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Composition containers are runtime components that manage the lifetime of services and managed objects. The WebClientApplication class contains a root composition container that holds all of the other containers. The root container will contain a composition container for each business module, and each business module will have its own container for keeping managed objects alive.

Here s the entire BlitExplosion class so that you can see all the code in its proper context. package com.friendsofed.gameElements.effects { import flash.events.Event; import flash.display.*; import flash.geom.Point; import flash.geom.Rectangle; import flash.events.TimerEvent; import flash.utils.Timer; import com.friendsofed.vector.*; public class BlitExplosion extends Bitmap { private var _speedLimit:int = 5; private var _fadeRate:Number = 0.01; private var _numberOfParticles:int = 100; private var _gravity:Number = 0.2; private var _animationTimer:Timer = new Timer(16); private var _fadeCounter:int = 50; private var _gridSize:uint; private var _tileSize:uint; private var _sourceBitmapData:BitmapData; //Create a blank BitmapData object as the canvas for this bitmap. //This is the same as the "stage bitmap" from the //previous examples, except that it's only contained within this //object. It needs to be big enough to //contain all the particles during the explosion private var _explosionBitmapData:BitmapData = new BitmapData ( 500, 500, true, 0 ); //The array that stores the particle tiles private var _tiles:Array = []; public function BlitExplosion ( bitmapData:BitmapData, tileSize:int = 10, fadeRate:Number = 0.01 ):void { _sourceBitmapData = bitmapData; _tileSize = tileSize; _gridSize = uint(_sourceBitmapData.width / _tileSize);

Services are objects that provide shared functionality to other components. The WebClientApplication class initializes services at startup and hands them to its root composition container to keep them alive throughout the application. Table 15-6 lists some of the services available. Table 15-6. Some Composite Web Application Block Services

E B V N nous function calls were made. New to the function GetIt is the additional parameter xmlhttp.

//Add the blank BitmapData to this Bitmap object this.bitmapData = _explosionBitmapData; //Slice the _sourceBitmapData into small tiles for(var column:int = 0; column < _gridSize; column++) { for(var row:int = 0; row < _gridSize; row++) { //Create a tile object to store the tile's original //position and give it initial velocity. //This become's the tile's "model" var tileModel:Object = new Object(); //Record the tile's position on the snapshot image //so that the correct section of the snapshot can be found //when the tile is copied onto the explosions bitmap tileModel.tileMap_X = column * _tileSize; tileModel.tileMap_Y = row * _tileSize; //Center in the correct place inside this explosion object tileModel.x = column * tileSize - (_sourceBitmapData.width / 2); tileModel.y = row * tileSize - (_sourceBitmapData.width / 2); //Starburst explosion //1. Find the center of the grid var centerOfGrid:uint = _gridSize * 0.5; //2. Find the vx and vy between the center and this particle var vx:int = int(tileModel.x - centerOfGrid); var vy:int = int(tileModel.y - centerOfGrid); //3. The distance between the center of //the grid and the current particle var distance:int = int(Math.sqrt(vx * vx + vy * vy)); //4. Find the dx and dy var dx:Number = vx / distance; var dy:Number = vy / distance; //5. Assign a random speed, but a //definite direction based on the vector tileModel.vx = (Math.random() * _speedLimit) * dx; tileModel.vy = (Math.random() * _speedLimit) * dy; //Push the tile into the tiles array _tiles.push(tileModel); } }

_animationTimer.addEventListener (TimerEvent.TIMER, animationEventHandler); _animationTimer.start(); addEventListener (Event.REMOVED_FROM_STAGE, removedFromStageHandler); } private function animationEventHandler(event:TimerEvent):void { //Clear the bitmap from the previous frame so that it's //blank when you add the new particle positions _explosionBitmapData.fillRect(_explosionBitmapData.rect, 0); for(var i:int = 0; i < _tiles.length; i++) { //1. Update the model. //Find the new positions of the particles _tiles[i].x += _tiles[i].vx; _tiles[i].vy += _gravity; _tiles[i].y += _tiles[i].vy; //2. Create the particle view and display it on the stage //Find the tileModel's corresponding tile in the snapshot's //BitmapData and plot it to a new position in this containing //bitmap. Create a Rectangle object that's aligned to the //correct spot on the snapshot var sourceRectangle:Rectangle = new Rectangle ( _tiles[i].tileMap_X, _tiles[i].tileMap_Y, _tileSize, _tileSize ); //Create a Point object that defines the new position of the //tile on on the stage bitmap var destinationPoint:Point = new Point ( _tiles[i].x + (_explosionBitmapData.width * 0.5), _tiles[i].y + (_explosionBitmapData.height * 0.5) ); //Copy the pixels from the original image's BitmapData into //the new tileBitmapData. The Rectangle and Point objects //specify which part to copy _explosionBitmapData.copyPixels

ModuleConfigurationLoaderService VirtualPathUtilityService AuthorizationRulesService SessionStateLocatorService HttpContextLocatorService ModuleLoaderService WebModuleEnumerator ModuleContainerLocatorService