| Safe Haskell | None |
|---|---|
| Language | Haskell2010 |
Cardano.Crypto.Util
Synopsis
- class Empty a
-
class
SignableRepresentation
a
where
- getSignableRepresentation :: a -> ByteString
- getRandomWord64 :: MonadRandom m => m Word64
- readBinaryWord64 :: ByteString -> Word64
- writeBinaryWord64 :: Word64 -> ByteString
- readBinaryNatural :: ByteString -> Natural
- writeBinaryNatural :: Int -> Natural -> ByteString
- splitsAt :: [ Int ] -> ByteString -> [ ByteString ]
- bytesToNatural :: ByteString -> Natural
- naturalToBytes :: Int -> Natural -> ByteString
- slice :: Word -> Word -> ByteString -> ByteString
Documentation
class SignableRepresentation a where Source #
A class of types that have a representation in bytes that can be used for signing and verifying.
Methods
getSignableRepresentation :: a -> ByteString Source #
Instances
| SignableRepresentation ByteString Source # | |
|
Defined in Cardano.Crypto.Util Methods getSignableRepresentation :: ByteString -> ByteString Source # |
|
getRandomWord64 :: MonadRandom m => m Word64 Source #
Simple serialisation used in mock instances
readBinaryWord64 :: ByteString -> Word64 Source #
writeBinaryWord64 :: Word64 -> ByteString Source #
writeBinaryNatural :: Int -> Natural -> ByteString Source #
splitsAt :: [ Int ] -> ByteString -> [ ByteString ] Source #
Low level conversions
bytesToNatural :: ByteString -> Natural Source #
Create a
Natural
out of a
ByteString
, in big endian.
This is fast enough to use in production.
naturalToBytes :: Int -> Natural -> ByteString Source #
The inverse of
bytesToNatural
. Note that this is a naive implementation
and only suitable for tests.
ByteString manipulation
slice :: Word -> Word -> ByteString -> ByteString Source #