public void TestCorrectResultIsComputed()
{
ActualString = Converters.ConvertBytesToHexString
(KdfInstance.GetBytes(ByteCount));
AssertAreEqual(ExpectedString, ActualString);
}
public void TestKdfCloningWorks()
{
var kdfInstanceClone = KdfInstance.Clone();
var result = KdfInstance.GetBytes(ByteCount);
var resultClone = kdfInstanceClone.GetBytes(ByteCount);
AssertAreEqual(result, resultClone, $"Error in '{KdfInstance.Name}' cloning");
}
protected void DoTestVector(string password, string salt, int cost, int blockSize,
int parallelism, int outputSize)
{
Password = Converters.ConvertStringToBytes(password, Encoding.ASCII);
Salt = Converters.ConvertStringToBytes(salt, Encoding.ASCII);
KdfInstance = HashFactory.KDF.PBKDFScrypt.CreatePBKDFScrypt(Password,
Salt, cost, blockSize, parallelism);
ActualString = Converters.ConvertBytesToHexString(KdfInstance.GetBytes(outputSize));
AssertAreEqual(ExpectedString, ActualString);
}
public void TestCheckTestVectors()
{
foreach (var vector in Blake3TestVectors.Blake3Vectors)
{
var chunkedInput = new byte[Convert.ToInt32(vector[0])];
Array.Copy(fullInput, chunkedInput, chunkedInput.Length);
KdfInstance = HashFactory.KDF.PBKDFBlake3.CreatePBKDFBlake3(chunkedInput, ctx);
var output = KdfInstance.GetBytes(vector[3].Length >> 1);
AssertAreEqual(output, Converters.ConvertHexStringToBytes(vector[3]),
"test vector mismatch");
}
}
private byte[] SyncComputation() => KdfInstance.GetBytes(ByteCount);
public void TestInvalidByteCountThrowsCorrectException() => Assert.Throws <ArgumentException>(() => KdfInstance.GetBytes(Zero));