public void Main()
{
Console.WriteLine("Function Overloading \n");
Console.WriteLine("Function overloading allows multiple implementations of the same function in a class. " +
"Overloaded methods share the same name but have a unique signature. The number of parameters, types of parameters or both must be different. " +
"A function can't be overloaded on the basis of a different return type alone. ");
FunctionOverloading obj = new FunctionOverloading();
obj.setName("barack");
Console.WriteLine(obj.name);
obj.setName("barack ", " obama ");
Console.WriteLine(obj.name);
Console.WriteLine(obj.setName("barack ", "hussian", "obama"));
Console.WriteLine("------------------------------------------------------------------------");
}
private static void OOPOverview()
{
Console.WriteLine("(1) Classes and Objects");
Console.WriteLine("(2) Creating and accessing Class Component Library");
Console.WriteLine("(3) Constructor and Destructor");
Console.WriteLine("(4) Function Overloading");
Console.WriteLine("(5) Encapsulation");
Console.WriteLine("(6) Inheritance");
Console.WriteLine("(7) Virtual and Hiding Methods");
Console.WriteLine("(8) Abstract Classes");
Console.WriteLine("(9) Sealed Classes");
Console.WriteLine("(10) Interface");
Console.WriteLine("(11) Polymorphism");
var result = Console.ReadLine();
switch (result)
{
case "1":
var a = new OOP.ClassesAndObjects();
a.Main();
break;
case "2":
var b = new OOP.CreatingClassLibrary();
b.Main();
break;
case "3":
var c = new OOP.ConstructorAndDestructor();
c.Main();
break;
case "4":
var d = new OOP.FunctionOverloading();
d.Main();
break;
case "5":
var e = new OOP.Encapsulation();
e.Main();
break;
case "6":
var f = new OOP.Inheritance();
f.Main();
break;
case "7":
var g = new OOP.VirtualAndHidingMethods();
g.Main();
break;
case "8":
var h = new OOP.AbstractClass();
h.Main();
break;
case "9":
var i = new OOP.SealedClass();
i.Main();
break;
case "10":
var j = new OOP.Interface();
j.Main();
break;
case "11":
var k = new OOP.Polymorphism();
k.Main();
break;
}
}
