Legacy.Haskoin.V0102.Network.Haskoin.Crypto.BigWord

Documentation

type TxHash = BigWord Mod256Tx

Type representing a transaction hash.

type BlockHash = BigWord Mod256Block

Type representing a block hash.

type Word512 = BigWord Mod512

Data type representing a 512 bit unsigned integer. It is implemented as an Integer modulo 2^512.

type Word256 = BigWord Mod256

Data type representing a 256 bit unsigned integer. It is implemented as an Integer modulo 2^256.

type Word160 = BigWord Mod160

Data type representing a 160 bit unsigned integer. It is implemented as an Integer modulo 2^160.

type Word128 = BigWord Mod128

Data type representing a 128 bit unsigned integer. It is implemented as an Integer modulo 2^128.

type FieldP = BigWord ModP

Data type representing an Integer modulo coordinate field order P.

type FieldN = BigWord ModN

Data type representing an Integer modulo curve order N.

newtype BigWord n

Constructors

BigWord

Fields

• getBigWordInteger :: Integer

Instances

Format Word256

Methods

format :: Word256 -> String

BigWordMod n => Bounded (BigWord n)

Methods

minBound :: BigWord n

maxBound :: BigWord n

BigWordMod n => Enum (BigWord n)

Methods

succ :: BigWord n -> BigWord n

pred :: BigWord n -> BigWord n

toEnum :: Int -> BigWord n

fromEnum :: BigWord n -> Int

enumFrom :: BigWord n -> [BigWord n]

enumFromThen :: BigWord n -> BigWord n -> [BigWord n]

enumFromTo :: BigWord n -> BigWord n -> [BigWord n]

enumFromThenTo :: BigWord n -> BigWord n -> BigWord n -> [BigWord n]

Eq (BigWord n)

Methods

(==) :: BigWord n -> BigWord n -> Bool

(/=) :: BigWord n -> BigWord n -> Bool

BigWordMod n => Integral (BigWord n)

Methods

quot :: BigWord n -> BigWord n -> BigWord n

rem :: BigWord n -> BigWord n -> BigWord n

div :: BigWord n -> BigWord n -> BigWord n

mod :: BigWord n -> BigWord n -> BigWord n

quotRem :: BigWord n -> BigWord n -> (BigWord n, BigWord n)

divMod :: BigWord n -> BigWord n -> (BigWord n, BigWord n)

toInteger :: BigWord n -> Integer

BigWordMod n => Num (BigWord n)

Methods

(+) :: BigWord n -> BigWord n -> BigWord n

(-) :: BigWord n -> BigWord n -> BigWord n

(*) :: BigWord n -> BigWord n -> BigWord n

negate :: BigWord n -> BigWord n

abs :: BigWord n -> BigWord n

signum :: BigWord n -> BigWord n

fromInteger :: Integer -> BigWord n

Ord (BigWord n)

Methods

compare :: BigWord n -> BigWord n -> Ordering

(<) :: BigWord n -> BigWord n -> Bool

(<=) :: BigWord n -> BigWord n -> Bool

(>) :: BigWord n -> BigWord n -> Bool

(>=) :: BigWord n -> BigWord n -> Bool

max :: BigWord n -> BigWord n -> BigWord n

min :: BigWord n -> BigWord n -> BigWord n

Read (BigWord n)

Methods

readsPrec :: Int -> ReadS (BigWord n)

readList :: ReadS [BigWord n]

readPrec :: ReadPrec (BigWord n)

readListPrec :: ReadPrec [BigWord n]

BigWordMod n => Real (BigWord n)

Methods

toRational :: BigWord n -> Rational

Show (BigWord n)

Methods

showsPrec :: Int -> BigWord n -> ShowS

show :: BigWord n -> String

showList :: [BigWord n] -> ShowS

BigWordMod n => Bits (BigWord n)

Methods

(.&.) :: BigWord n -> BigWord n -> BigWord n

(.|.) :: BigWord n -> BigWord n -> BigWord n

xor :: BigWord n -> BigWord n -> BigWord n

complement :: BigWord n -> BigWord n

shift :: BigWord n -> Int -> BigWord n

rotate :: BigWord n -> Int -> BigWord n

zeroBits :: BigWord n

bit :: Int -> BigWord n

setBit :: BigWord n -> Int -> BigWord n

clearBit :: BigWord n -> Int -> BigWord n

complementBit :: BigWord n -> Int -> BigWord n

testBit :: BigWord n -> Int -> Bool

bitSizeMaybe :: BigWord n -> Maybe Int

bitSize :: BigWord n -> Int

isSigned :: BigWord n -> Bool

shiftL :: BigWord n -> Int -> BigWord n

unsafeShiftL :: BigWord n -> Int -> BigWord n

shiftR :: BigWord n -> Int -> BigWord n

unsafeShiftR :: BigWord n -> Int -> BigWord n

rotateL :: BigWord n -> Int -> BigWord n

rotateR :: BigWord n -> Int -> BigWord n

popCount :: BigWord n -> Int

NFData (BigWord n)

Methods

rnf :: BigWord n -> ()

class BigWordMod a where

Minimal complete definition

rFromInteger, rBitSize

Methods

rFromInteger :: Integer -> BigWord a

rBitSize :: BigWord a -> Int

inverseP :: FieldP -> FieldP

inverseN :: FieldN -> FieldN

quadraticResidue :: FieldP -> [FieldP]

isIntegerValidKey :: Integer -> Bool

encodeTxHashLE :: TxHash -> String

Encodes a TxHash as little endian in HEX format. This is mostly used for displaying transaction ids. Internally, these ids are handled as big endian but are transformed to little endian when displaying them.

decodeTxHashLE :: String -> Maybe TxHash

Decodes a little endian TxHash in HEX format.

encodeBlockHashLE :: BlockHash -> String

Encodes a BlockHash as little endian in HEX format. This is mostly used for displaying Block hash ids. Internally, these ids are handled as big endian but are transformed to little endian when displaying them.

decodeBlockHashLE :: String -> Maybe BlockHash

Decodes a little endian BlockHash in HEX format.