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Org.Org.Semantic.HBase.Encoding.ReadShow

Synopsis

getDecimalDigitASCII :: Char -> Maybe Word8 charToDigit :: (?radix :: Word8, ?getDecimalDigit :: Maybe (Char -> Maybe Word8)) => Char -> Maybe Word8 readDigit :: (MonadOrParser Char m, ?radix :: Word8, ?getDecimalDigit :: Maybe (Char -> Maybe Word8)) => m Word8 addUpDigits :: (IsA a Word8, IsInteger a, ?radix :: Word8) => a -> [Word8] -> a readDigits :: (MonadOrParser Char m, IsA a Word8, IsInteger a, ?radix :: Word8, ?getDecimalDigit :: Maybe (Char -> Maybe Word8)) => m a readFixedDigits :: (MonadOrParser Char m, IsA a Word8, IsInteger a, ?radix :: Word8, ?getDecimalDigit :: Maybe (Char -> Maybe Word8)) => Integer -> m a readInteger :: (MonadOrParser Char m, IsA a Word8, Negatable a, IsInteger a, ?radix :: Word8, ?getDecimalDigit :: Maybe (Char -> Maybe Word8)) => m a readDecimalDigit :: MonadOrParser Char m => m Word8 readDecimalDigits :: (MonadOrParser Char m, IsA a Word8, IsInteger a) => m a readDecimalFixedDigits :: (MonadOrParser Char m, IsA a Word8, IsInteger a) => Integer -> m a readDecimalInteger :: (MonadOrParser Char m, IsA a Word8, Negatable a, IsInteger a) => m a readHexDigit :: MonadOrParser Char m => m Word8 readHexDigits :: (MonadOrParser Char m, IsA a Word8, IsInteger a) => m a readHexFixedDigits :: (MonadOrParser Char m, IsA a Word8, IsInteger a) => Integer -> m a readHexInteger :: (MonadOrParser Char m, IsA a Word8, Negatable a, IsInteger a) => m a class ShowHex a where showAnyMarkedHex :: String -> Bool -> a -> String showMarkedHex :: Bool -> a -> String showHex :: Bool -> a -> String showDigit :: Bool -> Integer -> Char showInteger :: Integer -> Bool -> Integer -> String showFixedHex :: Bool -> Integer -> Integer -> String indentString :: Integer -> String -> String class ShowHierarchy a where showHierIndented :: Integer -> a -> String showListHierIndented :: Integer -> [a] -> String showHier :: ShowHierarchy a => a -> String type ReadParser t = LookaheadListParser [] t class AmbiguousReadable c a where ambiguousReadParser :: forall p . (MonadOrParser c p, MonadPlus p) => p a class AmbiguousReadable c a => Readable c a where readParser :: forall p . MonadOrParser c p => p a readParseAmbiguous :: (AmbiguousReadable c a, MonadPlus m) => [c] -> m a readParse :: (Readable c a, MonadOr m) => [c] -> m a data ParseException c = NoParseException [c] | AmbiguousParseException [c] readParseOrThrow :: (MonadSingleThrow (ParseException c) m, AmbiguousReadable c a) => [c] -> m a readParseOrFail :: (Show [c], Monad m, AmbiguousReadable c a) => [c] -> m a newtype ShowException = MkShowException String mapShowException :: (Monad m, Show ex) => ExceptionMonad m ex a -> ExceptionMonad m ShowException a type ShowExceptionMonad m = ExceptionMonad m ShowException

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