public void Demonstrate()
{
Sample s = new Sample();
s.DoSomething('z');
s.DoSomething((byte)5);
s.DoSomething(6.3333d);
s.DoSomething(777);
GenericA xa = s.GetSomething <GenericA>();
GenericB xb = s.GetSomething <GenericB>();
}
public void IsIEnumerableOfType_Generic()
{
var source = new GenericB <C>[]
{
new GenericB <C>(),
new TestClass()
};
//var result = source.OfType<GenericB<C>>();
var result = source.OfType((GenericType)typeof(GenericB <>));
Assert.That(result, Is.EqualTo(source));
}
public void IsOfType_Generic2()
{
var obj = new GenericB <C>();
Assert.IsTrue(obj.IsSubclassOf((GenericType)typeof(GenericB <C>)));
Assert.IsTrue(obj.IsSubclassOf((GenericType)typeof(GenericB <B>)));
Assert.IsTrue(obj.IsSubclassOf((GenericType)typeof(GenericB <A>)));
Assert.IsTrue(obj.IsSubclassOf((GenericType)typeof(GenericA <C>)));
Assert.IsTrue(obj.IsSubclassOf((GenericType)typeof(GenericA <B>)));
Assert.IsTrue(obj.IsSubclassOf((GenericType)typeof(GenericA <A>)));
Assert.IsTrue(obj.IsSubclassOf(new GenericType(typeof(GenericB <>))));
Assert.IsTrue(obj.IsSubclassOf(new GenericType(typeof(GenericA <>))));
}
public void Set(GenericB t2Value)
{
PropT2 = t2Value;
}
public HaveManyGenericTypesClosed(GenericB t2Value, GenericA t1Value)
{
PropT2 = t2Value;
PropT1 = t1Value;
}
public HaveManyGenericTypesClosed(GenericB t2Value)
{
PropT2 = t2Value;
}
public void Set(GenericB t2Value)
{
PropT2 = t2Value;
}
public HaveManyGenericTypesClosed(GenericB t2Value, GenericA t1Value)
{
PropT2 = t2Value;
PropT1 = t1Value;
}
public HaveManyGenericTypesClosed(GenericB t2Value)
{
PropT2 = t2Value;
}
