Import std.crypto.derive

Pbkdf2

std.crypto.derive

struct

Public Struct Pbkdf2

PBKDF2 (RFC 8018) with HMAC: length bytes of key from password and salt, in iterations rounds, which make a guess at the password cost that many. For keeping passwords, Argon2id is stronger, since it needs memory too. Each panics unless iterations is 1 or more and length isn't negative.

Examples

Local salt = SecureRandom.Bytes(16)
Local key = Pbkdf2.Sha256("correct horse", salt, 1000, 32)
Expect(key.Count == 32)
Expect(key == Pbkdf2.Sha256("correct horse", salt, 1000, 32))

std/crypto/derive.fb, line 107

@PanicsAtCaller Public Static Method Sha1(password: String, salt: UInt8[], iterations: Int, length: Int): UInt8[] static method #

By SHA-1, for the formats that ask for it.
@PanicsAtCaller Public Static Method Sha1(password: UInt8[], salt: UInt8[], iterations: Int, length: Int): UInt8[] static method #

A key derived from the bytes of password by SHA-1, as the one that takes a String does.
@PanicsAtCaller Public Static Method Sha256(password: String, salt: UInt8[], iterations: Int, length: Int): UInt8[] static method #

A key from password and salt, in iterations rounds of HMAC-SHA256.
@PanicsAtCaller Public Static Method Sha256(password: UInt8[], salt: UInt8[], iterations: Int, length: Int): UInt8[] static method #

A key derived from the bytes of password by SHA-256, as the one that takes a String does.
@PanicsAtCaller Public Static Method Sha512(password: String, salt: UInt8[], iterations: Int, length: Int): UInt8[] static method #

A key from password and salt, in iterations rounds of HMAC-SHA512.
@PanicsAtCaller Public Static Method Sha512(password: UInt8[], salt: UInt8[], iterations: Int, length: Int): UInt8[] static method #

A key derived from the bytes of password by SHA-512, as the one that takes a String does.

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