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he previous chapter introduced you to the process of building a GUI-based desktop application using System.Windows.Forms. The point of this chapter is to examine the details of rendering graphics (including stylized text and image data) onto a Form s surface area. We ll begin by taking a high-level look at the numerous drawing-related namespaces, and we ll examine the role of the Paint event,and the almighty Graphics object. The remainder of this chapter covers how to manipulate colors, fonts, geometric shapes, and graphical images. This chapter also explores a number of rendering-centric programming techniques, such as nonrectangular hit testing, drag-and-drop logic, and the .NET resource format. While technically not part of GDI+ proper, resources often involve the manipulation of graphical data (which, in my opinion, is GDI+-enough to be presented here).

SpinButton: This is used in conjunction with another control to increment and decrement numbers. It can also be used to scroll back and forth through a range of values or a list of items.

If you are a web programmer by trade, you may think that GDI+ is of no use to you. However, GDI+ is not limited to traditional desktop applications and is extremely relevant for web applications.

<ul><li><a href="page.html">Link</a></li><li><a href="page.html">Link</a></li> <li><a href="page.html">Link</a></li><li><a href="page.html">Link</a></li><li> <a href="page.html">Link</a></li><li><a href="page.html">Link</a></li></ul> Thankfully an easier solution is available, and guess what Yup, the Holly hack saves the day, once again. Just drop the following rule into your IE 6 hack style sheet, and everything returns to normal (see Figure 14-12): ul li a { height:1%; }

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The .NET platform provides a number of namespaces devoted to two-dimensional graphical rendering. In addition to the basic functionality you would expect to find in a graphics toolkit (colors, fonts, pens, brushes, etc.), you also find types that enable geometric transformations, antialiasing, palette blending, and document printing support. Collectively speaking, these namespaces make up the .NET facility we call GDI+, which is a managed alternative to the Win32 Graphical Device Interface (GDI) API. Table 20-1 gives a high-level view of the core GDI+ namespaces.

This is the core GDI+ namespace that defines numerous types for basic rendering (fonts, pens, basic brushes, etc.) as well as the almighty Graphics type. This namespace provides types used for more advanced twodimensional/vector graphics functionality (e.g., gradient brushes, pen caps, geometric transforms, etc.). This namespace defines types that allow you to manipulate graphical images (e.g., change the palette, extract image metadata, manipulate metafiles, etc.). This namespace defines types that allow you to render images to the printed page, interact with the printer itself, and format the overall appearance of a given print job. This namespace allows you to manipulate collections of fonts.

s Note All of the GDI+ namespaces are defined within the System.Drawing.dll assembly. While many Visual Studio 2005 project types automatically set a reference to this code library, you can manually reference System.Drawing.dll using the Add References dialog box if necessary.

RefEdit: This allows the user to type or click and drag range references into its text area. It is similar to Excel s Set Print Area input function.

Figure 14-12. A gray background color on the ul shows that IE is adding space under each li, where it doesn t belong.

The vast majority of the types you ll use when programming GDI+ applications are found within the System.Drawing namespace. As you would expect, there are classes that represent images, brushes, pens, and fonts. Furthermore, System.Drawing defines a number of related utility types such as Color, Point, and Rectangle. Table 20-2 lists some (but not all) of the core types. Table 20-2. Core Types of the System.Drawing Namespace

This type encapsulates image data (*.bmp or otherwise). Brush objects are used to fill the interiors of graphical shapes such as rectangles, ellipses, and polygons.

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