Safe Haskell	None
Language	Haskell98

Bitcoin.Crypto.Hash.RipEmd160

Description

RipEmd-160 hash implementation: a wrapper around Antoon Bosselaers' C sample implementation.

WARNING: little-endian only

Synopsis

Documentation

Constructors

RipEmd160
Fields unRipEmd160 :: ByteString

Instances

Eq RipEmd160 Source #
Methods (==) :: RipEmd160 -> RipEmd160 -> Bool # (/=) :: RipEmd160 -> RipEmd160 -> Bool #
Ord RipEmd160 Source #
Methods compare :: RipEmd160 -> RipEmd160 -> Ordering # (<) :: RipEmd160 -> RipEmd160 -> Bool # (<=) :: RipEmd160 -> RipEmd160 -> Bool # (>) :: RipEmd160 -> RipEmd160 -> Bool # (>=) :: RipEmd160 -> RipEmd160 -> Bool # max :: RipEmd160 -> RipEmd160 -> RipEmd160 # min :: RipEmd160 -> RipEmd160 -> RipEmd160 #
Show RipEmd160 Source #
Methods showsPrec :: Int -> RipEmd160 -> ShowS # show :: RipEmd160 -> String # showList :: [RipEmd160] -> ShowS #
OctetStream RipEmd160 Source #
Methods toByteString :: RipEmd160 -> ByteString Source # toWord8List :: RipEmd160 -> [Word8] Source # unsafeToCharList :: RipEmd160 -> [Char] Source # toIntegerLE :: RipEmd160 -> Integer Source # toIntegerBE :: RipEmd160 -> Integer Source # fromByteString :: ByteString -> RipEmd160 Source # fromWord8List :: [Word8] -> RipEmd160 Source # fromCharList :: [Char] -> RipEmd160 Source # fromIntegerLE :: Integer -> RipEmd160 Source # fromIntegerBE :: Integer -> RipEmd160 Source #

Result is a list of failed test cases. Empty list -> OK.