public static void Callme()
{
MyClassX obj1 = new MyClassX();
obj1.value = 3;
MyClassX obj2 = new MyClassX();
obj2 = obj1;
Console.WriteLine("If you chang value of variable/property from one instance then it will automatically reflect in another instance");
obj2.value = 4;
Console.WriteLine(obj1.value);
Console.WriteLine(obj2.value);
Console.WriteLine("nullifying one object does not mean instance id GCed. You need to nullify all object, if you want to do so.");
obj1 = null; // or
//obj2 = null;
Console.WriteLine(obj2.value);
Console.WriteLine("you can not/NEVER call static method using instance so i am calling it via class name");
MyClassX.myint = 9;
Console.WriteLine(MyClassX.myint);
Console.WriteLine("-----------------------------------------------------------------------------------------------\n");
}
static void Main(string[] args)
{
// Type inference works on methods not on class types.
// like PrintItems(intItems) can be called without the type but
//var mc = new MyClassX();// Using the generic type 'MyClassX<T>' requires 1 type arguments but the one below works
var mc = new MyClassX <int>();
//List<int> intItems = new List<int>();
//intItems.Add(1);
//intItems.Add(2);
//intItems.Add(3);
//PrintItems(intItems);
//List<string> strItems = new List<string>();
//strItems.Add("test1");
//strItems.Add("test2");
//strItems.Add("test3");
//PrintItems(strItems);
ProduceA <MyClass2>();
ProduceA <MyClass1>();
Console.ReadLine();
}
