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Congratulations! You have taken the first step toward your mastery of Android game development. In this chapter, you learned how to set up your Linux system to compile hybrid games, which included the following tasks: Obtaining the Android source Extracting device system libraries for compilation Setting up the CodeSourcery G++ toolchain Writing custom compilation scripts Setting up your Eclipse IDE

Fires when the user navigates to another step in the wizard. Fires when a user clicks on the Cancel button. This signifies that the user wants to exit the wizard. Fires when the user clicks the Finish button. This signifies that the user has completed the wizard, and you can run any code that you need to run to finalize the wizard process. Fires when the user clicks the Next button. You can use this event to manage the way users navigate forward through the wizard. Fires when the user clicks the Previous button. You can use this event to manage the way users navigate backwards through the wizard. Fires when the user clicks on a step link in the sidebar. You can use this event to manage the way users navigate through the wizard. Fires after the wizard deactivates the last step. You can use this event to set up resources that are required by the step and to implement stepskipping logic. Fires when the user navigates away from a step. You can use this event to release resources that are no longer required and to run validation logic on the step.

As you move from one step to another in the Wizard, the events listed in the preceding table fire in the following sequence. First, one of the NextButtonClick, PreviousButtonClick, or SideBarButtonClick events occur (only one). After the click event has been processed, the Deactivate event of the old step fires, followed by the Activate event of the new step. Lastly, the ActiveStepChanged event fires indicating that the new step has been activated successfully. If you click on the Cancel or Finish buttons, the CancelButtonClick or the FinishButtonClick events fire, but none of the other events are ever raised (not even the deactivate events). As mentioned before, most of the events exposed by the wizard are useful for controlling navigation. You ll learn about that after we discuss how to actually add steps to a wizard.

Your first task when making a wizard is determining how you want to lead your users through the task at hand. This requires that you think through which screens to make available and the sequence in which those screens should be displayed. After you have determined how many steps you want and where they should be, you need to add them to the wizard. There are two ways you can add steps to a Wizard control. The easiest way is to use the WizardStep collection editor. It provides you with an intuitive interface for creating and rearranging steps. You can access the collection editor by clicking on the ellipsis next to the

This chapter provided the foundation to compile the 3D shooter games, Doom and Wolfenstein 3D, as well as the pure Java games. In the next chapter, you will learn how to write and compile a basic native program a simple shared library and call the shared library within a Java application.

log4j.additivity.com.apress.logging.log4j=false Consult the Logger Object section of this chapter for more detail on this feature.

WizardSteps property in the property editor, by right-clicking on the Wizard control and selecting Add/Remove Wizard Steps from the context menu, or by choosing Wizard Tasks Add/Remove Wizard Steps. You can see an example of the WizardStep Collection Editor in Figure 10-2.

Figure 10-2. WizardStep Collection Editor Using the WizardStep Collection Editor should be fairly intuitive. You can add new WizardStep items by clicking the Add button, and you can remove the selected WizardStep item by clicking the Remove button. The arrows to the right of the WizardStep listing allow you to rearrange the steps by moving the selected item up and down. On the right side of the collection editor, you ll see the properties for the selected WizardStep. The WizardStep properties are shown in Table 10-5, and the WizardStepType descriptions are given in Table 10-6.