Safe Haskell	Safe
Language	Haskell2010

Text.Gigaparsec.Token.Lexer

Documentation

data Lexer Source #

mkLexer :: LexicalDesc -> Lexer Source #

mkLexerWithErrorConfig :: LexicalDesc -> ErrorConfig -> Lexer Source #

data Lexeme Source #

lexeme :: Lexer -> Lexeme Source #

nonlexeme :: Lexer -> Lexeme Source #

fully :: Lexer -> forall a. Parsec a -> Parsec a Source #

space :: Lexer -> Space Source #

apply :: Lexeme -> forall a. Parsec a -> Parsec a Source #

sym :: Lexeme -> String -> Parsec () Source #

symbol :: Lexeme -> Symbol Source #

names :: Lexeme -> Names Source #

data Symbol Source #

softKeyword :: Symbol -> String -> Parsec () Source #

softOperator :: Symbol -> String -> Parsec () Source #

data Names Source #

identifier :: Names -> Parsec String Source #

identifier' :: Names -> CharPredicate -> Parsec String Source #

userDefinedOperator :: Names -> Parsec String Source #

userDefinedOperator' :: Names -> CharPredicate -> Parsec String Source #

data IntegerParsers canHold Source #

type CanHoldSigned = CanHoldSigned Source #

type CanHoldUnsigned = CanHoldUnsigned Source #

integer :: Lexeme -> IntegerParsers CanHoldSigned Source #

natural :: Lexeme -> IntegerParsers CanHoldUnsigned Source #

decimal :: IntegerParsers canHold -> Parsec Integer Source #

hexadecimal :: IntegerParsers canHold -> Parsec Integer Source #

octal :: IntegerParsers canHold -> Parsec Integer Source #

binary :: IntegerParsers canHold -> Parsec Integer Source #

decimal8 :: forall a canHold. canHold 'B8 a => IntegerParsers canHold -> Parsec a Source #

decimal16 :: forall a canHold. canHold 'B16 a => IntegerParsers canHold -> Parsec a Source #

decimal32 :: forall a canHold. canHold 'B32 a => IntegerParsers canHold -> Parsec a Source #

decimal64 :: forall a canHold. canHold 'B64 a => IntegerParsers canHold -> Parsec a Source #

hexadecimal8 :: forall a canHold. canHold 'B8 a => IntegerParsers canHold -> Parsec a Source #

hexadecimal16 :: forall a canHold. canHold 'B16 a => IntegerParsers canHold -> Parsec a Source #

hexadecimal32 :: forall a canHold. canHold 'B32 a => IntegerParsers canHold -> Parsec a Source #

hexadecimal64 :: forall a canHold. canHold 'B64 a => IntegerParsers canHold -> Parsec a Source #

octal8 :: forall a canHold. canHold 'B8 a => IntegerParsers canHold -> Parsec a Source #

octal16 :: forall a canHold. canHold 'B16 a => IntegerParsers canHold -> Parsec a Source #

octal32 :: forall a canHold. canHold 'B32 a => IntegerParsers canHold -> Parsec a Source #

octal64 :: forall a canHold. canHold 'B64 a => IntegerParsers canHold -> Parsec a Source #

binary8 :: forall a canHold. canHold 'B8 a => IntegerParsers canHold -> Parsec a Source #

binary16 :: forall a canHold. canHold 'B16 a => IntegerParsers canHold -> Parsec a Source #

binary32 :: forall a canHold. canHold 'B32 a => IntegerParsers canHold -> Parsec a Source #

binary64 :: forall a canHold. canHold 'B64 a => IntegerParsers canHold -> Parsec a Source #

data TextParsers t Source #

stringLiteral :: Lexeme -> TextParsers String Source #

rawStringLiteral :: Lexeme -> TextParsers String Source #

multiStringLiteral :: Lexeme -> TextParsers String Source #

rawMultiStringLiteral :: Lexeme -> TextParsers String Source #

charLiteral :: Lexeme -> TextParsers Char Source #

ascii :: TextParsers t -> Parsec t Source #

unicode :: TextParsers t -> Parsec t Source #

latin1 :: TextParsers t -> Parsec t Source #

data Space Source #

skipComments :: Space -> Parsec () Source #

whiteSpace :: Space -> Parsec () Source #

alter :: Space -> forall a. CharPredicate -> Parsec a -> Parsec a Source #

initSpace :: Space -> Parsec () Source #