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Windows Presentation Foundation (WPF) is a user interface toolkit introduced since the release of .NET 3.0. The major goal of WPF is to integrate and unify a number of previously unrelated desktop technologies (2D graphics, 3D graphics, window and control development, etc.) into a single unified programming model. Beyond this point, WPF programs typically make use of Extendable Application Markup Language (XAML), which allows you to declare the look and feel of your WPF elements via markup. Recall that XAML allows you to describe trees of .NET objects using a declarative syntax. During this chapter s investigation of XAML, you were exposed to several new bits of syntax including propertyelement syntax and attached properties, as well as the role of type converters and XAML markup extensions. While XAML is a key aspect for any production level WPF application, your first example of this chapter illustrated how you can build a WPF program using nothing but C# code. Next, you discovered how you could build a WPF program using nothing but XAML (this is not recommended; however, it was a useful learning exercise!). Finally, you learned about the use of "code files" which allow you to partition look-and-feel from functionality. The final example of this chapter gave you a chance to build a WPF application that allowed you to programmatically interact with XAML definitions using the XamlReader and XamlWriter classes. Along the way, you took a tour of the WPF designers of Visual Studio 2010.

The next step is to create the .tpl.php file that Drupal will use to render the form. In the sample code here, I am printing each of the form s fields and have moved the color option above the name field by printing that form field first. < php /** * @file * * This is the template file for rendering the formexample nameform. * In this file each element of the form is rendered individually * instead of the entire form at once, giving me the ultimate control * over how my forms are laid out. I could also print the whole form * at once - using the predefined layout in the module by * printing $variables['formexample_nameform_form']; * */ print print print print print print // > '<div id="formexample_nameform">'; $variables['formexample_nameform']['color']; $variables['formexample_nameform']['name']; $variables['formexample_nameform']['submit']; $variables['formexample_nameform']['hidden']; '</div>';

The previous chapter provided a foundation for the WPF programming model, including an examination of the Window and Application classes, the grammar of XAML, and the use of code files. 27 also introduced you to the process of building WPF applications using the designers of Visual Studio 2010. In this chapter you will dig into the construction of more sophisticated graphical user interfaces using several new controls and layout managers. This chapter will also examine some related WPF control topics such as the data binding programming model and the use of control commands. You will also learn how to use the Ink and Documents APIs, which allow you to capture stylus (or mouse) input and build rich text documents using the XML Paper Specification, respectively. Finally, this chapter will show you how to use Expression Blend to build the UI of a WPF application. Using Blend in a WPF project is technically optional, but this IDE can greatly simplify your development because it can generate the necessary XAML using a number of integrated designers, editors, and wizards.

Unless you are new to the concept of building graphical user interfaces (which is fine), the general role of the WPF controls should not raise too many issues. Regardless of which GUI toolkit you might have used in the past (e.g., MFC, Java AWT/Swing, Windows Forms, VB 6.0, Mac OS X [Cocoa], or GTK+/GTK#), the core WPF controls listed in Table 28-1 are likely to look familiar. Table 28-1. The Core WPF Controls

print $formexample_nameform_form;

Button, RadioButton, ComboBox, CheckBox, Calendar, DatePicker, Expander, DataGrid, ListBox, ListView, Slider, ToggleButton, TreeView, ContextMenu, ScrollBar, Slider, TabControl, TextBlock, TextBox, RepeatButton, RichTextBox, Label

Table 28-1. The Core WPF Controls (continued)

You use these UI elements to decorate the frame of a Window object with input devices (such as the Menu) and user informational elements (e.g., StatusBar and ToolTip). These controls provide support for audio/video playback and image display. WPF provides numerous controls that allow you to group and organize other controls for the purpose of layout management.