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comparison services compared prices between multiple online vendors. The price comparison services were made possible by using screen-scraping technologies. Essentially, screen scraping involves the deciphering of the HTML content to extract the price and product information. What made screen scraping complicated was that the generated HTML content was intended for consumption by an HTML browser. Because screen scraping was inefficient, another idea arose: to create a web service that must be explicitly called by a device other than a browser. The web service and HTML content provided two different content streams for the same content. The web service example illustrates how the same data can have multiple representations. Extrapolating the illustration a bit further, an idea would be to consider the data as a resource that can be associated with a representation. As much as we would like to have data associated with a single representation, it is not possible because each end device has its own way of representing information. A web browser loads Dynamic HTML that results in the user being presented with images, text, and links. To get more content, a user will click on a link that will load more Dynamic HTML content in the browser. Typically, you create links in Dynamic HTML by using the HTML tag <a href="somelink" />. The a tag is a built-in mechanism used by HTML to replace the currently loaded HTML content with the content referenced by the href attribute.

public static T BuildObject( string name ) { MyContext context = new MyContext(); context.MyStrategyChain.Add(new CreationStrategy()); context.MyStrategyChain.Add(new MethodReflectionStrategy()); context.MyStrategyChain.Add(new MethodExecutionStrategy()); context.MyStrategyChain.Add(new PropertyReflectionStrategy()); context.MyStrategyChain.Add(new PropertySetterStrategy()); context.MyPolicies.SetDefault<ICreationPolicy>(new DefaultCreationPolicy()); return context.HeadOfChain.BuildUp(context, typeof(T), null, name) as T; } } public class MyContext : BuilderContext { private IReadWriteLocator m_MyLocator; private PolicyList m_MyPolicies = new PolicyList(); private LifetimeContainer m_MyLifetimeContainer = new LifetimeContainer(); private BuilderStrategyChain m_MyStrategyChain = new BuilderStrategyChain(); public BuilderStrategyChain MyStrategyChain { get { return m_MyStrategyChain; } } public PolicyList MyPolicies { get { return m_MyPolicies; } } public LifetimeContainer MyLifetimeContainer { get { return m_MyLifetimeContainer; } } public IReadWriteLocator MyLocator { get { return m_MyLocator; } }

The maps are built using the same buildMap method, and there s nothing else that needs to be altered about the game engine. There s just one addition: a camera. You can think of the camera as a rectangle that follows the cat around the world and selects which parts of the foreground and background bitmaps to display. It s your view onto the game world. The camera is a Rectangle object. It s the same size as the stage. private var _camera:Rectangle = new Rectangle (0, 0, stage.stageWidth, stage.stageHeight); It s positioned so that it s always centered over the cat. These two lines of code in the enterFrameHandler will make the camera follow the cat all over the game world: _camera.x = _catModel.xPos - stage.stageWidth * 0.5; _camera.y = _catModel.yPos - stage.stageHeight * 0.5; The camera should also be contained within the limits of the game world. It shouldn t expose what lies beyond the edges of the world. This section of code in the enterFrameHandler makes sure that it doesn t move outside the game world boundaries:

//Check the camera's game world boundaries //Left if(_camera.x < 0) { _camera.x = 0; } //Right if(_camera.x > (MAP_COLUMNS * MAX_TILE_SIZE) - stage.stageWidth) { _camera.x = (MAP_COLUMNS * MAX_TILE_SIZE) - stage.stageWidth; } //Bottom if(_camera.y > (MAP_ROWS * MAX_TILE_SIZE) - stage.stageHeight) { _camera.y = (MAP_ROWS * MAX_TILE_SIZE) - stage.stageHeight; } //Top if(_camera.y < 0) { _camera.y = 0; } After the objects have been blitted to the foreground and background bitmaps, the game can be scrolled. This is done by assigning the bitmaps scrollRect property to the value of camera. These two lines are also in the enterFrameHandler: _foregroundBitmap.scrollRect = _camera; _backgroundBitmap.scrollRect = _camera; The bitmaps are cropped to the size of the camera rectangle. When the camera s x and y values change, the bitmaps scroll within the camera s rectangle. And that s all there is to it! The scrolling is handled for you automatically. As you can see when you run the SWF, it s a very natural, classic video game scrolling effect.

The preceding two paragraphs discuss the problem in relatively abstract terms, and it would be better to illustrate the problem. The problem of not getting the right content can be practically illustrated by using three browsers to visit two websites. Specifically, for this example I will visit the websites http://www.google.com and http://www.yahoo.com. The three browsers used are not Mozilla Firefox, Microsoft Internet Explorer, and Apple Safari. The three browsers are indeed three completely different browser types, namely a GUI browser, a text-based browser, and a Wireless Access Protocol (WAP) browser. Each browser represents a different segment of the browsing public. The graphical browser is used by most people, text-based browsers are used by those who cannot or do not want to see the graphical HTML representations (for example, a blind or a host-terminal based user), and the WAP browser is used by those operating cell phones. Figures 5-1, 5-2, and 5-3 show snapshots of the three browsers visiting the website http://www.google.com.

public MyContext() : this(new Locator()) { } public MyContext(IReadWriteLocator locator) { m_MyLocator = locator; SetLocator(m_MyLocator); StrategyChain = m_MyStrategyChain; SetPolicies(m_MyPolicies); if (!Locator.Contains(typeof(ILifetimeContainer))) Locator.Add(typeof(ILifetimeContainer), m_MyLifetimeContainer); } } } Finally, the last step is to create a new object. To do so, simply call the BuildObject method of the MyFactory class, as shown here: MyClass myClass = MyFactory<MyClass>.BuildObject( "MyClass" );