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Edit File : haskell.syntax \| Size : 8.49 KB
# Author : Sergei Trofimovich <slyfox@inbox.ru> # Language : haskell # # 'Syntax rules for the C and the C++ programming languages' is taken as base # (haskell compilers support CPP macros) # # haskell keywords and reserved symbols are grabbed from ghc-6.10.1/compiler/parser/Lexer.hs context default # haskell keywords # reserved keywords: # unused symbols keyword whole _\[0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ_abcdefghijklmnopqrstuvwxyz\] brightmagenta keyword whole as yellow keyword whole case yellow keyword whole class yellow keyword whole data yellow keyword whole default yellow keyword whole deriving yellow keyword whole do yellow keyword whole else yellow keyword whole hiding yellow keyword whole if yellow keyword whole import yellow keyword whole in yellow keyword whole infix yellow keyword whole infixl yellow keyword whole infixr yellow keyword whole instance yellow keyword whole let yellow keyword whole module yellow keyword whole newtype yellow keyword whole of yellow keyword whole qualified yellow keyword whole then yellow keyword whole type yellow keyword whole where yellow # extension keywords keyword whole forall yellow keyword whole mdo yellow keyword whole family yellow keyword whole group yellow keyword whole by yellow keyword whole using yellow # ffi keyword whole foreign yellow keyword whole export yellow keyword whole label yellow keyword whole dynamic yellow keyword whole safe yellow keyword whole threadsafe yellow keyword whole unsafe yellow keyword whole stdcall yellow keyword whole ccall yellow keyword whole dotnet yellow keyword whole rec yellow keyword whole proc yellow # other keyword . white # keyword whole .. white # unboxed (started from upcase) keyword whole \{ABCDEFGHIJKLMNOPQRSTUVWXYZ\}\[0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ_abcdefghijklmnopqrstuvwxyz\]# white # types/modules keyword whole \{ABCDEFGHIJKLMNOPQRSTUVWXYZ\}\[0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ_abcdefghijklmnopqrstuvwxyz\] white # C keywords (TODO: remove unused in haskell source) keyword whole auto yellow keyword whole break yellow keyword whole case yellow keyword whole char yellow keyword whole const yellow keyword whole continue yellow keyword whole do yellow keyword whole double yellow keyword whole else yellow keyword whole enum yellow keyword whole extern yellow keyword whole float yellow keyword whole for yellow keyword whole goto yellow keyword whole if yellow keyword whole int yellow keyword whole long yellow keyword whole register yellow keyword whole return yellow keyword whole short yellow keyword whole signed yellow keyword whole sizeof yellow keyword whole static yellow keyword whole struct yellow keyword whole switch yellow keyword whole typedef yellow keyword whole union yellow keyword whole unsigned yellow keyword whole void yellow keyword whole volatile yellow keyword whole while yellow keyword whole asm yellow keyword whole inline yellow keyword whole wchar_t yellow keyword whole ... yellow keyword whole linestart \{\s\t\}\[\s\t\]#\n brightmagenta keyword whole \[\s\t\]default yellow keyword whole linestart \[\s\t\]\{ABCDEFGHIJKLMNOPQRSTUVWXYZ_abcdefghijklmnopqrstuvwxyz\}\[0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ_abcdefghijklmnopqrstuvwxyz\]: cyan #digits keyword whole 0\{xX\}\{0123456789abcdefABCDEF\}\[0123456789abcdefABCDEF\] brightgreen keyword whole \{0123456789\}\[0123456789\] brightgreen keyword whole \[0123456789\]\.\{0123456789\}\[0123456789\] brightgreen keyword whole \{0123456789\}\[0123456789\]\.\[0123456789\] brightgreen keyword whole \{0123456789\}\[0123456789\]\{eE\}\{0123456789\}\[0123456789\] brightgreen keyword whole \{0123456789\}\[0123456789\]\{eE\}\{\-\+\}\{0123456789\}\[0123456789\] brightgreen keyword whole \{0123456789\}\[0123456789\]\.\{0123456789\}\[0123456789\]\{eE\}\{0123456789\}\[0123456789\] brightgreen keyword whole \{0123456789\}\[0123456789\]\.\{0123456789\}\[0123456789\]\{eE\}\{\-\+\}\{0123456789\}\[0123456789\] brightgreen #comments keyword {- brown keyword -} brown keyword -- brown keyword \/ brown keyword /\* brown keyword // brown keyword '\\\{"abtnvfr\}' brightgreen #haskell standalone char escapes keyword '\\NUL' brightgreen keyword '\\SOH' brightgreen keyword '\\STX' brightgreen keyword '\\ETX' brightgreen keyword '\\EOT' brightgreen keyword '\\ENQ' brightgreen keyword '\\ACK' brightgreen keyword '\\BEL' brightgreen keyword '\\BS' brightgreen keyword '\\HT' brightgreen keyword '\\LF' brightgreen keyword '\\VT' brightgreen keyword '\\FF' brightgreen keyword '\\CR' brightgreen keyword '\\SO' brightgreen keyword '\\SI' brightgreen keyword '\\DLE' brightgreen keyword '\\DC1' brightgreen keyword '\\DC2' brightgreen keyword '\\DC3' brightgreen keyword '\\DC4' brightgreen keyword '\\NAK' brightgreen keyword '\\SYN' brightgreen keyword '\\ETB' brightgreen keyword '\\CAN' brightgreen keyword '\\EM' brightgreen keyword '\\SUB' brightgreen keyword '\\ESC' brightgreen keyword '\\FS' brightgreen keyword '\\GS' brightgreen keyword '\\RS' brightgreen keyword '\\US' brightgreen keyword '\\SP' brightgreen keyword '\\DEL' brightgreen keyword '\\\{0123\}\{01234567\}\{01234567\}' brightgreen keyword '\\'' brightgreen keyword '\\\\' brightgreen keyword '\\0' brightgreen keyword '\{\s!"#$%&()\\+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[]^_`abcdefghijklmnopqrstuvwxyz{\|}~��\}' brightgreen # some punctuation characters keyword whole $ yellow keyword whole ! white keyword whole && white keyword whole \ yellow keyword whole \+ yellow keyword whole / yellow keyword whole < yellow keyword whole > yellow keyword whole ^ white keyword whole \|\| white keyword whole \| white keyword ~ white keyword , brightcyan keyword - yellow keyword : brightcyan keyword ; yellow keyword = yellow keyword { white keyword } white keyword [ brightcyan keyword ] brightcyan keyword ( brightcyan keyword ) brightcyan # comments context exclusive /\* \/ brown spellcheck context exclusive {-# #-} green spellcheck context exclusive {- -} brown spellcheck context exclusive // \n brown spellcheck context exclusive \-\- \n brown spellcheck # C macros context linestart # \n brightred keyword \\\n yellow keyword /\\/ brown keyword //\n brown keyword "+" red keyword <+> red context " " green spellcheck #haskell escapes in ""s keyword \\NUL brightgreen keyword \\SOH brightgreen keyword \\STX brightgreen keyword \\ETX brightgreen keyword \\EOT brightgreen keyword \\ENQ brightgreen keyword \\ACK brightgreen keyword \\BEL brightgreen keyword \\BS brightgreen keyword \\HT brightgreen keyword \\LF brightgreen keyword \\VT brightgreen keyword \\FF brightgreen keyword \\CR brightgreen keyword \\SO brightgreen keyword \\SI brightgreen keyword \\DLE brightgreen keyword \\DC1 brightgreen keyword \\DC2 brightgreen keyword \\DC3 brightgreen keyword \\DC4 brightgreen keyword \\NAK brightgreen keyword \\SYN brightgreen keyword \\ETB brightgreen keyword \\CAN brightgreen keyword \\EM brightgreen keyword \\SUB brightgreen keyword \\ESC brightgreen keyword \\FS brightgreen keyword \\GS brightgreen keyword \\RS brightgreen keyword \\US brightgreen keyword \\SP brightgreen keyword \\DEL brightgreen keyword \\" brightgreen keyword %% brightgreen keyword %\[#0\s-\+,\]\[0123456789\\]\[.\]\[0123456789\\]\[L\]\{eEfgGoxX\} brightgreen keyword %\[0\s-\+,\]\[0123456789\\]\[.\]\[0123456789\\]\[hl\]\{diuxX\} brightgreen keyword %\[hl\]n brightgreen keyword %\[-\]\[0123456789\\]\[.\]\[0123456789\\]s brightgreen keyword %[] brightgreen keyword %c brightgreen keyword %p brightgreen keyword \\\{0123\}\{01234567\}\{01234567\} brightgreen keyword \\\\ brightgreen keyword \\' brightgreen keyword \\\{abtnvfr\} brightgreen # infix binop context exclusive ` ` white Back

Edit File : haskell.syntax | Size : 8.49 KB

# Author   : Sergei Trofimovich <slyfox@inbox.ru>
# Language : haskell
#
# 'Syntax rules for the C and the C++ programming languages' is taken as base
# (haskell compilers support CPP macros)
#
# haskell keywords and reserved symbols are grabbed from ghc-6.10.1/compiler/parser/Lexer.hs

context default

# haskell keywords

#   reserved keywords:

#   unused symbols
    keyword whole _\[0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ_abcdefghijklmnopqrstuvwxyz\] brightmagenta

keyword whole as yellow
    keyword whole case yellow
    keyword whole class yellow
    keyword whole data yellow
    keyword whole default yellow
    keyword whole deriving yellow
    keyword whole do yellow
    keyword whole else yellow
    keyword whole hiding yellow
    keyword whole if yellow
    keyword whole import yellow
    keyword whole in yellow
    keyword whole infix yellow
    keyword whole infixl yellow
    keyword whole infixr yellow
    keyword whole instance yellow
    keyword whole let yellow
    keyword whole module yellow
    keyword whole newtype yellow
    keyword whole of yellow
    keyword whole qualified yellow
    keyword whole then yellow
    keyword whole type yellow
    keyword whole where yellow

#   extension keywords
    keyword whole forall yellow
    keyword whole mdo yellow
    keyword whole family yellow
    keyword whole group yellow
    keyword whole by yellow
    keyword whole using yellow

#   ffi
    keyword whole foreign yellow
    keyword whole export yellow
    keyword whole label yellow
    keyword whole dynamic yellow
    keyword whole safe yellow
    keyword whole threadsafe yellow
    keyword whole unsafe yellow
    keyword whole stdcall yellow
    keyword whole ccall yellow
    keyword whole dotnet yellow

keyword whole rec yellow
    keyword whole proc yellow

#   other
    keyword . white
#    keyword whole .. white

#   unboxed (started from upcase)
    keyword whole \{ABCDEFGHIJKLMNOPQRSTUVWXYZ\}\[0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ_abcdefghijklmnopqrstuvwxyz\]# white
#   types/modules
    keyword whole \{ABCDEFGHIJKLMNOPQRSTUVWXYZ\}\[0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ_abcdefghijklmnopqrstuvwxyz\] white

# C keywords (TODO: remove unused in haskell source)
    keyword whole auto yellow
    keyword whole break yellow
    keyword whole case yellow
    keyword whole char yellow
    keyword whole const yellow
    keyword whole continue yellow
    keyword whole do yellow
    keyword whole double yellow
    keyword whole else yellow
    keyword whole enum yellow
    keyword whole extern yellow
    keyword whole float yellow
    keyword whole for yellow
    keyword whole goto yellow
    keyword whole if yellow
    keyword whole int yellow
    keyword whole long yellow
    keyword whole register yellow
    keyword whole return yellow
    keyword whole short yellow
    keyword whole signed yellow
    keyword whole sizeof yellow
    keyword whole static yellow
    keyword whole struct yellow
    keyword whole switch yellow
    keyword whole typedef yellow
    keyword whole union yellow
    keyword whole unsigned yellow
    keyword whole void yellow
    keyword whole volatile yellow
    keyword whole while yellow
    keyword whole asm yellow
    keyword whole inline yellow
    keyword whole wchar_t yellow
    keyword whole ... yellow
    keyword whole linestart \{\s\t\}\[\s\t\]#*\n brightmagenta
    keyword whole \[\s\t\]default yellow
    keyword whole linestart \[\s\t\]\{ABCDEFGHIJKLMNOPQRSTUVWXYZ_abcdefghijklmnopqrstuvwxyz\}\[0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ_abcdefghijklmnopqrstuvwxyz\]: cyan

#digits
    keyword whole 0\{xX\}\{0123456789abcdefABCDEF\}\[0123456789abcdefABCDEF\] brightgreen
    keyword whole \{0123456789\}\[0123456789\] brightgreen
    keyword whole \[0123456789\]\.\{0123456789\}\[0123456789\] brightgreen
    keyword whole \{0123456789\}\[0123456789\]\.\[0123456789\] brightgreen
    keyword whole \{0123456789\}\[0123456789\]\{eE\}\{0123456789\}\[0123456789\] brightgreen
    keyword whole \{0123456789\}\[0123456789\]\{eE\}\{\-\+\}\{0123456789\}\[0123456789\] brightgreen
    keyword whole \{0123456789\}\[0123456789\]\.\{0123456789\}\[0123456789\]\{eE\}\{0123456789\}\[0123456789\] brightgreen
    keyword whole \{0123456789\}\[0123456789\]\.\{0123456789\}\[0123456789\]\{eE\}\{\-\+\}\{0123456789\}\[0123456789\] brightgreen

#comments
    keyword {- brown
    keyword -} brown
    keyword -- brown

keyword \*/ brown
    keyword /\* brown
    keyword // brown

keyword '\\\{"abtnvfr\}' brightgreen

#haskell standalone char escapes
    keyword '\\NUL' brightgreen
    keyword '\\SOH' brightgreen
    keyword '\\STX' brightgreen
    keyword '\\ETX' brightgreen
    keyword '\\EOT' brightgreen
    keyword '\\ENQ' brightgreen
    keyword '\\ACK' brightgreen
    keyword '\\BEL' brightgreen
    keyword '\\BS' brightgreen
    keyword '\\HT' brightgreen
    keyword '\\LF' brightgreen
    keyword '\\VT' brightgreen
    keyword '\\FF' brightgreen
    keyword '\\CR' brightgreen
    keyword '\\SO' brightgreen
    keyword '\\SI' brightgreen
    keyword '\\DLE' brightgreen
    keyword '\\DC1' brightgreen
    keyword '\\DC2' brightgreen
    keyword '\\DC3' brightgreen
    keyword '\\DC4' brightgreen
    keyword '\\NAK' brightgreen
    keyword '\\SYN' brightgreen
    keyword '\\ETB' brightgreen
    keyword '\\CAN' brightgreen
    keyword '\\EM' brightgreen
    keyword '\\SUB' brightgreen
    keyword '\\ESC' brightgreen
    keyword '\\FS' brightgreen
    keyword '\\GS' brightgreen
    keyword '\\RS' brightgreen
    keyword '\\US' brightgreen
    keyword '\\SP' brightgreen
    keyword '\\DEL' brightgreen

keyword '\\\{0123\}\{01234567\}\{01234567\}' brightgreen
    keyword '\\'' brightgreen
    keyword '\\\\' brightgreen
    keyword '\\0' brightgreen
    keyword '\{\s!"#$%&()\*\+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[]^_`abcdefghijklmnopqrstuvwxyz{|}~���������������������������������������������������������������������������������������������\}' brightgreen

# some punctuation characters
    keyword whole $ yellow
    keyword whole ! white
    keyword whole && white
    keyword whole \* yellow
    keyword whole \+ yellow
    keyword whole / yellow
    keyword whole < yellow
    keyword whole > yellow
    keyword whole ^ white
    keyword whole || white
    keyword whole | white

keyword ~ white
    keyword , brightcyan
    keyword - yellow
    keyword : brightcyan
    keyword ; yellow
    keyword = yellow
    keyword { white
    keyword } white
    keyword [ brightcyan
    keyword ] brightcyan
    keyword ( brightcyan
    keyword ) brightcyan

# comments
context exclusive /\* \*/ brown
    spellcheck

context exclusive {-# #-} green
    spellcheck

context exclusive {- -} brown
    spellcheck

context exclusive // \n brown
    spellcheck

context exclusive \-\- \n brown
    spellcheck

# C macros
context linestart # \n brightred
    keyword \\\n yellow
    keyword /\**\*/ brown
    keyword //*\n brown
    keyword "+" red
    keyword <+> red

context " " green
    spellcheck

#haskell escapes in ""s
    keyword \\NUL brightgreen
    keyword \\SOH brightgreen
    keyword \\STX brightgreen
    keyword \\ETX brightgreen
    keyword \\EOT brightgreen
    keyword \\ENQ brightgreen
    keyword \\ACK brightgreen
    keyword \\BEL brightgreen
    keyword \\BS brightgreen
    keyword \\HT brightgreen
    keyword \\LF brightgreen
    keyword \\VT brightgreen
    keyword \\FF brightgreen
    keyword \\CR brightgreen
    keyword \\SO brightgreen
    keyword \\SI brightgreen
    keyword \\DLE brightgreen
    keyword \\DC1 brightgreen
    keyword \\DC2 brightgreen
    keyword \\DC3 brightgreen
    keyword \\DC4 brightgreen
    keyword \\NAK brightgreen
    keyword \\SYN brightgreen
    keyword \\ETB brightgreen
    keyword \\CAN brightgreen
    keyword \\EM brightgreen
    keyword \\SUB brightgreen
    keyword \\ESC brightgreen
    keyword \\FS brightgreen
    keyword \\GS brightgreen
    keyword \\RS brightgreen
    keyword \\US brightgreen
    keyword \\SP brightgreen
    keyword \\DEL brightgreen

keyword \\" brightgreen
    keyword %% brightgreen
    keyword %\[#0\s-\+,\]\[0123456789\*\]\[.\]\[0123456789\*\]\[L\]\{eEfgGoxX\} brightgreen
    keyword %\[0\s-\+,\]\[0123456789\*\]\[.\]\[0123456789\*\]\[hl\]\{diuxX\} brightgreen
    keyword %\[hl\]n brightgreen
    keyword %\[-\]\[0123456789\*\]\[.\]\[0123456789\*\]s brightgreen
    keyword %[*] brightgreen
    keyword %c brightgreen
    keyword %p brightgreen
    keyword \\\{0123\}\{01234567\}\{01234567\} brightgreen
    keyword \\\\ brightgreen
    keyword \\' brightgreen
    keyword \\\{abtnvfr\} brightgreen

# infix binop
context exclusive ` ` white

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