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Within LTS Haskell 24.36 (ghc-9.10.3)

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  1. fromListBE :: Bits b => [Bool] -> b

    bitwise Data.Bits.Bitwise

    Convert a big-endian list of bits to Bits.

  2. fromListLE :: Bits b => [Bool] -> b

    bitwise Data.Bits.Bitwise

    Convert a little-endian list of bits to Bits.

  3. toListBE :: FiniteBits b => b -> [Bool]

    bitwise Data.Bits.Bitwise

    Convert a FiniteBits to a list of bits, in big-endian order.

  4. toListLE :: Bits b => b -> [Bool]

    bitwise Data.Bits.Bitwise

    Convert a Bits to a list of bits, in little-endian order.

  5. fromList :: CryptHandle -> [(Bytes, v)] -> IO (Map v)

    bytehash Data.Bytes.HashMap

    Build a static hash map. This may be used on input that comes from an adversarial user. It always produces a perfect hash map.

  6. fromListWith :: CryptHandle -> (v -> v -> v) -> [(Bytes, v)] -> IO (Map v)

    bytehash Data.Bytes.HashMap

    No documentation available.

  7. fromTrustedList :: [(Bytes, v)] -> Map v

    bytehash Data.Bytes.HashMap

    Build a map from keys that are known at compile time. All keys must be 64 bytes or less. This uses a built-in source of entropy and is entirely deterministic. An adversarial user could feed this function keys that cause it to error out rather than completing.

  8. fromList :: CryptHandle -> [(Bytes, Word)] -> IO Map

    bytehash Data.Bytes.HashMap.Word

    No documentation available.

  9. fromListWith :: CryptHandle -> (Word -> Word -> Word) -> [(Bytes, Word)] -> IO Map

    bytehash Data.Bytes.HashMap.Word

    No documentation available.

  10. fromTrustedList :: [(Bytes, Word)] -> Map

    bytehash Data.Bytes.HashMap.Word

    Build a map from keys that are known at compile time. All keys must be 64 bytes or less. This uses a built-in source of entropy and is entirely deterministic. An adversarial user could feed this function keys that cause it to error out rather than completing.

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