C# LANGUAGE SPECIFICATION

set {
   MyField = value;
    }
 }
 public event EventHandler MyEvent;
 public int this[int index] {
  get {
   return 0;
    }
  set {
   Console.WriteLine("this[{0}] = {1}", index, value);
    }
 }
 public static MyClass operator+(MyClass a, MyClass b) {
  return new MyClass(a.MyField + b.MyField);
 }
 public MyClass() {
  Console.WriteLine("Instance constructor");
 }
 public MyClass(int value) {
  MyField = value;
  Console.WriteLine("Instance constructor");
 }
 ~MyClass() {
  Console.WriteLine("Finalizer");
 }
 static MyClass() {
  MyStaticField *= 2;
  Console.WriteLine("Static constructor");
 }
 internal class MyNestedClass
 {}
}
shows a class that contains each kind of member. The example
class Test
{
 static void Main() {
  // Instance constructor usage
  MyClass a = new MyClass();
  MyClass b = new MyClass(123);
  // Constant usage
  Console.WriteLine("MyConst = {0}", MyClass.MyConst);
  // Field usage
  a.MyField++;
  Console.WriteLine("a.MyField = {0}", a.MyField);
  // Method usage
  a.MyMethod();
  // Property usage
  a.MyProperty++;
  Console.WriteLine("a.MyProperty = {0}", a.MyProperty);
  // Indexer usage
  a[3] = a[1] = a[2];
  Console.WriteLine("a[3] = {0}", a[3]);
  // Event usage
  a.MyEvent += new EventHandler(MyHandler);
  // Overloaded operator usage
  MyClass c = a + b;

// Nested type usage
  MyClass.MyNestedClass d = new MyClass.MyNestedClass();
 }
 static void MyHandler(object sender, EventArgs e) {
  Console.WriteLine("Test.MyHandler");
 }
}
shows uses of these members