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Figure 4-20. Initial layout for HRWizard UserForm Since we have four data collection sections, we need to add two additional pages to our MultiPage control. 1. Right-click either of the tabs at the top of the MultiPage control to display the shortcut menu. 2. Select New Page from the shortcut menu, as shown in Figure 4-21. 3. Repeat this one more time.

Another aspect of Windows Forms programming is establishing the docking behavior of your controls. If you so choose, you can set a widget s Dock property to configure which side (or sides) of a Form the widget should be attached to. The value you assign to a control s Dock property is honored, regardless of the Form s current dimensions. Table 21-14 describes possible options. Table 21-14. DockStyle Values

The control s bottom edge is docked to the bottom of its containing control. All the control s edges are docked to all the edges of its containing control and sized appropriately. The control s left edge is docked to the left edge of its containing control. The control is not docked. The control s right edge is docked to the right edge of its containing control. The control s top edge is docked to the top of its containing control.

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Used to specify the order in which overlapping elements are stacked on top of each other. If z-index is not specified, elements that come later in the source document will be displayed on top of earlier elements. Value: auto | <integer> Initial value: auto Inherited: No Applies to: Positioned elements Supported by: Firefox, Safari, Opera, Internet Explorer

So, for example, if you want to ensure that a given widget is always docked on the left side of a Form, you would write the following: // This item is always located on the left of the Form, regardless // of the Form's current size. myButton.Dock = DockStyle.Left;

.method public hidebysig specialname instance void remove_AboutToBlow(class CarEvents.Car/CarEventHandler 'value') cil managed synchronized { .maxstack 8 ldarg.0 ldarg.0 ldfld class CarEvents.Car/CarEventHandler CarEvents.Car::AboutToBlow ldarg.1 call class [mscorlib]System.Delegate [mscorlib]System.Delegate::Remove( class [mscorlib]System.Delegate, class [mscorlib]System.Delegate) castclass CarEvents.Car/CarEventHandler stfld class CarEvents.Car/CarEventHandler CarEvents.Car::AboutToBlow ret } Finally, the CIL code representing the event itself makes use of the .addon and .removeon directives to map the names of the correct add_XXX() and remove_XXX() methods to invoke: .event CarEvents.Car/EngineHandler AboutToBlow { .addon void CarEvents.Car::add_AboutToBlow (class CarEvents.Car/CarEngineHandler) .removeon void CarEvents.Car::remove_AboutToBlow (class CarEvents.Car/CarEngineHandler) } Now that you understand how to build a class that can send C# events (and are aware that events are nothing more than a typing time-saver), the next big question is how to listen to the incoming events on the caller s side.

Figure 4-21. Inserting a new page in the MultiPage control Your UserForm in Design view should look like Figure 4-22.

C# events also simplify the act of registering the caller-side event handlers. Rather than having to specify custom helper methods, the caller simply makes use of the += and -= operators directly (which triggers the correct add_XXX() or remove_XXX() method in the background). When you wish to register with an event, follow the pattern shown here: // ObjectVariable.EventName += // new AssociatedDelegate(functionToCall); Car.EngineHandler d = new Car.CarEventHandler(CarExplodedEventHandler) myCar.Exploded += d; When you wish to detach from a source of events, use the -= operator: // ObjectVariable.EventName -= delegateObject; myCar.Exploded -= d; Given these very predictable patterns, here is the refactored Main() method, now using the C# event registration syntax: class Program { static void Main(string[] args) { Console.WriteLine("***** Events *****"); Car c1 = new Car("SlugBug", 100, 10);

Used to make an element completely transparent without removing it from the document flow. Value: visible | hidden | collapse Initial value: visible Inherited: Yes Applies to: All elements Supported by: Firefox, Safari, Opera, Internet Explorer

// Register event handlers. c1.AboutToBlow += new Car.CarEventHandler(CarIsAlmostDoomed); c1.AboutToBlow += new Car.CarEventHandler(CarAboutToBlow); Car.CarEventHandler d = new Car.CarEventHandler(CarExploded); c1.Exploded += d; Console.WriteLine("\n***** Speeding up *****"); for (int i = 0; i < 6; i++) c1.Accelerate(20); // Remove CarExploded method // from invocation list. c1.Exploded -= d; Console.WriteLine("\n***** Speeding up *****"); for (int i = 0; i < 6; i++) c1.Accelerate(20); Console.ReadLine(); } public static void CarAboutToBlow(string msg) { Console.WriteLine(msg); } public static void CarIsAlmostDoomed(string msg) { Console.WriteLine("Critical Message from Car: {0}", msg); } public static void CarExploded(string msg) { Console.WriteLine(msg); } }

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