-- Hoogle documentation, generated by Haddock
-- See Hoogle, http://www.haskell.org/hoogle/


-- | Syntax Macros in the form of an EDSL
--   
--   Library of first-class Syntax Macros
@package SyntaxMacros
@version 0.1

module Language.Grammars.SyntaxMacros.Scanner
scanHandle :: ScanOpts -> FilePath -> Handle -> IO [Token]
scanFile :: ScanOpts -> FilePath -> IO [Token]
scan :: ScanOpts -> Pos -> String -> [Token]
getRational :: String -> (String, Maybe String, Maybe (Maybe String, String))
getBaseNumber :: Integer -> [Char] -> Integer
type Token = GenToken String EnumValToken String
data EnumValToken
TkVarid :: EnumValToken
TkConid :: EnumValToken
TkOp :: EnumValToken
TkConOp :: EnumValToken
TkQVarid :: EnumValToken
TkQConid :: EnumValToken
TkQOp :: EnumValToken
TkQConOp :: EnumValToken
TkString :: EnumValToken
TkChar :: EnumValToken
TkInteger8 :: EnumValToken
TkInteger10 :: EnumValToken
TkInteger16 :: EnumValToken
TkFraction :: EnumValToken
TkTextnm :: EnumValToken
TkTextln :: EnumValToken
TkError :: EnumValToken
reserved :: String -> Pos -> Token
valueToken :: EnumValToken -> String -> Pos -> Token
errToken :: String -> Pos -> Token
tokTpIsInt :: EnumValToken -> Bool
tokTpIsId :: EnumValToken -> Bool
tokTpQual :: EnumValToken -> EnumValToken
pKeyPos :: (IsParser p Token) => String -> p Pos
pSpecPos :: (IsParser p Token) => Char -> p Pos
pKey :: (IsParser p Token) => String -> p String
pSpec :: (IsParser p Token) => Char -> p String
pCharPos :: (IsParser p Token) => p (String, Pos)
pInteger8Pos :: (IsParser p Token) => p (String, Pos)
pInteger10Pos :: (IsParser p Token) => p (String, Pos)
pInteger16Pos :: (IsParser p Token) => p (String, Pos)
pFractionPos :: (IsParser p Token) => p (String, Pos)
pVaridPos :: (IsParser p Token) => p (String, Pos)
pConidPos :: (IsParser p Token) => p (String, Pos)
pTextnmPos :: (IsParser p Token) => p (String, Pos)
pTextlnPos :: (IsParser p Token) => p (String, Pos)
pIntegerPos :: (IsParser p Token) => p (String, Pos)
pVarsymPos :: (IsParser p Token) => p (String, Pos)
pConsymPos :: (IsParser p Token) => p (String, Pos)
pStringPos :: (IsParser p Token) => p (String, Pos)
pChar :: (IsParser p Token) => p String
pInteger8 :: (IsParser p Token) => p String
pInteger10 :: (IsParser p Token) => p String
pInteger16 :: (IsParser p Token) => p String
pFraction :: (IsParser p Token) => p String
pVarid :: (IsParser p Token) => p String
pConid :: (IsParser p Token) => p String
pTextnm :: (IsParser p Token) => p String
pTextln :: (IsParser p Token) => p String
pInteger :: (IsParser p Token) => p String
pVarsym :: (IsParser p Token) => p String
pConsym :: (IsParser p Token) => p String
pString :: (IsParser p Token) => p String
pSemi :: (IsParser p Token) => p String
pOParen :: (IsParser p Token) => p String
pCParen :: (IsParser p Token) => p String
pOBrack :: (IsParser p Token) => p String
pCBrack :: (IsParser p Token) => p String
pOCurly :: (IsParser p Token) => p String
pCCurly :: (IsParser p Token) => p String
pComma :: (IsParser p Token) => p String
pSemiPos :: (IsParser p Token) => p Pos
pOParenPos :: (IsParser p Token) => p Pos
pCParenPos :: (IsParser p Token) => p Pos
pOBrackPos :: (IsParser p Token) => p Pos
pCBrackPos :: (IsParser p Token) => p Pos
pOCurlyPos :: (IsParser p Token) => p Pos
pCCurlyPos :: (IsParser p Token) => p Pos
pCommaPos :: (IsParser p Token) => p Pos
pCommas :: (IsParser p Token) => p a -> p [a]
pSemics :: (IsParser p Token) => p a -> p [a]
pParens :: (IsParser p Token) => p a -> p a
pBracks :: (IsParser p Token) => p a -> p a
pCurly :: (IsParser p Token) => p a -> p a
pParens_pCommas :: (IsParser p Token) => p a -> p [a]
pBracks_pCommas :: (IsParser p Token) => p a -> p [a]
pCurly_pSemics :: (IsParser p Token) => p a -> p [a]
data ScanOpts
ScanOpts :: !Set String -> !Set String -> !Set String -> !Set Char -> !Set Char -> !Set String -> !Bool -> ![String] -> !String -> !String -> !String -> !Bool -> ![(String, String)] -> !Bool -> ScanOpts
scoKeywordsTxt :: ScanOpts -> !Set String
scoCommandsTxt :: ScanOpts -> !Set String
scoKeywordsOps :: ScanOpts -> !Set String
scoSpecChars :: ScanOpts -> !Set Char
scoOpChars :: ScanOpts -> !Set Char
scoSpecPairs :: ScanOpts -> !Set String
scoDollarIdent :: ScanOpts -> !Bool
scoOffsideTrigs :: ScanOpts -> ![String]
scoOffsideModule :: ScanOpts -> !String
scoOffsideOpen :: ScanOpts -> !String
scoOffsideClose :: ScanOpts -> !String
scoLitmode :: ScanOpts -> !Bool
scoVerbOpenClose :: ScanOpts -> ![(String, String)]
scoAllowQualified :: ScanOpts -> !Bool
defaultScanOpts :: ScanOpts
isNoPos :: Pos -> Bool
posIs1stColumn :: Pos -> Bool
data InFilePos
InFilePos :: Int -> Int -> InFilePos
infpLine :: InFilePos -> Int
infpColumn :: InFilePos -> Int
infpStart :: InFilePos
infpNone :: InFilePos
infpAdvCol :: Int -> InFilePos -> InFilePos
infpAdvLine :: Int -> InFilePos -> InFilePos
infpAdv1Line :: InFilePos -> InFilePos
infpAdvStr :: String -> InFilePos -> InFilePos
genTokVal :: GenToken v t v -> v
genTokTp :: GenToken k t v -> Maybe t
genTokMap :: (a -> b) -> GenToken a t a -> GenToken b t b
isLF :: Char -> Bool
isStr :: Char -> Bool
isStrQuote :: Char -> Bool
isWhite :: Char -> Bool
isBlack :: Char -> Bool
isVarStart :: Char -> Bool
isVarRest :: Char -> Bool

module Language.Grammars.Grammar
data Grammar a
Grammar :: (Ref a env) -> (Env Productions env env) -> Grammar a
newtype Productions a env
PS :: [Prod a env] -> Productions a env
unPS :: Productions a env -> [Prod a env]
data Prod a env
Seq :: Symbol b env -> Prod (b -> a) env -> Prod a env
End :: a -> Prod a env
data DTerm
DTerm :: DTerm
data Symbol a env
Term :: String -> Symbol DTerm env
Nont :: Ref a env -> Symbol a env
NontInt :: Symbol Int env
NontChar :: Symbol Char env
NontVarid :: Symbol String env
NontConid :: Symbol String env
NontOp :: Symbol String env
ext :: Env Productions env def' -> [Prod a env] -> Env Productions env (def', a)
matchSym :: Symbol a env -> Symbol b env -> Maybe (Equal a b)
append :: (a -> b -> c) -> Prod a env -> Symbol b env -> Prod c env
data Lit a env
Lit :: (a env) -> Lit a env
int :: Lit (Symbol Int) env
char :: Lit (Symbol Char) env
var :: Lit (Symbol String) env
con :: Lit (Symbol String) env
op :: Lit (Symbol String) env

module Language.Grammars.SyntaxMacros
type GramTrafo = Trafo Unit Productions
type ExtGram env nts = GramTrafo env () (nts env)
type SyntaxMacro env nts nts' = GramTrafo env (nts env) (nts' env)
data Export start nts env
Export :: (Symbol start env) -> (nts env) -> Export start nts env
addNT :: GramTrafo env [Prod a env] (Symbol a env)
addProds :: GramTrafo env (Symbol a env, [Prod a env]) ()
closeGram :: (forall env. ExtGram env (Export a nts)) -> Grammar a
extendGram :: (NTRecord (nts env), NTRecord (nts' env)) => ExtGram env (Export start nts) -> SyntaxMacro env (Export start nts) (Export start' nts') -> ExtGram env (Export start' nts')
exportNTs :: (NTRecord (nts env)) => GramTrafo env (Export start nts env) (Export start nts env)
newtype NTField nt a env
NTField :: (Symbol a env) -> NTField nt a env
symbolNTField :: NTField nt a env -> (Symbol a env)
labelNTField :: NTField nt a env -> nt
data NTCons nt v l env
NTCons :: (NTField nt v env) -> (l env) -> NTCons nt v l env
data NTNil env
NTNil :: NTNil env
class NTRecord r
class Fail err
data Duplicated nt
class NotDuplicated nt r
(^=) :: nt -> (Symbol a env) -> NTField nt a env
(^|) :: (NTRecord (NTCons nt a l env)) => NTField nt a env -> l env -> NTCons nt a l env
class GetNT nt r v | nt r -> v
getNT :: (GetNT nt r v) => nt -> r -> v
data NotFound nt
pInt :: Parser Token Int
pChr :: Parser Token Char
pCon :: Parser Token String
pVar :: Parser Token String
pOp :: Parser Token String
newtype Const f a s
C :: f a -> Const f a s
unC :: Const f a s -> f a
compile :: Grammar a -> Parser Token a
mapEnv :: (forall a. f a s -> g a s) -> Env f s env -> Env g s env
type ParseMsg = Message Token (Maybe Token)
data ParseResult a
Ok :: a -> ParseResult a
Rep :: a -> [ParseMsg] -> ParseResult a
parse :: Parser Token a -> [Token] -> ParseResult a
rparse :: Parser Token a -> [Token] -> (a, [ParseMsg])
instance [overlap ok] (Show a) => Show (ParseResult a)
instance [overlap ok] (GetNT nt1 (l env) r) => GetNT nt1 (NTCons nt2 v l env) r
instance [overlap ok] GetNT nt (NTCons nt v l env) (Symbol v env)
instance [overlap ok] (Fail (NotFound nt)) => GetNT nt (NTNil env) r
instance [overlap ok] (NotDuplicated nt1 (l env)) => NotDuplicated nt1 (NTCons nt2 v l env)
instance [overlap ok] (Fail (Duplicated nt)) => NotDuplicated nt (NTCons nt v l env)
instance [overlap ok] NotDuplicated nt (NTNil env)
instance [overlap ok] (NTRecord (l env), NotDuplicated nt (l env)) => NTRecord (NTCons nt v l env)
instance [overlap ok] NTRecord (NTNil env)