hakyll-4.9.2.0/0000755000000000000000000000000013020032546011331 5ustar0000000000000000hakyll-4.9.2.0/Setup.hs0000644000000000000000000000005613020032546012766 0ustar0000000000000000import Distribution.Simple main = defaultMain hakyll-4.9.2.0/hakyll.cabal0000644000000000000000000002220413020032546013601 0ustar0000000000000000Name: hakyll Version: 4.9.2.0 Synopsis: A static website compiler library Description: Hakyll is a static website compiler library. It provides you with the tools to create a simple or advanced static website using a Haskell DSL and formats such as markdown or RST. You can find more information, including a tutorial, on the website: . * . If you seek assistance, there's: . * A google group: . * An IRC channel, @#hakyll@ on freenode . Additionally, there's the Haddock documentation in the different modules, meant as a reference. Author: Jasper Van der Jeugt Maintainer: Jasper Van der Jeugt Homepage: http://jaspervdj.be/hakyll Bug-Reports: http://github.com/jaspervdj/Hakyll/issues License: BSD3 License-File: LICENSE Category: Web Cabal-Version: >= 1.8 Build-Type: Simple Data-Dir: data Data-files: example/posts/2015-11-28-carpe-diem.markdown example/posts/2015-10-07-rosa-rosa-rosam.markdown example/posts/2015-12-07-tu-quoque.markdown example/posts/2015-08-12-spqr.markdown example/site.hs example/images/haskell-logo.png example/templates/post-list.html example/templates/default.html example/templates/archive.html example/templates/post.html example/css/default.css example/index.html example/about.rst example/contact.markdown templates/atom-item.xml templates/atom.xml templates/rss-item.xml templates/rss.xml Extra-source-files: tests/data/example.md tests/data/example.md.metadata tests/data/images/favicon.ico tests/data/partial-helper.html tests/data/partial.html tests/data/partial.html.out tests/data/posts/2010-08-26-birthday.md tests/data/russian.md tests/data/strip.html tests/data/strip.html.out tests/data/template.html tests/data/template.html.out Source-Repository head Type: git Location: git://github.com/jaspervdj/hakyll.git Flag previewServer Description: Include the preview server Default: True Flag watchServer Description: Include the watch server Default: True Flag checkExternal Description: Include external link checking Default: True Library Ghc-Options: -Wall Hs-Source-Dirs: src Exposed-Modules: Hakyll Hakyll.Core.Compiler Hakyll.Core.Configuration Hakyll.Core.Dependencies Hakyll.Core.File Hakyll.Core.Identifier Hakyll.Core.Identifier.Pattern Hakyll.Core.Item Hakyll.Core.Metadata Hakyll.Core.Routes Hakyll.Core.Rules Hakyll.Core.UnixFilter Hakyll.Core.Util.String Hakyll.Core.Writable Hakyll.Main Hakyll.Web.CompressCss Hakyll.Web.Feed Hakyll.Web.Html Hakyll.Web.Html.RelativizeUrls Hakyll.Web.Pandoc Hakyll.Web.Pandoc.Biblio Hakyll.Web.Pandoc.FileType Hakyll.Web.Tags Hakyll.Web.Paginate Hakyll.Web.Template Hakyll.Web.Template.Context Hakyll.Web.Template.Internal Hakyll.Web.Template.Internal.Element Hakyll.Web.Template.Internal.Trim Hakyll.Web.Template.List Other-Modules: Data.List.Extended Data.Yaml.Extended Hakyll.Check Hakyll.Commands Hakyll.Core.Compiler.Internal Hakyll.Core.Compiler.Require Hakyll.Core.Item.SomeItem Hakyll.Core.Logger Hakyll.Core.Provider Hakyll.Core.Provider.Internal Hakyll.Core.Provider.Metadata Hakyll.Core.Provider.MetadataCache Hakyll.Core.Rules.Internal Hakyll.Core.Runtime Hakyll.Core.Store Hakyll.Core.Util.File Hakyll.Core.Util.Parser Hakyll.Web.Pandoc.Binary Paths_hakyll Build-Depends: base >= 4.8 && < 5, binary >= 0.5 && < 0.9, blaze-html >= 0.5 && < 0.9, blaze-markup >= 0.5.1 && < 0.8, bytestring >= 0.9 && < 0.11, containers >= 0.3 && < 0.6, cryptohash >= 0.7 && < 0.12, data-default >= 0.4 && < 0.8, deepseq >= 1.3 && < 1.5, directory >= 1.0 && < 1.3, filepath >= 1.0 && < 1.5, lrucache >= 1.1.1 && < 1.3, mtl >= 1 && < 2.3, network >= 2.6 && < 2.7, network-uri >= 2.6 && < 2.7, pandoc >= 1.14 && < 1.20, pandoc-citeproc >= 0.4 && < 0.11, parsec >= 3.0 && < 3.2, process >= 1.0 && < 1.5, random >= 1.0 && < 1.2, regex-base >= 0.93 && < 0.94, regex-tdfa >= 1.1 && < 1.3, resourcet >= 1.1 && < 1.2, scientific >= 0.3.4 && < 0.4, tagsoup >= 0.13.1 && < 0.15, text >= 0.11 && < 1.3, time >= 1.4 && < 1.7, time-locale-compat >= 0.1 && < 0.2, unordered-containers >= 0.2 && < 0.3, vector >= 0.11 && < 0.12, yaml >= 0.8.11 && < 0.9, optparse-applicative >= 0.12 && < 0.14 If flag(previewServer) Build-depends: wai >= 3.2 && < 3.3, warp >= 3.2 && < 3.3, wai-app-static >= 3.1 && < 3.2, http-types >= 0.9 && < 0.10, fsnotify >= 0.2 && < 0.3, system-filepath >= 0.4.6 && <= 0.5 Cpp-options: -DPREVIEW_SERVER Other-modules: Hakyll.Preview.Poll Hakyll.Preview.Server If flag(watchServer) Build-depends: fsnotify >= 0.2 && < 0.3, system-filepath >= 0.4.6 && <= 0.5 Cpp-options: -DWATCH_SERVER Other-modules: Hakyll.Preview.Poll If flag(checkExternal) Build-depends: http-conduit >= 2.2 && < 2.3, http-types >= 0.7 && < 0.10 Cpp-options: -DCHECK_EXTERNAL Test-suite hakyll-tests Type: exitcode-stdio-1.0 Hs-source-dirs: src tests Main-is: TestSuite.hs Ghc-options: -Wall Other-modules: Hakyll.Core.Dependencies.Tests Hakyll.Core.Identifier.Tests Hakyll.Core.Provider.Metadata.Tests Hakyll.Core.Provider.Tests Hakyll.Core.Routes.Tests Hakyll.Core.Rules.Tests Hakyll.Core.Runtime.Tests Hakyll.Core.Store.Tests Hakyll.Core.UnixFilter.Tests Hakyll.Core.Util.String.Tests Hakyll.Web.CompressCss.Tests Hakyll.Web.Html.RelativizeUrls.Tests Hakyll.Web.Html.Tests Hakyll.Web.Pandoc.FileType.Tests Hakyll.Web.Template.Context.Tests Hakyll.Web.Template.Tests TestSuite.Util Build-Depends: QuickCheck >= 2.8 && < 2.10, tasty >= 0.11 && < 0.12, tasty-hunit >= 0.9 && < 0.10, tasty-quickcheck >= 0.8 && < 0.9, -- Copy pasted from hakyll dependencies: base >= 4.8 && < 5, binary >= 0.5 && < 0.9, blaze-html >= 0.5 && < 0.9, blaze-markup >= 0.5.1 && < 0.8, bytestring >= 0.9 && < 0.11, containers >= 0.3 && < 0.6, cryptohash >= 0.7 && < 0.12, data-default >= 0.4 && < 0.8, deepseq >= 1.3 && < 1.5, directory >= 1.0 && < 1.3, filepath >= 1.0 && < 1.5, lrucache >= 1.1.1 && < 1.3, mtl >= 1 && < 2.3, network >= 2.6 && < 2.7, network-uri >= 2.6 && < 2.7, pandoc >= 1.14 && < 1.20, pandoc-citeproc >= 0.4 && < 0.11, parsec >= 3.0 && < 3.2, process >= 1.0 && < 1.5, random >= 1.0 && < 1.2, regex-base >= 0.93 && < 0.94, regex-tdfa >= 1.1 && < 1.3, resourcet >= 1.1 && < 1.2, scientific >= 0.3.4 && < 0.4, tagsoup >= 0.13.1 && < 0.15, text >= 0.11 && < 1.3, time >= 1.4 && < 1.7, time-locale-compat >= 0.1 && < 0.2, unordered-containers >= 0.2 && < 0.3, vector >= 0.11 && < 0.12, yaml >= 0.8.11 && < 0.9, optparse-applicative >= 0.12 && < 0.14 If flag(previewServer) Build-depends: wai >= 3.2 && < 3.3, warp >= 3.2 && < 3.3, wai-app-static >= 3.1 && < 3.2, http-types >= 0.9 && < 0.10, fsnotify >= 0.2 && < 0.3, system-filepath >= 0.4.6 && <= 0.5 Cpp-options: -DPREVIEW_SERVER Other-modules: Hakyll.Preview.Poll Hakyll.Preview.Server If flag(watchServer) Build-depends: fsnotify >= 0.2 && < 0.3, system-filepath >= 0.4.6 && <= 0.5 Cpp-options: -DWATCH_SERVER Other-modules: Hakyll.Preview.Poll If flag(checkExternal) Build-depends: http-conduit >= 2.2 && < 2.3, http-types >= 0.7 && < 0.10 Cpp-options: -DCHECK_EXTERNAL Executable hakyll-init Ghc-options: -Wall Hs-source-dirs: src Main-is: Hakyll/Init.hs Build-depends: base >= 4 && < 5, directory >= 1.0 && < 1.3, filepath >= 1.0 && < 1.5 Other-modules: Hakyll.Core.Util.File Paths_hakyll hakyll-4.9.2.0/LICENSE0000644000000000000000000000307613020032546012344 0ustar0000000000000000Copyright (c) 2009, Jasper Van der Jeugt   All rights reserved.   Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:       * Redistributions of source code must retain the above copyright       notice, this list of conditions and the following disclaimer.       * Redistributions in binary form must reproduce the above       copyright notice, this list of conditions and the following       disclaimer in the documentation and/or other materials provided       with the distribution.       * Neither the name of Jasper Van der Jeugt nor the names of other       contributors may be used to endorse or promote products derived       from this software without specific prior written permission.   THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. hakyll-4.9.2.0/tests/0000755000000000000000000000000013020032546012473 5ustar0000000000000000hakyll-4.9.2.0/tests/TestSuite.hs0000644000000000000000000000354413020032546014766 0ustar0000000000000000-------------------------------------------------------------------------------- module Main ( main ) where -------------------------------------------------------------------------------- import Test.Tasty (defaultMain, testGroup) -------------------------------------------------------------------------------- import qualified Hakyll.Core.Dependencies.Tests import qualified Hakyll.Core.Identifier.Tests import qualified Hakyll.Core.Provider.Metadata.Tests import qualified Hakyll.Core.Provider.Tests import qualified Hakyll.Core.Routes.Tests import qualified Hakyll.Core.Rules.Tests import qualified Hakyll.Core.Runtime.Tests import qualified Hakyll.Core.Store.Tests import qualified Hakyll.Core.UnixFilter.Tests import qualified Hakyll.Core.Util.String.Tests import qualified Hakyll.Web.CompressCss.Tests import qualified Hakyll.Web.Html.RelativizeUrls.Tests import qualified Hakyll.Web.Html.Tests import qualified Hakyll.Web.Pandoc.FileType.Tests import qualified Hakyll.Web.Template.Context.Tests import qualified Hakyll.Web.Template.Tests -------------------------------------------------------------------------------- main :: IO () main = defaultMain $ testGroup "Hakyll" [ Hakyll.Core.Dependencies.Tests.tests , Hakyll.Core.Identifier.Tests.tests , Hakyll.Core.Provider.Metadata.Tests.tests , Hakyll.Core.Provider.Tests.tests , Hakyll.Core.Routes.Tests.tests , Hakyll.Core.Rules.Tests.tests , Hakyll.Core.Runtime.Tests.tests , Hakyll.Core.Store.Tests.tests , Hakyll.Core.UnixFilter.Tests.tests , Hakyll.Core.Util.String.Tests.tests , Hakyll.Web.CompressCss.Tests.tests , Hakyll.Web.Html.RelativizeUrls.Tests.tests , Hakyll.Web.Html.Tests.tests , Hakyll.Web.Pandoc.FileType.Tests.tests , Hakyll.Web.Template.Context.Tests.tests , Hakyll.Web.Template.Tests.tests ] hakyll-4.9.2.0/tests/Hakyll/0000755000000000000000000000000013020032546013717 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/0000755000000000000000000000000013020032546014607 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/Routes/0000755000000000000000000000000013020032546016070 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/Routes/Tests.hs0000644000000000000000000000357513020032546017540 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Core.Routes.Tests ( tests ) where -------------------------------------------------------------------------------- import Data.Maybe (fromMaybe) import Hakyll.Core.Identifier import Hakyll.Core.Metadata import Hakyll.Core.Routes import System.FilePath (()) import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (Assertion, (@=?)) import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Core.Routes.Tests" $ fromAssertions "runRoutes" [ testRoutes "foo.html" (setExtension "html") "foo" , testRoutes "foo.html" (setExtension ".html") "foo" , testRoutes "foo.html" (setExtension "html") "foo.markdown" , testRoutes "foo.html" (setExtension ".html") "foo.markdown" , testRoutes "neve ro ddo reven" (customRoute (reverse . toFilePath )) "never odd or even" , testRoutes "foo" (constRoute "foo") "bar" , testRoutes "tags/bar.xml" (gsubRoute "rss/" (const "")) "tags/rss/bar.xml" , testRoutes "tags/bar.xml" (gsubRoute "rss/" (const "") `composeRoutes` setExtension "xml") "tags/rss/bar" , testRoutes "food/example.md" (metadataRoute $ \md -> customRoute $ \id' -> fromMaybe "?" (lookupString "subblog" md) toFilePath id') "example.md" ] -------------------------------------------------------------------------------- testRoutes :: FilePath -> Routes -> Identifier -> Assertion testRoutes expected r id' = do store <- newTestStore provider <- newTestProvider store (route, _) <- runRoutes r provider id' Just expected @=? route cleanTestEnv hakyll-4.9.2.0/tests/Hakyll/Core/Util/0000755000000000000000000000000013020032546015524 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/Util/String/0000755000000000000000000000000013020032546016772 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/Util/String/Tests.hs0000644000000000000000000000260213020032546020430 0ustar0000000000000000-------------------------------------------------------------------------------- module Hakyll.Core.Util.String.Tests ( tests ) where -------------------------------------------------------------------------------- import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit ((@=?)) -------------------------------------------------------------------------------- import Hakyll.Core.Util.String import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Core.Util.String.Tests" $ concat [ fromAssertions "trim" [ "foo" @=? trim " foo\n\t " ] , fromAssertions "replaceAll" [ "32 & 131" @=? replaceAll "0x[0-9]+" (show . readInt) "0x20 & 0x83" ] , fromAssertions "splitAll" [ ["λ", "∀x.x", "hi"] @=? splitAll ", *" "λ, ∀x.x, hi" ] , fromAssertions "needlePrefix" [ Just "ab" @=? needlePrefix "cd" "abcde" , Just "xx" @=? needlePrefix "ab" "xxab" , Nothing @=? needlePrefix "a" "xx" , Just "x" @=? needlePrefix "ab" "xabxab" , Just "" @=? needlePrefix "ab" "abc" , Just "" @=? needlePrefix "ab" "abab" , Nothing @=? needlePrefix "" "" ] ] where readInt :: String -> Int readInt = read hakyll-4.9.2.0/tests/Hakyll/Core/Store/0000755000000000000000000000000013020032546015703 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/Store/Tests.hs0000644000000000000000000000557713020032546017357 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Core.Store.Tests ( tests ) where -------------------------------------------------------------------------------- import Data.Typeable (typeOf) import qualified Test.QuickCheck as Q import qualified Test.QuickCheck.Monadic as Q import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (testCase) import qualified Test.Tasty.HUnit as H import Test.Tasty.QuickCheck (testProperty) -------------------------------------------------------------------------------- import qualified Hakyll.Core.Store as Store import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Core.Store.Tests" [ testProperty "simple get . set" simpleSetGet , testProperty "persistent get . set" persistentSetGet , testCase "WrongType get . set" wrongType , testCase "isMembertest . set" isMembertest ] -------------------------------------------------------------------------------- simpleSetGet :: Q.Property simpleSetGet = Q.monadicIO $ do key <- Q.pick Q.arbitrary value <- Q.pick Q.arbitrary store <- Q.run newTestStore Q.run $ Store.set store key (value :: String) value' <- Q.run $ Store.get store key Q.assert $ Store.Found value == value' Q.run cleanTestEnv -------------------------------------------------------------------------------- persistentSetGet :: Q.Property persistentSetGet = Q.monadicIO $ do key <- Q.pick Q.arbitrary value <- Q.pick Q.arbitrary store1 <- Q.run newTestStore Q.run $ Store.set store1 key (value :: String) -- Now Create another store from the same dir to test persistence store2 <- Q.run newTestStore value' <- Q.run $ Store.get store2 key Q.assert $ Store.Found value == value' Q.run cleanTestEnv -------------------------------------------------------------------------------- wrongType :: H.Assertion wrongType = do store <- newTestStore -- Store a string and try to fetch an int Store.set store ["foo", "bar"] ("qux" :: String) value <- Store.get store ["foo", "bar"] :: IO (Store.Result Int) H.assert $ case value of Store.WrongType e t -> e == typeOf (undefined :: Int) && t == typeOf (undefined :: String) _ -> False cleanTestEnv -------------------------------------------------------------------------------- isMembertest :: H.Assertion isMembertest = do store <- newTestStore Store.set store ["foo", "bar"] ("qux" :: String) good <- Store.isMember store ["foo", "bar"] bad <- Store.isMember store ["foo", "baz"] H.assert good H.assert (not bad) cleanTestEnv hakyll-4.9.2.0/tests/Hakyll/Core/Provider/0000755000000000000000000000000013020032546016401 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/Provider/Tests.hs0000644000000000000000000000226413020032546020043 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Core.Provider.Tests ( tests ) where -------------------------------------------------------------------------------- import Hakyll.Core.Metadata import Hakyll.Core.Provider import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (Assertion, assert, testCase, (@=?)) import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Core.Provider.Tests" [ testCase "case01" case01 ] -------------------------------------------------------------------------------- case01 :: Assertion case01 = do store <- newTestStore provider <- newTestProvider store assert $ resourceExists provider "example.md" metadata <- resourceMetadata provider "example.md" Just "An example" @=? lookupString "title" metadata Just "External data" @=? lookupString "external" metadata doesntExist <- resourceMetadata provider "doesntexist.md" mempty @=? doesntExist cleanTestEnv hakyll-4.9.2.0/tests/Hakyll/Core/Provider/Metadata/0000755000000000000000000000000013020032546020121 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/Provider/Metadata/Tests.hs0000644000000000000000000000422013020032546021555 0ustar0000000000000000-------------------------------------------------------------------------------- module Hakyll.Core.Provider.Metadata.Tests ( tests ) where -------------------------------------------------------------------------------- import qualified Data.HashMap.Strict as HMS import qualified Data.Text as T import qualified Data.Yaml as Yaml import Hakyll.Core.Metadata import Hakyll.Core.Provider.Metadata import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (Assertion, assertFailure, (@=?)) import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Core.Provider.Metadata.Tests" $ fromAssertions "page" [testPage01, testPage02] -------------------------------------------------------------------------------- testPage01 :: Assertion testPage01 = (meta [("foo", "bar")], "qux\n") `expectRight` parsePage "---\n\ \foo: bar\n\ \---\n\ \qux\n" -------------------------------------------------------------------------------- testPage02 :: Assertion testPage02 = (meta [("description", descr)], "Hello I am dog\n") `expectRight` parsePage "---\n\ \description: A long description that would look better if it\n\ \ spanned multiple lines and was indented\n\ \---\n\ \Hello I am dog\n" where descr :: String descr = "A long description that would look better if it \ \spanned multiple lines and was indented" -------------------------------------------------------------------------------- meta :: Yaml.ToJSON a => [(String, a)] -> Metadata meta pairs = HMS.fromList [(T.pack k, Yaml.toJSON v) | (k, v) <- pairs] -------------------------------------------------------------------------------- -- | This is useful when the 'Left' side of 'Either' doesn't have an 'Eq' -- instance. expectRight :: (Eq b, Show a, Show b) => b -> Either a b -> Assertion expectRight _ (Left err) = assertFailure (show err) expectRight expected (Right res) = expected @=? res hakyll-4.9.2.0/tests/Hakyll/Core/Identifier/0000755000000000000000000000000013020032546016671 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/Identifier/Tests.hs0000644000000000000000000000517513020032546020337 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Core.Identifier.Tests ( tests ) where -------------------------------------------------------------------------------- import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit ((@=?)) -------------------------------------------------------------------------------- import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Core.Identifier.Tests" $ concat [ captureTests , matchesTests ] -------------------------------------------------------------------------------- captureTests :: [TestTree] captureTests = fromAssertions "capture" [ Just ["bar"] @=? capture "foo/**" "foo/bar" , Just ["foo/bar"] @=? capture "**" "foo/bar" , Nothing @=? capture "*" "foo/bar" , Just [] @=? capture "foo" "foo" , Just ["foo"] @=? capture "*/bar" "foo/bar" , Just ["foo/bar"] @=? capture "**/qux" "foo/bar/qux" , Just ["foo/bar", "qux"] @=? capture "**/*" "foo/bar/qux" , Just ["foo", "bar/qux"] @=? capture "*/**" "foo/bar/qux" , Just ["foo"] @=? capture "*.html" "foo.html" , Nothing @=? capture "*.html" "foo/bar.html" , Just ["foo/bar"] @=? capture "**.html" "foo/bar.html" , Just ["foo/bar", "wut"] @=? capture "**/qux/*" "foo/bar/qux/wut" , Just ["lol", "fun/large"] @=? capture "*cat/**.jpg" "lolcat/fun/large.jpg" , Just [] @=? capture "\\*.jpg" "*.jpg" , Nothing @=? capture "\\*.jpg" "foo.jpg" ] -------------------------------------------------------------------------------- matchesTests :: [TestTree] matchesTests = fromAssertions "matches" [ True @=? matches (fromList ["foo.markdown"]) "foo.markdown" , False @=? matches (fromList ["foo"]) (setVersion (Just "x") "foo") , True @=? matches (fromVersion (Just "xz")) (setVersion (Just "xz") "bar") , True @=? matches (fromRegex "^foo/[^x]*$") "foo/bar" , False @=? matches (fromRegex "^foo/[^x]*$") "foo/barx" , True @=? matches (complement "foo.markdown") "bar.markdown" , False @=? matches (complement "foo.markdown") "foo.markdown" , True @=? matches ("foo" .||. "bar") "bar" , False @=? matches ("bar" .&&. hasNoVersion) (setVersion (Just "xz") "bar") ] hakyll-4.9.2.0/tests/Hakyll/Core/Rules/0000755000000000000000000000000013020032546015701 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/Rules/Tests.hs0000644000000000000000000000724613020032546017350 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Core.Rules.Tests ( tests ) where -------------------------------------------------------------------------------- import Data.IORef (IORef, newIORef, readIORef, writeIORef) import qualified Data.Set as S import Hakyll.Core.Compiler import Hakyll.Core.File import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern import Hakyll.Core.Metadata import Hakyll.Core.Routes import Hakyll.Core.Rules import Hakyll.Core.Rules.Internal import Hakyll.Web.Pandoc import System.FilePath (()) import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (Assertion, assert, (@=?)) import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Core.Rules.Tests" $ fromAssertions "runRules" [case01] -------------------------------------------------------------------------------- case01 :: Assertion case01 = do ioref <- newIORef False store <- newTestStore provider <- newTestProvider store ruleSet <- runRules (rules01 ioref) provider let identifiers = S.fromList $ map fst $ rulesCompilers ruleSet routes = rulesRoutes ruleSet checkRoute ex i = runRoutes routes provider i >>= \(r, _) -> Just ex @=? r -- Test that we have some identifiers and that the routes work out S.fromList expected @=? identifiers checkRoute "example.html" "example.md" checkRoute "example.md" (sv "raw" "example.md") checkRoute "example.md" (sv "nav" "example.md") checkRoute "example.mv1" (sv "mv1" "example.md") checkRoute "example.mv2" (sv "mv2" "example.md") checkRoute "food/example.md" (sv "metadataMatch" "example.md") readIORef ioref >>= assert cleanTestEnv where sv g = setVersion (Just g) expected = [ "example.md" , sv "raw" "example.md" , sv "metadataMatch" "example.md" , sv "nav" "example.md" , sv "mv1" "example.md" , sv "mv2" "example.md" , "russian.md" , sv "raw" "russian.md" , sv "mv1" "russian.md" , sv "mv2" "russian.md" ] -------------------------------------------------------------------------------- rules01 :: IORef Bool -> Rules () rules01 ioref = do -- Compile some posts match "*.md" $ do route $ setExtension "html" compile pandocCompiler -- Yeah. I don't know how else to test this stuff? preprocess $ writeIORef ioref True -- Compile them, raw match "*.md" $ version "raw" $ do route idRoute compile getResourceString version "metadataMatch" $ matchMetadata "*.md" (\md -> lookupString "subblog" md == Just "food") $ do route $ customRoute $ \id' -> "food" toFilePath id' compile getResourceString -- Regression test version "nav" $ match (fromList ["example.md"]) $ do route idRoute compile copyFileCompiler -- Another edge case: different versions in one match match "*.md" $ do version "mv1" $ do route $ setExtension "mv1" compile getResourceString version "mv2" $ do route $ setExtension "mv2" compile getResourceString hakyll-4.9.2.0/tests/Hakyll/Core/Runtime/0000755000000000000000000000000013020032546016232 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/Runtime/Tests.hs0000644000000000000000000000627013020032546017675 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Core.Runtime.Tests ( tests ) where -------------------------------------------------------------------------------- import qualified Data.ByteString as B import System.FilePath (()) import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (Assertion, (@?=)) -------------------------------------------------------------------------------- import Hakyll import qualified Hakyll.Core.Logger as Logger import Hakyll.Core.Runtime import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Core.Runtime.Tests" $ fromAssertions "run" [case01, case02] -------------------------------------------------------------------------------- case01 :: Assertion case01 = do logger <- Logger.new Logger.Error _ <- run testConfiguration logger $ do match "images/*" $ do route idRoute compile copyFileCompiler match "*.md" $ do route $ setExtension "html" compile $ do getResourceBody >>= saveSnapshot "raw" >>= renderPandoc match (fromList ["partial.html", "partial-helper.html"]) $ compile templateCompiler create ["partial.html.out"] $ do route idRoute compile $ do example <- loadSnapshotBody "example.md" "raw" makeItem example >>= loadAndApplyTemplate "partial.html" defaultContext create ["bodies.txt"] $ do route idRoute compile $ do items <- loadAllSnapshots "*.md" "raw" makeItem $ concat $ map itemBody (items :: [Item String]) favicon <- B.readFile $ providerDirectory testConfiguration "images/favicon.ico" favicon' <- B.readFile $ destinationDirectory testConfiguration "images/favicon.ico" favicon @?= favicon' example <- readFile $ destinationDirectory testConfiguration "example.html" lines example @?= ["

This is an example.

"] bodies <- readFile $ destinationDirectory testConfiguration "bodies.txt" head (lines bodies) @?= "This is an example." partial <- readFile $ providerDirectory testConfiguration "partial.html.out" partial' <- readFile $ destinationDirectory testConfiguration "partial.html.out" partial @?= partial' cleanTestEnv -------------------------------------------------------------------------------- case02 :: Assertion case02 = do logger <- Logger.new Logger.Error _ <- run testConfiguration logger $ do match "images/favicon.ico" $ do route $ gsubRoute "images/" (const "") compile $ makeItem ("Test" :: String) match "images/**" $ do route idRoute compile copyFileCompiler favicon <- readFile $ destinationDirectory testConfiguration "favicon.ico" favicon @?= "Test" cleanTestEnv hakyll-4.9.2.0/tests/Hakyll/Core/Dependencies/0000755000000000000000000000000013020032546017175 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/Dependencies/Tests.hs0000644000000000000000000000436013020032546020636 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Core.Dependencies.Tests ( tests ) where -------------------------------------------------------------------------------- import Data.List (delete) import qualified Data.Map as M import qualified Data.Set as S import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (Assertion, (@=?)) -------------------------------------------------------------------------------- import Hakyll.Core.Dependencies import Hakyll.Core.Identifier import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Core.Dependencies.Tests" $ fromAssertions "analyze" [case01, case02, case03] -------------------------------------------------------------------------------- oldUniverse :: [Identifier] oldUniverse = M.keys oldFacts -------------------------------------------------------------------------------- oldFacts :: DependencyFacts oldFacts = M.fromList [ ("posts/01.md", []) , ("posts/02.md", []) , ("index.md", [ PatternDependency "posts/*" (S.fromList ["posts/01.md", "posts/02.md"]) , IdentifierDependency "posts/01.md" , IdentifierDependency "posts/02.md" ]) ] -------------------------------------------------------------------------------- -- | posts/02.md has changed case01 :: Assertion case01 = S.fromList ["posts/02.md", "index.md"] @=? ood where (ood, _, _) = outOfDate oldUniverse (S.singleton "posts/02.md") oldFacts -------------------------------------------------------------------------------- -- | about.md was added case02 :: Assertion case02 = S.singleton "about.md" @=? ood where (ood, _, _) = outOfDate ("about.md" : oldUniverse) S.empty oldFacts -------------------------------------------------------------------------------- -- | posts/01.md was removed case03 :: Assertion case03 = S.singleton "index.md" @=? ood where (ood, _, _) = outOfDate ("posts/01.md" `delete` oldUniverse) S.empty oldFacts hakyll-4.9.2.0/tests/Hakyll/Core/UnixFilter/0000755000000000000000000000000013020032546016700 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Core/UnixFilter/Tests.hs0000644000000000000000000000401613020032546020337 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Core.UnixFilter.Tests ( tests ) where -------------------------------------------------------------------------------- import Data.List (isInfixOf) import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (testCase) import qualified Test.Tasty.HUnit as H -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Compiler.Internal import Hakyll.Core.Item import Hakyll.Core.UnixFilter import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Core.UnixFilter.Tests" [ testCase "unixFilter rev" unixFilterRev , testCase "unixFilter false" unixFilterFalse ] -------------------------------------------------------------------------------- unixFilterRev :: H.Assertion unixFilterRev = do store <- newTestStore provider <- newTestProvider store output <- testCompilerDone store provider "russian.md" compiler expected <- testCompilerDone store provider "russian.md" getResourceString H.assert $ rev (itemBody expected) == lines (itemBody output) cleanTestEnv where compiler = getResourceString >>= withItemBody (unixFilter "rev" []) rev = map reverse . lines -------------------------------------------------------------------------------- unixFilterFalse :: H.Assertion unixFilterFalse = do store <- newTestStore provider <- newTestProvider store result <- testCompiler store provider "russian.md" compiler H.assert $ case result of CompilerError es -> any ("exit code" `isInfixOf`) es _ -> False cleanTestEnv where compiler = getResourceString >>= withItemBody (unixFilter "false" []) hakyll-4.9.2.0/tests/Hakyll/Web/0000755000000000000000000000000013020032546014434 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Web/Pandoc/0000755000000000000000000000000013020032546015640 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Web/Pandoc/FileType/0000755000000000000000000000000013020032546017361 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Web/Pandoc/FileType/Tests.hs0000644000000000000000000000174713020032546021030 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Web.Pandoc.FileType.Tests ( tests ) where -------------------------------------------------------------------------------- import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit ((@=?)) -------------------------------------------------------------------------------- import Hakyll.Web.Pandoc.FileType import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Web.Pandoc.FileType.Tests" $ fromAssertions "fileType" [ Markdown @=? fileType "index.md" , Rst @=? fileType "about/foo.rst" , LiterateHaskell Markdown @=? fileType "posts/bananas.lhs" , LiterateHaskell LaTeX @=? fileType "posts/bananas.tex.lhs" ] hakyll-4.9.2.0/tests/Hakyll/Web/Html/0000755000000000000000000000000013020032546015340 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Web/Html/Tests.hs0000644000000000000000000000615513020032546017005 0ustar0000000000000000-------------------------------------------------------------------------------- module Hakyll.Web.Html.Tests ( tests ) where -------------------------------------------------------------------------------- import Data.Char (toUpper) import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (assert, (@=?)) -------------------------------------------------------------------------------- import Hakyll.Web.Html import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Web.Html.Tests" $ concat [ fromAssertions "demoteHeaders" [ "

A h1 title

" @=? demoteHeaders "

A h1 title

" ] , fromAssertions "withUrls" [ "bar" @=? withUrls (map toUpper) "bar" , "" @=? withUrls (map toUpper) "" -- Test escaping , "" @=? withUrls id "" , "<stdio>" @=? withUrls id "<stdio>" , "" @=? withUrls id "" -- Test minimizing elements , "" @=? withUrls id "" ] , fromAssertions "toUrl" [ "/foo/bar.html" @=? toUrl "foo/bar.html" , "/" @=? toUrl "/" , "/funny-pics.html" @=? toUrl "/funny-pics.html" , "/funny%20pics.html" @=? toUrl "funny pics.html" -- Test various reserved characters (RFC 3986, section 2.2) , "/%21%2A%27%28%29%3B%3A%40%26.html" @=? toUrl "/!*'();:@&.html" , "/%3D%2B%24%2C/%3F%23%5B%5D.html" @=? toUrl "=+$,/?#[].html" -- Test various characters that are nor reserved, nor unreserved. , "/%E3%81%82%F0%9D%90%87%E2%88%80" @=? toUrl "\12354\119815\8704" ] , fromAssertions "toSiteRoot" [ ".." @=? toSiteRoot "/foo/bar.html" , "." @=? toSiteRoot "index.html" , "." @=? toSiteRoot "/index.html" , "../.." @=? toSiteRoot "foo/bar/qux" , ".." @=? toSiteRoot "./foo/bar.html" , ".." @=? toSiteRoot "/foo/./bar.html" ] , fromAssertions "isExternal" [ assert (isExternal "http://reddit.com") , assert (isExternal "https://mail.google.com") , assert (isExternal "//ajax.googleapis.com") , assert (not (isExternal "../header.png")) , assert (not (isExternal "/foo/index.html")) ] , fromAssertions "stripTags" [ "foo" @=? stripTags "

foo

" , "foo bar" @=? stripTags "

foo

bar" , "foo" @=? stripTags "

foo" ] ] hakyll-4.9.2.0/tests/Hakyll/Web/Html/RelativizeUrls/0000755000000000000000000000000013020032546020324 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Web/Html/RelativizeUrls/Tests.hs0000644000000000000000000000322513020032546021764 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Web.Html.RelativizeUrls.Tests ( tests ) where -------------------------------------------------------------------------------- import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit ((@=?)) -------------------------------------------------------------------------------- import Hakyll.Web.Html.RelativizeUrls import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Web.Html.RelativizeUrls.Tests" $ fromAssertions "relativizeUrls" [ "bar" @=? relativizeUrlsWith ".." "bar" , "" @=? relativizeUrlsWith "../.." "" , "" @=? relativizeUrlsWith "../.." "" , "Haskell" @=? relativizeUrlsWith "../.." "Haskell" , "Haskell" @=? relativizeUrlsWith "../.." "Haskell" , "" @=? relativizeUrlsWith "../.." "" ] hakyll-4.9.2.0/tests/Hakyll/Web/Template/0000755000000000000000000000000013020032546016207 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Web/Template/Tests.hs0000644000000000000000000001031013020032546017640 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Web.Template.Tests ( tests ) where -------------------------------------------------------------------------------- import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (Assertion, testCase, (@=?), (@?=)) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Identifier import Hakyll.Core.Item import Hakyll.Core.Provider import Hakyll.Web.Pandoc import Hakyll.Web.Template import Hakyll.Web.Template.Context import Hakyll.Web.Template.Internal import Hakyll.Web.Template.List import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Core.Template.Tests" $ concat [ [ testCase "case01" $ test ("template.html.out", "template.html", "example.md") , testCase "case02" $ test ("strip.html.out", "strip.html", "example.md") , testCase "case03" $ test ("just-meta.html.out", "just-meta.html", "example.md") , testCase "applyJoinTemplateList" testApplyJoinTemplateList ] , fromAssertions "readTemplate" [ [Chunk "Hello ", Expr (Call "guest" [])] @=? readTemplateElems "Hello $guest()$" , [If (Call "a" [StringLiteral "bar"]) [Chunk "foo"] Nothing] @=? readTemplateElems "$if(a(\"bar\"))$foo$endif$" -- 'If' trim check. , [ TrimL , If (Ident (TemplateKey "body")) [ TrimR , Chunk "\n" , Expr (Ident (TemplateKey "body")) , Chunk "\n" , TrimL ] (Just [ TrimR , Chunk "\n" , Expr (Ident (TemplateKey "body")) , Chunk "\n" , TrimL ]) , TrimR ] @=? readTemplateElems "$-if(body)-$\n$body$\n$-else-$\n$body$\n$-endif-$" -- 'For' trim check. , [ TrimL , For (Ident (TemplateKey "authors")) [TrimR, Chunk "\n body \n", TrimL] Nothing , TrimR ] @=? readTemplateElems "$-for(authors)-$\n body \n$-endfor-$" -- 'Partial' trim check. , [ TrimL , Partial (StringLiteral "path") , TrimR ] @=? readTemplateElems "$-partial(\"path\")-$" -- 'Expr' trim check. , [ TrimL , Expr (Ident (TemplateKey "foo")) , TrimR ] @=? readTemplateElems "$-foo-$" ] ] -------------------------------------------------------------------------------- test :: (Identifier, Identifier, Identifier) -> Assertion test (outf, tplf, itemf) = do store <- newTestStore provider <- newTestProvider store out <- resourceString provider outf tpl <- testCompilerDone store provider tplf templateBodyCompiler item <- testCompilerDone store provider itemf $ pandocCompiler >>= applyTemplate (itemBody tpl) testContext out @=? itemBody item cleanTestEnv -------------------------------------------------------------------------------- testContext :: Context String testContext = mconcat [ defaultContext , listField "authors" (bodyField "name") $ do n1 <- makeItem "Jan" n2 <- makeItem "Piet" return [n1, n2] , functionField "rev" $ \args _ -> return $ unwords $ map reverse args ] -------------------------------------------------------------------------------- testApplyJoinTemplateList :: Assertion testApplyJoinTemplateList = do store <- newTestStore provider <- newTestProvider store str <- testCompilerDone store provider "item3" $ applyJoinTemplateList ", " tpl defaultContext [i1, i2] str @?= "Hello, World" cleanTestEnv where i1 = Item "item1" "Hello" i2 = Item "item2" "World" tpl = readTemplate "$body$" hakyll-4.9.2.0/tests/Hakyll/Web/Template/Context/0000755000000000000000000000000013020032546017633 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Web/Template/Context/Tests.hs0000644000000000000000000000400213020032546021265 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Web.Template.Context.Tests ( tests ) where -------------------------------------------------------------------------------- import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (Assertion, testCase, (@=?)) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Identifier import Hakyll.Core.Provider import Hakyll.Core.Store (Store) import Hakyll.Web.Template.Context import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Core.Template.Context.Tests" [ testCase "testDateField" testDateField ] -------------------------------------------------------------------------------- testDateField :: Assertion testDateField = do store <- newTestStore provider <- newTestProvider store date1 <- testContextDone store provider "example.md" "date" $ dateField "date" "%B %e, %Y" date1 @=? "October 22, 2012" date2 <- testContextDone store provider "posts/2010-08-26-birthday.md" "date" $ dateField "date" "%B %e, %Y" date2 @=? "August 26, 2010" cleanTestEnv -------------------------------------------------------------------------------- testContextDone :: Store -> Provider -> Identifier -> String -> Context String -> IO String testContextDone store provider identifier key context = testCompilerDone store provider identifier $ do item <- getResourceBody cf <- unContext context key [] item case cf of StringField str -> return str ListField _ _ -> error $ "Hakyll.Web.Template.Context.Tests.testContextDone: " ++ "Didn't expect ListField" hakyll-4.9.2.0/tests/Hakyll/Web/CompressCss/0000755000000000000000000000000013020032546016700 5ustar0000000000000000hakyll-4.9.2.0/tests/Hakyll/Web/CompressCss/Tests.hs0000644000000000000000000000475713020032546020353 0ustar0000000000000000-------------------------------------------------------------------------------- module Hakyll.Web.CompressCss.Tests ( tests ) where -------------------------------------------------------------------------------- import Data.Char (toUpper) import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (assert, (@=?)) -------------------------------------------------------------------------------- import Hakyll.Web.CompressCss import TestSuite.Util -------------------------------------------------------------------------------- tests :: TestTree tests = testGroup "Hakyll.Web.CompressCss.Tests" $ concat [ fromAssertions "compressCss" [ -- compress whitespace " something something " @=? compressCss " something \n\t\r something " -- do not compress whitespace in constants , "abc \" \t\n\r \" xyz" @=? compressCss "abc \" \t\n\r \" xyz" , "abc ' \t\n\r ' xyz" @=? compressCss "abc ' \t\n\r ' xyz" -- strip comments , "before after" @=? compressCss "before /* abc { } ;; \n\t\r */ after" -- don't strip comments inside constants , "before \"/* abc { } ;; \n\t\r */\" after" @=? compressCss "before \"/* abc { } ;; \n\t\r */\" after" -- compress separators , "}" @=? compressCss "; }" , "{};" @=? compressCss " { } ; " -- compress whitespace even after this curly brace , "}" @=? compressCss "; } " -- but do not compress separators inside of constants , "\" { } ; \"" @=? compressCss "\" { } ; \"" -- don't compress separators at the start or end of constants , "\" }\"" @=? compressCss "\" }\"" , "\"{ \"" @=? compressCss "\"{ \"" -- don't get irritated by the wrong constant terminator , "\" ' \"" @=? compressCss "\" ' \"" , "' \" '" @=? compressCss "' \" '" -- don't compress whitespace around separators in constants in the middle of a string , "abc '{ '" @=? compressCss "abc '{ '" , "abc \"{ \"" @=? compressCss "abc \"{ \"" -- compress whitespace after colons , "abc:xyz" @=? compressCss "abc : xyz" -- compress multiple semicolons , ";" @=? compressCss ";;;;;;;" ] ] hakyll-4.9.2.0/tests/TestSuite/0000755000000000000000000000000013020032546014424 5ustar0000000000000000hakyll-4.9.2.0/tests/TestSuite/Util.hs0000644000000000000000000000733613020032546015706 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Test utilities module TestSuite.Util ( fromAssertions , newTestStore , newTestProvider , testCompiler , testCompilerDone , testConfiguration , cleanTestEnv ) where -------------------------------------------------------------------------------- import Data.List (intercalate) import Data.Monoid (mempty) import qualified Data.Set as S import Test.Tasty import Test.Tasty.HUnit import Text.Printf (printf) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler.Internal import Hakyll.Core.Configuration import Hakyll.Core.Identifier import qualified Hakyll.Core.Logger as Logger import Hakyll.Core.Provider import Hakyll.Core.Store (Store) import qualified Hakyll.Core.Store as Store import Hakyll.Core.Util.File -------------------------------------------------------------------------------- fromAssertions :: String -- ^ Name -> [Assertion] -- ^ Cases -> [TestTree] -- ^ Result tests fromAssertions name = zipWith testCase [printf "[%2d] %s" n name | n <- [1 :: Int ..]] -------------------------------------------------------------------------------- newTestStore :: IO Store newTestStore = Store.new True $ storeDirectory testConfiguration -------------------------------------------------------------------------------- newTestProvider :: Store -> IO Provider newTestProvider store = newProvider store (const $ return False) $ providerDirectory testConfiguration -------------------------------------------------------------------------------- testCompiler :: Store -> Provider -> Identifier -> Compiler a -> IO (CompilerResult a) testCompiler store provider underlying compiler = do logger <- Logger.new Logger.Error let read' = CompilerRead { compilerConfig = testConfiguration , compilerUnderlying = underlying , compilerProvider = provider , compilerUniverse = S.empty , compilerRoutes = mempty , compilerStore = store , compilerLogger = logger } result <- runCompiler compiler read' Logger.flush logger return result -------------------------------------------------------------------------------- testCompilerDone :: Store -> Provider -> Identifier -> Compiler a -> IO a testCompilerDone store provider underlying compiler = do result <- testCompiler store provider underlying compiler case result of CompilerDone x _ -> return x CompilerError e -> error $ "TestSuite.Util.testCompilerDone: compiler " ++ show underlying ++ " threw: " ++ intercalate "; " e CompilerRequire i _ -> error $ "TestSuite.Util.testCompilerDone: compiler " ++ show underlying ++ " requires: " ++ show i -------------------------------------------------------------------------------- testConfiguration :: Configuration testConfiguration = defaultConfiguration { destinationDirectory = "_testsite" , storeDirectory = "_teststore" , tmpDirectory = "_testtmp" , providerDirectory = "tests/data" } -------------------------------------------------------------------------------- cleanTestEnv :: IO () cleanTestEnv = do removeDirectory $ destinationDirectory testConfiguration removeDirectory $ storeDirectory testConfiguration removeDirectory $ tmpDirectory testConfiguration hakyll-4.9.2.0/tests/data/0000755000000000000000000000000013020032546013404 5ustar0000000000000000hakyll-4.9.2.0/tests/data/template.html.out0000644000000000000000000000037013020032546016713 0ustar0000000000000000

I'm so rich I have $3. oof foo I have body should be printed
  • Jan
  • Piet
Jan, Piet

This is an example.

hakyll-4.9.2.0/tests/data/partial.html0000644000000000000000000000012113020032546015720 0ustar0000000000000000

This is a file that includes a partial.

$partial("partial-helper.html")$ hakyll-4.9.2.0/tests/data/strip.html.out0000644000000000000000000000030113020032546016233 0ustar0000000000000000
I'm so rich I have $3. ooffoo I have body should be printed
  • Jan
  • Piet
Jan,Piet

This is an example.

hakyll-4.9.2.0/tests/data/russian.md0000644000000000000000000000214013020032546015407 0ustar0000000000000000Статья 18 Каждый человек имеет право на свободу мысли, совести и религии; это право включает свободу менять свою религию или убеждения и свободу исповедовать свою религию или убеждения как единолично, так и сообща с другими, публичным или частным порядком в учении, богослужении и выполнении религиозных и ритуальных обрядов. Статья 19 Каждый человек имеет право на свободу убеждений и на свободное выражение их; это право включает свободу беспрепятственно придерживаться своих убеждений и свободу искать, получать и распространять информацию и идеи любыми средствами и независимо от государственных границ. hakyll-4.9.2.0/tests/data/template.html0000644000000000000000000000057613020032546016115 0ustar0000000000000000
I'm so rich I have $$3. $rev("foo")$ $rev(rev("foo"))$ $if(body)$ I have body $else$ or no $endif$ $if(unbound)$ should not be printed $endif$ $if(body)$ should be printed $endif$
    $for(authors)$
  • $name$
    • $endfor$
$for(authors)$$name$$sep$, $endfor$ $body$
hakyll-4.9.2.0/tests/data/example.md.metadata0000644000000000000000000000013413020032546017136 0ustar0000000000000000external: External data date: 2012-10-22 14:35:24 subblog: food intfield: 42 numfield: 3.14 hakyll-4.9.2.0/tests/data/partial.html.out0000644000000000000000000000015313020032546016533 0ustar0000000000000000

This is a file that includes a partial.

This is an included partial.

This is an example. hakyll-4.9.2.0/tests/data/partial-helper.html0000644000000000000000000000005413020032546017202 0ustar0000000000000000

This is an included partial.

$body$ hakyll-4.9.2.0/tests/data/strip.html0000644000000000000000000000064213020032546015435 0ustar0000000000000000
I'm so rich I have $$3. $rev("foo")$ $-rev(rev("foo"))$ $if(body)-$ I have body $else-$ or no $-endif-$ $if(unbound)$ should not be printed $endif$ $-if(body)-$ should be printed $-endif$
    $for(authors)-$
  • $name$
    • $endfor-$
$for(authors)-$ $name-$ $sep$, $-endfor$ $body$
hakyll-4.9.2.0/tests/data/example.md0000644000000000000000000000005713020032546015363 0ustar0000000000000000--- title: An example --- This is an example. hakyll-4.9.2.0/tests/data/images/0000755000000000000000000000000013020032546014651 5ustar0000000000000000hakyll-4.9.2.0/tests/data/images/favicon.ico0000644000000000000000000000217613020032546017000 0ustar0000000000000000 h(  ?~~~~~~~~?>>>>>>>>>>>>>>>MMMNNNFFFQQQ>>>??~~~~ ~~~~!!!{{{\\\<<<VVV(((~~~~~~~~?$$$ooo?>>>???>>>>>>???ttt(((>>>>>>>>>?~~~~~~~~???hakyll-4.9.2.0/tests/data/posts/0000755000000000000000000000000013020032546014554 5ustar0000000000000000hakyll-4.9.2.0/tests/data/posts/2010-08-26-birthday.md0000644000000000000000000000003013020032546017727 0ustar0000000000000000It's my birthday today. hakyll-4.9.2.0/src/0000755000000000000000000000000013020032546012120 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll.hs0000644000000000000000000000421513020032546013702 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Top-level module exporting all modules that are interesting for the user {-# LANGUAGE CPP #-} module Hakyll ( module Hakyll.Core.Compiler , module Hakyll.Core.Configuration , module Hakyll.Core.File , module Hakyll.Core.Identifier , module Hakyll.Core.Identifier.Pattern , module Hakyll.Core.Item , module Hakyll.Core.Metadata , module Hakyll.Core.Routes , module Hakyll.Core.Rules , module Hakyll.Core.UnixFilter , module Hakyll.Core.Util.File , module Hakyll.Core.Util.String , module Hakyll.Core.Writable , module Hakyll.Main , module Hakyll.Web.CompressCss , module Hakyll.Web.Feed , module Hakyll.Web.Html , module Hakyll.Web.Html.RelativizeUrls , module Hakyll.Web.Pandoc , module Hakyll.Web.Pandoc.Biblio , module Hakyll.Web.Pandoc.FileType , module Hakyll.Web.Tags , module Hakyll.Web.Paginate , module Hakyll.Web.Template , module Hakyll.Web.Template.Context , module Hakyll.Web.Template.List ) where -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Configuration import Hakyll.Core.File import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern import Hakyll.Core.Item import Hakyll.Core.Metadata import Hakyll.Core.Routes import Hakyll.Core.Rules import Hakyll.Core.UnixFilter import Hakyll.Core.Util.File import Hakyll.Core.Util.String import Hakyll.Core.Writable import Hakyll.Main import Hakyll.Web.CompressCss import Hakyll.Web.Feed import Hakyll.Web.Html import Hakyll.Web.Html.RelativizeUrls import Hakyll.Web.Paginate import Hakyll.Web.Pandoc import Hakyll.Web.Pandoc.Biblio import Hakyll.Web.Pandoc.FileType import Hakyll.Web.Tags import Hakyll.Web.Template import Hakyll.Web.Template.Context import Hakyll.Web.Template.List hakyll-4.9.2.0/src/Hakyll/0000755000000000000000000000000013020032546013344 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Check.hs0000644000000000000000000002272313020032546014723 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE CPP #-} {-# LANGUAGE OverloadedStrings #-} module Hakyll.Check ( Check (..) , check ) where -------------------------------------------------------------------------------- import Control.Monad (forM_) import Control.Monad.Reader (ask) import Control.Monad.RWS (RWST, runRWST) import Control.Monad.Trans (liftIO) import Control.Monad.Trans.Resource (runResourceT) import Control.Monad.Writer (tell) import Data.ByteString.Char8 (unpack) import Data.List (isPrefixOf) import Data.Set (Set) import qualified Data.Set as S import Network.URI (unEscapeString) import System.Directory (doesDirectoryExist, doesFileExist) import System.Exit (ExitCode (..)) import System.FilePath (takeDirectory, takeExtension, ()) import qualified Text.HTML.TagSoup as TS -------------------------------------------------------------------------------- #ifdef CHECK_EXTERNAL import Control.Exception (SomeAsyncException (..), SomeException (..), try, throw) import Control.Monad.State (get, modify) import Data.List (intercalate) import Data.Typeable (cast) import Data.Version (versionBranch) import GHC.Exts (fromString) import qualified Network.HTTP.Conduit as Http import qualified Network.HTTP.Types as Http import qualified Paths_hakyll as Paths_hakyll #endif -------------------------------------------------------------------------------- import Hakyll.Core.Configuration import Hakyll.Core.Logger (Logger) import qualified Hakyll.Core.Logger as Logger import Hakyll.Core.Util.File import Hakyll.Web.Html -------------------------------------------------------------------------------- data Check = All | InternalLinks deriving (Eq, Ord, Show) -------------------------------------------------------------------------------- check :: Configuration -> Logger -> Check -> IO ExitCode check config logger check' = do ((), write) <- runChecker checkDestination config logger check' return $ if checkerFaulty write > 0 then ExitFailure 1 else ExitSuccess -------------------------------------------------------------------------------- data CheckerRead = CheckerRead { checkerConfig :: Configuration , checkerLogger :: Logger , checkerCheck :: Check } -------------------------------------------------------------------------------- data CheckerWrite = CheckerWrite { checkerFaulty :: Int , checkerOk :: Int } deriving (Show) -------------------------------------------------------------------------------- instance Monoid CheckerWrite where mempty = CheckerWrite 0 0 mappend (CheckerWrite f1 o1) (CheckerWrite f2 o2) = CheckerWrite (f1 + f2) (o1 + o2) -------------------------------------------------------------------------------- type CheckerState = Set String -------------------------------------------------------------------------------- type Checker a = RWST CheckerRead CheckerWrite CheckerState IO a -------------------------------------------------------------------------------- runChecker :: Checker a -> Configuration -> Logger -> Check -> IO (a, CheckerWrite) runChecker checker config logger check' = do let read' = CheckerRead { checkerConfig = config , checkerLogger = logger , checkerCheck = check' } (x, _, write) <- runRWST checker read' S.empty Logger.flush logger return (x, write) -------------------------------------------------------------------------------- checkDestination :: Checker () checkDestination = do config <- checkerConfig <$> ask files <- liftIO $ getRecursiveContents (const $ return False) (destinationDirectory config) let htmls = [ destinationDirectory config file | file <- files , takeExtension file == ".html" ] forM_ htmls checkFile -------------------------------------------------------------------------------- checkFile :: FilePath -> Checker () checkFile filePath = do logger <- checkerLogger <$> ask contents <- liftIO $ readFile filePath Logger.header logger $ "Checking file " ++ filePath let urls = getUrls $ TS.parseTags contents forM_ urls $ \url -> do Logger.debug logger $ "Checking link " ++ url checkUrl filePath url -------------------------------------------------------------------------------- checkUrl :: FilePath -> String -> Checker () checkUrl filePath url | isExternal url = checkExternalUrl url | hasProtocol url = skip "Unknown protocol, skipping" | otherwise = checkInternalUrl filePath url where validProtoChars = ['A'..'Z'] ++ ['a'..'z'] ++ ['0'..'9'] ++ "+-." hasProtocol str = case break (== ':') str of (proto, ':' : _) -> all (`elem` validProtoChars) proto _ -> False -------------------------------------------------------------------------------- ok :: String -> Checker () ok _ = tell $ mempty {checkerOk = 1} -------------------------------------------------------------------------------- skip :: String -> Checker () skip reason = do logger <- checkerLogger <$> ask Logger.debug logger $ reason tell $ mempty {checkerOk = 1} -------------------------------------------------------------------------------- faulty :: String -> Maybe String -> Checker () faulty url reason = do logger <- checkerLogger <$> ask Logger.error logger $ "Broken link to " ++ show url ++ explanation tell $ mempty {checkerFaulty = 1} where formatExplanation = (" (" ++) . (++ ")") explanation = maybe "" formatExplanation reason -------------------------------------------------------------------------------- checkInternalUrl :: FilePath -> String -> Checker () checkInternalUrl base url = case url' of "" -> ok url _ -> do config <- checkerConfig <$> ask let dest = destinationDirectory config dir = takeDirectory base filePath | "/" `isPrefixOf` url' = dest ++ url' | otherwise = dir url' exists <- checkFileExists filePath if exists then ok url else faulty url Nothing where url' = stripFragments $ unEscapeString url -------------------------------------------------------------------------------- checkExternalUrl :: String -> Checker () #ifdef CHECK_EXTERNAL checkExternalUrl url = do logger <- checkerLogger <$> ask needsCheck <- (== All) . checkerCheck <$> ask checked <- (url `S.member`) <$> get if not needsCheck || checked then Logger.debug logger "Already checked, skipping" else do result <- liftIO $ try $ do mgr <- Http.newManager Http.tlsManagerSettings runResourceT $ do request <- Http.parseRequest urlToCheck response <- Http.http (settings request) mgr let code = Http.statusCode (Http.responseStatus response) return $ code >= 200 && code < 300 modify $ if schemeRelative url then S.insert urlToCheck . S.insert url else S.insert url case result of Left (SomeException e) -> case (cast e :: Maybe SomeAsyncException) of Just ae -> throw ae _ -> faulty url (Just $ showException e) Right _ -> ok url where -- Add additional request info settings r = r { Http.method = "HEAD" , Http.redirectCount = 10 , Http.requestHeaders = ("User-Agent", ua) : Http.requestHeaders r } -- Nice user agent info ua = fromString $ "hakyll-check/" ++ (intercalate "." $ map show $ versionBranch $ Paths_hakyll.version) -- Check scheme-relative links schemeRelative = isPrefixOf "//" urlToCheck = if schemeRelative url then "http:" ++ url else url -- Convert exception to a concise form showException e = case cast e of Just (Http.HttpExceptionRequest _ e') -> show e' _ -> head $ words $ show e #else checkExternalUrl _ = return () #endif -------------------------------------------------------------------------------- -- | Wraps doesFileExist, also checks for index.html checkFileExists :: FilePath -> Checker Bool checkFileExists filePath = liftIO $ do file <- doesFileExist filePath dir <- doesDirectoryExist filePath case (file, dir) of (True, _) -> return True (_, True) -> doesFileExist $ filePath "index.html" _ -> return False -------------------------------------------------------------------------------- stripFragments :: String -> String stripFragments = takeWhile (not . flip elem ['?', '#']) hakyll-4.9.2.0/src/Hakyll/Commands.hs0000644000000000000000000001234713020032546015450 0ustar0000000000000000 -------------------------------------------------------------------------------- -- | Implementation of Hakyll commands: build, preview... {-# LANGUAGE CPP #-} module Hakyll.Commands ( build , check , clean , preview , rebuild , server , deploy , watch ) where -------------------------------------------------------------------------------- import Control.Concurrent import System.Exit (ExitCode, exitWith) -------------------------------------------------------------------------------- import qualified Hakyll.Check as Check import Hakyll.Core.Configuration import Hakyll.Core.Logger (Logger) import qualified Hakyll.Core.Logger as Logger import Hakyll.Core.Rules import Hakyll.Core.Rules.Internal import Hakyll.Core.Runtime import Hakyll.Core.Util.File -------------------------------------------------------------------------------- #ifdef WATCH_SERVER import Hakyll.Preview.Poll (watchUpdates) #endif #ifdef PREVIEW_SERVER import Hakyll.Preview.Server #endif #ifdef mingw32_HOST_OS import Control.Monad (void) import System.IO.Error (catchIOError) #endif -------------------------------------------------------------------------------- -- | Build the site build :: Configuration -> Logger -> Rules a -> IO ExitCode build conf logger rules = fst <$> run conf logger rules -------------------------------------------------------------------------------- -- | Run the checker and exit check :: Configuration -> Logger -> Check.Check -> IO () check config logger check' = Check.check config logger check' >>= exitWith -------------------------------------------------------------------------------- -- | Remove the output directories clean :: Configuration -> Logger -> IO () clean conf logger = do remove $ destinationDirectory conf remove $ storeDirectory conf remove $ tmpDirectory conf where remove dir = do Logger.header logger $ "Removing " ++ dir ++ "..." removeDirectory dir -------------------------------------------------------------------------------- -- | Preview the site preview :: Configuration -> Logger -> Rules a -> Int -> IO () #ifdef PREVIEW_SERVER preview conf logger rules port = do deprecatedMessage watch conf logger "0.0.0.0" port True rules where deprecatedMessage = mapM_ putStrLn [ "The preview command has been deprecated." , "Use the watch command for recompilation and serving." ] #else preview _ _ _ _ = previewServerDisabled #endif -------------------------------------------------------------------------------- -- | Watch and recompile for changes watch :: Configuration -> Logger -> String -> Int -> Bool -> Rules a -> IO () #ifdef WATCH_SERVER watch conf logger host port runServer rules = do #ifndef mingw32_HOST_OS _ <- forkIO $ watchUpdates conf update #else -- Force windows users to compile with -threaded flag, as otherwise -- thread is blocked indefinitely. catchIOError (void $ forkOS $ watchUpdates conf update) $ do fail $ "Hakyll.Commands.watch: Could not start update watching " ++ "thread. Did you compile with -threaded flag?" #endif server' where update = do (_, ruleSet) <- run conf logger rules return $ rulesPattern ruleSet loop = threadDelay 100000 >> loop server' = if runServer then server conf logger host port else loop #else watch _ _ _ _ _ _ = watchServerDisabled #endif -------------------------------------------------------------------------------- -- | Rebuild the site rebuild :: Configuration -> Logger -> Rules a -> IO ExitCode rebuild conf logger rules = clean conf logger >> build conf logger rules -------------------------------------------------------------------------------- -- | Start a server server :: Configuration -> Logger -> String -> Int -> IO () #ifdef PREVIEW_SERVER server conf logger host port = do let destination = destinationDirectory conf staticServer logger destination host port #else server _ _ _ _ = previewServerDisabled #endif -------------------------------------------------------------------------------- -- | Upload the site deploy :: Configuration -> IO ExitCode deploy conf = deploySite conf conf -------------------------------------------------------------------------------- -- | Print a warning message about the preview serving not being enabled #ifndef PREVIEW_SERVER previewServerDisabled :: IO () previewServerDisabled = mapM_ putStrLn [ "PREVIEW SERVER" , "" , "The preview server is not enabled in the version of Hakyll. To" , "enable it, set the flag to True and recompile Hakyll." , "Alternatively, use an external tool to serve your site directory." ] #endif #ifndef WATCH_SERVER watchServerDisabled :: IO () watchServerDisabled = mapM_ putStrLn [ "WATCH SERVER" , "" , "The watch server is not enabled in the version of Hakyll. To" , "enable it, set the flag to True and recompile Hakyll." , "Alternatively, use an external tool to serve your site directory." ] #endif hakyll-4.9.2.0/src/Hakyll/Main.hs0000644000000000000000000001176213020032546014573 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Module providing the main hakyll function and command-line argument parsing {-# LANGUAGE CPP #-} {-# LANGUAGE DeriveDataTypeable #-} module Hakyll.Main ( hakyll , hakyllWith , hakyllWithExitCode ) where -------------------------------------------------------------------------------- import System.Environment (getProgName) import System.IO.Unsafe (unsafePerformIO) import System.Exit (ExitCode(ExitSuccess), exitWith) -------------------------------------------------------------------------------- import Data.Monoid ((<>)) import Options.Applicative -------------------------------------------------------------------------------- import qualified Hakyll.Check as Check import qualified Hakyll.Commands as Commands import qualified Hakyll.Core.Configuration as Config import qualified Hakyll.Core.Logger as Logger import Hakyll.Core.Rules -------------------------------------------------------------------------------- -- | This usualy is the function with which the user runs the hakyll compiler hakyll :: Rules a -> IO () hakyll = hakyllWith Config.defaultConfiguration -------------------------------------------------------------------------------- -- | A variant of 'hakyll' which allows the user to specify a custom -- configuration hakyllWith :: Config.Configuration -> Rules a -> IO () hakyllWith conf rules = hakyllWithExitCode conf rules >>= exitWith hakyllWithExitCode :: Config.Configuration -> Rules a -> IO ExitCode hakyllWithExitCode conf rules = do args' <- customExecParser (prefs showHelpOnError) (info (helper <*> optionParser conf) (fullDesc <> progDesc (progName ++ " - Static site compiler created with Hakyll"))) let args'' = optCommand args' let verbosity' = if verbosity args' then Logger.Debug else Logger.Message check' = if internal_links args'' then Check.InternalLinks else Check.All logger <- Logger.new verbosity' case args'' of Build -> Commands.build conf logger rules Check _ -> Commands.check conf logger check' >> ok Clean -> Commands.clean conf logger >> ok Deploy -> Commands.deploy conf Preview p -> Commands.preview conf logger rules p >> ok Rebuild -> Commands.rebuild conf logger rules Server _ _ -> Commands.server conf logger (host args'') (port args'') >> ok Watch _ p s -> Commands.watch conf logger (host args'') p (not s) rules >> ok where ok = return ExitSuccess -------------------------------------------------------------------------------- data Options = Options {verbosity :: Bool, optCommand :: Command} deriving (Show) data Command = Build | Check {internal_links :: Bool} | Clean | Deploy | Preview {port :: Int} | Rebuild | Server {host :: String, port :: Int} | Watch {host :: String, port :: Int, no_server :: Bool } deriving (Show) optionParser :: Config.Configuration -> Parser Options optionParser conf = Options <$> verboseParser <*> (commandParser conf) where verboseParser = switch (long "verbose" <> short 'v' <> help "Run in verbose mode") commandParser :: Config.Configuration -> Parser Command commandParser conf = subparser $ foldr ((<>) . produceCommand) mempty commands where produceCommand (a,b) = command a (info (helper <*> (fst b)) (snd b)) portParser = option auto (long "port" <> help "Port to listen on" <> value (Config.previewPort conf)) hostParser = strOption (long "host" <> help "Host to bind on" <> value (Config.previewHost conf)) commands = [ ("build",(pure Build,fullDesc <> progDesc "Generate the site")), ("check",(pure Check <*> switch (long "internal-links" <> help "Check internal links only"), fullDesc <> progDesc "Validate the site output")), ("clean",(pure Clean,fullDesc <> progDesc "Clean up and remove cache")), ("deploy",(pure Deploy,fullDesc <> progDesc "Upload/deploy your site")), ("preview",(pure Preview <*> portParser,fullDesc <> progDesc "[DEPRECATED] Please use the watch command")), ("rebuild",(pure Rebuild,fullDesc <> progDesc "Clean and build again")), ("server",(pure Server <*> hostParser <*> portParser,fullDesc <> progDesc "Start a preview server")), ("watch",(pure Watch <*> hostParser <*> portParser <*> switch (long "no-server" <> help "Disable the built-in web server"),fullDesc <> progDesc "Autocompile on changes and start a preview server. You can watch and recompile without running a server with --no-server.")) ] -------------------------------------------------------------------------------- -- | This is necessary because not everyone calls their program the same... progName :: String progName = unsafePerformIO getProgName {-# NOINLINE progName #-} hakyll-4.9.2.0/src/Hakyll/Init.hs0000644000000000000000000000724213020032546014610 0ustar0000000000000000-------------------------------------------------------------------------------- module Main ( main ) where -------------------------------------------------------------------------------- import Control.Arrow (first) import Control.Monad (forM_) import Data.Char (isAlphaNum, isNumber) import Data.List (foldl') import Data.List (intercalate, isPrefixOf) import Data.Version (Version (..)) import System.Directory (canonicalizePath, copyFile) import System.Environment (getArgs, getProgName) import System.Exit (exitFailure) import System.FilePath (splitDirectories, ()) -------------------------------------------------------------------------------- import Hakyll.Core.Util.File import Paths_hakyll -------------------------------------------------------------------------------- main :: IO () main = do progName <- getProgName args <- getArgs srcDir <- getDataFileName "example" files <- getRecursiveContents (const $ return False) srcDir case args of -- When the argument begins with hyphens, it's more likely that the user -- intends to attempt some arguments like ("--help", "-h", "--version", etc.) -- rather than create directory with that name. -- If dstDir begins with hyphens, the guard will prevent it from creating -- directory with that name so we can fall to the second alternative -- which prints a usage info for user. [dstDir] | not ("-" `isPrefixOf` dstDir) -> do forM_ files $ \file -> do let dst = dstDir file src = srcDir file putStrLn $ "Creating " ++ dst makeDirectories dst copyFile src dst name <- makeName dstDir let cabalPath = dstDir name ++ ".cabal" putStrLn $ "Creating " ++ cabalPath createCabal cabalPath name _ -> do putStrLn $ "Usage: " ++ progName ++ " " exitFailure -- | Figure out a good cabal package name from the given (existing) directory -- name makeName :: FilePath -> IO String makeName dstDir = do canonical <- canonicalizePath dstDir return $ case safeLast (splitDirectories canonical) of Nothing -> fallbackName Just "/" -> fallbackName Just x -> repair (fallbackName ++) id x where -- Package name repair code comes from -- cabal-install.Distribution.Client.Init.Heuristics repair invalid valid x = case dropWhile (not . isAlphaNum) x of "" -> repairComponent "" x' -> let (c, r) = first repairComponent $ break (not . isAlphaNum) x' in c ++ repairRest r where repairComponent c | all isNumber c = invalid c | otherwise = valid c repairRest = repair id ('-' :) fallbackName = "site" safeLast = foldl' (\_ x -> Just x) Nothing createCabal :: FilePath -> String -> IO () createCabal path name = do writeFile path $ unlines [ "name: " ++ name , "version: 0.1.0.0" , "build-type: Simple" , "cabal-version: >= 1.10" , "" , "executable site" , " main-is: site.hs" , " build-depends: base == 4.*" , " , hakyll == " ++ version' ++ ".*" , " ghc-options: -threaded" , " default-language: Haskell2010" ] where -- Major hakyll version version' = intercalate "." . take 2 . map show $ versionBranch version hakyll-4.9.2.0/src/Hakyll/Core/0000755000000000000000000000000013020032546014234 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Core/Provider.hs0000644000000000000000000000313313020032546016362 0ustar0000000000000000-------------------------------------------------------------------------------- -- | This module provides an wrapper API around the file system which does some -- caching. module Hakyll.Core.Provider ( -- * Constructing resource providers Internal.Provider , newProvider -- * Querying resource properties , Internal.resourceList , Internal.resourceExists , Internal.resourceFilePath , Internal.resourceModified , Internal.resourceModificationTime -- * Access to raw resource content , Internal.resourceString , Internal.resourceLBS -- * Access to metadata and body content , Internal.resourceMetadata , Internal.resourceBody ) where -------------------------------------------------------------------------------- import qualified Hakyll.Core.Provider.Internal as Internal import qualified Hakyll.Core.Provider.MetadataCache as Internal import Hakyll.Core.Store (Store) -------------------------------------------------------------------------------- -- | Create a resource provider newProvider :: Store -- ^ Store to use -> (FilePath -> IO Bool) -- ^ Should we ignore this file? -> FilePath -- ^ Search directory -> IO Internal.Provider -- ^ Resulting provider newProvider store ignore directory = do -- Delete metadata cache where necessary p <- Internal.newProvider store ignore directory mapM_ (Internal.resourceInvalidateMetadataCache p) $ filter (Internal.resourceModified p) $ Internal.resourceList p return p hakyll-4.9.2.0/src/Hakyll/Core/Store.hs0000644000000000000000000001525613020032546015675 0ustar0000000000000000-------------------------------------------------------------------------------- -- | A store for storing and retreiving items {-# LANGUAGE ExistentialQuantification #-} {-# LANGUAGE ScopedTypeVariables #-} module Hakyll.Core.Store ( Store , Result (..) , toMaybe , new , set , get , isMember , delete , hash ) where -------------------------------------------------------------------------------- import Control.Exception (IOException, handle) import qualified Crypto.Hash.MD5 as MD5 import Data.Binary (Binary, decode, encodeFile) import qualified Data.ByteString as B import qualified Data.ByteString.Lazy as BL import qualified Data.Cache.LRU.IO as Lru import Data.List (intercalate) import Data.Maybe (isJust) import qualified Data.Text as T import qualified Data.Text.Encoding as T import Data.Typeable (TypeRep, Typeable, cast, typeOf) import System.Directory (createDirectoryIfMissing) import System.Directory (doesFileExist, removeFile) import System.FilePath (()) import System.IO (IOMode (..), hClose, openFile) import Text.Printf (printf) -------------------------------------------------------------------------------- -- | Simple wrapper type data Box = forall a. Typeable a => Box a -------------------------------------------------------------------------------- data Store = Store { -- | All items are stored on the filesystem storeDirectory :: FilePath , -- | Optionally, items are also kept in-memory storeMap :: Maybe (Lru.AtomicLRU FilePath Box) } -------------------------------------------------------------------------------- instance Show Store where show _ = "" -------------------------------------------------------------------------------- -- | Result of a store query data Result a = Found a -- ^ Found, result | NotFound -- ^ Not found | WrongType TypeRep TypeRep -- ^ Expected, true type deriving (Show, Eq) -------------------------------------------------------------------------------- -- | Convert result to 'Maybe' toMaybe :: Result a -> Maybe a toMaybe (Found x) = Just x toMaybe _ = Nothing -------------------------------------------------------------------------------- -- | Initialize the store new :: Bool -- ^ Use in-memory caching -> FilePath -- ^ Directory to use for hard disk storage -> IO Store -- ^ Store new inMemory directory = do createDirectoryIfMissing True directory ref <- if inMemory then Just <$> Lru.newAtomicLRU csize else return Nothing return Store { storeDirectory = directory , storeMap = ref } where csize = Just 500 -------------------------------------------------------------------------------- -- | Auxiliary: add an item to the in-memory cache cacheInsert :: Typeable a => Store -> String -> a -> IO () cacheInsert (Store _ Nothing) _ _ = return () cacheInsert (Store _ (Just lru)) key x = Lru.insert key (Box x) lru -------------------------------------------------------------------------------- -- | Auxiliary: get an item from the in-memory cache cacheLookup :: forall a. Typeable a => Store -> String -> IO (Result a) cacheLookup (Store _ Nothing) _ = return NotFound cacheLookup (Store _ (Just lru)) key = do res <- Lru.lookup key lru return $ case res of Nothing -> NotFound Just (Box x) -> case cast x of Just x' -> Found x' Nothing -> WrongType (typeOf (undefined :: a)) (typeOf x) -------------------------------------------------------------------------------- cacheIsMember :: Store -> String -> IO Bool cacheIsMember (Store _ Nothing) _ = return False cacheIsMember (Store _ (Just lru)) key = isJust <$> Lru.lookup key lru -------------------------------------------------------------------------------- -- | Auxiliary: delete an item from the in-memory cache cacheDelete :: Store -> String -> IO () cacheDelete (Store _ Nothing) _ = return () cacheDelete (Store _ (Just lru)) key = do _ <- Lru.delete key lru return () -------------------------------------------------------------------------------- -- | Store an item set :: (Binary a, Typeable a) => Store -> [String] -> a -> IO () set store identifier value = do encodeFile (storeDirectory store key) value cacheInsert store key value where key = hash identifier -------------------------------------------------------------------------------- -- | Load an item get :: (Binary a, Typeable a) => Store -> [String] -> IO (Result a) get store identifier = do -- First check the in-memory map ref <- cacheLookup store key case ref of -- Not found in the map, try the filesystem NotFound -> do exists <- doesFileExist path if not exists -- Not found in the filesystem either then return NotFound -- Found in the filesystem else do v <- decodeClose cacheInsert store key v return $ Found v -- Found in the in-memory map (or wrong type), just return s -> return s where key = hash identifier path = storeDirectory store key -- 'decodeFile' from Data.Binary which closes the file ASAP decodeClose = do h <- openFile path ReadMode lbs <- BL.hGetContents h BL.length lbs `seq` hClose h return $ decode lbs -------------------------------------------------------------------------------- -- | Strict function isMember :: Store -> [String] -> IO Bool isMember store identifier = do inCache <- cacheIsMember store key if inCache then return True else doesFileExist path where key = hash identifier path = storeDirectory store key -------------------------------------------------------------------------------- -- | Delete an item delete :: Store -> [String] -> IO () delete store identifier = do cacheDelete store key deleteFile $ storeDirectory store key where key = hash identifier -------------------------------------------------------------------------------- -- | Delete a file unless it doesn't exist... deleteFile :: FilePath -> IO () deleteFile = handle (\(_ :: IOException) -> return ()) . removeFile -------------------------------------------------------------------------------- -- | Mostly meant for internal usage hash :: [String] -> String hash = concatMap (printf "%02x") . B.unpack . MD5.hash . T.encodeUtf8 . T.pack . intercalate "/" hakyll-4.9.2.0/src/Hakyll/Core/Dependencies.hs0000644000000000000000000001256313020032546017165 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE DeriveDataTypeable #-} module Hakyll.Core.Dependencies ( Dependency (..) , DependencyFacts , outOfDate ) where -------------------------------------------------------------------------------- import Control.Monad (foldM, forM_, unless, when) import Control.Monad.Reader (ask) import Control.Monad.RWS (RWS, runRWS) import qualified Control.Monad.State as State import Control.Monad.Writer (tell) import Data.Binary (Binary (..), getWord8, putWord8) import Data.List (find) import Data.Map (Map) import qualified Data.Map as M import Data.Maybe (fromMaybe) import Data.Set (Set) import qualified Data.Set as S import Data.Typeable (Typeable) -------------------------------------------------------------------------------- import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern -------------------------------------------------------------------------------- data Dependency = PatternDependency Pattern (Set Identifier) | IdentifierDependency Identifier deriving (Show, Typeable) -------------------------------------------------------------------------------- instance Binary Dependency where put (PatternDependency p is) = putWord8 0 >> put p >> put is put (IdentifierDependency i) = putWord8 1 >> put i get = getWord8 >>= \t -> case t of 0 -> PatternDependency <$> get <*> get 1 -> IdentifierDependency <$> get _ -> error "Data.Binary.get: Invalid Dependency" -------------------------------------------------------------------------------- type DependencyFacts = Map Identifier [Dependency] -------------------------------------------------------------------------------- outOfDate :: [Identifier] -- ^ All known identifiers -> Set Identifier -- ^ Initially out-of-date resources -> DependencyFacts -- ^ Old dependency facts -> (Set Identifier, DependencyFacts, [String]) outOfDate universe ood oldFacts = let (_, state, logs) = runRWS rws universe (DependencyState oldFacts ood) in (dependencyOod state, dependencyFacts state, logs) where rws = do checkNew checkChangedPatterns bruteForce -------------------------------------------------------------------------------- data DependencyState = DependencyState { dependencyFacts :: DependencyFacts , dependencyOod :: Set Identifier } deriving (Show) -------------------------------------------------------------------------------- type DependencyM a = RWS [Identifier] [String] DependencyState a -------------------------------------------------------------------------------- markOod :: Identifier -> DependencyM () markOod id' = State.modify $ \s -> s {dependencyOod = S.insert id' $ dependencyOod s} -------------------------------------------------------------------------------- dependenciesFor :: Identifier -> DependencyM [Identifier] dependenciesFor id' = do facts <- dependencyFacts <$> State.get return $ concatMap dependenciesFor' $ fromMaybe [] $ M.lookup id' facts where dependenciesFor' (IdentifierDependency i) = [i] dependenciesFor' (PatternDependency _ is) = S.toList is -------------------------------------------------------------------------------- checkNew :: DependencyM () checkNew = do universe <- ask facts <- dependencyFacts <$> State.get forM_ universe $ \id' -> unless (id' `M.member` facts) $ do tell [show id' ++ " is out-of-date because it is new"] markOod id' -------------------------------------------------------------------------------- checkChangedPatterns :: DependencyM () checkChangedPatterns = do facts <- M.toList . dependencyFacts <$> State.get forM_ facts $ \(id', deps) -> do deps' <- foldM (go id') [] deps State.modify $ \s -> s {dependencyFacts = M.insert id' deps' $ dependencyFacts s} where go _ ds (IdentifierDependency i) = return $ IdentifierDependency i : ds go id' ds (PatternDependency p ls) = do universe <- ask let ls' = S.fromList $ filterMatches p universe if ls == ls' then return $ PatternDependency p ls : ds else do tell [show id' ++ " is out-of-date because a pattern changed"] markOod id' return $ PatternDependency p ls' : ds -------------------------------------------------------------------------------- bruteForce :: DependencyM () bruteForce = do todo <- ask go todo where go todo = do (todo', changed) <- foldM check ([], False) todo when changed (go todo') check (todo, changed) id' = do deps <- dependenciesFor id' ood <- dependencyOod <$> State.get case find (`S.member` ood) deps of Nothing -> return (id' : todo, changed) Just d -> do tell [show id' ++ " is out-of-date because " ++ show d ++ " is out-of-date"] markOod id' return (todo, True) hakyll-4.9.2.0/src/Hakyll/Core/Configuration.hs0000644000000000000000000001170213020032546017400 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Exports a datastructure for the top-level hakyll configuration module Hakyll.Core.Configuration ( Configuration (..) , shouldIgnoreFile , defaultConfiguration ) where -------------------------------------------------------------------------------- import Data.Default (Default (..)) import Data.List (isPrefixOf, isSuffixOf) import System.Directory (canonicalizePath) import System.Exit (ExitCode) import System.FilePath (isAbsolute, normalise, takeFileName) import System.IO.Error (catchIOError) import System.Process (system) -------------------------------------------------------------------------------- data Configuration = Configuration { -- | Directory in which the output written destinationDirectory :: FilePath , -- | Directory where hakyll's internal store is kept storeDirectory :: FilePath , -- | Directory in which some temporary files will be kept tmpDirectory :: FilePath , -- | Directory where hakyll finds the files to compile. This is @.@ by -- default. providerDirectory :: FilePath , -- | Function to determine ignored files -- -- In 'defaultConfiguration', the following files are ignored: -- -- * files starting with a @.@ -- -- * files starting with a @#@ -- -- * files ending with a @~@ -- -- * files ending with @.swp@ -- -- Note that the files in 'destinationDirectory' and 'storeDirectory' will -- also be ignored. Note that this is the configuration parameter, if you -- want to use the test, you should use 'shouldIgnoreFile'. -- ignoreFile :: FilePath -> Bool , -- | Here, you can plug in a system command to upload/deploy your site. -- -- Example: -- -- > rsync -ave 'ssh -p 2217' _site jaspervdj@jaspervdj.be:hakyll -- -- You can execute this by using -- -- > ./site deploy -- deployCommand :: String , -- | Function to deploy the site from Haskell. -- -- By default, this command executes the shell command stored in -- 'deployCommand'. If you override it, 'deployCommand' will not -- be used implicitely. -- -- The 'Configuration' object is passed as a parameter to this -- function. -- deploySite :: Configuration -> IO ExitCode , -- | Use an in-memory cache for items. This is faster but uses more -- memory. inMemoryCache :: Bool , -- | Override default host for preview server. Default is "127.0.0.1", -- which binds only on the loopback address. -- One can also override the host as a command line argument: -- ./site preview -h "0.0.0.0" previewHost :: String , -- | Override default port for preview server. Default is 8000. -- One can also override the port as a command line argument: -- ./site preview -p 1234 previewPort :: Int } -------------------------------------------------------------------------------- instance Default Configuration where def = defaultConfiguration -------------------------------------------------------------------------------- -- | Default configuration for a hakyll application defaultConfiguration :: Configuration defaultConfiguration = Configuration { destinationDirectory = "_site" , storeDirectory = "_cache" , tmpDirectory = "_cache/tmp" , providerDirectory = "." , ignoreFile = ignoreFile' , deployCommand = "echo 'No deploy command specified' && exit 1" , deploySite = system . deployCommand , inMemoryCache = True , previewHost = "127.0.0.1" , previewPort = 8000 } where ignoreFile' path | "." `isPrefixOf` fileName = True | "#" `isPrefixOf` fileName = True | "~" `isSuffixOf` fileName = True | ".swp" `isSuffixOf` fileName = True | otherwise = False where fileName = takeFileName path -------------------------------------------------------------------------------- -- | Check if a file should be ignored shouldIgnoreFile :: Configuration -> FilePath -> IO Bool shouldIgnoreFile conf path = orM [ inDir (destinationDirectory conf) , inDir (storeDirectory conf) , inDir (tmpDirectory conf) , return (ignoreFile conf path') ] where path' = normalise path absolute = isAbsolute path inDir dir | absolute = do dir' <- catchIOError (canonicalizePath dir) (const $ return dir) return $ dir' `isPrefixOf` path' | otherwise = return $ dir `isPrefixOf` path' orM :: [IO Bool] -> IO Bool orM [] = return False orM (x : xs) = x >>= \b -> if b then return True else orM xs hakyll-4.9.2.0/src/Hakyll/Core/Logger.hs0000644000000000000000000000622313020032546016012 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Produce pretty, thread-safe logs module Hakyll.Core.Logger ( Verbosity (..) , Logger , new , flush , error , header , message , debug ) where -------------------------------------------------------------------------------- import Control.Concurrent (forkIO) import Control.Concurrent.Chan (Chan, newChan, readChan, writeChan) import Control.Concurrent.MVar (MVar, newEmptyMVar, putMVar, takeMVar) import Control.Monad (forever) import Control.Monad.Trans (MonadIO, liftIO) import Prelude hiding (error) -------------------------------------------------------------------------------- data Verbosity = Error | Message | Debug deriving (Eq, Ord, Show) -------------------------------------------------------------------------------- -- | Logger structure. Very complicated. data Logger = Logger { loggerChan :: Chan (Maybe String) -- ^ Nothing marks the end , loggerSync :: MVar () -- ^ Used for sync on quit , loggerSink :: String -> IO () -- ^ Out sink , loggerVerbosity :: Verbosity -- ^ Verbosity } -------------------------------------------------------------------------------- -- | Create a new logger new :: Verbosity -> IO Logger new vbty = do logger <- Logger <$> newChan <*> newEmptyMVar <*> pure putStrLn <*> pure vbty _ <- forkIO $ loggerThread logger return logger where loggerThread logger = forever $ do msg <- readChan $ loggerChan logger case msg of -- Stop: sync Nothing -> putMVar (loggerSync logger) () -- Print and continue Just m -> loggerSink logger m -------------------------------------------------------------------------------- -- | Flush the logger (blocks until flushed) flush :: Logger -> IO () flush logger = do writeChan (loggerChan logger) Nothing () <- takeMVar $ loggerSync logger return () -------------------------------------------------------------------------------- string :: MonadIO m => Logger -- ^ Logger -> Verbosity -- ^ Verbosity of the string -> String -- ^ Section name -> m () -- ^ No result string l v m | loggerVerbosity l >= v = liftIO $ writeChan (loggerChan l) (Just m) | otherwise = return () -------------------------------------------------------------------------------- error :: MonadIO m => Logger -> String -> m () error l m = string l Error $ " [ERROR] " ++ m -------------------------------------------------------------------------------- header :: MonadIO m => Logger -> String -> m () header l = string l Message -------------------------------------------------------------------------------- message :: MonadIO m => Logger -> String -> m () message l m = string l Message $ " " ++ m -------------------------------------------------------------------------------- debug :: MonadIO m => Logger -> String -> m () debug l m = string l Debug $ " [DEBUG] " ++ m hakyll-4.9.2.0/src/Hakyll/Core/Compiler.hs0000644000000000000000000001512413020032546016345 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE GeneralizedNewtypeDeriving #-} {-# LANGUAGE ScopedTypeVariables #-} module Hakyll.Core.Compiler ( Compiler , getUnderlying , getUnderlyingExtension , makeItem , getRoute , getResourceBody , getResourceString , getResourceLBS , getResourceFilePath , Internal.Snapshot , saveSnapshot , Internal.load , Internal.loadSnapshot , Internal.loadBody , Internal.loadSnapshotBody , Internal.loadAll , Internal.loadAllSnapshots , cached , unsafeCompiler , debugCompiler ) where -------------------------------------------------------------------------------- import Control.Monad (when) import Data.Binary (Binary) import Data.ByteString.Lazy (ByteString) import Data.Typeable (Typeable) import System.Environment (getProgName) import System.FilePath (takeExtension) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler.Internal import qualified Hakyll.Core.Compiler.Require as Internal import Hakyll.Core.Dependencies import Hakyll.Core.Identifier import Hakyll.Core.Item import Hakyll.Core.Logger as Logger import Hakyll.Core.Provider import Hakyll.Core.Routes import qualified Hakyll.Core.Store as Store -------------------------------------------------------------------------------- -- | Get the underlying identifier. getUnderlying :: Compiler Identifier getUnderlying = compilerUnderlying <$> compilerAsk -------------------------------------------------------------------------------- -- | Get the extension of the underlying identifier. Returns something like -- @".html"@ getUnderlyingExtension :: Compiler String getUnderlyingExtension = takeExtension . toFilePath <$> getUnderlying -------------------------------------------------------------------------------- makeItem :: a -> Compiler (Item a) makeItem x = do identifier <- getUnderlying return $ Item identifier x -------------------------------------------------------------------------------- -- | Get the route for a specified item getRoute :: Identifier -> Compiler (Maybe FilePath) getRoute identifier = do provider <- compilerProvider <$> compilerAsk routes <- compilerRoutes <$> compilerAsk -- Note that this makes us dependend on that identifier: when the metadata -- of that item changes, the route may change, hence we have to recompile (mfp, um) <- compilerUnsafeIO $ runRoutes routes provider identifier when um $ compilerTellDependencies [IdentifierDependency identifier] return mfp -------------------------------------------------------------------------------- -- | Get the full contents of the matched source file as a string, -- but without metadata preamble, if there was one. getResourceBody :: Compiler (Item String) getResourceBody = getResourceWith resourceBody -------------------------------------------------------------------------------- -- | Get the full contents of the matched source file as a string. getResourceString :: Compiler (Item String) getResourceString = getResourceWith resourceString -------------------------------------------------------------------------------- -- | Get the full contents of the matched source file as a lazy bytestring. getResourceLBS :: Compiler (Item ByteString) getResourceLBS = getResourceWith resourceLBS -------------------------------------------------------------------------------- -- | Get the file path of the resource we are compiling getResourceFilePath :: Compiler FilePath getResourceFilePath = do provider <- compilerProvider <$> compilerAsk id' <- compilerUnderlying <$> compilerAsk return $ resourceFilePath provider id' -------------------------------------------------------------------------------- -- | Overloadable function for 'getResourceString' and 'getResourceLBS' getResourceWith :: (Provider -> Identifier -> IO a) -> Compiler (Item a) getResourceWith reader = do provider <- compilerProvider <$> compilerAsk id' <- compilerUnderlying <$> compilerAsk let filePath = toFilePath id' if resourceExists provider id' then compilerUnsafeIO $ Item id' <$> reader provider id' else fail $ error' filePath where error' fp = "Hakyll.Core.Compiler.getResourceWith: resource " ++ show fp ++ " not found" -------------------------------------------------------------------------------- -- | Save a snapshot of the item. This function returns the same item, which -- convenient for building '>>=' chains. saveSnapshot :: (Binary a, Typeable a) => Internal.Snapshot -> Item a -> Compiler (Item a) saveSnapshot snapshot item = do store <- compilerStore <$> compilerAsk logger <- compilerLogger <$> compilerAsk compilerUnsafeIO $ do Logger.debug logger $ "Storing snapshot: " ++ snapshot Internal.saveSnapshot store snapshot item -- Signal that we saved the snapshot. Compiler $ \_ -> return $ CompilerSnapshot snapshot (return item) -------------------------------------------------------------------------------- cached :: (Binary a, Typeable a) => String -> Compiler a -> Compiler a cached name compiler = do id' <- compilerUnderlying <$> compilerAsk store <- compilerStore <$> compilerAsk provider <- compilerProvider <$> compilerAsk let modified = resourceModified provider id' if modified then do x <- compiler compilerUnsafeIO $ Store.set store [name, show id'] x return x else do compilerTellCacheHits 1 x <- compilerUnsafeIO $ Store.get store [name, show id'] progName <- compilerUnsafeIO getProgName case x of Store.Found x' -> return x' _ -> fail $ error' progName where error' progName = "Hakyll.Core.Compiler.cached: Cache corrupt! " ++ "Try running: " ++ progName ++ " clean" -------------------------------------------------------------------------------- unsafeCompiler :: IO a -> Compiler a unsafeCompiler = compilerUnsafeIO -------------------------------------------------------------------------------- -- | Compiler for debugging purposes debugCompiler :: String -> Compiler () debugCompiler msg = do logger <- compilerLogger <$> compilerAsk compilerUnsafeIO $ Logger.debug logger msg hakyll-4.9.2.0/src/Hakyll/Core/Routes.hs0000644000000000000000000001433713020032546016061 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Once a target is compiled, the user usually wants to save it to the disk. -- This is where the 'Routes' type comes in; it determines where a certain -- target should be written. -- -- Suppose we have an item @foo\/bar.markdown@. We can render this to -- @foo\/bar.html@ using: -- -- > route "foo/bar.markdown" (setExtension ".html") -- -- If we do not want to change the extension, we can use 'idRoute', the simplest -- route available: -- -- > route "foo/bar.markdown" idRoute -- -- That will route @foo\/bar.markdown@ to @foo\/bar.markdown@. -- -- Note that the extension says nothing about the content! If you set the -- extension to @.html@, it is your own responsibility to ensure that the -- content is indeed HTML. -- -- Finally, some special cases: -- -- * If there is no route for an item, this item will not be routed, so it will -- not appear in your site directory. -- -- * If an item matches multiple routes, the first rule will be chosen. {-# LANGUAGE Rank2Types #-} module Hakyll.Core.Routes ( UsedMetadata , Routes , runRoutes , idRoute , setExtension , matchRoute , customRoute , constRoute , gsubRoute , metadataRoute , composeRoutes ) where -------------------------------------------------------------------------------- import System.FilePath (replaceExtension) -------------------------------------------------------------------------------- import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern import Hakyll.Core.Metadata import Hakyll.Core.Provider import Hakyll.Core.Util.String -------------------------------------------------------------------------------- -- | When you ran a route, it's useful to know whether or not this used -- metadata. This allows us to do more granular dependency analysis. type UsedMetadata = Bool -------------------------------------------------------------------------------- data RoutesRead = RoutesRead { routesProvider :: Provider , routesUnderlying :: Identifier } -------------------------------------------------------------------------------- -- | Type used for a route newtype Routes = Routes { unRoutes :: RoutesRead -> Identifier -> IO (Maybe FilePath, UsedMetadata) } -------------------------------------------------------------------------------- instance Monoid Routes where mempty = Routes $ \_ _ -> return (Nothing, False) mappend (Routes f) (Routes g) = Routes $ \p id' -> do (mfp, um) <- f p id' case mfp of Nothing -> g p id' Just _ -> return (mfp, um) -------------------------------------------------------------------------------- -- | Apply a route to an identifier runRoutes :: Routes -> Provider -> Identifier -> IO (Maybe FilePath, UsedMetadata) runRoutes routes provider identifier = unRoutes routes (RoutesRead provider identifier) identifier -------------------------------------------------------------------------------- -- | A route that uses the identifier as filepath. For example, the target with -- ID @foo\/bar@ will be written to the file @foo\/bar@. idRoute :: Routes idRoute = customRoute toFilePath -------------------------------------------------------------------------------- -- | Set (or replace) the extension of a route. -- -- Example: -- -- > runRoutes (setExtension "html") "foo/bar" -- -- Result: -- -- > Just "foo/bar.html" -- -- Example: -- -- > runRoutes (setExtension "html") "posts/the-art-of-trolling.markdown" -- -- Result: -- -- > Just "posts/the-art-of-trolling.html" setExtension :: String -> Routes setExtension extension = customRoute $ (`replaceExtension` extension) . toFilePath -------------------------------------------------------------------------------- -- | Apply the route if the identifier matches the given pattern, fail -- otherwise matchRoute :: Pattern -> Routes -> Routes matchRoute pattern (Routes route) = Routes $ \p id' -> if matches pattern id' then route p id' else return (Nothing, False) -------------------------------------------------------------------------------- -- | Create a custom route. This should almost always be used with -- 'matchRoute' customRoute :: (Identifier -> FilePath) -> Routes customRoute f = Routes $ const $ \id' -> return (Just (f id'), False) -------------------------------------------------------------------------------- -- | A route that always gives the same result. Obviously, you should only use -- this for a single compilation rule. constRoute :: FilePath -> Routes constRoute = customRoute . const -------------------------------------------------------------------------------- -- | Create a gsub route -- -- Example: -- -- > runRoutes (gsubRoute "rss/" (const "")) "tags/rss/bar.xml" -- -- Result: -- -- > Just "tags/bar.xml" gsubRoute :: String -- ^ Pattern -> (String -> String) -- ^ Replacement -> Routes -- ^ Resulting route gsubRoute pattern replacement = customRoute $ replaceAll pattern replacement . toFilePath -------------------------------------------------------------------------------- -- | Get access to the metadata in order to determine the route metadataRoute :: (Metadata -> Routes) -> Routes metadataRoute f = Routes $ \r i -> do metadata <- resourceMetadata (routesProvider r) (routesUnderlying r) unRoutes (f metadata) r i -------------------------------------------------------------------------------- -- | Compose routes so that @f \`composeRoutes\` g@ is more or less equivalent -- with @g . f@. -- -- Example: -- -- > let routes = gsubRoute "rss/" (const "") `composeRoutes` setExtension "xml" -- > in runRoutes routes "tags/rss/bar" -- -- Result: -- -- > Just "tags/bar.xml" -- -- If the first route given fails, Hakyll will not apply the second route. composeRoutes :: Routes -- ^ First route to apply -> Routes -- ^ Second route to apply -> Routes -- ^ Resulting route composeRoutes (Routes f) (Routes g) = Routes $ \p i -> do (mfp, um) <- f p i case mfp of Nothing -> return (Nothing, um) Just fp -> do (mfp', um') <- g p (fromFilePath fp) return (mfp', um || um') hakyll-4.9.2.0/src/Hakyll/Core/Writable.hs0000644000000000000000000000360613020032546016346 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Describes writable items; items that can be saved to the disk {-# LANGUAGE FlexibleInstances #-} {-# LANGUAGE TypeSynonymInstances #-} module Hakyll.Core.Writable ( Writable (..) ) where -------------------------------------------------------------------------------- import qualified Data.ByteString as SB import qualified Data.ByteString.Lazy as LB import Data.Word (Word8) import Text.Blaze.Html (Html) import Text.Blaze.Html.Renderer.String (renderHtml) -------------------------------------------------------------------------------- import Hakyll.Core.Item -------------------------------------------------------------------------------- -- | Describes an item that can be saved to the disk class Writable a where -- | Save an item to the given filepath write :: FilePath -> Item a -> IO () -------------------------------------------------------------------------------- instance Writable () where write _ _ = return () -------------------------------------------------------------------------------- instance Writable [Char] where write p = writeFile p . itemBody -------------------------------------------------------------------------------- instance Writable SB.ByteString where write p = SB.writeFile p . itemBody -------------------------------------------------------------------------------- instance Writable LB.ByteString where write p = LB.writeFile p . itemBody -------------------------------------------------------------------------------- instance Writable [Word8] where write p = write p . fmap SB.pack -------------------------------------------------------------------------------- instance Writable Html where write p = write p . fmap renderHtml hakyll-4.9.2.0/src/Hakyll/Core/Item.hs0000644000000000000000000000416113020032546015470 0ustar0000000000000000-------------------------------------------------------------------------------- -- | An item is a combination of some content and its 'Identifier'. This way, we -- can still use the 'Identifier' to access metadata. {-# LANGUAGE DeriveDataTypeable #-} module Hakyll.Core.Item ( Item (..) , itemSetBody , withItemBody ) where -------------------------------------------------------------------------------- import Data.Binary (Binary (..)) import Data.Foldable (Foldable (..)) import Data.Typeable (Typeable) import Prelude hiding (foldr) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler.Internal import Hakyll.Core.Identifier -------------------------------------------------------------------------------- data Item a = Item { itemIdentifier :: Identifier , itemBody :: a } deriving (Show, Typeable) -------------------------------------------------------------------------------- instance Functor Item where fmap f (Item i x) = Item i (f x) -------------------------------------------------------------------------------- instance Foldable Item where foldr f z (Item _ x) = f x z -------------------------------------------------------------------------------- instance Traversable Item where traverse f (Item i x) = Item i <$> f x -------------------------------------------------------------------------------- instance Binary a => Binary (Item a) where put (Item i x) = put i >> put x get = Item <$> get <*> get -------------------------------------------------------------------------------- itemSetBody :: a -> Item b -> Item a itemSetBody x (Item i _) = Item i x -------------------------------------------------------------------------------- -- | Perform a compiler action on the item body. This is the same as 'traverse', -- but looks less intimidating. -- -- > withItemBody = traverse withItemBody :: (a -> Compiler b) -> Item a -> Compiler (Item b) withItemBody = traverse hakyll-4.9.2.0/src/Hakyll/Core/Runtime.hs0000644000000000000000000002537113020032546016223 0ustar0000000000000000-------------------------------------------------------------------------------- module Hakyll.Core.Runtime ( run ) where -------------------------------------------------------------------------------- import Control.Monad (unless) import Control.Monad.Except (ExceptT, runExceptT, throwError) import Control.Monad.Reader (ask) import Control.Monad.RWS (RWST, runRWST) import Control.Monad.State (get, modify) import Control.Monad.Trans (liftIO) import Data.List (intercalate) import Data.Map (Map) import qualified Data.Map as M import Data.Set (Set) import qualified Data.Set as S import System.Exit (ExitCode (..)) import System.FilePath (()) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler.Internal import Hakyll.Core.Compiler.Require import Hakyll.Core.Configuration import Hakyll.Core.Dependencies import Hakyll.Core.Identifier import Hakyll.Core.Item import Hakyll.Core.Item.SomeItem import Hakyll.Core.Logger (Logger) import qualified Hakyll.Core.Logger as Logger import Hakyll.Core.Provider import Hakyll.Core.Routes import Hakyll.Core.Rules.Internal import Hakyll.Core.Store (Store) import qualified Hakyll.Core.Store as Store import Hakyll.Core.Util.File import Hakyll.Core.Writable -------------------------------------------------------------------------------- run :: Configuration -> Logger -> Rules a -> IO (ExitCode, RuleSet) run config logger rules = do -- Initialization Logger.header logger "Initialising..." Logger.message logger "Creating store..." store <- Store.new (inMemoryCache config) $ storeDirectory config Logger.message logger "Creating provider..." provider <- newProvider store (shouldIgnoreFile config) $ providerDirectory config Logger.message logger "Running rules..." ruleSet <- runRules rules provider -- Get old facts mOldFacts <- Store.get store factsKey let (oldFacts) = case mOldFacts of Store.Found f -> f _ -> mempty -- Build runtime read/state let compilers = rulesCompilers ruleSet read' = RuntimeRead { runtimeConfiguration = config , runtimeLogger = logger , runtimeProvider = provider , runtimeStore = store , runtimeRoutes = rulesRoutes ruleSet , runtimeUniverse = M.fromList compilers } state = RuntimeState { runtimeDone = S.empty , runtimeSnapshots = S.empty , runtimeTodo = M.empty , runtimeFacts = oldFacts } -- Run the program and fetch the resulting state result <- runExceptT $ runRWST build read' state case result of Left e -> do Logger.error logger e Logger.flush logger return (ExitFailure 1, ruleSet) Right (_, s, _) -> do Store.set store factsKey $ runtimeFacts s Logger.debug logger "Removing tmp directory..." removeDirectory $ tmpDirectory config Logger.flush logger return (ExitSuccess, ruleSet) where factsKey = ["Hakyll.Core.Runtime.run", "facts"] -------------------------------------------------------------------------------- data RuntimeRead = RuntimeRead { runtimeConfiguration :: Configuration , runtimeLogger :: Logger , runtimeProvider :: Provider , runtimeStore :: Store , runtimeRoutes :: Routes , runtimeUniverse :: Map Identifier (Compiler SomeItem) } -------------------------------------------------------------------------------- data RuntimeState = RuntimeState { runtimeDone :: Set Identifier , runtimeSnapshots :: Set (Identifier, Snapshot) , runtimeTodo :: Map Identifier (Compiler SomeItem) , runtimeFacts :: DependencyFacts } -------------------------------------------------------------------------------- type Runtime a = RWST RuntimeRead () RuntimeState (ExceptT String IO) a -------------------------------------------------------------------------------- build :: Runtime () build = do logger <- runtimeLogger <$> ask Logger.header logger "Checking for out-of-date items" scheduleOutOfDate Logger.header logger "Compiling" pickAndChase Logger.header logger "Success" -------------------------------------------------------------------------------- scheduleOutOfDate :: Runtime () scheduleOutOfDate = do logger <- runtimeLogger <$> ask provider <- runtimeProvider <$> ask universe <- runtimeUniverse <$> ask facts <- runtimeFacts <$> get todo <- runtimeTodo <$> get let identifiers = M.keys universe modified = S.fromList $ flip filter identifiers $ resourceModified provider let (ood, facts', msgs) = outOfDate identifiers modified facts todo' = M.filterWithKey (\id' _ -> id' `S.member` ood) universe -- Print messages mapM_ (Logger.debug logger) msgs -- Update facts and todo items modify $ \s -> s { runtimeDone = runtimeDone s `S.union` (S.fromList identifiers `S.difference` ood) , runtimeTodo = todo `M.union` todo' , runtimeFacts = facts' } -------------------------------------------------------------------------------- pickAndChase :: Runtime () pickAndChase = do todo <- runtimeTodo <$> get case M.minViewWithKey todo of Nothing -> return () Just ((id', _), _) -> do chase [] id' pickAndChase -------------------------------------------------------------------------------- chase :: [Identifier] -> Identifier -> Runtime () chase trail id' | id' `elem` trail = throwError $ "Hakyll.Core.Runtime.chase: " ++ "Dependency cycle detected: " ++ intercalate " depends on " (map show $ dropWhile (/= id') (reverse trail) ++ [id']) | otherwise = do logger <- runtimeLogger <$> ask todo <- runtimeTodo <$> get provider <- runtimeProvider <$> ask universe <- runtimeUniverse <$> ask routes <- runtimeRoutes <$> ask store <- runtimeStore <$> ask config <- runtimeConfiguration <$> ask Logger.debug logger $ "Processing " ++ show id' let compiler = todo M.! id' read' = CompilerRead { compilerConfig = config , compilerUnderlying = id' , compilerProvider = provider , compilerUniverse = M.keysSet universe , compilerRoutes = routes , compilerStore = store , compilerLogger = logger } result <- liftIO $ runCompiler compiler read' case result of -- Rethrow error CompilerError [] -> throwError "Compiler failed but no info given, try running with -v?" CompilerError es -> throwError $ intercalate "; " es -- Signal that a snapshot was saved -> CompilerSnapshot snapshot c -> do -- Update info. The next 'chase' will pick us again at some -- point so we can continue then. modify $ \s -> s { runtimeSnapshots = S.insert (id', snapshot) (runtimeSnapshots s) , runtimeTodo = M.insert id' c (runtimeTodo s) } -- Huge success CompilerDone (SomeItem item) cwrite -> do -- Print some info let facts = compilerDependencies cwrite cacheHits | compilerCacheHits cwrite <= 0 = "updated" | otherwise = "cached " Logger.message logger $ cacheHits ++ " " ++ show id' -- Sanity check unless (itemIdentifier item == id') $ throwError $ "The compiler yielded an Item with Identifier " ++ show (itemIdentifier item) ++ ", but we were expecting " ++ "an Item with Identifier " ++ show id' ++ " " ++ "(you probably want to call makeItem to solve this problem)" -- Write if necessary (mroute, _) <- liftIO $ runRoutes routes provider id' case mroute of Nothing -> return () Just route -> do let path = destinationDirectory config route liftIO $ makeDirectories path liftIO $ write path item Logger.debug logger $ "Routed to " ++ path -- Save! (For load) liftIO $ save store item -- Update state modify $ \s -> s { runtimeDone = S.insert id' (runtimeDone s) , runtimeTodo = M.delete id' (runtimeTodo s) , runtimeFacts = M.insert id' facts (runtimeFacts s) } -- Try something else first CompilerRequire dep c -> do -- Update the compiler so we don't execute it twice let (depId, depSnapshot) = dep done <- runtimeDone <$> get snapshots <- runtimeSnapshots <$> get -- Done if we either completed the entire item (runtimeDone) or -- if we previously saved the snapshot (runtimeSnapshots). let depDone = depId `S.member` done || (depId, depSnapshot) `S.member` snapshots modify $ \s -> s { runtimeTodo = M.insert id' (if depDone then c else compilerResult result) (runtimeTodo s) } -- If the required item is already compiled, continue, or, start -- chasing that Logger.debug logger $ "Require " ++ show depId ++ " (snapshot " ++ depSnapshot ++ "): " ++ (if depDone then "OK" else "chasing") if depDone then chase trail id' else chase (id' : trail) depId hakyll-4.9.2.0/src/Hakyll/Core/UnixFilter.hs0000644000000000000000000001354213020032546016666 0ustar0000000000000000{-# LANGUAGE CPP #-} -------------------------------------------------------------------------------- -- | A Compiler that supports unix filters. module Hakyll.Core.UnixFilter ( unixFilter , unixFilterLBS ) where -------------------------------------------------------------------------------- import Control.Concurrent (forkIO) import Control.Concurrent.MVar (newEmptyMVar, putMVar, takeMVar) import Control.DeepSeq (deepseq) import Control.Monad (forM_) import Data.ByteString.Lazy (ByteString) import qualified Data.ByteString.Lazy as LB import Data.IORef (newIORef, readIORef, writeIORef) import System.Exit (ExitCode (..)) import System.IO (Handle, hClose, hFlush, hGetContents, hPutStr, hSetEncoding, localeEncoding) import System.Process -------------------------------------------------------------------------------- import Hakyll.Core.Compiler -------------------------------------------------------------------------------- -- | Use a unix filter as compiler. For example, we could use the 'rev' program -- as a compiler. -- -- > rev :: Compiler (Item String) -- > rev = getResourceString >>= withItemBody (unixFilter "rev" []) -- -- A more realistic example: one can use this to call, for example, the sass -- compiler on CSS files. More information about sass can be found here: -- -- -- -- The code is fairly straightforward, given that we use @.scss@ for sass: -- -- > match "style.scss" $ do -- > route $ setExtension "css" -- > compile $ getResourceString >>= -- > withItemBody (unixFilter "sass" ["-s", "--scss"]) >>= -- > return . fmap compressCss unixFilter :: String -- ^ Program name -> [String] -- ^ Program args -> String -- ^ Program input -> Compiler String -- ^ Program output unixFilter = unixFilterWith writer reader where writer handle input = do hSetEncoding handle localeEncoding hPutStr handle input reader handle = do hSetEncoding handle localeEncoding out <- hGetContents handle deepseq out (return out) -------------------------------------------------------------------------------- -- | Variant of 'unixFilter' that should be used for binary files -- -- > match "music.wav" $ do -- > route $ setExtension "ogg" -- > compile $ getResourceLBS >>= withItemBody (unixFilterLBS "oggenc" ["-"]) unixFilterLBS :: String -- ^ Program name -> [String] -- ^ Program args -> ByteString -- ^ Program input -> Compiler ByteString -- ^ Program output unixFilterLBS = unixFilterWith LB.hPutStr $ \handle -> do out <- LB.hGetContents handle LB.length out `seq` return out -------------------------------------------------------------------------------- -- | Overloaded compiler unixFilterWith :: Monoid o => (Handle -> i -> IO ()) -- ^ Writer -> (Handle -> IO o) -- ^ Reader -> String -- ^ Program name -> [String] -- ^ Program args -> i -- ^ Program input -> Compiler o -- ^ Program output unixFilterWith writer reader programName args input = do debugCompiler ("Executing external program " ++ programName) (output, err, exitCode) <- unsafeCompiler $ unixFilterIO writer reader programName args input forM_ (lines err) debugCompiler case exitCode of ExitSuccess -> return output ExitFailure e -> fail $ "Hakyll.Core.UnixFilter.unixFilterWith: " ++ unwords (programName : args) ++ " gave exit code " ++ show e -------------------------------------------------------------------------------- -- | Internally used function unixFilterIO :: Monoid o => (Handle -> i -> IO ()) -> (Handle -> IO o) -> String -> [String] -> i -> IO (o, String, ExitCode) unixFilterIO writer reader programName args input = do -- The problem on Windows is that `proc` is unable to execute -- batch stubs (eg. anything created using 'gem install ...') even if its in -- `$PATH`. A solution to this issue is to execute the batch file explicitly -- using `cmd /c batchfile` but there is no rational way to know where said -- batchfile is on the system. Hence, we detect windows using the -- CPP and instead of using `proc` to create the process, use `shell` -- which will be able to execute everything `proc` can -- as well as batch files. #ifdef mingw32_HOST_OS let pr = shell $ unwords (programName : args) #else let pr = proc programName args #endif (Just inh, Just outh, Just errh, pid) <- createProcess pr { std_in = CreatePipe , std_out = CreatePipe , std_err = CreatePipe } -- Create boxes lock <- newEmptyMVar outRef <- newIORef mempty errRef <- newIORef "" -- Write the input to the child pipe _ <- forkIO $ writer inh input >> hFlush inh >> hClose inh -- Read from stdout _ <- forkIO $ do out <- reader outh hClose outh writeIORef outRef out putMVar lock () -- Read from stderr _ <- forkIO $ do hSetEncoding errh localeEncoding err <- hGetContents errh _ <- deepseq err (return err) hClose errh writeIORef errRef err putMVar lock () -- Get exit code & return takeMVar lock takeMVar lock exitCode <- waitForProcess pid out <- readIORef outRef err <- readIORef errRef return (out, err, exitCode) hakyll-4.9.2.0/src/Hakyll/Core/Rules.hs0000644000000000000000000001765513020032546015700 0ustar0000000000000000-------------------------------------------------------------------------------- -- | This module provides a declarative DSL in which the user can specify the -- different rules used to run the compilers. -- -- The convention is to just list all items in the 'Rules' monad, routes and -- compilation rules. -- -- A typical usage example would be: -- -- > main = hakyll $ do -- > match "posts/*" $ do -- > route (setExtension "html") -- > compile someCompiler -- > match "css/*" $ do -- > route idRoute -- > compile compressCssCompiler {-# LANGUAGE GeneralizedNewtypeDeriving #-} {-# LANGUAGE OverloadedStrings #-} module Hakyll.Core.Rules ( Rules , match , matchMetadata , create , version , compile , route -- * Advanced usage , preprocess , Dependency (..) , rulesExtraDependencies ) where -------------------------------------------------------------------------------- import Control.Monad.Reader (ask, local) import Control.Monad.State (get, modify, put) import Control.Monad.Trans (liftIO) import Control.Monad.Writer (censor, tell) import Data.Maybe (fromMaybe) import qualified Data.Set as S -------------------------------------------------------------------------------- import Data.Binary (Binary) import Data.Typeable (Typeable) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler.Internal import Hakyll.Core.Dependencies import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern import Hakyll.Core.Item import Hakyll.Core.Item.SomeItem import Hakyll.Core.Metadata import Hakyll.Core.Routes import Hakyll.Core.Rules.Internal import Hakyll.Core.Writable -------------------------------------------------------------------------------- -- | Add a route tellRoute :: Routes -> Rules () tellRoute route' = Rules $ tell $ RuleSet route' mempty mempty mempty -------------------------------------------------------------------------------- -- | Add a number of compilers tellCompilers :: [(Identifier, Compiler SomeItem)] -> Rules () tellCompilers compilers = Rules $ tell $ RuleSet mempty compilers mempty mempty -------------------------------------------------------------------------------- -- | Add resources tellResources :: [Identifier] -> Rules () tellResources resources' = Rules $ tell $ RuleSet mempty mempty (S.fromList resources') mempty -------------------------------------------------------------------------------- -- | Add a pattern tellPattern :: Pattern -> Rules () tellPattern pattern = Rules $ tell $ RuleSet mempty mempty mempty pattern -------------------------------------------------------------------------------- flush :: Rules () flush = Rules $ do mcompiler <- rulesCompiler <$> get case mcompiler of Nothing -> return () Just compiler -> do matches' <- rulesMatches <$> ask version' <- rulesVersion <$> ask route' <- fromMaybe mempty . rulesRoute <$> get -- The version is possibly not set correctly at this point (yet) let ids = map (setVersion version') matches' {- ids <- case fromLiteral pattern of Just id' -> return [setVersion version' id'] Nothing -> do ids <- unRules $ getMatches pattern unRules $ tellResources ids return $ map (setVersion version') ids -} -- Create a fast pattern for routing that matches exactly the -- compilers created in the block given to match let fastPattern = fromList ids -- Write out the compilers and routes unRules $ tellRoute $ matchRoute fastPattern route' unRules $ tellCompilers $ [(id', compiler) | id' <- ids] put $ emptyRulesState -------------------------------------------------------------------------------- matchInternal :: Pattern -> Rules [Identifier] -> Rules () -> Rules () matchInternal pattern getIDs rules = do tellPattern pattern flush ids <- getIDs tellResources ids Rules $ local (setMatches ids) $ unRules $ rules >> flush where setMatches ids env = env {rulesMatches = ids} -------------------------------------------------------------------------------- match :: Pattern -> Rules () -> Rules () match pattern = matchInternal pattern $ getMatches pattern -------------------------------------------------------------------------------- matchMetadata :: Pattern -> (Metadata -> Bool) -> Rules () -> Rules () matchMetadata pattern metadataPred = matchInternal pattern $ map fst . filter (metadataPred . snd) <$> getAllMetadata pattern -------------------------------------------------------------------------------- create :: [Identifier] -> Rules () -> Rules () create ids rules = do flush -- TODO Maybe check if the resources exist and call tellResources on that Rules $ local setMatches $ unRules $ rules >> flush where setMatches env = env {rulesMatches = ids} -------------------------------------------------------------------------------- version :: String -> Rules () -> Rules () version v rules = do flush Rules $ local setVersion' $ unRules $ rules >> flush where setVersion' env = env {rulesVersion = Just v} -------------------------------------------------------------------------------- -- | Add a compilation rule to the rules. -- -- This instructs all resources to be compiled using the given compiler. compile :: (Binary a, Typeable a, Writable a) => Compiler (Item a) -> Rules () compile compiler = Rules $ modify $ \s -> s {rulesCompiler = Just (fmap SomeItem compiler)} -------------------------------------------------------------------------------- -- | Add a route. -- -- This adds a route for all items matching the current pattern. route :: Routes -> Rules () route route' = Rules $ modify $ \s -> s {rulesRoute = Just route'} -------------------------------------------------------------------------------- -- | Execute an 'IO' action immediately while the rules are being evaluated. -- This should be avoided if possible, but occasionally comes in useful. preprocess :: IO a -> Rules a preprocess = Rules . liftIO -------------------------------------------------------------------------------- -- | Advanced usage: add extra dependencies to compilers. Basically this is -- needed when you're doing unsafe tricky stuff in the rules monad, but you -- still want correct builds. -- -- A useful utility for this purpose is 'makePatternDependency'. rulesExtraDependencies :: [Dependency] -> Rules a -> Rules a rulesExtraDependencies deps rules = -- Note that we add the dependencies seemingly twice here. However, this is -- done so that 'rulesExtraDependencies' works both if we have something -- like: -- -- > match "*.css" $ rulesExtraDependencies [foo] $ ... -- -- and something like: -- -- > rulesExtraDependencies [foo] $ match "*.css" $ ... -- -- (1) takes care of the latter and (2) of the former. Rules $ censor fixRuleSet $ do x <- unRules rules fixCompiler return x where -- (1) Adds the dependencies to the compilers we are yet to create fixCompiler = modify $ \s -> case rulesCompiler s of Nothing -> s Just c -> s { rulesCompiler = Just $ compilerTellDependencies deps >> c } -- (2) Adds the dependencies to the compilers that are already in the ruleset fixRuleSet ruleSet = ruleSet { rulesCompilers = [ (i, compilerTellDependencies deps >> c) | (i, c) <- rulesCompilers ruleSet ] } hakyll-4.9.2.0/src/Hakyll/Core/File.hs0000644000000000000000000000620613020032546015453 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Exports simple compilers to just copy files {-# LANGUAGE DeriveDataTypeable #-} {-# LANGUAGE GeneralizedNewtypeDeriving #-} module Hakyll.Core.File ( CopyFile (..) , copyFileCompiler , TmpFile (..) , newTmpFile ) where -------------------------------------------------------------------------------- import Data.Binary (Binary (..)) import Data.Typeable (Typeable) import System.Directory (copyFile, doesFileExist, renameFile) import System.FilePath (()) import System.Random (randomIO) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Compiler.Internal import Hakyll.Core.Configuration import Hakyll.Core.Item import Hakyll.Core.Provider import qualified Hakyll.Core.Store as Store import Hakyll.Core.Util.File import Hakyll.Core.Writable -------------------------------------------------------------------------------- -- | This will copy any file directly by using a system call newtype CopyFile = CopyFile FilePath deriving (Binary, Eq, Ord, Show, Typeable) -------------------------------------------------------------------------------- instance Writable CopyFile where write dst (Item _ (CopyFile src)) = copyFile src dst -------------------------------------------------------------------------------- copyFileCompiler :: Compiler (Item CopyFile) copyFileCompiler = do identifier <- getUnderlying provider <- compilerProvider <$> compilerAsk makeItem $ CopyFile $ resourceFilePath provider identifier -------------------------------------------------------------------------------- newtype TmpFile = TmpFile FilePath deriving (Typeable) -------------------------------------------------------------------------------- instance Binary TmpFile where put _ = return () get = error $ "Hakyll.Core.File.TmpFile: You tried to load a TmpFile, however, " ++ "this is not possible since these are deleted as soon as possible." -------------------------------------------------------------------------------- instance Writable TmpFile where write dst (Item _ (TmpFile fp)) = renameFile fp dst -------------------------------------------------------------------------------- -- | Create a tmp file newTmpFile :: String -- ^ Suffix and extension -> Compiler TmpFile -- ^ Resulting tmp path newTmpFile suffix = do path <- mkPath compilerUnsafeIO $ makeDirectories path debugCompiler $ "newTmpFile " ++ path return $ TmpFile path where mkPath = do rand <- compilerUnsafeIO $ randomIO :: Compiler Int tmp <- tmpDirectory . compilerConfig <$> compilerAsk let path = tmp Store.hash [show rand] ++ "-" ++ suffix exists <- compilerUnsafeIO $ doesFileExist path if exists then mkPath else return path hakyll-4.9.2.0/src/Hakyll/Core/Identifier.hs0000644000000000000000000000517613020032546016663 0ustar0000000000000000-------------------------------------------------------------------------------- -- | An identifier is a type used to uniquely identify an item. An identifier is -- conceptually similar to a file path. Examples of identifiers are: -- -- * @posts/foo.markdown@ -- -- * @index@ -- -- * @error/404@ {-# LANGUAGE DeriveDataTypeable #-} {-# LANGUAGE GeneralizedNewtypeDeriving #-} module Hakyll.Core.Identifier ( Identifier , fromFilePath , toFilePath , identifierVersion , setVersion ) where -------------------------------------------------------------------------------- import Control.DeepSeq (NFData (..)) import Data.List (intercalate) import System.FilePath (dropTrailingPathSeparator, splitPath) -------------------------------------------------------------------------------- import Data.Binary (Binary (..)) import Data.Typeable (Typeable) import GHC.Exts (IsString, fromString) -------------------------------------------------------------------------------- data Identifier = Identifier { identifierVersion :: Maybe String , identifierPath :: String } deriving (Eq, Ord, Typeable) -------------------------------------------------------------------------------- instance Binary Identifier where put (Identifier v p) = put v >> put p get = Identifier <$> get <*> get -------------------------------------------------------------------------------- instance IsString Identifier where fromString = fromFilePath -------------------------------------------------------------------------------- instance NFData Identifier where rnf (Identifier v p) = rnf v `seq` rnf p `seq` () -------------------------------------------------------------------------------- instance Show Identifier where show i = case identifierVersion i of Nothing -> toFilePath i Just v -> toFilePath i ++ " (" ++ v ++ ")" -------------------------------------------------------------------------------- -- | Parse an identifier from a string fromFilePath :: String -> Identifier fromFilePath = Identifier Nothing . intercalate "/" . filter (not . null) . split' where split' = map dropTrailingPathSeparator . splitPath -------------------------------------------------------------------------------- -- | Convert an identifier to a relative 'FilePath' toFilePath :: Identifier -> FilePath toFilePath = identifierPath -------------------------------------------------------------------------------- setVersion :: Maybe String -> Identifier -> Identifier setVersion v i = i {identifierVersion = v} hakyll-4.9.2.0/src/Hakyll/Core/Metadata.hs0000644000000000000000000001165413020032546016317 0ustar0000000000000000-------------------------------------------------------------------------------- module Hakyll.Core.Metadata ( Metadata , lookupString , lookupStringList , MonadMetadata (..) , getMetadataField , getMetadataField' , makePatternDependency , BinaryMetadata (..) ) where -------------------------------------------------------------------------------- import Control.Arrow (second) import Control.Monad (forM) import Data.Binary (Binary (..), getWord8, putWord8, Get) import qualified Data.HashMap.Strict as HMS import qualified Data.Set as S import qualified Data.Text as T import qualified Data.Vector as V import qualified Data.Yaml.Extended as Yaml import Hakyll.Core.Dependencies import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern -------------------------------------------------------------------------------- type Metadata = Yaml.Object -------------------------------------------------------------------------------- lookupString :: String -> Metadata -> Maybe String lookupString key meta = HMS.lookup (T.pack key) meta >>= Yaml.toString -------------------------------------------------------------------------------- lookupStringList :: String -> Metadata -> Maybe [String] lookupStringList key meta = HMS.lookup (T.pack key) meta >>= Yaml.toList >>= mapM Yaml.toString -------------------------------------------------------------------------------- class Monad m => MonadMetadata m where getMetadata :: Identifier -> m Metadata getMatches :: Pattern -> m [Identifier] getAllMetadata :: Pattern -> m [(Identifier, Metadata)] getAllMetadata pattern = do matches' <- getMatches pattern forM matches' $ \id' -> do metadata <- getMetadata id' return (id', metadata) -------------------------------------------------------------------------------- getMetadataField :: MonadMetadata m => Identifier -> String -> m (Maybe String) getMetadataField identifier key = do metadata <- getMetadata identifier return $ lookupString key metadata -------------------------------------------------------------------------------- -- | Version of 'getMetadataField' which throws an error if the field does not -- exist. getMetadataField' :: MonadMetadata m => Identifier -> String -> m String getMetadataField' identifier key = do field <- getMetadataField identifier key case field of Just v -> return v Nothing -> fail $ "Hakyll.Core.Metadata.getMetadataField': " ++ "Item " ++ show identifier ++ " has no metadata field " ++ show key -------------------------------------------------------------------------------- makePatternDependency :: MonadMetadata m => Pattern -> m Dependency makePatternDependency pattern = do matches' <- getMatches pattern return $ PatternDependency pattern (S.fromList matches') -------------------------------------------------------------------------------- -- | Newtype wrapper for serialization. newtype BinaryMetadata = BinaryMetadata {unBinaryMetadata :: Metadata} instance Binary BinaryMetadata where put (BinaryMetadata obj) = put (BinaryYaml $ Yaml.Object obj) get = do BinaryYaml (Yaml.Object obj) <- get return $ BinaryMetadata obj -------------------------------------------------------------------------------- newtype BinaryYaml = BinaryYaml {unBinaryYaml :: Yaml.Value} -------------------------------------------------------------------------------- instance Binary BinaryYaml where put (BinaryYaml yaml) = case yaml of Yaml.Object obj -> do putWord8 0 let list :: [(T.Text, BinaryYaml)] list = map (second BinaryYaml) $ HMS.toList obj put list Yaml.Array arr -> do putWord8 1 let list = map BinaryYaml (V.toList arr) :: [BinaryYaml] put list Yaml.String s -> putWord8 2 >> put s Yaml.Number n -> putWord8 3 >> put n Yaml.Bool b -> putWord8 4 >> put b Yaml.Null -> putWord8 5 get = do tag <- getWord8 case tag of 0 -> do list <- get :: Get [(T.Text, BinaryYaml)] return $ BinaryYaml $ Yaml.Object $ HMS.fromList $ map (second unBinaryYaml) list 1 -> do list <- get :: Get [BinaryYaml] return $ BinaryYaml $ Yaml.Array $ V.fromList $ map unBinaryYaml list 2 -> BinaryYaml . Yaml.String <$> get 3 -> BinaryYaml . Yaml.Number <$> get 4 -> BinaryYaml . Yaml.Bool <$> get 5 -> return $ BinaryYaml Yaml.Null _ -> fail "Data.Binary.get: Invalid Binary Metadata" hakyll-4.9.2.0/src/Hakyll/Core/Util/0000755000000000000000000000000013020032546015151 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Core/Util/String.hs0000644000000000000000000000506213020032546016756 0ustar0000000000000000{-# LANGUAGE FlexibleContexts #-} -------------------------------------------------------------------------------- -- | Miscellaneous string manipulation functions. module Hakyll.Core.Util.String ( trim , replaceAll , splitAll , needlePrefix ) where -------------------------------------------------------------------------------- import Data.Char (isSpace) import Data.List (isPrefixOf) import Data.Maybe (listToMaybe) import Text.Regex.TDFA ((=~~)) -------------------------------------------------------------------------------- -- | Trim a string (drop spaces, tabs and newlines at both sides). trim :: String -> String trim = reverse . trim' . reverse . trim' where trim' = dropWhile isSpace -------------------------------------------------------------------------------- -- | A simple (but inefficient) regex replace funcion replaceAll :: String -- ^ Pattern -> (String -> String) -- ^ Replacement (called on capture) -> String -- ^ Source string -> String -- ^ Result replaceAll pattern f source = replaceAll' source where replaceAll' src = case listToMaybe (src =~~ pattern) of Nothing -> src Just (o, l) -> let (before, tmp) = splitAt o src (capture, after) = splitAt l tmp in before ++ f capture ++ replaceAll' after -------------------------------------------------------------------------------- -- | A simple regex split function. The resulting list will contain no empty -- strings. splitAll :: String -- ^ Pattern -> String -- ^ String to split -> [String] -- ^ Result splitAll pattern = filter (not . null) . splitAll' where splitAll' src = case listToMaybe (src =~~ pattern) of Nothing -> [src] Just (o, l) -> let (before, tmp) = splitAt o src in before : splitAll' (drop l tmp) -------------------------------------------------------------------------------- -- | Find the first instance of needle (must be non-empty) in haystack. We -- return the prefix of haystack before needle is matched. -- -- Examples: -- -- > needlePrefix "cd" "abcde" = "ab" -- -- > needlePrefix "ab" "abc" = "" -- -- > needlePrefix "ab" "xxab" = "xx" -- -- > needlePrefix "a" "xx" = "xx" needlePrefix :: String -> String -> Maybe String needlePrefix needle haystack = go [] haystack where go _ [] = Nothing go acc xss@(x:xs) | needle `isPrefixOf` xss = Just $ reverse acc | otherwise = go (x : acc) xs hakyll-4.9.2.0/src/Hakyll/Core/Util/Parser.hs0000644000000000000000000000211413020032546016737 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Parser utilities module Hakyll.Core.Util.Parser ( metadataKey , reservedKeys ) where -------------------------------------------------------------------------------- import Control.Applicative ((<|>)) import Control.Monad (guard, mzero, void) import qualified Text.Parsec as P import Text.Parsec.String (Parser) -------------------------------------------------------------------------------- metadataKey :: Parser String metadataKey = do -- Ensure trailing '-' binds to '$' if present. let hyphon = P.try $ do void $ P.char '-' x <- P.lookAhead P.anyChar guard $ x /= '$' pure '-' i <- (:) <$> P.letter <*> P.many (P.alphaNum <|> P.oneOf "_." <|> hyphon) if i `elem` reservedKeys then mzero else return i -------------------------------------------------------------------------------- reservedKeys :: [String] reservedKeys = ["if", "else", "endif", "for", "sep", "endfor", "partial"] hakyll-4.9.2.0/src/Hakyll/Core/Util/File.hs0000644000000000000000000000423613020032546016371 0ustar0000000000000000-------------------------------------------------------------------------------- -- | A module containing various file utility functions module Hakyll.Core.Util.File ( makeDirectories , getRecursiveContents , removeDirectory ) where -------------------------------------------------------------------------------- import Control.Monad (filterM, forM, when) import System.Directory (createDirectoryIfMissing, doesDirectoryExist, getDirectoryContents, removeDirectoryRecursive) import System.FilePath (takeDirectory, ()) -------------------------------------------------------------------------------- -- | Given a path to a file, try to make the path writable by making -- all directories on the path. makeDirectories :: FilePath -> IO () makeDirectories = createDirectoryIfMissing True . takeDirectory -------------------------------------------------------------------------------- -- | Get all contents of a directory. getRecursiveContents :: (FilePath -> IO Bool) -- ^ Ignore this file/directory -> FilePath -- ^ Directory to search -> IO [FilePath] -- ^ List of files found getRecursiveContents ignore top = go "" where isProper x | x `elem` [".", ".."] = return False | otherwise = not <$> ignore x go dir = do dirExists <- doesDirectoryExist (top dir) if not dirExists then return [] else do names <- filterM isProper =<< getDirectoryContents (top dir) paths <- forM names $ \name -> do let rel = dir name isDirectory <- doesDirectoryExist (top rel) if isDirectory then go rel else return [rel] return $ concat paths -------------------------------------------------------------------------------- removeDirectory :: FilePath -> IO () removeDirectory fp = do e <- doesDirectoryExist fp when e $ removeDirectoryRecursive fp hakyll-4.9.2.0/src/Hakyll/Core/Provider/0000755000000000000000000000000013020032546016026 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Core/Provider/MetadataCache.hs0000644000000000000000000000426113020032546021031 0ustar0000000000000000-------------------------------------------------------------------------------- module Hakyll.Core.Provider.MetadataCache ( resourceMetadata , resourceBody , resourceInvalidateMetadataCache ) where -------------------------------------------------------------------------------- import Control.Monad (unless) import Hakyll.Core.Identifier import Hakyll.Core.Metadata import Hakyll.Core.Provider.Internal import Hakyll.Core.Provider.Metadata import qualified Hakyll.Core.Store as Store -------------------------------------------------------------------------------- resourceMetadata :: Provider -> Identifier -> IO Metadata resourceMetadata p r | not (resourceExists p r) = return mempty | otherwise = do -- TODO keep time in md cache load p r Store.Found (BinaryMetadata md) <- Store.get (providerStore p) [name, toFilePath r, "metadata"] return md -------------------------------------------------------------------------------- resourceBody :: Provider -> Identifier -> IO String resourceBody p r = do load p r Store.Found bd <- Store.get (providerStore p) [name, toFilePath r, "body"] maybe (resourceString p r) return bd -------------------------------------------------------------------------------- resourceInvalidateMetadataCache :: Provider -> Identifier -> IO () resourceInvalidateMetadataCache p r = do Store.delete (providerStore p) [name, toFilePath r, "metadata"] Store.delete (providerStore p) [name, toFilePath r, "body"] -------------------------------------------------------------------------------- load :: Provider -> Identifier -> IO () load p r = do mmof <- Store.isMember store mdk unless mmof $ do (md, body) <- loadMetadata p r Store.set store mdk (BinaryMetadata md) Store.set store bk body where store = providerStore p mdk = [name, toFilePath r, "metadata"] bk = [name, toFilePath r, "body"] -------------------------------------------------------------------------------- name :: String name = "Hakyll.Core.Resource.Provider.MetadataCache" hakyll-4.9.2.0/src/Hakyll/Core/Provider/Internal.hs0000644000000000000000000001734113020032546020144 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE CPP #-} {-# LANGUAGE DeriveDataTypeable #-} {-# LANGUAGE GeneralizedNewtypeDeriving #-} module Hakyll.Core.Provider.Internal ( ResourceInfo (..) , Provider (..) , newProvider , resourceList , resourceExists , resourceFilePath , resourceString , resourceLBS , resourceModified , resourceModificationTime ) where -------------------------------------------------------------------------------- import Control.DeepSeq (NFData (..), deepseq) import Control.Monad (forM) import Data.Binary (Binary (..)) import qualified Data.ByteString.Lazy as BL import Data.Map (Map) import qualified Data.Map as M import Data.Maybe (fromMaybe) import Data.Set (Set) import qualified Data.Set as S import Data.Time (Day (..), UTCTime (..)) import Data.Typeable (Typeable) import System.Directory (getModificationTime) import System.FilePath (addExtension, ()) -------------------------------------------------------------------------------- #if !MIN_VERSION_directory(1,2,0) import Data.Time (readTime) import System.Locale (defaultTimeLocale) import System.Time (formatCalendarTime, toCalendarTime) #endif -------------------------------------------------------------------------------- import Hakyll.Core.Identifier import Hakyll.Core.Store (Store) import qualified Hakyll.Core.Store as Store import Hakyll.Core.Util.File -------------------------------------------------------------------------------- -- | Because UTCTime doesn't have a Binary instance... newtype BinaryTime = BinaryTime {unBinaryTime :: UTCTime} deriving (Eq, NFData, Ord, Show, Typeable) -------------------------------------------------------------------------------- instance Binary BinaryTime where put (BinaryTime (UTCTime (ModifiedJulianDay d) dt)) = put d >> put (toRational dt) get = fmap BinaryTime $ UTCTime <$> (ModifiedJulianDay <$> get) <*> (fromRational <$> get) -------------------------------------------------------------------------------- data ResourceInfo = ResourceInfo { resourceInfoModified :: BinaryTime , resourceInfoMetadata :: Maybe Identifier } deriving (Show, Typeable) -------------------------------------------------------------------------------- instance Binary ResourceInfo where put (ResourceInfo mtime meta) = put mtime >> put meta get = ResourceInfo <$> get <*> get -------------------------------------------------------------------------------- instance NFData ResourceInfo where rnf (ResourceInfo mtime meta) = rnf mtime `seq` rnf meta `seq` () -------------------------------------------------------------------------------- -- | Responsible for retrieving and listing resources data Provider = Provider { -- Top of the provided directory providerDirectory :: FilePath , -- | A list of all files found providerFiles :: Map Identifier ResourceInfo , -- | A list of the files from the previous run providerOldFiles :: Map Identifier ResourceInfo , -- | Underlying persistent store for caching providerStore :: Store } deriving (Show) -------------------------------------------------------------------------------- -- | Create a resource provider newProvider :: Store -- ^ Store to use -> (FilePath -> IO Bool) -- ^ Should we ignore this file? -> FilePath -- ^ Search directory -> IO Provider -- ^ Resulting provider newProvider store ignore directory = do list <- map fromFilePath <$> getRecursiveContents ignore directory let universe = S.fromList list files <- fmap (maxmtime . M.fromList) $ forM list $ \identifier -> do rInfo <- getResourceInfo directory universe identifier return (identifier, rInfo) -- Get the old files from the store, and then immediately replace them by -- the new files. oldFiles <- fromMaybe mempty . Store.toMaybe <$> Store.get store oldKey oldFiles `deepseq` Store.set store oldKey files return $ Provider directory files oldFiles store where oldKey = ["Hakyll.Core.Provider.Internal.newProvider", "oldFiles"] -- Update modified if metadata is modified maxmtime files = flip M.map files $ \rInfo@(ResourceInfo mtime meta) -> let metaMod = fmap resourceInfoModified $ meta >>= flip M.lookup files in rInfo {resourceInfoModified = maybe mtime (max mtime) metaMod} -------------------------------------------------------------------------------- getResourceInfo :: FilePath -> Set Identifier -> Identifier -> IO ResourceInfo getResourceInfo directory universe identifier = do mtime <- fileModificationTime $ directory toFilePath identifier return $ ResourceInfo (BinaryTime mtime) $ if mdRsc `S.member` universe then Just mdRsc else Nothing where mdRsc = fromFilePath $ flip addExtension "metadata" $ toFilePath identifier -------------------------------------------------------------------------------- resourceList :: Provider -> [Identifier] resourceList = M.keys . providerFiles -------------------------------------------------------------------------------- -- | Check if a given resource exists resourceExists :: Provider -> Identifier -> Bool resourceExists provider = (`M.member` providerFiles provider) . setVersion Nothing -------------------------------------------------------------------------------- resourceFilePath :: Provider -> Identifier -> FilePath resourceFilePath p i = providerDirectory p toFilePath i -------------------------------------------------------------------------------- -- | Get the raw body of a resource as string resourceString :: Provider -> Identifier -> IO String resourceString p i = readFile $ resourceFilePath p i -------------------------------------------------------------------------------- -- | Get the raw body of a resource of a lazy bytestring resourceLBS :: Provider -> Identifier -> IO BL.ByteString resourceLBS p i = BL.readFile $ resourceFilePath p i -------------------------------------------------------------------------------- -- | A resource is modified if it or its metadata has changed resourceModified :: Provider -> Identifier -> Bool resourceModified p r = case (ri, oldRi) of (Nothing, _) -> False (Just _, Nothing) -> True (Just n, Just o) -> resourceInfoModified n > resourceInfoModified o || resourceInfoMetadata n /= resourceInfoMetadata o where normal = setVersion Nothing r ri = M.lookup normal (providerFiles p) oldRi = M.lookup normal (providerOldFiles p) -------------------------------------------------------------------------------- resourceModificationTime :: Provider -> Identifier -> UTCTime resourceModificationTime p i = case M.lookup (setVersion Nothing i) (providerFiles p) of Just ri -> unBinaryTime $ resourceInfoModified ri Nothing -> error $ "Hakyll.Core.Provider.Internal.resourceModificationTime: " ++ "resource " ++ show i ++ " does not exist" -------------------------------------------------------------------------------- fileModificationTime :: FilePath -> IO UTCTime fileModificationTime fp = do #if MIN_VERSION_directory(1,2,0) getModificationTime fp #else ct <- toCalendarTime =<< getModificationTime fp let str = formatCalendarTime defaultTimeLocale "%s" ct return $ readTime defaultTimeLocale "%s" str #endif hakyll-4.9.2.0/src/Hakyll/Core/Provider/Metadata.hs0000644000000000000000000001327413020032546020111 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Internal module to parse metadata {-# LANGUAGE BangPatterns #-} {-# LANGUAGE RecordWildCards #-} module Hakyll.Core.Provider.Metadata ( loadMetadata , parsePage , MetadataException (..) ) where -------------------------------------------------------------------------------- import Control.Arrow (second) import Control.Exception (Exception, throwIO) import Control.Monad (guard) import qualified Data.ByteString as B import qualified Data.ByteString.Char8 as BC import Data.List.Extended (breakWhen) import qualified Data.Map as M import Data.Maybe (fromMaybe) import Data.Monoid ((<>)) import qualified Data.Text as T import qualified Data.Text.Encoding as T import qualified Data.Yaml as Yaml import Hakyll.Core.Identifier import Hakyll.Core.Metadata import Hakyll.Core.Provider.Internal import System.IO as IO -------------------------------------------------------------------------------- loadMetadata :: Provider -> Identifier -> IO (Metadata, Maybe String) loadMetadata p identifier = do hasHeader <- probablyHasMetadataHeader fp (md, body) <- if hasHeader then second Just <$> loadMetadataHeader fp else return (mempty, Nothing) emd <- case mi of Nothing -> return mempty Just mi' -> loadMetadataFile $ resourceFilePath p mi' return (md <> emd, body) where normal = setVersion Nothing identifier fp = resourceFilePath p identifier mi = M.lookup normal (providerFiles p) >>= resourceInfoMetadata -------------------------------------------------------------------------------- loadMetadataHeader :: FilePath -> IO (Metadata, String) loadMetadataHeader fp = do fileContent <- readFile fp case parsePage fileContent of Right x -> return x Left err -> throwIO $ MetadataException fp err -------------------------------------------------------------------------------- loadMetadataFile :: FilePath -> IO Metadata loadMetadataFile fp = do fileContent <- B.readFile fp let errOrMeta = Yaml.decodeEither' fileContent either (fail . show) return errOrMeta -------------------------------------------------------------------------------- -- | Check if a file "probably" has a metadata header. The main goal of this is -- to exclude binary files (which are unlikely to start with "---"). probablyHasMetadataHeader :: FilePath -> IO Bool probablyHasMetadataHeader fp = do handle <- IO.openFile fp IO.ReadMode bs <- BC.hGet handle 1024 IO.hClose handle return $ isMetadataHeader bs where isMetadataHeader bs = let pre = BC.takeWhile (\x -> x /= '\n' && x /= '\r') bs in BC.length pre >= 3 && BC.all (== '-') pre -------------------------------------------------------------------------------- -- | Parse the page metadata and body. splitMetadata :: String -> (Maybe String, String) splitMetadata str0 = fromMaybe (Nothing, str0) $ do guard $ leading >= 3 let !str1 = drop leading str0 guard $ all isNewline (take 1 str1) let !(!meta, !content0) = breakWhen isTrailing str1 guard $ not $ null content0 let !content1 = drop (leading + 1) content0 !content2 = dropWhile isNewline $ dropWhile isInlineSpace content1 -- Adding this newline fixes the line numbers reported by the YAML parser. -- It's a bit ugly but it works. return (Just ('\n' : meta), content2) where -- Parse the leading "---" !leading = length $ takeWhile (== '-') str0 -- Predicate to recognize the trailing "---" or "..." isTrailing [] = False isTrailing (x : xs) = isNewline x && length (takeWhile isDash xs) == leading -- Characters isNewline c = c == '\n' || c == '\r' isDash c = c == '-' || c == '.' isInlineSpace c = c == '\t' || c == ' ' -------------------------------------------------------------------------------- parseMetadata :: String -> Either Yaml.ParseException Metadata parseMetadata = Yaml.decodeEither' . T.encodeUtf8 . T.pack -------------------------------------------------------------------------------- parsePage :: String -> Either Yaml.ParseException (Metadata, String) parsePage fileContent = case mbMetaBlock of Nothing -> return (mempty, content) Just metaBlock -> case parseMetadata metaBlock of Left err -> Left err Right meta -> return (meta, content) where !(!mbMetaBlock, !content) = splitMetadata fileContent -------------------------------------------------------------------------------- -- | Thrown in the IO monad if things go wrong. Provides a nice-ish error -- message. data MetadataException = MetadataException FilePath Yaml.ParseException -------------------------------------------------------------------------------- instance Exception MetadataException -------------------------------------------------------------------------------- instance Show MetadataException where show (MetadataException fp err) = fp ++ ": " ++ Yaml.prettyPrintParseException err ++ hint where hint = case err of Yaml.InvalidYaml (Just (Yaml.YamlParseException {..})) | yamlProblem == problem -> "\n" ++ "Hint: if the metadata value contains characters such\n" ++ "as ':' or '-', try enclosing it in quotes." _ -> "" problem = "mapping values are not allowed in this context" hakyll-4.9.2.0/src/Hakyll/Core/Identifier/0000755000000000000000000000000013020032546016316 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Core/Identifier/Pattern.hs0000644000000000000000000002500213020032546020266 0ustar0000000000000000-------------------------------------------------------------------------------- -- | As 'Identifier' is used to specify a single item, a 'Pattern' is used to -- specify a list of items. -- -- In most cases, globs are used for patterns. -- -- A very simple pattern of such a pattern is @\"foo\/bar\"@. This pattern will -- only match the exact @foo\/bar@ identifier. -- -- To match more than one identifier, there are different captures that one can -- use: -- -- * @\"*\"@: matches at most one element of an identifier; -- -- * @\"**\"@: matches one or more elements of an identifier. -- -- Some examples: -- -- * @\"foo\/*\"@ will match @\"foo\/bar\"@ and @\"foo\/foo\"@, but not -- @\"foo\/bar\/qux\"@; -- -- * @\"**\"@ will match any identifier; -- -- * @\"foo\/**\"@ will match @\"foo\/bar\"@ and @\"foo\/bar\/qux\"@, but not -- @\"bar\/foo\"@; -- -- * @\"foo\/*.html\"@ will match all HTML files in the @\"foo\/\"@ directory. -- -- The 'capture' function allows the user to get access to the elements captured -- by the capture elements in the pattern. module Hakyll.Core.Identifier.Pattern ( -- * The pattern type Pattern -- * Creating patterns , fromGlob , fromList , fromRegex , fromVersion , hasVersion , hasNoVersion -- * Composing patterns , (.&&.) , (.||.) , complement -- * Applying patterns , matches , filterMatches -- * Capturing strings , capture , fromCapture , fromCaptures ) where -------------------------------------------------------------------------------- import Control.Arrow ((&&&), (>>>)) import Control.Monad (msum) import Data.Binary (Binary (..), getWord8, putWord8) import Data.List (inits, isPrefixOf, tails) import Data.Maybe (isJust) import Data.Set (Set) import qualified Data.Set as S -------------------------------------------------------------------------------- import GHC.Exts (IsString, fromString) import Text.Regex.TDFA ((=~)) -------------------------------------------------------------------------------- import Hakyll.Core.Identifier -------------------------------------------------------------------------------- -- | Elements of a glob pattern data GlobComponent = Capture | CaptureMany | Literal String deriving (Eq, Show) -------------------------------------------------------------------------------- instance Binary GlobComponent where put Capture = putWord8 0 put CaptureMany = putWord8 1 put (Literal s) = putWord8 2 >> put s get = getWord8 >>= \t -> case t of 0 -> pure Capture 1 -> pure CaptureMany 2 -> Literal <$> get _ -> error "Data.Binary.get: Invalid GlobComponent" -------------------------------------------------------------------------------- -- | Type that allows matching on identifiers data Pattern = Everything | Complement Pattern | And Pattern Pattern | Glob [GlobComponent] | List (Set Identifier) | Regex String | Version (Maybe String) deriving (Show) -------------------------------------------------------------------------------- instance Binary Pattern where put Everything = putWord8 0 put (Complement p) = putWord8 1 >> put p put (And x y) = putWord8 2 >> put x >> put y put (Glob g) = putWord8 3 >> put g put (List is) = putWord8 4 >> put is put (Regex r) = putWord8 5 >> put r put (Version v) = putWord8 6 >> put v get = getWord8 >>= \t -> case t of 0 -> pure Everything 1 -> Complement <$> get 2 -> And <$> get <*> get 3 -> Glob <$> get 4 -> List <$> get 5 -> Regex <$> get _ -> Version <$> get -------------------------------------------------------------------------------- instance IsString Pattern where fromString = fromGlob -------------------------------------------------------------------------------- instance Monoid Pattern where mempty = Everything mappend = (.&&.) -------------------------------------------------------------------------------- -- | Parse a pattern from a string fromGlob :: String -> Pattern fromGlob = Glob . parse' where parse' str = let (chunk, rest) = break (`elem` "\\*") str in case rest of ('\\' : x : xs) -> Literal (chunk ++ [x]) : parse' xs ('*' : '*' : xs) -> Literal chunk : CaptureMany : parse' xs ('*' : xs) -> Literal chunk : Capture : parse' xs xs -> Literal chunk : Literal xs : [] -------------------------------------------------------------------------------- -- | Create a 'Pattern' from a list of 'Identifier's it should match. -- -- /Warning/: use this carefully with 'hasNoVersion' and 'hasVersion'. The -- 'Identifier's in the list /already/ have versions assigned, and the pattern -- will then only match the intersection of both versions. -- -- A more concrete example, -- -- > fromList ["foo.markdown"] .&&. hasVersion "pdf" -- -- will not match anything! The @"foo.markdown"@ 'Identifier' has no version -- assigned, so the LHS of '.&&.' will only match this 'Identifier' with no -- version. The RHS only matches 'Identifier's with version set to @"pdf"@ -- -- hence, this pattern matches nothing. -- -- The correct way to use this is: -- -- > fromList $ map (setVersion $ Just "pdf") ["foo.markdown"] fromList :: [Identifier] -> Pattern fromList = List . S.fromList -------------------------------------------------------------------------------- -- | Create a 'Pattern' from a regex -- -- Example: -- -- > regex "^foo/[^x]*$ fromRegex :: String -> Pattern fromRegex = Regex -------------------------------------------------------------------------------- -- | Create a pattern which matches all items with the given version. fromVersion :: Maybe String -> Pattern fromVersion = Version -------------------------------------------------------------------------------- -- | Specify a version, e.g. -- -- > "foo/*.markdown" .&&. hasVersion "pdf" hasVersion :: String -> Pattern hasVersion = fromVersion . Just -------------------------------------------------------------------------------- -- | Match only if the identifier has no version set, e.g. -- -- > "foo/*.markdown" .&&. hasNoVersion hasNoVersion :: Pattern hasNoVersion = fromVersion Nothing -------------------------------------------------------------------------------- -- | '&&' for patterns: the given identifier must match both subterms (.&&.) :: Pattern -> Pattern -> Pattern x .&&. y = And x y infixr 3 .&&. -------------------------------------------------------------------------------- -- | '||' for patterns: the given identifier must match any subterm (.||.) :: Pattern -> Pattern -> Pattern x .||. y = complement (complement x `And` complement y) -- De Morgan's law infixr 2 .||. -------------------------------------------------------------------------------- -- | Inverts a pattern, e.g. -- -- > complement "foo/bar.html" -- -- will match /anything/ except @\"foo\/bar.html\"@ complement :: Pattern -> Pattern complement = Complement -------------------------------------------------------------------------------- -- | Check if an identifier matches a pattern matches :: Pattern -> Identifier -> Bool matches Everything _ = True matches (Complement p) i = not $ matches p i matches (And x y) i = matches x i && matches y i matches (Glob p) i = isJust $ capture (Glob p) i matches (List l) i = i `S.member` l matches (Regex r) i = toFilePath i =~ r matches (Version v) i = identifierVersion i == v -------------------------------------------------------------------------------- -- | Given a list of identifiers, retain only those who match the given pattern filterMatches :: Pattern -> [Identifier] -> [Identifier] filterMatches = filter . matches -------------------------------------------------------------------------------- -- | Split a list at every possible point, generate a list of (init, tail) -- cases. The result is sorted with inits decreasing in length. splits :: [a] -> [([a], [a])] splits = inits &&& tails >>> uncurry zip >>> reverse -------------------------------------------------------------------------------- -- | Match a glob against a pattern, generating a list of captures capture :: Pattern -> Identifier -> Maybe [String] capture (Glob p) i = capture' p (toFilePath i) capture _ _ = Nothing -------------------------------------------------------------------------------- -- | Internal verion of 'capture' capture' :: [GlobComponent] -> String -> Maybe [String] capture' [] [] = Just [] -- An empty match capture' [] _ = Nothing -- No match capture' (Literal l : ms) str -- Match the literal against the string | l `isPrefixOf` str = capture' ms $ drop (length l) str | otherwise = Nothing capture' (Capture : ms) str = -- Match until the next / let (chunk, rest) = break (== '/') str in msum $ [ fmap (i :) (capture' ms (t ++ rest)) | (i, t) <- splits chunk ] capture' (CaptureMany : ms) str = -- Match everything msum $ [ fmap (i :) (capture' ms t) | (i, t) <- splits str ] -------------------------------------------------------------------------------- -- | Create an identifier from a pattern by filling in the captures with a given -- string -- -- Example: -- -- > fromCapture (fromGlob "tags/*") "foo" -- -- Result: -- -- > "tags/foo" fromCapture :: Pattern -> String -> Identifier fromCapture pattern = fromCaptures pattern . repeat -------------------------------------------------------------------------------- -- | Create an identifier from a pattern by filling in the captures with the -- given list of strings fromCaptures :: Pattern -> [String] -> Identifier fromCaptures (Glob p) = fromFilePath . fromCaptures' p fromCaptures _ = error $ "Hakyll.Core.Identifier.Pattern.fromCaptures: fromCaptures only works " ++ "on simple globs!" -------------------------------------------------------------------------------- -- | Internally used version of 'fromCaptures' fromCaptures' :: [GlobComponent] -> [String] -> String fromCaptures' [] _ = mempty fromCaptures' (m : ms) [] = case m of Literal l -> l `mappend` fromCaptures' ms [] _ -> error $ "Hakyll.Core.Identifier.Pattern.fromCaptures': " ++ "identifier list exhausted" fromCaptures' (m : ms) ids@(i : is) = case m of Literal l -> l `mappend` fromCaptures' ms ids _ -> i `mappend` fromCaptures' ms is hakyll-4.9.2.0/src/Hakyll/Core/Item/0000755000000000000000000000000013020032546015132 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Core/Item/SomeItem.hs0000644000000000000000000000145413020032546017214 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE DeriveDataTypeable #-} {-# LANGUAGE ExistentialQuantification #-} module Hakyll.Core.Item.SomeItem ( SomeItem (..) ) where -------------------------------------------------------------------------------- import Data.Binary (Binary) import Data.Typeable (Typeable) -------------------------------------------------------------------------------- import Hakyll.Core.Item import Hakyll.Core.Writable -------------------------------------------------------------------------------- -- | An existential type, mostly for internal usage. data SomeItem = forall a. (Binary a, Typeable a, Writable a) => SomeItem (Item a) deriving (Typeable) hakyll-4.9.2.0/src/Hakyll/Core/Rules/0000755000000000000000000000000013020032546015326 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Core/Rules/Internal.hs0000644000000000000000000000716513020032546017447 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE GeneralizedNewtypeDeriving #-} {-# LANGUAGE Rank2Types #-} module Hakyll.Core.Rules.Internal ( RulesRead (..) , RuleSet (..) , RulesState (..) , emptyRulesState , Rules (..) , runRules ) where -------------------------------------------------------------------------------- import Control.Monad.Reader (ask) import Control.Monad.RWS (RWST, runRWST) import Control.Monad.Trans (liftIO) import qualified Data.Map as M import Data.Set (Set) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler.Internal import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern import Hakyll.Core.Item.SomeItem import Hakyll.Core.Metadata import Hakyll.Core.Provider import Hakyll.Core.Routes -------------------------------------------------------------------------------- data RulesRead = RulesRead { rulesProvider :: Provider , rulesMatches :: [Identifier] , rulesVersion :: Maybe String } -------------------------------------------------------------------------------- data RuleSet = RuleSet { -- | Accumulated routes rulesRoutes :: Routes , -- | Accumulated compilers rulesCompilers :: [(Identifier, Compiler SomeItem)] , -- | A set of the actually used files rulesResources :: Set Identifier , -- | A pattern we can use to check if a file *would* be used. This is -- needed for the preview server. rulesPattern :: Pattern } -------------------------------------------------------------------------------- instance Monoid RuleSet where mempty = RuleSet mempty mempty mempty mempty mappend (RuleSet r1 c1 s1 p1) (RuleSet r2 c2 s2 p2) = RuleSet (mappend r1 r2) (mappend c1 c2) (mappend s1 s2) (p1 .||. p2) -------------------------------------------------------------------------------- data RulesState = RulesState { rulesRoute :: Maybe Routes , rulesCompiler :: Maybe (Compiler SomeItem) } -------------------------------------------------------------------------------- emptyRulesState :: RulesState emptyRulesState = RulesState Nothing Nothing -------------------------------------------------------------------------------- -- | The monad used to compose rules newtype Rules a = Rules { unRules :: RWST RulesRead RuleSet RulesState IO a } deriving (Monad, Functor, Applicative) -------------------------------------------------------------------------------- instance MonadMetadata Rules where getMetadata identifier = Rules $ do provider <- rulesProvider <$> ask liftIO $ resourceMetadata provider identifier getMatches pattern = Rules $ do provider <- rulesProvider <$> ask return $ filterMatches pattern $ resourceList provider -------------------------------------------------------------------------------- -- | Run a Rules monad, resulting in a 'RuleSet' runRules :: Rules a -> Provider -> IO RuleSet runRules rules provider = do (_, _, ruleSet) <- runRWST (unRules rules) env emptyRulesState -- Ensure compiler uniqueness let ruleSet' = ruleSet { rulesCompilers = M.toList $ M.fromListWith (flip const) (rulesCompilers ruleSet) } return ruleSet' where env = RulesRead { rulesProvider = provider , rulesMatches = [] , rulesVersion = Nothing } hakyll-4.9.2.0/src/Hakyll/Core/Compiler/0000755000000000000000000000000013020032546016006 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Core/Compiler/Internal.hs0000644000000000000000000002277213020032546020130 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Internally used compiler module {-# LANGUAGE FlexibleInstances #-} {-# LANGUAGE GADTs #-} {-# LANGUAGE GeneralizedNewtypeDeriving #-} {-# LANGUAGE MultiParamTypeClasses #-} module Hakyll.Core.Compiler.Internal ( -- * Types Snapshot , CompilerRead (..) , CompilerWrite (..) , CompilerResult (..) , Compiler (..) , runCompiler -- * Core operations , compilerTell , compilerAsk , compilerThrow , compilerCatch , compilerResult , compilerUnsafeIO -- * Utilities , compilerTellDependencies , compilerTellCacheHits ) where -------------------------------------------------------------------------------- import Control.Applicative (Alternative (..)) import Control.Exception (SomeException, handle) import Control.Monad (forM_) import Control.Monad.Except (MonadError (..)) import Data.Set (Set) import qualified Data.Set as S -------------------------------------------------------------------------------- import Hakyll.Core.Configuration import Hakyll.Core.Dependencies import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern import Hakyll.Core.Logger (Logger) import qualified Hakyll.Core.Logger as Logger import Hakyll.Core.Metadata import Hakyll.Core.Provider import Hakyll.Core.Routes import Hakyll.Core.Store -------------------------------------------------------------------------------- -- | Whilst compiling an item, it possible to save multiple snapshots of it, and -- not just the final result. type Snapshot = String -------------------------------------------------------------------------------- -- | Environment in which a compiler runs data CompilerRead = CompilerRead { -- | Main configuration compilerConfig :: Configuration , -- | Underlying identifier compilerUnderlying :: Identifier , -- | Resource provider compilerProvider :: Provider , -- | List of all known identifiers compilerUniverse :: Set Identifier , -- | Site routes compilerRoutes :: Routes , -- | Compiler store compilerStore :: Store , -- | Logger compilerLogger :: Logger } -------------------------------------------------------------------------------- data CompilerWrite = CompilerWrite { compilerDependencies :: [Dependency] , compilerCacheHits :: Int } deriving (Show) -------------------------------------------------------------------------------- instance Monoid CompilerWrite where mempty = CompilerWrite [] 0 mappend (CompilerWrite d1 h1) (CompilerWrite d2 h2) = CompilerWrite (d1 ++ d2) (h1 + h2) -------------------------------------------------------------------------------- data CompilerResult a where CompilerDone :: a -> CompilerWrite -> CompilerResult a CompilerSnapshot :: Snapshot -> Compiler a -> CompilerResult a CompilerError :: [String] -> CompilerResult a CompilerRequire :: (Identifier, Snapshot) -> Compiler a -> CompilerResult a -------------------------------------------------------------------------------- -- | A monad which lets you compile items and takes care of dependency tracking -- for you. newtype Compiler a = Compiler { unCompiler :: CompilerRead -> IO (CompilerResult a) } -------------------------------------------------------------------------------- instance Functor Compiler where fmap f (Compiler c) = Compiler $ \r -> do res <- c r return $ case res of CompilerDone x w -> CompilerDone (f x) w CompilerSnapshot s c' -> CompilerSnapshot s (fmap f c') CompilerError e -> CompilerError e CompilerRequire i c' -> CompilerRequire i (fmap f c') {-# INLINE fmap #-} -------------------------------------------------------------------------------- instance Monad Compiler where return x = Compiler $ \_ -> return $ CompilerDone x mempty {-# INLINE return #-} Compiler c >>= f = Compiler $ \r -> do res <- c r case res of CompilerDone x w -> do res' <- unCompiler (f x) r return $ case res' of CompilerDone y w' -> CompilerDone y (w `mappend` w') CompilerSnapshot s c' -> CompilerSnapshot s $ do compilerTell w -- Save dependencies! c' CompilerError e -> CompilerError e CompilerRequire i c' -> CompilerRequire i $ do compilerTell w -- Save dependencies! c' CompilerSnapshot s c' -> return $ CompilerSnapshot s (c' >>= f) CompilerError e -> return $ CompilerError e CompilerRequire i c' -> return $ CompilerRequire i (c' >>= f) {-# INLINE (>>=) #-} fail = compilerThrow . return {-# INLINE fail #-} -------------------------------------------------------------------------------- instance Applicative Compiler where pure x = return x {-# INLINE pure #-} f <*> x = f >>= \f' -> fmap f' x {-# INLINE (<*>) #-} -------------------------------------------------------------------------------- instance MonadMetadata Compiler where getMetadata = compilerGetMetadata getMatches = compilerGetMatches -------------------------------------------------------------------------------- instance MonadError [String] Compiler where throwError = compilerThrow catchError = compilerCatch -------------------------------------------------------------------------------- runCompiler :: Compiler a -> CompilerRead -> IO (CompilerResult a) runCompiler compiler read' = handle handler $ unCompiler compiler read' where handler :: SomeException -> IO (CompilerResult a) handler e = return $ CompilerError [show e] -------------------------------------------------------------------------------- instance Alternative Compiler where empty = compilerThrow [] x <|> y = compilerCatch x $ \es -> do logger <- compilerLogger <$> compilerAsk forM_ es $ \e -> compilerUnsafeIO $ Logger.debug logger $ "Hakyll.Core.Compiler.Internal: Alternative failed: " ++ e y {-# INLINE (<|>) #-} -------------------------------------------------------------------------------- compilerAsk :: Compiler CompilerRead compilerAsk = Compiler $ \r -> return $ CompilerDone r mempty {-# INLINE compilerAsk #-} -------------------------------------------------------------------------------- compilerTell :: CompilerWrite -> Compiler () compilerTell deps = Compiler $ \_ -> return $ CompilerDone () deps {-# INLINE compilerTell #-} -------------------------------------------------------------------------------- compilerThrow :: [String] -> Compiler a compilerThrow es = Compiler $ \_ -> return $ CompilerError es {-# INLINE compilerThrow #-} -------------------------------------------------------------------------------- compilerCatch :: Compiler a -> ([String] -> Compiler a) -> Compiler a compilerCatch (Compiler x) f = Compiler $ \r -> do res <- x r case res of CompilerDone res' w -> return (CompilerDone res' w) CompilerSnapshot s c -> return (CompilerSnapshot s (compilerCatch c f)) CompilerError e -> unCompiler (f e) r CompilerRequire i c -> return (CompilerRequire i (compilerCatch c f)) {-# INLINE compilerCatch #-} -------------------------------------------------------------------------------- -- | Put the result back in a compiler compilerResult :: CompilerResult a -> Compiler a compilerResult x = Compiler $ \_ -> return x {-# INLINE compilerResult #-} -------------------------------------------------------------------------------- compilerUnsafeIO :: IO a -> Compiler a compilerUnsafeIO io = Compiler $ \_ -> do x <- io return $ CompilerDone x mempty {-# INLINE compilerUnsafeIO #-} -------------------------------------------------------------------------------- compilerTellDependencies :: [Dependency] -> Compiler () compilerTellDependencies ds = do logger <- compilerLogger <$> compilerAsk forM_ ds $ \d -> compilerUnsafeIO $ Logger.debug logger $ "Hakyll.Core.Compiler.Internal: Adding dependency: " ++ show d compilerTell mempty {compilerDependencies = ds} {-# INLINE compilerTellDependencies #-} -------------------------------------------------------------------------------- compilerTellCacheHits :: Int -> Compiler () compilerTellCacheHits ch = compilerTell mempty {compilerCacheHits = ch} {-# INLINE compilerTellCacheHits #-} -------------------------------------------------------------------------------- compilerGetMetadata :: Identifier -> Compiler Metadata compilerGetMetadata identifier = do provider <- compilerProvider <$> compilerAsk compilerTellDependencies [IdentifierDependency identifier] compilerUnsafeIO $ resourceMetadata provider identifier -------------------------------------------------------------------------------- compilerGetMatches :: Pattern -> Compiler [Identifier] compilerGetMatches pattern = do universe <- compilerUniverse <$> compilerAsk let matching = filterMatches pattern $ S.toList universe set' = S.fromList matching compilerTellDependencies [PatternDependency pattern set'] return matching hakyll-4.9.2.0/src/Hakyll/Core/Compiler/Require.hs0000644000000000000000000001106713020032546017763 0ustar0000000000000000-------------------------------------------------------------------------------- module Hakyll.Core.Compiler.Require ( Snapshot , save , saveSnapshot , load , loadSnapshot , loadBody , loadSnapshotBody , loadAll , loadAllSnapshots ) where -------------------------------------------------------------------------------- import Control.Monad (when) import Data.Binary (Binary) import qualified Data.Set as S import Data.Typeable -------------------------------------------------------------------------------- import Hakyll.Core.Compiler.Internal import Hakyll.Core.Dependencies import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern import Hakyll.Core.Item import Hakyll.Core.Metadata import Hakyll.Core.Store (Store) import qualified Hakyll.Core.Store as Store -------------------------------------------------------------------------------- save :: (Binary a, Typeable a) => Store -> Item a -> IO () save store item = saveSnapshot store final item -------------------------------------------------------------------------------- -- | Save a specific snapshot of an item, so you can load it later using -- 'loadSnapshot'. saveSnapshot :: (Binary a, Typeable a) => Store -> Snapshot -> Item a -> IO () saveSnapshot store snapshot item = Store.set store (key (itemIdentifier item) snapshot) (itemBody item) -------------------------------------------------------------------------------- -- | Load an item compiled elsewhere. If the required item is not yet compiled, -- the build system will take care of that automatically. load :: (Binary a, Typeable a) => Identifier -> Compiler (Item a) load id' = loadSnapshot id' final -------------------------------------------------------------------------------- -- | Require a specific snapshot of an item. loadSnapshot :: (Binary a, Typeable a) => Identifier -> Snapshot -> Compiler (Item a) loadSnapshot id' snapshot = do store <- compilerStore <$> compilerAsk universe <- compilerUniverse <$> compilerAsk -- Quick check for better error messages when (id' `S.notMember` universe) $ fail notFound compilerTellDependencies [IdentifierDependency id'] compilerResult $ CompilerRequire (id', snapshot) $ do result <- compilerUnsafeIO $ Store.get store (key id' snapshot) case result of Store.NotFound -> fail notFound Store.WrongType e r -> fail $ wrongType e r Store.Found x -> return $ Item id' x where notFound = "Hakyll.Core.Compiler.Require.load: " ++ show id' ++ " (snapshot " ++ snapshot ++ ") was not found in the cache, " ++ "the cache might be corrupted or " ++ "the item you are referring to might not exist" wrongType e r = "Hakyll.Core.Compiler.Require.load: " ++ show id' ++ " (snapshot " ++ snapshot ++ ") was found in the cache, " ++ "but does not have the right type: expected " ++ show e ++ " but got " ++ show r -------------------------------------------------------------------------------- -- | A shortcut for only requiring the body of an item. -- -- > loadBody = fmap itemBody . load loadBody :: (Binary a, Typeable a) => Identifier -> Compiler a loadBody id' = loadSnapshotBody id' final -------------------------------------------------------------------------------- loadSnapshotBody :: (Binary a, Typeable a) => Identifier -> Snapshot -> Compiler a loadSnapshotBody id' snapshot = fmap itemBody $ loadSnapshot id' snapshot -------------------------------------------------------------------------------- -- | This function allows you to 'load' a dynamic list of items loadAll :: (Binary a, Typeable a) => Pattern -> Compiler [Item a] loadAll pattern = loadAllSnapshots pattern final -------------------------------------------------------------------------------- loadAllSnapshots :: (Binary a, Typeable a) => Pattern -> Snapshot -> Compiler [Item a] loadAllSnapshots pattern snapshot = do matching <- getMatches pattern mapM (\i -> loadSnapshot i snapshot) matching -------------------------------------------------------------------------------- key :: Identifier -> String -> [String] key identifier snapshot = ["Hakyll.Core.Compiler.Require", show identifier, snapshot] -------------------------------------------------------------------------------- final :: Snapshot final = "_final" hakyll-4.9.2.0/src/Hakyll/Preview/0000755000000000000000000000000013020032546014765 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Preview/Poll.hs0000644000000000000000000001153013020032546016227 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE CPP #-} module Hakyll.Preview.Poll ( watchUpdates ) where -------------------------------------------------------------------------------- import Control.Concurrent (forkIO) import Control.Concurrent.MVar (newEmptyMVar, takeMVar, tryPutMVar) import Control.Exception (AsyncException, fromException, handle, throw) import Control.Monad (forever, void, when) import System.Directory (canonicalizePath) import System.FilePath (pathSeparators) import System.FSNotify (Event (..), startManager, watchTree) #ifdef mingw32_HOST_OS import Control.Concurrent (threadDelay) import Control.Exception (IOException, throw, try) import System.Directory (doesFileExist) import System.Exit (exitFailure) import System.FilePath (()) import System.IO (Handle, IOMode (ReadMode), hClose, openFile) import System.IO.Error (isPermissionError) #endif -------------------------------------------------------------------------------- import Hakyll.Core.Configuration import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern -------------------------------------------------------------------------------- -- | A thread that watches for updates in a 'providerDirectory' and recompiles -- a site as soon as any changes occur watchUpdates :: Configuration -> IO Pattern -> IO () watchUpdates conf update = do let providerDir = providerDirectory conf shouldBuild <- newEmptyMVar pattern <- update fullProviderDir <- canonicalizePath $ providerDirectory conf manager <- startManager let allowed event = do -- Absolute path of the changed file. This must be inside provider -- dir, since that's the only dir we're watching. let path = eventPath event relative = dropWhile (`elem` pathSeparators) $ drop (length fullProviderDir) path identifier = fromFilePath relative shouldIgnore <- shouldIgnoreFile conf path return $ not shouldIgnore && matches pattern identifier -- This thread continually watches the `shouldBuild` MVar and builds -- whenever a value is present. _ <- forkIO $ forever $ do event <- takeMVar shouldBuild handle (\e -> case fromException e of Nothing -> putStrLn (show e) Just async -> throw (async :: AsyncException)) (update' event providerDir) -- Send an event whenever something occurs so that the thread described -- above will do a build. void $ watchTree manager providerDir (not . isRemove) $ \event -> do allowed' <- allowed event when allowed' $ void $ tryPutMVar shouldBuild event where #ifndef mingw32_HOST_OS update' _ _ = void update #else update' event provider = do let path = provider eventPath event -- on windows, a 'Modified' event is also sent on file deletion fileExists <- doesFileExist path when fileExists . void $ waitOpen path ReadMode (\_ -> update) 10 -- continuously attempts to open the file in between sleep intervals -- handler is run only once it is able to open the file waitOpen :: FilePath -> IOMode -> (Handle -> IO r) -> Integer -> IO r waitOpen _ _ _ 0 = do putStrLn "[ERROR] Failed to retrieve modified file for regeneration" exitFailure waitOpen path mode handler retries = do res <- try $ openFile path mode :: IO (Either IOException Handle) case res of Left ex -> if isPermissionError ex then do threadDelay 100000 waitOpen path mode handler (retries - 1) else throw ex Right h -> do handled <- handler h hClose h return handled #endif -------------------------------------------------------------------------------- eventPath :: Event -> FilePath eventPath evt = evtPath evt where evtPath (Added p _) = p evtPath (Modified p _) = p evtPath (Removed p _) = p -------------------------------------------------------------------------------- isRemove :: Event -> Bool isRemove (Removed _ _) = True isRemove _ = False hakyll-4.9.2.0/src/Hakyll/Preview/Server.hs0000644000000000000000000000272613020032546016576 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Implements a basic static file server for previewing options {-# LANGUAGE OverloadedStrings #-} module Hakyll.Preview.Server ( staticServer ) where -------------------------------------------------------------------------------- import Data.String import qualified Network.Wai.Handler.Warp as Warp import qualified Network.Wai.Application.Static as Static import qualified Network.Wai as Wai import Network.HTTP.Types.Status (Status) -------------------------------------------------------------------------------- import Hakyll.Core.Logger (Logger) import qualified Hakyll.Core.Logger as Logger staticServer :: Logger -- ^ Logger -> FilePath -- ^ Directory to serve -> String -- ^ Host to bind on -> Int -- ^ Port to listen on -> IO () -- ^ Blocks forever staticServer logger directory host port = do Logger.header logger $ "Listening on http://" ++ host ++ ":" ++ show port Warp.runSettings warpSettings $ Static.staticApp (Static.defaultFileServerSettings directory) where warpSettings = Warp.setLogger noLog $ Warp.setHost (fromString host) $ Warp.setPort port Warp.defaultSettings noLog :: Wai.Request -> Status -> Maybe Integer -> IO () noLog _ _ _ = return () hakyll-4.9.2.0/src/Hakyll/Web/0000755000000000000000000000000013020032546014061 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Web/Tags.hs0000644000000000000000000003162713020032546015324 0ustar0000000000000000-------------------------------------------------------------------------------- -- | This module containing some specialized functions to deal with tags. It -- assumes you follow some conventions. -- -- We support two types of tags: tags and categories. -- -- To use default tags, use 'buildTags'. Tags are placed in a comma-separated -- metadata field like this: -- -- > --- -- > author: Philip K. Dick -- > title: Do androids dream of electric sheep? -- > tags: future, science fiction, humanoid -- > --- -- > The novel is set in a post-apocalyptic near future, where the Earth and -- > its populations have been damaged greatly by Nuclear... -- -- To use categories, use the 'buildCategories' function. Categories are -- determined by the directory a page is in, for example, the post -- -- > posts/coding/2010-01-28-hakyll-categories.markdown -- -- will receive the @coding@ category. -- -- Advanced users may implement custom systems using 'buildTagsWith' if desired. -- -- In the above example, we would want to create a page which lists all pages in -- the @coding@ category, for example, with the 'Identifier': -- -- > tags/coding.html -- -- This is where the first parameter of 'buildTags' and 'buildCategories' comes -- in. In the above case, we used the function: -- -- > fromCapture "tags/*.html" :: String -> Identifier -- -- The 'tagsRules' function lets you generate such a page for each tag in the -- 'Rules' monad. {-# LANGUAGE Arrows #-} {-# LANGUAGE DeriveDataTypeable #-} {-# LANGUAGE GeneralizedNewtypeDeriving #-} {-# LANGUAGE OverloadedStrings #-} module Hakyll.Web.Tags ( Tags (..) , getTags , buildTagsWith , buildTags , buildCategories , tagsRules , renderTags , renderTagCloud , renderTagCloudWith , tagCloudField , tagCloudFieldWith , renderTagList , tagsField , tagsFieldWith , categoryField , sortTagsBy , caseInsensitiveTags ) where -------------------------------------------------------------------------------- import Control.Arrow ((&&&)) import Control.Monad (foldM, forM, forM_, mplus) import Data.Char (toLower) import Data.List (intercalate, intersperse, sortBy) import qualified Data.Map as M import Data.Maybe (catMaybes, fromMaybe) import Data.Ord (comparing) import qualified Data.Set as S import System.FilePath (takeBaseName, takeDirectory) import Text.Blaze.Html (toHtml, toValue, (!)) import Text.Blaze.Html.Renderer.String (renderHtml) import qualified Text.Blaze.Html5 as H import qualified Text.Blaze.Html5.Attributes as A -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Dependencies import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern import Hakyll.Core.Item import Hakyll.Core.Metadata import Hakyll.Core.Rules import Hakyll.Core.Util.String import Hakyll.Web.Html import Hakyll.Web.Template.Context -------------------------------------------------------------------------------- -- | Data about tags data Tags = Tags { tagsMap :: [(String, [Identifier])] , tagsMakeId :: String -> Identifier , tagsDependency :: Dependency } -------------------------------------------------------------------------------- -- | Obtain tags from a page in the default way: parse them from the @tags@ -- metadata field. This can either be a list or a comma-separated string. getTags :: MonadMetadata m => Identifier -> m [String] getTags identifier = do metadata <- getMetadata identifier return $ fromMaybe [] $ (lookupStringList "tags" metadata) `mplus` (map trim . splitAll "," <$> lookupString "tags" metadata) -------------------------------------------------------------------------------- -- | Obtain categories from a page. getCategory :: MonadMetadata m => Identifier -> m [String] getCategory = return . return . takeBaseName . takeDirectory . toFilePath -------------------------------------------------------------------------------- -- | Higher-order function to read tags buildTagsWith :: MonadMetadata m => (Identifier -> m [String]) -> Pattern -> (String -> Identifier) -> m Tags buildTagsWith f pattern makeId = do ids <- getMatches pattern tagMap <- foldM addTags M.empty ids let set' = S.fromList ids return $ Tags (M.toList tagMap) makeId (PatternDependency pattern set') where -- Create a tag map for one page addTags tagMap id' = do tags <- f id' let tagMap' = M.fromList $ zip tags $ repeat [id'] return $ M.unionWith (++) tagMap tagMap' -------------------------------------------------------------------------------- buildTags :: MonadMetadata m => Pattern -> (String -> Identifier) -> m Tags buildTags = buildTagsWith getTags -------------------------------------------------------------------------------- buildCategories :: MonadMetadata m => Pattern -> (String -> Identifier) -> m Tags buildCategories = buildTagsWith getCategory -------------------------------------------------------------------------------- tagsRules :: Tags -> (String -> Pattern -> Rules ()) -> Rules () tagsRules tags rules = forM_ (tagsMap tags) $ \(tag, identifiers) -> rulesExtraDependencies [tagsDependency tags] $ create [tagsMakeId tags tag] $ rules tag $ fromList identifiers -------------------------------------------------------------------------------- -- | Render tags in HTML (the flexible higher-order function) renderTags :: (String -> String -> Int -> Int -> Int -> String) -- ^ Produce a tag item: tag, url, count, min count, max count -> ([String] -> String) -- ^ Join items -> Tags -- ^ Tag cloud renderer -> Compiler String renderTags makeHtml concatHtml tags = do -- In tags' we create a list: [((tag, route), count)] tags' <- forM (tagsMap tags) $ \(tag, ids) -> do route' <- getRoute $ tagsMakeId tags tag return ((tag, route'), length ids) -- TODO: We actually need to tell a dependency here! let -- Absolute frequencies of the pages freqs = map snd tags' -- The minimum and maximum count found (min', max') | null freqs = (0, 1) | otherwise = (minimum &&& maximum) freqs -- Create a link for one item makeHtml' ((tag, url), count) = makeHtml tag (toUrl $ fromMaybe "/" url) count min' max' -- Render and return the HTML return $ concatHtml $ map makeHtml' tags' -------------------------------------------------------------------------------- -- | Render a tag cloud in HTML renderTagCloud :: Double -- ^ Smallest font size, in percent -> Double -- ^ Biggest font size, in percent -> Tags -- ^ Input tags -> Compiler String -- ^ Rendered cloud renderTagCloud = renderTagCloudWith makeLink (intercalate " ") where makeLink minSize maxSize tag url count min' max' = -- Show the relative size of one 'count' in percent let diff = 1 + fromIntegral max' - fromIntegral min' relative = (fromIntegral count - fromIntegral min') / diff size = floor $ minSize + relative * (maxSize - minSize) :: Int in renderHtml $ H.a ! A.style (toValue $ "font-size: " ++ show size ++ "%") ! A.href (toValue url) $ toHtml tag -------------------------------------------------------------------------------- -- | Render a tag cloud in HTML renderTagCloudWith :: (Double -> Double -> String -> String -> Int -> Int -> Int -> String) -- ^ Render a single tag link -> ([String] -> String) -- ^ Concatenate links -> Double -- ^ Smallest font size, in percent -> Double -- ^ Biggest font size, in percent -> Tags -- ^ Input tags -> Compiler String -- ^ Rendered cloud renderTagCloudWith makeLink cat minSize maxSize = renderTags (makeLink minSize maxSize) cat -------------------------------------------------------------------------------- -- | Render a tag cloud in HTML as a context tagCloudField :: String -- ^ Destination key -> Double -- ^ Smallest font size, in percent -> Double -- ^ Biggest font size, in percent -> Tags -- ^ Input tags -> Context a -- ^ Context tagCloudField key minSize maxSize tags = field key $ \_ -> renderTagCloud minSize maxSize tags -------------------------------------------------------------------------------- -- | Render a tag cloud in HTML as a context tagCloudFieldWith :: String -- ^ Destination key -> (Double -> Double -> String -> String -> Int -> Int -> Int -> String) -- ^ Render a single tag link -> ([String] -> String) -- ^ Concatenate links -> Double -- ^ Smallest font size, in percent -> Double -- ^ Biggest font size, in percent -> Tags -- ^ Input tags -> Context a -- ^ Context tagCloudFieldWith key makeLink cat minSize maxSize tags = field key $ \_ -> renderTagCloudWith makeLink cat minSize maxSize tags -------------------------------------------------------------------------------- -- | Render a simple tag list in HTML, with the tag count next to the item -- TODO: Maybe produce a Context here renderTagList :: Tags -> Compiler (String) renderTagList = renderTags makeLink (intercalate ", ") where makeLink tag url count _ _ = renderHtml $ H.a ! A.href (toValue url) $ toHtml (tag ++ " (" ++ show count ++ ")") -------------------------------------------------------------------------------- -- | Render tags with links with custom functions to get tags and to -- render links tagsFieldWith :: (Identifier -> Compiler [String]) -- ^ Get the tags -> (String -> (Maybe FilePath) -> Maybe H.Html) -- ^ Render link for one tag -> ([H.Html] -> H.Html) -- ^ Concatenate tag links -> String -- ^ Destination field -> Tags -- ^ Tags structure -> Context a -- ^ Resulting context tagsFieldWith getTags' renderLink cat key tags = field key $ \item -> do tags' <- getTags' $ itemIdentifier item links <- forM tags' $ \tag -> do route' <- getRoute $ tagsMakeId tags tag return $ renderLink tag route' return $ renderHtml $ cat $ catMaybes $ links -------------------------------------------------------------------------------- -- | Render tags with links tagsField :: String -- ^ Destination key -> Tags -- ^ Tags -> Context a -- ^ Context tagsField = tagsFieldWith getTags simpleRenderLink (mconcat . intersperse ", ") -------------------------------------------------------------------------------- -- | Render the category in a link categoryField :: String -- ^ Destination key -> Tags -- ^ Tags -> Context a -- ^ Context categoryField = tagsFieldWith getCategory simpleRenderLink (mconcat . intersperse ", ") -------------------------------------------------------------------------------- -- | Render one tag link simpleRenderLink :: String -> (Maybe FilePath) -> Maybe H.Html simpleRenderLink _ Nothing = Nothing simpleRenderLink tag (Just filePath) = Just $ H.a ! A.href (toValue $ toUrl filePath) $ toHtml tag -------------------------------------------------------------------------------- -- | Sort tags using supplied function. First element of the tuple passed to -- the comparing function is the actual tag name. sortTagsBy :: ((String, [Identifier]) -> (String, [Identifier]) -> Ordering) -> Tags -> Tags sortTagsBy f t = t {tagsMap = sortBy f (tagsMap t)} -------------------------------------------------------------------------------- -- | Sample sorting function that compares tags case insensitively. caseInsensitiveTags :: (String, [Identifier]) -> (String, [Identifier]) -> Ordering caseInsensitiveTags = comparing $ map toLower . fst hakyll-4.9.2.0/src/Hakyll/Web/Feed.hs0000644000000000000000000001252413020032546015264 0ustar0000000000000000-------------------------------------------------------------------------------- -- | A Module that allows easy rendering of RSS feeds. -- -- The main rendering functions (@renderRss@, @renderAtom@) all assume that -- you pass the list of items so that the most recent entry in the feed is the -- first item in the list. -- -- Also note that the context should have (at least) the following fields to -- produce a correct feed: -- -- - @$title$@: Title of the item -- -- - @$description$@: Description to appear in the feed -- -- - @$url$@: URL to the item - this is usually set automatically. -- -- In addition, the posts should be named according to the rules for -- 'Hakyll.Web.Template.Context.dateField' module Hakyll.Web.Feed ( FeedConfiguration (..) , renderRss , renderAtom ) where -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Compiler.Internal import Hakyll.Core.Item import Hakyll.Core.Util.String (replaceAll) import Hakyll.Web.Template import Hakyll.Web.Template.Context import Hakyll.Web.Template.List -------------------------------------------------------------------------------- import Paths_hakyll -------------------------------------------------------------------------------- -- | This is a data structure to keep the configuration of a feed. data FeedConfiguration = FeedConfiguration { -- | Title of the feed. feedTitle :: String , -- | Description of the feed. feedDescription :: String , -- | Name of the feed author. feedAuthorName :: String , -- | Email of the feed author. feedAuthorEmail :: String , -- | Absolute root URL of the feed site (e.g. @http://jaspervdj.be@) feedRoot :: String } deriving (Show, Eq) -------------------------------------------------------------------------------- -- | Abstract function to render any feed. renderFeed :: FilePath -- ^ Feed template -> FilePath -- ^ Item template -> FeedConfiguration -- ^ Feed configuration -> Context String -- ^ Context for the items -> [Item String] -- ^ Input items -> Compiler (Item String) -- ^ Resulting item renderFeed feedPath itemPath config itemContext items = do feedTpl <- loadTemplate feedPath itemTpl <- loadTemplate itemPath protectedItems <- mapM (applyFilter protectCDATA) items body <- makeItem =<< applyTemplateList itemTpl itemContext' protectedItems applyTemplate feedTpl feedContext body where applyFilter :: (Monad m,Functor f) => (String -> String) -> f String -> m (f String) applyFilter tr str = return $ fmap tr str protectCDATA :: String -> String protectCDATA = replaceAll "]]>" (const "]]>") -- Auxiliary: load a template from a datafile loadTemplate path = do file <- compilerUnsafeIO $ getDataFileName path unsafeReadTemplateFile file itemContext' = mconcat [ itemContext , constField "root" (feedRoot config) , constField "authorName" (feedAuthorName config) , constField "authorEmail" (feedAuthorEmail config) ] feedContext = mconcat [ bodyField "body" , constField "title" (feedTitle config) , constField "description" (feedDescription config) , constField "authorName" (feedAuthorName config) , constField "authorEmail" (feedAuthorEmail config) , constField "root" (feedRoot config) , urlField "url" , updatedField , missingField ] -- Take the first "updated" field from all items -- this should be the most -- recent. updatedField = field "updated" $ \_ -> case items of [] -> return "Unknown" (x : _) -> unContext itemContext' "updated" [] x >>= \cf -> case cf of ListField _ _ -> fail "Hakyll.Web.Feed.renderFeed: Internal error" StringField s -> return s -------------------------------------------------------------------------------- -- | Render an RSS feed with a number of items. renderRss :: FeedConfiguration -- ^ Feed configuration -> Context String -- ^ Item context -> [Item String] -- ^ Feed items -> Compiler (Item String) -- ^ Resulting feed renderRss config context = renderFeed "templates/rss.xml" "templates/rss-item.xml" config (makeItemContext "%a, %d %b %Y %H:%M:%S UT" context) -------------------------------------------------------------------------------- -- | Render an Atom feed with a number of items. renderAtom :: FeedConfiguration -- ^ Feed configuration -> Context String -- ^ Item context -> [Item String] -- ^ Feed items -> Compiler (Item String) -- ^ Resulting feed renderAtom config context = renderFeed "templates/atom.xml" "templates/atom-item.xml" config (makeItemContext "%Y-%m-%dT%H:%M:%SZ" context) -------------------------------------------------------------------------------- -- | Copies @$updated$@ from @$published$@ if it is not already set. makeItemContext :: String -> Context a -> Context a makeItemContext fmt context = mconcat [dateField "published" fmt, context, dateField "updated" fmt] hakyll-4.9.2.0/src/Hakyll/Web/CompressCss.hs0000644000000000000000000000706413020032546016670 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Module used for CSS compression. The compression is currently in a simple -- state, but would typically reduce the number of bytes by about 25%. module Hakyll.Web.CompressCss ( compressCssCompiler , compressCss ) where -------------------------------------------------------------------------------- import Data.List (isPrefixOf) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Item -------------------------------------------------------------------------------- -- | Compiler form of 'compressCss' compressCssCompiler :: Compiler (Item String) compressCssCompiler = fmap compressCss <$> getResourceString -------------------------------------------------------------------------------- -- | Compress CSS to speed up your site. compressCss :: String -> String compressCss = compressSeparators . stripComments . compressWhitespace -------------------------------------------------------------------------------- -- | Compresses certain forms of separators. compressSeparators :: String -> String compressSeparators [] = [] compressSeparators str | isConstant = head str : retainConstants compressSeparators (head str) (drop 1 str) | stripFirst = compressSeparators (drop 1 str) | stripSecond = compressSeparators (head str : (drop 2 str)) | otherwise = head str : compressSeparators (drop 1 str) where isConstant = or $ map (isOfPrefix str) ["\"", "'"] stripFirst = or $ map (isOfPrefix str) [" ", " {", " }", " :", ";;", ";}"] stripSecond = or $ map (isOfPrefix str) ["{ ", "} ", ": ", "; "] -------------------------------------------------------------------------------- -- | Compresses all whitespace. compressWhitespace :: String -> String compressWhitespace [] = [] compressWhitespace str | isConstant = head str : retainConstants compressWhitespace (head str) (drop 1 str) | replaceOne = compressWhitespace (' ' : (drop 1 str)) | replaceTwo = compressWhitespace (' ' : (drop 2 str)) | otherwise = head str : compressWhitespace (drop 1 str) where isConstant = or $ map (isOfPrefix str) ["\"", "'"] replaceOne = or $ map (isOfPrefix str) ["\t", "\n", "\r"] replaceTwo = or $ map (isOfPrefix str) [" \t", " \n", " \r", " "] -------------------------------------------------------------------------------- -- | Function that strips CSS comments away. stripComments :: String -> String stripComments [] = [] stripComments str | isConstant = head str : retainConstants stripComments (head str) (drop 1 str) | isPrefixOf "/*" str = stripComments $ eatComments $ drop 2 str | otherwise = head str : stripComments (drop 1 str) where isConstant = or $ map (isOfPrefix str) ["\"", "'"] eatComments str' | null str' = [] | isPrefixOf "*/" str' = drop 2 str' | otherwise = eatComments $ drop 1 str' -------------------------------------------------------------------------------- -- | Helper function to handle string constants correctly. retainConstants :: (String -> String) -> Char -> String -> String retainConstants f delim str | null str = [] | isPrefixOf [delim] str = head str : f (drop 1 str) | otherwise = head str : retainConstants f delim (drop 1 str) -------------------------------------------------------------------------------- -- | Helper function to determine whether a string is a substring. isOfPrefix :: String -> String -> Bool isOfPrefix = flip isPrefixOf hakyll-4.9.2.0/src/Hakyll/Web/Paginate.hs0000644000000000000000000001146213020032546016151 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} module Hakyll.Web.Paginate ( PageNumber , Paginate (..) , buildPaginateWith , paginateEvery , paginateRules , paginateContext ) where -------------------------------------------------------------------------------- import Control.Monad (forM_) import qualified Data.Map as M import qualified Data.Set as S -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Identifier import Hakyll.Core.Identifier.Pattern import Hakyll.Core.Item import Hakyll.Core.Metadata import Hakyll.Core.Rules import Hakyll.Web.Html import Hakyll.Web.Template.Context -------------------------------------------------------------------------------- type PageNumber = Int -------------------------------------------------------------------------------- -- | Data about paginators data Paginate = Paginate { paginateMap :: M.Map PageNumber [Identifier] , paginateMakeId :: PageNumber -> Identifier , paginateDependency :: Dependency } -------------------------------------------------------------------------------- paginateNumPages :: Paginate -> Int paginateNumPages = M.size . paginateMap -------------------------------------------------------------------------------- paginateEvery :: Int -> [a] -> [[a]] paginateEvery n = go where go [] = [] go xs = let (y, ys) = splitAt n xs in y : go ys -------------------------------------------------------------------------------- buildPaginateWith :: MonadMetadata m => ([Identifier] -> m [[Identifier]]) -- ^ Group items into pages -> Pattern -- ^ Select items to paginate -> (PageNumber -> Identifier) -- ^ Identifiers for the pages -> m Paginate buildPaginateWith grouper pattern makeId = do ids <- getMatches pattern idGroups <- grouper ids let idsSet = S.fromList ids return Paginate { paginateMap = M.fromList (zip [1 ..] idGroups) , paginateMakeId = makeId , paginateDependency = PatternDependency pattern idsSet } -------------------------------------------------------------------------------- paginateRules :: Paginate -> (PageNumber -> Pattern -> Rules ()) -> Rules () paginateRules paginator rules = forM_ (M.toList $ paginateMap paginator) $ \(idx, identifiers) -> rulesExtraDependencies [paginateDependency paginator] $ create [paginateMakeId paginator idx] $ rules idx $ fromList identifiers -------------------------------------------------------------------------------- -- | Get the identifier for a certain page by passing in the page number. paginatePage :: Paginate -> PageNumber -> Maybe Identifier paginatePage pag pageNumber | pageNumber < 1 = Nothing | pageNumber > (paginateNumPages pag) = Nothing | otherwise = Just $ paginateMakeId pag pageNumber -------------------------------------------------------------------------------- -- | A default paginate context which provides the following keys: -- -- paginateContext :: Paginate -> PageNumber -> Context a paginateContext pag currentPage = mconcat [ field "firstPageNum" $ \_ -> otherPage 1 >>= num , field "firstPageUrl" $ \_ -> otherPage 1 >>= url , field "previousPageNum" $ \_ -> otherPage (currentPage - 1) >>= num , field "previousPageUrl" $ \_ -> otherPage (currentPage - 1) >>= url , field "nextPageNum" $ \_ -> otherPage (currentPage + 1) >>= num , field "nextPageUrl" $ \_ -> otherPage (currentPage + 1) >>= url , field "lastPageNum" $ \_ -> otherPage lastPage >>= num , field "lastPageUrl" $ \_ -> otherPage lastPage >>= url , field "currentPageNum" $ \i -> thisPage i >>= num , field "currentPageUrl" $ \i -> thisPage i >>= url , constField "numPages" $ show $ paginateNumPages pag ] where lastPage = paginateNumPages pag thisPage i = return (currentPage, itemIdentifier i) otherPage n | n == currentPage = fail $ "This is the current page: " ++ show n | otherwise = case paginatePage pag n of Nothing -> fail $ "No such page: " ++ show n Just i -> return (n, i) num :: (Int, Identifier) -> Compiler String num = return . show . fst url :: (Int, Identifier) -> Compiler String url (n, i) = getRoute i >>= \mbR -> case mbR of Just r -> return $ toUrl r Nothing -> fail $ "No URL for page: " ++ show n hakyll-4.9.2.0/src/Hakyll/Web/Html.hs0000644000000000000000000001342013020032546015321 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Provides utilities to manipulate HTML pages module Hakyll.Web.Html ( -- * Generic withTags -- * Headers , demoteHeaders -- * Url manipulation , getUrls , withUrls , toUrl , toSiteRoot , isExternal -- * Stripping/escaping , stripTags , escapeHtml ) where -------------------------------------------------------------------------------- import Data.Char (digitToInt, intToDigit, isDigit, toLower) import Data.List (isPrefixOf) import qualified Data.Set as S import System.FilePath.Posix (joinPath, splitPath, takeDirectory) import Text.Blaze.Html (toHtml) import Text.Blaze.Html.Renderer.String (renderHtml) import qualified Text.HTML.TagSoup as TS import Network.URI (isUnreserved, escapeURIString) -------------------------------------------------------------------------------- -- | Map over all tags in the document withTags :: (TS.Tag String -> TS.Tag String) -> String -> String withTags f = renderTags' . map f . parseTags' -------------------------------------------------------------------------------- -- | Map every @h1@ to an @h2@, @h2@ to @h3@, etc. demoteHeaders :: String -> String demoteHeaders = withTags $ \tag -> case tag of TS.TagOpen t a -> TS.TagOpen (demote t) a TS.TagClose t -> TS.TagClose (demote t) t -> t where demote t@['h', n] | isDigit n = ['h', intToDigit (min 6 $ digitToInt n + 1)] | otherwise = t demote t = t -------------------------------------------------------------------------------- isUrlAttribute :: String -> Bool isUrlAttribute = (`elem` ["src", "href", "data", "poster"]) -------------------------------------------------------------------------------- getUrls :: [TS.Tag String] -> [String] getUrls tags = [v | TS.TagOpen _ as <- tags, (k, v) <- as, isUrlAttribute k] -------------------------------------------------------------------------------- -- | Apply a function to each URL on a webpage withUrls :: (String -> String) -> String -> String withUrls f = withTags tag where tag (TS.TagOpen s a) = TS.TagOpen s $ map attr a tag x = x attr (k, v) = (k, if isUrlAttribute k then f v else v) -------------------------------------------------------------------------------- -- | Customized TagSoup renderer. The default TagSoup renderer escape CSS -- within style tags, and doesn't properly minimize. renderTags' :: [TS.Tag String] -> String renderTags' = TS.renderTagsOptions TS.RenderOptions { TS.optRawTag = (`elem` ["script", "style"]) . map toLower , TS.optMinimize = (`S.member` minimize) . map toLower , TS.optEscape = id } where -- A list of elements which must be minimized minimize = S.fromList [ "area", "br", "col", "embed", "hr", "img", "input", "meta", "link" , "param" ] -------------------------------------------------------------------------------- -- | Customized TagSoup parser: do not decode any entities. parseTags' :: String -> [TS.Tag String] parseTags' = TS.parseTagsOptions (TS.parseOptions :: TS.ParseOptions String) { TS.optEntityData = \(str, b) -> [TS.TagText $ "&" ++ str ++ [';' | b]] , TS.optEntityAttrib = \(str, b) -> ("&" ++ str ++ [';' | b], []) } -------------------------------------------------------------------------------- -- | Convert a filepath to an URL starting from the site root -- -- Example: -- -- > toUrl "foo/bar.html" -- -- Result: -- -- > "/foo/bar.html" -- -- This also sanitizes the URL, e.g. converting spaces into '%20' toUrl :: FilePath -> String toUrl url = case url of ('/' : xs) -> '/' : sanitize xs xs -> '/' : sanitize xs where -- Everything but unreserved characters should be escaped as we are -- sanitising the path therefore reserved characters which have a -- meaning in URI does not appear. Special casing for `/`, because it has -- a special meaning in FilePath as well as in URI. sanitize = escapeURIString (\c -> c == '/' || isUnreserved c) -------------------------------------------------------------------------------- -- | Get the relative url to the site root, for a given (absolute) url toSiteRoot :: String -> String toSiteRoot = emptyException . joinPath . map parent . filter relevant . splitPath . takeDirectory where parent = const ".." emptyException [] = "." emptyException x = x relevant "." = False relevant "/" = False relevant "./" = False relevant _ = True -------------------------------------------------------------------------------- -- | Check if an URL links to an external HTTP(S) source isExternal :: String -> Bool isExternal url = any (flip isPrefixOf url) ["http://", "https://", "//"] -------------------------------------------------------------------------------- -- | Strip all HTML tags from a string -- -- Example: -- -- > stripTags "

foo

" -- -- Result: -- -- > "foo" -- -- This also works for incomplete tags -- -- Example: -- -- > stripTags "

foo "foo" stripTags :: String -> String stripTags [] = [] stripTags ('<' : xs) = stripTags $ drop 1 $ dropWhile (/= '>') xs stripTags (x : xs) = x : stripTags xs -------------------------------------------------------------------------------- -- | HTML-escape a string -- -- Example: -- -- > escapeHtml "Me & Dean" -- -- Result: -- -- > "Me & Dean" escapeHtml :: String -> String escapeHtml = renderHtml . toHtml hakyll-4.9.2.0/src/Hakyll/Web/Pandoc.hs0000644000000000000000000001470713020032546015632 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Module exporting convenient pandoc bindings module Hakyll.Web.Pandoc ( -- * The basic building blocks readPandoc , readPandocWith , writePandoc , writePandocWith , renderPandoc , renderPandocWith -- * Derived compilers , pandocCompiler , pandocCompilerWith , pandocCompilerWithTransform , pandocCompilerWithTransformM -- * Default options , defaultHakyllReaderOptions , defaultHakyllWriterOptions ) where -------------------------------------------------------------------------------- import qualified Data.Set as S import Text.Pandoc import Text.Pandoc.Error (PandocError (..)) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Item import Hakyll.Web.Pandoc.FileType -------------------------------------------------------------------------------- -- | Read a string using pandoc, with the default options readPandoc :: Item String -- ^ String to read -> Compiler (Item Pandoc) -- ^ Resulting document readPandoc = readPandocWith defaultHakyllReaderOptions -------------------------------------------------------------------------------- -- | Read a string using pandoc, with the supplied options readPandocWith :: ReaderOptions -- ^ Parser options -> Item String -- ^ String to read -> Compiler (Item Pandoc) -- ^ Resulting document readPandocWith ropt item = case traverse (reader ropt (itemFileType item)) item of Left (ParseFailure err) -> fail $ "Hakyll.Web.Pandoc.readPandocWith: parse failed: " ++ err Left (ParsecError _ err) -> fail $ "Hakyll.Web.Pandoc.readPandocWith: parse failed: " ++ show err Right item' -> return item' where reader ro t = case t of DocBook -> readDocBook ro Html -> readHtml ro LaTeX -> readLaTeX ro LiterateHaskell t' -> reader (addExt ro Ext_literate_haskell) t' Markdown -> readMarkdown ro MediaWiki -> readMediaWiki ro OrgMode -> readOrg ro Rst -> readRST ro Textile -> readTextile ro _ -> error $ "Hakyll.Web.readPandocWith: I don't know how to read a file of " ++ "the type " ++ show t ++ " for: " ++ show (itemIdentifier item) addExt ro e = ro {readerExtensions = S.insert e $ readerExtensions ro} -------------------------------------------------------------------------------- -- | Write a document (as HTML) using pandoc, with the default options writePandoc :: Item Pandoc -- ^ Document to write -> Item String -- ^ Resulting HTML writePandoc = writePandocWith defaultHakyllWriterOptions -------------------------------------------------------------------------------- -- | Write a document (as HTML) using pandoc, with the supplied options writePandocWith :: WriterOptions -- ^ Writer options for pandoc -> Item Pandoc -- ^ Document to write -> Item String -- ^ Resulting HTML writePandocWith wopt = fmap $ writeHtmlString wopt -------------------------------------------------------------------------------- -- | Render the resource using pandoc renderPandoc :: Item String -> Compiler (Item String) renderPandoc = renderPandocWith defaultHakyllReaderOptions defaultHakyllWriterOptions -------------------------------------------------------------------------------- -- | Render the resource using pandoc renderPandocWith :: ReaderOptions -> WriterOptions -> Item String -> Compiler (Item String) renderPandocWith ropt wopt item = writePandocWith wopt <$> readPandocWith ropt item -------------------------------------------------------------------------------- -- | Read a page render using pandoc pandocCompiler :: Compiler (Item String) pandocCompiler = pandocCompilerWith defaultHakyllReaderOptions defaultHakyllWriterOptions -------------------------------------------------------------------------------- -- | A version of 'pandocCompiler' which allows you to specify your own pandoc -- options pandocCompilerWith :: ReaderOptions -> WriterOptions -> Compiler (Item String) pandocCompilerWith ropt wopt = cached "Hakyll.Web.Pandoc.pandocCompilerWith" $ pandocCompilerWithTransform ropt wopt id -------------------------------------------------------------------------------- -- | An extension of 'pandocCompilerWith' which allows you to specify a custom -- pandoc transformation for the content pandocCompilerWithTransform :: ReaderOptions -> WriterOptions -> (Pandoc -> Pandoc) -> Compiler (Item String) pandocCompilerWithTransform ropt wopt f = pandocCompilerWithTransformM ropt wopt (return . f) -------------------------------------------------------------------------------- -- | Similar to 'pandocCompilerWithTransform', but the transformation -- function is monadic. This is useful when you want the pandoc -- transformation to use the 'Compiler' information such as routes, -- metadata, etc pandocCompilerWithTransformM :: ReaderOptions -> WriterOptions -> (Pandoc -> Compiler Pandoc) -> Compiler (Item String) pandocCompilerWithTransformM ropt wopt f = writePandocWith wopt <$> (traverse f =<< readPandocWith ropt =<< getResourceBody) -------------------------------------------------------------------------------- -- | The default reader options for pandoc parsing in hakyll defaultHakyllReaderOptions :: ReaderOptions defaultHakyllReaderOptions = def { -- The following option causes pandoc to read smart typography, a nice -- and free bonus. readerSmart = True } -------------------------------------------------------------------------------- -- | The default writer options for pandoc rendering in hakyll defaultHakyllWriterOptions :: WriterOptions defaultHakyllWriterOptions = def { -- This option causes literate haskell to be written using '>' marks in -- html, which I think is a good default. writerExtensions = S.insert Ext_literate_haskell (writerExtensions def) , -- We want to have hightlighting by default, to be compatible with earlier -- Hakyll releases writerHighlight = True } hakyll-4.9.2.0/src/Hakyll/Web/Template.hs0000644000000000000000000000757413020032546016205 0ustar0000000000000000-- | This module provides means for reading and applying 'Template's. -- -- Templates are tools to convert items into a string. They are perfectly suited -- for laying out your site. -- -- Let's look at an example template: -- -- > -- > -- > My crazy homepage - $title$ -- > -- > -- >

-- >
-- > $body$ -- >
-- > -- > -- > -- -- As you can see, the format is very simple -- @$key$@ is used to render the -- @$key$@ field from the page, everything else is literally copied. If you want -- to literally insert @\"$key$\"@ into your page (for example, when you're -- writing a Hakyll tutorial) you can use -- -- >

-- > A literal $$key$$. -- >

-- -- Because of it's simplicity, these templates can be used for more than HTML: -- you could make, for example, CSS or JS templates as well. -- -- Apart from interpolating @$key$@s from the 'Context' you can also -- use the following macros: -- -- * @$if(key)$@ -- -- > $if(key)$ -- > Defined -- > $else$ -- > Non-defined -- > $endif$ -- -- This example will print @Defined@ if @key@ is defined in the -- context and @Non-defined@ otherwise. The @$else$@ clause is -- optional. -- -- * @$for(key)$@ -- -- The @for@ macro is used for enumerating 'Context' elements that are -- lists, i.e. constructed using the 'listField' function. Assume that -- in a context we have an element @listField \"key\" c itms@. Then -- the snippet -- -- > $for(key)$ -- > $x$ -- > $sep$, -- > $endfor$ -- -- would, for each item @i@ in 'itms', lookup @$x$@ in the context @c@ -- with item @i@, interpolate it, and join the resulting list with -- @,@. -- -- Another concrete example one may consider is the following. Given the -- context -- -- > listField "things" (field "thing" (return . itemBody)) -- > (sequence [makeItem "fruits", makeItem "vegetables"]) -- -- and a template -- -- > I like -- > $for(things)$ -- > fresh $thing$$sep$, and -- > $endfor$ -- -- the resulting page would look like -- -- >

-- > I like -- > -- > fresh fruits, and -- > -- > fresh vegetables -- >

-- -- The @$sep$@ part can be omitted. Usually, you can get by using the -- 'applyListTemplate' and 'applyJoinListTemplate' functions. -- -- * @$partial(path)$@ -- -- Loads a template located in a separate file and interpolates it -- under the current context. -- -- Assuming that the file @test.html@ contains -- -- > $key$ -- -- The result of rendering -- -- >

-- > $partial("test.html")$ -- >

-- -- is the same as the result of rendering -- -- >

-- > $key$ -- >

-- -- That is, calling @$partial$@ is equivalent to just copying and pasting -- template code. -- -- In the examples above you can see that the outputs contain a lot of leftover -- whitespace that you may wish to remove. Using @'$-'@ or @'-$'@ instead of -- @'$'@ in a macro strips all whitespace to the left or right of that clause -- respectively. Given the context -- -- > listField "counts" (field "count" (return . itemBody)) -- > (sequence [makeItem "3", makeItem "2", makeItem "1"]) -- -- and a template -- -- >

-- > $for(counts)-$ -- > $count$ -- > $-sep$... -- > $-endfor$ -- >

-- -- the resulting page would look like -- -- >

-- > 3...2...1 -- >

-- module Hakyll.Web.Template ( Template , templateBodyCompiler , templateCompiler , applyTemplate , loadAndApplyTemplate , applyAsTemplate , readTemplate , unsafeReadTemplateFile ) where -------------------------------------------------------------------------------- import Hakyll.Web.Template.Internal hakyll-4.9.2.0/src/Hakyll/Web/Pandoc/0000755000000000000000000000000013020032546015265 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Web/Pandoc/Binary.hs0000644000000000000000000000161613020032546017051 0ustar0000000000000000{-# OPTIONS_GHC -fno-warn-orphans #-} {-# LANGUAGE DeriveGeneric #-} module Hakyll.Web.Pandoc.Binary where import Data.Binary (Binary (..)) import qualified Text.CSL as CSL import qualified Text.CSL.Reference as REF import qualified Text.CSL.Style as STY import Text.Pandoc -------------------------------------------------------------------------------- -- orphans instance Binary REF.CNum instance Binary REF.Literal instance Binary REF.RefDate instance Binary REF.RefType instance Binary STY.Agent instance Binary STY.Formatted instance Binary Inline instance Binary Block instance Binary Citation instance Binary MathType instance Binary Alignment instance Binary CitationMode instance Binary QuoteType instance Binary Format instance Binary ListNumberDelim instance Binary ListNumberStyle instance Binary CSL.Reference hakyll-4.9.2.0/src/Hakyll/Web/Pandoc/FileType.hs0000644000000000000000000000474613020032546017355 0ustar0000000000000000-------------------------------------------------------------------------------- -- | A module dealing with pandoc file extensions and associated file types module Hakyll.Web.Pandoc.FileType ( FileType (..) , fileType , itemFileType ) where -------------------------------------------------------------------------------- import System.FilePath (splitExtension) -------------------------------------------------------------------------------- import Hakyll.Core.Identifier import Hakyll.Core.Item -------------------------------------------------------------------------------- -- | Datatype to represent the different file types Hakyll can deal with by -- default data FileType = Binary | Css | DocBook | Html | LaTeX | LiterateHaskell FileType | Markdown | MediaWiki | OrgMode | PlainText | Rst | Textile deriving (Eq, Ord, Show, Read) -------------------------------------------------------------------------------- -- | Get the file type for a certain file. The type is determined by extension. fileType :: FilePath -> FileType fileType = uncurry fileType' . splitExtension where fileType' _ ".css" = Css fileType' _ ".dbk" = DocBook fileType' _ ".htm" = Html fileType' _ ".html" = Html fileType' f ".lhs" = LiterateHaskell $ case fileType f of -- If no extension is given, default to Markdown + LiterateHaskell Binary -> Markdown -- Otherwise, LaTeX + LiterateHaskell or whatever the user specified x -> x fileType' _ ".markdown" = Markdown fileType' _ ".mediawiki" = MediaWiki fileType' _ ".md" = Markdown fileType' _ ".mdn" = Markdown fileType' _ ".mdown" = Markdown fileType' _ ".mdwn" = Markdown fileType' _ ".mkd" = Markdown fileType' _ ".mkdwn" = Markdown fileType' _ ".org" = OrgMode fileType' _ ".page" = Markdown fileType' _ ".rst" = Rst fileType' _ ".tex" = LaTeX fileType' _ ".text" = PlainText fileType' _ ".textile" = Textile fileType' _ ".txt" = PlainText fileType' _ ".wiki" = MediaWiki fileType' _ _ = Binary -- Treat unknown files as binary -------------------------------------------------------------------------------- -- | Get the file type for the current file itemFileType :: Item a -> FileType itemFileType = fileType . toFilePath . itemIdentifier hakyll-4.9.2.0/src/Hakyll/Web/Pandoc/Biblio.hs0000644000000000000000000001025313020032546017022 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Wraps pandocs bibiliography handling -- -- In order to add a bibliography, you will need a bibliography file (e.g. -- @.bib@) and a CSL file (@.csl@). Both need to be compiled with their -- respective compilers ('biblioCompiler' and 'cslCompiler'). Then, you can -- refer to these files when you use 'readPandocBiblio'. This function also -- takes the reader options for completeness -- you can use -- 'defaultHakyllReaderOptions' if you're unsure. -- 'pandocBiblioCompiler' is a convenience wrapper which works like 'pandocCompiler', -- but also takes paths to compiled bibliography and csl files. {-# LANGUAGE Arrows #-} {-# LANGUAGE DeriveDataTypeable #-} {-# LANGUAGE GeneralizedNewtypeDeriving #-} module Hakyll.Web.Pandoc.Biblio ( CSL , cslCompiler , Biblio (..) , biblioCompiler , readPandocBiblio , pandocBiblioCompiler ) where -------------------------------------------------------------------------------- import Control.Monad (liftM, replicateM) import Data.Binary (Binary (..)) import Data.Default (def) import Data.Typeable (Typeable) import Hakyll.Core.Compiler import Hakyll.Core.Identifier import Hakyll.Core.Item import Hakyll.Core.Writable import Hakyll.Web.Pandoc import Hakyll.Web.Pandoc.Binary () import qualified Text.CSL as CSL import Text.CSL.Pandoc (processCites) import Text.Pandoc (Pandoc, ReaderOptions (..)) -------------------------------------------------------------------------------- data CSL = CSL deriving (Show, Typeable) -------------------------------------------------------------------------------- instance Binary CSL where put CSL = return () get = return CSL -------------------------------------------------------------------------------- instance Writable CSL where -- Shouldn't be written. write _ _ = return () -------------------------------------------------------------------------------- cslCompiler :: Compiler (Item CSL) cslCompiler = makeItem CSL -------------------------------------------------------------------------------- newtype Biblio = Biblio [CSL.Reference] deriving (Show, Typeable) -------------------------------------------------------------------------------- instance Binary Biblio where -- Ugly. get = do len <- get Biblio <$> replicateM len get put (Biblio rs) = put (length rs) >> mapM_ put rs -------------------------------------------------------------------------------- instance Writable Biblio where -- Shouldn't be written. write _ _ = return () -------------------------------------------------------------------------------- biblioCompiler :: Compiler (Item Biblio) biblioCompiler = do filePath <- toFilePath <$> getUnderlying makeItem =<< unsafeCompiler (Biblio <$> CSL.readBiblioFile filePath) -------------------------------------------------------------------------------- readPandocBiblio :: ReaderOptions -> Item CSL -> Item Biblio -> (Item String) -> Compiler (Item Pandoc) readPandocBiblio ropt csl biblio item = do -- Parse CSL file, if given style <- unsafeCompiler $ CSL.readCSLFile Nothing . toFilePath . itemIdentifier $ csl -- We need to know the citation keys, add then *before* actually parsing the -- actual page. If we don't do this, pandoc won't even consider them -- citations! let Biblio refs = itemBody biblio pandoc <- itemBody <$> readPandocWith ropt item let pandoc' = processCites style refs pandoc return $ fmap (const pandoc') item -------------------------------------------------------------------------------- pandocBiblioCompiler :: String -> String -> Compiler (Item String) pandocBiblioCompiler cslFileName bibFileName = do csl <- load $ fromFilePath cslFileName bib <- load $ fromFilePath bibFileName liftM writePandoc (getResourceBody >>= readPandocBiblio def csl bib) hakyll-4.9.2.0/src/Hakyll/Web/Html/0000755000000000000000000000000013020032546014765 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Web/Html/RelativizeUrls.hs0000644000000000000000000000374013020032546020311 0ustar0000000000000000-------------------------------------------------------------------------------- -- | This module exposes a function which can relativize URL's on a webpage. -- -- This means that one can deploy the resulting site on -- @http:\/\/example.com\/@, but also on @http:\/\/example.com\/some-folder\/@ -- without having to change anything (simply copy over the files). -- -- To use it, you should use absolute URL's from the site root everywhere. For -- example, use -- -- > Funny zomgroflcopter -- -- in a blogpost. When running this through the relativize URL's module, this -- will result in (suppose your blogpost is located at @\/posts\/foo.html@: -- -- > Funny zomgroflcopter module Hakyll.Web.Html.RelativizeUrls ( relativizeUrls , relativizeUrlsWith ) where -------------------------------------------------------------------------------- import Data.List (isPrefixOf) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Item import Hakyll.Web.Html -------------------------------------------------------------------------------- -- | Compiler form of 'relativizeUrls' which automatically picks the right root -- path relativizeUrls :: Item String -> Compiler (Item String) relativizeUrls item = do route <- getRoute $ itemIdentifier item return $ case route of Nothing -> item Just r -> fmap (relativizeUrlsWith $ toSiteRoot r) item -------------------------------------------------------------------------------- -- | Relativize URL's in HTML relativizeUrlsWith :: String -- ^ Path to the site root -> String -- ^ HTML to relativize -> String -- ^ Resulting HTML relativizeUrlsWith root = withUrls rel where isRel x = "/" `isPrefixOf` x && not ("//" `isPrefixOf` x) rel x = if isRel x then root ++ x else x hakyll-4.9.2.0/src/Hakyll/Web/Template/0000755000000000000000000000000013020032546015634 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Web/Template/Context.hs0000644000000000000000000003303613020032546017621 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE CPP #-} {-# LANGUAGE ExistentialQuantification #-} module Hakyll.Web.Template.Context ( ContextField (..) , Context (..) , field , boolField , constField , listField , listFieldWith , functionField , mapContext , defaultContext , bodyField , metadataField , urlField , pathField , titleField , snippetField , dateField , dateFieldWith , getItemUTC , getItemModificationTime , modificationTimeField , modificationTimeFieldWith , teaserField , teaserFieldWithSeparator , missingField ) where -------------------------------------------------------------------------------- import Control.Applicative (Alternative (..)) import Control.Monad (msum) import Data.List (intercalate) import Data.Time.Clock (UTCTime (..)) import Data.Time.Format (formatTime) import qualified Data.Time.Format as TF import Data.Time.Locale.Compat (TimeLocale, defaultTimeLocale) import Hakyll.Core.Compiler import Hakyll.Core.Compiler.Internal import Hakyll.Core.Identifier import Hakyll.Core.Item import Hakyll.Core.Metadata import Hakyll.Core.Provider import Hakyll.Core.Util.String (needlePrefix, splitAll) import Hakyll.Web.Html import System.FilePath (splitDirectories, takeBaseName) -------------------------------------------------------------------------------- -- | Mostly for internal usage data ContextField = StringField String | forall a. ListField (Context a) [Item a] -------------------------------------------------------------------------------- -- | The 'Context' monoid. Please note that the order in which you -- compose the items is important. For example in -- -- > field "A" f1 <> field "A" f2 -- -- the first context will overwrite the second. This is especially -- important when something is being composed with -- 'metadataField' (or 'defaultContext'). If you want your context to be -- overwritten by the metadata fields, compose it from the right: -- -- @ -- 'metadataField' \<\> field \"date\" fDate -- @ -- newtype Context a = Context { unContext :: String -> [String] -> Item a -> Compiler ContextField } -------------------------------------------------------------------------------- instance Monoid (Context a) where mempty = missingField mappend (Context f) (Context g) = Context $ \k a i -> f k a i <|> g k a i -------------------------------------------------------------------------------- field' :: String -> (Item a -> Compiler ContextField) -> Context a field' key value = Context $ \k _ i -> if k == key then value i else empty -------------------------------------------------------------------------------- -- | Constructs a new field in the 'Context.' field :: String -- ^ Key -> (Item a -> Compiler String) -- ^ Function that constructs a value based -- on the item -> Context a field key value = field' key (fmap StringField . value) -------------------------------------------------------------------------------- -- | Creates a 'field' to use with the @$if()$@ template macro. boolField :: String -> (Item a -> Bool) -> Context a boolField name f = field name (\i -> if f i then pure (error $ unwords ["no string value for bool field:",name]) else empty) -------------------------------------------------------------------------------- -- | Creates a 'field' that does not depend on the 'Item' constField :: String -> String -> Context a constField key = field key . const . return -------------------------------------------------------------------------------- listField :: String -> Context a -> Compiler [Item a] -> Context b listField key c xs = listFieldWith key c (const xs) -------------------------------------------------------------------------------- listFieldWith :: String -> Context a -> (Item b -> Compiler [Item a]) -> Context b listFieldWith key c f = field' key $ fmap (ListField c) . f -------------------------------------------------------------------------------- functionField :: String -> ([String] -> Item a -> Compiler String) -> Context a functionField name value = Context $ \k args i -> if k == name then StringField <$> value args i else empty -------------------------------------------------------------------------------- mapContext :: (String -> String) -> Context a -> Context a mapContext f (Context c) = Context $ \k a i -> do fld <- c k a i case fld of StringField str -> return $ StringField (f str) ListField _ _ -> fail $ "Hakyll.Web.Template.Context.mapContext: " ++ "can't map over a ListField!" -------------------------------------------------------------------------------- -- | A context that allows snippet inclusion. In processed file, use as: -- -- > ... -- > $snippet("path/to/snippet/")$ -- > ... -- -- The contents of the included file will not be interpolated. -- snippetField :: Context String snippetField = functionField "snippet" f where f [contentsPath] _ = loadBody (fromFilePath contentsPath) f _ i = error $ "Too many arguments to function 'snippet()' in item " ++ show (itemIdentifier i) -------------------------------------------------------------------------------- -- | A context that contains (in that order) -- -- 1. A @$body$@ field -- -- 2. Metadata fields -- -- 3. A @$url$@ 'urlField' -- -- 4. A @$path$@ 'pathField' -- -- 5. A @$title$@ 'titleField' defaultContext :: Context String defaultContext = bodyField "body" `mappend` metadataField `mappend` urlField "url" `mappend` pathField "path" `mappend` titleField "title" `mappend` missingField -------------------------------------------------------------------------------- teaserSeparator :: String teaserSeparator = "" -------------------------------------------------------------------------------- -- | Constructs a 'field' that contains the body of the item. bodyField :: String -> Context String bodyField key = field key $ return . itemBody -------------------------------------------------------------------------------- -- | Map any field to its metadata value, if present metadataField :: Context a metadataField = Context $ \k _ i -> do value <- getMetadataField (itemIdentifier i) k maybe empty (return . StringField) value -------------------------------------------------------------------------------- -- | Absolute url to the resulting item urlField :: String -> Context a urlField key = field key $ fmap (maybe empty toUrl) . getRoute . itemIdentifier -------------------------------------------------------------------------------- -- | Filepath of the underlying file of the item pathField :: String -> Context a pathField key = field key $ return . toFilePath . itemIdentifier -------------------------------------------------------------------------------- -- | This title 'field' takes the basename of the underlying file by default titleField :: String -> Context a titleField = mapContext takeBaseName . pathField -------------------------------------------------------------------------------- -- | When the metadata has a field called @published@ in one of the -- following formats then this function can render the date. -- -- * @Mon, 06 Sep 2010 00:01:00 +0000@ -- -- * @Mon, 06 Sep 2010 00:01:00 UTC@ -- -- * @Mon, 06 Sep 2010 00:01:00@ -- -- * @2010-09-06T00:01:00+0000@ -- -- * @2010-09-06T00:01:00Z@ -- -- * @2010-09-06T00:01:00@ -- -- * @2010-09-06 00:01:00+0000@ -- -- * @2010-09-06 00:01:00@ -- -- * @September 06, 2010 00:01 AM@ -- -- Following date-only formats are supported too (@00:00:00@ for time is -- assumed) -- -- * @2010-09-06@ -- -- * @September 06, 2010@ -- -- Alternatively, when the metadata has a field called @path@ in a -- @folder/yyyy-mm-dd-title.extension@ format (the convention for pages) -- and no @published@ metadata field set, this function can render -- the date. This pattern matches the file name or directory names -- that begins with @yyyy-mm-dd@ . For example: -- @folder//yyyy-mm-dd-title//dist//main.extension@ . -- In case of multiple matches, the rightmost one is used. dateField :: String -- ^ Key in which the rendered date should be placed -> String -- ^ Format to use on the date -> Context a -- ^ Resulting context dateField = dateFieldWith defaultTimeLocale -------------------------------------------------------------------------------- -- | This is an extended version of 'dateField' that allows you to -- specify a time locale that is used for outputting the date. For more -- details, see 'dateField'. dateFieldWith :: TimeLocale -- ^ Output time locale -> String -- ^ Destination key -> String -- ^ Format to use on the date -> Context a -- ^ Resulting context dateFieldWith locale key format = field key $ \i -> do time <- getItemUTC locale $ itemIdentifier i return $ formatTime locale format time -------------------------------------------------------------------------------- -- | Parser to try to extract and parse the time from the @published@ -- field or from the filename. See 'dateField' for more information. -- Exported for user convenience. getItemUTC :: MonadMetadata m => TimeLocale -- ^ Output time locale -> Identifier -- ^ Input page -> m UTCTime -- ^ Parsed UTCTime getItemUTC locale id' = do metadata <- getMetadata id' let tryField k fmt = lookupString k metadata >>= parseTime' fmt paths = splitDirectories $ toFilePath id' maybe empty' return $ msum $ [tryField "published" fmt | fmt <- formats] ++ [tryField "date" fmt | fmt <- formats] ++ [parseTime' "%Y-%m-%d" $ intercalate "-" $ take 3 $ splitAll "-" fnCand | fnCand <- reverse paths] where empty' = fail $ "Hakyll.Web.Template.Context.getItemUTC: " ++ "could not parse time for " ++ show id' parseTime' = parseTimeM True locale formats = [ "%a, %d %b %Y %H:%M:%S %Z" , "%Y-%m-%dT%H:%M:%S%Z" , "%Y-%m-%d %H:%M:%S%Z" , "%Y-%m-%d" , "%B %e, %Y %l:%M %p" , "%B %e, %Y" , "%b %d, %Y" ] -------------------------------------------------------------------------------- -- | Get the time on which the actual file was last modified. This only works if -- there actually is an underlying file, of couse. getItemModificationTime :: Identifier -> Compiler UTCTime getItemModificationTime identifier = do provider <- compilerProvider <$> compilerAsk return $ resourceModificationTime provider identifier -------------------------------------------------------------------------------- modificationTimeField :: String -- ^ Key -> String -- ^ Format -> Context a -- ^ Resuting context modificationTimeField = modificationTimeFieldWith defaultTimeLocale -------------------------------------------------------------------------------- modificationTimeFieldWith :: TimeLocale -- ^ Time output locale -> String -- ^ Key -> String -- ^ Format -> Context a -- ^ Resulting context modificationTimeFieldWith locale key fmt = field key $ \i -> do mtime <- getItemModificationTime $ itemIdentifier i return $ formatTime locale fmt mtime -------------------------------------------------------------------------------- -- | A context with "teaser" key which contain a teaser of the item. -- The item is loaded from the given snapshot (which should be saved -- in the user code before any templates are applied). teaserField :: String -- ^ Key to use -> Snapshot -- ^ Snapshot to load -> Context String -- ^ Resulting context teaserField = teaserFieldWithSeparator teaserSeparator -------------------------------------------------------------------------------- -- | A context with "teaser" key which contain a teaser of the item, defined as -- the snapshot content before the teaser separator. The item is loaded from the -- given snapshot (which should be saved in the user code before any templates -- are applied). teaserFieldWithSeparator :: String -- ^ Separator to use -> String -- ^ Key to use -> Snapshot -- ^ Snapshot to load -> Context String -- ^ Resulting context teaserFieldWithSeparator separator key snapshot = field key $ \item -> do body <- itemBody <$> loadSnapshot (itemIdentifier item) snapshot case needlePrefix separator body of Nothing -> fail $ "Hakyll.Web.Template.Context: no teaser defined for " ++ show (itemIdentifier item) Just t -> return t -------------------------------------------------------------------------------- missingField :: Context a missingField = Context $ \k _ i -> fail $ "Missing field $" ++ k ++ "$ in context for item " ++ show (itemIdentifier i) parseTimeM :: Bool -> TimeLocale -> String -> String -> Maybe UTCTime #if MIN_VERSION_time(1,5,0) parseTimeM = TF.parseTimeM #else parseTimeM _ = TF.parseTime #endif hakyll-4.9.2.0/src/Hakyll/Web/Template/List.hs0000644000000000000000000000641313020032546017107 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Provides an easy way to combine several items in a list. The applications -- are obvious: -- -- * A post list on a blog -- -- * An image list in a gallery -- -- * A sitemap {-# LANGUAGE TupleSections #-} module Hakyll.Web.Template.List ( applyTemplateList , applyJoinTemplateList , chronological , recentFirst , sortChronological , sortRecentFirst ) where -------------------------------------------------------------------------------- import Control.Monad (liftM) import Data.List (intersperse, sortBy) import Data.Ord (comparing) import Data.Time.Locale.Compat (defaultTimeLocale) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Identifier import Hakyll.Core.Item import Hakyll.Core.Metadata import Hakyll.Web.Template import Hakyll.Web.Template.Context -------------------------------------------------------------------------------- -- | Generate a string of a listing of pages, after applying a template to each -- page. applyTemplateList :: Template -> Context a -> [Item a] -> Compiler String applyTemplateList = applyJoinTemplateList "" -------------------------------------------------------------------------------- -- | Join a listing of pages with a string in between, after applying a template -- to each page. applyJoinTemplateList :: String -> Template -> Context a -> [Item a] -> Compiler String applyJoinTemplateList delimiter tpl context items = do items' <- mapM (applyTemplate tpl context) items return $ concat $ intersperse delimiter $ map itemBody items' -------------------------------------------------------------------------------- -- | Sort pages chronologically. Uses the same method as 'dateField' for -- extracting the date. chronological :: MonadMetadata m => [Item a] -> m [Item a] chronological = sortByM $ getItemUTC defaultTimeLocale . itemIdentifier where sortByM :: (Monad m, Ord k) => (a -> m k) -> [a] -> m [a] sortByM f xs = liftM (map fst . sortBy (comparing snd)) $ mapM (\x -> liftM (x,) (f x)) xs -------------------------------------------------------------------------------- -- | The reverse of 'chronological' recentFirst :: MonadMetadata m => [Item a] -> m [Item a] recentFirst = liftM reverse . chronological -------------------------------------------------------------------------------- -- | Version of 'chronological' which doesn't need the actual items. sortChronological :: MonadMetadata m => [Identifier] -> m [Identifier] sortChronological ids = liftM (map itemIdentifier) $ chronological [Item i () | i <- ids] -------------------------------------------------------------------------------- -- | Version of 'recentFirst' which doesn't need the actual items. sortRecentFirst :: MonadMetadata m => [Identifier] -> m [Identifier] sortRecentFirst ids = liftM (map itemIdentifier) $ recentFirst [Item i () | i <- ids] hakyll-4.9.2.0/src/Hakyll/Web/Template/Internal.hs0000644000000000000000000001642413020032546017753 0ustar0000000000000000{-# LANGUAGE GeneralizedNewtypeDeriving #-} {-# LANGUAGE ScopedTypeVariables #-} module Hakyll.Web.Template.Internal ( Template (..) , template , templateBodyCompiler , templateCompiler , applyTemplate , applyTemplate' , loadAndApplyTemplate , applyAsTemplate , readTemplate , unsafeReadTemplateFile , module Hakyll.Web.Template.Internal.Element , module Hakyll.Web.Template.Internal.Trim ) where -------------------------------------------------------------------------------- import Control.Monad.Except (MonadError (..)) import Data.Binary (Binary) import Data.List (intercalate) import Data.Typeable (Typeable) import GHC.Exts (IsString (..)) import Prelude hiding (id) -------------------------------------------------------------------------------- import Hakyll.Core.Compiler import Hakyll.Core.Identifier import Hakyll.Core.Item import Hakyll.Core.Writable import Hakyll.Web.Template.Context import Hakyll.Web.Template.Internal.Element import Hakyll.Web.Template.Internal.Trim -------------------------------------------------------------------------------- -- | Datatype used for template substitutions. newtype Template = Template { unTemplate :: [TemplateElement] } deriving (Show, Eq, Binary, Typeable) -------------------------------------------------------------------------------- instance Writable Template where -- Writing a template is impossible write _ _ = return () -------------------------------------------------------------------------------- instance IsString Template where fromString = readTemplate -------------------------------------------------------------------------------- -- | Wrap the constructor to ensure trim is called. template :: [TemplateElement] -> Template template = Template . trim -------------------------------------------------------------------------------- readTemplate :: String -> Template readTemplate = Template . trim . readTemplateElems -------------------------------------------------------------------------------- -- | Read a template, without metadata header templateBodyCompiler :: Compiler (Item Template) templateBodyCompiler = cached "Hakyll.Web.Template.templateBodyCompiler" $ do item <- getResourceBody file <- getResourceFilePath return $ fmap (template . readTemplateElemsFile file) item -------------------------------------------------------------------------------- -- | Read complete file contents as a template templateCompiler :: Compiler (Item Template) templateCompiler = cached "Hakyll.Web.Template.templateCompiler" $ do item <- getResourceString file <- getResourceFilePath return $ fmap (template . readTemplateElemsFile file) item -------------------------------------------------------------------------------- applyTemplate :: Template -- ^ Template -> Context a -- ^ Context -> Item a -- ^ Page -> Compiler (Item String) -- ^ Resulting item applyTemplate tpl context item = do body <- applyTemplate' (unTemplate tpl) context item return $ itemSetBody body item -------------------------------------------------------------------------------- applyTemplate' :: forall a. [TemplateElement] -- ^ Unwrapped Template -> Context a -- ^ Context -> Item a -- ^ Page -> Compiler String -- ^ Resulting item applyTemplate' tes context x = go tes where context' :: String -> [String] -> Item a -> Compiler ContextField context' = unContext (context `mappend` missingField) go = fmap concat . mapM applyElem trimError = error $ "Hakyll.Web.Template.applyTemplate: template not " ++ "fully trimmed." --------------------------------------------------------------------------- applyElem :: TemplateElement -> Compiler String applyElem TrimL = trimError applyElem TrimR = trimError applyElem (Chunk c) = return c applyElem (Expr e) = applyExpr e >>= getString e applyElem Escaped = return "$" applyElem (If e t mf) = (applyExpr e >> go t) `catchError` handler where handler _ = case mf of Nothing -> return "" Just f -> go f applyElem (For e b s) = applyExpr e >>= \cf -> case cf of StringField _ -> fail $ "Hakyll.Web.Template.applyTemplateWith: expected ListField but " ++ "got StringField for expr " ++ show e ListField c xs -> do sep <- maybe (return "") go s bs <- mapM (applyTemplate' b c) xs return $ intercalate sep bs applyElem (Partial e) = do p <- applyExpr e >>= getString e Template tpl' <- loadBody (fromFilePath p) applyTemplate' tpl' context x --------------------------------------------------------------------------- applyExpr :: TemplateExpr -> Compiler ContextField applyExpr (Ident (TemplateKey k)) = context' k [] x applyExpr (Call (TemplateKey k) args) = do args' <- mapM (\e -> applyExpr e >>= getString e) args context' k args' x applyExpr (StringLiteral s) = return (StringField s) ---------------------------------------------------------------------------- getString _ (StringField s) = return s getString e (ListField _ _) = fail $ "Hakyll.Web.Template.applyTemplateWith: expected StringField but " ++ "got ListField for expr " ++ show e -------------------------------------------------------------------------------- -- | The following pattern is so common: -- -- > tpl <- loadBody "templates/foo.html" -- > someCompiler -- > >>= applyTemplate tpl context -- -- That we have a single function which does this: -- -- > someCompiler -- > >>= loadAndApplyTemplate "templates/foo.html" context loadAndApplyTemplate :: Identifier -- ^ Template identifier -> Context a -- ^ Context -> Item a -- ^ Page -> Compiler (Item String) -- ^ Resulting item loadAndApplyTemplate identifier context item = do tpl <- loadBody identifier applyTemplate tpl context item -------------------------------------------------------------------------------- -- | It is also possible that you want to substitute @$key$@s within the body of -- an item. This function does that by interpreting the item body as a template, -- and then applying it to itself. applyAsTemplate :: Context String -- ^ Context -> Item String -- ^ Item and template -> Compiler (Item String) -- ^ Resulting item applyAsTemplate context item = let tpl = template $ readTemplateElemsFile file (itemBody item) file = toFilePath $ itemIdentifier item in applyTemplate tpl context item -------------------------------------------------------------------------------- unsafeReadTemplateFile :: FilePath -> Compiler Template unsafeReadTemplateFile file = do tpl <- unsafeCompiler $ readFile file pure $ template $ readTemplateElemsFile file tpl hakyll-4.9.2.0/src/Hakyll/Web/Template/Internal/0000755000000000000000000000000013020032546017410 5ustar0000000000000000hakyll-4.9.2.0/src/Hakyll/Web/Template/Internal/Trim.hs0000644000000000000000000000730613020032546020665 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Module for trimming whitespace from tempaltes. module Hakyll.Web.Template.Internal.Trim ( trim ) where -------------------------------------------------------------------------------- import Data.Char (isSpace) import Data.List (dropWhileEnd) -------------------------------------------------------------------------------- import Hakyll.Web.Template.Internal.Element -------------------------------------------------------------------------------- trim :: [TemplateElement] -> [TemplateElement] trim = cleanse . canonicalize -------------------------------------------------------------------------------- -- | Apply the Trim nodes to the Chunks. cleanse :: [TemplateElement] -> [TemplateElement] cleanse = recurse cleanse . process where process [] = [] process (TrimR:Chunk str:ts) = let str' = dropWhile isSpace str in if null str' then process ts -- Might need to TrimL. else process $ Chunk str':ts process (Chunk str:TrimL:ts) = let str' = dropWhileEnd isSpace str in if null str' then process ts else Chunk str':process ts process (t:ts) = t:process ts -------------------------------------------------------------------------------- -- | Enforce the invariant that: -- -- * Every 'TrimL' has a 'Chunk' to its left. -- * Every 'TrimR' has a 'Chunk' to its right. -- canonicalize :: [TemplateElement] -> [TemplateElement] canonicalize = go where go t = let t' = redundant . swap $ dedupe t in if t == t' then t else go t' -------------------------------------------------------------------------------- -- | Remove the 'TrimR' and 'TrimL's that are no-ops. redundant :: [TemplateElement] -> [TemplateElement] redundant = recurse redundant . process where -- Remove the leading 'TrimL's. process (TrimL:ts) = process ts -- Remove trailing 'TrimR's. process ts = foldr trailing [] ts where trailing TrimR [] = [] trailing x xs = x:xs -------------------------------------------------------------------------------- -- >>> swap $ [TrimR, TrimL] -- [TrimL, TrimR] swap :: [TemplateElement] -> [TemplateElement] swap = recurse swap . process where process [] = [] process (TrimR:TrimL:ts) = TrimL:process (TrimR:ts) process (t:ts) = t:process ts -------------------------------------------------------------------------------- -- | Remove 'TrimR' and 'TrimL' duplication. dedupe :: [TemplateElement] -> [TemplateElement] dedupe = recurse dedupe . process where process [] = [] process (TrimR:TrimR:ts) = process (TrimR:ts) process (TrimL:TrimL:ts) = process (TrimL:ts) process (t:ts) = t:process ts -------------------------------------------------------------------------------- -- | @'recurse' f t@ applies f to every '[TemplateElement]' in t. recurse :: ([TemplateElement] -> [TemplateElement]) -> [TemplateElement] -> [TemplateElement] recurse _ [] = [] recurse f (x:xs) = process x:recurse f xs where process y = case y of If e tb eb -> If e (f tb) (f <$> eb) For e t s -> For e (f t) (f <$> s) _ -> y hakyll-4.9.2.0/src/Hakyll/Web/Template/Internal/Element.hs0000644000000000000000000002341213020032546021337 0ustar0000000000000000-------------------------------------------------------------------------------- -- | Module containing the elements used in a template. A template is generally -- just a list of these elements. {-# LANGUAGE GeneralizedNewtypeDeriving #-} module Hakyll.Web.Template.Internal.Element ( TemplateKey (..) , TemplateExpr (..) , TemplateElement (..) , templateElems , readTemplateElems , readTemplateElemsFile ) where -------------------------------------------------------------------------------- import Control.Applicative ((<|>)) import Control.Monad (void) import Data.Binary (Binary, get, getWord8, put, putWord8) import Data.List (intercalate) import Data.Maybe (isJust) import Data.Typeable (Typeable) import GHC.Exts (IsString (..)) import qualified Text.Parsec as P import qualified Text.Parsec.String as P -------------------------------------------------------------------------------- import Hakyll.Core.Util.Parser -------------------------------------------------------------------------------- newtype TemplateKey = TemplateKey String deriving (Binary, Show, Eq, Typeable) -------------------------------------------------------------------------------- instance IsString TemplateKey where fromString = TemplateKey -------------------------------------------------------------------------------- -- | Elements of a template. data TemplateElement = Chunk String | Expr TemplateExpr | Escaped -- expr, then, else | If TemplateExpr [TemplateElement] (Maybe [TemplateElement]) -- expr, body, separator | For TemplateExpr [TemplateElement] (Maybe [TemplateElement]) -- filename | Partial TemplateExpr | TrimL | TrimR deriving (Show, Eq, Typeable) -------------------------------------------------------------------------------- instance Binary TemplateElement where put (Chunk string) = putWord8 0 >> put string put (Expr e) = putWord8 1 >> put e put Escaped = putWord8 2 put (If e t f) = putWord8 3 >> put e >> put t >> put f put (For e b s) = putWord8 4 >> put e >> put b >> put s put (Partial e) = putWord8 5 >> put e put TrimL = putWord8 6 put TrimR = putWord8 7 get = getWord8 >>= \tag -> case tag of 0 -> Chunk <$> get 1 -> Expr <$> get 2 -> pure Escaped 3 -> If <$> get <*> get <*> get 4 -> For <$> get <*> get <*> get 5 -> Partial <$> get 6 -> pure TrimL 7 -> pure TrimR _ -> error "Hakyll.Web.Template.Internal: Error reading cached template" -------------------------------------------------------------------------------- -- | Expression in a template data TemplateExpr = Ident TemplateKey | Call TemplateKey [TemplateExpr] | StringLiteral String deriving (Eq, Typeable) -------------------------------------------------------------------------------- instance Show TemplateExpr where show (Ident (TemplateKey k)) = k show (Call (TemplateKey k) as) = k ++ "(" ++ intercalate ", " (map show as) ++ ")" show (StringLiteral s) = show s -------------------------------------------------------------------------------- instance Binary TemplateExpr where put (Ident k) = putWord8 0 >> put k put (Call k as) = putWord8 1 >> put k >> put as put (StringLiteral s) = putWord8 2 >> put s get = getWord8 >>= \tag -> case tag of 0 -> Ident <$> get 1 -> Call <$> get <*> get 2 -> StringLiteral <$> get _ -> error "Hakyll.Web.Template.Internal: Error reading cached template" -------------------------------------------------------------------------------- readTemplateElems :: String -> [TemplateElement] readTemplateElems = readTemplateElemsFile "{literal}" -------------------------------------------------------------------------------- readTemplateElemsFile :: FilePath -> String -> [TemplateElement] readTemplateElemsFile file input = case P.parse templateElems file input of Left err -> error $ "Cannot parse template: " ++ show err Right t -> t -------------------------------------------------------------------------------- templateElems :: P.Parser [TemplateElement] templateElems = mconcat <$> P.many (P.choice [ lift chunk , lift escaped , conditional , for , partial , expr ]) where lift = fmap (:[]) -------------------------------------------------------------------------------- chunk :: P.Parser TemplateElement chunk = Chunk <$> P.many1 (P.noneOf "$") -------------------------------------------------------------------------------- expr :: P.Parser [TemplateElement] expr = P.try $ do trimLExpr <- trimOpen e <- expr' trimRExpr <- trimClose return $ [TrimL | trimLExpr] ++ [Expr e] ++ [TrimR | trimRExpr] -------------------------------------------------------------------------------- expr' :: P.Parser TemplateExpr expr' = stringLiteral <|> call <|> ident -------------------------------------------------------------------------------- escaped :: P.Parser TemplateElement escaped = Escaped <$ P.try (P.string "$$") -------------------------------------------------------------------------------- trimOpen :: P.Parser Bool trimOpen = do void $ P.char '$' trimLIf <- P.optionMaybe $ P.try (P.char '-') pure $ isJust trimLIf -------------------------------------------------------------------------------- trimClose :: P.Parser Bool trimClose = do trimIfR <- P.optionMaybe $ P.try (P.char '-') void $ P.char '$' pure $ isJust trimIfR -------------------------------------------------------------------------------- conditional :: P.Parser [TemplateElement] conditional = P.try $ do -- if trimLIf <- trimOpen void $ P.string "if(" e <- expr' void $ P.char ')' trimRIf <- trimClose -- then thenBranch <- templateElems -- else elseParse <- opt "else" -- endif trimLEnd <- trimOpen void $ P.string "endif" trimREnd <- trimClose -- As else is optional we need to sort out where any Trim_s need to go. let (thenBody, elseBody) = maybe (thenNoElse, Nothing) thenElse elseParse where thenNoElse = [TrimR | trimRIf] ++ thenBranch ++ [TrimL | trimLEnd] thenElse (trimLElse, elseBranch, trimRElse) = (thenB, elseB) where thenB = [TrimR | trimRIf] ++ thenBranch ++ [TrimL | trimLElse] elseB = Just $ [TrimR | trimRElse] ++ elseBranch ++ [TrimL | trimLEnd] pure $ [TrimL | trimLIf] ++ [If e thenBody elseBody] ++ [TrimR | trimREnd] -------------------------------------------------------------------------------- for :: P.Parser [TemplateElement] for = P.try $ do -- for trimLFor <- trimOpen void $ P.string "for(" e <- expr' void $ P.char ')' trimRFor <- trimClose -- body bodyBranch <- templateElems -- sep sepParse <- opt "sep" -- endfor trimLEnd <- trimOpen void $ P.string "endfor" trimREnd <- trimClose -- As sep is optional we need to sort out where any Trim_s need to go. let (forBody, sepBody) = maybe (forNoSep, Nothing) forSep sepParse where forNoSep = [TrimR | trimRFor] ++ bodyBranch ++ [TrimL | trimLEnd] forSep (trimLSep, sepBranch, trimRSep) = (forB, sepB) where forB = [TrimR | trimRFor] ++ bodyBranch ++ [TrimL | trimLSep] sepB = Just $ [TrimR | trimRSep] ++ sepBranch ++ [TrimL | trimLEnd] pure $ [TrimL | trimLFor] ++ [For e forBody sepBody] ++ [TrimR | trimREnd] -------------------------------------------------------------------------------- partial :: P.Parser [TemplateElement] partial = P.try $ do trimLPart <- trimOpen void $ P.string "partial(" e <- expr' void $ P.char ')' trimRPart <- trimClose pure $ [TrimL | trimLPart] ++ [Partial e] ++ [TrimR | trimRPart] -------------------------------------------------------------------------------- ident :: P.Parser TemplateExpr ident = P.try $ Ident <$> key -------------------------------------------------------------------------------- call :: P.Parser TemplateExpr call = P.try $ do f <- key void $ P.char '(' P.spaces as <- P.sepBy expr' (P.spaces >> P.char ',' >> P.spaces) P.spaces void $ P.char ')' return $ Call f as -------------------------------------------------------------------------------- stringLiteral :: P.Parser TemplateExpr stringLiteral = do void $ P.char '\"' str <- P.many $ do x <- P.noneOf "\"" if x == '\\' then P.anyChar else return x void $ P.char '\"' return $ StringLiteral str -------------------------------------------------------------------------------- key :: P.Parser TemplateKey key = TemplateKey <$> metadataKey -------------------------------------------------------------------------------- opt :: String -> P.Parser (Maybe (Bool, [TemplateElement], Bool)) opt clause = P.optionMaybe $ P.try $ do trimL <- trimOpen void $ P.string clause trimR <- trimClose branch <- templateElems pure (trimL, branch, trimR) hakyll-4.9.2.0/src/Data/0000755000000000000000000000000013020032546012771 5ustar0000000000000000hakyll-4.9.2.0/src/Data/List/0000755000000000000000000000000013020032546013704 5ustar0000000000000000hakyll-4.9.2.0/src/Data/List/Extended.hs0000644000000000000000000000064613020032546016006 0ustar0000000000000000module Data.List.Extended ( module Data.List , breakWhen ) where import Data.List -- | Like 'break', but can act on the entire tail of the list. breakWhen :: ([a] -> Bool) -> [a] -> ([a], [a]) breakWhen predicate = go [] where go buf [] = (reverse buf, []) go buf (x : xs) | predicate (x : xs) = (reverse buf, x : xs) | otherwise = go (x : buf) xs hakyll-4.9.2.0/src/Data/Yaml/0000755000000000000000000000000013020032546013673 5ustar0000000000000000hakyll-4.9.2.0/src/Data/Yaml/Extended.hs0000644000000000000000000000136213020032546015771 0ustar0000000000000000module Data.Yaml.Extended ( module Data.Yaml , toString , toList ) where import qualified Data.Text as T import qualified Data.Vector as V import Data.Yaml import Data.Scientific toString :: Value -> Maybe String toString (String t) = Just (T.unpack t) toString (Bool True) = Just "true" toString (Bool False) = Just "false" -- | Make sure that numeric fields containing integer numbers are shown as -- | integers (i.e., "42" instead of "42.0"). toString (Number d) | isInteger d = Just (formatScientific Fixed (Just 0) d) | otherwise = Just (show d) toString _ = Nothing toList :: Value -> Maybe [Value] toList (Array a) = Just (V.toList a) toList _ = Nothing hakyll-4.9.2.0/data/0000755000000000000000000000000013020032546012242 5ustar0000000000000000hakyll-4.9.2.0/data/example/0000755000000000000000000000000013020032546013675 5ustar0000000000000000hakyll-4.9.2.0/data/example/site.hs0000644000000000000000000000434113020032546015177 0ustar0000000000000000-------------------------------------------------------------------------------- {-# LANGUAGE OverloadedStrings #-} import Data.Monoid (mappend) import Hakyll -------------------------------------------------------------------------------- main :: IO () main = hakyll $ do match "images/*" $ do route idRoute compile copyFileCompiler match "css/*" $ do route idRoute compile compressCssCompiler match (fromList ["about.rst", "contact.markdown"]) $ do route $ setExtension "html" compile $ pandocCompiler >>= loadAndApplyTemplate "templates/default.html" defaultContext >>= relativizeUrls match "posts/*" $ do route $ setExtension "html" compile $ pandocCompiler >>= loadAndApplyTemplate "templates/post.html" postCtx >>= loadAndApplyTemplate "templates/default.html" postCtx >>= relativizeUrls create ["archive.html"] $ do route idRoute compile $ do posts <- recentFirst =<< loadAll "posts/*" let archiveCtx = listField "posts" postCtx (return posts) `mappend` constField "title" "Archives" `mappend` defaultContext makeItem "" >>= loadAndApplyTemplate "templates/archive.html" archiveCtx >>= loadAndApplyTemplate "templates/default.html" archiveCtx >>= relativizeUrls match "index.html" $ do route idRoute compile $ do posts <- recentFirst =<< loadAll "posts/*" let indexCtx = listField "posts" postCtx (return posts) `mappend` constField "title" "Home" `mappend` defaultContext getResourceBody >>= applyAsTemplate indexCtx >>= loadAndApplyTemplate "templates/default.html" indexCtx >>= relativizeUrls match "templates/*" $ compile templateBodyCompiler -------------------------------------------------------------------------------- postCtx :: Context String postCtx = dateField "date" "%B %e, %Y" `mappend` defaultContext hakyll-4.9.2.0/data/example/index.html0000644000000000000000000000054013020032546015671 0ustar0000000000000000--- title: Home ---

Welcome

Welcome to my blog!

I've reproduced a list of recent posts here for your reading pleasure:

Posts

$partial("templates/post-list.html")$

…or you can find more in the archives.

hakyll-4.9.2.0/data/example/about.rst0000644000000000000000000000132413020032546015541 0ustar0000000000000000--- title: About --- Nullam imperdiet sodales orci vitae molestie. Nunc quam orci, pharetra a rhoncus vitae, eleifend id felis. Suspendisse potenti. Etiam vitae urna orci. Quisque pellentesque dignissim felis, egestas tempus urna luctus vitae. In hac habitasse platea dictumst. Morbi fringilla mattis odio, et mattis tellus accumsan vitae. 1. Amamus Unicode 碁 2. Interdum nex magna. Vivamus eget mauris sit amet nulla laoreet lobortis. Nulla in diam elementum risus convallis commodo. Cras vehicula varius dui vitae facilisis. Proin elementum libero eget leo aliquet quis euismod orci vestibulum. Duis rhoncus lorem consequat tellus vestibulum aliquam. Quisque orci orci, malesuada porta blandit et, interdum nec magna. hakyll-4.9.2.0/data/example/contact.markdown0000644000000000000000000000020113020032546017065 0ustar0000000000000000--- title: Contact --- I live in a small hut in the mountains of Kumano Kodō on Kii Hantō and would not like to be contacted. hakyll-4.9.2.0/data/example/css/0000755000000000000000000000000013020032546014465 5ustar0000000000000000hakyll-4.9.2.0/data/example/css/default.css0000644000000000000000000000152213020032546016623 0ustar0000000000000000body { color: black; font-size: 16px; margin: 0px auto 0px auto; width: 600px; } div#header { border-bottom: 2px solid black; margin-bottom: 30px; padding: 12px 0px 12px 0px; } div#logo a { color: black; float: left; font-size: 18px; font-weight: bold; text-decoration: none; } div#header #navigation { text-align: right; } div#header #navigation a { color: black; font-size: 18px; font-weight: bold; margin-left: 12px; text-decoration: none; text-transform: uppercase; } div#footer { border-top: solid 2px black; color: #555; font-size: 12px; margin-top: 30px; padding: 12px 0px 12px 0px; text-align: right; } h1 { font-size: 24px; } h2 { font-size: 20px; } div.info { color: #555; font-size: 14px; font-style: italic; } hakyll-4.9.2.0/data/example/images/0000755000000000000000000000000013020032546015142 5ustar0000000000000000hakyll-4.9.2.0/data/example/images/haskell-logo.png0000644000000000000000000001305213020032546020232 0ustar0000000000000000PNG  IHDR5AsBIT|d pHYsQWtEXtSoftwarewww.inkscape.org<IDATxie.ـEҍ33}ˌ,Fܐts[kwGQBH Mwm6uƅEAGI q Iߥ|Ltw֩N>pRn=RcVB#^[캮GDEBpR꒸CDK^޸ڶ}nq> rqH^"*df.[uNmoo`:.̼Rw8wXa `neY_Sp!R#3,IzRrAjE+)pA\'I(j{ѶT L@*_EZ)i@!Tض}nqZ4GTju1bfgNmZbZj%g5xwϵ9tV\ypN!Rfϔ !̫BBjw"evL Tku;DXb+XlZw q6e9gtttܨ[lY׈HjSJ 36y1r˲ޢ[\Ũ3\.') c[m3]mȣîZbttN뺯' ùth4VJ=qI 8NU+]h5pD4% +-T蓪VRIR!jU*Uo<fTtt HћsKP ZD0h4> !uw XXu!{3+vgCCCUb^ kZU+R25AuLYfKWV-7Yʭ 羱)U@Z.mf#`0\._wbMVd%YjEHZBSGTK\.;)V+J>;|>bOj"&L|mOx7xEfZJh&U6Ӗ\."D.E!Ajwㅶ($IVJr߂ +tUP(0> o8׼ J[Hݪ|{wwxwRJ)e]jy%mSI$[TFZ3/i{ Utp__):Jg2L/p,-hkRyNXUfS/ ncSpz^׾ X(RZ'_-.l0ϼ#Z&fm_[LDWCjS.{u:Ml 2::zqf,TZ3z D0rEl |vƙ(@[R}aB3& 6_ @ʭ*.->x`0X1y7HZZCuW iu jH LѸs q0wjэ& jF e-ZrYfހT R&IU+2~ J_+~t7-<;pZ.~NX>D"V-7,X@jè?!o ZSyhŚD)f"z0uUuWw!d;/IUK xeAujղ,!GNHU+uiRtjwܹV= Ecb)@gYV l$$AydV ?S,MK_D:6}"TC3`2PNh6R>G$A*ZNKl۾Tc`0<1oJk˲qZJ2NNj )4i3̩ p>~=\Mp8-_9Wӟ]8!D5R¬6ɾL&S-dXBDjEbbRJ{tZCD/3(.87S9Vm@r8mۿ)&hHb7)j?-0F(ģD(r]1"Zo8S,oPE@Iw֭[w9BD+뮮M6)Ç@0a;]׽C~HFa͕J: L<-f4T m#HQrJ$OZYqZbIJY 0j̣aU2H>b ajɒ%`jQ-"ZyZ"Ķs0& -b`13@Sl AZ#5i<TK !jEDcܩ[xk0j BMjjԹx2Z9s&5H`6l$i˲N̼Zk[n]dZ{ dIt+3Lywjg#Ic6yZ"Ķ G V _ZYfU!{,ef`f.Q+L +1Zju3ZN1js!j#/jE[ƚj-6mЧ[Հ8 j1sT+ JԊV-cٮjX8 扔pGGǍ unbf$ "yޟԎ5 PXIJ<}O|^ XT"~"L +Tq@QY @j۟֩/ct4kR7" ڦXFCjj%9?9Q;vHQ9іIZjTVR? O;4,j4S-oRLaVD$@3]Çy#M U.x4͛tޏ&q]D BԊhY֭3/FycUhضVG4Pj SZm3GEfstڵ"cK2fvMm?,DdW*:vb"Lj!D+eAVDiqխ?t&ZqFGZ.‰P-]M# {Ml{i4gr|6@єScQ,[4KHU+ʉz%ZyjihRjl}V[ gF T$UȸX,6  D3SH$j8k HDY˲~?I`a&IT+Bd"3bf+Ze21/Zlٲj{sJS`"k\.w3Qmo|/:th3ZrZ&Y9uMRT+mm(lX~(a"SV C6,Hj9`P8%MNmVbV<Zlٲu300˗/97H69ju8?3[h= |Oʕ+kX(BhC\495eYxwDYl6 hQVR7aJ`!3VY+ 'HZ - fjkJҞvoҥ!DRjͺA:=,s!Ze8Ԫ+W|߿jY5HV6jŶG0X yD R+fV!JԊکVS+ĽW>tj51j̷zE\.%҇-3R*8sņhB5R""z0!U׵ժRm0OuYl~ւl6+j"6& lЩZ ~wWtww0h7H^!j0j篃 RJ}&G+E3ZZ bi8.ju3s,)VG\wLFTNaf1j@Q+"JJ;%1$P!{nqV3' V( D1y_ęaVO$Xd2"ժ˲~hf;qA,:UZZ IP(<w]vڵ#q&TZƦZ3}Q+"8Ηt(,Capp@ZťZS6R9t<1>>} B\~ ʛQV O1q+j=A,:d:ª3WLg%ijݻp9Z^>AVFC' DU+ L@euJomv'UY=OgY) c,E:}oTHS+1jEuSәt!$U+{لT4HVk`tcypwXl!xV N~j!H|ߟjՊR1mjez{{OVDJHԊl~*ؽ{fŝ!yIj58΃zzj6 DEDk]}}BH $for(posts)$
  • $title$ - $date$
    • $endfor$ hakyll-4.9.2.0/data/example/templates/archive.html0000644000000000000000000000011713020032546020201 0ustar0000000000000000Here you can find all my previous posts: $partial("templates/post-list.html")$ hakyll-4.9.2.0/data/example/templates/default.html0000644000000000000000000000171313020032546020207 0ustar0000000000000000 My Hakyll Blog - $title$

    $title$

    $body$
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