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Part I:

2 x 1/5

// Add handlers to the event list evtSomeEvent += Handler; evtSomeEvent += xObXhandler; evtSomeEvent += yObYhandler; // Raise the event evtOnSomeEvent(); ConsoleWriteLine(); // Remove a handler evtSomeEvent -= xObXhandler; evtOnSomeEvent(); } }

The output from the program is shown here:

Event received by EventDemo Event received by X object Event received by Y object Event received by EventDemo Event received by Y object

This example creates two additional classes, called X and Y, which also define event handlers compatible with MyEventHandler Thus, these handlers can also become part of the event chain Notice that the handlers in X and Y are not static This means that objects of each must be created, and the handler linked to each instance must be added to the event chain The differences between instance and static handlers are examined in the next section

5 The depth of points in the window ranges from 7 to 13 feet At depth h in this range, the window has chord of length 2 9 (h 10)2 Thus the total pressure on the lower half of the window is P=

Although both instance methods and static methods can be used as event handlers, they do differ in one important way When a static method is used as a handler, an event notification applies to the class When an instance method is used as an event handler, events are sent to specific object instances Thus, each object of a class that wants to receive an event notification must register individually In practice, most event handlers are instance methods, but, of course, this is subject to the specific application Let s look at an example of each The following program creates a class called X that defines an instance method as an event handler This means that each X object must register individually to receive events To demonstrate this fact, the program multicasts an event to three objects of type X

/* Individual objects receive notifications when instance event handlers are used */ using System; // Declare a delegate type for an event delegate void MyEventHandler(); // Declare a class that contains an event class MyEvent {

15:

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public event MyEventHandler SomeEvent; // This is called to raise the event public void OnSomeEvent() { if(SomeEvent != null) SomeEvent(); } } class X { int id; public X(int x) { id = x; } // This is an instance method that will be used as an event handler public void Xhandler() { ConsoleWriteLine("Event received by object " + id); } } class EventDemo3 { static void Main() { MyEvent evt = new MyEvent(); X o1 = new X(1); X o2 = new X(2); X o3 = new X(3); evtSomeEvent += o1Xhandler; evtSomeEvent += o2Xhandler; evtSomeEvent += o3Xhandler; // Raise the event evtOnSomeEvent(); } }

The output from this program is shown here:

As the output shows, each object registers its interest in an event separately, and each receives a separate notification Alternatively, when a static method is used as an event handler, events are handled independently of any object, as the following program shows:

/* A class receives the notification when a static method is used as an event handler */ using System; // Declare a delegate type for an event

6 At depth h, the corresponding subtriangle has side-length 2(4 h/ 3) Therefore the total pressure on one end of the pool is P=

Part I: