packages feed

regexpr 0.5.1 → 0.5.3

raw patch · 13 files changed

+823/−367 lines, 13 filesdep ~basedep ~mtlparsesetup-changed

Dependency ranges changed: base, mtlparse

Files

− BUGS.ja.utf-8
@@ -1,7 +0,0 @@-2008.1.20 Sun.-(?i)と[...]の組み合わせがうまくない。-[...]に関してはどうもうまくない感じがする。-あとで根本的な解決が必要だ。--2008.1.25 Fri.-splitRegexPRでmatchしなかった場合について解決すること。
Hidden/ParseRegexStr.hs view
@@ -29,14 +29,14 @@ parseRegexStr :: String -> [RegexAction] parseRegexStr src =   fst . fst . headOrErr ("parse error: regex " ++ show src ++ " is uncorrect") .-    (runParse $ runRegexSrcParser parseRegexStrParser) . (,) [] $ src+    runParse ( runRegexSrcParser parseRegexStrParser) . (,) [] $ src  parseRegexStrParser, parseTokensOr, parseTokens :: RegexSrcParser [RegexAction] parseRegexStrParser = parseTokensOr >>= endOfInput parseTokensOr = parseTokens 		`mplus`-                do { ra1 <- parseTokens; token '|'; ra2 <- parseTokensOr;-		     return $ [ RegexOr ra1 ra2 ] }+                do { ra1 <- parseTokens; _ <- token '|'; ra2 <- parseTokensOr;+		     return [ RegexOr ra1 ra2 ] } parseTokens = list parseTokenPlus  parseTokenPlus, parseToken :: RegexSrcParser RegexAction@@ -45,14 +45,14 @@ 		    return $ plus ra parseQuantifier :: RegexSrcParser (RegexAction -> RegexAction) parseQuantifier-  = do { token '{';+  = do { _ <- token '{';          mn <- neList $ spot isDigit;          mx <- do { cma <- optional $ token ','; 	            case cma of 		         "" -> return Nothing-			 _  -> list (spot isDigit) >>= return . Just };-         token '}';-	 nd <- optional (token '?') >>= return . null;+			 _  -> fmap Just $ list (spot isDigit) };+         _ <- token '}';+	 nd <- fmap null $ optional (token '?');          return $ (if nd then Repeat else RepeatNotGreedy) (read mn) $ 	                            case mx of 	                                 Nothing -> Just $ read mn@@ -63,30 +63,32 @@   = ifM isModeX parseTokenX mzero     `mplus`     ( isModeI >>= \ic ->-       spot selfTest >>= return . Select . applyIf ic ignoreCase . (==) )+       fmap (Select . applyIf ic ignoreCase . (==)) (spot selfTest) )     `mplus`     parseOpenBrace     `mplus`-    ( flip (ifM isModeM) mzero $ token '.' >> return (Select $ const True) )+    ifM isModeM ( token '.' >> return (Select $ const True) ) mzero     `mplus`-    ( token '\\' >> spot isSymbol >>= return . Select . (==) )+    fmap (Select . (==)) (token '\\' >> spot isSymbol)     `mplus`     parseBackReference     `mplus`-    ( token '[' >> optional (token '^') >>= return . not . null >>= \isNot ->-      parseCharList >>= skipRet (token ']') >>=-      return . Select . applyIf isNot (not.) )+    ( fmap (not . null) ( token '[' >> optional (token '^') ) >>= \isNot ->+      fmap (Select . applyIf isNot (not.)) (+      parseCharList >>= skipRet (token ']') +       ) )     `mplus`-    ( getBR >>= \i -> token '(' >> modifyBR (+1) >> parseTokensOr-            >>= skipRet (token ')') >>= return . Note i )+    ( getBR >>= \i -> fmap (Note i) $ token '(' >> modifyBR (+1) >> parseTokensOr+            >>= skipRet (token ')') )     `mplus`     ( tokens "(?" >> list parseMode >>= mapM_ (uncurry setMode) >> token ')'                   >> return NopRegex )     `mplus`     ( getModes >>= \preModes ->+      fmap Parens $        tokens "(?" >> list parseMode >>= mapM_ (uncurry setMode) >> token ':' >>       parseTokensOr >>= skipRet (setModes preModes >> token ')')-                    >>= return . Parens )+                    )     `mplus`     parseOneChar oneCharList     `mplus`@@ -94,18 +96,20 @@     `mplus`     parseParenses parensesList     `mplus`-    ( tokens "(?#" >> list (spot (/=')')) >>= skipRet (token ')') >>=-      return . Comment )+    fmap Comment+    ( tokens "(?#" >> list (spot (/=')')) >>= skipRet (token ')') )  parseMode :: RegexSrcParser (Char, Bool)-parseMode = optional (token '-') >..> spot (flip elem "imx")-              >>= return . uncurry (flip (,)) . modifyFst null+parseMode =+              fmap ( uncurry (flip (,)) . modifyFst null ) $+            optional (token '-') >..> spot (`elem` "imx")  parseTokenX :: RegexSrcParser RegexAction parseTokenX   = ( spot isSpace >> return NopRegex ) `mplus`+    fmap Comment     ( token '#' >> list (spot (/='\n')) >>=-      skipRet (token '\n' `mplus` endOfInput '\n') >>= return . Comment )+      skipRet (token '\n' `mplus` endOfInput '\n') )  parsePluses ::   [ (String, RegexAction -> RegexAction) ] ->@@ -124,41 +128,40 @@   [ (String, [RegexAction] -> RegexAction) ] -> RegexSrcParser RegexAction parseParenses   = concatMapParse ( \(t, act) ->-      tokens ('(':t) >> parseTokensOr >>= skipRet (token ')') >>= return . act )+      (fmap act $ tokens ('(':t) >> parseTokensOr >>= skipRet (token ')') ))  parseCharList :: RegexSrcParser (Char -> Bool) parseCharList = do   modei <- isModeI-  cl1 <- parseOne `mplus` (concatMapParse ((>>= return . (==)) . token) "-]")-  cl2 <- list $ parseOne `mplus` (token '^' >>= return . (==))+  cl1 <- parseOne `mplus` concatMapParse ((>>= return . (==)) . token) "-]"+  cl2 <- list $ parseOne `mplus` fmap (==) (token '^')   return $ applyIf modei ignoreCase $ or . zipWith ($) (cl1 : cl2) . repeat-  where parseOne       = (parseChar >>= return . (==)) `mplus` parseCharArea+  where parseOne       = fmap (==) parseChar `mplus` parseCharArea                                                        `mplus` parseCharClass-        parseChar      = ( spot isAlphaNum )                       `mplus`-		         ( token '\\' >> spot isSymbol )           `mplus`-			 ( spot $ selfTest &&& flip notElem "-]" ) `mplus`-			 ( spot $ flip elem ".+$" )                `mplus`+        parseChar      = spot isAlphaNum                    `mplus`+		         ( token '\\' >> spot isSymbol )        `mplus`+			 spot (selfTest &&& flip notElem "-]" ) `mplus`+			 spot (`elem` ".+$" )                `mplus` 			 ( token '[' >>= skipRet (still $ parseNot () 			                                $ token ':') )-        parseCharArea  = (parseChar >>= skipRet (token '-')) >..> parseChar-	                   >>= return . inRange+        parseCharArea  = fmap inRange $ (parseChar >>= skipRet (token '-')) >..> parseChar 	parseCharClass = concatMapParse 	                   (\(s, p) -> tokens ("[:"++s++":]") >> return p) 			   charClassList  concatMapParse :: MonadPlus m => (b -> m a) -> [b] -> m a-concatMapParse f = foldr mplus mzero . map f+concatMapParse f = foldr (mplus . f) mzero  parseOpenBrace :: RegexSrcParser RegexAction-parseOpenBrace = do still $ parseNot () $ parseQuantifier-                    still $ parseNot () $ parseBackReference+parseOpenBrace = do still $ parseNot () parseQuantifier+                    still $ parseNot () parseBackReference                     ret <- token '{'                     return $ Select (==ret)  parseBackReference :: RegexSrcParser RegexAction parseBackReference = do-  brace <- null <$> (optional $ token '{')-  token '\\'+  brace <- null <$> optional (token '{')+  _ <- token '\\'   dgt <- greedyNeList (spot isDigit)-  if brace then return ' ' else token '}'+  _ <- if brace then return ' ' else token '}'   return $ BackReference $ read dgt
Hidden/RegexPRCore.hs view
@@ -19,7 +19,7 @@ import Control.Monad.State  ( StateT, runStateT, gets, modify, lift, liftM ) import Control.Monad.Reader ( ask ) import Hidden.Tools         ( guardEqual )-import Control.Monad        ( when )+import Control.Monad        ( unless )  matchRegexPRVerbose ::   String -> (String, String)@@ -53,10 +53,10 @@ mkRegexParser isBack (ra:ras)   = case ra of          Select s          -> selectParserFB s-         Repeat mn mx rb -> liftM concat . (greedyRepeatParse mn mx) $+         Repeat mn mx rb -> liftM concat . greedyRepeatParse mn mx $                                 mkRegexParser isBack [rb]          RepeatNotGreedy mn mx rb-                           -> liftM concat . (repeatParse mn mx) $+                           -> liftM concat . repeatParse mn mx $                                 mkRegexParser isBack [rb]          Note i acts       -> noteParens isBack i $ mkRegexParser isBack acts          BackReference ri  -> backReference isBack ri@@ -66,7 +66,7 @@          BeginningOfInput  -> beginningOfInput ""          Still [Backword acts]                            -> still (mkRegexParser True acts)    >>-                              when (not isBack) (modify reverse) >> return ""+                              unless isBack (modify reverse) >> return ""          Still acts        -> still (mkRegexParser False acts)   >> return ""          Backword acts     -> mkRegexParser True acts          RegActNot acts    -> parseNot "" $ mkRegexParser isBack acts
Hidden/RegexPRTypes.hs view
@@ -18,9 +18,13 @@ , RegexAction(..)  , RegexResult+, VerboseResult , MatchList , RegexParser , runRegexParser++, MatchFun+, VerboseMatchFun ) where  import Text.ParserCombinators.MTLParse ( Parse, runParse )@@ -86,3 +90,10 @@ -- reverseRegexAction (Backword ras) --  = Backword $ reverse $ map reverseRegexAction ras reverseRegexAction ra = ra++type MatchFun f+  = String -> String -> f ( RegexResult, MatchList )++type VerboseResult = ( String, String, (String, String) )+type VerboseMatchFun f+  = String -> (String, String) -> f ( VerboseResult, MatchList )
Hidden/SrcRegActList.hs view
@@ -43,8 +43,8 @@ backSlashesList = [    ( 'w', Select isWord                                              )  , ( 'W', Select $ not . isWord                                      ) - , ( 's', Select (flip elem " \t\n\r\f")                             )- , ( 'S', Select (flip notElem " \t\n\r\f")                          )+ , ( 's', Select (`elem` " \t\n\r\f")                             )+ , ( 'S', Select (`notElem` " \t\n\r\f")                          )  , ( 'd', Select isDigit                                             )  , ( 'D', Select (not . isDigit)                                     )  , ( 'A', BeginningOfInput                                           )
− Hidden/TestMain.hs
@@ -1,218 +0,0 @@---      TestMain.hs------      Author: Yoshikuni Jujo <PAF01143@nifty.ne.jp>-----module Hidden.TestMain where--import Test.HUnit-import Text.RegexPR ( matchRegexPR, multiMatchRegexPR, gsubRegexPR, subRegexPR )--main :: IO Counts-main = runTestTT $ test suite--suite :: [ Test ]-suite = [-   "base1"     ~: testBase1- , "base2"     ~: testBase2- ]--testBase1, testBase2 :: [ Test ]-testBase1 = [-   Just ( ("" ,  ("",  "" )), [] )      ~=? matchRegexPR "" ""- , Just ( ("" ,  ("", "abcde" )), [] )  ~=? matchRegexPR "" "abcde"- , Just ( ("a",  ("",  "" )), [] )      ~=? matchRegexPR "." "a"- , Just ( ("bc", ("a", "d")), [] )      ~=? matchRegexPR "b." "abcd"- , Just ( ("abbc", ("", "d")), [] )     ~=? matchRegexPR ".b+." "abbcd"- , Just ( ("abbbbc", ("cd", "d")), [] ) ~=? matchRegexPR ".b+." "cdabbbbcd"- , Nothing                              ~=? matchRegexPR ".b+." "cdacd"- , Just ( ("abbc", ("", "d")), [] )     ~=? matchRegexPR ".b*." "abbcd"- , Just ( ("cd", ("", "abbbbcd")), [] ) ~=? matchRegexPR ".b*." "cdabbbbcd"- , Just ( ("cd", ("", "acd")), [] )     ~=? matchRegexPR ".b*." "cdacd"- , Just ( ("abcdef", ("", "")), [(3, "ef"), (2, "cd"), (1, "ab")] )-                                        ~=?-     matchRegexPR "(ab)(cd)(ef)" "abcdef"- , Just ( ("defghabc", ("abc", "def")), [(1, "fghabc"), (3, "abc"), (4, "bc"),-                                         (2, "h"), (2, "g"), (2, "f")] )-                                        ~=?-     matchRegexPR "de((.)+(a(bc)))" "abcdefghabcdef"- , Just ( ("abca", ("", "")), [(1,"a"), (2,"a"), (3,"a"), (4,"a"), (5,"a"),-                               (6,"a"), (7,"a"), (8,"a"), (9,"a"), (10,"a")] )-                                        ~=?-     matchRegexPR "((((((((((a))))))))))bc\\10" "abca"- , Just ( (")(", ("", "")), [(1, ")("), (2, ")(")] )-                                        ~=?-     matchRegexPR "((\\)\\())" ")("- , Just ( ("+", ("a", "b")), [] )       ~=? matchRegexPR "\\+" "a+b"- , Just ( ("def", ("", "")), [] )       ~=? matchRegexPR "abc|def|gh" "def"- , Just ( ("abde", ("", "f")), [(1,"d")] )-                                        ~=? matchRegexPR "ab(c|d)e" "abdef"- , Just ( ("de", ("abc", "f")), [] )    ~=? matchRegexPR "[abcd]e" "abcdef"- , Just ( ("me", ("abc", "f")), [] )    ~=? matchRegexPR "[abk-n]e" "abcmef"- , Just ( ("dcd", ("abc", "")), [] )    ~=? matchRegexPR "[^ab]cd" "abcdcd"- , Just ( ("dcd", ("abmc", "")), [] )   ~=? matchRegexPR "[^abk-n]cd" "abmcdcd"- , Just ( ("cde", ("", "")), [] )       ~=? matchRegexPR "cde$" "cde"- , Just ( ("cde", ("ab", "")), [] )     ~=? matchRegexPR "cde$" "abcde"- , Just ( ("cde", ("cde", "\nfg")), [] )-                                        ~=? matchRegexPR "cde$" "cdecde\nfg"- , Nothing                              ~=? matchRegexPR "cde$" "abcdefg"- , Just ( ("abc", ("", "defg")), [] )   ~=? matchRegexPR "^abc" "abcdefg"- , Just ( ("abc", ("def\n", "")), [] )  ~=? matchRegexPR "^abc" "def\nabc"- ]-testBase2 = [-   Just ( ("abcd", ("", "e")), [(1,"abc")] )-                                        ~=? matchRegexPR "(abc(?=de))d" "abcde"- , Just ( ("def", ("abc", "")), [] )    ~=? matchRegexPR "(?<=abc)def" "abcdef"- , Just ( ("aaaa", ("b", "cd")), [] )   ~=? matchRegexPR "a+" "baaaacd"- , Just ( ("a", ("b", "aaacd")), [] )   ~=? matchRegexPR "a+?" "baaaacd"- , Just ( ("", ("", "baaaacd")), [] )   ~=? matchRegexPR "a*" "baaaacd"- , Just ( ("", ("", "baaaacd")), [] )   ~=? matchRegexPR "a*?" "baaaacd"- , Just ( ("", ("", "baaaacd")), [] )   ~=? matchRegexPR "a?" "baaaacd"- , Just ( ("", ("", "baaaacd")), [] )   ~=? matchRegexPR "a??" "baaaacd"- , Just ( ("a", ("", "aabaacd")), [] ) ~=? matchRegexPR "a?" "aaabaacd"- , Just ( ("ab", ("aa", "aacd")), [] ) ~=? matchRegexPR "a??b" "aaabaacd"- , Just ( ("acd", ("", "")), [(1,"a")] )-                                        ~=? matchRegexPR "(a)(?!b)cd" "acd"- , Just ( ("abcdef", ("", "")), [(1, "abcdef")] )-                                        ~=?-     matchRegexPR "(abcdef)(?<=\\1)" "abcdef"- , Just ( ("", ("", "abc")), [(1, "abc")] )-                                        ~=?-     matchRegexPR "(?=(abc))" "abc"- , Just ( ("", ("abc", "")), [(1, "abc")] )-                                        ~=?-     matchRegexPR "(?<=(abc))" "abc"- , Just ( ("", ("", "abc")), [] )       ~=? matchRegexPR "(?=(?=ab)abc)" "abc"- , Just ( ("", ("ab", "c")), [] )       ~=? matchRegexPR "(?=(?<=ab)c)" "abc"- , Just ( ("", ("abc", "")), [] )       ~=? matchRegexPR "(?<=(?=ab)abc)" "abc"- , Just ( ("", ("abc", "")), [] )       ~=? matchRegexPR "(?<=(?<=ab)c)" "abc"- , Just ( ("", ("a", "bc")), [] )       ~=? matchRegexPR "(?<=.+)" "abc"- , Just ( ("abc", ("", "d")), [(1, "c"), (1, "b"), (1, "a")] )-                                        ~=? matchRegexPR "(.)+(?=d)" "abcd"- , Just ( ("", ("abc", "d")), [(1, "c"), (1, "b"), (1, "a")] )-                                        ~=? matchRegexPR "(?<=(.)+)(?=d)" "abcd"- , Just ( ("", ("abc", "d")), [(1, "c"), (1, "b"), (1, "a")] )-                                        ~=?-     matchRegexPR "(?<=(?<=(.)+))(?=d)" "abcd"- , Just ( ("ab", ("", "cde")), [] )     ~=? matchRegexPR "\\Gab" "abcde"- , Nothing                              ~=? matchRegexPR "\\Gab" "dabcde"- , "kickickicccabab"                    ~=?-     gsubRegexPR "\\Gab" "kic" "abababccabab"- , "kic2" ~: "kickickiccckickic"        ~=?-     gsubRegexPR "ab" "kic" "abababccabab"- , "1:(hello), 2:(boke), 3:(kasu)"      ~=?-     gsubRegexPR "\\[(.+?)\\]" "(\\1)" "1:[hello], 2:[boke], 3:[kasu]"- , Just ( ("ab12", ("!", "?32")), [] )  ~=? matchRegexPR "\\w+" "!ab12?32"- , Just ( ("!?;:", ("3a", "c")), [] )   ~=? matchRegexPR "\\W+" "3a!?;:c"- , Just ( ("\t\n ", ("!", "d")), [] )   ~=? matchRegexPR "\\s+" "!\t\n d"- , Just ( ("a!:0", ("\f ", "\n")), [] ) ~=? matchRegexPR "\\S+" "\f a!:0\n"- , Just ( ("321", ("a ", "bc")), [] )   ~=? matchRegexPR "\\d+" "a 321bc"- , Just ( (" a!c", ("3", "21")), [] )   ~=? matchRegexPR "\\D+" "3 a!c21"- , Just ( ("\nab", ("", "c")), [] )     ~=? matchRegexPR "\\A\\s.." "\nabc"- , Just ( ("de", ("abc", "")), [] )     ~=? matchRegexPR "..\\Z" "abcde"- , "o\no"                               ~=? gsubRegexPR "\\Z" "o" "\n"- , "o\no"                               ~=? gsubRegexPR "$" "o" "\n"- , Just ( ("", ("", "\n")), [] )        ~=? matchRegexPR "$" "\n"- , "oaoboco"                            ~=? gsubRegexPR "" "o" "abc"- , "\no"                                ~=? gsubRegexPR "\\z" "o" "\n"- , Just ( ("cat", ("  ", "\n")), [] )   ~=? matchRegexPR "\\bcat\\b" "  cat\n"- , Nothing                              ~=? matchRegexPR "\\bcat\\b" "concat\n"- , Just ( ("cat", ("", "")), [] )       ~=? matchRegexPR "\\bcat\\b" "cat"- , Just ( ("cat", ("con", "")), [] )    ~=? matchRegexPR "\\Bcat\\b" "concat"- , Nothing                              ~=? matchRegexPR "\\Bcat\\b" "cat"- , Just ( ("ooogl", ("goo", "e")), [] ) ~=? matchRegexPR "o{3}gl" "gooooogle"- , Just ( ("ooooogl", ("g", "e")), [] ) ~=? matchRegexPR "o{3,}gl" "gooooogle"- , Just ( ("oooogl", ("go", "e")), [] ) ~=? matchRegexPR "o{2,4}gl" "gooooogle"- , Just ( ("ooogl", ("goo", "e")), [] ) ~=? matchRegexPR "o{3}?gl" "gooooogle"- , Just ( ("ooooogl", ("g", "e")), [] ) ~=? matchRegexPR "o{3,}?gl" "gooooogle"- , Just ( ("oooogl", ("go", "e")), [] ) ~=? matchRegexPR "o{2,4}?gl" "gooooogle"- , Just ( ("gooo", ("", "oogle")), [] ) ~=? matchRegexPR "go{3}" "gooooogle"- , Just ( ("gooooo", ("", "gle")), [] ) ~=? matchRegexPR "go{3,}" "gooooogle"- , Just ( ("goooo", ("", "ogle")), [] ) ~=? matchRegexPR "go{2,4}" "gooooogle"- , Just ( ("gooo", ("", "oogle")), [] ) ~=? matchRegexPR "go{3}?" "gooooogle"- , Just ( ("gooo", ("", "oogle")), [] ) ~=? matchRegexPR "go{3,}?" "gooooogle"- , Just ( ("goo", ("", "ooogle")), [] ) ~=? matchRegexPR "go{2,4}?" "gooooogle"- , Just ( ("com", ("", "ment")), [] )   ~=? matchRegexPR "c(?#what)om" "comment"- , Just ( ("papar", ("", "ens")), [] )  ~=? matchRegexPR "(?:pa)*r" "paparens"- , "abc\t323\tdef\t45"                  ~=?-     gsubRegexPR "(?<=\\d)(?=\\D)|(?<=\\D)(?=\\d)" "\t" "abc323def45"- , Just ( ("ab cd", ("", "e")), [] )    ~=? matchRegexPR "ab cd" "ab cde"- , Just ( ("ab,cd", ("", "e")), [] )    ~=? matchRegexPR "ab,cd" "ab,cde"- , Just ( ("cde", ("ab", "fg")), [] )   ~=?-     matchRegexPR "c(?# comment)de" "abcdefg"- , Just ( ("abCde", ("d", "fg")), [] )  ~=? matchRegexPR "ab(?i)cDe" "dabCdefg"- , Just ( ("aBcdE", ("", "")), [] )     ~=? matchRegexPR "a(?i:bC)dE" "aBcdE"- , Nothing                              ~=? matchRegexPR "a(?i:bC)dE" "aBcde"- , Just ( ("abcDe", ("", "")), [] )     ~=?-     matchRegexPR "a(?i)bC(?-i)De" "abcDe"- , Nothing                              ~=?-     matchRegexPR "a(?i)bC(?-i)De" "abcdE"- , Just ( ("abc\nde", ("", "")), [] )   ~=? matchRegexPR "(?m).+" "abc\nde"- , Just ( ("Abc", ("", "\nde")), [] )   ~=? matchRegexPR "(?im-m)a.+" "Abc\nde"- , Just ( ("bcd", ("a", "e")), [] )     ~=?-     matchRegexPR "(?x)# hello\n# goodbye\n\t\tbcd\n\n" "abcde"- , Just ( ("bcd", ("a", "e")), [] )     ~=? matchRegexPR "b[[:alnum:]]d" "abcde"- , Just ( ("90af", ("", "g")), [] )     ~=? matchRegexPR "[[:xdigit:]]+" "90afg"- , Just ( (" \n\t\r", ("", "a")), [] )  ~=?-     matchRegexPR "[[:blank:]]+" " \n\t\ra"- , "<em>Ruby</b> and <b>Perl</em>"      ~=?-     gsubRegexPR "<b>(.*)<\\/b>" "<em>\\1</em>" "<b>Ruby</b> and <b>Perl</b>"- , "<em>Ruby</em> and <em>Perl</em>"    ~=?-     gsubRegexPR "<b>(.*?)<\\/b>" "<em>\\1</em>" "<b>Ruby</b> and <b>Perl</b>"- , Just ( ("abab0", ("", "")), [(1,"ab")] )-                                        ~=? matchRegexPR "(ab){\\1}0" "abab0"- , Just ( ("\227\129\130", ("", "")), [] )-                                        ~=?-     matchRegexPR "\227\129\130" "\227\129\130"- , "abc!abc!abc!bc"                     ~=?-     gsubRegexPR "(?ixm) aBc   . # comment   " "abc!" "abc\nABCDAbcAbc"- , Just ( ("FGH-12345", ("abcDE", "67")), [] )-                                        ~=?-     matchRegexPR "[A-Z]{3}-\\d{5}" "abcDEFGH-1234567"- , Just ( ("ABc", ("", " de")), [] )    ~=? matchRegexPR "(?i)[A-Z]+" "ABc de"- , Just ( ("?", ("", "!abc")), [] )     ~=? matchRegexPR "[\\--z]*" "?!abc"- , Just ( ("?!abc-A", ("", " b")), [] ) ~=? matchRegexPR "[!-z]*" "?!abc-A b"- , Just ( ("!!:!", ("!", "!!")), [] )   ~=?-     matchRegexPR "(?<=!)!{1,3}:!(?=!)" "!!!:!!!"- , Nothing                              ~=? matchRegexPR "(?>a*)ab" "aaab"- , Just ( ("\n\n", ("abc", "def")), [] )~=? matchRegexPR "\n\n" "abc\n\ndef"- , Just ( ("aBd", ("", "e")), [] )      ~=? matchRegexPR "(?i)[^e-\\}]*" "aBde"- , Just ( ("_ac", ("!", " kk")), [] )   ~=?-     matchRegexPR "[a-zA-Z0-9_]+" "!_ac kk"- , Just ( ("_ac", ("!", " kk")), [] )   ~=? matchRegexPR "\\w+" "!_ac kk"- , Just ( ("!", ("", "_ac kk")), [] )   ~=? matchRegexPR "\\W+" "!_ac kk"- , Just ( ("ab", (" \t\f", "\n\r ")), [] )-                                        ~=?-     matchRegexPR "[^ \f\n\r\t]+" " \t\fab\n\r "- , Just ( ("a^[b]", ("c", "kk")), [] )  ~=? matchRegexPR "[][^ab]+" "ca^[b]kk"- , Just ( ("flag =\t1", ("", "")), [] ) ~=?-     matchRegexPR "flag[ \t]*=[ \t]*\\w" "flag =\t1"- , Just ( (", <>-!:#@\n_\f\r\t=", ("", "")), [] )-                                        ~=?-     matchRegexPR ", <>-!:#@\n_\f\r\t=" ", <>-!:#@\n_\f\r\t="- , Just ( ("/usr/bin/env", ("#!", " runhaskell")), [] )-                                        ~=?-     matchRegexPR "/usr/bin/env" "#!/usr/bin/env runhaskell"- , Just ( ("-100.5", ("", "")), [] )    ~=?-     matchRegexPR "[-+]?\\d+\\.\\d+" "-100.5"- , "abc defabc defghiabc "              ~=?-     gsubRegexPR "abc" "\\0 " "abcdefabcdefghiabc"- , "ca1at ha1at da1ad"                  ~=?-     gsubRegexPR "((((((((((a))))))))))" "\\{10}1\\{10}" "cat hat dad"- , "Is a b? No, a is not b"             ~=?-     gsubRegexPR "c(a)t|(b)ad" "\\+" "Is cat bad? No, cat is not bad"- , "aababcabcdabcdeabcdefabcdefg"       ~=? gsubRegexPR "." "\\`" "abcdefgh"- , "bcdefghcdefghdefghefghfghghh"       ~=? gsubRegexPR "." "\\'" "abcdefgh"- , "abc"                                ~=? gsubRegexPR "\b" "" "a\bb\bc\b"- , "abcd"                               ~=? subRegexPR "[.]" "c" "ab.d"- , "abcdcfcg"                           ~=? gsubRegexPR "[.+$]" "c" "ab.d+f$g"- , Just ( ("", ("abc", "")), [] )       ~=? matchRegexPR "(?<=abc)" "abc"- , Just ( ("{}", ("", "")), []  )       ~=? matchRegexPR "{}" "{}"- , Just ( ("3{}4", ("", "")), [] )      ~=? matchRegexPR "3{}4" "3{}4"- , [(("o", ("Hell", ", world, and good bye!")),[]),-    (("o", ("Hello, w", "rld, and good bye!")),[]),-    (("oo", ("Hello, world, and g", "d bye!")),[]),-    (("o", ("Hello, world, and g", "od bye!")),[]),-    (("o", ("Hello, world, and go", "d bye!")),[])]-                                        ~=? multiMatchRegexPR "o+" "Hello, world, and good bye!"- ]
Hidden/Tools.hs view
@@ -61,7 +61,7 @@ (p1 &&& p2) x = p1 x && p2 x  isBit7On :: Char -> Bool-isBit7On c = ord c .&. (shiftL 1 7) /= 0+isBit7On c = ord c .&. shiftL 1 7 /= 0  {- bifurcate :: (a -> a -> b) -> a -> b
LICENSE view
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Of course, your program's commands+might be different; for a GUI interface, you would use an "about box".++  You should also get your employer (if you work as a programmer) or school,+if any, to sign a "copyright disclaimer" for the program, if necessary.+For more information on this, and how to apply and follow the GNU GPL, see+<http://www.gnu.org/licenses/>.++  The GNU General Public License does not permit incorporating your program+into proprietary programs.  If your program is a subroutine library, you+may consider it more useful to permit linking proprietary applications with+the library.  If this is what you want to do, use the GNU Lesser General+Public License instead of this License.  But first, please read+<http://www.gnu.org/philosophy/why-not-lgpl.html>.+ 		   GNU LESSER GENERAL PUBLIC LICENSE                        Version 3, 29 June 2007 
Setup.hs view
@@ -1,4 +1,3 @@-#! /usr/bin/env runhaskell- import Distribution.Simple+ main = defaultMain
− TODO.ja.utf-8
@@ -1,40 +0,0 @@-2008.1.12 Sat.-(?> )-(?ixm-ixm)-(?ixm-ixm: )-日本語(UTF-8)対応--2008.1.17 Thr.-(?<! )--(?ixm-ixm)-(?ixm-ixm: )-の2者は実装済み。--TODO LIST-(?<! )-\w\W\s\S\d\D in char class([ .. ])-\08とかについて-(?> )-日本語(UTF-8)対応。--2008.1.20 Sun.-正規表現のparseに失敗したときのerror messageの改善。-subで使える表現の追加。--(?> )は実装。--TODO LIST-  (?<! ... )-  日本語対応-  \w\W\s\S\d\D in char class([ .. ])-  subで使える表現の追加。-  正規表現のparseに失敗したときのerror messageの改善。-  ParseLibを公開できるくらいに洗練する。-  homepageの作成。--2008.1.25 Fri.-TODO LIST-  日本語対応-  Haddock形式に対応-  日本語のhomepageの作成
Text/RegexPR.hs view
@@ -1,66 +1,108 @@---      RegexPR.hs -----      Author: Yoshikuni Jujo <PAF01143@nifty.ne.jp>+-- RegexPR.hs --+-- Author: Yoshikuni Jujo <PAF01143@nifty.ne.jp>+--+-- This file is part of regexpr library+--+-- mtlparse is free software: you can redistribute it and/or modify+-- it under the terms of the GNU Lesser General Public License as+-- published by the Free Software Foundation, either version 3 of the+-- License, or any later version.+--+-- mtlparse is distributed in the hope that it will be useful,+-- but WITHOUT ANY WARRANGY; without even the implied warranty of+-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the+-- GNU Lesser General Public License for more details.+--+-- You should have received a copy of the GNU Lesser General Public+-- License along with this program. If not, see+-- <http://www.gnu.org/licenses/>.  module Text.RegexPR (-  getbrsRegexPR-, ggetbrsRegexPR-, matchRegexPR++  matchRegexPR , multiMatchRegexPR-, gmatchRegexPR		-- EXPERIMENTAL+, gmatchRegexPR++, getbrsRegexPR+, ggetbrsRegexPR+ , subRegexPR , subRegexPRBy , gsubRegexPR , gsubRegexPRBy+ , splitRegexPR+ ) where -import Hidden.RegexPRCore  ( matchRegexPRVerbose, multiMatchRegexPRVerbose )-import Hidden.RegexPRTypes ( RegexResult, MatchList )-import Data.Char           ( isDigit )-import Data.List           ( sort, nubBy )-import Data.Function       ( on )+import Hidden.RegexPRCore  ( matchRegexPRVerbose,+                             multiMatchRegexPRVerbose          )+import Hidden.RegexPRTypes ( MatchFun   , VerboseMatchFun,+                             RegexResult, VerboseResult  ,+			     MatchList                         )+import Data.Char           ( isDigit                           )+import Data.List           ( sort, nubBy                       )+import Data.Function       ( on                                )+import Data.Maybe          ( fromMaybe                         )+import Control.Arrow       ( first                             ) +------------------------------------------------------------++matchRegexPR      :: MatchFun Maybe+matchRegexPR      = simplifyMatchFun matchRegexPRVerbose++multiMatchRegexPR :: MatchFun []+multiMatchRegexPR = simplifyMatchFun multiMatchRegexPRVerbose++gmatchRegexPR :: MatchFun []+gmatchRegexPR reg = baseFun . (,) ""+  where+  baseFun ( _, "" ) = []+  baseFun pos       = maybe [] justFun $ matchRegexPRVerbose reg pos+  justFun mr@( ( _, r, pos ), _ )+    = first simplifyResult mr :+      baseFun ( if null r then next pos else pos )+  next ( p, x:xs ) = ( x:p, xs )+  next _           = error "can not go to next"++simplifyMatchFun :: Functor f => VerboseMatchFun f -> MatchFun f+simplifyMatchFun mf reg+  = fmap ( first simplifyResult ) . mf reg . (,) ""++simplifyResult :: VerboseResult -> RegexResult+simplifyResult ( pre, ret, (_, rest) ) = ( ret, (pre, rest) )++------------------------------------------------------------+ getbrsRegexPR :: String -> String -> [ String ] getbrsRegexPR reg str   = case matchRegexPR reg str of-         Nothing                    -> []-	 Just ( (ret, (_, _)), ml ) -> ret : map snd (sort $ nubBy (on (==) fst) ml)+         Nothing+	   -> []+	 Just ( ( ret, (_, _) ), ml )+	   -> ret : map snd ( sort $ nubBy ( on (==) fst ) ml )  ggetbrsRegexPR :: String -> String -> [ [ String ] ]-ggetbrsRegexPR reg str-  = map ( \( (m, _), bl) -> m : map snd (sort $ nubBy (on (==) fst) bl) ) $-      gmatchRegexPR reg str--matchRegexPR :: String -> String -> Maybe ( RegexResult, MatchList )-matchRegexPR reg str-  = fmap ( \( (pre, ret, (_, rest)), ml ) -> ( (ret, (pre, rest)), ml ) ) $-         matchRegexPRVerbose reg ("", str)+ggetbrsRegexPR reg+  = map ( \( (m, _), bl ) ->+            m : map snd ( sort $ nubBy (on (==) fst) bl ) )+    . gmatchRegexPR reg -multiMatchRegexPR :: String -> String -> [ ( RegexResult, MatchList ) ]-multiMatchRegexPR reg str-  = fmap ( \( (pre, ret, (_, rest)), ml ) -> ( (ret, (pre, rest)), ml ) ) $-         multiMatchRegexPRVerbose reg ("", str)+------------------------------------------------------------ -gmatchRegexPR :: String -> String -> [ ( RegexResult, MatchList ) ]-gmatchRegexPR reg str = gmatchRegexPRGen Nothing reg ("", str)+splitRegexPR :: String -> String -> [String]+splitRegexPR reg str+  = case gmatched of+         [ ] -> [ ]+         _   -> map ( fst.snd.fst ) gmatched ++ [ (snd.snd.fst.last) gmatched ]+  where gmatched = gmatchRegexPR reg str -gmatchRegexPRGen ::-  Maybe (String, String) -> String -> (String, String) -> [ ( RegexResult, MatchList ) ]-gmatchRegexPRGen pmp reg str-  = case matchRegexPRVerbose reg str of-      Just ((pre, ret, sp@(p,rest@(~(x:xs)))), ml)-        -> case (pmp, sp) of-                (Just (_, ""), _)  -> [ ( (ret, (pre, rest)), ml ) ]-                _ | Just sp == pmp -> ( (ret, (pre, rest)), ml ) :-                                        gmatchRegexPRGen pmp reg (x:p, xs)-                  | otherwise      -> ( (ret, (pre, rest)), ml ) :-                                        gmatchRegexPRGen (Just sp) reg sp-      Nothing -> []+------------------------------------------------------------  subRegexPR :: String -> String -> String -> String-subRegexPR reg sub src = subRegexPRBy reg (const sub) src+subRegexPR reg sub = subRegexPRBy reg (const sub)  subRegexPRBy :: String -> (String -> String) -> String -> String subRegexPRBy reg subf src@@ -91,17 +133,12 @@   ((String, String, (String, String)), MatchList) -> String -> String subBackRef (_, _) "" = "" subBackRef al@((_, match, (hasRead,post)), ml) ('\\':str@(c:rest))-  | elem c "&0" = match                                 ++ subBackRef al rest+  | c `elem` "&0" = match                                 ++ subBackRef al rest   | c == '`'    = reverse (drop (length match) hasRead) ++ subBackRef al rest   | c == '\''   = post                                  ++ subBackRef al rest   | c == '+'    = snd (head ml)                         ++ subBackRef al rest-  | c == '{'    = maybe "" id (lookup (read $ takeWhile (/='}') rest) ml) +++  | c == '{'    = fromMaybe "" (lookup (read $ takeWhile (/='}') rest) ml) ++                   subBackRef al (tail $ dropWhile (/='}') str)-  | otherwise   = maybe "" id (lookup (read $ takeWhile isDigit str) ml) +++  | otherwise   = fromMaybe "" (lookup (read $ takeWhile isDigit str) ml) ++                   subBackRef al (dropWhile isDigit str) subBackRef al (c:cs) = c : subBackRef al cs--splitRegexPR :: String -> String -> [String]-splitRegexPR reg str-  = let gmatched = gmatchRegexPR reg str-     in map (fst.snd.fst) gmatched ++ [(snd.snd.fst.last) gmatched]
− localConfigure
@@ -1,3 +0,0 @@-#!/bin/sh--runhaskell Setup.hs configure --prefix=$HOME/local --user
regexpr.cabal view
@@ -1,5 +1,5 @@ Name:		regexpr-Version:	0.5.1+Version:	0.5.3 License:	LGPL License-File:	LICENSE Author:		Yoshikuni Jujo <PAF01143@nifty.ne.jp>@@ -37,11 +37,10 @@   >              [(("abc", ("", "defdefabc")), []), (("abc", ("defdef", "")), [])]   > splitRegexPR "\\s*,\\s*" "a,b ,c\t ,d , e" => ["a","b","c","d","e"] Category:	Text-Build-Depends:	base, mtl, HUnit, mtlparse >= 0.0.1+Build-Depends:	base < 5, mtl, HUnit, mtlparse >= 0.1.0 Build-Type:     Simple Exposed-modules: Text.RegexPR Other-modules:	Hidden.RegexPRTypes, Hidden.Tools, Hidden.RegexPRCore,-		Hidden.ParseRegexStr, Hidden.SrcRegActList,-		Hidden.TestMain-Extra-source-files: TODO.ja.utf-8, localConfigure, BUGS.ja.utf-8+		Hidden.ParseRegexStr, Hidden.SrcRegActList+Extra-source-files: ghc-options:    -Wall