public void EqualityAndInequality()
{
var eight = new UnrelatedType7 {Value = 8}.ToContract<IComparableTo1<int>>();
Assert.IsTrue(eight.Equals(8));
Assert.IsFalse(eight.Equals(9));
Assert.IsTrue(eight.NotEqualTo(9));
Assert.IsFalse(eight.Equals(9));
}
public void SelfCastable()
{
var nn = new UnrelatedType7 {Value = 99};
var contract = nn.ToContract<ICastableTo<UnrelatedType7>>();
var self = contract.Cast();
Assert.AreSame(nn, self);
}
public void Modulus()
{
var ten = new UnrelatedType7 {Value = 10}.ToContract<IModulusOperator>();
Assert.AreEqual(1, ten.Modulus(3));
}
public void DivisionGeneric()
{
var twelve = new UnrelatedType7 {Value = 12}.ToContract<IDividable<int, int>>();
Assert.AreEqual(3, twelve.DivideBy(4));
}
public void MultiplicationGeneric()
{
var nine = new UnrelatedType7 {Value = 9}.ToContract<IMultipliable<int>>();
Assert.AreEqual(81, nine.MultiplyBy(9));
}
public void SubtractionBothSides()
{
var ten = new UnrelatedType7 {Value = 10}.ToContract<ISubtractable>();
Assert.AreEqual(3, ten.Subtract(7));
Assert.AreEqual(4, ten.SubtractFrom(14));
}
public void AdditionRightSide()
{
var nine = new UnrelatedType7 { Value = 9 }.ToContract<IAddableRight>();
var sum = nine.Add(4);
Assert.AreEqual(13, sum);
}
public void AdditionLeftSide()
{
var five = new UnrelatedType7 {Value = 5}.ToContract<IAddableLeft>();
var sum = five.Add(3);
Assert.AreEqual(8, sum);
}