Module

Crypto.SJCL.ECC

Package: purescript-sjcl
Repository: athanclark/purescript-sjcl

#PointAffine Source

data PointAffine :: Type

#point Source

point :: Curve -> BigNumState -> BigNumState -> PointAffine

#toJac Source

toJac :: PointAffine -> PointJac

#multAffine Source

multAffine :: PointAffine -> BigNumState -> PointAffine

#mult2Affine Source

mult2Affine :: PointAffine -> BigNumState -> BigNumState -> PointAffine -> PointJac

#multiples Source

multiples :: PointAffine -> (Array PointAffine)

#toBits Source

toBits :: PointAffine -> BitArray

#negateAffine Source

negateAffine :: PointAffine -> PointAffine

#isValidAffine Source

isValidAffine :: PointAffine -> Boolean

#PointJac Source

data PointJac :: Type

#pointJac Source

pointJac :: BigNumState -> BigNumState -> BigNumState -> Curve -> PointJac

#addJac Source

addJac :: PointJac -> PointAffine -> PointJac

#doubleJac Source

doubleJac :: PointJac -> PointJac

#toAffine Source

toAffine :: PointJac -> PointAffine

#multJac Source

multJac :: PointJac -> BigNumState -> PointAffine -> PointJac

#mult2Jac Source

mult2Jac :: PointJac -> BigNumState -> PointAffine -> BigNumState -> PointAffine -> PointJac

#negateJac Source

negateJac :: PointJac -> PointJac

#isValidJac Source

isValidJac :: PointJac -> Boolean

#Curve Source

data Curve :: Type

#curve Source

curve :: BigNumState -> BigNumState -> BigNumState -> BigNumState -> BigNumState -> Curve

#curveFromBits Source

curveFromBits :: Curve -> BitArray -> PointAffine

#c192 Source

c192 :: Curve

#c224 Source

c224 :: Curve

#c256 Source

c256 :: Curve

#c384 Source

c384 :: Curve

#c521 Source

c521 :: Curve

#k192 Source

k192 :: Curve

#k224 Source

k224 :: Curve

#k256 Source

k256 :: Curve

#ECCPublicKey Source

data ECCPublicKey :: Type

#ECCSecretKey Source

data ECCSecretKey :: Type

#newBasicPublicKey Source

newBasicPublicKey :: Curve -> PointAffine -> ECCPublicKey

#newBasicSecretKey Source

newBasicSecretKey :: Curve -> BigNumState -> ECCSecretKey

#getPublic Source

getPublic :: ECCPublicKey -> { x :: BitArray, y :: BitArray }

#getSecret Source

getSecret :: ECCSecretKey -> BitArray

#ECCPublicElGamalKey Source

data ECCPublicElGamalKey :: Type

#ECCSecretElGamalKey Source

data ECCSecretElGamalKey :: Type

#newElGamalKeypair Source

newElGamalKeypair :: Curve -> Maybe Paranoia -> ECCSecretKey -> Effect { pub :: ECCPublicElGamalKey, sec :: ECCSecretElGamalKey }

#newElGamalPublicKey Source

newElGamalPublicKey :: Curve -> PointAffine -> ECCPublicElGamalKey

#kem Source

kem :: ECCPublicElGamalKey -> Paranoia -> Effect { key :: BitArray, tag :: BitArray }

#newElGamalSecretKey Source

newElGamalSecretKey :: Curve -> BigNumState -> ECCSecretElGamalKey

#unkem Source

unkem :: ECCSecretElGamalKey -> BitArray -> Effect BitArray

#dh Source

dh :: ECCSecretElGamalKey -> ECCPublicElGamalKey -> BitArray

#dhJava Source

dhJava :: ECCSecretElGamalKey -> ECCPublicElGamalKey -> BitArray

#ECCPublicEcdsaKey Source

data ECCPublicEcdsaKey :: Type

#ECCSecretEcdsaKey Source

data ECCSecretEcdsaKey :: Type

#newEcdsaKeypair Source

newEcdsaKeypair :: Curve -> Maybe Paranoia -> ECCSecretKey -> Effect { pub :: ECCPublicEcdsaKey, sec :: ECCSecretEcdsaKey }

#newEcdsaPublicKey Source

newEcdsaPublicKey :: Curve -> PointAffine -> ECCPublicEcdsaKey

#verify Source

verify :: ECCPublicEcdsaKey -> BitArray -> BitArray -> Boolean -> Effect Boolean

#newEcdsaSecretKey Source

newEcdsaSecretKey :: Curve -> BigNumState -> ECCSecretEcdsaKey

#sign Source

sign :: ECCSecretEcdsaKey -> BitArray -> Paranoia -> Boolean -> Effect BitArray