public void Class2()
{
var obj = new Class1.Class2();
Assert.Equal("b", obj.GetString2());
Assert.Equal("B", obj.GetString2Upper());
}
public void Class2()
{
var obj2 = new Class1.Class2();
Assert.AreEqual("b", obj2.GetString2());
Assert.AreEqual("B", obj2.GetString2ToUpper());
Assert.AreEqual("", obj2.GetString3ToUpper());
Assert.AreEqual("xyz", obj2.GetString0());
Assert.AreEqual("XYZ", obj2.GetString0Upper());
}
public void Class2()
{
var obj2 = new Class1.Class2();
Assert.AreEqual("b", obj2.GetString2());
Assert.AreEqual("B", obj2.GetString2Upper());
Assert.AreEqual("", obj2.GetString3Upper());
// Here we override the virtual methond (Getstring0) in the Class2 definition
Assert.AreEqual("xyz", obj2.GetString0());
Assert.AreEqual("XYZ", obj2.GetString0Upper());
}
public void Class2()
{
var obj2 = new Class1.Class2(); //can access internal Class2 through internal Class1
Assert.AreEqual("b", obj2.GetString2());
Assert.AreEqual("B", obj2.GetString2Upper());
Assert.AreEqual("", obj2.GetString3Upper()); //can call this method because it's extending object, but it returns "" for all types other than Class3
//executes the overwritten method in Class2
Assert.AreEqual("xyz", obj2.GetString0());
Assert.AreEqual("XYZ", obj2.GetString0Upper());
}
public static int DoSomething <T>(IMatchDispatcherMessages matcher, Class1.Class2 cls, Class2 cls1, Aux1.Aux2 <int> aux1, Aux2 <int> .Aux1 aux2)
{
var a = new Aux1();
var a1 = new Aux2 <int>();
Test1Method();
Test1Method2 <string>();
var c6 = new Class1.Class2.Class3.Class4();
matcher.DoSomething <T>(null);
var c1 = new Bridge1852Test1 <int> .Aux1();
var c2 = new Bridge1852DispatcherMessageExtensions.Class1();
var c3 = new Bridge1852DispatcherMessageExtensions.Class1.Class2();
var c4 = new Class2();
var c5 = new Class1.Class2();
return(1);
}
