public void TestIsElementForNeutralElementAndNoCofactor()
{
var groupAlgebra = new MultiplicativeGroupAlgebra(BigPrime.CreateWithoutChecks(11), BigPrime.CreateWithoutChecks(10), 2);
Assert.That(groupAlgebra.IsPotentialElement(groupAlgebra.NeutralElement));
Assert.That(!groupAlgebra.IsSafeElement(groupAlgebra.NeutralElement));
}
public void TestGetHashCodeSameForEqual()
{
var otherAlgebra = new MultiplicativeGroupAlgebra(
prime, order, generator
);
Assert.That(groupAlgebra !.GetHashCode() == otherAlgebra.GetHashCode());
}
public void TestEqualsTrue()
{
var otherAlgebra = new MultiplicativeGroupAlgebra(
prime, order, generator
);
Assert.That(groupAlgebra !.Equals(otherAlgebra));
}
public void TestEqualsFalseForOtherAlgebra()
{
var otherAlgebra = new MultiplicativeGroupAlgebra(
BigPrime.CreateWithoutChecks(2 * 53 + 1),
BigPrime.CreateWithoutChecks(53),
4
);
Assert.IsFalse(groupAlgebra !.Equals(otherAlgebra));
}
public void TestCreateCryptoGroup()
{
var group = MultiplicativeGroupAlgebra.CreateCryptoGroup(
prime, order, generator
);
var expectedGroupAlgebra = new MultiplicativeGroupAlgebra(
prime, order, generator
);
Assert.That(group.Algebra.Equals(expectedGroupAlgebra));
}
public void TestDispose()
{
var algebra = new MultiplicativeGroupAlgebra(
prime, order, generator
);
Assert.That(!algebra.Generator.Handle.IsClosed);
algebra.Dispose();
Assert.That(algebra.Generator.Handle.IsClosed);
Assert.DoesNotThrow(algebra.Dispose);
}
