public void ShouldVerifyPQProperly(string hash, int counter, string pHex, string qHex, string seedHex, bool success, string testName)
{
var sha = GetSha(hash);
var firstSeed = new BitString(seedHex).ToPositiveBigInteger();
var p = new BitString(pHex).ToPositiveBigInteger();
var q = new BitString(qHex).ToPositiveBigInteger();
var seed = new DomainSeed(firstSeed);
var count = new Counter(counter);
var subject = new ProbablePQGeneratorValidator(sha);
var result = subject.Validate(p, q, seed, count);
Assert.AreEqual(success, result.Success, result.ErrorMessage);
}
public void ShouldGeneratePQProperly(string hash, int L, int N, int counter, string seedHex, string pHex, string qHex, string testName)
{
var sha = GetSha(hash);
var seed = new BitString(seedHex);
var seedLen = seed.BitLength;
var p = new BitString(pHex).ToPositiveBigInteger();
var q = new BitString(qHex).ToPositiveBigInteger();
var fakeSha = new FakeSha(sha);
var subject = new ProbablePQGeneratorValidator(fakeSha, EntropyProviderTypes.Testable);
subject.AddEntropy(seed);
var result = subject.Generate(L, N, seedLen);
Assert.IsTrue(result.Success, result.ErrorMessage);
Assert.AreEqual(p, result.P, "p");
Assert.AreEqual(q, result.Q, "q");
Assert.AreEqual(counter, result.Count.Count, "count");
Console.Write($"Hash functions run: {fakeSha.Count}");
}
