Copyright	(c) 2024 Auth Global
License	Apache2
Safe Haskell	Safe-Inferred
Language	Haskell2010

Crypto.G3P.BCrypt.Subtle

Description

Synopsis

orpheanBeholderScryDoubt :: ByteString
bcrypt_outputSalt :: ByteString
bcryptRaw_outputSalt :: ByteString
bcryptRaw_genInputs :: ByteString -> ByteString -> Word32 -> BCryptXs
data BCryptXs = BCryptXs {
- bcryptXs_key0 :: !ByteString
- bcryptXs_salt0 :: !ByteString
- bcryptXs_keyL :: !ByteString
- bcryptXs_saltL :: !ByteString
- bcryptXs_keyR :: !ByteString
- bcryptXs_saltR :: !ByteString
- bcryptXs_saltZ :: !ByteString
- bcryptXs_rounds :: !Word32
- bcryptXs_implicitNull :: !Bool
}
bcryptXs :: BCryptXs -> ByteString
data BCryptXsCtr = BCryptXsCtr {
- bcryptXsCtr_key0 :: !ByteString
- bcryptXsCtr_key1 :: !ByteString
- bcryptXsCtr_tag :: !ByteString
- bcryptXsCtr_name :: !ByteString
}
bcryptXsCtrSuperRound :: BCryptXsCtr -> Word32 -> Word32 -> Word32 -> Maybe BCryptState -> (Word32, BCryptState)
bcryptXs_maxKeyLength :: Int
bcryptXs_maxSaltLength :: Int
bcryptXsCtr_outputLength :: Int
newtype BCryptState = BCryptState {
- bcryptState_toByteString :: ByteString
}
base64Encode :: ByteString -> ByteString
base64Decode :: ByteString -> Maybe ByteString

Documentation

orpheanBeholderScryDoubt :: ByteString Source #

bcrypt_outputSalt :: ByteString Source #

bcryptRaw_outputSalt :: ByteString Source #

bcryptRaw_genInputs :: ByteString -> ByteString -> Word32 -> BCryptXs Source #

data BCryptXs Source #

Constructors

BCryptXs
Fields bcryptXs_key0 :: !ByteString bcryptXs_salt0 :: !ByteString bcryptXs_keyL :: !ByteString bcryptXs_saltL :: !ByteString bcryptXs_keyR :: !ByteString bcryptXs_saltR :: !ByteString bcryptXs_saltZ :: !ByteString not subject to maxSaltLength, but that doesn't seem overly relevant bcryptXs_rounds :: !Word32 bcryptXs_implicitNull :: !Bool

bcryptXs :: BCryptXs -> ByteString Source #

bcrypt with an excessive amount of freedom. As such, this function is trivially insecure, but it can still be used to implement secure password hashing functions, including standard bcrypt and the very lightly generalized bcryptRaw.

This was the starting point for bcryptXsCtrSuperRound and bcryptXsFree

data BCryptXsCtr Source #

Constructors

BCryptXsCtr
Fields bcryptXsCtr_key0 :: !ByteString bcryptXsCtr_key1 :: !ByteString bcryptXsCtr_tag :: !ByteString bcryptXsCtr_name :: !ByteString

bcryptXsCtrSuperRound :: BCryptXsCtr -> Word32 -> Word32 -> Word32 -> Maybe BCryptState -> (Word32, BCryptState) Source #

Likely at least somewhat less subtle than the one above, thanks to the addition of a counter.

bcryptXs_maxKeyLength :: Int Source #

Any key longer than 72 bytes will be truncated.

bcryptXs_maxSaltLength :: Int Source #

Any salt longer than 4168 bytes will be truncated.

bcryptXsCtr_outputLength :: Int Source #

returns 4168 bytes

newtype BCryptState Source #

Constructors

BCryptState
Fields bcryptState_toByteString :: ByteString

Instances

Instances details

Show BCryptState Source #
Instance details Defined in Crypto.G3P.BCrypt.Subtle Methods showsPrec :: Int -> BCryptState -> ShowS # show :: BCryptState -> String # showList :: [BCryptState] -> ShowS #
Eq BCryptState Source #
Instance details Defined in Crypto.G3P.BCrypt.Subtle Methods (==) :: BCryptState -> BCryptState -> Bool # (/=) :: BCryptState -> BCryptState -> Bool #
Ord BCryptState Source #
Instance details Defined in Crypto.G3P.BCrypt.Subtle Methods compare :: BCryptState -> BCryptState -> Ordering # (<) :: BCryptState -> BCryptState -> Bool # (<=) :: BCryptState -> BCryptState -> Bool # (>) :: BCryptState -> BCryptState -> Bool # (>=) :: BCryptState -> BCryptState -> Bool # max :: BCryptState -> BCryptState -> BCryptState # min :: BCryptState -> BCryptState -> BCryptState #

base64Encode :: ByteString -> ByteString Source #

base64Decode :: ByteString -> Maybe ByteString Source #