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[10,10,00,00,00,00,00,10,10,10], [10,10,10,10,10,10,10,10,10,10], [00,00,00,00,00,00,00,00,00,00] ]; //Create a blank BitmapData object as the canvas for this bitmap private var _backgroundBitmapData:BitmapData = new BitmapData(stage.stageWidth, stage.stageHeight, true, 0); private var _backgroundBitmap:Bitmap = new Bitmap(_backgroundBitmapData); //Tile sheet //Variables required to display the tile sheet bitmap [Embed(source="../../images/tileSheet.png")] private var TileSheet:Class; private var _tileSheetImage:DisplayObject = new TileSheet(); private var _tileSheetBitmapData:BitmapData = new BitmapData ( _tileSheetImage.width, _tileSheetImage.height, true, 0 ); //Status box private var _statusBox:StatusBox = new StatusBox; public function Map():void { //Draw the tile sheet _tileSheetBitmapData.draw(_tileSheetImage); //Add the stage bitmap. //This displays the contents of the _backgroundBitmapData. //It will be updated automatically when //the _backgroundBitmapData is changed addChild(_backgroundBitmap); //Run the buildMap method to convert the //map's array data into a visual display buildMap(_platformMap); //Display the status box addChild(_statusBox); _statusBox.text = "MAP:"; _statusBox.text += "\n" + "TILE SIZE: " + MAX_TILE_SIZE; _statusBox.text += "\n" + "MAP_ROWS: " + MAP_ROWS; _statusBox.text += "\n" + "MAP_COLUMNS: " + MAP_COLUMNS; }

//Create tile models and map them to the //correct positions on the tile sheet private function buildMap(map:Array):void { //Loop through all the cells in the game map for(var mapColumn:int = 0; mapColumn < MAP_COLUMNS; mapColumn++) { for(var mapRow:int = 0; mapRow < MAP_ROWS; mapRow++) { //Find out which tile ID number is in //the current cell. This will be either //"00" (a platform) or "01" (sky) var currentTile:int = map[mapRow][mapColumn]; //"-1" means that the tile destination grid will be blank //This example doesn't use any blank tiles if(currentTile > -1) { //Find the tile's column and row position //on the tile sheet var tileSheetColumn:uint = uint(currentTile / 10); var tileSheetRow:uint = uint(currentTile % 10); //Now the code checks what type of tile //the ID number says should be in the //game map's grid cell switch (currentTile) { case PLATFORM: //If it finds a match, it creates //a TileModel object var platform:TileModel = new TileModel(); platform.tileSheetColumn = tileSheetColumn; platform.tileSheetRow = tileSheetRow; platform.mapRow = mapRow; platform.mapColumn = mapColumn; platform.width = MAX_TILE_SIZE; platform.height = MAX_TILE_SIZE; platform.setX = mapColumn * MAX_TILE_SIZE; platform.setY = mapRow * MAX_TILE_SIZE; //Blit the tile from the tile sheet onto the //background bitmap using the //drawGameObject method drawGameObject(platform, _backgroundBitmapData); break;

You can run different versions of Enterprise Library side by side in a number of ways. One way is to strong name the application block components and add them to the global assembly cache (GAC). This allows an application to reference a specific version of a component. Another way for side-by-side execution is to have each application deployed with a specific version of Enterprise Library. It is important to note that different versions of Enterprise Library cannot reside within the same folder. So, a version 1.1 Data Access Application Block could not be located in the same folder as a version 2.0 Exception Handling Application Block, for example. When migrating an application, you do not need to migrate the entire thing. Each assembly may reference a different version of Enterprise Library. So, it would be possible to have an application using version 1.1 and decide to migrate just the data access assembly to version 2.0. This way, you can migrate pieces of your application when it makes sense to do so. This technique is referred to as partial migration, and although it is supported, it is difficult to implement and typically not recommended.

In static HTTP validation, the HTTP server does the difficult work of calculating the entity tag An HTTP server, when it encounters a file that is not processed by some framework (for example, html or png), will read the file and calculate a number that uniquely identifies the content of the file Suppose a server-side framework were to generate a static form of the content that is generated If the server-side framework were JSP, a Java filter could convert the generated JSP content into a static HTML file that is managed by the HTTP server and retrieved by the client This requires that the server-side application know the difference between posting and retrieving data, as there is an updated state and saved state.

case SKY: //Create a TileModel object var sky:TileModel = new TileModel(); sky.tileSheetColumn = tileSheetColumn; sky.tileSheetRow = tileSheetRow; sky.mapRow = mapRow; sky.mapColumn = mapColumn; sky.width = MAX_TILE_SIZE; sky.height = MAX_TILE_SIZE; sky.setX = mapColumn * MAX_TILE_SIZE; sky.setY = mapRow * MAX_TILE_SIZE; //Blit the tile from the tile sheet onto the //background bitmap drawGameObject(sky, _backgroundBitmapData); break; } } } } } //Basic blit method private function drawGameObject ( tileModel:TileModel, screen:BitmapData ):void { var sourceRectangle:Rectangle = new Rectangle ( tileModel.tileSheetColumn * MAX_TILE_SIZE, tileModel.tileSheetRow * MAX_TILE_SIZE, tileModel.width, tileModel.height ); var destinationPoint:Point = new Point ( tileModel.xPos, tileModel.yPos );