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Provided you have created a GUI identical to mine, the code within the Form-derived type is quite straightforward (here I am assuming you have handled each of the CarControl events using the Properties window): public partial class MainForm : Form { public MainForm() { InitializeComponent(); lblCurrentSpeed.Text = string.Format("Current Speed: {0}", this.myCarControl.Speed.ToString()); numericUpDownCarSpeed.Value = myCarControl.Speed; } private void numericUpDownCarSpeed_ValueChanged(object sender, EventArgs e) { // Assume the min of this NumericUpDown is 0 and max is 300. this.myCarControl.Speed = (int)numericUpDownCarSpeed.Value; lblCurrentSpeed.Text = string.Format("Current Speed: {0}", this.myCarControl.Speed.ToString()); } private void myCarControl_AboutToBlow(string msg) { lblEventData.Text = string.Format("Event Data: {0}", msg); } private void myCarControl_BlewUp(string msg) { lblEventData.Text = string.Format("Event Data: {0}", msg); } } At this point, you are able to run your client application and interact with the CarControl. As you can see, building and using custom controls is a fairly straightforward task, given what you already know about OOP the .NET type system, GDI+ (aka System.Drawing.dll), and Windows Forms. , While you now have enough information to continue exploring the process of .NET Windows controls development, there is one additional programmatic aspect you have to contend with: design-time functionality. Before I describe exactly what this boils down to, you ll need to understand the role of the System.ComponentModel namespace.

The System.ComponentModel namespace defines a number of attributes (among other types) that allow you to describe how your custom controls should behave at design time. For example, you can opt to supply a textual description of each property, define a default event, or group related properties or events into a custom category for display purposes within the Visual Studio 2005 Properties window. When you are interested in making the sorts of modifications previously mentioned, you will want to make use of the core attributes shown in Table 21-12. Table 21-12. Select Members of System.ComponentModel

Figure 4-13. Exporting a module 3. Navigate to wherever you store your *.cls files, and save cExcelUtils.cls.

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Specifies whether a property or an event should be displayed in the property browser. By default, all custom properties and events can be browsed. Specifies the name of the category in which to group a property or event. Defines a small block of text to be displayed at the bottom of the property browser when the user selects a property or event. Specifies the default property for the component. This property is selected in the property browser when a user selects the control. Defines a default value for a property that will be applied when the control is reset within the IDE. Specifies the default event for the component. When a programmer double-clicks the control, stub code is automatically written for the default event.

Used to clip the visible portion of an element to a specified rectangle. Value: rect(<length>, <length>, <length>, <length>) | auto Initial value: auto Inherited: No Applies to: Absolutely positioned elements Supported by: Firefox, Safari, Opera, Internet Explorer

To illustrate the use of some of these new attributes, close down the CarControlTestForm project and reopen your CarControlLibrary project. Let s create a custom category called Car Configuration to which each property and event of the CarControl belongs. Also, let s supply a friendly description for each member and default value for each property. To do so, simply update each of the properties and events of the CarControl type to support the [Category], [DefaultValue], and [Description] attributes as required: public partial class CarControl : UserControl { ... [Category("Car Configuration"), Description("Sent when the car is approaching terminal speed.")] public event CarEventHandler AboutToBlow; ... [Category("Car Configuration"), Description("Name your car!"), DefaultValue("Lemon")]

public string PetName {...} ... } Now, let me make a comment on what it means to assign a default value to a property, because I can guarantee you it is not what you would (naturally) assume. Simply put, the [DefaultValue] attribute does not ensure that the underlying value of the data point wrapped by a given property will be automatically initialized to the default value. Thus, although you specified a default value of No Name for the PetName property, the carPetName member variable will not be set to Lemon unless you do so via the type s constructor or via member initialization syntax (as you have already done): private string carPetName= "Lemon"; Rather, the [DefaultValue] attribute comes into play when the programmer resets the value of a given property using the Properties window. To reset a property using Visual Studio 2005, select the property of interest, right-click it, and select Reset. In Figure 21-31, notice that the [Description] value appears in the bottom pane of the Properties window.

Figure 21-31. Resetting a property to the default value The [Category] attribute will be realized only if the programmer selects the categorized view of the Properties window (as opposed to the default alphabetical view) as shown in Figure 21-32.

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