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The gameLevel stores the game level that is currently being played, while the currentLevel stores an identifier for the current game level. The inputHelper attribute, of type InputHelper, handles the game inputs. Next, the spriteBatch handles the drawing of the game s UI components, which are sprites; the spriteFont stores a font used to write on the game screen; the weaponTargetTexture stores the sprite of the weapon target; and the weaponTargetPosition stores the position, in world coordinates, that the weapon is aiming at. Finally, aimEnemy stores a reference for the enemy, if any, that the weapon is targeting, and numEnemiesAlive stores the number of enemies alive. After declaring the attributes of the GameScreen class, create its constructor: public GameScreen(Game game, LevelCreator.Levels currentLevel) : base(game) { this.currentLevel = currentLevel; } The constructor for the GameScreen class is simple: it receives an instance of the Game class and an enumeration with the name of the level to be played, which is stored in the class s currentLevel attribute.

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You can override the Initialize method of the DrawableGameObject class to initialize the game objects and get all the necessary game services: public override void Initialize() { // Get services inputHelper = Game.Services.GetService(typeof(InputHelper)) as InputHelper; if (inputHelper == null) throw new InvalidOperationException("Cannot find an input service"); base.Initialize(); } In the preceding Initialize method, you re getting a service of type InputHelper from the service container of the Game class, and if the InputHelper service is not present in the service container, you throw an exception. Next, override the LoadContent method to load all the necessary game assets: protected override void LoadContent() { // Create SpriteBatch and add services spriteBatch = new SpriteBatch(GraphicsDevice); // Font 2D spriteFont = Game.Content.Load<SpriteFont>( GameAssetsPath.FONTS PATH + "BerlinSans");

<filter> <filter-name>hibernateFilter</filter-name> <filter-class> org.springframework.orm.hibernate3.support.OpenSessionInViewFilter </filter-class> </filter> <filter-mapping> <filter-name>hibernateFilter</filter-name> <url-pattern>/*</url-pattern> </filter-mapping>

// Weapon reticule weaponTargetTexture = Game.Content.Load<Texture2D>( GameAssetsPath.TEXTURES PATH + "weaponTarget"); // Load game level gameLevel = LevelCreator.CreateLevel(Game, currentLevel); base.LoadContent(); } In the LoadContent method, you first create the SpriteBatch used to draw the game UI. Then, you load the SpriteFont used to write on the screen and the texture for the weapon s reticule sprite. Finally, you call the CreateLevel method of the LevelCreator class to generate the game level, which you store in the class s gameLevel attribute.

Although Spring can take advantage of a filter, the reverse is not necessarily true. The deployment descriptor does support a limited flavor of dependency injection configuration parameters can be supplied to a filter but references to other beans cannot be supplied in this way. In circumstances where you want the benefits of the filter s privileged place in the request-handling life cycle, but don t want to lose the advantages of Spring configuration files, you can use Spring s delegating filter proxy class. This class is a standard Java EE filter, but it passes all the incoming requests to a named Spring bean to handle. Your bean is configured in the normal way in the Spring application context. It must implement the Filter interface, and aside from the advantages of configuration, it will behave exactly as if it were declared in the deployment descriptor itself. Listing 6-39 shows the use of a delegating filter proxy to configure the Spring Security (Acegi) request filter.

The game update logic is divided into three methods: Update, UpdateInput, and UpdateWeaponTarget, where the main method called to update the game is the Update method. You use the UpdateInput method to handle the user input, and the UpdateWeaponTarget method to check which enemy the player s weapon is targeting. You create the main Update method by overriding the Update method of the DrawableGameComponent class. In the Update method, you first need to call the UpdateInput method to handle the user input. Then you call the Update method of all the scene objects that need to be updated. Following is the code for the Update method: public override void Update(GameTime gameTime) { // Restart game if the player dies or kills all enemies if (gameLevel.Player.IsDead || numEnemiesAlive == 0) gameLevel = LevelCreator.CreateLevel(Game, currentLevel); UpdateInput(); // Update player gameLevel.Player.Update(gameTime); UpdateWeaponTarget(); // Update camera BaseCamera activeCamera = gameLevel.CameraManager.ActiveCamera; activeCamera.Update(gameTime); // Update light position PointLight cameraLight = gameLevel.LightManager["CameraLight"] as PointLight; cameraLight.Position = activeCamera.Position;

<filter> <description>Acegi Request Filter</description> <filter-name>acegi-request-filter</filter-name> <filter-class> org.springframework.web.filter.DelegatingFilterProxy </filter-class> <init-param> <param-name>targetBeanName</param-name> <param-value>acegiRequestFilter</param-value> </init-param> </filter>