internal override void Evaluate()
{
byte[] nonce = tv.nonce();
byte[] personalisationString = tv.personalizationString();
ISP80090Drbg d = new CtrSP800Drbg(tv.getCipher(), tv.keySizeInBits(), tv.securityStrength(), tv.entropySource(), personalisationString, nonce);
byte[] output = new byte[tv.expectedValue(0).Length];
d.Generate(output, tv.additionalInput(0), tv.predictionResistance());
byte[] expected = tv.expectedValue(0);
if (!Arrays.AreEqual(expected, output))
{
Fail("Self test " + algorithm.Name + ".1 failed, expected " + Strings.FromByteArray(Hex.Encode(tv.expectedValue(0))) + " got " + Strings.FromByteArray(Hex.Encode(output)));
}
output = new byte[tv.expectedValue(0).Length];
d.Generate(output, tv.additionalInput(1), tv.predictionResistance());
expected = tv.expectedValue(1);
if (!Arrays.AreEqual(expected, output))
{
Fail("Self test " + algorithm.Name + ".2 failed, expected " + Strings.FromByteArray(Hex.Encode(tv.expectedValue(1))) + " got " + Strings.FromByteArray(Hex.Encode(output)));
}
}
internal ReseedSelfTest(Algorithm algorithm, CtrSP800Drbg parent) : base(algorithm)
{
this.parent = parent;
}
public IDrbg Get(IEntropySource entropySource)
{
CtrSP800Drbg drbg = new CtrSP800Drbg(blockCipher, keySizeInBits, securityStrength, entropySource, personalizationString, nonce);
return(new ContinuousTestingPseudoRng(drbg, primaryAdditionalInput));
}
