    {- This module was generated from data in the Kate syntax highlighting file modula-3.xml, version 1.01,
       by   -}

    module Text.Highlighting.Kate.Syntax.Modula3 ( highlight, parseExpression, syntaxName, syntaxExtensions ) where
    import Text.Highlighting.Kate.Definitions
    import Text.Highlighting.Kate.Common
    import Text.ParserCombinators.Parsec
    import Data.List (nub)
    import qualified Data.Set as Set
    import Data.Map (fromList)
    import Data.Maybe (fromMaybe)

    -- | Full name of language.
    syntaxName :: String
    syntaxName = "Modula-3"

    -- | Filename extensions for this language.
    syntaxExtensions :: String
    syntaxExtensions = "*.m3;*.i3;*.ig;*.mg;"

    -- | Highlight source code using this syntax definition.
    highlight :: String -> Either String [SourceLine]
    highlight input =
      case runParser parseSource startingState "source" input of
        Left err     -> Left $ show err
        Right result -> Right result

    -- | Parse an expression using appropriate local context.
    parseExpression :: GenParser Char SyntaxState LabeledSource
    parseExpression = do
      st <- getState
      let oldLang = synStLanguage st
      setState $ st { synStLanguage = "Modula-3" }
      context <- currentContext <|> (pushContext "Normal" >> currentContext)
      result <- parseRules context
      updateState $ \st -> st { synStLanguage = oldLang }
      return result

    parseSource = do
      lineContents <- lookAhead wholeLine
      updateState $ \st -> st { synStCurrentLine = lineContents }
      result <- manyTill parseSourceLine eof
      return $ map normalizeHighlighting result

    startingState = SyntaxState {synStContexts = fromList [("Modula-3",["Normal"])], synStLanguage = "Modula-3", synStCurrentLine = "", synStCharsParsedInLine = 0, synStPrevChar = '\n', synStCaseSensitive = True, synStKeywordCaseSensitive = True, synStCaptures = []}

    parseSourceLine = manyTill parseExpressionInternal pEndLine

    pEndLine = do
      newline <|> (eof >> return '\n')
      context <- currentContext
      case context of
        "Normal" -> return ()
        "String1" -> (popContext >> return ())
        "Comment2" -> return ()
        "Prep1" -> return ()
        _ -> return ()
      lineContents <- lookAhead wholeLine
      updateState $ \st -> st { synStCurrentLine = lineContents, synStCharsParsedInLine = 0, synStPrevChar = '\n' }

    withAttribute attr txt = do
      if null txt
         then fail "Parser matched no text"
         else return ()
      let style = fromMaybe "" $ lookup attr styles
      st <- getState
      let oldCharsParsed = synStCharsParsedInLine st
      let prevchar = if null txt then '\n' else last txt
      updateState $ \st -> st { synStCharsParsedInLine = oldCharsParsed + length txt, synStPrevChar = prevchar }
      return (nub [style, attr], txt)

    styles = [("Normal Text","Normal"),("Keyword","Keyword"),("Operator","Keyword"),("Type","DataType"),("Integer","BaseN"),("Real","Float"),("Constant","DecVal"),("String","String"),("Char","Char"),("Pervasive","Function"),("StdLib","Function"),("Comment","Comment"),("Pragma","Others")]

    parseExpressionInternal = do
      context <- currentContext
      parseRules context <|> (pDefault >>= withAttribute (fromMaybe "" $ lookup context defaultAttributes))

    list_keywords = Set.fromList $ words $ "ANY ARRAY AS BEGIN BITS BRANDED BY CASE CONST DO ELSE ELSIF END EVAL EXCEPT EXCEPTION EXIT EXPORTS FINALLY FOR FROM GENERIC IF IMPORT INTERFACE LOCK LOOP METHODS MODULE OBJECT OF OVERRIDES PROCEDURE RAISE RAISES READONLY RECORD REF REPEAT RETURN REVEAL ROOT SET THEN TO TRY TYPE TYPECASE UNSAFE UNTIL UNTRACED VALUE VAR WHILE WITH"
    list_operators = Set.fromList $ words $ "AND DIV IN MOD NOT OR + < # = ; .. : - > { } | := <: * <= ( ) ^ , => / >= [ ] . &"
    list_types = Set.fromList $ words $ "ADDRESS BOOLEAN CARDINAL CHAR EXTENDED INTEGER LONGREAL MUTEX NULL REAL REFANY T TEXT"
    list_constants = Set.fromList $ words $ "FALSE NIL TRUE"
    list_pervasives = Set.fromList $ words $ "ABS ADR ADRSIZE BITSIZE BYTESIZE CEILING DEC DISPOSE FIRST FLOAT FLOOR INC ISTYPE LAST LOOPHOLE MAX MIN NARROW NEW NUMBER ORD ROUND SUBARRAY TRUNC TYPECODE VAL"
    list_stdlibs = Set.fromList $ words $ "Text Text.Length Text.Empty Text.Equal Text.Compare Text.Cat Text.Sub Text.Hash Text.HasWideChar Text.GetChar Text.GetWideChar Text.SetChars Text.SetWideChars Text.FromChars Text.FromWideChars Text.FindChar Text.FindWideChar Text.FindCharR Text.FindWideCharR Fmt Fmt.Bool Fmt.Char Fmt.Int Fmt.Unsigned Fmt.Real Fmt.LongReal Fmt.Extended Fmt.Pad Fmt.F Fmt.FN Scan Scan.Bool Scan.Int Scan.Unsigned Scan.Real Scan.LongReal Scan.Extended IO IO.Put IO.PutChar IO.PutWideChar IO.PutInt IO.PutReal IO.EOF IO.GetLine IO.GetChar IO.GetWideChar IO.GetInt IO.GetReal IO.OpenRead IO.OpenWrite Rd Rd.GetChar Rd.GetWideChar Rd.EOF Rd.UnGetChar Rd.CharsReady Rd.GetSub Rd.GetWideSub Rd.GetSubLine Rd.GetWideSubLine Rd.GetText Rd.GetWideText Rd.GetLine Rd.GetWideLine Rd.Seek Rd.Close Rd.Index Rd.Length Rd.Intermittend Rd.Seekable Rd.Closed Wr Wr.PutChar Wr.PutWideChar Wr.PutText Wr.PutWideText Wr.PutString Wr.PutWideString Wr.Seek Wr.Flush Wr.Close Wr.Length Wr.Index Wr.Seekable Wr.Closed Wr.Buffered Lex Lex.Scan Lex.Skip Lex.Match Lex.Bool Lex.Int Lex.Unsigned Lex.Real Lex.LongReal Lex.Extended Params Params.Count Params.Get Env Env.Count Env.Get Env.GetNth"

    regex_PROCEDURE'5b'5cs'5d'2e'2a'5c'28 = compileRegex "PROCEDURE[\\s].*\\("
    regex_END'5cs'2a'5bA'2dZa'2dz'5d'5bA'2dZa'2dz0'2d9'5f'5d'2a'5c'3b = compileRegex "END\\s*[A-Za-z][A-Za-z0-9_]*\\;"
    regex_'5cb'28RECORD'7cOBJECT'7cTRY'7cWHILE'7cFOR'7cREPEAT'7cLOOP'7cIF'7cCASE'7cWITH'29'5cb = compileRegex "\\b(RECORD|OBJECT|TRY|WHILE|FOR|REPEAT|LOOP|IF|CASE|WITH)\\b"
    regex_'5cb'28END'3b'7cEND'29'5cb = compileRegex "\\b(END;|END)\\b"
    regex_'5cb'5b'5c'2b'7c'5c'2d'5d'7b0'2c1'7d'5b0'2d9'5d'7b1'2c'7d'5c'2e'5b0'2d9'5d'7b1'2c'7d'28'5bE'7ce'7cD'7cd'7cX'7cx'5d'5b'5c'2b'7c'5c'2d'5d'7b0'2c1'7d'5b0'2d9'5d'7b1'2c'7d'29'7b0'2c1'7d'5cb = compileRegex "\\b[\\+|\\-]{0,1}[0-9]{1,}\\.[0-9]{1,}([E|e|D|d|X|x][\\+|\\-]{0,1}[0-9]{1,}){0,1}\\b"
    regex_'5cb'28'5b'5c'2b'7c'5c'2d'5d'7b0'2c1'7d'5b0'2d9'5d'7b1'2c'7d'7c'28'5b2'2d9'5d'7c1'5b0'2d6'5d'29'5c'5f'5b0'2d9A'2dFa'2df'5d'7b1'2c'7d'29'5cb = compileRegex "\\b([\\+|\\-]{0,1}[0-9]{1,}|([2-9]|1[0-6])\\_[0-9A-Fa-f]{1,})\\b"
    regex_'5c'27'28'2e'7c'5c'5c'5bntrf'5c'5c'27'22'5d'7c'5c'5c'5b0'2d7'5d'7b3'7d'29'5c'27 = compileRegex "\\'(.|\\\\[ntrf\\\\'\"]|\\\\[0-7]{3})\\'"

    defaultAttributes = [("Normal","Normal Text"),("String1","String"),("Comment2","Comment"),("Prep1","Pragma")]

    parseRules "Normal" =
      do (attr, result) <- (((pRegExpr regex_PROCEDURE'5b'5cs'5d'2e'2a'5c'28 >>= withAttribute "Keyword"))
                            <|>
                            ((pRegExpr regex_END'5cs'2a'5bA'2dZa'2dz'5d'5bA'2dZa'2dz0'2d9'5f'5d'2a'5c'3b >>= withAttribute "Keyword"))
                            <|>
                            ((pRegExpr regex_'5cb'28RECORD'7cOBJECT'7cTRY'7cWHILE'7cFOR'7cREPEAT'7cLOOP'7cIF'7cCASE'7cWITH'29'5cb >>= withAttribute "Keyword"))
                            <|>
                            ((pRegExpr regex_'5cb'28END'3b'7cEND'29'5cb >>= withAttribute "Keyword"))
                            <|>
                            ((pKeyword " \n\t():!+,-<=>%&*/;?[]^{|}~\\" list_keywords >>= withAttribute "Keyword"))
                            <|>
                            ((pKeyword " \n\t():!+,-<=>%&*/;?[]^{|}~\\" list_operators >>= withAttribute "Operator"))
                            <|>
                            ((pKeyword " \n\t():!+,-<=>%&*/;?[]^{|}~\\" list_types >>= withAttribute "Type"))
                            <|>
                            ((pKeyword " \n\t():!+,-<=>%&*/;?[]^{|}~\\" list_constants >>= withAttribute "Constant"))
                            <|>
                            ((pKeyword " \n\t():!+,-<=>%&*/;?[]^{|}~\\" list_pervasives >>= withAttribute "Pervasive"))
                            <|>
                            ((pKeyword " \n\t():!+,-<=>%&*/;?[]^{|}~\\" list_stdlibs >>= withAttribute "StdLib"))
                            <|>
                            ((pRegExpr regex_'5cb'5b'5c'2b'7c'5c'2d'5d'7b0'2c1'7d'5b0'2d9'5d'7b1'2c'7d'5c'2e'5b0'2d9'5d'7b1'2c'7d'28'5bE'7ce'7cD'7cd'7cX'7cx'5d'5b'5c'2b'7c'5c'2d'5d'7b0'2c1'7d'5b0'2d9'5d'7b1'2c'7d'29'7b0'2c1'7d'5cb >>= withAttribute "Real"))
                            <|>
                            ((pRegExpr regex_'5cb'28'5b'5c'2b'7c'5c'2d'5d'7b0'2c1'7d'5b0'2d9'5d'7b1'2c'7d'7c'28'5b2'2d9'5d'7c1'5b0'2d6'5d'29'5c'5f'5b0'2d9A'2dFa'2df'5d'7b1'2c'7d'29'5cb >>= withAttribute "Integer"))
                            <|>
                            ((pDetectChar False '"' >>= withAttribute "String") >>~ pushContext "String1")
                            <|>
                            ((pRegExpr regex_'5c'27'28'2e'7c'5c'5c'5bntrf'5c'5c'27'22'5d'7c'5c'5c'5b0'2d7'5d'7b3'7d'29'5c'27 >>= withAttribute "Char"))
                            <|>
                            ((pDetect2Chars False '<' '*' >>= withAttribute "Pragma") >>~ pushContext "Prep1")
                            <|>
                            ((pDetect2Chars False '(' '*' >>= withAttribute "Comment") >>~ pushContext "Comment2"))
         return (attr, result)

    parseRules "String1" =
      do (attr, result) <- ((pDetectChar False '"' >>= withAttribute "String") >>~ (popContext >> return ()))
         return (attr, result)

    parseRules "Comment2" =
      do (attr, result) <- (((pDetect2Chars False '(' '*' >>= withAttribute "Comment") >>~ pushContext "Comment2")
                            <|>
                            ((pDetect2Chars False '*' ')' >>= withAttribute "Comment") >>~ (popContext >> return ())))
         return (attr, result)

    parseRules "Prep1" =
      do (attr, result) <- ((pDetect2Chars False '*' '>' >>= withAttribute "Pragma") >>~ (popContext >> return ()))
         return (attr, result)

    parseRules x = fail $ "Unknown context" ++ x