mulis(${1 code}, ${2 code}) 2 int small 1 int mulsi(${1 code}, ${2 code}) 2 small int 1 int mulii(${1 code}, ${2 code}) 2 int int 1 int (${2 code}, 0)/*for side effect*/ 2 0 mp 1 small mulsr(${1 code}, ${2 code}) 2 #small real 1 real mulsr(${1 code}, ${2 code}) 2 small real 1 mp mulrs(${1 code}, ${2 code}) 2 real small 1 mp mulrr(${1 code}, ${2 code}) 2 real real 1 real mpmul(${1 code}, ${2 code}) 2 mp mp 1 mp gmulgs(${1 code}, ${2 code}) 2 gen small 1 gen gmulsg(${1 code}, ${2 code}) 2 small gen 1 gen perm_mul(${1 code}, ${2 code}) 2 vecsmall vecsmall 1 vecsmall gmul(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmul GG 1 gen _++ 1 0 8 ++${1 code} 1 *bptr 1 bptr ++${1 code} 1 *small 1 small ++${1 code} 1 *lg 1 lg ${1 code} = addis(${1 code}, 1) 1 *int 2 int parens ${1 code} = addrs(${1 code}, 1) 1 *real 2 real parens ${1 code} = mpadd(${1 code}, gen_1) 1 *mp 2 mp parens ${1 code} = gaddgs(${1 code}, 1) 1 *pol 2 pol parens ${1 code} = gaddgs(${1 code}, 1) 1 *gen 2 gen parens _+=_ 1 0 13 ${1 code} += ${parens 2 code} 2 *small small 2 small parens ${1 code} += ${parens 2 code} 2 *lg small 2 lg parens ${1 code} = addis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = addii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = addrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = addir(${2 code}, ${1 code}) 2 *real int 2 real parens ${1 code} = addrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = mpadd(${1 code}, ${2 code}) 2 *mp mp 2 mp parens ${1 code} = gaddgs(${1 code}, ${2 code}) 2 *pol small 2 gen parens ${1 code} = gadd(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gadd(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gaddgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gadd(${1 code}, ${2 code}) 2 *gen gen 2 gen parens _+_ 2 0 16 ${parens 1 code} 2 lg 1 2 small parens ${parens 1 code} + ${parens 2 code} 2 small small 2 small parens ${parens 1 code} + ${parens 2 code} 2 lg small 2 lg parens ${parens 1 code} + ${parens 2 code} 2 small lg 2 lg parens addis(${1 code}, ${2 code}) 2 int small 1 int addsi(${1 code}, ${2 code}) 2 small int 1 int addii(${1 code}, ${2 code}) 2 int int 1 int addrs(${1 code}, ${2 code}) 2 real small 1 real addsr(${1 code}, ${2 code}) 2 small real 1 real addrr(${1 code}, ${2 code}) 2 real real 1 real mpadd(${1 code}, ${2 code}) 2 mp real 1 real mpadd(${1 code}, ${2 code}) 2 real mp 1 real mpadd(${1 code}, ${2 code}) 2 mp mp 1 mp gaddgs(${1 code}, ${2 code}) 2 gen small 1 gen gaddsg(${1 code}, ${2 code}) 2 small gen 1 gen gadd(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gadd GG 1 gen _-- 1 0 8 --${1 code} 1 *bptr 1 bptr --${1 code} 1 *small 1 small --${1 code} 1 *lg 1 lg ${1 code} = subis(${1 code}, 1) 1 *int 2 int parens ${1 code} = subrs(${1 code}, 1) 1 *real 2 real parens ${1 code} = mpsub(${1 code}, gen_1) 1 *mp 2 mp parens ${1 code} = gsubgs(${1 code}, 1) 1 *pol 2 pol parens ${1 code} = gsubgs(${1 code}, 1) 1 *gen 2 gen parens _-=_ 1 0 13 ${1 code} -= ${parens 2 code} 2 *small small 2 small parens ${1 code} -= ${parens 2 code} 2 *lg small 2 lg parens ${1 code} = subis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = subii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = subrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = subri(${1 code}, ${2 code}) 2 *real int 2 real parens ${1 code} = subrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = mpsub(${1 code}, ${2 code}) 2 *mp mp 2 mp parens ${1 code} = gsubgs(${1 code}, ${2 code}) 2 *pol small 2 gen parens ${1 code} = gsub(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gsub(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gsubgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gsub(${1 code}, ${2 code}) 2 *gen gen 2 gen parens _-_ 2 0 14 ${parens 1 code} - ${parens 2 code} 2 small small 2 small parens ${parens 1 code} - ${parens 2 code} 2 lg small 2 lg parens subis(${1 code}, ${2 code}) 2 int small 1 int subsi(${1 code}, ${2 code}) 2 small int 1 int subii(${1 code}, ${2 code}) 2 int int 1 int subrs(${1 code}, ${2 code}) 2 real small 1 real subsr(${1 code}, ${2 code}) 2 small real 1 real subrr(${1 code}, ${2 code}) 2 real real 1 real mpsub(${1 code}, ${2 code}) 2 mp real 1 real mpsub(${1 code}, ${2 code}) 2 real mp 1 real mpsub(${1 code}, ${2 code}) 2 mp mp 1 mp gsubgs(${1 code}, ${2 code}) 2 gen small 1 gen gsubsg(${1 code}, ${2 code}) 2 small gen 1 gen gsub(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gsub GG 1 gen _.a1 2 0 1 gel(${1 code}, 1) 1 ell 2 gen copy 1 member_a1 G 1 gen _.a2 2 0 1 gel(${1 code}, 2) 1 ell 2 gen copy 1 member_a2 G 1 gen _.a3 2 0 1 gel(${1 code}, 3) 1 ell 2 gen copy 1 member_a3 G 1 gen _.a4 2 0 1 gel(${1 code}, 4) 1 ell 2 gen copy 1 member_a4 G 1 gen _.a6 2 0 1 gel(${1 code}, 5) 1 ell 2 gen copy 1 member_a6 G 1 gen _.area 2 0 1 gel(${1 code}, 19) 1 bell 2 gen copy 1 member_area G 1 gen _.b2 2 0 1 gel(${1 code}, 6) 1 ell 2 gen copy 1 member_b2 G 1 gen _.b4 2 0 1 gel(${1 code}, 7) 1 ell 2 gen copy 1 member_b4 G 1 gen _.b6 2 0 1 gel(${1 code}, 8) 1 ell 2 gen copy 1 member_b6 G 1 gen _.b8 2 0 1 gel(${1 code}, 9) 1 ell 2 gen copy 1 member_b8 G 1 gen _.bid 2 0 1 member_bid(${1 code}) 1 gen 1 gen 1 member_bid G 1 gen _.bnf 2 0 3 ${1 code} 1 bnf 2 bnf parens ${1 :bnf cast} 1 bnr 3 bnf copy parens member_bnf(${1 code}) 1 gen 1 bnf 1 member_bnf G 1 gen _.c4 2 0 1 gel(${1 code}, 10) 1 ell 2 gen copy 1 member_c4 G 1 gen _.c6 2 0 1 gel(${1 code}, 11) 1 ell 2 gen copy 1 member_c6 G 1 gen _.clgp 2 0 4 ${1 :clgp cast} 1 bnf 3 clgp copy parens ${1 :clgp cast} 1 bnr 3 clgp copy parens ${1 code} 1 clgp 2 clgp parens member_clgp(${1 code}) 1 gen 1 clgp 1 member_clgp G 1 gen _.codiff 1 1 member_codiff G 1 gen _.cyc 2 0 2 gel(${1 code}, 2) 1 clgp 2 gen copy member_cyc(${1 code}) 1 gen 1 gen 1 member_cyc G 1 gen _.diff 2 0 2 gmael(${1 code}, 5, 5) 1 nf 2 gen copy member_diff(${1 code}) 1 gen 1 gen 1 member_diff G 1 gen _.disc 2 0 3 gel(${1 code}, 3) 1 nf 2 int copy gel(${1 code}, 12) 1 ell 2 gen copy member_disc(${1 code}) 1 gen 1 gen 1 member_disc G 1 gen _.e 2 0 1 gel(${1 code}, 3) 1 prid 2 int copy 1 member_e G 1 gen _.eta 1 1 member_eta G 1 gen _.f 2 0 1 gel(${1 code}, 4) 1 prid 2 int copy 1 member_f G 1 gen _.fu 2 0 3 $"ray units not implemented" 1 bnr 1 void gmael(${1 code}, 8, 5) 1 bnf 2 gen copy gmael(${1 code}, 8, 5) 1 gen 2 gen copy 1 member_fu G 1 gen _.futu 1 1 member_futu G 1 gen _.gen 2 0 3 gel(${1 code}, 7) 1 gal 2 gen copy gel(${1 code}, 3) 1 clgp 2 gen copy member_gen(${1 code}) 1 gen 1 gen 1 member_gen G 1 gen _.group 2 0 1 gel(${1 code}, 6) 1 gal 2 gen copy 1 member_group G 1 gen _.index 2 0 2 gel(${1 code}, 4) 1 nf 2 int copy member_index(${1 code}) 1 gen 1 int 1 member_index G 1 gen _.j 2 0 1 gel(${1 code}, 13) 1 ell 2 gen copy 1 member_j G 1 gen _.mod 1 1 member_mod G 1 gen _.nf 2 0 2 ${1 code} 1 nf 2 nf parens member_nf(${1 code}) 1 gen 1 nf 1 member_nf G 1 gen _.no 2 0 2 gel(${1 code}, 1) 1 clgp 2 gen copy member_no(${1 code}) 1 gen 1 gen 1 member_no G 1 gen _.omega 1 1 member_omega G 1 gen _.orders 2 0 1 gel(${1 code}, 8) 1 gal 2 vecsmall copy 1 member_orders G 1 gen _.p 2 0 3 gmael(${1 code}, 2, 1) 1 gal 2 int copy gel(${1 code}, 1) 1 prid 2 int copy member_p(${1 code}) 1 gen 1 int 1 member_p G 1 gen _.pol 2 0 3 gel(${1 code}, 1) 1 gal 2 gen copy gel(${1 code}, 1) 1 nf 2 gen copyi member_pol(${1 code}) 1 gen 1 gen 1 member_pol G 1 gen _.r1 2 0 2 gmael(${1 code}, 2, 1) 1 nf 2 int copy member_r1(${1 code}) 1 gen 1 int 1 member_r1 G 1 gen _.r2 2 0 2 gmael(${1 code}, 2, 2) 1 nf 2 int copy member_r2(${1 code}) 1 gen 1 int 1 member_r2 G 1 gen _.reg 2 0 3 $"ray regulator not implemented" 1 bnr 1 void gmael(${1 code}, 8, 2) 1 bnf 2 real copy gmael(${1 code}, 8, 2) 1 gen 2 real copy 1 member_reg G 1 gen _.roots 2 0 4 gel(${1 code}, 3) 1 gal 2 gen copy gel(${1 code}, 14) 1 bell 2 gen copy gel(${1 code}, 6) 1 nf 2 gen copy member_roots(${1 code}) 1 gen 1 gen 1 member_roots G 1 gen _.sign 2 0 2 gel(${1 code}, 2) 1 nf 2 vec copy member_sign(${1 code}) 1 gen 1 vec 1 member_sign G 1 gen _.t2 2 0 1 member_t2(${1 code}) 1 gen 1 vec 1 member_t2 G 1 gen _.tate 1 1 member_tate G 1 gen _.tu 2 0 3 $"ray units not implemented" 1 bnr 1 void gmael(${1 code}, 8, 4) 1 bnf 2 gen copy gmael(${1 code}, 8, 4) 1 gen 2 gen copy 1 member_tu G 1 gen _.tufu 1 1 member_tufu G 1 gen _.w 2 0 1 gel(${1 code}, 18) 1 bell 2 gen copy 1 member_w G 1 gen _.zk 2 0 1 gel(${1 code}, 17) 1 nf 2 gen copy 1 member_zk G 1 gen _.zkst 2 0 1 gel(${1 code}, 2) 1 bnr 2 gen copy 1 member_zkst G 1 gen _/=_ 1 0 10 $"cannot divide small: use \= instead." 2 *small gen 1 void $"cannot divide int: use \= instead." 2 *int gen 1 void ${1 code} = divrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = divrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = mpdiv(${1 code}, ${2 code}) 2 *real mp 2 real parens ${1 code} = mpdiv(${1 code}, ${2 code}) 2 *mp real 2 mp parens ${1 code} = gdiv(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gdiv(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gdivgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gdiv(${1 code}, ${2 code}) 2 *gen gen 2 gen parens _/_ 2 0 11 (${2 code}, 0)/*for side effect*/ 2 0 mp 1 small divsr(${1 code}, ${2 code}) 2 #small real 1 real divsr(${1 code}, ${2 code}) 2 small real 1 mp divrs(${1 code}, ${2 code}) 2 real small 1 real divrr(${1 code}, ${2 code}) 2 real real 1 real mpdiv(${1 code}, ${2 code}) 2 real mp 1 real mpdiv(${1 code}, ${2 code}) 2 mp real 1 mp ginv(${2 code}) 2 1 gen 1 gen gdivgs(${1 code}, ${2 code}) 2 gen small 1 gen gdivsg(${1 code}, ${2 code}) 2 small gen 1 gen gdiv(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gdiv GG 1 gen _<<=_ 1 0 4 ${1 code} <<= ${parens 2 code} 2 *small small 2 small parens ${1 code} = shifti(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = mpshift(${1 code}, ${2 code}) 2 *mp small 2 mp parens ${1 code} = gshift(${1 code}, ${2 code}) 2 *gen small 2 mp parens _<<_ 2 0 3 shifti(${1 code}, ${2 code}) 2 int small 1 int mpshift(${1 code}, ${2 code}) 2 mp small 1 mp gshift(${1 code}, ${2 code}) 2 gen small 1 mp 1 gshift GL 1 gen _<=_ 2 0 12 ${parens 1 code} <= ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} < ${parens 2 code} 2 small lg 2 bool parens ${parens 1 code} <= ${parens 2 code} 2 lg lg 2 bool parens cmpsi(${1 code}, ${2 code}) <= 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) < 0 2 int lg 2 bool parens cmpis(${1 code}, ${2 code}) <= 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) <= 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) <= 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) <= 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) <= 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) <= 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) <= 0 2 gen gen 2 bool parens 1 gle GG 1 gen _<_ 2 0 11 ${parens 1 code} < ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} < ${parens 2 code} 2 lg lg 2 bool parens ${parens 1 code} <= ${parens 2 code} 2 lg small 2 bool parens cmpsi(${1 code}, ${2 code}) < 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) < 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) < 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) < 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) < 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) < 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) < 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) < 0 2 gen gen 2 bool parens 1 glt GG 1 gen _==_ 2 0 22 ${parens 1 code} == ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} == ${parens 2 code} 2 lg lg 2 bool parens cmpsi(${1 code}, ${2 code}) == 0 2 small int 2 bool parens !signe(${1 code}) 2 mp 0 1 bool is_pm1(${1 code}) && signe(${1 code})==1 2 @int 1 2 bool parens gcmp1(${1 code}) 2 int 1 1 bool is_pm1(${1 code}) && signe(${1 code})==-1 2 @int -1 2 bool parens gcmp_1(${1 code}) 2 int -1 1 bool cmpis(${1 code}, ${2 code}) == 0 2 int small 2 bool parens equalii(${1 code}, ${2 code}) 2 int int 1 bool gcmp0(${1 code}) 2 gen 0 1 bool gcmp1(${1 code}) 2 gen 1 1 bool gcmp_1(${1 code}) 2 gen -1 1 bool cmprr(${1 code}, ${2 code}) == 0 2 real real 1 bool mpcmp(${1 code}, ${2 code}) == 0 2 mp mp 2 bool parens ${parens 1 code} == ${parens 2 code} 2 typ typ 2 bool parens ${parens 1 code} == ${parens 2 :typ cast} 2 typ #str 2 bool parens ${parens 1 :typ cast} == ${parens 2 code} 2 #str typ 2 bool parens strcmp(${1 code}, ${2 code}) 2 str str 1 negbool gequalsg(${1 code}, ${2 code}) 2 small gen 1 bool gequalgs(${1 code}, ${2 code}) 2 gen small 1 bool gequal(${1 code}, ${2 code}) 2 gen gen 1 bool 1 geq GG 1 gen _>=_ 2 0 11 ${parens 1 code} >= ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} >= ${parens 2 code} 2 lg lg 2 bool parens ${parens 1 code} > ${parens 2 code} 2 lg small 2 bool parens cmpsi(${1 code}, ${2 code}) >= 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) >= 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) >= 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) >= 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) >= 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) >= 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) >= 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) >= 0 2 gen gen 2 bool parens 1 gge GG 1 gen _>>=_ 1 0 4 ${1 code} >>= ${parens 2 code} 2 *small small 2 small parens ${1 code} = shifti(${1 code}, -${parens 2 code}) 2 *int small 2 int parens ${1 code} = mpshift(${1 code}, -${parens 2 code}) 2 *mp small 2 mp parens ${1 code} = gshift(${1 code}, -${parens 2 code}) 2 *gen small 2 mp parens _>>_ 1 0 4 ${parens 1 code}>>${parens 2 code} 2 small small 2 small parens shifti(${1 code}, -${parens 2 code}) 2 int small 1 int mpshift(${1 code}, -${parens 2 code}) 2 mp small 1 mp gshift(${1 code}, -${parens 2 code}) 2 gen small 1 mp _>_ 2 0 11 ${parens 1 code} > ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} > ${parens 2 code} 2 lg lg 2 bool parens ${parens 1 code} >= ${parens 2 code} 2 small lg 2 bool parens cmpsi(${1 code}, ${2 code}) > 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) > 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) > 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) > 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) > 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) > 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) > 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) > 0 2 gen gen 2 bool parens 1 ggt GG 1 gen _[_,] 1 0 3 $"Scalar has no rows" 2 mp small 1 gen rowcopy(${1 code}, ${2 code}) 2 vec small 1 vec rowcopy(${1 code}, ${2 code}) 2 gen small 1 vec _[_,_] 1 0 9 $"Scalar has no components" 2 mp small 1 gen $"Scalar has no components" 3 mp small small 1 gen ${parens 1 code}[${2 code}] 2 vecsmall small 1 small $"Vecsmall are single-dimensional" 3 vecsmall small small 1 gen gel(${1 code}, ${2 :lg cast}) 2 list small 2 gen copy gel(${1 code}, ${2 code}) 2 vec small 2 gen copy gcoeff(${1 code}, ${2 code}, ${3 code}) 3 vec small small 2 gen copy gel(${1 code}, ${2 code}) 2 gen small 2 gen copy gcoeff(${1 code}, ${2 code}, ${3 code}) 3 gen small small 2 gen copy _\/=_ 1 0 3 ${1 code} = gdivround(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = gdivround(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gdivround(${1 code}, ${2 code}) 2 *gen gen 2 gen parens _\/_ 2 0 2 gdivround(${1 code}, ${2 code}) 2 int int 1 int gdivround(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gdivround GG 1 gen _\=_ 1 0 4 ${1 code} /= ${parens 2 code} 2 *small small 2 small parens ${1 code} = gdivent(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = gdivent(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gdivent(${1 code}, ${2 code}) 2 *gen gen 2 gen parens _\_ 2 0 7 ${parens 1 code}/${parens 2 code} 2 small small 2 small parens truedivis(${1 code}, ${2 code}) 2 int small 1 int gdiventsg(${1 code}, ${2 code}) 2 small int 1 int truedivii(${1 code}, ${2 code}) 2 int int 1 int gdiventgs(${1 code}, ${2 code}) 2 gen small 1 gen gdiventsg(${1 code}, ${2 code}) 2 small gen 1 gen gdivent(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gdivent GG 1 gen _^_ 2 0 15 sqri(${1 code}) 2 int 2 1 int gpowgs(${1 code}, 3) 2 int 3 1 int gpowgs(${1 code}, 4) 2 int 4 1 int gpowgs(${1 code}, 5) 2 int 5 1 int ginv(${1 code}) 2 real -1 1 real ginv(${1 code}) 2 mp -1 1 mp ginv(${1 code}) 2 gen -1 1 gen gsqr(${1 code}) 2 real 2 1 real gsqr(${1 code}) 2 mp 2 1 mp gsqr(${1 code}) 2 gen 2 1 gen gpowgs(${1 code}, ${2 code}) 2 real small 1 real gpowgs(${1 code}, ${2 code}) 2 gen small 1 gen powgi(${1 code}, ${2 code}) 2 real int 1 real powgi(${1 code}, ${2 code}) 2 gen int 1 gen gpow(${1 code}, ${2 code}, prec) 2 gen gen 2 gen prec 1 gpow GGp 2 gen prec __ 1 0 4 concat(${1 code}, ${2 code}) 2 genstr genstr 1 genstr concat(${1 code}, ${2 code}) 2 genstr gen 1 genstr concat(${1 code}, ${2 code}) 2 gen genstr 1 genstr concat(${1 :genstr cast}, ${2 code}) 2 gen gen 1 genstr _avma 1 0 1 avma 0 1 pari_sp _badtype 1 0 14 typ(${1 code}) != t_INT 1 int 2 bool parens typ(${1 code}) != t_REAL 1 real 2 bool parens is_intreal(${1 code}) 1 mp 1 negbool is_matvec_t(typ(${1 code})) 1 vec 1 negbool typ(${1 code}) != t_VECSMALL 1 vecsmall 2 bool parens typ(${1 code}) != t_POL 1 pol 2 bool parens ${1 code} = checknf(${1 code}) 1 *nf 2 void parens ${1 code} = checkbnf(${1 code}) 1 *bnf 2 void parens checkbnr(${1 code}) 1 bnr 1 void checkprimeid(${1 code}) 1 prid 1 void lg(${1 code}) != 3 || typ(${parens 1 code}[2]) != t_POLMOD 1 @clgp 2 bool parens checkell(${1 code}) 1 ell 1 void checkbell(${1 code}) 1 bell 1 void ${1 code} = checkgal(${1 code}) 1 *gal 2 gal parens _call_GG 1 0 1 ${parens 1 code}(${2 code}, ${3 code}) 3 func_GG gen gen 1 gen _cast 1 0 90 0 1 void 1 bool ${1 value not} 1 #negbool 1 bool !${parens 1 code} 1 negbool 1 bool 1 small_int 1 bool 1 small 1 bool ${parens 1 code}!=1 1 lg 2 bool parens *${parens 1 code} 1 bptr 1 bool !gcmp0(${1 code}) 1 gen 1 bool signe(${1 code}) 1 real 1 bool signe(${1 code}) 1 int 1 bool signe(${1 code}) 1 mp 1 bool signe(${1 code}) 1 pol 1 bool 1 1 void 1 negbool ${1 value not} 1 #bool 1 negbool !${parens 1 code} 1 bool 1 negbool ${parens 1 code}==1 1 lg 2 negbool parens !*${parens 1 code} 1 bptr 1 negbool gcmp0(${1 code}) 1 gen 1 negbool !signe(${1 code}) 1 int 1 negbool !signe(${1 code}) 1 real 1 negbool !signe(${1 code}) 1 mp 1 negbool !signe(${1 code}) 1 pol 1 negbool 1 bool 1 small_int 1 typ 1 small_int 1 small 1 small_int 1 bool 1 small 1 typ 1 small 1 small_int 1 small *${parens 1 code} 1 bptr 1 small itos(${1 code}) 1 int 1 small ${1 value 1 sub} 1 #lg 2 small parens ${parens 1 code}-1 1 lg 2 small parens gen_0 1 void 1 int gen_m1 1 -1 1 int gen_0 1 0 1 int gen_1 1 1 1 int gen_2 1 2 1 int stoi(${1 code}) 1 bool 1 int stoi(${1 code}) 1 small 1 int 1 mp 1 int 1 gen 1 int 1 mp 1 real 1 gen 1 real 1 int 1 mp 1 real 1 mp 1 gen 1 mp ${1 1 value add} 1 #bool 2 lg parens ${parens 1 code}+1 1 bool 2 lg parens ${1 1 value add} 1 #small 2 lg parens ${parens 1 code}+1 1 small 2 lg parens 1 gen 1 vecsmall 1 nf 1 vec 1 bnf 1 vec 1 bnr 1 vec 1 ell 1 vec 1 bell 1 vec 1 clgp 1 vec 1 prid 1 vec 1 gal 1 vec 1 gen 1 vec 1 gen 1 list varn(${1 code}) 1 pol 1 var gvar(${1 code}) 1 gen 1 var pol_x[${1 code}] 1 var 1 pol 1 gen 1 pol 1 int 1 gen 1 mp 1 gen 1 vecsmall 1 gen 1 vec 1 gen 1 list 1 gen 1 pol 1 gen 1 genstr 1 gen GENtoGENstr(${1 code}) 1 gen 1 genstr strtoGENstr(${1 code}) 1 str 1 genstr GSTR(${1 code}) 1 genstr 1 str type_name(${1 code}) 1 typ 1 str ${1 str_format} 1 #str 1 typ gel(${1 code}, 7) 1 bnf 2 nf parens 1 gen 1 nf gel(${1 code}, 1) 1 bnr 2 bnf parens 1 gen 1 bnf 1 gen 1 bnr gmael(${1 code}, 8, 1) 1 bnf 2 clgp parens gel(${1 code}, 5) 1 bnr 2 clgp parens 1 gen 1 clgp 1 bell 1 ell 1 gen 1 ell 1 gen 1 bell 1 gen 1 gal 1 gen 1 prid _cgetg 1 0 2 cgetg(${1 code}, ${2 str_raw}) 2 lg #str 1 gen ${1 code} = cgetg(${2 code}, ${3 str_raw}) 3 gen lg #str 1 gen _const_expr 1 0 1 readseq(${1 code}) 1 str 1 gen _const_quote 1 0 1 fetch_user_var(${1 code}) 1 str 1 var _const_real 1 0 1 strtor(${1 code}, prec) 1 str 2 real prec _const_smallreal 1 0 4 real_0(prec) 1 0 2 real prec real_1(prec) 1 1 2 real prec real_m1(prec) 1 -1 2 real prec stor(${1 code}, prec) 1 small 2 real prec _decl_base 1 0 8 void 1 C!void 0 long 1 C!long 0 int 1 C!int 0 GEN 1 C!GEN 0 char 1 C!char* 0 byteptr 1 C!byteptr 0 pari_sp 1 C!pari_sp 0 GEN 1 C!func_GG 0 _decl_ext 1 0 2 *${1 code} 1 C!char* 0 (*${1 code})(GEN, GEN) 1 C!func_GG 0 _default_check 1 0 2 !${parens 1 code} 1 C!GEN 1 bool ${parens 1 code} == -1 1 var 1 bool _default_marker 1 0 4 NULL 1 C!GEN 0 -1 1 var 0 0 1 small 0 "" 1 str 0 _diffptr 1 0 1 diffptr 0 1 bptr _err_primes 1 0 1 pari_err(primer1) 0 1 void _err_type 1 0 1 pari_err(typeer, ${1 code}) 1 str 1 void _formatcode 1 0 5 ${1 code} 1 #small 1 void %ld 1 small 1 small ${1 str_format} 1 #str 1 void %s 1 str 1 str %Z 1 gen 1 gen _forprime_next 1 0 1 NEXT_PRIME_VIADIFF(${1 code}, ${2 code}) 2 *small *bptr 1 void _forvec_start 1 0 1 forvec_start(${1 code}, ${2 code}, &${3 code}, &${4 code}) 4 gen small &gen &func_GG 1 vec _gerepileall 1 0 2 ${2 code} = gerepilecopy(${1 code}, ${2 code}) 2 pari_sp gen 2 void parens gerepileall(${1 code}, ${nbarg 1 sub}, ${stdref 3 code}) 3 pari_sp gen ... 1 void _gerepileupto 1 0 5 gerepileuptoint(${1 code}, ${2 code}) 2 pari_sp int 1 int gerepileuptoleaf(${1 code}, ${2 code}) 2 pari_sp mp 1 mp gerepileuptoleaf(${1 code}, ${2 code}) 2 pari_sp vecsmall 1 vecsmall gerepileupto(${1 code}, ${2 code}) 2 pari_sp vec 1 vec gerepileupto(${1 code}, ${2 code}) 2 pari_sp gen 1 gen _low_stack_lim 1 0 1 low_stack(${1 code}, stack_lim(${2 code}, 1)) 2 pari_sp pari_sp 1 bool _maxprime 1 0 1 maxprime() 0 1 small _proto_code 1 0 4 n 1 var 0 L 1 C!long 0 G 1 C!GEN 0 s 1 C!char* 0 _proto_ret 1 0 4 v 1 C!void 0 i 1 C!int 0 l 1 C!long 0 1 C!GEN 0 _stack_lim 1 0 1 stack_lim(${1 code}, ${2 code}) 2 pari_sp small 1 pari_sp _toGENstr 1 0 2 strtoGENstr(${1 code}) 1 str 1 genstr GENtoGENstr(${1 code}) 1 gen 1 genstr _tovec 1 0 5 mkvec(${1 code}) 1 gen 1 vec mkvec2(${1 code}, ${2 code}) 2 gen gen 1 vec mkvec3(${1 code}, ${2 code}, ${3 code}) 3 gen gen gen 1 vec mkvec4(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen gen 1 vec mkvecn(${nbarg}, ${2 code}) 2 gen ... 1 vec _type_preorder 1 0 16 7 empty void bool small int mp gen 0 3 empty real mp 0 3 empty bptr small 0 4 empty bool lg small 0 4 empty bool small_int small 0 4 empty void negbool bool 0 5 empty typ str genstr gen 0 3 empty vecsmall gen 0 3 empty vec gen 0 3 empty list gen 0 5 empty bnr bnf nf vec 0 5 empty bnr bnf clgp vec 0 4 empty bell ell vec 0 3 empty prid vec 0 3 empty gal vec 0 4 empty var pol gen 0 _typedef 1 0 30 void 1 empty 0 void 1 void 0 long 1 negbool 0 long 1 bool 0 int 1 small_int 0 long 1 small 0 GEN 1 int 0 GEN 1 real 0 GEN 1 mp 0 long 1 lg 0 GEN 1 vecsmall 0 GEN 1 vec 0 GEN 1 list 0 long 1 var 0 GEN 1 pol 0 GEN 1 gen 0 GEN 1 genstr 0 char* 1 str 0 byteptr 1 bptr 0 func_GG 1 func_GG 0 pari_sp 1 pari_sp 0 long 1 typ 0 GEN 1 nf 0 GEN 1 bnf 0 GEN 1 bnr 0 GEN 1 ell 0 GEN 1 bell 0 GEN 1 clgp 0 GEN 1 prid 0 GEN 1 gal 0 _||_ 1 0 1 ${parens 1 code} || ${parens 2 code} 2 bool bool 2 bool parens _~ 2 0 2 gtrans(${1 code}) 1 vec 1 vec gtrans(${1 code}) 1 gen 1 gen 1 gtrans G 1 gen abs 2 0 5 labs(${1 code}) 1 small 1 small mpabs(${1 code}) 1 int 1 int mpabs(${1 code}) 1 real 1 real mpabs(${1 code}) 1 mp 1 mp gabs(${1 code}, prec) 1 gen 2 gen prec 1 gabs Gp 2 gen prec acos 1 1 gacos Gp 2 gen prec acosh 1 1 gach Gp 2 gen prec addhelp 1 1 addhelp Ss 1 void addprimes 1 1 addprimes DG 1 gen agm 1 1 agm GGp 2 gen prec algdep 1 1 algdep0 GLD0,L,p 2 gen prec alias 1 1 alias0 rr 1 void allocatemem 1 1 allocatemem0 D0,L, 1 void arg 1 1 garg Gp 2 gen prec asin 1 1 gasin Gp 2 gen prec asinh 1 1 gash Gp 2 gen prec atan 1 1 gatan Gp 2 gen prec atanh 1 1 gath Gp 2 gen prec bernfrac 1 1 bernfrac L 1 gen bernreal 1 1 bernreal Lp 2 gen prec bernvec 1 1 bernvec L 1 gen besselh1 1 1 hbessel1 GGp 2 gen prec besselh2 1 1 hbessel2 GGp 2 gen prec besseli 1 1 ibessel GGp 2 gen prec besselj 1 1 jbessel GGp 2 gen prec besseljh 1 1 jbesselh GGp 2 gen prec besselk 1 1 kbessel0 GGD0,L,p 2 gen prec besseln 1 1 nbessel GGp 2 gen prec bestappr 1 1 bestappr0 GGDG 1 gen bezout 1 1 vecbezout GG 1 gen bezoutres 1 1 vecbezoutres GG 1 gen bigomega 2 0 2 bigomega(${1 code}) 1 int 1 small gbigomega(${1 code}) 1 gen 1 gen 1 gbigomega G 1 gen binary 1 1 binaire G 1 gen binomial 1 1 binomial GL 1 gen bitand 2 0 2 ${parens 1 code}&${parens 2 code} 2 small small 2 small parens gbitand(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitand GG 1 gen bitneg 1 1 gbitneg GD-1,L, 1 gen bitnegimply 2 0 2 ${parens 1 code}&~${parens 2 code} 2 small small 2 small parens gbitnegimply(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitnegimply GG 1 gen bitor 2 0 2 ${parens 1 code}|${parens 2 code} 2 small small 2 small parens gbitor(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitor GG 1 gen bittest 2 0 3 (${parens 1 code}>>${parens 2 code})&1 2 small small 2 bool parens bittest(${1 code}, ${2 code}) 2 int small 1 bool gbittest(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gbittest GG 1 gen bitxor 2 0 2 ${parens 1 code}^${parens 2 code} 2 small small 2 small parens gbitxor(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitxor GG 1 gen bnfcertify 1 1 certifybuchall G 1 small bnfclassunit 1 1 bnfclassunit0 GD0,L,DGp 2 gen prec bnfclgp 1 1 classgrouponly GDGp 2 gen prec bnfdecodemodule 1 1 decodemodule GG 1 gen bnfinit 2 0 6 bnfinit0(${1 code}, 0, NULL, prec) 1 gen 2 bnf prec bnfinit0(${1 code}, 0, NULL, prec) 2 gen 0 2 bnf prec bnfinit0(${1 code}, 1, NULL, prec) 2 gen 1 2 bnf prec bnfinit0(${1 code}, 2, NULL, prec) 2 gen 2 2 bnf prec bnfinit0(${1 code}, 3, NULL, prec) 2 gen 3 2 bnf prec bnfinit0(${1 code}, ${2 code}, ${3 code}, prec) 3 gen ?small ?gen 2 bnf prec 1 bnfinit0 GD0,L,DGp 2 gen prec bnfisintnorm 1 1 bnfisintnorm GG 1 gen bnfisnorm 1 1 bnfisnorm GGD1,L,p 2 gen prec bnfisprincipal 1 1 isprincipalall GGD1,L, 1 gen bnfissunit 1 1 bnfissunit GGG 1 gen bnfisunit 1 1 isunit GG 1 gen bnfmake 1 1 bnfmake Gp 2 gen prec bnfnarrow 1 1 buchnarrow G 1 gen bnfreg 1 1 regulator GDGp 2 gen prec bnfsignunit 1 1 signunits G 1 gen bnfsunit 1 1 bnfsunit GGp 2 gen prec bnfunit 1 1 buchfu G 1 gen bnrL1 1 1 bnrL1 GDGD0,L,p 2 gen prec bnrclass 1 1 bnrclass0 GGD0,L, 1 gen bnrclassno 1 1 bnrclassno GG 1 gen bnrclassnolist 1 1 bnrclassnolist GG 1 gen bnrconductor 1 1 bnrconductor GDGDGDG 1 gen bnrconductorofchar 1 1 bnrconductorofchar GG 1 gen bnrdisc 1 1 bnrdisc0 GDGDGD0,L, 1 gen bnrdisclist 1 1 bnrdisclist0 GGDG 1 gen bnrinit 2 0 1 bnrinit0(${1 code}, ${2 code}, ${3 code}) 3 gen gen ?small 1 bnr 1 bnrinit0 GGD0,L, 1 gen bnrisconductor 1 1 bnrisconductor GDGDG 1 small bnrisprincipal 1 1 bnrisprincipal GGD1,L, 1 gen bnrrootnumber 1 1 bnrrootnumber GGD0,L,p 2 gen prec bnrstark 1 1 bnrstark GDGp 2 gen prec break 1 1 break0 D1,L, 1 gen ceil 2 0 5 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens ceilr(${1 code}) 1 real 1 int mpceil(${1 code}) 1 mp 1 int gceil(${1 code}) 1 gen 1 gen 1 gceil G 1 gen centerlift 2 0 6 centerlift(${1 code}) 1 pol 1 pol centerlift(${1 code}) 1 vec 1 vec centerlift(${1 code}) 1 gen 1 gen centerlift0(${1 code}, ${2 code}) 2 pol var 1 pol centerlift0(${1 code}, ${2 code}) 2 vec var 1 vec centerlift0(${1 code}, ${2 code}) 2 gen var 1 gen 1 centerlift0 GDn 1 gen changevar 1 1 changevar GG 1 gen charpoly 1 1 charpoly0 GDnD0,L, 1 gen chinese 2 0 2 chinese1(${1 code}) 1 gen 1 gen chinese(${1 code}, ${2 code}) 2 gen gen 1 gen 1 chinese GDG 1 gen clone 1 0 8 ${1 code} 1 small 2 small parens gclone(${1 code}) 1 int 1 int gclone(${1 code}) 1 real 1 real gclone(${1 code}) 1 mp 1 mp gclone(${1 code}) 1 vecsmall 1 vecsmall gclone(${1 code}) 1 vec 1 vec gclone(${1 code}) 1 pol 1 pol gclone(${1 code}) 1 gen 1 gen component 1 1 compo GL 1 gen concat 2 0 7 concat(${1 code}, ${2 code}) 2 mp mp 1 vec concat(${1 code}, ${2 code}) 2 vec mp 1 vec concat(${1 code}, ${2 code}) 2 mp vec 1 vec concat(${1 code}, ${2 code}) 2 vec vec 1 vec concat(${1 code}, ${2 code}) 2 genstr gen 1 genstr concat(${1 code}, ${2 code}) 2 gen genstr 1 genstr concat(${1 code}, ${2 code}) 2 gen ?gen 1 gen 1 concat GDG 1 gen conj 1 1 gconj G 1 gen conjvec 1 1 conjvec Gp 2 gen prec content 1 1 content G 1 gen contfrac 1 1 contfrac0 GDGD0,L, 1 gen contfracpnqn 1 1 pnqn G 1 gen copy 1 0 8 ${1 code} 1 small 2 small parens icopy(${1 code}) 1 int 1 int gcopy(${1 code}) 1 real 1 real gcopy(${1 code}) 1 mp 1 mp gcopy(${1 code}) 1 vecsmall 1 vecsmall gcopy(${1 code}) 1 vec 1 vec gcopy(${1 code}) 1 pol 1 pol gcopy(${1 code}) 1 gen 1 gen core 1 1 core0 GD0,L, 1 gen coredisc 1 1 coredisc0 GD0,L, 1 gen cos 1 1 gcos Gp 2 gen prec cosh 1 1 gch Gp 2 gen prec cotan 1 1 gcotan Gp 2 gen prec default 2 0 10 getrealprecision() 1 "realprecision" 2 small prec setrealprecision(${2 code}, &prec) 2 "realprecision" small 2 small prec precdl 1 "seriesprecision" 1 small precdl = ${2 code} 2 "seriesprecision" small 2 small parens DEBUGLEVEL 1 "debug" 1 small DEBUGLEVEL = ${2 code} 2 "debug" small 2 small parens DEBUGMEM 1 "debugmem" 1 small DEBUGMEM = ${2 code} 2 "debugmem" small 2 small parens DEBUGFILES 1 "debugfiles" 1 small DEBUGFILES = ${2 code} 2 "debugfiles" small 2 small parens 1 default0 D"",r,D"",s,D0,L, 1 gen denominator 1 1 denom G 1 gen deriv 1 1 deriv GDn 1 gen dilog 1 1 dilog Gp 2 gen prec dirdiv 1 1 dirdiv GG 1 gen direuler 1 1 direuler0 V=GGEDG 1 gen dirmul 1 1 dirmul GG 1 gen dirzetak 1 1 dirzetak GG 1 gen divisors 2 0 1 divisors(${1 code}) 1 gen 1 vec 1 divisors G 1 gen divrem 1 1 divrem GGDn 1 gen eint1 1 1 veceint1 GDGp 2 gen prec elladd 1 1 addell GGG 1 gen ellak 1 1 akell GG 1 gen ellan 1 1 anell GL 1 gen ellap 1 1 ellap0 GGD0,L, 1 gen ellbil 1 1 bilhell GGGp 2 gen prec ellchangecurve 2 0 1 coordch(${1 code}, ${2 code}) 2 gen gen 1 ell 1 coordch GG 1 gen ellchangepoint 1 1 pointch GG 1 gen ellconvertname 1 1 ellconvertname G 1 gen elleisnum 1 1 elleisnum GLD0,L,p 2 gen prec elleta 1 1 elleta Gp 2 gen prec ellgenerators 1 1 ellgenerators G 1 gen ellglobalred 2 0 1 ellglobalred(${1 code}) 1 gen 1 gen 1 ellglobalred G 1 gen ellheight 1 1 ellheight0 GGD2,L,p 2 gen prec ellheightmatrix 1 1 mathell GGp 2 gen prec ellidentify 1 1 ellidentify G 1 gen ellinit 2 0 3 initell(${1 code}, prec) 2 gen ?0 2 bell prec smallinitell(${1 code}) 2 gen 1 1 ell ellinit0(${1 code}, ${2 code}, prec) 2 gen small 2 ell prec 1 ellinit0 GD0,L,p 2 gen prec ellisoncurve 1 1 ellisoncurve GG 1 gen ellj 1 1 jell Gp 2 gen prec elllocalred 1 1 elllocalred GG 1 gen elllseries 1 1 elllseries GGDGp 2 gen prec ellminimalmodel 1 1 ellminimalmodel GD& 1 gen ellorder 1 1 orderell GG 1 gen ellordinate 1 1 ordell GGp 2 gen prec ellpointtoz 1 1 zell GGp 2 gen prec ellpow 1 1 powell GGG 1 gen ellrootno 1 1 ellrootno GDG 1 small ellsearch 1 1 ellsearch G 1 gen ellsigma 1 1 ellsigma GGD0,L,p 2 gen prec ellsub 1 1 subell GGG 1 gen elltaniyama 1 1 elltaniyama GP 1 gen elltors 1 1 elltors0 GD0,L, 1 gen ellwp 1 1 ellwp0 GDGD0,L,pP 2 gen prec ellzeta 1 1 ellzeta GGp 2 gen prec ellztopoint 1 1 pointell GGp 2 gen prec erfc 1 1 gerfc Gp 2 gen prec error 2 0 1 pari_err(talker, "${2 format_string}"${2 format_args}) 2 ?gen ... 1 void 1 error0 s* 1 void eta 1 1 eta0 GD0,L,p 2 gen prec eulerphi 2 0 2 phi(${1 code}) 1 int 1 int gphi(${1 code}) 1 gen 1 gen 1 gphi G 1 gen eval 1 1 geval G 1 gen exp 2 0 3 mpexp(${1 code}) 1 real 1 real gexp(${1 code}, prec) 1 mp 2 mp prec gexp(${1 code}, prec) 1 gen 2 gen prec 1 gexp Gp 2 gen prec extern 1 1 extern0 s 1 gen factor 2 0 4 Z_factor(${1 code}) 2 int ?-1 1 gen factor(${1 code}) 2 gen ?-1 1 gen smallfact(${1 code}) 2 int 0 1 gen factor0(${1 code}, ${2 code}) 2 gen small 1 gen 1 factor0 GD-1,L, 1 gen factorback 1 1 factorback0 GDGDG 1 gen factorcantor 1 1 factcantor GG 1 gen factorff 1 1 factorff GGG 1 gen factorial 1 1 mpfactr Lp 2 gen prec factorint 1 1 factorint GD0,L, 1 gen factormod 1 1 factormod0 GGD0,L, 1 gen factornf 1 1 polfnf GG 1 gen factorpadic 1 1 factorpadic0 GGLD0,L, 1 gen ffinit 2 0 1 ffinit(${1 code}, ${2 code}, ${3 code}) 3 int small ?var 1 pol 1 ffinit GLDn 1 gen fibonacci 1 1 fibo L 1 gen floor 2 0 5 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens floorr(${1 code}) 1 real 1 int mpfloor(${1 code}) 1 mp 1 int gfloor(${1 code}) 1 gen 1 gen 1 gfloor G 1 gen for 1 1 forpari V=GGI 1 void fordiv 1 1 fordiv GVI 1 void forell 1 1 forell VLLI 1 void forprime 1 1 forprime V=GGI 1 void forstep 1 1 forstep V=GGGI 1 void forsubgroup 1 1 forsubgroup V=GDGI 1 void forvec 1 1 forvec V=GID0,L, 1 void frac 1 1 gfrac G 1 gen galoisexport 1 1 galoisexport GD0,L, 1 gen galoisfixedfield 2 0 1 galoisfixedfield(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen ?small ?var 1 vec 1 galoisfixedfield GGD0,L,Dn 1 gen galoisidentify 1 1 galoisidentify G 1 gen galoisinit 2 0 1 galoisinit(${1 code}, ${2 code}) 2 gen ?int 1 gal 1 galoisinit GDG 1 gen galoisisabelian 1 1 galoisisabelian GD0,L, 1 gen galoispermtopol 1 1 galoispermtopol GG 1 gen galoissubcyclo 1 1 galoissubcyclo GDGD0,L,Dn 1 gen galoissubfields 1 1 galoissubfields GD0,L,Dn 1 gen galoissubgroups 1 1 galoissubgroups G 1 gen gamma 1 1 ggamma Gp 2 gen prec gammah 1 1 ggamd Gp 2 gen prec gcd 2 0 6 cgcd(${1 code}, ${2 code}) 3 small small ?0 1 small gcdii(${1 code}, ${2 code}) 3 int int ?0 1 int ggcd(${1 code}, ${2 code}) 3 gen gen ?0 1 gen modulargcd(${1 code}, ${2 code}) 3 gen gen 1 1 gen srgcd(${1 code}, ${2 code}) 3 gen gen 2 1 gen gcd0(${1 code}, ${2 code}, ${3 code}) 3 gen ?gen ?small 1 gen 1 gcd0 GDGD0,L, 1 gen getheap 1 1 getheap 1 gen getrand 1 1 getrand 1 small getstack 1 1 getstack 1 small gettime 1 1 gettime 1 small global 0 hilbert 1 1 hil0 GGDG 1 small hyperu 1 1 hyperu GGGp 2 gen prec idealadd 1 1 idealadd GGG 1 gen idealaddtoone 1 1 idealaddtoone0 GGDG 1 gen idealappr 1 1 idealappr0 GGD0,L, 1 gen idealchinese 1 1 idealchinese GGG 1 gen idealcoprime 1 1 idealcoprime GGG 1 gen idealdiv 2 0 4 idealdiv(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen ?0 1 gen idealdivexact(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen 1 1 gen $"invalid flag in idealdiv" 4 gen gen gen #small 1 gen idealdiv0(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen small 1 gen 1 idealdiv0 GGGD0,L, 1 gen idealfactor 1 1 idealfactor GG 1 gen idealhnf 1 1 idealhnf0 GGDG 1 gen idealintersect 1 1 idealintersect GGG 1 gen idealinv 2 0 1 idealinv(${1 code}, ${2 code}) 2 gen gen 1 gen 1 idealinv GG 1 gen ideallist 1 1 ideallist0 GLD4,L, 1 gen ideallistarch 1 1 ideallistarch GGG 1 gen ideallog 1 1 zideallog GGG 1 gen idealmin 1 1 minideal GGDGp 2 gen prec idealmul 2 0 4 idealmul(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen ?0 1 gen idealmulred(${1 code}, ${2 code}, ${3 code}, prec) 4 gen gen gen 1 2 gen prec $"invalid flag in idealmul" 4 gen gen gen #small 1 gen idealmul0(${1 code}, ${2 code}, ${3 code}, ${4 code}, prec) 4 gen gen gen small 2 gen prec 1 idealmul0 GGGD0,L,p 2 gen prec idealnorm 1 1 idealnorm GG 1 gen idealpow 1 1 idealpow0 GGGD0,L,p 2 gen prec idealprimedec 1 1 primedec GG 1 gen idealprincipal 1 1 principalideal GG 1 gen idealred 1 1 ideallllred GGDGp 2 gen prec idealstar 1 1 idealstar0 GGD1,L, 1 gen idealtwoelt 1 1 ideal_two_elt0 GGDG 1 gen idealval 1 1 idealval GGG 1 small ideleprincipal 1 1 principalidele GGp 2 gen prec if 0 imag 1 1 gimag G 1 gen incgam 1 1 incgam0 GGDGp 2 gen prec incgamc 1 1 incgamc GGp 2 gen prec input 1 1 input0 1 gen install 1 1 gpinstall rrD"",r,D"",s, 1 void intcirc 1 1 intcirc0 V=GGEDGp 2 gen prec intformal 1 1 integ GDn 1 gen intfouriercos 1 1 intfourcos0 V=GGGEDGp 2 gen prec intfourierexp 1 1 intfourexp0 V=GGGEDGp 2 gen prec intfouriersin 1 1 intfoursin0 V=GGGEDGp 2 gen prec intfuncinit 1 1 intfuncinit0 V=GGED0,L,D0,L,p 2 gen prec intlaplaceinv 1 1 intlaplaceinv0 V=GGEDGp 2 gen prec intmellininv 1 1 intmellininv0 V=GGEDGp 2 gen prec intmellininvshort 1 1 intmellininvshort GGGp 2 gen prec intnum 1 1 intnum0 V=GGEDGp 2 gen prec intnuminit 1 1 intnuminit GGD0,L,p 2 gen prec intnuminitgen 1 1 intnuminitgen0 VGGED0,L,D0,L,p 2 gen prec intnumromb 1 1 intnumromb0 V=GGED0,L,p 2 gen prec intnumstep 1 1 intnumstep p 2 small prec isfundamental 2 0 2 isfundamental(${1 code}) 1 int 1 bool gisfundamental(${1 code}) 1 gen 1 gen 1 gisfundamental G 1 gen ispower 2 0 2 isanypower(${1 code}, NULL) 1 int 1 small isanypower(${1 code}, &${2 code}) 2 int &int 1 small 1 ispower GDGD& 1 small isprime 2 0 4 isprime(${1 code}) 2 int ?0 1 bool plisprime(${1 code}, 0) 2 int 1 1 bool plisprime(${1 code}, 1) 2 int 2 1 gen gisprime(${1 code}, ${2 code}) 2 gen ?small 1 gen 1 gisprime GD0,L, 1 gen ispseudoprime 2 0 2 ispsp(${1 code}) 1 int 1 bool gispsp(${1 code}) 1 gen 1 gen 1 gispseudoprime GD0,L, 1 gen issquare 2 0 5 Z_issquare(${1 code}) 1 int 1 bool gissquare(${1 code}) 1 mp 1 int gissquare(${1 code}) 1 gen 1 gen Z_issquarerem(${1 code}, &${2 code}) 2 int &int 1 bool gissquarerem(${1 code}, &${2 code}) 2 gen &gen 1 gen 1 gissquarerem GD& 1 gen issquarefree 2 0 2 issquarefree(${1 code}) 1 int 1 bool gissquarefree(${1 code}) 1 gen 1 gen 1 gissquarefree G 1 gen kill 1 1 kill0 S 1 void kronecker 2 0 6 kross(${1 code}, ${2 code}) 2 small small 1 small krois(${1 code}, ${2 code}) 2 int small 1 small krosi(${1 code}, ${2 code}) 2 small int 1 small kronecker(${1 code}, ${2 code}) 2 int int 1 small gkrogs(${1 code}, ${2 code}) 2 gen small 1 gen gkronecker(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gkronecker GG 1 gen lcm 2 0 3 lcmii(${1 code}, ${2 code}) 2 int int 1 int glcm0(${1 code}, NULL) 1 gen 1 gen glcm(${1 code}, ${2 code}) 2 gen gen 1 gen 1 glcm0 GDG 1 gen length 2 0 4 lg(${1 code}) 1 vecsmall 1 lg lg(${1 code}) 1 vec 1 lg lgpol(${1 code}) 1 pol 1 small glength(${1 code}) 1 gen 1 small 1 glength G 1 small lex 1 1 lexcmp GG 1 small_int lift 2 0 6 lift(${1 code}) 1 pol 1 pol lift(${1 code}) 1 vec 1 vec lift(${1 code}) 1 gen 1 gen lift0(${1 code}, ${2 code}) 2 pol var 1 pol lift0(${1 code}, ${2 code}) 2 vec var 1 vec lift0(${1 code}, ${2 code}) 2 gen var 1 gen 1 lift0 GDn 1 gen lindep 1 1 lindep0 GD0,L,p 2 gen prec listcreate 2 0 1 listcreate(${1 code}) 1 small 1 list 1 listcreate L 1 gen listinsert 2 0 1 listinsert(${1 code}, ${2 code}, ${3 code}) 3 list gen small 1 gen 1 listinsert GGL 1 gen listkill 1 1 listkill G 1 void listput 2 0 1 listput(${1 code}, ${2 code}, ${3 code}) 3 list gen small 1 gen 1 listput GGD0,L, 1 gen listsort 1 1 listsort GD0,L, 1 gen lngamma 1 1 glngamma Gp 2 gen prec log 2 0 1 glog(${1 code}, prec) 1 gen 2 gen prec 1 glog Gp 2 gen prec matadjoint 1 1 adj G 1 gen matalgtobasis 1 1 matalgtobasis GG 1 gen matbasistoalg 1 1 matbasistoalg GG 1 gen matcompanion 1 1 assmat G 1 gen matdet 2 0 4 det(${1 code}) 2 gen ?0 1 gen det2(${1 code}) 2 gen 1 1 gen $"incorrect flag in matdet" 2 gen #small 1 gen det0(${1 code}, ${2 code}) 2 gen small 1 gen 1 det0 GD0,L, 1 gen matdetint 1 1 detint G 1 gen matdiagonal 1 1 diagonal G 1 gen mateigen 1 1 eigen Gp 2 gen prec matfrobenius 1 1 matfrobenius GD0,L,Dn 1 gen mathess 1 1 hess G 1 gen mathilbert 1 1 mathilbert L 1 gen mathnf 1 1 mathnf0 GD0,L, 1 gen mathnfmod 1 1 hnfmod GG 1 gen mathnfmodid 1 1 hnfmodid GG 1 gen matid 2 0 1 matid(${1 code}) 1 small 1 vec 1 matid L 1 gen matimage 1 1 matimage0 GD0,L, 1 gen matimagecompl 1 1 imagecompl G 1 gen matindexrank 1 1 indexrank G 1 gen matintersect 1 1 intersect GG 1 gen matinverseimage 1 1 inverseimage GG 1 gen matisdiagonal 1 1 isdiagonal G 1 small matker 1 1 matker0 GD0,L, 1 gen matkerint 1 1 matkerint0 GD0,L, 1 gen matmuldiagonal 1 1 matmuldiagonal GG 1 gen matmultodiagonal 1 1 matmultodiagonal GG 1 gen matpascal 1 1 matqpascal LDG 1 gen matrank 1 1 rank G 1 small matrix 1 1 matrice GGDVDVDI 1 gen matrixqz 1 1 matrixqz0 GG 1 gen matsize 1 1 matsize G 1 gen matsnf 1 1 matsnf0 GD0,L, 1 gen matsolve 1 1 gauss GG 1 gen matsolvemod 1 1 matsolvemod0 GGGD0,L, 1 gen matsupplement 1 1 suppl G 1 gen mattranspose 1 1 gtrans G 1 gen max 2 0 10 maxss(${1 code}, ${2 code}) 2 small small 1 small gmaxsg(${1 code}, ${2 code}) 2 small int 1 int gmaxgs(${1 code}, ${2 code}) 2 int small 1 int gmax(${1 code}, ${2 code}) 2 int int 1 int gmaxsg(${1 code}, ${2 code}) 2 small mp 1 mp gmaxgs(${1 code}, ${2 code}) 2 mp small 1 mp gmax(${1 code}, ${2 code}) 2 mp mp 1 mp gmaxsg(${1 code}, ${2 code}) 2 small gen 1 gen gmaxgs(${1 code}, ${2 code}) 2 gen small 1 gen gmax(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmax GG 1 gen min 2 0 10 minss(${1 code}, ${2 code}) 2 small small 1 small gminsg(${1 code}, ${2 code}) 2 small int 1 int gmings(${1 code}, ${2 code}) 2 int small 1 int gmin(${1 code}, ${2 code}) 2 int int 1 int gminsg(${1 code}, ${2 code}) 2 small mp 1 mp gmings(${1 code}, ${2 code}) 2 mp small 1 mp gmin(${1 code}, ${2 code}) 2 mp mp 1 mp gminsg(${1 code}, ${2 code}) 2 small gen 1 gen gmings(${1 code}, ${2 code}) 2 gen small 1 gen gmin(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmin GG 1 gen minpoly 1 1 minpoly GDn 1 gen modreverse 1 1 polymodrecip G 1 gen moebius 2 0 2 mu(${1 code}) 1 int 1 small gmu(${1 code}) 1 gen 1 gen 1 gmu G 1 gen newtonpoly 1 1 newtonpoly GG 1 gen next 1 1 next0 D1,L, 1 gen nextprime 2 0 2 nextprime(${1 code}) 1 int 1 int gnextprime(${1 code}) 1 gen 1 gen 1 gnextprime G 1 gen nfalgtobasis 1 1 algtobasis GG 1 gen nfbasis 1 1 nfbasis0 GD0,L,DG 1 gen nfbasistoalg 1 1 basistoalg GG 1 gen nfdetint 1 1 nfdetint GG 1 gen nfdisc 1 1 nfdiscf0 GD0,L,DG 1 gen nfeltdiv 1 1 element_div GGG 1 gen nfeltdiveuc 1 1 nfdiveuc GGG 1 gen nfeltdivmodpr 1 1 element_divmodpr GGGG 1 gen nfeltdivrem 1 1 nfdivrem GGG 1 gen nfeltmod 1 1 nfmod GGG 1 gen nfeltmul 1 1 element_mul GGG 1 gen nfeltmulmodpr 1 1 element_mulmodpr GGGG 1 gen nfeltpow 1 1 element_pow GGG 1 gen nfeltpowmodpr 1 1 element_powmodpr GGGG 1 gen nfeltreduce 1 1 element_reduce GGG 1 gen nfeltreducemodpr 1 1 nfreducemodpr GGG 1 gen nfeltval 1 1 element_val GGG 1 small nffactor 1 1 nffactor GG 1 gen nffactormod 1 1 nffactormod GGG 1 gen nfgaloisapply 1 1 galoisapply GGG 1 gen nfgaloisconj 1 1 galoisconj0 GD0,L,DGp 2 gen prec nfhilbert 1 1 nfhilbert0 GGGDG 1 small nfhnf 1 1 nfhermite GG 1 gen nfhnfmod 1 1 nfhermitemod GGG 1 gen nfinit 2 0 9 nfinit0(${1 code}, 0, prec) 2 gen ?0 2 nf prec nfinit0(${1 code}, 1, prec) 2 gen 1 2 nf prec nfinit0(${1 code}, 2, prec) 2 gen 2 2 nf prec nfinit0(${1 code}, 3, prec) 2 gen 3 2 gen prec nfinit0(${1 code}, 4, prec) 2 gen 4 2 nf prec nfinit0(${1 code}, 5, prec) 2 gen 5 2 gen prec nfinit0(${1 code}, 6, prec) 2 gen 6 2 nf prec $"incorrect flag in nfinit" 2 gen #small 1 void nfinit0(${1 code}, ${2 code}, prec) 2 gen small 2 gen prec 1 nfinit0 GD0,L,p 2 gen prec nfisideal 1 1 isideal GG 1 small nfisincl 1 1 nfisincl GG 1 gen nfisisom 1 1 nfisisom GG 1 gen nfkermodpr 1 1 nfkermodpr GGG 1 gen nfmodprinit 1 1 nfmodprinit GG 1 gen nfnewprec 1 1 nfnewprec Gp 2 gen prec nfroots 1 1 nfroots DGG 1 gen nfrootsof1 1 1 rootsof1 G 1 gen nfsnf 1 1 nfsmith GG 1 gen nfsolvemodpr 1 1 nfsolvemodpr GGGG 1 gen nfsubfields 1 1 subfields0 GDG 1 gen norm 1 1 gnorm G 1 gen norml2 1 1 gnorml2 G 1 gen numbpart 1 1 numbpart G 1 gen numdiv 2 0 2 numbdiv(${1 code}) 1 int 1 int gnumbdiv(${1 code}) 1 gen 1 gen 1 gnumbdiv G 1 gen numerator 1 1 numer G 1 gen numtoperm 1 1 numtoperm LG 1 gen omega 2 0 2 omega(${1 code}) 1 int 1 small gomega(${1 code}) 1 gen 1 gen 1 gomega G 1 gen padicappr 1 1 padicappr GG 1 gen padicprec 1 1 padicprec GG 1 small permtonum 1 1 permtonum G 1 gen plot 1 1 plot V=GGIDGDGp 2 void prec plotbox 1 1 rectbox LGG 1 void plotclip 1 1 rectclip L 1 void plotcolor 1 1 rectcolor LL 1 void plotcopy 1 1 rectcopy_gen LLGGD0,L, 1 void plotcursor 1 1 rectcursor L 1 gen plotdraw 1 1 rectdraw_flag GD0,L, 1 void ploth 1 1 ploth V=GGIpD0,M,D0,L,\nParametric|1; Recursive|2; no_Rescale|4; no_X_axis|8; no_Y_axis|16; no_Frame|32; no_Lines|64; Points_too|128; Splines|256; no_X_ticks|512; no_Y_ticks|1024; Same_ticks|2048 2 gen prec plothraw 1 1 plothraw GGD0,L, 1 gen plothsizes 1 1 plothsizes_flag D0,L, 1 gen plotinit 1 1 initrect_gen LD0,G,D0,G,D0,L, 1 void plotkill 1 1 killrect L 1 void plotlines 1 1 rectlines LGGD0,L, 1 void plotlinetype 1 1 rectlinetype LL 1 void plotmove 1 1 rectmove LGG 1 void plotpoints 1 1 rectpoints LGG 1 void plotpointsize 1 1 rectpointsize LG 1 void plotpointtype 1 1 rectpointtype LL 1 void plotrbox 1 1 rectrbox LGG 1 void plotrecth 1 1 rectploth LV=GGIpD0,L,D0,L, 2 gen prec plotrecthraw 1 1 rectplothraw LGD0,L, 1 gen plotrline 1 1 rectrline LGG 1 void plotrmove 1 1 rectrmove LGG 1 void plotrpoint 1 1 rectrpoint LGG 1 void plotscale 1 1 rectscale LGGGG 1 void plotstring 1 1 rectstring3 LsD0,L, 1 void polcoeff 2 0 2 constant_term(${1 code}) 2 pol 0 2 gen copy polcoeff0(${1 code}, ${2 code}, ${3 code}) 3 gen small ?var 1 gen 1 polcoeff0 GLDn 1 gen polcompositum 1 1 polcompositum0 GGD0,L, 1 gen polcyclo 1 1 cyclo LDn 1 gen poldegree 2 0 3 degpol(${1 code}) 1 pol 1 small degree(${1 code}) 1 gen 1 small poldegree(${1 code}, ${2 code}) 2 gen var 1 small 1 poldegree GDn 1 small poldisc 2 0 3 discsr(${1 code}) 1 pol 1 gen poldisc0(${1 code}, -1) 1 gen 1 gen poldisc0(${1 code}, ${2 code}) 2 gen var 1 gen 1 poldisc0 GDn 1 gen poldiscreduced 1 1 reduceddiscsmith G 1 gen polgalois 1 1 polgalois Gp 2 gen prec polhensellift 1 1 polhensellift GGGL 1 gen polinterpolate 1 1 polint GDGDGD& 1 gen polisirreducible 1 1 gisirreducible G 1 gen pollead 2 0 3 leading_term(${1 code}) 1 pol 2 gen copy pollead(${1 code}, -1) 1 gen 1 gen pollead(${1 code}, ${2 code}) 2 gen var 1 gen 1 pollead GDn 1 gen pollegendre 1 1 legendre LDn 1 gen polrecip 1 1 polrecip G 1 gen polred 1 1 polred0 GD0,L,DG 1 gen polredabs 1 1 polredabs0 GD0,L, 1 gen polredord 1 1 ordred G 1 gen polresultant 1 1 polresultant0 GGDnD0,L, 1 gen polroots 1 1 roots0 GD0,L,p 2 gen prec polrootsmod 2 0 4 rootmod(${1 code}, ${2 code}) 3 pol int ?0 1 vec rootmod2(${1 code}, ${2 code}) 3 pol int 1 1 vec $"Bad flag in polrootsmod" 3 pol int #small 1 vec rootmod0(${1 code}, ${2 code}, ${3 code}) 3 pol int small 1 vec 1 rootmod0 GGD0,L, 1 gen polrootspadic 1 1 rootpadic GGL 1 gen polsturm 1 1 sturmpart GDGDG 1 small polsubcyclo 1 1 polsubcyclo LLDn 1 gen polsylvestermatrix 1 1 sylvestermatrix GG 1 gen polsym 1 1 polsym GL 1 gen poltchebi 1 1 tchebi LDn 1 gen poltschirnhaus 1 1 tschirnhaus G 1 gen polylog 1 1 polylog0 LGD0,L,p 2 gen prec polzagier 1 1 polzag LL 1 gen precision 1 1 precision0 GD0,L, 1 gen precprime 2 0 2 precprime(${1 code}) 1 int 1 int gprecprime(${1 code}) 1 gen 1 gen 1 gprecprime G 1 gen prime 1 1 prime L 1 gen primepi 2 0 1 primepi(${1 code}) 1 gen 1 int 1 primepi G 1 gen primes 1 1 primes L 1 gen print 2 0 1 pariprintf("${2 format_string}\n"${2 format_args}) 2 ?gen ... 1 void 1 print s* 1 void print1 2 0 1 pariprintf("${2 format_string}"${2 format_args}) 2 ?gen ... 1 void 1 print1 s* 1 void printp 1 1 printp s* 1 void printp1 1 1 printp1 s* 1 void printtex 1 1 printtex s* 1 void prod 1 1 produit V=GGEDG 1 gen prodeuler 1 1 prodeuler0 V=GGEp 2 gen prec prodinf 1 1 prodinf0 V=GED0,L,p 2 gen prec psdraw 1 1 postdraw_flag GD0,L, 1 void psi 1 1 gpsi Gp 2 gen prec psploth 1 1 postploth V=GGIpD0,L,D0,L, 2 gen prec psplothraw 1 1 postplothraw GGD0,L, 1 gen qfbclassno 1 1 qfbclassno0 GD0,L, 1 gen qfbcompraw 1 1 compraw GG 1 gen qfbhclassno 1 1 hclassno G 1 gen qfbnucomp 1 1 nucomp GGG 1 gen qfbnupow 1 1 nupow GG 1 gen qfbpowraw 1 1 powraw GL 1 gen qfbprimeform 1 1 primeform GGp 2 gen prec qfbred 1 1 qfbred0 GD0,L,DGDGDG 1 gen qfbsolve 1 1 qfbsolve GG 1 gen qfgaussred 1 1 sqred G 1 gen qfjacobi 1 1 jacobi Gp 2 gen prec qflll 2 0 8 lll(${1 code}, prec) 2 vec ?0 2 vec prec lllint(${1 code}) 2 vec 1 1 vec lllintpartial(${1 code}) 2 vec 2 1 vec lllkerim(${1 code}) 2 vec 4 1 vec lllkerimgen(${1 code}) 2 vec 5 1 vec lllgen(${1 code}) 2 vec 8 1 vec $"Bad flag in qflll" 2 vec #small 1 vec qflll0(${1 code}, ${2 code}, prec) 2 vec small 2 vec prec 1 qflll0 GD0,L,p 2 gen prec qflllgram 1 1 qflllgram0 GD0,L,p 2 gen prec qfminim 1 1 qfminim0 GDGDGD0,L,p 2 gen prec qfperfection 1 1 perf G 1 gen qfrep 1 1 qfrep0 GGD0,L, 1 gen qfsign 1 1 signat G 1 gen quadclassunit 1 1 quadclassunit0 GD0,L,DGp 2 gen prec quaddisc 1 1 quaddisc G 1 gen quadgen 1 1 quadgen G 1 gen quadhilbert 1 1 quadhilbert GDGp 2 gen prec quadpoly 1 1 quadpoly0 GDn 1 gen quadray 1 1 quadray GGDGp 2 gen prec quadregulator 2 0 2 regula(${1 code}, prec) 1 int 2 mp prec gregula(${1 code}, prec) 1 gen 2 gen prec 1 gregula Gp 2 gen prec quadunit 2 0 2 fundunit(${1 code}) 1 int 1 gen gfundunit(${1 code}) 1 gen 1 gen 1 gfundunit Gp 2 gen prec quit 1 1 gp_quit 1 void random 2 0 2 genrand(${1 code}) 1 ?int 1 int $"incorrect type `real' in random" 1 real 1 void 1 genrand DG 1 gen read 2 0 1 gp_read_file(${1 code}) 1 str 1 gen 1 read0 D"",s, 1 gen readvec 2 0 1 gp_readvec_file(${1 code}) 1 str 1 gen 1 gp_readvec_file D"",s, 1 gen real 1 1 greal G 1 gen removeprimes 1 1 removeprimes DG 1 gen reorder 1 1 reorder DG 1 gen return 1 1 return0 DG 1 gen rnfalgtobasis 1 1 rnfalgtobasis GG 1 gen rnfbasis 1 1 rnfbasis GG 1 gen rnfbasistoalg 1 1 rnfbasistoalg GG 1 gen rnfcharpoly 1 1 rnfcharpoly GGGDn 1 gen rnfconductor 1 1 rnfconductor GGD0,L, 1 gen rnfdedekind 1 1 rnfdedekind GGG 1 gen rnfdet 1 1 rnfdet GG 1 gen rnfdisc 1 1 rnfdiscf GG 1 gen rnfeltabstorel 1 1 rnfelementabstorel GG 1 gen rnfeltdown 1 1 rnfelementdown GG 1 gen rnfeltreltoabs 1 1 rnfelementreltoabs GG 1 gen rnfeltup 1 1 rnfelementup GG 1 gen rnfequation 1 1 rnfequation0 GGD0,L, 1 gen rnfhnfbasis 1 1 rnfhnfbasis GG 1 gen rnfidealabstorel 1 1 rnfidealabstorel GG 1 gen rnfidealdown 1 1 rnfidealdown GG 1 gen rnfidealhnf 1 1 rnfidealhermite GG 1 gen rnfidealmul 1 1 rnfidealmul GGG 1 gen rnfidealnormabs 1 1 rnfidealnormabs GG 1 gen rnfidealnormrel 1 1 rnfidealnormrel GG 1 gen rnfidealreltoabs 1 1 rnfidealreltoabs GG 1 gen rnfidealtwoelt 1 1 rnfidealtwoelement GG 1 gen rnfidealup 1 1 rnfidealup GG 1 gen rnfinit 1 1 rnfinitalg GGp 2 gen prec rnfisfree 1 1 rnfisfree GG 1 small rnfisnorm 1 1 rnfisnorm GGD0,L, 1 gen rnfisnorminit 1 1 rnfisnorminit GGD2,L, 1 gen rnfkummer 1 1 rnfkummer GDGD0,L,p 2 gen prec rnflllgram 1 1 rnflllgram GGGp 2 gen prec rnfnormgroup 1 1 rnfnormgroup GG 1 gen rnfpolred 1 1 rnfpolred GGp 2 gen prec rnfpolredabs 1 1 rnfpolredabs GGD0,L, 1 gen rnfpseudobasis 1 1 rnfpseudobasis GG 1 gen rnfsteinitz 1 1 rnfsteinitz GG 1 gen round 2 0 9 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens roundr(${1 code}) 1 real 1 int mpround(${1 code}) 1 mp 1 int grndtoi(${1 code}, &${2 code}) 2 mp &small 1 int round0(${1 code}, &${2 code}) 2 mp &int 1 int ground(${1 code}) 1 gen 1 gen grndtoi(${1 code}, &${2 code}) 2 gen &small 1 gen round0(${1 code}, &${2 code}) 2 gen &int 1 gen 1 round0 GD& 1 gen serconvol 1 1 convol GG 1 gen serlaplace 1 1 laplace G 1 gen serreverse 1 1 recip G 1 gen setintersect 2 0 1 setintersect(${1 code}, ${2 code}) 2 vec vec 1 vec 1 setintersect GG 1 gen setisset 1 1 setisset G 1 small setminus 2 0 1 setminus(${1 code}, ${2 code}) 2 vec vec 1 vec 1 setminus GG 1 gen setrand 1 1 setrand L 1 small setsearch 1 1 setsearch GGD0,L, 1 small setunion 2 0 1 setunion(${1 code}, ${2 code}) 2 vec vec 1 vec 1 setunion GG 1 gen shift 1 1 gshift GL 1 gen shiftmul 1 1 gmul2n GL 1 gen sigma 2 0 6 sumdiv(${1 code}) 2 int ?1 1 int numbdiv(${1 code}) 2 int 0 1 int gsumdiv(${1 code}) 2 gen ?1 1 gen gnumbdiv(${1 code}) 2 gen 0 1 gen sumdivk(${1 code}, ${2 code}) 2 int small 1 int gsumdivk(${1 code}, ${2 code}) 2 gen small 1 gen 1 gsumdivk GD1,L, 1 gen sign 2 0 2 signe(${1 code}) 1 mp 1 small gsigne(${1 code}) 1 gen 1 small 1 gsigne G 1 small_int simplify 1 1 simplify G 1 gen sin 1 1 gsin Gp 2 gen prec sinh 1 1 gsh Gp 2 gen prec sizebyte 1 1 taille2 G 1 small sizedigit 1 1 sizedigit G 1 small solve 1 1 zbrent0 V=GGEp 2 gen prec sqr 2 0 3 sqri(${1 code}) 1 int 1 int gsqr(${1 code}) 1 mp 1 mp gsqr(${1 code}) 1 gen 1 gen 1 gsqr G 1 gen sqrt 2 0 2 sqrtr(${1 code}) 1 real 1 gen gsqrt(${1 code}, prec) 1 gen 2 gen prec 1 gsqrt Gp 2 gen prec sqrtint 2 0 1 racine(${1 code}) 1 gen 1 int 1 racine G 1 gen sqrtn 1 1 gsqrtn GGD&p 2 gen prec subgrouplist 1 1 subgrouplist0 GDGD0,L, 1 gen subst 1 1 gsubst GnG 1 gen substpol 1 1 gsubstpol GGG 1 gen substvec 1 1 gsubstvec GGG 1 gen sum 1 1 somme V=GGEDG 1 gen sumalt 1 1 sumalt0 V=GED0,L,p 2 gen prec sumdiv 1 1 divsum GVE 1 gen suminf 1 1 suminf0 V=GEp 2 gen prec sumnum 1 1 sumnum0 V=GGEDGD0,L,p 2 gen prec sumnumalt 1 1 sumnumalt0 V=GGEDGD0,L,p 2 gen prec sumnuminit 1 1 sumnuminit GD0,L,D1,L,p 2 gen prec sumpos 1 1 sumpos0 V=GED0,L,p 2 gen prec system 1 1 system0 s 1 void tan 1 1 gtan Gp 2 gen prec tanh 1 1 gth Gp 2 gen prec taylor 1 1 tayl GnP 1 gen teichmuller 1 1 teich G 1 gen theta 1 1 theta GGp 2 gen prec thetanullk 1 1 thetanullk GLp 2 gen prec thue 1 1 thue GGDG 1 gen thueinit 1 1 thueinit GD0,L,p 2 gen prec trace 1 1 gtrace G 1 gen trap 1 1 trap0 D"",r,DIDI 1 gen truncate 2 0 9 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens truncr(${1 code}) 1 real 1 int mptrunc(${1 code}) 1 mp 1 int gcvtoi(${1 code}, &${2 code}) 2 mp &small 1 int trunc0(${1 code}, &${2 code}) 2 mp &int 1 int gtrunc(${1 code}) 1 gen 1 gen gcvtoi(${1 code}, &${2 code}) 2 gen &small 1 gen trunc0(${1 code}, &${2 code}) 2 gen &int 1 gen 1 trunc0 GD& 1 gen type 2 0 1 typ(${1 code}) 1 gen 1 typ 1 type0 G 1 gen unclone 1 0 2 (void)0 /*unclone*/ 1 small 1 void gunclone(${1 code}) 1 gen 1 void until 0 valuation 1 1 ggval GG 1 small variable 2 0 2 ${1 :var cast} 1 pol 3 var parens copy gpolvar(${1 code}) 1 gen 1 gen 1 gpolvar G 1 gen vecextract 1 1 extract0 GGDG 1 gen vecmax 1 1 vecmax G 1 gen vecmin 1 1 vecmin G 1 gen vecsort 2 0 7 sort(${1 code}) 1 vec 1 vec vecsort0(${1 code}, ${2 code}, 0) 2 vec gen 1 vec sort(${1 code}) 3 vec 0 1 vec indexsort(${1 code}) 3 vec 1 1 vec lexsort(${1 code}) 3 vec 2 1 vec vecsort0(${1 code}, NULL, ${3 code}) 3 vec small 1 vec vecsort0(${1 code}, ${2 code}, ${3 code}) 3 vec gen small 1 vec 1 vecsort0 GDGD0,L, 1 gen vector 1 1 vecteur GDVDI 1 gen vectorsmall 1 1 vecteursmall GDVDI 1 gen vectorv 1 1 vvecteur GDVDI 1 gen version 1 1 pari_version 1 gen weber 1 1 weber0 GD0,L,p 2 gen prec whatnow 2 0 1 whatnow(${1 code}, 0) 1 str 1 void 1 whatnow0 r 1 void while 0 write 1 1 write0 ss* 1 void write1 1 1 write1 ss* 1 void writebin 1 1 gpwritebin sDG 1 void writetex 1 1 writetex ss* 1 void zeta 1 1 gzeta Gp 2 gen prec zetak 1 1 gzetakall GGD0,L,p 2 gen prec zetakinit 1 1 initzeta Gp 2 gen prec zncoppersmith 1 1 zncoppersmith GGGDG 1 gen znlog 1 1 znlog GG 1 gen znorder 2 0 3 order(${1 code}) 1 gen 1 int order(${1 code}) 2 gen 1 int znorder(${1 code}, ${2 code}) 2 gen int 1 int 1 znorder GDG 1 gen znprimroot 2 0 2 gener(${1 code}) 1 int 1 gen ggener(${1 code}) 1 gen 1 gen 1 ggener G 1 gen znstar 1 1 znstar G 1 gen gp2c-0.0.10/desc/Makefile.in0000644000175000017500000003360513006472475012346 00000000000000# Makefile.in generated by automake 1.14.1 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; without # even the implied warranty of MERCHANTABILITY or FITNESS FOR A # PARTICULAR PURPOSE. @SET_MAKE@ VPATH = @srcdir@ am__is_gnu_make = test -n '$(MAKEFILE_LIST)' && test -n '$(MAKELEVEL)' am__make_running_with_option = \ case $${target_option-} in \ ?) ;; \ *) echo "am__make_running_with_option: internal error: invalid" \ 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parens ${1 code} 1 bool 2 negbool parens 1 gnot G 1 gen #_ 2 0 4 lg(${1 code}) 1 vecsmall 1 lg lg(${1 code}) 1 vec 1 lg lgpol(${1 code}) 1 pol 1 small glength(${1 code}) 1 gen 1 small 1 glength G 1 small % 1 1 pari_get_hist D0,L, 1 gen +_ 1 0 5 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int parens copy ${1 code} 1 real 3 real parens copy ${1 code} 1 mp 3 mp parens copy ${1 code} 1 gen 3 gen parens copy -_ 2 0 5 -${parens 1 code} 1 small 2 small parens negi(${1 code}) 1 int 1 int negr(${1 code}) 1 real 1 real mpneg(${1 code}) 1 mp 1 mp gneg(${1 code}) 1 gen 1 gen 1 gneg G 1 gen Col 2 0 2 cgetg(1,t_COL) 0 1 vec gtocol(${1 code}) 1 gen 1 vec 1 gtocol DG 1 gen Euler 2 0 1 mpeuler(prec) 0 2 real prec 1 mpeuler p 2 gen prec I 2 0 0 1 gen_I 1 gen List 2 0 2 listcreate() 0 1 list gtolist(${1 code}) 1 gen 1 list 1 gtolist DG 1 gen Mat 1 1 gtomat DG 1 gen Mod 2 0 3 gmodulss(${1 code}, ${2 code}) 2 small small 1 gen gmodulsg(${1 code}, ${2 code}) 2 small gen 1 gen gmodulo(${1 code}, ${2 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small gen 1 negbool gequalgs(${1 code}, ${2 code}) 2 gen small 1 negbool gequal(${1 code}, ${2 code}) 2 gen gen 1 negbool 1 gne GG 1 gen _%=_ 2 0 6 ${1 code} = smodss(${1 code}, ${2 code}) 2 *small small 2 small parens ${1 code} = modis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = modii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = gmod(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gmodgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gmod(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gmode &G 1 gen _%_ 2 0 7 smodss(${1 code}, ${2 code}) 2 small small 1 small modsi(${1 code}, ${2 code}) 2 small int 1 int smodis(${1 code}, ${2 code}) 2 int small 1 small modii(${1 code}, ${2 code}) 2 int int 1 int gmodgs(${1 code}, ${2 code}) 2 gen small 1 gen gmodsg(${1 code}, ${2 code}) 2 small gen 1 gen gmod(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmod GG 1 gen _&&_ 2 0 1 ${parens 1 code} && ${parens 2 code} 2 bool bool 2 bool parens 1 andpari GE 1 gen _' 2 0 1 deriv(${1 code},-1) 1 gen 1 gen 1 deriv GDn 1 gen _(_) 1 0 4 closure_callgenall(${1 code}, 0) 1 gen 1 gen closure_callgen1(${1 code}, ${2 code}) 2 gen gen 1 gen closure_callgen2(${1 code}, ${2 code}, ${3 code}) 3 gen gen gen 1 gen closure_callgenall(${1 code}, ${nbarg 1 sub}, ${3 code}) 3 gen gen ... 1 gen _*=_ 2 0 12 ${1 code} *= ${parens 2 code} 2 *small small 2 small parens ${1 code} = mulis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = mulii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = mulrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = mulri(${1 code}, ${2 code}) 2 *real int 2 real parens ${1 code} = mulrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = mpmul(${1 code}, ${2 code}) 2 *mp mp 2 mp parens ${1 code} = gmulgs(${1 code}, ${2 code}) 2 *pol small 2 gen parens ${1 code} = gmul(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gmul(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gmulgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gmul(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gmule &G 1 gen _*_ 2 0 14 ${parens 1 code}*${parens 2 code} 2 small small 2 small parens mulis(${1 code}, ${2 code}) 2 int small 1 int mulsi(${1 code}, ${2 code}) 2 small int 1 int mulii(${1 code}, ${2 code}) 2 int int 1 int (${2 code}, 0)/*for side effect*/ 2 0 mp 1 small mulsr(${1 code}, ${2 code}) 2 #small real 1 real mulsr(${1 code}, ${2 code}) 2 small real 1 mp mulrs(${1 code}, ${2 code}) 2 real small 1 mp mulrr(${1 code}, ${2 code}) 2 real real 1 real mpmul(${1 code}, ${2 code}) 2 mp mp 1 mp gmulgs(${1 code}, ${2 code}) 2 gen small 1 gen gmulsg(${1 code}, ${2 code}) 2 small gen 1 gen perm_mul(${1 code}, ${2 code}) 2 vecsmall vecsmall 1 vecsmall gmul(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmul GG 1 gen _++ 2 0 8 ++${1 code} 1 *bptr 1 bptr ++${1 code} 1 *small 1 small ++${1 code} 1 *lg 1 lg ${1 code} = addis(${1 code}, 1) 1 *int 2 int parens ${1 code} = addrs(${1 code}, 1) 1 *real 2 real parens ${1 code} = mpadd(${1 code}, gen_1) 1 *mp 2 mp parens ${1 code} = gaddgs(${1 code}, 1) 1 *pol 2 pol parens ${1 code} = gaddgs(${1 code}, 1) 1 *gen 2 gen parens 1 gadd1e & 1 gen _+=_ 2 0 13 ${1 code} += ${parens 2 code} 2 *small small 2 small parens ${1 code} += ${parens 2 code} 2 *lg small 2 lg parens ${1 code} = addis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = addii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = addrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = addir(${2 code}, ${1 code}) 2 *real int 2 real parens ${1 code} = addrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = mpadd(${1 code}, ${2 code}) 2 *mp mp 2 mp parens ${1 code} = gaddgs(${1 code}, ${2 code}) 2 *pol small 2 gen parens ${1 code} = gadd(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gadd(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gaddgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gadd(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gadde &G 1 gen _+_ 2 0 16 ${parens 1 code} 2 lg 1 2 small parens ${parens 1 code} + ${parens 2 code} 2 small small 2 small parens ${parens 1 code} + ${parens 2 code} 2 lg small 2 lg parens ${parens 1 code} + ${parens 2 code} 2 small lg 2 lg parens addis(${1 code}, ${2 code}) 2 int small 1 int addsi(${1 code}, ${2 code}) 2 small int 1 int addii(${1 code}, ${2 code}) 2 int int 1 int addrs(${1 code}, ${2 code}) 2 real small 1 real addsr(${1 code}, ${2 code}) 2 small real 1 real addrr(${1 code}, ${2 code}) 2 real real 1 real mpadd(${1 code}, ${2 code}) 2 mp real 1 real mpadd(${1 code}, ${2 code}) 2 real mp 1 real mpadd(${1 code}, ${2 code}) 2 mp mp 1 mp gaddgs(${1 code}, ${2 code}) 2 gen small 1 gen gaddsg(${1 code}, ${2 code}) 2 small gen 1 gen gadd(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gadd GG 1 gen _-- 2 0 8 --${1 code} 1 *bptr 1 bptr --${1 code} 1 *small 1 small --${1 code} 1 *lg 1 lg ${1 code} = subis(${1 code}, 1) 1 *int 2 int parens ${1 code} = subrs(${1 code}, 1) 1 *real 2 real parens ${1 code} = mpsub(${1 code}, gen_1) 1 *mp 2 mp parens ${1 code} = gsubgs(${1 code}, 1) 1 *pol 2 pol parens ${1 code} = gsubgs(${1 code}, 1) 1 *gen 2 gen parens 1 gsub1e & 1 gen _-=_ 2 0 13 ${1 code} -= ${parens 2 code} 2 *small small 2 small parens ${1 code} -= ${parens 2 code} 2 *lg small 2 lg parens ${1 code} = subis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = subii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = subrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = subri(${1 code}, ${2 code}) 2 *real int 2 real parens ${1 code} = subrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = mpsub(${1 code}, ${2 code}) 2 *mp mp 2 mp parens ${1 code} = gsubgs(${1 code}, ${2 code}) 2 *pol small 2 gen parens ${1 code} = gsub(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gsub(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gsubgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gsub(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gsube &G 1 gen _-_ 2 0 14 ${parens 1 code} - ${parens 2 code} 2 small small 2 small parens ${parens 1 code} - ${parens 2 code} 2 lg small 2 lg parens subis(${1 code}, ${2 code}) 2 int small 1 int subsi(${1 code}, ${2 code}) 2 small int 1 int subii(${1 code}, ${2 code}) 2 int int 1 int subrs(${1 code}, ${2 code}) 2 real small 1 real subsr(${1 code}, ${2 code}) 2 small real 1 real subrr(${1 code}, ${2 code}) 2 real real 1 real mpsub(${1 code}, ${2 code}) 2 mp real 1 real mpsub(${1 code}, ${2 code}) 2 real mp 1 real mpsub(${1 code}, ${2 code}) 2 mp mp 1 mp gsubgs(${1 code}, ${2 code}) 2 gen small 1 gen gsubsg(${1 code}, ${2 code}) 2 small gen 1 gen gsub(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gsub GG 1 gen _.a1 2 0 1 ell_get_a1(${1 code}) 1 ell 2 gen copy 1 member_a1 G 2 gen copy _.a2 2 0 1 ell_get_a2(${1 code}) 1 ell 2 gen copy 1 member_a2 G 2 gen copy _.a3 2 0 1 ell_get_a3(${1 code}) 1 ell 2 gen copy 1 member_a3 G 2 gen copy _.a4 2 0 1 ell_get_a4(${1 code}) 1 ell 2 gen copy 1 member_a4 G 2 gen copy _.a6 2 0 1 ell_get_a6(${1 code}) 1 ell 2 gen copy 1 member_a6 G 2 gen copy _.area 2 0 1 gel(${1 code}, 19) 1 bell 2 gen copy 1 member_area G 2 gen copy _.b2 2 0 1 ell_get_b2(${1 code}) 1 ell 2 gen copy 1 member_b2 G 2 gen copy _.b4 2 0 1 ell_get_b4(${1 code}) 1 ell 2 gen copy 1 member_b4 G 2 gen copy _.b6 2 0 1 ell_get_b6(${1 code}) 1 ell 2 gen copy 1 member_b6 G 2 gen copy _.b8 2 0 1 ell_get_b8(${1 code}) 1 ell 2 gen copy 1 member_b8 G 2 gen copy _.bid 2 0 2 bnr_get_bid(${1 code}) 1 bnr 2 gen copy member_bid(${1 code}) 1 gen 2 gen copy 1 member_bid G 2 gen copy _.bnf 2 0 3 ${1 code} 1 bnf 2 bnf parens ${1 :bnf cast} 1 bnr 3 bnf copy parens member_bnf(${1 code}) 1 gen 2 bnf copy 1 member_bnf G 2 gen copy _.c4 2 0 1 ell_get_c4(${1 code}) 1 ell 2 gen copy 1 member_c4 G 2 gen copy _.c6 2 0 1 ell_get_c6(${1 code}) 1 ell 2 gen copy 1 member_c6 G 2 gen copy _.clgp 2 0 4 ${1 :clgp cast} 1 bnf 3 clgp copy parens ${1 :clgp cast} 1 bnr 3 clgp copy parens ${1 code} 1 clgp 2 clgp parens member_clgp(${1 code}) 1 gen 2 clgp copy 1 member_clgp G 2 gen copy _.codiff 1 1 member_codiff G 2 gen copy _.cyc 2 0 4 bnr_get_cyc(${1 code}) 1 bnr 2 vec copy bnf_get_cyc(${1 code}) 1 bnf 2 vec copy gel(${1 code}, 2) 1 clgp 2 vec copy member_cyc(${1 code}) 1 gen 2 vec copy 1 member_cyc G 2 gen copy _.diff 2 0 2 nf_get_diff(${1 code}) 1 nf 2 gen copy member_diff(${1 code}) 1 gen 2 gen copy 1 member_diff G 2 gen copy _.disc 2 0 3 nf_get_disc(${1 code}) 1 nf 2 int copy ell_get_disc(${1 code}) 1 ell 2 gen copy member_disc(${1 code}) 1 gen 2 gen copy 1 member_disc G 2 gen copy _.e 2 0 1 pr_get_e(${1 code}) 1 prid 1 small 1 member_e G 2 gen copy _.eta 1 1 member_eta G 2 gen copy _.f 2 0 1 pr_get_f(${1 code}) 1 prid 1 small 1 member_f G 2 gen copy _.fu 2 0 3 $"ray units not implemented" 1 bnr 1 void bnf_get_fu(${1 code}) 1 bnf 2 gen copy member_fu(${1 code}) 1 gen 1 gen 1 member_fu G 1 gen _.futu 1 1 member_futu G 2 gen copy _.gen 2 0 6 bnr_get_gen(${1 code}) 1 bnr 2 vec copy bnf_get_gen(${1 code}) 1 bnf 2 vec copy gal_get_gen(${1 code}) 1 gal 2 vec copy gel(${1 code}, 3) 1 clgp 2 vec copy pr_get_gen(${1 code}) 1 prid 2 gen copy member_gen(${1 code}) 1 gen 2 gen copy 1 member_gen G 2 gen copy _.group 2 0 2 gal_get_group(${1 code}) 1 gal 2 vec copy member_group(${1 code}) 1 gen 2 vec copy 1 member_group G 2 gen copy _.index 2 0 2 nf_get_index(${1 code}) 1 nf 2 int copy member_index(${1 code}) 1 gen 2 int copy 1 member_index G 2 gen copy _.j 2 0 1 ell_get_j(${1 code}) 1 ell 2 gen copy 1 member_j G 2 gen copy _.mod 1 1 member_mod G 2 gen copy _.nf 2 0 2 ${1 code} 1 nf 2 nf parens member_nf(${1 code}) 1 gen 2 nf copy 1 member_nf G 2 gen copy _.no 2 0 4 bnr_get_no(${1 code}) 1 bnr 2 int copy bnf_get_no(${1 code}) 1 bnf 2 int copy gel(${1 code}, 1) 1 clgp 2 int copy member_no(${1 code}) 1 gen 2 int copy 1 member_no G 2 gen copy _.omega 1 1 member_omega G 2 gen copy _.orders 2 0 1 gal_get_orders(${1 code}) 1 gal 2 vecsmall copy 1 member_orders G 2 gen copy _.p 2 0 3 gal_get_p(${1 code}) 1 gal 2 int copy pr_get_p(${1 code}) 1 prid 2 int copy member_p(${1 code}) 1 gen 2 int copy 1 member_p G 2 gen copy _.pol 2 0 3 gal_get_pol(${1 code}) 1 gal 2 gen copy nf_get_pol(${1 code}) 1 nf 2 gen copy member_pol(${1 code}) 1 gen 2 gen copy 1 member_pol G 2 gen copy _.r1 2 0 2 nf_get_r1(${1 code}) 1 nf 1 small member_r1(${1 code}) 1 gen 2 int copy 1 member_r1 G 2 gen copy _.r2 2 0 2 nf_get_r2(${1 code}) 1 nf 1 small member_r2(${1 code}) 1 gen 2 int copy 1 member_r2 G 2 gen copy _.reg 2 0 3 $"ray regulator not implemented" 1 bnr 1 real bnf_get_reg(${1 code}) 1 bnf 2 real copy member_reg(${1 code}) 1 gen 2 real copy 1 member_reg G 2 gen copy _.roots 2 0 4 gal_get_roots(${1 code}) 1 gal 2 vec copy ell_get_roots(${1 code}) 1 bell 2 vec copy nf_get_roots(${1 code}) 1 nf 2 vec copy member_roots(${1 code}) 1 gen 2 vec copy 1 member_roots G 2 gen copy _.sign 2 0 2 gel(${1 code}, 2) 1 nf 2 vec copy member_sign(${1 code}) 1 gen 2 vec copy 1 member_sign G 2 gen copy _.t2 2 0 1 member_t2(${1 code}) 1 gen 1 vec 1 member_t2 G 1 gen _.tate 1 1 member_tate G 2 gen copy _.tu 2 0 1 member_tu(${1 code}) 1 gen 2 gen copy 1 member_tu G 1 gen _.tufu 1 1 member_tufu G 2 gen copy _.w 2 0 1 gel(${1 code}, 18) 1 bell 2 gen copy 1 member_w G 2 gen copy _.zk 2 0 2 nf_get_zk(${1 code}) 1 nf 2 vec copy member_zk(${1 code}) 1 gen 2 vec copy 1 member_zk G 2 gen copy _.zkst 2 0 1 bnr_get_bid(${1 code}) 1 bnr 2 gen copy 1 member_zkst G 2 gen copy _/=_ 2 0 10 $"cannot divide small: use \= instead." 2 *small gen 1 void $"cannot divide int: use \= instead." 2 *int gen 1 void ${1 code} = divrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = divrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = mpdiv(${1 code}, ${2 code}) 2 *real mp 2 real parens ${1 code} = mpdiv(${1 code}, ${2 code}) 2 *mp real 2 mp parens ${1 code} = gdiv(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gdiv(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gdivgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gdiv(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gdive &G 1 gen _/_ 2 0 12 (${2 code}, 0)/*for side effect*/ 2 0 mp 1 small invr(${2 code}) 2 1 real 1 real divsr(${1 code}, ${2 code}) 2 #small real 1 real divsr(${1 code}, ${2 code}) 2 small real 1 mp divrs(${1 code}, ${2 code}) 2 real small 1 real divrr(${1 code}, ${2 code}) 2 real real 1 real mpdiv(${1 code}, ${2 code}) 2 real mp 1 real mpdiv(${1 code}, ${2 code}) 2 mp real 1 mp ginv(${2 code}) 2 1 gen 1 gen gdivgs(${1 code}, ${2 code}) 2 gen small 1 gen gdivsg(${1 code}, ${2 code}) 2 small gen 1 gen gdiv(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gdiv GG 1 gen _<<=_ 2 0 4 ${1 code} <<= ${parens 2 code} 2 *small small 2 small parens ${1 code} = shifti(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = mpshift(${1 code}, ${2 code}) 2 *mp small 2 mp parens ${1 code} = gshift(${1 code}, ${2 code}) 2 *gen small 2 mp parens 1 gshiftle &L 1 gen _<<_ 2 0 3 shifti(${1 code}, ${2 code}) 2 int small 1 int mpshift(${1 code}, ${2 code}) 2 mp small 1 mp gshift(${1 code}, ${2 code}) 2 gen small 1 mp 1 gshift GL 1 gen _<=_ 2 0 12 ${parens 1 code} <= ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} < ${parens 2 code} 2 small lg 2 bool parens ${parens 1 code} <= ${parens 2 code} 2 lg lg 2 bool parens cmpsi(${1 code}, ${2 code}) <= 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) < 0 2 int lg 2 bool parens cmpis(${1 code}, ${2 code}) <= 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) <= 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) <= 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) <= 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) <= 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) <= 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) <= 0 2 gen gen 2 bool parens 1 gle GG 1 gen _<_ 2 0 11 ${parens 1 code} < ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} < ${parens 2 code} 2 lg lg 2 bool parens ${parens 1 code} <= ${parens 2 code} 2 lg small 2 bool parens cmpsi(${1 code}, ${2 code}) < 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) < 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) < 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) < 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) < 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) < 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) < 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) < 0 2 gen gen 2 bool parens 1 glt GG 1 gen _===_ 1 1 gidentical GG 1 small_int _==_ 2 0 20 ${parens 1 code} == ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} == ${parens 2 code} 2 lg lg 2 bool parens cmpsi(${1 code}, ${2 code}) == 0 2 small int 2 bool parens !signe(${1 code}) 2 mp 0 1 bool equali1(${1 code}) 2 int 1 1 bool equalim1(${1 code}) 2 int -1 1 bool cmpis(${1 code}, ${2 code}) == 0 2 int small 2 bool parens equalii(${1 code}, ${2 code}) 2 int int 1 bool gequal0(${1 code}) 2 gen 0 1 bool gequal1(${1 code}) 2 gen 1 1 bool gequalm1(${1 code}) 2 gen -1 1 bool cmprr(${1 code}, ${2 code}) == 0 2 real real 1 bool mpcmp(${1 code}, ${2 code}) == 0 2 mp mp 2 bool parens ${parens 1 code} == ${parens 2 code} 2 typ typ 2 bool parens ${parens 1 code} == ${parens 2 :typ cast} 2 typ #str 2 bool parens ${parens 1 :typ cast} == ${parens 2 code} 2 #str typ 2 bool parens strcmp(${1 code}, ${2 code}) 2 str str 1 negbool gequalsg(${1 code}, ${2 code}) 2 small gen 1 bool gequalgs(${1 code}, ${2 code}) 2 gen small 1 bool gequal(${1 code}, ${2 code}) 2 gen gen 1 bool 1 geq GG 1 gen _=_ 1 1 gstore &G 2 gen copy _>=_ 2 0 11 ${parens 1 code} >= ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} >= ${parens 2 code} 2 lg lg 2 bool parens ${parens 1 code} > ${parens 2 code} 2 lg small 2 bool parens cmpsi(${1 code}, ${2 code}) >= 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) >= 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) >= 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) >= 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) >= 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) >= 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) >= 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) >= 0 2 gen gen 2 bool parens 1 gge GG 1 gen _>>=_ 2 0 4 ${1 code} >>= ${parens 2 code} 2 *small small 2 small parens ${1 code} = shifti(${1 code}, -${parens 2 code}) 2 *int small 2 int parens ${1 code} = mpshift(${1 code}, -${parens 2 code}) 2 *mp small 2 mp parens ${1 code} = gshift(${1 code}, -${parens 2 code}) 2 *gen small 2 mp parens 1 gshiftre &L 1 gen _>>_ 2 0 4 ${parens 1 code}>>${parens 2 code} 2 small small 2 small parens shifti(${1 code}, -${parens 2 code}) 2 int small 1 int mpshift(${1 code}, -${parens 2 code}) 2 mp small 1 mp gshift(${1 code}, -${parens 2 code}) 2 gen small 1 mp 1 gshift_right GL 1 gen _>_ 2 0 11 ${parens 1 code} > ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} > ${parens 2 code} 2 lg lg 2 bool parens ${parens 1 code} >= ${parens 2 code} 2 small lg 2 bool parens cmpsi(${1 code}, ${2 code}) > 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) > 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) > 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) > 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) > 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) > 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) > 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) > 0 2 gen gen 2 bool parens 1 ggt GG 1 gen _[_,] 1 0 3 $"Scalar has no rows" 2 mp small 1 gen rowcopy(${1 code}, ${2 code}) 2 vec small 1 vec rowcopy(${1 code}, ${2 code}) 2 gen small 1 vec _[_,_] 1 0 9 $"Scalar has no components" 2 mp small 1 gen $"Scalar has no components" 3 mp small small 1 gen ${parens 1 code}[${2 code}] 2 vecsmall small 1 small $"Vecsmall are single-dimensional" 3 vecsmall small small 1 gen gel(list_data(${1 code}), ${2 code}) 2 list small 2 gen copy gel(${1 code}, ${2 code}) 2 vec small 2 gen copy gcoeff(${1 code}, ${2 code}, ${3 code}) 3 vec small small 2 gen copy gel(${1 code}, ${2 code}) 2 gen small 2 gen copy gcoeff(${1 code}, ${2 code}, ${3 code}) 3 gen small small 2 gen copy _\/=_ 2 0 3 ${1 code} = gdivround(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = gdivround(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gdivround(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gdivrounde &G 1 gen _\/_ 2 0 2 gdivround(${1 code}, ${2 code}) 2 int int 1 int gdivround(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gdivround GG 1 gen _\=_ 2 0 4 ${1 code} /= ${parens 2 code} 2 *small small 2 small parens ${1 code} = gdivent(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = gdivent(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gdivent(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gdivente &G 1 gen _\_ 2 0 7 ${parens 1 code}/${parens 2 code} 2 small small 2 small parens truedivis(${1 code}, ${2 code}) 2 int small 1 int gdiventsg(${1 code}, ${2 code}) 2 small int 1 int truedivii(${1 code}, ${2 code}) 2 int int 1 int gdiventgs(${1 code}, ${2 code}) 2 gen small 1 gen gdiventsg(${1 code}, ${2 code}) 2 small gen 1 gen gdivent(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gdivent GG 1 gen _^_ 2 0 16 sqri(${1 code}) 2 int 2 1 int powiu(${1 code}, 3) 2 int 3 1 int powiu(${1 code}, 4) 2 int 4 1 int powiu(${1 code}, 5) 2 int 5 1 int invr(${1 code}) 2 real -1 1 real ginv(${1 code}) 2 mp -1 1 mp ginv(${1 code}) 2 gen -1 1 gen sqrr(${1 code}) 2 real 2 1 real mpsqr(${1 code}) 2 mp 2 1 mp gsqr(${1 code}) 2 gen 2 1 gen powis(${1 code}, ${2 code}) 2 int small 1 gen gpowgs(${1 code}, ${2 code}) 2 real small 1 real gpowgs(${1 code}, ${2 code}) 2 gen small 1 gen powgi(${1 code}, ${2 code}) 2 real int 1 real powgi(${1 code}, ${2 code}) 2 gen int 1 gen gpow(${1 code}, ${2 code}, prec) 2 gen gen 2 gen prec 1 gpow GGp 2 gen prec _^s 1 1 gpowgs GL 1 gen __ 1 0 4 concat(${1 code}, ${2 code}) 2 genstr genstr 1 genstr concat(${1 code}, ${2 code}) 2 genstr gen 1 genstr concat(${1 code}, ${2 code}) 2 gen genstr 1 genstr concat(${1 :genstr cast}, ${2 code}) 2 gen gen 1 genstr _avma 1 0 1 avma 0 1 pari_sp _badtype 1 0 14 typ(${1 code}) != t_INT 1 int 2 bool parens typ(${1 code}) != t_REAL 1 real 2 bool parens is_intreal_t(typ(${1 code})) 1 mp 1 negbool is_matvec_t(typ(${1 code})) 1 vec 1 negbool typ(${1 code}) != t_VECSMALL 1 vecsmall 2 bool parens typ(${1 code}) != t_POL 1 pol 2 bool parens ${1 code} = checknf(${1 code}) 1 *nf 2 void parens ${1 code} = checkbnf(${1 code}) 1 *bnf 2 void parens checkbnr(${1 code}) 1 bnr 1 void checkprid(${1 code}) 1 prid 1 void lg(${1 code}) != 3 || typ(${parens 1 code}[2]) != t_POLMOD 1 @clgp 2 bool parens checksmallell(${1 code}) 1 ell 1 void checkell(${1 code}) 1 bell 1 void ${1 code} = checkgal(${1 code}) 1 *gal 2 gal parens _call_GG 1 0 1 ${parens 1 code}(${2 code}, ${3 code}) 3 func_GG gen gen 1 gen _cast 1 0 94 0 1 void 1 bool ${1 value not} 1 #negbool 1 bool !${parens 1 code} 1 negbool 1 bool 1 small_int 1 bool 1 small 1 bool ${parens 1 code}!=1 1 lg 2 bool parens *${parens 1 code} 1 bptr 1 bool !gequal0(${1 code}) 1 gen 1 bool signe(${1 code}) 1 real 1 bool signe(${1 code}) 1 int 1 bool signe(${1 code}) 1 mp 1 bool signe(${1 code}) 1 pol 1 bool 1 1 void 1 negbool ${1 value not} 1 #bool 1 negbool !${parens 1 code} 1 bool 1 negbool ${parens 1 code}==1 1 lg 2 negbool parens !*${parens 1 code} 1 bptr 1 negbool gequal0(${1 code}) 1 gen 1 negbool !signe(${1 code}) 1 int 1 negbool !signe(${1 code}) 1 real 1 negbool !signe(${1 code}) 1 mp 1 negbool !signe(${1 code}) 1 pol 1 negbool 1 bool 1 small_int 1 typ 1 small_int 1 small 1 small_int 1 bool 1 small 1 typ 1 small 1 small_int 1 small *${parens 1 code} 1 bptr 1 small itos(${1 code}) 1 int 1 small ${1 value 1 sub} 1 #lg 2 small parens ${parens 1 code}-1 1 lg 2 small parens gtos(${1 code}) 1 gen 1 small gen_0 1 void 1 int gen_m2 1 -2 1 int gen_m1 1 -1 1 int gen_0 1 0 1 int gen_1 1 1 1 int gen_2 1 2 1 int stoi(${1 code}) 1 bool 1 int stoi(${1 code}) 1 small 1 int 1 mp 1 int 1 gen 1 int 1 mp 1 real 1 gen 1 real 1 int 1 mp 1 real 1 mp 1 gen 1 mp ${1 1 value add} 1 #bool 2 lg parens ${parens 1 code}+1 1 bool 2 lg parens ${1 1 value add} 1 #small 2 lg parens ${parens 1 code}+1 1 small 2 lg parens 1 gen 1 closure 1 gen 1 vecsmall 1 nf 1 vec 1 bnf 1 vec 1 bnr 1 vec 1 ell 1 vec 1 bell 1 vec 1 clgp 1 vec 1 prid 1 vec 1 gal 1 vec 1 gen 1 vec 1 gen 1 list varn(${1 code}) 1 pol 1 var gvar(${1 code}) 1 gen 1 var pol_x(${1 code}) 1 var 1 pol 1 gen 1 pol 1 int 1 gen 1 mp 1 gen 1 vecsmall 1 gen 1 vec 1 gen 1 list 1 gen 1 pol 1 gen 1 genstr 1 gen 1 closure 1 gen GENtoGENstr(${1 code}) 1 gen 1 genstr strtoGENstr(${1 code}) 1 str 1 genstr GSTR(${1 code}) 1 genstr 1 str type_name(${1 code}) 1 typ 1 str ${1 str_format} 1 #str 1 typ bnf_get_nf(${1 code}) 1 bnf 1 nf 1 gen 1 nf bnr_get_bnf(${1 code}) 1 bnr 1 bnf 1 gen 1 bnf 1 gen 1 bnr bnf_get_clgp(${1 code}) 1 bnf 1 clgp bnr_get_clgp(${1 code}) 1 bnr 1 clgp 1 gen 1 clgp 1 bell 1 ell 1 gen 1 ell 1 gen 1 bell 1 gen 1 gal 1 gen 1 prid _cgetg 1 0 2 cgetg(${1 code}, ${2 str_raw}) 2 lg #str 1 gen ${1 code} = cgetg(${2 code}, ${3 str_raw}) 3 gen lg #str 1 gen _const_expr 1 0 1 readseq(${1 code}) 1 str 1 gen _const_quote 1 0 1 fetch_user_var(${1 code}) 1 str 1 var _const_real 1 0 1 strtor(${1 code}, prec) 1 str 2 real prec _const_smallreal 1 0 4 real_0(prec) 1 0 2 real prec real_1(prec) 1 1 2 real prec real_m1(prec) 1 -1 2 real prec stor(${1 code}, prec) 1 small 2 real prec _decl_base 1 0 8 void 1 C!void 0 long 1 C!long 0 int 1 C!int 0 GEN 1 C!GEN 0 char 1 C!char* 0 byteptr 1 C!byteptr 0 pari_sp 1 C!pari_sp 0 GEN 1 C!func_GG 0 _decl_ext 1 0 2 *${1 code} 1 C!char* 0 (*${1 code})(GEN, GEN) 1 C!func_GG 0 _default_check 1 0 2 !${parens 1 code} 1 C!GEN 1 bool ${parens 1 code} == -1 1 var 1 bool _default_marker 1 0 4 NULL 1 C!GEN 0 -1 1 var 0 0 1 small 0 "" 1 str 0 _derivfun 1 1 derivfun0 GGp 2 gen prec _diffptr 1 0 1 diffptr 0 1 bptr _err_primes 1 0 1 pari_err(primer1) 0 1 void _err_type 1 0 1 pari_err(typeer, ${1 code}) 1 str 1 void _eval_mnemonic 1 1 eval_mnemonic Gs 1 small _factor_Aurifeuille 1 1 factor_Aurifeuille GL 1 gen _factor_Aurifeuille_prime 1 1 factor_Aurifeuille_prime GL 1 gen _formatcode 1 0 5 ${1 code} 1 #small 1 void %ld 1 small 1 small ${1 str_format} 1 #str 1 void %s 1 str 1 str %Ps 1 gen 1 gen _forprime_next 1 0 1 NEXT_PRIME_VIADIFF(${1 code}, ${2 code}) 2 *small *bptr 1 void _forvec_start 1 0 1 forvec_start(${1 code}, ${2 code}, &${3 code}, &${4 code}) 4 gen small &gen &func_GG 1 vec _gerepileall 1 0 2 ${2 code} = gerepilecopy(${1 code}, ${2 code}) 2 pari_sp gen 2 void parens gerepileall(${1 code}, ${nbarg 1 sub}, ${stdref 3 code}) 3 pari_sp gen ... 1 void _gerepileupto 1 0 5 gerepileuptoint(${1 code}, ${2 code}) 2 pari_sp int 1 int gerepileuptoleaf(${1 code}, ${2 code}) 2 pari_sp mp 1 mp gerepileuptoleaf(${1 code}, ${2 code}) 2 pari_sp vecsmall 1 vecsmall gerepileupto(${1 code}, ${2 code}) 2 pari_sp vec 1 vec gerepileupto(${1 code}, ${2 code}) 2 pari_sp gen 1 gen _low_stack_lim 1 0 1 low_stack(${1 code}, stack_lim(${2 code}, 1)) 2 pari_sp pari_sp 1 bool _maxprime 1 0 1 maxprime() 0 1 small _proto_code 1 0 4 n 1 var 0 L 1 C!long 0 G 1 C!GEN 0 s 1 C!char* 0 _proto_max_args 1 0 1 1 20 0 _proto_ret 1 0 4 v 1 C!void 0 i 1 C!int 0 l 1 C!long 0 1 C!GEN 0 _stack_lim 1 0 1 stack_lim(${1 code}, ${2 code}) 2 pari_sp small 1 pari_sp _strtoclosure 1 0 2 strtofunction(${1 code}) 1 str 1 closure strtoclosure(${1 code}, ${nbarg 1 sub}, ${3 code}) 3 str gen ... 1 closure _toGENstr 1 0 2 strtoGENstr(${1 code}) 1 str 1 genstr GENtoGENstr(${1 code}) 1 gen 1 genstr _tovec 1 0 6 cgetg(1, t_VEC) 0 1 vec mkvec(${1 code}) 1 gen 1 vec mkvec2(${1 code}, ${2 code}) 2 gen gen 1 vec mkvec3(${1 code}, ${2 code}, ${3 code}) 3 gen gen gen 1 vec mkvec4(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen gen 1 vec mkvecn(${nbarg}, ${2 code}) 2 gen ... 1 vec _tovecprec 1 0 5 mkvecs(prec) 0 2 vec prec mkvec2(${1 code}, stoi(prec)) 1 gen 2 vec prec mkvec3(${1 code}, ${2 code}, stoi(prec)) 2 gen gen 2 vec prec mkvec4(${1 code}, ${2 code}, ${3 code}, stoi(prec)) 3 gen gen gen 2 vec prec mkvecn(${nbarg 1 add}, ${2 code}, stoi(prec)) 2 gen ... 2 vec prec _type_preorder 1 0 17 7 empty void bool small int mp gen 0 3 empty real mp 0 3 empty bptr small 0 4 empty bool lg small 0 4 empty bool small_int small 0 4 empty void negbool bool 0 5 empty typ str genstr gen 0 3 empty vecsmall gen 0 3 empty vec gen 0 3 empty list gen 0 3 empty closure gen 0 5 empty bnr bnf nf vec 0 5 empty bnr bnf clgp vec 0 4 empty bell ell vec 0 3 empty prid vec 0 3 empty gal vec 0 4 empty var pol gen 0 _typedef 1 0 31 void 1 empty 0 void 1 void 0 long 1 negbool 0 long 1 bool 0 int 1 small_int 0 long 1 small 0 GEN 1 int 0 GEN 1 real 0 GEN 1 mp 0 long 1 lg 0 GEN 1 vecsmall 0 GEN 1 vec 0 GEN 1 list 0 long 1 var 0 GEN 1 pol 0 GEN 1 gen 0 GEN 1 closure 0 GEN 1 genstr 0 char* 1 str 0 byteptr 1 bptr 0 func_GG 1 func_GG 0 pari_sp 1 pari_sp 0 long 1 typ 0 GEN 1 nf 0 GEN 1 bnf 0 GEN 1 bnr 0 GEN 1 ell 0 GEN 1 bell 0 GEN 1 clgp 0 GEN 1 prid 0 GEN 1 gal 0 _void_if 1 1 ifpari_void GDIDI 1 void _wrap_G 2 0 1 ${1 code} 1 gen 1 gen 1 gp_call G 1 gen _wrap_bG 2 0 1 ${1 code} 1 bool 1 bool 1 gp_callbool G 1 small _wrap_vG 2 0 1 0 1 void 1 small 1 gp_callvoid G 1 small _||_ 2 0 1 ${parens 1 code} || ${parens 2 code} 2 bool bool 2 bool parens 1 orpari GE 1 gen _~ 2 0 2 gtrans(${1 code}) 1 vec 1 vec gtrans(${1 code}) 1 gen 1 gen 1 gtrans G 1 gen abs 2 0 5 labs(${1 code}) 1 small 1 small mpabs(${1 code}) 1 int 1 int mpabs(${1 code}) 1 real 1 real mpabs(${1 code}) 1 mp 1 mp gabs(${1 code}, prec) 1 gen 2 gen prec 1 gabs Gp 2 gen prec acos 1 1 gacos Gp 2 gen prec acosh 1 1 gach Gp 2 gen prec addhelp 1 1 addhelp rs 1 void addprimes 1 1 addprimes DG 1 gen agm 1 1 agm GGp 2 gen prec alarm 1 1 alarm0 D0,L, 1 void algdep 1 1 algdep0 GLD0,L, 1 gen alias 1 1 alias0 rr 1 void allocatemem 1 1 allocatemem0 DG 1 void apply 3 0 1 genapply(${1 cookie}, ${1 wrapper}, ${2 code}) 2 closure gen 1 gen 1 apply0 GG 1 gen 2 1 _wrap_G arg 1 1 garg Gp 2 gen prec asin 1 1 gasin Gp 2 gen prec asinh 1 1 gash Gp 2 gen prec atan 1 1 gatan Gp 2 gen prec atanh 1 1 gath Gp 2 gen prec bernfrac 1 1 bernfrac L 1 gen bernreal 1 1 bernreal Lp 2 gen prec bernvec 1 1 bernvec L 1 gen besselh1 1 1 hbessel1 GGp 2 gen prec besselh2 1 1 hbessel2 GGp 2 gen prec besseli 1 1 ibessel GGp 2 gen prec besselj 1 1 jbessel GGp 2 gen prec besseljh 1 1 jbesselh GGp 2 gen prec besselk 1 1 kbessel GGp 2 gen prec besseln 1 1 nbessel GGp 2 gen prec bestappr 1 1 bestappr0 GDGDG 1 gen bezout 1 1 vecbezout GG 1 gen bezoutres 1 1 vecbezoutres GG 1 gen bigomega 2 0 2 bigomega(${1 code}) 1 int 1 small gbigomega(${1 code}) 1 gen 1 gen 1 gbigomega G 1 gen binary 1 1 binaire G 1 gen binomial 1 1 binomial GL 1 gen bitand 2 0 2 ${parens 1 code}&${parens 2 code} 2 small small 2 small parens gbitand(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitand GG 1 gen bitneg 1 1 gbitneg GD-1,L, 1 gen bitnegimply 2 0 2 ${parens 1 code}&~${parens 2 code} 2 small small 2 small parens gbitnegimply(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitnegimply GG 1 gen bitor 2 0 2 ${parens 1 code}|${parens 2 code} 2 small small 2 small parens gbitor(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitor GG 1 gen bittest 2 0 3 (${parens 1 code}>>${parens 2 code})&1 2 small small 2 bool parens bittest(${1 code}, ${2 code}) 2 int small 1 bool gbittest(${1 code}, ${2 code}) 2 gen small 1 gen 1 gbittest GL 1 gen bitxor 2 0 2 ${parens 1 code}^${parens 2 code} 2 small small 2 small parens gbitxor(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitxor GG 1 gen bnfcertify 1 1 bnfcertify0 GD0,L, 1 small bnfcompress 1 1 bnfcompress G 1 gen bnfdecodemodule 1 1 decodemodule GG 1 gen bnfinit 2 0 4 Buchall(${1 code}, 0, prec) 1 gen 2 bnf prec Buchall(${1 code}, 0, prec) 2 gen 0 2 bnf prec Buchall(${1 code}, nf_FORCE, prec) 2 gen 1 2 bnf prec bnfinit0(${1 code}, ${2 code}, ${3 code}, prec) 3 gen ?small ?gen 2 bnf prec 1 bnfinit0 GD0,L,DGp 2 gen prec bnfisintnorm 1 1 bnfisintnorm GG 1 gen bnfisnorm 1 1 bnfisnorm GGD1,L, 1 gen bnfisprincipal 1 1 bnfisprincipal0 GGD1,L, 1 gen bnfissunit 1 1 bnfissunit GGG 1 gen bnfisunit 1 1 bnfisunit GG 1 gen bnfnarrow 1 1 buchnarrow G 1 gen bnfsignunit 1 1 signunits G 1 gen bnfsunit 1 1 bnfsunit GGp 2 gen prec bnrL1 1 1 bnrL1 GDGD0,L,p 2 gen prec bnrclassno 1 1 bnrclassno GG 1 gen bnrclassnolist 1 1 bnrclassnolist GG 1 gen bnrconductor 1 1 bnrconductor0 GDGDGD0,L, 1 gen bnrconductorofchar 1 1 bnrconductorofchar GG 1 gen bnrdisc 1 1 bnrdisc0 GDGDGD0,L, 1 gen bnrdisclist 1 1 bnrdisclist0 GGDG 1 gen bnrinit 2 0 1 bnrinit0(${1 code}, ${2 code}, ${3 code}) 3 gen gen ?small 1 bnr 1 bnrinit0 GGD0,L, 1 gen bnrisconductor 1 1 bnrisconductor0 GDGDG 1 small bnrisprincipal 1 1 bnrisprincipal GGD1,L, 1 gen bnrrootnumber 1 1 bnrrootnumber GGD0,L,p 2 gen prec bnrstark 1 1 bnrstark GDGp 2 gen prec break 1 1 break0 D1,L, 1 gen ceil 2 0 5 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens ceilr(${1 code}) 1 real 1 int mpceil(${1 code}) 1 mp 1 int gceil(${1 code}) 1 gen 1 gen 1 gceil G 1 gen centerlift 2 0 6 centerlift(${1 code}) 1 pol 1 pol centerlift(${1 code}) 1 vec 1 vec centerlift(${1 code}) 1 gen 1 gen centerlift0(${1 code}, ${2 code}) 2 pol var 1 pol centerlift0(${1 code}, ${2 code}) 2 vec var 1 vec centerlift0(${1 code}, ${2 code}) 2 gen var 1 gen 1 centerlift0 GDn 1 gen charpoly 1 1 charpoly0 GDnD3,L, 1 gen chinese 2 0 2 chinese1(${1 code}) 1 gen 1 gen chinese(${1 code}, ${2 code}) 2 gen gen 1 gen 1 chinese GDG 1 gen clone 1 0 8 ${1 code} 1 small 2 small parens gclone(${1 code}) 1 int 1 int gclone(${1 code}) 1 real 1 real gclone(${1 code}) 1 mp 1 mp gclone(${1 code}) 1 vecsmall 1 vecsmall gclone(${1 code}) 1 vec 1 vec gclone(${1 code}) 1 pol 1 pol gclone(${1 code}) 1 gen 1 gen component 1 1 compo GL 1 gen concat 2 0 8 concat(${1 code}, ${2 code}) 2 mp mp 1 vec concat(${1 code}, ${2 code}) 2 vec mp 1 vec concat(${1 code}, ${2 code}) 2 mp vec 1 vec concat(${1 code}, ${2 code}) 2 vec vec 1 vec concat(${1 code}, ${2 code}) 2 list list 1 list concat(${1 code}, ${2 code}) 2 genstr gen 1 genstr concat(${1 code}, ${2 code}) 2 gen genstr 1 genstr concat(${1 code}, ${2 code}) 2 gen ?gen 1 gen 1 concat GDG 1 gen conj 1 1 gconj G 1 gen conjvec 1 1 conjvec Gp 2 gen prec content 1 1 content G 1 gen contfrac 1 1 contfrac0 GDGD0,L, 1 gen contfracpnqn 1 1 pnqn G 1 gen copy 1 0 8 ${1 code} 1 small 2 small parens icopy(${1 code}) 1 int 1 int gcopy(${1 code}) 1 real 1 real gcopy(${1 code}) 1 mp 1 mp gcopy(${1 code}) 1 vecsmall 1 vecsmall gcopy(${1 code}) 1 vec 1 vec gcopy(${1 code}) 1 pol 1 pol gcopy(${1 code}) 1 gen 1 gen core 1 1 core0 GD0,L, 1 gen coredisc 1 1 coredisc0 GD0,L, 1 gen cos 1 1 gcos Gp 2 gen prec cosh 1 1 gch Gp 2 gen prec cotan 1 1 gcotan Gp 2 gen prec default 2 0 16 getrealprecision() 1 "realprecision" 2 small prec setrealprecision(${2 code}, &prec) 2 "realprecision" small 2 small prec precdl 1 "seriesprecision" 1 small precdl = ${2 code} 2 "seriesprecision" small 2 small parens DEBUGLEVEL 1 "debug" 1 small DEBUGLEVEL = ${2 code} 2 "debug" small 2 small parens DEBUGMEM 1 "debugmem" 1 small DEBUGMEM = ${2 code} 2 "debugmem" small 2 small parens DEBUGFILES 1 "debugfiles" 1 small DEBUGFILES = ${2 code} 2 "debugfiles" small 2 small parens factor_add_primes 1 "factor_add_primes" 1 small factor_add_primes = ${2 code} 2 "factor_add_primes" small 1 small factor_proven 1 "factor_proven" 1 small factor_proven = ${2 code} 2 "factor_proven" small 1 small new_galois_format 1 "new_galois_format" 1 small new_galois_format = ${2 code} 2 "new_galois_format" small 1 small 1 default0 DrDs 1 gen denominator 1 1 denom G 1 gen deriv 1 1 deriv GDn 1 gen derivnum 3 0 1 derivnum(${2 cookie}, ${2 wrapper}, ${1 code}, prec) 2 gen gen 2 gen prec 1 derivnum0 V=GEp 2 gen prec 2 2 _wrap_G diffop 2 0 2 diffop(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen ?1 1 gen diffop0(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen small 1 gen 1 diffop0 GGGD1,L, 1 gen dilog 1 1 dilog Gp 2 gen prec dirdiv 1 1 dirdiv GG 1 gen direuler 3 0 1 direuler(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}) 4 gen gen gen ?gen 1 gen 1 direuler0 V=GGEDG 1 gen 2 3 _wrap_G dirmul 1 1 dirmul GG 1 gen dirzetak 1 1 dirzetak GG 1 gen divisors 2 0 1 divisors(${1 code}) 1 gen 1 vec 1 divisors G 1 gen divrem 1 1 divrem GGDn 1 gen eint1 1 1 veceint1 GDGp 2 gen prec ellL1 1 1 ellL1 GLp 2 gen prec elladd 1 1 addell GGG 1 gen ellak 1 1 akell GG 1 gen ellan 1 1 anell GL 1 gen ellanalyticrank 1 1 ellanalyticrank GDGp 2 gen prec ellap 1 1 ellap GDG 1 gen ellbil 1 1 bilhell GGGp 2 gen prec ellchangecurve 2 0 1 ellchangecurve(${1 code}, ${2 code}) 2 gen gen 1 ell 1 ellchangecurve GG 1 gen ellchangepoint 1 1 ellchangepoint GG 1 gen ellconvertname 1 1 ellconvertname G 1 gen elldivpol 1 1 elldivpol GLDn 1 gen elleisnum 1 1 elleisnum GLD0,L,p 2 gen prec elleta 1 1 elleta Gp 2 gen prec ellgenerators 1 1 ellgenerators G 1 gen ellglobalred 2 0 1 ellglobalred(${1 code}) 1 gen 1 gen 1 ellglobalred G 1 gen ellgroup 1 1 ellgroup GDG 1 gen ellheight 1 1 ellheight0 GGD2,L,p 2 gen prec ellheightmatrix 1 1 mathell GGp 2 gen prec ellidentify 1 1 ellidentify G 1 gen ellinit 2 0 3 ellinit(${1 code}, prec) 2 gen ?0 2 bell prec smallellinit(${1 code}) 2 gen 1 1 ell ellinit0(${1 code}, ${2 code}, prec) 2 gen small 2 ell prec 1 ellinit0 GD0,L,p 2 gen prec ellisoncurve 1 1 ellisoncurve GG 1 gen ellj 1 1 jell Gp 2 gen prec elllocalred 1 1 elllocalred GG 1 gen elllog 1 1 elllog GGGDG 1 gen elllseries 1 1 elllseries GGDGp 2 gen prec ellminimalmodel 1 1 ellminimalmodel GD& 1 gen ellmodulareqn 1 1 ellmodulareqn LDnDn 1 gen ellorder 1 1 ellorder GGDG 1 gen ellordinate 1 1 ellordinate GGp 2 gen prec ellpointtoz 1 1 zell GGp 2 gen prec ellpow 1 1 powell GGG 1 gen ellrootno 1 1 ellrootno GDG 1 small ellsearch 1 1 ellsearch G 1 gen ellsigma 1 1 ellsigma GGD0,L,p 2 gen prec ellsub 1 1 subell GGG 1 gen elltaniyama 1 1 elltaniyama GDP 1 gen elltatepairing 1 1 elltatepairing GGGG 1 gen elltors 1 1 elltors0 GD0,L, 1 gen ellweilpairing 1 1 ellweilpairing GGGG 1 gen ellwp 1 1 ellwp0 GDGD0,L,DPp 2 gen prec ellzeta 1 1 ellzeta GGp 2 gen prec ellztopoint 1 1 pointell GGp 2 gen prec erfc 1 1 gerfc Gp 2 gen prec error 2 0 1 pari_err(talker, "${2 format_string}"${2 format_args}) 2 ?gen ... 1 void 1 error0 s* 1 void eta 1 1 eta0 GD0,L,p 2 gen prec eulerphi 2 0 2 eulerphi(${1 code}) 1 int 1 int geulerphi(${1 code}) 1 gen 1 gen 1 geulerphi G 1 gen eval 2 0 1 geval(${1 code}) 1 gen 1 gen 1 geval_gp GC 1 gen exp 2 0 3 mpexp(${1 code}) 1 real 1 real gexp(${1 code}, prec) 1 mp 2 mp prec gexp(${1 code}, prec) 1 gen 2 gen prec 1 gexp Gp 2 gen prec extern 1 1 extern0 s 1 gen externstr 1 1 externstr s 1 gen factor 2 0 3 Z_factor(${1 code}) 2 int ?-1 1 vec factor(${1 code}) 2 gen ?-1 1 vec factor0(${1 code}, ${2 code}) 2 gen small 1 vec 1 gp_factor0 GDG 1 gen factorback 2 0 3 factorback(${1 code}) 1 gen 1 gen factorback(${1 code}) 2 gen 1 gen factorback2(${1 code}, ${2 code}) 2 gen gen 1 gen 1 factorback2 GDG 1 gen factorcantor 1 1 factcantor GG 1 gen factorff 1 1 factorff GDGDG 1 gen factorial 1 1 mpfactr Lp 2 gen prec factorint 1 1 factorint GD0,L, 1 gen factormod 1 1 factormod0 GGD0,L, 1 gen factornf 1 1 polfnf GG 1 gen factorpadic 1 1 factorpadic0 GGLD0,L, 1 gen ffgen 1 1 ffgen GDn 1 gen ffinit 2 0 1 ffinit(${1 code}, ${2 code}, ${3 code}) 3 int small ?var 1 pol 1 ffinit GLDn 1 gen fflog 1 1 fflog GGDG 1 gen fforder 1 1 fforder GDG 1 gen ffprimroot 1 1 ffprimroot GD& 1 gen fibonacci 1 1 fibo L 1 gen floor 2 0 5 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens floorr(${1 code}) 1 real 1 int mpfloor(${1 code}) 1 mp 1 int gfloor(${1 code}) 1 gen 1 gen 1 gfloor G 1 gen for 1 1 forpari V=GGI 1 void fordiv 1 1 fordiv GVI 1 void forell 3 0 1 forell(${4 cookie}, ${4 wrapper}, ${2 code}, ${3 code}) 4 small small closure 1 void 1 forell0 VLLI 1 void 2 4 _wrap_vG forprime 1 1 forprime V=GGI 1 void forstep 1 1 forstep V=GGGI 1 void forsubgroup 3 0 1 forsubgroup(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}) 3 gen ?gen closure 1 void 1 forsubgroup0 V=GDGI 1 void 2 3 _wrap_vG forvec 1 1 forvec V=GID0,L, 1 void frac 1 1 gfrac G 1 gen galoisexport 1 1 galoisexport GD0,L, 1 gen galoisfixedfield 2 0 1 galoisfixedfield(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen ?small ?var 1 vec 1 galoisfixedfield GGD0,L,Dn 1 gen galoisgetpol 2 0 4 galoisnbpol(${1 code}) 1 small 1 int galoisnbpol(${1 code}) 2 small 1 int galoisnbpol(${1 code}) 3 small 1 int galoisgetpol(${1 code}, ${2 code} ,${3 code}) 3 small small small 1 vec 1 galoisgetpol LD0,L,D1,L, 1 gen galoisidentify 1 1 galoisidentify G 1 gen galoisinit 2 0 1 galoisinit(${1 code}, ${2 code}) 2 gen ?int 1 gal 1 galoisinit GDG 1 gen galoisisabelian 1 1 galoisisabelian GD0,L, 1 gen galoisisnormal 1 1 galoisisnormal GG 1 small galoispermtopol 1 1 galoispermtopol GG 1 gen galoissubcyclo 1 1 galoissubcyclo GDGD0,L,Dn 1 gen galoissubfields 1 1 galoissubfields GD0,L,Dn 1 gen galoissubgroups 1 1 galoissubgroups G 1 gen gamma 1 1 ggamma Gp 2 gen prec gammah 1 1 ggamd Gp 2 gen prec gcd 2 0 4 cgcd(${1 code}, ${2 code}) 2 small small 1 small gcdii(${1 code}, ${2 code}) 2 int int 1 int content(${1 code}) 1 gen 1 gen ggcd(${1 code}, ${2 code}) 2 gen gen 1 gen 1 ggcd0 GDG 1 gen getheap 1 1 getheap 1 gen getrand 1 1 getrand 1 gen getstack 1 1 getstack 1 small gettime 1 1 gettime 1 small global 0 hilbert 1 1 hilbert GGDG 1 small hyperu 1 1 hyperu GGGp 2 gen prec idealadd 1 1 idealadd GGG 1 gen idealaddtoone 1 1 idealaddtoone0 GGDG 1 gen idealappr 1 1 idealappr0 GGD0,L, 1 gen idealchinese 1 1 idealchinese GGG 1 gen idealcoprime 1 1 idealcoprime GGG 1 gen idealdiv 2 0 4 idealdiv(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen ?0 1 gen idealdivexact(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen 1 1 gen $"invalid flag in idealdiv" 4 gen gen gen #small 1 gen idealdiv0(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen small 1 gen 1 idealdiv0 GGGD0,L, 1 gen idealfactor 1 1 idealfactor GG 1 gen idealfactorback 1 1 idealfactorback GGDGD0,L, 1 gen idealfrobenius 1 1 idealfrobenius GGG 1 gen idealhnf 1 1 idealhnf0 GGDG 1 gen idealintersect 1 1 idealintersect GGG 1 gen idealinv 2 0 1 idealinv(${1 code}, ${2 code}) 2 gen gen 1 gen 1 idealinv GG 1 gen ideallist 1 1 ideallist0 GLD4,L, 1 gen ideallistarch 1 1 ideallistarch GGG 1 gen ideallog 1 1 ideallog GGG 1 gen idealmin 1 1 idealmin GGDG 1 gen idealmul 2 0 4 idealmul(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen ?0 1 gen idealmulred(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen 1 1 gen $"invalid flag in idealmul" 4 gen gen gen #small 1 gen idealmul0(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen small 1 gen 1 idealmul0 GGGD0,L, 1 gen idealnorm 1 1 idealnorm GG 1 gen idealpow 1 1 idealpow0 GGGD0,L, 1 gen idealprimedec 1 1 idealprimedec GG 1 gen idealramgroups 1 1 idealramgroups GGG 1 gen idealred 1 1 idealred0 GGDG 1 gen idealstar 1 1 idealstar0 GGD1,L, 1 gen idealtwoelt 1 1 idealtwoelt0 GGDG 1 gen idealval 1 1 idealval GGG 1 small if 1 1 ifpari GDEDE 1 gen imag 1 1 gimag G 1 gen incgam 1 1 incgam0 GGDGp 2 gen prec incgamc 1 1 incgamc GGp 2 gen prec input 1 1 input0 1 gen install 1 1 gpinstall rrD"",r,D"",s, 1 void intcirc 3 0 1 intcirc(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, prec) 4 gen gen gen ?gen 2 gen prec 1 intcirc0 V=GGEDGp 2 gen prec 2 3 _wrap_G intformal 1 1 integ GDn 1 gen intfouriercos 3 0 1 intfouriercos(${4 cookie}, ${4 wrapper}, ${1 code}, ${2 code}, ${3 code}, ${5 code}, prec) 5 gen gen gen gen ?gen 2 gen prec 1 intfourcos0 V=GGGEDGp 2 gen prec 2 4 _wrap_G intfourierexp 3 0 1 intfourierexp(${4 cookie}, ${4 wrapper}, ${1 code}, ${2 code}, ${3 code}, ${5 code}, prec) 5 gen gen gen gen ?gen 2 gen prec 1 intfourexp0 V=GGGEDGp 2 gen prec 2 4 _wrap_G intfouriersin 3 0 1 intfouriercos(${4 cookie}, ${4 wrapper}, ${1 code}, ${2 code}, ${3 code}, ${5 code}, prec) 5 gen gen gen gen ?gen 2 gen prec 1 intfoursin0 V=GGGEDGp 2 gen prec 2 4 _wrap_G intfuncinit 3 0 1 intfuncinit(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, ${5 code}, prec) 5 gen gen gen ?small ?small 2 gen prec 1 intfuncinit0 V=GGED0,L,D0,L,p 2 gen prec 2 3 _wrap_G intlaplaceinv 3 0 1 intlaplaceinv(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, prec) 4 gen gen gen ?gen 2 gen prec 1 intlaplaceinv0 V=GGEDGp 2 gen prec 2 3 _wrap_G intmellininv 3 0 1 intmellininv(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, prec) 4 gen gen gen ?gen 2 gen prec 1 intmellininv0 V=GGEDGp 2 gen prec 2 3 _wrap_G intmellininvshort 1 1 intmellininvshort GGGp 2 gen prec intnum 3 0 1 intnum(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, prec) 4 gen gen gen ?gen 2 gen prec 1 intnum0 V=GGEDGp 2 gen prec 2 3 _wrap_G intnuminit 1 1 intnuminit GGD0,L,p 2 gen prec intnuminitgen 1 1 intnuminitgen0 VGGED0,L,D0,L,p 2 gen prec intnumromb 3 0 1 intnumromb(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, prec) 4 gen gen gen ?small 2 gen prec 1 intnumromb0 V=GGED0,L,p 2 gen prec 2 3 _wrap_G intnumstep 1 1 intnumstep p 2 small prec isfundamental 2 0 2 Z_isfundamental(${1 code}) 1 int 1 bool gisfundamental(${1 code}) 1 gen 1 gen 1 gisfundamental G 1 gen ispower 2 0 2 Z_isanypower(${1 code}, NULL) 1 int 1 small Z_isanypower(${1 code}, &${2 code}) 2 int &int 1 small 1 ispower GDGD& 1 small isprime 2 0 4 isprime(${1 code}) 2 int ?0 1 bool plisprime(${1 code}, 0) 2 int 1 1 bool plisprime(${1 code}, 1) 2 int 2 1 gen gisprime(${1 code}, ${2 code}) 2 gen ?small 1 gen 1 gisprime GD0,L, 1 gen ispseudoprime 2 0 4 BPSW_psp(${1 code}) 2 int ?0 1 bool millerrabin(${1 code},${2 code}) 2 int #small 1 bool ispseudoprime(${1 code}, ${2 code}) 2 int small 1 bool gispseudoprime(${1 code}, ${2 code}) 2 gen ?small 1 bool 1 gispseudoprime GD0,L, 1 gen issquare 2 0 5 Z_issquare(${1 code}) 1 int 1 bool gissquare(${1 code}) 1 mp 1 int gissquare(${1 code}) 1 gen 1 gen Z_issquarerem(${1 code}, &${2 code}) 2 int &int 1 bool gissquareall(${1 code}, &${2 code}) 2 gen &gen 1 gen 1 gissquareall GD& 1 gen issquarefree 2 0 2 issquarefree(${1 code}) 1 int 1 bool gissquarefree(${1 code}) 1 gen 1 gen 1 gissquarefree G 1 gen kill 1 1 kill0 r 1 void kronecker 2 0 5 kross(${1 code}, ${2 code}) 2 small small 1 small krois(${1 code}, ${2 code}) 2 int small 1 small krosi(${1 code}, ${2 code}) 2 small int 1 small kronecker(${1 code}, ${2 code}) 2 int int 1 small gkronecker(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gkronecker GG 1 gen lcm 2 0 3 lcmii(${1 code}, ${2 code}) 2 int int 1 int glcm0(${1 code}, NULL) 1 gen 1 gen glcm(${1 code}, ${2 code}) 2 gen gen 1 gen 1 glcm0 GDG 1 gen length 2 0 4 lg(${1 code}) 1 vecsmall 1 lg lg(${1 code}) 1 vec 1 lg lgpol(${1 code}) 1 pol 1 small glength(${1 code}) 1 gen 1 small 1 glength G 1 small lex 1 1 lexcmp GG 1 small_int lift 2 0 6 lift(${1 code}) 1 pol 1 pol lift(${1 code}) 1 vec 1 vec lift(${1 code}) 1 gen 1 gen lift0(${1 code}, ${2 code}) 2 pol var 1 pol lift0(${1 code}, ${2 code}) 2 vec var 1 vec lift0(${1 code}, ${2 code}) 2 gen var 1 gen 1 lift0 GDn 1 gen lindep 1 1 lindep0 GD0,L, 1 gen listcreate 2 0 1 listcreate() 1 ?gen 1 list 1 listcreate D0,L, 1 gen listinsert 2 0 1 listinsert(${1 code}, ${2 code}, ${3 code}) 3 list gen small 1 gen 1 listinsert WGL 1 gen listkill 1 1 listkill G 1 void listpop 2 0 1 listpop(${1 code}, ${2 code}) 2 list small 1 void 1 listpop WD0,L, 1 void listput 2 0 1 listput(${1 code}, ${2 code}, ${3 code}) 3 list gen small 1 gen 1 listput WGD0,L, 1 gen listsort 1 1 listsort WD0,L, 1 void lngamma 1 1 glngamma Gp 2 gen prec local 0 log 2 0 1 glog(${1 code}, prec) 1 gen 2 gen prec 1 glog Gp 2 gen prec matadjoint 1 1 matadjoint0 GD0,L, 1 gen matalgtobasis 1 1 matalgtobasis GG 1 gen matbasistoalg 1 1 matbasistoalg GG 1 gen matcompanion 1 1 matcompanion G 1 gen matdet 2 0 4 det(${1 code}) 2 gen ?0 1 gen det2(${1 code}) 2 gen 1 1 gen $"incorrect flag in matdet" 2 gen #small 1 gen det0(${1 code}, ${2 code}) 2 gen small 1 gen 1 det0 GD0,L, 1 gen matdetint 1 1 detint G 1 gen matdiagonal 1 1 diagonal G 1 gen mateigen 1 1 eigen Gp 2 gen prec matfrobenius 1 1 matfrobenius GD0,L,Dn 1 gen mathess 1 1 hess G 1 gen mathilbert 1 1 mathilbert L 1 gen mathnf 1 1 mathnf0 GD0,L, 1 gen mathnfmod 1 1 hnfmod GG 1 gen mathnfmodid 1 1 hnfmodid GG 1 gen matid 2 0 1 matid(${1 code}) 1 small 1 vec 1 matid L 1 gen matimage 1 1 matimage0 GD0,L, 1 gen matimagecompl 1 1 imagecompl G 1 gen matindexrank 1 1 indexrank G 1 gen matintersect 1 1 intersect GG 1 gen matinverseimage 1 1 inverseimage GG 1 gen matisdiagonal 1 1 isdiagonal G 1 small_int matker 1 1 matker0 GD0,L, 1 gen matkerint 1 1 matkerint0 GD0,L, 1 gen matmuldiagonal 1 1 matmuldiagonal GG 1 gen matmultodiagonal 1 1 matmultodiagonal GG 1 gen matpascal 1 1 matqpascal LDG 1 gen matrank 1 1 rank G 1 small matrix 1 1 matrice GGDVDVDE 1 gen matrixqz 1 1 matrixqz0 GDG 1 gen matsize 1 1 matsize G 1 gen matsnf 1 1 matsnf0 GD0,L, 1 gen matsolve 1 1 gauss GG 1 gen matsolvemod 1 1 matsolvemod0 GGGD0,L, 1 gen matsupplement 1 1 suppl G 1 gen mattranspose 1 1 gtrans G 1 gen max 2 0 10 maxss(${1 code}, ${2 code}) 2 small small 1 small gmaxsg(${1 code}, ${2 code}) 2 small int 1 int gmaxgs(${1 code}, ${2 code}) 2 int small 1 int gmax(${1 code}, ${2 code}) 2 int int 1 int gmaxsg(${1 code}, ${2 code}) 2 small mp 1 mp gmaxgs(${1 code}, ${2 code}) 2 mp small 1 mp gmax(${1 code}, ${2 code}) 2 mp mp 1 mp gmaxsg(${1 code}, ${2 code}) 2 small gen 1 gen gmaxgs(${1 code}, ${2 code}) 2 gen small 1 gen gmax(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmax GG 1 gen min 2 0 10 minss(${1 code}, ${2 code}) 2 small small 1 small gminsg(${1 code}, ${2 code}) 2 small int 1 int gmings(${1 code}, ${2 code}) 2 int small 1 int gmin(${1 code}, ${2 code}) 2 int int 1 int gminsg(${1 code}, ${2 code}) 2 small mp 1 mp gmings(${1 code}, ${2 code}) 2 mp small 1 mp gmin(${1 code}, ${2 code}) 2 mp mp 1 mp gminsg(${1 code}, ${2 code}) 2 small gen 1 gen gmings(${1 code}, ${2 code}) 2 gen small 1 gen gmin(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmin GG 1 gen minpoly 1 1 minpoly GDn 1 gen modreverse 1 1 modreverse G 1 gen moebius 2 0 2 moebius(${1 code}) 1 int 1 small gmoebius(${1 code}) 1 gen 1 gen 1 gmoebius G 1 gen my 0 newtonpoly 1 1 newtonpoly GG 1 gen next 1 1 next0 D1,L, 1 gen nextprime 2 0 2 nextprime(${1 code}) 1 int 1 int gnextprime(${1 code}) 1 gen 1 gen 1 gnextprime G 1 gen nfalgtobasis 1 1 algtobasis GG 1 gen nfbasis 1 1 nfbasis0 GD0,L,DG 1 gen nfbasistoalg 1 1 basistoalg GG 1 gen nfdetint 1 1 nfdetint GG 1 gen nfdisc 1 1 nfdisc0 GD0,L,DG 1 gen nfeltadd 1 1 nfadd GGG 1 gen nfeltdiv 1 1 nfdiv GGG 1 gen nfeltdiveuc 1 1 nfdiveuc GGG 1 gen nfeltdivmodpr 1 1 nfdivmodpr GGGG 1 gen nfeltdivrem 1 1 nfdivrem GGG 1 gen nfeltmod 1 1 nfmod GGG 1 gen nfeltmul 1 1 nfmul GGG 1 gen nfeltmulmodpr 1 1 nfmulmodpr GGGG 1 gen nfeltnorm 1 1 nfnorm GG 1 gen nfeltpow 1 1 nfpow GGG 1 gen nfeltpowmodpr 1 1 nfpowmodpr GGGG 1 gen nfeltreduce 1 1 nfreduce GGG 1 gen nfeltreducemodpr 1 1 nfreducemodpr GGG 1 gen nfelttrace 1 1 nftrace GG 1 gen nfeltval 1 1 nfval GGG 1 small nffactor 1 1 nffactor GG 1 gen nffactorback 1 1 nffactorback GGDG 1 gen nffactormod 1 1 nffactormod GGG 1 gen nfgaloisapply 1 1 galoisapply GGG 1 gen nfgaloisconj 1 1 galoisconj0 GD0,L,DGp 2 gen prec nfhilbert 1 1 nfhilbert0 GGGDG 1 small nfhnf 1 1 nfhnf GG 1 gen nfhnfmod 1 1 nfhnfmod GGG 1 gen nfinit 2 0 8 nfinit0(${1 code}, 0, prec) 2 gen ?0 2 nf prec nfinit0(${1 code}, 1, prec) 2 gen 1 2 nf prec nfinit0(${1 code}, 2, prec) 2 gen 2 2 nf prec nfinit0(${1 code}, 3, prec) 2 gen 3 2 gen prec nfinit0(${1 code}, 4, prec) 2 gen 4 2 nf prec nfinit0(${1 code}, 5, prec) 2 gen 5 2 gen prec $"incorrect flag in nfinit" 2 gen #small 1 void nfinit0(${1 code}, ${2 code}, prec) 2 gen small 2 gen prec 1 nfinit0 GD0,L,p 2 gen prec nfisideal 1 1 isideal GG 1 small nfisincl 1 1 nfisincl GG 1 gen nfisisom 1 1 nfisisom GG 1 gen nfkermodpr 1 1 nfkermodpr GGG 1 gen nfmodprinit 1 1 nfmodprinit GG 1 gen nfnewprec 1 1 nfnewprec Gp 2 gen prec nfroots 1 1 nfroots DGG 1 gen nfrootsof1 1 1 rootsof1 G 1 gen nfsnf 1 1 nfsnf GG 1 gen nfsolvemodpr 1 1 nfsolvemodpr GGGG 1 gen nfsubfields 1 1 nfsubfields GD0,L, 1 gen norm 1 1 gnorm G 1 gen norml2 1 1 gnorml2 G 1 gen numbpart 1 1 numbpart G 1 gen numdiv 2 0 2 numbdiv(${1 code}) 1 int 1 int gnumbdiv(${1 code}) 1 gen 1 gen 1 gnumbdiv G 1 gen numerator 1 1 numer G 1 gen numtoperm 1 1 numtoperm LG 1 gen omega 2 0 2 omega(${1 code}) 1 int 1 small gomega(${1 code}) 1 gen 1 gen 1 gomega G 1 gen padicappr 1 1 padicappr GG 1 gen padicfields 1 1 padicfields0 GGD0,L, 1 gen padicprec 1 1 padicprec GG 1 small partitions 1 1 partitions LD0,L, 1 gen permtonum 1 1 permtonum G 1 gen plot 1 1 plot V=GGEDGDGp 2 void prec plotbox 1 1 rectbox LGG 1 void plotclip 1 1 rectclip L 1 void plotcolor 1 1 rectcolor LL 1 void plotcopy 1 1 rectcopy_gen LLGGD0,L, 1 void plotcursor 1 1 rectcursor L 1 gen plotdraw 1 1 rectdraw_flag GD0,L, 1 void ploth 1 1 ploth V=GGEpD0,M,D0,L,\nParametric|1; Recursive|2; no_Rescale|4; no_X_axis|8; no_Y_axis|16; no_Frame|32; no_Lines|64; Points_too|128; Splines|256; no_X_ticks|512; no_Y_ticks|1024; Same_ticks|2048; Complex|4096 2 gen prec plothraw 1 1 plothraw GGD0,L, 1 gen plothsizes 1 1 plothsizes_flag D0,L, 1 gen plotinit 1 1 initrect_gen LDGDGD0,L, 1 void plotkill 1 1 killrect L 1 void plotlines 1 1 rectlines LGGD0,L, 1 void plotlinetype 1 1 rectlinetype LL 1 void plotmove 1 1 rectmove LGG 1 void plotpoints 1 1 rectpoints LGG 1 void plotpointsize 1 1 rectpointsize LG 1 void plotpointtype 1 1 rectpointtype LL 1 void plotrbox 1 1 rectrbox LGG 1 void plotrecth 1 1 rectploth LV=GGEpD0,M,D0,L,\nParametric|1; Recursive|2; no_Rescale|4; no_X_axis|8; no_Y_axis|16; no_Frame|32; no_Lines|64; Points_too|128; Splines|256; no_X_ticks|512; no_Y_ticks|1024; Same_ticks|2048; Complex|4096 2 gen prec plotrecthraw 1 1 rectplothraw LGD0,L, 1 gen plotrline 1 1 rectrline LGG 1 void plotrmove 1 1 rectrmove LGG 1 void plotrpoint 1 1 rectrpoint LGG 1 void plotscale 1 1 rectscale LGGGG 1 void plotstring 1 1 rectstring3 LsD0,L, 1 void polchebyshev 2 0 3 polchebyshev1(${1 code},${3 code}) 3 small ?1 ?var 1 gen polchebyshev2(${1 code},${3 code}) 3 small 2 ?var 1 gen polchebyshev(${1 code},${2 code},${3 code}) 3 small small ?var 1 gen 1 polchebyshev_eval LD1,L,DG 1 gen polcoeff 2 0 2 constant_term(${1 code}) 2 pol 0 2 gen copy polcoeff0(${1 code}, ${2 code}, ${3 code}) 3 gen small ?var 1 gen 1 polcoeff0 GLDn 1 gen polcompositum 1 1 polcompositum0 GGD0,L, 1 gen polcyclo 2 0 2 polcyclo(${1 code},${2 code}) 2 small ?var 1 gen polcyclo_eval(${1 code},${2 code}) 2 small gen 1 gen 1 polcyclo_eval LDG 1 gen poldegree 2 0 3 degpol(${1 code}) 1 pol 1 small degree(${1 code}) 1 gen 1 small poldegree(${1 code}, ${2 code}) 2 gen var 1 small 1 poldegree GDn 1 small poldisc 2 0 3 discsr(${1 code}) 1 pol 1 gen poldisc0(${1 code}, -1) 1 gen 1 gen poldisc0(${1 code}, ${2 code}) 2 gen var 1 gen 1 poldisc0 GDn 1 gen poldiscreduced 1 1 reduceddiscsmith G 1 gen polgalois 1 1 polgalois Gp 2 gen prec polhensellift 1 1 polhensellift GGGL 1 gen polhermite 2 0 2 polhermite(${1 code},${2 code}) 2 small ?var 1 gen polhermite_eval(${1 code},${2 code}) 2 small gen 1 gen 1 polhermite_eval LDG 1 gen polinterpolate 1 1 polint GDGDGD& 1 gen polisirreducible 1 1 gisirreducible G 1 gen pollead 2 0 3 leading_term(${1 code}) 1 pol 2 gen copy pollead(${1 code}, -1) 1 gen 1 gen pollead(${1 code}, ${2 code}) 2 gen var 1 gen 1 pollead GDn 1 gen pollegendre 2 0 2 pollegendre(${1 code},${2 code}) 2 small ?var 1 gen pollegendre_eval(${1 code},${2 code}) 2 small gen 1 gen 1 pollegendre_eval LDG 1 gen polrecip 1 1 polrecip G 1 gen polred 1 1 polred0 GD0,L,DG 1 gen polredabs 1 1 polredabs0 GD0,L, 1 gen polredord 1 1 ordred G 1 gen polresultant 1 1 polresultant0 GGDnD0,L, 1 gen polroots 1 1 roots0 GD0,L,p 2 gen prec polrootsff 1 1 polrootsff GDGDG 1 gen polrootsmod 2 0 4 rootmod(${1 code}, ${2 code}) 3 pol int ?0 1 vec rootmod2(${1 code}, ${2 code}) 3 pol int 1 1 vec $"Bad flag in polrootsmod" 3 pol int #small 1 vec rootmod0(${1 code}, ${2 code}, ${3 code}) 3 pol int small 1 vec 1 rootmod0 GGD0,L, 1 gen polrootspadic 1 1 rootpadic GGL 1 gen polsturm 1 1 sturmpart GDGDG 1 small polsubcyclo 1 1 polsubcyclo LLDn 1 gen polsylvestermatrix 1 1 sylvestermatrix GG 1 gen polsym 1 1 polsym GL 1 gen poltchebi 1 1 polchebyshev1 LDn 1 gen poltschirnhaus 1 1 tschirnhaus G 1 gen polylog 1 1 polylog0 LGD0,L,p 2 gen prec polzagier 1 1 polzag LL 1 gen precision 2 0 8 prec2ndec(gprecision(${1 code})) 1 real 1 small precision0(${1 code}, 0) 1 gen 1 int prec2ndec(gprecision(${1 code})) 2 real 0 1 small precision0(${1 code}, 0) 2 gen 0 1 int rtor(${1 code}, ndec2prec(${2 code})) 2 real #small 1 real gprec(${1 code}, ${2 code}) 2 gen #small 1 gen precision0(${1 code}, ${2 code}) 2 real small 1 real precision0(${1 code}, ${2 code}) 2 gen small 1 gen 1 precision0 GD0,L, 1 gen precprime 2 0 2 precprime(${1 code}) 1 int 1 int gprecprime(${1 code}) 1 gen 1 gen 1 gprecprime G 1 gen prime 1 1 prime L 1 gen primepi 2 0 1 primepi(${1 code}) 1 gen 1 int 1 primepi G 1 gen primes 1 1 primes L 1 gen print 2 0 1 pari_printf("${2 format_string}\n"${2 format_args}) 2 ?gen ... 1 void 1 print s* 1 void print1 2 0 1 pari_printf("${2 format_string}"${2 format_args}) 2 ?gen ... 1 void 1 print1 s* 1 void printf 1 1 printf0 ss* 1 void printtex 1 1 printtex s* 1 void prod 1 1 produit V=GGEDG 1 gen prodeuler 1 1 prodeuler0 V=GGEp 2 gen prec prodinf 3 0 1 prodinf(${2 cookie}, ${2 wrapper}, ${1 code}, ${3 code}, prec) 3 gen gen ?small 2 gen prec 1 prodinf0 V=GED0,L,p 2 gen prec 2 2 _wrap_G psdraw 1 1 postdraw_flag GD0,L, 1 void psi 1 1 gpsi Gp 2 gen prec psploth 1 1 postploth V=GGEpD0,L,D0,L, 2 gen prec psplothraw 1 1 postplothraw GGD0,L, 1 gen qfbclassno 1 1 qfbclassno0 GD0,L, 1 gen qfbcompraw 1 1 qfbcompraw GG 1 gen qfbhclassno 1 1 hclassno G 1 gen qfbnucomp 1 1 nucomp GGG 1 gen qfbnupow 1 1 nupow GG 1 gen qfbpowraw 1 1 qfbpowraw GL 1 gen qfbprimeform 1 1 primeform GGp 2 gen prec qfbred 1 1 qfbred0 GD0,L,DGDGDG 1 gen qfbsolve 1 1 qfbsolve GG 1 gen qfgaussred 1 1 qfgaussred G 1 gen qfjacobi 1 1 jacobi Gp 2 gen prec qflll 2 0 8 lll(${1 code}) 2 vec ?0 1 vec lllint(${1 code}) 2 vec 1 1 vec lllintpartial(${1 code}) 2 vec 2 1 vec lllkerim(${1 code}) 2 vec 4 1 vec lllkerimgen(${1 code}) 2 vec 5 1 vec lllgen(${1 code}) 2 vec 8 1 vec $"Bad flag in qflll" 2 vec #small 1 vec qflll0(${1 code}, ${2 code}) 2 vec small 1 vec 1 qflll0 GD0,L, 1 gen qflllgram 1 1 qflllgram0 GD0,L, 1 gen qfminim 1 1 qfminim0 GDGDGD0,L,p 2 gen prec qfperfection 1 1 perf G 1 gen qfrep 1 1 qfrep0 GGD0,L, 1 gen qfsign 1 1 qfsign G 1 gen quadclassunit 1 1 quadclassunit0 GD0,L,DGp 2 gen prec quaddisc 1 1 quaddisc G 1 gen quadgen 1 1 quadgen G 1 gen quadhilbert 1 1 quadhilbert Gp 2 gen prec quadpoly 1 1 quadpoly0 GDn 1 gen quadray 1 1 quadray GGp 2 gen prec quadregulator 1 1 quadregulator Gp 2 gen prec quadunit 1 1 quadunit G 1 gen quit 1 1 gp_quit D0,L, 1 void random 1 1 genrand DG 1 gen read 2 0 1 gp_read_file(${1 code}) 1 str 1 gen 1 read0 D"",s, 1 gen readvec 2 0 1 gp_readvec_file(${1 code}) 1 str 1 gen 1 gp_readvec_file D"",s, 1 gen real 1 1 greal G 1 gen removeprimes 1 1 removeprimes DG 1 gen return 1 1 return0 DG 1 gen rnfalgtobasis 1 1 rnfalgtobasis GG 1 gen rnfbasis 1 1 rnfbasis GG 1 gen rnfbasistoalg 1 1 rnfbasistoalg GG 1 gen rnfcharpoly 1 1 rnfcharpoly GGGDn 1 gen rnfconductor 1 1 rnfconductor GGD0,L, 1 gen rnfdedekind 1 1 rnfdedekind GGDGD0,L, 1 gen rnfdet 1 1 rnfdet GG 1 gen rnfdisc 1 1 rnfdiscf GG 1 gen rnfeltabstorel 1 1 rnfelementabstorel GG 1 gen rnfeltdown 1 1 rnfelementdown GG 1 gen rnfeltreltoabs 1 1 rnfelementreltoabs GG 1 gen rnfeltup 1 1 rnfelementup GG 1 gen rnfequation 1 1 rnfequation0 GGD0,L, 1 gen rnfhnfbasis 1 1 rnfhnfbasis GG 1 gen rnfidealabstorel 1 1 rnfidealabstorel GG 1 gen rnfidealdown 1 1 rnfidealdown GG 1 gen rnfidealhnf 1 1 rnfidealhermite GG 1 gen rnfidealmul 1 1 rnfidealmul GGG 1 gen rnfidealnormabs 1 1 rnfidealnormabs GG 1 gen rnfidealnormrel 1 1 rnfidealnormrel GG 1 gen rnfidealreltoabs 1 1 rnfidealreltoabs GG 1 gen rnfidealtwoelt 1 1 rnfidealtwoelement GG 1 gen rnfidealup 1 1 rnfidealup GG 1 gen rnfinit 1 1 rnfinit GG 1 gen rnfisabelian 1 1 rnfisabelian GG 1 small rnfisfree 1 1 rnfisfree GG 1 small rnfisnorm 1 1 rnfisnorm GGD0,L, 1 gen rnfisnorminit 1 1 rnfisnorminit GGD2,L, 1 gen rnfkummer 1 1 rnfkummer GDGD0,L,p 2 gen prec rnflllgram 1 1 rnflllgram GGGp 2 gen prec rnfnormgroup 1 1 rnfnormgroup GG 1 gen rnfpolred 1 1 rnfpolred GGp 2 gen prec rnfpolredabs 1 1 rnfpolredabs GGD0,L, 1 gen rnfpseudobasis 1 1 rnfpseudobasis GG 1 gen rnfsteinitz 1 1 rnfsteinitz GG 1 gen round 2 0 9 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens roundr(${1 code}) 1 real 1 int mpround(${1 code}) 1 mp 1 int grndtoi(${1 code}, &${2 code}) 2 mp &small 1 int round0(${1 code}, &${2 code}) 2 mp &int 1 int ground(${1 code}) 1 gen 1 gen grndtoi(${1 code}, &${2 code}) 2 gen &small 1 gen round0(${1 code}, &${2 code}) 2 gen &int 1 gen 1 round0 GD& 1 gen select 3 0 1 genselect(${1 cookie}, ${1 wrapper}, ${2 code}) 2 gen gen 1 gen 1 select0 GG 1 gen 2 1 _wrap_bG serconvol 1 1 convol GG 1 gen serlaplace 1 1 laplace G 1 gen serreverse 1 1 recip G 1 gen setintersect 2 0 1 setintersect(${1 code}, ${2 code}) 2 vec vec 1 vec 1 setintersect GG 1 gen setisset 1 1 setisset G 1 small setminus 2 0 1 setminus(${1 code}, ${2 code}) 2 vec vec 1 vec 1 setminus GG 1 gen setrand 1 1 setrand G 1 void setsearch 1 1 setsearch GGD0,L, 1 small setunion 2 0 1 setunion(${1 code}, ${2 code}) 2 vec vec 1 vec 1 setunion GG 1 gen shift 1 1 gshift GL 1 gen shiftmul 1 1 gmul2n GL 1 gen sigma 2 0 6 sumdiv(${1 code}) 2 int ?1 1 int numbdiv(${1 code}) 2 int 0 1 int gsumdiv(${1 code}) 2 gen ?1 1 gen gnumbdiv(${1 code}) 2 gen 0 1 gen sumdivk(${1 code}, ${2 code}) 2 int small 1 int gsumdivk(${1 code}, ${2 code}) 2 gen small 1 gen 1 gsumdivk GD1,L, 1 gen sign 2 0 2 signe(${1 code}) 1 mp 1 small gsigne(${1 code}) 1 gen 1 small 1 gsigne G 1 small_int simplify 1 1 simplify G 1 gen sin 1 1 gsin Gp 2 gen prec sinh 1 1 gsh Gp 2 gen prec sizebyte 1 1 gsizebyte G 1 small sizedigit 1 1 sizedigit G 1 small solve 3 0 1 zbrent(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, prec) 3 gen gen gen 2 gen prec 1 zbrent0 V=GGEp 2 gen prec 2 3 _wrap_G sqr 2 0 3 sqri(${1 code}) 1 int 1 int gsqr(${1 code}) 1 mp 1 mp gsqr(${1 code}) 1 gen 1 gen 1 gsqr G 1 gen sqrt 2 0 2 sqrtr(${1 code}) 1 real 1 gen gsqrt(${1 code}, prec) 1 gen 2 gen prec 1 gsqrt Gp 2 gen prec sqrtint 2 0 1 sqrtint(${1 code}) 1 gen 1 int 1 sqrtint G 1 gen sqrtn 1 1 gsqrtn GGD&p 2 gen prec stirling 1 1 stirling LLD1,L, 1 gen subgrouplist 1 1 subgrouplist0 GDGD0,L, 1 gen subst 1 1 gsubst GnG 1 gen substpol 1 1 gsubstpol GGG 1 gen substvec 1 1 gsubstvec GGG 1 gen sum 1 1 somme V=GGEDG 1 gen sumalt 3 0 2 sumalt(${2 cookie}, ${2 wrapper}, ${1 code}, prec) 3 gen gen ?0 2 gen prec sumalt2(${2 cookie}, ${2 wrapper}, ${1 code}, prec) 3 gen gen 1 2 gen prec 1 sumalt0 V=GED0,L,p 2 gen prec 2 2 _wrap_G sumdedekind 1 1 sumdedekind GG 1 gen sumdiv 1 1 divsum GVE 1 gen suminf 3 0 1 suminf(${2 cookie}, ${2 wrapper}, ${1 code}, prec) 2 gen gen 2 gen prec 1 suminf0 V=GEp 2 gen prec 2 2 _wrap_G sumnum 3 0 1 sumnum(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, ${5 code}, prec) 5 gen gen gen ?gen ?small 2 gen prec 1 sumnum0 V=GGEDGD0,L,p 2 gen prec 2 3 _wrap_G sumnumalt 3 0 1 sumnumalt(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, ${5 code}, prec) 5 gen gen gen ?gen ?small 2 gen prec 1 sumnumalt0 V=GGEDGD0,L,p 2 gen prec 2 3 _wrap_G sumnuminit 1 1 sumnuminit GD0,L,D1,L,p 2 gen prec sumpos 3 0 2 sumpos(${2 cookie}, ${2 wrapper}, ${1 code}, prec) 3 gen gen ?0 2 gen prec sumpos2(${2 cookie}, ${2 wrapper}, ${1 code}, prec) 3 gen gen 1 2 gen prec 1 sumpos0 V=GED0,L,p 2 gen prec 2 2 _wrap_G system 1 1 system0 s 1 void tan 1 1 gtan Gp 2 gen prec tanh 1 1 gth Gp 2 gen prec taylor 1 1 tayl GnDP 1 gen teichmuller 1 1 teich G 1 gen theta 1 1 theta GGp 2 gen prec thetanullk 1 1 thetanullk GLp 2 gen prec thue 1 1 thue GGDG 1 gen thueinit 1 1 thueinit GD0,L,p 2 gen prec trace 1 1 gtrace G 1 gen trap 3 0 1 trap0(${1 code}, ${2 code}, ${3 code}) 3 ?str ?closure ?closure 1 gen 1 trap0 DrDEDE 1 gen 2 3 _ _ truncate 2 0 9 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens truncr(${1 code}) 1 real 1 int mptrunc(${1 code}) 1 mp 1 int gcvtoi(${1 code}, &${2 code}) 2 mp &small 1 int trunc0(${1 code}, &${2 code}) 2 mp &int 1 int gtrunc(${1 code}) 1 gen 1 gen gcvtoi(${1 code}, &${2 code}) 2 gen &small 1 gen trunc0(${1 code}, &${2 code}) 2 gen &int 1 gen 1 trunc0 GD& 1 gen type 2 0 1 typ(${1 code}) 1 gen 1 typ 1 type0 G 1 gen unclone 1 0 2 (void)0 /*unclone*/ 1 small 1 void gunclone(${1 code}) 1 gen 1 void until 1 1 untilpari EI 1 void valuation 1 1 ggval GG 1 small variable 2 0 2 ${1 :var cast} 1 pol 3 var parens copy gpolvar(${1 code}) 1 gen 1 gen 1 gpolvar DG 1 gen vecextract 2 0 1 extract0(${1 code}, ${2 code}, ${3 code}) 3 vec gen ?gen 1 vec 1 extract0 GGDG 1 gen vecmax 2 0 2 vecsmall_max(${1 code}) 1 vecsmall 1 small vecmax(${1 code}) 1 gen 1 gen 1 vecmax G 1 gen vecmin 2 0 2 vecsmall_min(${1 code}) 1 vecsmall 1 small vecmin(${1 code}) 1 gen 1 gen 1 vecmin G 1 gen vecsort 2 0 16 vecsort0(${1 code}, ${2 code}, 0) 2 vecsmall ?gen 1 vecsmall vecsort0(${1 code}, ${2 code}, ${3 code}) 3 vecsmall ?gen small 1 vecsmall sort(${1 code}) 3 vec ?0 1 vec indexsort(${1 code}) 3 vec 1 1 vecsmall lexsort(${1 code}) 3 vec 2 1 vec vecsort0(${1 code}, ${2 code}, 0) 2 vec gen 1 vec vecsort0(${1 code}, ${2 code}, 1) 3 vec ?gen 1 1 vecsmall vecsort0(${1 code}, ${2 code}, 3) 3 vec ?gen 3 1 vecsmall vecsort0(${1 code}, ${2 code}, 5) 3 vec ?gen 5 1 vecsmall vecsort0(${1 code}, ${2 code}, 7) 3 vec ?gen 7 1 vecsmall vecsort0(${1 code}, ${2 code}, 9) 3 vec ?gen 9 1 vecsmall vecsort0(${1 code}, ${2 code}, 11) 3 vec ?gen 11 1 vecsmall vecsort0(${1 code}, ${2 code}, 13) 3 vec ?gen 13 1 vecsmall vecsort0(${1 code}, ${2 code}, 15) 3 vec ?gen 15 1 vecsmall vecsort0(${1 code}, ${2 code}, ${3 code}) 3 vec ?gen #small 1 vec vecsort0(${1 code}, ${2 code}, ${3 code}) 3 vec ?gen small 1 gen 1 vecsort0 GDGD0,L, 1 gen vector 1 1 vecteur GDVDE 1 gen vectorsmall 1 1 vecteursmall GDVDE 1 gen vectorv 1 1 vvecteur GDVDE 1 gen version 1 1 pari_version 1 gen warning 2 0 1 pari_warn(user, "${2 format_string}"${2 format_args}) 2 ?gen ... 1 void 1 warning0 s* 1 void weber 1 1 weber0 GD0,L,p 2 gen prec whatnow 2 0 1 whatnow(${1 code}, 0) 1 str 1 void 1 whatnow0 r 1 void while 1 1 whilepari EI 1 void write 1 1 write0 ss* 1 void write1 1 1 write1 ss* 1 void writebin 1 1 gpwritebin sDG 1 void writetex 1 1 writetex ss* 1 void zeta 1 1 gzeta Gp 2 gen prec zetak 1 1 gzetakall GGD0,L,p 2 gen prec zetakinit 1 1 initzeta Gp 2 gen prec zncoppersmith 1 1 zncoppersmith GGGDG 1 gen znlog 1 1 znlog GGDG 1 gen znorder 2 0 3 order(${1 code}) 1 gen 1 int order(${1 code}) 2 gen 1 int znorder(${1 code}, ${2 code}) 2 gen int 1 int 1 znorder GDG 1 gen znprimroot 2 0 2 znprimroot(${1 code}) 1 int 1 gen znprimroot0(${1 code}) 1 gen 1 gen 1 znprimroot0 G 1 gen znstar 1 1 znstar G 1 gen gp2c-0.0.10/desc/compat.desc0000644000175000017500000000000112141547407012401 00000000000000 gp2c-0.0.10/desc/func27.dsc0000644000175000017500000022374312314047672012102 00000000000000!_ 2 0 2 ${1 code} 1 negbool 2 bool parens ${1 code} 1 bool 2 negbool parens 1 gnot G 1 gen #_ 2 0 4 lg(${1 code}) 1 vecsmall 1 lg lg(${1 code}) 1 vec 1 lg lgpol(${1 code}) 1 pol 1 small glength(${1 code}) 1 gen 1 small 1 glength G 1 small % 1 1 pari_get_hist D0,L, 1 gen %# 1 1 pari_get_histtime D0,L, 1 small +_ 1 0 5 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int parens copy ${1 code} 1 real 3 real parens copy ${1 code} 1 mp 3 mp parens copy ${1 code} 1 gen 3 gen parens copy -_ 2 0 5 -${parens 1 code} 1 small 2 small parens negi(${1 code}) 1 int 1 int negr(${1 code}) 1 real 1 real mpneg(${1 code}) 1 mp 1 mp gneg(${1 code}) 1 gen 1 gen 1 gneg G 1 gen Catalan 2 0 1 mpcatalan(prec) 0 2 real prec 1 mpcatalan p 2 gen prec Col 2 0 1 gtocol(${1 code}) 1 gen 1 vec 1 gtocol0 GD0,L, 1 gen Colrev 2 0 1 gtocolrev(${1 code}) 1 gen 1 vec 1 gtocolrev0 GD0,L, 1 gen DEBUGLEVEL 2 0 1 DEBUGLEVEL 0 1 small 1 DEBUGLEVEL 1 void Euler 2 0 1 mpeuler(prec) 0 2 real prec 1 mpeuler p 2 gen prec I 2 0 0 1 gen_I 1 gen List 2 0 2 listcreate() 0 1 list gtolist(${1 code}) 1 gen 1 list 1 gtolist DG 1 gen Mat 1 1 gtomat DG 1 gen Mod 2 0 3 gmodulss(${1 code}, ${2 code}) 2 small small 1 gen gmodulsg(${1 code}, ${2 code}) 2 small gen 1 gen gmodulo(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmodulo GG 1 gen O 1 1 ggrando 1 gen O(_^_) 2 0 5 ggrando(${1 code}, 1) 1 gen 1 gen ggrando(gen_1, ${2 code}) 2 1 small 1 gen zeropadic(${1 code}, ${2 code}) 2 int small 1 gen ggrando(${1 code}, ${2 code}) 2 gen small 1 gen zeroser(${1 code}, ${2 code}) 2 var small 1 gen 1 ggrando GD1,L, 1 gen Pi 2 0 1 mppi(prec) 0 2 real prec 1 mppi p 2 gen prec Pol 2 0 1 gtopoly(${1 code}, ${2 code}) 2 gen ?var 1 pol 1 gtopoly GDn 1 gen Polrev 2 0 1 gtopolyrev(${1 code}, ${2 code}) 2 gen ?var 1 pol 1 gtopolyrev GDn 1 gen Qfb 1 1 Qfb0 GGGDGp 2 gen prec Ser 1 1 gtoser GDnDP 1 gen Set 2 0 2 cgetg(1,t_VEC) 0 1 vec gtoset(${1 code}) 1 gen 1 vec 1 gtoset DG 1 gen Str 2 0 5 ${1 :genstr cast} 1 gen 3 genstr copy parens Str(mkvec2(${1 code}, ${2 code})) 2 gen gen 1 genstr Str(mkvec3(${1 code}, ${2 code}, ${3 code})) 3 gen gen gen 1 genstr Str(mkvec4(${1 code}, ${2 code}, ${3 code}, ${4 code})) 4 gen gen gen gen 1 genstr Str(mkvecn(${nbarg}, ${2 code})) 2 gen ... 1 genstr 1 Str s* 1 gen Strchr 1 1 Strchr G 1 gen Strexpand 1 1 Strexpand s* 1 gen Strprintf 1 1 Strprintf ss* 1 gen Strtex 1 1 Strtex s* 1 gen Vec 2 0 1 gtovec(${1 code}) 1 gen 1 vec 1 gtovec0 GD0,L, 1 gen Vecrev 2 0 1 gtovecrev(${1 code}) 1 gen 1 vec 1 gtovecrev0 GD0,L, 1 gen Vecsmall 2 0 1 gtovecsmall(${1 code}) 1 gen 1 vecsmall 1 gtovecsmall0 GD0,L, 1 gen [_.._] 2 0 2 vecrange(${1 code}, ${2 code}) 2 gen gen 1 vec vecrangess(${1 code}, ${2 code}) 2 small small 1 vec 1 vecrange GG 1 gen [_|_<-_,_;_] 3 0 2 veccatapply(${3 cookie}, ${3 wrapper}, ${1 code}) 3 gen closure 1 gen veccatselapply(${4 cookie}, ${4 wrapper}, ${3 cookie}, ${3 wrapper}, ${1 code}) 4 gen closure closure 1 gen 1 vecexpr1 GVDEDE 2 gen copy 2 4 _wrap_G _wrap_bG [_|_<-_,_] 3 0 3 vecapply(${3 cookie}, ${3 wrapper}, ${1 code}) 3 gen closure 1 gen vecselect(${4 cookie}, ${4 wrapper}, ${1 code}) 4 gen closure 1 gen vecselapply(${4 cookie}, ${4 wrapper}, ${3 cookie}, ${3 wrapper}, ${1 code}) 4 gen closure closure 1 gen 1 vecexpr0 GVDEDE 1 gen 2 4 _wrap_G _wrap_bG _! 2 0 1 mpfact(${1 code}) 1 small 1 int 1 mpfact L 1 gen _!=_ 2 0 19 ${parens 1 code} != ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} != ${parens 2 code} 2 lg lg 2 bool parens cmpsi(${1 code}, ${2 code}) != 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) != 0 2 int small 2 bool parens equali1(${1 code}) 2 int 1 1 negbool equalim1(${1 code}) 2 int -1 1 negbool equalii(${1 code}, ${2 code}) 2 int int 1 negbool cmprr(${1 code}, ${2 code}) != 0 2 real real 1 bool mpcmp(${1 code}, ${2 code}) != 0 2 mp mp 2 bool parens ${parens 1 code} != ${parens 2 code} 2 errtyp errtyp 2 bool parens ${parens 1 code} != ${parens 2 :errtyp cast} 2 errtyp #str 2 bool parens ${parens 1 :errtyp cast} != ${parens 2 code} 2 #str errtyp 2 bool parens ${parens 1 code} != ${parens 2 code} 2 typ typ 2 bool parens ${parens 1 code} != ${parens 2 :typ cast} 2 typ #str 2 bool parens ${parens 1 :typ cast} != ${parens 2 code} 2 #str typ 2 bool parens strcmp(${1 code}, ${2 code}) 2 str str 1 bool gequalsg(${1 code}, ${2 code}) 2 small gen 1 negbool gequalgs(${1 code}, ${2 code}) 2 gen small 1 negbool gequal(${1 code}, ${2 code}) 2 gen gen 1 negbool 1 gne GG 1 gen _%=_ 2 0 6 ${1 code} = smodss(${1 code}, ${2 code}) 2 *small small 2 small parens ${1 code} = modis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = modii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = gmod(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gmodgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gmod(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gmode &G 1 gen _%_ 2 0 7 smodss(${1 code}, ${2 code}) 2 small small 1 small modsi(${1 code}, ${2 code}) 2 small int 1 int smodis(${1 code}, ${2 code}) 2 int small 1 small modii(${1 code}, ${2 code}) 2 int int 1 int gmodgs(${1 code}, ${2 code}) 2 gen small 1 gen gmodsg(${1 code}, ${2 code}) 2 small gen 1 gen gmod(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmod GG 1 gen _&&_ 2 0 1 ${parens 1 code} && ${parens 2 code} 2 bool bool 2 bool parens 1 andpari GE 1 gen _' 2 0 1 deriv(${1 code},-1) 1 gen 1 gen 1 deriv GDn 1 gen _(_) 1 0 4 closure_callgenall(${1 code}, 0) 1 gen 1 gen closure_callgen1(${1 code}, ${2 code}) 2 gen gen 1 gen closure_callgen2(${1 code}, ${2 code}, ${3 code}) 3 gen gen gen 1 gen closure_callgenall(${1 code}, ${nbarg 1 sub}, ${3 code}) 3 gen gen ... 1 gen _*=_ 2 0 12 ${1 code} *= ${parens 2 code} 2 *small small 2 small parens ${1 code} = mulis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = mulii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = mulrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = mulri(${1 code}, ${2 code}) 2 *real int 2 real parens ${1 code} = mulrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = mpmul(${1 code}, ${2 code}) 2 *mp mp 2 mp parens ${1 code} = gmulgs(${1 code}, ${2 code}) 2 *pol small 2 gen parens ${1 code} = gmul(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gmul(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gmulgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gmul(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gmule &G 1 gen _*_ 2 0 14 ${parens 1 code}*${parens 2 code} 2 small small 2 small parens mulis(${1 code}, ${2 code}) 2 int small 1 int mulsi(${1 code}, ${2 code}) 2 small int 1 int mulii(${1 code}, ${2 code}) 2 int int 1 int (${2 code}, 0)/*for side effect*/ 2 0 mp 1 small mulsr(${1 code}, ${2 code}) 2 #small real 1 real mulsr(${1 code}, ${2 code}) 2 small real 1 mp mulrs(${1 code}, ${2 code}) 2 real small 1 mp mulrr(${1 code}, ${2 code}) 2 real real 1 real mpmul(${1 code}, ${2 code}) 2 mp mp 1 mp gmulgs(${1 code}, ${2 code}) 2 gen small 1 gen gmulsg(${1 code}, ${2 code}) 2 small gen 1 gen perm_mul(${1 code}, ${2 code}) 2 vecsmall vecsmall 1 vecsmall gmul(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmul GG 1 gen _++ 2 0 8 ++${1 code} 1 *bptr 1 bptr ++${1 code} 1 *small 1 small ++${1 code} 1 *lg 1 lg ${1 code} = addis(${1 code}, 1) 1 *int 2 int parens ${1 code} = addrs(${1 code}, 1) 1 *real 2 real parens ${1 code} = mpadd(${1 code}, gen_1) 1 *mp 2 mp parens ${1 code} = gaddgs(${1 code}, 1) 1 *pol 2 pol parens ${1 code} = gaddgs(${1 code}, 1) 1 *gen 2 gen parens 1 gadd1e & 1 gen _+=_ 2 0 13 ${1 code} += ${parens 2 code} 2 *small small 2 small parens ${1 code} += ${parens 2 code} 2 *lg small 2 lg parens ${1 code} = addis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = addii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = addrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = addir(${2 code}, ${1 code}) 2 *real int 2 real parens ${1 code} = addrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = mpadd(${1 code}, ${2 code}) 2 *mp mp 2 mp parens ${1 code} = gaddgs(${1 code}, ${2 code}) 2 *pol small 2 gen parens ${1 code} = gadd(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gadd(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gaddgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gadd(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gadde &G 1 gen _+_ 2 0 16 ${parens 1 code} 2 lg 1 2 small parens ${parens 1 code} + ${parens 2 code} 2 small small 2 small parens ${parens 1 code} + ${parens 2 code} 2 lg small 2 lg parens ${parens 1 code} + ${parens 2 code} 2 small lg 2 lg parens addis(${1 code}, ${2 code}) 2 int small 1 int addsi(${1 code}, ${2 code}) 2 small int 1 int addii(${1 code}, ${2 code}) 2 int int 1 int addrs(${1 code}, ${2 code}) 2 real small 1 real addsr(${1 code}, ${2 code}) 2 small real 1 real addrr(${1 code}, ${2 code}) 2 real real 1 real mpadd(${1 code}, ${2 code}) 2 mp real 1 real mpadd(${1 code}, ${2 code}) 2 real mp 1 real mpadd(${1 code}, ${2 code}) 2 mp mp 1 mp gaddgs(${1 code}, ${2 code}) 2 gen small 1 gen gaddsg(${1 code}, ${2 code}) 2 small gen 1 gen gadd(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gadd GG 1 gen _-- 2 0 8 --${1 code} 1 *bptr 1 bptr --${1 code} 1 *small 1 small --${1 code} 1 *lg 1 lg ${1 code} = subis(${1 code}, 1) 1 *int 2 int parens ${1 code} = subrs(${1 code}, 1) 1 *real 2 real parens ${1 code} = mpsub(${1 code}, gen_1) 1 *mp 2 mp parens ${1 code} = gsubgs(${1 code}, 1) 1 *pol 2 pol parens ${1 code} = gsubgs(${1 code}, 1) 1 *gen 2 gen parens 1 gsub1e & 1 gen _-=_ 2 0 13 ${1 code} -= ${parens 2 code} 2 *small small 2 small parens ${1 code} -= ${parens 2 code} 2 *lg small 2 lg parens ${1 code} = subis(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = subii(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = subrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = subri(${1 code}, ${2 code}) 2 *real int 2 real parens ${1 code} = subrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = mpsub(${1 code}, ${2 code}) 2 *mp mp 2 mp parens ${1 code} = gsubgs(${1 code}, ${2 code}) 2 *pol small 2 gen parens ${1 code} = gsub(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gsub(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gsubgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gsub(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gsube &G 1 gen _-_ 2 0 14 ${parens 1 code} - ${parens 2 code} 2 small small 2 small parens ${parens 1 code} - ${parens 2 code} 2 lg small 2 lg parens subis(${1 code}, ${2 code}) 2 int small 1 int subsi(${1 code}, ${2 code}) 2 small int 1 int subii(${1 code}, ${2 code}) 2 int int 1 int subrs(${1 code}, ${2 code}) 2 real small 1 real subsr(${1 code}, ${2 code}) 2 small real 1 real subrr(${1 code}, ${2 code}) 2 real real 1 real mpsub(${1 code}, ${2 code}) 2 mp real 1 real mpsub(${1 code}, ${2 code}) 2 real mp 1 real mpsub(${1 code}, ${2 code}) 2 mp mp 1 mp gsubgs(${1 code}, ${2 code}) 2 gen small 1 gen gsubsg(${1 code}, ${2 code}) 2 small gen 1 gen gsub(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gsub GG 1 gen _.a1 2 0 1 ell_get_a1(${1 code}) 1 ell 2 gen copy 1 member_a1 G 2 gen copy _.a2 2 0 1 ell_get_a2(${1 code}) 1 ell 2 gen copy 1 member_a2 G 2 gen copy _.a3 2 0 1 ell_get_a3(${1 code}) 1 ell 2 gen copy 1 member_a3 G 2 gen copy _.a4 2 0 1 ell_get_a4(${1 code}) 1 ell 2 gen copy 1 member_a4 G 2 gen copy _.a6 2 0 1 ell_get_a6(${1 code}) 1 ell 2 gen copy 1 member_a6 G 2 gen copy _.area 1 1 member_area G 2 gen copy _.b2 2 0 1 ell_get_b2(${1 code}) 1 ell 2 gen copy 1 member_b2 G 2 gen copy _.b4 2 0 1 ell_get_b4(${1 code}) 1 ell 2 gen copy 1 member_b4 G 2 gen copy _.b6 2 0 1 ell_get_b6(${1 code}) 1 ell 2 gen copy 1 member_b6 G 2 gen copy _.b8 2 0 1 ell_get_b8(${1 code}) 1 ell 2 gen copy 1 member_b8 G 2 gen copy _.bid 2 0 2 bnr_get_bid(${1 code}) 1 bnr 2 gen copy member_bid(${1 code}) 1 gen 2 gen copy 1 member_bid G 2 gen copy _.bnf 2 0 3 ${1 code} 1 bnf 2 bnf parens ${1 :bnf cast} 1 bnr 3 bnf copy parens member_bnf(${1 code}) 1 gen 2 bnf copy 1 member_bnf G 2 gen copy _.c4 2 0 1 ell_get_c4(${1 code}) 1 ell 2 gen copy 1 member_c4 G 2 gen copy _.c6 2 0 1 ell_get_c6(${1 code}) 1 ell 2 gen copy 1 member_c6 G 2 gen copy _.clgp 2 0 4 ${1 :clgp cast} 1 bnf 3 clgp copy parens ${1 :clgp cast} 1 bnr 3 clgp copy parens ${1 code} 1 clgp 2 clgp parens member_clgp(${1 code}) 1 gen 2 clgp copy 1 member_clgp G 2 gen copy _.codiff 1 1 member_codiff G 2 gen copy _.cyc 2 0 4 bnr_get_cyc(${1 code}) 1 bnr 2 vec copy bnf_get_cyc(${1 code}) 1 bnf 2 vec copy gel(${1 code}, 2) 1 clgp 2 vec copy member_cyc(${1 code}) 1 gen 2 vec copy 1 member_cyc G 2 gen copy _.diff 2 0 2 nf_get_diff(${1 code}) 1 nf 2 gen copy member_diff(${1 code}) 1 gen 2 gen copy 1 member_diff G 2 gen copy _.disc 2 0 3 nf_get_disc(${1 code}) 1 nf 2 int copy ell_get_disc(${1 code}) 1 ell 2 gen copy member_disc(${1 code}) 1 gen 2 gen copy 1 member_disc G 2 gen copy _.e 2 0 1 pr_get_e(${1 code}) 1 prid 1 small 1 member_e G 2 gen copy _.eta 1 1 member_eta G 2 gen copy _.f 2 0 1 pr_get_f(${1 code}) 1 prid 1 small 1 member_f G 2 gen copy _.fu 2 0 3 $"ray units not implemented" 1 bnr 1 void bnf_get_fu(${1 code}) 1 bnf 2 gen copy member_fu(${1 code}) 1 gen 1 gen 1 member_fu G 1 gen _.futu 1 1 member_futu G 2 gen copy _.gen 2 0 6 bnr_get_gen(${1 code}) 1 bnr 2 vec copy bnf_get_gen(${1 code}) 1 bnf 2 vec copy gal_get_gen(${1 code}) 1 gal 2 vec copy gel(${1 code}, 3) 1 clgp 2 vec copy pr_get_gen(${1 code}) 1 prid 2 gen copy member_gen(${1 code}) 1 gen 2 gen copy 1 member_gen G 2 gen copy _.group 2 0 2 gal_get_group(${1 code}) 1 gal 2 vec copy member_group(${1 code}) 1 gen 2 vec copy 1 member_group G 2 gen copy _.index 2 0 2 nf_get_index(${1 code}) 1 nf 2 int copy member_index(${1 code}) 1 gen 2 int copy 1 member_index G 2 gen copy _.j 2 0 1 ell_get_j(${1 code}) 1 ell 2 gen copy 1 member_j G 2 gen copy _.mod 1 1 member_mod G 2 gen copy _.nf 2 0 2 ${1 code} 1 nf 2 nf parens member_nf(${1 code}) 1 gen 2 nf copy 1 member_nf G 2 gen copy _.no 2 0 4 bnr_get_no(${1 code}) 1 bnr 2 int copy bnf_get_no(${1 code}) 1 bnf 2 int copy gel(${1 code}, 1) 1 clgp 2 int copy member_no(${1 code}) 1 gen 2 int copy 1 member_no G 2 gen copy _.omega 1 1 member_omega G 2 gen copy _.orders 2 0 1 gal_get_orders(${1 code}) 1 gal 2 vecsmall copy 1 member_orders G 2 gen copy _.p 2 0 3 gal_get_p(${1 code}) 1 gal 2 int copy pr_get_p(${1 code}) 1 prid 2 int copy member_p(${1 code}) 1 gen 2 int copy 1 member_p G 2 gen copy _.pol 2 0 3 gal_get_pol(${1 code}) 1 gal 2 gen copy nf_get_pol(${1 code}) 1 nf 2 gen copy member_pol(${1 code}) 1 gen 2 gen copy 1 member_pol G 2 gen copy _.polabs 1 1 member_polabs G 2 gen copy _.r1 2 0 2 nf_get_r1(${1 code}) 1 nf 1 small member_r1(${1 code}) 1 gen 2 int copy 1 member_r1 G 2 gen copy _.r2 2 0 2 nf_get_r2(${1 code}) 1 nf 1 small member_r2(${1 code}) 1 gen 2 int copy 1 member_r2 G 2 gen copy _.reg 2 0 3 $"ray regulator not implemented" 1 bnr 1 real bnf_get_reg(${1 code}) 1 bnf 2 real copy member_reg(${1 code}) 1 gen 2 real copy 1 member_reg G 2 gen copy _.roots 2 0 3 gal_get_roots(${1 code}) 1 gal 2 vec copy nf_get_roots(${1 code}) 1 nf 2 vec copy member_roots(${1 code}) 1 gen 2 vec copy 1 member_roots G 2 gen copy _.sign 2 0 2 gel(${1 code}, 2) 1 nf 2 vec copy member_sign(${1 code}) 1 gen 2 vec copy 1 member_sign G 2 gen copy _.t2 2 0 1 member_t2(${1 code}) 1 gen 1 vec 1 member_t2 G 1 gen _.tate 1 1 member_tate G 2 gen copy _.tu 2 0 1 member_tu(${1 code}) 1 gen 2 gen copy 1 member_tu G 1 gen _.tufu 1 1 member_tufu G 2 gen copy _.zk 2 0 2 nf_get_zk(${1 code}) 1 nf 2 vec copy member_zk(${1 code}) 1 gen 2 vec copy 1 member_zk G 2 gen copy _.zkst 2 0 1 bnr_get_bid(${1 code}) 1 bnr 2 gen copy 1 member_zkst G 2 gen copy _/=_ 2 0 10 $"cannot divide small: use \= instead." 2 *small gen 1 void $"cannot divide int: use \= instead." 2 *int gen 1 void ${1 code} = divrr(${1 code}, ${2 code}) 2 *real real 2 real parens ${1 code} = divrs(${1 code}, ${2 code}) 2 *real small 2 real parens ${1 code} = mpdiv(${1 code}, ${2 code}) 2 *real mp 2 real parens ${1 code} = mpdiv(${1 code}, ${2 code}) 2 *mp real 2 mp parens ${1 code} = gdiv(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gdiv(${1 code}, ${2 code}) 2 *vec gen 2 gen parens ${1 code} = gdivgs(${1 code}, ${2 code}) 2 *gen small 2 gen parens ${1 code} = gdiv(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gdive &G 1 gen _/_ 2 0 12 (${2 code}, 0)/*for side effect*/ 2 0 mp 1 small invr(${2 code}) 2 1 real 1 real divsr(${1 code}, ${2 code}) 2 #small real 1 real divsr(${1 code}, ${2 code}) 2 small real 1 mp divrs(${1 code}, ${2 code}) 2 real small 1 real divrr(${1 code}, ${2 code}) 2 real real 1 real mpdiv(${1 code}, ${2 code}) 2 real mp 1 real mpdiv(${1 code}, ${2 code}) 2 mp real 1 mp ginv(${2 code}) 2 1 gen 1 gen gdivgs(${1 code}, ${2 code}) 2 gen small 1 gen gdivsg(${1 code}, ${2 code}) 2 small gen 1 gen gdiv(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gdiv GG 1 gen _<<=_ 2 0 4 ${1 code} <<= ${parens 2 code} 2 *small small 2 small parens ${1 code} = shifti(${1 code}, ${2 code}) 2 *int small 2 int parens ${1 code} = mpshift(${1 code}, ${2 code}) 2 *mp small 2 mp parens ${1 code} = gshift(${1 code}, ${2 code}) 2 *gen small 2 mp parens 1 gshiftle &L 1 gen _<<_ 2 0 3 shifti(${1 code}, ${2 code}) 2 int small 1 int mpshift(${1 code}, ${2 code}) 2 mp small 1 mp gshift(${1 code}, ${2 code}) 2 gen small 1 mp 1 gshift GL 1 gen _<=_ 2 0 12 ${parens 1 code} <= ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} < ${parens 2 code} 2 small lg 2 bool parens ${parens 1 code} <= ${parens 2 code} 2 lg lg 2 bool parens cmpsi(${1 code}, ${2 code}) <= 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) < 0 2 int lg 2 bool parens cmpis(${1 code}, ${2 code}) <= 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) <= 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) <= 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) <= 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) <= 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) <= 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) <= 0 2 gen gen 2 bool parens 1 gle GG 1 gen _<_ 2 0 11 ${parens 1 code} < ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} < ${parens 2 code} 2 lg lg 2 bool parens ${parens 1 code} <= ${parens 2 code} 2 lg small 2 bool parens cmpsi(${1 code}, ${2 code}) < 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) < 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) < 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) < 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) < 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) < 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) < 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) < 0 2 gen gen 2 bool parens 1 glt GG 1 gen _===_ 1 1 gidentical GG 1 small_int _==_ 2 0 23 ${parens 1 code} == ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} == ${parens 2 code} 2 lg lg 2 bool parens cmpsi(${1 code}, ${2 code}) == 0 2 small int 2 bool parens !signe(${1 code}) 2 mp 0 1 bool equali1(${1 code}) 2 int 1 1 bool equalim1(${1 code}) 2 int -1 1 bool cmpis(${1 code}, ${2 code}) == 0 2 int small 2 bool parens equalii(${1 code}, ${2 code}) 2 int int 1 bool gequal0(${1 code}) 2 gen 0 1 bool gequal1(${1 code}) 2 gen 1 1 bool gequalm1(${1 code}) 2 gen -1 1 bool cmprr(${1 code}, ${2 code}) == 0 2 real real 1 bool mpcmp(${1 code}, ${2 code}) == 0 2 mp mp 2 bool parens ${parens 1 code} == ${parens 2 code} 2 errtyp errtyp 2 bool parens ${parens 1 code} == ${parens 2 :errtyp cast} 2 errtyp #str 2 bool parens ${parens 1 :errtyp cast} == ${parens 2 code} 2 #str errtyp 2 bool parens ${parens 1 code} == ${parens 2 code} 2 typ typ 2 bool parens ${parens 1 code} == ${parens 2 :typ cast} 2 typ #str 2 bool parens ${parens 1 :typ cast} == ${parens 2 code} 2 #str typ 2 bool parens strcmp(${1 code}, ${2 code}) 2 str str 1 negbool gequalsg(${1 code}, ${2 code}) 2 small gen 1 bool gequalgs(${1 code}, ${2 code}) 2 gen small 1 bool gequal(${1 code}, ${2 code}) 2 gen gen 1 bool 1 geq GG 1 gen _>=_ 2 0 11 ${parens 1 code} >= ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} >= ${parens 2 code} 2 lg lg 2 bool parens ${parens 1 code} > ${parens 2 code} 2 lg small 2 bool parens cmpsi(${1 code}, ${2 code}) >= 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) >= 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) >= 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) >= 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) >= 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) >= 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) >= 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) >= 0 2 gen gen 2 bool parens 1 gge GG 1 gen _>>=_ 2 0 4 ${1 code} >>= ${parens 2 code} 2 *small small 2 small parens ${1 code} = shifti(${1 code}, -${parens 2 code}) 2 *int small 2 int parens ${1 code} = mpshift(${1 code}, -${parens 2 code}) 2 *mp small 2 mp parens ${1 code} = gshift(${1 code}, -${parens 2 code}) 2 *gen small 2 mp parens 1 gshiftre &L 1 gen _>>_ 2 0 4 ${parens 1 code}>>${parens 2 code} 2 small small 2 small parens shifti(${1 code}, -${parens 2 code}) 2 int small 1 int mpshift(${1 code}, -${parens 2 code}) 2 mp small 1 mp gshift(${1 code}, -${parens 2 code}) 2 gen small 1 mp 1 gshift_right GL 1 gen _>_ 2 0 11 ${parens 1 code} > ${parens 2 code} 2 small small 2 bool parens ${parens 1 code} > ${parens 2 code} 2 lg lg 2 bool parens ${parens 1 code} >= ${parens 2 code} 2 small lg 2 bool parens cmpsi(${1 code}, ${2 code}) > 0 2 small int 2 bool parens cmpis(${1 code}, ${2 code}) > 0 2 int small 2 bool parens cmpii(${1 code}, ${2 code}) > 0 2 int int 2 bool parens mpcmp(${1 code}, ${2 code}) > 0 2 mp mp 2 bool parens strcmp(${1 code}, ${2 code}) > 0 2 str str 2 bool parens gcmpsg(${1 code}, ${2 code}) > 0 2 small gen 2 bool parens gcmpgs(${1 code}, ${2 code}) > 0 2 gen small 2 bool parens gcmp(${1 code}, ${2 code}) > 0 2 gen gen 2 bool parens 1 ggt GG 1 gen _[_,] 1 0 3 $"Scalar has no rows" 2 mp small 1 gen rowcopy(${1 code}, ${2 code}) 2 vec small 1 vec rowcopy(${1 code}, ${2 code}) 2 gen small 1 vec _[_,_] 1 0 9 $"Scalar has no components" 2 mp small 1 gen $"Scalar has no components" 3 mp small small 1 gen ${parens 1 code}[${2 code}] 2 vecsmall small 1 small $"Vecsmall are single-dimensional" 3 vecsmall small small 1 gen gel(list_data(${1 code}), ${2 code}) 2 list small 2 gen copy gel(${1 code}, ${2 code}) 2 vec small 2 gen copy gcoeff(${1 code}, ${2 code}, ${3 code}) 3 vec small small 2 gen copy gel(${1 code}, ${2 code}) 2 gen small 2 gen copy gcoeff(${1 code}, ${2 code}, ${3 code}) 3 gen small small 2 gen copy _[_.._,_.._] 1 1 matslice0 GD0,L,D0,L,D0,L,D0,L, 1 gen _[_.._] 1 1 vecslice0 GD0,L,L 1 gen _\/=_ 2 0 3 ${1 code} = gdivround(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = gdivround(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gdivround(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gdivrounde &G 1 gen _\/_ 2 0 2 gdivround(${1 code}, ${2 code}) 2 int int 1 int gdivround(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gdivround GG 1 gen _\=_ 2 0 4 ${1 code} /= ${parens 2 code} 2 *small small 2 small parens ${1 code} = gdivent(${1 code}, ${2 code}) 2 *int int 2 int parens ${1 code} = gdivent(${1 code}, ${2 code}) 2 *pol gen 2 gen parens ${1 code} = gdivent(${1 code}, ${2 code}) 2 *gen gen 2 gen parens 1 gdivente &G 1 gen _\_ 2 0 7 ${parens 1 code}/${parens 2 code} 2 small small 2 small parens truedivis(${1 code}, ${2 code}) 2 int small 1 int gdiventsg(${1 code}, ${2 code}) 2 small int 1 int truedivii(${1 code}, ${2 code}) 2 int int 1 int gdiventgs(${1 code}, ${2 code}) 2 gen small 1 gen gdiventsg(${1 code}, ${2 code}) 2 small gen 1 gen gdivent(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gdivent GG 1 gen _^_ 2 0 16 sqri(${1 code}) 2 int 2 1 int powiu(${1 code}, 3) 2 int 3 1 int powiu(${1 code}, 4) 2 int 4 1 int powiu(${1 code}, 5) 2 int 5 1 int invr(${1 code}) 2 real -1 1 real ginv(${1 code}) 2 mp -1 1 mp ginv(${1 code}) 2 gen -1 1 gen sqrr(${1 code}) 2 real 2 1 real mpsqr(${1 code}) 2 mp 2 1 mp gsqr(${1 code}) 2 gen 2 1 gen powis(${1 code}, ${2 code}) 2 int small 1 gen gpowgs(${1 code}, ${2 code}) 2 real small 1 real gpowgs(${1 code}, ${2 code}) 2 gen small 1 gen powgi(${1 code}, ${2 code}) 2 real int 1 real powgi(${1 code}, ${2 code}) 2 gen int 1 gen gpow(${1 code}, ${2 code}, prec) 2 gen gen 2 gen prec 1 gpow GGp 2 gen prec _^s 1 1 gpowgs GL 1 gen __ 1 0 4 concat(${1 code}, ${2 code}) 2 genstr genstr 1 genstr concat(${1 code}, ${2 code}) 2 genstr gen 1 genstr concat(${1 code}, ${2 code}) 2 gen genstr 1 genstr concat(${1 :genstr cast}, ${2 code}) 2 gen gen 1 genstr _avma 1 0 1 avma 0 1 pari_sp _badtype 1 0 13 typ(${1 code}) != t_INT 1 int 2 bool parens typ(${1 code}) != t_REAL 1 real 2 bool parens is_intreal_t(typ(${1 code})) 1 mp 1 negbool is_matvec_t(typ(${1 code})) 1 vec 1 negbool typ(${1 code}) != t_VECSMALL 1 vecsmall 2 bool parens typ(${1 code}) != t_POL 1 pol 2 bool parens ${1 code} = checknf(${1 code}) 1 *nf 2 void parens ${1 code} = checkbnf(${1 code}) 1 *bnf 2 void parens checkbnr(${1 code}) 1 bnr 1 void checkprid(${1 code}) 1 prid 1 void checkabgrp(${1 code}) 1 clgp 1 void checkell(${1 code}) 1 ell 1 void ${1 code} = checkgal(${1 code}) 1 *gal 2 gal parens _cast 1 0 96 0 1 void 1 bool ${1 value not} 1 #negbool 1 bool !${parens 1 code} 1 negbool 1 bool 1 small_int 1 bool 1 small 1 bool ${parens 1 code}!=1 1 lg 2 bool parens *${parens 1 code} 1 bptr 1 bool !gequal0(${1 code}) 1 gen 1 bool signe(${1 code}) 1 real 1 bool signe(${1 code}) 1 int 1 bool signe(${1 code}) 1 mp 1 bool signe(${1 code}) 1 pol 1 bool 1 1 void 1 negbool ${1 value not} 1 #bool 1 negbool !${parens 1 code} 1 bool 1 negbool ${parens 1 code}==1 1 lg 2 negbool parens !*${parens 1 code} 1 bptr 1 negbool gequal0(${1 code}) 1 gen 1 negbool !signe(${1 code}) 1 int 1 negbool !signe(${1 code}) 1 real 1 negbool !signe(${1 code}) 1 mp 1 negbool !signe(${1 code}) 1 pol 1 negbool 1 bool 1 small_int 1 typ 1 small_int 1 small 1 small_int 1 bool 1 small 1 typ 1 small 1 small_int 1 small *${parens 1 code} 1 bptr 1 small itos(${1 code}) 1 int 1 small ${1 value 1 sub} 1 #lg 2 small parens ${parens 1 code}-1 1 lg 2 small parens gtos(${1 code}) 1 gen 1 small gen_0 1 void 1 int gen_m2 1 -2 1 int gen_m1 1 -1 1 int gen_0 1 0 1 int gen_1 1 1 1 int gen_2 1 2 1 int stoi(${1 code}) 1 bool 1 int stoi(${1 code}) 1 small 1 int 1 mp 1 int 1 gen 1 int 1 mp 1 real 1 gen 1 real 1 int 1 mp 1 real 1 mp 1 gen 1 mp ${1 1 value add} 1 #bool 2 lg parens ${parens 1 code}+1 1 bool 2 lg parens ${1 1 value add} 1 #small 2 lg parens ${parens 1 code}+1 1 small 2 lg parens 1 gen 1 error 1 gen 1 closure 1 gen 1 vecsmall 1 nf 1 vec 1 bnf 1 vec 1 bnr 1 vec 1 ell 1 vec 1 clgp 1 vec 1 prid 1 vec 1 gal 1 vec 1 gen 1 vec 1 gen 1 list varn(${1 code}) 1 pol 1 var gvar(${1 code}) 1 gen 1 var pol_x(${1 code}) 1 var 1 pol 1 gen 1 pol 1 int 1 gen 1 mp 1 gen 1 vecsmall 1 gen 1 vec 1 gen 1 list 1 gen 1 pol 1 gen 1 genstr 1 gen 1 error 1 gen 1 closure 1 gen GENtoGENstr(${1 code}) 1 gen 1 genstr strtoGENstr(${1 code}) 1 str 1 genstr GENtostr_unquoted(${1 code}) 1 gen 1 str GSTR(${1 code}) 1 genstr 1 str type_name(${1 code}) 1 typ 1 str numerr_name(${1 code}) 1 errtyp 1 str ${1 str_format} 1 #str 1 typ ${1 str_format} 1 #str 1 errtyp bnf_get_nf(${1 code}) 1 bnf 1 nf 1 gen 1 nf bnr_get_bnf(${1 code}) 1 bnr 1 bnf 1 gen 1 bnf 1 gen 1 bnr bnf_get_clgp(${1 code}) 1 bnf 1 clgp bnr_get_clgp(${1 code}) 1 bnr 1 clgp 1 gen 1 clgp 1 gen 1 ell 1 gen 1 gal 1 gen 1 prid _cgetg 1 0 2 cgetg(${1 code}, ${2 str_raw}) 2 lg #str 1 gen ${1 code} = cgetg(${2 code}, ${3 str_raw}) 3 gen lg #str 1 gen _const_expr 1 0 1 readseq(${1 code}) 1 str 1 gen _const_quote 1 0 1 fetch_user_var(${1 code}) 1 str 1 var _const_real 1 0 1 strtor(${1 code}, prec) 1 str 2 real prec _const_smallreal 1 0 4 real_0(prec) 1 0 2 real prec real_1(prec) 1 1 2 real prec real_m1(prec) 1 -1 2 real prec stor(${1 code}, prec) 1 small 2 real prec _decl_base 1 0 12 void 1 C!void 0 long 1 C!long 0 int 1 C!int 0 GEN 1 C!GEN 0 char 1 C!char* 0 byteptr 1 C!byteptr 0 pari_sp 1 C!pari_sp 0 GEN 1 C!func_GG 0 forprime_t 1 C!forprime_t 0 forcomposite_t 1 C!forcomposite_t 0 forpart_t 1 C!forpart_t 0 forvec_t 1 C!forvec_t 0 _decl_ext 1 0 2 *${1 code} 1 C!char* 0 (*${1 code})(GEN, GEN) 1 C!func_GG 0 _default_check 1 0 2 !${parens 1 code} 1 C!GEN 1 bool ${parens 1 code} == -1 1 var 1 bool _default_marker 1 0 4 NULL 1 C!GEN 0 -1 1 var 0 0 1 small 0 "" 1 str 0 _derivfun 1 1 derivfun0 GGp 2 gen prec _diffptr 1 0 1 diffptr 0 1 bptr _err_primes 1 0 1 pari_err(e_MAXPRIME) 0 1 void _err_type 1 0 1 pari_err_TYPE(${1 code},${2 code}) 2 str gen 1 void _eval_mnemonic 1 1 eval_mnemonic Gs 1 small _factor_Aurifeuille 1 1 factor_Aurifeuille GL 1 gen _factor_Aurifeuille_prime 1 1 factor_Aurifeuille_prime GL 1 gen _forcomposite_init 1 0 2 forcomposite_init(&${1 code}, ${2 code}, NULL) 2 forcomposite int 1 void forcomposite_init(&${1 code}, ${2 code}, ${3 code}) 3 forcomposite int int 1 void _forcomposite_next 1 0 1 forcomposite_next(&${1 code}) 1 forcomposite 1 int _formatcode 1 0 5 ${1 code} 1 #small 1 void %ld 1 small 1 small ${1 str_format} 1 #str 1 void %s 1 str 1 str %Ps 1 gen 1 gen _forpart_init 1 0 1 forpart_init(&${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 forpart small ?gen ?gen 1 void _forpart_next 1 0 1 forpart_next(&${1 code}) 1 forpart 1 vecsmall _forprime_init 1 0 1 forprime_init(&${1 code}, ${2 code}, ${3 code}); 3 forprime int ?int 1 void _forprime_next 1 0 1 NEXT_PRIME_VIADIFF(${1 code}, ${2 code}) 2 *small *bptr 1 void _forprime_next_ 1 0 1 forprime_next(&${1 code}) 1 forprime 1 int _forvec_init 1 0 1 forvec_init(&${1 code}, ${2 code}, ${3 code}) 3 forvec gen ?small 1 void _forvec_next 1 0 1 forvec_next(&${1 code}) 1 forvec 1 vec _gerepileall 1 0 2 ${2 code} = gerepilecopy(${1 code}, ${2 code}) 2 pari_sp gen 2 void parens gerepileall(${1 code}, ${nbarg 1 sub}, ${stdref 3 code}) 3 pari_sp gen ... 1 void _gerepileupto 1 0 5 gerepileuptoint(${1 code}, ${2 code}) 2 pari_sp int 1 int gerepileuptoleaf(${1 code}, ${2 code}) 2 pari_sp mp 1 mp gerepileuptoleaf(${1 code}, ${2 code}) 2 pari_sp vecsmall 1 vecsmall gerepileupto(${1 code}, ${2 code}) 2 pari_sp vec 1 vec gerepileupto(${1 code}, ${2 code}) 2 pari_sp gen 1 gen _iferr_CATCH 1 0 2 pari_CATCH(CATCH_ALL) 1 0 0 pari_CATCH2(__iferr_old${1 code}, CATCH_ALL) 1 small 0 _iferr_CATCH_reset 1 0 2 pari_CATCH_reset() 1 0 1 void pari_CATCH2_reset(__iferr_old${1 code}) 1 small 1 void _iferr_ENDCATCH 1 0 2 pari_ENDCATCH 1 0 0 pari_ENDCATCH2(__iferr_old${1 code}) 1 small 0 _iferr_error 1 0 1 pari_err_last() 0 1 error _iferr_rethrow 1 0 1 pari_err(0, ${1 code}) 1 error 1 void _low_stack_lim 1 0 1 low_stack(${1 code}, stack_lim(${2 code}, 1)) 2 pari_sp pari_sp 1 bool _maxprime 1 0 1 maxprime() 0 1 small _multi_if 1 1 ifpari_multi GE* 1 gen _parapply_worker 1 1 parapply_worker GG 1 gen _pareval_worker 1 1 pareval_worker G 1 gen _parfor_worker 1 1 parfor_worker GG 1 gen _parvector_worker 1 1 parvector_worker GG 1 gen _proto_code 1 0 4 n 1 var 0 L 1 C!long 0 G 1 C!GEN 0 s 1 C!char* 0 _proto_max_args 1 0 1 1 20 0 _proto_ret 1 0 4 v 1 C!void 0 i 1 C!int 0 l 1 C!long 0 1 C!GEN 0 _safecoeff 1 0 4 *safeel(${1 code}, ${2 code}) 2 vecsmall small 1 small *safelistel(${1 code}, ${2 code}) 2 list small 2 gen copy *safegel(${1 code}, ${2 code}) 2 gen small 2 gen copy *safegcoeff(${1 code}, ${2 code}, ${3 code}) 3 gen small small 2 gen copy _stack_lim 1 0 1 stack_lim(${1 code}, ${2 code}) 2 pari_sp small 1 pari_sp _strtoclosure 1 0 2 strtofunction(${1 code}) 1 str 1 closure strtoclosure(${1 code}, ${nbarg 1 sub}, ${3 code}) 3 str gen ... 1 closure _tovec 1 0 6 cgetg(1, t_VEC) 0 1 vec mkvec(${1 code}) 1 gen 1 vec mkvec2(${1 code}, ${2 code}) 2 gen gen 1 vec mkvec3(${1 code}, ${2 code}, ${3 code}) 3 gen gen gen 1 vec mkvec4(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen gen 1 vec mkvecn(${nbarg}, ${2 code}) 2 gen ... 1 vec _tovecprec 1 0 5 mkvecs(prec) 0 2 vec prec mkvec2(${1 code}, stoi(prec)) 1 gen 2 vec prec mkvec3(${1 code}, ${2 code}, stoi(prec)) 2 gen gen 2 vec prec mkvec4(${1 code}, ${2 code}, ${3 code}, stoi(prec)) 3 gen gen gen 2 vec prec mkvecn(${nbarg 1 add}, ${2 code}, stoi(prec)) 2 gen ... 2 vec prec _type_preorder 1 0 19 7 empty void bool small int mp gen 0 3 empty real mp 0 3 empty bptr small 0 4 empty bool lg small 0 4 empty bool small_int small 0 4 empty void negbool bool 0 5 empty typ str genstr gen 0 3 empty errtyp str 0 3 empty vecsmall gen 0 3 empty vec gen 0 3 empty list gen 0 3 empty closure gen 0 3 empty error gen 0 5 empty bnr bnf nf vec 0 5 empty bnr bnf clgp vec 0 3 empty ell vec 0 3 empty prid vec 0 3 empty gal vec 0 4 empty var pol gen 0 _typedef 1 0 36 void 1 empty 0 void 1 void 0 long 1 negbool 0 long 1 bool 0 int 1 small_int 0 long 1 small 0 GEN 1 int 0 GEN 1 real 0 GEN 1 mp 0 long 1 lg 0 GEN 1 vecsmall 0 GEN 1 vec 0 GEN 1 list 0 long 1 var 0 GEN 1 pol 0 GEN 1 gen 0 GEN 1 closure 0 GEN 1 error 0 GEN 1 genstr 0 char* 1 str 0 byteptr 1 bptr 0 forcomposite_t 1 forcomposite 0 forpart_t 1 forpart 0 forprime_t 1 forprime 0 forvec_t 1 forvec 0 func_GG 1 func_GG 0 pari_sp 1 pari_sp 0 long 1 typ 0 long 1 errtyp 0 GEN 1 nf 0 GEN 1 bnf 0 GEN 1 bnr 0 GEN 1 ell 0 GEN 1 clgp 0 GEN 1 prid 0 GEN 1 gal 0 _u_forprime_init 1 0 2 u_forprime_init(&${1 code}, ${2 code}, LONG_MAX); 3 forprime small 1 void u_forprime_init(&${1 code}, ${2 code}, ${3 code}); 3 forprime small small 1 void _u_forprime_next 1 0 1 u_forprime_next(&${1 code}) 1 forprime 1 small _void_if 1 1 ifpari_void GDIDI 1 void _wrap_G 2 0 1 ${1 code} 1 gen 1 gen 1 gp_call G 1 gen _wrap_bG 2 0 1 ${1 code} 1 bool 1 bool 1 gp_callbool G 1 small _wrap_vG 2 0 1 0 1 void 1 small 1 gp_callvoid G 1 small _||_ 2 0 1 ${parens 1 code} || ${parens 2 code} 2 bool bool 2 bool parens 1 orpari GE 1 gen _~ 2 0 2 gtrans(${1 code}) 1 vec 1 vec gtrans(${1 code}) 1 gen 1 gen 1 gtrans G 1 gen abs 2 0 5 labs(${1 code}) 1 small 1 small mpabs(${1 code}) 1 int 1 int mpabs(${1 code}) 1 real 1 real mpabs(${1 code}) 1 mp 1 mp gabs(${1 code}, prec) 1 gen 2 gen prec 1 gabs Gp 2 gen prec acos 1 1 gacos Gp 2 gen prec acosh 1 1 gacosh Gp 2 gen prec addhelp 1 1 addhelp rs 1 void addprimes 1 1 addprimes DG 1 gen agm 1 1 agm GGp 2 gen prec alarm 1 1 gp_alarm D0,L,DE 1 gen algdep 1 1 algdep0 GLD0,L, 1 gen alias 1 1 alias0 rr 1 void allocatemem 1 1 allocatemem0 DG 1 void apply 3 0 1 genapply(${1 cookie}, ${1 wrapper}, ${2 code}) 2 closure gen 1 gen 1 apply0 GG 1 gen 2 1 _wrap_G arg 1 1 garg Gp 2 gen prec asin 1 1 gasin Gp 2 gen prec asinh 1 1 gasinh Gp 2 gen prec atan 1 1 gatan Gp 2 gen prec atanh 1 1 gatanh Gp 2 gen prec bernfrac 1 1 bernfrac L 1 gen bernpol 1 1 bernpol LDn 1 gen bernreal 1 1 bernreal Lp 2 gen prec bernvec 1 1 bernvec L 1 gen besselh1 1 1 hbessel1 GGp 2 gen prec besselh2 1 1 hbessel2 GGp 2 gen prec besseli 1 1 ibessel GGp 2 gen prec besselj 1 1 jbessel GGp 2 gen prec besseljh 1 1 jbesselh GGp 2 gen prec besselk 1 1 kbessel GGp 2 gen prec besseln 1 1 nbessel GGp 2 gen prec bestappr 1 1 bestappr GDG 1 gen bestapprPade 1 1 bestapprPade GD-1,L, 1 gen bezout 1 1 gcdext0 GG 1 gen bezoutres 1 1 polresultantext0 GGDn 1 gen bigomega 1 1 bigomega G 1 small binary 1 1 binaire G 1 gen binomial 1 1 binomial GL 1 gen bitand 2 0 2 ${parens 1 code}&${parens 2 code} 2 small small 2 small parens gbitand(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitand GG 1 gen bitneg 1 1 gbitneg GD-1,L, 1 gen bitnegimply 2 0 2 ${parens 1 code}&~${parens 2 code} 2 small small 2 small parens gbitnegimply(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitnegimply GG 1 gen bitor 2 0 2 ${parens 1 code}|${parens 2 code} 2 small small 2 small parens gbitor(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitor GG 1 gen bittest 2 0 3 (${parens 1 code}>>${parens 2 code})&1 2 small small 2 bool parens bittest(${1 code}, ${2 code}) 2 int small 1 bool gbittest(${1 code}, ${2 code}) 2 gen small 1 gen 1 gbittest GL 1 gen bitxor 2 0 2 ${parens 1 code}^${parens 2 code} 2 small small 2 small parens gbitxor(${1 code}, ${2 code}) 2 gen gen 1 int 1 gbitxor GG 1 gen bnfcertify 1 1 bnfcertify0 GD0,L, 1 small bnfcompress 1 1 bnfcompress G 1 gen bnfdecodemodule 1 1 decodemodule GG 1 gen bnfinit 2 0 4 Buchall(${1 code}, 0, prec) 1 gen 2 bnf prec Buchall(${1 code}, 0, prec) 2 gen 0 2 bnf prec Buchall(${1 code}, nf_FORCE, prec) 2 gen 1 2 bnf prec bnfinit0(${1 code}, ${2 code}, ${3 code}, prec) 3 gen ?small ?gen 2 bnf prec 1 bnfinit0 GD0,L,DGp 2 gen prec bnfisintnorm 1 1 bnfisintnorm GG 1 gen bnfisnorm 1 1 bnfisnorm GGD1,L, 1 gen bnfisprincipal 1 1 bnfisprincipal0 GGD1,L, 1 gen bnfissunit 1 1 bnfissunit GGG 1 gen bnfisunit 1 1 bnfisunit GG 1 gen bnfnarrow 1 1 buchnarrow G 1 gen bnfsignunit 1 1 signunits G 1 gen bnfsunit 1 1 bnfsunit GGp 2 gen prec bnrL1 1 1 bnrL1 GDGD0,L,p 2 gen prec bnrclassno 1 1 bnrclassno0 GDGDG 1 gen bnrclassnolist 1 1 bnrclassnolist GG 1 gen bnrconductor 1 1 bnrconductor0 GDGDGD0,L, 1 gen bnrconductorofchar 1 1 bnrconductorofchar GG 1 gen bnrdisc 1 1 bnrdisc0 GDGDGD0,L, 1 gen bnrdisclist 1 1 bnrdisclist0 GGDG 1 gen bnrinit 2 0 1 bnrinit0(${1 code}, ${2 code}, ${3 code}) 3 gen gen ?small 1 bnr 1 bnrinit0 GGD0,L, 1 gen bnrisconductor 1 1 bnrisconductor0 GDGDG 1 small bnrisprincipal 1 1 bnrisprincipal GGD1,L, 1 gen bnrrootnumber 1 1 bnrrootnumber GGD0,L,p 2 gen prec bnrstark 1 1 bnrstark GDGp 2 gen prec break 1 1 break0 D1,L, 1 gen breakpoint 1 1 pari_breakpoint 1 void ceil 2 0 5 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens ceilr(${1 code}) 1 real 1 int mpceil(${1 code}) 1 mp 1 int gceil(${1 code}) 1 gen 1 gen 1 gceil G 1 gen centerlift 2 0 6 centerlift(${1 code}) 1 pol 1 pol centerlift(${1 code}) 1 vec 1 vec centerlift(${1 code}) 1 gen 1 gen centerlift0(${1 code}, ${2 code}) 2 pol var 1 pol centerlift0(${1 code}, ${2 code}) 2 vec var 1 vec centerlift0(${1 code}, ${2 code}) 2 gen var 1 gen 1 centerlift0 GDn 1 gen characteristic 1 1 characteristic G 2 gen copy charpoly 1 1 charpoly0 GDnD5,L, 1 gen chinese 2 0 2 chinese1(${1 code}) 1 gen 1 gen chinese(${1 code}, ${2 code}) 2 gen gen 1 gen 1 chinese GDG 1 gen clone 1 0 8 ${1 code} 1 small 2 small parens gclone(${1 code}) 1 int 1 int gclone(${1 code}) 1 real 1 real gclone(${1 code}) 1 mp 1 mp gclone(${1 code}) 1 vecsmall 1 vecsmall gclone(${1 code}) 1 vec 1 vec gclone(${1 code}) 1 pol 1 pol gclone(${1 code}) 1 gen 1 gen cmp 1 1 cmp_universal GG 1 small_int component 2 0 2 err_get_compo(${1 code}, ${2 code}) 2 error small 1 gen compo(${1 code},${2 code}) 2 gen small 1 gen 1 compo GL 1 gen concat 2 0 8 concat(${1 code}, ${2 code}) 2 mp mp 1 vec concat(${1 code}, ${2 code}) 2 vec mp 1 vec concat(${1 code}, ${2 code}) 2 mp vec 1 vec concat(${1 code}, ${2 code}) 2 vec vec 1 vec concat(${1 code}, ${2 code}) 2 list list 1 list concat(${1 code}, ${2 code}) 2 genstr gen 1 genstr concat(${1 code}, ${2 code}) 2 gen genstr 1 genstr concat(${1 code}, ${2 code}) 2 gen ?gen 1 gen 1 concat GDG 1 gen conj 1 1 gconj G 1 gen conjvec 1 1 conjvec Gp 2 gen prec content 1 1 content G 1 gen contfrac 1 1 contfrac0 GDGD0,L, 1 gen contfracpnqn 1 1 contfracpnqn GD-1,L, 1 gen copy 1 0 8 ${1 code} 1 small 2 small parens icopy(${1 code}) 1 int 1 int gcopy(${1 code}) 1 real 1 real gcopy(${1 code}) 1 mp 1 mp gcopy(${1 code}) 1 vecsmall 1 vecsmall gcopy(${1 code}) 1 vec 1 vec gcopy(${1 code}) 1 pol 1 pol gcopy(${1 code}) 1 gen 1 gen core 1 1 core0 GD0,L, 1 gen coredisc 1 1 coredisc0 GD0,L, 1 gen cos 1 1 gcos Gp 2 gen prec cosh 1 1 gcosh Gp 2 gen prec cotan 1 1 gcotan Gp 2 gen prec dbg_down 1 1 dbg_down D1,L, 1 void dbg_err 1 1 dbg_err 1 gen dbg_up 1 1 dbg_up D1,L, 1 void dbg_x 1 1 dbgGEN GD-1,L, 1 void default 2 0 16 getrealprecision() 1 "realprecision" 2 small prec setrealprecision(${2 code}, &prec) 2 "realprecision" small 2 small prec precdl 1 "seriesprecision" 1 small precdl = ${2 code} 2 "seriesprecision" small 2 small parens DEBUGLEVEL 1 "debug" 1 small DEBUGLEVEL = ${2 code} 2 "debug" small 2 small parens DEBUGMEM 1 "debugmem" 1 small DEBUGMEM = ${2 code} 2 "debugmem" small 2 small parens DEBUGFILES 1 "debugfiles" 1 small DEBUGFILES = ${2 code} 2 "debugfiles" small 2 small parens factor_add_primes 1 "factor_add_primes" 1 small factor_add_primes = ${2 code} 2 "factor_add_primes" small 1 small factor_proven 1 "factor_proven" 1 small factor_proven = ${2 code} 2 "factor_proven" small 1 small new_galois_format 1 "new_galois_format" 1 small new_galois_format = ${2 code} 2 "new_galois_format" small 1 small 1 default0 DrDs 1 gen denominator 1 1 denom G 1 gen deriv 1 1 deriv GDn 1 gen derivnum 3 0 1 derivnum(${2 cookie}, ${2 wrapper}, ${1 code}, prec) 2 gen gen 2 gen prec 1 derivnum0 V=GEp 2 gen prec 2 2 _wrap_G diffop 2 0 2 diffop(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen ?1 1 gen diffop0(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen small 1 gen 1 diffop0 GGGD1,L, 1 gen digits 1 1 digits GDG 1 gen dilog 1 1 dilog Gp 2 gen prec dirdiv 1 1 dirdiv GG 1 gen direuler 3 0 1 direuler(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}) 4 gen gen closure ?gen 1 gen 1 direuler0 V=GGEDG 1 gen 2 3 _wrap_G dirmul 1 1 dirmul GG 1 gen dirzetak 1 1 dirzetak GG 1 gen divisors 2 0 1 divisors(${1 code}) 1 gen 1 vec 1 divisors G 1 gen divrem 1 1 divrem GGDn 1 gen eint1 1 1 veceint1 GDGp 2 gen prec ellL1 1 1 ellL1 GLp 2 gen prec elladd 1 1 elladd GGG 1 gen ellak 1 1 akell GG 1 gen ellan 1 1 anell GL 1 gen ellanalyticrank 1 1 ellanalyticrank GDGp 2 gen prec ellap 1 1 ellap GDG 1 gen ellbil 1 1 bilhell GGGp 2 gen prec ellcard 1 1 ellcard GDG 1 gen ellchangecurve 2 0 1 ellchangecurve(${1 code}, ${2 code}) 2 gen gen 1 ell 1 ellchangecurve GG 1 gen ellchangepoint 1 1 ellchangepoint GG 1 gen ellchangepointinv 1 1 ellchangepointinv GG 1 gen ellconvertname 1 1 ellconvertname G 1 gen elldivpol 1 1 elldivpol GLDn 1 gen elleisnum 1 1 elleisnum GLD0,L,p 2 gen prec elleta 1 1 elleta Gp 2 gen prec ellfromj 1 1 ellfromj G 1 gen ellgenerators 1 1 ellgenerators G 1 gen ellglobalred 2 0 1 ellglobalred(${1 code}) 1 gen 1 gen 1 ellglobalred G 1 gen ellgroup 1 1 ellgroup0 GDGD0,L, 1 gen ellheegner 1 1 ellheegner G 1 gen ellheight 1 1 ellheight0 GGD2,L,p 2 gen prec ellheightmatrix 1 1 mathell GGp 2 gen prec ellidentify 1 1 ellidentify G 1 gen ellinit 2 0 1 ellinit(${1 code}, ${2 code}, prec) 3 gen gen small 2 ell prec 1 ellinit GDGp 2 gen prec ellisoncurve 1 1 ellisoncurve GG 1 gen ellj 1 1 jell Gp 2 gen prec elllocalred 1 1 elllocalred GG 1 gen elllog 1 1 elllog GGGDG 1 gen elllseries 1 1 elllseries GGDGp 2 gen prec ellminimalmodel 1 1 ellminimalmodel GD& 1 gen ellmodulareqn 1 1 ellmodulareqn LDnDn 1 gen ellmul 1 1 ellmul GGG 1 gen ellneg 1 1 ellneg GG 1 gen ellorder 1 1 ellorder GGDG 1 gen ellordinate 1 1 ellordinate GGp 2 gen prec ellperiods 1 1 ellperiods GD0,L,p 2 gen prec ellpointtoz 1 1 zell GGp 2 gen prec ellpow 1 1 ellmul GGG 1 gen ellrootno 1 1 ellrootno GDG 1 small ellsearch 1 1 ellsearch G 1 gen ellsigma 1 1 ellsigma GDGD0,L,p 2 gen prec ellsub 1 1 ellsub GGG 1 gen elltaniyama 1 1 elltaniyama GDP 1 gen elltatepairing 1 1 elltatepairing GGGG 1 gen elltors 1 1 elltors0 GD0,L, 1 gen ellweilpairing 1 1 ellweilpairing GGGG 1 gen ellwp 1 1 ellwp0 GDGD0,L,p 2 gen prec ellzeta 1 1 ellzeta GDGp 2 gen prec ellztopoint 1 1 pointell GGp 2 gen prec erfc 1 1 gerfc Gp 2 gen prec errname 2 0 1 err_get_num(${1 code}) 1 gen 1 errtyp 1 errname G 1 gen error 2 0 2 pari_err(0, ${1 code}) 1 error 1 void pari_err(e_MISC, "${2 format_string}"${2 format_args}) 2 ?gen ... 1 void 1 error0 s* 1 void eta 1 1 eta0 GD0,L,p 2 gen prec eulerphi 2 0 1 eulerphi(${1 code}) 1 gen 1 int 1 eulerphi G 1 gen eval 2 0 1 geval(${1 code}) 1 gen 1 gen 1 geval_gp GC 1 gen exp 2 0 3 mpexp(${1 code}) 1 real 1 real gexp(${1 code}, prec) 1 mp 2 mp prec gexp(${1 code}, prec) 1 gen 2 gen prec 1 gexp Gp 2 gen prec expm1 2 0 1 mpexpm1(${1 code}) 1 real 1 real 1 gexpm1 Gp 2 gen prec extern 1 1 extern0 s 1 gen externstr 1 1 externstr s 1 gen factor 2 0 3 Z_factor(${1 code}) 2 int ?-1 1 vec factor(${1 code}) 2 gen ?-1 1 vec factor0(${1 code}, ${2 code}) 2 gen small 1 vec 1 gp_factor0 GDG 1 gen factorback 2 0 3 factorback(${1 code}) 1 gen 1 gen factorback(${1 code}) 2 gen 1 gen factorback2(${1 code}, ${2 code}) 2 gen gen 1 gen 1 factorback2 GDG 1 gen factorcantor 1 1 factcantor GG 1 gen factorff 1 1 factorff GDGDG 1 gen factorial 1 1 mpfactr Lp 2 gen prec factorint 1 1 factorint GD0,L, 1 gen factormod 1 1 factormod0 GGD0,L, 1 gen factornf 1 1 polfnf GG 1 gen factorpadic 1 1 factorpadic0 GGLD0,L, 1 gen ffgen 1 1 ffgen GDn 1 gen ffinit 2 0 1 ffinit(${1 code}, ${2 code}, ${3 code}) 3 int small ?var 1 pol 1 ffinit GLDn 1 gen fflog 1 1 fflog GGDG 1 gen ffnbirred 2 0 3 ffnbirred(${1 code}, ${2 code}) 3 int small ?0 1 int ffsumnbirred(${1 code}, ${2 code}) 3 int small 1 1 int ffnbirred0(${1 code}, ${2 code}, ${3 code}) 3 int small ?small 1 int 1 ffnbirred0 GLD0,L, 1 gen fforder 1 1 fforder GDG 1 gen ffprimroot 1 1 ffprimroot GD& 1 gen fibonacci 1 1 fibo L 1 gen floor 2 0 5 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens floorr(${1 code}) 1 real 1 int mpfloor(${1 code}) 1 mp 1 int gfloor(${1 code}) 1 gen 1 gen 1 gfloor G 1 gen for 1 1 forpari V=GGI 1 void forcomposite 2 1 forcomposite V=GDGI 1 void 3 1 3 forcomposite _forcomposite_init _forcomposite_next 3 gen gen ?gen 0 fordiv 1 1 fordiv GVI 1 void forell 3 0 1 forell(${4 cookie}, ${4 wrapper}, ${2 code}, ${3 code}) 4 small small closure 1 void 1 forell0 VLLI 1 void 2 4 _wrap_vG forpart 4 0 1 forpart(${2 cookie}, ${2 wrapper}, ${1 code}, ${3 code}, ${4 code}) 4 small closure ?gen ?gen 1 void 1 forpart0 V=GIDGDG 1 void 2 4 _wrap_vG 3 1 3 forpart _forpart_init _forpart_next 4 gen small ?gen ?gen 0 forprime 2 1 forprime V=GDGI 1 void 3 4 3 forprime _u_forprime_init _u_forprime_next 3 *notype small small 0 3 forprime _u_forprime_init _u_forprime_next 3 *small gen ?gen 0 3 forprime _forprime_init _forprime_next_ 3 *int gen ?gen 0 3 forprime _forprime_init _forprime_next_ 3 gen gen ?gen 0 forqfvec 1 1 forqfvec0 VGDGI 1 void forstep 1 1 forstep V=GGGI 1 void forsubgroup 3 0 1 forsubgroup(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}) 3 gen ?gen closure 1 void 1 forsubgroup0 V=GDGI 1 void 2 3 _wrap_vG forvec 2 1 forvec V=GID0,L, 1 void 3 1 3 forvec _forvec_init _forvec_next 3 gen gen ?small 0 frac 1 1 gfrac G 1 gen galoisexport 1 1 galoisexport GD0,L, 1 gen galoisfixedfield 2 0 1 galoisfixedfield(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen ?small ?var 1 vec 1 galoisfixedfield GGD0,L,Dn 1 gen galoisgetpol 2 0 4 galoisnbpol(${1 code}) 1 small 1 int galoisnbpol(${1 code}) 2 small 1 int galoisnbpol(${1 code}) 3 small 1 int galoisgetpol(${1 code}, ${2 code} ,${3 code}) 3 small small small 1 vec 1 galoisgetpol LD0,L,D1,L, 1 gen galoisidentify 1 1 galoisidentify G 1 gen galoisinit 2 0 1 galoisinit(${1 code}, ${2 code}) 2 gen ?int 1 gal 1 galoisinit GDG 1 gen galoisisabelian 1 1 galoisisabelian GD0,L, 1 gen galoisisnormal 1 1 galoisisnormal GG 1 small galoispermtopol 1 1 galoispermtopol GG 1 gen galoissubcyclo 1 1 galoissubcyclo GDGD0,L,Dn 1 gen galoissubfields 1 1 galoissubfields GD0,L,Dn 1 gen galoissubgroups 1 1 galoissubgroups G 1 gen gamma 1 1 ggamma Gp 2 gen prec gammah 1 1 ggammah Gp 2 gen prec gcd 2 0 4 cgcd(${1 code}, ${2 code}) 2 small small 1 small gcdii(${1 code}, ${2 code}) 2 int int 1 int content(${1 code}) 1 gen 1 gen ggcd(${1 code}, ${2 code}) 2 gen gen 1 gen 1 ggcd0 GDG 1 gen gcdext 1 1 gcdext0 GG 1 gen genus2red 1 1 genus2red GGDG 1 gen getabstime 1 1 getabstime 1 small getenv 1 1 gp_getenv s 1 gen getheap 1 1 getheap 1 gen getrand 1 1 getrand 1 gen getstack 1 1 getstack 1 small gettime 1 1 gettime 1 small global 0 hammingweight 1 1 hammingweight G 1 small hilbert 1 1 hilbert GGDG 1 small hyperu 1 1 hyperu GGGp 2 gen prec idealadd 1 1 idealadd GGG 1 gen idealaddtoone 1 1 idealaddtoone0 GGDG 1 gen idealappr 1 1 idealappr0 GGD0,L, 1 gen idealchinese 1 1 idealchinese GGG 1 gen idealcoprime 1 1 idealcoprime GGG 1 gen idealdiv 2 0 4 idealdiv(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen ?0 1 gen idealdivexact(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen 1 1 gen $"invalid flag in idealdiv" 4 gen gen gen #small 1 gen idealdiv0(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen small 1 gen 1 idealdiv0 GGGD0,L, 1 gen idealfactor 1 1 idealfactor GG 1 gen idealfactorback 1 1 idealfactorback GGDGD0,L, 1 gen idealfrobenius 1 1 idealfrobenius GGG 1 gen idealhnf 1 1 idealhnf0 GGDG 1 gen idealintersect 1 1 idealintersect GGG 1 gen idealinv 2 0 1 idealinv(${1 code}, ${2 code}) 2 gen gen 1 gen 1 idealinv GG 1 gen ideallist 1 1 ideallist0 GLD4,L, 1 gen ideallistarch 1 1 ideallistarch GGG 1 gen ideallog 1 1 ideallog GGG 1 gen idealmin 1 1 idealmin GGDG 1 gen idealmul 2 0 4 idealmul(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen ?0 1 gen idealmulred(${1 code}, ${2 code}, ${3 code}) 4 gen gen gen 1 1 gen $"invalid flag in idealmul" 4 gen gen gen #small 1 gen idealmul0(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen gen small 1 gen 1 idealmul0 GGGD0,L, 1 gen idealnorm 1 1 idealnorm GG 1 gen idealnumden 1 1 idealnumden GG 1 gen idealpow 1 1 idealpow0 GGGD0,L, 1 gen idealprimedec 1 1 idealprimedec GG 1 gen idealprincipalunits 1 1 idealprincipalunits GGL 1 gen idealramgroups 1 1 idealramgroups GGG 1 gen idealred 1 1 idealred0 GGDG 1 gen idealstar 1 1 idealstar0 GGD1,L, 1 gen idealtwoelt 1 1 idealtwoelt0 GGDG 1 gen idealval 1 1 idealval GGG 1 small if 1 1 ifpari GDEDE 1 gen iferr 1 1 iferrpari EVEDE 1 gen imag 1 1 gimag G 1 gen incgam 1 1 incgam0 GGDGp 2 gen prec incgamc 1 1 incgamc GGp 2 gen prec inline 0 input 1 1 input0 1 gen install 1 1 gpinstall rrD"",r,D"",s, 1 void intcirc 3 0 1 intcirc(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, prec) 4 gen gen gen ?gen 2 gen prec 1 intcirc0 V=GGEDGp 2 gen prec 2 3 _wrap_G intformal 1 1 integ GDn 1 gen intfouriercos 3 0 1 intfouriercos(${4 cookie}, ${4 wrapper}, ${1 code}, ${2 code}, ${3 code}, ${5 code}, prec) 5 gen gen gen gen ?gen 2 gen prec 1 intfourcos0 V=GGGEDGp 2 gen prec 2 4 _wrap_G intfourierexp 3 0 1 intfourierexp(${4 cookie}, ${4 wrapper}, ${1 code}, ${2 code}, ${3 code}, ${5 code}, prec) 5 gen gen gen gen ?gen 2 gen prec 1 intfourexp0 V=GGGEDGp 2 gen prec 2 4 _wrap_G intfouriersin 3 0 1 intfouriercos(${4 cookie}, ${4 wrapper}, ${1 code}, ${2 code}, ${3 code}, ${5 code}, prec) 5 gen gen gen gen ?gen 2 gen prec 1 intfoursin0 V=GGGEDGp 2 gen prec 2 4 _wrap_G intfuncinit 3 0 1 intfuncinit(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, ${5 code}, prec) 5 gen gen gen ?small ?small 2 gen prec 1 intfuncinit0 V=GGED0,L,D0,L,p 2 gen prec 2 3 _wrap_G intlaplaceinv 3 0 1 intlaplaceinv(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, prec) 4 gen gen gen ?gen 2 gen prec 1 intlaplaceinv0 V=GGEDGp 2 gen prec 2 3 _wrap_G intmellininv 3 0 1 intmellininv(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, prec) 4 gen gen gen ?gen 2 gen prec 1 intmellininv0 V=GGEDGp 2 gen prec 2 3 _wrap_G intmellininvshort 1 1 intmellininvshort GGGp 2 gen prec intnum 3 0 1 intnum(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, prec) 4 gen gen gen ?gen 2 gen prec 1 intnum0 V=GGEDGp 2 gen prec 2 3 _wrap_G intnuminit 1 1 intnuminit GGD0,L,p 2 gen prec intnuminitgen 1 1 intnuminitgen0 VGGED0,L,D0,L,p 2 gen prec intnumromb 3 0 1 intnumromb(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, prec) 4 gen gen gen ?small 2 gen prec 1 intnumromb0 V=GGED0,L,p 2 gen prec 2 3 _wrap_G intnumstep 1 1 intnumstep p 2 small prec isfundamental 2 0 2 Z_isfundamental(${1 code}) 1 int 1 bool isfundamental(${1 code}) 1 gen 1 bool 1 isfundamental G 1 small ispolygonal 1 1 ispolygonal GGD& 1 small ispower 2 0 2 Z_isanypower(${1 code}, NULL) 1 int 1 small Z_isanypower(${1 code}, &${2 code}) 2 int &int 1 small 1 ispower GDGD& 1 small ispowerful 1 1 ispowerful G 1 small isprime 2 0 4 isprime(${1 code}) 2 int ?0 1 bool plisprime(${1 code}, 0) 2 int 1 1 bool plisprime(${1 code}, 1) 2 int 2 1 gen gisprime(${1 code}, ${2 code}) 2 gen ?small 1 gen 1 gisprime GD0,L, 1 gen isprimepower 1 1 isprimepower GD& 1 small ispseudoprime 2 0 4 BPSW_psp(${1 code}) 2 int ?0 1 bool millerrabin(${1 code},${2 code}) 2 int #small 1 bool ispseudoprime(${1 code}, ${2 code}) 2 int small 1 bool gispseudoprime(${1 code}, ${2 code}) 2 gen ?small 1 bool 1 gispseudoprime GD0,L, 1 gen issquare 2 0 4 Z_issquare(${1 code}) 1 int 1 bool issquare(${1 code}) 1 gen 1 bool Z_issquarerem(${1 code}, &${2 code}) 2 int &int 1 bool issquareall(${1 code}, &${2 code}) 2 gen &gen 1 bool 1 issquareall GD& 1 small issquarefree 2 0 1 issquarefree(${1 code}) 1 gen 1 bool 1 issquarefree G 1 small istotient 1 1 istotient GD& 1 small kill 1 1 kill0 r 1 void kronecker 2 0 4 kross(${1 code}, ${2 code}) 2 small small 1 small krois(${1 code}, ${2 code}) 2 int small 1 small krosi(${1 code}, ${2 code}) 2 small int 1 small kronecker(${1 code}, ${2 code}) 2 gen gen 1 small 1 kronecker GG 1 small lambertw 1 1 glambertW Gp 2 gen prec lcm 2 0 3 lcmii(${1 code}, ${2 code}) 2 int int 1 int glcm0(${1 code}, NULL) 1 gen 1 gen glcm(${1 code}, ${2 code}) 2 gen gen 1 gen 1 glcm0 GDG 1 gen length 2 0 4 lg(${1 code}) 1 vecsmall 1 lg lg(${1 code}) 1 vec 1 lg lgpol(${1 code}) 1 pol 1 small glength(${1 code}) 1 gen 1 small 1 glength G 1 small lex 1 1 lexcmp GG 1 small_int lift 2 0 6 lift(${1 code}) 1 pol 1 pol lift(${1 code}) 1 vec 1 vec lift(${1 code}) 1 gen 1 gen lift0(${1 code}, ${2 code}) 2 pol var 1 pol lift0(${1 code}, ${2 code}) 2 vec var 1 vec lift0(${1 code}, ${2 code}) 2 gen var 1 gen 1 lift0 GDn 1 gen liftall 2 0 3 liftall(${1 code}) 1 pol 1 pol liftall(${1 code}) 1 vec 1 vec liftall(${1 code}) 1 gen 1 gen 1 liftall G 1 gen liftint 2 0 3 liftint(${1 code}) 1 pol 1 pol liftint(${1 code}) 1 vec 1 vec liftint(${1 code}) 1 gen 1 gen 1 liftint G 1 gen liftpol 2 0 3 liftpol(${1 code}) 1 pol 1 pol liftpol(${1 code}) 1 vec 1 vec liftpol(${1 code}) 1 gen 1 gen 1 liftpol G 1 gen lindep 1 1 lindep0 GD0,L, 1 gen listcreate 2 0 1 listcreate() 1 ?gen 1 list 1 listcreate D0,L, 1 gen listinsert 2 0 1 listinsert(${1 code}, ${2 code}, ${3 code}) 3 list gen small 1 gen 1 listinsert WGL 1 gen listkill 1 1 listkill G 1 void listpop 2 0 1 listpop(${1 code}, ${2 code}) 2 list small 1 void 1 listpop WD0,L, 1 void listput 2 0 1 listput(${1 code}, ${2 code}, ${3 code}) 3 list gen small 1 gen 1 listput WGD0,L, 1 gen listsort 1 1 listsort WD0,L, 1 void lngamma 1 1 glngamma Gp 2 gen prec local 0 log 2 0 1 glog(${1 code}, prec) 1 gen 2 gen prec 1 glog Gp 2 gen prec logint 2 0 2 expi(${1 code}) 2 gen 2 1 small logint0(${1 code}, ${2 code}, &${3 code}) 3 gen gen &int 1 small 1 logint0 GGD& 1 small matadjoint 1 1 matadjoint0 GD0,L, 1 gen matalgtobasis 1 1 matalgtobasis GG 1 gen matbasistoalg 1 1 matbasistoalg GG 1 gen matcompanion 1 1 matcompanion G 1 gen matconcat 1 1 matconcat G 1 gen matdet 2 0 4 det(${1 code}) 2 gen ?0 1 gen det2(${1 code}) 2 gen 1 1 gen $"incorrect flag in matdet" 2 gen #small 1 gen det0(${1 code}, ${2 code}) 2 gen small 1 gen 1 det0 GD0,L, 1 gen matdetint 1 1 detint G 1 gen matdiagonal 1 1 diagonal G 1 gen mateigen 1 1 mateigen GD0,L,p 2 gen prec matfrobenius 1 1 matfrobenius GD0,L,Dn 1 gen mathess 1 1 hess G 1 gen mathilbert 1 1 mathilbert L 1 gen mathnf 1 1 mathnf0 GD0,L, 1 gen mathnfmod 1 1 hnfmod GG 1 gen mathnfmodid 1 1 hnfmodid GG 1 gen mathouseholder 1 1 mathouseholder GG 1 gen matid 2 0 1 matid(${1 code}) 1 small 1 vec 1 matid L 1 gen matimage 2 0 4 image(${1 code}) 2 gen ?0 1 vec image2(${1 code}) 2 gen 1 1 vec $"incorrect flag in matimage" 2 gen #small 0 matimage0(${1 code}, ${2 code}) 2 gen small 1 vec 1 matimage0 GD0,L, 1 gen matimagecompl 2 0 1 imagecompl(${1 code}) 1 gen 1 vecsmall 1 imagecompl G 1 gen matindexrank 1 1 indexrank G 1 gen matintersect 1 1 intersect GG 1 gen matinverseimage 1 1 inverseimage GG 1 gen matisdiagonal 1 1 isdiagonal G 1 small_int matker 2 0 4 ker(${1 code}) 2 gen ?0 1 vec keri(${1 code}) 2 gen 1 1 vec $"incorrect flag in matker" 2 gen #small 0 matker0(${1 code}, ${2 code}) 2 gen small 1 vec 1 matker0 GD0,L, 1 gen matkerint 1 1 matkerint0 GD0,L, 1 gen matmuldiagonal 1 1 matmuldiagonal GG 1 gen matmultodiagonal 1 1 matmultodiagonal GG 1 gen matpascal 1 1 matqpascal LDG 1 gen matqr 1 1 matqr GD0,L,p 2 gen prec matrank 1 1 rank G 1 small matrix 1 1 matrice GGDVDVDE 1 gen matrixqz 1 1 matrixqz0 GDG 1 gen matsize 1 1 matsize G 1 gen matsnf 1 1 matsnf0 GD0,L, 1 gen matsolve 1 1 gauss GG 1 gen matsolvemod 1 1 matsolvemod0 GGGD0,L, 1 gen matsupplement 1 1 suppl G 1 gen mattranspose 1 1 gtrans G 1 gen max 2 0 10 maxss(${1 code}, ${2 code}) 2 small small 1 small gmaxsg(${1 code}, ${2 code}) 2 small int 1 int gmaxgs(${1 code}, ${2 code}) 2 int small 1 int gmax(${1 code}, ${2 code}) 2 int int 1 int gmaxsg(${1 code}, ${2 code}) 2 small mp 1 mp gmaxgs(${1 code}, ${2 code}) 2 mp small 1 mp gmax(${1 code}, ${2 code}) 2 mp mp 1 mp gmaxsg(${1 code}, ${2 code}) 2 small gen 1 gen gmaxgs(${1 code}, ${2 code}) 2 gen small 1 gen gmax(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmax GG 1 gen min 2 0 10 minss(${1 code}, ${2 code}) 2 small small 1 small gminsg(${1 code}, ${2 code}) 2 small int 1 int gmings(${1 code}, ${2 code}) 2 int small 1 int gmin(${1 code}, ${2 code}) 2 int int 1 int gminsg(${1 code}, ${2 code}) 2 small mp 1 mp gmings(${1 code}, ${2 code}) 2 mp small 1 mp gmin(${1 code}, ${2 code}) 2 mp mp 1 mp gminsg(${1 code}, ${2 code}) 2 small gen 1 gen gmings(${1 code}, ${2 code}) 2 gen small 1 gen gmin(${1 code}, ${2 code}) 2 gen gen 1 gen 1 gmin GG 1 gen minpoly 1 1 minpoly GDn 1 gen modreverse 1 1 modreverse G 1 gen moebius 1 1 moebius G 1 small my 0 newtonpoly 1 1 newtonpoly GG 1 gen next 1 1 next0 D1,L, 1 gen nextprime 2 0 1 nextprime(${1 code}) 1 gen 1 int 1 nextprime G 1 gen nfalgtobasis 1 1 algtobasis GG 1 gen nfbasis 1 1 nfbasis_gp GDGDG 1 gen nfbasistoalg 1 1 basistoalg GG 1 gen nfcertify 1 1 nfcertify G 1 gen nfdetint 1 1 nfdetint GG 1 gen nfdisc 1 1 nfdisc_gp GDGDG 1 gen nfeltadd 1 1 nfadd GGG 1 gen nfeltdiv 1 1 nfdiv GGG 1 gen nfeltdiveuc 1 1 nfdiveuc GGG 1 gen nfeltdivmodpr 1 1 nfdivmodpr GGGG 1 gen nfeltdivrem 1 1 nfdivrem GGG 1 gen nfeltmod 1 1 nfmod GGG 1 gen nfeltmul 1 1 nfmul GGG 1 gen nfeltmulmodpr 1 1 nfmulmodpr GGGG 1 gen nfeltnorm 1 1 nfnorm GG 1 gen nfeltpow 1 1 nfpow GGG 1 gen nfeltpowmodpr 1 1 nfpowmodpr GGGG 1 gen nfeltreduce 1 1 nfreduce GGG 1 gen nfeltreducemodpr 1 1 nfreducemodpr GGG 1 gen nfelttrace 1 1 nftrace GG 1 gen nfeltval 1 1 nfval GGG 1 small nffactor 1 1 nffactor GG 1 gen nffactorback 1 1 nffactorback GGDG 1 gen nffactormod 1 1 nffactormod GGG 1 gen nfgaloisapply 1 1 galoisapply GGG 1 gen nfgaloisconj 1 1 galoisconj0 GD0,L,DGp 2 gen prec nfhilbert 1 1 nfhilbert0 GGGDG 1 small nfhnf 1 1 nfhnf GG 1 gen nfhnfmod 1 1 nfhnfmod GGG 1 gen nfinit 2 0 8 nfinit0(${1 code}, 0, prec) 2 gen ?0 2 nf prec nfinit0(${1 code}, 1, prec) 2 gen 1 2 nf prec nfinit0(${1 code}, 2, prec) 2 gen 2 2 nf prec nfinit0(${1 code}, 3, prec) 2 gen 3 2 gen prec nfinit0(${1 code}, 4, prec) 2 gen 4 2 nf prec nfinit0(${1 code}, 5, prec) 2 gen 5 2 gen prec $"incorrect flag in nfinit" 2 gen #small 1 void nfinit0(${1 code}, ${2 code}, prec) 2 gen small 2 gen prec 1 nfinit0 GD0,L,p 2 gen prec nfisideal 1 1 isideal GG 1 small nfisincl 1 1 nfisincl GG 1 gen nfisisom 1 1 nfisisom GG 1 gen nfkermodpr 1 1 nfkermodpr GGG 1 gen nfmodprinit 1 1 nfmodprinit GG 1 gen nfnewprec 1 1 nfnewprec Gp 2 gen prec nfroots 1 1 nfroots DGG 1 gen nfrootsof1 1 1 rootsof1 G 1 gen nfsnf 1 1 nfsnf GG 1 gen nfsolvemodpr 1 1 nfsolvemodpr GGGG 1 gen nfsubfields 1 1 nfsubfields GD0,L, 1 gen norm 1 1 gnorm G 1 gen norml2 1 1 gnorml2 G 1 gen normlp 1 1 gnormlp GDGp 2 gen prec numbpart 1 1 numbpart G 1 gen numdiv 2 0 1 numdiv(${1 code}) 1 gen 1 int 1 numdiv G 1 gen numerator 1 1 numer G 1 gen numtoperm 1 1 numtoperm LG 1 gen omega 1 1 omega G 1 small padicappr 1 1 padicappr GG 1 gen padicfields 1 1 padicfields0 GGD0,L, 1 gen padicprec 1 1 padicprec GG 1 small parapply 1 1 parapply GG 1 gen pareval 1 1 pareval G 1 gen parfor 1 1 parfor V=GDGJDVDI 1 void parforprime 1 1 parforprime V=GDGJDVDI 1 void parselect 1 1 parselect GGD0,L, 1 gen parsum 2 0 1 parsum(${1 code}, ${2 code}, ${3 code}, ${4 code}) 4 gen gen closure ?gen 1 gen 1 parsum V=GGJDG 1 gen partitions 1 1 partitions LDGDG 1 gen parvector 2 0 1 parvector(${1 code}, ${3 code}) 3 small closure 1 vec 1 parvector LVJ 1 gen permtonum 1 1 permtonum G 1 gen plot 1 1 plot V=GGEDGDGp 2 void prec plotbox 1 1 rectbox LGG 1 void plotclip 1 1 rectclip L 1 void plotcolor 1 1 rectcolor LL 1 void plotcopy 1 1 rectcopy_gen LLGGD0,L, 1 void plotcursor 1 1 rectcursor L 1 gen plotdraw 1 1 rectdraw_flag GD0,L, 1 void ploth 1 1 ploth V=GGEpD0,M,D0,L,\nParametric|1; Recursive|2; no_Rescale|4; no_X_axis|8; no_Y_axis|16; no_Frame|32; no_Lines|64; Points_too|128; Splines|256; no_X_ticks|512; no_Y_ticks|1024; Same_ticks|2048; Complex|4096 2 gen prec plothraw 1 1 plothraw GGD0,L, 1 gen plothsizes 1 1 plothsizes_flag D0,L, 1 gen plotinit 1 1 initrect_gen LDGDGD0,L, 1 void plotkill 1 1 killrect L 1 void plotlines 1 1 rectlines LGGD0,L, 1 void plotlinetype 1 1 rectlinetype LL 1 void plotmove 1 1 rectmove LGG 1 void plotpoints 1 1 rectpoints LGG 1 void plotpointsize 1 1 rectpointsize LG 1 void plotpointtype 1 1 rectpointtype LL 1 void plotrbox 1 1 rectrbox LGG 1 void plotrecth 1 1 rectploth LV=GGEpD0,M,D0,L,\nParametric|1; Recursive|2; no_Rescale|4; no_X_axis|8; no_Y_axis|16; no_Frame|32; no_Lines|64; Points_too|128; Splines|256; no_X_ticks|512; no_Y_ticks|1024; Same_ticks|2048; Complex|4096 2 gen prec plotrecthraw 1 1 rectplothraw LGD0,L, 1 gen plotrline 1 1 rectrline LGG 1 void plotrmove 1 1 rectrmove LGG 1 void plotrpoint 1 1 rectrpoint LGG 1 void plotscale 1 1 rectscale LGGGG 1 void plotstring 1 1 rectstring3 LsD0,L, 1 void polchebyshev 2 0 3 polchebyshev1(${1 code},${3 code}) 3 small ?1 ?var 1 gen polchebyshev2(${1 code},${3 code}) 3 small 2 ?var 1 gen polchebyshev(${1 code},${2 code},${3 code}) 3 small small ?var 1 gen 1 polchebyshev_eval LD1,L,DG 1 gen polcoeff 2 0 2 constant_term(${1 code}) 2 pol 0 2 gen copy polcoeff0(${1 code}, ${2 code}, ${3 code}) 3 gen small ?var 1 gen 1 polcoeff0 GLDn 1 gen polcompositum 1 1 polcompositum0 GGD0,L, 1 gen polcyclo 2 0 2 polcyclo(${1 code},${2 code}) 2 small ?var 1 gen polcyclo_eval(${1 code},${2 code}) 2 small gen 1 gen 1 polcyclo_eval LDG 1 gen polcyclofactors 1 1 polcyclofactors G 1 gen poldegree 2 0 3 degpol(${1 code}) 1 pol 1 small degree(${1 code}) 1 gen 1 small poldegree(${1 code}, ${2 code}) 2 gen var 1 small 1 poldegree GDn 1 small poldisc 2 0 3 discsr(${1 code}) 1 pol 1 gen poldisc0(${1 code}, -1) 1 gen 1 gen poldisc0(${1 code}, ${2 code}) 2 gen var 1 gen 1 poldisc0 GDn 1 gen poldiscreduced 1 1 reduceddiscsmith G 1 gen polgalois 1 1 polgalois Gp 2 gen prec polgraeffe 1 1 polgraeffe G 1 gen polhensellift 1 1 polhensellift GGGL 1 gen polhermite 2 0 2 polhermite(${1 code},${2 code}) 2 small ?var 1 gen polhermite_eval(${1 code},${2 code}) 2 small gen 1 gen 1 polhermite_eval LDG 1 gen polinterpolate 1 1 polint GDGDGD& 1 gen poliscyclo 1 1 poliscyclo G 1 small poliscycloprod 1 1 poliscycloprod G 1 small polisirreducible 1 1 isirreducible G 1 small pollead 2 0 3 leading_term(${1 code}) 1 pol 2 gen copy pollead(${1 code}, -1) 1 gen 1 gen pollead(${1 code}, ${2 code}) 2 gen var 1 gen 1 pollead GDn 1 gen pollegendre 2 0 2 pollegendre(${1 code},${2 code}) 2 small ?var 1 gen pollegendre_eval(${1 code},${2 code}) 2 small gen 1 gen 1 pollegendre_eval LDG 1 gen polrecip 1 1 polrecip G 1 gen polred 1 1 polred0 GD0,L,DG 1 gen polredabs 1 1 polredabs0 GD0,L, 1 gen polredbest 1 1 polredbest GD0,L, 1 gen polredord 1 1 polredord G 1 gen polresultant 1 1 polresultant0 GGDnD0,L, 1 gen polresultantext 1 1 polresultantext0 GGDn 1 gen polroots 1 1 roots Gp 2 gen prec polrootsff 1 1 polrootsff GDGDG 1 gen polrootsmod 2 0 4 rootmod(${1 code}, ${2 code}) 3 pol int ?0 1 vec rootmod2(${1 code}, ${2 code}) 3 pol int 1 1 vec $"Bad flag in polrootsmod" 3 pol int #small 1 vec rootmod0(${1 code}, ${2 code}, ${3 code}) 3 pol int small 1 vec 1 rootmod0 GGD0,L, 1 gen polrootspadic 1 1 rootpadic GGL 1 gen polsturm 1 1 sturmpart GDGDG 1 small polsubcyclo 1 1 polsubcyclo LLDn 1 gen polsylvestermatrix 1 1 sylvestermatrix GG 1 gen polsym 1 1 polsym GL 1 gen poltchebi 1 1 polchebyshev1 LDn 1 gen poltschirnhaus 1 1 tschirnhaus G 1 gen polylog 1 1 polylog0 LGD0,L,p 2 gen prec polzagier 1 1 polzag LL 1 gen precision 2 0 8 prec2ndec(gprecision(${1 code})) 1 real 1 small precision0(${1 code}, 0) 1 gen 1 int prec2ndec(gprecision(${1 code})) 2 real 0 1 small precision0(${1 code}, 0) 2 gen 0 1 int rtor(${1 code}, ndec2prec(${2 code})) 2 real #small 1 real gprec(${1 code}, ${2 code}) 2 gen #small 1 gen precision0(${1 code}, ${2 code}) 2 real small 1 real precision0(${1 code}, ${2 code}) 2 gen small 1 gen 1 precision0 GD0,L, 1 gen precprime 2 0 1 precprime(${1 code}) 1 gen 1 int 1 precprime G 1 gen prime 1 1 prime L 1 gen primepi 2 0 1 primepi(${1 code}) 1 gen 1 int 1 primepi G 1 gen primes 1 1 primes0 G 1 gen print 2 0 1 pari_printf("${2 format_string}\n"${2 format_args}) 2 ?gen ... 1 void 1 print s* 1 void print1 2 0 1 pari_printf("${2 format_string}"${2 format_args}) 2 ?gen ... 1 void 1 print1 s* 1 void printf 1 1 printf0 ss* 1 void printsep 1 1 printsep ss* 1 void printsep1 1 1 printsep1 ss* 1 void printtex 1 1 printtex s* 1 void prod 1 1 produit V=GGEDG 1 gen prodeuler 1 1 prodeuler0 V=GGEp 2 gen prec prodinf 3 0 1 prodinf(${2 cookie}, ${2 wrapper}, ${1 code}, ${3 code}, prec) 3 gen gen ?small 2 gen prec 1 prodinf0 V=GED0,L,p 2 gen prec 2 2 _wrap_G psdraw 1 1 postdraw_flag GD0,L, 1 void psi 1 1 gpsi Gp 2 gen prec psploth 1 1 postploth V=GGEpD0,L,D0,L, 2 gen prec psplothraw 1 1 postplothraw GGD0,L, 1 gen qfauto 1 1 qfauto0 GDG 1 gen qfautoexport 1 1 qfautoexport GD0,L, 1 gen qfbclassno 1 1 qfbclassno0 GD0,L, 1 gen qfbcompraw 1 1 qfbcompraw GG 1 gen qfbhclassno 1 1 hclassno G 1 gen qfbil 1 1 qfbil GGDG 1 gen qfbnucomp 1 1 nucomp GGG 1 gen qfbnupow 1 1 nupow GG 1 gen qfbpowraw 1 1 qfbpowraw GL 1 gen qfbprimeform 1 1 primeform GGp 2 gen prec qfbred 1 1 qfbred0 GD0,L,DGDGDG 1 gen qfbsolve 1 1 qfbsolve GG 1 gen qfgaussred 1 1 qfgaussred G 1 gen qfisom 1 1 qfisom0 GGDG 1 gen qfisominit 1 1 qfisominit0 GDG 1 gen qfjacobi 1 1 jacobi Gp 2 gen prec qflll 2 0 8 lll(${1 code}) 2 vec ?0 1 vec lllint(${1 code}) 2 vec 1 1 vec lllintpartial(${1 code}) 2 vec 2 1 vec lllkerim(${1 code}) 2 vec 4 1 vec lllkerimgen(${1 code}) 2 vec 5 1 vec lllgen(${1 code}) 2 vec 8 1 vec $"Bad flag in qflll" 2 vec #small 1 vec qflll0(${1 code}, ${2 code}) 2 vec small 1 vec 1 qflll0 GD0,L, 1 gen qflllgram 1 1 qflllgram0 GD0,L, 1 gen qfminim 1 1 qfminim0 GDGDGD0,L,p 2 gen prec qfnorm 1 1 qfnorm GDG 1 gen qfperfection 1 1 perf G 1 gen qfrep 1 1 qfrep0 GGD0,L, 1 gen qfsign 1 1 qfsign G 1 gen quadclassunit 1 1 quadclassunit0 GD0,L,DGp 2 gen prec quaddisc 1 1 quaddisc G 1 gen quadgen 1 1 quadgen G 1 gen quadhilbert 1 1 quadhilbert Gp 2 gen prec quadpoly 1 1 quadpoly0 GDn 1 gen quadray 1 1 quadray GGp 2 gen prec quadregulator 1 1 quadregulator Gp 2 gen prec quadunit 1 1 quadunit G 1 gen quit 1 1 gp_quit D0,L, 1 void random 1 1 genrand DG 1 gen randomprime 1 1 randomprime DG 1 gen read 2 0 1 gp_read_file(${1 code}) 1 str 1 gen 1 read0 D"",s, 1 gen readstr 1 1 readstr D"",s, 1 gen readvec 2 0 1 gp_readvec_file(${1 code}) 1 str 1 gen 1 gp_readvec_file D"",s, 1 gen real 1 1 greal G 1 gen removeprimes 1 1 removeprimes DG 1 gen return 1 1 return0 DG 1 gen rnfalgtobasis 1 1 rnfalgtobasis GG 1 gen rnfbasis 1 1 rnfbasis GG 1 gen rnfbasistoalg 1 1 rnfbasistoalg GG 1 gen rnfcharpoly 1 1 rnfcharpoly GGGDn 1 gen rnfconductor 1 1 rnfconductor GG 1 gen rnfdedekind 1 1 rnfdedekind GGDGD0,L, 1 gen rnfdet 1 1 rnfdet GG 1 gen rnfdisc 1 1 rnfdiscf GG 1 gen rnfeltabstorel 1 1 rnfeltabstorel GG 1 gen rnfeltdown 1 1 rnfeltdown GG 1 gen rnfeltnorm 1 1 rnfeltnorm GG 1 gen rnfeltreltoabs 1 1 rnfeltreltoabs GG 1 gen rnfelttrace 1 1 rnfelttrace GG 1 gen rnfeltup 1 1 rnfeltup GG 1 gen rnfequation 1 1 rnfequation0 GGD0,L, 1 gen rnfhnfbasis 1 1 rnfhnfbasis GG 1 gen rnfidealabstorel 1 1 rnfidealabstorel GG 1 gen rnfidealdown 1 1 rnfidealdown GG 1 gen rnfidealhnf 1 1 rnfidealhnf GG 1 gen rnfidealmul 1 1 rnfidealmul GGG 1 gen rnfidealnormabs 1 1 rnfidealnormabs GG 1 gen rnfidealnormrel 1 1 rnfidealnormrel GG 1 gen rnfidealreltoabs 1 1 rnfidealreltoabs GG 1 gen rnfidealtwoelt 1 1 rnfidealtwoelement GG 1 gen rnfidealup 1 1 rnfidealup GG 1 gen rnfinit 1 1 rnfinit GG 1 gen rnfisabelian 1 1 rnfisabelian GG 1 small rnfisfree 1 1 rnfisfree GG 1 small rnfisnorm 1 1 rnfisnorm GGD0,L, 1 gen rnfisnorminit 1 1 rnfisnorminit GGD2,L, 1 gen rnfkummer 1 1 rnfkummer GDGD0,L,p 2 gen prec rnflllgram 1 1 rnflllgram GGGp 2 gen prec rnfnormgroup 1 1 rnfnormgroup GG 1 gen rnfpolred 1 1 rnfpolred GGp 2 gen prec rnfpolredabs 1 1 rnfpolredabs GGD0,L, 1 gen rnfpolredbest 1 1 rnfpolredbest GGD0,L, 1 gen rnfpseudobasis 1 1 rnfpseudobasis GG 1 gen rnfsteinitz 1 1 rnfsteinitz GG 1 gen round 2 0 9 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens roundr(${1 code}) 1 real 1 int mpround(${1 code}) 1 mp 1 int grndtoi(${1 code}, &${2 code}) 2 mp &small 1 int round0(${1 code}, &${2 code}) 2 mp &int 1 int ground(${1 code}) 1 gen 1 gen grndtoi(${1 code}, &${2 code}) 2 gen &small 1 gen round0(${1 code}, &${2 code}) 2 gen &int 1 gen 1 round0 GD& 1 gen select 3 0 3 genselect(${1 cookie}, ${1 wrapper}, ${2 code}) 2 gen gen 1 gen genselect(${1 cookie}, ${1 wrapper}, ${2 code}) 3 gen gen 0 1 gen genindexselect(${1 cookie}, ${1 wrapper}, ${2 code}) 3 gen gen 1 1 gen 1 select0 GGD0,L, 1 gen 2 1 _wrap_bG seralgdep 1 1 seralgdep GLL 1 gen serconvol 1 1 convol GG 1 gen serlaplace 1 1 laplace G 1 gen serreverse 1 1 serreverse G 1 gen setbinop 1 1 setbinop GGDG 1 gen setintersect 2 0 1 setintersect(${1 code}, ${2 code}) 2 vec vec 1 vec 1 setintersect GG 1 gen setisset 1 1 setisset G 1 small setminus 2 0 1 setminus(${1 code}, ${2 code}) 2 vec vec 1 vec 1 setminus GG 1 gen setrand 1 1 setrand G 1 void setsearch 1 1 setsearch GGD0,L, 1 small setunion 2 0 1 setunion(${1 code}, ${2 code}) 2 vec vec 1 vec 1 setunion GG 1 gen shift 1 1 gshift GL 1 gen shiftmul 1 1 gmul2n GL 1 gen sigma 2 0 2 sumdiv(${1 code}) 2 gen ?1 1 int numdiv(${1 code}) 2 gen 0 1 int 1 sumdivk GD1,L, 1 gen sign 2 0 2 signe(${1 code}) 1 mp 1 small gsigne(${1 code}) 1 gen 1 small 1 gsigne G 1 small_int simplify 1 1 simplify G 1 gen sin 1 1 gsin Gp 2 gen prec sinh 1 1 gsinh Gp 2 gen prec sizebyte 1 1 gsizebyte G 1 small sizedigit 1 1 sizedigit G 1 small solve 3 0 1 zbrent(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, prec) 3 gen gen gen 2 gen prec 1 zbrent0 V=GGEp 2 gen prec 2 3 _wrap_G sqr 2 0 3 sqri(${1 code}) 1 int 1 int gsqr(${1 code}) 1 mp 1 mp gsqr(${1 code}) 1 gen 1 gen 1 gsqr G 1 gen sqrt 2 0 2 sqrtr(${1 code}) 1 real 1 gen gsqrt(${1 code}, prec) 1 gen 2 gen prec 1 gsqrt Gp 2 gen prec sqrtint 2 0 1 sqrtint(${1 code}) 1 gen 1 int 1 sqrtint G 1 gen sqrtn 1 1 gsqrtn GGD&p 2 gen prec sqrtnint 2 0 1 sqrtnint(${1 code}, ${2 code}) 2 gen small 1 int 1 sqrtnint GL 1 gen stirling 1 1 stirling LLD1,L, 1 gen subgrouplist 1 1 subgrouplist0 GDGD0,L, 1 gen subst 1 1 gsubst GnG 1 gen substpol 1 1 gsubstpol GGG 1 gen substvec 1 1 gsubstvec GGG 1 gen sum 1 1 somme V=GGEDG 1 gen sumalt 3 0 2 sumalt(${2 cookie}, ${2 wrapper}, ${1 code}, prec) 3 gen gen ?0 2 gen prec sumalt2(${2 cookie}, ${2 wrapper}, ${1 code}, prec) 3 gen gen 1 2 gen prec 1 sumalt0 V=GED0,L,p 2 gen prec 2 2 _wrap_G sumdedekind 1 1 sumdedekind GG 1 gen sumdigits 1 1 sumdigits G 1 gen sumdiv 1 1 sumdivexpr GVE 1 gen sumdivmult 1 1 sumdivmultexpr GVE 1 gen sumformal 1 1 sumformal GDn 1 gen suminf 3 0 1 suminf(${2 cookie}, ${2 wrapper}, ${1 code}, prec) 2 gen gen 2 gen prec 1 suminf0 V=GEp 2 gen prec 2 2 _wrap_G sumnum 3 0 1 sumnum(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, ${5 code}, prec) 5 gen gen gen ?gen ?small 2 gen prec 1 sumnum0 V=GGEDGD0,L,p 2 gen prec 2 3 _wrap_G sumnumalt 3 0 1 sumnumalt(${3 cookie}, ${3 wrapper}, ${1 code}, ${2 code}, ${4 code}, ${5 code}, prec) 5 gen gen gen ?gen ?small 2 gen prec 1 sumnumalt0 V=GGEDGD0,L,p 2 gen prec 2 3 _wrap_G sumnuminit 1 1 sumnuminit GD0,L,D1,L,p 2 gen prec sumpos 3 0 2 sumpos(${2 cookie}, ${2 wrapper}, ${1 code}, prec) 3 gen gen ?0 2 gen prec sumpos2(${2 cookie}, ${2 wrapper}, ${1 code}, prec) 3 gen gen 1 2 gen prec 1 sumpos0 V=GED0,L,p 2 gen prec 2 2 _wrap_G system 2 0 1 system(${1 code}) 1 str 1 void 1 system0 s 1 void tan 1 1 gtan Gp 2 gen prec tanh 1 1 gtanh Gp 2 gen prec taylor 1 1 tayl GnDP 1 gen teichmuller 1 1 teich G 1 gen theta 1 1 theta GGp 2 gen prec thetanullk 1 1 thetanullk GLp 2 gen prec thue 1 1 thue GGDG 1 gen thueinit 1 1 thueinit GD0,L,p 2 gen prec trace 1 1 gtrace G 1 gen trap 3 0 1 trap0(${1 code}, ${2 code}, ${3 code}) 3 ?str ?closure ?closure 1 gen 1 trap0 DrDEDE 1 gen 2 3 _ _ truncate 2 0 9 ${1 code} 1 small 2 small parens ${1 code} 1 int 3 int copy parens truncr(${1 code}) 1 real 1 int mptrunc(${1 code}) 1 mp 1 int gcvtoi(${1 code}, &${2 code}) 2 mp &small 1 int trunc0(${1 code}, &${2 code}) 2 mp &int 1 int gtrunc(${1 code}) 1 gen 1 gen gcvtoi(${1 code}, &${2 code}) 2 gen &small 1 gen trunc0(${1 code}, &${2 code}) 2 gen &int 1 gen 1 trunc0 GD& 1 gen type 2 0 1 typ(${1 code}) 1 gen 1 typ 1 type0 G 1 gen unclone 1 0 2 (void)0 /*unclone*/ 1 small 1 void gunclone(${1 code}) 1 gen 1 void uninline 0 until 1 1 untilpari EI 1 void valuation 1 1 gvaluation GG 1 small variable 2 0 2 ${1 :var cast} 1 pol 3 var parens copy gpolvar(${1 code}) 1 gen 1 gen 1 gpolvar DG 1 gen vecextract 2 0 1 extract0(${1 code}, ${2 code}, ${3 code}) 3 vec gen ?gen 1 vec 1 extract0 GGDG 1 gen vecmax 2 0 2 vecmax(${1 code}) 1 gen 1 gen vecmax0(${1 code}, &${2 code}) 2 gen &gen 1 gen 1 vecmax0 GD& 1 gen vecmin 2 0 2 vecmin(${1 code}) 1 gen 1 gen vecmin0(${1 code}, &${2 code}) 2 gen &gen 1 gen 1 vecmin0 GD& 1 gen vecsearch 1 1 vecsearch GGDG 1 small vecsort 2 0 16 vecsort0(${1 code}, ${2 code}, 0) 2 vecsmall ?gen 1 vecsmall vecsort0(${1 code}, ${2 code}, ${3 code}) 3 vecsmall ?gen small 1 vecsmall sort(${1 code}) 3 vec ?0 1 vec indexsort(${1 code}) 3 vec 1 1 vecsmall lexsort(${1 code}) 3 vec 2 1 vec vecsort0(${1 code}, ${2 code}, 0) 2 vec gen 1 vec vecsort0(${1 code}, ${2 code}, 1) 3 vec ?gen 1 1 vecsmall vecsort0(${1 code}, ${2 code}, 3) 3 vec ?gen 3 1 vecsmall vecsort0(${1 code}, ${2 code}, 5) 3 vec ?gen 5 1 vecsmall vecsort0(${1 code}, ${2 code}, 7) 3 vec ?gen 7 1 vecsmall vecsort0(${1 code}, ${2 code}, 9) 3 vec ?gen 9 1 vecsmall vecsort0(${1 code}, ${2 code}, 11) 3 vec ?gen 11 1 vecsmall vecsort0(${1 code}, ${2 code}, 13) 3 vec ?gen 13 1 vecsmall vecsort0(${1 code}, ${2 code}, 15) 3 vec ?gen 15 1 vecsmall vecsort0(${1 code}, ${2 code}, ${3 code}) 3 vec ?gen #small 1 vec vecsort0(${1 code}, ${2 code}, ${3 code}) 3 vec ?gen small 1 gen 1 vecsort0 GDGD0,L, 1 gen vecsum 1 1 vecsum G 1 gen vector 1 1 vecteur GDVDE 1 gen vectorsmall 1 1 vecteursmall GDVDE 1 gen vectorv 1 1 vvecteur GDVDE 1 gen version 1 1 pari_version 1 gen warning 2 0 1 pari_warn(warnuser, "${2 format_string}"${2 format_args}) 2 ?gen ... 1 void 1 warning0 s* 1 void weber 1 1 weber0 GD0,L,p 2 gen prec whatnow 2 0 1 whatnow(${1 code}, 0) 1 str 1 void 1 whatnow0 r 1 void while 1 1 whilepari EI 1 void write 1 1 write0 ss* 1 void write1 1 1 write1 ss* 1 void writebin 1 1 gpwritebin sDG 1 void writetex 1 1 writetex ss* 1 void zeta 1 1 gzeta Gp 2 gen prec zetak 1 1 gzetakall GGD0,L,p 2 gen prec zetakinit 1 1 initzeta Gp 2 gen prec zncoppersmith 1 1 zncoppersmith GGGDG 1 gen znlog 1 1 znlog GGDG 1 gen znorder 2 0 3 order(${1 code}) 1 gen 1 int order(${1 code}) 2 gen 1 int znorder(${1 code}, ${2 code}) 2 gen int 1 int 1 znorder GDG 1 gen znprimroot 1 1 znprimroot G 1 gen znstar 1 1 znstar G 1 gen gp2c-0.0.10/README0000644000175000017500000000354512624133327010236 00000000000000GP2C, GP to C translator Copyright (C) 2000-2015 The PARI Group, Bordeaux. GP2C is part of the PARI/GP system, http://pari.math.u-bordeaux.fr/. New versions are available at and ========================================================================== To get started, read the manual in doc/gp2c.dvi or doc/html. You need PARI/GP installed to compile this package. The command provided are: gp2c file.gp Translate file.gp to C and output the resulting code to stdout. gp2c-run file.gp This will translate file.gp to C, compile it, and run a GP session including the compiled functions. This rely on install() working for external module so is not as portable as GP2C. However it is known to work on Linux, Solaris, OSF/1, Mac OS X, and Cygwin. gp2c-dbg file.gp [not installed by default] This does the same as gp2c-run but launch GP inside the C debugger, so you can debug your script. See the configure option '--with-paricfg-dbg' to enable it. Thanks for your support, and have fun ! Bill Allombert ======================================================================== GP2C 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., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA. gp2c-0.0.10/test2/0000755000175000017500000000000013006472505010467 500000000000000gp2c-0.0.10/test2/Makefile.am0000644000175000017500000000041212155572710012443 00000000000000mostlyclean-generic: rm -f *.gp *.gp.[co] *.gp.so *.res dist-hook: cp -pR $(srcdir)/gp $(srcdir)/input $(srcdir)/res $(distdir) rm -rf $(distdir)/gp/CVS $(distdir)/input/CVS $(distdir)/res/CVS rm -rf $(distdir)/gp/.svn $(distdir)/input/.svn $(distdir)/res/.svn gp2c-0.0.10/test2/input/0000755000175000017500000000000012624133327011627 500000000000000gp2c-0.0.10/test2/input/call0000644000175000017500000000031412624133327012403 00000000000000dist(1,2) call0(()->I) call1(sqrtint,2) call1(x->x^2+1,2) call2(kronecker,5,7) call3((x,y,z)->[x*y,y*z,z*x],[1,2,3]) gen([isprime,issquare,issquarefree],3) baz(2) bar() booz() foo() boor() toto1() buzz() gp2c-0.0.10/test2/input/apply0000644000175000017500000000025712624133327012623 00000000000000f1([1,2,3,4],2) f2([1,2,3,4]) f3(sqr,[1,2,3,4]) f4([1,2,3,4]) f5(-1) g1([1,2,3,4],2) g2([1,2,3,4]) g3(isprime,[1,2,3,4]) g4([1,2,3,4]) for(i=0,3,print(invmod(i,4))) sub2(4) gp2c-0.0.10/test2/input/lambda0000644000175000017500000000041312155572710012712 00000000000000two=fun_two; three=fun_three; add=fun_add; sub=fun_sub; mul=fun_mul; power=fun_power; disp=fun_disp; init_lambda(); disp(mul(add(two,three),add(two,two))) init_lambda(); disp(power(add(two,three),add(two,two))) init_lambda(); disp(sub(mul(three,three),add(two,two))) gp2c-0.0.10/test2/input/closure0000644000175000017500000000020312624133327013141 00000000000000init_closure();rec=fun_rec; init_closure();rec(10) rec2(6)(4) col(Vec(mathilbert(4))) ttrans(5) sumi(5) ar(,3) ar(x->x^2,3) tar(4) gp2c-0.0.10/test2/input/sums0000644000175000017500000000007212155572710012462 00000000000000r(wallis(10)) r(dedeketa(-1)) r(lambert(Pi)) r(dgamma(1)) gp2c-0.0.10/test2/input/vararg0000644000175000017500000000022412624133327012752 00000000000000print1(":");myprintsep() print1(":");myprintsep(", ") myprintsep(", ",a,b,c,d) myprintsep(", ",a,,c,) myprintsep(,a,b,c,d) check('a,'b,'c,'d,'e,'f) gp2c-0.0.10/test2/input/printf0000644000175000017500000000000712155572710012773 00000000000000f(123) gp2c-0.0.10/test2/Makefile.in0000644000175000017500000002663013006472475012471 00000000000000# Makefile.in generated by automake 1.14.1 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; without # even the implied warranty of MERCHANTABILITY or 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install-html install-html-am \ install-info install-info-am install-man install-pdf \ install-pdf-am install-ps install-ps-am install-strip \ installcheck installcheck-am installdirs maintainer-clean \ maintainer-clean-generic mostlyclean mostlyclean-generic pdf \ pdf-am ps ps-am tags-am uninstall uninstall-am mostlyclean-generic: rm -f *.gp *.gp.[co] *.gp.so *.res dist-hook: cp -pR $(srcdir)/gp $(srcdir)/input $(srcdir)/res $(distdir) rm -rf $(distdir)/gp/CVS $(distdir)/input/CVS $(distdir)/res/CVS rm -rf $(distdir)/gp/.svn $(distdir)/input/.svn $(distdir)/res/.svn # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: gp2c-0.0.10/test2/gp/0000755000175000017500000000000012624133327011076 500000000000000gp2c-0.0.10/test2/gp/call.gp0000644000175000017500000000046412624133327012265 00000000000000dist(x,y)=sqrtint(x^2+y^2) call0(f) =f() call1(f,x)=f(x) call2(f,x,y)=f(x,y) call3(f,x,y,z)=print(f(x,y,z)) gen(T,x)=vector(#T,i,T[i](x)) baz(x)=gen([isprime,issquare,issquarefree],x) bar(z)=call2(kronecker,5,7) booz(z)=call2(dist,3,2) foo()=1 boor(x)=[foo][1](); toto1(x)=apply(sqrtint,x) buzz()=dist(3,2) gp2c-0.0.10/test2/gp/apply.gp0000644000175000017500000000047112624133327012475 00000000000000f1(v,z)=apply(x->x^z,v) f2(v)=apply(sqr,v) f3(f,v)=apply(f,v) g(x)=x^2+1 f4(v)=apply(g,v) f5(z:small)=apply(n:small->(n+z)!,[1,2,3,4,5]) g1(v,z)=select(x->x>z,v) g2(v)=select(isprime,v) g3(f,v)=select(f,v) h(x)=x g4(v)=select(h,v) invmod(a,b)=trap(,0,Mod(a,b)^-1) sub2(n)=forsubgroup(G=[n,n],,print(matsnf(G))) gp2c-0.0.10/test2/gp/closure.gp0000644000175000017500000000051312624133327013021 00000000000000global(inc,rec); rec=x->if(x,rec(x-1)*x,1) rec2(k)=my(h(n)=if(n==0,1,n*self()(n-1)));n->h(k*n) col(V)=for(i=1,#V,print(apply(x->x[i],V))) g(z)=my(h(x)=x^2+1);apply(h,z) gg(x)=(inc=x->x+1);inc(2) trans(F)=x->F(x+1) sump(a)=x->sum(i=1,x,i^a) ttrans(s)=trans(x->x!)(s) sumi(n)=sump(-1)(n) ar(x=n->1,z)=x(z) tar(u)=ar(,u)+ar(x->x+1,u) gp2c-0.0.10/test2/gp/printf.gp0000644000175000017500000000006112155572710012647 00000000000000f(x)= { printf("%s",x); Strprintf("%s",x); } gp2c-0.0.10/test2/gp/sums.gp0000644000175000017500000000025212155572710012336 00000000000000r(x)=round(x*1000)/1000 wallis(n)=intnum(x=0,Pi,sin(x)^n) dedeketa(s)=sumalt(n=1,(-1)^(n-1)/n^s) lambert(s)=solve(x=0,log(s),exp(x)-s*x) dgamma(s)=derivnum(x=s,gamma(x)) gp2c-0.0.10/test2/gp/vararg.gp0000644000175000017500000000045412624133327012633 00000000000000myprintsep(s,v[..])=if(#v>0,print1(v[1]);for(i=2,#v,print1(s,v[i])));print(); check(a,b,c,d,e,f)= { print1(":");myprintsep(); print1(":");myprintsep(", "); myprintsep(", ",a,b,c,d); myprintsep(", ",a,,c,); myprintsep(,a,b,c,d); myprintsep(":",a,b,c,d,e); myprintsep(":",a,b,c,d,e,f); } gp2c-0.0.10/test2/gp/lambda.gp0000644000175000017500000000070312155572710012570 00000000000000global(zero,one,two,three); global(inc,add,mul,power,dec,sub,mod,disp); zero=f->x->x; one =f->f; two =f->x->f(f(x)); three=f->x->f(f(f(x))); inc= n->f->x->f(n(f)(x)); add= (n,m)->f->x->n(f)(m(f)(x)); mul= (n,m)->f->n(m(f)); power= (n,m) -> m(n); \\ try with spaces dec= n->f->x-> n (g->h->h (g(f))) (u->x) (u->u); sub= (n,m)->m(dec)(n); mod= (n,b)->n(a->(aa->sub(aa,b)(zero)(aa)) (inc(a))) (zero) disp=n->n(x->1+x)(0); num(n)=if(n,inc(num(n-1)),zero) gp2c-0.0.10/test2/res/0000755000175000017500000000000012624133327011261 500000000000000gp2c-0.0.10/test2/res/apply.res0000644000175000017500000000035512624133327013044 00000000000000[1, 4, 9, 16] [1, 4, 9, 16] [1, 4, 9, 16] [2, 5, 10, 17] [1, 1, 2, 6, 24] [3, 4] [2, 3] [2, 3] [1, 2, 3, 4] 0 Mod(1, 4) 0 Mod(3, 4) [0, 0] [0, 2] [0, 2] [0, 2] [0, 1] [0, 1] [0, 1] [0, 1] [0, 1] [0, 1] [2, 2] [2, 1] [2, 1] [2, 1] [1, 1] gp2c-0.0.10/test2/res/sums.res0000644000175000017500000000003712155572710012705 00000000000000773/1000 1/4 277/500 -577/1000 gp2c-0.0.10/test2/res/vararg.res0000644000175000017500000000012412624133327013173 00000000000000: : a, b, c, d a, c a0b0c0d : : a, b, c, d a, 0, c, 0 a0b0c0d a:b:c:d:e a:b:c:d:e:f gp2c-0.0.10/test2/res/call.res0000644000175000017500000000010612155572710012626 000000000000002 I 1 5 -1 [[0, 0, 0], 0, [0, 0, 0]] [1, 0, 1] [1, 0, 1] -1 3 1 1 0 3 gp2c-0.0.10/test2/res/closure.res0000644000175000017500000000020412624133327013364 000000000000003628800 620448401733239439360000 [1, 1/2, 1/3, 1/4] [1/2, 1/3, 1/4, 1/5] [1/3, 1/4, 1/5, 1/6] [1/4, 1/5, 1/6, 1/7] 720 137/60 1 9 6 gp2c-0.0.10/test2/res/lambda.res0000644000175000017500000000001112155572710013126 0000000000000020 625 5 gp2c-0.0.10/test2/res/printf.res0000644000175000017500000000001212155572710013211 00000000000000123 "123" gp2c-0.0.10/ChangeLog0000644000175000017500000010277013006431167011126 00000000000000gp2c (0.0.10) * By default, support PARI 2.9 now. * Added: - Support for 2.8 range. -- Bill Allombert Wed, 02 Nov 2016 19:37:29 +0100 gp2c (0.0.9pl5) * Added: - Support for prototype code 'b' and bitprec. - Support for localprec() and localbitprec() * Bugs fix: - generate correct install() commands when -o is in use. - undeclared variable in iterators bounds leads to gp2c crash * Test-suite: - Update forprime test to test undeclared variable in bound. -- Bill Allombert Sun, 10 Jan 2016 11:42:03 +0100 gp2c (0.0.9pl4) * Bugs fix: - Wrappers did not handle types correctly - global() could be misparsed. - option -C (range checking code) did not work. - generate correct compile_command when -o is in use. * Test-suite: - Update apply test to test wrappers support for types. - Update initfunc test to test global() parsing. * Added: - Basic support for 0x and 0b integer prefix. -- Bill Allombert Sat, 21 Nov 2015 22:15:40 +0100 gp2c (0.0.9pl3) * gp2c -h did not list options -C and -L * Bugs fix: - Fix for multi-assignment of vecsmall - Casting lvalues did not work anymore since 0.0.7pl3 - global(...):type declaration did not work * Test-suite: - Update multiassign test to check multi-assignment of vecsmall - Update cast test to cast of lvalues - Add test vararg to test support for variadic GP functions - Update return test to test global(...):type * Added: - support for generating gc_needed (with PARI 2.8) - support for self() - support for variadic GP functions -- Bill Allombert Tue, 16 Dec 2014 16:13:42 +0100 gp2c (0.0.9pl2) * Fix mismatching prototypes (reported by Michael Tautschnig for Debian) * Use "const char *" for prototype code s * Added: - support for prototype code u and U and usmall (ulong). -- Bill Allombert Tue, 22 Jul 2014 12:08:51 +0200 gp2c (0.0.9pl1) * Bugs fix: - Fix for 'closure as optional arguments did not work' was incorrect -- Bill Allombert Thu, 17 Apr 2014 15:45:46 +0200 gp2c (0.0.9) * By default, support PARI 2.7 now. * Improve installation of documentation (suggested by Jan Engelhardt). * Bugs fix: - closure as optional arguments did not work - multiple forprime in a single function did not work * Test-suite: - Update test closure to test closures as optional arguments. - Update test forprime to test multiple forprime in a single function. -- Bill Allombert Thu, 17 Apr 2014 11:57:22 +0200 gp2c (0.0.8pl1) * Added: - support for Debian-style multiarch systems. - option -L: generate #line directive for the compiler. - support for parsing histtime entries (%#) - support for prototype code 'J'. * Bugs fix: - the value of rec in iferr(code,E,rec,pred) could be ignored. * Test-suite: - Update test iferr to test value of rec. -- Bill Allombert Tue, 04 Mar 2014 12:13:40 +0100 gp2c (0.0.8) * Added: - support for PARI 2.6.1 - support for Iterator field in description (forpart and forcompositum) * Bugs fix: - closed variable inside loops were missed. - forstep did not support negative vector steps. - multiif did not allow block in predicates. - code for forprime did not garbage collect the stack correctly. - do not generate the same comment multiple time [#1444] * Test-suite: - Update test closure to test closed variable inside loops. - Update forstep test to test negative vector steps. - Add extra tests for PARI >=2.6: compr, forprime, iferr, multiassign, multiif, range. -- Bill Allombert Fri, 20 Sep 2013 12:07:48 +0200 gp2c (0.0.7pl5) * Added: - option -C: add range checking code. - support for 2.6 my([a,b]=v) - support for 2.6 iferr(code,E,rec,pred) * Bugs fix: - addhelp: handle newline correctly. - blocks in default values for function arguments did not work. * Test-suite: - Update test args to test blocks in default values -- Bill Allombert Mon, 06 May 2013 00:25:35 +0200 gp2c (0.0.7pl4) * Added: - support for 2.6 forprime(a,/*omitted*/,...) - support for 2.6 iferr/iferrname. * Bugs fix: - Fix option -o when input is from stdin. - clone was not fully supported. - returning a global variable could break garbage collecting. - support for pari.cfg.dbg was broken. * Test-suite: - Add test forprime to check support for forprime. - Expand initfunc to check support for clone. - Expand return to check returning a global variable. -- Bill Allombert Tue, 16 Oct 2012 19:04:32 +0200 gp2c (0.0.7pl3) * Add support for 2.6 ranges [a..b] and comprehension [a(x)|x<-a,c(x)] * Add support for 2.6 slices M[a..b,^c] * Add support for 2.6 multiif (if(x==0,a,x==1,b,default)) * Add support for 2.6 multi-assignement: [a,b]=v * Bugs fix: - Fix 'make check' breakage on non-glibc systems like OS X and Solaris introduced in the previous release. Thanks to Alessandro Languasco. - genblock() was not C89 standard compliant. - Operators like "+=" did not handle type conversion correctly. - Use of _badtype for unsupported types could crashes gp2c. * Test-suite: - Rename randomprime to randprime to be compatible with PARI 2.6. - Expand cast test to check type conversion of +=. -- Bill Allombert Mon, 07 May 2012 12:50:37 +0200 gp2c (0.0.7pl2) * Do not truncate output file if the input file does not exist. * Add support for 2.6 error messages. * configure now also looks for a pari.cfg.dbg file of a PARI debugging installation. * Bugs fix: - Allow spaces between ) and -> in (x)->x. - stack_base() was not C89 standard compliant. * Test-suite: - Change lambda test to have spaces between ) and -> once. -- Bill Allombert Tue, 21 Feb 2012 22:20:36 +0100 gp2c (0.0.7pl1) * Rename README.SVN to README.GIT. * Test-suite: - Fix 'call' test-suite to work on 32bit. -- Bill Allombert Sun, 02 Oct 2011 23:04:03 +0200 gp2c (0.0.7) * By default, support PARI 2.5 now. * Remove remains of support for PARI 2.1. * Improve scoping of local variables declared inside blocks. * Add basic support for parsing history entries (%). * Bugs fix: - Fix order of evaluation in local()/my(). - Fix support for prototype code 'm'. - Fix support for prototype code 'DP'. - Fix support for prototype code 'Dr'. - Fix value of if(0,x) in blocks. - Fix garbage collection of global variables. - Fix bug when removing dummy variables. * Test-suite: - Expand affect test to check order of evaluation in local()/my(). - Add member test to check support for member function. - Expand if test to check for value of if(0,x) in blocks. - Add extra tests for PARI >=2.5: apply, call, closure, lambda, printf and sums. - Add test cleanvar for testing dummy variables removal. -- Bill Allombert Fri, 22 Jul 2011 14:01:50 +0200 gp2c (0.0.6) * Add support for evaluating closures (need PARI >=2.4.4). * Add support for generating closures from functions. * Add support for generating wrappers for closures. * Add support for functions intnum,sumalt,forsubgroup and related (need PARI >=2.4.4). * Add support for RUNTEST to use with a cross-compiled gp. * Add support for new prototype codes 'Dr', 'Ds', and 'DP'. * Remove -p prefix from gp2c-added variable names to avoid clash. * Move to autoconf 2.67 and automake 1.11, for better or for worse. * Bugs fix: - incorrect use of gerepileupto. - gp2c did not compile Str(a,,b) correctly. - strings with embedded newlines were not well-supported. * Test-suite: - Expand upto test to check for garbage collection problem with complex numbers. - Expand args test to check compilation of Str(a,,b). -- Bill Allombert Fri, 29 Apr 2011 18:38:22 +0200 gp2c (0.0.5pl10) * Add support for new prototype code 'm'. * Add support for new GP operator '==='. * Add support for more than 8 arguments for install() in PARI 2.4.3. * Bugs fix: - gp2c failed to compile affectation to undefined vectors. * Test-suite: - expand affect test to check affectation to undefined vectors. -- Bill Allombert Tue, 26 Oct 2010 12:23:30 +0200 gp2c (0.0.5pl9) * Bugs fix: - fix a bug with the ss* prototype introduced in 0.0.5pl8. * Test-suite: - expand print test to check function using ss* prototype. * Thanks to Alessandro Languasco for testing the previous release. -- Bill Allombert Sat, 30 Jan 2010 11:13:01 +0100 gp2c (0.0.5pl8) * Lots of spelling fix to the documentation by Michael Somos. * Bugs fix: - fix crash due to bad use of internal memory allocator. - fix crash with undefined functions. - function arguments modified through pointers were not copied. * Test-suite: - expand affect test to check function arguments modified through pointers. -- Bill Allombert Sun, 28 Jun 2009 16:36:50 +0200 gp2c (0.0.5pl7) * Add preliminary support for 'W' protocode. * Discard empty rules in descriptions. * Bugs fix: - Fix problem with global(L:list) introduced in 0.0.5pl3. - Handle functions with empty prototype. - Fix problems with function returning vectors in if statements. * Test-suite: - Change print, dot and read tests to be compatible with PARI 2.4.3. - Change initfunc test to try global(L:list). - Change return test to check more if statements. -- Bill Allombert Sat, 13 Dec 2008 17:21:15 +0100 gp2c (0.0.5pl6) * Handle pari.cfg file generated by PARI 2.4.2 properly. * genblock now 'guess' that 'length' returns a small. * GP2C now report errors for spaces inside identifiers. * Rename cvsinit to autogen.sh. * Bugs fix: - Fix compilation of 32- to 63-bits integers on 64-bits systems. - Fix handling of comment at end of included files. - gp2c could try to gcopy non-GEN objects. - Fix garbage collection problem with return() introduced in 0.0.4. - Fix garbage collection problem with vectors. * Test-suite: - Expand cast test to check support for a 42-bit integer. - Expand read test to check support for comments at end of file. - Expand gerepile test to check support for non-GEN objects. - Expand return test to check for garbage collection problems. - Add upto test to check for garbage collection problem with vectors. -- Bill Allombert Tue, 18 Dec 2007 13:32:16 +0100 gp2c (0.0.5pl5) * Add initial support for 'my()' (GP 2.4 extension). * Bugs fix: - Fix handling of comments followed by newlines. - Fix support for sumdiv. * Test-suite: - Expand vector test to test comments followed by newlines. - Expand sumprod test to test whether sumdiv works. -- Bill Allombert Wed, 26 Sep 2007 13:20:07 +0200 gp2c (0.0.5pl4) * Fix Changelog (0.0.5pl3 changes were split in two). * Fix nameclash with Solaris standard headers files. * Bugs fix: - Fix garbage collection problem with if() introduced in 0.0.4. * Test-suite: - Expand if test to trigger garbage collection. -- Bill Allombert Thu, 7 Jun 2007 11:09:42 +0200 gp2c (0.0.5pl3) * No more allow type cast between incompatible types. * Synchronize parser with new GP parser. * Fix some gcc warnings introduced in the previous release. * Bugs fix: - while and until did not handle some complex expression in the condition. - code generated for matrices did not run side-effects in order. - Fix parsing of real numbers. * Test-suite: - expand while test to check more complex expressions in the conditions. - expand matrix test to check side-effects order. - add dot test to check for parsing of real numbers. -- Bill Allombert Thu, 8 Feb 2007 16:46:45 +0100 gp2c (0.0.5pl2) * Fix (harmless) misdetection of PARI versions >= 2.3 * Documentation: - Fix lots of typos. - Update the examples of generated code to be current. * Bugs fix: - Matrices built with matrix() were not typed vec. - Comments after = lead to premature end of function. - Do not generate default value for typed global variables, but generate them for non-typed local variables. * Test-suite: - Add comments to vector test to check support of comments after = - Expand moveblock test to cover blocks inside a[ ,] constructs. * Thanks to Jeffrey Stopple for testing the previous release. -- Bill Allombert Sun, 17 Sep 2006 13:34:26 +0200 gp2c (0.0.5pl1) * Bugs fix: - Fix missing copy with forvec variables. * Test-suite: - Expand forvec test to catch missing copy in forvec. -- Bill Allombert Tue, 20 Jun 2006 17:53:38 +0200 gp2c (0.0.5) * Support for PARI 2.1 and 2.2 has been removed. * Reformat ChangeLog to fit in 80 columns * Fix configure.in to work with recent autoconf. * 'make install' now install gp2c-dbg if gp2c-dbg support was configured. * Add gp2c-dbg.1 man page. * Add ./gp2c-dbg wrapper script. * Change gp2c-run and gp2c-dbg to create a .gp.run file containing the GP; commands instead of gp2c_start.gp and gp2c_gprc. * Build HTML documentation with hevea. * 'make install' now install the documentation. -- Bill Allombert Fri, 16 Jun 2006 11:49:36 +0200 gp2c (0.0.4pl5) * Fix crash on some platforms caused by missing case in gendeblock. * Fix usage of getopt on platforms where char is unsigned. -- Bill Allombert Sun, 14 May 2006 10:04:07 +0200 gp2c (0.0.4pl4) * Add table of contents to the gp2c manual. * Add documentation of the description system (doc/type.tex). * Add support for &a[b]. * Bugs fix: - Fix missing copy with code like x=vector(3);y=x;x[1]++;y * Test-suite: - Expand gerepile test to catch missing copy problems. -- Bill Allombert Sun, 19 Mar 2006 17:34:50 +0100 gp2c (0.0.4pl3) * Add support for break(n)/next(n) for constant n. * Improve small loops detections. * Fix -p option for global variables. * Descriptions: - Add _const_real description for strtor(). - Allow descriptions to match string litterals. - Change #type to only match litterals with exact same types. * Test-suite: - run with -p gp2c_ now. - change 'args' test-suite to be independant of vecsort algorithm. -- Bill Allombert Sun, 4 Dec 2005 19:59:18 +0100 gp2c (0.0.4pl2) * gp2c-run was no more accepting filename containing a /. * Vectors were not typed vec. * Handle the 'r' protocode properly. * Test-suite: - change 'vector' test-suite to be independant of print1() behaviour. -- Bill Allombert Wed, 28 Sep 2005 18:02:41 +0200 gp2c (0.0.4pl1) * Allow the description system to differentiate f(x,) from f(x). * Handle empty files correctly. * Descriptions: - Add _[_,] description for PARI 2.2 row function. * Test-suite: - Change 'print' test to test 'printp1' instead of 'printtex', due to different output in 2.2.11. -- Bill Allombert Tue, 28 Jun 2005 21:11:26 +0200 gp2c (0.0.4) * Interface changes: - Variables declared with a type do not have a default value anymore. See "Effect of types declaration on default values" in the manual. - PARI 2.1 is still supported, but will not pass the test-suite. * Bugs fix: - Fix return() of expressions implemented via block. - Fix parser to allow semi-commas in empty arguments like while(1,;). - Add support for prodeuler(). - Fix segfault on 64-bit platforms. - Allow to define functions with empty body (f(x)=;). - Allow complex expressions as default values for arguments and initial values for variable, for(w=[1,1])=local(v=[1,2]~);w*v. - New syntax local(...):type to set the default type in a local(). - Allow to redefine a function (clobber the previous definition). * Generated code clean-up: - Try to declare several variables on one line. - Do not generate strings containing embedded new lines. - Rewrite the handling of 'return' to generate nicer code. - Better support for immediate t_COL ([...]~). - Better support for negative small real constants. - Add space after comma in code generated for [] and print(). - Use gerepileall instead of gerepilemany when available. - Use NEXT_PRIME_VIADIFF when available for forprime() loops. * Build system: - Add ctags target to generate vi tags to src/Makefile. - Allow to override descriptions with the file desc/override.desc. - Add option --paricfg-dbg to configure to specify the path to the pari.cfg file of a PARI debugging installation. * Descriptions: - Add support for RPN style replacement ${} in descriptions. - Reimplement type casts in term of description (_cast). - Add descriptions for vector/matrix components (in _[_,_]). - Add _const_smallreal description for small real constants. - Add O(_^_) description of O(x^y). - Add description of cgetg (as _cgetg). - Add _const_quote description for 'x constructs. - Add _const_expr description for integers and reals. - Add _gerepileall description to use gerepileall(). - Add _cast_noarg description for default arguments. - Handle print and error through descriptions. - Add _low_stack_lim for low_stack() code. - Add _diffptr description for forprime(). - Add _forprime_next for NEXT_PRIME_VIADIFF. * Test-suite: - Fix 'initfunc' test to be compatible with PARI 2.2.10. - Expand 'vector' test to try constant vectors/matrices. - Expand 'return' test to try returning blocks. - Expand 'moveblock' test to try unary - operator. - Expand 'args' test to try user-defined functions. - Expand 'initfunc' test to try non-cloned matrices. - Expand 'if' test to test parsing of semi-commas in empty arguments. - Expand 'trunc' test to try truncating real constants. - Add 'gerepile' test to exercise garbage-collecting code generation. - Make test-suite independant of random() to avoid test failure on 64bit machines. - Expand 'args' test to try function with complex optional arguments. - Expand 'affect' test to try local variables initialised to a complex expression. - Expand 'initfunc' to test use of undeclared global variables. - Expand 'sumprod' to test prodeuler. - Add 'forvec' to check forvec support. -- Bill Allombert Sun, 15 May 2005 18:51:56 +0200 gp2c (0.0.3pl4) * Fix garbage collecting of forvec loops. * Expand documentation about types. * Add description for gerepileupto (in _gerepileupto). * Add option -o to specify output file instead of stdout. -- Bill Allombert Mon, 10 Jan 2005 16:29:53 +0100 gp2c (0.0.3pl3) * Fix 'gp2c -l'. * Add support for forvec with PARI 2.2.8. * Fix .orders with GP 2.1. * Fix compat.desc logic. -- Bill Allombert Thu, 25 Nov 2004 16:05:55 +0100 gp2c (0.0.3pl2) * PARI/GP Workshop bugfix release. * "make install" no more install useless pari21.dsc. * Store preorder in _type_preorder description instead of hard-coding it in gp2c. Create modes and types dynamically. * Fix -p option. * Fix install() handling. * Change gp2c-run convention: line starting with 'GP;' in the C file are passed to gp at startup. * Implement \r as an include directive. * Add test 'install' and 'read'. * Pass addhelp() to GP using 'GP;' convention. -- Bill Allombert Wed, 22 Sep 2004 10:29:54 +0200 gp2c (0.0.3pl1) * Fix testsuite to accomodate error() change in 2.2.8. * Rewrite README. * Description system: - Fix the parser. - Add compat.desc to support 2.2.7 and newer release. - Add support for matching C type and modes. - Add _declaration, _typedef, and _proto to pari21.desc and compat.desc. - Avoid casting lvalue (ANSI C does not allow it). * use _declaration, _typedef, and _proto to handle C types instead of hardcoding in type.h * Fix gp2c-dbg script to use GP_PATH to find GP. -- Bill Allombert Sat, 26 Jun 2004 12:30:11 +0200 gp2c (0.0.3pl0) * Rewrote the configuration system to use the description system. * Member functions are now fully supported with PARI 2.2.7. * Add support for the new 'i' prototype code. * Add support for the new interface to the 's*' prototype. * Update documentation to reflect change in the installation process and new features. -- Bill Allombert Thu, 18 Dec 2003 17:04:59 +0100 gp2c (0.0.2pl6) * Use signe() instead of gcmp0 for integers and reals. * Provide yywrap so we don't need LEXLIB anymore. * Ship lang.c in the tarball so that flex is not required to build gp2c anymore. -- Bill Allombert Thu, 30 Oct 2003 16:45:28 +0100 gp2c (0.0.2pl5) * Add error message for wrong use of operators. * Add very basic support for lists, via the 'list' type. * Fix config/modules_build to support PARI 2.2.5 interface. * 'install' arguments were not treated as raw input correctly. * gp2c is now more clever at guessing types in genblock. * Update the manual. * Make clean now clean test directory. * fix segfault on sparc introduced in 0.0.2pl4 in findfunctionerr. -- Bill Allombert Thu, 13 Feb 2003 20:26:21 +0100 gp2c (0.0.2pl4) * gp2c-dbg now handle .c files. * Fix code limiting user functions return type. * Expand 'return' test to catch negbool. * Fix bug with if(cond,,code). * Expand 'if' test to check if(cond,,code) and if(cond,code,). * Fix bug in gendeblock with if(cond,print(print)). * Expand 'moveblock' test. * Add descriptions for '^-1'. * Fix -p option with forprime. * Better error messages. * Allow cast system to use descriptions. * Add description for _toGENstr. -- Bill Allombert Tue, 7 Jan 2003 15:40:23 +0100 gp2c (0.0.2pl3) * Fix some gcc warnings. * Portability fix to lang.l (OSF/1). * Test "moveblock" was no more 64 bits clean. * Functions used before declaration generated wrong code. * Description of setunion was incorrect. Thanks Ottavio G. Rizzo. * gp2c-run now handle .c files. * Add gp2c-run.1 man page. * Add section 'Hand-editing the C file generated by gp2c' to manual. -- Bill Allombert Wed, 30 Oct 2002 16:48:54 +0100 gp2c (0.0.2pl2) * '.' was not treated as a ``smallreal''. * v[1,1] was not printed correctly by gp2C -G. * Components do type checking now. * Add 'empty' type for correct type computation. * Use is_subtype for comparisons of types. * Movecode fix from 0.0.0pl8 was incomplete. * Expand tests "affect" and "moveblock". -- Bill Allombert Sat, 31 Aug 2002 11:16:56 +0200 gp2c (0.0.2pl1) * Implement printf format with descriptions. * Add ?type and ?integer default in description. * Implement affection to line of matrix M[a,]=V * Add space in error messages. * Fix the way unused variables are handled. * Fix -p option that was broken in 0.0.2. * Fix type preorder transitivity computation. -- Bill Allombert Thu, 29 Aug 2002 11:40:56 +0200 gp2c (0.0.2) * New parser code. This one support automatic concatenation, the 2.2.4 way. * Add listcalltostack for unfolding function call. * Add concat unfolding to genformat{,arg}. * Add genstr type and cast for t_STRING GEN object. * Add description for Str. * Fix description of __ (concat) operator. * Add a new casting method. * Rewrite the way constants are handled. Fix 1.a bug. * Remove the hard-coded limit on string length. * Use const char *. * Remove the KSTART kludge. * Automatic variables now have consecutive numbers. * Fix operators priority problems with gp2c -G. * Allow empty functions and empty member functions. * Catch declarations with more than one tag. -- Bill Allombert Wed, 28 Aug 2002 15:07:01 +0200 gp2c (0.0.1pl3) * gp2c-dbg really uses GP_DBG now. * Fix a bug introduced in 0.0.0pl11 when handling description with noarg. * Expand "args" test. * 'install' was no more working, and using entries has never worked. * .sign description was incorrect. * Update manual and expand the "common problem" section. * Avoid GENtostr, because it leaks memory. * Implement write*,printtex,printp* via eval(). * For uniformity, print now output to stdout. * Thanks to Herbert Gangl for testing the previous release. -- Bill Allombert Tue, 9 Jul 2002 16:32:15 +0200 gp2c (0.0.1pl2) * gp2c -S breaks with functions with more than 8 args. * Support for simple real constants. * KB style function definition. * Correct typo in gp2c manual. * Add support for manual in HTML. * Fix a bug introduced in 0.0.0pl11 that cause variable to appear several time in gptr lists. * Add --with-paricfg flag to configure. * Better version detection. * Variables ('x) were printed as a number. * gp2c now really ignore '\r'. * typ->str cast generate invalid code. * Default for str args was not quoted correctly. * Use char * instead of void * in src/stack.c. -- Bill Allombert Sat, 29 Jun 2002 17:23:12 +0200 gp2c (0.0.1pl1) * Typo in addseqleft. * Add VCG tree debugging output. * Fix a bug introduced in 0.0.0pl12 with sum(,,if(,,)) constructs. * Add test "sumprod". * Movebloc could create loops in the tree. * gp2c.tex: RTLD_GLOBAL is already in 2.2.2. -- Bill Allombert Sun, 19 May 2002 16:41:39 +0200 gp2c (0.0.1) * Fix problem in gp2c-run when .gprc did not end by a newline. * Add gp2c-dbg script to help debugging (not installed). * Do not use snprintf for portability. * Fix some warning when compiling on 64 bits machines. * Add some more descriptions. * Remove unneeded -u flag to diff in script/dotest. * Fix some compatibility problems with old flex. * Fix SEGV caused by unspecified execution order. * Fix module-build when EXTRADLLDFLAGS use ${LIBS}. * Add BUGS and doc/gp2c.dvi to the tarball. * Remove src/lang.c and test/*/CVS from the tarball. * Make forstep test more robust. * Fix descriptions of _?=_ operators. * FUNCDSC_PATH configuration is now GNU compliant. * matrix() generate extraneous (GEN) cast. * Add missing cast gen->bell. * Fix GP path in gp2c-run. * Thanks to John Cremona for testing the previous release. -- Bill Allombert Fri, 3 May 2002 20:18:17 +0200 gp2c (0.0.0pl12) * Fix line numbers in error messages. * Implement 'fordiv' and 'sumdiv'. * Fix bugs with option -l and -f. * Make gp2c-run recognize -l, -t and -v. * Use "&&" in compile command instead of ";". * Fix some bugs in the garbage collecting code. * Add test "return". * Missing copy with member functions clgp and bnr. * Rewrite the lexical analyser with start condition. * Missing cast in the description of "variable". * Do not generate checkgal (not in pari 2.1 headers). * Add documentation, thanks to Ariel Pacetti for review and install section. * Add some missing #include. * Thanks to Olivier Ramaré for testing the previous release. -- Bill Allombert Wed, 13 Mar 2002 21:31:32 +0100 gp2c (0.0.0pl11) * Remove bnrinit description, unuseful and not PARI 2.2 compliant. * Fix a potential SEGV with undeclared variables. * Fix some printnode bugs. * Better description choice strategy. * Add arguments checking to functions. * New way to handle default arguments. * Preserve comments in output. * Add description for operators between small and real. * Fix a long-standing bug causing extra indentation. * More gerepileupto in place of gerepilemany. * Use stack.[ch] interface for memory allocation. * New option -S (strict arguments). -- Bill Allombert Tue, 19 Feb 2002 19:44:39 +0100 gp2c (0.0.0pl10) * 'x operator is now of type "var" instead of "gen". * Fix a typo in the mode of if(,,) constructs. * Fix initialization of non-GEN global vars. * Expand "if" test. * Add ";" after install commands to help copy-paste under emacs. * Thanks to Henri Cohen for testing the previous release. -- Bill Allombert Wed, 19 Dec 2001 19:53:22 +0100 gp2c (0.0.0pl9) * Add doc directory and manpage. * Add support for new "#" operator. * Add comments for non Gsmall C long. * Better support for DOS files. * Path-independent name for the init function. * Rewrite the way functions definitions are stored. * Implement 'install' as a gp2c directive. * Add a new strategy in gencast. * Add AM_MAINTAINER_MODE to configure.in. * More check in configure.in. * Allows to build without perl, or without PARI, or with debug enabled. * Copy function arguments if they are modified. * Handle absolute path to plugin in install(). * Add tests "cast" and "args", and expand "affect" and "forstep" tests. * Rewrite the way prototype codes are parsed. * Fix global vars initialization. * Make "make check" more clever when gp2c fails. -- Bill Allombert Tue, 18 Dec 2001 17:30:07 +0100 gp2c (0.0.0pl8) * Add gp2c-run script. * Fix some castings from void and to gen. * !(void) is 1 now. * Still better output for gp2c -G. * Add types vec, lg and vecsmall. * Add descriptions supporting lg, vec and vecsmall type. * Fix determination of return type of functions. * Implement user-defined member functions. * Hopefully fix a bug in moveblock(). * Add shell-style comments to description. * Avoid casting lvalues. * Affectations may need parens, like in a+b=c. * Fix description of isprime. * Add new check 'moveblock'. -- Bill Allombert Thu, 15 Nov 2001 12:30:06 +0100 gp2c (0.0.0pl7) * Correct SEGV on files without any functions definitions. * Try to cope with DOS files under unix. * 'if' constructs used as loop bounds were wrongly discarded. * 'M[k,]' induced looping in genblock. * Add new check 'matrix'. * Better output for gp2c -G . * vector and matrix now check theirs index variables. * 'f(x)=;x' is now valid, though ugly. * Output warning for meta-commands. * Output warning and default to gen for unknown functions. * Description of '!' was incomplete leading to extraneous '!!'. * Less spurious warnings. * Thanks to Ariel Pacetti for testing the previous release. -- Bill Allombert Sun, 23 Sep 2001 16:14:34 +0200 gp2c (0.0.0pl6) * Add self test, for 'make check'. * Code for tufu was wrong. * Bug in genentryuser. * Implementation of matrix(). * Gtyp to Ggen coercion. * Global vars are initialized to gzero to protect against gerepile * clone and unclone facilities. * Parser grammar clean up. * Add Gpol and Gvar type. Support for polynomial specific code. * Add Mcopy mode. * Add -p option to protect user namespace. * Rewrite the initialisation function generation code. * Fix typo in description of >>=. -- Bill Allombert Fri, 4 May 2001 13:03:21 +0200 gp2c (0.0.0pl5) * Autoconfiguration of command line to compile the modules. * Better support for '&' references. * Better cleanup of var generate by if() constructs. -- Bill Allombert Sun, 18 Mar 2001 19:38:34 +0100 gp2c (0.0.0pl4) * forstep(z=1,100,[1,3,1]) pre-implementation. * Better garbage collecting. * New option -W warning about undeclared variable. * Now error messages print the line number or the function. * New description code '@' for member function which use several time theirs arguments. * Variables added by the compiler of type `long' are named l1, l2, etc... * User vars named l1, l2, l_1, etc... are now renamed l_1, l_2, l__1, etc... * Now generate an initialization function automatically. * Better variable optimizations. * \= and \/= were absolutely buggy. * Rewrote movecode/moveblock to be safe with entangled bloc. * while(,SEQ) and until(,SEQ) now work. * Add support for clone. * for(i:small=1,x,SEQ) now work. -- Bill Allombert Thu, 15 Mar 2001 12:33:40 +0100 gp2c (0.0.0pl3) * Fix `forstep'. * Now error accept multiple parameter, as print do. * `next' now is accepted. * Add types nf,bnf,bnr,clgp,prid,ell,bell,gal to allow implementation of member functions. * Operators and member functions are now handled by descriptions. * Fix PARI version detection for 2.2 * User vars named p1, p2, p_1, etc... are now renamed p_1, p_2, p__1, etc... * 'lim' now renamed st_lim to reduce name clash. * Much less extraneous parens generated. * `&' references now work. -- Bill Allombert Sun, 4 Mar 2001 11:53:16 +0100 gp2c (0.0.0pl2) * Update scripts that were forgotten in pl1. * Fix indentation in `for' loop. * Added some provisions for better garbage collecting. -- Bill Allombert Sat, 13 Jan 2001 21:29:32 +0100 gp2c (0.0.0pl1) * Now initialization in type declaration is supported, like f(x:long=3)=local(z:mp=1.2);... * New func.desc format. * Garbage collecting before return more secure but still ugly. -- Bill Allombert Fri, 12 Jan 2001 21:29:32 +0100 gp2c (0.0.0pl0) * Initial Release. -- Bill Allombert Tue, 12 Dec 2000 17:33:32 +0100 Local variables: mode: debian-changelog End: gp2c-0.0.10/doc/0000755000175000017500000000000013006472505010173 500000000000000gp2c-0.0.10/doc/Makefile.am0000644000175000017500000000275413006360501012147 00000000000000all: man_MANS = gp2c.1 gp2c-run.1 $(GP2C_DBG1) EXTRA_MANS = gp2c-dbg.1 GP2C_DOC = gp2c.dvi gp2c.html gp2c001.png TYPE_DOC = type.dvi type.html type001.png PDF_DOC = gp2c.pdf type.pdf ALL_DOC = gp2c.ps type.ps $(PDF_DOC) GP2C_CRUFT = gp2c.aux gp2c.haux gp2c.htoc gp2c.image.tex gp2c.log gp2c.toc TYPE_CRUFT = type.aux type.haux type.htoc type.image.tex type.log type.toc EXTRA_DIST = gp2c.1 gp2c.tex type.tex $(GP2C_DOC) $(TYPE_DOC) $(PDF_DOC) MAINTAINERCLEANFILES = $(GP2C_DOC) $(TYPE_DOC) $(ALL_DOC) $(GP2C_CRUFT) $(TYPE_CRUFT) gp2c.dvi gp2c.aux: $(srcdir)/gp2c.tex latex $(srcdir)/gp2c.tex latex $(srcdir)/gp2c.tex type.dvi type.aux: $(srcdir)/type.tex latex $(srcdir)/type.tex latex $(srcdir)/type.tex gp2c.pdf: $(srcdir)/gp2c.tex pdflatex $(srcdir)/gp2c.tex pdflatex $(srcdir)/gp2c.tex type.pdf: $(srcdir)/type.tex pdflatex $(srcdir)/type.tex pdflatex $(srcdir)/type.tex gp2c.ps: gp2c.dvi dvips gp2c.dvi -o gp2c.ps type.ps: type.dvi dvips type.dvi -o type.ps gp2c.html: $(srcdir)/gp2c.tex hevea -fix $(srcdir)/gp2c.tex type.html: $(srcdir)/type.tex hevea -fix $(srcdir)/type.tex doc: gp2c.dvi type.dvi dochtml: gp2c.html type.html docall: $(ALL_DOC) gp2c.html type.html gzip -c gp2c.ps > gp2c.ps.gz gzip -c type.ps > type.ps.gz install-data-local: $(INSTALL) -d $(DESTDIR)$(docdir) for i in $(GP2C_DOC) $(TYPE_DOC) $(PDF_DOC); do \ if test -f $(srcdir)/$$i; then \ $(INSTALL_DATA) $(srcdir)/$$i $(DESTDIR)$(docdir); \ fi \ done; uninstall-local: rm -r $(DESTDIR)$(docdir) gp2c-0.0.10/doc/type.pdf0000644000175000017500000054615313006466572011614 00000000000000%PDF-1.5 %ÐÔÅØ 3 0 obj << /Length 1398 /Filter /FlateDecode >> stream xÚåËrÛ6ðž¯ÐÍäLÉ ½ÙNÓq§ÉxÝšX¶™¡H I9M¿¾»XP¢$zêiÓÔr/Æ^,ö‰}èbùêõ[®<Wr±¼]p-â,ÍZËXdz±,¿wkQ„¿.d5E–,Ö‰X0ÂB¡ƒ/ë0‚Åöa”0äMIÀpo (mȃ¾èªõP…Ú÷aëK?Ø•¿%]p¥„»%¹ä‹HdqfÝuñNÁ=U]#”çuÝ®B‘¿Y`»i-X òE"‰¥Ttô}úþ±ÓÀVG¤ÄwD\0®‰! 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However current latex2html version does not know about ifthen and so %just read *both* branch so it is *not* necessary. \usepackage{html} \newcommand{\link}[2]{\htmladdnormallink{#1}{#2}} \newcommand{\gpcc}{gp2c} } %Use \gpcc only for large fonts.(titles,sections) \newcommand{\pathlink}[1]{\link{\path{#1}}{#1}} \newcommand{\path}[1]{\texttt{#1}} \newcommand{\gp}[1]{\textit{#1}} \newcommand{\pari}[1]{\textsf{#1}} \newcommand{\cmd}[1]{{\noindent\bf #1}} \newcommand{\typ}[1]{\texttt{t\_#1}} \title{\gpcc\ types and the description system} \author{By Bill Allombert} \begin{document} \maketitle \tableofcontents \section{\gpcc\ types} \subsection{Introduction} The main feature GP2C adds above GP is the use of types. Types give a semantic to PARI objects, so that GP2C can generate code that use specialized (hence faster) PARI functions instead of generic ones. Please read the section 'Advanced use of GP2C' in the GP2C manual for how to use the GP2C types and examples. Such types are used in conjunctions with so-called \emph{descriptions} which are stored in the field 'Description:' of the file \path{pari.desc} and provide the actual C code to use depending of the types of the arguments. They are described in Section~\ref{description}. Abstractly, a GP2C type is a set of pairs $(A,B)$ where $A$ is a mathematical object and $B$ its computer representation. Two different types can contain the same mathematical object, with a different computer representation. For example the type \gp{bool} is the set \{(true,1L), (false,0L)\}, \emph{i.e.}~true and false with true coded by the C-long integer \(1\) and false coded by the C-long integer \(0\); the type \gp{negbool} is the set \{(true,0L), (false,1L)\} which is the same set of mathematical objects, but now true is coded by the C-long integer \(0\) and false by the C-long integer \(1\). For each GP2C type, there exists a C type $Ct$ such that for all pairs $(A,B)$ belonging to the type, the C type of $B$ is $Ct$. This C type is specified by the description \pari{\_typedef}. The GP2C types are preordered. Abstractly, we say that $t_1\prec t_2$ if and only if there is a map $f$ such that $(A,B)\mapsto (A,f(B))$ defines a one-to-one mapping from $t_1$ to $t_2$. Practically we restrict the relation $\prec$ to make it a partial order such that any two types have an upper bound. This partial order is defined by the chains in the description \pari{\_type\_preorder}. It can be printed by running \verb!gp2c -t!. \begin{figure}[htbp] \begin{center} \[ %HEVEA \begin{toimage} \unitlength=1.mm \begin{picture}(12,50)(-6,0) \put(6,50){\makebox[0mm]{gen}} \put(6,44){\line(0,1){5}} \put(6,40){\makebox[0mm]{mp}} \put(-2,44){\line(1,1){5}} \put(-3,40){\makebox[0mm]{vec}} \put(-9,44){\line(2,1){12}} \put(-9,40){\makebox[0mm]{pol}} \put(-9,34){\line(0,1){5}} \put(-9,30){\makebox[0mm]{var}} \put(12,30){\makebox[-1.5mm]{real}} \put(12,34){\line(-1,1){5}} \put(0,30){\makebox[-1.5mm]{int}} \put(0,34){\line(1,1){5}} \put(0,20){\makebox[1mm]{small}} \put(0,24){\line(0,1){5}} \put(0,10){\makebox[1mm]{bool}} \put(-8,17){\line(1,1){4}} \put(-15,15){\makebox[1mm]{negbool}} \put(-4,11){\line(-1,1){4}} \put(0,14){\line(0,1){5}} \put(0,00){\makebox[1mm]{void}} \put(5,01){\line(1,4){7}} \put(0,04){\line(0,1){5}} \end{picture} %HEVEA \end{toimage} %HEVEA \imageflush \] \caption{Example of type preorder} \label{fig:type} \end{center} \end{figure} The process of converting a mathematical object from one type to another is called casting. The casting methods known to GP2C are given by the \pari{\_cast} description. \subsection{List of types} In this section, we list the types known to PARI/GP. The current list is available in the description \pari{\_typedef}. \subsubsection{Basic types} \begin{description} \item[small] Small integers represented by C \pari{long} integers. \item[int] Multi-precision integers represented by \typ{INT} GENs. \item[real] Multi-precision floating point real numbers represented by \typ{REAL} GENs. \item[mp] Multi-precision numbers. Union of the types \gp{int} and \gp{real}. \item[vecsmall] Vectors of small integers represented by \typ{VECSMALL} GENs. \item[vec] Vectors and matrices of PARI objects, represented by \typ{VEC}, \typ{COL} or \typ{MAT} GENs. \item[var] Polynomial variables represented by their variable number which is a C \pari{long} integer. This is associated to the prototype code 'n'. \item[pol] Polynomials represented by \typ{POL} GENs. \item[genstr] Strings represented by \typ{STR} GENs. \item[list] GP lists represented by \typ{LIST} GENs. \item[gen] Generic PARI objects represented by GENs. \end{description} \subsubsection{Special types} \begin{description} \item[void] This type is a set with only one element called \gp{void}. This is the return type of functions not returning anything. GP allows to cast it to \(0\). \item[bool] Boolean values represented as C \pari{long} integers, where 1 is true and 0 is false. \item[negbool] Negated boolean values represented as C \pari{long} integers, where 0 is true and 1 is false. \item[lg] Vector lengths represented by the \pari{lg} macro output, i.e. a C \pari{long} integer equal to the actual length plus one. \item[str] C strings represented by C \pari{const char *} strings. \item[typ] GEN types represented by C \pari{long} integers, as returned by the \pari{typ()} macro. \end{description} \subsubsection{Internal types} The following types are mainly for internal use inside GP2C. \begin{description} \item[empty] This type is the empty set. No individual object can be of this type but a set of objects can. In fact this is a default type for an unspecified set of objects. \item[small\_int] Small integers represented by C \pari{int} integers. This is only available for compatibility with PARI function returning \pari{int} (instead of \pari{long}). \item[bptr] Byte pointer. This is used for the \pari{primepointer} global variable. \item[func\_GG] function with protype \pari{GEN f(GEN,GEN)}. Used by \gp{forvec}. \item[pari\_sp] This is the stack pointer type \pari{pari\_sp}. \end{description} \subsubsection{Types for data structure.} These types are mainly defined to allow the use of inline member functions. \begin{description} \item[nf] Number field as returned by \gp{nfinit}. \item[bnf] Big number field as returned by \gp{bnfinit}. \item[bnr] Ray class field as returned by \gp{bnrinit}. \item[ell] Elliptic curve as returned by \gp{ellinit}. \item[bell] Big elliptic curve as returned by \gp{ellinit}. \item[clgp] Class group as returned by the 'clgp' member function. \item[prid] Prime ideal as returned by \gp{idealprimedec}. \item[gal] Galois group as returned by \gp{galoisinit}. \end{description} \subsection{C-Type} A \textit{C-Type} is just a level of indirection toward real C types. C-types are defined by the descriptions \pari{\_decl\_base} and \pari{\_decl\_ext}. Each type belongs to a C-type as specified by the description \pari{\_typedef}. \section{The description system}\label{description} \subsection{Introduction} The description system is a way to describe the PARI application programming interface in a way understandable by both the GP2C compiler and human beings. The present document is mostly addressed to this second category. We start by a simple example: The description of the GP function \gp{sqr} is \begin{verbatim} (int):int sqri($1) (mp):mp gsqr($1) (gen):gen gsqr($1) \end{verbatim} Each line is called a \textit{rule}, which in this case consists of three parts. Let us consider the first one: the parts \verb!(int)!, \verb!:int! and \verb!sqri($1)! are respectively called the \textit{pattern}, \textit{type}, and \textit{action} part. When GP2C compiles \gp{sqr(1)}, it computes the types of the arguments (here~\gp{1} is of type \gp{small}) and matches them against the patterns from top to bottom. The ``best'' rule is used; in case of a tie, the topmost rule wins. Here, all three rules apply, and the first rule wins. Since the type of this rule is \gp{int}, GP2C sets the type of the expression \gp{sqr(1)} to \gp{int}. The action part is \verb!sqri($1)!, so GP2C generates the C code \pari{sqri(\$1)} where \pari{\$1} is replaced by the code of the argument \gp{1} cast to the pattern type (\gp{int}). The result is the C code \pari{sqri(gen\_1)}. Now a more complex example: the description of the GP function \gp{exp} is \begin{verbatim} (real):real mpexp($1) (mp):mp:prec gexp($1, prec) (gen):gen:prec gexp($1, prec) \end{verbatim} When GP2C compiles \gp{exp(1)}, it looks for the "best" rules. The first rule cannot be used, because there is no way to cast a \gp{small} to a \gp{real}, so it uses the second rule. This time the result will be of type \gp{mp}. The extra part \verb!:prec! is called a mode. The mode `prec' states that the action part will use the special `prec' variable that holds the current real precision. This is obvious from the action part code, but GP2C do not parse the action part so it needs this mode. Note that the last rule is also valid and has the same action part so would generate the exact same code. However, the type of the expression would be less precise. The description of the GP function \gp{matdet} is \begin{verbatim} (gen, ?0):gen det($1) (gen, 1):gen det2($1) (gen, #small):gen $"incorrect flag in matdet" (gen, small):gen det0($1, $2) \end{verbatim} We see several new pattern atoms: \begin{itemize} \item \gp{1} matches a literal $1$, e.g. \gp{matdet(M,1)} would match the second rule. \item \gp{?0} matches an optional literal $0$: \gp{matdet(M)}, \gp{matdet(M,0)} and \gp{matdet(M,)} all match the first rule. \item \gp{\#small} matches an unspecified literal \gp{small}. \end{itemize} Finally, we also see a new action \gp{\$"\dots"}, which causes GP2C to display the error message and abort. \subsection{Definitions} We now give a formal definition of descriptions. \subsubsection{Description} A description is a line-separated list of \textit{rules}. \subsubsection{Rule} A rule is a line of the form \begin{quote} (\textit{pattern})\textit{:type}\textit{:modelist} \textit{action} \end{quote} Only the pattern part is mandatory, though most rules also include an action and a type. \subsubsection{Pattern} A pattern is a comma-separated list of \textit{pattern atoms}. \subsubsection{Type} The type of a rule is a standard GP2C type. \subsubsection{Modelist} A modelist is a colon-separated list of \textit{modes}. \subsubsection{Action} An action is a string (normally a piece of C code) that can include \textit{replacement strings}. Replacement strings start by a \$ and are substituted according to the replacement rules. \subsection{Pattern atom} A pattern atom is one of the following, where \gp{type} is any GP2C type, \gp{n} any small integer, \gp{"str"} any character string and \gp{ctype} any C-type. A pattern atom can match an object. \begin{itemize} \item \gp{type}. This matches any object of type comparable to \gp{type}. \item \gp{n}. This matches a constant small integer value equal to \gp{n}. \item \gp{?n}. This matches an optional \gp{small} value which defaults to \gp{n}. \item \gp{?type}. This matches an optional \gp{type} value with standard default value. \item \gp{"str"}. This matches a constant character string equal to \gp{str}. \item \gp{\&type}. This matches a reference (the GP \gp{\&x} construction) to an object of type equal or less than \gp{type} referencing the same data type. \item \textit{nothing}. This matches a missing argument. \item \gp{\#type}. This matches a constant value of type \gp{type}. \item \gp{...} This matches any number of arguments matching the previous atom. This must be the last atom of the pattern. This allows to implement functions taking an unlimited number of arguments. \item \gp{C!ctype}. This matches any object of C-type \gp{ctype}. \item \gp{@type}. This matches a variable of type \gp{type}. This is mainly used for expressions that evaluate their arguments several times. \item \gp{*type}. This matches an lvalue of type \gp{type}. This is used in constructions that modify their arguments. \end{itemize} \subsection{Matching} The best rule is determined as follows: \begin{enumerate} \item The result of matching a pattern atom against some GP code is either 'reject' or 'match'. \item There are three matching levels: 'partial', 'normal' and 'perfect'. \item A pattern matches if all the atoms match. \item A rule matches if its pattern matches. \item The best rule is the matching rule with the higher number of normal and perfect matches. In case of a tie, the highest number of perfect matches wins. If there is still a tie, the topmost rule wins. \end{enumerate} When matching the pattern atoms \gp{type} and \gp{?type}, the matching level is determined as follows: \begin{itemize} \item a perfect match occurs when the type of the object is exactly \gp{type}, \item a normal match when the type is less than \gp{type}, \item a partial match when the type is bigger than \gp{type}. \item Rejection happens when the types are uncomparable. \end{itemize} Other pattern atoms always result in a reject or a perfect match. \subsection{Mode} Modes are used in descriptions to give more information to GP2C about the action part. They are usually useless to human beings that are smart enough to understand the action part. The current list of modes is: \begin{description} \item[prec] The action uses the \pari{prec} variable. \item[parens] The action does not have top precedence. GP2C will put it between parentheses when needed (see \$()) \item[copy] The action returns data that access memory belonging to other objects. GP2C will generate calls to \pari{gcopy()} when needed. \end{description} %\begin{description} %\item[long] The action returns a \pari{GEN} casted to \pari{long}. GP2C will %generate type casting if needed. This is not supported anymore. %\item[semicolon] The action is a full block and does not need a trailing %semicolon. %\item[brace] The action does not need to be put inside brace. %\item[else] This is an if-else block. This is used by GP2C in conjunction %with brace to add braces around if-else blocks. %\end{description} %The following modes are defined but currently ignored. %\begin{description} %\item[var] (ignored) value cannot be determined at compile time %\item[sidef] (ignored) The statement has a side-effect. %\item[term] (ignored) The statement terminate the function. %\end{description} \subsection{Lists of replacement strings} The following special sequences can occur in the action part: \begin{itemize} \item \pari{\$n}. This is replaced by the \(n\)-th argument of the function. \item \pari{\$(n)}. This is replaced by the \(n\)-th argument of the function between parenthesis if it has the parens mode. \item \pari{\$type:n}. This is replaced by the \(n\)-th argument of the function cast to type \gp{type}. \item \pari{\$(type:n)}. Combination of \$(n) and \$type:n. \item \pari{\$\%n}. This is replaced by the \(n\)-th argument of the function, which must be a constant string, with all \% characters doubled and no quotes. This is for use inside format specification. \item \pari{\$prec}: short cut for \pari{\${prec}}. \item \pari{\$bitprec}: short cut for \pari{\${bitprec}}. \item \pari{\$"message"}. Signals an invalid condition. GP2C will abort by printing the error message \pari{message}. \item \pari{\$\{RPN sequence\}} The RPN sequence is a space separated list of RPN commands that will be evaluated by the GP2C internal RPN evaluator. If the stack is empty at the end of the evaluation, this is replaced by the empty string, else this is replaced by the integer at the top of the stack. Some RPN commands generate text, in that case it is pasted just before the \$ sign. \end{itemize} \subsection{Lists of RPN commands} The commands are evaluated with respect to a stack of integer values, initially empty. The exact list of command supported by a particular GP2C version is the \pari{\%accepted\_command} hash in the script \path{scripts/822\_desc.pl.in}. \begin{description} \item[\gp{literal integer}] push the integer at the top of the stack. \item[:\gp{type}] push the type \gp{type} at the top of the stack. \item[add, sub, mul, div, mod] 2-ary arithmetic operators \item[neg] 1-ary arithmetic operator \item[and, or, xor] 2-ary logical operators \item[not] 1-ary logical operator \item[type] pop an integer $n$ and push the type of the $n$-th argument. \item[value] pop an integer $n$ and push the value of the $n$-th argument, provided it is a constant integer. \item[code] pop an integer $n$ and generate the C code for the $n$-th argument. \item[cast] pop an integer $n$ and a type $t$ and generate the C code for the $n$-th argument cast to type $t$. \item[parens] this is a flag requesting \cmd{code} and \cmd{cast} to enclose the C code between parenthesis if the argument has the \gp{parens} mode. \item[str\_format, str\_raw] pop an integer $n$ such that the $n$-th argument is a constant string and display the string without leading and ending ". Furthermore \cmd{str\_format} will display the string in a way suitable for inclusion in a format string by quoting meta-characters. \item[prec] display the local precision (in prec format). \item[bitprec] display the local precision in bit. \end{description} The following RPN commands are useful with the \gp{...} pattern atom to implement functions that take an unlimited number of arguments. \begin{description} \item[nbarg] push the actual number of arguments of the function. \item[format\_string, format\_args] pop an integer $n$ such that the $n$-th argument corresponds to a \gp{...} pattern atom and generate a format string and a list of arguments, see the description of the GP function \gp{print}. \item[code, cast] If the integer $n$ corresponds to a \gp{...} pattern atom, generate a comma-separated list of C code for the arguments $n-1$, $n$, $n+1$, \ldots, \cmd{nbarg}, by matching each argument against the $n-1$ pattern atom. \item[stdref] this is a flag requesting \cmd{code} and \cmd{type} to prepend a '\&' before each arguments. \end{description} The following RPN commands are useful to implement functions that take closures as arguments. \begin{description} \item[wrapper, cookie] pop an integer $n$ and generate a call to the wrapper (resp. the cookie associated to the wrapper) for the $n$-th argument. The wrapper generated depends on the wrapper prototype in the Wrapper field. The cookie is the list of local variables seen by the closure. \end{description} \end{document} gp2c-0.0.10/doc/type.html0000644000175000017500000010755713006466575012013 00000000000000 gp2c types and the description system

gp2c types and the description system

By Bill Allombert

Contents

1  gp2c types

1.1  Introduction

The main feature GP2C adds above GP is the use of types. Types give a semantic to PARI objects, so that GP2C can generate code that use specialized (hence faster) PARI functions instead of generic ones. Please read the section ’Advanced use of GP2C’ in the GP2C manual for how to use the GP2C types and examples.

Such types are used in conjunctions with so-called descriptions which are stored in the field ’Description:’ of the file pari.desc and provide the actual C code to use depending of the types of the arguments. They are described in Section 2.

Abstractly, a GP2C type is a set of pairs (A,B) where A is a mathematical object and B its computer representation. Two different types can contain the same mathematical object, with a different computer representation. For example the type bool is the set {(true,1L), (false,0L)}, i.e. true and false with true coded by the C-long integer 1 and false coded by the C-long integer 0; the type negbool is the set {(true,0L), (false,1L)} which is the same set of mathematical objects, but now true is coded by the C-long integer 0 and false by the C-long integer 1.

For each GP2C type, there exists a C type Ct such that for all pairs (A,B) belonging to the type, the C type of B is Ct. This C type is specified by the description _typedef.

The GP2C types are preordered. Abstractly, we say that t1≺ t2 if and only if there is a map f such that (A,B)↦ (A,f(B)) defines a one-to-one mapping from t1 to t2. Practically we restrict the relation ≺ to make it a partial order such that any two types have an upper bound. This partial order is defined by the chains in the description _type_preorder. It can be printed by running gp2c -t.

Figure 1: Example of type preorder

The process of converting a mathematical object from one type to another is called casting. The casting methods known to GP2C are given by the _cast description.

1.2  List of types

In this section, we list the types known to PARI/GP. The current list is available in the description _typedef.

1.2.1  Basic types

small
Small integers represented by C long integers.
int
Multi-precision integers represented by t_INT GENs.
real
Multi-precision floating point real numbers represented by t_REAL GENs.
mp
Multi-precision numbers. Union of the types int and real.
vecsmall
Vectors of small integers represented by t_VECSMALL GENs.
vec
Vectors and matrices of PARI objects, represented by t_VEC, t_COL or t_MAT GENs.
var
Polynomial variables represented by their variable number which is a C long integer. This is associated to the prototype code ’n’.
pol
Polynomials represented by t_POL GENs.
genstr
Strings represented by t_STR GENs.
list
GP lists represented by t_LIST GENs.
gen
Generic PARI objects represented by GENs.

1.2.2  Special types

void
This type is a set with only one element called void. This is the return type of functions not returning anything. GP allows to cast it to 0.
bool
Boolean values represented as C long integers, where 1 is true and 0 is false.
negbool
Negated boolean values represented as C long integers, where 0 is true and 1 is false.
lg
Vector lengths represented by the lg macro output, i.e. a C long integer equal to the actual length plus one.
str
C strings represented by C const char * strings.
typ
GEN types represented by C long integers, as returned by the typ() macro.

1.2.3  Internal types

The following types are mainly for internal use inside GP2C.

empty
This type is the empty set. No individual object can be of this type but a set of objects can. In fact this is a default type for an unspecified set of objects.
small_int
Small integers represented by C int integers. This is only available for compatibility with PARI function returning int (instead of long).
bptr
Byte pointer. This is used for the primepointer global variable.
func_GG
function with protype GEN f(GEN,GEN). Used by forvec.
pari_sp
This is the stack pointer type pari_sp.

1.2.4  Types for data structure.

These types are mainly defined to allow the use of inline member functions.

nf
Number field as returned by nfinit.
bnf
Big number field as returned by bnfinit.
bnr
Ray class field as returned by bnrinit.
ell
Elliptic curve as returned by ellinit.
bell
Big elliptic curve as returned by ellinit.
clgp
Class group as returned by the ’clgp’ member function.
prid
Prime ideal as returned by idealprimedec.
gal
Galois group as returned by galoisinit.

1.3  C-Type

A C-Type is just a level of indirection toward real C types. C-types are defined by the descriptions _decl_base and _decl_ext. Each type belongs to a C-type as specified by the description _typedef.

2  The description system

2.1  Introduction

The description system is a way to describe the PARI application programming interface in a way understandable by both the GP2C compiler and human beings. The present document is mostly addressed to this second category. We start by a simple example:

The description of the GP function sqr is 

 (int):int      sqri($1)
 (mp):mp        gsqr($1)
 (gen):gen      gsqr($1)

Each line is called a rule, which in this case consists of three parts. Let us consider the first one: the parts (int), :int and sqri($1) are respectively called the pattern, type, and action part.

When GP2C compiles sqr(1), it computes the types of the arguments (here 1 is of type small) and matches them against the patterns from top to bottom. The “best” rule is used; in case of a tie, the topmost rule wins. Here, all three rules apply, and the first rule wins. Since the type of this rule is int, GP2C sets the type of the expression sqr(1) to int. The action part is sqri($1), so GP2C generates the C code sqri($1) where $1 is replaced by the code of the argument 1 cast to the pattern type (int). The result is the C code sqri(gen_1).

Now a more complex example: the description of the GP function exp is 

 (real):real    mpexp($1)
 (mp):mp:prec   gexp($1, prec)
 (gen):gen:prec gexp($1, prec)

When GP2C compiles exp(1), it looks for the "best" rules. The first rule cannot be used, because there is no way to cast a small to a real, so it uses the second rule. This time the result will be of type mp. The extra part :prec is called a mode. The mode ‘prec’ states that the action part will use the special ‘prec’ variable that holds the current real precision. This is obvious from the action part code, but GP2C do not parse the action part so it needs this mode. Note that the last rule is also valid and has the same action part so would generate the exact same code. However, the type of the expression would be less precise.

The description of the GP function matdet is 

 (gen, ?0):gen      det($1)
 (gen, 1):gen       det2($1)
 (gen, #small):gen  $"incorrect flag in matdet"
 (gen, small):gen   det0($1, $2)

We see several new pattern atoms:

  • 1 matches a literal 1, e.g. matdet(M,1) would match the second rule.
  • ?0 matches an optional literal 0: matdet(M), matdet(M,0) and matdet(M,) all match the first rule.
  • #small matches an unspecified literal small.

Finally, we also see a new action $"…", which causes GP2C to display the error message and abort.

2.2  Definitions

We now give a formal definition of descriptions.

2.2.1  Description

A description is a line-separated list of rules.

2.2.2  Rule

A rule is a line of the form

(pattern):type:modelist action

Only the pattern part is mandatory, though most rules also include an action and a type.

2.2.3  Pattern

A pattern is a comma-separated list of pattern atoms.

2.2.4  Type

The type of a rule is a standard GP2C type.

2.2.5  Modelist

A modelist is a colon-separated list of modes.

2.2.6  Action

An action is a string (normally a piece of C code) that can include replacement strings. Replacement strings start by a $ and are substituted according to the replacement rules.

2.3  Pattern atom

A pattern atom is one of the following, where type is any GP2C type, n any small integer, "str" any character string and ctype any C-type. A pattern atom can match an object.

  • type. This matches any object of type comparable to type.
  • n. This matches a constant small integer value equal to n.
  • ?n. This matches an optional small value which defaults to n.
  • ?type. This matches an optional type value with standard default value.
  • "str". This matches a constant character string equal to str.
  • &type. This matches a reference (the GP &x construction) to an object of type equal or less than type referencing the same data type.
  • nothing. This matches a missing argument.
  • #type. This matches a constant value of type type.
  • ... This matches any number of arguments matching the previous atom. This must be the last atom of the pattern. This allows to implement functions taking an unlimited number of arguments.
  • C!ctype. This matches any object of C-type ctype.
  • @type. This matches a variable of type type. This is mainly used for expressions that evaluate their arguments several times.
  • *type. This matches an lvalue of type type. This is used in constructions that modify their arguments.

2.4  Matching

The best rule is determined as follows:

  1. The result of matching a pattern atom against some GP code is either ’reject’ or ’match’.
  2. There are three matching levels: ’partial’, ’normal’ and ’perfect’.
  3. A pattern matches if all the atoms match.
  4. A rule matches if its pattern matches.
  5. The best rule is the matching rule with the higher number of normal and perfect matches. In case of a tie, the highest number of perfect matches wins. If there is still a tie, the topmost rule wins.

When matching the pattern atoms type and ?type, the matching level is determined as follows:

  • a perfect match occurs when the type of the object is exactly type,
  • a normal match when the type is less than type,
  • a partial match when the type is bigger than type.
  • Rejection happens when the types are uncomparable.

Other pattern atoms always result in a reject or a perfect match.

2.5  Mode

Modes are used in descriptions to give more information to GP2C about the action part. They are usually useless to human beings that are smart enough to understand the action part. The current list of modes is:

prec
The action uses the prec variable.
parens
The action does not have top precedence. GP2C will put it between parentheses when needed (see $())
copy
The action returns data that access memory belonging to other objects. GP2C will generate calls to gcopy() when needed.

2.6  Lists of replacement strings

The following special sequences can occur in the action part:

  • $n. This is replaced by the n-th argument of the function.
  • $(n). This is replaced by the n-th argument of the function between parenthesis if it has the parens mode.
  • $type:n. This is replaced by the n-th argument of the function cast to type type.
  • $(type:n). Combination of $(n) and $type:n.
  • $%n. This is replaced by the n-th argument of the function, which must be a constant string, with all % characters doubled and no quotes. This is for use inside format specification.
  • $prec: short cut for $prec.
  • $bitprec: short cut for $bitprec.
  • $"message". Signals an invalid condition. GP2C will abort by printing the error message message.
  • ${RPN sequence} The RPN sequence is a space separated list of RPN commands that will be evaluated by the GP2C internal RPN evaluator. If the stack is empty at the end of the evaluation, this is replaced by the empty string, else this is replaced by the integer at the top of the stack. Some RPN commands generate text, in that case it is pasted just before the $ sign.

2.7  Lists of RPN commands

The commands are evaluated with respect to a stack of integer values, initially empty. The exact list of command supported by a particular GP2C version is the %accepted_command hash in the script scripts/822_desc.pl.in.

literal integer
push the integer at the top of the stack.
:type
push the type type at the top of the stack.
add, sub, mul, div, mod
2-ary arithmetic operators
neg
1-ary arithmetic operator
and, or, xor
2-ary logical operators
not
1-ary logical operator
type
pop an integer n and push the type of the n-th argument.
value
pop an integer n and push the value of the n-th argument, provided it is a constant integer.
code
pop an integer n and generate the C code for the n-th argument.
cast
pop an integer n and a type t and generate the C code for the n-th argument cast to type t.
parens
this is a flag requesting code and cast to enclose the C code between parenthesis if the argument has the parens mode.
str_format, str_raw
pop an integer n such that the n-th argument is a constant string and display the string without leading and ending ". Furthermore str_format will display the string in a way suitable for inclusion in a format string by quoting meta-characters.
prec
display the local precision (in prec format).
bitprec
display the local precision in bit.

The following RPN commands are useful with the ... pattern atom to implement functions that take an unlimited number of arguments.

nbarg
push the actual number of arguments of the function.
format_string, format_args
pop an integer n such that the n-th argument corresponds to a ... pattern atom and generate a format string and a list of arguments, see the description of the GP function print.
code, cast
If the integer n corresponds to a ... pattern atom, generate a comma-separated list of C code for the arguments n−1, n, n+1, …, nbarg, by matching each argument against the n−1 pattern atom.
stdref
this is a flag requesting code and type to prepend a ’&’ before each arguments.

The following RPN commands are useful to implement functions that take closures as arguments.

wrapper, cookie
pop an integer n and generate a call to the wrapper (resp. the cookie associated to the wrapper) for the n-th argument. The wrapper generated depends on the wrapper prototype in the Wrapper field. The cookie is the list of local variables seen by the closure.
This document was translated from LATEX by HEVEA.
gp2c-0.0.10/doc/gp2c-dbg.1.in0000644000175000017500000000312112624133327012165 00000000000000.TH GP2C-DBG "1" "November 2001" "GP to C compiler driver" PARI .SH NAME GP2C-DBG \- The GP to C debugger driver .SH DESCRIPTION gp2c-dbg .I [gp2c options] [file.gp] .PP Compile \fIfile.gp\fR with \fBgp2c\fR and launch a debugger session of gp where the functions of \fIfile.gp\fR are loaded. [gp2c options] are passed to \fBgp2c\fR. .PP gp2c-dbg .I file.c .PP Compile \fIfile.c\fR and launch a debugger session of \fBgp\fR where the functions of \fIfile.c\fR are loaded. The file \fIfile.c\fR must have suitable \fPGP;install()\fR lines. .SH "USAGE" .PP Since there is no debugger for the GP language, \fBgp2c-dbg\fR allows to debug GP scripts with the C debugger. To catch \fBPARI\fR errors, you can set a break point on the function "pari_err". Note that your functions will not be loaded until \fBgp\fR read the .run file. .SH "FILES" .I file.gp.c The C output of \fBgp2c\fR. .TP .I file.gp.so The GP loadable module. .TP .I file.gp.run The commands to load the module. Once a module is compiled, you can load it inside a \fBgp\fR session by running this script. .SH "ENVIRONMENT" .TP .I GP2C Path to the gp2c compiler, default: @mybindir@/gp2c .TP .I GP_DBG Path to the gp calculator, default: @GP_PATH@ .TP .I GP2C_DBG Command to start the debugger, default: "gdb --args" .SH "COPYING" Copyright 2000-2015 The PARI Group .PP GP2C is free software, covered by the GNU General Public License, and you are welcome to change it and/or distribute copies of it under certain conditions. There is absolutely no warranty for GP2C. .SH "SEE ALSO" The GP2C manual, .IR gp2c-run(1), .IR gp2c(1), .IR gp(1), .IR gdb(1) gp2c-0.0.10/doc/gp2c-run.1.in0000644000175000017500000000331512624133327012242 00000000000000.TH GP2C-RUN "1" "November 2001" "GP to C compiler driver" PARI .SH NAME GP2C-RUN \- The GP to C compiler driver .SH DESCRIPTION gp2c-run \fI[gp2c options] [file.gp]\fR .PP Compile \fIfile.gp\fR with \fBgp2c\fR and launch a \fBgp\fR session where the functions of functions of \fIfile.gp\fR are preloaded. Any options are passed to \fBgp2c\fR. .PP gp2c-run \fIfile.c\fR .PP Compile \fIfile.c\fR and launch a \fBgp\fR session where the functions of \fIfile.c\fR are preloaded. the file \fIfile.c\fR must have suitable \fPGP;install()\fR lines. .PP This is especially useful if you manually modify the \fIfile.gp.c\fR produced by \fBgp2c-run\fR. In this case it is advised to rename it to \fIfile.c\fR to avoid subsequent calls of \fBgp2c-run\fR to overwrite your changes. .SH "FILES" .I file.gp.c The C output of \fBgp2c\fR. .TP .I file.gp.so The GP loadable module. .TP .I file.gp.run The commands to load the module. Once a module is compiled, you can load it inside a \fBgp\fR session by running this script. .SH "ENVIRONMENT" .TP .I GP2C Path to the \fBgp2c\fR compiler, default: @mybindir@/gp2c .TP .I GP Path to the \fIgp\fR calculator, default: @GP_PATH@ .SH "FILES" .I file.gp.c The C output of \fBgp2c\fR. .TP .I file.gp.so The GP loadable module. .TP .I file.gp.run The commands to load the module. Once a module is compiled, you can load it inside a \fBgp\fR session by running this script. .SH "COPYING" Copyright 2000-2015 The PARI Group .PP GP2C is free software, covered by the GNU General Public License, and you are welcome to change it and/or distribute copies of it under certain conditions. There is absolutely no warranty for GP2C. .SH "SEE ALSO" The GP2C manual, .IR gp2c(1), .IR gp2c-dbg(1), .IR gp(1), .IR gcc(1) gp2c-0.0.10/doc/Makefile.in0000644000175000017500000004003113006472475012164 00000000000000# Makefile.in generated by automake 1.14.1 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; without # even the implied warranty of MERCHANTABILITY or FITNESS FOR A # PARTICULAR PURPOSE. @SET_MAKE@ VPATH = @srcdir@ am__is_gnu_make = test -n '$(MAKEFILE_LIST)' && test -n '$(MAKELEVEL)' am__make_running_with_option = \ case $${target_option-} in \ ?) ;; \ *) echo "am__make_running_with_option: internal error: 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‘N²GENs.Ž¡‘5Æv‘ÿ\rarŽŽ‘IÁÁ²P•¸ãolynomial›uÛv‘ÿqÇariables‘uÚrepresen“ted˜b“y‘uÚtheir˜v‘ÿqÇariable˜n“um“bGer‘uÚwhic“h˜is‘uÚa˜CŽ¦‘NËlong‘xâ²inš¸ãteger.‘qÇThis–UUis“assoGciated“to“the“protot˜ypšGe“co˜de“'n'.Ž¡‘5ÆpQÇolŽŽ‘I§²P•¸ãolynomials›UUrepresen“ted˜b“y‘xâÇt‘¡E‰ff&fŽ‘Ç«POL˜²GENs.Ž¡‘5ÆgenstrŽŽ‘Y'm²Strings–UUrepresenš¸ãted“b˜y‘xâÇt‘¡E‰ff&fŽ‘Ç«STR“²GENs.Ž¡‘5ÆlistŽŽ‘Ieª²GP–UUlists“represenš¸ãted“b˜y‘xâÇt‘¡E‰ff&fŽ‘Ç«LIST“²GENs.Ž¡‘5ÆgenŽŽ‘KhÞ²Generic–UUP‘ÿ*ªARI“ob‘Ž8jects“represenš¸ãted“b˜y“GENs.ŽŸþ6‘5Æ1.2.2Ž‘X#‚Sp•QÇecial‘ÕTt®9yp“esŽŸuT‘5v®9oidŽŽ‘ON²This–áTt¸ãypGe›áUis“a“set“with˜only“one“elemen¸ãt“called˜Êvoid².‘ÄThis˜is“the“returnŽ¦‘Ntš¸ãypGe–UUof“functions“not“returning“an˜ything.‘qÇGP“allo˜ws“to“cast“it“to“0.Ž¡‘5Æb•QÇo“olŽŽ‘O¸Ü²BoGolean–av‘ÿqÇalues“represenš¸ãted‘bas“C‘.Ëlong‘>î²in˜tegers,‘Läwhere“1“is“true‘band“0“isŽ¦‘Nfalse.Ž¡‘5Ænegb•QÇo“olŽŽ‘a!º²Negated›©¨b•Go“olean˜v‘ÿqÇalues˜represen•¸ãted‘©§as˜C‘©}Ëlong‘Í5²in“tegers,‘Ëýwhere˜0˜is˜trueŽ¦‘Nand–UU1“is“false.Ž¡‘5ÆlgŽŽ‘BñIJV‘ÿ*ªector–”…lengths‘”„represenš¸ãted“b˜y“the“Ëlg›¸²macro“output,‘»i.e.‘1‚a“C‘”TËlong˜²in¸ãteger“equalŽ¦‘Nto–UUthe“actual“length“plus“one.Ž¡‘5ÆstrŽŽ‘G¾²C–UUstrings“represenš¸ãted“b˜y“C“Ëconst“cha˜r“*“²strings.Ž¡‘5Æt®9ypŽŽ‘Jœl²GEN‘ï²t•¸ãypGes›ïÌrepresen“ted˜b“y‘ïÍC‘ï²Ëlong‘Y²in“tegers,‘as˜returned˜b“y˜the˜Ët“yp()˜²macro.ŽŸþ6‘5Æ1.2.3Ž‘X#‚In•®9ternal‘ÕTt“ypQÇesŽŸuT‘5²The–UUfolloš¸ãwing“t˜ypGes“are“mainly“for“in˜ternal“use“inside“GP2C.Ž¡‘5Æempt®9yŽŽ‘Yw²This– Ütš¸ãypGe“is“the“empt˜y“set.‘›[No“individual“ob‘Ž8ject“can“bGe“of“this“t˜ypGeŽ¦‘Nbut–µa›µset“of“ob‘Ž8jects“can.‘‘ In˜fact“this“is˜a“default“t¸ãypGe“for˜an“unspGeci edŽ¦‘Nset–UUof“ob‘Ž8jects.Ž¡‘5Æsmall‘°¡‰ffs4Ž‘#Õin®9tŽŽ‘eùu²Small›Ìfin•¸ãtegers‘Ìerepresen“ted˜b“y‘ÌeC‘ÌGËint˜²in“tegers.‘ÖøThis˜is‘Ìeonly˜a“v‘ÿqÇailableŽ¦‘Nfor–UUcompatibilit¸ãy“with“P‘ÿ*ªARI“function“returning‘xâËint“²(instead“of‘rËlong#²).Ž¡‘5ÆbptrŽŽ‘Oük²Byte–UUpGoinš¸ãter.‘qÇThis“is“used“for“the“Ëp˜rimepGointer‘xâ²global“v‘ÿqÇariable.Ž¡‘5Æfunc‘°¡‰ffs4Ž‘#ÕGGŽŽ‘e 8²function–UUwith“protš¸ãypGe“ËGEN“f(GEN,GEN)².“Used“b˜y“Êforve‘ÿ}'c².Ž¡‘5Æpari‘°¡‰ffs4Ž‘#ÕspŽŽ‘\ùy²This–UUis“the“stacš¸ãk“pGoin˜ter“t˜ypGe“Ëpa˜ri‘™˜‰ffŽ‘™šsp².ŽŽŸ’ß3ŽŽŒ‹+ù ª ýs o ý´‘5Æ1.2.4Ž‘X#‚T®9ypQÇes–ÕTfor“data“structure.ŽŸuT‘5²These–UUtš¸ãypGes“are“mainly“de ned“to“allo˜w“the“use“of“inline“mem˜bGer“functions.ŽŸÏ‘5ÆnfŽŽ‘Cç²Numš¸ãbGer–UU eld“as“returned“b˜y“Ên nit².Ž¤Ÿ‘5ÆbnfŽŽ‘JJ¥²Big›UUn•¸ãum“bGer˜ eld˜as˜returned˜b“y˜Êbn nit².Ž© ‘5ÆbnrŽŽ‘Kƒ‰²Raš¸ãy–UUclass“ eld“as“returned“b˜y“Êbnrinit².Ž¡‘5ÆellŽŽ‘E¨à²Elliptic–UUcurvš¸ãe“as“returned“b˜y“Êel‘‚Ølinit².Ž¡‘5ÆbQÇellŽŽ‘L^3²Big–UUelliptic“curvš¸ãe“as“returned“b˜y“Êel‘‚Ølinit².Ž¡‘5ÆclgpŽŽ‘NqÀ²Class–UUgroup“as“returned“bš¸ãy“the“'clgp'“mem˜bGer“function.Ž¦‘5ÆpridŽŽ‘NµO²Prime–UUideal“as“returned“b¸ãy“Êide–ÿ}'alprime“de“c².Ž¡‘5ÆgalŽŽ‘HˆÝ²Galois–UUgroup“as“returned“b¸ãy“Êgaloisinit².ŽŸ›‘5É1.3Ž‘SÀC-T yp`eŽ©uT‘5²A‘/0ÊC-T‘ÿ;¼yp‘ÿ}'e‘ï–²is–/:just“a“levš¸ãel“of“indirection“to˜w˜ard‘/;real“C‘/0t˜yp•Ges.‘eC-t˜yp“es–/:are“de nedŽ¤ ‘5b¸ãy–«úthe“descriptions‘E’‰ffŽ–E”Ëdecl‘™˜‰ffŽ›™šbase‘«û²and‘E’‰ffŽ“Ëdecl‘™˜‰ffŽ˜ext².‘u¶Eac•¸ãh›«út“yp•Ge˜b“elongs‘«ûto˜a˜C-t¸ãyp“e˜asŽ¡‘5spGeci ed–UUbš¸ãy“the“description‘îí‰ffŽ‘îïËt˜ypGedef².ŽŸ ±*‘5Å2Ž‘MLËThe–ffdescription“systemŽŸç‘5É2.1Ž‘SÀIn tro`ductionŽ¦‘5²The–ëOdescription›ëNsystem“is“a“w•¸ãa“y˜to–ëOdescribGe“the˜P‘ÿ*ªARI‘ë4application“programmingŽ¡‘5inš¸ãterface–‰-in“a‘‰,w˜a˜y“understandable“b˜y“bGoth›‰,the“GP2C‘‰ compiler˜and“h¸ãuman“bGe-Ž¡‘5ings.‘V»The›öûpresen•¸ãt‘öüdoGcumen“t˜is–öümostly˜addressed“to˜this“second˜category–ÿ*ª.‘V»W“eŽ¡‘5start–UUb¸ãy“a“simple“example:Ž¡‘DThe–UUdescription“of“the“GP“function“Êsqr‘hâ²isŽ©?>‘:?ýÇ(int):int‘îsqri($1)Ž¡‘:?ý(mp):mp‘)ÿègsqr($1)Ž¡‘:?ý(gen):gen‘îgsqr($1)ŽŸ??‘D²Eac¸ãh–nline›nis“called“a˜Êrule²,‘´-whic¸ãh“in“this˜case“consists“of˜three“parts.‘»ÏLetŽ¡‘5us–f„consider›fƒthe“ rst“one:‘”$the“parts˜Ç(int)²,‘jÏÇ:int“²and“Çsqri($1)˜²are“respGectiv¸ãelyŽ¡‘5called–UUthe“Êp›ÿ}'attern²,“Êtyp˜e²,“and“Êaction‘¸²part.Ž¡‘DWhen–×GP2C‘¨compiles›ÖÊsqr(1)²,‘Šit“computes˜the“t¸ãypGes“of˜the“argumen¸ãts˜(here“Ê1Ž¡‘5²is–ÕÂof›ÕÃt¸ãypGe“Êsmal‘‚Øl‘‰²)˜and“matc¸ãhes˜them“against˜the“patterns˜from“top˜to“bGottom.Ž¡‘5The–q\bGest"›qrule“is˜used;‘~Þin˜case“of“a˜tie,‘wòthe˜topmost“rule˜wins.‘ÄÙHere,‘wñall“threeŽ¡‘5rules–ªapply‘ÿ*ª,‘ Ìand›©the“ rst“rule˜wins.‘[äSince˜the“t¸ãypGe˜of“this“rule˜is“Êint²,‘ ÌGP2C‘™setsŽ¡‘5the–%•t¸ãypGe›%”of“the˜expression“Êsqr(1)‘„'²to“Êint².‘aÜThe˜action“part˜is“Çsqri($1)²,‘/!so“GP2CŽ¡‘5generates–6Wthe›6XC‘6OcoGde“Ësqri($1)˜²where“Ë$1“²is“replaced˜b¸ãy“the“coGde“of˜the“argumen¸ãtŽ¡‘5Ê1‘°[²cast–UUto“the“pattern“t¸ãypšGe“(Êint‘òز).‘qÇThe“result“is“the“C“co˜de“Ësqri(gen‘™˜‰ffŽ‘™š1)².Ž¡‘DNo¸ãw–UUa“more“complex“example:‘qÇthe“description“of“the“GP“function“Êexp‘öí²isŽ¦‘:?ýÇ(real):real‘ÿômpexp($1)Ž¡‘:?ý(mp):mp:prec‘¿÷gexp($1,‘?ýprec)Ž¡‘:?ý(gen):gen:prec–?ýgexp($1,“prec)ŽŽŸ’ß²4ŽŽŒ‹8i ª ýs o ý´‘5²When–ÄÞGP2C‘Ĺcompiles“Êexp(1)²,‘áÃit“lošGoks“for“the“"b˜est"“rules.‘AŸThe“ rst“rule“cannotŽ¤ ‘5b•Ge›Aused,‘Eb“ecause˜there˜is˜no˜w•¸ãa“y˜to˜cast˜a˜Êsmal‘‚Øl‘J&²to˜a˜Êr–ÿ}'e“al²,‘Eso˜it˜uses˜the˜secondŽ¡‘5rule.‘#ÙThis–ætime“the“result“will‘æbšGe“of“t¸ãyp˜e“Êmp².‘#ÙThe“extra“part‘æÇ:prec“²is“calledŽ¡‘5a–xomošGde.‘ÛThe“mo˜de›xp`prec'“states“that“the˜action“part“will“use˜the“spGecial“`prec'Ž¡‘5v‘ÿqÇariable–Âthat“holds“the“currenš¸ãt“real“precision.‘·×This“is“ob˜vious“from“the“actionŽ¡‘5part–jŽcošGde,‘oÜbut“GP2C‘j‰do“not“parse“the“action“part“so‘jit“needs“this“mo˜de.‘±rNoteŽ¡‘5that–•the“last“rule›”is“also“v‘ÿqÇalid“and“has“the“same“action˜part“so“w¸ãould“generateŽ¡‘5the–3exact›4same“coGde.‘WgHo•¸ãw“ev“er,‘the˜t“ypGe–3of˜the“expression˜w¸ãould“bGe˜less“precise.Ž¡‘DThe–UUdescription“of“the“GP“function“Êmatdet‘H-²isŽ©ó%‘:?ýÇ(gen,‘?ý?0):gen‘îdet($1)Ž¡‘:?ý(gen,‘?ý1):gen‘$¿ëdet2($1)Ž¡‘:?ý(gen,–?ý#small):gen‘ ú$"incorrect“flag“in“matdet"Ž¡‘:?ý(gen,–?ýsmall):gen‘¿÷det0($1,“$2)ŽŸó&‘5²W‘ÿ*ªe–UUsee“sev¸ãeral“new“pattern“atoms:Ž¦‘D¸ŽŽŽ‘NÊ1‘°[²matcš¸ãhes–UUa“literal“1,“e.g.‘qÇÊmatdet(M,1)‘³è²w˜ould“matc˜h“the“second“rule.Ž©y“‘D¸ŽŽŽ‘NÊ?0‘´z²matc¸ãhes–Ytan›Ysoptional“literal“0:‘ó×Êmatdet(M)²,˜Êmatdet(M,0)‘¸²and“Êmatdet(M,)Ž¡‘N²all–UUmatc¸ãh“the“ rst“rule.Ž¦‘D¸ŽŽŽ‘NÊ#smal›‚Øl‘]Þ²matc¸ãhes–UUan“unspGeci ed“literal“Êsmal˜l².Ž©ó%‘5Finally‘ÿ*ª,›«ïw¸ãe–gjalso“see“a“new“action“ó!p®0J cmsl10Ì$Ê".–ˆˆ.“.“"²,˜whicš¸ãh–gjcauses“GP2C‘g#to“displa˜y“theŽ¡‘5error–UUmessage“and“abGort.ŽŸÄV‘5É2.2Ž‘SÀDe nitionsŽ¤uT‘5²W‘ÿ*ªe–UUnoš¸ãw“giv˜e“a“formal“de nition“of“descriptions.ŽŸÄV‘5Æ2.2.1Ž‘X#‚DescriptionŽ¡‘5²A–UUdescription“is“a“line-separated“list“of“Êrules².ŽŸÄU‘5Æ2.2.2Ž‘X#‚RuleŽ¡‘5²A–UUrule“is“a“line“of“the“formŽŸó&‘N(Êp–ÿ}'attern‘Äc²)Ê:typ“e‘À[:mo“delist‘H-actionŽ¦‘5²Only–ÈBthe›ÈApattern“part“is˜mandatory‘ÿ*ª,‘äýthough“most˜rules“also“include˜an“actionŽŸ ‘5and–UUa“t¸ãypGe.Ž©ÄV‘5Æ2.2.3Ž‘X#‚P®9atternŽ¡‘5²A–UUpattern“is“a“comma-separated“list“of“Êp‘ÿ}'attern‘“çatoms².ŽŸÄU‘5Æ2.2.4Ž‘X#‚T®9ypQÇeŽ¡‘5²The–UUtš¸ãypGe“of“a“rule“is“a“standard“GP2C“t˜ypGe.Ž¦‘5Æ2.2.5Ž‘X#‚MoQÇdelistŽ¡‘5²A–UUmoGdelist“is“a“colon-separated“list“of“Êmo‘ÿ}'des².ŽŽŸ’ß5ŽŽŒ‹D† ª ýs o ý´‘5Æ2.2.6Ž‘X#‚ActionŽ©uT‘5²An–,Íaction›,Ìis“a“string˜(normally“a“piece˜of“C‘,ÂcoGde)“that“can˜include“Êr–ÿ}'eplac“ementŽ¤ ‘5strings².‘Replacemenš¸ãt–‹“strings“start“b˜y“a‘‹’$“and“are“substituted“according“to“theŽ¡‘5replacemen¸ãt‘UUrules.ŽŸËŠ‘5É2.3Ž‘SÀP attern‘€atomŽ¦‘5²A‘ Úpattern› atom– is“one˜of“the˜folloš¸ãwing,‘75where“Êtyp‘ÿ}'e‘Êc²is“an˜y‘ GP2C‘ Út˜ypGe,‘75Ên‘Îl²an˜yŽ¡‘5small›ûin•¸ãteger,‘ !Ê"str"‘­H²an“y˜c“haracter˜string˜and‘ûÊctyp‘ÿ}'e‘»o²an“y˜C-t“ypGe.‘S±A‘úýpattern˜atomŽ¡‘5can–UUmatc¸ãh“an“ob‘Ž8ject.ŽŸÙÑD¸ŽŽŽ‘NÊtyp‘ÿ}'e².‘qÇThis–UUmatcš¸ãhes“an˜y“ob‘Ž8ject“of“t˜ypGe“comparable“to“Êtyp‘ÿ}'e².Ž¤ŠN‘D¸ŽŽŽ‘NÊn².‘qÇThis–UUmatcš¸ãhes“a“constan˜t“small“in˜teger“v‘ÿqÇalue“equal“to“Ên².Ž¡‘D¸ŽŽŽ‘NÊ?n².‘qÇThis–UUmatcš¸ãhes“an“optional“Êsmal‘‚Øl‘]Þ²v‘ÿqÇalue“whic˜h“defaults“to“Ên².Ž¡‘D¸ŽŽŽ‘NÊ?typ›ÿ}'e².‘qÇThis–UUmatc¸ãhes“an“optional“Êtyp˜e‘°²v›ÿqÇalue“with“standard“default“v˜alue.Ž¡‘D¸ŽŽŽ‘NÊ"str"².‘qÇThis–UUmatcš¸ãhes“a“constan˜t“c˜haracter“string“equal“to“Êstr².Ž¡‘D¸ŽŽŽ‘NÊ&typ‘ÿ}'e².‘ÃThis–ÅÇmatc¸ãhes›ÅÆa“reference˜(the“GP‘Å©Ê&x‘ú ²construction)˜to“an˜ob‘Ž8jectŽ© ‘Nof–UUtš¸ãypGe“equal“or“less“than“Êtyp‘ÿ}'e‘°²referencing“the“same“data“t˜ypGe.Ž¡‘D¸ŽŽŽ‘NÊnothing².‘qÇThis–UUmatcš¸ãhes“a“missing“argumen˜t.Ž¡‘D¸ŽŽŽ‘NÊ#typ‘ÿ}'e².‘qÇThis–UUmatcš¸ãhes“a“constan˜t“v‘ÿqÇalue“of“t˜ypGe“Êtyp‘ÿ}'e².ŽŸŠM‘D¸ŽŽŽ‘NÊ...‘f¸²This–¦ûmatcš¸ãhes“an˜y“n˜um˜bGer‘¦úof“argumen˜ts“matc˜hing“the‘¦úprevious“atom.Ž¦‘NThis–¤ m¸ãust›¤bGe“the“last˜atom“of˜the“pattern.‘]ðThis“allo¸ãws˜to“implemen¸ãtŽ¦‘Nfunctions–UUtaking“an“unlimited“n•¸ãum“bGer–UUof“argumen¸ãts.Ž¡‘D¸ŽŽŽ‘NÊC!ctyp‘ÿ}'e².‘qÇThis–UUmatcš¸ãhes“an˜y“ob‘Ž8ject“of“C-t˜ypGe“Êctyp‘ÿ}'e².Ž¡‘D¸ŽŽŽ‘NÊ@typ‘ÿ}'e².‘h,This–§wmatc¸ãhes›§va“v‘ÿqÇariable˜of“t¸ãypGe“Êtyp‘ÿ}'e².‘h,This˜is“mainly˜used“forŽ¦‘Nexpressions–UUthat“ev‘ÿqÇaluate“their“argumenš¸ãts“sev˜eral“times.Ž¡‘D¸ŽŽŽ‘NÊ*typ‘ÿ}'e².‘éThis–}>matcš¸ãhes‘}=an“lv‘ÿqÇalue“of“t˜ypGe›}=Êtyp‘ÿ}'e².‘éThis“is“used˜in“constructionsŽ¦‘Nthat–UUmoGdify“their“argumen¸ãts.ŽŸËŠ‘5É2.4Ž‘SÀMatc hingŽŸuT‘5²The–UUbGest“rule“is“determined“as“follo¸ãws:ŽŸœ‘A8ä1.ŽŽŽ‘NThe–I1result›I2of“matc¸ãhing“a˜pattern“atom“against˜some“GP‘HòcoGde˜is“eitherŽ¦‘N'reject'–UUor“'matc¸ãh'.Ž¡‘A8ä2.ŽŽŽ‘NThere–UUare“three“matcš¸ãhing“lev˜els:‘qÇ'partial',“'normal'“and“'pGerfect'.Ž¡‘A8ä3.ŽŽŽ‘NA–UUpattern“matcš¸ãhes“if“all“the“atoms“matc˜h.Ž¡‘A8ä4.ŽŽŽ‘NA–UUrule“matcš¸ãhes“if“its“pattern“matc˜hes.Ž¡‘A8ä5.ŽŽŽ‘NThe–:„bGest›:…rule“is˜the“matc¸ãhing“rule˜with“the“higher˜n•¸ãum“bGer–:„of˜normal“andŽ¦‘NpGerfect–³¤matc¸ãhes.‘Œ²In“case›³£of“a˜tie,‘Ë7the“highest˜n•¸ãum“b•Ger‘³¤of˜p“erfect‘³¤matc¸ãhesŽ¦‘Nwins.‘qÇIf–UUthere“is“still“a“tie,“the“topmost“rule“wins.ŽŽŸ’ß6ŽŽŒ‹N@ ª ýs o ý´‘D²When–¬fmatc¸ãhing›¬gthe“pattern˜atoms“Êtyp›ÿ}'e‘l²and“Ê?typ˜e²,‘+the“matc•¸ãhing‘¬glev“el‘¬fisŽ© ‘5determined–UUas“follo¸ãws:ŽŸ‹:‘D¸ŽŽŽ‘N²a–UUpšGerfect“matc¸ãh“o˜ccurs“when“the“t¸ãyp˜e“of“the“ob‘Ž8ject“is“exactly“Êtyp‘ÿ}'e²,ŽŸÅœ‘D¸ŽŽŽ‘N²a–UUnormal“matcš¸ãh“when“the“t˜ypGe“is“less“than“Êtyp‘ÿ}'e²,Ž¤Å‘D¸ŽŽŽ‘N²a–UUpartial“matcš¸ãh“when“the“t˜ypGe“is“bigger“than“Êtyp‘ÿ}'e².Ž¡‘D¸ŽŽŽ‘N²Rejection–UUhappšGens“when“the“t¸ãyp˜es“are“uncomparable.Ž¤‹9‘5Other–UUpattern“atoms“alw•¸ãa“ys–UUresult“in“a“reject“or“a“pGerfect“matc¸ãh.ŽŸvÛ‘5É2.5Ž‘SÀMo`deŽŸuT‘5²MoGdes–*÷are›*øused“in˜descriptions“to˜giv¸ãe“more“information˜to“GP2C‘*ÁabGout“theŽ¦‘5action–Çpart.‘ÇThey“are“usually“useless›Çto“h¸ãuman“bGeings“that˜are“smart“enoughŽ¦‘5to–UUunderstand“the“action“part.‘qÇThe“curren¸ãt“list“of“moGdes“is:Ž¡‘5ÆprecŽŽ‘OÁ²The–UUaction“uses“the“Ëp¸ãrec“²v‘ÿqÇariable.Ž¤Å‘5ÆparensŽŽ‘Zé2²The–ö‹action“došGes“not“ha•¸ãv“e–ö‹top“precedence.‘UiGP2C‘öbwill“put“it“b˜et•¸ãw“eenŽ¦‘Nparen¸ãtheses–UUwhen“needed“(see“$())Ž¡‘5Æcop®9yŽŽ‘Pÿø²The–‡action›‡returns“data“that˜access“memory“bGelonging“to˜other“ob‘Ž8jects.Ž¦‘NGP2C–UUwill“generate“calls“to“Ëgcop¸ãy()“²when“needed.ŽŸvÚ‘5É2.6Ž‘SÀLists–€of“replacemen t“stringsŽŸuT‘5²The–UUfollo¸ãwing“spšGecial“sequences“can“o˜ccur“in“the“action“part:ŽŸ‹:‘D¸ŽŽŽ‘NË$n².‘qÇThis–UUis“replaced“bš¸ãy“the“µn²-th“argumen˜t“of“the“function.Ž¡‘D¸ŽŽŽ‘NË$(n)².‘ d{This–û‘is“replaced“bš¸ãy“the“µn²-th“argumen˜t“of“the“function“bGet˜w˜eenŽ¦‘Nparen¸ãthesis–UUif“it“has“the“parens“moGde.ŽŸÅœ‘D¸ŽŽŽ‘NË$tš¸ãypGe:n².‘9£This‘¬êis–¬éreplaced“b˜y“the‘¬êµn²-th“argumen˜t“of“the“function‘¬êcast“to“t˜ypGeŽ¦‘NÊtyp‘ÿ}'e².Ž¡‘D¸ŽŽŽ‘NË$(t•¸ãypšGe:n)².‘qÇCom“bination–UUof“$(n)“and“$t¸ãyp˜e:n.Ž¡‘D¸ŽŽŽ‘NË$%n².‘%EThis–‘*is“replaced›‘)b¸ãy“the“µn²-th˜argumen¸ãt“of“the˜function,‘ whicš¸ãh“m˜ustŽ¦‘NbGe–¨©a›¨¨constan¸ãt“string,‘½~with˜all“%“c¸ãharacters“doubled˜and“no“quotes.‘kÂThisŽ¦‘Nis–UUfor“use“inside“format“spGeci cation.Ž¡‘D¸ŽŽŽ‘NË$pš¸ãrec²:‘qÇshort–UUcut“for“Ë$p˜rec².ŽŸÅœ‘D¸ŽŽŽ‘NË$bitpš¸ãrec²:‘qÇshort–UUcut“for“Ë$bitp˜rec².Ž¡‘D¸ŽŽŽ‘NË$"message"².›÷ˆSignals–,•an‘,–in¸ãv‘ÿqÇalid“condition.˜GP2C‘,^will“abGort‘,–bš¸ãy“prin˜tingŽ¦‘Nthe–UUerror“message“Ëmessage².Ž¡‘D¸ŽŽŽ‘NË$¸fËRPN–¢Msequence¸g›¢£²The‘¢¢RPN“sequence˜is˜a˜space˜separated‘¢¢list˜of˜RPNŽ¦‘Ncommands–Ûcthat“will“bGe“ev‘ÿqÇaluated‘Ûdbš¸ãy“the“GP2C‘Û@in˜ternal“RPN‘ÛAev‘ÿqÇaluator.Ž¦‘NIf–vnthe“stacš¸ãk“is“empt˜y‘voat“the“end“of“the“ev‘ÿqÇaluation,‘~µthis“is“replaced“b˜y“theŽ¦‘Nemptš¸ãy–²¤string,‘Éøelse“this“is“replaced“b˜y“the“in˜teger“at“the“top“of“the“stac˜k.Ž¦‘NSome–ˆiRPN‘ˆ[commands›ˆhgenerate“text,‘•-in“that˜case“it˜is“pasted˜just“bGeforeŽ¦‘Nthe–UU$“sign.ŽŽŸ’ß7ŽŽŒ‹ZM ª ýs o ý´‘5É2.7Ž‘SÀLists–€of“RPN“commandsŽŸuT‘5²The–N±commands›N°are“ev‘ÿqÇaluated˜with“respGect˜to“a“stac¸ãk˜of“in¸ãteger˜v‘ÿqÇalues,‘PinitiallyŽ¤ ‘5empt¸ãy‘ÿ*ª.‘fUThe–¦Úexact“list›¦Ùof“command“suppGorted˜bš¸ãy“a“particular“GP2C‘¦Äv˜ersion“isŽ¡‘5the–UUË%accepted‘™˜‰ffŽ‘™šcommand“²hash“in“the“script“Çscripts/822‘¡E‰ff&fŽ‘Ç«desc.pl.in².ŽŸ‘5ó"F C– cmbxti10Íliter–ÿi>al‘$øinte“gerŽŽ‘~Ž ²push–UUthe“inš¸ãteger“at“the“top“of“the“stac˜k.Ž¤‘5Æ:Ítyp‘ÿi>eŽŽ‘R'òpush–UUthe“tš¸ãypGe“Êtyp‘ÿ}'e‘°²at“the“top“of“the“stac˜k.Ž¡‘5Æadd,–ÕTsub,“m®9ul,“div,“moQÇdŽŽ’²U„²2-ary–UUarithmetic“opGeratorsŽ¡‘5ÆnegŽŽ‘KhÞ²1-ary–UUarithmetic“opGeratorŽ¡‘5Æand,–ÕTor,“xorŽŽ‘uw²2-ary–UUlogical“opGeratorsŽ¡‘5ÆnotŽŽ‘Jœl²1-ary–UUlogical“opGeratorŽ¡‘5Æt®9ypQÇeŽŽ‘P3‡²pGop–UUan“inš¸ãteger“µn“²and“push“the“t˜ypGe“of“the“µn²-th“argumen˜t.Ž¡‘5Æv‘ÿ\ralueŽŽ‘Sßö²pGop–ˆan“in¸ãteger›‰µn“²and“push“the“v‘ÿqÇalue“of˜the“µn²-th“argumen•¸ãt,‘pro“vided–ˆit“isŽ© ‘Na–UUconstanš¸ãt“in˜teger.Ž¡‘5ÆcoQÇdeŽŽ‘PײpšGop–UUan“in¸ãteger“µn“²and“generate“the“C“co˜de“for“the“µn²-th“argumen¸ãt.Ž¡‘5ÆcastŽŽ‘Mµ§²pGop–Iåan›Iæin¸ãteger“µn˜²and“a˜t¸ãypGe“µt˜²and“generate˜the“C‘IãcoGde˜for“the˜µn²-th“argu-Ž¦‘Nmenš¸ãt–UUcast“to“t˜ypGe“µt².Ž¡‘5ÆparensŽŽ‘Zé2²this–m is›mŸa“ ag˜requesting“ÆcoQÇde˜²and“Æcast˜²to“enclose“the˜C‘m™cošGde“b˜et•¸ãw“eenŽ¦‘Nparenš¸ãthesis–UUif“the“argumen˜t“has“the“Êp–ÿ}'ar“ens‘'v²moGde.Ž¡‘5Æstr‘°¡‰ffs4Ž–#Õformat,‘ÕTstr‘°¡‰ffs4Ž“ra®9wŽŽ’˜Á$²pGop–¶ºan“inš¸ãteger“µn“²suc˜h“that‘¶»the“µn²-th“argumen˜t“is“a“con-Ž¦‘Nstanš¸ãt–âdstring“and“displa˜y“the“string“without“leading“and“ending“".‘KwF‘ÿ*ªurther-Ž¦‘Nmore–:Æstr‘°¡‰ffs4Ž‘#Õformat“²will‘:displaš¸ãy“the“string“in“a“w˜a˜y‘:suitable“for“inclusion“inŽ¦‘Na–UUformat“string“bš¸ãy“quoting“meta-c˜haracters.Ž¡‘5ÆprecŽŽ‘OÁ²displa¸ãy–UUthe“loGcal“precision“(in“prec“format).Ž¡‘5ÆbitprecŽŽ‘]õ²displa¸ãy–UUthe“loGcal“precision“in“bit.ŽŸ‘DThe›Ákfollo¸ãwing–ÁlRPN‘ÁOcommands“are˜useful˜with“the˜Ê...‘¶ ²pattern˜atom“to˜im-Ž¦‘5plemenš¸ãt–UUfunctions“that“tak˜e“an“unlimited“n˜um˜bGer“of“argumen˜ts.Ž¡‘5Æn®9bargŽŽ‘VˆÙ²push–UUthe“actual“n•¸ãum“bGer–UUof“argumen¸ãts“of“the“function.Ž¡‘5Æformat‘°¡‰ffs4Ž–#Õstring,‘ÕTformat‘°¡‰ffs4Ž“argsŽŽ’¾Iù²pGop–+ían“inš¸ãteger‘+ìµn“²suc˜h“that“the‘+ìµn²-th“argumen˜tŽ¦‘NcorrespGonds–RRto›RSa“Ê...‘pDzpattern“atom˜and“generate˜a“format˜string“and˜a“listŽ¦‘Nof–UUargumen¸ãts,“see“the“description“of“the“GP“function“Êprint².Ž¡‘5ÆcoQÇde,‘ÕTcastŽŽ‘k“Ö²If– Õthe“in¸ãteger‘ Öµn“²correspGonds“to“a“Ê...‘ ˜H²pattern“atom,‘zµgenerate“aŽ¦‘Ncomma-separated–"list“of“C‘òcoGde“for“the“argumen¸ãts“µn›¶½¸‘¶¾²1,–AUµn²,“µn˜²+‘¶¾1,“.–ªª.“.“,Ž¦‘NÆn®9barg²,–UUbš¸ãy“matc˜hing“eac˜h“argumen˜t“against“the“µn–8ณ²1–UUpattern“atom.Ž¡‘5ÆstdrefŽŽ‘Vêü²this–his“a“ ag“requesting“ÆcošQÇde“²and‘iÆt®9yp˜e“²to“prepšGend“a“'&'“b˜efore“eac¸ãhŽ¦‘Nargumen¸ãts.ŽŽŸ’ß8ŽŽŒ‹ fJ ª ýs o ý´‘5²The›=ffollo¸ãwing–=gRPN‘=`commands“are˜useful“to˜implemen¸ãt“functions˜that“tak¸ãe˜clo-Ž¤ ‘5sures–UUas“argumen¸ãts.ŽŸ‘5Æwrapp•QÇer,‘ÕTco“okieŽŽ’Š:²pGop–»çan›»èin¸ãteger“µn“²and˜generate“a˜call“to“the˜wrappGer“(resp.Ž¡‘Nthe–—ScošGokie“asso˜ciated“to‘—Rthe“wrapp˜er)“for“the“µn²-th“argumen¸ãt.‘2qThe“wrapp˜erŽ¡‘Ngenerated–ÞÍdepšGends“on“the“wrapp˜er“protot¸ãyp˜e‘ÞÎin“the“W‘ÿ*ªrapp˜er“ eld.‘/TheŽ¡‘NcošGokie–UUis“the“list“of“lo˜cal“v‘ÿqÇariables“seen“b¸ãy“the“closure.ŽŽŸ’ß9ŽŽŒør냒À;誎 ó"F C– cmbxti10ó!p®0J cmsl10ó m#½R cmss10óý': cmti10óÂÖN  cmbx12ó߆µTff cmtt12óßê cmmi10óKñ`y cmr10óÙ“ Rcmr7óäO£ line10ùuLßßßßßßgp2c-0.0.10/doc/gp2c.10000644000175000017500000000412512624133327011033 00000000000000.TH GP2C "1" "January 2005" "GP to C compiler" PARI .SH NAME GP2C \- The GP to C compiler .SH DESCRIPTION gp2c [-ghfltvydWSTGV] [-i N] [-o ] [-p ] [file.gp] gp2c is a program that translate GP code to C code that use the libpari library. It tries to generate code looking like the PARI source code. .SS "user option:" .HP \fB\-o\fR : Place output in file . .HP \fB\-g\fR : Generate automatic garbage collection code. .HP \fB\-iN\fR: Set indentation level to N spaces (default 2). .HP \fB\-W\fR : Output warning about types and global variables usage. .HP \fB\-C\fR : Generate range checking code. .HP \fB\-L\fR : Generate #line directive for better C compiler messages. .HP \fB\-p\fR : Prefix user-defined symbol by to avoid conflict. .HP \fB\-s\fR : Add suffix to GP install names of functions. .HP \fB\-S\fR: Assume strict declarations for functions. .SS "query options:" .HP \fB\-h\fR : This help. .HP \fB\-f\fR : Dump information about functions to stderr. .HP \fB\-l\fR : Output the list of functions known to the compiler. .HP \fB\-t\fR : Output the table of types known to the compiler. .HP \fB\-v\fR : Output version information and exit. .SS "debugging options:" .HP \fB\-d\fR : Increase debugging level. .HP \fB\-y\fR : Switch parser to debug mode. .HP \fB\-T\fR : Output syntactic tree in treetool format. .HP \fB\-TT\fR : Output syntactic tree in VCG/GRL format. .HP \fB\-G\fR : Generate GP code in place of C code. Don't smile. .HP \fB\-V\fR : Do not clean up variables. .PP file.gp: file to be processed, default to stdin. The generated C code is output to stdout unless option \fB\-o\fR is used. See the script \fIgp2c-run\fR for an automated compilation process. .SH "COPYING" Copyright 2000-2015 The PARI Group .PP GP2C is free software, covered by the GNU General Public License, and you are welcome to change it and/or distribute copies of it under certain conditions. There is absolutely no warranty for GP2C. .SH "AUTHOR" Bill Allombert .SH "SEE ALSO" .IR gp2c-run(1), .IR gp2c-dbg(1), .IR gp(1), .IR gcc(1) gp2c-0.0.10/doc/gp2c001.png0000644000175000017500000001244013006466574011707 00000000000000‰PNG  IHDRŒÑÃÞ¢ $iCCPiccxÚ••gP“YÇïó<é…@B‡PC‘*%€”Z(Ò«¨@èPElˆ¸+Šˆ4EQ@ÁU)²VD±°((bA7È" ¬W”ôÑyßÙûŸ¹÷üæ?gî=÷œ‚8X¼´'&¥ ¼ì˜AÁLðƒÂøi)OO7ðz?  åxoø÷"DD¦ñ—âÂÒÊå§Ò€²—X3+=e™/1=<þ+Ÿ]fÁRK|c™£¿ñèלo,úšãëÍ]z )úÿÿ{ï²T8‚ôبÈl¦OrTzV˜ ’™¶Ü —Ëô$GÅ&DþPð¿Jþ¥Gf§/GnrÊAltL:óÿ5204ßgñÖëk!FÿÿÎgYß½äzس {¾{á•tî@úñwOm©¯”|:îð3™ß<Ôò†@t *кÀ˜K` € ð¾ ¬|d\° €"°ìU 4€&Ð NƒNp\×Ámp ƒ'@&À+ ïÁ<AXˆ Ñ H R‡t #ˆ YCä A¡P4”e@¹Ðv¨*…ª :¨ ú:]nBƒÐ#h š†þ†>ÁL‚é°¬ëÃl˜»Â¾ðZ8N…sà|x7\×Ã'àø |†…ð+xa ʈ.ÂF¸ˆŒD!d3Rˆ”#õH+Òô!÷!2ƒ|DaP4¥‹²D9£üP|T*j3ªU…:Žê@õ¢î¡ÆP"Ô4-ÖA[ yè@t4: ]€.G7¢ÛÑ×ÐÃè ô{ ÃÀ°0fgL&³SŒ9ˆiÃ\Æ bÆ1³X,V«ƒµÂz`ðéØl%ööv;ý€#â”pF8G\0. —‡+Ç5ã.â†p“¸y¼8^o÷ÀGà7àKð ønüü~ž A`¬¾„8Â6B¡•p0JxK$UˆæD/b,q+±‚xŠxƒ8FüH¢’´I\R)ƒ´›tŒt™ôˆô–L&kmÉÁätònrù*ùùƒMLOŒ'!¶E¬Z¬ClHì5OQ§p(ë(9”rÊÊÊŒ8^\Cœ+&¾Y¼Züœøˆø¬MÂPÂC"Q¢X¢Yâ¦ÄKÕ :P#¨ùÔ#Ô«ÔqBS¥qi|ÚvZím‚Ž¡³è@IR%%ý%³%«%/H CƒÁc$0J§Ÿ¤¤8R‘R»¤Z¥†¤æ¤å¤m¥#¥ ¥Û¤‡¥?É0edâeöÊtÊ<•EÉjËzÉfÉ’½&;#G—³”ãËÊ–{,ËkË{Ëo”?"ß/?« ¨à¤¢P©pUaF‘¡h«§X¦xQqZ‰¦d­«T¦tIé%S’Éa&0+˜½L‘²¼²³r†rò€ò¼ KÅO%O¥Må©*A•­¥Z¦Ú£*RSRsWËUkQ{¬ŽWg«Ç¨PïSŸÓ`ihìÔèÔ˜bI³x¬V kT“¬i£™ªY¯y_ £ÅÖŠ×:¨uWÖ6юѮ־£ë˜êÄêÔ\^a¾"iEýŠ]’.G7S·EwL¡ç¦—§×©÷Z_M?X¯~Ÿþƒƒƒ'†TCÃ<Ãnÿ´øFÕF÷W’W:®Ü²²kåcãHãCÆMh&î&;MzL>›š™ L[M§ÍÔÌBÍjÌFØt¶'»˜}Ãmng¾Åü¼ùG S‹t‹ÓYêZÆ[6[N­b­Š\Õ°jÜJÅ*̪ÎJhÍ´µ>l-´Q¶ ³©·yn«jaÛh;ÉÑâÄqNp^ÛØ ìÚíæ¸ÜMÜËöˆ½“}¡ý€ÕÁÏ¡ÊᙣŠc´c‹£ÈÉÄi£Óeg´³«ó^çžÏkâ‰\Ì\6¹ôº’\}\«\Ÿ»i» ܺÝaw÷}ÕW'­îô<}O=Yž©ž¿za¼<½ª½^xzçz÷ùÐ|Öû4û¼÷µó-ñ}â§é—á×ãOññoòŸ °( ên ¼$ÔŒ ön ž]ã°fÿš‰“‚kYk³×Þ\'».aÝ…õ”õaëÏ„¢CB›CÂ<ÂêÃfÃyá5á">—€ÿ*Â6¢,b:Ò*²4r2Ê*ª4j*Ú*z_ôtŒMLyÌL,7¶*öMœs\mÜ\¼Gü±øÅ„€„¶D\bhâ¹$jR|Ro²brvò`ŠNJAŠ0Õ"uªHà*hLƒÒÖ¦u¥Ó—>Åþ ÍŒc™Ö™Õ™²ü³ÎdKd'e÷oÐÞ°kÃdŽcÎѨü=¹Ê¹ÛrÇ6q6Õm†6‡oîÙ¢º%ËÄV§­Ç·¶Åoû-Ï ¯4ïÝö€íÝù ù[óÇw8íh)+Œì´ÜYûê§ØŸv­ÜU¹ëKaDá­"ƒ¢ò¢…b~ñ­Ÿ ®øyqwÔîÓ’C{0{’ö<Øk³÷x©DiNéø>÷}e̲²wû×ï¿Yn\^{€p 〰­¢«R­rOåBULÕpµ]u[|Í®š¹ƒ‡Ùj­U¨-ªýt8öðÃ:§ºŽzúò#˜#™G^4ø7ôemj”m,jü|,é˜ð¸÷ñÞ&³¦¦fùæ’¸%£eúDȉ»'íOvµê¶Öµ1ÚŠNS§^þú˃Ӯ§{ΰϴžU?[ÓNk/ì€:6tˆ:c:…]A]ƒç\Îõt[v·ÿª÷ë±óÊç«/H^(¹H¸˜qñRÎ¥ÙË)—g®D_ïYßóäjàÕû½^½×\¯Ý¸îxýj§ïÒ «çoZÜïþíáÕÃü< >Œx8õ(áћǙçŸlE>ZþLþYýïZ¿· M…ÆìÇúŸû<2ÎõGÚ ù/È/Ê'•&›¦Œ¦ÎO;Nß}¹æåÄ«”Wó3JüYóZóõÙ¿lÿêŠ&ÞÞ,þ]üVæí±wÆïzf=gŸ½O|??WøAæÃñì}Ÿ>MÎg-`*>k}îþâúet1qqñ?.¢¼r)Ô• cHRMz&€„ú€èu0ê`:˜pœºQ<bKGDÿ‡Ì¿ pHYsaa¨?§itIMEà 1 âÑ° ßIDATxÚí];’ã8 Õx—N°U¼ãÎu®l)ÙÆŒœ»jÓML؉ãÎ|…¹B¯ÅLÙÔ_H"º<ã¯üü€ BUå)ME¦^þ5÷ù¶J$Tü‹Œgê ªÐ@ÇÁ±¢µ4®CD+Øø\ö¶¥ºÝ‘/àÎ>›¶·6I‰‡?ΙӂɗPu@A ,u‘rÊÉñ Thl§B4íZqÜ0} ª•¯‰û¼ºú}Ëï0£Šn-Q‡Þ#X µ¬ˆ’»0~: [5wõøYÚ-Ò‰DüEqÿ­Ýši Æ?¤Ÿ½’™ ç5,uCÝ Æfˆ0BNÞ£_M/HqçƼØù?Œ éi¨Üç=‡cî~sjÅ]1œŸqW×Á^&4NA ¡bAAÅÏ9?”íuæ*š6 e!ÃBàù6î…8ˆóXªáÌÇ‘ÔÝg€Š0ó¼vT¬cr¶É~d' nÌ ã}9Ìb9…ø I¦†âî°iO6†:çhssLb¹ç`”]ž·ñ­é#B²¸Âª"Q(a—Ý]z"ÎàÅî6¤†2PËÄ=í½5ÏE¶ ï©O¸£éñ´ Lçqyó<Íéxõ`«3âq5Âö•—Q¯ÈSð°tôãÕ$k^µKÌ…mÄiÒ`ºdÝMx™¯°ÂÛã“×ÇG ÀÅMÅjµÁÌ­àê‰Oru£êžÌ° üðmû¶<÷H@(‚­´Ò½ ò2ú³ÍæáCkÞ_…Ûj-‡£Ê×V#KÊæ{ÛêXE"KˆÖž.Üd4I ?»ÄŸËaÆ;sQ–(Ɉ,‚ÌË”‰Æ˹· Úçè ˜àvtRÙçV,pr1ltKAÝ¢Q#Jˆ¸%˜[Ÿ`ø—“gR¿]¯zögQ€#ž¦LFg¡|ÜPÄëÈ|)/Rñ¤%t¦æ,žëvM4â2@ òŒ Ù?+`ò™ßŽÆQÑm|íOŸb AqjXã_ jQPÐjßD‰wÁóRìèÕrH^îÂé==/5À Cž †â}ï Qs+Ve­|¦ƒ…ÌeØWãPMëh;'µâ!óV¡ßPÂ…ßÕ_0†ÆÖ˜ö²¼@Ìò>–Ó€ëÁ yÀHV(í›ÕdÒd‰b.ùùÐP   ­LÑŠTî›cvFÑK¡:Ý(ÁèeT¹ôÙX#b™‹ S%ø-%çJL,¢ò‰Ï’ªêZq0D¹`d´\‡½W•uóÈ Á šœ¢áE¿™†ñE× ös k…nåmšÀ5¼Ü Š3ç^PÃY ædQÙ<`Æ–È>Óƒ™Z­ûL fnáð3´` ó# ˜¥(ŽfM,œ¤ØrÙËΊˆÝ4Œ,Ï–~²äï=J–Ñ.RÚÓu[éRoY†H×Y!åy´"†&]ÀU¡ýÙe·üÍÅçÁEu5S9ã=PpOs¤eu1††AÓBHg0$0 ˜ Ig$0;l¾D@ ‘ɗǦŠ“£i y‹aê\`hê]ú(.i›‰ÈŽ¨;¼nSA}¿3DÕ‹ßÅ­s…«ªçiÔ÷Ûã³-(ÉXY2ü›Š•%`pªÄãøû³svÀÃ(/6þ§o>vi¶` ›æ ;€ÌÜ 0Ïý×j¸ÎäσÑÕßmÿì|ExpÑž³k‰º`«ôæ‡F½¾Ð˜i%[_^`‚Ö_`"U£„›Y6Ç/ƒ³tsH›ÎR0QÃðg éÙp¯5œ Û”.P0e†9¤Þ¶Æ«©mkÉæJh黾œCÊ:p8³ë)0H`0$0€¸…†Aƒ!¤3 .©Uv=2k-õKÈ €áy4F÷“±ow﬊O3ˆ,PxMðtAøPÌfvºAÒ-—ž ‹o)ELE@:÷V3ÕjÕ¤%NÝÚÊíñÿY,bpç RÕ_\ehe§èF‘DÕkäˆcfHïcÉQ‰Aêg7ýgc×CF”'Aˆ9Ü5*kwÐ+$vÝ»Ÿ;¥Î°-ÌÙâòßãïôfHlb¤áûö!íÈ.ÖiRvKLçTÿÝ_|™èµ¾SbЛSu#e7ÄŒ›Œ)›&FšËå¦úB‰ÑëZã½géÜÕÑÚ…ßÊÔh¤3võ0Æò#*­h?€R«Æ°>Ád¾¶öBë¯)L>HlJ,Ù‰é® ÕíâÅJ'Z±…V^“[²¯·>nÔFÜß_v…)}Üæ¡gWñmwÑ&ÿKq¯ÅÕoXÒç¶i†«3<)ÀÉáYILN\bNÕ÷â •|Â*øç HHC 0r8(R‘–ßÌ ‡ÌA’€–” EŠ‰"÷«O‘êL”ª¨V@‡…lf—M”ш1³¸Tik|%YLÁ3KAÖÌì²eÑY\ô’y]þ•ÔZ£Kûm²¾:g"qGé 2‹[‹&ëD´foT^vI]¥|çßF—©Öä²ÊÛULÏì² å!‹¥w'qó:¬c“vË•ä¼èKjbÚmï<àE_ÒÓn}§ /ú’’˜Ëö·òbFéˆ)„Þ¯¾·[ô%„uÝ2{ýˆÃé‹kz Áê¯3'XlÈÀ¢ÀðÙ|‹CÞSAÄ5‘11$½MWÄ…iP5V Ú‰¬Ã¤^ÄlÀºÚÔkƒ¼w%¦UšC•Wq#¼¾¼t ¡5óec¾a<Û)e v$%Ü”€íKSƒ«_çÓ>æákËš(Ó|oRùøD_¢vä[34ê÷ú_hçÑ—÷6WÏXïͱ¸x'í7Þ4â:åQ¸•`žK_†•ÙkØkz«ÖüÆ­|Ä0?áj¾:le{g­6÷iÈÝRþð$b‚úm*ïͱÐK9žx¤Ÿ£û!FK¨æX>õØ An introduction to gp2c

An introduction to gp2c

By Bill Allombert and Ariel Pacetti

Contents

1  What is gp2c?

The gp2c compiler is a package for translating GP routines into the C programming language, so that they can be compiled and used with the PARI system or the GP calculator.

The main advantage of doing this is to speed up computations and to include your own routines within the preexisting GP ones. It may also find bugs in GP scripts.

This package (including the latest versions) can be obtained at the URL:
http://pari.math.u-bordeaux.fr/download.html#gp2c

1.1  Installing gp2c

After downloading the file gp2c-x.y.zplt.tar.gz (where x,y,z and t depend on the version), you first have to unzip the file with the command:

gunzip gp2c-x.y.zplt.tar.gz

This will create the new file gp2c-x.y.zplt.tar. Next you have to extract the files with the tar program:

tar -xvf gp2c-x.y.zplt.tar

Note: You can do both steps at once with GNU tar by using the command:

tar -zxvf gp2c-x.y.zplt.tar.gz

This creates a directory gp2c-x.y.zplt, which contains the main gp2c files. Now you have to install the program.

You need the file pari.cfg. This file can be found in the PARI object directory and is installed in $prefix/lib/pari/.

Copy or link this file in the gp2c directory, be sure to call it pari.cfg.

ln -s .../lib/pari/pari.cfg pari.cfg

Run ./configure, which will search for the PARI version and some other configuration tools of the system. To install the program, type make, and the program will be compiled. You can then run make check to verify that everything has gone fine (a bunch of OK’s should show up). All of this is completely standard, and you are now ready to use gp2c.

You can use gp2c directly from this directory or you can install it by running make install as root. If you do not install it, you can run it from the gp2c directory by typing ./gp2c

2  A gp2c tutorial

2.1  How can I compile and run my scripts?

The simplest way to use gp2c is to call gp2c-run. If you want to know what happens in detail, see next section.

To make the examples easier to follow, please move to the gp2c directory and link the root of your PARI source there:

ln -s .../pari .

As an example, we will take the file pari/examples/squfof.gp, which is a simple implementation of the well-known SQUFOF factoring method of D. Shanks.

We just run the command:

./gp2c-run pari/examples/squfof.gp

After a little processing we get a GP session. But this session is special, because it contains the compiled squfof function. Hence we can do the following:

parisize = 4000000, primelimit = 500000
? squfof(3097180303181)
[419]
i = 596
Qfb(133225, 1719841, -261451, 0.E-28)
%1 = 1691693

Let’s try a bigger example: 

? squfof(122294051504814979)
[20137]
  ***   the PARI stack overflows !
  current stack size: 4.0 Mbytes
  [hint] you can increase GP stack with allocatemem()
? allocatemem()
  ***   Warning: doubling stack size; new stack = 8.0 MBytes.
? squfof(122294051504814979)
[20137]
[20137, 3445]
i = 46474
Qfb(321233929, 131349818, -367273962, 0.E-28)
%2 = 73823023

We need a large stack because by default gp2c does not generate code to handle the stack (the so-called gerepile code). To instruct gp2c to add gerepile code automatically, we must use the -g option. So quit this GP session and launch a new one with -g. Oh well, before that type

ls pari/examples/squfof.gp* 

pari/examples/squfof.gp    pari/examples/squfof.gp.run
pari/examples/squfof.gp.c  pari/examples/squfof.gp.so
pari/examples/squfof.gp.o

These are the files generated by gp2c-run:

  • pari/examples/squfof.gp.c is the C file generated by gp2c.
  • pari/examples/squfof.gp.o is the object file generated by the C compiler.
  • pari/examples/squfof.gp.so is the shared library generated by the linker.
  • pari/examples/squfof.gp.run is a file that contains the commands needed to load the compiled functions inside GP.

It is the shared library which is used by GP.

Now let’s continue:

./gp2c-run -g pari/examples/squfof.gp 

parisize = 4000000, primelimit = 500000
? squfof(122294051504814979)
[20137]
[20137, 3445]
i = 46474
Qfb(321233929, 131349818, -367273962, 0.E-28)
%1 = 73823023

This time it works with no difficulty using the default stack. We would like to know how much faster the compiled code runs, so we need to load the non compiled squfof file in GP:

? \r pari/examples/squfof.gp
  ***   unexpected character: squfof(n)=if(isprime(n),retur
                                       ^--------------------

Why?? Because squfof already exists as an installed function and GP refuses to overwrite it. To solve this problem, we will add a suffix to the name of the compiled function under GP. Quit the session and type:

./gp2c-run -g -s_c pari/examples/squfof.gp

Now the function squfof is named squfof_c instead, so we can do 

parisize = 4000000, primelimit = 500000
? \r pari/examples/squfof.gp
? #
   timer = 1 (on)
? squfof(122294051504814979)
[20137]
[20137, 3445]
i = 46474
Qfb(321233929, 131349818, -367273962, 0.E-28)
time = 5,810 ms.
%1 = 73823023
? squfof_c(122294051504814979)
[20137]
[20137, 3445]
i = 46474
Qfb(321233929, 131349818, -367273962, 0.E-28)
time = 560 ms.
%2 = 73823023

So the compiled version is more than ten times faster than the noncompiled one. However for more complex examples, compiled code usually runs only three times faster on average.

An extra trick: once you have run gp2c-run on your script, it is compiled and you can use the compiled version outside gp2c-run in any GP session by loading the file with extension .gp.run. For example quit the gp2c-run session and start gp and do

parisize = 4000000, primelimit = 500000
? \r pari/examples/squfof.gp.run

Now you have access to the compiled function squfof_c as well.

2.2  How can I compile directly with gp2c?

Now we want to compile directly with gp2c to understand what happens. We should run the command

./gp2c pari/examples/squfof.gp > squfof.gp.c

This creates a file squfof.gp.c in the gp2c directory. Now read this file with your favorite editor.

The first line is highly system-dependent, but should be similar to:

/*-*- compile-command: "/usr/bin/gcc -c -o pari/examples/squfof.gp.o
  -O3 -Wall -I/usr/local/include pari/examples/squfof.gp.c
  && /usr/bin/gcc -o pari/examples/squfof.gp.so
  -shared   pari/examples/squfof.gp.o"; -*-*/

This is the command needed to compile this C file to an object file with the C compiler and then to make a shared library with the linker. If you use emacs, typing ’M-x compile’ will know about this command, so you will just need to type Return to compile.

The second line is 

#include <pari/pari.h>

This includes the PARI header files. It is important that the header files come from the same PARI version as GP, else it will create problems.

The next lines are 

/*
GP;install("squfof","D0,G,p","squfof","./pari/examples/squfof.gp.so");
GP;install("init_squfof","v","init_squfof","./pari/.../squfof.gp.so");
*/

The characters "GP;" denote a command that should be read by GP at start-up. Here, the install() commands above must be given to GP to let it know about functions defined by the library. gp2c-run copy such commands to the file ./pari/examples/squfof.gp.run.

Please read the entry about the install() command in the PARI manual.

The init_squfof function is an initialization function that is created automatically by gp2c to hold codes that is outside any function. Since in our case there are none, this is a dummy function. In other cases, it is essential. The next lines are

GEN squfof(GEN n, long prec);
void init_squfof(void);
/*End of prototype*/

This is the C prototypes of your functions. The rest of the file is the C code proper.

For teaching purpose, let’s run the command

./gp2c -s_c pari/examples/squfof.gp > squfof2.gp.c

and look at the difference between squfof.gp.c and squfof2.gp.c:

diff -u squfof.gp.c squfof2.gp.c 

--- squfof.gp.c Tue Feb 26 13:44:42 2002
+++ squfof2.gp.c        Tue Feb 26 13:44:49 2002
@@ -1,8 +1,8 @@
 /*-*- compile-command: "/usr/bin/gcc -c -o pari/examples/squfof.gp.o
  -DMEMSTEP=1048576 -g -Wall -Wno-implicit  -I/usr/local/include
  pari/examples/squfof.gp.c && /usr/bin/ld -o pari/examples/squfof.gp.so
  -shared   pari/examples/squfof.gp.o"; -*-*/
 #include <pari/pari.h>
 /*
-GP;install("squfof","D0,G,p","squfof","./pari/examples/squfof.gp.so");
-GP;install("init_squfof","v","init_squfof","./pari/.../squfof.gp.so");
+GP;install("squfof","D0,G,p","squfof_c","./pari/...les/squfof.gp.so");
+GP;install("init_squfof","v","init_squfof_c","./par.../squfof.gp.so");
 */
 GEN squfof(GEN n, long prec);
 void init_squfof(void);

If you are not familiar with the diff utility, the above means that only the two lines starting with GP;install have changed. In fact squfof is still named squfof in the C file, but the install command tells GP to rename it squfof_c in the GP session.

2.3  Using gp2c to find errors in GP scripts

The gp2c compiler can also be used to find errors in GP programs. For that we should use the -W option like in

./gp2c -W pari/examples/squfof.gp > squfof.gp.c 

Warning:pari/examples/squfof.gp:7:variable undeclared
p
Warning:pari/examples/squfof.gp:11:variable undeclared
dd
Warning:pari/examples/squfof.gp:11:variable undeclared
d
Warning:pari/examples/squfof.gp:11:variable undeclared
b
...
Warning:pari/examples/squfof.gp:45:variable undeclared
b1

This option lists variables that are used but not declared. It is important to declare all your variables with local(), or with global(). For gp2c, undeclared variables are taken to be “formal variables” for polynomials. For example if you write a function to build a second degree polynomial like

pol(a,b,c)=a*x^2+b*x+c

you must not declare ’x’ here, since it stands for the formal variable x.

2.4  Using compiled functions in a new program

One you have successfully compiled and tested your functions you may want to reuse them in another GP program.

The best way is to copy the install commands of the functions you use at the start of the new program so that reading it will automatically load the compiled functions.

As an example, we write a simple program fact.gp that reads 

install("squfof","D0,G,p","squfof","./pari/examples/squfof.gp.so");
fact_mersenne(p)=squfof(2^p-1)

and run GP: 

parisize = 4000000, primelimit = 500000
? \rfact
? fact_mersenne(67)
i = 2418
Qfb(10825778209, 4021505768, -13258245519, 0.E-28)
%1 = 193707721

So all goes well. But what is even better is that gp2c understands the install command and will be able to compile this new program.

Also this particular example will fail because as stated above, PARI/GP already has a squfof function, and the linker will pick the wrong one, which is unfortunate.

So use the -p option to gp2c-run to change squfof to my_squfof.

./gp2c-run -pmy_ -g pari/examples/squfof.gp

This option prefixes my_ to every GP name in the program so as to avoid name clashes. Change fact.gp to 

install("my_squfof","D0,G,p","squfof","./pari/examples/squfof.gp.so");
fact_mersenne(p)=squfof(2^p-1)

and run

./gp2c-run -g fact.gp 

parisize = 4000000, primelimit = 500000
? fact_mersenne(67)
i = 2418
Qfb(10825778209, 4021505768, -13258245519, 0.E-28)
%1 = 193707721

Nice isn’t it?

But it gets even better: instead of writing the install command directly in your script you can just load the squfof.gp.run using \r: just change fact.gp to 

\r ./pari/examples/squfof.gp.run
fact_mersenne(p)=squfof(2^p-1)

2.5  Hand-editing the C file generated by gp2c

If you have some experience in PARI programming, you may want to manually edit the C file generated by gp2c, for example to improve memory handling. Here some tips:

  • If you preserve the install() at the start of the file, you can use the command gp2c-run file.c to recompile your file and start a new GP session with your functions added, just as you use gp2c-run with GP scripts.
  • More generally, gp2c-run automatically passes any line in the C file starting with ’GP;’ to GP at start-up.
  • As explained in Section 2.2, under emacs you can type ’M-x compile’ to recompile the shared library.

3  Advanced use of gp2c

3.1  gp2c types

Internally gp2c assign types to objects. The most common types are given below:

namedescription
voidlike in C
boolboolean, true (1) or false (0)
negboolantiboolean, true (0) or false (1)
smallC integer long
intmultiprecision integer
realmultiprecision floating point
mpmultiprecision number
varvariable
polpolynomial
vecsmallvector of C long (t_VECSMALL)
vecvector and matrices (excluding vecsmall)
listGP lists
strcharacters string as a char *
genstrcharacters string as a GEN (t_STR)
gengeneric PARI object (GEN)
lglength of object (returned by length)
typtype of object (returned by type)
Table 1: Types preorder

Types are preordered as in Table 1. The complete preorder known by gp2c can be accessed by running gp2c -t.

Variables are typed. A variable can only take values having a type equal or lower than its type. By default, variables are of type gen.

3.2  Type declaration

To declare a variable as belonging to type type, use:

function(x:type,y:type=2)
local(x:type, y:type=2)
global(x:type, y:type=2)
for(i:type=...

To declare several variables of the same type type at once, use:

local(x, y=2):type
global(x, y=2):type

You can even mix the two ways:

local(x, y:type2=2):type1

will declare x to be of type type1 and y of type type2.

3.3  Effect of types declaration on default values

Under GP, all GP variables start with a default value, which is 0 for a local variable and ’v for a global variable v.

The gp2c compiler follows this rule for variables declared without a type. However, when a variable is declared with a type, gp2c will not assign it a default value. This means that the declaration local(g) is equivalent to local(g:gen=0), but not to local(g:gen), global(g) is equivalent to global(g:gen=’g), but not to global(g:gen), and f(g)=... is equivalent to f(g:gen=0)=..., but not to f(g:gen)=....

This rule was chosen for several reasons:

  • The default value (0 or ’v) might not be an object suitable for the type in question. For example, local(v:vec) declares v as being of type vec. It would make no sense to initialize v to 0 since 0 does not belong to type vec. Similarly global(N:int) declares N as being of type int. It would make no sense to initialize N to ’N since ’N does not belong to type int.
  • This allows defining GP functions with mandatory arguments. This way, GP will issue an error if a mandatory argument is missing. Without this rule, there is no way to tell apart 0 from a missing argument.
  • This allows telling gp2c not to generate useless default values.

3.4  Type casting

Sometimes, we know a more precise type than the one the transtyping algorithm can derive. For example if x is a real number, its logarithm might be complex. However, if we are sure x is positive, the logarithm will be real.

To force an expression to belong to type type, use the syntax:
expr:type
gp2c will check types consistency and output warnings if necessary. For example
f(x:int)=local(r:real); r=log(x^2+1)
gp2c will complain that the logarithm might not be real. Since x^2+1 is always positive, we can write:
f(x:int)=local(r:real); r=log(x^2+1):real

3.5  Example of optimisation

Declaring the types of variables allow gp2c to perform some optimisations. For example, the following piece of GP code

rho(n)=
{
  local(x,y);

  x=2; y=5;
  while(gcd(y-x,n)==1,
    x=(x^2+1)%n;
    y=(y^2+1)%n; y=(y^2+1)%n
   );
  gcd(n,y-x)
}

generates the following output:

GEN
rho(GEN n)
{
  GEN x = gen_0, y = gen_0;
  x = gen_2;
  y = stoi(5);
  while (gequal1(ggcd(gsub(y, x), n)))
  {
    x = gmod(gaddgs(gsqr(x), 1), n);
    y = gmod(gaddgs(gsqr(y), 1), n);
    y = gmod(gaddgs(gsqr(y), 1), n);
  }
  return ggcd(n, gsub(y, x));
}

The functions gsqr, gaddgs, gmod, ggcd are generic PARI functions that handle gen objects. Since we only want to factor integers with this method, we can declare n, x   y of type int:

rho(n:int)=
{
 local(x:int,y:int); 

  x=2; y=5;
  while(gcd(y-x,n)==1,
    x=(x^2+1)%n;
    y=(y^2+1)%n; y=(y^2+1)%n
   );
  gcd(n,y-x)
}

The new C code output by gp2c is:

GEN
rho(GEN n)        /* int */
{
  GEN x, y;       /* int */
  if (typ(n) != t_INT)
    pari_err(typeer, "rho");
  x = gen_2;
  y = stoi(5);
  while (gequal1(gcdii(subii(y, x), n)))
  {
    x = modii(addis(sqri(x), 1), n);
    y = modii(addis(sqri(y), 1), n);
    y = modii(addis(sqri(y), 1), n);
  }
  return gcdii(n, subii(y, x));
}

Now, the code now uses the more specific functions sqri, addis, modii and gcdii.

The most efficient way to use typing is to declare some variables of type small. This way, these variables will be implemented by C long variables, which are faster than PARI integers and do not require garbage collecting. However, you will not be protected from integer overflow. For that reason, gp2c will automatically declare some loop indices of type small when the range cannot cause overflow. Sometimes gp2c can be too conservative but you can force a loop index to be small with the syntax for(i:small=a,b,...).

3.6  Types and member functions

For use with members functions, gp2c provides the following types:

nf
for ordinary number fields, i.e., a result given by the GP function nfinit.
bnf
for big number fields, i.e., a result given by the GP function bnfinit which includes class and unit group data.
bnr
for ray class groups, i.e., a result given by the GP function bnrinit.
ell
for elliptic curves, i.e., a result given by the GP function ellinit.
gal
for galois extensions, i.e., a result given by the GP function galoisinit.
prid
for prime ideals, i.e., a component of the result given by the GP function idealprimedec.

Members functions on typed objects are much more efficient.

4  Common problems

4.1  Meta-commands.

Meta-commands (commands starting with a \) other than \r are currently ignored by gp2c, though a warning will be issued, because it is not clear what they should do in a compiled program. Instead you probably want to run the meta-command in the GP session itself.

The meta-command \rinclude is replaced with the content of the file include (or include.gp) when gp2c reads the file. If you would prefer gp2c to link include.so to the program instead, see Section 2.4.

4.2  Unsupported functions.

The functions forell and forsubgroup are currently not implemented as an iterator but as a procedure with callbacks, which limits what you can do inside the loop.

Some functions are passed to GP by gp2c-run at start-up (using the GP; syntax) instead of being translated in C: install and addhelp. In practice, they can be considered as supported.

Some functions are built-in in GP, and so are not available to libpari programs. So if you use them gp2c generate a program that needs to run under GP, or with gp2c-run. Since the C prototype for those functions are not available, the C compiler will output a warning. This serves as a reminder of the problem. They are all the plotting functions and allocatemem, default, extern, input, quit, read, system, whatnow.

Some GP functions are not available for C programs, so the compiler cannot handle them. If you use them you will get the infamous "unhandled letter in prototype" error. Sorry for the inconvenience. These are plot, ploth, plotrecth.

Also the functions read, eval, kill may compile fine but have a surprising behaviour in some case, because they may modify the state of the GP interpreter, not of the compiled program. Please see Section 4.3 for details. For example f(n)=eval("n^2") is very different from f(n)=n^2.

The forstep function is supported when the step is a number. If it is a vector, you must add a tag :vec to make GP know about it like in

f(x)=
{
  local(v);
  v=[2,4,6,6,6,6,6,2,4,6,6]
  forstep(y=7,x,v:vec,print(y))
}

This is not needed if the step is a vector or a variable of type vec, but is needed if the step is only an expression which evaluates to a vector.

There is little that can be done about these problems without changing PARI/GP itself.

4.3  Memory handling and global variables.

While a lot of work has been done to ensure that gp2c handles global variables properly, the use of global variables is still a lot of trouble, so try to avoid them if you do not understand the implications on memory handling.

First, there is a common practice to use undeclared variables as formal variables, for example we assume x=’x and write a*x+b instead of a*’x+b. So gp2c will not raise an undeclared variable to the rank of global variable unless you declare it with the global() command, or you use it at toplevel (i.e. outside any function). See also Section 2.3

Second, global variables seen by a compiled function are C variables, not GP variables. There is no connection between the two. You may well have two variables with the same name and a different content. Currently GP knows only how to install functions, not variables, so you need to write compiled functions in order to access global variables under GP.

Basically, global variables are allocated in the main stack which is destroyed each time GP prints a new prompt. This means you must put all your commands on the same line. Also global variables must be initialized using the init_<filename> function before being used, and are only supported with the -g flag.

So you end up doing gp2c-run -g global.gp 

parisize = 4000000, primelimit = 500000
? init_global();myfunction(args);

Note that nothing prevents you from calling init_global in the GP program. In that case, you can omit the parentheses (i.e, write init_global, not init_global()) so that you can still run your noncompiled program.

Another way to handle global variables is to use the clone function which copies a PARI object to the heap, hence avoids its destruction when GP prints a new prompt. You can use unclone to free a clone. Please read the PARI/GP manual for more information about clone.

A good use of clone is for initializing constant variables: for example in test/gp/initfunc.gp, the vector T is initialized by 

T=clone([4,3,2,2,1,1,1,1,0,0,0,0,0,0,0,0])

You must still run the init_<filename> after starting GP, but after that you can use T safely.

GP itself currently does not know about clone and unclone, but you can use dummy functions 

clone(x)=x
unclone(x)=while(0,)

when running uncompiled.

4.4  Support for t_VECSMALL

When accessing the component of a t_VECSMALL, it is necessary that that the object has been declared of type vecsmall.

For example my(v); v = vecsort(V,,1); print(v[1]) does not work, but my(v:vecsmall); v = vecsort(V,,1); print(v[1]) or my(v:vecsmall); v = vecsort(V,,1); print(v:vecsmall[1]) works.

4.5  GP lists

GP lists are not fully supported by gp2c. A partial support is available with the list type. You must tell gp2c that a variable will contain a list by using L:list inside a declaration, where L is the name of the variable as explained in Section 3.

Currently, assigning to a list element (L[2]=x) will not work and lists will not be freed unless you explicitly use listkill.

Note: The PARI user’s manual states that lists are useless in library mode.

4.6  The install command

The install command is interpreted as a gp2c directive. This allows using installed function in compiled programs, see Section 2.4.

However this has some side-effects:

  • If present, the lib argument must be a string, not an expression that evaluate to a string.
  • The install command is not compiled, instead it is added to the list of functions to install.

5  Command-line options of gp2c

Here is a brief description of the main options of gp2c, which can be seen with ./gp2c -h.

In Section 2.1 we saw how to use the -g option.

  • -g tells gp2c to generate gerepile calls to clean up the PARI stack and reduce memory usage. You will probably need this option, although the C code will be easier to read or hand-edit without it.
  • -ofile tells gp2c to write the generated C file to the file file instead of the standard output.
  • -iN allows you to change the indentation of the generated C file. So if you want 4 spaces, just use the -i4 option with gp2c. The default is 2.
  • -W is useful for debugging the .gp file, in the sense that it detects if some local variable is undeclared. For example, if the file algorithm.gp has a routine like
    radical(x)=F=factor(x)[,1];prod(i=1,length(F),F[i])

    The variable ’F’ is undeclared in this routine, so when running gp2c with the -W option it prints

  • -L adds compiler directives to the code so that warning and error found by the compiler are prefixed with the line number in the original GP file instead of the C file.
  • -C adds code to perform range checking for GP constructs like x[a] and x[a,b]. This also checks whether x has the correct type. By default gp2c does not perform such check, which can lead to a runtime crash with invalid code. This option causes a small runtime penalty and a large C code readability penalty.

    Warning:algorithm.gp:1:variable undeclared F

    At present, an undeclared variable is taken to be a "formal variable" for polynomials by gp2c, so do not declare it if that is what you intend. For example in pol(a,b,c)=a*x^2+b*x+c you must not declare x since it stands for the formal variable ’x.

  • -pprefix A problem with C is that it is subject to name clashes, i.e., if a GP variable in your routine has the same name as a C symbol in the pari library, the compiler will report strange errors. So this option changes ALL user variables and user routine names by adding a prefix prefix to them. For example the GP routine add(x,y) with -pmy_ will become the C function my_add(x,y).

    Try this option each time the compiler fails to compile gp2c output to see if there is a name conflict. If this is the case, change the name in your GP script. It may be difficult to find conflicting names if your compiler is not verbose enough and if you are not familiar with the PARI code and C in general.

    Example of conflicting names are top,bot,prec,un, but there are thousands of others and they may be system-dependent.

  • -ssuffix: Add suffix to the names of the installed functions under GP. This is to avoid clashes with the original GP script. For example, if you want to compare timings you may want to use the option -s_c This does not affect the C code, only the install commands.
  • -S: Assume strict prototypes for functions. This means that you have declared all the local variables with local and not as parameters. Also, when a parameter is not mandatory, a default value must be assigned to it in the declaration, like for ’flag’ in 
    test(data,flag=0)={CODE}
    This does not affect the C code, only the install commands.
  • -h gives the help.
  • -v gives the gp2c version.
  • -l prints a list of all the GP functions known by the compiler. So if a routine contains a GP routine not on this list, gp2c will show an error when trying to translate it. For example the routine forvec is not yet implemented, so you should not use it.

    Reasons why a GP function may not be known by the compiler are:

    • The function is not part of the PARI library. See Section 4.2
    • You use the old PARI 1.39 function names instead of the new ones. gp2c currently does not know about the ’compat’ default. Use whatnow under GP to get the current name. For example, mod() is now Mod().
    • You use a GP function that does not exists in the GP version gp2c was compiled against. Please recompile gp2c against this GP version.

      Normally no functions are added between two stable releases of GP with the same minor version number (say 2.1.1 and 2.1.2) so there is no need to recompile gp2c when you upgrade. But if you use the developement versions, you need to recompile. Also some new developement versions may break old versions of gp2c, so upgrade gp2c at the same time.

      However, if you want to compile scripts which do not use the new functions, you do not need to recompile. Note that you may use the GP environment variables to tell gp2c-run which GP to use.

    • -t Output the table of types known to the compiler, see Section 3.
This document was translated from LATEX by HEVEA.
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cmbx10Æ1Ž‘DWhat–ÕTis“óßê‘ü.ŽŽ–Ç‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ‘¢9ŽŽ¦‘D3.5Ž‘[Example–UUof“optimisation‘[Í‘ü.ŽŽ–Ç‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ‘¢9ŽŽ¦‘D3.6Ž‘[Tš¸ãypGes–UUand“mem˜bGer“functions‘¿G‘ü.ŽŽ–Ç‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ‘¡10ŽŽ¡‘5Æ4Ž‘DCommon‘ÕTproblems’ßu11ŽŽ¦‘D²4.1Ž‘[Meta-commands.‘ã‘ü.ŽŽ–Ç‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ‘¡11ŽŽ¦‘D4.2Ž‘[UnsuppGorted‘UUfunctions.‘"ì‘ü.ŽŽ–Ç‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ‘¡11ŽŽ¦‘D4.3Ž‘[Memory–UUhandling“and“global“v‘ÿqÇariables.‘›‰‘ü.ŽŽ–Ç‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ‘¡12ŽŽ¦‘D4.4Ž‘[SuppGort–UUfor“óm#½R cmss10Èt‘™˜‰ffŽ‘™šVECSMALL‘c‘ü².ŽŽ–Ç‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ‘¡13ŽŽ¦‘D4.5Ž‘[GP‘UUlists‘u‘ü.ŽŽ–Ç‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ‘¡13ŽŽ¦‘D4.6Ž‘[The‘UUóý': cmti10Éinstal‘‚Øl‘]Þ²command>‘ü.ŽŽ–Ç‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ“‘ü.ŽŽ‘¡13ŽŽ¡‘5Æ5Ž‘DCommand-line–ÕToptions“of“Çgp2c’¦ÈÇÆ13ŽŽŸ!Ä‘5Å1Ž‘MLËWhat–ffis“ó߆µTff cmtt12Êgp2cÅ?ŽŸç‘5²The–Ô†Çgp2c“²compiler“is“a“pacš¸ãk‘ÿqÇage‘Ô‡for“translating“GP‘Ôeroutines“in˜to“the‘Ô‡C‘Ôeprogram-Ž¦‘5ming–·language,‘Ïlso›·that“they“can“bGe˜compiled“and“used“with˜the“P‘ÿ*ªARI‘¶èsystemŽ¦‘5or–UUthe“GP“calculator.Ž¦‘DThe–Œmain“adv‘ÿqÇan¸ãtage“of“doing“this“is“to“spGeed“up“computations“and“to“includeŽ¦‘5y•¸ãour›!o“wn˜routines‘!within˜the˜preexisting˜GP‘!ones.‘`ZIt˜ma“y˜also˜ nd‘!bugs˜in˜GPŽ¦‘5scripts.ŽŽŸ’ß1ŽŽŒ‹* ª ýs o ý´‘D²This–UUpacš¸ãk‘ÿqÇage“(including“the“latest“v˜ersions)“can“bGe“obtained“at“the“URL:Ž¤ ‘5Çhttp://pari.math.u-bordeaux.fr/download.html#gp2cŽŸþ6‘5ó ÂÖN  cmbx12Ë1.1Ž‘SÀInstalling‘€ó!߆µT cmtt12Ìgp2cŽ©uT‘5²After–ŠØdo¸ãwnloading“the“ le“Çgp2c-ó"ßêcreates“a‘j=directory‘ËÇgp2c-Íx.y.z–¼rÇplÍt“²,‘™Cwhic•¸ãh›j>con“tains˜the‘j=main˜Çgp2c˜² les.Ž¡‘5No•¸ãw›UUy“ou˜ha“v“e˜to˜install˜the˜program.Ž¡‘DY‘ÿ*ªou–»Áneed›»Âthe“ le˜Çpari.cfg².‘¥ This˜ le“can˜bGe“found˜in“the˜P‘ÿ*ªARI‘»eob‘Ž8jectŽ¡‘5directory–UUand“is“installed“in“$pre x/lib/pari/.Ž¡‘DCop¸ãy–UUor“link“this“ le“in“the“Çgp2c“²directory‘ÿ*ª,“bGe“sure“to“call“it“Çpari.cfg².Ž¡‘5Æln–ÕT-s“.../lib/pari/pari.cfg“pari.cfgŽ¡‘D²Run– VÆ./con gure²,‘6Vwhicš¸ãh“will“searc˜h“for“the“P‘ÿ*ªARI‘ (v˜ersion“and“some“otherŽ¡‘5con guration–¹htošGols“of“the“system.‘žT‘ÿ*ªo“install“the“program,‘lt¸ãyp˜e“Æmak®9e²,‘landŽ¡‘5the–ÿ program›ÿ!will“bGe˜compiled.‘o)Y‘ÿ*ªou˜can“then˜run“Æmak•®9e‘˜˜c“hec“k–ÿ ²to˜v¸ãerify“thatŽ¡‘5evš¸ãerything–Ö¨has“gone“ ne“(a“bunc˜h“of“OK's“should‘Ö§sho˜w“up).‘õÀAll“of“this“isŽ¡‘5completely–UUstandard,“and“yš¸ãou“are“no˜w“ready“to“use“Çgp2c².Ž¡‘DY‘ÿ*ªou–Ÿ|can“use›Ÿ{Çgp2c“²directly“from“this˜directory“or“y¸ãou“can“install˜it“b¸ãy“runningŽ¡‘5Æmak®9e‘ŸÀinstall›[²as–ZroGot.‘×If“y¸ãou“do˜not“install“it,‘1[y¸ãou˜can“run“it“from˜the“Çgp2cŽ¡‘5²directory–UUbš¸ãy“t˜yping“Æ./gp2cŽŸ!Ä‘5Å2Ž‘MLËA–ffÊgp2c“ÅtutorialŽŸç‘5Ë2.1Ž‘SÀHoš w–€can“I“compile“and“run“m˜y“scripts?Ž¦‘5²The›ÐQsimplest‘ÐPw•¸ãa“y˜to–ÐPuse˜Çgp2c˜²is“to˜call“Çgp2c-run².‘âºIf˜yš¸ãou“w˜an˜t‘ÐQto“kno˜w‘ÐQwhatŽ¡‘5happGens–UUin“detail,“see“next“section.Ž¡‘DT‘ÿ*ªo– /makš¸ãe“the“examples“easier“to“follo˜w,‘9åplease“mo˜v˜e“to“the“Çgp2c“²directoryŽ¡‘5and–UUlink“the“roGot“of“y¸ãour“P‘ÿ*ªARI“source“there:Ž¡‘5Æln–ÕT-s“.../pari“.Ž¡‘D²As›KŸan–K example,‘É1w¸ãe“will˜tak¸ãe“the˜ le“Çpari/examples/squfof.gp²,‘É1whic¸ãhŽ¡‘5is–‘Êa›‘Ësimple“implemen¸ãtation˜of“the˜w•¸ãell-kno“wn‘‘ÊSQUF“OF‘‘yfactoring˜methoGd‘‘ÊofŽ¡‘5D.‘UUShanks.Ž¡‘DW‘ÿ*ªe–UUjust“run“the“command:Ž¡‘5Æ./gp2c-run‘ÕTpari/examples/squfof.gpŽ¡‘D²After–M…a“little“prošGcessing“w¸ãe“get“a“GP‘MDsession.‘ZWBut“this“session“is“sp˜ecial,Ž¡‘5bGecause–rÀit“conš¸ãtains“the‘rÁcompiled“Ésqufof‘‘T²function.‘&@Hence“w˜e‘rÁcan“do“the“follo˜wing:ŽŸ‘5Çparisize–?ý=“4000000,“primelimit“=“500000Ž¡‘5?‘?ýsqufof(3097180303181)Ž¡‘5[419]Ž¡‘5i–?ý=“596Ž¡‘5Qfb(133225,–?ý1719841,“-261451,“0.E-28)ŽŽŸ’ß²2ŽŽŒ‹D ª ýs o ý´‘5Ç%1–?ý=“1691693ŽŸÄw‘5²Let's–UUtry“a“bigger“example:Ž©Ð_‘5Ç?‘?ýsqufof(122294051504814979)Ž¤ ‘5[20137]Ž¡‘?ú***‘¿÷the–?ýPARI“stack“overflows“!Ž¡‘?úcurrent–?ýstack“size:“4.0“MbytesŽ¡‘?ú[hint]–?ýyou“can“increase“GP“stack“with“allocatemem()Ž¡‘5?‘?ýallocatemem()Ž¡‘?ú***‘¿÷Warning:–?ýdoubling“stack“size;“new“stack“=“8.0“MBytes.Ž¡‘5?‘?ýsqufof(122294051504814979)Ž¡‘5[20137]Ž¡‘5[20137,‘?ý3445]Ž¡‘5i–?ý=“46474Ž¡‘5Qfb(321233929,–?ý131349818,“-367273962,“0.E-28)Ž¡‘5%2–?ý=“73823023ŽŸÐ`‘5²W‘ÿ*ªe–Ï;need“a“large“stacš¸ãk“bGecause“b˜y“default‘Ï<Çgp2c“²došGes“not“generate“co˜de“to“handleŽ¡‘5the–pÃstac¸ãk›pÄ(the“so-called˜Ègerepile˜²coGde).‘ÄT‘ÿ*ªo“instruct˜Çgp2c˜²to“add“Çgerepile˜²coGdeŽ¡‘5automatically‘ÿ*ª,‘fw•¸ãe›ëm“ust–êuse“the˜Æ-g“²option.‘[NSo˜quit“this˜GP‘Ùsession“and˜launc¸ãh“aŽ¡‘5new–UUone“with“-g.‘qÇOh“wš¸ãell,“bGefore“that“t˜ypGeŽ¡‘5Æls‘ÕTpari/examples/squfof.gp*Ž¦‘5Çpari/examples/squfof.gp‘ÿôpari/examples/squfof.gp.runŽ¡‘5pari/examples/squfof.gp.c‘ úpari/examples/squfof.gp.soŽ¡‘5pari/examples/squfof.gp.oŽ¦‘D²These–UUare“the“ les“generated“b¸ãy‘xâÇgp2c-run²:Ž¦‘Dó !",š cmsy10¸ŽŽŽ‘N²pari/examples/squfof.gp.c–UUis“the“C“ le“generated“b¸ãy‘xâÇgp2c².Ž¤è0‘D¸ŽŽŽ‘N²pari/examples/squfof.gp.o–UUis“the“ob‘Ž8ject“ le“generated“b¸ãy“the“C“compiler.Ž¡‘D¸ŽŽŽ‘N²pari/examples/squfof.gp.so–UUis“the“shared“library“generated“bš¸ãy“the“link˜er.ŽŸè/‘D¸ŽŽŽ‘N²pari/examples/squfof.gp.run–ePis›eOa“ le˜that“con¸ãtains˜the“commands˜neededŽ¤ ‘Nto–UUload“the“compiled“functions“inside“GP‘ÿ*ª.Ž¦‘5It–UUis“the“shared“library“whicš¸ãh“is“used“b˜y“GP‘ÿ*ª.Ž¡‘DNoš¸ãw–UUlet's“con˜tin˜ue:Ž¡‘5Æ./gp2c-run–ÕT-g“pari/examples/squfof.gpŽŸÐ`‘5Çparisize–?ý=“4000000,“primelimit“=“500000Ž¡‘5?‘?ýsqufof(122294051504814979)Ž¡‘5[20137]Ž¡‘5[20137,‘?ý3445]Ž¡‘5i–?ý=“46474Ž¡‘5Qfb(321233929,–?ý131349818,“-367273962,“0.E-28)Ž¡‘5%1–?ý=“73823023Ž¦‘D²This–P"time›P!it“w¸ãorks˜with“no˜dicult¸ãy“using“the˜default“stac•¸ãk.‘p W‘ÿ*ªe˜w“ould‘P"lik“eŽ¡‘5to›Ákno•¸ãw‘Á‚ho“w˜m“uc“h–Á‚faster˜the˜compiled“coGde˜runs,‘Üso˜w¸ãe˜need“to˜load“the˜nonŽ¡‘5compiled–UUÉsqufof‘sé² le“in“GP:ŽŽŸ’ß3ŽŽŒ‹% 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‘?ú***‘¿÷unexpected–?ýcharacter:“squfof(n)=if(isprime(n),returŽ¡’¿‹^--------------------ŽŸ‘5²Wh¸ãy??‘âBecause–ÐÉsqufof‘already“exists“as‘Ðan“installed“function“and“GP‘ÏörefusesŽ¡‘5to›£¥o•¸ãv“erwrite˜it.‘\¶T‘ÿ*ªo˜solv“e˜this˜problem,‘·9w“e˜will˜add˜a˜sux‘£¤to˜the˜name˜of˜theŽ¡‘5compiled–UUfunction“under“GP‘ÿ*ª.“Quit“the“session“and“t¸ãypGe:Ž¡‘5Æ./gp2c-run–ÕT-g“-s‘°¡‰ffs4Ž‘#Õc“pari/examples/squfof.gpŽ¡‘D²Noš¸ãw–UUthe“function“squfof“is“named“squfof‘™˜‰ffŽ‘™šc“instead,“so“w˜e“can“doŽ©‘5Çparisize–?ý=“4000000,“primelimit“=“500000Ž¡‘5?–?ý\r“pari/examples/squfof.gpŽ¡‘5?‘?ý#Ž¡‘D¿÷timer–?ý=“1“(on)Ž¡‘5?‘?ýsqufof(122294051504814979)Ž¡‘5[20137]Ž¡‘5[20137,‘?ý3445]Ž¡‘5i–?ý=“46474Ž¡‘5Qfb(321233929,–?ý131349818,“-367273962,“0.E-28)Ž¡‘5time–?ý=“5,810“ms.Ž¡‘5%1–?ý=“73823023Ž¡‘5?‘?ýsqufof_c(122294051504814979)Ž¡‘5[20137]Ž¡‘5[20137,‘?ý3445]Ž¡‘5i–?ý=“46474Ž¡‘5Qfb(321233929,–?ý131349818,“-367273962,“0.E-28)Ž¡‘5time–?ý=“560“ms.Ž¡‘5%2–?ý=“73823023Ž¦‘5²So–Yxthe›Ywcompiled“v¸ãersion“is˜more“than“ten˜times“faster“than˜the“noncompiledŽ¡‘5one.‘†£Ho•¸ãw“ev“er–±Ÿfor›±žmore“complex˜examples,‘°compiled“coGde˜usually“runs˜onlyŽ¡‘5three–UUtimes“faster“on“a•¸ãv“erage.Ž¡‘DAn–½ extra‘½¡tricš¸ãk:‘B^once“y˜ou“ha˜v˜e›½¡run“Çgp2c-run“²on˜y¸ãour“script,‘׳it˜is“compiledŽ¡‘5and–ÆØyš¸ãou“can‘Æ×use“the“compiled“v˜ersion“outside‘Æ×Çgp2c-run“²in“an˜y“GP‘ƺsession“b˜yŽ¡‘5loading–çëthe“ le“with“extension“Ç.gp.run².‘MOF‘ÿ*ªor“example“quit“the“Çgp2c-run“²sessionŽ¡‘5and–UUstart“Çgp“²and“doŽ©‘5Çparisize–?ý=“4000000,“primelimit“=“500000Ž¡‘5?–?ý\r“pari/examples/squfof.gp.runŽ¦‘D²No•¸ãw›UUy“ou˜ha“v“e˜access˜to˜the˜compiled˜function˜Ésqufof‘‰ffŽ‘®c‘æ ²as˜w“ell.ŽŸþ6‘5Ë2.2Ž‘SÀHo w–€can“I“compile“directly“with“Ìgp2cË?ŽŸuT‘5²No•¸ãw› €w“e˜w“an“t˜to– compile˜directly˜with˜Çgp2c˜²to˜understand˜what“happGens.‘SHW‘ÿ*ªeŽ¡‘5should–UUrun“the“commandŽ¡‘DÆ./gp2c–ÕTpari/examples/squfof.gp“Ç>“Æsqufof.gp.cŽ¡‘D²This–_Âcreates“a›_Á le“squfof.gp.c“in“the“Çgp2c˜²directory‘ÿ*ª.‘‘No¸ãw“read˜this“ le“withŽ¡‘5y•¸ãour›UUfa“v“orite˜editor.Ž¡‘DThe–UU rst“line“is“highly“system-depšGenden¸ãt,“but“should“b˜e“similar“to:ŽŽŸ’ß4ŽŽŒ‹.d ª ýs o ý´‘5ó%ߤN cmtt9Ð/*-*-–¹–compile-command:“"/usr/bin/gcc“-c“-o“pari/examples/squfof.gp.oŽ¤ ‘>s,-O3–¹–-Wall“-I/usr/local/include“pari/examples/squfof.gp.cŽ¡‘>s,&&–¹–/usr/bin/gcc“-o“pari/examples/squfof.gp.soŽ¡‘>s,-shared‘,Âpari/examples/squfof.gp.o";‘¹–-*-*/ŽŸ¶Û‘D²This–Vis›Uthe“command˜needed“to“compile˜this“C‘G le“to“an˜ob‘Ž8ject“ le˜with“theŽ¤ ‘5C‘æcompiler›æ3and–æ4then“to˜mak¸ãe“a“shared“library˜with“the“linkš¸ãer.‘L¼If“y˜ou‘æ3use“Çemacs²,Ž¡‘5tš¸ãyping–Ý£'M-x‘ݤcompile'“will“kno˜w“abGout‘ݤthis“command,‘ÿ·so“y˜ou“will“just‘ݤneed“toŽ¡‘5t¸ãypGe–UUÇReturn“²to“compile.Ž¡‘DThe–UUsecond“line“isŽ©Å}‘5Ç#include‘?ýŽŸÅ|‘5²This–fÞincludes›fÝthe“P‘ÿ*ªARI‘fØheader“ les.‘¦`It“is˜impGortan¸ãt“that˜the“header˜ les“comeŽ¡‘5from–UUthe“same“P›ÿ*ªARI“v¸ãersion“as“GP˜,“else“it“will“create“problems.Ž¤ ‘DThe–UUnext“lines“areŽŸÅ|‘5Ð/*Ž¡‘5GP;install("squfof","D0,G,p","squfof","./pari/examples/squfof.gp.so");Ž¡‘5GP;install("init_squfof","v","init_squfof","./pari/.../squfof.gp.so");Ž¡‘5*/Ž¦‘D²The–”*c¸ãharacters›”)"GP;"“denote˜a“command˜that“should˜bGe“read˜b¸ãy“GP‘“×atŽ¤ ‘5start-up.‘J]Here,‘„èthe›H2Éinstal‘‚Øl()‘¦Å²commands‘H1abGo•¸ãv“e˜m“ust˜bGe‘H1giv“en˜to˜GP‘Góto‘H1let˜itŽ¡‘5knoš¸ãw–ûÝabGout“functions“de ned‘ûÞb˜y“the“library‘ÿ*ª.‘SôÇgp2c-run‘ûÞ²cop˜y“suc˜h“commands“toŽ¡‘5the–UU le“Ç./pari/examples/squfof.gp.run².Ž¡‘DPlease–UUread“the“enš¸ãtry“abGout“the“Éinstal‘‚Øl()‘³è²command“in“the“P‘ÿ*ªARI“man˜ual.Ž¡‘DThe–PÉinit‘‰ffŽ‘®squfof‘n¨²function›Pis“an“initialization“function“that˜is“created“auto-Ž¡‘5matically–WŒb¸ãy“Çgp2c›W²to“hold“coGdes“that“is˜outside“an¸ãy“function.‘xlSince˜in“our“caseŽ¡‘5there–ôare›ônone,‘Ãthis“is˜a“dumm¸ãy˜function.‘NIn“other˜cases,‘Ãit“is˜essen¸ãtial.‘NTheŽ¡‘5next–UUlines“areŽŸ¶Û‘5ÇGEN–?ýsqufof(GEN“n,“long“prec);Ž¡‘5void‘?ýinit_squfof(void);Ž¡‘5/*End–?ýof“prototype*/ŽŸ¶Ü‘5²This–ñdis›ñethe“C‘ñ“Æsqufof2.gp.cŽ¡‘D²and–UUlošGok“at“the“di erence“b˜et•¸ãw“een–UUsqufof.gp.c“and“squfof2.gp.c:Ž¤ ‘5Ædi –ÕT-u“squfof.gp.c“squfof2.gp.cŽŸÅ|‘5Ð---–¹–squfof.gp.c“Tue“Feb“26“13:44:42“2002Ž¡‘5+++–¹–squfof2.gp.c‘%Ì°Tue“Feb“26“13:44:49“2002Ž¡‘5@@–¹–-1,8“+1,8“@@Ž¡‘9¹–/*-*-–¹–compile-command:“"/usr/bin/gcc“-c“-o“pari/examples/squfof.gp.oŽ¡‘>s,-DMEMSTEP=1048576–¹–-g“-Wall“-Wno-implicit‘ s,-I/usr/local/includeŽ¡‘>s,pari/examples/squfof.gp.c–¹–&&“/usr/bin/ld“-o“pari/examples/squfof.gp.soŽ¡‘>s,-shared‘,Âpari/examples/squfof.gp.o";‘¹–-*-*/Ž¡‘9¹–#include‘¹–Ž¡‘9¹–/*Ž¡‘5-GP;install("squfof","D0,G,p","squfof","./pari/examples/squfof.gp.so");Ž¡‘5-GP;install("init_squfof","v","init_squfof","./pari/.../squfof.gp.so");ŽŽŸ’ß²5ŽŽŒ‹7ó ª ýs o ý´‘5Ð+GP;install("squfof","D0,G,p","squfof_c","./pari/...les/squfof.gp.so");Ž¤ ‘5+GP;install("init_squfof","v","init_squfof_c","./par.../squfof.gp.so");Ž¡‘9¹–*/Ž¡‘9¹–GEN–¹–squfof(GEN“n,“long“prec);Ž¡‘9¹–void‘¹–init_squfof(void);Ž©‘D²If–P,yš¸ãou“are“not‘P+familiar“with“the“Çdiff“²utilit˜y‘ÿ*ª,‘Q4the“abGo˜v˜e‘P+means“that“only“theŽ¤ ‘5t•¸ãw“o–ÝAlines›ÝBstarting“with˜ÉGP;instal‘‚Øl‘åʲha•¸ãv“e˜c“hanged.‘ ŒIn–ÝAfact˜Ésqufof‘ûÕ²is˜still“namedŽ¡‘5Ésqufof‘žm²in›Úthe–ÙC‘Î le,‘Š{but“the“install˜command“tells“GP‘Ïto“rename“it˜Ésqufof‘‰ffŽ‘®c‘²inŽ¡‘5the–UUGP“session.ŽŸþ6‘5Ë2.3Ž‘SÀUsing–€Ìgp2c“Ëto“ nd“errors“in“GP“scriptsŽŸuT‘5²The–7Çgp2c“²compiler›8can“also“bGe“used˜to“ nd“errors“in˜GP‘"programs.‘V¾F‘ÿ*ªor“that“w¸ãeŽ¡‘5should–UUuse“the“-W“option“lik¸ãe“inŽ¡‘DÆ./gp2c–ÕT-W“pari/examples/squfof.gp“Ç>“Æsqufof.gp.cŽ¦‘5ÇWarning:pari/examples/squfof.gp:7:variable‘?ýundeclaredŽ¡‘5pŽ¡‘5Warning:pari/examples/squfof.gp:11:variable‘?ýundeclaredŽ¡‘5ddŽ¡‘5Warning:pari/examples/squfof.gp:11:variable‘?ýundeclaredŽ¡‘5dŽ¡‘5Warning:pari/examples/squfof.gp:11:variable‘?ýundeclaredŽ¡‘5bŽ¡‘5...Ž¡‘5Warning:pari/examples/squfof.gp:45:variable‘?ýundeclaredŽ¡‘5b1Ž¦‘D²This–ï¼option“lists“v‘ÿqÇariables“that“are“used“but‘ï»not“declared.‘@üIt“is“impGortan¸ãtŽ¡‘5to–%˜declare›%™all“y¸ãour˜v‘ÿqÇariables“with˜Élo–ÿ}'c“al()²,‘/$or˜with›%˜Églob“al()².‘aÞF‘ÿ*ªor˜Çgp2c²,‘/%undeclaredŽ¡‘5v‘ÿqÇariables–Óoare›Óntak¸ãen“to“bGe˜\formal“v‘ÿqÇariables"“for˜pGolynomials.‘F{F‘ÿ*ªor“example˜if“y¸ãouŽ¡‘5write–UUa“function“to“build“a“second“degree“pGolynomial“lik¸ãeŽ¦’§À!Çpol(a,b,c)=a*x^2+b*x+cŽ¦‘5²y•¸ãou›UUm“ust˜not˜declare˜'x'˜here,˜since˜it˜stands˜for˜the˜formal˜v‘ÿqÇariable˜Éx².ŽŸþ6‘5Ë2.4Ž‘SÀUsing–€compiled“functions“in“a“new“programŽŸuT‘5²One›dy•¸ãou‘eha“v“e˜successfully–ecompiled˜and“tested˜y¸ãour“functions˜yš¸ãou“ma˜y‘dw˜an˜t“toŽ¡‘5reuse–UUthem“in“another“GP“program.Ž¡‘DThe›ÁibGest‘Ájw•¸ãa“y˜is˜to˜cop“y–Ájthe˜install˜commands˜of“the˜functions˜y¸ãou˜use“at˜theŽ¡‘5start–¸of›¹the“new“program˜so“that“reading“it˜will“automatically“load˜the“compiledŽ¡‘5functions.Ž¤ ‘DAs–UUan“example,“w¸ãe“write“a“simple“program“Çfact.gp“²that“readsŽŸ‘5Ðinstall("squfof","D0,G,p","squfof","./pari/examples/squfof.gp.so");Ž¡‘5fact_mersenne(p)=squfof(2^p-1)Ž¦‘D²and–UUrun“GP:ŽŽŸ’ß6ŽŽŒ‹D0 ª ýs o ý´‘5Çparisize–?ý=“4000000,“primelimit“=“500000Ž¤ ‘5?‘?ý\rfactŽ¡‘5?‘?ýfact_mersenne(67)Ž¡‘5i–?ý=“2418Ž¡‘5Qfb(10825778209,–?ý4021505768,“-13258245519,“0.E-28)Ž¡‘5%1–?ý=“193707721Ž©‘D²So–Àˆall›À‡goGes“w¸ãell.‘@.But˜what“is˜ev¸ãen“bGetter“is˜that“Çgp2c“²understands˜the“Éinstal‘‚ØlŽ¡‘5²command–UUand“will“bGe“able“to“compile“this“new“program.Ž¡‘DAlso–†ìthis›†íparticular“example“will“fail˜bšGecause“as“stated“ab˜o•¸ãv“e,‘ÓRP‘ÿ*ªARI/GPŽ¡‘5already–çhas›èa“Èsqufof‘O¯²function,‘° and“the˜linkš¸ãer“will“pic˜k›èthe“wrong˜one,‘° whic¸ãh“isŽ¡‘5unfortunate.Ž¡‘DSo–UUuse“the“-p“option“to“Çgp2c-run“²to“c¸ãhange“Ésqufof‘sé²to“Émy‘‰ffŽ‘®squfof².Ž¡‘8ÕTÆ./gp2c-run–ÕT-pm®9y‘°¡‰ffs4Ž‘ù)-g“pari/examples/squfof.gpŽ¤ ‘D²This–ÙÚoption“pre xes“mš¸ãy‘™˜‰ffŽ‘stto“ev˜ery“GP‘Ù¸name‘ÙÛin“the“program“so“as“to“a˜v˜oidŽ¡‘5name–UUclashes.‘qÇChange“Çfact.gp“²toŽŸ‘5Ðinstall("my_squfof","D0,G,p","squfof","./pari/examples/squfof.gp.so");Ž¡‘5fact_mersenne(p)=squfof(2^p-1)Ž¦‘D²and‘UUrunŽ¤ ‘5Æ./gp2c-run–ÕT-g“fact.gpŽ¦‘5Çparisize–?ý=“4000000,“primelimit“=“500000Ž¡‘5?‘?ýfact_mersenne(67)Ž¡‘5i–?ý=“2418Ž¡‘5Qfb(10825778209,–?ý4021505768,“-13258245519,“0.E-28)Ž¡‘5%1–?ý=“193707721Ž¦‘D²Nice–UUisn't“it?Ž¤ ‘DBut–¤ˆit“gets“ev¸ãen“bGetter:‘-instead“of“writing“the“Éinstal‘‚Øl‘­²command“directly“inŽ¡‘5yš¸ãour–Â-script“y˜ou›Â.can“just“load“the“Çsqufof.gp.run“²using˜Ç\r²:‘(3just“c¸ãhange“Çfact.gpŽ¡‘5²toŽŸ‘5Ð\r‘¹–./pari/examples/squfof.gp.runŽ¡‘5fact_mersenne(p)=squfof(2^p-1)ŽŸþ6‘5Ë2.5Ž‘SÀHand-editing–€the“C“ le“generated“b y“Ìgp2cŽŸuT‘5²If›( y•¸ãou‘(ha“v“e˜some˜expGerience‘(in˜P‘ÿ*ªARI‘(programming,‘1*y“ou˜ma“y˜w“an“t‘(to˜man“uallyŽ¤ ‘5edit›1îthe–1ïC‘1µ le“generated˜b¸ãy“Çgp2c²,‘ifor˜example“to˜impro•¸ãv“e‘1ïmemory˜handling.Ž¡‘5Here–UUsome“tips:Ž¦‘D¸ŽŽŽ‘N²If›~ y•¸ãou‘~ preserv“e˜the–~ Éinstal‘‚Øl()‘Üœ²at˜the“start˜of“the˜ le,‘ˆ6y¸ãou“can˜use“the˜com-Ž¡‘Nmand–pºÆgp2c-run‘ôÔÎ leÆ.c“²to›p¹recompile“y¸ãour˜ le“and“start˜a“new˜GP‘p³sessionŽ¡‘Nwith–UUyš¸ãour“functions“added,“just“as“y˜ou“use“Ægp2c-run“²with“GP“scripts.Ž¦‘D¸ŽŽŽ‘N²More–Šàgenerally‘ÿ*ª,‘³^Ægp2c-run“²automatically“passes“an¸ãy“line“in‘Šßthe“C‘Š­ le“start-Ž¡‘Ning–UUwith“'GP;'“to“GP“at“start-up.Ž¦‘D¸ŽŽŽ‘N²As–n±explained“in“Section›n²2.2,‘uunder“Æemacs“²y¸ãou“can˜t¸ãypGe“'M-x“compile'“toŽ¡‘Nrecompile–UUthe“shared“library‘ÿ*ª.ŽŽŸ’ß7ŽŽŒ‹N0 ª ýs o ý´‘5Å3Ž‘MLËAdv‘ÿ™anced–ffuse“of“Êgp2cŽŸç‘5Ë3.1Ž‘SÀÌgp2c‘€Ët yp`esŽ©uT‘5²Inš¸ãternally–­ñÇgp2c“²assign“t˜ypGes›­ðto“ob‘Ž8jects.‘{›The“most˜common“tš¸ãypGes“are“giv˜enŽ¤ ‘5bGelo¸ãw:ŽŸo³3Ÿ™³1‘Jname‘É៙œ„ ffŽ‘{RodescriptionŽŽ‘DŸ‰ffð³&Ÿfd‘Évoid‘;³Ÿ™œ„ ffŽ‘7Ro²lik¸ãe–UUin“CŽŽ¡‘Éb–ÿ}'o“ol‘Ä=Ÿ™œ„ ffŽ‘7Ro²b•Go“olean,–UUtrue“(1)“or“false“(0)ŽŽ¡‘Éne–ÿ}'gb“o“ol‘ t Ÿ™œ„ ffŽ‘7Ro²an¸ãtib•Go“olean,–UUtrue“(0)“or“false“(1)ŽŽ¡‘Ésmal‘‚Øl‘BŸ™œ„ ffŽ‘7Ro²C–UUin¸ãteger“ÈlongŽŽ¡‘Éint‘gŸ™œ„ ffŽ‘7Ro²m•¸ãultiprecision‘UUin“tegerŽŽ¡‘Ér–ÿ}'e“al‘©8Ÿ™œ„ ffŽ‘7Ro²mš¸ãultiprecision–UU oating“pGoin˜tŽŽ¡‘Émp‘ÕJŸ™œ„ ffŽ‘7Ro²m•¸ãultiprecision‘UUn“um“bGerŽŽ¡‘Évar‘1¾Ÿ™œ„ ffŽ‘7Ro²v‘ÿqÇariableŽŽ¡‘Ép‘ÿ}'ol‘ÚûŸ™œ„ ffŽ‘7Ro²pGolynomialŽŽ¡‘Éve‘ÿ}'csmal‘‚Øl‘ÕVŸ™œ„ ffŽ‘7Ro²v¸ãector–UUof“C“long“(Èt‘™˜‰ffŽ‘™šVECSMALL²)ŽŽ¡‘Éve‘ÿ}'c‘ÕNŸ™œ„ ffŽ‘7Ro²v¸ãector–UUand“matrices“(excluding“Éve‘ÿ}'csmal‘‚Øl‘‰²)ŽŽ¡‘Élist‘·Ÿ™œ„ ffŽ‘7Ro²GP‘UUlistsŽŽ¡‘Éstr‘~ŠŸ™œ„ ffŽ‘7Ro²cš¸ãharacters–UUstring“as“a“Ècha˜r“*ŽŽ¡‘Égenstr‘¬Ÿ™œ„ ffŽ‘7Ro²c¸ãharacters–UUstring“as“a“ÈGEN“²(Èt‘™˜‰ffŽ‘™šSTR²)ŽŽ¡‘Égen‘LÄŸ™œ„ ffŽ‘7Ro²generic–UUP‘ÿ*ªARI“ob‘Ž8ject“(ÈGEN²)ŽŽ¡‘Élg‘#÷kŸ™œ„ ffŽ‘7Ro²length–UUof“ob‘Ž8ject“(returned“b¸ãy“Élength‘Äc²)ŽŽ¡‘Étyp‘ÕLŸ™œ„ ffŽ‘7Ro²tš¸ãypGe–UUof“ob‘Ž8ject“(returned“b˜y“Étyp‘ÿ}'e‘À[²)ŽŽŽŽŽ "%ì ÿRÊã CV’ëQ ÿq¼ªgenŽŽ’ò_ 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‰ŽŽ’×…ŸÇD²smallŽŽ’áLΟ»¶¸„9ïfeŽŽ’ÙzhŸãŒ"b•Go“olŽŽ’ʼèŸÏ¡m¬Ž’ÌtŸÎ@&ŽŽ’§LšŸÕR3²negb•Go“olŽŽ’ÌtŸà³¿¬@Ž’ʼèŸßRx@ŽŽ’áLΟØ*–„9ïfeŽŽ’ÙÁ…²v¸ãoidŽŽ’ï¹ïŸý'¬Ž’ò9ïŸó'Ž’ô¹ïŸé'Ž’÷9ïŸß'Ž’ù¹ïŸÕ'Ž’ü9ïŸË'Ž’þ¹ïŸÁ'Ž’$¤Ÿ·~¨ŽŽ’áLΟôžt„9ïfeŽŽŽŽŽŽŸ’¬_û²T‘ÿ*ªable–UU1:‘qÇT¸ãypGes“preorderŽŽŽŸ/b‘DT¸ãypGes–[îare“preordered›[ïas“in“T‘ÿ*ªable“1.‘…“The“complete“preorder˜knoš¸ãwn“b˜y“Çgp2cŽ¡‘5²can–UUbGe“accessed“b¸ãy“running“Ægp2c‘ÕT-t².Ž¡‘DV‘ÿ*ªariables–Jñare“tš¸ãypGed.‘nPA‘Jïv‘ÿqÇariable“can“only“tak˜e“v‘ÿqÇalues“ha˜ving“a“t˜ypGe“equal“orŽ¡‘5lo•¸ãw“er–UUthan“its“tš¸ãypGe.‘qÇBy“default,“v‘ÿqÇariables“are“of“t˜ypGe“Égen².ŽŸª…‘5Ë3.2Ž‘SÀT yp`e‘€declarationŽ¦‘5²T‘ÿ*ªo–UUdeclare“a“v‘ÿqÇariable“as“bšGelonging“to“t¸ãyp˜e“Étyp‘ÿ}'e²,“use:ŽŸ{7‘NÉfunction‘Äc²(xÉ:typ–ÿ}'e²,yÉ:typ“e‘À[²=2)Ž¡‘NloGcal(xÉ:typ–ÿ}'e²,‘UUyÉ:typ“e‘À[²=2)ŽŽŸ’ß8ŽŽŒ‹ X… ª ýs o ý´‘N²global(xÉ:typ–ÿ}'e²,‘UUyÉ:typ“e‘À[²=2)Ž© ‘Nfor(iÉ:typ‘ÿ}'e‘À[²=...Ž¤‘DT‘ÿ*ªo–UUdeclare“sevš¸ãeral“v‘ÿqÇariables“of“the“same“t˜ypGe“Étyp‘ÿ}'e‘°²at“once,“use:Ž¡‘NloGcal(x,‘UUy=2)É:typ‘ÿ}'eŽ¦‘N²global(x,‘UUy=2)É:typ‘ÿ}'eŽ¡‘D²Y‘ÿ*ªou–UUcan“evš¸ãen“mix“the“t˜w˜o“w˜a˜ys:Ž¡‘NloGcal(x,‘UUy:Étyp–ÿ}'e2‘[²=2)É:typ“e1Ž¡‘5²will–UUdeclare“Éx‘‰™²to“bšGe“of“t¸ãyp˜e“Étyp‘ÿ}'e1‘°[²and“Éy‘7Ò²of“t¸ãyp˜e“Étyp‘ÿ}'e2².ŽŸþ6‘5Ë3.3Ž‘SÀE ect–€of“t yp`es“declaration“on“default“v‘ÿ@aluesŽŸuT‘5²Under–6GP‘ÿ*ª,›5all“GP‘v‘ÿqÇariables“start˜with“a˜default“v‘ÿqÇalue,‘Kmwhic¸ãh“is˜É0‘u<²for˜a“loGcalŽ¦‘5v›ÿqÇariable–UUand“É'v‘hâ²for“a“global“v˜ariable“Év².Ž¦‘DThe–4Çgp2c“²compiler“folloš¸ãws“this“rule“for“v‘ÿqÇariables“declared“without“a“t˜ypGe.Ž¦‘5Ho•¸ãw“ev“er,‘ìýwhen–›ua“v‘ÿqÇariable“is“declared“with››va“t¸ãypGe,‘ìüÇgp2c˜²will“not“assign“it“aŽ¦‘5default–÷Lv›ÿqÇalue.‘ W­This“means“that“the“declaration“Élo–ÿ}'c“al(g)‘Uà²is–÷Lequiv˜alen¸ãt“to“Élo-Ž¦‘5c›ÿ}'al(g:gen=0)²,‘but–ï¿not“to“Élo˜c˜al(g:gen)²,‘Églob˜al(g)‘NR²is“equiv‘ÿqÇalen¸ãt“to“Églob˜al(g:gen='g)²,Ž¦‘5but–ÞLnot›ÞMto“Églob‘ÿ}'al(g:gen)²,‘Šand“Éf(g)=...‘ ®²is“equiv‘ÿqÇalen¸ãt“to˜Éf(g:gen=0)=...²,‘Šbut“notŽ¦‘5to‘UUÉf(g:gen)=...².Ž¦‘DThis–UUrule“wš¸ãas“c˜hosen“for“sev˜eral“reasons:Ž¡‘D¸ŽŽŽ‘N²The–¯÷default“v‘ÿqÇalue“(É0‘ ý²or“É'v‘²)“mighš¸ãt“not‘¯öbGe“an“ob‘Ž8ject“suitable“for“the“t˜ypGeŽ¦‘Nin–¤²question.‘_ÝF‘ÿ*ªor“example,‘¸‰Élo–ÿ}'c“al(v:ve“c)‘D²declares–¤²Év‘¸?²as“bšGeing‘¤±of“t¸ãyp˜e“Éve‘ÿ}'c².‘_ÝItŽ¦‘Nw•¸ãould›0mak“e–/no˜sense“to˜initialize˜Év‘¢¼²to˜É0‘ê5²since˜É0‘ê6²doGes“not˜bGelong“to˜t¸ãypGeŽ¦‘NÉve–ÿ}'c².‘; Similarly›±'Églob“al(N:int)‘º²declares˜ÉN‘T‹²as˜b•Geing˜of‘±&t¸ãyp“e˜Éint².‘; It˜w•¸ãould˜mak“eŽ¦‘Nno–UUsense“to“initialize“ÉN›øã²to“É'N˜²since“É'N˜²došGes“not“b˜elong“to“t¸ãyp˜e“Éint².Ž¡‘D¸ŽŽŽ‘N²This–b’alloš¸ãws“de ning–b“GP‘bŽfunctions“with–b’mandatory“argumen˜ts.‘™This“w˜a˜y‘ÿ*ª,Ž¦‘NGP‘q|will–qƒissue›q„an“error˜if“a“mandatory˜argumen¸ãt“is“missing.‘ÆSWithout“thisŽ¦‘Nrule,–UUthere“is“no“w•¸ãa“y–UUto“tell“apart“É0‘°[²from“a“missing“argumen¸ãt.Ž¡‘D¸ŽŽŽ‘N²This–UUallo¸ãws“telling“Çgp2c“²not“to“generate“useless“default“v‘ÿqÇalues.ŽŸþ6‘5Ë3.4Ž‘SÀT yp`e‘€castingŽŸuT‘5²Sometimes,‘¶:w•¸ãe›Žskno“w‘Žra˜more˜precise˜t“ypGe–Žrthan˜the˜one˜the“transt¸ãyping˜algorithmŽ¦‘5can–\,derivš¸ãe.‘†KF‘ÿ*ªor“example“if“Éx‘p²is‘\+a“real“n˜um˜bGer,‘]âits“logarithm‘\+migh˜t“bGe“complex.Ž¦‘5Ho•¸ãw“ev“er,–UUif“wš¸ãe“are“sure“Éx‘‰™²is“pGositiv˜e,“the“logarithm“will“bGe“real.Ž¦‘DT‘ÿ*ªo–UUforce“an“expression“to“bšGelong“to“t¸ãyp˜e“Étyp‘ÿ}'e²,“use“the“syn¸ãtax:Ž¦‘5Éexpr‘:typ‘ÿ}'eŽ¦‘5Çgp2c›{ܲwill‘{Ýc•¸ãhec“k˜t“ypGes˜consistency‘{Ýand˜output˜w“arnings˜if‘{Ýnecessary–ÿ*ª.‘)JF“or˜exampleŽ¦‘5Éf(x:int)=lo–ÿ}'c“al(r:r“e“al);‘“çr=lo“g(x^2+1)Ž¦‘5Çgp2c–Øç²will“complain“that“the‘Øælogarithm“mighš¸ãt“not“bGe“real.‘HMSince“Éx^2+1‘3í²is“alw˜a˜ysŽ¦‘5pGositiv•¸ãe,›UUw“e˜can˜write:Ž¦‘5Éf(x:int)=lo–ÿ}'c“al(r:r“e“al);‘“çr=lo“g(x^2+1):r“e“alŽŽŸ’ß²9ŽŽŒ‹ d/ ª ýs o ý´‘5Ë3.5Ž‘SÀExample–€of“optimisationŽŸuT‘5²Declaring–$vthe“tš¸ãypGes“of“v‘ÿqÇariables“allo˜w“Çgp2c“²to“pGerform“some“optimisations.‘a}F‘ÿ*ªorŽ¤ ‘5example,–UUthe“follo¸ãwing“piece“of“GP“coGdeŽ©¡‘5Çrho(n)=Ž¡‘5{Ž¡‘?úlocal(x,y);Ž¡¡‘?úx=2;‘?ýy=5;Ž¡‘?úwhile(gcd(y-x,n)==1,Ž¡‘Iÿôx=(x^2+1)%n;Ž¡‘Iÿôy=(y^2+1)%n;‘?ýy=(y^2+1)%nŽ¡‘D¿÷);Ž¡‘?úgcd(n,y-x)Ž¡‘5}Ž¦‘D²generates–UUthe“follo¸ãwing“output:Ž¦‘5ÇGENŽ¡‘5rho(GEN‘?ýn)Ž¡‘5{Ž¡‘?úGEN–?ýx“=“gen_0,“y“=“gen_0;Ž¡‘?úx–?ý=“gen_2;Ž¡‘?úy–?ý=“stoi(5);Ž¡‘?úwhile–?ý(gequal1(ggcd(gsub(y,“x),“n)))Ž¡‘?ú{Ž¡‘Iÿôx–?ý=“gmod(gaddgs(gsqr(x),“1),“n);Ž¡‘Iÿôy–?ý=“gmod(gaddgs(gsqr(y),“1),“n);Ž¡‘Iÿôy–?ý=“gmod(gaddgs(gsqr(y),“1),“n);Ž¡‘?ú}Ž¡‘?úreturn–?ýggcd(n,“gsub(y,“x));Ž¡‘5}Ž¦‘D²The–Å&functions“Ègsqr²,‘!Ègaddgs²,–!ÈgmoGd²,“Èggcd‘Å%²are–Å&generic“P‘ÿ*ªARI‘ÄÇfunctions“thatŽ¡‘5handle–&åÉgen‘ëI²ob‘Ž8jects.‘bLSince›&æw¸ãe“only˜w•¸ãan“t–&åto“factor˜in¸ãtegers“with˜this“methoGd,‘0/w¸ãeŽ¡‘5can–UUdeclare“Én²,“Éx‘‰™y‘7Ò²of“t¸ãypGe“Éint‘òز:Ž¡‘5Çrho(nÍ:int‘¼rÇ)=Ž¡‘5{Ž¡‘?úlocal(xÍ:intÇ,yÍ:int‘¼rÇ);Ž©‘?úx=2;‘?ýy=5;Ž¡‘?úwhile(gcd(y-x,n)==1,Ž¡‘Iÿôx=(x^2+1)%n;Ž¡‘Iÿôy=(y^2+1)%n;‘?ýy=(y^2+1)%nŽ¡‘D¿÷);Ž¡‘?úgcd(n,y-x)Ž¡‘5}Ž¦‘D²The–UUnew“C“coGde“output“b¸ãy“Çgp2c“²is:ŽŽŸ’Üÿ10ŽŽŒ‹ q ª ýs o ý´‘5ÇGENŽ¤ ‘5rho(GEN–?ýn)‘)ÿè/*“int“*/Ž¡‘5{Ž¡‘?úGEN–?ýx,“y;‘$¿ë/*“int“*/Ž¡‘?úif–?ý(typ(n)“!=“t_INT)Ž¡‘Iÿôpari_err(typeer,‘?ý"rho");Ž¡‘?úx–?ý=“gen_2;Ž¡‘?úy–?ý=“stoi(5);Ž¡‘?úwhile–?ý(gequal1(gcdii(subii(y,“x),“n)))Ž¡‘?ú{Ž¡‘Iÿôx–?ý=“modii(addis(sqri(x),“1),“n);Ž¡‘Iÿôy–?ý=“modii(addis(sqri(y),“1),“n);Ž¡‘Iÿôy–?ý=“modii(addis(sqri(y),“1),“n);Ž¡‘?ú}Ž¡‘?úreturn–?ýgcdii(n,“subii(y,“x));Ž¡‘5}Ž©ÆÜ‘D²No•¸ãw,‘h´the›1¡coGde‘1 no“w˜uses˜the˜more˜sp•Geci c˜functions˜Èsqri²,‘h³Èaddis²,‘h´Èmo“dii˜²andŽ¡‘5Ègcdii².Ž¡‘DThe–e¼most‘e»ecienš¸ãt“w˜a˜y›e»to“use˜t¸ãyping“is˜to“declare˜some“v‘ÿqÇariables˜of“t¸ãypGeŽ¡‘5Ésmal‘‚Øl².‘RXThis‘÷w•¸ãa“y‘ÿ*ª,‘ ãthese–÷v‘ÿqÇariables“will“bGe“implemenš¸ãted“b˜y‘÷C‘öîÈlong‘“²v‘ÿqÇariables,‘ ãwhic˜hŽ¡‘5are–†faster›†than“P‘ÿ*ªARI‘…öin¸ãtegers“and˜do“not“require˜garbage“collecting.‘ÏHo•¸ãw“ev“er,Ž¡‘5y¸ãou–Ÿ/will›Ÿ.not“bGe˜protected“from˜inš¸ãteger“o˜v˜er o˜w.‘OTF‘ÿ*ªor‘Ÿ.that“reason,‘ñ¤Çgp2c“²willŽ¡‘5automatically–ö)declare›ö*some“loGop“indices˜of“t¸ãypGe˜Ésmal‘‚Øl‘þ²²when“the˜range“cannotŽ¡‘5cause›Ío•¸ãv“er o“w.‘­0Sometimes–ÎÇgp2c˜²can“b•Ge˜to“o˜conserv‘ÿqÇativ•¸ãe‘Îbut˜y“ou˜can‘Îforce˜aŽ¡‘5lošGop–UUindex“to“b˜e“Ésmal›‚Øl‘]Þ²with“the“syn¸ãtax“Éfor(i:smal˜l=a,b,...)².ŽŸœ2‘5Ë3.6Ž‘SÀTš yp`es–€and“mem˜b`er“functionsŽŸuT‘5²F‘ÿ*ªor–UUuse“with“memš¸ãbGers“functions,“Çgp2c“²pro˜vides“the“follo˜wing“t˜ypGes:Ž¦‘5ÆnfŽŽ‘Cç²for–UUordinary“n•¸ãum“bGer–UU elds,“i.e.,“a“result“givš¸ãen“b˜y“the“GP“function“Én nit².Ž©X‘5ÆbnfŽŽ‘JJ¥²for›Vhbig‘Vin•¸ãum“bGer˜ elds,–V­i.e.,“a–Viresult˜givš¸ãen“b˜y–Vhthe“GP“function‘ViÉbn nit‘I@²whic˜hŽ¡‘Nincludes–UUclass“and“unit“group“data.ŽŸW‘5ÆbnrŽŽ‘Kƒ‰²for–UUraš¸ãy“class“groups,“i.e.,“a“result“giv˜en“b˜y“the“GP“function“Ébnrinit².Ž¦‘5ÆellŽŽ‘E¨à²for–UUelliptic“curvš¸ães,“i.e.,“a“result“giv˜en“b˜y“the“GP“function“Éel‘‚Ølinit².Ž¦‘5ÆgalŽŽ‘HˆÝ²for–UUgalois“extensions,“i.e.,“a“result“givš¸ãen“b˜y“the“GP“function“Égaloisinit².Ž¦‘5ÆpridŽŽ‘NµO²for›Ddprime–Deideals,‘GÈi.e.,‘GÇa“compGonen¸ãt˜of“the˜result“giv•¸ãen˜b“y˜the‘DeGP‘D`functionŽ¡‘NÉide–ÿ}'alprime“de“c².ŽŸÆÜ‘DMemš¸ãbGers–UUfunctions“on“t˜ypGed“ob‘Ž8jects“are“m˜uc˜h“more“ecien˜t.ŽŸ ¯À‘5Å4Ž‘MLËCommon‘ffproblemsŽŸç‘5Ë4.1Ž‘SÀMeta-commands.ŽŸuT‘5²Meta-commands–ì(commands›ìstarting“with˜a“Ç\²)˜other“than˜Ç\r“²are˜curren¸ãtlyŽ¡‘5ignored–‡×bš¸ãy“Çgp2c²,‘”wthough“a“w˜arning“will“b•Ge›‡Öissued,‘”xb“ecause–‡×it˜is“not“clear“whatŽŽŸ’Üÿ11ŽŽŒ‹ v¥ ª ýs o ý´‘5²they–µshould›µdo“in“a˜compiled“program.‘‘Instead“y¸ãou˜probably“w•¸ãan“t–µto˜run“theŽ¤ ‘5meta-command–UUin“the“GP“session“itself.Ž¡‘DThe–ª`meta-command›ªaÇ\rÉinclude‘j»²is“replaced˜with“the˜con•¸ãten“t–ª`of“the˜ le“ÉincludeŽ¡‘5²(or–ìxÉinclude².gp)“when‘ìyÇgp2c“²reads“the“ le.‘ 71If“yš¸ãou“w˜ould“prefer‘ìyÇgp2c“²to“linkŽ¡‘5Éinclude².so–UUto“the“program“instead,“see“Section“2.4.ŽŸþ6‘5Ë4.2Ž‘SÀUnsupp`orted‘€functions.ŽŸuT‘5²The–c¼functions“Éfor›ÿ}'el‘‚Øl‘lE²and“Éforsub˜gr˜oup‘T²are“currenš¸ãtly“not“implemen˜ted“as“an“iter-Ž¡‘5ator–ƒbut“as›‚a“proGcedure“with“callbac•¸ãks,‘whic“h–ƒlimits“what“y¸ãou“can˜do“inside“theŽ¡‘5loGop.Ž¡‘DSome– 2functions› 3are“passed˜to“GP‘ b¸ãy‘,ÀÇgp2c-run“²at˜start-up“(using˜the“ÈGP;Ž¡‘5²syn¸ãtax)–iãinstead›iäof“bGeing˜translated“in˜C:“Éinstal‘‚Øl‘rm²and“Éaddhelp².‘¯rIn˜practice,‘otheyŽ¡‘5can–UUbšGe“considered“as“supp˜orted.Ž¡‘DSome–æfunctions“are“built-in“in“GP‘ÿ*ª,“and“so“are“not“a¸ãv‘ÿqÇailable“to“libpari“pro-Ž¡‘5grams.‘9ÃSo–íSif›íTy¸ãou“use˜them“Çgp2c˜²generate“a˜program“that˜needs“to˜run“underŽ¡‘5GP‘ÿ*ª,–9òor›9ñwith“Çgp2c-run².‘h¦Since˜the“C‘9êprotot¸ãypGe“for“those˜functions“are˜not“a¸ãv‘ÿqÇail-Ž¡‘5able,‘)the–þ°C‘þ…compiler“will“output“a“wš¸ãarning.‘mÙThis“serv˜es“as“a‘þ±reminder“of“theŽ¡‘5problem.‘ÍThey–…­are›…¬all“the˜plotting“functions˜and˜Éal‘‚Ølo–ÿ}'c“atemem,–Ëdefault,“extern,Ž¡‘5input,–“çquit,“r–ÿ}'e“ad,–“çsystem,“whatnow².Ž¡‘DSome–Ý·GP›Ý™functions“are“not“a¸ãv‘ÿqÇailable“for“C˜programs,‘õ¤so“the“compiler“cannotŽ¡‘5handle–åêthem.‘#…If“yš¸ãou“use“them“y˜ou“will“get“the‘åéinfamous“"unhandled“letter“inŽ¡‘5prototš¸ãypGe"–UUerror.‘qÇSorry“for“the“incon˜v˜enience.‘qÇThese“are“Éplot,–“çploth,“plotr–ÿ}'e“cth².Ž¡‘DAlso–ãithe›ãjfunctions“Ér–ÿ}'e“ad,‘@eval,‘@kil‘‚Øl‘ëó²ma¸ãy–ãicompile˜ ne“but˜ha•¸ãv“e–ãia˜surprising“bGe-Ž¡‘5ha¸ãviour–Ein›Fsome“case,‘âbGecause“they˜ma¸ãy“moGdify“the˜state“of“the˜GP‘0in¸ãterpreter,Ž¡‘5not–ðáof“the›ðàcompiled“program.‘DjPlease“see“Section“4.3˜for“details.‘DjF‘ÿ*ªor“exampleŽ¡‘5Çf(n)=eval("n^2")–UU²is“vš¸ãery“di eren˜t“from“Çf(n)=n^2².Ž¡‘DThe–Š¿Éforstep‘,X²function“is›ŠÀsuppGorted“when“the˜step“is˜a“n•¸ãum“bGer.‘.@If˜it–Š¿is˜a“v¸ãector,Ž¡‘5y•¸ãou›UUm“ust˜add˜a˜tag˜É:ve‘ÿ}'c‘æ ²to˜mak“e˜GP˜kno“w˜abGout˜it˜lik“e˜inŽ©‘5Çf(x)=Ž¡‘5{Ž¡‘?úlocal(v);Ž¡‘?úv=[2,4,6,6,6,6,6,2,4,6,6]Ž¡‘?úforstep(y=7,x,v:vec,print(y))Ž¡‘5}Ž¦‘D²This–×is“not“needed›Øif“the“step“is“a“v¸ãector˜or“a“v‘ÿqÇariable“of“tš¸ãypGe“v˜ec,‘Eøbut“isŽ¡‘5needed–UUif“the“step“is“only“an“expression“whicš¸ãh“ev‘ÿqÇaluates“to“a“v˜ector.Ž¡‘DThere–Ú~is›Ú}little“that“can˜bGe“done˜abGout“these“problems˜without“c¸ãhangingŽ¡‘5P‘ÿ*ªARI/GP‘UUitself.ŽŸþ6‘5Ë4.3Ž‘SÀMemory–€handling“and“global“v‘ÿ@ariables.ŽŸuT‘5²While–3Ka“lot“of“w¸ãork“has“bGeen“done“to“ensure“that“Çgp2c“²handles“global“v‘ÿqÇariablesŽ¡‘5propGerly‘ÿ*ª,‘‚the–Œuse›of“global˜v‘ÿqÇariables“is˜still“a˜lot˜of“trouble,‘‚so“try˜to“a•¸ãv“oid˜themŽ¡‘5if–UUy¸ãou“do“not“understand“the“implications“on“memory“handling.Ž¡‘DFirst,‘Ýthere–ÿ¿is“a›ÿ¾common“practice“to“use“undeclared“v‘ÿqÇariables˜as“formal“v‘ÿqÇari-Ž¡‘5ables,‘ùgfor–âlexample“w¸ãe“assume“Éx='x‘°²and“write“Éa*x+b‘„²instead“of“Éa*'x+b².‘KySo“Çgp2cŽ¡‘5²will–݆not“raise›݇an“undeclared“v‘ÿqÇariable“to˜the“rank“of“global˜v‘ÿqÇariable“unless“y¸ãouŽŽŸ’Üÿ12ŽŽŒ‹ $ ª ýs o ý´‘5²declare–*Òit›*Ówith“the“Églob‘ÿ}'al()‘‰f²command,‘3Sor“y¸ãou˜use“it“at˜toplevš¸ãel“(i.e.‘cœoutside“an˜yŽ¤ ‘5function).‘qÇSee–UUalso“Section“2.3Ž¡‘DSecond,‘‹Kglobal–MMv‘ÿqÇariables›MNseen“b¸ãy“a˜compiled“function“are˜C‘M v‘ÿqÇariables,‘‹KnotŽ¡‘5GP‘@âv‘ÿqÇariables.‘jøThere–@èis›@çno“connection˜bGet•¸ãw“een‘@èthe˜t“w“o.‘jøY‘ÿ*ªou‘@èma“y˜w“ell‘@èha“v“e˜t“w“oŽ¡‘5v‘ÿqÇariables–³Ãwith›³Äthe“same˜name“and˜a“di erenš¸ãt“con˜ten˜t.‘;íCurren˜tly“GP‘³›kno˜ws“onlyŽ¡‘5hoš¸ãw–Möto“install“functions,‘Opnot“v‘ÿqÇariables,‘Ooso“y˜ou‘M÷need“to“write“compiled“functionsŽ¡‘5in–UUorder“to“access“global“v‘ÿqÇariables“under“GP‘ÿ*ª.Ž¡‘DBasically‘ÿ*ª,‘]global–óÞv‘ÿqÇariables›óßare“alloGcated˜in“the˜main“stac•¸ãk˜whic“h‘óÞis˜destro“y“edŽ¡‘5eac•¸ãh› 9time‘ :GP‘ prin“ts˜a˜new˜prompt.‘–tThis˜means‘ :y“ou˜m“ust˜put˜all‘ :y“our˜com-Ž¡‘5mands–{on“the›zsame“line.‘ð9Also˜global“v‘ÿqÇariables“m¸ãust“bGe˜initialized“using“theŽ¡‘5Éinit‘‰ffŽ‘®Ç–ãæ²function“b•Gefore›ãåb“eing–ãæused,‘ú–and“are“only“suppGorted˜with“the“-gŽ¡‘5 ag.Ž¡‘DSo–UUy¸ãou“end“up“doing“Ægp2c-run–ÕT-g“global.gpŽ©–‘5Çparisize–?ý=“4000000,“primelimit“=“500000Ž¡‘5?‘?ýinit_global();myfunction(args);Ž¦‘D²Note–TÒthat‘TÓnothing“prev•¸ãen“ts›TÒy“ou˜from–TÓcalling˜Éinit‘‰ffŽ‘®glob‘ÿ}'al‘][²in“the˜GP˜program.Ž¡‘5In–Euthat›Etcase,‘{Õy¸ãou“can“omit˜the“paren¸ãtheses“(i.e,–{Õwrite˜Éinit‘‰ffŽ›®glob‘ÿ}'al²,“not‘EuÉinit‘‰ffŽ˜glob‘ÿ}'al()^“²)Ž¡‘5so–UUthat“yš¸ãou“can“still“run“y˜our“noncompiled“program.Ž¡‘DAnother›ò’w•¸ãa“y–ò‘to˜handle“global˜v‘ÿqÇariables“is˜to“use˜the“Éclone‘²í²function“whic¸ãhŽ¡‘5copies›Dða–DïP‘ÿ*ªARI‘Dìob‘Ž8ject“to˜the“heap,‘H8hence“a•¸ãv“oids˜its‘Dïdestruction˜when˜GP‘Dëprin“tsŽ¡‘5a–Inew“prompt.›mµY‘ÿ*ªou“can“use“Éunclone‘ x²to“free“a“clone.˜Please“read“the“P‘ÿ*ªARI/GPŽ¡‘5man¸ãual–UUfor“more“information“abGout“Éclone².Ž¡‘DA‘“”go•Go“d–“æuse“of“Éclone‘TA²is“for“initializing‘“çconstan¸ãt“v‘ÿqÇariables:‘îéfor“example“inŽ¡‘5Çtest/gp/initfunc.gp²,–UUthe“vš¸ãector“ÉT‘©ó²is“initialized“b˜yŽ¦‘5ÇT=clone([4,3,2,2,1,1,1,1,0,0,0,0,0,0,0,0])ŽŸ•‘5²Y›ÿ*ªou–)m¸ãust“still‘)run“the“Éinit‘‰ffŽ‘®Ç“²after“starting“GP˜,‘)but“after“that“y¸ãouŽ¡‘5can–UUuse“ÉT‘©ó²safely‘ÿ*ª.Ž¡‘DGP‘í'itself–íAcurrenš¸ãtly“doGes“not“kno˜w“abGout“Éclone‘­œ²and“Éunclone²,‘but“y˜ou“can“useŽ¡‘5dumm¸ãy‘UUfunctionsŽ¦‘5Çclone(x)=xŽ¡‘5unclone(x)=while(0,)Ž¦‘5²when–UUrunning“uncompiled.ŽŸ±ë‘5Ë4.4Ž‘SÀSupp`ort–€for“ó&ñkAH cmssbx10Ñt‘ʾ‰ffõÆŽ‘À„VECSMALLŽ©uT‘5²When–C/accessing›C0the“compGonen¸ãt˜of“a“Èt‘™˜‰ffŽ‘™šVECSMALL²,˜it“is˜necessary“that˜that“theŽ¡‘5ob‘Ž8ject–UUhas“bšGeen“declared“of“t¸ãyp˜e“Éve‘ÿ}'csmal‘‚Øl².Ž¡‘DF‘ÿ*ªor‘Î3example‘ ¼ÓÉmy(v);››ûv–îŸ=“ve‘ÿ}'csort(V,,1);˜print(v[1])‘ e²doGes‘Î3not‘Î4w¸ãork,‘,jbutŽ¡‘5Émy(v:ve–ÿ}'csmal‘‚Øl);›2"v‘¨=‘¨ve“csort(V,,1);˜print(v[1])‘ ˆ"²or‘ )ŽÉmy(v:ve“csmal‘‚Øl);˜v‘¨=‘¨ve“c-Ž¡‘5sort(V,,1);‘“çprint(v:ve‘ÿ}'csmal‘‚Øl[1])‘Gϲw¸ãorks.ŽŸ±ê‘5Ë4.5Ž‘SÀGP‘€listsŽ¦‘5²GP›òÑlists–òúare“not‘òùfully“suppGorted“b¸ãy“Çgp2c².‘JµA˜partial“suppGort‘òùis“a¸ãv‘ÿqÇailable“withŽ¡‘5the›#ÓÉlist‘ª²t•¸ãypGe.‘Ý@Y‘ÿ*ªou‘#Òm“ust˜tell–#ÒÇgp2c˜²that“a˜v‘ÿqÇariable“will˜con¸ãtain“a˜list“b¸ãy˜usingŽ¡‘5ÉL:list‘ã²inside– a“declaration,‘xwhere“ÉL‘Žü²is“the“name“of“the“v‘ÿqÇariable“as“explained“inŽ¡‘5Section‘UU3.ŽŽŸ’Üÿ13ŽŽŒ‹Q ª ýs o ý´‘D²Curren¸ãtly‘ÿ*ª,‘üAassigning–ÚÞto›Úßa“list˜elemen¸ãt˜(ÉL[2]=x‘4D²)“will˜not“w¸ãork˜and“lists˜willŽ¤ ‘5not–UUbGe“freed“unless“y¸ãou“explicitly“use“Élistkil‘‚Øl².Ž¡‘DNote:‘q'The–TP‘ÿ*ªARI›Tuser's“man¸ãual“states˜that“lists˜are“useless“in˜library“moGde.ŽŸþ6‘5Ë4.6Ž‘SÀThe‘€ó'F C– cmbxti10Òinstal‘´çl‘Í©ËcommandŽŸuT‘5²The–ùSÉinstal‘‚Øl‘ܲcommand“is“inš¸ãterpreted“as“a‘ùRÇgp2c“²directiv˜e.‘ ]ÁThis“allo˜ws“usingŽ¡‘5installed–UUfunction“in“compiled“programs,“see“Section“2.4.Ž¡‘DHo•¸ãw“ev“er–UUthis“has“some“side-e ects:Ž©‘D¸ŽŽŽ‘N²If›ñípresen•¸ãt,‘Ythe‘ñìÉlib‘“…²argumen“t˜m“ust˜bGe–ñìa˜string,‘Ynot˜an“expression˜thatŽ¡‘Nev‘ÿqÇaluate–UUto“a“string.Ž¦‘D¸ŽŽŽ‘N²The–6Éinstal‘‚Øl‘> ²command“is“not“compiled,‘nGinstead“it“is“added“to“the“list“ofŽ¡‘Nfunctions–UUto“install.ŽŸ!Ä‘5Å5Ž‘MLËCommand-line–ffoptions“of“Êgp2cŽŸç‘5²Here–D‚is›Dƒa“brief˜description“of˜the“main˜options“of‘ ŸÇgp2c²,‘Gàwhic¸ãh˜can“bGe˜seen“withŽ¡‘5Ç./gp2c‘?ý-h².Ž¡‘DIn–UUSection“2.1“wš¸ãe“sa˜w“ho˜w“to“use“the“Ç-g“²option.Ž¦‘D¸ŽŽŽ‘N²-g–o›tells“Çgp2c›oœ²to“generate“Ègerepile“²calls“to˜clean“up“the“P‘ÿ*ªARI‘oSstac¸ãk“andŽ¡‘Nreduce–¹¿memory›¹¾usage.‘ŸY‘ÿ*ªou“will˜probably“need“this˜option,‘ÒÙalthough“theŽ¡‘NC–UUcošGde“will“b˜e“easier“to“read“or“hand-edit“without“it.Ž¦‘D¸ŽŽŽ‘N²-oÉ le‘̲tells–RpÇgp2c›Rq²to“write˜the“generated˜C“ le˜to“the˜ le“É 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The main advantage of doing this is to speed up computations and to include your own routines within the preexisting GP ones. It may also find bugs in GP scripts. This package (including the latest versions) can be obtained at the URL:\\ \pathlink{http://pari.math.u-bordeaux.fr/download.html\#gp2c} \subsection{Installing \gpcc} After downloading the file \path{gp2c-\emph{x.y.z}pl\emph{t}.tar.gz} (where \emph{x,y,z} and \emph{t} depend on the version), you first have to unzip the file with the command: \cmd{gunzip gp2c-\emph{x.y.z}pl\emph{t}.tar.gz} This will create the new file \path{gp2c-\emph{x.y.z}pl\emph{t}.tar}. Next you have to extract the files with the \cmd{tar} program: \cmd{tar -xvf gp2c-\emph{x.y.z}pl\emph{t}.tar} Note: You can do both steps at once with GNU \cmd{tar} by using the command: \cmd{tar -zxvf gp2c-\emph{x.y.z}pl\emph{t}.tar.gz} This creates a directory \path{gp2c-\emph{x.y.z}pl\emph{t}}, which contains the main \gpcc\ files. Now you have to install the program. You need the file \path{pari.cfg}. This file can be found in the PARI object directory and is installed in \$prefix/lib/pari/. Copy or link this file in the \path{gp2c} directory, be sure to call it \path{pari.cfg}. \cmd{ln -s .../lib/pari/pari.cfg pari.cfg} Run \cmd{./configure}, which will search for the PARI version and some other configuration tools of the system. To install the program, type \cmd{make}, and the program will be compiled. You can then run \cmd{make check} to verify that everything has gone fine (a bunch of OK's should show up). All of this is completely standard, and you are now ready to use \gpcc. You can use \path{gp2c} directly from this directory or you can install it by running \cmd{make install} as root. If you do not install it, you can run it from the \path{gp2c} directory by typing \cmd{./gp2c} \section{A \gpcc\ tutorial} \subsection{How can I compile and run my scripts?}\label{compile_and_run} The simplest way to use \path{gp2c} is to call \path{gp2c-run}. If you want to know what happens in detail, see next section. To make the examples easier to follow, please move to the \path{gp2c} directory and link the root of your PARI source there: \cmd{ln -s .../pari .} As an example, we will take the file \path{pari/examples/squfof.gp}, which is a simple implementation of the well-known SQUFOF factoring method of D.~Shanks. We just run the command: \cmd{./gp2c-run pari/examples/squfof.gp} After a little processing we get a GP session. But this session is special, because it contains the compiled \gp{squfof} function. Hence we can do the following: \begin{verbatim} parisize = 4000000, primelimit = 500000 ? squfof(3097180303181) [419] i = 596 Qfb(133225, 1719841, -261451, 0.E-28) %1 = 1691693 \end{verbatim} Let's try a bigger example: \begin{verbatim} ? squfof(122294051504814979) [20137] *** the PARI stack overflows ! current stack size: 4.0 Mbytes [hint] you can increase GP stack with allocatemem() ? allocatemem() *** Warning: doubling stack size; new stack = 8.0 MBytes. ? squfof(122294051504814979) [20137] [20137, 3445] i = 46474 Qfb(321233929, 131349818, -367273962, 0.E-28) %2 = 73823023 \end{verbatim} We need a large stack because by default \path{gp2c} does not generate code to handle the stack (the so-called \pari{gerepile} code). To instruct \path{gp2c} to add \path{gerepile} code automatically, we must use the \cmd{-g} option. So quit this GP session and launch a new one with -g. Oh well, before that type \cmd{ls pari/examples/squfof.gp*} \begin{verbatim} pari/examples/squfof.gp pari/examples/squfof.gp.run pari/examples/squfof.gp.c pari/examples/squfof.gp.so pari/examples/squfof.gp.o \end{verbatim} These are the files generated by \path{gp2c-run}: \begin{itemize} \item pari/examples/squfof.gp.c is the C file generated by \path{gp2c}. \item pari/examples/squfof.gp.o is the object file generated by the C compiler. \item pari/examples/squfof.gp.so is the shared library generated by the linker. \item pari/examples/squfof.gp.run is a file that contains the commands needed to load the compiled functions inside GP. \end{itemize} It is the shared library which is used by GP. Now let's continue: \cmd{./gp2c-run -g pari/examples/squfof.gp} \begin{verbatim} parisize = 4000000, primelimit = 500000 ? squfof(122294051504814979) [20137] [20137, 3445] i = 46474 Qfb(321233929, 131349818, -367273962, 0.E-28) %1 = 73823023 \end{verbatim} This time it works with no difficulty using the default stack. We would like to know how much faster the compiled code runs, so we need to load the non compiled \gp{squfof} file in GP: \begin{verbatim} ? \r pari/examples/squfof.gp *** unexpected character: squfof(n)=if(isprime(n),retur ^-------------------- \end{verbatim} Why?? Because \gp{squfof} already exists as an installed function and GP refuses to overwrite it. To solve this problem, we will add a suffix to the name of the compiled function under GP. Quit the session and type: \cmd{./gp2c-run -g -s\_c pari/examples/squfof.gp} Now the function squfof is named squfof\_c instead, so we can do \begin{verbatim} parisize = 4000000, primelimit = 500000 ? \r pari/examples/squfof.gp ? # timer = 1 (on) ? squfof(122294051504814979) [20137] [20137, 3445] i = 46474 Qfb(321233929, 131349818, -367273962, 0.E-28) time = 5,810 ms. %1 = 73823023 ? squfof_c(122294051504814979) [20137] [20137, 3445] i = 46474 Qfb(321233929, 131349818, -367273962, 0.E-28) time = 560 ms. %2 = 73823023 \end{verbatim} So the compiled version is more than ten times faster than the noncompiled one. However for more complex examples, compiled code usually runs only three times faster on average. An extra trick: once you have run \path{gp2c-run} on your script, it is compiled and you can use the compiled version outside \path{gp2c-run} in any GP session by loading the file with extension \path{.gp.run}. For example quit the \path{gp2c-run} session and start \path{gp} and do \begin{verbatim} parisize = 4000000, primelimit = 500000 ? \r pari/examples/squfof.gp.run \end{verbatim} Now you have access to the compiled function \gp{squfof\_c} as well. \subsection{How can I compile directly with \gpcc ?}\label{compile_directly} Now we want to compile directly with \path{gp2c} to understand what happens. We should run the command {\bf ./gp2c pari/examples/squfof.gp \verb!>! squfof.gp.c} This creates a file squfof.gp.c in the \path{gp2c} directory. Now read this file with your favorite editor. The first line is highly system-dependent, but should be similar to: {\small \begin{verbatim} /*-*- compile-command: "/usr/bin/gcc -c -o pari/examples/squfof.gp.o -O3 -Wall -I/usr/local/include pari/examples/squfof.gp.c && /usr/bin/gcc -o pari/examples/squfof.gp.so -shared pari/examples/squfof.gp.o"; -*-*/ \end{verbatim} } This is the command needed to compile this C file to an object file with the C compiler and then to make a shared library with the linker. If you use \path{emacs}, typing 'M-x compile' will know about this command, so you will just need to type {\tt Return} to compile. The second line is \begin{verbatim} #include \end{verbatim} This includes the PARI header files. It is important that the header files come from the same PARI version as GP, else it will create problems. The next lines are {\small \begin{verbatim} /* GP;install("squfof","D0,G,p","squfof","./pari/examples/squfof.gp.so"); GP;install("init_squfof","v","init_squfof","./pari/.../squfof.gp.so"); */ \end{verbatim} } The characters "GP;" denote a command that should be read by GP at start-up. Here, the \gp{install()} commands above must be given to GP to let it know about functions defined by the library. \path{gp2c-run} copy such commands to the file \path{./pari/examples/squfof.gp.run}. Please read the entry about the \gp{install()} command in the PARI manual. The \gp{init\_squfof} function is an initialization function that is created automatically by \gpcc\ to hold codes that is outside any function. Since in our case there are none, this is a dummy function. In other cases, it is essential. The next lines are \begin{verbatim} GEN squfof(GEN n, long prec); void init_squfof(void); /*End of prototype*/ \end{verbatim} This is the C prototypes of your functions. The rest of the file is the C code proper. For teaching purpose, let's run the command {\bf ./gp2c -s\_c pari/examples/squfof.gp \verb!>! squfof2.gp.c} and look at the difference between squfof.gp.c and squfof2.gp.c: \cmd{diff -u squfof.gp.c squfof2.gp.c} {\small \begin{verbatim} --- squfof.gp.c Tue Feb 26 13:44:42 2002 +++ squfof2.gp.c Tue Feb 26 13:44:49 2002 @@ -1,8 +1,8 @@ /*-*- compile-command: "/usr/bin/gcc -c -o pari/examples/squfof.gp.o -DMEMSTEP=1048576 -g -Wall -Wno-implicit -I/usr/local/include pari/examples/squfof.gp.c && /usr/bin/ld -o pari/examples/squfof.gp.so -shared pari/examples/squfof.gp.o"; -*-*/ #include /* -GP;install("squfof","D0,G,p","squfof","./pari/examples/squfof.gp.so"); -GP;install("init_squfof","v","init_squfof","./pari/.../squfof.gp.so"); +GP;install("squfof","D0,G,p","squfof_c","./pari/...les/squfof.gp.so"); +GP;install("init_squfof","v","init_squfof_c","./par.../squfof.gp.so"); */ GEN squfof(GEN n, long prec); void init_squfof(void); \end{verbatim} } If you are not familiar with the \path{diff} utility, the above means that only the two lines starting with \gp{GP;install} have changed. In fact \gp{squfof} is still named \gp{squfof} in the C file, but the install command tells GP to rename it \gp{squfof\_c} in the GP session. \subsection{Using \gpcc\ to find errors in GP scripts}\label{find_errors} The \path{gp2c} compiler can also be used to find errors in GP programs. For that we should use the -W option like in {\bf ./gp2c -W pari/examples/squfof.gp \verb!>! squfof.gp.c} \begin{verbatim} Warning:pari/examples/squfof.gp:7:variable undeclared p Warning:pari/examples/squfof.gp:11:variable undeclared dd Warning:pari/examples/squfof.gp:11:variable undeclared d Warning:pari/examples/squfof.gp:11:variable undeclared b ... Warning:pari/examples/squfof.gp:45:variable undeclared b1 \end{verbatim} This option lists variables that are used but not declared. It is important to declare all your variables with \gp{local()}, or with \gp{global()}. For \gpcc , undeclared variables are taken to be ``formal variables'' for polynomials. For example if you write a function to build a second degree polynomial like \begin{center} \verb!pol(a,b,c)=a*x^2+b*x+c! \end{center} you must not declare 'x' here, since it stands for the formal variable \gp{x}. \subsection{Using compiled functions in a new program}\label{compiled_in_new_program} One you have successfully compiled and tested your functions you may want to reuse them in another GP program. The best way is to copy the install commands of the functions you use at the start of the new program so that reading it will automatically load the compiled functions. As an example, we write a simple program \path{fact.gp} that reads {\small \begin{verbatim} install("squfof","D0,G,p","squfof","./pari/examples/squfof.gp.so"); fact_mersenne(p)=squfof(2^p-1) \end{verbatim} } and run GP: \begin{verbatim} parisize = 4000000, primelimit = 500000 ? \rfact ? fact_mersenne(67) i = 2418 Qfb(10825778209, 4021505768, -13258245519, 0.E-28) %1 = 193707721 \end{verbatim} So all goes well. But what is even better is that \gpcc\ understands the \gp{install} command and will be able to compile this new program. Also this particular example will fail because as stated above, PARI/GP already has a \pari{squfof} function, and the linker will pick the wrong one, which is unfortunate. So use the -p option to \path{gp2c-run} to change \gp{squfof} to \gp{my\_squfof}. \cmd{ ./gp2c-run -pmy\_ -g pari/examples/squfof.gp} This option prefixes my\_ to every GP name in the program so as to avoid name clashes. Change \path{fact.gp} to {\small \begin{verbatim} install("my_squfof","D0,G,p","squfof","./pari/examples/squfof.gp.so"); fact_mersenne(p)=squfof(2^p-1) \end{verbatim} } and run \cmd{./gp2c-run -g fact.gp} \begin{verbatim} parisize = 4000000, primelimit = 500000 ? fact_mersenne(67) i = 2418 Qfb(10825778209, 4021505768, -13258245519, 0.E-28) %1 = 193707721 \end{verbatim} Nice isn't it? But it gets even better: instead of writing the \gp{install} command directly in your script you can just load the \path{squfof.gp.run} using \verb!\r!: just change \path{fact.gp} to {\small \begin{verbatim} \r ./pari/examples/squfof.gp.run fact_mersenne(p)=squfof(2^p-1) \end{verbatim} } \subsection{Hand-editing the C file generated by \gpcc} If you have some experience in PARI programming, you may want to manually edit the C file generated by \gpcc , for example to improve memory handling. Here some tips: \begin{itemize} %\item The C file created with gp2c-run is name \textit{file}.gp.c. To avoid %subsequent run of gp2c-run accidently clobbering it, it is advised to rename %this file to \textit{file}.c, and change the \gp{install()} \item If you preserve the \gp{install()} at the start of the file, you can use the command \cmd{gp2c-run \textit{file}.c} to recompile your file and start a new GP session with your functions added, just as you use \cmd{gp2c-run} with GP scripts. \item More generally, \cmd{gp2c-run} automatically passes any line in the C file starting with 'GP;' to GP at start-up. \item As explained in Section~\ref{compile_directly}, under \textbf{emacs} you can type 'M-x compile' to recompile the shared library. \end{itemize} \section{Advanced use of \gpcc}\label{advanced} \subsection {\gpcc\ types} Internally \gpcc\ assign types to objects. The most common types are given below: \begin{tabular}{l|l} name & description \\ \hline \gp{void} & like in C \\ \gp{bool} & boolean, true (1) or false (0) \\ \gp{negbool} & antiboolean, true (0) or false (1) \\ \gp{small}& C integer \pari{long} \\ \gp{int} & multiprecision integer \\ \gp{real} & multiprecision floating point \\ \gp{mp} & multiprecision number \\ \gp{var} & variable \\ \gp{pol} & polynomial \\ \gp{vecsmall} & vector of C long (\pari{t\_VECSMALL}) \\ \gp{vec} & vector and matrices (excluding \gp{vecsmall})\\ \gp{list} & GP lists \\ \gp{str} & characters string as a \pari{char *}\\ \gp{genstr} & characters string as a \pari{GEN} (\pari{t\_STR})\\ \gp{gen} & generic PARI object (\pari{GEN})\\ \gp{lg} & length of object (returned by \gp{length}) \\ \gp{typ} & type of object (returned by \gp{type}) \\ \end{tabular} \begin{table}[hbpt] $$ %HEVEA \begin{toimage} \unitlength=1.mm \begin{picture}(12,50)(-6,0) \put(6,50){\makebox[0mm]{gen}} \put(6,44){\line(0,1){5}} \put(6,40){\makebox[0mm]{mp}} \put(-2,44){\line(1,1){5}} \put(-3,40){\makebox[0mm]{vec}} \put(-9,44){\line(2,1){12}} \put(-9,40){\makebox[0mm]{pol}} \put(-9,34){\line(0,1){5}} \put(-9,30){\makebox[0mm]{var}} \put(12,30){\makebox[-1.5mm]{real}} \put(12,34){\line(-1,1){5}} \put(0,30){\makebox[-1.5mm]{int}} \put(0,34){\line(1,1){5}} \put(0,20){\makebox[1mm]{small}} \put(0,24){\line(0,1){5}} \put(0,10){\makebox[1mm]{bool}} \put(-8,17){\line(1,1){4}} \put(-15,15){\makebox[1mm]{negbool}} \put(-4,11){\line(-1,1){4}} \put(0,14){\line(0,1){5}} \put(0,00){\makebox[1mm]{void}} \put(5,01){\line(1,4){7}} \put(0,04){\line(0,1){5}} \end{picture} %HEVEA \end{toimage} %HEVEA \imageflush $$ \caption{Types preorder}\label{preorder} \end{table} Types are preordered as in Table~\ref{preorder}. The complete preorder known by \gpcc\ can be accessed by running \cmd{gp2c -t}. Variables are typed. A variable can only take values having a type equal or lower than its type. By default, variables are of type \gp{gen}. \subsection{Type declaration} To declare a variable as belonging to type \gp{type}, use: \begin{quote} \textit{function}(x\textit{:type},y\textit{:type}=2) \\ local(x\textit{:type}, y\textit{:type}=2) \\ global(x\textit{:type}, y\textit{:type}=2) \\ for(i\textit{:type}=... \end{quote} To declare several variables of the same type \gp{type} at once, use: \begin{quote} local(x, y=2)\textit{:type}\\ global(x, y=2)\textit{:type} \end{quote} You can even mix the two ways: \begin{quote} local(x, y:\textit{type2}=2)\textit{:type1} \end{quote} will declare \gp{x} to be of type \gp{type1} and \gp{y} of type \gp{type2}. \subsection{Effect of types declaration on default values} Under GP, all GP variables start with a default value, which is \gp{0} for a local variable and \gp{'v} for a global variable \gp{v}. The \gpcc\ compiler follows this rule for variables declared without a type. However, when a variable is declared with a type, \gpcc\ will not assign it a default value. This means that the declaration \gp{local(g)} is equivalent to \gp{local(g:gen=0)}, but not to \gp{local(g:gen)}, \gp{global(g)} is equivalent to \gp{global(g:gen='g)}, but not to \gp{global(g:gen)}, and \gp{f(g)=...} is equivalent to \gp{f(g:gen=0)=...}, but not to \gp{f(g:gen)=...}. This rule was chosen for several reasons: \begin{itemize} \item The default value (\gp{0} or \gp{'v}) might not be an object suitable for the type in question. For example, \gp{local(v:vec)} declares \gp{v} as being of type \gp{vec}. It would make no sense to initialize \gp{v} to \gp{0} since \gp{0} does not belong to type \gp{vec}. Similarly \gp{global(N:int)} declares \gp{N} as being of type \gp{int}. It would make no sense to initialize \gp{N} to \gp{'N} since \gp{'N} does not belong to type \gp{int}. \item This allows defining GP functions with mandatory arguments. This way, GP will issue an error if a mandatory argument is missing. Without this rule, there is no way to tell apart \gp{0} from a missing argument. \item This allows telling \gpcc\ not to generate useless default values. \end{itemize} \subsection{Type casting} Sometimes, we know a more precise type than the one the transtyping algorithm can derive. For example if \gp{x} is a real number, its logarithm might be complex. However, if we are sure \gp{x} is positive, the logarithm will be real. To force an expression to belong to type \gp{type}, use the syntax: \\ \textit{expr}\textit{:type}\\ \gpcc\ will check types consistency and output warnings if necessary. For example\\ \gp{f(x:int)=local(r:real); r=log(x\^{}2+1)}\\ \gpcc\ will complain that the logarithm might not be real. Since \gp{x\^{}2+1} is always positive, we can write:\\ \gp{f(x:int)=local(r:real); r=log(x\^{}2+1):real} \subsection{Example of optimisation} Declaring the types of variables allow \gpcc\ to perform some optimisations. For example, the following piece of GP code \begin{verbatim} rho(n)= { local(x,y); x=2; y=5; while(gcd(y-x,n)==1, x=(x^2+1)%n; y=(y^2+1)%n; y=(y^2+1)%n ); gcd(n,y-x) } \end{verbatim} generates the following output: \begin{verbatim} GEN rho(GEN n) { GEN x = gen_0, y = gen_0; x = gen_2; y = stoi(5); while (gequal1(ggcd(gsub(y, x), n))) { x = gmod(gaddgs(gsqr(x), 1), n); y = gmod(gaddgs(gsqr(y), 1), n); y = gmod(gaddgs(gsqr(y), 1), n); } return ggcd(n, gsub(y, x)); } \end{verbatim} The functions \pari{gsqr}, \pari{gaddgs}, \pari{gmod}, \pari{ggcd} are generic PARI functions that handle \gp{gen} objects. Since we only want to factor integers with this method, we can declare \gp{n}, \gp{x} \and \gp{y} of type \gp{int}: {\noindent\tt rho(n\textit{:int})=\\ \verb!{!\\ \verb! local!(x\textit{:int},y\textit{:int});} \begin{verbatim} x=2; y=5; while(gcd(y-x,n)==1, x=(x^2+1)%n; y=(y^2+1)%n; y=(y^2+1)%n ); gcd(n,y-x) } \end{verbatim} The new C code output by \gpcc\ is: \begin{verbatim} GEN rho(GEN n) /* int */ { GEN x, y; /* int */ if (typ(n) != t_INT) pari_err(typeer, "rho"); x = gen_2; y = stoi(5); while (gequal1(gcdii(subii(y, x), n))) { x = modii(addis(sqri(x), 1), n); y = modii(addis(sqri(y), 1), n); y = modii(addis(sqri(y), 1), n); } return gcdii(n, subii(y, x)); } \end{verbatim} Now, the code now uses the more specific functions \pari{sqri}, \pari{addis}, \pari{modii} and \pari{gcdii}. The most efficient way to use typing is to declare some variables of type \gp{small}. This way, these variables will be implemented by C \pari{long} variables, which are faster than PARI integers and do not require garbage collecting. However, you will not be protected from integer overflow. For that reason, \gpcc\ will automatically declare some loop indices of type \gp{small} when the range cannot cause overflow. Sometimes \gpcc\ can be too conservative but you can force a loop index to be \gp{small} with the syntax \gp{for(i:small=a,b,...)}. \subsection{Types and member functions} For use with members functions, \gpcc\ provides the following types: \begin{description} \item[nf] for ordinary number fields, i.e., a result given by the GP function \gp{nfinit}. \item[bnf] for big number fields, i.e., a result given by the GP function \gp{bnfinit} which includes class and unit group data. \item[bnr] for ray class groups, i.e., a result given by the GP function \gp{bnrinit}. \item[ell] for elliptic curves, i.e., a result given by the GP function \gp{ellinit}. \item[gal] for galois extensions, i.e., a result given by the GP function \gp{galoisinit}. \item[prid] for prime ideals, i.e., a component of the result given by the GP function \gp{idealprimedec}. \end{description} Members functions on typed objects are much more efficient. \section{Common problems} \subsection{Meta-commands.} Meta-commands (commands starting with a \verb!\!) other than \verb!\r! are currently ignored by \gpcc, though a warning will be issued, because it is not clear what they should do in a compiled program. Instead you probably want to run the meta-command in the GP session itself. The meta-command \verb!\r!\textit{include} is replaced with the content of the file \textit{include} (or \textit{include}.gp) when \gpcc\ reads the file. If you would prefer \gpcc\ to link \textit{include}.so to the program instead, see Section~\ref{compiled_in_new_program}. \subsection{Unsupported functions.}\label{unsupported_funcs} The functions \gp{forell} and \gp{forsubgroup} are currently not implemented as an iterator but as a procedure with callbacks, which limits what you can do inside the loop. Some functions are passed to GP by \path{gp2c-run} at start-up (using the \pari{GP;} syntax) instead of being translated in C: \gp{install} and \gp{addhelp}. In practice, they can be considered as supported. Some functions are built-in in GP, and so are not available to libpari programs. So if you use them \gpcc\ generate a program that needs to run under GP, or with \path{gp2c-run}. Since the C prototype for those functions are not available, the C compiler will output a warning. This serves as a reminder of the problem. They are all the plotting functions and \gp{allocatemem, default, extern, input, quit, read, system, whatnow}. Some GP functions are not available for C programs, so the compiler cannot handle them. If you use them you will get the infamous "unhandled letter in prototype" error. Sorry for the inconvenience. These are \gp{plot, ploth, plotrecth}. Also the functions \gp{read, eval, kill} may compile fine but have a surprising behaviour in some case, because they may modify the state of the GP interpreter, not of the compiled program. Please see Section~\ref{global_variables} for details. For example \verb!f(n)=eval("n^2")! is very different from \verb!f(n)=n^2!. The \gp{forstep} function is supported when the step is a number. If it is a vector, you must add a tag \gp{:vec} to make GP know about it like in \begin{verbatim} f(x)= { local(v); v=[2,4,6,6,6,6,6,2,4,6,6] forstep(y=7,x,v:vec,print(y)) } \end{verbatim} This is not needed if the step is a vector or a variable of type vec, but is needed if the step is only an expression which evaluates to a vector. There is little that can be done about these problems without changing PARI/GP itself. \subsection{Memory handling and global variables.}\label{global_variables} While a lot of work has been done to ensure that \gpcc\ handles global variables properly, the use of global variables is still a lot of trouble, so try to avoid them if you do not understand the implications on memory handling. First, there is a common practice to use undeclared variables as formal variables, for example we assume \gp{x='x} and write \gp{a*x+b} instead of \gp{a*'x+b}. So \gpcc\ will not raise an undeclared variable to the rank of global variable unless you declare it with the \gp{global()} command, or you use it at toplevel (i.e. outside any function). See also Section~\ref{find_errors} Second, global variables seen by a compiled function are C variables, not GP variables. There is no connection between the two. You may well have two variables with the same name and a different content. Currently GP knows only how to install functions, not variables, so you need to write compiled functions in order to access global variables under GP. Basically, global variables are allocated in the main stack which is destroyed each time GP prints a new prompt. This means you must put all your commands on the same line. Also global variables must be initialized using the \gp{init\_}\verb!! function before being used, and are only supported with the -g flag. So you end up doing \cmd{gp2c-run -g global.gp} \begin{verbatim} parisize = 4000000, primelimit = 500000 ? init_global();myfunction(args); \end{verbatim} Note that nothing prevents you from calling \gp{init\_global} in the GP program. In that case, you can omit the parentheses (i.e, write \gp{init\_global}, not \gp{init\_global()}) so that you can still run your noncompiled program. Another way to handle global variables is to use the \gp{clone} function which copies a PARI object to the heap, hence avoids its destruction when GP prints a new prompt. You can use \gp{unclone} to free a clone. Please read the PARI/GP manual for more information about \gp{clone}. A good use of \gp{clone} is for initializing constant variables: for example in \path{test/gp/initfunc.gp}, the vector \gp{T} is initialized by \begin{verbatim} T=clone([4,3,2,2,1,1,1,1,0,0,0,0,0,0,0,0]) \end{verbatim} You must still run the \gp{init\_}\verb!! after starting GP, but after that you can use \gp{T} safely. GP itself currently does not know about \gp{clone} and \gp{unclone}, but you can use dummy functions \begin{verbatim} clone(x)=x unclone(x)=while(0,) \end{verbatim} when running uncompiled. \subsection{Support for \pari{t\_VECSMALL}} When accessing the component of a \pari{t\_VECSMALL}, it is necessary that that the object has been declared of type \gp{vecsmall}. For example \gp{ my(v); v = vecsort(V,,1); print(v[1]) } does not work, but \gp{ my(v:vecsmall); v = vecsort(V,,1); print(v[1]) } or \gp{ my(v:vecsmall); v = vecsort(V,,1); print(v:vecsmall[1]) } works. \subsection{GP lists} GP lists are not fully supported by \gpcc . A partial support is available with the \gp{list} type. You must tell \gpcc\ that a variable will contain a list by using \gp{L:list} inside a declaration, where \gp{L} is the name of the variable as explained in Section~\ref{advanced}. Currently, assigning to a list element (\gp{L[2]=x}) will not work and lists will not be freed unless you explicitly use \gp{listkill}. Note: The PARI user's manual states that lists are useless in library mode. \subsection{The \gp{install} command} The \gp{install} command is interpreted as a \gpcc\ directive. This allows using installed function in compiled programs, see Section~\ref{compiled_in_new_program}. However this has some side-effects: \begin{itemize} \item If present, the \gp{lib} argument must be a string, not an expression that evaluate to a string. \item The \gp{install} command is not compiled, instead it is added to the list of functions to install. \end{itemize} \section{Command-line options of \gpcc} Here is a brief description of the main options of \path{gp2c}, which can be seen with \path{./gp2c -h}. In Section~\ref{compile_and_run} we saw how to use the \path{-g} option. \begin{itemize} \item -g tells \gpcc\ to generate \pari{gerepile} calls to clean up the PARI stack and reduce memory usage. You will probably need this option, although the C code will be easier to read or hand-edit without it. \item -o\textit{file} tells \gpcc\ to write the generated C file to the file \textit{file} instead of the standard output. \item -iN allows you to change the indentation of the generated C file. So if you want 4 spaces, just use the \path{-i4} option with \path{gp2c}. The default is 2. \item -W is useful for debugging the .gp file, in the sense that it detects if some local variable is undeclared. For example, if the file \path{algorithm.gp} has a routine like \begin{verbatim} radical(x)=F=factor(x)[,1];prod(i=1,length(F),F[i]) \end{verbatim} The variable 'F' is undeclared in this routine, so when running \path{gp2c} with the \path{-W} option it prints \item -L adds compiler directives to the code so that warning and error found by the compiler are prefixed with the line number in the original GP file instead of the C file. \item -C adds code to perform range checking for GP constructs like \gp{x[a]} and \gp{x[a,b]}. This also checks whether \gp{x} has the correct type. By default \gpcc\ does not perform such check, which can lead to a runtime crash with invalid code. This option causes a small runtime penalty and a large C code readability penalty. \noindent{\bf Warning:algorithm.gp:1:variable undeclared F} At present, an undeclared variable is taken to be a "formal variable" for polynomials by \path{gp2c}, so do not declare it if that is what you intend. For example in \verb!pol(a,b,c)=a*x^2+b*x+c! you must not declare \gp{x} since it stands for the formal variable \gp{'x}. \item -p\textit{prefix} A problem with C is that it is subject to name clashes, i.e., if a GP variable in your routine has the same name as a C symbol in the pari library, the compiler will report strange errors. So this option changes ALL user variables and user routine names by adding a prefix \textit{prefix} to them. For example the GP routine \gp{add(x,y)} with \cmd{-pmy\_} will become the C function \pari{my\_add(x,y)}. Try this option each time the compiler fails to compile \path{gp2c} output to see if there is a name conflict. If this is the case, change the name in your GP script. It may be difficult to find conflicting names if your compiler is not verbose enough and if you are not familiar with the PARI code and C in general. Example of conflicting names are \pari{top},\pari{bot},\pari{prec},\pari{un}, but there are thousands of others and they may be system-dependent. \item -s\textit{suffix}: Add \textit{suffix} to the names of the installed functions under GP. This is to avoid clashes with the original GP script. For example, if you want to compare timings you may want to use the option \cmd{-s\_c} This does not affect the C code, only the \gp{install} commands. \item -S: Assume strict prototypes for functions. This means that you have declared all the local variables with \gp{local} and not as parameters. Also, when a parameter is not mandatory, a default value must be assigned to it in the declaration, like for 'flag' in \begin{verbatim} test(data,flag=0)={CODE} \end{verbatim} This does not affect the C code, only the \gp{install} commands. \item -h gives the help. \item -v gives the \gpcc\ version. \item -l prints a list of all the GP functions known by the compiler. So if a routine contains a GP routine not on this list, \path{gp2c} will show an error when trying to translate it. For example the routine \gp{forvec} is not yet implemented, so you should not use it. Reasons why a GP function may not be known by the compiler are: \begin{itemize} \item The function is not part of the PARI library. See Section~\ref{unsupported_funcs} \item You use the old PARI 1.39 function names instead of the new ones. \gpcc\ currently does not know about the 'compat' default. Use \gp{whatnow} under GP to get the current name. For example, \gp{mod()} is now \gp{Mod()}. \item You use a GP function that does not exists in the GP version \gpcc\ was compiled against. Please recompile \gpcc\ against this GP version. Normally no functions are added between two stable releases of GP with the same minor version number (say 2.1.1 and 2.1.2) so there is no need to recompile \gpcc\ when you upgrade. But if you use the developement versions, you need to recompile. Also some new developement versions may break old versions of \gpcc, so upgrade gp2c\ at the same time. However, if you want to compile scripts which do not use the new functions, you do not need to recompile. Note that you may use the GP environment variables to tell \path{gp2c-run} which GP to use. \item -t Output the table of types known to the compiler, see Section~\ref{advanced}. \end{itemize} \end{itemize} \end{document} gp2c-0.0.10/doc/type001.png0000644000175000017500000001244013006466575012036 00000000000000‰PNG  IHDRŒÑÃÞ¢ $iCCPiccxÚ••gP“YÇïó<é…@B‡PC‘*%€”Z(Ò«¨@èPElˆ¸+Šˆ4EQ@ÁU)²VD±°((bA7È" ¬W”ôÑyßÙûŸ¹÷üæ?gî=÷œ‚8X¼´'&¥ ¼ì˜AÁLðƒÂøi)OO7ðz?  åxoø÷"DD¦ñ—âÂÒÊå§Ò€²—X3+=e™/1=<þ+Ÿ]fÁRK|c™£¿ñèלo,úšãëÍ]z )úÿÿ{ï²T8‚ôبÈl¦OrTzV˜ ’™¶Ü —Ëô$GÅ&DþPð¿Jþ¥Gf§/GnrÊAltL:óÿ5204ßgñÖëk!FÿÿÎgYß½äzس {¾{á•tî@úñwOm©¯”|:îð3™ß<Ôò†@t *кÀ˜K` € ð¾ ¬|d\° €"°ìU 4€&Ð NƒNp\×Ámp ƒ'@&À+ ïÁ<AXˆ Ñ H R‡t #ˆ YCä A¡P4”e@¹Ðv¨*…ª :¨ ú:]nBƒÐ#h š†þ†>ÁL‚é°¬ëÃl˜»Â¾ðZ8N…sà|x7\×Ã'àø |†…ð+xa ʈ.ÂF¸ˆŒD!d3Rˆ”#õH+Òô!÷!2ƒ|DaP4¥‹²D9£üP|T*j3ªU…:Žê@õ¢î¡ÆP"Ô4-ÖA[ yè@t4: ]€.G7¢ÛÑ×ÐÃè ô{ ÃÀ°0fgL&³SŒ9ˆiÃ\Æ bÆ1³X,V«ƒµÂz`ðéØl%ööv;ý€#â”pF8G\0. —‡+Ç5ã.â†p“¸y¼8^o÷ÀGà7àKð ønüü~ž A`¬¾„8Â6B¡•p0JxK$UˆæD/b,q+±‚xŠxƒ8FüH¢’´I\R)ƒ´›tŒt™ôˆô–L&kmÉÁätònrù*ùùƒMLOŒ'!¶E¬Z¬ClHì5OQ§p(ë(9”rÊÊÊŒ8^\Cœ+&¾Y¼Züœøˆø¬MÂPÂC"Q¢X¢Yâ¦ÄKÕ :P#¨ùÔ#Ô«ÔqBS¥qi|ÚvZím‚Ž¡³è@IR%%ý%³%«%/H CƒÁc$0J§Ÿ¤¤8R‘R»¤Z¥†¤æ¤å¤m¥#¥ ¥Û¤‡¥?É0edâeöÊtÊ<•EÉjËzÉfÉ’½&;#G—³”ãËÊ–{,ËkË{Ëo”?"ß/?« ¨à¤¢P©pUaF‘¡h«§X¦xQqZ‰¦d­«T¦tIé%S’Éa&0+˜½L‘²¼²³r†rò€ò¼ KÅO%O¥Må©*A•­¥Z¦Ú£*RSRsWËUkQ{¬ŽWg«Ç¨PïSŸÓ`ihìÔèÔ˜bI³x¬V kT“¬i£™ªY¯y_ £ÅÖŠ×:¨uWÖ6юѮ־£ë˜êÄêÔ\^a¾"iEýŠ]’.G7S·EwL¡ç¦—§×©÷Z_M?X¯~Ÿþƒƒƒ'†TCÃ<Ãnÿ´øFÕF÷W’W:®Ü²²kåcãHãCÆMh&î&;MzL>›š™ L[M§ÍÔÌBÍjÌFØt¶'»˜}Ãmng¾Åü¼ùG S‹t‹ÓYêZÆ[6[N­b­Š\Õ°jÜJÅ*̪ÎJhÍ´µ>l-´Q¶ ³©·yn«jaÛh;ÉÑâÄqNp^ÛØ ìÚíæ¸ÜMÜËöˆ½“}¡ý€ÕÁÏ¡ÊᙣŠc´c‹£ÈÉÄi£Óeg´³«ó^çžÏkâ‰\Ì\6¹ôº’\}\«\Ÿ»i» ܺÝaw÷}ÕW'­îô<}O=Yž©ž¿za¼<½ª½^xzçz÷ùÐ|Öû4û¼÷µó-ñ}â§é—á×ãOññoòŸ °( ên ¼$ÔŒ ön ž]ã°fÿš‰“‚kYk³×Þ\'».aÝ…õ”õaëÏ„¢CB›CÂ<ÂêÃfÃyá5á">—€ÿ*Â6¢,b:Ò*²4r2Ê*ª4j*Ú*z_ôtŒMLyÌL,7¶*öMœs\mÜ\¼Gü±øÅ„€„¶D\bhâ¹$jR|Ro²brvò`ŠNJAŠ0Õ"uªHà*hLƒÒÖ¦u¥Ó—>Åþ ÍŒc™Ö™Õ™²ü³ÎdKd'e÷oÐÞ°kÃdŽcÎѨü=¹Ê¹ÛrÇ6q6Õm†6‡oîÙ¢º%ËÄV§­Ç·¶Åoû-Ï ¯4ïÝö€íÝù ù[óÇw8íh)+Œì´ÜYûê§ØŸv­ÜU¹ëKaDá­"ƒ¢ò¢…b~ñ­Ÿ ®øyqwÔîÓ’C{0{’ö<Øk³÷x©DiNéø>÷}e̲²wû×ï¿Yn\^{€p 〰­¢«R­rOåBULÕpµ]u[|Í®š¹ƒ‡Ùj­U¨-ªýt8öðÃ:§ºŽzúò#˜#™G^4ø7ôemj”m,jü|,é˜ð¸÷ñÞ&³¦¦fùæ’¸%£eúDȉ»'íOvµê¶Öµ1ÚŠNS§^þú˃Ӯ§{ΰϴžU?[ÓNk/ì€:6tˆ:c:…]A]ƒç\Îõt[v·ÿª÷ë±óÊç«/H^(¹H¸˜qñRÎ¥ÙË)—g®D_ïYßóäjàÕû½^½×\¯Ý¸îxýj§ïÒ «çoZÜïþíáÕÃü< >Œx8õ(áћǙçŸlE>ZþLþYýïZ¿· M…ÆìÇúŸû<2ÎõGÚ ù/È/Ê'•&›¦Œ¦ÎO;Nß}¹æåÄ«”Wó3JüYóZóõÙ¿lÿêŠ&ÞÞ,þ]üVæí±wÆïzf=gŸ½O|??WøAæÃñì}Ÿ>MÎg-`*>k}îþâúet1qqñ?.¢¼r)Ô• cHRMz&€„ú€èu0ê`:˜pœºQ<bKGDÿ‡Ì¿ pHYsaa¨?§itIMEà 1!•Ö€– ßIDATxÚí];’ã8 Õx—N°U¼ãÎu®l)ÙÆŒœ»jÓML؉ãÎ|…¹B¯ÅLÙÔ_H"º<ã¯üü€ BUå)ME¦^þ5÷ù¶J$Tü‹Œgê ªÐ@ÇÁ±¢µ4®CD+Øø\ö¶¥ºÝ‘/àÎ>›¶·6I‰‡?ΙӂɗPu@A ,u‘rÊÉñ Thl§B4íZqÜ0} ª•¯‰û¼ºú}Ëï0£Šn-Q‡Þ#X µ¬ˆ’»0~: [5wõøYÚ-Ò‰DüEqÿ­Ýši Æ?¤Ÿ½’™ ç5,uCÝ Æfˆ0BNÞ£_M/HqçƼØù?Œ éi¨Üç=‡cî~sjÅ]1œŸqW×Á^&4NA ¡bAAÅÏ9?”íuæ*š6 e!ÃBàù6î…8ˆóXªáÌÇ‘ÔÝg€Š0ó¼vT¬cr¶É~d' nÌ ã}9Ìb9…ø I¦†âî°iO6†:çhssLb¹ç`”]ž·ñ­é#B²¸Âª"Q(a—Ý]z"ÎàÅî6¤†2PËÄ=í½5ÏE¶ ï©O¸£éñ´ Lçqyó<Íéxõ`«3âq5Âö•—Q¯ÈSð°tôãÕ$k^µKÌ…mÄiÒ`ºdÝMx™¯°ÂÛã“×ÇG ÀÅMÅjµÁÌ­àê‰Oru£êžÌ° üðmû¶<÷H@(‚­´Ò½ ò2ú³ÍæáCkÞ_…Ûj-‡£Ê×V#KÊæ{ÛêXE"KˆÖž.Üd4I ?»ÄŸËaÆ;sQ–(Ɉ,‚ÌË”‰Æ˹· Úçè ˜àvtRÙçV,pr1ltKAÝ¢Q#Jˆ¸%˜[Ÿ`ø—“gR¿]¯zögQ€#ž¦LFg¡|ÜPÄëÈ|)/Rñ¤%t¦æ,žëvM4â2@ òŒ Ù?+`ò™ßŽÆQÑm|íOŸb AqjXã_ jQPÐjßD‰wÁóRìèÕrH^îÂé==/5À Cž †â}ï Qs+Ve­|¦ƒ…ÌeØWãPMëh;'µâ!óV¡ßPÂ…ßÕ_0†ÆÖ˜ö²¼@Ìò>–Ó€ëÁ yÀHV(í›ÕdÒd‰b.ùùÐP   ­LÑŠTî›cvFÑK¡:Ý(ÁèeT¹ôÙX#b™‹ S%ø-%çJL,¢ò‰Ï’ªêZq0D¹`d´\‡½W•uóÈ Á šœ¢áE¿™†ñE× ös k…nåmšÀ5¼Ü Š3ç^PÃY ædQÙ<`Æ–È>Óƒ™Z­ûL fnáð3´` ó# ˜¥(ŽfM,œ¤ØrÙËΊˆÝ4Œ,Ï–~²äï=J–Ñ.RÚÓu[éRoY†H×Y!åy´"†&]ÀU¡ýÙe·üÍÅçÁEu5S9ã=PpOs¤eu1††AÓBHg0$0 ˜ Ig$0;l¾D@ ‘ɗǦŠ“£i y‹aê\`hê]ú(.i›‰ÈŽ¨;¼nSA}¿3DÕ‹ßÅ­s…«ªçiÔ÷Ûã³-(ÉXY2ü›Š•%`pªÄãøû³svÀÃ(/6þ§o>vi¶` ›æ ;€ÌÜ 0Ïý×j¸ÎäσÑÕßmÿì|ExpÑž³k‰º`«ôæ‡F½¾Ð˜i%[_^`‚Ö_`"U£„›Y6Ç/ƒ³tsH›ÎR0QÃðg éÙp¯5œ Û”.P0e†9¤Þ¶Æ«©mkÉæJh黾œCÊ:p8³ë)0H`0$0€¸…†Aƒ!¤3 .©Uv=2k-õKÈ €áy4F÷“±ow﬊O3ˆ,PxMðtAøPÌfvºAÒ-—ž ‹o)ELE@:÷V3ÕjÕ¤%NÝÚÊíñÿY,bpç RÕ_\ehe§èF‘DÕkäˆcfHïcÉQ‰Aêg7ýgc×CF”'Aˆ9Ü5*kwÐ+$vÝ»Ÿ;¥Î°-ÌÙâòßãïôfHlb¤áûö!íÈ.ÖiRvKLçTÿÝ_|™èµ¾SbЛSu#e7ÄŒ›Œ)›&FšËå¦úB‰ÑëZã½géÜÕÑÚ…ßÊÔh¤3võ0Æò#*­h?€R«Æ°>Ád¾¶öBë¯)L>HlJ,Ù‰é® ÕíâÅJ'Z±…V^“[²¯·>nÔFÜß_v…)}Üæ¡gWñmwÑ&ÿKq¯ÅÕoXÒç¶i†«3<)ÀÉáYILN\bNÕ÷â •|Â*øç HHC 0r8(R‘–ßÌ ‡ÌA’€–” EŠ‰"÷«O‘êL”ª¨V@‡…lf—M”ш1³¸Tik|%YLÁ3KAÖÌì²eÑY\ô’y]þ•ÔZ£Kûm²¾:g"qGé 2‹[‹&ëD´foT^vI]¥|çßF—©Öä²ÊÛULÏì² å!‹¥w'qó:¬c“vË•ä¼èKjbÚmï<àE_ÒÓn}§ /ú’’˜Ëö·òbFéˆ)„Þ¯¾·[ô%„uÝ2{ýˆÃé‹kz Áê¯3'XlÈÀ¢ÀðÙ|‹CÞSAÄ5‘11$½MWÄ…iP5V Ú‰¬Ã¤^ÄlÀºÚÔkƒ¼w%¦UšC•Wq#¼¾¼t ¡5óec¾a<Û)e v$%Ü”€íKSƒ«_çÓ>æákËš(Ó|oRùøD_¢vä[34ê÷ú_hçÑ—÷6WÏXïͱ¸x'í7Þ4â:åQ¸•`žK_†•ÙkØkz«ÖüÆ­|Ä0?áj¾:le{g­6÷iÈÝRþð$b‚úm*ïͱÐK9žx¤Ÿ£û!FK¨æX>õØ. # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that program. # Originally written by Alexandre Oliva . case $1 in '') echo "$0: No command. 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} ecm2(N, B = 1000!, nb = 100)= { iferr( for(a:small = 1, nb, ellpow(ellinit([a,1]*Mod(1,N)), [0,1]*Mod(1,N), B)), E, my(d=component(E,2)); if(type(d)=="t_INTMOD", gcd(lift(d),N), error(E)), errname(E)=="e_INV"); } ecm3(N, B = 1000!, nb = 100)= { for(a:small = 1, nb, iferr(if(ellpow(ellinit([a,1]*Mod(1,N)), [0,1]*Mod(1,N), B),break), E, my(d=component(E,2)); return(gcd(lift(d),N)), errname(E)=="e_INV" && type(component(E,2))=="t_INTMOD")); Mod(2,4)^-1 } gp2c-0.0.10/test3/gp/compr.gp0000644000175000017500000000047112622131107012461 00000000000000f()= { print([2^100..2^100+3]); print([x^2+1|x<-primes(40)]); print([x^2+1|x<-[1..10],isprime(x)]); print([x^2+1|x<-[1..10]]); print([a^2+b^2|a<-[1..10];b<-[1..10],gcd(a,b)==1]); print([a^2+b^2|a<-[1..10],isprime(a);b<-[1..10],a!=b && isprime(b)]); print([[a,b,c]|a<-[1..5];b<-[1..a];c<-[1..b]]); } gp2c-0.0.10/test3/gp/forpart.gp0000644000175000017500000000040012165114210013004 00000000000000f() = for(i=1,5,forcomposite(p=sum(i=1,3,i), sum(i=1,6,i), if(p%9==0,next(2));print([p,p^2]))) ff()= for(i=1,5,forcomposite(p=1,111, if(p%9==0,next(2));print([p,p^2]))) g() = for(i=1,5,forpart(p=5,print(p[1]))) h() = for(i=1,5,forpart(p=5,print(p[1]),,3)) gp2c-0.0.10/test3/gp/range.gp0000644000175000017500000000070412622131107012434 00000000000000f()= { my(V,M); V=primes(100); M=matrix(5,5,i,j,i+5*j-5); print(primes(100)[4..7]); print(V[5..9]); print(M[2..3,2..3]); print(M[1..2,1]); print(M[1,1..4]); print(M[1..3,]); print(M[,1..3]); print(M[1..5,1..-2]); print(M[1..-2,1..-2]); print(M[-3..-1,-3..-1]); print(M[^3,2..3]); print(M[^2,1]); print(M[1,^4]); print(M[^3,]); print(M[,^3]); print(M[^5,1..-2]); print(M[1..-2,^-2]); print(M[-3..-1,-3..-1]); } gp2c-0.0.10/test3/res/0000755000175000017500000000000012622131107011252 500000000000000gp2c-0.0.10/test3/res/iferr.res0000644000175000017500000000023212622131107013011 00000000000000274177 274177 *** at top-level: ecm3(2^64+1,10,200!) *** ^-------------------- *** ecm3: impossible inverse in Fp_inv: Mod(2, 4). gp2c-0.0.10/test3/res/forprime.res0000644000175000017500000000001412622131107013523 0000000000000026861 26861 gp2c-0.0.10/test3/res/forpart.res0000644000175000017500000000050012165114222013356 00000000000000[6, 36] [8, 64] [6, 36] [8, 64] [6, 36] [8, 64] [6, 36] [8, 64] [6, 36] [8, 64] [4, 16] [6, 36] [8, 64] [4, 16] [6, 36] [8, 64] [4, 16] [6, 36] [8, 64] [4, 16] [6, 36] [8, 64] [4, 16] [6, 36] [8, 64] 5 1 2 1 1 1 1 5 1 2 1 1 1 1 5 1 2 1 1 1 1 5 1 2 1 1 1 1 5 1 2 1 1 1 1 5 1 2 1 1 5 1 2 1 1 5 1 2 1 1 5 1 2 1 1 5 1 2 1 1 gp2c-0.0.10/test3/res/compr.res0000644000175000017500000000216612622131107013032 00000000000000[1267650600228229401496703205376, 1267650600228229401496703205377, 126765060 0228229401496703205378, 1267650600228229401496703205379] [5, 10, 26, 50, 122, 170, 290, 362, 530, 842, 962, 1370, 1682, 1850, 2210, 2 810, 3482, 3722, 4490, 5042, 5330, 6242, 6890, 7922, 9410, 10202, 10610, 114 50, 11882, 12770, 16130, 17162, 18770, 19322, 22202, 22802, 24650, 26570, 27 890, 29930] [5, 10, 26, 50] [2, 5, 10, 17, 26, 37, 50, 65, 82, 101] [2, 5, 10, 17, 26, 37, 50, 65, 82, 101, 5, 13, 29, 53, 85, 10, 13, 25, 34, 5 8, 73, 109, 17, 25, 41, 65, 97, 26, 29, 34, 41, 61, 74, 89, 106, 37, 61, 85, 50, 53, 58, 65, 74, 85, 113, 130, 149, 65, 73, 89, 113, 145, 82, 85, 97, 10 6, 130, 145, 181, 101, 109, 149, 181] [13, 29, 53, 13, 34, 58, 29, 34, 74, 53, 58, 74] [[1, 1, 1], [2, 1, 1], [2, 2, 1], [2, 2, 2], [3, 1, 1], [3, 2, 1], [3, 2, 2] , [3, 3, 1], [3, 3, 2], [3, 3, 3], [4, 1, 1], [4, 2, 1], [4, 2, 2], [4, 3, 1 ], [4, 3, 2], [4, 3, 3], [4, 4, 1], [4, 4, 2], [4, 4, 3], [4, 4, 4], [5, 1, 1], [5, 2, 1], [5, 2, 2], [5, 3, 1], [5, 3, 2], [5, 3, 3], [5, 4, 1], [5, 4, 2], [5, 4, 3], [5, 4, 4], [5, 5, 1], [5, 5, 2], [5, 5, 3], [5, 5, 4], [5, 5 , 5]] gp2c-0.0.10/test3/res/range.res0000644000175000017500000000130012622131107012773 00000000000000[7, 11, 13, 17] [11, 13, 17, 19, 23] [7, 12; 8, 13] [1, 2]~ [1, 6, 11, 16] [1, 6, 11, 16, 21; 2, 7, 12, 17, 22; 3, 8, 13, 18, 23] [1, 6, 11; 2, 7, 12; 3, 8, 13; 4, 9, 14; 5, 10, 15] [1, 6, 11, 16; 2, 7, 12, 17; 3, 8, 13, 18; 4, 9, 14, 19; 5, 10, 15, 20] [1, 6, 11, 16; 2, 7, 12, 17; 3, 8, 13, 18; 4, 9, 14, 19] [13, 18, 23; 14, 19, 24; 15, 20, 25] [6, 11; 7, 12; 9, 14; 10, 15] [1, 3, 4, 5]~ [1, 6, 11, 21] [1, 6, 11, 16, 21; 2, 7, 12, 17, 22; 4, 9, 14, 19, 24; 5, 10, 15, 20, 25] [1, 6, 16, 21; 2, 7, 17, 22; 3, 8, 18, 23; 4, 9, 19, 24; 5, 10, 20, 25] [1, 6, 11, 16; 2, 7, 12, 17; 3, 8, 13, 18; 4, 9, 14, 19] [1, 6, 11, 21; 2, 7, 12, 22; 3, 8, 13, 23; 4, 9, 14, 24] [13, 18, 23; 14, 19, 24; 15, 20, 25] gp2c-0.0.10/AUTHORS0000644000175000017500000000006311642144547010423 00000000000000Bill Allombert gp2c-0.0.10/scripts/0000755000175000017500000000000013006472505011115 500000000000000gp2c-0.0.10/scripts/Makefile.am0000644000175000017500000000007312141547407013074 00000000000000bin_SCRIPTS = gp2c-run @GP2C_DBG@ EXTRA_SCRIPTS = gp2c-dbg gp2c-0.0.10/scripts/gp2c-run.in0000755000175000017500000000274012624133327013031 00000000000000#!/bin/sh -e #Copyright (C) 2001-2013 The PARI group. # #This file is part of the GP2C package. # #PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT #ANY WARRANTY WHATSOEVER. # #Check the License for details. You should have received a copy of it, along #with the package; see the file 'COPYING'. If not, write to the Free Software #Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA. name="stdin"; for p in "$@"; do case "$p" in -h|--help) cat < Compile file.gp with gp2c and launch a gp session with functions of file.gp added. are passed to gp2c gp2c-run Compile file.c and launch a gp session with functions of file.c added. ENVIRONMENT: GP2C: path to the gp2c compiler, default: @mybindir@/gp2c GP: path to the gp calculator, default: @GP_PATH@ EOF exit ;; -l|-t|-v) exec $GP2C "$@" ;; -o) echo "gp2c-run does not support option -o" 1>&2; exit 1;; -*) ;; #We discard options *) name=$p;; esac done if test "x$GP2C" = "x"; then GP2C="@mybindir@/gp2c" fi if test "x$GP" = "x"; then GP="@GP_PATH@" fi case $name in *.c) name=${name%.c};; *) $GP2C -o $name.c "$@" ;; esac command=`echo "@PARI_MODULE_BUILD@" | sed -e "s %s $name g"` eval $command || exit $? grep "^GP;" $name.c | sed 's/^GP;//' >$name.run $GP $name.run gp2c-0.0.10/scripts/dotest.in0000755000175000017500000000207612622133152012672 00000000000000#! /bin/sh -e suite=${1:-"test"} bugs=0 testdir=`cd "$srcdir/$suite" && pwd` cd $suite RUNTEST=${RUNTEST:-"@PARI_RUNTEST@"} GP2C_FUNC_DSC=../desc/func.dsc export GP2C_FUNC_DSC for i in `ls "$testdir/input"`; do if test -f "$testdir/gp/$i.gp"; then echo @ECHON@ "Testing script $i...@ECHOC@" rm -f $i.gp.c $i.gp.o $i.gp.so $i.gp $i.res start.gp cp "$testdir/gp/$i.gp" . if ../src/gp2c -p gp2c_ -g -o $i.gp.c $i.gp 2>$i.res; then command=`echo "@PARI_MODULE_BUILD@" | sed -e s/%s/$i.gp/g` eval $command grep "^GP;" $i.gp.c | sed 's/^GP;//' >start.gp cat "$testdir/input/$i" >>start.gp $RUNTEST '@GP_PATH@' -f -q --test $i.res 2>&1 if test -f "$testdir/res/$i.res"; then if diff "$testdir/res/$i.res" $i.res >/dev/null; then echo "@ECHOT@OK." else echo "@ECHOT@BUG." bugs=1; fi else test "$srcdir" = "." && cp $i.res "$testdir/res/$i.res" echo cat $i.res fi else echo "@ECHOT@BUG." bugs=1; fi fi done exit $bugs gp2c-0.0.10/scripts/822_desc.pl.in0000644000175000017500000001146512632061756013325 00000000000000#! @PERL_PATH@ #Copyright (C) 2003-2013 The PARI group. # #This file is part of the GP2C package. # #PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT #ANY WARRANTY WHATSOEVER. # #Check the License for details. You should have received a copy of it, along #with the package; see the file 'COPYING'. If not, write to the Free Software #Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA. #This is the description compiler for gp2c. BEGIN { $pari_desc=shift @ARGV; $compat_desc=shift @ARGV; $override_desc=shift @ARGV; -f "@PARI_DATADIR@/PARI/822.pm" || exit 1; -f $pari_desc || exit 1; } use lib "@PARI_DATADIR@"; use PARI::822; PARI::822::read(\%funcs,$override_desc,0) if defined($override_desc); PARI::822::read(\%funcs,$pari_desc,0); PARI::822::read(\%funcs,$compat_desc,0) if defined($compat_desc); %accepted_class=( ''=>1, 'basic'=>1, 'gp'=>1,'highlevel'=>1, 'symbolic_operators'=>1, 'member_functions'=>1, 'gp2c'=>1, 'gp2c_internal'=>1); %accepted_command= ( 'add'=>1, 'sub'=>1, 'neg'=>1, 'mul'=>1, 'div'=>1, 'mod'=>1, 'and'=>1, 'or'=>1, 'xor'=>1, 'not'=>1, 'parens'=>1, 'stdref'=>1, 'value'=>1, 'type'=>1, 'nbarg'=>1, 'str_format'=>1, 'str_raw'=>1, 'cast'=>1, 'code'=>1, 'prec'=>1, 'bitprec'=>1, 'format_string'=>1,'format_args'=>1, 'cookie' => 1, 'wrapper' => 1 ); sub check_cname { my ($gpname, $cname) = @_; while($cname =~ /\$\{([^}]*)\}(.*)/) { my ($rpl) = $1; $cname = $2; for (split(' ', $rpl)) { /^-?[0-9]+$/ and next; /^:[a-z_A-Z]+$/ and next; defined($accepted_command{$_}) and next; print STDERR "Warning: $gpname unsupported command $_, skipped\n"; return 0; } } return 1; } for $gpname (sort keys %funcs) { my $f=$funcs{$gpname}; next unless (defined($accepted_class{$f->{'Class'}})); my $description=$f->{'Description'}; my $proto=$f->{'Prototype'}; my $wrapper=$f->{'Wrapper'}; my $iterator=$f->{'Iterator'}; print "$gpname\n"; my @entry=(); if (defined($description)) { my @rules = split("\n",$description); @rules = grep { $_ !~ /^[ \n\t]*$/ } @rules; my @erules = (); push @erules, join("\n",0,scalar(@rules)); foreach (@rules) { /^[ \n\t]* \(([^)]*)\) (?::([A-Za-z0-9_:]*))? [ \n\t]* ([^\n]*) [ \n\t]*$/x or die "badly formatted description $_"; my $arglist=$1; my $cname=$3; my $typelist=$2; $arglist =~ tr/ \n\t//d; my @args=split(',',$arglist,-1); my @type=split(':',$typelist,-1); $cname =~ s/\$%([0-9]+)/\${$1 str_format}/g; $cname =~ s/\$#/\${nbarg}/g; $cname =~ s/\$\(([0-9]+)\)/\${parens $1 code}/g; $cname =~ s/\$([0-9]+)/\${$1 code}/g; $cname =~ s/\$([a-z_A-Z]+):([0-9]+)/\${$2 :$1 cast}/g; $cname =~ s/\$\(([a-z_A-Z]+):([0-9]+)\)/\${parens $2 :$1 cast}/g; $cname =~ s/\$prec\b/\${prec}/g; $cname =~ s/\$bitprec\b/\${bitprec}/g; check_cname($gpname,$cname) or next; push @erules, join("\n",$cname,scalar(@args),@args,scalar(@type),@type); } push @entry, join("\n",@erules); } if (defined($proto)) { $type="gen"; $type="void" if ($proto =~ /^v/); $type="small" if ($proto =~ /^l/); $type="small_int" if ($proto =~ /^i/); $type="usmall" if ($proto =~ /^u/); @type=($type); push @type,"copy" if ($proto =~ /^m/); push @type,"prec" if ($proto =~ /[pb]/); $proto =~ s/^[uilmv]//; push @entry, join("\n",1,$f->{'C-Name'},$proto,scalar(@type),@type); } if (defined($wrapper)) { $wrapper =~ tr/ \n\t//d; $wrapper =~ m/^\(([^)]*)\)/ or die "badly formatted wrapper $wrapper"; my $wraplist=$1; my @wrap=map { ($_ eq "" || $_ eq "_") ? "$_":"_wrap_$_"; } split(',',$wraplist,-1); push @entry, join("\n",2,scalar(@wrap),@wrap); } if (defined($iterator)) { my @rules = split("\n",$iterator); @rules = grep { $_ !~ /^[ \n\t]*$/ } @rules; my @erules = (); push @erules, join("\n",3,scalar(@rules)); foreach (@rules) { /^[ \n\t]* \(([^)]*)\) (?::([A-Za-z0-9_:]*))? [ \n\t]* \(([^\n]*)\) [ \n\t]*$/x or die "badly formatted iterator $_"; my $arglist=$1; my $iterlist=$3; my $typelist=$2; $arglist =~ tr/ \n\t//d; $iterlist =~ tr/ \n\t//d; my @args=split(',',$arglist,-1); my @type=split(':',$typelist,-1); my @iter=split(',',$iterlist,-1); push @erules, join("\n",scalar(@iter),@iter, scalar(@args),@args, scalar(@type),@type); } push @entry, join("\n",@erules); } print scalar(@entry),"\n"; print join("\n",@entry)."\n" if (@entry); } gp2c-0.0.10/scripts/gp2c-dbg.in0000644000175000017500000000275012624133327012757 00000000000000#!/bin/sh -e #Copyright (C) 2001-2013 The PARI group. # #This file is part of the GP2C package. # #PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT #ANY WARRANTY WHATSOEVER. # #Check the License for details. You should have received a copy of it, along #with the package; see the file 'COPYING'. If not, write to the Free Software #Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA. name="stdin"; for p in "$@"; do case "$p" in -h|--help) cat < Compile file.gp with gp2c and launch a debugger session of gp with functions of file.gp added. are passed to gp2c ENVIRONMENT: GP2C: path to the GP2C compiler, default: @mybindir@/gp2c GP_DBG: path to the GP calculator, default: @GP_PATH@ GP2C_DBG: command to start the debugger, default: gdb --args EOF exit ;; -l|-t|-v) exec $GP2C "$@" ;; -*) ;; #We discard options *) name=$p;; esac done if test "x$GP2C" = "x"; then GP2C="@mybindir@/gp2c" fi if test "x$GP_DBG" = "x"; then GP_DBG="@GP_PATH_DBG@" fi if test "x$GP2C_DBG" = "x"; then GP2C_DBG="gdb --args" fi case $name in *.c) name=${name%.c};; *) $GP2C "$@" >$name.c;; esac command=`printf "@PARI_MODULE_DEBUG@" $name $name $name $name` eval $command || exit $? grep "^GP;" $name.c | sed 's/^GP;//' >$name.run $GP2C_DBG $GP_DBG $name.run gp2c-0.0.10/scripts/Makefile.in0000644000175000017500000003527713006472475013126 00000000000000# Makefile.in generated by automake 1.14.1 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; 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then echo Running test closure scripts/dotest test2 fi if test $MAJORVER -gt 2 || test $MINORVER -gt 6; then echo Running test ranges scripts/dotest test3 fi gp2c-0.0.10/src/0000755000175000017500000000000013006472505010215 500000000000000gp2c-0.0.10/src/Makefile.am0000644000175000017500000000065712624155173012205 00000000000000bin_PROGRAMS = gp2c AM_CFLAGS=-DFUNCDSC_PATH=\"@datadir@/@PACKAGE@/func.dsc\" BUILT_SOURCES = parse.h gp2c_SOURCES = gp2c.c context.c funcdesc.c funcspec.c genblock.c gencast.c gencode.c genfunc.c gentype.c gerepile.c header.h lang.l moveblock.c node.c optable.h parse.y patchfunc.h printnode.c toplevel.c topfunc.c type.h util.c varlist.c stack.h stack.c AM_YFLAGS = -d am__skipyacc= am__skiplex= ctags: ctags $(gp2c_SOURCES) gp2c-0.0.10/src/gentype.c0000644000175000017500000002125112665605754011773 00000000000000/* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include #include "header.h" void inittrans(int n,int p) { int i; for(i=0;idsc; typemax=(int **) calloc(Gnbtype,sizeof(*typemax)); for(i=0;inb; n++) { gpdescarg *ga=dsc->a+n; int oldt=-1; for (i=0; i < ga->nargs; i++) { descargatom *a=ga->args+i; int t=a->type; if (a->t!=AAtype) die(err_desc,"unexpected atom in _type_preorder"); if (oldt>=0) typemax[t][oldt]=typemax[oldt][t]=t; oldt=t; } } for(i=0;is.n;i++) { ctxvar *v=fc->c+i; int val=v->initval; if (val!=-1) { int t=gentype(val); int vt=vartype(*v); if (v->flag&(1<gpname,funcmode(*gp),tree[seq].m); /*funcmode(*gp)|(tree[seq].m&((1<ret==-1) tree[n].t=Gvoid; else { int v=getvarerr(fc->ret); tree[n].t=vartype(ctxstack[v]); } tree[n].m=mode|(tree[seq].m&MODHERIT); } int gentype(int n) { int t,tx,ty; int mx,my; int x,y,c; gpfunc *gp; int nf; if (n<0) return Gnotype; x=tree[n].x; y=tree[n].y; if (tree[n].f=0)?tree[x].m:0; ty=gentype(y); my=(y>=0)?tree[y].m:0; } else { tx=-1; mx=-1; ty=-1; my=-1; } switch(tree[n].f) { case Fseq: if (x<0 || y<0) die(n,"internal error in gentype"); if (mx&(1<flag&(1<flag&(1<flag&(1<flag&(1<=0) tree[n].m=(1<%s" ,GPname(tx),GPname(y)); tree[n].m=tree[x].m&MODHERIT; break; case Frefarg: gentype(x); tree[n].t=tree[x].t; tree[n].m=tree[x].m; break; case Fentry: c=getvar(n); if (c>=0) { ctxvar *v=ctxstack+c; tree[n].t=vartype(*v); tree[n].m=(1<flag&(1<=0) { gp=lfunc+nf; if (functype(*gp)==Gnotype && gp->spec>0) /* is a special function ? */ tree[n].t=gentypefuncspec(n,gp); else if (gp->dsc && (t=gentypefuncdesc(n,gp))!=Gnotype) /* else has the function a description ?*/ tree[n].t=t; else /* else use the function a type */ { gentype(y); tree[n].t=functype(*gp); my=(y==-1)?0:tree[y].m; tree[n].m=(funcmode(*gp)&(~(1< #include #include #include #include #include "header.h" #define GP2C_MAX_INT_32 2147483647L const char *Ffuncname[]={"Fseq", "Fmatrix","Frange","Fnorange", "Fassign", "Fmatcoeff", "Fmatrixelts","Fmatrixlines", "Fmat","Fvec", "Flistarg", "Frefarg","Fvararg", "Fcall", "Fconst","Fsmall","Fnoarg", "Ftag", "Fentry","Ffunction","Flambda","Fdeffunc", /*These nodes are generated by genblock, not by parser*/ "Fblock", "Ffun" }; /* 0 not an integer * 1 a true integer * 2 a real which is an integer (1.,17.00) */ int isarealint(const char *s) { while (*s>='0' && *s<='9') s++; if (!*s) return 1; if (*s != '.') return 0; while(*++s) if (*s != '0') return 0; return 2; } int linecount; int newcomment(void) { int n=stack_new(&s_comment); comment *c=com+n; stack_init(&c->s,sizeof(*c->txt),(void **)&c->txt); return n; } void pushcomment(int n, char x) { comment *c=com+n; int m=stack_new(&c->s); c->txt[m]=x; } int newnodecom(Ffunc f, int x, int y, int com) { int n=stack_new(&s_node); tree[n].f=f; tree[n].x=x; tree[n].y=y; tree[n].t=Gnotype; tree[n].m=0; tree[n].lineno=linecount; tree[n].comment=com; return n; } int newnode(Ffunc f, int x, int y) { return newnodecom(f,x,y,-1); } int newsmall(int val) { return newnode(Fsmall,val,-1); } int newopcall(OPerator op, int x, int y) { if (y==-1) return newnode(Ffunction,op,x); else return newnode(Ffunction,op,newnode(Flistarg,x,y)); } int newopcall3(OPerator op, int x, int y, int z) { return newopcall(op,newnode(Flistarg,x,y),z); } static int countarg(int n) { int i; for(i=1; tree[n].f==Flistarg; i++) n = tree[n].x; return i; } int addcurrexpr(int n, int currexpr) { int y, m = n; while (tree[m].x==OPcomprc) { y = tree[m].y; if (countarg(y)==4) y = tree[y].x; m = tree[y].y; } y = tree[m].y; if (countarg(y)==4) y = tree[y].x; tree[y].y = currexpr; return n; } int newstringvalue(const char *s) { int n=stack_new(&s_value); value[n].type=CSTstr; value[n].val.str=s; return n++; } int newsmallrealvalue(long small) { int n=stack_new(&s_value); value[n].type=CSTsmallreal; value[n].val.small=small; return n++; } int newintvalue(const char *s) { int n=stack_new(&s_value); value[n].type=CSTint; value[n].val.str=s; return n++; } int newrealvalue(const char *s) { int n=stack_new(&s_value); value[n].type=CSTreal; value[n].val.str=s; return n++; } /* newxxxnode functions * These functions take a token value as a string and a comment index. * They must return a new Fconst or Fsmall node. * They must free the string if they do not reference it. * the cast free((char *)s) is to remove the const qualifier. */ int newintnode(const char *s, int c) { long small; char *endptr; /* We do not want to inline 64bit integers to preserve the portability * of the resulting C code.*/ errno=0;/* for catching strtol overflows*/ small=strtol(s,&endptr,10); if (!*endptr && !errno && small<=GP2C_MAX_INT_32) { free((char *)s); return newnodecom(Fsmall,small,-1,c); } else return newnodecom(Fconst,newintvalue(s),-1,c); } int newrealnode(const char *s, int c) { char *endptr; int val; if (!isarealint(s)) val=newrealvalue(s); else { long small; errno=0;/* for catching strtol overflows*/ small=strtol(s,&endptr,10); if (*endptr=='.' && !errno && small<=GP2C_MAX_INT_32) { val=newsmallrealvalue(small); free((char *)s); } else val=newrealvalue(s); } return newnodecom(Fconst,val,-1,c); } int newstringnode(const char *s, int c) { return newnodecom(Fconst,newstringvalue(s),-1,c); } int newquotenode(const char *s, int c) { return newcall("_const_quote",newstringnode(s,c)); } int is_const(int n, CSTtype t) { int f=tree[n].f; int x=tree[n].x; return f==Fconst && value[x].type==t; } int newentry(const char *s) { return newstringvalue(s); } int isfunc(int n, const char *s) { return tree[n].f==Ffunction && !strcmp(s,value[tree[n].x].val.str); } extern char *optprefix; const char *usercname(const char *s) { const char *p; if (!optprefix) { if (s[0]=='p' || s[0]=='l') { for(p=s+1; *p=='_'; p++); if (isdigit(*p)) { for ( ; isdigit(*p); p++); if (!*p) { char *q=calloc(sizeof(*s),2+strlen(s)); sprintf(q,"%c_%s",s[0],s+1); return q; } } } } else { char *q=calloc(sizeof(*s),strlen(optprefix)+1+strlen(s)); sprintf(q,"%s%s",optprefix,s); return q; } return s; } int newmember(const char *s) { char *p; int n; p=calloc(sizeof(*s),3+strlen(s)); sprintf(p,"_.%s",s); n=newentry(p); free((char *)s); return n; } void initoperators(void) { int i; for (i=0;it) die(n,"Unknown type '%s' or unexpected ':'",s); return n; } int detag(int n) { while(tree[n].f==Ftag) n=tree[n].x; return n; } int getlvaluerr(int n) { int ret=getlvalue(n); if (ret==-1) die(n,"not an lvalue"); return ret; } int newctype(const char *s) { int n=stack_new(&s_Ctype); Ctype[n].name=strdup(s); return n; } int strtoctype(const char *s) { int i; for(i=0;i= 8*sizeof(long)) die(err_desc,"GP2C only supports %ld modes",8*sizeof(long)); Mmode[n].name=strdup(s); return n; } int strtomode(char *s) { int i; for(i=0;iFlastfunc) return "Funknown"; else return Ffuncname[f]; } const char *GPname(int f) { if (f<0 || f>s_GPtype.n) return "Gunknown"; else return GPtype[f].name; } static int currlabel=0; int newlabel(int type) { int n=stack_new(&s_label); label[n].num=currlabel; label[n].type=type; label[n].go=0; label[n].ne=0; currlabel+=2; return n; } gp2c-0.0.10/src/toplevel.c0000644000175000017500000000727712652135526012155 00000000000000/* Copyright (C) 2002-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include #include #include "header.h" static int toplevel=0; int initnode=0; static const char *basename(const char *s) { long i; long l=strlen(s); for(i=l-1;i>=0;i--) if (s[i]=='/') return s+i+1; return s; } char *nameinitfunc(void) { const char *initname="init_"; const char *absname, *p; char *name, *q; absname=basename(nameparse); name=calloc(strlen(initname)+strlen(absname)+1,sizeof(*name)); sprintf(name,"%s",initname); q=name+strlen(name); for(p=absname;*p && *p!='.';p++,q++) if (isalnum(*p)) *q=*p; else *q='_'; *q=0; return name; } int addinitfunc(int n) { int code; int ret; char *name; name=nameinitfunc(); code=toplevel?toplevel:-1; code=addseqright(code,GNIL); initnode = newentry(name); code=newnode(Fdeffunc,newnode(Ffunction,initnode,-1),code); ret=addseqright(code,n); return ret; } void genpredeclaration(int args, int n) { int stack[STACKSZ]; int i; int nb=listtostack(args,Flistarg,stack,STACKSZ,"function declaration",n); if (nb==1 && stack[0]==GNOARG) nb--; for(i=0;i=0 && tree[x].f!=Fdeffunc && tree[x].f!=Fseq) { int dx = detag(x); if (isfunc(dx,"global")) genpredeclaration(tree[dx].y,dx); if (isfunc(dx,"local")) warning(dx,"`local' at top-level discarded"); else toplevel=addseqright(toplevel,x); tree[n].x=GNIL; } else gentoplevel(x); if (y>=0 && tree[y].f!=Fdeffunc && tree[y].f!=Fseq) { int dy = detag(y); if (isfunc(dy,"global")) genpredeclaration(tree[dy].y,dy); if (isfunc(dy,"local")) warning(dy,"`local' at top-level discarded"); else toplevel=addseqright(toplevel,y); tree[n].y=GNIL; } else gentoplevel(y); break; case Ffunction: die(n,"Ffunction in toplevel"); gentoplevel(y); break; case Fdeffunc: case Fentry: case Fconst: case Fsmall: case Fnoarg: break; case Frefarg: case Ftag: die(n,"%s in toplevel",funcname(tree[n].f)); gentoplevel(x); break; default: if (tree[n].f>=FneedENTRY) { die(n,"Internal error: unknown func %s in gentoplevel",funcname(tree[n].f)); } else { gentoplevel(x); gentoplevel(y); } } } gp2c-0.0.10/src/funcdesc.c0000644000175000017500000004250212632063752012102 00000000000000/* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include #include #include "header.h" extern gpfunc listfunc[]; gpdesc *newdesc(int nb) { gpdesc *gd = (gpdesc *) malloc(sizeof(*gd)); gd->nb=nb; gd->a=nb?(gpdescarg *)calloc(nb,sizeof(*(gd->a))):NULL; return gd; } gpwrap *newwrap(int nb) { gpwrap *gw = (gpwrap *) malloc(sizeof(*gw)); gw->nb=nb; gw->w=nb?(int *)calloc(nb,sizeof(*(gw->w))):NULL; return gw; } static void strtoargsdefault(char *s, descargatom *aa, int opt) { if (isdigit(*s) || *s=='-' || *s=='+') { aa->t=opt?AAoptsmall:AAsmall; aa->type=Gsmall; aa->misc=atol(s); } else { int t=strtotype(s); aa->t=opt?AAopttype:AAtype; aa->type=t; } } /*modify s*/ descargatom strtoargs(char *s) { descargatom aa; int t; char *mstr=s; aa.mode=0; aa.type=Gnotype; aa.misc=0; while ((mstr=strrchr(mstr,':'))) { aa.mode|=1<"); buf[strlen(buf)-1]=0; } int readnumber(FILE *f, char *buf, int len) { readentry(f,buf,len); return atol(buf); } int readtypemode(FILE *f,char *buf, int len, int *mode) { int nb=readnumber(f,buf,len); int type; *mode=0; if (nb) { int j; readentry(f,buf,len); type=strtotype(buf); for(j=1;jgpname); for(i=0;idsc=gd; else func->iter=gd; } for(j=0; ja+j; if (type==0) { readentry(dfile,buf,BUFFER_SIZE); da->cname=strdup(buf); } else { gpiterator *iter = &(da->iter); int niter=readnumber(dfile,buf,BUFFER_SIZE); if (niter!=3) die(err_desc,"unsupported iterator"); readentry(dfile,buf,BUFFER_SIZE); iter->type=strtotype(buf); readentry(dfile,buf,BUFFER_SIZE); iter->init=getfunc(buf); func = lfunc+nf; readentry(dfile,buf,BUFFER_SIZE); iter->next=getfunc(buf); func = lfunc+nf; } nargs=readnumber(dfile,buf,BUFFER_SIZE); da->nargs=nargs; if (nargs) da->args=(descargatom *) calloc(nargs,sizeof(*da->args)); else da->args=NULL; for(k=0; kargs[k]=strtoargs(buf); } da->type=readtypemode(dfile,buf,BUFFER_SIZE,&da->mode); } break; case 1: /*This is a prototype*/ readentry(dfile,buf,BUFFER_SIZE); func->proto.cname=strdup(buf); readentry(dfile,buf,BUFFER_SIZE); func->proto.code=strdup(buf); functype(*func)=readtypemode(dfile,buf,BUFFER_SIZE,&funcmode(*func)); break; case 2: /*This is a wrapper*/ nargs=readnumber(dfile,buf,BUFFER_SIZE); func->wrap = newwrap(nargs); for(j=0;jwrap->w[j]=*buf?(buf[1]?nw:-1):-2; } break; default: die(err_desc,"Unknown description type %d in %s",type,descfile); } } } fclose(dfile); } int descrulescore(int nb, int *args, gpdescarg *ga, int * const psc,int * const pesc) { int sc=0, esc=0; int i,j; descargatom *da=ga->args; for (i=0, j=0;jnargs;j++, i++) { int t; int arg=(i=nb) break; j--; } if (arg==GNOARG) { if (da[j].t==AAnoarg || da[j].t==AAoptsmall || da[j].t==AAopttype) { esc++; if (i>=nb) sc++; continue; } return 1; } if (arg<0) die(err_desc,"Internal error: Bad argument in descfindrules"); if (da[j].mode>=0) { if ((tree[arg].m&da[j].mode)==da[j].mode) esc++; else return 1; } t=tree[arg].t; switch(da[j].t) { case AAopttype: /* Since arg is not GNOARG, arg is present */ case AAtype: if (t==da[j].type) esc++; if (is_subtype(t,da[j].type)) break; if (is_subtype(da[j].type,t)) sc++; else return 1; break; case AActype: if (ctype[t]==da[j].misc) esc++; else return 1; break; case AAoptsmall: /* Since arg is not GNOARG, arg is present */ case AAsmall: if (tree[arg].f==Fsmall && tree[arg].x==da[j].misc) esc++; else return 1; break; case AAstring: if (is_const(arg,CSTstr) && strcmp(entryname(arg),da[j].str)==0) esc++; else return 1; break; case AAreftype: if (t==da[j].type) esc++; if (tree[arg].f==Frefarg && is_subtype(da[j].type,t) && ctype[t]==ctype[da[j].type]) break; return 1; case AAherevalue: if (t==da[j].type && (tree[arg].f==Fsmall || tree[arg].f==Fconst)) { esc++; break; } return 1; case AAlvalue: if (getlvalue(arg)<0) return 1; if (t==da[j].type) esc++; else if (ctype[t]!=ctype[da[j].type] || !is_subtype(t,da[j].type)) return 1; break; case AAmulti: if (tree[arg].f==Fentry || tree[arg].f==Fsmall) break; return 1; case AAnoarg:/* Since arg is not GNOARG, reject*/ return 1; default: die(err_desc,"Internal error unknown AAvalue in descrulescore"); } } if (ia; for(i=0;inb;i++) { int sc=0, esc=0; if (descrulescore(nb,arg,ga+i,&sc,&esc)) continue; if (best==-1 || scescore )) { score=sc; escore=esc; best=i; } } return (best==-1)?NULL:ga+best; } gpdescarg *descfindrules(int nb, int *arg, gpfunc *gp) { return descfindrulesdsc(nb, arg, gp->dsc); } gpdescarg *descfindrules1(int arg, int nf) { return descfindrules(1, &arg, lfunc+nf); } int gentypefuncdesc(int n, gpfunc *gp) { int arg[STACKSZ]; int i, nb; int y=tree[n].y; gpdescarg *rule; if ( y!=-1 ) { gentype(y); tree[n].m|=tree[y].m&MODHERIT; } nb=genlistargs(n,arg,0,STACKSZ); rule=descfindrules(nb,arg,gp); if (!rule) return Gnotype; for(i=0;inargs;i++) if (rule->args[i].t==AAlvalue) { int ta=tree[arg[i]].t, ts=rule->args[i].type; if (!is_subtype(ts,ta)) warning(n,"Assignement to a less precise type: %s<-%s",GPname(ta),GPname(ts)); } tree[n].m|=rule->mode; return rule->type; } enum FBenum {FBparens, FBstdref} flagbit; struct rpn_data { FILE *fout; gpdescarg *rule; int nbarg; int *arg; int nerr; int nf; int sp; long flag; }; static int get_arg(struct rpn_data *d, int n) { if (n<=d->nbarg) return d->arg[n-1]; return GNOARG; } static int get_str(struct rpn_data *d, int n) { int x=get_arg(d,n); if (tree[x].f!=Fconst && value[tree[x].x].type!=CSTstr) die(n,"Constant string expected"); return x; } static descargatom* get_atom(struct rpn_data *d, int n) { if(n>d->rule->nargs) die(d->nerr,"Too few parameters"); return d->rule->args+n-1; } static void cast_flag(struct rpn_data *d, int n, int t) { gencastf(d->fout,n,t,d->flag&(1<sp-=(n) #define push(n) d->sp+=(n) #define LVL(n) (stk[d->sp-1-(n)]) #define NOLVL ((void)stk) RPN(rpn_add) {LVL(1)+=LVL(0); pop(1);} RPN(rpn_sub) {LVL(1)-=LVL(0); pop(1);} RPN(rpn_mul) {LVL(1)*=LVL(0); pop(1);} RPN(rpn_div) {LVL(1)/=LVL(0); pop(1);} RPN(rpn_mod) {LVL(1)%=LVL(0); pop(1);} RPN(rpn_and) {LVL(1)&=LVL(0); pop(1);} RPN(rpn_or) {LVL(1)|=LVL(0); pop(1);} RPN(rpn_xor) {LVL(1)^=LVL(0); pop(1);} RPN(rpn_neg) {LVL(0)=-LVL(0);} RPN(rpn_not) {LVL(0)=!LVL(0);} RPN(rpn_nbarg) {push(1);LVL(0)=d->nbarg;} RPN(rpn_parens) {NOLVL;d->flag|=1<flag|=1<fout, get_str(d, LVL(0))); pop(1); } RPN(rpn_str_raw) { fputs(entryname(get_str(d, LVL(0))),d->fout); pop(1); } RPN(rpn_type) { LVL(0)=get_atom(d, LVL(0))->type; } RPN(rpn_value) { int n=get_arg(d,LVL(0)); if (tree[n].f!=Fsmall) die(n,"Not an immediate small"); LVL(0)=tree[n].x; } RPN(rpn_cast) { int n=get_arg(d,LVL(1)); int cast=LVL(0); descargatom *r=get_atom(d, LVL(1)); int t=(cast==-1)?r->type:cast; switch(r->t) { case AAstdarg: { int i; int x=LVL(1)-1; if (x==0) die(d->nerr,"No argument before ellipsis (...)"); t=r[-1].type; for(i=x-1;inbarg;i++) { if (i>=x) fprintf(d->fout,", "); if (d->flag&(1<fout,"&"); gencast(d->fout,d->arg[i],t); } } break; case AAoptsmall: fprintf(d->fout,"%d",r->misc); break; case AAopttype: if (n==GNOARG) gencodenoarg(d->fout,t,n); else cast_flag(d,n,t); break; case AActype: if (cast==-1) t=tree[n].t; default: /*Fall through*/ cast_flag(d,n,t); break; } pop(2); } RPN(rpn_prec) { genprec(d->fout, preclevel); } RPN(rpn_bitprec) { genbitprec(d->fout, preclevel); } RPN(rpn_code) { push(1); LVL(0)=-1; rpn_cast(d,stk); } RPN(rpn_wrapper) { int idx = LVL(0); int n = get_arg(d,idx); gpfunc *gp; pop(1); if (isfunc(n,"_closure")) { int y = tree[n].y; while(tree[y].f==Flistarg) y=tree[y].x; gp = lfunc+findfunction(entryname(y)); if (gp->spec==GPuser && gp->user->wrapper>=0) { fprintf(d->fout, "wrap_%s", gp->proto.cname); return; } } gp = lfunc+lfunc[d->nf].wrap->w[idx-1]; fputs(gp->proto.cname, d->fout); } RPN(rpn_cookie) { int arg[STACKSZ]; int n=get_arg(d,LVL(0)); if (isfunc(n,"_closure")) { int nb=genlistargs(n,arg,1,STACKSZ-1); gpfunc *gp = lfunc + findfunction(entryname(arg[0])); if (gp->spec==GPuser && gp->user->wrapper>=0) { gpfunc *wr = lfunc + gp->user->wrapper; if ((funcmode(*gp)&(1<fout, nb-1,arg+1,FC_tovecprec,d->nerr); else { if (nb==1) fputs("NULL", d->fout); else genfuncbydesc(d->fout, nb-1,arg+1,FC_tovec,d->nerr); } pop(1); return; } } rpn_code(d,stk); } RPN(rpn_format_string) { int x=LVL(0)-1; int i,j; int arg[STACKSZ]; if (x==0) die(d->nerr,"Ellipsis at start of description"); for(j=x-1;jnbarg;j++) { int nb=genlistcats(d->arg[j],arg,STACKSZ); for(i=0;ifout,n,FC_formatcode,n)) die(n,"No format for %s arg",GPname(tree[n].t)); } } pop(1); } RPN(rpn_format_args) { int x=LVL(0)-1; int arg[STACKSZ]; int i,j; if (x==0) die(d->nerr,"Ellipsis at start of description"); for(j=x-1;jnbarg;j++) { int nb=genlistcats(d->arg[j],arg,STACKSZ); for(i=0;itype!=Gvoid) { fprintf(d->fout,", "); gencast(d->fout,arg[i],rule->type); } } } pop(1); } const char *gencoderpn(FILE *fout, const char *p, gpdescarg *rule, int nbarg, int *arg, int nerr, int nf) { int stk[STACKSZ]; struct rpn_data data; const char *ps = p+1; struct rpn_func rpn[] = { {"add",2,rpn_add},{"sub",2,rpn_sub},{"neg",1,rpn_neg}, {"mul",2,rpn_mul},{"div",2,rpn_div},{"mod",2,rpn_mod}, {"and",2,rpn_and},{"or",2,rpn_or},{"xor",2,rpn_xor},{"not",1,rpn_not}, {"value",1,rpn_value},{"type",1,rpn_type},{"nbarg",0,rpn_nbarg}, {"parens",0,rpn_parens},{"stdref",0,rpn_stdref}, {"str_format",1,rpn_str_format},{"str_raw",1,rpn_str_raw}, {"code",1,rpn_code},{"cast",2,rpn_cast}, {"prec",0,rpn_prec},{"bitprec",0,rpn_bitprec}, {"format_string",1,rpn_format_string}, {"format_args",1,rpn_format_args}, {"cookie",1,rpn_cookie}, {"wrapper",1,rpn_wrapper}, {NULL,0,NULL} }; data.fout=fout; data.rule=rule; data.nbarg=nbarg; data.arg=arg; data.nerr=nerr; data.nf=nf; data.flag=0; data.sp=0; for(;;p++) { if (!*p) die(nerr,"Unfinished ${} in description"); if (*p==' ' || *p=='}' ) { size_t l=p-ps; if (isdigit(ps[0]) || ps[0]=='-') stk[data.sp++]=strtol(ps,NULL,10); else if (ps[0]==':') stk[data.sp++]=strtotype_len(ps+1,l-1); else { int r; for(r=0; rpn[r].name; r++) { const char *name=rpn[r].name; if (l==strlen(name) && !strncmp(ps,name,l)) { if (rpn[r].arity>data.sp) die(nerr,"Too few arguments for %s",name); rpn[r].function(&data,stk); break; } } if(!rpn[r].name) die(nerr,"Unknown description command %s",xstrndup(ps,l)); } ps=p+1; if(*p=='}') break; } } if (data.sp) fprintf(fout,"%d",stk[--data.sp]); return p; } void gencodedesc(FILE *fout, int nb, int *arg, gpdescarg *rule, int nerr, int nf) { char buf[STACKSZ]; const char *p; int mode; p=rule->cname; mode=0; do { switch(mode) { case 0: if (*p=='$') mode=1; else if (*p) fputc(*p,fout); break; case 1: switch(*p) { case '$': mode=0; fprintf(fout,"$"); break; case '"': { char *s=(char*) memccpy(buf,p+1,'"',STACKSZ-1); if (!s) die(nerr,"Unfinished \" in description"); *(s-1)=0; die(nerr,buf); } case 0: die(nerr,"Unfinished $ in description"); case '{': p=gencoderpn(fout, p, rule, nb, arg, nerr, nf); mode=0; break; default: die(nerr,"Unknown description"); } } } while(*p++); } int genfuncbydesc(FILE *fout, int nb, int *arg, int nf, int nerr) { gpdescarg *rule=descfindrules(nb, arg, lfunc+nf); if (!rule) return 1; gencodedesc(fout,nb, arg, rule, nerr, nf); return 0; } int genfuncbydesc1(FILE *fout, int arg, int nf, int nerr) { return genfuncbydesc(fout, 1, &arg, nf, nerr); } gp2c-0.0.10/src/parse.h0000644000175000017500000000631612624136422011426 00000000000000/* A Bison parser, made by GNU Bison 2.5. */ /* Bison interface for Yacc-like parsers in C Copyright (C) 1984, 1989-1990, 2000-2011 Free Software Foundation, Inc. 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 3 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, see . */ /* As a special exception, you may create a larger work that contains part or all of the Bison parser skeleton and distribute that work under terms of your choice, so long as that work isn't itself a parser generator using the skeleton or a modified version thereof as a parser skeleton. Alternatively, if you modify or redistribute the parser skeleton itself, you may (at your option) remove this special exception, which will cause the skeleton and the resulting Bison output files to be licensed under the GNU General Public License without this special exception. This special exception was added by the Free Software Foundation in version 2.2 of Bison. */ /* Tokens. */ #ifndef YYTOKENTYPE # define YYTOKENTYPE /* Put the tokens into the symbol table, so that GDB and other debuggers know about them. */ enum yytokentype { KDOTDOT = 258, KPARROW = 259, KARROW = 260, KPE = 261, KSE = 262, KME = 263, KDE = 264, KDRE = 265, KEUCE = 266, KMODE = 267, KAND = 268, KOR = 269, KID = 270, KEQ = 271, KNE = 272, KGE = 273, KLE = 274, KSRE = 275, KSLE = 276, KSR = 277, KSL = 278, KDR = 279, KPP = 280, KSS = 281, KINTEGER = 282, KREAL = 283, KENTRY = 284, KSTRING = 285, DEFFUNC = 286, SEQ = 287, LVAL = 288, INT = 289, SIGN = 290, MAT = 291 }; #endif /* Tokens. */ #define KDOTDOT 258 #define KPARROW 259 #define KARROW 260 #define KPE 261 #define KSE 262 #define KME 263 #define KDE 264 #define KDRE 265 #define KEUCE 266 #define KMODE 267 #define KAND 268 #define KOR 269 #define KID 270 #define KEQ 271 #define KNE 272 #define KGE 273 #define KLE 274 #define KSRE 275 #define KSLE 276 #define KSR 277 #define KSL 278 #define KDR 279 #define KPP 280 #define KSS 281 #define KINTEGER 282 #define KREAL 283 #define KENTRY 284 #define KSTRING 285 #define DEFFUNC 286 #define SEQ 287 #define LVAL 288 #define INT 289 #define SIGN 290 #define MAT 291 #if ! defined YYSTYPE && ! defined YYSTYPE_IS_DECLARED typedef union YYSTYPE { /* Line 2068 of yacc.c */ #line 32 "parse.y" int val; strcom str; /* Line 2068 of yacc.c */ #line 129 "parse.h" } YYSTYPE; # define YYSTYPE_IS_TRIVIAL 1 # define yystype YYSTYPE /* obsolescent; will be withdrawn */ # define YYSTYPE_IS_DECLARED 1 #endif extern YYSTYPE yylval; gp2c-0.0.10/src/lang.l0000644000175000017500000002211712624133327011237 00000000000000%{ /* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include "header.h" #include "parse.h" #define MAX_INCLUDE_DEPTH 10 YY_BUFFER_STATE include_stack[MAX_INCLUDE_DEPTH]; int depth = 0; int linecount_stack[MAX_INCLUDE_DEPTH]; const char *nameparse_stack[MAX_INCLUDE_DEPTH]; int linecount=1; int yydebug; static enum {Mread_lines,Min_braces} mode=Mread_lines; static int start=0; static int lastcom=-1; static void countline(char *text,int len) { int i; for (i=0; i> { if ( --depth < 0 ) yyterminate(); else { yy_delete_buffer( YY_CURRENT_BUFFER ); yy_switch_to_buffer(include_stack[depth]); linecount = linecount_stack[depth]; free((void*)nameparse); nameparse = nameparse_stack[depth]; } } \\r[^\n]+ { /*With credit to flex manpage*/ char *s=yytext+2; while(*s==' ' || *s=='\t') s++; if ( depth >= MAX_INCLUDE_DEPTH ) die(-1,"\\r includes nested too deeply" ); linecount_stack[depth] = linecount; nameparse_stack[depth] = nameparse; include_stack[depth++] = YY_CURRENT_BUFFER; linecount=1; yyin = fopen(s,"r"); if (!yyin) { char *t=(char*)malloc(strlen(s)+4); sprintf(t,"%s.gp",s); yyin = fopen(t,"r"); if (!yyin) die(-1,"cannot open file `%s'",s); nameparse=strdup(t); free(t); } else nameparse=strdup(s); yy_switch_to_buffer( yy_create_buffer( yyin, YY_BUF_SIZE ) ); } \\[a-qs-z][^\n]*|\?[^\n]* { fprintf(stderr,"Warning:%s:%d: meta commands not implemented\n%s\n", nameparse,linecount,yytext); } ##?[ \t\r]*$ { /*We cannot recognize # */ fprintf(stderr,"Warning:%s:%d: meta commands not implemented\n%s\n", nameparse,linecount,yytext); } ".." return KDOTDOT; "->" return KARROW; \)[ \t\r]*-> return KPARROW; "\\/" return KDR; ">>" return KSR; "<<" return KSL; "<=" return KLE; ">=" return KGE; "!="|"<>" return KNE; "===" return KID; "==" return KEQ; "&&" return KAND; "||" return KOR; "++" return KPP; "--" return KSS; "+=" return KPE; "-=" return KSE; "*=" return KME; "/=" return KDE; "\\=" return KEUCE; "\\/=" return KDRE; "%=" return KMODE; ">>=" return KSRE; "<<=" return KSLE; "\n" {linecount++;if (mode==Mread_lines) {BEGIN(toplevel);return '\n';}} "\n" {linecount++;return '\n';} "{" {mode=Min_braces;BEGIN(INITIAL);} "}" {mode=Mread_lines;BEGIN(toplevel);} "\\\n" {linecount++;} "=" { for( ; ; ) { int c, nc, star=0; for( ; ; ) { c = input(); if ( c == EOF ) return c; if ( c == '\n' ) linecount++; else if ( c!=' ' && c!='\t' && c!='\r') break; } /*Since only one char of look-ahead is available, we have to handle the / or \ by ourself. Fortunately: after =/, only * is valid, after =\, only \ and \\n are valid. Thus we handle them and reject the rest. */ if (c!='/' && c!='\\') { unput(c); return '='; } nc=input(); if (c=='\\' && nc=='\n') { linecount++; continue; } if ((c=='/' && nc!='*') || (c=='\\' && nc!='\\')) { fprintf(stderr,"%s:%d: parse error after =%c%c\n" ,nameparse,linecount,(char)c,(char)nc); fprintf(stderr,"Errors found: aborting...\n"); exit(1); } if (c=='/') { for ( ; ; ) { int c = input(); if ( c == EOF ) die(-1,"Unfinished comment"); if ( c == '/' && star) break; if ( c == '*' ) star=1; else star=0; if ( c == '\n' ) linecount++; } } else { for ( ; ; ) { int c = input(); if ( c == EOF ) die(-1,"Unfinished comment"); if ( c == '/' && star) c='\\'; if ( c == '*' ) star=1; else star=0; if ( c == '\n' ) { linecount++; break; } if ( c == '\r' ) continue; } } } } [ \t\r]+ "/*"|"\\\\" { int star=0; int n; int nl=0; int lc=linecount; if (lastcom==-1) lastcom=newcomment(); n=lastcom; pushcomment(n,'/'); pushcomment(n,'*'); if (yytext[0]=='/') { for ( ; ; ) { int c = input(); if ( c == EOF ) die(-1,"Unfinished comment"); pushcomment(n,c); if ( c == '/' && star) break; if ( c == '*' ) star=1; else star=0; if ( c == '\n' ) linecount++; } } else { nl=1; for ( ; ; ) { int c = input(); if ( c == EOF ) die(-1,"Unfinished comment"); if ( c == '/' && star) c='\\'; if ( c == '*' ) star=1; else star=0; if ( c == '\n' ) { linecount++; break; } if ( c == '\r' ) continue; pushcomment(n,c); } pushcomment(n,' '); pushcomment(n,'*'); pushcomment(n,'/'); pushcomment(n,'\n'); } /*We hack: we put white spaces after comments in the comments This makes output looking better in most cases. Sadly we can't add white spaces that are before comments. */ for( ; ; ) { int c = input(); if ( c == EOF ) return '\n'; if ( c == '\n' ) { linecount++; pushcomment(n,c); nl=1; } else if ( c == ' ' || c == '\t') { if (nl==0) pushcomment(n,c); /*We only add spaces on the same line*/ } else if ( c != '\r' ) { unput(c); break; } } if (lc. {BEGIN(INITIAL); unput(yytext[0]);} . return yytext[0]; %% gp2c-0.0.10/src/patchfunc.h0000644000175000017500000000616712644437100012272 00000000000000/* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ /*Patch for list of gp functions. Must be include after header.h.*/ typedef enum {GPuser_private, GPgpmany, GPinstall,GPaddhelp, GPgrandO, GPbreak,GPnext,GPreturn, GPfor,GPforstep,GPforstepvec,GPforprime,GPforvec,GPfordiv, GPdoloop, GPlabel, GPglobal,GPlocal,GPlocalbitprec,GPlocalprec, GPif, GPprod,GPsum,GPsumdiv,GPprodeuler, GPuntil,GPwhile,GPwhilenull, GPmakevec,GPmakemat, GPvector,GPvectorsmall,GPvectorv,GPmatrix, GPiferr, GPinitfunc,GPcopyarg, GPclosure, GPself } GPspec_private; struct patchfunc_s { const char *gpname; const char *code; int type; int mode; int spec; } patchfunc[]={ /*Override previous definition in pari/src/init.c*/ {"O",NULL,Ggen,0,GPgrandO}, {"addhelp",NULL,Gnotype,(1< 0 #define FLEX_BETA #endif /* First, we deal with platform-specific or compiler-specific issues. */ /* begin standard C headers. */ #include #include #include #include /* end standard C headers. */ /* flex integer type definitions */ #ifndef FLEXINT_H #define FLEXINT_H /* C99 systems have . Non-C99 systems may or may not. */ #if defined (__STDC_VERSION__) && __STDC_VERSION__ >= 199901L /* C99 says to define __STDC_LIMIT_MACROS before including stdint.h, * if you want the limit (max/min) macros for int types. */ #ifndef __STDC_LIMIT_MACROS #define __STDC_LIMIT_MACROS 1 #endif #include typedef int8_t flex_int8_t; typedef uint8_t flex_uint8_t; typedef int16_t flex_int16_t; typedef uint16_t flex_uint16_t; typedef int32_t flex_int32_t; typedef uint32_t flex_uint32_t; #else typedef signed char flex_int8_t; typedef short int flex_int16_t; typedef int flex_int32_t; typedef unsigned char flex_uint8_t; typedef unsigned short int flex_uint16_t; typedef unsigned int flex_uint32_t; /* Limits of integral types. */ #ifndef INT8_MIN #define INT8_MIN (-128) #endif #ifndef INT16_MIN #define INT16_MIN (-32767-1) #endif #ifndef INT32_MIN #define INT32_MIN (-2147483647-1) #endif #ifndef INT8_MAX #define INT8_MAX (127) #endif #ifndef INT16_MAX #define INT16_MAX (32767) #endif #ifndef INT32_MAX #define INT32_MAX (2147483647) #endif #ifndef UINT8_MAX #define UINT8_MAX (255U) #endif #ifndef UINT16_MAX #define UINT16_MAX (65535U) #endif #ifndef UINT32_MAX #define UINT32_MAX (4294967295U) #endif #endif /* ! C99 */ #endif /* ! FLEXINT_H */ #ifdef __cplusplus /* The "const" storage-class-modifier is valid. */ #define YY_USE_CONST #else /* ! __cplusplus */ /* C99 requires __STDC__ to be defined as 1. */ #if defined (__STDC__) #define YY_USE_CONST #endif /* defined (__STDC__) */ #endif /* ! __cplusplus */ #ifdef YY_USE_CONST #define yyconst const #else #define yyconst #endif /* Returned upon end-of-file. */ #define YY_NULL 0 /* Promotes a possibly negative, possibly signed char to an unsigned * integer for use as an array index. If the signed char is negative, * we want to instead treat it as an 8-bit unsigned char, hence the * double cast. */ #define YY_SC_TO_UI(c) ((unsigned int) (unsigned char) c) /* Enter a start condition. This macro really ought to take a parameter, * but we do it the disgusting crufty way forced on us by the ()-less * definition of BEGIN. */ #define BEGIN (yy_start) = 1 + 2 * /* Translate the current start state into a value that can be later handed * to BEGIN to return to the state. The YYSTATE alias is for lex * compatibility. */ #define YY_START (((yy_start) - 1) / 2) #define YYSTATE YY_START /* Action number for EOF rule of a given start state. */ #define YY_STATE_EOF(state) (YY_END_OF_BUFFER + state + 1) /* Special action meaning "start processing a new file". */ #define YY_NEW_FILE yyrestart(yyin ) #define YY_END_OF_BUFFER_CHAR 0 /* Size of default input buffer. */ #ifndef YY_BUF_SIZE #ifdef __ia64__ /* On IA-64, the buffer size is 16k, not 8k. * Moreover, YY_BUF_SIZE is 2*YY_READ_BUF_SIZE in the general case. * Ditto for the __ia64__ case accordingly. */ #define YY_BUF_SIZE 32768 #else #define YY_BUF_SIZE 16384 #endif /* __ia64__ */ #endif /* The state buf must be large enough to hold one state per character in the main buffer. */ #define YY_STATE_BUF_SIZE ((YY_BUF_SIZE + 2) * sizeof(yy_state_type)) #ifndef YY_TYPEDEF_YY_BUFFER_STATE #define YY_TYPEDEF_YY_BUFFER_STATE typedef struct yy_buffer_state *YY_BUFFER_STATE; #endif extern int yyleng; extern FILE *yyin, *yyout; #define EOB_ACT_CONTINUE_SCAN 0 #define EOB_ACT_END_OF_FILE 1 #define EOB_ACT_LAST_MATCH 2 #define YY_LESS_LINENO(n) /* Return all but the first "n" matched characters back to the input stream. */ #define yyless(n) \ do \ { \ /* Undo effects of setting up yytext. */ \ int yyless_macro_arg = (n); \ YY_LESS_LINENO(yyless_macro_arg);\ *yy_cp = (yy_hold_char); \ YY_RESTORE_YY_MORE_OFFSET \ (yy_c_buf_p) = yy_cp = yy_bp + yyless_macro_arg - YY_MORE_ADJ; \ YY_DO_BEFORE_ACTION; /* set up yytext again */ \ } \ while ( 0 ) #define unput(c) yyunput( c, (yytext_ptr) ) #ifndef YY_TYPEDEF_YY_SIZE_T #define YY_TYPEDEF_YY_SIZE_T typedef size_t yy_size_t; #endif #ifndef YY_STRUCT_YY_BUFFER_STATE #define YY_STRUCT_YY_BUFFER_STATE struct yy_buffer_state { FILE *yy_input_file; char *yy_ch_buf; /* input buffer */ char *yy_buf_pos; /* current position in input buffer */ /* Size of input buffer in bytes, not including room for EOB * characters. */ yy_size_t yy_buf_size; /* Number of characters read into yy_ch_buf, not including EOB * characters. */ int yy_n_chars; /* Whether we "own" the buffer - i.e., we know we created it, * and can realloc() it to grow it, and should free() it to * delete it. */ int yy_is_our_buffer; /* Whether this is an "interactive" input source; if so, and * if we're using stdio for input, then we want to use getc() * instead of fread(), to make sure we stop fetching input after * each newline. */ int yy_is_interactive; /* Whether we're considered to be at the beginning of a line. * If so, '^' rules will be active on the next match, otherwise * not. */ int yy_at_bol; int yy_bs_lineno; /**< The line count. */ int yy_bs_column; /**< The column count. */ /* Whether to try to fill the input buffer when we reach the * end of it. */ int yy_fill_buffer; int yy_buffer_status; #define YY_BUFFER_NEW 0 #define YY_BUFFER_NORMAL 1 /* When an EOF's been seen but there's still some text to process * then we mark the buffer as YY_EOF_PENDING, to indicate that we * shouldn't try reading from the input source any more. We might * still have a bunch of tokens to match, though, because of * possible backing-up. * * When we actually see the EOF, we change the status to "new" * (via yyrestart()), so that the user can continue scanning by * just pointing yyin at a new input file. */ #define YY_BUFFER_EOF_PENDING 2 }; #endif /* !YY_STRUCT_YY_BUFFER_STATE */ /* Stack of input buffers. */ static size_t yy_buffer_stack_top = 0; /**< index of top of stack. */ static size_t yy_buffer_stack_max = 0; /**< capacity of stack. */ static YY_BUFFER_STATE * yy_buffer_stack = 0; /**< Stack as an array. */ /* We provide macros for accessing buffer states in case in the * future we want to put the buffer states in a more general * "scanner state". * * Returns the top of the stack, or NULL. */ #define YY_CURRENT_BUFFER ( (yy_buffer_stack) \ ? (yy_buffer_stack)[(yy_buffer_stack_top)] \ : NULL) /* Same as previous macro, but useful when we know that the buffer stack is not * NULL or when we need an lvalue. For internal use only. */ #define YY_CURRENT_BUFFER_LVALUE (yy_buffer_stack)[(yy_buffer_stack_top)] /* yy_hold_char holds the character lost when yytext is formed. */ static char yy_hold_char; static int yy_n_chars; /* number of characters read into yy_ch_buf */ int yyleng; /* Points to current character in buffer. */ static char *yy_c_buf_p = (char *) 0; static int yy_init = 0; /* whether we need to initialize */ static int yy_start = 0; /* start state number */ /* Flag which is used to allow yywrap()'s to do buffer switches * instead of setting up a fresh yyin. A bit of a hack ... */ static int yy_did_buffer_switch_on_eof; void yyrestart (FILE *input_file ); void yy_switch_to_buffer (YY_BUFFER_STATE new_buffer ); YY_BUFFER_STATE yy_create_buffer (FILE *file,int size ); void yy_delete_buffer (YY_BUFFER_STATE b ); void yy_flush_buffer (YY_BUFFER_STATE b ); void yypush_buffer_state (YY_BUFFER_STATE new_buffer ); void yypop_buffer_state (void ); static void yyensure_buffer_stack (void ); static void yy_load_buffer_state (void ); static void yy_init_buffer (YY_BUFFER_STATE b,FILE *file ); #define YY_FLUSH_BUFFER yy_flush_buffer(YY_CURRENT_BUFFER ) YY_BUFFER_STATE yy_scan_buffer (char *base,yy_size_t size ); YY_BUFFER_STATE yy_scan_string (yyconst char *yy_str ); YY_BUFFER_STATE yy_scan_bytes (yyconst char *bytes,int len ); void *yyalloc (yy_size_t ); void *yyrealloc (void *,yy_size_t ); void yyfree (void * ); #define yy_new_buffer yy_create_buffer #define yy_set_interactive(is_interactive) \ { \ if ( ! YY_CURRENT_BUFFER ){ \ yyensure_buffer_stack (); \ YY_CURRENT_BUFFER_LVALUE = \ yy_create_buffer(yyin,YY_BUF_SIZE ); \ } \ YY_CURRENT_BUFFER_LVALUE->yy_is_interactive = is_interactive; \ } #define yy_set_bol(at_bol) \ { \ if ( ! YY_CURRENT_BUFFER ){\ yyensure_buffer_stack (); \ YY_CURRENT_BUFFER_LVALUE = \ yy_create_buffer(yyin,YY_BUF_SIZE ); \ } \ YY_CURRENT_BUFFER_LVALUE->yy_at_bol = at_bol; \ } #define YY_AT_BOL() (YY_CURRENT_BUFFER_LVALUE->yy_at_bol) /* Begin user sect3 */ typedef unsigned char YY_CHAR; FILE *yyin = (FILE *) 0, *yyout = (FILE *) 0; typedef int yy_state_type; extern int yylineno; int yylineno = 1; extern char *yytext; #define yytext_ptr yytext static yy_state_type yy_get_previous_state (void ); static yy_state_type yy_try_NUL_trans (yy_state_type current_state ); static int yy_get_next_buffer (void ); static void yy_fatal_error (yyconst char msg[] ); /* Done after the current pattern has been matched and before the * corresponding action - sets up yytext. */ #define YY_DO_BEFORE_ACTION \ (yytext_ptr) = yy_bp; \ yyleng = (size_t) (yy_cp - yy_bp); \ (yy_hold_char) = *yy_cp; \ *yy_cp = '\0'; \ (yy_c_buf_p) = yy_cp; #define YY_NUM_RULES 45 #define YY_END_OF_BUFFER 46 /* This struct is not used in this scanner, but its presence is necessary. */ struct yy_trans_info { flex_int32_t yy_verify; flex_int32_t yy_nxt; }; static yyconst flex_int16_t yy_accept[110] = { 0, 0, 0, 0, 0, 46, 44, 41, 35, 44, 44, 44, 44, 44, 44, 44, 44, 44, 44, 2, 2, 44, 40, 44, 1, 44, 37, 44, 38, 43, 41, 36, 43, 43, 9, 43, 41, 19, 0, 7, 0, 32, 22, 0, 0, 28, 24, 26, 25, 27, 12, 11, 5, 0, 42, 29, 0, 0, 2, 0, 0, 0, 16, 17, 21, 18, 15, 0, 1, 39, 14, 30, 23, 0, 10, 0, 9, 9, 0, 13, 0, 5, 0, 0, 5, 6, 5, 0, 5, 4, 3, 34, 20, 33, 31, 9, 8, 0, 5, 0, 5, 0, 5, 0, 4, 0, 3, 0, 5, 0 } ; static yyconst flex_int32_t yy_ec[256] = { 0, 1, 1, 1, 1, 1, 1, 1, 1, 2, 3, 1, 1, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 5, 6, 7, 1, 8, 9, 1, 1, 10, 11, 12, 1, 13, 14, 15, 16, 17, 18, 18, 18, 18, 18, 18, 18, 18, 1, 1, 19, 20, 21, 22, 1, 23, 23, 23, 23, 24, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 1, 25, 1, 1, 26, 1, 27, 28, 27, 27, 29, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 30, 27, 27, 27, 27, 27, 31, 27, 27, 32, 33, 34, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 } ; static yyconst flex_int32_t yy_meta[35] = { 0, 1, 1, 2, 3, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 1, 5, 5, 5, 1, 1, 1, 1, 6, 5, 1, 7, 6, 6, 5, 6, 6, 1, 1, 1 } ; static yyconst flex_int16_t yy_base[119] = { 0, 0, 0, 33, 57, 145, 299, 37, 299, 120, 32, 117, 127, 40, 109, 31, 49, 69, 34, 95, 18, 46, 108, 53, 121, 75, 299, 82, 299, 299, 48, 299, 73, 103, 0, 124, 87, 299, 78, 299, 107, 299, 299, 92, 83, 299, 299, 299, 299, 299, 299, 299, 152, 104, 299, 299, 114, 117, 0, 126, 85, 0, 77, 299, 72, 299, 68, 77, 67, 299, 48, 299, 299, 104, 299, 155, 0, 0, 0, 299, 144, 0, 161, 147, 167, 299, 0, 170, 176, 185, 59, 299, 299, 299, 299, 0, 0, 179, 187, 194, 202, 205, 209, 212, 220, 52, 43, 226, 229, 299, 247, 254, 259, 266, 273, 274, 280, 287, 292 } ; static yyconst flex_int16_t yy_def[119] = { 0, 109, 1, 110, 110, 109, 109, 109, 109, 109, 111, 109, 109, 109, 109, 109, 109, 109, 109, 109, 19, 109, 109, 109, 112, 109, 109, 109, 109, 109, 109, 109, 109, 109, 113, 109, 109, 109, 111, 109, 111, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 114, 20, 109, 109, 115, 109, 109, 109, 109, 109, 112, 112, 109, 109, 109, 109, 109, 109, 109, 113, 116, 117, 109, 109, 52, 109, 109, 109, 109, 52, 109, 109, 109, 118, 109, 109, 109, 109, 116, 117, 109, 109, 109, 109, 109, 109, 109, 109, 118, 118, 109, 109, 0, 109, 109, 109, 109, 109, 109, 109, 109, 109 } ; static yyconst flex_int16_t yy_nxt[334] = { 0, 6, 7, 8, 7, 9, 10, 6, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 20, 21, 22, 23, 6, 24, 24, 25, 6, 24, 24, 24, 24, 24, 26, 27, 28, 30, 31, 30, 39, 36, 32, 36, 43, 46, 43, 54, 109, 105, 33, 109, 36, 47, 36, 44, 55, 34, 105, 40, 35, 30, 31, 30, 48, 105, 32, 62, 63, 37, 94, 49, 50, 67, 33, 65, 66, 73, 74, 73, 69, 34, 75, 67, 35, 51, 39, 52, 52, 52, 93, 36, 70, 36, 92, 53, 43, 71, 43, 91, 53, 56, 54, 89, 89, 40, 79, 44, 73, 74, 73, 57, 109, 58, 58, 58, 54, 72, 83, 83, 56, 59, 84, 84, 84, 60, 59, 67, 61, 69, 64, 45, 58, 58, 58, 86, 86, 86, 42, 41, 87, 87, 37, 53, 88, 88, 88, 109, 53, 109, 80, 54, 109, 77, 77, 77, 78, 77, 80, 73, 74, 73, 81, 81, 81, 84, 84, 84, 109, 109, 81, 81, 81, 99, 109, 97, 97, 109, 82, 98, 98, 98, 101, 82, 109, 100, 100, 100, 88, 88, 88, 103, 109, 107, 102, 102, 102, 98, 98, 98, 99, 109, 109, 104, 104, 108, 108, 108, 99, 109, 109, 101, 100, 100, 100, 101, 109, 109, 103, 109, 100, 100, 100, 102, 102, 102, 103, 102, 102, 102, 104, 104, 107, 109, 109, 107, 109, 109, 104, 104, 109, 109, 109, 109, 108, 108, 108, 108, 108, 108, 29, 29, 29, 29, 29, 29, 29, 38, 38, 38, 38, 38, 38, 38, 68, 109, 68, 68, 68, 76, 109, 76, 76, 76, 76, 76, 85, 85, 85, 109, 85, 90, 90, 95, 109, 95, 95, 95, 95, 95, 96, 109, 96, 96, 96, 96, 96, 106, 109, 106, 106, 5, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109 } ; static yyconst flex_int16_t yy_chk[334] = { 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 3, 3, 3, 10, 7, 3, 7, 13, 15, 13, 18, 20, 106, 3, 20, 30, 15, 30, 13, 18, 3, 105, 10, 3, 4, 4, 4, 16, 90, 4, 21, 21, 21, 70, 16, 16, 68, 4, 23, 23, 32, 32, 32, 25, 4, 32, 67, 4, 17, 38, 17, 17, 17, 66, 36, 25, 36, 64, 17, 43, 25, 43, 62, 17, 19, 25, 60, 60, 38, 44, 43, 73, 73, 73, 19, 40, 19, 19, 19, 33, 27, 53, 53, 56, 19, 53, 53, 53, 19, 19, 24, 19, 35, 22, 14, 56, 56, 56, 57, 57, 57, 12, 11, 59, 59, 9, 57, 59, 59, 59, 5, 57, 0, 80, 35, 0, 35, 35, 35, 35, 35, 52, 75, 75, 75, 80, 80, 80, 83, 83, 83, 0, 0, 52, 52, 52, 84, 0, 82, 82, 0, 52, 82, 82, 82, 88, 52, 0, 84, 84, 84, 87, 87, 87, 89, 0, 98, 88, 88, 88, 97, 97, 97, 99, 0, 0, 89, 89, 98, 98, 98, 100, 0, 0, 101, 99, 99, 99, 102, 0, 0, 103, 0, 100, 100, 100, 101, 101, 101, 104, 102, 102, 102, 103, 103, 107, 0, 0, 108, 0, 0, 104, 104, 0, 0, 0, 0, 107, 107, 107, 108, 108, 108, 110, 110, 110, 110, 110, 110, 110, 111, 111, 111, 111, 111, 111, 111, 112, 0, 112, 112, 112, 113, 0, 113, 113, 113, 113, 113, 114, 114, 114, 0, 114, 115, 115, 116, 0, 116, 116, 116, 116, 116, 117, 0, 117, 117, 117, 117, 117, 118, 0, 118, 118, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109, 109 } ; static yy_state_type yy_last_accepting_state; static char *yy_last_accepting_cpos; extern int yy_flex_debug; int yy_flex_debug = 0; /* The intent behind this definition is that it'll catch * any uses of REJECT which flex missed. */ #define REJECT reject_used_but_not_detected #define yymore() yymore_used_but_not_detected #define YY_MORE_ADJ 0 #define YY_RESTORE_YY_MORE_OFFSET char *yytext; #line 1 "lang.l" #line 2 "lang.l" /* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include "header.h" #include "parse.h" #define MAX_INCLUDE_DEPTH 10 YY_BUFFER_STATE include_stack[MAX_INCLUDE_DEPTH]; int depth = 0; int linecount_stack[MAX_INCLUDE_DEPTH]; const char *nameparse_stack[MAX_INCLUDE_DEPTH]; int linecount=1; int yydebug; static enum {Mread_lines,Min_braces} mode=Mread_lines; static int start=0; static int lastcom=-1; static void countline(char *text,int len) { int i; for (i=0; i #endif #ifndef YY_EXTRA_TYPE #define YY_EXTRA_TYPE void * #endif static int yy_init_globals (void ); /* Accessor methods to globals. These are made visible to non-reentrant scanners for convenience. */ int yylex_destroy (void ); int yyget_debug (void ); void yyset_debug (int debug_flag ); YY_EXTRA_TYPE yyget_extra (void ); void yyset_extra (YY_EXTRA_TYPE user_defined ); FILE *yyget_in (void ); void yyset_in (FILE * in_str ); FILE *yyget_out (void ); void yyset_out (FILE * out_str ); int yyget_leng (void ); char *yyget_text (void ); int yyget_lineno (void ); void yyset_lineno (int line_number ); /* Macros after this point can all be overridden by user definitions in * section 1. */ #ifndef YY_SKIP_YYWRAP #ifdef __cplusplus extern "C" int yywrap (void ); #else extern int yywrap (void ); #endif #endif static void yyunput (int c,char *buf_ptr ); #ifndef yytext_ptr static void yy_flex_strncpy (char *,yyconst char *,int ); #endif #ifdef YY_NEED_STRLEN static int yy_flex_strlen (yyconst char * ); #endif #ifndef YY_NO_INPUT #ifdef __cplusplus static int yyinput (void ); #else static int input (void ); #endif #endif /* Amount of stuff to slurp up with each read. */ #ifndef YY_READ_BUF_SIZE #ifdef __ia64__ /* On IA-64, the buffer size is 16k, not 8k */ #define YY_READ_BUF_SIZE 16384 #else #define YY_READ_BUF_SIZE 8192 #endif /* __ia64__ */ #endif /* Copy whatever the last rule matched to the standard output. */ #ifndef ECHO /* This used to be an fputs(), but since the string might contain NUL's, * we now use fwrite(). */ #define ECHO do { if (fwrite( yytext, yyleng, 1, yyout )) {} } while (0) #endif /* Gets input and stuffs it into "buf". number of characters read, or YY_NULL, * is returned in "result". */ #ifndef YY_INPUT #define YY_INPUT(buf,result,max_size) \ if ( YY_CURRENT_BUFFER_LVALUE->yy_is_interactive ) \ { \ int c = '*'; \ size_t n; \ for ( n = 0; n < max_size && \ (c = getc( yyin )) != EOF && c != '\n'; ++n ) \ buf[n] = (char) c; \ if ( c == '\n' ) \ buf[n++] = (char) c; \ if ( c == EOF && ferror( yyin ) ) \ YY_FATAL_ERROR( "input in flex scanner failed" ); \ result = n; \ } \ else \ { \ errno=0; \ while ( (result = fread(buf, 1, max_size, yyin))==0 && ferror(yyin)) \ { \ if( errno != EINTR) \ { \ YY_FATAL_ERROR( "input in flex scanner failed" ); \ break; \ } \ errno=0; \ clearerr(yyin); \ } \ }\ \ #endif /* No semi-colon after return; correct usage is to write "yyterminate();" - * we don't want an extra ';' after the "return" because that will cause * some compilers to complain about unreachable statements. */ #ifndef yyterminate #define yyterminate() return YY_NULL #endif /* Number of entries by which start-condition stack grows. */ #ifndef YY_START_STACK_INCR #define YY_START_STACK_INCR 25 #endif /* Report a fatal error. */ #ifndef YY_FATAL_ERROR #define YY_FATAL_ERROR(msg) yy_fatal_error( msg ) #endif /* end tables serialization structures and prototypes */ /* Default declaration of generated scanner - a define so the user can * easily add parameters. */ #ifndef YY_DECL #define YY_DECL_IS_OURS 1 extern int yylex (void); #define YY_DECL int yylex (void) #endif /* !YY_DECL */ /* Code executed at the beginning of each rule, after yytext and yyleng * have been set up. */ #ifndef YY_USER_ACTION #define YY_USER_ACTION #endif /* Code executed at the end of each rule. */ #ifndef YY_BREAK #define YY_BREAK break; #endif #define YY_RULE_SETUP \ YY_USER_ACTION /** The main scanner function which does all the work. */ YY_DECL { register yy_state_type yy_current_state; register char *yy_cp, *yy_bp; register int yy_act; #line 91 "lang.l" if (!start) {start=1; BEGIN(toplevel);} #line 837 "lang.c" if ( !(yy_init) ) { (yy_init) = 1; #ifdef YY_USER_INIT YY_USER_INIT; #endif if ( ! (yy_start) ) (yy_start) = 1; /* first start state */ if ( ! yyin ) yyin = stdin; if ( ! yyout ) yyout = stdout; if ( ! YY_CURRENT_BUFFER ) { yyensure_buffer_stack (); YY_CURRENT_BUFFER_LVALUE = yy_create_buffer(yyin,YY_BUF_SIZE ); } yy_load_buffer_state( ); } while ( 1 ) /* loops until end-of-file is reached */ { yy_cp = (yy_c_buf_p); /* Support of yytext. */ *yy_cp = (yy_hold_char); /* yy_bp points to the position in yy_ch_buf of the start of * the current run. */ yy_bp = yy_cp; yy_current_state = (yy_start); yy_match: do { register YY_CHAR yy_c = yy_ec[YY_SC_TO_UI(*yy_cp)]; if ( yy_accept[yy_current_state] ) { (yy_last_accepting_state) = yy_current_state; (yy_last_accepting_cpos) = yy_cp; } while ( yy_chk[yy_base[yy_current_state] + yy_c] != yy_current_state ) { yy_current_state = (int) yy_def[yy_current_state]; if ( yy_current_state >= 110 ) yy_c = yy_meta[(unsigned int) yy_c]; } yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c]; ++yy_cp; } while ( yy_base[yy_current_state] != 299 ); yy_find_action: yy_act = yy_accept[yy_current_state]; if ( yy_act == 0 ) { /* have to back up */ yy_cp = (yy_last_accepting_cpos); yy_current_state = (yy_last_accepting_state); yy_act = yy_accept[yy_current_state]; } YY_DO_BEFORE_ACTION; do_action: /* This label is used only to access EOF actions. */ switch ( yy_act ) { /* beginning of action switch */ case 0: /* must back up */ /* undo the effects of YY_DO_BEFORE_ACTION */ *yy_cp = (yy_hold_char); yy_cp = (yy_last_accepting_cpos); yy_current_state = (yy_last_accepting_state); goto yy_find_action; case 1: YY_RULE_SETUP #line 93 "lang.l" copyentry(yytext); return KENTRY; YY_BREAK case 2: YY_RULE_SETUP #line 94 "lang.l" copytoken(yytext); return KINTEGER; YY_BREAK case 3: YY_RULE_SETUP #line 95 "lang.l" copytoken(yytext); return KINTEGER; YY_BREAK case 4: YY_RULE_SETUP #line 96 "lang.l" copytoken(yytext); return KINTEGER; YY_BREAK case 5: YY_RULE_SETUP #line 97 "lang.l" copytoken(yytext); return KREAL; YY_BREAK case 6: /* rule 6 can match eol */ *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */ (yy_c_buf_p) = yy_cp -= 1; YY_DO_BEFORE_ACTION; /* set up yytext again */ YY_RULE_SETUP #line 98 "lang.l" copytoken(yytext); return KREAL; YY_BREAK case 7: /* rule 7 can match eol */ YY_RULE_SETUP #line 99 "lang.l" copystring(yytext,yyleng); return KSTRING; YY_BREAK case YY_STATE_EOF(INITIAL): case YY_STATE_EOF(toplevel): #line 101 "lang.l" { if ( --depth < 0 ) yyterminate(); else { yy_delete_buffer(YY_CURRENT_BUFFER ); yy_switch_to_buffer(include_stack[depth]); linecount = linecount_stack[depth]; free((void*)nameparse); nameparse = nameparse_stack[depth]; } } YY_BREAK case 8: YY_RULE_SETUP #line 114 "lang.l" { /*With credit to flex manpage*/ char *s=yytext+2; while(*s==' ' || *s=='\t') s++; if ( depth >= MAX_INCLUDE_DEPTH ) die(-1,"\\r includes nested too deeply" ); linecount_stack[depth] = linecount; nameparse_stack[depth] = nameparse; include_stack[depth++] = YY_CURRENT_BUFFER; linecount=1; yyin = fopen(s,"r"); if (!yyin) { char *t=(char*)malloc(strlen(s)+4); sprintf(t,"%s.gp",s); yyin = fopen(t,"r"); if (!yyin) die(-1,"cannot open file `%s'",s); nameparse=strdup(t); free(t); } else nameparse=strdup(s); yy_switch_to_buffer(yy_create_buffer(yyin,YY_BUF_SIZE ) ); } YY_BREAK case 9: YY_RULE_SETUP #line 139 "lang.l" { fprintf(stderr,"Warning:%s:%d: meta commands not implemented\n%s\n", nameparse,linecount,yytext); } YY_BREAK case 10: *yy_cp = (yy_hold_char); /* undo effects of setting up yytext */ (yy_c_buf_p) = yy_cp -= 1; YY_DO_BEFORE_ACTION; /* set up yytext again */ YY_RULE_SETUP #line 144 "lang.l" { /*We cannot recognize # */ fprintf(stderr,"Warning:%s:%d: meta commands not implemented\n%s\n", nameparse,linecount,yytext); } YY_BREAK case 11: YY_RULE_SETUP #line 149 "lang.l" return KDOTDOT; YY_BREAK case 12: YY_RULE_SETUP #line 150 "lang.l" return KARROW; YY_BREAK case 13: YY_RULE_SETUP #line 151 "lang.l" return KPARROW; YY_BREAK case 14: YY_RULE_SETUP #line 152 "lang.l" return KDR; YY_BREAK case 15: YY_RULE_SETUP #line 153 "lang.l" return KSR; YY_BREAK case 16: YY_RULE_SETUP #line 154 "lang.l" return KSL; YY_BREAK case 17: YY_RULE_SETUP #line 155 "lang.l" return KLE; YY_BREAK case 18: YY_RULE_SETUP #line 156 "lang.l" return KGE; YY_BREAK case 19: YY_RULE_SETUP #line 157 "lang.l" return KNE; YY_BREAK case 20: YY_RULE_SETUP #line 158 "lang.l" return KID; YY_BREAK case 21: YY_RULE_SETUP #line 159 "lang.l" return KEQ; YY_BREAK case 22: YY_RULE_SETUP #line 160 "lang.l" return KAND; YY_BREAK case 23: YY_RULE_SETUP #line 161 "lang.l" return KOR; YY_BREAK case 24: YY_RULE_SETUP #line 163 "lang.l" return KPP; YY_BREAK case 25: YY_RULE_SETUP #line 164 "lang.l" return KSS; YY_BREAK case 26: YY_RULE_SETUP #line 165 "lang.l" return KPE; YY_BREAK case 27: YY_RULE_SETUP #line 166 "lang.l" return KSE; YY_BREAK case 28: YY_RULE_SETUP #line 167 "lang.l" return KME; YY_BREAK case 29: YY_RULE_SETUP #line 168 "lang.l" return KDE; YY_BREAK case 30: YY_RULE_SETUP #line 169 "lang.l" return KEUCE; YY_BREAK case 31: YY_RULE_SETUP #line 170 "lang.l" return KDRE; YY_BREAK case 32: YY_RULE_SETUP #line 171 "lang.l" return KMODE; YY_BREAK case 33: YY_RULE_SETUP #line 172 "lang.l" return KSRE; YY_BREAK case 34: YY_RULE_SETUP #line 173 "lang.l" return KSLE; YY_BREAK case 35: /* rule 35 can match eol */ YY_RULE_SETUP #line 175 "lang.l" {linecount++;if (mode==Mread_lines) {BEGIN(toplevel);return '\n';}} YY_BREAK case 36: /* rule 36 can match eol */ YY_RULE_SETUP #line 176 "lang.l" {linecount++;return '\n';} YY_BREAK case 37: YY_RULE_SETUP #line 177 "lang.l" {mode=Min_braces;BEGIN(INITIAL);} YY_BREAK case 38: YY_RULE_SETUP #line 178 "lang.l" {mode=Mread_lines;BEGIN(toplevel);} YY_BREAK case 39: /* rule 39 can match eol */ YY_RULE_SETUP #line 180 "lang.l" {linecount++;} YY_BREAK case 40: YY_RULE_SETUP #line 182 "lang.l" { for( ; ; ) { int c, nc, star=0; for( ; ; ) { c = input(); if ( c == EOF ) return c; if ( c == '\n' ) linecount++; else if ( c!=' ' && c!='\t' && c!='\r') break; } /*Since only one char of look-ahead is available, we have to handle the / or \ by ourself. Fortunately: after =/, only * is valid, after =\, only \ and \\n are valid. Thus we handle them and reject the rest. */ if (c!='/' && c!='\\') { unput(c); return '='; } nc=input(); if (c=='\\' && nc=='\n') { linecount++; continue; } if ((c=='/' && nc!='*') || (c=='\\' && nc!='\\')) { fprintf(stderr,"%s:%d: parse error after =%c%c\n" ,nameparse,linecount,(char)c,(char)nc); fprintf(stderr,"Errors found: aborting...\n"); exit(1); } if (c=='/') { for ( ; ; ) { int c = input(); if ( c == EOF ) die(-1,"Unfinished comment"); if ( c == '/' && star) break; if ( c == '*' ) star=1; else star=0; if ( c == '\n' ) linecount++; } } else { for ( ; ; ) { int c = input(); if ( c == EOF ) die(-1,"Unfinished comment"); if ( c == '/' && star) c='\\'; if ( c == '*' ) star=1; else star=0; if ( c == '\n' ) { linecount++; break; } if ( c == '\r' ) continue; } } } } YY_BREAK case 41: YY_RULE_SETUP #line 255 "lang.l" YY_BREAK case 42: YY_RULE_SETUP #line 256 "lang.l" { int star=0; int n; int nl=0; int lc=linecount; if (lastcom==-1) lastcom=newcomment(); n=lastcom; pushcomment(n,'/'); pushcomment(n,'*'); if (yytext[0]=='/') { for ( ; ; ) { int c = input(); if ( c == EOF ) die(-1,"Unfinished comment"); pushcomment(n,c); if ( c == '/' && star) break; if ( c == '*' ) star=1; else star=0; if ( c == '\n' ) linecount++; } } else { nl=1; for ( ; ; ) { int c = input(); if ( c == EOF ) die(-1,"Unfinished comment"); if ( c == '/' && star) c='\\'; if ( c == '*' ) star=1; else star=0; if ( c == '\n' ) { linecount++; break; } if ( c == '\r' ) continue; pushcomment(n,c); } pushcomment(n,' '); pushcomment(n,'*'); pushcomment(n,'/'); pushcomment(n,'\n'); } /*We hack: we put white spaces after comments in the comments This makes output looking better in most cases. Sadly we can't add white spaces that are before comments. */ for( ; ; ) { int c = input(); if ( c == EOF ) return '\n'; if ( c == '\n' ) { linecount++; pushcomment(n,c); nl=1; } else if ( c == ' ' || c == '\t') { if (nl==0) pushcomment(n,c); /*We only add spaces on the same line*/ } else if ( c != '\r' ) { unput(c); break; } } if (lcyy_buffer_status == YY_BUFFER_NEW ) { /* We're scanning a new file or input source. It's * possible that this happened because the user * just pointed yyin at a new source and called * yylex(). If so, then we have to assure * consistency between YY_CURRENT_BUFFER and our * globals. Here is the right place to do so, because * this is the first action (other than possibly a * back-up) that will match for the new input source. */ (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_n_chars; YY_CURRENT_BUFFER_LVALUE->yy_input_file = yyin; YY_CURRENT_BUFFER_LVALUE->yy_buffer_status = YY_BUFFER_NORMAL; } /* Note that here we test for yy_c_buf_p "<=" to the position * of the first EOB in the buffer, since yy_c_buf_p will * already have been incremented past the NUL character * (since all states make transitions on EOB to the * end-of-buffer state). Contrast this with the test * in input(). */ if ( (yy_c_buf_p) <= &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] ) { /* This was really a NUL. */ yy_state_type yy_next_state; (yy_c_buf_p) = (yytext_ptr) + yy_amount_of_matched_text; yy_current_state = yy_get_previous_state( ); /* Okay, we're now positioned to make the NUL * transition. We couldn't have * yy_get_previous_state() go ahead and do it * for us because it doesn't know how to deal * with the possibility of jamming (and we don't * want to build jamming into it because then it * will run more slowly). */ yy_next_state = yy_try_NUL_trans( yy_current_state ); yy_bp = (yytext_ptr) + YY_MORE_ADJ; if ( yy_next_state ) { /* Consume the NUL. */ yy_cp = ++(yy_c_buf_p); yy_current_state = yy_next_state; goto yy_match; } else { yy_cp = (yy_c_buf_p); goto yy_find_action; } } else switch ( yy_get_next_buffer( ) ) { case EOB_ACT_END_OF_FILE: { (yy_did_buffer_switch_on_eof) = 0; if ( yywrap( ) ) { /* Note: because we've taken care in * yy_get_next_buffer() to have set up * yytext, we can now set up * yy_c_buf_p so that if some total * hoser (like flex itself) wants to * call the scanner after we return the * YY_NULL, it'll still work - another * YY_NULL will get returned. */ (yy_c_buf_p) = (yytext_ptr) + YY_MORE_ADJ; yy_act = YY_STATE_EOF(YY_START); goto do_action; } else { if ( ! (yy_did_buffer_switch_on_eof) ) YY_NEW_FILE; } break; } case EOB_ACT_CONTINUE_SCAN: (yy_c_buf_p) = (yytext_ptr) + yy_amount_of_matched_text; yy_current_state = yy_get_previous_state( ); yy_cp = (yy_c_buf_p); yy_bp = (yytext_ptr) + YY_MORE_ADJ; goto yy_match; case EOB_ACT_LAST_MATCH: (yy_c_buf_p) = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)]; yy_current_state = yy_get_previous_state( ); yy_cp = (yy_c_buf_p); yy_bp = (yytext_ptr) + YY_MORE_ADJ; goto yy_find_action; } break; } default: YY_FATAL_ERROR( "fatal flex scanner internal error--no action found" ); } /* end of action switch */ } /* end of scanning one token */ } /* end of yylex */ /* yy_get_next_buffer - try to read in a new buffer * * Returns a code representing an action: * EOB_ACT_LAST_MATCH - * EOB_ACT_CONTINUE_SCAN - continue scanning from current position * EOB_ACT_END_OF_FILE - end of file */ static int yy_get_next_buffer (void) { register char *dest = YY_CURRENT_BUFFER_LVALUE->yy_ch_buf; register char *source = (yytext_ptr); register int number_to_move, i; int ret_val; if ( (yy_c_buf_p) > &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] ) YY_FATAL_ERROR( "fatal flex scanner internal error--end of buffer missed" ); if ( YY_CURRENT_BUFFER_LVALUE->yy_fill_buffer == 0 ) { /* Don't try to fill the buffer, so this is an EOF. */ if ( (yy_c_buf_p) - (yytext_ptr) - YY_MORE_ADJ == 1 ) { /* We matched a single character, the EOB, so * treat this as a final EOF. */ return EOB_ACT_END_OF_FILE; } else { /* We matched some text prior to the EOB, first * process it. */ return EOB_ACT_LAST_MATCH; } } /* Try to read more data. */ /* First move last chars to start of buffer. */ number_to_move = (int) ((yy_c_buf_p) - (yytext_ptr)) - 1; for ( i = 0; i < number_to_move; ++i ) *(dest++) = *(source++); if ( YY_CURRENT_BUFFER_LVALUE->yy_buffer_status == YY_BUFFER_EOF_PENDING ) /* don't do the read, it's not guaranteed to return an EOF, * just force an EOF */ YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars) = 0; else { int num_to_read = YY_CURRENT_BUFFER_LVALUE->yy_buf_size - number_to_move - 1; while ( num_to_read <= 0 ) { /* Not enough room in the buffer - grow it. */ /* just a shorter name for the current buffer */ YY_BUFFER_STATE b = YY_CURRENT_BUFFER; int yy_c_buf_p_offset = (int) ((yy_c_buf_p) - b->yy_ch_buf); if ( b->yy_is_our_buffer ) { int new_size = b->yy_buf_size * 2; if ( new_size <= 0 ) b->yy_buf_size += b->yy_buf_size / 8; else b->yy_buf_size *= 2; b->yy_ch_buf = (char *) /* Include room in for 2 EOB chars. */ yyrealloc((void *) b->yy_ch_buf,b->yy_buf_size + 2 ); } else /* Can't grow it, we don't own it. */ b->yy_ch_buf = 0; if ( ! b->yy_ch_buf ) YY_FATAL_ERROR( "fatal error - scanner input buffer overflow" ); (yy_c_buf_p) = &b->yy_ch_buf[yy_c_buf_p_offset]; num_to_read = YY_CURRENT_BUFFER_LVALUE->yy_buf_size - number_to_move - 1; } if ( num_to_read > YY_READ_BUF_SIZE ) num_to_read = YY_READ_BUF_SIZE; /* Read in more data. */ YY_INPUT( (&YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[number_to_move]), (yy_n_chars), (size_t) num_to_read ); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); } if ( (yy_n_chars) == 0 ) { if ( number_to_move == YY_MORE_ADJ ) { ret_val = EOB_ACT_END_OF_FILE; yyrestart(yyin ); } else { ret_val = EOB_ACT_LAST_MATCH; YY_CURRENT_BUFFER_LVALUE->yy_buffer_status = YY_BUFFER_EOF_PENDING; } } else ret_val = EOB_ACT_CONTINUE_SCAN; if ((yy_size_t) ((yy_n_chars) + number_to_move) > YY_CURRENT_BUFFER_LVALUE->yy_buf_size) { /* Extend the array by 50%, plus the number we really need. */ yy_size_t new_size = (yy_n_chars) + number_to_move + ((yy_n_chars) >> 1); YY_CURRENT_BUFFER_LVALUE->yy_ch_buf = (char *) yyrealloc((void *) YY_CURRENT_BUFFER_LVALUE->yy_ch_buf,new_size ); if ( ! YY_CURRENT_BUFFER_LVALUE->yy_ch_buf ) YY_FATAL_ERROR( "out of dynamic memory in yy_get_next_buffer()" ); } (yy_n_chars) += number_to_move; YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] = YY_END_OF_BUFFER_CHAR; YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] = YY_END_OF_BUFFER_CHAR; (yytext_ptr) = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[0]; return ret_val; } /* yy_get_previous_state - get the state just before the EOB char was reached */ static yy_state_type yy_get_previous_state (void) { register yy_state_type yy_current_state; register char *yy_cp; yy_current_state = (yy_start); for ( yy_cp = (yytext_ptr) + YY_MORE_ADJ; yy_cp < (yy_c_buf_p); ++yy_cp ) { register YY_CHAR yy_c = (*yy_cp ? yy_ec[YY_SC_TO_UI(*yy_cp)] : 1); if ( yy_accept[yy_current_state] ) { (yy_last_accepting_state) = yy_current_state; (yy_last_accepting_cpos) = yy_cp; } while ( yy_chk[yy_base[yy_current_state] + yy_c] != yy_current_state ) { yy_current_state = (int) yy_def[yy_current_state]; if ( yy_current_state >= 110 ) yy_c = yy_meta[(unsigned int) yy_c]; } yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c]; } return yy_current_state; } /* yy_try_NUL_trans - try to make a transition on the NUL character * * synopsis * next_state = yy_try_NUL_trans( current_state ); */ static yy_state_type yy_try_NUL_trans (yy_state_type yy_current_state ) { register int yy_is_jam; register char *yy_cp = (yy_c_buf_p); register YY_CHAR yy_c = 1; if ( yy_accept[yy_current_state] ) { (yy_last_accepting_state) = yy_current_state; (yy_last_accepting_cpos) = yy_cp; } while ( yy_chk[yy_base[yy_current_state] + yy_c] != yy_current_state ) { yy_current_state = (int) yy_def[yy_current_state]; if ( yy_current_state >= 110 ) yy_c = yy_meta[(unsigned int) yy_c]; } yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c]; yy_is_jam = (yy_current_state == 109); return yy_is_jam ? 0 : yy_current_state; } static void yyunput (int c, register char * yy_bp ) { register char *yy_cp; yy_cp = (yy_c_buf_p); /* undo effects of setting up yytext */ *yy_cp = (yy_hold_char); if ( yy_cp < YY_CURRENT_BUFFER_LVALUE->yy_ch_buf + 2 ) { /* need to shift things up to make room */ /* +2 for EOB chars. */ register int number_to_move = (yy_n_chars) + 2; register char *dest = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[ YY_CURRENT_BUFFER_LVALUE->yy_buf_size + 2]; register char *source = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[number_to_move]; while ( source > YY_CURRENT_BUFFER_LVALUE->yy_ch_buf ) *--dest = *--source; yy_cp += (int) (dest - source); yy_bp += (int) (dest - source); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_buf_size; if ( yy_cp < YY_CURRENT_BUFFER_LVALUE->yy_ch_buf + 2 ) YY_FATAL_ERROR( "flex scanner push-back overflow" ); } *--yy_cp = (char) c; (yytext_ptr) = yy_bp; (yy_hold_char) = *yy_cp; (yy_c_buf_p) = yy_cp; } #ifndef YY_NO_INPUT #ifdef __cplusplus static int yyinput (void) #else static int input (void) #endif { int c; *(yy_c_buf_p) = (yy_hold_char); if ( *(yy_c_buf_p) == YY_END_OF_BUFFER_CHAR ) { /* yy_c_buf_p now points to the character we want to return. * If this occurs *before* the EOB characters, then it's a * valid NUL; if not, then we've hit the end of the buffer. */ if ( (yy_c_buf_p) < &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] ) /* This was really a NUL. */ *(yy_c_buf_p) = '\0'; else { /* need more input */ int offset = (yy_c_buf_p) - (yytext_ptr); ++(yy_c_buf_p); switch ( yy_get_next_buffer( ) ) { case EOB_ACT_LAST_MATCH: /* This happens because yy_g_n_b() * sees that we've accumulated a * token and flags that we need to * try matching the token before * proceeding. But for input(), * there's no matching to consider. * So convert the EOB_ACT_LAST_MATCH * to EOB_ACT_END_OF_FILE. */ /* Reset buffer status. */ yyrestart(yyin ); /*FALLTHROUGH*/ case EOB_ACT_END_OF_FILE: { if ( yywrap( ) ) return EOF; if ( ! (yy_did_buffer_switch_on_eof) ) YY_NEW_FILE; #ifdef __cplusplus return yyinput(); #else return input(); #endif } case EOB_ACT_CONTINUE_SCAN: (yy_c_buf_p) = (yytext_ptr) + offset; break; } } } c = *(unsigned char *) (yy_c_buf_p); /* cast for 8-bit char's */ *(yy_c_buf_p) = '\0'; /* preserve yytext */ (yy_hold_char) = *++(yy_c_buf_p); return c; } #endif /* ifndef YY_NO_INPUT */ /** Immediately switch to a different input stream. * @param input_file A readable stream. * * @note This function does not reset the start condition to @c INITIAL . */ void yyrestart (FILE * input_file ) { if ( ! YY_CURRENT_BUFFER ){ yyensure_buffer_stack (); YY_CURRENT_BUFFER_LVALUE = yy_create_buffer(yyin,YY_BUF_SIZE ); } yy_init_buffer(YY_CURRENT_BUFFER,input_file ); yy_load_buffer_state( ); } /** Switch to a different input buffer. * @param new_buffer The new input buffer. * */ void yy_switch_to_buffer (YY_BUFFER_STATE new_buffer ) { /* TODO. We should be able to replace this entire function body * with * yypop_buffer_state(); * yypush_buffer_state(new_buffer); */ yyensure_buffer_stack (); if ( YY_CURRENT_BUFFER == new_buffer ) return; if ( YY_CURRENT_BUFFER ) { /* Flush out information for old buffer. */ *(yy_c_buf_p) = (yy_hold_char); YY_CURRENT_BUFFER_LVALUE->yy_buf_pos = (yy_c_buf_p); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); } YY_CURRENT_BUFFER_LVALUE = new_buffer; yy_load_buffer_state( ); /* We don't actually know whether we did this switch during * EOF (yywrap()) processing, but the only time this flag * is looked at is after yywrap() is called, so it's safe * to go ahead and always set it. */ (yy_did_buffer_switch_on_eof) = 1; } static void yy_load_buffer_state (void) { (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_n_chars; (yytext_ptr) = (yy_c_buf_p) = YY_CURRENT_BUFFER_LVALUE->yy_buf_pos; yyin = YY_CURRENT_BUFFER_LVALUE->yy_input_file; (yy_hold_char) = *(yy_c_buf_p); } /** Allocate and initialize an input buffer state. * @param file A readable stream. * @param size The character buffer size in bytes. When in doubt, use @c YY_BUF_SIZE. * * @return the allocated buffer state. */ YY_BUFFER_STATE yy_create_buffer (FILE * file, int size ) { YY_BUFFER_STATE b; b = (YY_BUFFER_STATE) yyalloc(sizeof( struct yy_buffer_state ) ); if ( ! b ) YY_FATAL_ERROR( "out of dynamic memory in yy_create_buffer()" ); b->yy_buf_size = size; /* yy_ch_buf has to be 2 characters longer than the size given because * we need to put in 2 end-of-buffer characters. */ b->yy_ch_buf = (char *) yyalloc(b->yy_buf_size + 2 ); if ( ! b->yy_ch_buf ) YY_FATAL_ERROR( "out of dynamic memory in yy_create_buffer()" ); b->yy_is_our_buffer = 1; yy_init_buffer(b,file ); return b; } /** Destroy the buffer. * @param b a buffer created with yy_create_buffer() * */ void yy_delete_buffer (YY_BUFFER_STATE b ) { if ( ! b ) return; if ( b == YY_CURRENT_BUFFER ) /* Not sure if we should pop here. */ YY_CURRENT_BUFFER_LVALUE = (YY_BUFFER_STATE) 0; if ( b->yy_is_our_buffer ) yyfree((void *) b->yy_ch_buf ); yyfree((void *) b ); } #ifndef __cplusplus extern int isatty (int ); #endif /* __cplusplus */ /* Initializes or reinitializes a buffer. * This function is sometimes called more than once on the same buffer, * such as during a yyrestart() or at EOF. */ static void yy_init_buffer (YY_BUFFER_STATE b, FILE * file ) { int oerrno = errno; yy_flush_buffer(b ); b->yy_input_file = file; b->yy_fill_buffer = 1; /* If b is the current buffer, then yy_init_buffer was _probably_ * called from yyrestart() or through yy_get_next_buffer. * In that case, we don't want to reset the lineno or column. */ if (b != YY_CURRENT_BUFFER){ b->yy_bs_lineno = 1; b->yy_bs_column = 0; } b->yy_is_interactive = file ? (isatty( fileno(file) ) > 0) : 0; errno = oerrno; } /** Discard all buffered characters. On the next scan, YY_INPUT will be called. * @param b the buffer state to be flushed, usually @c YY_CURRENT_BUFFER. * */ void yy_flush_buffer (YY_BUFFER_STATE b ) { if ( ! b ) return; b->yy_n_chars = 0; /* We always need two end-of-buffer characters. The first causes * a transition to the end-of-buffer state. The second causes * a jam in that state. */ b->yy_ch_buf[0] = YY_END_OF_BUFFER_CHAR; b->yy_ch_buf[1] = YY_END_OF_BUFFER_CHAR; b->yy_buf_pos = &b->yy_ch_buf[0]; b->yy_at_bol = 1; b->yy_buffer_status = YY_BUFFER_NEW; if ( b == YY_CURRENT_BUFFER ) yy_load_buffer_state( ); } /** Pushes the new state onto the stack. The new state becomes * the current state. This function will allocate the stack * if necessary. * @param new_buffer The new state. * */ void yypush_buffer_state (YY_BUFFER_STATE new_buffer ) { if (new_buffer == NULL) return; yyensure_buffer_stack(); /* This block is copied from yy_switch_to_buffer. */ if ( YY_CURRENT_BUFFER ) { /* Flush out information for old buffer. */ *(yy_c_buf_p) = (yy_hold_char); YY_CURRENT_BUFFER_LVALUE->yy_buf_pos = (yy_c_buf_p); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); } /* Only push if top exists. Otherwise, replace top. */ if (YY_CURRENT_BUFFER) (yy_buffer_stack_top)++; YY_CURRENT_BUFFER_LVALUE = new_buffer; /* copied from yy_switch_to_buffer. */ yy_load_buffer_state( ); (yy_did_buffer_switch_on_eof) = 1; } /** Removes and deletes the top of the stack, if present. * The next element becomes the new top. * */ void yypop_buffer_state (void) { if (!YY_CURRENT_BUFFER) return; yy_delete_buffer(YY_CURRENT_BUFFER ); YY_CURRENT_BUFFER_LVALUE = NULL; if ((yy_buffer_stack_top) > 0) --(yy_buffer_stack_top); if (YY_CURRENT_BUFFER) { yy_load_buffer_state( ); (yy_did_buffer_switch_on_eof) = 1; } } /* Allocates the stack if it does not exist. * Guarantees space for at least one push. */ static void yyensure_buffer_stack (void) { int num_to_alloc; if (!(yy_buffer_stack)) { /* First allocation is just for 2 elements, since we don't know if this * scanner will even need a stack. We use 2 instead of 1 to avoid an * immediate realloc on the next call. */ num_to_alloc = 1; (yy_buffer_stack) = (struct yy_buffer_state**)yyalloc (num_to_alloc * sizeof(struct yy_buffer_state*) ); if ( ! (yy_buffer_stack) ) YY_FATAL_ERROR( "out of dynamic memory in yyensure_buffer_stack()" ); memset((yy_buffer_stack), 0, num_to_alloc * sizeof(struct yy_buffer_state*)); (yy_buffer_stack_max) = num_to_alloc; (yy_buffer_stack_top) = 0; return; } if ((yy_buffer_stack_top) >= ((yy_buffer_stack_max)) - 1){ /* Increase the buffer to prepare for a possible push. */ int grow_size = 8 /* arbitrary grow size */; num_to_alloc = (yy_buffer_stack_max) + grow_size; (yy_buffer_stack) = (struct yy_buffer_state**)yyrealloc ((yy_buffer_stack), num_to_alloc * sizeof(struct yy_buffer_state*) ); if ( ! (yy_buffer_stack) ) YY_FATAL_ERROR( "out of dynamic memory in yyensure_buffer_stack()" ); /* zero only the new slots.*/ memset((yy_buffer_stack) + (yy_buffer_stack_max), 0, grow_size * sizeof(struct yy_buffer_state*)); (yy_buffer_stack_max) = num_to_alloc; } } /** Setup the input buffer state to scan directly from a user-specified character buffer. * @param base the character buffer * @param size the size in bytes of the character buffer * * @return the newly allocated buffer state object. */ YY_BUFFER_STATE yy_scan_buffer (char * base, yy_size_t size ) { YY_BUFFER_STATE b; if ( size < 2 || base[size-2] != YY_END_OF_BUFFER_CHAR || base[size-1] != YY_END_OF_BUFFER_CHAR ) /* They forgot to leave room for the EOB's. */ return 0; b = (YY_BUFFER_STATE) yyalloc(sizeof( struct yy_buffer_state ) ); if ( ! b ) YY_FATAL_ERROR( "out of dynamic memory in yy_scan_buffer()" ); b->yy_buf_size = size - 2; /* "- 2" to take care of EOB's */ b->yy_buf_pos = b->yy_ch_buf = base; b->yy_is_our_buffer = 0; b->yy_input_file = 0; b->yy_n_chars = b->yy_buf_size; b->yy_is_interactive = 0; b->yy_at_bol = 1; b->yy_fill_buffer = 0; b->yy_buffer_status = YY_BUFFER_NEW; yy_switch_to_buffer(b ); return b; } /** Setup the input buffer state to scan a string. The next call to yylex() will * scan from a @e copy of @a str. * @param yystr a NUL-terminated string to scan * * @return the newly allocated buffer state object. * @note If you want to scan bytes that may contain NUL values, then use * yy_scan_bytes() instead. */ YY_BUFFER_STATE yy_scan_string (yyconst char * yystr ) { return yy_scan_bytes(yystr,strlen(yystr) ); } /** Setup the input buffer state to scan the given bytes. The next call to yylex() will * scan from a @e copy of @a bytes. * @param yybytes the byte buffer to scan * @param _yybytes_len the number of bytes in the buffer pointed to by @a bytes. * * @return the newly allocated buffer state object. */ YY_BUFFER_STATE yy_scan_bytes (yyconst char * yybytes, int _yybytes_len ) { YY_BUFFER_STATE b; char *buf; yy_size_t n; int i; /* Get memory for full buffer, including space for trailing EOB's. */ n = _yybytes_len + 2; buf = (char *) yyalloc(n ); if ( ! buf ) YY_FATAL_ERROR( "out of dynamic memory in yy_scan_bytes()" ); for ( i = 0; i < _yybytes_len; ++i ) buf[i] = yybytes[i]; buf[_yybytes_len] = buf[_yybytes_len+1] = YY_END_OF_BUFFER_CHAR; b = yy_scan_buffer(buf,n ); if ( ! b ) YY_FATAL_ERROR( "bad buffer in yy_scan_bytes()" ); /* It's okay to grow etc. this buffer, and we should throw it * away when we're done. */ b->yy_is_our_buffer = 1; return b; } #ifndef YY_EXIT_FAILURE #define YY_EXIT_FAILURE 2 #endif static void yy_fatal_error (yyconst char* msg ) { (void) fprintf( stderr, "%s\n", msg ); exit( YY_EXIT_FAILURE ); } /* Redefine yyless() so it works in section 3 code. */ #undef yyless #define yyless(n) \ do \ { \ /* Undo effects of setting up yytext. */ \ int yyless_macro_arg = (n); \ YY_LESS_LINENO(yyless_macro_arg);\ yytext[yyleng] = (yy_hold_char); \ (yy_c_buf_p) = yytext + yyless_macro_arg; \ (yy_hold_char) = *(yy_c_buf_p); \ *(yy_c_buf_p) = '\0'; \ yyleng = yyless_macro_arg; \ } \ while ( 0 ) /* Accessor methods (get/set functions) to struct members. */ /** Get the current line number. * */ int yyget_lineno (void) { return yylineno; } /** Get the input stream. * */ FILE *yyget_in (void) { return yyin; } /** Get the output stream. * */ FILE *yyget_out (void) { return yyout; } /** Get the length of the current token. * */ int yyget_leng (void) { return yyleng; } /** Get the current token. * */ char *yyget_text (void) { return yytext; } /** Set the current line number. * @param line_number * */ void yyset_lineno (int line_number ) { yylineno = line_number; } /** Set the input stream. This does not discard the current * input buffer. * @param in_str A readable stream. * * @see yy_switch_to_buffer */ void yyset_in (FILE * in_str ) { yyin = in_str ; } void yyset_out (FILE * out_str ) { yyout = out_str ; } int yyget_debug (void) { return yy_flex_debug; } void yyset_debug (int bdebug ) { yy_flex_debug = bdebug ; } static int yy_init_globals (void) { /* Initialization is the same as for the non-reentrant scanner. * This function is called from yylex_destroy(), so don't allocate here. */ (yy_buffer_stack) = 0; (yy_buffer_stack_top) = 0; (yy_buffer_stack_max) = 0; (yy_c_buf_p) = (char *) 0; (yy_init) = 0; (yy_start) = 0; /* Defined in main.c */ #ifdef YY_STDINIT yyin = stdin; yyout = stdout; #else yyin = (FILE *) 0; yyout = (FILE *) 0; #endif /* For future reference: Set errno on error, since we are called by * yylex_init() */ return 0; } /* yylex_destroy is for both reentrant and non-reentrant scanners. */ int yylex_destroy (void) { /* Pop the buffer stack, destroying each element. */ while(YY_CURRENT_BUFFER){ yy_delete_buffer(YY_CURRENT_BUFFER ); YY_CURRENT_BUFFER_LVALUE = NULL; yypop_buffer_state(); } /* Destroy the stack itself. */ yyfree((yy_buffer_stack) ); (yy_buffer_stack) = NULL; /* Reset the globals. This is important in a non-reentrant scanner so the next time * yylex() is called, initialization will occur. */ yy_init_globals( ); return 0; } /* * Internal utility routines. */ #ifndef yytext_ptr static void yy_flex_strncpy (char* s1, yyconst char * s2, int n ) { register int i; for ( i = 0; i < n; ++i ) s1[i] = s2[i]; } #endif #ifdef YY_NEED_STRLEN static int yy_flex_strlen (yyconst char * s ) { register int n; for ( n = 0; s[n]; ++n ) ; return n; } #endif void *yyalloc (yy_size_t size ) { return (void *) malloc( size ); } void *yyrealloc (void * ptr, yy_size_t size ) { /* The cast to (char *) in the following accommodates both * implementations that use char* generic pointers, and those * that use void* generic pointers. It works with the latter * because both ANSI C and C++ allow castless assignment from * any pointer type to void*, and deal with argument conversions * as though doing an assignment. */ return (void *) realloc( (char *) ptr, size ); } void yyfree (void * ptr ) { free( (char *) ptr ); /* see yyrealloc() for (char *) cast */ } #define YYTABLES_NAME "yytables" #line 340 "lang.l" gp2c-0.0.10/src/genblock.c0000644000175000017500000005765212665605754012122 00000000000000/* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include #include #include "header.h" static int multi=0; static int newprivvar=1; extern int initnode; extern int optstrict; extern int linecount; extern int safecoeff; int newdecl(int flag, int t, int initval, int *v) { char s[33]; sprintf(s,"%d",newprivvar++); *v=newnode(Fentry,newentry(strdup(s)),-1); return pushvar(*v,flag,t,initval); } int newcall(const char *s, int y) { return newnode(Ffunction,newentry(s),y); } int stacktofun(int fun, int *stack, int nb) { int n,i; if (nb==-1) return -1; for(n=stack[0],i=1;i=0) { if (tree[seq].f==Fseq) { bseq=newnode(Fassign,ret,tree[seq].y); bseq=newnode(Fseq,tree[seq].x,bseq); } else bseq=newnode(Fassign,ret,seq); } else bseq=seq; return bseq; } int geninsertvarop(int seq, int ret, OPerator op) { int bseq; if (seq==-1) return -1; if (ret>=0) { if (tree[seq].f==Fseq) { bseq=newopcall(op,ret,tree[seq].y); bseq=newnode(Fseq,tree[seq].x,bseq); } else bseq=newopcall(op,ret, seq); } else bseq=seq; return bseq; } int newcoeff(int n, int x, int y) { int arg[3]; int nb=y<0?2:3; arg[0]=n; arg[1]=x; arg[2]=y; return newnode(Ffunction,OPcoeff,stacktoargs(arg,nb)); } int newcoeffsafe(int n, int x, int y) { int arg[3]; int nb=y<0?2:3; arg[0]=n; arg[1]=x; arg[2]=y; if (!safecoeff) return newnode(Ffunction,OPcoeff,stacktoargs(arg,nb)); else return newcall("_safecoeff",stacktoargs(arg,nb)); } void makeblock(int bl, int n, int aseq, int ret, int savx) { /*create a block*/ tree[n].f=Fblock; tree[n].x=bl; block[bl].ret=ret; tree[n].y=aseq; copyctx(savx,block+bl); restorectx(savx); } void makeblocks(int bl1, int bl2, int n, int bseq, int aseq, int ret, int savx) { int y; tree[n].f=Fblock; tree[n].x=bl1; block[tree[n].x].ret=ret; y=addseqright(bseq,newnode(Fblock,bl2,aseq)); tree[n].y=y; copyctx(savx,block+bl2); restorectx(savx); } void makeblocks3(int bl1, int bl2, int bl3, int n, int bseq, int aseq, int ret, int sav0, int savx) { int y; tree[n].f=Fblock; tree[n].x=bl1; block[tree[n].x].ret=ret; y=addseqright(bseq,newnode(Fblock,bl2,newnode(Fblock,bl3,aseq))); tree[n].y=y; copyctx(savx,block+bl3); restorectx(savx); copyctx(sav0,block+bl2); restorectx(sav0); } void affectval(int vn, int val, int *seq) { ctxvar *v = ctxstack+vn; if (val<0) die(-1,"Internal error: affectval"); int valn=newnode(Fassign,newleaf(v->node),val); *seq=addseqright(*seq,valn); } int genblockdeclaration(int args, int n, int flag, int type, int *seq) { int stack[STACKSZ]; int i; enum {local,global,function} decl; int mint=(type>=0)?type:Ggen; int nb=listtostack(args,Flistarg,stack,STACKSZ,"function declaration",n); if (nb==1 && stack[0]==GNOARG) nb--; decl=(flag&(1<node,FC_default_check)) v->flag|=(1<narg-1;i>=0;i--) { ctxvar *v=ctxstack+sav1+i; gpdescarg *rule; int check=-1; if (!(v->flag&(1<node, FC_badtype); if (rule && rule->args[0].type==vartype(*v)) { check=newcall("_badtype",newleaf(v->node)); if (rule->type!=Gvoid) { int name=newstringnode(gp->gpname,-1); int args = descfindrules1(name,findfuncdesc("_err_type")) ? name : newnode(Flistarg,name,v->node); check=newcall("if", newnode(Flistarg,check, newcall("_err_type", args))); } } if (v->initval>=0 && (v->flag&(1<node)), newnode(Fassign,newleaf(v->node),v->initval)); check=newcall("if", (check>=0)?newnode(Flistarg,n,check):n); v->initval=-1; } if (check>=0) seq=addseqleft(check,seq); } return seq; } #if 0 /*The code for global(globalvars) f(args)=local(localvars);code;... is */ { ulong ltop=avma; GEN p1; { GEN args; GEN localvars; code; p1=...; } gerepileall(ltop,2,&p1,&globalsvar); return p1; } #endif void genblockdeffunc(int n) { int funcid=tree[n].x; int seq=tree[n].y; const char *name=entryname(funcid); int args=tree[funcid].y; int bl1,gltop=-1,level=preclevel; int savcf,savnpv; int sav1,nodebl1; userfunc *ufunc; /*save global var*/ savcf=currfunc; savnpv=newprivvar; /*reset private var counter*/ newprivvar=1; /*create function*/ currfunc=findfunction(entryname(funcid)); if (currfunc<0) die(n,"internal error: unknown function %s in genblockdeffunc",name); if (lfunc[currfunc].spec!=GPuser) { if (lfunc[currfunc].spec==GPinstalled) die(n,"Cannot redefine install'ed function %s",name); else die(n,"internal error: not a user function %s in genblockdeffunc",name); } ufunc=lfunc[currfunc].user; /*create external block*/ bl1=newblock(); sav1=s_ctx.n; ufunc->bctx=sav1; ufunc->bl=bl1; if (autogc) { /*declare ltop*/ gltop=newnode(Fentry,newentry("ltop"),-1); pushvar(gltop,0,Gpari_sp,newcall("_avma",-1)); } /*declare function arguments*/ ufunc->sarg=s_ctx.n-sav1; ufunc->narg=genblockdeclaration(args,n,(1<sarg,seq,ufunc); /*generate block*/ genblock(seq,-1); if (tree[funcid].x!=initnode) { /*FIXME: For now, clear Cglobal flag to avoid initialization problem with implicit fetch_user_var().*/ int i; for (i=sav1;iproto.code ? gp->proto.code : "&DG"; /* 2.3 compat */ char c; PPproto mod; int nb=genlistargs(n,arg,0,STACKSZ); int i=0; while((mod=parseproto(&p,&c))!=PPend) { if (i=nb) die(n,"too few arguments"); switch(c) { case 'r': if (tree[arg[i]].f==Fentry) tree[arg[i]].f=Fconst; else if (tree[arg[i]].f!=Fconst) die(n,"argument must be a raw string"); break; case '&': if (tree[arg[i]].f!=Frefarg) die(arg[i],"missing &"); arg[i]=tree[arg[i]].x; case '*': /*Fall through */ { int a = detag(arg[i]); if (tree[a].f==Fmatcoeff) { int l=getlvaluerr(a); genblock(l,n); ctxstack[getvarerr(l)].flag|=1<user->bl; for (i=0; is.n; i++) { ctxvar *v=fc->c+i; if (v->flag&(1<node)); } return n; } static int has_mand_arg(const char *code) { PPproto mod; char c; while ((mod=parseproto(&code,&c))!=PPend) if(mod==PPstd) return 1; return 0; } void genblock(int n, int p) { int x,y; if (n<0) return; linecount=tree[n].lineno; x=tree[n].x; y=tree[n].y; switch(tree[n].f) { case Fseq: genblock(x, n); genblock(y, n); break; case Fmat: if (x==-1) { int z=newgetgvec("t_MAT"); tree[n]=tree[z]; } else genblockmatrix(n); break; case Fvec: if (x==-1) { int z=newgetgvec("t_VEC"); tree[n]=tree[z]; } else genblockvector(n, "t_VEC"); break; case Fassign: x=detag(x); if (tree[x].f==Fvec) genblockvecaff(n); else { if (tree[x].f==Fmatcoeff) { int l=getlvaluerr(x); int m=matindex_type(tree[x].y); genblock(l,n); ctxstack[getvarerr(l)].flag|=1<=0) { genblockindex(tree[y].x); genblockindex(tree[y].y); } } break; case Fmatcoeff: { int nn; int m=matindex_type(y); int yx=tree[y].x, yy=tree[y].y; genblock(x,n); genblock(y,n); switch(m) { case VEC_std: nn=newcoeffsafe(x,tree[yx].x,-1); break; case MAT_std: nn=newcoeffsafe(x,tree[yx].x,tree[yy].x); break; case MAT_line: tree[n].y=yx; if (FC_matrixrow>=0) nn=newcall("_[_,]",newnode(Flistarg,x,tree[yx].x)); else { genblockmatrixl(n,x,tree[yx].x); nn=n; } break; case MAT_column: nn=newcoeff(x,tree[yy].x,-1); break; case MAT_range: { int arg[5]; arg[0] = x; arg[1] = tree[yx].x; arg[2] = tree[yx].y; if(yy<0) nn=newnode(Ffunction,newentry("_[_.._]"),stacktoargs(arg,3)); else { arg[3] = tree[yy].x; arg[4] = tree[yy].y; nn=newnode(Ffunction,newentry("_[_.._,_.._]"),stacktoargs(arg,5)); } } break; default: die(-1,"Unknown matindex"); } tree[n]=tree[nn]; break; } case Fcall: { int seq = newcall("_(_)",addlistleft(x,y)); if (FC_call<0) die(n,"closures not available in this version"); tree[n]=tree[seq]; genblock(n,p); } break; case Fentry: { int nf, nv = getvar(n); if (nv>=0) break; nf = findfunction(entryname(n)); if (nf<0) /*Undeclared variable*/ { gpfunc *gp = lfunc+currfunc; userfunc *uf = gp->user; if (uf->flag&(1<narg++; } else {/*The variable has not been declared. * We declare it as a function-local variable initialized * to 'var. The global flag is set to avoid being block-local. * It is discarded in genblockdeffunc. This can be changed. */ int iv=newquotenode(entryname(n),-1); pushvar(n,(1<proto.code; GPspec spec = gp->spec; if (spec==GPuser && gp->user->flag&(1<user; int nv = getvar(n); if (nf<0 && uf->flag&(1<narg++; genblock(y,n); } else if (nf<0 && nv>=0) { int seq = newnode(Fcall,newnode(Fentry,x,-1),y); tree[n]=tree[seq]; genblock(n,p); } else if (nf>=0 && lfunc[nf].iter) genblockfunciter(n,lfunc+nf); else if (nf>=0 && lfunc[nf].spec>0) genblockfuncspec(n,p,lfunc+nf); else if (nf>=0 && lfunc[nf].proto.code) genblockproto(n,lfunc+nf); else if (nf>=0 && x>=OPss && x<=OPme) /* For compatibility with PARI 2.3 */ genblockproto(n,lfunc+nf); else genblock(y,n); } break; case Fdeffunc: if (currfunc!=-1) die(n,"Internal error : nested function"); genblockdeffunc(n); break; case Fconst: case Fsmall: case Fnoarg: break; case Ftag: genblock(x,n); break; case Fblock: die(p,"Internal error : looping in genblock"); default: if (tree[n].f>=FneedENTRY) { die(p,"Internal error : unknown func %s in genblock",funcname(tree[n].f)); } else { genblock(x, n); genblock(y, n); } } } gp2c-0.0.10/src/topfunc.c0000644000175000017500000001464412646760467012010 00000000000000/* Copyright (C) 2002-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include #include #include "header.h" static int newanonvar=0; int newanon(void) { char s[33]; sprintf(s,"anon_%d",newanonvar++); return newentry(strdup(s)); } int newfun(const char *name) { char *s = malloc(5+strlen(name)); sprintf(s,"fun_%s",name); if (findfunction(s)<0) return newentry(s); free(s); return newanon(); } void mkfunc(int n, int p, int flag, int wr) { int x = tree[n].x; gpfunc *gp; const char *name=entryname(x); int nf=findfunction(name); if (nf==-1) { nf = newuserfunc(name); gp = lfunc+nf; } else { gp=lfunc+nf; if (gp->spec!=GPuser) die(n,"Trying to redefine function %s",name); else { userfunc *ufunc=gp->user; int parent=ufunc->pdefnode; int node=ufunc->defnode; if (tree[node].y>=0) warning(node,"Function %s redefined line %d",name,tree[n].lineno); if (tree[parent].x==node) tree[parent].x=GNIL; else tree[parent].y=GNIL; } } gp->user->flag=flag; gp->user->wrapper=wr; gp->user->pdefnode=p; gp->user->defnode=n; } static void topfunc(int n, int p, int fun, int pfun, int nf, int wr) { int code = tree[n].y, arglist = tree[n].x; int args = arglist>=0 ? tree[arglist].y : -1; int fl = wr<0?(1<=0) tree[n] = tree[seq]; } static int topfuncproto(int n, int fun, int pfun, int nf) { int arg[STACKSZ+1]; int nb=genlistargs(n,arg,0,STACKSZ); gpfunc *gp = lfunc+nf; gpwrap *gw = gp->wrap; int nbwr = gw ? gw->nb: 0; const char *proto=gp->proto.code; int i=0; int var=-1, seq, a, t, binf, wr; char const *p=proto; char c; PPproto mod; if (!proto) return 1; while((mod=parseproto(&p,&c))) { switch(mod) { case PPauto: break; case PPstd: if (i>=nb || arg[i]==GNOARG) die(n,"missing mandatory argument"); a = arg[i++]; wr = i<=nbwr ? gw->w[i-1]:-2; switch(c) { case 'G': if (wr>=0 && tree[a].f==Flambda) topfunclambda(a, n, fun, pfun, wr); break; case 'V': var = a; killlistarg(n,a); break; case '=': genequal(a,lfunc[nf].gpname,&var,&binf,&t); tree[a]=tree[binf]; break; case 'I': case 'E': if (wr<-1) break; case 'J': /* Fall through */ seq = newnode(Flambda,var,newleaf(a)); tree[a] = tree[seq]; topfunclambda(a, n, fun, pfun, wr); break; } break; case PPdefault: i++; a = i<=nb ? arg[i-1]: GNOARG; wr = i<=nbwr ? gw->w[i-1]:-2; switch(c) { case 'I': case 'E': if (a!=GNOARG && wr>=-1) { seq = newnode(Flambda,var,newleaf(a)); tree[a]=tree[seq]; topfunclambda(a, n, fun, pfun, wr); } break; } break; case PPdefaultmulti: i++; break; case PPstar: break; default: die(n,"internal error: PPproto %d in genfuncbycode",mod); } } return 0; } /* n: node p:parent node */ void gentopfunc(int n, int p, int fun, int pfun) { int x,y; if (n<0) return; x=tree[n].x; y=tree[n].y; switch(tree[n].f) { case Flambda: topfunclambda(n,p,fun,pfun,-1); break; case Fdeffunc: if (fun>=0) { int nn = newfun(entryname(x)); int seq= newnode(Fassign,newnode(Fentry,tree[x].x,-1),newnode(Fentry,nn,-1)); int nf = newnode(Fdeffunc,newnode(Ffunction,nn,tree[x].y),tree[n].y); topfunc(n,p,fun,pfun,nf,-1); tree[n] = tree[seq]; } else topfunc(n,p,fun,pfun,n,-1); break; case Fassign: if (tree[x].f==Fentry && tree[y].f==Flambda) { int nn = newfun(entryname(x)); int seq= newnode(Fentry,nn,-1); int nf = newnode(Fdeffunc,newnode(Ffunction,nn,tree[y].x),tree[y].y); topfunc(y,n,fun,pfun,nf,-1); if (fun>=0) tree[y] = tree[seq]; } else { gentopfunc(x,n,fun,pfun); gentopfunc(y,n,fun,pfun); } break; case Ffunction: { if (x==OPn) { if (tree[y].f==Fsmall) { tree[n]=tree[y]; tree[n].x=-tree[n].x; } else if (tree[y].f==Fconst) { value_t *val = value + tree[y].x; if (val->type==CSTsmall || val->type==CSTsmallreal) { tree[n]=tree[y]; val->val.small=-val->val.small; } } } else { int nf = findfunction(entryname(n)); if (nf>=0 && lfunc[nf].spec<0 && !lfunc[nf].iter) topfuncproto(n,fun,pfun,nf); gentopfunc(y,n,fun,pfun); } } break; case Fentry: case Fconst: case Fsmall: case Fnoarg: break; case Frefarg: case Ftag: gentopfunc(x,n,fun,pfun); break; default: if (tree[n].f>=FneedENTRY) die(n,"Internal error: unknown func %s in gentopfunc",funcname(tree[n].f)); else { gentopfunc(x,n,fun,pfun); gentopfunc(y,n,fun,pfun); } } } gp2c-0.0.10/src/gencast.c0000644000175000017500000000523212624133327011730 00000000000000/* Copyright (C) 2002-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include #include #include "header.h" extern int indent; extern int indentlevel; void gencastf(FILE *fout, int n, int nt, int f) { int t=tree[n].t; int tnt=typemax[t][nt]; int i; if (t==nt) { /*bottom of the recursion*/ if (f) genparens(fout,n); else gencode(fout,n); return; } if (gencastcode(fout,n,t,nt,f)) return; /*the interesting case */ if (is_subtype(t,nt)) for (i=0;i%s",GPname(t),GPname(nt)); for(i=0;i%s",GPname(t),GPname(nt)); } void gencast(FILE *fout, int n, int nt) { if (ntdsc; for(i=0; inb; i++) { gpdescarg *rule=dsc->a+i; descargatom atom=rule->args[0]; if (rule->type!=nt || (atom.mode&tree[n].m)!=atom.mode) continue; switch(atom.t) { case AAherevalue: if(tree[n].f!=Fsmall && tree[n].f!=Fconst) continue; case AAtype: if(atom.type!=t) continue; break; case AAsmall: if (tree[n].f!=Fsmall || atom.misc!=tree[n].x) continue; break; default: continue; } if (rule->cname[0]==0) gencastf(fout,n,t,f); else { if (f && rule->mode&(1<mode&(1< #include #include "header.h" void printentryname(FILE *fout, const char *s) { if (isdigit(*s)) fprintf(fout,"p%s",s); else fprintf(fout,"%s",s); } void printentry(FILE *fout, int x) { const char *s=value[x].val.str; printentryname(fout, s); } extern int indent; void printnodeparens(FILE *fout, int n, int parens) { int i,v; context *fc; int x,y; if (n<0) return; x=tree[n].x; y=tree[n].y; gencomment(fout,n,!indent); if (debug>=3) fprintf(fout,"/*%s:%d:%s*/",GPname(tree[n].t),tree[n].m,funcname(tree[n].f)); switch(tree[n].f) { case Fseq: printnode(fout,x); if (x>=0 && tree[x].f==Fseq) x=tree[x].y; if (x>=0 && tree[x].f!=Fblock && tree[x].f!=Fdeffunc) { if (indent) fprintf(fout,";\n"); else fprintf(fout,"; \\\n"); genindent(fout); } printnode(fout,y); break; case Fmatrix: fputc('[',fout); printnode(fout,x); if (y>0) { fprintf(fout,","); printnode(fout,y); } fputc(']',fout); break; case Frange: if (x!=GNORANGE) { printnode(fout,x); if (y!=GNORANGE) { fputs("..",fout); printnode(fout,y); } } else if (y!=GNORANGE) { fputc('^',fout); printnode(fout,y); } break; case Fmatcoeff: printnodeparens(fout,x,1); printnode(fout,y); break; case Fassign: if (parens) fputc('(',fout); printnode(fout,x); fprintf(fout,"="); printnode(fout,y); if (parens) fputc(')',fout); break; case Fconst: switch(value[x].type) { case CSTsmall: fprintf(fout,"%ld",value[x].val.small); break; case CSTsmallreal: fprintf(fout,"%ld.",value[x].val.small); break; case CSTint: case CSTreal: fprintf(fout,"%s",value[x].val.str); break; case CSTstr: fprintf(fout,"\"%s\"",value[x].val.str); break; } break; case Fsmall: fprintf(fout,"%d",x); break; case Fmatrixelts: printnode(fout,x); fprintf(fout,","); printnode(fout,y); break; case Fmatrixlines: printnode(fout,x); fprintf(fout,";"); /*Would be nice to indent matrix, alas I have no way to know where is the * bottomrow*/ printnode(fout,y); break; case Fmat: case Fvec: fprintf(fout,"["); if (tree[n].f==Fmat && x==-1) fputc(';',fout); else printnode(fout,x); fprintf(fout,"]"); break; case Flistarg: printnode(fout,x); fprintf(fout,","); printnode(fout,y); break; case Fentry: printentry(fout,x); break; case Ffun: fprintf(fout,"%s",lfunc[x].gpname); break; case Ffunction: if (x=0) { fprintf(fout,"("); if (y!=GNOARG) printnode(fout,y); fprintf(fout,")"); } } break; case Frefarg: fprintf(fout,"&"); printnode(fout,x); break; case Fvararg: printnode(fout,x); fprintf(fout,"[..]"); break; case Fcall: printnode(fout,x); fprintf(fout,"("); printnode(fout,y); fprintf(fout,")"); break; case Flambda: fprintf(fout,"("); printnode(fout,x); fprintf(fout,")->"); printnode(fout,y); break; case Fdeffunc: fprintf(fout,"\n"); printnode(fout,x); fprintf(fout,"=\n"); genindent(fout); if (tree[y].f!=Fblock) { fprintf(fout,"{\n"); indent++; genindent(fout); } printnode(fout,y); fprintf(fout,"\n"); indent--; genindent(fout); if (tree[y].f!=Fblock) { fprintf(fout,"}\n"); genindent(fout); } break; case Fblock: fprintf(fout,"{"); fc=block+x; v=fc->ret; if (v>=0) { fprintf(fout,"/*="); printentry(fout,tree[v].x); fprintf(fout,"*/"); } indent++; fprintf(fout,"\n"); genindent(fout); if (fc->s.n) { int k=fc->s.n; fprintf(fout,"my("); for(i=0;i0) fprintf(fout,", "); printentryname(fout,varstr(fc->c[i])); } fprintf(fout,");\n"); genindent(fout); } printnode(fout,y); fprintf(fout,"\n"); indent--; genindentline(fout,"}\n"); genindent(fout); break; case Fnoarg: if ( n!= GNOARG ) fprintf(fout,"gnil"); break; case Ftag: printnodeparens(fout,x,1); fprintf(fout,":%s",GPname(y)); break; } } void printnode(FILE *fout, int n) { printnodeparens(fout,n,0); } void maketreeGRL_node(FILE *fout,int n) { int x,y,f; if (n<2) return; x=tree[n].x; y=tree[n].y; f=tree[n].f; switch(tree[n].f) { case Ftag: fprintf(fout,"node: { title: \"%d\" label: \"(%s)\" }\n",n,GPname(y)); fprintf(fout,"edge: { sourcename: \"%d\" targetname: \"%d\" class:2 color: red}\n",n,x); maketreeGRL_node(fout,x); break; default: if (f&2; \ exit 1;; \ esac; \ has_opt=no; \ sane_makeflags=$$MAKEFLAGS; 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This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include #include "header.h" #include "patchfunc.h" extern int indent; int has_iter(char *s) { int nf=getfunc(s); return !!lfunc[nf].iter; } void patchfunction(struct patchfunc_s *p) { int nf=getfunc(p->gpname); lfunc[nf].proto.code=p->code; functype(lfunc[nf])=p->type; funcmode(lfunc[nf])=p->mode; lfunc[nf].spec=p->spec; } void patchfunclist(void) { int i; for(i=0;patchfunc[i].gpname;i++) patchfunction(patchfunc+i); if (!has_iter("forvec")) { struct patchfunc_s pforvec = {"forvec",NULL,Gnotype,(1<=0) arg[2]=GNOARG; else { arg[2]=newnode(Fentry,newentry("st_lim"),-1); pushvar(arg[2],0,Gpari_sp, newcall("_stack_lim",newnode(Flistarg,arg[0],newsmall(1)))); } return stacktoargs(arg,3); } int gengerepilereturn(int bl) { int arg[2]; arg[0]=newnode(Fentry,newentry("ltop"),-1); arg[1]=newsmall(bl); return stacktoargs(arg,2); } int newgetg(int v, int l, const char *t) { return newcall("_cgetg", newnode(Flistarg, newnode(Flistarg, v, l), newstringnode(t,-1))); } void makesubblock_ctx(int n, int savx) { int bl3=newblock(); int level = preclevel; genblock(n,-1); makeblock(bl3,n,newleaf(n),-1,savx); preclevel = level; } void makesubblock(int n) { makesubblock_ctx(n, s_ctx.n); } Clabel_t genblock_label(int n, int p, int type) { Clabel_t t; static int labie=0; int l=newlabel(type); if (type==Liferr) label[l].ie=labie++; genblock(n,p); if (type==Liferr) labie--; t=label[l]; stack_pop_safe(&s_label,l); return t; } Clabel_t makesubblock_label(int n, int t) { int savx=s_ctx.n; int bl3=newblock(); Clabel_t lab=genblock_label(n,-1,t); makeblock(bl3,n,newleaf(n),-1,savx); return lab; } int check_labels(int k, int t) { int l=s_label.n; while(k--) { if (!l) return 2; if (label[--l].type==t) return 1; } return 0; } int get_iferr(int k) { int i, l=s_label.n; for (i=s_label.n-k; iproto.code; char c; PPproto mod; int nb=genlistargs(n,arg,0,STACKSZ); int i=0, k=0, binf; while((mod=parseproto(&p,&c))!=PPend) { if (i=nb) die(n,"too few arguments"); switch(c) { case '=': genequal(arg[i], gp->gpname, var, &binf, tv); if (fl) { tree[*var].t = *tv; argo[k++] = *var; tree[binf].t = guesstype(binf); } argo[k++] = binf; break; case 'V': checkisvar(arg[i], gp->gpname, var, tv); if (fl) { tree[*var].t = *tv; argo[k++] = *var; } break; case 'I': *seq = arg[i]; break; default: if (fl) tree[arg[i]].t = guesstype(arg[i]); argo[k++] = arg[i]; } break; case PPdefault: case PPdefaultmulti: if (i < nb) { tree[arg[i]].t = guesstype(arg[i]); argo[k++] = arg[i]; } break; case PPstar: i=nb-1; break; case PPauto: /* Skip */ i--; break; default: break; } i++; } return k; } void genblockfunciter(int n, gpfunc *gp) { int arg[STACKSZ]; int var=-1, tv=Gnotype; int bseq=-1,aseq=-1,ret=-1,vprime,seq,cseq; int gpm=-1,bl0,bl1,bl2; int sav0, savx; Clabel_t lab; gpiterator * iter; const char * init, *next; int nb = geniterproto(n, 1, gp, arg, &seq, &var, &tv); gpdescarg * da = descfindrulesdsc(nb, arg, gp->iter); if (!da) die(n, "no suitable iterator found"); iter = &(da->iter); init = lfunc[iter->init].gpname; next = lfunc[iter->next].gpname; sav0=s_ctx.n; bl0=newblock(); vprime=newnode(Fentry,newentry("iter"),-1); pushvar(vprime,1<type,-1); nb = geniterproto(n, 0, gp, arg+1, &seq, &var, &tv)+1; arg[0] = vprime; bseq = newcall(init, stacktoargs(arg,nb)); genblock(bseq,-1); savx=s_ctx.n; bl1=newblock(); bl2=newblock(); if (autogc) gpm=gengerepile(bl2); if (tv==Gnotype) { tree[vprime].t = iter->type; gpdescarg *da=descfindrules(1, &vprime, lfunc+iter->next); tv = da->type; } pushvar(var,1<spec) { case GPaddhelp: { /*prototype vSs*/ gpfunc *gp; int d, nf; nb=genlistargs(n,arg,2,2); d=detag(arg[0]); if (tree[d].f!=Fentry && !is_const(d,CSTstr)) die(n,"Incorrect function name in addhelp"); tree[d].f=Fconst; nf=getfunc(entryname(d)); gp=lfunc+nf; d=detag(arg[1]); gp->proto.help=d; } break; case GPgrandO: if (tree[y].f==Ffunction && tree[y].x==OPpow) tree[y]=tree[tree[y].y]; tree[n].x=newentry("O(_^_)"); genblock(y,n); break; case GPif: nb=genlistargs(n,arg,2,STACKSZ); if (nb==3 && arg[2]==GNOARG) /*Some people type 'if(x!=0,print(x),)'*/ nb--; if (nb==3 && arg[1]==GNOARG) { /*Some people type 'if(x!=0,,print(x))'*/ arg[0]=newopcall(OPnb,arg[0],-1); arg[1]=arg[2]; nb--; } if (tree[arg[0]].f==Fsmall && tree[arg[0]].x) { /*if(1,...) expr are often used to create block. We honor it here*/ if (p>=0 && tree[p].f!=Fseq) newdecl((1<=0 && tree[p].f!=Fseq) newdecl((1<=4) { arg[2] = newcall("if", stacktoargs(arg+2,nb-2)); nb = 3; } if (arg[0]>=0 && tree[arg[0]].f==Fseq) { int pred; newdecl((1<proto.cname=entryname(d); if (nb==4 && arg[3]!=GNOARG) { d=detag(arg[3]); if (!is_const(d,CSTstr)) die(n,"Incorrect library name in install"); gp->proto.origin=entryname(d); } d=detag(arg[1]); if (tree[d].f!=Fentry && !is_const(d,CSTstr)) die(n,"Incorrect code in install"); tree[d].f=Fconst; p=entryname(d); gp->proto.code=p+1; funcmode(*gp)=0; switch(p[0]) { case 'v': functype(*gp)=Gvoid; break; case 'l': functype(*gp)=Gsmall; break; case 'u': functype(*gp)=Gusmall; break; case 'i': functype(*gp)=Gsmall_int; break; case 'm': functype(*gp)=Ggen; funcmode(*gp)=(1<proto.code--; } if (tree[arg[1]].f==Ftag) functype(*gp)=tree[arg[1]].y; for(;*p;p++) if (*p=='p' || *p=='b') funcmode(*gp)|=(1<spec=GPinstalled; } break; case GPfor: nb=genlistargs(n,arg,3,3); genequal(arg[0],gp->gpname,&var,&binf,&tv); bsup=arg[1];seq=arg[2]; newdecl((1<gpname,&var,&binf,&tv); seq=arg[1]; flag=(nb==3)?arg[2]:newsmall(0); newdecl((1<gpname,&var,&tv); newdecl(1<gpname,&var,&binf,&tv); bsup=arg[1];bstep=arg[2];seq=arg[3]; newdecl((1<0 ) arg[3]=newopcall(OPle,newleaf(var),vsup); else arg[3]=newopcall(OPge,newleaf(var),vsup); nb=4; } else { arg[3]=newleaf(vsign); arg[4]=newopcall(OPle,newleaf(var),vsup); arg[5]=newopcall(OPge,newleaf(var),vsup); nb=6; } if (isvec) { arg[2]=newopcall(OPpe,var,newcoeff(vstep,vindex,-1)); arg[6]=vindex; arg[7]=newleaf(lstep); nb=8; } else arg[2]=newopcall(OPpe,var,vstep); arg[1]=seq; if (isvec) aseq=newcall("_forstepvec",stacktoargs(arg,nb)); else aseq=newnode(tree[n].f,tree[n].x,stacktoargs(arg,nb)); if (lab.go) aseq=newseq(aseq,newcall("_label",newsmall(lab.go))); makeblocks(bl1,bl2,n,bseq,aseq,ret,savx); } break; case GPprodeuler: nb=genlistargs(n,arg,3,3); seq = arg[2]; newdecl(0,Ggen,-1,&ret); savx=s_ctx.n; bl1=newblock(); arg[2]=geninsertvarop(seq,ret,OPme); aseq=newnode(Fseq, geninsertvar(newnode(Fconst,newsmallrealvalue(1),-1),newleaf(ret)), newcall("forprime",stacktoargs(arg,3))); genblock(aseq,-1); makeblock(bl1,n,aseq,ret,savx); break; case GPforprime: nb=genlistargs(n,arg,3,3); genequal(arg[0],gp->gpname,&var,&binf,&tv); bsup=arg[1];seq=arg[2]; newdecl((1<=0?Gint:Gsmall); pushvar(var,1<=0?-1:newsmall(0)); vprime=newnode(Fentry,newentry("primepointer"),-1); pushvar(vprime,1<=0?-1:newcall("_diffptr",-1)); lab=makesubblock_label(seq,Lbreak); if (lab.ne) seq=newseq(seq,newcall("_label",newsmall(lab.ne))); if (autogc) seq=addseqright(seq,newcall("_gerepilemany",gpm)); if (FC_forprime_init>=0) { int args[3],bseq; int nbs=3; args[0]=vprime; args[1]=vinf; if (bsup==GNOARG) nbs=2; else args[2]=vsup; aseq=addseqleft(newcall((tv==Gsmall?"_u_forprime_init":"_forprime_init"), stacktoargs(args,nbs)),aseq); bseq=newnode(Fassign,var,newcall(tv==Gsmall?"_u_forprime_next":"_forprime_next_",vprime)); tree[bseq].m=Mparens; aseq=addseqright(aseq,newcall("_whilenull",newnode(Flistarg,bseq,seq))); } else { /*if (vsup>maxprime()) err(primer1);*/ aseq=addseqleft(newcall("if",newnode(Flistarg, newopcall(OPg,vsup,newcall("_maxprime",-1)), newcall("_err_primes",-1))) ,aseq); if (tree[binf].f!=Fsmall || tree[binf].x>2) /*if(vargpname,&var,&binf,&tv); bsup=arg[1];seq=arg[2]; newdecl((1<spec==GPsum?0:1), newleaf(ret))); else bseq=addseqright(bseq,geninsertvar(arg[3],newleaf(ret))); genblock(bseq,-1); savx=s_ctx.n; bl1=newblock(); bl2=newblock(); if (autogc) gpm=gengerepile(bl2); genequaltosmall(binf,bsup,&tv,Gint); pushvar(var,1<spec==GPsum?OPpe:OPme)); makesubblock_label(seq,Lnobrk); if (autogc) seq=addseqright(seq,newcall("_gerepilemany",gpm)); arg[0]=newnode(Fassign,var,vinf); arg[1]=newopcall(OPle,newleaf(var),vsup); arg[2]=seq; arg[3]=newopcall(OPpp,newleaf(var),-1); aseq=addseqright(aseq,newcall("for",stacktoargs(arg,4))); makeblocks(bl1,bl2,n,bseq,aseq,ret,savx); break; case GPsumdiv: { int vdiv,div; int vloop; nb=genlistargs(n,arg,3,3); seq=arg[2]; checkisvar(arg[1],gp->gpname,&var,&tv); newdecl(1<spec==GPvectorsmall?Gvecsmall:Gvec,-1,&ret); savx=s_ctx.n; bl1=newblock(); bl2=newblock(); if (nb>=2) { checkisvar(arg[1],gp->gpname,&var,&tv); pushvar(var,1<spec==GPvector?"t_VEC":gp->spec==GPvectorv?"t_COL":"t_VECSMALL")); arg[0]=newnode(Fassign,var,newsmall(1)); arg[1]=newopcall(OPle,newleaf(var),vsup); arg[2]=newcoeff(newleaf(ret),newleaf(var),-1); arg[2]=geninsertvar(seq,arg[2]); makesubblock_label(arg[2],Lnobrk); arg[3]=newopcall(OPpp,newleaf(var),-1); aseq=addseqright(aseq,newcall("for",stacktoargs(arg,4))); makeblocks(bl1,bl2,n,bseq,aseq,ret,savx); break; case GPmatrix: { int var1,bsup1,vsup1,var2,bsup2,vsup2; int tv1,tv2; nb=genlistargs(n,arg,2,5); bsup2=arg[0];bsup1=arg[1]; newdecl((1<=3) { checkisvar(arg[2],gp->gpname,&var2,&tv2); pushvar(var2,1<=4) { checkisvar(arg[3],gp->gpname,&var1,&tv1); pushvar(var1,1<spec==GPglobal) flag|=(1<=0 && y!=GNOARG) { if (tree[y].f!=Fsmall || tree[y].x<=0) die(n,"%s(n) only supported for constant n>0",gp->gpname); nb=tree[y].x; } else { nb=1; tree[n].y=GNOARG; } if (check_labels(nb,Lnobrk)) die(n,"%s not allowed here",gp->gpname); if (nb>1) { int l = s_label.n-nb; if (gp->spec==GPbreak) { if (label[l].go==0) label[l].go=++labbrk; tree[y].x=labbrk; } else { if (label[l].ne==0) label[l].ne=++labbrk; tree[y].x=labbrk; } } if (check_labels(nb,Liferr)) { int ie = newsmall(get_iferr(nb)); aseq=addseqleft(newcall("_iferr_CATCH_reset",ie),newleaf(n)); makeblock(newblock(),n,aseq,-1,s_ctx.n); } } break; case GPiferr: { Clabel_t lab; nb=genlistargs(n,arg,3,4); checkisvar(arg[1],gp->gpname,&var,&tv); seq=arg[0]; bseq=arg[2]; if (tv==Gnotype) { tv=Gerror; if (tv<0) die(n,"iferr not supported by your GP version"); } if (p>=0 && tree[p].f!=Fseq) newdecl((1<spec) { case GPif: nb=genlistargs(n,arg,2,3); gentype(arg[0]); gentype(arg[1]); tree[n].m=(1<spec==GPwhile) tree[n].m=(tree[arg[0]].m|(tree[arg[1]].m&~(1<=0) { gentype(y); tree[n].m=(1<gpname,GPname(functype(*cf)),GPname(t),GPname(tree[y].t)); functype(*cf)=t; lastpass++; } } return Gempty; case GPinstall: case GPaddhelp: tree[n].m=0; return Gvoid; case GPmakevec: gentype(y); tree[n].m=(tree[y].m&MODHERIT)|(1<=0 && lfunc[nf].spec==GPuser && lfunc[nf].user->wrapper>=0 && (funcmode(lfunc[nf])&(1<spec>0) die(n,"gentypefuncspec : func spec not implemented"); else die(n,"Internal error : gentypefuncspec called with no spec"); } } void gencopyarg(FILE *fout) { gpfunc *gp=lfunc+currfunc; userfunc *ufunc=gp->user; context *fc=block+ufunc->bl; int n=tree[ufunc->defnode].y; long i; if (tree[n].x!=ufunc->bl || !fc->var) return; for (i=0;is.n;i++) if (fc->c[i].flag&(1<c+i; long j; for(j=0;jv.n;j++) if (fc->var[j].f==AFassigncompo && fc->var[j].idx==i+fc->savb-fc->s.n ) { genindent(fout); fprintf(fout,"%s = ",v->cvar); genfuncbydesc1(fout,v->node,FC_copy,n); gensemicolon(fout,v->node); break; } } } void geninitfunc(FILE *fout) { gpfunc *gp=lfunc+currfunc; int i; for (i=0;iuser->savb;i++) { ctxvar *v=ctxstack+i; if (!(v->flag&(1<initval is equal to 'v, this is harmless. */ gentype(v->initval); genindent(fout); fprintf(fout,"%s = ", v->cvar); gencast(fout,v->initval,vartype(*v)); fprintf(fout,";\n"); } } void genentryspec(FILE *fout, int n, gpfunc *gp) { int arg[STACKSZ]; int nb; int y=tree[n].y; int i; context *bl; switch(gp->spec) { case GPbreak: case GPnext: if (y>=0 && tree[y].f==Fsmall) fprintf(fout,"goto label%d",tree[y].x); else fprintf(fout,gp->spec==GPbreak?"break":"continue"); break; case GPif: nb=genlistargs(n,arg,2,3); genindentline(fout,"if ("); gencast(fout,arg[0],Gbool); fprintf(fout,")\n"); if (nb==2) genbrace(fout,arg[1]); else { genbrace(fout,arg[1]); genindentline(fout,"else\n"); genbrace(fout,arg[2]); } break; case GPiferr: nb=genlistargs(n,arg,4,4); genindent(fout); gencode(fout,arg[0]); fprintf(fout,"\n"); genbrace(fout,arg[1]); fprintf(fout," pari_TRY\n"); genbrace(fout,arg[2]); fprintf(fout," "); gencode(fout,arg[3]); fprintf(fout,"\n"); break; case GPwhilenull: nb=genlistargs(n,arg,2,2); genindentline(fout,"while ("); genparens(fout,arg[0]); fprintf(fout,")\n"); genbrace(fout,arg[1]); break; case GPwhile: nb=genlistargs(n,arg,2,2); if (tree[arg[0]].f!=Fseq && tree[arg[0]].f!=Fblock) { genindentline(fout,"while ("); gencast(fout,arg[0],Gbool); fprintf(fout,")\n"); genbrace(fout,arg[1]); } else { int x=tree[arg[0]].x; int y=tree[arg[0]].y; if (tree[arg[0]].f==Fblock) { y=block[x].ret; x=tree[arg[0]].y; } genindentline(fout,"for(;;)\n"); genindentline(fout,"{\n"); indent++; genindentseq(fout,x); gencode(fout,x); gensemicolon(fout,x); if (tree[y].f==Fblock) { gencode(fout,y); y=block[tree[y].x].ret; } genindentline(fout,"if ("); gencast(fout,y,Gnegbool); fprintf(fout,")\n"); indent++; genindentline(fout,"break;\n"); indent--; genindentseq(fout,arg[1]); gencode(fout,arg[1]); gensemicolon(fout,arg[1]); indent--; genendbrace(fout,n); } break; case GPuntil: nb=genlistargs(n,arg,2,2); if ( tree[arg[0]].f!=Fseq && tree[arg[0]].f!=Fblock) { genindentline(fout,"do\n"); genbrace(fout,arg[1]); fprintf(fout," while(");/*KB style*/ gencast(fout,arg[0],Gnegbool); fprintf(fout,");\n"); } else { int x=tree[arg[0]].x; int y=tree[arg[0]].y; if (tree[arg[0]].f==Fblock) { y=block[x].ret; x=tree[arg[0]].y; } genindentline(fout,"for(;;)\n"); genindentline(fout,"{\n"); indent++; genindentseq(fout,arg[1]); gencode(fout,arg[1]); gensemicolon(fout,arg[1]); genindentseq(fout,x); gencode(fout,x); gensemicolon(fout,x); if (tree[y].f==Fblock) { genindent(fout); gencode(fout,y); y=block[tree[y].x].ret; } genindentline(fout,"if ("); gencast(fout,y,Gbool); fprintf(fout,")\n"); indent++; genindentline(fout,"break;\n"); indent--; indent--; genendbrace(fout,n); } break; case GPfor: nb=genlistargs(n,arg,4,4); genindentline(fout,"for ("); if (arg[0]!=GNOARG) gencode(fout,arg[0]); else fprintf(fout," "); fprintf(fout,"; "); if (arg[1]!=GNOARG) gencode(fout,arg[1]); fprintf(fout,"; "); if (arg[3]!=GNOARG) gencode(fout,arg[3]); fprintf(fout,")\n"); genbrace(fout,arg[2]); break; case GPdoloop: genindentline(fout,"for (;;)\n"); genbrace(fout,y); break; case GPforstep: nb=genlistargs(n,arg,4,6); genindentline(fout,"for ("); gencode(fout,arg[0]); fprintf(fout,"; "); if ( nb==4 ) gencode(fout,arg[3]); else { gencode(fout,arg[3]); fprintf(fout,"?"); gencode(fout,arg[4]); fprintf(fout,":"); gencode(fout,arg[5]); } fprintf(fout,"; "); gencode(fout,arg[2]); fprintf(fout,")\n"); genbrace(fout,arg[1]); break; #if 0 forstep(x=binf,bsup,step,SEQ) { int idx; for( idx=0,x=binf; x<=bsup; i=i==lg(step)?1:i+1,x+=step[i]) { } } #endif case GPforstepvec: nb=genlistargs(n,arg,8,8); genindentline(fout,"for ("); gencode(fout,arg[6]); fprintf(fout," = 0, "); gencode(fout,arg[0]); fprintf(fout,"; "); gencode(fout,arg[3]); fprintf(fout,"?"); gencode(fout,arg[4]); fprintf(fout,":"); gencode(fout,arg[5]); fprintf(fout,"; "); gencode(fout,arg[6]); fprintf(fout," = "); gencode(fout,arg[6]); fprintf(fout," == "); gencast(fout,arg[7],Gsmall); fprintf(fout," ? 1 :"); gencode(fout,arg[6]); fprintf(fout," + 1, "); gencode(fout,arg[2]); fprintf(fout,")\n"); genbrace(fout,arg[1]); break; case GPmakevec: nb=genlistargs(n,arg,1,STACKSZ); genindent(fout); gencode(fout,arg[0]); gensemicolon(fout,arg[0]); for(i=1;igc&(1<g.n) { genfuncbydesc(fout,0,NULL,FC_avma,n); fprintf(fout," = "); gencode(fout,arg[0]); fprintf(fout,";\n"); } else if (bl->gc&(1<gcvar[0]; int parg[2]; gencode(fout,var); fprintf(fout," = "); parg[0]=arg[0]; parg[1]=var; genfuncbydesc(fout,2,parg,FC_gerepileupto,n); fprintf(fout,";\n"); } else { int parg[STACKSZ+1]; /*FIXME:Putting an if statement in the wilderness is not secure*/ if (nb==3) { fprintf(fout,"if ("); if (arg[2]==GNOARG) { parg[0]=arg[0]; genfuncbydesc(fout,1,parg,FC_gc_needed,n); } else { parg[0]=arg[2]; parg[1]=arg[0]; genfuncbydesc(fout,2,parg,FC_low_stack_lim,n); } fprintf(fout,")\n"); indent++; genindent(fout); indent--; } parg[0]=arg[0]; for(i=0;ig.n;i++) parg[i+1]=bl->gcvar[i]; genfuncbydesc(fout,bl->g.n+1,parg,FC_gerepileall,n); fprintf(fout,";\n"); } break; case GPlocalprec: case GPlocalbitprec: gencode(fout, y); preclevel++; break; case GPreturn: fprintf(fout,"return"); if (functype(lfunc[currfunc])!=Gvoid) { /*I don't like to see `return ;'*/ fprintf(fout," "); gencast(fout,y,functype(lfunc[currfunc])); } break; case GPlabel: fprintf(fout,"label%d:",tree[y].x); break; case GPcopyarg: gencopyarg(fout); break; case GPinitfunc: geninitfunc(fout); break; case GPaddhelp: case GPinstall: break; case GPclosure: nb=genlistargs(n,arg,1,STACKSZ); if (FC_strtoclosure >=0) genfuncbydesc(fout,nb,arg,FC_strtoclosure,n); else die(n,"closure not available in this version"); break; default: if (gp->spec>0) die(n,"genentryspec: func spec not implemented"); else die(n,"Internal error: genentryspec called with no spec"); } } gp2c-0.0.10/src/header.h0000644000175000017500000003204112665605754011554 00000000000000/* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "stack.h" extern int debug; extern const char *nameparse, *namelib, *outfile; extern int currfunc, preclevel; extern int lastpass; extern int autogc; extern int warn; #define STACKSZ (1024) #define GNIL (0) #define GNOARG (1) #define GNORANGE (2) static inline int min(int x, int y) { return (x<=y)?x:y; } static inline int max(int x, int y) { return (x>=y)?x:y; } typedef struct { char *txt; long lineno; } error_string; typedef struct { stack s; char *txt; } comment; typedef struct { char *s; int c; } strcom; typedef enum {Fseq, Fmatrix,Frange,Fnorange, Fassign, Fmatcoeff, Fmatrixelts,Fmatrixlines, Fmat,Fvec, Flistarg, Frefarg,Fvararg, Fcall, Fconst,Fsmall,Fnoarg, Ftag, Fentry,Ffunction,Flambda,Fdeffunc, /*This node is generated by genblock, not by parser*/ Fblock, Ffun } Ffunc; #define FneedENTRY (Fconst) #define Flastfunc (Ffun) /*see parse.y for definition. Fblock x: block number y:seq */ extern const char *Ffuncname[]; #include "type.h" #include "optable.h" typedef enum {Cuser,Cauto,Cglobal,Cconst,Carg,Cvararg,Ccompo,Cclosed, Cimmutable,Cdefmarker,Cundeclared,Cfunction} Vtype; /* Cuser: Variable defined by user in the source Cauto: Variable get type of initialisation Cglobal: Global variable for this module. Cconst: Variable affected exactly once in the code. Carg: Variable is a function's parameter. Ccompo: Variable components are updated. Cimmutable: Variable affected exactly once in the run. Cdefmarker: Variable initialised to the default marker. Cundeclared: Variable was not declared. Cfunction: Variable belong to function scope. */ typedef struct node_s { Ffunc f; /*node function*/ int x; /*node left child*/ int y; /*node right child*/ int t; /*node type*/ int m; /*node mode bitmask*/ int lineno; /*linenumber of corresponding code*/ int comment; } node; /* Automatic variables GP names are . * Automatic variables C names are {p,l} * with number2<=number1 since we remove unused variables. */ #define varstr(y) (value[tree[(y).node].x].val.str) #define vartype(x) (tree[(x).node].t) typedef struct { int flag; /*context type, Vtype bitmask*/ int key; /*context hashkey*/ const char *cvar; /*context var C name*/ int node; int initval; /*context initial value of var*/ int val; /*context value, if constant*/ } ctxvar; enum AFenum {AFaccess,AFassign,AFassigncompo,AFassigncopy,AFrefarg, AFhide, AFclone}; typedef struct { enum AFenum f; int idx; } affnode; enum GCenum {GCneeded, GCupto, GCglobal, GCreturn}; typedef struct { ctxvar *c; /*context stack*/ stack s; int ret; /*if not -1 , node number of var holding return value*/ affnode *var; /*Data about variable*/ stack v; int savb; int egc; /*Extra var to be gerepiled*/ long gc; /*garbage collecting attribute, bitmask of GCenum*/ int *gcvar; /*List of var that need to be gerepiled*/ stack g; } context; enum AAenum {AAtype,AActype,AAnoarg,AAsmall,AAstring,AAreftype,AAherevalue,AAlvalue,AAmulti,AAstdarg,AAoptsmall,AAopttype}; typedef struct { enum AAenum t; int misc; int type; int mode; char *str; } descargatom; typedef struct { int type; int init; int next; } gpiterator; typedef struct { const char *cname; /* C code */ gpiterator iter; int type; /*return type*/ int mode; /*return mode*/ int nargs; /*nb args*/ descargatom *args; /*type of args*/ } gpdescarg; typedef struct { int nb; /*nb of description*/ gpdescarg *a; /*array of description*/ } gpdesc; typedef struct { int nb; /*nb of wrappers*/ int *w; /*array of wrappers*/ } gpwrap; typedef struct { const char *cname; /* C name */ const char *code; /* GP code */ const char *origin; /* library name of the symbol, NULL for gp/libpari*/ int help; } gpproto; enum UFenum {UFclosure, UFstatic}; typedef struct { enum UFenum flag; int pdefnode; int defnode; int bl; int sarg; int narg; int bctx; int wrapper; affnode *var; /*Data about variable*/ stack v; int savb; int *gcvar; /*List of var that need to be gerepiled*/ stack g; } userfunc; /*Positive enum are private to funcspec.c/patchfunc.h*/ enum {GPinstalled=-2,GPpari=-1,GPuser=0}; typedef int GPspec; typedef struct { const char *gpname; /*name for GP*/ int node; /*Ffunction node*/ GPspec spec; /*Spec name for spec function*/ gpproto proto; gpdesc *iter; /*Iterator or NULL*/ gpwrap *wrap; /*Wrapper or NULL*/ gpdesc *dsc; /*Description or NULL*/ userfunc *user; } gpfunc; #define functype(x) (tree[(x).node].t) #define funcmode(x) (tree[(x).node].m) int FC_badtype, FC_formatcode, FC_tovec, FC_tovecprec, FC_cast; int FC_decl_base,FC_decl_ext; int FC_gerepileupto, FC_gerepileall; int FC_const_smallreal, FC_const_real, FC_const_expr; int FC_proto_ret, FC_proto_code; int FC_default_check, FC_default_marker; int FC_copy, FC_avma, FC_low_stack_lim, FC_gc_needed; int FC_forprime_next, FC_forprime_init, FC_matrixrow; int FC_proto_max_args; int FC_call, FC_strtoclosure; int FC_norange; int Vgen; int Gpari_sp, Gforprime, Gerror; int max_args; typedef enum {CSTsmall, CSTsmallreal, CSTint, CSTreal, CSTstr} CSTtype; typedef struct { CSTtype type; /*type of data*/ union value_u { long small; const char *str; } val; } value_t; typedef struct { const char *name; } Ctype_t; typedef struct { const char *name; } GPtype_t; typedef struct { const char *name; } Mmode_t; typedef struct { enum {Lbreak, Lnobrk, Liferr} type; int num; int go; int ne; int ie; } Clabel_t; node *tree; value_t *value; gpfunc *lfunc; ctxvar *ctxstack; affnode *affstack; context *block; comment *com; error_string *errors; Ctype_t *Ctype; GPtype_t *GPtype; Mmode_t *Mmode; Clabel_t *label; stack s_node,s_value,s_func,s_ctx,s_aff,s_bloc,s_comment,s_errors; stack s_Ctype, s_GPtype, s_Mmode, s_label; typedef enum { err_func=-1,err_parse=-2,err_desc=-3 } err_name; char *xstrndup(const char *s, size_t n); #ifdef __GNUC__ /*Avoid spurious warning*/ void die(int n, const char *format, ...) __attribute__ ((noreturn)); #else void die(int n, const char *format, ...); #endif void warning(int n, const char *format, ...); int listtostack(int n, Ffunc f, int *stack, int nbmax, const char *error,int nerr); int listcalltostack(int n, int fnum, int *stack, int nbmax, const char *error,int nerr); int listtostackparent(int n, Ffunc f, int *stack, int nbmax, const char *error,int nerr); int genlistargs(int n,int *stack,int min,int max); int genlistcats(int y,int *stack,int max); void killlistarg(int n, int a); int newcomment(void); void pushcomment(int n, char x); void gencomment(FILE *fout, int n, int flag); typedef enum {PPend,PPstd,PPdefault,PPdefaultmulti,PPstar,PPauto} PPproto; PPproto parseproto(char const **q, char *c); int addcurrexpr(int n, int currexpr); int newnode(Ffunc f, int x, int y); int newnodecom(Ffunc f, int x, int y, int com); int newsmall(int n); int newrealnode(const char *s, int c); int newintnode(const char *s, int c); int newstringnode(const char *s, int c); int newquotenode(const char *s, int c); int newsmallrealvalue(long small); int newentry(const char *s); int newmember(const char *s); int newleaf(int n); int newopcall(OPerator s, int x, int y); int newopcall3(OPerator s, int x, int y, int z); int newtag(int x, const char *s, int c); int newcoeff(int n, int x, int y); int newlabel(int n); const char *usercname(const char *s); int is_const(int n, CSTtype t); const char *entryname(int n); int newuserfunc(const char *gpname); int newblock(void); int stacktoargs(int *stack, int nb); int newseq(int x, int y); int newdecl(int flag, int t, int initval, int *v); int newcall(const char *s, int y); int findfunction(const char *name); int findfunction_len(const char *s, size_t n); int findfuncdesc(const char *s); int findfuncdescopt(const char *s); int findfunctype(const char *s); int findfunctypeopt(const char *s); void genequal(int aff, const char *func, int *var, int *binf, int *t); int addseqright(int seq, int n); int addseqleft(int n, int seq); int addlistleft(int n, int l); int getfunc(const char *gpname); const char *funcname(int f); const char *GPname(int f); void printnode(FILE *fout, int n); void maketree(FILE *fout,int n); int gentype(int n); int genblockdeclaration(int args, int n, int flag, int type, int *seq); const char * genoutfile(void); void genheader(FILE *fout); void gencode(FILE *fout, int n); void genblock(int n, int p); void gentopfunc(int n, int p, int fun, int pfun); void gentoplevel(int n); int addinitfunc(int n); void gendeblock(int n, int p, int ps, int *r, int *rs); void moveblock(int n, int p, int ps, int *r, int *rs); void pilelist(int n); void pileclean(int n); void varlist(int n); void gensemicolon(FILE *fout,int x); void genparens(FILE *fout, int x); void genparensg(FILE *fout, int x); void genendbrace(FILE * fout, int x); void genbrace(FILE *fout, int x); void genindent(FILE *fout); void genindentline(FILE *fout, char *s); void genindentseq(FILE *fout, int x); void genlineno(FILE *fout, int n); void genpercent(FILE *fout, int n); void genbitprec(FILE *fout, int level); void genprec(FILE *fout, int level); void gencast(FILE *fout, int n, int nt); void gencastf(FILE *fout, int n, int nt, int f); void gentypedec(FILE *fout, int t); void genvarproto(FILE *fout, int n, int nerr); void genentry(FILE *fout, int n); void genentryfunc(FILE *fout, int n); void genprotocode(FILE *fout,int nf); void genprototype(FILE *fout,int nf, int kb); void gendeffunc(FILE *fout, int n); void gendefblock(FILE *fout, int n); void genblockfuncspec(int n, int p, gpfunc *gp); void genblockfunciter(int n, gpfunc *gp); int gentypefuncspec(int n, gpfunc *gp); void genentryspec(FILE *fout, int n, gpfunc *gp); void gencodenoarg(FILE *fout, int t, int n); void checkisvar(int aff, const char *func, int *var, int *t); gpdescarg *descfindrulesdsc(int nb, int *arg, gpdesc *dsc); gpdescarg *descfindrules(int nb, int *arg, gpfunc *gp); gpdescarg *descfindrules1(int arg, int nf); int gentypefuncdesc(int n, gpfunc *gp); int gencastcode(FILE *fout, int n, int t, int nt, int f); void gencodedesc(FILE *fout, int nb, int *arg, gpdescarg *rule, int nerr, int nf); int genfuncbydesc(FILE *fout, int nb, int *arg, int nf, int nerr); int genfuncbydesc1(FILE *fout, int arg, int nf, int nerr); int genfuncbycode(FILE *fout, int nb, int *arg, int nf, int nerr); int genfuncbycode1(FILE *fout, int arg, int nf, int nerr); int genfunc(FILE *fout, int nb, int *arg, int nf, int nerr); int genfunc1(FILE *fout, int arg, int nf, int nerr); enum {MAT_range,MAT_std,MAT_line,MAT_column,VEC_std}; int matindex_type(long n); int detag(int n); int getlvalue(int n); int getlvaluerr(int n); int getvar(int n); int getvarerr(int n); int getvarbyname(const char *s); ctxvar *getvarinblock(int n, context *fc); int fillvar(int n, int flag, int t, int initval); int pushvar(int n, int ctype, int t, int initval); void affectval(int vn, int val, int *seq); void pushctx(context *fc); void restorectx(int c); void copyctx(int n, context *fc); int newctx(int flag); int newaff(enum AFenum, int idx); void copyaff(int sava, int savc, context *fc); int isfunc(int n, const char *s); int isasmall(const char *s, long *res); int newctype(const char *s); int strtoctype(const char *s); int newtype(const char *s); int strtotype(const char *s); int strtotype_len(const char *s, size_t n); int newmode(const char *s); int strtomode(char *s); int geninsertvar(int seq, int ret); int geninsertvarop(int seq, int ret, OPerator op); int newgetg(int v, int l, const char *t); void makeblock(int bl, int n, int aseq, int ret, int savx); void makeblocks(int bl1, int bl2, int n, int bseq, int aseq, int ret, int savx); void makeblocks3(int bl1, int bl2, int bl3, int n, int bseq, int aseq, int ret, int sav0, int savx); int gengerepilelist(context *fc,int **gc); void gengerepileend(int bl); typedef enum {left,right} side; int yyparse (void); void yyrestart(FILE *new_file); void patchfunclist(void); void inittype(void); void initoperators(void); void printlistfunc(FILE *fout); void outputtype(FILE *fout); void cleancode(int n, int p, int d); void cleanvar(int n); void initdesc(const char *s); void maketreeGRL(FILE *fout,int n); gp2c-0.0.10/src/genfunc.c0000644000175000017500000004424712632071565011746 00000000000000/* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include #include #include "header.h" extern int indent; int currfunc; static int newcvar=1; /*Use getfunc or newuserfunc instead*/ static int newfunc(const char *gpname) { int nf=stack_new(&s_func); gpfunc *f=lfunc+nf; f->gpname=gpname; f->proto.cname=gpname; f->proto.code=NULL; f->proto.origin=NULL; f->proto.help=-1; f->node=newnode(Ffun,nf,-1); functype(*f)=Gempty; funcmode(*f)=0; f->spec=GPpari; f->iter=NULL; f->wrap=NULL; f->dsc=NULL; f->user=NULL; return nf; } int newuserfunc(const char *gpname) { int nf=newfunc(gpname); gpfunc *f=lfunc+nf; userfunc *uf; if (gpname[0]=='_' && gpname[1]=='.') { char *s=strdup(gpname); s[0]='m'; s[1]='_'; f->proto.cname=usercname(s); if (s!= f->proto.cname) free(s); } else f->proto.cname=usercname(gpname); f->spec=GPuser; f->proto.origin=namelib; uf=f->user=(userfunc*) malloc(sizeof(*f->user)); stack_init(&uf->v,sizeof(*uf->var),(void **)&uf->var); stack_init(&uf->g,sizeof(*uf->gcvar),(void **)&uf->gcvar); return nf; } int findfunction_len(const char *s, size_t n) { int i; for(i=0; i=0 && !lfunc[n].dsc) die(err_desc,"Function %s has no description",s); return n; } int findfunctype(const char *s) { int nf=findfuncdesc(s); gpdescarg *da=descfindrules(0,NULL,lfunc+nf); return da->type; } int findfunctypeopt(const char *s) { gpdescarg *da; int nf=findfuncdescopt(s); if (nf<0) return -1; da=descfindrules(0,NULL,lfunc+nf); return da->type; } int getfunc(const char *gpname) { int r=findfunction(gpname); if (r>=0) return r; return newfunc(strdup(gpname)); } void genprec(FILE *fout, int level) { if (level) { char buf[64]; sprintf(buf, "bitprec%d", level); if (getvarbyname(buf)>=0) fprintf(fout, "nbits2prec(%s)",buf); else if (getvarbyname(buf+3)>=0) fprintf(fout, "%s",buf+3); else die(-1,"Internal error: prec not found!"); } else fprintf(fout, "prec"); } void genbitprec(FILE *fout, int level) { if (level) { char buf[64]; sprintf(buf, "bitprec%d", level); if (getvarbyname(buf)>=0) fprintf(fout, "%s",buf); else if (getvarbyname(buf+3)>=0) fprintf(fout, "prec2nbits(%s)",buf+3); else die(-1,"Internal error: prec not found!"); } else fprintf(fout, "prec2nbits(prec)"); } void genautoarg(FILE *fout, char c, int nerr) { switch(c) { case 'p': genprec(fout, preclevel); break; case 'b': genbitprec(fout, preclevel); break; case 'P': fprintf(fout,"precdl"); break; default: die(nerr,"unhandled letter '%c' in prototype",c); } } int genarg(int nerr, FILE *fout, char c, int n, PPproto pr) { if (n==-1) die(n,"missing mandatory argument in function call"); switch(c) { case 'G': gencast(fout,n,Ggen); return 1; case 'U': gencast(fout,n,Gusmall); return 1; case 'L': case 'P': gencast(fout,n,Gsmall); return 1; case '&': if (tree[n].f!=Frefarg && pr == PPdefault) die(nerr,"Missing & for reference"); case '*': /* Fall through */ fprintf(fout,"&"); gencode(fout,n); return 1; case 'W': gencode(fout,n); return 1; case 'r': case 's': gencast(fout,n,Gstr); return 1; case 'n': gencast(fout,n,Gvar); return 1; default: die(nerr,"Unsupported letter `%c' in prototype.\n" "This function is not supported by the compiler." ,c); return 0; } } void gendefarg(int n, FILE *fout, char c, const char *name) { switch(c) { case 'G': case '&': case 'r': case 's': case 'I': case 'V': fprintf(fout,"NULL"); break; case 'n': fprintf(fout,"-1"); break; case 'P': fprintf(fout,"precdl"); break; default: die(n,"Unknown default in prototype code `%c' for `%s'",c,name); } } void gendefargmulti(FILE *fout, char const *q, char const *p) { for(p++;puser; context *fc=block+gp->user->bl; int narg = ufunc->narg; if (narg && fc->c[ufunc->sarg+narg-1].flag&(1<proto.cname); for(j=0;jc+ufunc->sarg+j; int t=vartype(*v); if (firstarg) fprintf(fout,", "); firstarg=1; if (v->flag&(1<=0 && arg[j]!=GNOARG) gencast(fout,arg[j],t); else if (v->flag&(1<initval<0) die(n,"a mandatory argument is missing"); else gencast(fout,v->initval,t); } if (funcmode(*gp)&(1<= 0) { gpfunc *gp=lfunc+nf; if (gp->spec==0) { genuserfunc(fout,n,nf); return; } else if (gp->spec>0) { genentryspec(fout,n,gp); return; } nb=genlistargs(n,stack,0,STACKSZ); if (genfunc(fout,nb,stack,nf,n)==0) return; if (gp->dsc) die(n," %s: arguments do not match descriptions",name); if (gp->proto.cname) name=gp->proto.cname; } else if (FC_call>=0 && v>=0) { nb=genlistargs(n,stack+1,0,STACKSZ-1)+1; stack[0] = ctxstack[v].node; if (!genfuncbydesc(fout,nb,stack,FC_call,n)) return; } /*copy verbatim*/ nb=genlistargs(n,stack,0,STACKSZ); fprintf(fout,"%s(",name); for(i=0;icvar); } void genvarproto(FILE *fout, int n, int nerr) { if (genfuncbydesc1(fout,n,FC_decl_base,nerr)) die(nerr,"type not suitable for a variable"); fprintf(fout," "); if (genfuncbydesc1(fout,n,FC_decl_ext,nerr)) gencode(fout,n); } void genfuncproto(FILE *fout, int nf, const char *sep, int nerr) { gpfunc *gp=lfunc+nf; int n=gp->node; if (genfuncbydesc1(fout,n,FC_decl_base,nerr)) die(nerr,"type not suitable for a function"); fprintf(fout,"%s",sep); if (genfuncbydesc1(fout,n,FC_decl_ext,nerr)) gencode(fout,n); } static void gendecvarend(FILE *fout, int t) { if (t>=0) { if (t!=Ggen && t!=Gsmall && t!=Gpari_sp && t!=Gvoid) fprintf(fout,";\t /* %s */\n",GPname(t)); else fprintf(fout,";\n"); } } void gendecvar(FILE *fout, context *fc, int nerr) { int oldt=-1; int idx; if (fc->s.n>0) genlineno(fout, fc->c->node); for(idx=0;idxs.n;idx++) { ctxvar *v=fc->c+idx; int t=vartype(*v); if ((v->flag&(1<val!=-1) continue; if (v->flag&(1<s.n-1) genlineno(fout, (v+1)->node); if (genfuncbydesc1(fout,v->node,FC_decl_base,nerr)) die(nerr,"type `%s' not suitable for a variable",GPname(t)); fprintf(fout, " "); } else fprintf(fout, ", "); if (genfuncbydesc1(fout,v->node,FC_decl_ext,nerr)) gencode(fout,v->node); if (v->initval>=0) { fprintf(fout," = "); gencast(fout,v->initval,vartype(*v)); } else if (ctype[t]==Vgen && autogc) { /* We want to protect gerepile from uninitialized values*/ fprintf(fout," = "); gencast(fout, GNIL, Ggen); } oldt=t; } gendecvarend(fout,oldt); } static void genprotoargs(FILE *fout, int nf, int firstarg, int nb, int *name) { gpfunc *gp=lfunc+nf; int i = 0; char const *p=gp->proto.code; char c; PPproto mod; while((mod=parseproto(&p,&c))) { if (firstarg) fprintf(fout,", "); firstarg=1; switch(c) { case 'b': case 'p': case 'P': case 'L': case 'n': fprintf(fout,"long"); break; case 'U': fprintf(fout,"ulong"); break; case 'f': fprintf(fout,"long *"); break; case 'W': case 'G': case 'E': case 'I': fprintf(fout,"GEN"); break; case 'F': case '*': case '&': fprintf(fout,"GEN *"); break; case 'r': case 's': fprintf(fout,"const char *"); break; default: die(err_func,"prototype letter `%c' not known",c); } if (name) { fputs(" ",fout); if (c=='p') fprintf(fout,"prec"); else if (c=='b') fprintf(fout,"bitprec"); else { if (i>=nb) die(err_func,"too few arguments in lambda"); gencode(fout, name[i++]); } } } if (name && iuser->defnode; int savc=s_ctx.n; context *fc=block+gp->user->bl; if (gp->user->flag&(1<s.n;i++) { ctxvar *v=fc->c+i; if( v->flag&(1<node, nerr); if (v->initval>=0 && !(v->flag&(1<proto.code; char c; PPproto mod; while((mod=parseproto(&p,&c))) { switch(c) { case 'b': case 'p': case 'P': case 'L': t = Gsmall; break; case 'n': t = Gvar; break; case 'W': case 'G': case 'E': case 'I': t = Ggen; break; case 'r': case 's': t = Gstr; break; default: die(err_func,"prototype letter `%c' not known",c); } if (c=='p' || c=='b') { if (mode&(1<=nb) die(err_func,"too few arguments in lambda"); if (!firstarg) fprintf(fout,", "); firstarg=0; ot = tree[name[i]].t; tree[name[i]].t = t; gencast(fout, name[i], ot); tree[name[i]].t = ot; i++; } } if (name && iuser->defnode; int savc=s_ctx.n; int stack[STACKSZ]; int nb=0, nbc=0, par=0; int res; ctxvar *vres; context *fc=block+gp->user->bl; gpdescarg *rule; if (!wr->proto.code) die(wr->node,"Wrapper not defined"); pushctx(fc); for (i=0;is.n;i++) { ctxvar *v=fc->c+i; if( v->flag&(1<flag&(1<node; } } fprintf(fout,"static "); genfuncbydesc1(fout,wr->node,FC_decl_base,nerr); fprintf(fout,"\nwrap_%s(void * _cargs",gp->proto.cname); genprotoargs(fout, wrap, 1, nb, stack); fprintf(fout,")\n{\n"); if (nbc || has_prec) fprintf(fout," GEN _args = (GEN) _cargs;\n "); else fprintf(fout," (void) _cargs;\n "); res = pushvar(newnode(Fentry, newentry("_res"), -1), 0, t, -1); vres = ctxstack+res; if (ctype[t]==ctype[Gvoid]) fprintf(fout,"(void) "); else { genfuncbydesc1(fout,vres->node,FC_decl_base,nerr); fprintf(fout," "); if (genfuncbydesc1(fout,vres->node,FC_decl_ext,nerr)) gencode(fout,vres->node); fprintf(fout," = "); } fprintf(fout,"%s(",gp->proto.cname); firstarg=genwrapargs(fout, wrap, nb, stack, m); for (i=0,d=1;is.n;i++) { ctxvar *v=fc->c+i; if (v->flag&(1<node, wr); if (rule) { if (rule->type==Gvoid) gencodedesc(fout,1, &vres->node, rule, nerr, nf); else { fprintf(fout,"return "); gencodedesc(fout,1, &vres->node, rule, nerr, nf); fprintf(fout,";\n"); } } fprintf(fout,"}\n\n"); s_ctx.n=savc; } void gendeffunc(FILE *fout, int n) { int funcid=tree[n].x; int seq=tree[n].y; const char *name=entryname(funcid); int savcf=currfunc; gpfunc *gp; int t; /*get func number and context*/ currfunc=findfunction(name); newcvar=1; if (currfunc==-1) die(n,"Internal error in gendeffunc : func %s not found",name); gp=lfunc+currfunc; gencomment(fout,funcid,0); genlineno(fout, funcid); genprototype(fout,currfunc,1); t=functype(*gp); if (t!=Ggen && t!=Gsmall) fprintf(fout,"\t /* %s */",GPname(t)); fprintf(fout,"\n"); gencode(fout,seq); fprintf(fout,"\n"); if (gp->user->wrapper>=0) genwrapper(fout,currfunc,gp->user->wrapper); currfunc=savcf; } void gendefblock(FILE *fout, int n) { int b=tree[n].x; int seq=tree[n].y; int i; int m; int savc; int level = preclevel; context *fc=block+b; savc=s_ctx.n; for(i=0;is.n;i++) { ctxvar *v=fc->c+i; int t=vartype(*v); if ((v->flag&(1<val!=-1) continue; if (t!=Gvoid && isdigit(*varstr(*v))) { char s[33]; sprintf(s,"%c%d",(ctype[t]==Vgen?'p':'l'),newcvar++); v->cvar=strdup(s); } } pushctx(fc); m=tree[n].m; if(!(m&(1< #include #include #include "header.h" static int currblo; void destroynode(int p, side s) { if (p==-1) return; if (s==left) tree[p].x=GNIL; else tree[p].y=GNIL; } /* n: node p: parent (-1 for first node) ps: left/right r: root of seq rs:left/right */ void movecode(int n, int p, int ps, int *r, int *rs, int ret) { if (debug) fprintf(stderr,"movecode:%d %d %d\n",n,p,*r); if (ret==-1) ret=GNIL; if (p!=*r)/*we are not at the root of seq*/ { if ( tree[*r].f==Fseq ) { /*the interesting case*/ if (*rs==left) { int seq=newseq(n,tree[*r].x); tree[*r].x=seq; *rs=right;*r=seq; } else { int seq=newseq(tree[*r].x,n); tree[*r].x=seq; } } else /*we are at the start of a func, block or args entry*/ { if (*rs==left) { int seq=newseq(n,tree[*r].x); tree[*r].x=seq; *r=seq;*rs=right; } else { int seq=newseq(n,tree[*r].y); tree[*r].y=seq; *r=seq;*rs=right; } } if (ps==left) tree[p].x=ret; else tree[p].y=ret; } } void moveblock(int n, int p, int ps, int *r, int *rs) { int x,y; int z; int s; gpfunc *gp; int nf; if (n<0) return; x=tree[n].x; y=tree[n].y; switch(tree[n].f) { case Fseq: s=left;z=n; moveblock(x,n,left,&z,&s); s=right;z=n; moveblock(y,n,right,&z,&s); break; case Frefarg: case Ftag: moveblock(x,n,left,r,rs); break; case Fconst: case Fsmall: case Fnoarg: case Fentry: break; case Ffunction: /*If it is a func with "seq" arg we must change the root... Yes it's a real pain. Note: normally 'E' code does not contain Fseq after parsing, but may after this stage, e.g. if it calls "vector". */ nf=findfunction(entryname(n)); gp=lfunc+nf; if (nf>=0 && gp->spec>0) tree[n].m|=funcmode(*gp)&(1<=0 && gp->spec>0 && gp->proto.code && y!=-1) { int stack[STACKSZ]; int nb=listtostackparent(y,Flistarg,stack,STACKSZ,gp->gpname,n); const char *code=gp->proto.code; int i, star=code[0]=='*'; if (code[0]==0) die(-1,"incorrect pseudoprototype for %s: %s\n",gp->gpname,code); if (nb==0) { if (star || code[0]=='I' || code[0]=='E') { z=n; s=right; moveblock(y,z,right,&z,&s); } else moveblock(y,n,right,r,rs); } else { if (star || code[0]=='I' || code[0]=='E') { z=stack[0];s=left; moveblock(tree[z].x,z,left,&z,&s); } else moveblock(tree[stack[0]].x,stack[0],left,r,rs); } for(i=0;igpname,code); if (star || code[i+1]=='I' || code[i+1]=='E') { z=stack[i];s=right; moveblock(tree[z].y,z,right,&z,&s); } else moveblock(tree[stack[i]].y,stack[i],right,r,rs); } } else moveblock(y,n,right,r,rs); break; case Fdeffunc: z=n;s=right; moveblock(y,n,right,&z,&s); break; case Fblock: z=n;s=right; movecode(n,p,ps,r,rs,newleaf(block[x].ret)); moveblock(y,n,right,&z,&s); break; default: if (tree[n].f>=FneedENTRY) die(n,"Incorrect node %s in moveblock",funcname(tree[n].f)); moveblock(x,n,left,r,rs); moveblock(y,n,right,r,rs); } } int blockisempty(int n) { int i; context *fc=block+tree[n].x; for(i=0;is.n;i++) { ctxvar *v=fc->c+i; if (!(v->flag&(1<val==-1) return 0; } return 1; } /* n: node p: parent (-1 for first node) d: 0 right child, 1 left child */ void cleanvar(int n) { int x,y; int i; int v,savc,savblo; context *bl; if (n<0) return; x=tree[n].x; y=tree[n].y; switch(tree[n].f) { case Fassign: cleanvar(x); cleanvar(y); x=tree[n].x; y=tree[n].y; if (tree[x].f==Fentry) { v=getvarerr(x); if (ctxstack[v].flag&(1<v.n;i++) { affnode *an=bl->var+i; if (an->idx==w && an->f!=AFaccess) simple=0; } } } if (simple) { ctxstack[v].val=y; tree[n]=tree[GNIL]; } } } break; case Frefarg: case Ftag: cleanvar(x); break; case Fconst: case Fsmall: case Fnoarg: break; case Fentry: v=getvarerr(n); if ( (ctxstack[v].flag&(1<s.n;i++) { ctxvar *c=bl->c+i; if (c->initval!=-1) cleanvar(c->initval); } cleanvar(y); copyctx(savc,block+tree[n].x); if (blockisempty(n)) tree[n].m|=(1<=FneedENTRY) die(n,"Incorrect node %s in cleanvar",funcname(tree[n].f)); cleanvar(x); cleanvar(y); } } /* n: node p: parent (-1 for first node) d: side */ void cleancode(int n, int p, int d) { int x,fx; int y,fy; if (n<0) return; x=tree[n].x; y=tree[n].y; switch(tree[n].f) { case Fseq: cleancode(x,n,left); cleancode(y,n,right); x=tree[n].x;fx=tree[detag(x)].f; y=tree[n].y;fy=tree[detag(y)].f; if ( p>=0 && ( fx==Fnoarg || fy==Fnoarg)) { if (fx==Fnoarg && fy==Fnoarg) destroynode(p,d); else { if (d==left) tree[p].x=(fx==Fnoarg)?y:x; else tree[p].y=(fx==Fnoarg)?y:x; } } else tree[n].m|=(1<=FneedENTRY) die(n,"Incorrect node %s in cleancode",funcname(tree[n].f)); cleancode(x,n,left); cleancode(y,n,right); } } /* n: node p: parent (-1 for first node) ps: child side(left/right) *r: root *rs: root child side */ void gendeblock(int n, int p, int ps, int *r, int *rs) { int x,y; int z; int s; gpfunc *gp; int nf; if (n<0) return; x=tree[n].x; y=tree[n].y; switch(tree[n].f) { case Fseq: s=left;z=n; gendeblock(x,n,left,&z,&s); s=right;z=n; gendeblock(y,n,right,&z,&s); break; case Frefarg: case Ftag: gendeblock(x,n,left,r,rs); break; case Fconst: case Fsmall: case Fnoarg: case Fentry: break; case Ffunction: /*If it is a func with "seq" arg we must change the root... Yes it's a real pain. Note: normally 'E' code does not contain Fseq after parsing, but may after this stage, e.g. if it calls "vector". */ nf=findfunction(entryname(n)); gp=lfunc+nf; if (nf>=0 && gp->spec>0 && gp->proto.code && y!=-1) { int stack[STACKSZ]; int nb=listtostackparent(y,Flistarg,stack,STACKSZ,gp->gpname,n); const char *code=gp->proto.code; int i, star=code[0]=='*'; if (code[0]==0) die(-1,"incorrect pseudoprototype for %s: %s\n",gp->gpname,code); if (nb==0) { if (star || code[0]=='I' || code[0]=='E') { z=n; s=right; gendeblock(y,z,right,&z,&s); } else gendeblock(y,n,right,r,rs); } else { if (star || code[0]=='I' || code[0]=='E') { z=stack[0];s=left; gendeblock(tree[z].x,z,left,&z,&s); } else gendeblock(tree[stack[0]].x,stack[0],left,r,rs); } for(i=0;igpname,code); if (star || code[i+1]=='I' || code[i+1]=='E') { z=stack[i];s=right; gendeblock(tree[z].y,z,right,&z,&s); } else gendeblock(tree[stack[i]].y,stack[i],right,r,rs); } } else { gendeblock(y,n,right,r,rs); if (ps==left) n=tree[p].x; else n=tree[p].y; if (is_subtype(tree[n].t,Gvoid)) { /*C doesn't allow making anything from void, so we need to move the call here. GP cast void to zero if necessary*/ movecode(n,p,ps,r,rs,-1); } } break; case Fdeffunc: z=n;s=right; gendeblock(y,n,right,&z,&s); break; case Fblock: z=n;s=right; gendeblock(y,n,right,&z,&s); break; default: if (tree[n].f>=FneedENTRY) die(n,"Incorrect node %s in gendeblock",funcname(tree[n].f)); gendeblock(x,n,left,r,rs); gendeblock(y,n,right,r,rs); } } gp2c-0.0.10/src/util.c0000644000175000017500000001124713006472006011257 00000000000000/* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include #include "header.h" int linecount; static void msgprefix(int n) { if (n>0) fprintf(stderr,"%s:%d: ",nameparse,tree[n].lineno); else { switch(n) { case err_func: fprintf(stderr,"%s:%s: ",nameparse,currfunc==-1?"toplevel":lfunc[currfunc].gpname); break; case err_parse: fprintf(stderr,"%s:%d: ",nameparse,linecount); break; case err_desc: fprintf(stderr,"func.dsc:: "); break; } } } void die(int n, const char *format, ...) { va_list ap; static int dead; va_start(ap, format); fprintf(stderr,"Error:"); msgprefix(n); vfprintf(stderr,format,ap); if (dead++) exit(1); fprintf(stderr,"\n"); printnode(stderr,n); fprintf(stderr,"\n"); va_end(ap); exit(1); } extern int do_warning; void warning(int n, const char *format, ...) { va_list ap; va_start(ap, format); if (do_warning) { fprintf(stderr,"Warning:"); msgprefix(n); vfprintf(stderr,format,ap); fprintf(stderr,"\n"); printnode(stderr,n); fprintf(stderr,"\n"); } va_end(ap); } int listtostack(int n, Ffunc f, int *stack, int nbmax, const char *error,int nerr) { int x,i,nb; if (n==-1) return 0; for(x=n,i=0;tree[x].f==f && i0;stack[i]=tree[x].y,x=tree[x].x,i--); stack[0]=x; return nb; } int listcalltostack(int n, int fnum, int *stack, int nbmax, const char *error,int nerr) { int x=n, i=0, nb; if (n==-1) return 0; while(1) { int xx=tree[x].x; int xy=tree[x].y; if (tree[x].f!=Ffunction || xx!=fnum) break; x=tree[xy].x; i++; if (i>=nbmax) die(nerr,"Too many args for `%s'",error); } nb=i+1; for(x=n;i>0;i--) { int y=tree[x].y; x=tree[y].x; stack[i]=tree[y].y; } stack[0]=x; return nb; } int listtostackparent(int n, Ffunc f, int *stack, int nbmax, const char *error,int nerr) { int x,i,nb; if (n==-1) return 0; nbmax--; for(x=n,i=0;tree[x].f==f && i=0;stack[i]=x,x=tree[x].x,i--); return nb; } int genlistargs(int n,int *stack,int min,int max) { const char *name=value[tree[n].x].val.str; int y=tree[n].y; int nb=(y==GNOARG)?0:listtostack(y,Flistarg,stack,max,name,n); if(nb #include #include #include #include "header.h" int indent=0; extern int opthashline; extern int indentlevel; void genindent(FILE *fout) { int i; for (i=0;is.n-1;i++) { if (c->txt[i]=='\n') { if (!flag) fputc('\n',fout); genindent(fout); while(c->txt[i+1]==' ' || c->txt[i+1]=='\t') i++; } else fputc(c->txt[i],fout); } if (c->txt[i]=='\n') { if (!flag) fputc('\n',fout); if (!(tree[n].m&(1<txt[i],fout); } void gensemicolon(FILE *fout, int x) { if (x!=-1 && !(tree[x].m&(1<proto.help; int nb, i; if (h<0) return; fprintf(fout,"GP;addhelp(%s%s, \"", gp->gpname,(optsuffix?optsuffix:"")); nb=genlistcats(h,stack,STACKSZ); for(i=0;iuser->bl; if (!descfindrules1(gp->node, FC_proto_ret)) return 1; for (i=0;is.n;i++) { ctxvar *v=fc->c+i; if ( v->flag&(1<node, FC_proto_code)) nargs++; else return 1; } } if (max_args>0 && nargs>max_args) return 1; return 0; } /*If there is no suitable GP prototype, just print nothing*/ void geninstall(FILE *fout, int nf) { int i; gpfunc *gp=lfunc+nf; if(gp->spec==GPuser) { context *fc=block+gp->user->bl; if (checkinstall(gp)) return; fprintf(fout,"GP;install(\"%s\",\"",gp->proto.cname); genfuncbydesc1(fout,gp->node,FC_proto_ret,-1); for (i=0;is.n;i++) { ctxvar *v=fc->c+i; if ( v->flag&(1<flag&(1<flag&(1<node,FC_proto_code,-1); } else if (v->initval<0) genfuncbydesc1(fout,v->node,FC_proto_code,-1); else { fputc('D',fout); printnode(fout,v->initval); fputc(',',fout); genfuncbydesc1(fout,v->node,FC_proto_code,-1); fputc(',',fout); } } } if (funcmode(*gp)&(1<proto.cname); genfuncbydesc1(fout,gp->node,FC_proto_ret,-1); fprintf(fout,"%s",gp->proto.code); } /* Member function has a gpname of "_.func" which is not a valid * GP func name. * we use "m_" instead. */ if( gp->gpname[0]=='_' && gp->gpname[1]=='.' ) fprintf(fout,"\",\"m_%s%s\"",gp->gpname+2,(optsuffix?optsuffix:"")); else fprintf(fout,"\",\"%s%s\"",gp->gpname,(optsuffix?optsuffix:"")); if (gp->proto.origin) fprintf(fout,",\"%s\"",gp->proto.origin); fprintf(fout,");\n"); } const char * genoutfile(void) { if (outfile) { long n = strlen(outfile); if (n > 2 && outfile[n-1]=='c' && outfile[n-2]=='.') { char *s = strdup(outfile); s[n-2] = 0; return s; } } return strdup(nameparse); } void genheader(FILE *fout) { int i; const char *file = genoutfile(); fprintf(fout,"/*-*- compile-command: \""); fprintf(fout,PARI_MODULE_BUILD,file,file,file,file); free((void*)file); fprintf(fout,"\"; -*-*/\n"); fprintf(fout,"#include \n"); fprintf(fout,"/*\n"); for(i=0;iflag&(1<flag&(1<node,v->node); fprintf(fout,";\n"); } fprintf(fout,"/*End of global vars*/\n\n"); } } void gencode(FILE *fout, int n) { int x=tree[n].x; int y=tree[n].y; if (n<0) return; if (tree[n].comment>=0) { if (tree[n].m&(1<=3) fprintf(fout,"/*%s:%d*/",GPname(tree[n].t),tree[n].m); switch(tree[n].f) { case Fseq: genindentseq(fout,x); gencode(fout,x); gensemicolon(fout,x); genindentseq(fout,y); gencode(fout,y); gensemicolon(fout,y); break; case Fassign: genfacteuraff(fout,x,y); break; case Fconst: { long val=value[x].val.small; const char *str=value[x].val.str; long typ=value[x].type; switch (typ) { case CSTsmall: fprintf(fout,"%ld",val); break; case CSTsmallreal: { int arg=newsmall(val); tree[arg].t=Gsmall; if (genfuncbydesc1(fout,arg,FC_const_smallreal,n)) die(n,"Bad description for _const_smallreal"); stack_pop_safe(&s_node,arg); } break; case CSTint: case CSTreal: { int arg=newstringnode(str,-1); int fc=FC_const_expr; tree[arg].t=Gstr; if (FC_const_real>=0 && typ==CSTreal) fc=FC_const_real; if (genfuncbydesc1(fout,arg,fc,n)) die(n,"Bad description for _const_expr"); stack_pop_safe(&s_value,tree[arg].x); stack_pop_safe(&s_node,arg); } break; case CSTstr: genstring(fout,str); break; } break; } case Fsmall: fprintf(fout,"%d",tree[n].x); break; case Frefarg: gencode(fout,x); break; case Fentry: genentry(fout,n); break; case Ffun: { gpfunc *gp=lfunc+tree[n].x; fprintf(fout,"%s",gp->proto.cname); } break; case Ffunction: genentryfunc(fout,n); break; case Fdeffunc: gendeffunc(fout,n); break; case Fblock: gendefblock(fout,n); break; case Fnoarg: fputc('0',fout); break; case Fnorange: if (FC_norange >= 0) genfuncbydesc(fout, 0, NULL, FC_norange, n); else fprintf(fout,"0"); break; case Ftag: gencast(fout,x,y); break; default: die(n,"Internal error : unknown func %s in gencode",funcname(tree[n].f)); break; } } void genparensg(FILE *fout, int n) { if (n!=-1 && (tree[n].m&(1< #include #include #include "stack.h" void ** stack_base(stack *s) { return (void **) ((unsigned long)s + (unsigned long)s->offset); } void stack_init(stack *s, int size, void **data) { s->offset=(unsigned long)data-(unsigned long)s; *data=NULL; s->n=0; s->alloc=0; s->size=size; } void stack_alloc(stack *s, int nb) { void **sdat=(void **)((char *)s+s->offset); if (s->n+nb <= s->alloc) return; while (s->n+nb > s->alloc) s->alloc=s->alloc?s->alloc<<1:1; if (debug_stack) fprintf(stderr,"data=%lx (%d/%ld)\n", (unsigned long) sdat,s->n,(long) s->alloc); *sdat=realloc(*sdat,s->alloc*s->size); if (*sdat==NULL) fprintf(stderr,"Cannot alloc memory (%ld bytes)\n",(long)s->alloc*s->size); } int stack_new(stack *s) { stack_alloc(s, 1); return s->n++; } void stack_push_int(stack *s, int val) { int *sdat; stack_alloc(s, 1); sdat = * (int **) ((char *)s+s->offset); sdat[s->n++] = val; } int stack_has_int(stack *s, int val) { int *sdat= * (int **) ((char *)s+s->offset); int i; for (i=0; in; i++) if (sdat[i]==val) return 1; return 0; } void stack_remove_int(stack *s, int val) { int *sdat= * (int **) ((char *)s+s->offset); int i, k; for (i=0, k=0; in; i++) { if (sdat[i]==val) k++; else sdat[i-k]=sdat[i]; } s->n-=k; } static int cmpss(const void *a, const void *b) { return *(int*)a - *(int*)b; } void stack_int_sort(stack *s) { int *sdat= * (int **) ((char *)s+s->offset); qsort(sdat, s->n, s->size, cmpss); } void stack_int_merge(stack *s, stack *t) { int *sdat= * (int **) ((char *)s+s->offset); int *tdat= * (int **) ((char *)t+t->offset); int *var; int i,j; int sn = s->n, tn = t->n; stack v; if (t->n==0) return; stack_init(&v,sizeof(*var),(void *)&var); for(i=0,j=0; i tdat[j]) stack_push_int(&v,tdat[j++]); else { stack_push_int(&v,sdat[i]); i++; j++; } } for (;in) s->n--; else fprintf(stderr,"stack_pop: stack is already empty\n"); } void stack_pop_safe(stack *s, int n) { if (n == s->n-1) stack_pop(s); else fprintf(stderr,"stack_pop: unexpected stack level\n"); } /*Push stack t on stack s*/ void stack_push(stack *s, stack *t) { if ( s->size!=t->size ) fprintf(stderr,"Incompatible stack size in stack_push: %ld!=%ld\n", (long)s->size,(long)t->size); if ( t->n>0 ) { void **sdat=(void **) ((char *)s+s->offset); void **tdat=(void **) ((char *)t+t->offset); stack_alloc(s, t->n); memcpy((char *)*(sdat)+s->n*s->size,*tdat,t->n*t->size); s->n+=t->n; } } void stack_replace(stack *s, stack *t) { void **sdat=(void **) ((char *)s+s->offset); void **tdat=(void **) ((char *)t+t->offset); *sdat=realloc(*sdat,0); *sdat=*tdat; s->n=t->n; s->alloc=t->alloc; } gp2c-0.0.10/src/gerepile.c0000644000175000017500000001222312624133327012076 00000000000000/* Copyright (C) 2002-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include #include "header.h" void gerepilelist(stack *s, stack *g, int savb) { affnode *an=(affnode *) *stack_base(s); int i; for(i=0;in;i++) { int idx=an[i].idx; ctxvar *v=ctxstack+idx; int t=vartype(*v); if (ctype[t]!=Vgen || ((v->flag&(1<val!=-1)) continue; /*If i is affected or referenced*/ if (an[i].f==AFclone) stack_remove_int(g,v->node); else if (an[i].f!=AFaccess && an[i].f!=AFhide) { int j; /*search the first occurence of i*/ for(j=0;j=savb && an[j].f==AFassign) continue; /*else check if it is not already in the list*/ if (stack_has_int(g,v->node)) continue; stack_push_int(g,v->node); } } stack_int_sort(g); if (debug) { int i; fprintf(stderr,"/*"); for(i=0;in;i++) fprintf(stderr,"%s%s ",varstr(ctxstack[an[i].idx]),an[i].f==AFassigncompo?"=[]":an[i].f==AFassign?"=":""); fprintf(stderr,"*/\n"); } } void pilelistvar(int idx) { ctxvar *v=ctxstack+idx; if (v->flag&(1<initval>=0) { pilelist(v->initval); newaff(AFassign,idx); } } void pilelist(int n) { int x,y; int savc; context *bl; if (n<0) return; x=tree[n].x; y=tree[n].y; switch(tree[n].f) { case Fassign: if (tree[x].f!=Fentry) pilelist(x); pilelist(y); x=getlvaluerr(x); if (ctype[tree[x].t]==Vgen && ctype[tree[y].t]==Vgen && (tree[detag(y)].m&(1<v,&uf->g,uf->savb); currfunc=savcf; } break; case Fblock: savc=s_ctx.n; bl=block+tree[n].x; pushctx(bl); pilelist(y); if (bl->gc&(1<v,&bl->g,bl->savb); if (bl->egc>=0) { int vret=getvar(bl->egc); ctxvar *v=ctxstack+vret; if (ctype[vartype(*v)]==Vgen && !stack_has_int(&bl->g,vret)) stack_push_int(&bl->g,v->node); } } copyctx(savc,bl); s_ctx.n=savc; break; default: if (tree[n].f>=FneedENTRY) die(n,"Incorrect node %s in pilelist",funcname(tree[n].f)); pilelist(x); pilelist(y); } } void pileclean(int n) { int x,y; int savc,sava,savb; context *bl; if (n<0) return; x=tree[n].x; y=tree[n].y; switch(tree[n].f) { case Fassign: pileclean(x); pileclean(y); break; case Frefarg: case Ftag: pileclean(x); break; case Fconst: case Fsmall: case Fnoarg: case Fentry: break; case Ffunction: pileclean(y); break; case Fdeffunc: { int funcid=tree[n].x; const char *name=entryname(funcid); int savcf=currfunc; /*get func number and context*/ currfunc=findfunction(name); pileclean(y); currfunc=savcf; } break; case Fblock: savc=s_ctx.n; sava=s_aff.n; bl=block+tree[n].x; pushctx(bl); savb=s_ctx.n; pileclean(y); if (bl->gc&(1<g,&ufunc->g); if (bl->g.n!=1) bl->gc&=~(1<gc&(1<g.n || (bl->gc&(1<gc&(1<=savc && wgc&(1<g.n==0 || (bl->g.n==1 && (bl->gc&(1<=FneedENTRY) die(n,"Incorrect node %s in pileclean",funcname(tree[n].f)); pileclean(x); pileclean(y); } } gp2c-0.0.10/src/optable.h0000644000175000017500000000243212624133327011736 00000000000000/* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ typedef enum {OPor, OPand, OPid, OPeq, OPne, OPge, OPg, OPle, OPl, OPs, OPp, OPsl, OPsr, OPmod, OPdr, OPeuc, OPd, OPm, OPpow, OPcat, OPss, OPpp, OPse ,OPpe ,OPsle ,OPsre ,OPmode ,OPdre ,OPeuce ,OPde ,OPme, OPpl, OPn, OPnb, OPfact, OPderiv, OPtrans, OPrange, OPcompr, OPcomprc, OPhist, OPhisttime, OPcoeff, OPnboperator} OPerator; #ifndef TYPE extern const char *opname[]; #else const char *opname[]={"_||_", "_&&_", "_===_", "_==_", "_!=_", "_>=_", "_>_", "_<=_", "_<_", "_-_","_+_","_<<_", "_>>_", "_%_", "_\\/_", "_\\_", "_/_", "_*_","_^_","__","_--","_++","_-=_", "_+=_", "_<<=_", "_>>=_", "_%=_", "_\\/=_", "_\\=_", "_/=_", "_*=_","+_","-_","!_","_!","_'","_~","[_.._]","[_|_<-_,_]","[_|_<-_,_;_]","%","%#","_[_,_]",""}; #endif gp2c-0.0.10/src/context.c0000644000175000017500000000645212624133327011775 00000000000000/* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include #include #include "header.h" /* return hashing value for variable s*/ long varkey(const char *s) { long n = 0; while (*s) { n = (n<<1) ^ *s; s++; } return n; } int newctx(int flag) { int n; n=stack_new(&s_ctx); ctxstack[n].flag=flag; return n; } int newaff(enum AFenum func, int idx) { int n=stack_new(&s_aff); if (idx<0) die(-1,"Internal error: unknown var"); affstack[n].f=func; affstack[n].idx=idx; return n; } int newblock(void) { int n=stack_new(&s_bloc); stack_init(&block[n].s,sizeof(*block[n].c),(void **)&block[n].c); block[n].ret=-1; stack_init(&block[n].v,sizeof(*block[n].var),(void **)&block[n].var); block[n].gc=0; block[n].egc=-1; stack_init(&block[n].g,sizeof(*block[n].gcvar),(void **)&block[n].gcvar); return n; } int fillvar(int n, int flag, int t, int initval) { int c=getvarerr(n); ctxvar *v=ctxstack+c; v->flag=flag; vartype(*v)=t; v->initval=initval; return c; } int pushvar(int n, int flag, int t, int initval) { const char *s=entryname(n); int c=newctx(flag); ctxvar *v=ctxstack+c; if (flag&(1<cvar=usercname(s); else v->cvar=s; v->key=varkey(s); v->node=newnode(Fentry,newentry(s),-1); vartype(*v)=t; v->initval=initval; v->val=-1; return c; } int getvarinstack(const char *s, int n, const ctxvar *ctx) { int i,key; key=varkey(s); for(i=n-1;i>=0 && (ctx[i].key!=key || strcmp(varstr(ctx[i]),s));i--); return i; } int getvarbyname(const char *s) { return getvarinstack(s,s_ctx.n,ctxstack); } int getvar(int n) { if(tree[n].f!=Fentry && tree[n].f!=Ffunction) die(n,"Internal error : Not a Fentry/Ffunction in getvar"); return getvarbyname(value[tree[n].x].val.str); } ctxvar *getvarinblock(int n, context *fc) { int v; if (tree[n].f!=Fentry) die(n,"Internal error : %s(%d) in getvarinblock",funcname(tree[n].f),tree[n].f); v=getvarinstack(value[tree[n].x].val.str,fc->s.n,fc->c); if ( v<0 ) die(n,"Internal error : var not found in getvarinblock"); return fc->c+v; } int getvarerr(int n) { int v=getvar(n); if (v==-1) die(n,"Internal error: variable %s appears from nowhere", value[tree[n].x].val.str); return v; } void restorectx(int c) { int i,j; for(i=c,j=c;is_ctx.n) die(-1,"Internal error: restorectx"); s_ctx.n=j; } void pushctx(context *fc) { stack_push(&s_ctx,&fc->s); } void copyctx(int c, context *fc) { int i; fc->s.n=0; for (i=c; is); fc->c[n]=ctxstack[i]; } } gp2c-0.0.10/src/config.h.in0000644000175000017500000000532313006472505012163 00000000000000/* src/config.h.in. Generated from configure.ac by autoheader. */ /* Define to 1 if you don't have `vprintf' but do have `_doprnt.' */ #undef HAVE_DOPRNT /* Define to 1 if you have the `getopt' function. */ #undef HAVE_GETOPT /* Define to 1 if you have the header file. */ #undef HAVE_INTTYPES_H /* Define to 1 if you have the header file. */ #undef HAVE_MALLOC_H /* Define to 1 if you have the `memccpy' function. */ #undef HAVE_MEMCCPY /* Define to 1 if you have the header file. */ #undef HAVE_MEMORY_H /* Define to 1 if you have the header file. */ #undef HAVE_STDINT_H /* Define to 1 if you have the header file. */ #undef HAVE_STDLIB_H /* Define to 1 if you have the `strcmp' function. */ #undef HAVE_STRCMP /* Define to 1 if you have the `strdup' function. */ #undef HAVE_STRDUP /* Define to 1 if you have the header file. */ #undef HAVE_STRINGS_H /* Define to 1 if you have the header file. */ #undef HAVE_STRING_H /* Define to 1 if you have the `strrchr' function. */ #undef HAVE_STRRCHR /* Define to 1 if you have the `strtol' function. */ #undef HAVE_STRTOL /* Define to 1 if you have the header file. */ #undef HAVE_SYS_STAT_H /* Define to 1 if you have the header file. */ #undef HAVE_SYS_TYPES_H /* Define to 1 if you have the header file. */ #undef HAVE_UNISTD_H /* Define to 1 if you have the `vprintf' function. */ #undef HAVE_VPRINTF /* Name of package */ #undef PACKAGE /* Define to the address where bug reports for this package should be sent. */ #undef PACKAGE_BUGREPORT /* Define to the full name of this package. */ #undef PACKAGE_NAME /* Define to the full name and version of this package. */ #undef PACKAGE_STRING /* Define to the one symbol short name of this package. */ #undef PACKAGE_TARNAME /* Define to the home page for this package. */ #undef PACKAGE_URL /* Define to the version of this package. */ #undef PACKAGE_VERSION /* target PARI module build */ #undef PARI_MODULE_BUILD /* target PARI version */ #undef PARI_VERSION /* Define to 1 if you have the ANSI C header files. */ #undef STDC_HEADERS /* Define to 1 if your declares `struct tm'. */ #undef TM_IN_SYS_TIME /* Version number of package */ #undef VERSION /* Define to 1 if `lex' declares `yytext' as a `char *' by default, not a `char[]'. */ #undef YYTEXT_POINTER /* Define to empty if `const' does not conform to ANSI C. */ #undef const /* Define to `__inline__' or `__inline' if that's what the C compiler calls it, or to nothing if 'inline' is not supported under any name. */ #ifndef __cplusplus #undef inline #endif /* Define to `unsigned int' if does not define. */ #undef size_t gp2c-0.0.10/src/gp2c.c0000644000175000017500000002745212665606073011157 00000000000000/* Copyright (C) 2000-2015 The PARI group. This file is part of the GP2C package. GP2C 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., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #define TYPE #include "config.h" #include #include #include #include #include #include "header.h" FILE *yyin; int linecount; int yydebug; static int optgen=0,opttree=0,opttype=0,optinfo=0; int optstrict=0; int optcleanvar=0;/*used in genbrace to suppress {} optimization*/ int opthashline=0; int indentlevel=2; int preclevel=0; int do_warning=1; char *optprefix,*optsuffix; int debug; const char *nameparse, *namelib, *outfile; int lastpass; int autogc; int warn; int safecoeff; void dump(FILE *fout) { int i,j; for(i=0;iuser->bl; fprintf(fout,"Function:\n %s(",gp->proto.cname); for(j=0;js.n;j++) { if (fc->c[j].flag&(1<c[j])),varstr(fc->c[j])); } fprintf(fout,")\n"); if (strcmp(gp->gpname,gp->proto.cname)) fprintf(fout,"GP name: %s\n",gp->gpname); fprintf(fout,"code: %s\n",gp->proto.code); fprintf(fout,"return type: %s\n",GPname(functype(*gp))); fprintf(fout,"mode=%d \t spec=%d\n",funcmode(*gp),gp->spec); for( ;js.n;j++) { ctxvar *c=fc->c+j; if (!((c->flag&(1<flag&(1<val==-1))) fprintf(fout,"%s %s\n",GPname(vartype(*c)),varstr(*c)); } fprintf(fout,"\n"); } } extern int indent; void init_compiler(void) { int n; stack_init(&s_node,sizeof(*tree),(void **)&tree); stack_init(&s_value,sizeof(*value),(void **)&value); stack_init(&s_func,sizeof(*lfunc),(void **)&lfunc); stack_init(&s_ctx,sizeof(*ctxstack),(void **)&ctxstack); stack_init(&s_aff,sizeof(*affstack),(void **)&affstack); stack_init(&s_bloc,sizeof(*block),(void **)&block); stack_init(&s_comment,sizeof(*com),(void **)&com); stack_init(&s_errors,sizeof(*errors),(void **)&errors); stack_init(&s_Ctype,sizeof(*Ctype),(void **)&Ctype); stack_init(&s_GPtype,sizeof(*GPtype),(void **)&GPtype); stack_init(&s_Mmode,sizeof(*Mmode),(void **)&Mmode); stack_init(&s_label,sizeof(*label),(void **)&label); /*Node 0 should be a (Gvoid)Fnoarg*/ n=newnode(Fnoarg,-1,-1); tree[n].t=Gvoid; /*Node 1 should be a (Gnotype)Fnoarg*/ n=newnode(Fnoarg,-1,-1); tree[n].t=Gnotype; /*Node 2 should be a Fnorange*/ n=newnode(Fnorange,-1,-1); tree[n].t=Gsmall; } void init_stdfunc(void) { FC_badtype=findfuncdesc("_badtype"); FC_formatcode=findfuncdesc("_formatcode"); FC_tovec=findfuncdesc("_tovec"); FC_tovecprec=findfuncdescopt("_tovecprec"); FC_cast=findfuncdesc("_cast"); FC_proto_ret=findfuncdesc("_proto_ret"); FC_proto_code=findfuncdesc("_proto_code"); FC_decl_base=findfuncdesc("_decl_base"); FC_decl_ext=findfuncdesc("_decl_ext"); FC_default_check=findfuncdesc("_default_check"); FC_default_marker=findfuncdesc("_default_marker"); FC_gerepileupto=findfuncdesc("_gerepileupto"); FC_const_smallreal=findfuncdesc("_const_smallreal"); FC_const_expr=findfuncdesc("_const_expr"); FC_copy=findfuncdesc("copy"); FC_avma=findfuncdesc("_avma"); Gpari_sp=findfunctype("_avma"); FC_low_stack_lim=findfuncdesc("_low_stack_lim"); FC_gc_needed=findfuncdescopt("_gc_needed"); FC_gerepileall=findfuncdesc("_gerepileall"); FC_forprime_init=findfuncdescopt("_forprime_init"); if (FC_forprime_init>=0) Gforprime=strtotype("forprime"); else { Gforprime=findfunctype("_diffptr"); FC_forprime_next=findfuncdesc("_forprime_next"); } Gerror=findfunctypeopt("_iferr_error"); FC_matrixrow=findfuncdescopt("_[_,]"); FC_const_real=findfuncdescopt("_const_real"); FC_call=findfuncdescopt("_(_)"); FC_strtoclosure=findfuncdescopt("_strtoclosure"); FC_proto_max_args=findfuncdescopt("_proto_max_args"); max_args = FC_proto_max_args<0 ? 8 : lfunc[FC_proto_max_args].dsc->a[0].args[0].misc; if (safecoeff && findfuncdescopt("_safecoeff")<0) { warning(-1,"gp2c option -C not supported by this PARI version"); safecoeff=0; } FC_norange=findfuncdescopt("_norange"); } void init_typedef(void) { gpdesc *def=lfunc[findfuncdesc("_typedef")].dsc; int r; ctype=(int*)calloc(s_GPtype.n,sizeof(*ctype)); for (r=0; rnb; r++) { gpdescarg *rule=def->a+r; int t=rule->args[0].type; ctype[t]=strtoctype(rule->cname); } Vgen=strtoctype("GEN"); } void compile(FILE *fin, FILE *fout, const char *nom) { const char *descfile; char *tmplib; const char *lib; int startnode; int status; int i; init_compiler(); linecount=1; nameparse=nom; lib = genoutfile(); tmplib=(char*)calloc(strlen(lib)+6,sizeof(*lib)); sprintf(tmplib,"%s%s.so",lib[0]=='/'?"":"./",lib); free((void*)lib); namelib=tmplib; yyin=fin; currfunc=-1; initoperators(); if (!(descfile=getenv("GP2C_FUNC_DSC"))) descfile=FUNCDSC_PATH; for(i=0;GPneeded[i];i++) newtype(GPneeded[i]); for(i=0; Mneeded[i];i++) newmode( Mneeded[i]); initdesc(descfile); inittype(); patchfunclist(); if(opttype) {outputtype(fout);exit(0);} init_stdfunc(); init_typedef(); startnode=s_node.n-1; status=yyparse(); for(i=0;ilineno,s->txt); } if(status) { fprintf(stderr,"Errors found: aborting...\n"); exit(1); } if (s_errors.n) { fprintf(stderr,"%d error%s found: aborting...\n",s_errors.n,s_errors.n==1?"":"s"); exit(1); } if (startnode==s_node.n-1) startnode=GNIL; else startnode=s_node.n-1; if (optgen) { printnode(fout,startnode); printf("\n"); return; } if (yydebug) fprintf(stderr,"End of parsing\n"); startnode=addseqleft(newnode(Ffunction,newentry("_initfunc"),-1),startnode); gentoplevel(startnode); startnode=addinitfunc(startnode); if (debug>1) printnode(stderr,startnode); gentopfunc(startnode,-1,-1,-1); if (debug) { fprintf(stderr,"\n--------------END TOPFUNC------------\n"); printnode(stderr,startnode); } genblock(startnode,-1); if (opttree==1) { maketree(stderr,startnode); fprintf(stderr,";\n"); } if (debug) printnode(stderr,startnode); lastpass=0; gentype(startnode); do_warning=0; while (lastpass) { lastpass=0; gentype(startnode); } do_warning=1; if (debug>=2) { fprintf(stderr,"\n--------------END GENTYPE------------\n"); printnode(stderr,startnode); } gendeblock(startnode,-1,0,NULL,NULL); moveblock(startnode,-1,0,NULL,NULL); if (debug) { fprintf(stderr,"\n--------------END MOVEBLOCK------------\n"); printnode(stderr,startnode); } do { lastpass=0; varlist(startnode); } while(lastpass); if (!optcleanvar) cleanvar(startnode); pilelist(startnode); if (autogc) pileclean(startnode); if (optinfo) dump(stderr); if (!optcleanvar) cleanvar(startnode); cleancode(startnode,-1,left); if (tree[startnode].f==Fseq && tree[startnode].y==GNIL) startnode=tree[startnode].x; switch(opttree) { case 1: maketree(stderr,startnode); break; case 2: maketreeGRL(stderr,startnode); break; } if (debug) { fprintf(stderr,"\n--------------END CLEANCODE------------\n"); printnode(stderr,startnode); } indent=0; genheader(fout); gencode(fout,startnode); } void version(void) { printf("GP to C compiler version %s \n targeted at PARI/GP %s\n",VERSION,PARI_VERSION); printf("Copyright 2000-2015 The PARI Group\n"); printf("GP2C is free software, covered by the GNU General Public License, and \n\ you are welcome to change it and/or distribute copies of it under \n\ certain conditions. There is absolutely no warranty for GP2C.\n"); } void usage(FILE *fout, char *s) { fprintf(fout,"%s [-ghfltvydSWTGV] [-o ] [-i N] [-p ] [file.gp] \n\ GP to C translator. \n\ \n\ user option: \n\ -o : Place output in file . \n\ -g : Generate automatic garbage collection code. \n\ -iN: Set indentation level to N spaces (default 2). \n\ -W : Output warning about types and global variables usage. \n\ -C : Generate range checking code. \n\ -L : Generate #line directive for better C compiler messages. \n\ -p : Prefix user-defined symbol by to avoid conflict. \n\ -s : Add suffix to GP install names of functions. \n\ -S : Assume strict declarations for functions. \n\ query options: \n\ -h : This help. \n\ -f : Dump information about functions to stderr. \n\ -l : Output the list of functions known to the compiler. \n\ -t : Output the table of types known to the compiler. \n\ -v : Output version information and exit. \n\ debugging options: \n\ -d : Increase debugging level. \n\ -y : Switch parser to debug mode. \n\ -T : Output syntactic tree in treetool format. \n\ -TT: Output syntactic tree in VCG/GRL format. \n\ -G : Generate GP code in place of C code. Don't smile. \n\ -V : Do not clean up variables. \n\ \n\ file.gp: file to be processed, default to stdin. \n\ The generated C code is output to stdout unless the -o option is used \n\ \n\ See the script gp2c-run for an automated compilation process. \n\ ",s); } int main(int argc, char **argv) { int c; FILE *fin=stdin; FILE *fout=stdout; const char *infile = "stdin"; autogc=0; safecoeff=0; warn=0; optprefix=NULL; optsuffix=NULL; outfile = NULL; while((c=getopt(argc,argv,"gi:hflo:p:s:StvydCGLTVW"))!=-1) { switch(c) { case 'g': autogc=1-autogc; break; case 'i': indentlevel=atoi(optarg); break; case 'h': usage(stdout,argv[0]); exit(0); break; case 'f': optinfo=1-optinfo; break; case 'l': { const char *descfile; init_compiler(); if (!(descfile=getenv("GP2C_FUNC_DSC"))) descfile=FUNCDSC_PATH; initdesc(descfile); patchfunclist(); printlistfunc(fout); exit(0); } case 'o': outfile=strdup(optarg); break; case 'p': optprefix=strdup(optarg); break; case 's': optsuffix=strdup(optarg); break; case 'S': optstrict=1-optstrict; break; case 't': opttype=1-opttype; break; case 'v': version(); exit(0); case 'd': debug++; debug_stack=debug>1; break; case 'y': yydebug++; break; case 'T': opttree++; break; case 'G': optgen=1-optgen; break; case 'L': opthashline=1-opthashline; break; case 'V': optcleanvar=1-optcleanvar; break; case 'C': safecoeff=1-safecoeff; break; case 'W': warn=1-warn; break; case '?': usage(stderr,argv[0]); exit(1); break; } } if (argc-optind>1) { usage(stderr,argv[0]); exit(1); } if (argc!=optind) { infile = argv[optind]; if ((fin=fopen(infile,"r"))==NULL) { perror(argv[0]); exit(errno); } } if (outfile && ((fout=fopen(outfile,"w"))==NULL)) { perror(argv[0]); exit(errno); } compile(fin,fout,infile); if (fin!=stdin) fclose(fin); if (fout!=stdout) fclose(fout); return 0; } gp2c-0.0.10/src/varlist.c0000644000175000017500000001206612624133327011773 00000000000000/* Copyright (C) 2002-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #include "config.h" #include #include #include #include "header.h" void varlistaff(int sava, int savc, stack *v) { affnode **an=(affnode **) stack_base(v); int i; v->n=0; for (i=sava;iflag&(1<initval>=0) { varlist(v->initval); newaff(AFassign,idx); } } void varlistfunc(int n,int fc) { gpfunc *gp=lfunc+fc; gpproto pro=gp->proto; const char *proto=pro.code; int i=0; char const *p=proto; char c; PPproto mod; int arg[STACKSZ]; int nb=genlistargs(n,arg,0,STACKSZ); gpdescarg *rule=gp->dsc?descfindrules(nb,arg,gp):NULL; if (rule) { for (i=0; inargs; i++) { switch(rule->args[i].t) { case AAlvalue: case AAreftype: { int v, a=detag(arg[i]); if (tree[a].f==Frefarg) a=tree[a].x; v=getvarerr(getlvaluerr(a)); newaff(AFrefarg,v); if (tree[a].f!=Fentry) newaff(AFassigncompo,v); break; } default: break; } } return; } if (!proto) return; while((mod=parseproto(&p,&c))) { switch(mod) { case PPdefault: if (i>=nb || arg[i]==GNOARG) { i++; break; } case PPauto: case PPstd: /* Fall through */ switch(c) { case '&': case '*': case 'W': { int v, a=detag(arg[i]); if (tree[a].f==Frefarg) a=tree[a].x; v=getvarerr(getlvaluerr(a)); newaff(AFrefarg,v); if (c=='W' || tree[a].f!=Fentry) newaff(AFassigncompo,v); break; } } i++; break; case PPdefaultmulti: i++; break; case PPstar: i=nb; break; default: die(n,"internal error: PPproto %d in varlistfunc",mod); } } if(ispec==GPuser) { userfunc *uf=gp->user; int base=lfunc[currfunc].user->savb;/*currfunc!=fc*/ int i; char *c; c=calloc(base,sizeof(*c)); for(i=0;iv.n;i++) { affnode *an=uf->var+i; if (an->idxidx].flag&(1<f!=AFaccess && an->f!=AFhide && c[an->idx]==0) { c[an->idx]=1; newaff(AFassign,an->idx); } } free(c); } else varlistfunc(n,fc); } break; case Fdeffunc: { int funcid=tree[n].x; const char *name=entryname(funcid); int savcf=currfunc; userfunc *uf; /*get func number and context*/ currfunc=findfunction(name); uf=lfunc[currfunc].user; savc=s_ctx.n; uf->savb=savc; sava=s_aff.n; varlist(y); nv=uf->v.n; varlistaff(sava,savc,&uf->v); if (nv!=uf->v.n) lastpass=1; currfunc=savcf; } break; case Fblock: savc=s_ctx.n; sava=s_aff.n; bl=block+tree[n].x; for (i=0;is.n;i++) { ctxvar *v=bl->c+i; int nv=getvarbyname(varstr(*v)); if (nv!=-1) newaff(AFhide,nv); } pushctx(bl); savb=s_ctx.n; for(i=0;is.n;i++) varlistvar(savc+i); varlist(y); nv=bl->v.n; varlistaff(sava,savb,&bl->v); if (nv!=bl->v.n) lastpass=1; bl->savb=savb; copyctx(savc,bl); s_ctx.n=savc; break; default: if (tree[n].f>=FneedENTRY) die(n,"Incorrect node %s in varlist",funcname(tree[n].f)); varlist(x); varlist(y); } } gp2c-0.0.10/src/parse.y0000644000175000017500000002023312665605754011457 00000000000000%{ /* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #define YYDEBUG 1 #include "config.h" #include #include #include #include "header.h" int linecount; int yyerror(const char *s); int yylex(void); static int once=0; static int newcommand(int x, int y) { return (x==GNOARG)?y:(y==GNOARG)?x:newnode(Fseq,x,y); } %} %error-verbose %union { int val; strcom str; } %token KDOTDOT ".." %token KPARROW ")->" %token KARROW "->" %token KPE "+=" %token KSE "-=" %token KME "*=" %token KDE "/=" %token KDRE "\\/=" %token KEUCE "\\=" %token KMODE "%=" %token KAND "&&" %token KOR "||" %token KID "===" %token KEQ "==" %token KNE "!=" %token KGE ">=" %token KLE "<=" %token KSRE ">>=" %token KSLE "<<=" %token KSR ">>" %token KSL "<<" %token KDR "\\/" %token KPP "++" %token KSS "--" %token KINTEGER "integer" %token KREAL "real number" %token KENTRY "variable name" %token KSTRING "character string" %left '\n' %left SEQ DEFFUNC %left INT LVAL %right ")->" "->" %left ';' ',' %right '=' "+=" "-=" "*=" "/=" "\\/=" "\\=" "%=" ">>=" "<<=" %left '&' "&&" "||" %left "===" "==" "!=" '>' ">=" '<' "<=" %left '+' '-' %left '%' "\\/" '\\' '/' '*' ">>" "<<" %left SIGN %right '^' %left '#' %left '!' '~' '[' '\'' %left '.' MAT %left "++" "--" %left '(' %left ':' %type commands seq %type range matrix matrix_index expr %type lvalue %type matrixelts matrixlines arg listarg definition %type funcid memberid %type backticks history %type compr in inseq %% commands: seq {$$=$1;} | commands '\n' seq {$$=newcommand($1,$3);} ; seq: /**/ %prec SEQ {$$=GNOARG;} | expr %prec SEQ {$$=$1;} | seq ';' {$$=$1;} | seq ';' expr {$$=newcommand($1,$3);} ; range: /* */ { $$=newnode(Frange,GNORANGE,GNORANGE); } | expr { $$=newnode(Frange,$1,GNORANGE); } | expr ".." expr { $$=newnode(Frange,$1,$3); } | '^' expr { $$=newnode(Frange,GNORANGE,$2); } ; matrix_index: '[' range ',' range ']' {$$=newnode(Fmatrix,$2,$4);} | '[' range ']' {$$=newnode(Fmatrix,$2,-1);} ; backticks: '`' {$$=1;} | backticks '`' {$$=$1+1;} ; history: '%' {$$=newopcall(OPhist,-1,-1);} | '%' KINTEGER {$$=newopcall(OPhist,newintnode($2.s,$2.c),-1);} | '%' backticks {$$=newopcall(OPhist,newnode(Fsmall,-$2,-1),-1);} | '%' '#' {$$=newopcall(OPhisttime,-1,-1);} | '%' '#' KINTEGER {$$=newopcall(OPhisttime,newintnode($3.s,$3.c),-1);} | '%' '#' backticks{$$=newopcall(OPhisttime,newnode(Fsmall,-$3,-1),-1);} ; /* KREAL catch all reals except "." * We need to fix that here. */ expr: KINTEGER %prec INT {$$=newintnode($1.s,$1.c);} | KREAL {$$=newrealnode($1.s,$1.c);} | '.' {$$=newnode(Fconst,newsmallrealvalue(0),-1);} | KINTEGER '.' KENTRY {$$=newnodecom(Ffunction,newmember($3.s),newintnode($1.s,$1.c), $3.c);} | KSTRING {$$=newstringnode($1.s,$1.c);} | '\'' KENTRY {$$=newquotenode($2.s,$2.c);} | history {$$=$1;} | expr '(' listarg ')' {$$=newnode(Fcall,$1,$3);} | funcid {$$=$1;} | lvalue %prec LVAL {$$=$1;} | matrix {$$=$1;} | compr {$$=$1;} | definition {$$=$1;} | matrix '=' expr {$$=newnode(Fassign,$1,$3);} | lvalue '=' expr {$$=newnode(Fassign,$1,$3);} | lvalue "++" {$$=newopcall(OPpp,$1,-1);} | lvalue "--" {$$=newopcall(OPss,$1,-1);} | lvalue "*=" expr {$$=newopcall(OPme,$1,$3);} | lvalue "/=" expr {$$=newopcall(OPde,$1,$3);} | lvalue "\\/=" expr {$$=newopcall(OPdre,$1,$3);} | lvalue "\\=" expr {$$=newopcall(OPeuce,$1,$3);} | lvalue "%=" expr {$$=newopcall(OPmode,$1,$3);} | lvalue "<<=" expr {$$=newopcall(OPsle,$1,$3);} | lvalue ">>=" expr {$$=newopcall(OPsre,$1,$3);} | lvalue "+=" expr {$$=newopcall(OPpe,$1,$3);} | lvalue "-=" expr {$$=newopcall(OPse,$1,$3);} | '!' expr {$$=newopcall(OPnb,$2,-1);} | '#' expr {$$=newcall("length",$2);} | expr "||" expr {$$=newopcall(OPor,$1,$3);} | expr "&&" expr {$$=newopcall(OPand,$1,$3);} | expr '&' expr {$$=newopcall(OPand,$1,$3);} | expr "===" expr {$$=newopcall(OPid,$1,$3);} | expr "==" expr {$$=newopcall(OPeq,$1,$3);} | expr "!=" expr {$$=newopcall(OPne,$1,$3);} | expr ">=" expr {$$=newopcall(OPge,$1,$3);} | expr '>' expr {$$=newopcall(OPg,$1,$3);} | expr "<=" expr {$$=newopcall(OPle,$1,$3);} | expr '<' expr {$$=newopcall(OPl,$1,$3);} | expr '-' expr {$$=newopcall(OPs,$1,$3);} | expr '+' expr {$$=newopcall(OPp,$1,$3);} | expr "<<" expr {$$=newopcall(OPsl,$1,$3);} | expr ">>" expr {$$=newopcall(OPsr,$1,$3);} | expr '%' expr {$$=newopcall(OPmod,$1,$3);} | expr "\\/" expr {$$=newopcall(OPdr,$1,$3);} | expr '\\' expr {$$=newopcall(OPeuc,$1,$3);} | expr '/' expr {$$=newopcall(OPd,$1,$3);} | expr '*' expr {$$=newopcall(OPm,$1,$3);} | '+' expr %prec SIGN {$$=newopcall(OPpl,$2,-1);} | '-' expr %prec SIGN {$$=newopcall(OPn,$2,-1);} | expr '^' expr {$$=newopcall(OPpow,$1,$3);} | expr '~' {$$=newopcall(OPtrans,$1,-1);} | expr '\'' {$$=newopcall(OPderiv,$1,-1);} | expr '!' {$$=newopcall(OPfact,$1,-1);} | expr matrix_index %prec MAT {$$=newnode(Fmatcoeff,$1,$2);} | memberid {$$=$1;} | expr ':' KENTRY {$$=newtag($1,$3.s,$3.c);} | '(' expr ')' {$$=$2;} ; lvalue: KENTRY %prec LVAL {$$=newnodecom(Fentry,newentry($1.s),-1,$1.c);} | lvalue matrix_index {$$=newnode(Fmatcoeff,$1,$2);} | lvalue ':' KENTRY {$$=newtag($1,$3.s,$3.c);} ; matrixelts: expr {$$=$1;} | matrixelts ',' expr {$$=newnode(Fmatrixelts,$1,$3);} ; matrixlines: matrixelts ';' matrixelts {$$=newnode(Fmatrixlines,$1,$3);} | matrixlines ';' matrixelts {$$=newnode(Fmatrixlines,$1,$3);} ; matrix: '[' ']' {$$=newnode(Fvec,-1,-1);} | '[' expr ".." expr ']' {$$=newopcall(OPrange,$2,$4);} | '[' ';' ']' {$$=newnode(Fmat,-1,-1);} | '[' matrixelts ']' {$$=newnode(Fvec,$2,-1);} | '[' matrixlines ']' {$$=newnode(Fmat,$2,-1);} | '[' error ']' {YYABORT;} ; in: lvalue '<' '-' expr {$$=newnode(Flistarg,$4,$1);} ; inseq: in {$$=newopcall(OPcompr,$1,-2);} | in ',' expr {$$=newopcall3(OPcompr,$1,-2,$3);} | in ';' inseq {$$=newopcall(OPcomprc,$1,$3);} | in ',' expr ';' inseq {$$=newopcall3(OPcomprc,$1,$5,$3);} ; compr: '[' expr '|' inseq ']' {$$=addcurrexpr($4,$2);} ; arg: seq {$$=$1;} | lvalue '[' ".." ']' {$$=newnode(Fvararg,$1,-1);} | '&' lvalue {$$=newnode(Frefarg,$2,-1);} | arg error {if (!once) { yyerrok; s_errors.n--;} once=1;} expr {once=0; $$=newopcall(OPcat,$1,$4);} ; listarg: arg {$$=$1;} | listarg ',' arg {$$=newnode(Flistarg,$1,$3);} ; funcid: KENTRY '(' listarg ')' {$$=newnodecom(Ffunction,newentry($1.s),$3,$1.c);} ; memberid: expr '.' KENTRY {$$=newnodecom(Ffunction,newmember($3.s),$1,$3.c);} ; definition: funcid '=' seq %prec DEFFUNC {$$=newnode(Fdeffunc,$1,$3);} | memberid '=' seq %prec DEFFUNC {$$=newnode(Fdeffunc,$1,$3);} | lvalue "->" seq {$$=newnode(Flambda, $1,$3);} | '(' listarg ")->" seq {$$=newnode(Flambda, $2,$4);} ; %% int yyerror(const char *s) { int n=stack_new(&s_errors); errors[n].lineno=linecount; errors[n].txt=strdup(s); if (yydebug) fprintf(stderr,"%s:%d: %s\n",nameparse,linecount,s); return 0; } gp2c-0.0.10/src/parse.c0000644000175000017500000024337112665606111011427 00000000000000/* A Bison parser, made by GNU Bison 2.5. */ /* Bison implementation for Yacc-like parsers in C Copyright (C) 1984, 1989-1990, 2000-2011 Free Software Foundation, Inc. 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 3 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, see . */ /* As a special exception, you may create a larger work that contains part or all of the Bison parser skeleton and distribute that work under terms of your choice, so long as that work isn't itself a parser generator using the skeleton or a modified version thereof as a parser skeleton. Alternatively, if you modify or redistribute the parser skeleton itself, you may (at your option) remove this special exception, which will cause the skeleton and the resulting Bison output files to be licensed under the GNU General Public License without this special exception. This special exception was added by the Free Software Foundation in version 2.2 of Bison. */ /* C LALR(1) parser skeleton written by Richard Stallman, by simplifying the original so-called "semantic" parser. */ /* All symbols defined below should begin with yy or YY, to avoid infringing on user name space. This should be done even for local variables, as they might otherwise be expanded by user macros. There are some unavoidable exceptions within include files to define necessary library symbols; they are noted "INFRINGES ON USER NAME SPACE" below. */ /* Identify Bison output. */ #define YYBISON 1 /* Bison version. */ #define YYBISON_VERSION "2.5" /* Skeleton name. */ #define YYSKELETON_NAME "yacc.c" /* Pure parsers. */ #define YYPURE 0 /* Push parsers. */ #define YYPUSH 0 /* Pull parsers. */ #define YYPULL 1 /* Using locations. */ #define YYLSP_NEEDED 0 /* Copy the first part of user declarations. */ /* Line 268 of yacc.c */ #line 1 "parse.y" /* Copyright (C) 2000-2013 The PARI group. This file is part of the GP2C package. PARI/GP 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. It is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY WHATSOEVER. Check the License for details. You should have received a copy of it, along with the package; see the file 'COPYING'. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/ #define YYDEBUG 1 #include "config.h" #include #include #include #include "header.h" int linecount; int yyerror(const char *s); int yylex(void); static int once=0; static int newcommand(int x, int y) { return (x==GNOARG)?y:(y==GNOARG)?x:newnode(Fseq,x,y); } /* Line 268 of yacc.c */ #line 103 "parse.c" /* Enabling traces. */ #ifndef YYDEBUG # define YYDEBUG 0 #endif /* Enabling verbose error messages. */ #ifdef YYERROR_VERBOSE # undef YYERROR_VERBOSE # define YYERROR_VERBOSE 1 #else # define YYERROR_VERBOSE 1 #endif /* Enabling the token table. */ #ifndef YYTOKEN_TABLE # define YYTOKEN_TABLE 0 #endif /* Tokens. */ #ifndef YYTOKENTYPE # define YYTOKENTYPE /* Put the tokens into the symbol table, so that GDB and other debuggers know about them. */ enum yytokentype { KDOTDOT = 258, KPARROW = 259, KARROW = 260, KPE = 261, KSE = 262, KME = 263, KDE = 264, KDRE = 265, KEUCE = 266, KMODE = 267, KAND = 268, KOR = 269, KID = 270, KEQ = 271, KNE = 272, KGE = 273, KLE = 274, KSRE = 275, KSLE = 276, KSR = 277, KSL = 278, KDR = 279, KPP = 280, KSS = 281, KINTEGER = 282, KREAL = 283, KENTRY = 284, KSTRING = 285, DEFFUNC = 286, SEQ = 287, LVAL = 288, INT = 289, SIGN = 290, MAT = 291 }; #endif /* Tokens. */ #define KDOTDOT 258 #define KPARROW 259 #define KARROW 260 #define KPE 261 #define KSE 262 #define KME 263 #define KDE 264 #define KDRE 265 #define KEUCE 266 #define KMODE 267 #define KAND 268 #define KOR 269 #define KID 270 #define KEQ 271 #define KNE 272 #define KGE 273 #define KLE 274 #define KSRE 275 #define KSLE 276 #define KSR 277 #define KSL 278 #define KDR 279 #define KPP 280 #define KSS 281 #define KINTEGER 282 #define KREAL 283 #define KENTRY 284 #define KSTRING 285 #define DEFFUNC 286 #define SEQ 287 #define LVAL 288 #define INT 289 #define SIGN 290 #define MAT 291 #if ! defined YYSTYPE && ! defined YYSTYPE_IS_DECLARED typedef union YYSTYPE { /* Line 293 of yacc.c */ #line 32 "parse.y" int val; strcom str; /* Line 293 of yacc.c */ #line 218 "parse.c" } YYSTYPE; # define YYSTYPE_IS_TRIVIAL 1 # define yystype YYSTYPE /* obsolescent; will be withdrawn */ # define YYSTYPE_IS_DECLARED 1 #endif /* Copy the second part of user declarations. */ /* Line 343 of yacc.c */ #line 230 "parse.c" #ifdef short # undef short #endif #ifdef YYTYPE_UINT8 typedef YYTYPE_UINT8 yytype_uint8; #else typedef unsigned char yytype_uint8; #endif #ifdef YYTYPE_INT8 typedef YYTYPE_INT8 yytype_int8; #elif (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) typedef signed char yytype_int8; #else typedef short int yytype_int8; #endif #ifdef YYTYPE_UINT16 typedef YYTYPE_UINT16 yytype_uint16; #else typedef unsigned short int yytype_uint16; #endif #ifdef YYTYPE_INT16 typedef YYTYPE_INT16 yytype_int16; #else typedef short int yytype_int16; #endif #ifndef YYSIZE_T # ifdef __SIZE_TYPE__ # define YYSIZE_T __SIZE_TYPE__ # elif defined size_t # define YYSIZE_T size_t # elif ! defined YYSIZE_T && (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) # include /* INFRINGES ON USER NAME SPACE */ # define YYSIZE_T size_t # else # define YYSIZE_T unsigned int # endif #endif #define YYSIZE_MAXIMUM ((YYSIZE_T) -1) #ifndef YY_ # if defined YYENABLE_NLS && YYENABLE_NLS # if ENABLE_NLS # include /* INFRINGES ON USER NAME SPACE */ # define YY_(msgid) dgettext ("bison-runtime", msgid) # endif # endif # ifndef YY_ # define YY_(msgid) msgid # endif #endif /* Suppress unused-variable warnings by "using" E. */ #if ! defined lint || defined __GNUC__ # define YYUSE(e) ((void) (e)) #else # define YYUSE(e) /* empty */ #endif /* Identity function, used to suppress warnings about constant conditions. */ #ifndef lint # define YYID(n) (n) #else #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static int YYID (int yyi) #else static int YYID (yyi) int yyi; #endif { return yyi; } #endif #if ! defined yyoverflow || YYERROR_VERBOSE /* The parser invokes alloca or malloc; define the necessary symbols. */ # ifdef YYSTACK_USE_ALLOCA # if YYSTACK_USE_ALLOCA # ifdef __GNUC__ # define YYSTACK_ALLOC __builtin_alloca # elif defined __BUILTIN_VA_ARG_INCR # include /* INFRINGES ON USER NAME SPACE */ # elif defined _AIX # define YYSTACK_ALLOC __alloca # elif defined _MSC_VER # include /* INFRINGES ON USER NAME SPACE */ # define alloca _alloca # else # define YYSTACK_ALLOC alloca # if ! defined _ALLOCA_H && ! defined EXIT_SUCCESS && (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) # include /* INFRINGES ON USER NAME SPACE */ # ifndef EXIT_SUCCESS # define EXIT_SUCCESS 0 # endif # endif # endif # endif # endif # ifdef YYSTACK_ALLOC /* Pacify GCC's `empty if-body' warning. */ # define YYSTACK_FREE(Ptr) do { /* empty */; } while (YYID (0)) # ifndef YYSTACK_ALLOC_MAXIMUM /* The OS might guarantee only one guard page at the bottom of the stack, and a page size can be as small as 4096 bytes. So we cannot safely invoke alloca (N) if N exceeds 4096. Use a slightly smaller number to allow for a few compiler-allocated temporary stack slots. */ # define YYSTACK_ALLOC_MAXIMUM 4032 /* reasonable circa 2006 */ # endif # else # define YYSTACK_ALLOC YYMALLOC # define YYSTACK_FREE YYFREE # ifndef YYSTACK_ALLOC_MAXIMUM # define YYSTACK_ALLOC_MAXIMUM YYSIZE_MAXIMUM # endif # if (defined __cplusplus && ! defined EXIT_SUCCESS \ && ! ((defined YYMALLOC || defined malloc) \ && (defined YYFREE || defined free))) # include /* INFRINGES ON USER NAME SPACE */ # ifndef EXIT_SUCCESS # define EXIT_SUCCESS 0 # endif # endif # ifndef YYMALLOC # define YYMALLOC malloc # if ! defined malloc && ! defined EXIT_SUCCESS && (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) void *malloc (YYSIZE_T); /* INFRINGES ON USER NAME SPACE */ # endif # endif # ifndef YYFREE # define YYFREE free # if ! defined free && ! defined EXIT_SUCCESS && (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) void free (void *); /* INFRINGES ON USER NAME SPACE */ # endif # endif # endif #endif /* ! defined yyoverflow || YYERROR_VERBOSE */ #if (! defined yyoverflow \ && (! defined __cplusplus \ || (defined YYSTYPE_IS_TRIVIAL && YYSTYPE_IS_TRIVIAL))) /* A type that is properly aligned for any stack member. */ union yyalloc { yytype_int16 yyss_alloc; YYSTYPE yyvs_alloc; }; /* The size of the maximum gap between one aligned stack and the next. */ # define YYSTACK_GAP_MAXIMUM (sizeof (union yyalloc) - 1) /* The size of an array large to enough to hold all stacks, each with N elements. */ # define YYSTACK_BYTES(N) \ ((N) * (sizeof (yytype_int16) + sizeof (YYSTYPE)) \ + YYSTACK_GAP_MAXIMUM) # define YYCOPY_NEEDED 1 /* Relocate STACK from its old location to the new one. The local variables YYSIZE and YYSTACKSIZE give the old and new number of elements in the stack, and YYPTR gives the new location of the stack. Advance YYPTR to a properly aligned location for the next stack. */ # define YYSTACK_RELOCATE(Stack_alloc, Stack) \ do \ { \ YYSIZE_T yynewbytes; \ YYCOPY (&yyptr->Stack_alloc, Stack, yysize); \ Stack = &yyptr->Stack_alloc; \ yynewbytes = yystacksize * sizeof (*Stack) + YYSTACK_GAP_MAXIMUM; \ yyptr += yynewbytes / sizeof (*yyptr); \ } \ while (YYID (0)) #endif #if defined YYCOPY_NEEDED && YYCOPY_NEEDED /* Copy COUNT objects from FROM to TO. The source and destination do not overlap. */ # ifndef YYCOPY # if defined __GNUC__ && 1 < __GNUC__ # define YYCOPY(To, From, Count) \ __builtin_memcpy (To, From, (Count) * sizeof (*(From))) # else # define YYCOPY(To, From, Count) \ do \ { \ YYSIZE_T yyi; \ for (yyi = 0; yyi < (Count); yyi++) \ (To)[yyi] = (From)[yyi]; \ } \ while (YYID (0)) # endif # endif #endif /* !YYCOPY_NEEDED */ /* YYFINAL -- State number of the termination state. */ #define YYFINAL 47 /* YYLAST -- Last index in YYTABLE. */ #define YYLAST 723 /* YYNTOKENS -- Number of terminals. */ #define YYNTOKENS 63 /* YYNNTS -- Number of nonterminals. */ #define YYNNTS 21 /* YYNRULES -- Number of rules. */ #define YYNRULES 110 /* YYNRULES -- Number of states. */ #define YYNSTATES 194 /* YYTRANSLATE(YYLEX) -- Bison symbol number corresponding to YYLEX. */ #define YYUNDEFTOK 2 #define YYMAXUTOK 291 #define YYTRANSLATE(YYX) \ ((unsigned int) (YYX) <= YYMAXUTOK ? yytranslate[YYX] : YYUNDEFTOK) /* YYTRANSLATE[YYLEX] -- Bison symbol number corresponding to YYLEX. */ static const yytype_uint8 yytranslate[] = { 0, 2, 2, 2, 2, 2, 2, 2, 2, 2, 31, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 51, 2, 50, 2, 44, 39, 54, 57, 61, 47, 42, 37, 43, 55, 46, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 58, 36, 41, 38, 40, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 53, 45, 59, 49, 2, 60, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 62, 2, 52, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 32, 33, 34, 35, 48, 56 }; #if YYDEBUG /* YYPRHS[YYN] -- Index of the first RHS symbol of rule number YYN in YYRHS. */ static const yytype_uint16 yyprhs[] = { 0, 0, 3, 5, 9, 10, 12, 15, 19, 20, 22, 26, 29, 35, 39, 41, 44, 46, 49, 52, 55, 59, 63, 65, 67, 69, 73, 75, 78, 80, 85, 87, 89, 91, 93, 95, 99, 103, 106, 109, 113, 117, 121, 125, 129, 133, 137, 141, 145, 148, 151, 155, 159, 163, 167, 171, 175, 179, 183, 187, 191, 195, 199, 203, 207, 211, 215, 219, 223, 227, 230, 233, 237, 240, 243, 246, 249, 251, 255, 259, 261, 264, 268, 270, 274, 278, 282, 285, 291, 295, 299, 303, 307, 312, 314, 318, 322, 328, 334, 336, 341, 344, 345, 350, 352, 356, 361, 365, 369, 373, 377 }; /* YYRHS -- A `-1'-separated list of the rules' RHS. */ static const yytype_int8 yyrhs[] = { 64, 0, -1, 65, -1, 64, 31, 65, -1, -1, 70, -1, 65, 36, -1, 65, 36, 70, -1, -1, 70, -1, 70, 3, 70, -1, 49, 70, -1, 53, 66, 37, 66, 59, -1, 53, 66, 59, -1, 60, -1, 68, 60, -1, 44, -1, 44, 27, -1, 44, 68, -1, 44, 50, -1, 44, 50, 27, -1, 44, 50, 68, -1, 27, -1, 28, -1, 55, -1, 27, 55, 29, -1, 30, -1, 54, 29, -1, 69, -1, 70, 57, 80, 61, -1, 81, -1, 71, -1, 74, -1, 77, -1, 83, -1, 74, 38, 70, -1, 71, 38, 70, -1, 71, 25, -1, 71, 26, -1, 71, 8, 70, -1, 71, 9, 70, -1, 71, 10, 70, -1, 71, 11, 70, -1, 71, 12, 70, -1, 71, 21, 70, -1, 71, 20, 70, -1, 71, 6, 70, -1, 71, 7, 70, -1, 51, 70, -1, 50, 70, -1, 70, 14, 70, -1, 70, 13, 70, -1, 70, 39, 70, -1, 70, 15, 70, -1, 70, 16, 70, -1, 70, 17, 70, -1, 70, 18, 70, -1, 70, 40, 70, -1, 70, 19, 70, -1, 70, 41, 70, -1, 70, 43, 70, -1, 70, 42, 70, -1, 70, 23, 70, -1, 70, 22, 70, -1, 70, 44, 70, -1, 70, 24, 70, -1, 70, 45, 70, -1, 70, 46, 70, -1, 70, 47, 70, -1, 42, 70, -1, 43, 70, -1, 70, 49, 70, -1, 70, 52, -1, 70, 54, -1, 70, 51, -1, 70, 67, -1, 82, -1, 70, 58, 29, -1, 57, 70, 61, -1, 29, -1, 71, 67, -1, 71, 58, 29, -1, 70, -1, 72, 37, 70, -1, 72, 36, 72, -1, 73, 36, 72, -1, 53, 59, -1, 53, 70, 3, 70, 59, -1, 53, 36, 59, -1, 53, 72, 59, -1, 53, 73, 59, -1, 53, 1, 59, -1, 71, 41, 43, 70, -1, 75, -1, 75, 37, 70, -1, 75, 36, 76, -1, 75, 37, 70, 36, 76, -1, 53, 70, 62, 76, 59, -1, 65, -1, 71, 53, 3, 59, -1, 39, 71, -1, -1, 78, 1, 79, 70, -1, 78, -1, 80, 37, 78, -1, 29, 57, 80, 61, -1, 70, 55, 29, -1, 81, 38, 65, -1, 82, 38, 65, -1, 71, 5, 65, -1, 57, 80, 4, 65, -1 }; /* YYRLINE[YYN] -- source line where rule number YYN was defined. */ static const yytype_uint8 yyrline[] = { 0, 91, 91, 92, 95, 96, 97, 98, 101, 102, 103, 104, 107, 108, 111, 112, 115, 116, 117, 118, 119, 120, 126, 127, 128, 129, 131, 132, 133, 134, 135, 136, 137, 138, 139, 140, 141, 142, 143, 144, 145, 146, 147, 148, 149, 150, 151, 152, 153, 154, 155, 156, 157, 158, 159, 160, 161, 162, 163, 164, 165, 166, 167, 168, 169, 170, 171, 172, 173, 174, 175, 176, 177, 178, 179, 180, 181, 182, 183, 186, 187, 188, 191, 192, 195, 196, 199, 200, 201, 202, 203, 204, 207, 210, 211, 212, 213, 216, 219, 220, 221, 222, 222, 226, 227, 230, 233, 236, 238, 240, 241 }; #endif #if YYDEBUG || YYERROR_VERBOSE || YYTOKEN_TABLE /* YYTNAME[SYMBOL-NUM] -- String name of the symbol SYMBOL-NUM. First, the terminals, then, starting at YYNTOKENS, nonterminals. */ static const char *const yytname[] = { "$end", "error", "$undefined", "\"..\"", "\")->\"", "\"->\"", "\"+=\"", "\"-=\"", "\"*=\"", "\"/=\"", "\"\\\\/=\"", "\"\\\\=\"", "\"%=\"", "\"&&\"", "\"||\"", "\"===\"", "\"==\"", "\"!=\"", "\">=\"", "\"<=\"", "\">>=\"", "\"<<=\"", "\">>\"", "\"<<\"", "\"\\\\/\"", "\"++\"", "\"--\"", "\"integer\"", "\"real number\"", "\"variable name\"", "\"character string\"", "'\\n'", "DEFFUNC", "SEQ", "LVAL", "INT", "';'", "','", "'='", "'&'", "'>'", "'<'", "'+'", "'-'", "'%'", "'\\\\'", "'/'", "'*'", "SIGN", "'^'", "'#'", "'!'", "'~'", "'['", "'\\''", "'.'", "MAT", "'('", "':'", "']'", "'`'", "')'", "'|'", "$accept", "commands", "seq", "range", "matrix_index", "backticks", "history", "expr", "lvalue", "matrixelts", "matrixlines", "matrix", "in", "inseq", "compr", "arg", "$@1", "listarg", "funcid", "memberid", "definition", 0 }; #endif # ifdef YYPRINT /* YYTOKNUM[YYLEX-NUM] -- Internal token number corresponding to token YYLEX-NUM. */ static const yytype_uint16 yytoknum[] = { 0, 256, 257, 258, 259, 260, 261, 262, 263, 264, 265, 266, 267, 268, 269, 270, 271, 272, 273, 274, 275, 276, 277, 278, 279, 280, 281, 282, 283, 284, 285, 10, 286, 287, 288, 289, 59, 44, 61, 38, 62, 60, 43, 45, 37, 92, 47, 42, 290, 94, 35, 33, 126, 91, 39, 46, 291, 40, 58, 93, 96, 41, 124 }; # endif /* YYR1[YYN] -- Symbol number of symbol that rule YYN derives. */ static const yytype_uint8 yyr1[] = { 0, 63, 64, 64, 65, 65, 65, 65, 66, 66, 66, 66, 67, 67, 68, 68, 69, 69, 69, 69, 69, 69, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 71, 71, 71, 72, 72, 73, 73, 74, 74, 74, 74, 74, 74, 75, 76, 76, 76, 76, 77, 78, 78, 78, 79, 78, 80, 80, 81, 82, 83, 83, 83, 83 }; /* YYR2[YYN] -- Number of symbols composing right hand side of rule YYN. */ static const yytype_uint8 yyr2[] = { 0, 2, 1, 3, 0, 1, 2, 3, 0, 1, 3, 2, 5, 3, 1, 2, 1, 2, 2, 2, 3, 3, 1, 1, 1, 3, 1, 2, 1, 4, 1, 1, 1, 1, 1, 3, 3, 2, 2, 3, 3, 3, 3, 3, 3, 3, 3, 3, 2, 2, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 2, 2, 3, 2, 2, 2, 2, 1, 3, 3, 1, 2, 3, 1, 3, 3, 3, 2, 5, 3, 3, 3, 3, 4, 1, 3, 3, 5, 5, 1, 4, 2, 0, 4, 1, 3, 4, 3, 3, 3, 3, 4 }; /* YYDEFACT[STATE-NAME] -- Default reduction number in state STATE-NUM. Performed when YYTABLE doesn't specify something else to do. Zero means the default is an error. */ static const yytype_uint8 yydefact[] = { 4, 22, 23, 79, 26, 0, 0, 16, 0, 0, 0, 0, 24, 4, 0, 2, 28, 5, 31, 32, 33, 30, 76, 34, 0, 4, 69, 70, 17, 19, 14, 18, 49, 48, 0, 0, 86, 82, 0, 0, 27, 0, 98, 5, 31, 0, 0, 1, 4, 6, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 74, 72, 8, 73, 0, 4, 0, 75, 4, 0, 0, 0, 0, 0, 0, 0, 0, 0, 37, 38, 0, 0, 80, 0, 4, 4, 25, 0, 20, 21, 15, 91, 88, 0, 0, 0, 0, 89, 0, 90, 79, 100, 78, 8, 101, 4, 4, 3, 7, 51, 50, 53, 54, 55, 56, 58, 63, 62, 65, 52, 57, 59, 61, 60, 64, 66, 67, 68, 71, 0, 0, 9, 106, 0, 77, 109, 46, 47, 39, 40, 41, 42, 43, 45, 44, 36, 81, 35, 107, 108, 105, 0, 0, 93, 0, 82, 84, 83, 85, 0, 0, 110, 0, 11, 8, 13, 0, 29, 87, 0, 0, 0, 97, 99, 102, 0, 10, 0, 95, 94, 12, 92, 0, 96 }; /* YYDEFGOTO[NTERM-NUM]. */ static const yytype_int16 yydefgoto[] = { -1, 14, 42, 140, 77, 31, 16, 17, 18, 38, 39, 19, 163, 164, 20, 45, 170, 46, 21, 22, 23 }; /* YYPACT[STATE-NUM] -- Index in YYTABLE of the portion describing STATE-NUM. */ #define YYPACT_NINF -168 static const yytype_int16 yypact[] = { 666, -32, -168, -18, -168, 666, 666, 44, 666, 666, 101, 2, -168, 630, 10, 7, -168, 502, 312, 35, -168, 45, 46, -168, 57, 630, 150, 150, -168, -20, -168, 27, 201, 55, 32, 33, -168, 174, -22, 34, -168, 67, 7, 360, 334, 28, 5, -168, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, -168, -168, 648, -168, 77, 630, 78, -168, 666, 666, 666, 666, 666, 666, 666, 666, 666, 666, -168, -168, 666, 82, -168, 666, 666, 666, -168, -26, -168, 27, -168, -168, -168, 666, 67, 666, 666, -168, 666, -168, -168, -34, -168, 259, -168, 666, 630, 7, 502, 546, 546, 583, 583, 583, 583, 583, 150, 150, 150, 546, 583, 583, 598, 598, 150, 150, 150, 150, 150, 666, -21, 227, -168, -25, -168, 7, 502, 502, 502, 502, 502, 502, 502, 502, 502, 502, -168, 502, 7, 7, -168, 409, 64, -10, 59, 502, 83, 502, 83, 60, 666, 7, 29, 502, 648, -168, 666, -168, -168, 71, 67, 666, -168, -168, 502, 62, 502, 666, -168, 456, -168, 502, 67, -168 }; /* YYPGOTO[NTERM-NUM]. */ static const yytype_int16 yypgoto[] = { -168, -168, 21, -51, -16, 95, -168, -5, -7, -88, -168, -168, -168, -167, -168, 9, -168, -3, -168, -168, -168 }; /* YYTABLE[YYPACT[STATE-NUM]]. What to do in state STATE-NUM. If positive, shift that token. If negative, reduce the rule which number is the opposite. If YYTABLE_NINF, syntax error. */ #define YYTABLE_NINF -105 static const yytype_int16 yytable[] = { 26, 27, 92, 32, 33, 37, 44, 98, 43, 115, 47, 116, 116, 188, 105, 106, 174, 166, 44, 72, 168, 15, 97, 24, 91, 193, 180, 181, 92, 114, 114, 40, -103, -104, 111, 160, 177, 107, 175, 25, 30, 48, 116, 49, 118, 119, 120, 121, 122, 123, 124, 125, 126, 127, 128, 129, 130, 131, 132, 133, 134, 135, 136, 137, 138, -103, -104, 141, 44, 117, 108, 28, 143, 93, 146, 147, 148, 149, 150, 151, 152, 153, 154, 94, 95, 155, 96, 100, 157, -103, -104, 101, 102, 109, 29, 92, 110, 162, 161, 145, 165, 167, 34, 165, 30, 179, 142, 144, 141, 44, 74, 156, 75, 76, 187, 158, 159, 72, 182, 183, 106, 190, 91, 185, 99, 172, 0, 0, 1, 2, 3, 4, 0, 0, 173, 0, 171, 35, 0, 0, 0, 0, 0, 5, 6, 7, 92, 0, 0, 0, 0, 8, 9, 0, 10, 11, 12, 0, 13, 0, 36, 0, 0, 0, 0, 184, 0, 0, 0, 141, 0, 186, 0, 162, 0, 0, 189, 103, 0, 0, 0, 0, 191, 0, 0, 162, 0, 50, 51, 52, 53, 54, 55, 56, 0, 0, 57, 58, 59, 69, 0, 70, 71, 72, 73, 74, 0, 75, 76, 0, 0, 0, 0, 60, 61, 62, 63, 64, 65, 66, 67, 68, 0, 69, 0, 70, 71, 72, 73, 74, 176, 75, 76, 0, 0, 0, 104, 0, 0, 0, 50, 51, 52, 53, 54, 55, 56, 0, 0, 57, 58, 59, 70, 71, 72, 73, 74, 0, 75, 76, 0, 0, 169, 0, 0, 0, 60, 61, 62, 63, 64, 65, 66, 67, 68, 0, 69, 0, 70, 71, 72, 73, 74, 0, 75, 76, 1, 2, 3, 4, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 5, 6, 7, 0, 0, 0, 0, 139, 8, 9, 0, 10, 11, 12, 0, 13, 78, 79, 80, 81, 82, 83, 84, 85, 0, 0, 0, 0, 0, 0, 0, 86, 87, 0, 0, 0, 88, 89, 78, 79, 80, 81, 82, 83, 84, 85, 0, 0, 0, 90, 0, 0, 0, 86, 87, 0, 0, 0, 88, 89, 0, 0, 0, 0, 72, 0, 0, 0, 0, 91, 0, 90, 50, 51, 52, 53, 54, 55, 56, 0, 0, 57, 58, 59, 0, 0, 113, 0, 0, 0, 0, 91, 0, 0, 0, 0, 0, 0, 60, 61, 62, 63, 64, 65, 66, 67, 68, 0, 69, 0, 70, 71, 72, 73, 74, 0, 75, 76, 0, 0, 112, 50, 51, 52, 53, 54, 55, 56, 0, 0, 57, 58, 59, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 60, 61, 62, 63, 64, 65, 66, 67, 68, 0, 69, 0, 70, 71, 72, 73, 74, 0, 75, 76, 178, 50, 51, 52, 53, 54, 55, 56, 0, 0, 57, 58, 59, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 192, 0, 0, 60, 61, 62, 63, 64, 65, 66, 67, 68, 0, 69, 0, 70, 71, 72, 73, 74, 0, 75, 76, 50, 51, 52, 53, 54, 55, 56, 0, 0, 57, 58, 59, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 60, 61, 62, 63, 64, 65, 66, 67, 68, 0, 69, 0, 70, 71, 72, 73, 74, 0, 75, 76, 52, 53, 54, 55, 56, 0, 0, 57, 58, 59, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 61, 62, 63, 64, 65, 66, 67, 68, 0, 69, 0, 70, 71, 72, 73, 74, 0, 75, 76, 57, 58, 59, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 57, 58, 59, 0, 0, 63, 64, 65, 66, 67, 68, 0, 69, 0, 70, 71, 72, 73, 74, 0, 75, 76, 65, 66, 67, 68, 0, 69, 0, 70, 71, 72, 73, 74, 0, 75, 76, 1, 2, 3, 4, 0, 0, 0, 0, 0, 0, 0, 0, 41, 0, 0, 5, 6, 7, 1, 2, 3, 4, 0, 8, 9, 0, 10, 11, 12, 0, 13, 0, 0, 5, 6, 7, 1, 2, 3, 4, 139, 8, 9, 0, 10, 11, 12, 0, 13, 0, 0, 5, 6, 7, 0, 0, 0, 0, 0, 8, 9, 0, 10, 11, 12, 0, 13 }; #define yypact_value_is_default(yystate) \ ((yystate) == (-168)) #define yytable_value_is_error(yytable_value) \ YYID (0) static const yytype_int16 yycheck[] = { 5, 6, 18, 8, 9, 10, 13, 27, 13, 4, 0, 37, 37, 180, 36, 37, 37, 105, 25, 53, 108, 0, 25, 55, 58, 192, 36, 37, 44, 1, 1, 29, 4, 4, 41, 61, 61, 59, 59, 57, 60, 31, 37, 36, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 37, 37, 72, 75, 48, 36, 27, 75, 38, 79, 80, 81, 82, 83, 84, 85, 86, 87, 38, 38, 90, 29, 60, 93, 61, 61, 59, 59, 59, 50, 111, 29, 104, 103, 78, 105, 106, 1, 108, 60, 41, 29, 29, 113, 116, 55, 29, 57, 58, 43, 94, 95, 53, 59, 59, 37, 59, 58, 174, 29, 116, -1, -1, 27, 28, 29, 30, -1, -1, 139, -1, 115, 36, -1, -1, -1, -1, -1, 42, 43, 44, 162, -1, -1, -1, -1, 50, 51, -1, 53, 54, 55, -1, 57, -1, 59, -1, -1, -1, -1, 170, -1, -1, -1, 174, -1, 176, -1, 180, -1, -1, 181, 3, -1, -1, -1, -1, 187, -1, -1, 192, -1, 13, 14, 15, 16, 17, 18, 19, -1, -1, 22, 23, 24, 49, -1, 51, 52, 53, 54, 55, -1, 57, 58, -1, -1, -1, -1, 39, 40, 41, 42, 43, 44, 45, 46, 47, -1, 49, -1, 51, 52, 53, 54, 55, 3, 57, 58, -1, -1, -1, 62, -1, -1, -1, 13, 14, 15, 16, 17, 18, 19, -1, -1, 22, 23, 24, 51, 52, 53, 54, 55, -1, 57, 58, -1, -1, 3, -1, -1, -1, 39, 40, 41, 42, 43, 44, 45, 46, 47, -1, 49, -1, 51, 52, 53, 54, 55, -1, 57, 58, 27, 28, 29, 30, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 42, 43, 44, -1, -1, -1, -1, 49, 50, 51, -1, 53, 54, 55, -1, 57, 5, 6, 7, 8, 9, 10, 11, 12, -1, -1, -1, -1, -1, -1, -1, 20, 21, -1, -1, -1, 25, 26, 5, 6, 7, 8, 9, 10, 11, 12, -1, -1, -1, 38, -1, -1, -1, 20, 21, -1, -1, -1, 25, 26, -1, -1, -1, -1, 53, -1, -1, -1, -1, 58, -1, 38, 13, 14, 15, 16, 17, 18, 19, -1, -1, 22, 23, 24, -1, -1, 53, -1, -1, -1, -1, 58, -1, -1, -1, -1, -1, -1, 39, 40, 41, 42, 43, 44, 45, 46, 47, -1, 49, -1, 51, 52, 53, 54, 55, -1, 57, 58, -1, -1, 61, 13, 14, 15, 16, 17, 18, 19, -1, -1, 22, 23, 24, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 39, 40, 41, 42, 43, 44, 45, 46, 47, -1, 49, -1, 51, 52, 53, 54, 55, -1, 57, 58, 59, 13, 14, 15, 16, 17, 18, 19, -1, -1, 22, 23, 24, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 36, -1, -1, 39, 40, 41, 42, 43, 44, 45, 46, 47, -1, 49, -1, 51, 52, 53, 54, 55, -1, 57, 58, 13, 14, 15, 16, 17, 18, 19, -1, -1, 22, 23, 24, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 39, 40, 41, 42, 43, 44, 45, 46, 47, -1, 49, -1, 51, 52, 53, 54, 55, -1, 57, 58, 15, 16, 17, 18, 19, -1, -1, 22, 23, 24, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 40, 41, 42, 43, 44, 45, 46, 47, -1, 49, -1, 51, 52, 53, 54, 55, -1, 57, 58, 22, 23, 24, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 22, 23, 24, -1, -1, 42, 43, 44, 45, 46, 47, -1, 49, -1, 51, 52, 53, 54, 55, -1, 57, 58, 44, 45, 46, 47, -1, 49, -1, 51, 52, 53, 54, 55, -1, 57, 58, 27, 28, 29, 30, -1, -1, -1, -1, -1, -1, -1, -1, 39, -1, -1, 42, 43, 44, 27, 28, 29, 30, -1, 50, 51, -1, 53, 54, 55, -1, 57, -1, -1, 42, 43, 44, 27, 28, 29, 30, 49, 50, 51, -1, 53, 54, 55, -1, 57, -1, -1, 42, 43, 44, -1, -1, -1, -1, -1, 50, 51, -1, 53, 54, 55, -1, 57 }; /* YYSTOS[STATE-NUM] -- The (internal number of the) accessing symbol of state STATE-NUM. */ static const yytype_uint8 yystos[] = { 0, 27, 28, 29, 30, 42, 43, 44, 50, 51, 53, 54, 55, 57, 64, 65, 69, 70, 71, 74, 77, 81, 82, 83, 55, 57, 70, 70, 27, 50, 60, 68, 70, 70, 1, 36, 59, 70, 72, 73, 29, 39, 65, 70, 71, 78, 80, 0, 31, 36, 13, 14, 15, 16, 17, 18, 19, 22, 23, 24, 39, 40, 41, 42, 43, 44, 45, 46, 47, 49, 51, 52, 53, 54, 55, 57, 58, 67, 5, 6, 7, 8, 9, 10, 11, 12, 20, 21, 25, 26, 38, 58, 67, 38, 38, 38, 29, 80, 27, 68, 60, 59, 59, 3, 62, 36, 37, 59, 36, 59, 29, 71, 61, 53, 1, 4, 37, 65, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 49, 66, 70, 29, 80, 29, 65, 70, 70, 70, 70, 70, 70, 70, 70, 70, 70, 29, 70, 65, 65, 61, 70, 71, 75, 76, 70, 72, 70, 72, 3, 79, 65, 78, 70, 37, 59, 3, 61, 59, 41, 36, 37, 59, 59, 70, 66, 70, 43, 76, 70, 59, 70, 36, 76 }; #define yyerrok (yyerrstatus = 0) #define yyclearin (yychar = YYEMPTY) #define YYEMPTY (-2) #define YYEOF 0 #define YYACCEPT goto yyacceptlab #define YYABORT goto yyabortlab #define YYERROR goto yyerrorlab /* Like YYERROR except do call yyerror. This remains here temporarily to ease the transition to the new meaning of YYERROR, for GCC. Once GCC version 2 has supplanted version 1, this can go. However, YYFAIL appears to be in use. Nevertheless, it is formally deprecated in Bison 2.4.2's NEWS entry, where a plan to phase it out is discussed. */ #define YYFAIL goto yyerrlab #if defined YYFAIL /* This is here to suppress warnings from the GCC cpp's -Wunused-macros. Normally we don't worry about that warning, but some users do, and we want to make it easy for users to remove YYFAIL uses, which will produce warnings from Bison 2.5. */ #endif #define YYRECOVERING() (!!yyerrstatus) #define YYBACKUP(Token, Value) \ do \ if (yychar == YYEMPTY && yylen == 1) \ { \ yychar = (Token); \ yylval = (Value); \ YYPOPSTACK (1); \ goto yybackup; \ } \ else \ { \ yyerror (YY_("syntax error: cannot back up")); \ YYERROR; \ } \ while (YYID (0)) #define YYTERROR 1 #define YYERRCODE 256 /* YYLLOC_DEFAULT -- Set CURRENT to span from RHS[1] to RHS[N]. If N is 0, then set CURRENT to the empty location which ends the previous symbol: RHS[0] (always defined). */ #define YYRHSLOC(Rhs, K) ((Rhs)[K]) #ifndef YYLLOC_DEFAULT # define YYLLOC_DEFAULT(Current, Rhs, N) \ do \ if (YYID (N)) \ { \ (Current).first_line = YYRHSLOC (Rhs, 1).first_line; \ (Current).first_column = YYRHSLOC (Rhs, 1).first_column; \ (Current).last_line = YYRHSLOC (Rhs, N).last_line; \ (Current).last_column = YYRHSLOC (Rhs, N).last_column; \ } \ else \ { \ (Current).first_line = (Current).last_line = \ YYRHSLOC (Rhs, 0).last_line; \ (Current).first_column = (Current).last_column = \ YYRHSLOC (Rhs, 0).last_column; \ } \ while (YYID (0)) #endif /* This macro is provided for backward compatibility. */ #ifndef YY_LOCATION_PRINT # define YY_LOCATION_PRINT(File, Loc) ((void) 0) #endif /* YYLEX -- calling `yylex' with the right arguments. */ #ifdef YYLEX_PARAM # define YYLEX yylex (YYLEX_PARAM) #else # define YYLEX yylex () #endif /* Enable debugging if requested. */ #if YYDEBUG # ifndef YYFPRINTF # include /* INFRINGES ON USER NAME SPACE */ # define YYFPRINTF fprintf # endif # define YYDPRINTF(Args) \ do { \ if (yydebug) \ YYFPRINTF Args; \ } while (YYID (0)) # define YY_SYMBOL_PRINT(Title, Type, Value, Location) \ do { \ if (yydebug) \ { \ YYFPRINTF (stderr, "%s ", Title); \ yy_symbol_print (stderr, \ Type, Value); \ YYFPRINTF (stderr, "\n"); \ } \ } while (YYID (0)) /*--------------------------------. | Print this symbol on YYOUTPUT. | `--------------------------------*/ /*ARGSUSED*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yy_symbol_value_print (FILE *yyoutput, int yytype, YYSTYPE const * const yyvaluep) #else static void yy_symbol_value_print (yyoutput, yytype, yyvaluep) FILE *yyoutput; int yytype; YYSTYPE const * const yyvaluep; #endif { if (!yyvaluep) return; # ifdef YYPRINT if (yytype < YYNTOKENS) YYPRINT (yyoutput, yytoknum[yytype], *yyvaluep); # else YYUSE (yyoutput); # endif switch (yytype) { default: break; } } /*--------------------------------. | Print this symbol on YYOUTPUT. | `--------------------------------*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yy_symbol_print (FILE *yyoutput, int yytype, YYSTYPE const * const yyvaluep) #else static void yy_symbol_print (yyoutput, yytype, yyvaluep) FILE *yyoutput; int yytype; YYSTYPE const * const yyvaluep; #endif { if (yytype < YYNTOKENS) YYFPRINTF (yyoutput, "token %s (", yytname[yytype]); else YYFPRINTF (yyoutput, "nterm %s (", yytname[yytype]); yy_symbol_value_print (yyoutput, yytype, yyvaluep); YYFPRINTF (yyoutput, ")"); } /*------------------------------------------------------------------. | yy_stack_print -- Print the state stack from its BOTTOM up to its | | TOP (included). | `------------------------------------------------------------------*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yy_stack_print (yytype_int16 *yybottom, yytype_int16 *yytop) #else static void yy_stack_print (yybottom, yytop) yytype_int16 *yybottom; yytype_int16 *yytop; #endif { YYFPRINTF (stderr, "Stack now"); for (; yybottom <= yytop; yybottom++) { int yybot = *yybottom; YYFPRINTF (stderr, " %d", yybot); } YYFPRINTF (stderr, "\n"); } # define YY_STACK_PRINT(Bottom, Top) \ do { \ if (yydebug) \ yy_stack_print ((Bottom), (Top)); \ } while (YYID (0)) /*------------------------------------------------. | Report that the YYRULE is going to be reduced. | `------------------------------------------------*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yy_reduce_print (YYSTYPE *yyvsp, int yyrule) #else static void yy_reduce_print (yyvsp, yyrule) YYSTYPE *yyvsp; int yyrule; #endif { int yynrhs = yyr2[yyrule]; int yyi; unsigned long int yylno = yyrline[yyrule]; YYFPRINTF (stderr, "Reducing stack by rule %d (line %lu):\n", yyrule - 1, yylno); /* The symbols being reduced. */ for (yyi = 0; yyi < yynrhs; yyi++) { YYFPRINTF (stderr, " $%d = ", yyi + 1); yy_symbol_print (stderr, yyrhs[yyprhs[yyrule] + yyi], &(yyvsp[(yyi + 1) - (yynrhs)]) ); YYFPRINTF (stderr, "\n"); } } # define YY_REDUCE_PRINT(Rule) \ do { \ if (yydebug) \ yy_reduce_print (yyvsp, Rule); \ } while (YYID (0)) /* Nonzero means print parse trace. It is left uninitialized so that multiple parsers can coexist. */ int yydebug; #else /* !YYDEBUG */ # define YYDPRINTF(Args) # define YY_SYMBOL_PRINT(Title, Type, Value, Location) # define YY_STACK_PRINT(Bottom, Top) # define YY_REDUCE_PRINT(Rule) #endif /* !YYDEBUG */ /* YYINITDEPTH -- initial size of the parser's stacks. */ #ifndef YYINITDEPTH # define YYINITDEPTH 200 #endif /* YYMAXDEPTH -- maximum size the stacks can grow to (effective only if the built-in stack extension method is used). Do not make this value too large; the results are undefined if YYSTACK_ALLOC_MAXIMUM < YYSTACK_BYTES (YYMAXDEPTH) evaluated with infinite-precision integer arithmetic. */ #ifndef YYMAXDEPTH # define YYMAXDEPTH 10000 #endif #if YYERROR_VERBOSE # ifndef yystrlen # if defined __GLIBC__ && defined _STRING_H # define yystrlen strlen # else /* Return the length of YYSTR. */ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static YYSIZE_T yystrlen (const char *yystr) #else static YYSIZE_T yystrlen (yystr) const char *yystr; #endif { YYSIZE_T yylen; for (yylen = 0; yystr[yylen]; yylen++) continue; return yylen; } # endif # endif # ifndef yystpcpy # if defined __GLIBC__ && defined _STRING_H && defined _GNU_SOURCE # define yystpcpy stpcpy # else /* Copy YYSRC to YYDEST, returning the address of the terminating '\0' in YYDEST. */ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static char * yystpcpy (char *yydest, const char *yysrc) #else static char * yystpcpy (yydest, yysrc) char *yydest; const char *yysrc; #endif { char *yyd = yydest; const char *yys = yysrc; while ((*yyd++ = *yys++) != '\0') continue; return yyd - 1; } # endif # endif # ifndef yytnamerr /* Copy to YYRES the contents of YYSTR after stripping away unnecessary quotes and backslashes, so that it's suitable for yyerror. The heuristic is that double-quoting is unnecessary unless the string contains an apostrophe, a comma, or backslash (other than backslash-backslash). YYSTR is taken from yytname. If YYRES is null, do not copy; instead, return the length of what the result would have been. */ static YYSIZE_T yytnamerr (char *yyres, const char *yystr) { if (*yystr == '"') { YYSIZE_T yyn = 0; char const *yyp = yystr; for (;;) switch (*++yyp) { case '\'': case ',': goto do_not_strip_quotes; case '\\': if (*++yyp != '\\') goto do_not_strip_quotes; /* Fall through. */ default: if (yyres) yyres[yyn] = *yyp; yyn++; break; case '"': if (yyres) yyres[yyn] = '\0'; return yyn; } do_not_strip_quotes: ; } if (! yyres) return yystrlen (yystr); return yystpcpy (yyres, yystr) - yyres; } # endif /* Copy into *YYMSG, which is of size *YYMSG_ALLOC, an error message about the unexpected token YYTOKEN for the state stack whose top is YYSSP. Return 0 if *YYMSG was successfully written. Return 1 if *YYMSG is not large enough to hold the message. In that case, also set *YYMSG_ALLOC to the required number of bytes. Return 2 if the required number of bytes is too large to store. */ static int yysyntax_error (YYSIZE_T *yymsg_alloc, char **yymsg, yytype_int16 *yyssp, int yytoken) { YYSIZE_T yysize0 = yytnamerr (0, yytname[yytoken]); YYSIZE_T yysize = yysize0; YYSIZE_T yysize1; enum { YYERROR_VERBOSE_ARGS_MAXIMUM = 5 }; /* Internationalized format string. */ const char *yyformat = 0; /* Arguments of yyformat. */ char const *yyarg[YYERROR_VERBOSE_ARGS_MAXIMUM]; /* Number of reported tokens (one for the "unexpected", one per "expected"). */ int yycount = 0; /* There are many possibilities here to consider: - Assume YYFAIL is not used. It's too flawed to consider. See for details. YYERROR is fine as it does not invoke this function. - If this state is a consistent state with a default action, then the only way this function was invoked is if the default action is an error action. In that case, don't check for expected tokens because there are none. - The only way there can be no lookahead present (in yychar) is if this state is a consistent state with a default action. Thus, detecting the absence of a lookahead is sufficient to determine that there is no unexpected or expected token to report. In that case, just report a simple "syntax error". - Don't assume there isn't a lookahead just because this state is a consistent state with a default action. There might have been a previous inconsistent state, consistent state with a non-default action, or user semantic action that manipulated yychar. - Of course, the expected token list depends on states to have correct lookahead information, and it depends on the parser not to perform extra reductions after fetching a lookahead from the scanner and before detecting a syntax error. Thus, state merging (from LALR or IELR) and default reductions corrupt the expected token list. However, the list is correct for canonical LR with one exception: it will still contain any token that will not be accepted due to an error action in a later state. */ if (yytoken != YYEMPTY) { int yyn = yypact[*yyssp]; yyarg[yycount++] = yytname[yytoken]; if (!yypact_value_is_default (yyn)) { /* Start YYX at -YYN if negative to avoid negative indexes in YYCHECK. In other words, skip the first -YYN actions for this state because they are default actions. */ int yyxbegin = yyn < 0 ? -yyn : 0; /* Stay within bounds of both yycheck and yytname. */ int yychecklim = YYLAST - yyn + 1; int yyxend = yychecklim < YYNTOKENS ? yychecklim : YYNTOKENS; int yyx; for (yyx = yyxbegin; yyx < yyxend; ++yyx) if (yycheck[yyx + yyn] == yyx && yyx != YYTERROR && !yytable_value_is_error (yytable[yyx + yyn])) { if (yycount == YYERROR_VERBOSE_ARGS_MAXIMUM) { yycount = 1; yysize = yysize0; break; } yyarg[yycount++] = yytname[yyx]; yysize1 = yysize + yytnamerr (0, yytname[yyx]); if (! (yysize <= yysize1 && yysize1 <= YYSTACK_ALLOC_MAXIMUM)) return 2; yysize = yysize1; } } } switch (yycount) { # define YYCASE_(N, S) \ case N: \ yyformat = S; \ break YYCASE_(0, YY_("syntax error")); YYCASE_(1, YY_("syntax error, unexpected %s")); YYCASE_(2, YY_("syntax error, unexpected %s, expecting %s")); YYCASE_(3, YY_("syntax error, unexpected %s, expecting %s or %s")); YYCASE_(4, YY_("syntax error, unexpected %s, expecting %s or %s or %s")); YYCASE_(5, YY_("syntax error, unexpected %s, expecting %s or %s or %s or %s")); # undef YYCASE_ } yysize1 = yysize + yystrlen (yyformat); if (! (yysize <= yysize1 && yysize1 <= YYSTACK_ALLOC_MAXIMUM)) return 2; yysize = yysize1; if (*yymsg_alloc < yysize) { *yymsg_alloc = 2 * yysize; if (! (yysize <= *yymsg_alloc && *yymsg_alloc <= YYSTACK_ALLOC_MAXIMUM)) *yymsg_alloc = YYSTACK_ALLOC_MAXIMUM; return 1; } /* Avoid sprintf, as that infringes on the user's name space. Don't have undefined behavior even if the translation produced a string with the wrong number of "%s"s. */ { char *yyp = *yymsg; int yyi = 0; while ((*yyp = *yyformat) != '\0') if (*yyp == '%' && yyformat[1] == 's' && yyi < yycount) { yyp += yytnamerr (yyp, yyarg[yyi++]); yyformat += 2; } else { yyp++; yyformat++; } } return 0; } #endif /* YYERROR_VERBOSE */ /*-----------------------------------------------. | Release the memory associated to this symbol. | `-----------------------------------------------*/ /*ARGSUSED*/ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) static void yydestruct (const char *yymsg, int yytype, YYSTYPE *yyvaluep) #else static void yydestruct (yymsg, yytype, yyvaluep) const char *yymsg; int yytype; YYSTYPE *yyvaluep; #endif { YYUSE (yyvaluep); if (!yymsg) yymsg = "Deleting"; YY_SYMBOL_PRINT (yymsg, yytype, yyvaluep, yylocationp); switch (yytype) { default: break; } } /* Prevent warnings from -Wmissing-prototypes. */ #ifdef YYPARSE_PARAM #if defined __STDC__ || defined __cplusplus int yyparse (void *YYPARSE_PARAM); #else int yyparse (); #endif #else /* ! YYPARSE_PARAM */ #if defined __STDC__ || defined __cplusplus int yyparse (void); #else int yyparse (); #endif #endif /* ! YYPARSE_PARAM */ /* The lookahead symbol. */ int yychar; /* The semantic value of the lookahead symbol. */ YYSTYPE yylval; /* Number of syntax errors so far. */ int yynerrs; /*----------. | yyparse. | `----------*/ #ifdef YYPARSE_PARAM #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) int yyparse (void *YYPARSE_PARAM) #else int yyparse (YYPARSE_PARAM) void *YYPARSE_PARAM; #endif #else /* ! YYPARSE_PARAM */ #if (defined __STDC__ || defined __C99__FUNC__ \ || defined __cplusplus || defined _MSC_VER) int yyparse (void) #else int yyparse () #endif #endif { int yystate; /* Number of tokens to shift before error messages enabled. */ int yyerrstatus; /* The stacks and their tools: `yyss': related to states. `yyvs': related to semantic values. Refer to the stacks thru separate pointers, to allow yyoverflow to reallocate them elsewhere. */ /* The state stack. */ yytype_int16 yyssa[YYINITDEPTH]; yytype_int16 *yyss; yytype_int16 *yyssp; /* The semantic value stack. */ YYSTYPE yyvsa[YYINITDEPTH]; YYSTYPE *yyvs; YYSTYPE *yyvsp; YYSIZE_T yystacksize; int yyn; int yyresult; /* Lookahead token as an internal (translated) token number. */ int yytoken; /* The variables used to return semantic value and location from the action routines. */ YYSTYPE yyval; #if YYERROR_VERBOSE /* Buffer for error messages, and its allocated size. */ char yymsgbuf[128]; char *yymsg = yymsgbuf; YYSIZE_T yymsg_alloc = sizeof yymsgbuf; #endif #define YYPOPSTACK(N) (yyvsp -= (N), yyssp -= (N)) /* The number of symbols on the RHS of the reduced rule. Keep to zero when no symbol should be popped. */ int yylen = 0; yytoken = 0; yyss = yyssa; yyvs = yyvsa; yystacksize = YYINITDEPTH; YYDPRINTF ((stderr, "Starting parse\n")); yystate = 0; yyerrstatus = 0; yynerrs = 0; yychar = YYEMPTY; /* Cause a token to be read. */ /* Initialize stack pointers. Waste one element of value and location stack so that they stay on the same level as the state stack. The wasted elements are never initialized. */ yyssp = yyss; yyvsp = yyvs; goto yysetstate; /*------------------------------------------------------------. | yynewstate -- Push a new state, which is found in yystate. | `------------------------------------------------------------*/ yynewstate: /* In all cases, when you get here, the value and location stacks have just been pushed. So pushing a state here evens the stacks. */ yyssp++; yysetstate: *yyssp = yystate; if (yyss + yystacksize - 1 <= yyssp) { /* Get the current used size of the three stacks, in elements. */ YYSIZE_T yysize = yyssp - yyss + 1; #ifdef yyoverflow { /* Give user a chance to reallocate the stack. Use copies of these so that the &'s don't force the real ones into memory. */ YYSTYPE *yyvs1 = yyvs; yytype_int16 *yyss1 = yyss; /* Each stack pointer address is followed by the size of the data in use in that stack, in bytes. This used to be a conditional around just the two extra args, but that might be undefined if yyoverflow is a macro. */ yyoverflow (YY_("memory exhausted"), &yyss1, yysize * sizeof (*yyssp), &yyvs1, yysize * sizeof (*yyvsp), &yystacksize); yyss = yyss1; yyvs = yyvs1; } #else /* no yyoverflow */ # ifndef YYSTACK_RELOCATE goto yyexhaustedlab; # else /* Extend the stack our own way. */ if (YYMAXDEPTH <= yystacksize) goto yyexhaustedlab; yystacksize *= 2; if (YYMAXDEPTH < yystacksize) yystacksize = YYMAXDEPTH; { yytype_int16 *yyss1 = yyss; union yyalloc *yyptr = (union yyalloc *) YYSTACK_ALLOC (YYSTACK_BYTES (yystacksize)); if (! yyptr) goto yyexhaustedlab; YYSTACK_RELOCATE (yyss_alloc, yyss); YYSTACK_RELOCATE (yyvs_alloc, yyvs); # undef YYSTACK_RELOCATE if (yyss1 != yyssa) YYSTACK_FREE (yyss1); } # endif #endif /* no yyoverflow */ yyssp = yyss + yysize - 1; yyvsp = yyvs + yysize - 1; YYDPRINTF ((stderr, "Stack size increased to %lu\n", (unsigned long int) yystacksize)); if (yyss + yystacksize - 1 <= yyssp) YYABORT; } YYDPRINTF ((stderr, "Entering state %d\n", yystate)); if (yystate == YYFINAL) YYACCEPT; goto yybackup; /*-----------. | yybackup. | `-----------*/ yybackup: /* Do appropriate processing given the current state. Read a lookahead token if we need one and don't already have one. */ /* First try to decide what to do without reference to lookahead token. */ yyn = yypact[yystate]; if (yypact_value_is_default (yyn)) goto yydefault; /* Not known => get a lookahead token if don't already have one. */ /* YYCHAR is either YYEMPTY or YYEOF or a valid lookahead symbol. */ if (yychar == YYEMPTY) { YYDPRINTF ((stderr, "Reading a token: ")); yychar = YYLEX; } if (yychar <= YYEOF) { yychar = yytoken = YYEOF; YYDPRINTF ((stderr, "Now at end of input.\n")); } else { yytoken = YYTRANSLATE (yychar); YY_SYMBOL_PRINT ("Next token is", yytoken, &yylval, &yylloc); } /* If the proper action on seeing token YYTOKEN is to reduce or to detect an error, take that action. */ yyn += yytoken; if (yyn < 0 || YYLAST < yyn || yycheck[yyn] != yytoken) goto yydefault; yyn = yytable[yyn]; if (yyn <= 0) { if (yytable_value_is_error (yyn)) goto yyerrlab; yyn = -yyn; goto yyreduce; } /* Count tokens shifted since error; after three, turn off error status. */ if (yyerrstatus) yyerrstatus--; /* Shift the lookahead token. */ YY_SYMBOL_PRINT ("Shifting", yytoken, &yylval, &yylloc); /* Discard the shifted token. */ yychar = YYEMPTY; yystate = yyn; *++yyvsp = yylval; goto yynewstate; /*-----------------------------------------------------------. | yydefault -- do the default action for the current state. | `-----------------------------------------------------------*/ yydefault: yyn = yydefact[yystate]; if (yyn == 0) goto yyerrlab; goto yyreduce; /*-----------------------------. | yyreduce -- Do a reduction. | `-----------------------------*/ yyreduce: /* yyn is the number of a rule to reduce with. */ yylen = yyr2[yyn]; /* If YYLEN is nonzero, implement the default value of the action: `$$ = $1'. Otherwise, the following line sets YYVAL to garbage. This behavior is undocumented and Bison users should not rely upon it. Assigning to YYVAL unconditionally makes the parser a bit smaller, and it avoids a GCC warning that YYVAL may be used uninitialized. */ yyval = yyvsp[1-yylen]; YY_REDUCE_PRINT (yyn); switch (yyn) { case 2: /* Line 1806 of yacc.c */ #line 91 "parse.y" {(yyval.val)=(yyvsp[(1) - (1)].val);} break; case 3: /* Line 1806 of yacc.c */ #line 92 "parse.y" {(yyval.val)=newcommand((yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 4: /* Line 1806 of yacc.c */ #line 95 "parse.y" {(yyval.val)=GNOARG;} break; case 5: /* Line 1806 of yacc.c */ #line 96 "parse.y" {(yyval.val)=(yyvsp[(1) - (1)].val);} break; case 6: /* Line 1806 of yacc.c */ #line 97 "parse.y" {(yyval.val)=(yyvsp[(1) - (2)].val);} break; case 7: /* Line 1806 of yacc.c */ #line 98 "parse.y" {(yyval.val)=newcommand((yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 8: /* Line 1806 of yacc.c */ #line 101 "parse.y" { (yyval.val)=newnode(Frange,GNORANGE,GNORANGE); } break; case 9: /* Line 1806 of yacc.c */ #line 102 "parse.y" { (yyval.val)=newnode(Frange,(yyvsp[(1) - (1)].val),GNORANGE); } break; case 10: /* Line 1806 of yacc.c */ #line 103 "parse.y" { (yyval.val)=newnode(Frange,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val)); } break; case 11: /* Line 1806 of yacc.c */ #line 104 "parse.y" { (yyval.val)=newnode(Frange,GNORANGE,(yyvsp[(2) - (2)].val)); } break; case 12: /* Line 1806 of yacc.c */ #line 107 "parse.y" {(yyval.val)=newnode(Fmatrix,(yyvsp[(2) - (5)].val),(yyvsp[(4) - (5)].val));} break; case 13: /* Line 1806 of yacc.c */ #line 108 "parse.y" {(yyval.val)=newnode(Fmatrix,(yyvsp[(2) - (3)].val),-1);} break; case 14: /* Line 1806 of yacc.c */ #line 111 "parse.y" {(yyval.val)=1;} break; case 15: /* Line 1806 of yacc.c */ #line 112 "parse.y" {(yyval.val)=(yyvsp[(1) - (2)].val)+1;} break; case 16: /* Line 1806 of yacc.c */ #line 115 "parse.y" {(yyval.val)=newopcall(OPhist,-1,-1);} break; case 17: /* Line 1806 of yacc.c */ #line 116 "parse.y" {(yyval.val)=newopcall(OPhist,newintnode((yyvsp[(2) - (2)].str).s,(yyvsp[(2) - (2)].str).c),-1);} break; case 18: /* Line 1806 of yacc.c */ #line 117 "parse.y" {(yyval.val)=newopcall(OPhist,newnode(Fsmall,-(yyvsp[(2) - (2)].val),-1),-1);} break; case 19: /* Line 1806 of yacc.c */ #line 118 "parse.y" {(yyval.val)=newopcall(OPhisttime,-1,-1);} break; case 20: /* Line 1806 of yacc.c */ #line 119 "parse.y" {(yyval.val)=newopcall(OPhisttime,newintnode((yyvsp[(3) - (3)].str).s,(yyvsp[(3) - (3)].str).c),-1);} break; case 21: /* Line 1806 of yacc.c */ #line 120 "parse.y" {(yyval.val)=newopcall(OPhisttime,newnode(Fsmall,-(yyvsp[(3) - (3)].val),-1),-1);} break; case 22: /* Line 1806 of yacc.c */ #line 126 "parse.y" {(yyval.val)=newintnode((yyvsp[(1) - (1)].str).s,(yyvsp[(1) - (1)].str).c);} break; case 23: /* Line 1806 of yacc.c */ #line 127 "parse.y" {(yyval.val)=newrealnode((yyvsp[(1) - (1)].str).s,(yyvsp[(1) - (1)].str).c);} break; case 24: /* Line 1806 of yacc.c */ #line 128 "parse.y" {(yyval.val)=newnode(Fconst,newsmallrealvalue(0),-1);} break; case 25: /* Line 1806 of yacc.c */ #line 129 "parse.y" {(yyval.val)=newnodecom(Ffunction,newmember((yyvsp[(3) - (3)].str).s),newintnode((yyvsp[(1) - (3)].str).s,(yyvsp[(1) - (3)].str).c), (yyvsp[(3) - (3)].str).c);} break; case 26: /* Line 1806 of yacc.c */ #line 131 "parse.y" {(yyval.val)=newstringnode((yyvsp[(1) - (1)].str).s,(yyvsp[(1) - (1)].str).c);} break; case 27: /* Line 1806 of yacc.c */ #line 132 "parse.y" {(yyval.val)=newquotenode((yyvsp[(2) - (2)].str).s,(yyvsp[(2) - (2)].str).c);} break; case 28: /* Line 1806 of yacc.c */ #line 133 "parse.y" {(yyval.val)=(yyvsp[(1) - (1)].val);} break; case 29: /* Line 1806 of yacc.c */ #line 134 "parse.y" {(yyval.val)=newnode(Fcall,(yyvsp[(1) - (4)].val),(yyvsp[(3) - (4)].val));} break; case 30: /* Line 1806 of yacc.c */ #line 135 "parse.y" {(yyval.val)=(yyvsp[(1) - (1)].val);} break; case 31: /* Line 1806 of yacc.c */ #line 136 "parse.y" {(yyval.val)=(yyvsp[(1) - (1)].val);} break; case 32: /* Line 1806 of yacc.c */ #line 137 "parse.y" {(yyval.val)=(yyvsp[(1) - (1)].val);} break; case 33: /* Line 1806 of yacc.c */ #line 138 "parse.y" {(yyval.val)=(yyvsp[(1) - (1)].val);} break; case 34: /* Line 1806 of yacc.c */ #line 139 "parse.y" {(yyval.val)=(yyvsp[(1) - (1)].val);} break; case 35: /* Line 1806 of yacc.c */ #line 140 "parse.y" {(yyval.val)=newnode(Fassign,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 36: /* Line 1806 of yacc.c */ #line 141 "parse.y" {(yyval.val)=newnode(Fassign,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 37: /* Line 1806 of yacc.c */ #line 142 "parse.y" {(yyval.val)=newopcall(OPpp,(yyvsp[(1) - (2)].val),-1);} break; case 38: /* Line 1806 of yacc.c */ #line 143 "parse.y" {(yyval.val)=newopcall(OPss,(yyvsp[(1) - (2)].val),-1);} break; case 39: /* Line 1806 of yacc.c */ #line 144 "parse.y" {(yyval.val)=newopcall(OPme,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 40: /* Line 1806 of yacc.c */ #line 145 "parse.y" {(yyval.val)=newopcall(OPde,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 41: /* Line 1806 of yacc.c */ #line 146 "parse.y" {(yyval.val)=newopcall(OPdre,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 42: /* Line 1806 of yacc.c */ #line 147 "parse.y" {(yyval.val)=newopcall(OPeuce,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 43: /* Line 1806 of yacc.c */ #line 148 "parse.y" {(yyval.val)=newopcall(OPmode,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 44: /* Line 1806 of yacc.c */ #line 149 "parse.y" {(yyval.val)=newopcall(OPsle,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 45: /* Line 1806 of yacc.c */ #line 150 "parse.y" {(yyval.val)=newopcall(OPsre,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 46: /* Line 1806 of yacc.c */ #line 151 "parse.y" {(yyval.val)=newopcall(OPpe,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 47: /* Line 1806 of yacc.c */ #line 152 "parse.y" {(yyval.val)=newopcall(OPse,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 48: /* Line 1806 of yacc.c */ #line 153 "parse.y" {(yyval.val)=newopcall(OPnb,(yyvsp[(2) - (2)].val),-1);} break; case 49: /* Line 1806 of yacc.c */ #line 154 "parse.y" {(yyval.val)=newcall("length",(yyvsp[(2) - (2)].val));} break; case 50: /* Line 1806 of yacc.c */ #line 155 "parse.y" {(yyval.val)=newopcall(OPor,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 51: /* Line 1806 of yacc.c */ #line 156 "parse.y" {(yyval.val)=newopcall(OPand,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 52: /* Line 1806 of yacc.c */ #line 157 "parse.y" {(yyval.val)=newopcall(OPand,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 53: /* Line 1806 of yacc.c */ #line 158 "parse.y" {(yyval.val)=newopcall(OPid,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 54: /* Line 1806 of yacc.c */ #line 159 "parse.y" {(yyval.val)=newopcall(OPeq,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 55: /* Line 1806 of yacc.c */ #line 160 "parse.y" {(yyval.val)=newopcall(OPne,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 56: /* Line 1806 of yacc.c */ #line 161 "parse.y" {(yyval.val)=newopcall(OPge,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 57: /* Line 1806 of yacc.c */ #line 162 "parse.y" {(yyval.val)=newopcall(OPg,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 58: /* Line 1806 of yacc.c */ #line 163 "parse.y" {(yyval.val)=newopcall(OPle,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 59: /* Line 1806 of yacc.c */ #line 164 "parse.y" {(yyval.val)=newopcall(OPl,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 60: /* Line 1806 of yacc.c */ #line 165 "parse.y" {(yyval.val)=newopcall(OPs,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 61: /* Line 1806 of yacc.c */ #line 166 "parse.y" {(yyval.val)=newopcall(OPp,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 62: /* Line 1806 of yacc.c */ #line 167 "parse.y" {(yyval.val)=newopcall(OPsl,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 63: /* Line 1806 of yacc.c */ #line 168 "parse.y" {(yyval.val)=newopcall(OPsr,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 64: /* Line 1806 of yacc.c */ #line 169 "parse.y" {(yyval.val)=newopcall(OPmod,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 65: /* Line 1806 of yacc.c */ #line 170 "parse.y" {(yyval.val)=newopcall(OPdr,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 66: /* Line 1806 of yacc.c */ #line 171 "parse.y" {(yyval.val)=newopcall(OPeuc,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 67: /* Line 1806 of yacc.c */ #line 172 "parse.y" {(yyval.val)=newopcall(OPd,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 68: /* Line 1806 of yacc.c */ #line 173 "parse.y" {(yyval.val)=newopcall(OPm,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 69: /* Line 1806 of yacc.c */ #line 174 "parse.y" {(yyval.val)=newopcall(OPpl,(yyvsp[(2) - (2)].val),-1);} break; case 70: /* Line 1806 of yacc.c */ #line 175 "parse.y" {(yyval.val)=newopcall(OPn,(yyvsp[(2) - (2)].val),-1);} break; case 71: /* Line 1806 of yacc.c */ #line 176 "parse.y" {(yyval.val)=newopcall(OPpow,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 72: /* Line 1806 of yacc.c */ #line 177 "parse.y" {(yyval.val)=newopcall(OPtrans,(yyvsp[(1) - (2)].val),-1);} break; case 73: /* Line 1806 of yacc.c */ #line 178 "parse.y" {(yyval.val)=newopcall(OPderiv,(yyvsp[(1) - (2)].val),-1);} break; case 74: /* Line 1806 of yacc.c */ #line 179 "parse.y" {(yyval.val)=newopcall(OPfact,(yyvsp[(1) - (2)].val),-1);} break; case 75: /* Line 1806 of yacc.c */ #line 180 "parse.y" {(yyval.val)=newnode(Fmatcoeff,(yyvsp[(1) - (2)].val),(yyvsp[(2) - (2)].val));} break; case 76: /* Line 1806 of yacc.c */ #line 181 "parse.y" {(yyval.val)=(yyvsp[(1) - (1)].val);} break; case 77: /* Line 1806 of yacc.c */ #line 182 "parse.y" {(yyval.val)=newtag((yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].str).s,(yyvsp[(3) - (3)].str).c);} break; case 78: /* Line 1806 of yacc.c */ #line 183 "parse.y" {(yyval.val)=(yyvsp[(2) - (3)].val);} break; case 79: /* Line 1806 of yacc.c */ #line 186 "parse.y" {(yyval.val)=newnodecom(Fentry,newentry((yyvsp[(1) - (1)].str).s),-1,(yyvsp[(1) - (1)].str).c);} break; case 80: /* Line 1806 of yacc.c */ #line 187 "parse.y" {(yyval.val)=newnode(Fmatcoeff,(yyvsp[(1) - (2)].val),(yyvsp[(2) - (2)].val));} break; case 81: /* Line 1806 of yacc.c */ #line 188 "parse.y" {(yyval.val)=newtag((yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].str).s,(yyvsp[(3) - (3)].str).c);} break; case 82: /* Line 1806 of yacc.c */ #line 191 "parse.y" {(yyval.val)=(yyvsp[(1) - (1)].val);} break; case 83: /* Line 1806 of yacc.c */ #line 192 "parse.y" {(yyval.val)=newnode(Fmatrixelts,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 84: /* Line 1806 of yacc.c */ #line 195 "parse.y" {(yyval.val)=newnode(Fmatrixlines,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 85: /* Line 1806 of yacc.c */ #line 196 "parse.y" {(yyval.val)=newnode(Fmatrixlines,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 86: /* Line 1806 of yacc.c */ #line 199 "parse.y" {(yyval.val)=newnode(Fvec,-1,-1);} break; case 87: /* Line 1806 of yacc.c */ #line 200 "parse.y" {(yyval.val)=newopcall(OPrange,(yyvsp[(2) - (5)].val),(yyvsp[(4) - (5)].val));} break; case 88: /* Line 1806 of yacc.c */ #line 201 "parse.y" {(yyval.val)=newnode(Fmat,-1,-1);} break; case 89: /* Line 1806 of yacc.c */ #line 202 "parse.y" {(yyval.val)=newnode(Fvec,(yyvsp[(2) - (3)].val),-1);} break; case 90: /* Line 1806 of yacc.c */ #line 203 "parse.y" {(yyval.val)=newnode(Fmat,(yyvsp[(2) - (3)].val),-1);} break; case 91: /* Line 1806 of yacc.c */ #line 204 "parse.y" {YYABORT;} break; case 92: /* Line 1806 of yacc.c */ #line 207 "parse.y" {(yyval.val)=newnode(Flistarg,(yyvsp[(4) - (4)].val),(yyvsp[(1) - (4)].val));} break; case 93: /* Line 1806 of yacc.c */ #line 210 "parse.y" {(yyval.val)=newopcall(OPcompr,(yyvsp[(1) - (1)].val),-2);} break; case 94: /* Line 1806 of yacc.c */ #line 211 "parse.y" {(yyval.val)=newopcall3(OPcompr,(yyvsp[(1) - (3)].val),-2,(yyvsp[(3) - (3)].val));} break; case 95: /* Line 1806 of yacc.c */ #line 212 "parse.y" {(yyval.val)=newopcall(OPcomprc,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 96: /* Line 1806 of yacc.c */ #line 213 "parse.y" {(yyval.val)=newopcall3(OPcomprc,(yyvsp[(1) - (5)].val),(yyvsp[(5) - (5)].val),(yyvsp[(3) - (5)].val));} break; case 97: /* Line 1806 of yacc.c */ #line 216 "parse.y" {(yyval.val)=addcurrexpr((yyvsp[(4) - (5)].val),(yyvsp[(2) - (5)].val));} break; case 98: /* Line 1806 of yacc.c */ #line 219 "parse.y" {(yyval.val)=(yyvsp[(1) - (1)].val);} break; case 99: /* Line 1806 of yacc.c */ #line 220 "parse.y" {(yyval.val)=newnode(Fvararg,(yyvsp[(1) - (4)].val),-1);} break; case 100: /* Line 1806 of yacc.c */ #line 221 "parse.y" {(yyval.val)=newnode(Frefarg,(yyvsp[(2) - (2)].val),-1);} break; case 101: /* Line 1806 of yacc.c */ #line 222 "parse.y" {if (!once) { yyerrok; s_errors.n--;} once=1;} break; case 102: /* Line 1806 of yacc.c */ #line 223 "parse.y" {once=0; (yyval.val)=newopcall(OPcat,(yyvsp[(1) - (4)].val),(yyvsp[(4) - (4)].val));} break; case 103: /* Line 1806 of yacc.c */ #line 226 "parse.y" {(yyval.val)=(yyvsp[(1) - (1)].val);} break; case 104: /* Line 1806 of yacc.c */ #line 227 "parse.y" {(yyval.val)=newnode(Flistarg,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 105: /* Line 1806 of yacc.c */ #line 230 "parse.y" {(yyval.val)=newnodecom(Ffunction,newentry((yyvsp[(1) - (4)].str).s),(yyvsp[(3) - (4)].val),(yyvsp[(1) - (4)].str).c);} break; case 106: /* Line 1806 of yacc.c */ #line 233 "parse.y" {(yyval.val)=newnodecom(Ffunction,newmember((yyvsp[(3) - (3)].str).s),(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].str).c);} break; case 107: /* Line 1806 of yacc.c */ #line 237 "parse.y" {(yyval.val)=newnode(Fdeffunc,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 108: /* Line 1806 of yacc.c */ #line 239 "parse.y" {(yyval.val)=newnode(Fdeffunc,(yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 109: /* Line 1806 of yacc.c */ #line 240 "parse.y" {(yyval.val)=newnode(Flambda, (yyvsp[(1) - (3)].val),(yyvsp[(3) - (3)].val));} break; case 110: /* Line 1806 of yacc.c */ #line 241 "parse.y" {(yyval.val)=newnode(Flambda, (yyvsp[(2) - (4)].val),(yyvsp[(4) - (4)].val));} break; /* Line 1806 of yacc.c */ #line 2510 "parse.c" default: break; } /* User semantic actions sometimes alter yychar, and that requires that yytoken be updated with the new translation. We take the approach of translating immediately before every use of yytoken. One alternative is translating here after every semantic action, but that translation would be missed if the semantic action invokes YYABORT, YYACCEPT, or YYERROR immediately after altering yychar or if it invokes YYBACKUP. In the case of YYABORT or YYACCEPT, an incorrect destructor might then be invoked immediately. In the case of YYERROR or YYBACKUP, subsequent parser actions might lead to an incorrect destructor call or verbose syntax error message before the lookahead is translated. */ YY_SYMBOL_PRINT ("-> $$ =", yyr1[yyn], &yyval, &yyloc); YYPOPSTACK (yylen); yylen = 0; YY_STACK_PRINT (yyss, yyssp); *++yyvsp = yyval; /* Now `shift' the result of the reduction. Determine what state that goes to, based on the state we popped back to and the rule number reduced by. */ yyn = yyr1[yyn]; yystate = yypgoto[yyn - YYNTOKENS] + *yyssp; if (0 <= yystate && yystate <= YYLAST && yycheck[yystate] == *yyssp) yystate = yytable[yystate]; else yystate = yydefgoto[yyn - YYNTOKENS]; goto yynewstate; /*------------------------------------. | yyerrlab -- here on detecting error | `------------------------------------*/ yyerrlab: /* Make sure we have latest lookahead translation. See comments at user semantic actions for why this is necessary. */ yytoken = yychar == YYEMPTY ? YYEMPTY : YYTRANSLATE (yychar); /* If not already recovering from an error, report this error. */ if (!yyerrstatus) { ++yynerrs; #if ! YYERROR_VERBOSE yyerror (YY_("syntax error")); #else # define YYSYNTAX_ERROR yysyntax_error (&yymsg_alloc, &yymsg, \ yyssp, yytoken) { char const *yymsgp = YY_("syntax error"); int yysyntax_error_status; yysyntax_error_status = YYSYNTAX_ERROR; if (yysyntax_error_status == 0) yymsgp = yymsg; else if (yysyntax_error_status == 1) { if (yymsg != yymsgbuf) YYSTACK_FREE (yymsg); yymsg = (char *) YYSTACK_ALLOC (yymsg_alloc); if (!yymsg) { yymsg = yymsgbuf; yymsg_alloc = sizeof yymsgbuf; yysyntax_error_status = 2; } else { yysyntax_error_status = YYSYNTAX_ERROR; yymsgp = yymsg; } } yyerror (yymsgp); if (yysyntax_error_status == 2) goto yyexhaustedlab; } # undef YYSYNTAX_ERROR #endif } if (yyerrstatus == 3) { /* If just tried and failed to reuse lookahead token after an error, discard it. */ if (yychar <= YYEOF) { /* Return failure if at end of input. */ if (yychar == YYEOF) YYABORT; } else { yydestruct ("Error: discarding", yytoken, &yylval); yychar = YYEMPTY; } } /* Else will try to reuse lookahead token after shifting the error token. */ goto yyerrlab1; /*---------------------------------------------------. | yyerrorlab -- error raised explicitly by YYERROR. | `---------------------------------------------------*/ yyerrorlab: /* Pacify compilers like GCC when the user code never invokes YYERROR and the label yyerrorlab therefore never appears in user code. */ if (/*CONSTCOND*/ 0) goto yyerrorlab; /* Do not reclaim the symbols of the rule which action triggered this YYERROR. */ YYPOPSTACK (yylen); yylen = 0; YY_STACK_PRINT (yyss, yyssp); yystate = *yyssp; goto yyerrlab1; /*-------------------------------------------------------------. | yyerrlab1 -- common code for both syntax error and YYERROR. | `-------------------------------------------------------------*/ yyerrlab1: yyerrstatus = 3; /* Each real token shifted decrements this. */ for (;;) { yyn = yypact[yystate]; if (!yypact_value_is_default (yyn)) { yyn += YYTERROR; if (0 <= yyn && yyn <= YYLAST && yycheck[yyn] == YYTERROR) { yyn = yytable[yyn]; if (0 < yyn) break; } } /* Pop the current state because it cannot handle the error token. */ if (yyssp == yyss) YYABORT; yydestruct ("Error: popping", yystos[yystate], yyvsp); YYPOPSTACK (1); yystate = *yyssp; YY_STACK_PRINT (yyss, yyssp); } *++yyvsp = yylval; /* Shift the error token. */ YY_SYMBOL_PRINT ("Shifting", yystos[yyn], yyvsp, yylsp); yystate = yyn; goto yynewstate; /*-------------------------------------. | yyacceptlab -- YYACCEPT comes here. | `-------------------------------------*/ yyacceptlab: yyresult = 0; goto yyreturn; /*-----------------------------------. | yyabortlab -- YYABORT comes here. | `-----------------------------------*/ yyabortlab: yyresult = 1; goto yyreturn; #if !defined(yyoverflow) || YYERROR_VERBOSE /*-------------------------------------------------. | yyexhaustedlab -- memory exhaustion comes here. | `-------------------------------------------------*/ yyexhaustedlab: yyerror (YY_("memory exhausted")); yyresult = 2; /* Fall through. */ #endif yyreturn: if (yychar != YYEMPTY) { /* Make sure we have latest lookahead translation. See comments at user semantic actions for why this is necessary. */ yytoken = YYTRANSLATE (yychar); yydestruct ("Cleanup: discarding lookahead", yytoken, &yylval); } /* Do not reclaim the symbols of the rule which action triggered this YYABORT or YYACCEPT. */ YYPOPSTACK (yylen); YY_STACK_PRINT (yyss, yyssp); while (yyssp != yyss) { yydestruct ("Cleanup: popping", yystos[*yyssp], yyvsp); YYPOPSTACK (1); } #ifndef yyoverflow if (yyss != yyssa) YYSTACK_FREE (yyss); #endif #if YYERROR_VERBOSE if (yymsg != yymsgbuf) YYSTACK_FREE (yymsg); #endif /* Make sure YYID is used. */ return YYID (yyresult); } /* Line 2067 of yacc.c */ #line 244 "parse.y" int yyerror(const char *s) { int n=stack_new(&s_errors); errors[n].lineno=linecount; errors[n].txt=strdup(s); if (yydebug) fprintf(stderr,"%s:%d: %s\n",nameparse,linecount,s); return 0; } gp2c-0.0.10/configure.ac0000644000175000017500000001443013006431074011632 00000000000000dnl Process this file with autoconf to produce a configure script. AC_INIT([gp2c], [0.0.10]) AC_CONFIG_AUX_DIR(config) AC_CONFIG_SRCDIR([src/gp2c.c]) AM_INIT_AUTOMAKE AM_MAINTAINER_MODE dnl Be nice with packagers. AM_CONFIG_HEADER(src/config.h) dnl Checks for programs. AC_PROG_CC AM_PROG_LEX AC_PROG_YACC dnl look for perl AC_ARG_WITH(perl, [ --with-perl[=FILE] Perl is needed to compile the description files. But gp2c comes with precompiled descriptions for PARI 2.9, so can be used without perl. Default is to use perl if we find it. You can specify the path to perl with --with-perl=PATH.]) if test "$with_perl" = "no"; then PERL_PATH=/bin/false elif test -x "$with_perl"; then PERL_PATH="$with_perl" else AC_PATH_PROG(PERL_PATH,perl,/bin/false) fi dnl check for PARI configuration AC_ARG_WITH(paricfg, [ --with-paricfg[=FILE] Details about PARI configuration are needed to build plug-ins. Without them, gp2c itself can be compiled, but gp2c-run and 'make check' will not work. You must specify the path to the 'pari.cfg' file with --with-paricfg=PATH.]) AC_MSG_CHECKING(for multiarch system) multiarch=`$CC $CFLAGS -print-multiarch 2>/dev/null` AC_MSG_RESULT($multiarch) if test "$with_paricfg" = "no" ; then PARI_CONFIG= else AC_MSG_CHECKING(for PARI configuration) if test "$with_paricfg" = "yes" || test "x$with_paricfg" = "x" ; then for i in /usr/lib/pari/pari.cfg \ "/usr/lib/$multiarch/pari/pari.cfg" \ /usr/local/lib/pari/pari.cfg \ "$srcdir/../pari.cfg" \ "$srcdir/pari.cfg" do if test -f "$i"; then PARI_CONFIG="$i"; fi; done; else test -f "$with_paricfg" && PARI_CONFIG="$with_paricfg" fi if test "x$with_paricfg" != "x" && test "x$PARI_CONFIG" = "x" ; then AC_MSG_ERROR([pari.cfg file not found. Please use --with-paricfg=PATH where PATH is the path to pari.cfg or dft.Config.in file.]) fi if test "x$PARI_CONFIG" = "x"; then AC_MSG_RESULT("not found") else AC_MSG_RESULT($PARI_CONFIG) fi fi AC_ARG_WITH(paricfg-dbg, [ --with-paricfg-dbg[=FILE] gp2c-dbg is more useful with the debugging version of PARI. You can specify the path to the 'pari.cfg' file of a debugging version with --with-paricfg-dbg=PATH while still using the optimised version with gp2c-run. ]) if test "$with_paricfg_dbg" = "no" ; then PARI_CONFIG_DBG= else AC_MSG_CHECKING([for PARI configuration (debugging)]) if test "$with_paricfg_dbg" = "yes" || test "x$with_paricfg_dbg" = "x" ; then for i in /usr/lib/pari/pari.cfg \ "/usr/lib/$multiarch/pari/pari.cfg" \ /usr/local/lib/pari/pari.cfg \ "$srcdir/../pari.cfg" \ "$srcdir/pari.cfg" do if test -f "$i.dbg"; then PARI_CONFIG_DBG="$i.dbg"; fi; done; else test -f "$with_paricfg_dbg" && PARI_CONFIG_DBG="$with_paricfg_dbg" fi if test "x$with_paricfg_dbg" != "x" && test "x$PARI_CONFIG_DBG" = "x" ; then AC_MSG_ERROR([pari.cfg[.dbg] file not found. Please use --with-paricfg-dbg=PATH where PATH is the path to pari.cfg[.dbg] or dft.Config.in file.]) fi if test "x$PARI_CONFIG_DBG" = "x"; then AC_MSG_RESULT("not found") else AC_MSG_RESULT($PARI_CONFIG_DBG) fi fi if test "x$PARI_CONFIG" != "x" ; then AC_MSG_CHECKING(for PARI version) PARI_VERSION=`$srcdir/config/pari-version $PARI_CONFIG` AC_MSG_RESULT($PARI_VERSION) AC_MSG_CHECKING(for PARI module build) PARI_MODULE_BUILD=`$srcdir/config/module-build $PARI_CONFIG` AC_MSG_RESULT($PARI_MODULE_BUILD) AC_MSG_CHECKING(for GP path) GP_PATH=`$srcdir/config/pari-conf $PARI_CONFIG bindir`/gp AC_MSG_RESULT($GP_PATH) AC_MSG_CHECKING(for PARI data directory) PARI_DATADIR=`$srcdir/config/pari-conf $PARI_CONFIG datadir` AC_MSG_RESULT($PARI_DATADIR) AC_MSG_CHECKING(for PARI description database) PARI_DESC="$PARI_DATADIR/pari.desc"; test -f "$PARI_DESC" || PARI_DESC="missing" AC_MSG_RESULT($PARI_DESC) else PARI_VERSION='2.5.x (released)' PARI_MODULE_BUILD="`pwd`/$srcdir/config/missing $PARI_CONF"; GP_PATH="gp" fi if test "x$PARI_CONFIG_DBG" != "x" ; then AC_MSG_CHECKING([for PARI module build (debugging)]) PARI_MODULE_DEBUG=`$srcdir/config/module-build $PARI_CONFIG_DBG` AC_MSG_RESULT($PARI_MODULE_DEBUG) AC_MSG_CHECKING([for GP path (debugging)]) GP_PATH_DBG=`$srcdir/config/pari-conf $PARI_CONFIG_DBG bindir`/gp AC_MSG_RESULT($GP_PATH_DBG) GP2C_DBG="gp2c-dbg" GP2C_DBG1="gp2c-dbg.1" else PARI_MODULE_DEBUG=$PARI_MODULE_BUILD GP_PATH_DBG=$GP_PATH GP2C_DBG="" GP2C_DBG1="" fi AC_DEFINE_UNQUOTED(PARI_VERSION,"$PARI_VERSION",[target PARI version]) AC_DEFINE_UNQUOTED(PARI_MODULE_BUILD,"$PARI_MODULE_BUILD",[target PARI module build]) AC_SUBST(PARI_VERSION) AC_SUBST(PARI_MODULE_BUILD) AC_SUBST(GP_PATH) AC_SUBST(PARI_DATADIR) AC_SUBST(PARI_DESC) AC_SUBST(PARI_MODULE_DEBUG) AC_SUBST(GP_PATH_DBG) AC_SUBST(GP2C_DBG) AC_SUBST(GP2C_DBG1) dnl RUNTEST AC_MSG_CHECKING([for RUNTEST (if needed)]) if test "x$RUNTEST" = "x" && test "x$PARI_CONFIG" != "x" ; then PARI_RUNTEST=`$srcdir/config/pari-conf $PARI_CONFIG RUNTEST` else PARI_RUNTEST="$RUNTEST" fi AC_MSG_RESULT($PARI_RUNTEST) AC_SUBST(PARI_RUNTEST) dnl Checks for header files. AC_HEADER_STDC AC_CHECK_HEADERS(malloc.h unistd.h) dnl Checks for typedefs, structures, and compiler characteristics. AC_C_CONST AC_C_INLINE AC_TYPE_SIZE_T AC_STRUCT_TM dnl Checks for library functions. AC_FUNC_VPRINTF AC_CHECK_FUNCS(strdup strtol getopt strcmp memccpy strrchr) dnl How to use echo ECHON=${ECHO_N-"$ac_n"} ECHOC=${ECHO_C-"$ac_c"} ECHOT=${ECHO_T-"$ac_t"} AC_SUBST(ECHON) AC_SUBST(ECHOC) AC_SUBST(ECHOT) if test "$bindir" = '${exec_prefix}/bin'; then if test "x${exec_prefix}" != xNONE; then mybindir=${exec_prefix}/bin elif test "x${prefix}" != xNONE; then mybindir=${prefix}/bin else mybindir=${ac_default_prefix}/bin fi else mybindir=$bindir fi AC_SUBST(mybindir) AC_OUTPUT([Makefile src/Makefile desc/Makefile doc/Makefile test/Makefile test2/Makefile test3/Makefile scripts/Makefile scripts/822_desc.pl scripts/runtest scripts/dotest scripts/gp2c-run scripts/gp2c-dbg doc/gp2c-run.1 doc/gp2c-dbg.1],[chmod a+x scripts/822_desc.pl scripts/runtest scripts/dotest scripts/gp2c-run scripts/gp2c-dbg]) gp2c-0.0.10/test/0000755000175000017500000000000013006472505010405 500000000000000gp2c-0.0.10/test/Makefile.am0000644000175000017500000000041212141547407012361 00000000000000mostlyclean-generic: rm -f *.gp *.gp.[co] *.gp.so *.res dist-hook: cp -pR $(srcdir)/gp $(srcdir)/input $(srcdir)/res $(distdir) rm -rf $(distdir)/gp/CVS $(distdir)/input/CVS $(distdir)/res/CVS rm -rf $(distdir)/gp/.svn $(distdir)/input/.svn $(distdir)/res/.svn gp2c-0.0.10/test/input/0000755000175000017500000000000012624133327011545 500000000000000gp2c-0.0.10/test/input/gerepile0000644000175000017500000000013012141547407013200 00000000000000f1() f2() g1() g2() h1() h2() k1() k2() l1() l2() m1() m2() n1() n2() o1("gp2c") gp2c-0.0.10/test/input/read0000644000175000017500000000024612155572710012327 00000000000000\\?randprime \\?buildkey v=buildkey(128); publickey=v[1]; privatekey=v[2]; clear=gp2crand(2^128) crypted=crypt(clear,publickey) decrypted=decrypt(crypted,privatekey) gp2c-0.0.10/test/input/affect0000644000175000017500000000021312155572710012636 00000000000000f(5) f(3) A=[1,2];B=mathilbert(4); g(A,B) A print(B) th() ml(2) B=matpascal(1) col(B,1,A~) B lin(B,2,A) B col(B,-1,A) v=[4,9,1,3]; tr(v) v gp2c-0.0.10/test/input/args0000644000175000017500000000026612622131107012340 00000000000000f(1) g(,[[5,4,1,2,3],[5,1,4,3,2],[5,3,1,4,2],[5,1,2,4,3],[5,1,3,2,4]]) g([2,5,4,1,3],) g([2,5,4,1,3],[[5,4,1,2,3],[5,1,4,3,2],[5,3,1,4,2],[5,1,2,4,3],[5,1,3,2,4]]) testh() s("ab") gp2c-0.0.10/test/input/moveblock0000644000175000017500000000010611751724575013401 00000000000000f([3,1,4,1,5]) g(2) k(12) l([1,2,3]) l([4,5,6]) m(12) o([1,2,3]) n(3) gp2c-0.0.10/test/input/initfunc0000644000175000017500000000036612624133327013234 00000000000000init_initfunc(); print(pow_M(2)) vector(100,i,mybfffo(i)) vector(31,i,mybfffo(1<<(i-1))) for(i=1,5,count();aff()) init_initfunc();f1(0) init_initfunc();f1(1) init_initfunc();f2(0) init_initfunc();f2(1) init_initfunc();f3(0) init_initfunc();f3(1) gp2c-0.0.10/test/input/print0000644000175000017500000000003211751724575012552 00000000000000f(x^4+1) f(mathilbert(3)) gp2c-0.0.10/test/input/trunc0000644000175000017500000000002611751724575012554 00000000000000f(Pi) g(Pi) h(Pi) k() gp2c-0.0.10/test/input/vector0000644000175000017500000000001211751724575012716 00000000000000f(15) g() gp2c-0.0.10/test/input/forstep0000644000175000017500000000011212624133327013064 00000000000000f(100) g(-2) g(2) h() k([2,3,5,7],100) k([1,-1,2],10) k([1,1,-3],-10) l() gp2c-0.0.10/test/input/cast0000644000175000017500000000004612624133327012342 00000000000000f(45) g(1.3,1.8) h([Vecsmall([0,0])]) gp2c-0.0.10/test/input/dot0000644000175000017500000000004112141547407012173 00000000000000default(realprecision,38); dot() gp2c-0.0.10/test/input/multiif0000644000175000017500000000005012622131107013044 00000000000000for(i=1,4,f(i)); for(i=1,4,g([i,i+1])); gp2c-0.0.10/test/input/member0000644000175000017500000000003112155572710012653 00000000000000polmod(Mod(x^2+1,x^3-2)) gp2c-0.0.10/test/input/break0000644000175000017500000000005112141547407012472 00000000000000f(65) for(i=2,20,print(Miller_Rabin(i))) gp2c-0.0.10/test/input/upto0000644000175000017500000000001012141547407012370 00000000000000h() p() gp2c-0.0.10/test/input/return0000644000175000017500000000012512155572710012727 00000000000000f(1+2)+10! g(0) h([1,2]) h([1,2,3;4,5,6]) k(5) t1(1) t2(1) t3(1) t4(1) init(4);foo() gp2c-0.0.10/test/input/if0000644000175000017500000000012112155572710012002 00000000000000f(0,0) f(0,1) f(1,0) f(1,1) f([1,2,3],1) g(0,2) g(1,2) h(0,3) h(1,3) pile() j(2) gp2c-0.0.10/test/input/forvec0000644000175000017500000000006712162636065012703 00000000000000g(3,0) g(3,1) g(3,2) h(3,0) h(3,1) h(3,2) FV(2) fv(72) gp2c-0.0.10/test/input/while0000644000175000017500000000006012141547407012516 00000000000000f(0); f(5); g(0); g(5); h([3,4,5]) k([4,5,6,7]) gp2c-0.0.10/test/input/multiassign0000644000175000017500000000007212624133327013746 00000000000000f([3,4]) g([4,5]) h1(Vecsmall([5,6])) h2(Vecsmall([6,7])) gp2c-0.0.10/test/input/matrix0000644000175000017500000000006212141547407012714 00000000000000testswap() swaprow(vandermonde([1,2,3])) sideef() gp2c-0.0.10/test/input/cleanvar0000644000175000017500000000000512155572710013200 00000000000000f(1) gp2c-0.0.10/test/input/forprime0000644000175000017500000000004712624133327013234 00000000000000f(50000) fs(50000) mf(11) check(11,11) gp2c-0.0.10/test/input/sumprod0000644000175000017500000000003312141547407013077 00000000000000f(10) g(100) h(1000) k(36) gp2c-0.0.10/test/input/install0000644000175000017500000000021512141547407013056 00000000000000v=buildkey(128); publickey=v[1]; privatekey=v[2]; clear=gp2crand(2^128) crypted=crypt(clear,publickey) decrypted=decrypt(crypted,privatekey) gp2c-0.0.10/test/Makefile.in0000644000175000017500000002662513006472475012413 00000000000000# Makefile.in generated by automake 1.14.1 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2013 Free Software Foundation, Inc. # This Makefile.in is free software; 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print } h(n,f)= { forvec(v=vector(n,i,[2*i-1,2*i]), s=sum(i:small=1,#v,v[i]);print1(s," "),f); print } FV(R)= { local(b=vector(5,i,[0,R]),N); forvec(a=b, N+=prod(n=1,100, sum(m=0,4,a[m+1]*n^m))); N } fv(N)= { local(a); forvec(b=vector(2,k,[1,5]), if((2^b[1])*(3^b[2])==N, a=b)); print(a); a; } gp2c-0.0.10/test/gp/multiassign.gp0000644000175000017500000000026612624133327013627 00000000000000f(v,c=0)=local(a,b=[1]);[a,b[c+1]]=v;a+b[1] g(v)= { my(a,[b,c]=v,d=v,e=3); [a,b,c,d,e] } h1(v:vecsmall)= { my([a,b]=v); [b,a] } h2(v:vecsmall)= { my(a,b); [a,b]=v; [b,a] } gp2c-0.0.10/test/gp/cleanvar.gp0000644000175000017500000000012112155572710013053 00000000000000f(m)= { while(0, vector(h1)); if(m>0, for(j=1,m, if(j==1, print(j)))); } gp2c-0.0.10/test/gp/if.gp0000644000175000017500000000071712455046151011667 00000000000000f(a,b)= { local(x); x=vector(2); if(a,if(b,print(0)),print(1)); if(a,if(b,print(2),print(3))); if(a==[1,2,3],print(4),print(5)); if(a==1,if(b==1,x[1]=1,x[1]=2),if(b==1,x[2]=1,x[2]=2)); print(x); print("end"); } g(p,n)=print("g");if(p,print(n),);if(p,print(n),;); h(p,n)=print("h");if(p,,print(n));if(p,;,print(n)); pile()= { local(a,b); a=[0,0]; for(i=1,10^5, if(i>0,b=[1,2],b=[3,4]); a+=b; ); a } j(x)=vector(2,i,if(i==1,12)) gp2c-0.0.10/test/gp/cast.gp0000644000175000017500000000026012624133327012214 00000000000000f(x:int)=local(y:var='y);[Str(1),Str(42),Str(4+I),Str(print(4)),Str(x),Str([y^3+y+45]),Str("a"),Str(7978886869909)] g(r:real,g:gen)=r+=g;round(r) h(v:vec)=v[1]:vecsmall[2]=7;v gp2c-0.0.10/test/gp/affect.gp0000644000175000017500000000121012624133327012506 00000000000000f(x)= { local(v,i=0,j:small=0); v=vector(x); m=matpascal(x); while(i0,x,y) th()=local(V=vector(5,i,i));vector(5,i,h(V[i],i-1)) ml(x)=local(a=x^2+1,b=a^2+1,c=b^2+1);c^2+1 col(x,a,v)=x[,if(a<=0,print("a is too small");return,a)]=v;x lin(x,a,v)=x[if(a<=0,error("a is too small"),a),]=v;x tr(v)=truncate(Pi,&v[1]);v H1(n)=GA[n]=1 H2()=truncate(Pi,&GB[1]) H3(n)=GC[n]+=1 global(seed:small=0); gp2crand31()=seed=bitand(1000276549*seed:int+12347,(1<<31)-1); gp2crand(N)=local(p);while(p.gp.run file instead of gp2c_start.gp and gp2c_gprc. -- This release adds support for &a[b] and break(n)/next(n). gp2c 0.0.4 -- This version handles PARI 2.2.8 release and above, 2.1 stable release, but no more the release 2.2.0 to 2.2.6, and mostly the 2.2.7 release. -- All references to libpari API is made through the description system. -- When used with PARI 2.2.8 and above, this release fully supports forvec(). -- The documentation has been extended to cover types. -- This version generates cleaner and more ANSI-C compliant C code. gp2c 0.0.3 -- This version handles PARI 2.2.7 release and above, 2.1 stable release, but no more the release 2.2.0 to 2.2.6. -- When used with PARI 2.2.7 and above, this release has full support for member function and functions taking a variable number of strings as arguments, usually text-based I/O functions. gp2c 0.0.2 -- This version handles automatic concatenation and supports more functions. gp2c 0.0.1 -- This version comes with a manual. This is doc/gp2c.tex LaTeX source doc/gp2c.dvi DVI format doc/html/index.html HTML format -- There is now a script gp2c-run to simplify the use of gp2c. gp2c 0.0.0 -- Add NEWS file to be computer-friendly with automake. gp2c-0.0.10/gp2c-dbg0000755000175000017500000000050112624133327010656 00000000000000#! /bin/sh #This file is part of the GP2C package # #This stupid shell script is Public Domain. # if test ! -f scripts/gp2c-dbg; then cat <&2 Package has not been configured for debugging. Please type ./configure --enable-debug to configure it for debugging. EOF exit 1; fi GP2C=./gp2c exec scripts/gp2c-dbg "$@"