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Skinned web controls do not have a built-in UI; the interface is always provided via a skin file. Thus, skinned web controls need to know how to find that file. The SkinFileName property provides a location in which to store the name of the skin file that should be used to provide the control with a UI.

This function is responsible for using the SkinFileName property and any available theme information to load the appropriate UserControl skin for the control. It starts by creating a temp variable named Skin to hold the loaded control. It then determines the current page theme by checking the Theme property of the Page object. If the page does not have a theme, then the code uses Default as the theme. Using the theme information, the LoadSkin method builds out the full path to the UserControl skin using Skins/<ThemeName>/<UserControlSkin>.ascx and stores it in the SkinPath variable. Next, the method checks to make sure that a nonempty SkinFileName value has been provided. If not, the code raises an exception because the control must have a UserControl skin file to load. After that, the method checks to see if the UserControl skin file exists in the theme directory using the File.Exists method from the System.IO namespace. Current.Server.MapPath converts the web-relative path into the full-path for use in the Exists function. If the file cannot be found, then the code rebuilds the path using the Skins/Default folder instead of Skins/<Theme> folder. It then checks to make sure the UserControl file exists in the default location. If not, the method throws an exception because the skin file is required. Otherwise, the method continues on. After the SkinPath is known to exist, the method passes it into the Page.LoadControl function. The Page.LoadControl function accepts a virtual path to an .ascx file and returns a reference to the instantiated UserControl if the path and .ascx file are valid. That control reference is then returned as the value of the function.

The name of the file from which the logging request was issued. The location information. This information can be quite useful when an application produces any exception stack trace. However, generating this information with log4j can be quite slow. A trade-off has to be made before this feature is used. The line number in the program file from which the logging request was issued. The logging message. The method in the program from which the logging request was issued. Platform-dependent line separator. The level associated with the logging request. The RELATIVE date format displaying the number of milliseconds elapsed from the start of the application before this logging request was issued. The invoking thread. The NDC information. The Message Diagnostic Context (MDC) information. The X conversion character is followed by the key for the MDC. For example, X{clientIP} will print the information stored in the MDC against the key clientIP. The literal percent sign. %% will print a % sign.

OnInitGraphics: This event fires once on graphics initialization and will always fire before the first call to OnImageUpdate. It receives the width and height of the video buffer that will be used to create the game bitmap in the Java layer. OnMessage: This event fires whenever there is a text message from the native layer. It is mostly used to check what is going on in the native side. OnStartSound and OnStartMusic: See the next section for details.

This method only has three lines of code, but they all play a very important role in the loading and initialization of a skin. The first line loads the skin using the LoadSkin method. The next line calls the abstract method InitializeSkin and passes in the skin that was loaded on the previous line. Remember, the InitializeSkin method couples the business logic of the custom server control to the UI of the skin file. Lastly, the instantiated skin control is added to the custom server control s control collection so it will be rendered to the browser. This is what gives the custom web control its UI.