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As soon as you stop blitting the object, it disappears. This is an extra little consideration in a blit display environment, but it s not difficult to implement. The cat-versus-star collision detection uses a spatial grid. That means it first checks to see whether one of the cat s corner points is in the same cell as the star. If that turns out to be true, a distance check tests whether the cat and star are overlapping. If they are, the collision method returns true to the application class. Here s the starCollision method from the TileCollisionController class that handles both this broad-phase and narrow-phase collision check:

From a project management standpoint, this can lower a project s development costs and at times allow developers who have more business than technical skills to play a bigger role in the development of an application In the end, an enterprise framework is not a silver bullet; it should provide the core common functionality and features needed for most, if not all, of your software application as well as allow for more project success stories by letting the developers focus on implementing the application s requirements as opposed to worrying about connection string management..

public function starCollision ( gameObject:TileModel, starTileObject:TileModel, platformMap:Array, maxTileSize:uint, star:uint ):Boolean { var collision:Boolean = false; //Make sure that the code doesn't check for rows that //are greater than the number of rows and columns on the map if(gameObject.bottom < platformMap.length && gameObject.right < platformMap[0].length) { //If the object's corners are overlapping a tile //that contains a star... if(platformMap[gameObject.top][gameObject.left] == star || platformMap[gameObject.top][gameObject.right] == star || platformMap[gameObject.bottom][gameObject.left] == star || platformMap[gameObject.bottom][gameObject.right] == star) { //Plot a vector between the gameObject's center point and the star var v0:VectorModel = new VectorModel ( gameObject.xPos + (gameObject.width * 0.5), gameObject.yPos + (gameObject.height * 0.5), starTileObject.xPos + (starTileObject.width * 0.5), starTileObject.yPos + (starTileObject.height * 0.5) ); //Calculate the the combined widths of the objects var totalRadii:Number = gameObject.width * 0.5 + starTileObject.width * 0.5; if(v0.m < totalRadii) { //There's a collision if the distance between the objects //is less than their combined widths collision = true; } } }

As mentioned in the explanation of the variable CacheController and the type CacheProxy, it is expected that the server send entity tags and perform the heavy work when comparing these tags. When implementing a server-side HTTP validator, that does not mean implementing a cache. The cache is on the client side, the proxy, or somewhere along the chain of Internet infrastructure. Implementing HTTP validation on the server side means processing entity tags only.

To understand the components of an enterprise framework, you first have to understand the components used to create an application. Each application has to perform certain functions in order to meet the needs of the user. These functions can range from accessing data to sending email messages to formatting a document. To perform these tasks, it makes sense to try to break them out into specific components. This breaking apart of the features allows for easier maintenance of the application, as well as the ability to scale out as needed. Most business applications require some sort of user interface to interact with data, a mechanism to validate data entered in by the user, and the ability to read and write data. Typically, the components are called separated tiers or layers. I prefer the term layers when

//Return the true or false value of "collision" //back to the application class return collision; } All this method really does is return a true or false value. The application class must decide what to do with this information. This is what it needs to consider:

if(the star exists ) { Blit the star to the foreground bitmap. Check for a collision between the cat and the star If(the collision method returns true ) { set the star to null. It no longer exists. } }

thinking of the logical separation of components and tiers when referring to the physical separation of components. The typical high-level layers of an application are the presentation layer, the business logic layer, and the data layer. However, the needs of an application do not stop with these components of an application. As previously mentioned, an application may also need components to handle security, application configuration, exception handling, logging, application deployment, and so forth. The specific application components will be determined based on the functional and technical requirements of the application. However, as an enterprise grows and applications are developed, it will soon become apparent that all these applications share common functionality between them. This common functionality is the perfect candidate for common enterprise framework components. Figure 1-1 shows the different components that are typically used in an application. In the following sections, I ll introduce several of the most common components.