public void ShouldIkeV1Correctly(ModeValues mode, DigestSizes digestSize, string niHex, string nrHex, string gxyHex, string ckyiHex, string ckyrHex, string sKeyIdHex, string sKeyIdDHex, string sKeyIdAHex, string sKeyIdEHex)
{
var ni = new BitString(niHex);
var nr = new BitString(nrHex);
var gxy = new BitString(gxyHex);
var ckyi = new BitString(ckyiHex);
var ckyr = new BitString(ckyrHex);
var sKeyId = new BitString(sKeyIdHex);
var sKeyIdD = new BitString(sKeyIdDHex);
var sKeyIdA = new BitString(sKeyIdAHex);
var sKeyIdE = new BitString(sKeyIdEHex);
var hash = new HashFunction(mode, digestSize);
var subject = _factory.GetIkeV1Instance(AuthenticationMethods.Dsa, hash);
var result = subject.GenerateIke(ni, nr, gxy, ckyi, ckyr);
Assert.IsTrue(result.Success);
Assert.AreEqual(sKeyId, result.SKeyId, "sKeyId");
Assert.AreEqual(sKeyIdD, result.SKeyIdD, "sKeyIdD");
Assert.AreEqual(sKeyIdA, result.SKeyIdA, "sKeyIdA");
Assert.AreEqual(sKeyIdE, result.SKeyIdE, "sKeyIdE");
}
public void ShouldReturnCorrectIke(AuthenticationMethods authMode, Type expectedType)
{
var result = _subject.GetIkeV1Instance(authMode, new HashFunction(ModeValues.SHA1, DigestSizes.d160));
Assert.IsInstanceOf(expectedType, result);
}
