<* satTok BraceCloseToken
trans2 :: TokenValue (TokenValue -> a) -> Parser Token a
-trans2 t f = liftM (f o snd) $ satTok t
+trans2 t f = liftM (f o thd3) $ satTok t
trans1 :: TokenValue a -> Parser Token a
trans1 t r = trans2 t $ const r
derive gPrint TokenValue
derive gEq TokenValue
satTok :: TokenValue -> Parser Token Token
-satTok t = top >>= \tok=:(pos, tv) -> if (eq t tok)
+satTok t = top >>= \tok=:(pos1, pos2, tv) -> if (eq t tok)
(return tok)
- (fail <?> (printToString tv+++printToString t, pos))
+ (fail <?> (printToString tv+++printToString t, pos1))
where
- eq (IdentToken _) (_, IdentToken _) = True
- eq (NumberToken _) (_, NumberToken _) = True
- eq (CharToken _) (_, CharToken _) = True
- eq x (_, y) = gEq {|*|} x y
+ eq (IdentToken _) (_, _, IdentToken _) = True
+ eq (NumberToken _) (_, _, NumberToken _) = True
+ eq (CharToken _) (_, _, CharToken _) = True
+ eq x (_, _, y) = gEq {|*|} x y
parseSepList :: TokenValue (Parser Token a) -> Parser Token [a]
parseSepList sep p =
(liftM pure p) <|> pure empty
parseIdent :: Parser Token String
-parseIdent = trans2 (IdentToken []) (\(IdentToken e).toString e)
+parseIdent = trans2 (IdentToken "") (\(IdentToken e).toString e)
instance toString AST where
toString (AST v f) = concat (