Portability | portable |
---|---|
Stability | experimental |
Maintainer | nominolo@gmail.com |
Type class and primitives for constructing 64 bit hashes using the MurmurHash2 algorithm. See http://murmurhash.googlepages.com for details on MurmurHash2.
- data Hash64
- asWord64 :: Hash64 -> Word64
- class Hashable64 a where
- hash64AddWord64 :: Word64 -> Hash64 -> Hash64
- hash64AddInt :: Int -> Hash64 -> Hash64
- hash64 :: Hashable64 a => a -> Hash64
- hash64WithSeed :: Hashable64 a => Word64 -> a -> Hash64
- combine :: (Hash64 -> Hash64) -> (Hash64 -> Hash64) -> Hash64 -> Hash64
Documentation
class Hashable64 a whereSource
Hashable64 Bool | |
Hashable64 Char | |
Hashable64 Int | |
Hashable64 Integer | |
Hashable64 Word64 | |
Hashable64 () | |
Hashable64 ByteString | |
Hashable64 ByteString | |
Hashable64 a => Hashable64 [a] | |
Hashable64 a => Hashable64 (Maybe a) | |
(Hashable64 a, Hashable64 b) => Hashable64 (Either a b) | |
(Hashable64 a, Hashable64 b) => Hashable64 (a, b) | |
(Hashable64 a, Hashable64 b, Hashable64 c) => Hashable64 (a, b, c) | |
(Hashable64 a, Hashable64 b, Hashable64 c, Hashable64 d) => Hashable64 (a, b, c, d) |
hash64AddWord64 :: Word64 -> Hash64 -> Hash64Source
Add a 64 bit word to the hash.
hash64AddInt :: Int -> Hash64 -> Hash64Source
hash64 :: Hashable64 a => a -> Hash64Source
Create a hash using the default seed.
hash64WithSeed :: Hashable64 a => Word64 -> a -> Hash64Source
Create a hash using a custom seed. h The seed should be non-zero, but other than that can be an arbitrary number. Different seeds will give different hashes, and thus (most likely) different hash collisions.