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/** * a menu image. */ Sprite myRestore; /** * a menu image. */ Sprite mySave; /** * a softkey image. */ Image myExit; /** * a softkey image. */ Image myMenu; /** * a softkey image. */ Image myOk; //----------------------------------------------------// gets/sets /** * This is called when the game ends. */ void setGameOver() { myGameOver = true; myDungeon.pauseApp(); } /** * Get the DungeonManager. */ DungeonManager getManager() { return myManager; } /** * Find out if the game has ended. */ static boolean getGameOver() {

This waiting is accomplished simply by writing the desired condition (as the sensor reading) inside the while loop ( ) brackets, with no additional code inside the { } braces So, you can remove those last braces and just put in the semicolon after the condition When an obstacle is seen, the program flow breaks out the while loop, and the Off statement is executed, stopping the motor..

Listing 12-1. Creating an Instance of the Validator Class via the ValidationFactory Class public class ProcessOrders { public bool ValidateOrders(Order myOrder) { Validator<Order> v = ValidationFactory.CreateValidator<Order>(); ValidationResults r = v.Validate(myOrder); return r.IsValid; } }

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return(myGameOver); } /** * Get the Customizer. */ public Customizer getCustomizer() { return myCustomizer; } //----------------------------------------------------// initialization and game state changes /** * Constructor sets the data, performs dimension calculations, * and creates the graphical objects. */ public DungeonCanvas(Dungeon midlet) throws Exception { super(false); myDisplay = Display.getDisplay(midlet); myDungeon = midlet; // calculate the dimensions based on the full screen setFullScreenMode(true); DISP_WIDTH = getWidth(); DISP_HEIGHT = getHeight(); if((!myDisplay.isColor()) || (myDisplay.numColors() < 256)) { throw(new Exception("game requires full-color screen")); } if((DISP_WIDTH < 150) || (DISP_HEIGHT < 170)) { throw(new Exception("Screen too small")); } if((DISP_WIDTH > 375) || (DISP_HEIGHT > 375)) { throw(new Exception("Screen too large")); } // create the class that handles the differences among // the various platforms. myCustomizer = new Customizer(DISP_WIDTH, DISP_HEIGHT); // create the LayerManager (where all of the interesting // graphics go!) and give it the dimensions of the // region it is supposed to paint: if(myManager == null) { myManager = new DungeonManager(CORNER_X, CORNER_Y, DISP_WIDTH, DISP_HEIGHT, myCustomizer, this); } }

Note The ValidationFactory class also has three internal methods CreateValidator,

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CreateValidatorFromAttributes, and CreateValidatorFromConfiguration which take a parameter of System.Type. These methods are marked as internal, and are to be used by the Validation Application

/** * Once the customizer has been initialized, this * method loads and initializes the graphical objects * for the timer and the menu. */ void start() throws IOException { myGameOver = false; // initialize the graphics for the timeclock: Image numberImage = myManager.getNumberImage(); int width = numberImage.getWidth() / 11; int height = numberImage.getHeight(); for(int i = 0; i < 5; i++) { myNumberSprites[i] = new Sprite(numberImage, width, height); myNumberSprites[i].setPosition(width*i, 0); } // frame 10 is the colon: myNumberSprites[2].setFrame(10); // if the customizer identifies the platform as // one we have keycode data for, we can implement // the softkeys with images if(myCustomizer.useSoftkeys()) { setFullScreenMode(true); DISP_WIDTH = getWidth(); DISP_HEIGHT = getHeight(); myExit = myCustomizer.getLabelImage("exit"); myMenu = myCustomizer.getLabelImage("menu"); myOk = myCustomizer.getLabelImage("ok"); } else { // if the customizer doesn't have keycodes // for the current platform, then lcdui // commands must be used: setFullScreenMode(false); myExitCommand = new Command(myCustomizer.getLabel("exit"), Command.EXIT, 99); addCommand(myExitCommand); myMenuCommand = new Command(myCustomizer.getLabel("menu"), Command.SCREEN, 1); addCommand(myMenuCommand); myOkCommand = new Command(myCustomizer.getLabel("ok"), Command.SCREEN, 1); setCommandListener(this); } // Now that the timer and softkeys are ready, // this screen can be displayed (since the menu is // not shown initially) myDisplay.setCurrent(this); // initialize the menu graphics:

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Each method can contain a combination of one of the two parameters or none at all. The ruleset parameter allows validation rules to be grouped, so they may be processed together. For example, you would use ruleset if you wanted to apply specific rules for orders by businesses as opposed to orders by consumers, as demonstrated in Listing 12-2. The other parameter, configurationSource, is of type IConfigurationSource, and it allows you to define the configuration data to be used to configure the particular validator. Listing 12-2. Using the ruleset Parameter to Define Groups of Rules public class ProcessOrders { public bool ValidateOrderItem(OrderItem myOrderItem, bool isBusiness) { Validator<Order> v; if( isBusiness ) { v = ValidationFactory.CreateValidator<OrderItem>("BusinessOrder"); } else { v = ValidationFactory.CreateValidator<OrderItem>("ConsumerOrder"); } ValidationResults r = v.Validate(myOrderItem); return r.IsValid; } } public class OrderItem { private int m_Quantity; private int m_ItemNumber; private decimal m_UnitCost; [Int32RangeValidator(10, RangeBoundaryType.Inclusive, 0, RangeBoundaryType.Ignore, Ruleset="BusinessOrder")]

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