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// create the player sprite myPrincess = new Sprite(myCustomizer.getImage("princess"), SQUARE_WIDTH, SQUARE_WIDTH); myPrincess.setFrame(1); // we define the reference pixel to be in the middle // of the princess image so that when the princess turns // from right to left (and vice versa) she does not // appear to move to a different location. myPrincess.defineReferencePixel(SQUARE_WIDTH/2, 0); // the dungeon is a 16x16 grid, so the array playerCoords // gives the player's location in terms of the grid, and // then we multiply those coordinates by the SQUARE_WIDTH // to get the precise pixel where the player should be // placed (in terms of the LayerManager's coordinate system) myPrincess.setPosition(SQUARE_WIDTH * playerCoords[0], SQUARE_WIDTH * playerCoords[1]); // we append all of the Layers (TiledLayer and Sprite) // so that this LayerManager will paint them when // flushGraphics is called. append(myPrincess); // get the coordinates of the square where the crown // should be placed. int[] goalCoords = decoder.getGoalSquare(); Image crownImage = myCustomizer.getImage("crown"); myCrown = new Sprite(crownImage); myCrown.defineReferencePixel(crownImage.getWidth()/2, crownImage.getHeight()); myCrown.setRefPixelPosition( (SQUARE_WIDTH * goalCoords[0]) + (SQUARE_WIDTH/2), (SQUARE_WIDTH * goalCoords[1]) + SQUARE_WIDTH); append(myCrown); // The decoder creates the door and key sprites and places // them in the correct locations in terms of the LayerManager's // coordinate system. myNumberImage = myCustomizer.getImage("numbers"); myKeyImage = myCustomizer.getImage("keys"); myDoors = decoder.createDoors(myKeyImage); myKeys = decoder.createKeys(myKeyImage); for(int i = 0; i < myDoors.length; i++) { append(myDoors[i]); } for(int i = 0; i < myKeys.length; i++) { append(myKeys[i]); } // append the background last so it will be painted first. append(myWalls); append(myBackground);

CHAPTER 8 JOHNNXT IS ALIVE!

Creating a custom validator involves three steps: Create the validator class. Create the attribute-based validator to support attribute-based validation. Create the necessary configuration components to support validation via configuration data.

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// this sets the view screen so that the player is // in the center myViewWindowX = SQUARE_WIDTH * playerCoords[0] - ((DISP_WIDTH - SQUARE_WIDTH)/2); myViewWindowY = SQUARE_WIDTH * playerCoords[1] - ((DISP_HEIGHT - SQUARE_WIDTH)/2); // a number of objects are created in order to set up the game, // but they should be eliminated to free up memory: decoder = null; Systemgc(); } The init() method in Listing 10-12 is the method called by the run() method of the GameThread object (see Listing 10-6) Aside from the changes noted in Listings 10-11 and 10-12, the only other changes to make in the DungeonManager class for this new version are to declare all of the additional fields that are clearly necessary to make this code run Also, for simplicity I ve eliminated the optimization of only repainting if there is a change.

For the ACME POS application, we will create a validator that will validate the hostname that the application will use to communicate with the web service. This will allow the user to know if the web service is available. This task will be accomplished by attempting to ping the web service. Since this validator will need to be only attribute-based for this example, we will create only the validator and its corresponding attribute support class.

Turn the model upside down and build the frame to hold the passive wheel holder firmly with the NXT. Use a 13-long beam.

The HostValidator class will use the System.Net namespace for taking a string representation of a hostname or an IP address and validate that it is reachable by pinging it. The first step is to create the base outline of the class, including adding the class definition, the namespace, and the using statements. The next step is to create the necessary constructors that this class will utilize. Listing 12-12 shows the class. The four constructors will support negating the validator as well as allowing for a custom message template to be used. Listing 12-12. Creating the HostValidation Class using using using using System; System.Net; System.Net.NetworkInformation; Microsoft.Practices.EnterpriseLibrary.Validation.Validators;

Since the clock is now painted directly onto the game play area, it needs to be repainted every time I could go through the code and keep track of exactly what part of the screen changes (if any) at each tick, and then carefully only repaint that part, but that level of optimization isn t terribly helpful for this game since the whole screen changes on most ticks To complete the beautified version of the Dungeon example, a few more classes are required from back in 5 Some require no change such as DataConverterjava (Listing 5-3) and GameInfojava (Listing 5-4) Some others require some simple, obvious changes to get their images through the Customizer class instead of loading them directly: the only change needed for DoorKeyjava (Listing 5-10) is that the image is sent in the constructor instead of being loaded; similarly, BoardDecoder.

CHAPTER 8 JOHNNXT IS ALIVE!

namespace DGTEL.Samples.Validation.Validators { public class HostValidator : ValueValidator<string> { //constuctors #region constructors public HostValidator() : this(null) { } public HostValidator(bool negated) : this(null, negated) { } public HostValidator(string messageTemplate) : base(messageTemplate, null, false) { } public HostValidator(string messageTemplate, bool negated) : base(messageTemplate, null, negated) { } #endregion } }

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