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Use the Content Chunking pattern in the following contexts: When it is not known what the HTML page should look like because of the nature of the website. In Figure 3-1, there is a blue-background navigational area and a brown-background content area. The content of each area is unknown, but what is known is the area where the content is destined. When the content to be downloaded is too large and would cause an excessive wait for the user. For example, doing a search and waiting for all found elements to be collected as a result set is not an option because the user would have to wait too long. A better approach would be to keep a search executing while displaying whatever is found.

The Asynchronous Invocation Application Block is a dispatcher component that manages and dispatches background threads and then notifies the application when the threads have completed their tasks. In the .NET Framework 2.0 and 3.0 worlds, the need for this application block has been diminished by the new BackgroundWorker component, but if you are still developing or maintaining a .NET 1.1 or 1.0 application, you should take a look at this application block. This application block utilizes the Exception Management and Data Access Application Blocks. It can be used alone or with the Aggregation and Caching Application Blocks mentioned next.

Next, we use BitmapData to create the Bitmap display object. var starBitmap:Bitmap = new Bitmap(starBitmapData); The starBitmap is the actual, visual bitmap image that will be displayed on the stage. It looks exactly like the original vector shape, but it has been converted into pure pixels. Now that we ve made the BitmapData and Bitmap objects, we need to get them back to the rest of the program. The simplest way to do this is to wrap them up into a single Object, and return that Object to the method s caller.

listenerDataType="Microsoft.Practices.EnterpriseLibrary.Logging. Configuration.MsmqTraceListenerData, Microsoft.Practices.EnterpriseLibrary.Logging, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null" traceOutputOptions="None" queuePath=".\Private$\myQueue" formatter="Text Formatter" messagePriority="Normal" timeToReachQueue="49710.06:28:15" timeToBeReceived="49710.06:28:15" recoverable="false" useAuthentication="false" useDeadLetterQueue="false" useEncryption="false" transactionType="None" /> </listeners>

var star:Object = new Object; star.bitmapData = starBitmapData; star.bitmap = starBitmap; star.shape = starShape; return star; We now have our star bitmaps, so we can use them to do bitmap collision. This is done inside an ENTER_FRAME loop. private function enterFrameHandler(event:Event):void { //Make the star follow the mouse _s1.bitmap.x = stage.mouseX - 100; _s1.bitmap.y = stage.mouseY - 100; if(_s1.bitmapData.hitTest ( new Point(_s1.bitmap.x, _s1.bitmap.y), 255, _s2.bitmap, new Point(_s2.bitmap.x, _s2.bitmap.y), 255 ) ) { _collision = "true"; } else { _collision = "false"; } //Update the status box _statusBox.text = "BITMAP COLLISION:"; _statusBox.text += "\n" + "COLLISION: " + _collision; } When bitmaps are created, their registration point is the top-left corner of the grid, as shown in Figure 5-3. This is important to remember. That means that we need to find the center of the bitmap by working down and across from that top-left corner. This bit of code determines the bitmap s center point: bitmapCenter_X = bitmap.x + bitmap.width * 0.5; bitmapCenter_Y = bitmap.y + bitmap.height * 0.5; This is unlike all of the other game objects we ve created in the book so far, which have been positioned directly in the center of their containing sprites. I did this so that the calculations are a little more intuitive to work out. Nothing is stopping you from centering a bitmap so that its center point has an x/y position of 0, but it doesn t make bitmaps happy. Some versions of Flash Player

When the displayed content is not related. Yahoo!, MSN, and Excite are portal applications displaying content side-by-side with other content that has no relation to it. If the content is generated from a single HTML page, the server-side logic would have to contain a huge decision block to know which content is loaded and not loaded. A better approach would be to consider each block of content as a separate piece that is then loaded separately.