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The event member itself just holds the event handlers that need to be invoked. Nothing happens with them unless the event is raised. You need to make sure there is code to do just that, at the appropriate times. For example, the following code raises event Elapsed. Notice the following about the code: Before raising the event, it is compared to null, to see whether it contains any event handlers. If the event is null, it is empty. Raising the event itself is like invoking a function. Use the name of the event, followed by the parameter list enclosed in parentheses. The parameter list must match the delegate type of the event. if (Elapsed != null) Elapsed(source, args); Event name Parameter list // Make sure there are methods to execute. // Raise the event.

CHAPTER 6 EXTENSIBLE MARKUP LANGUAGE (XML)

Putting together the event declaration and the code to raise the event gives the following class declaration for the publisher. The code contains two members: the event, and a method called OnOneSecond, which raises the event. public class MyTimerClass { public event EventHandler Elapsed;

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private void OnOneSecond(object source, EventArgs args) { if (Elapsed != null) // Make sure there are methods to execute. Elapsed(source, args); } Raise the event. // The following code makes sure that method OnOneSecond is called every // 1,000 milliseconds. ... } For now, I ll let method OnOneSecond be somehow, mysteriously, called once every second. Later in the chapter I ll show you how to make this happen. But for now, remember these important points: The publisher class has an event as a member. The class contains the code to raise the event.

/** * <p>Java class for Location. * * <p>The following schema fragment specifies the expected content contained within this class. * <p> * <pre> * <simpleType name="Location"> * <restriction base="{http://www.w3.org/2001/XMLSchema}string"> * <enumeration value="north"/> * <enumeration value="south"/> * <enumeration value="east"/> * <enumeration value="west"/> * </restriction> * </simpleType> * </pre> * */ @XmlEnum public enum Location { @XmlEnumValue("east") EAST("east"), @XmlEnumValue("north") NORTH("north"), @XmlEnumValue("south") SOUTH("south"), @XmlEnumValue("west") WEST("west"); private final String value; Location(String v) { value = v; } public String value() { return value; }

To add an event handler to an event, the handler must have the same return type and signature as the event s delegate. Use the += operator to add an event handler to an event, as shown in the following code. The method can be any of the following: An instance method A static method An anonymous method A lambda expression For example, the following code adds three methods to event Elapsed. The first is an instance method using the method form. The second is a static method using the method form. The third is an instance method using the delegate form. Class Instance method mc.Elapsed += ca.TimerHandlerA; // Method reference form mc.Elapsed += ClassB.TimerHandlerB; // Method reference form Event member Static method mc.Elapsed += new EventHandler(cc.TimerHandlerC); // Delegate form Just as with delegates, you can use anonymous methods and lambda expressions to add event handlers. For example, the following code first uses a lambda expression and then an anonymous method. mc.Elapsed += (source, args) => { Console.WriteLine("Lambda expression."); }; // Lambda expression

CHAPTER 6 EXTENSIBLE MARKUP LANGUAGE (XML)

mc.Elapsed += delegate(object source, EventArgs args) { Console.WriteLine("Anonymous method."); };

his chapter delineates the syntax and application of interaction algebra for both function set networks and databases.

The following program uses the MyTimerClass class declared in the previous section. The code performs the following: It registers two event handlers from two different class instances. After registering the event handlers, it sleeps for 2 seconds. During that time, the timer class raises the event two times, and both event handlers are executed each time. public class MyTimerClass { ... } class ClassA { public void TimerHandlerA(object obj, EventArgs e) { Console.WriteLine("Class A handler called"); } }

public static Location fromValue(String v) { for (Location c: Location.values()) { if (c.value.equals(v)) { return c; } } throw new IllegalArgumentException(v.toString()); } }

class ClassB { public static void TimerHandlerB(object obj, EventArgs e) { Console.WriteLine("Class B handler called"); } } class Program { static void Main( ) { ClassA ca = new ClassA(); MyTimerClass mc = new MyTimerClass(); mc.Elapsed += ca.TimerHandlerA; mc.Elapsed += ClassB.TimerHandlerB; Thread.Sleep(2250); } }