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Once you have placed the Button and TextBox on the designer, examine the code generated in the InitializeComponent() method. Here you will find that the types have been new-ed and inserted into the Form s ControlCollection automatically (in addition to any settings you may have made using the Properties window): private void InitializeComponent() { this.btnMyButton = new System.Windows.Forms.Button(); this.txtMyTextBox = new System.Windows.Forms.TextBox(); ... // MainWindow // ... this.Controls.Add(this.txtMyTextBox); this.Controls.Add(this.btnMyButton); ... } As you can see, a tool such as Visual Studio 2005 simply saves you some typing time (and helps you avoid hand cramps). Although InitializeComponent() is maintained on your behalf, do understand that you are free to configure a given control directly in code anywhere you see necessary (constructors, event handlers, helper functions, etc.). The role of InitializeComponent() is simply to establish the initial state of your UI elements. If you want to keep your life simple, I suggest allowing Visual Studio 2005 to maintain InitializeComponent() on your behalf, given that the designers may ignore or overwrite edits you make within this method.

The System.Windows.Forms namespace defines numerous basic controls that are commonplace to any windowing framework (buttons, labels, text boxes, check boxes, etc.). Although I would guess you are familiar with the basic operations of such types, let s examine some of the more interesting aspects of the following basic UI elements: Label, TextBox, and MaskedTextBox Button CheckBox, RadioButton, and GroupBox CheckedListBox, ListBox, and ComboBox

Open the VBE, and add a UserForm to the project. You can do this by choosing Insert UserForm, or you can right-click in the Project Explorer window and choose Insert UserForm, as shown in Figure 4-2.

Once you have become comfortable with these basic Control-derived types, we will turn our attention to more exotic widgets such as MonthCalendar, TabControl, TrackBar, WebBrowser, and so forth.

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Used to raise or lower letters and images above or below the baseline of text. Value: <percentage> | <length> | sub | super | top | text-top | middle | bottom | text-bottom Initial value: baseline Inherited: no Applies to: Inline elements and table cells Supported by: Firefox, Safari, Opera, Internet Explorer

The Label control is capable of holding read-only information (text or image based) that explains the role of the other controls to help the user along. Assume you have created a new Visual Studio 2005 Windows Forms project named LabelsAndTextBoxes. Define a method called CreateLabelControl in your Form-derived type that creates and configures a Label type, and then adds it to the Form s controls collection: private void CreateLabelControl() { // Create and configure a Label. Label lblInstructions = new Label(); lblInstructions.Name = "lblInstructions"; lblInstructions.Text = "Please enter values in all the text boxes"; lblInstructions.Font = new Font("Times New Roman", 9.75F, FontStyle.Bold); lblInstructions.AutoSize = true; lblInstructions.Location = new System.Drawing.Point(16, 13); lblInstructions.Size = new System.Drawing.Size(240, 16); // Add to Form's controls collection. Controls.Add(lblInstructions); } If you were to call this helper function within your Form s constructor, you would find your prompt displayed in the upper portion of the main window: public MainWindow() { InitializeComponent(); CreateLabelControl(); CenterToScreen(); } Unlike most other widgets, Label controls cannot receive focus via a Tab keypress. However, under .NET 2.0, it is now possible to create mnemonic keys for any Label by setting the UseMnemonic property to true (which happens to be the default setting). Once you have done so, a Label s Text property can define a shortcut key (via the ampersand symbol, &), which is used to tab to the control that follows it in the tab order.

You ll learn more about configuring tab order later in this chapter, but for the time being, understand that a control s tab order is established via the TabIndex property. By default, a control s TabIndex is set based on the order in which it was added to the Forms designer. Thus, if you add a Label followed by a TextBox, the Label is set to TabIndex 0 while the TextBox is set to TabIndex 1.

To illustrate, let s now leverage the Forms designer to build a UI containing a set of three Labels and three TextBoxes (be sure to leave room on the upper part of the Form to display the Label dynamically created in the CreateLabelControl() method). In Figure 21-3, note that each label has an underlined letter that was identified using the & character in the value assigned to the Text property (as you might know, &-specified characters allow the user to activate an item using the Alt+<some key> keystroke).

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