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Delegation of all business process logic to back-end business components: The Web service code-behind should be focused exclusively on preprocessing incoming request messages and then relaying the request details to the appropriate back-end business component The Web service code-behind should not handle any business processing directly A focus on new kinds of service-oriented components: SOA architecture creates a need for different kinds of service components that may have no equivalent in other architectures For example, SOA applications rely heavily on service agent components, which act as the middleman between separate Web services and which relay all communications between them (You will learn how to build a service agent component later in this chapter) Be forewarned: Some of the material in this chapter may strike you as unusual or unorthodox and certainly more complex than you are used to seeing with Web services development.

class Invoker< Receiver> { private List<ICommand< Receiver>> _commands = new List<ICommand<Receiver>>(); public void Add( ICommand<Receiver> command) { _commandsAdd(command); } public void Run( Receiver receiver) { foreach(ICommand<Receiver> command in _commands) { commandExecute(receiver); } } } The Invoker class has two methods: Add and Run The Add method adds additional ICommand implementations to a list The Run method iterates the ICommand implementations and executes each one of them The Run method has a single parameter, which is the Receiver type that will be passed to each ICommand implementation The Invoker class in this example doesn t implement any serialization routines, because I want to hold off discussing serialization in detail until 8, which is where the Invoker class will be extended to include serialization Putting it all together, the client source code would be as follows Invoker< CommandReceiver> macro = new Invoker< CommandReceiver>(); macroAdd( new Operation( "First")); macro.

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init(); function init():void { //Mouse.hide(); //start timer with a callback of randomBunnyDisplay timer = new Timer( 2500 ); timer.addEventListener( TimerEvent.TIMER, randomBunnyDisplay ); timer.start(); addEventListener( MouseEvent.CLICK, checkHammer ); }; The init() function is where the magic happens. That first line, all by itself, is useless. It is the next line, where the init function is defined, that gets things going. You may be wondering why the Mouse.hide() method is commented out. It s because where the game will be played. To whack a bunny, you need to click it. If the game is being played on a computer, you will need to click a bunny, and to do this, you will need to see the mouse pointer. If this game is moving to the Nexus One device, there is no mouse pointer. The user will tap on a bunny with his or her finger. Seeing as how our first test of the game will be on your computer, the method is disabled.

We start by determining that every 2.5 seconds new Timer(2500) something is going to happen. The next line determines that something is a function named randomBunnyDisplay. Having established that, the next line starts the clock running. The final two lines listen for what happens when the playhead comes back into frame 2 and what happens when the mouse is clicked figure out where the hammer should go, which is the next function you will need to add.

the movement of the hammer: function checkHammer( evt:MouseEvent ):void { for ( var i:int = 1; i < 8; ++i ){ var mc:MovieClip = MovieClip( getChildByName( "bunny" + i ) ); if( mc.hitTestPoint( mouseX, mouseY, true ) ) { // mallet.x = mouseX - 40; //mallet.y = mouseY - 40; mallet.gotoAndPlay(2); mc.bunny.gotoAndPlay(81); mc.gotoAndPlay( 80 ); score++; } } }; The function starts by creating a number between one and eight and iterates the chosen number up to that maximum value. That number is then used to put the bunny movie clip on the stage and give it an instance name that is a combination of the word bunny and the number from the previous line. If you look on the stage in frame 2, you will see there are eight white dots, which are instances of the rabbitAnim movie clip in the Library. Each one of these has an instance name of the word bunny and a number. You can gather from this, the code line is how up to eight copies of the rabbitAnim movie clip get put into position on the stage. Now that we know where the bunnies are, we have to get the mallet to their locations when the mouse is clicked or the screen is tapped. This is where the hitTestPoint() method comes into play. It makes sure that the point being clicked (mouseX and mouseY) intersects the bunny object on the screen, which is the True parameter. The next two lines, which are commented, will only be used in the mobile version of the game and are there to ensure the mallet stays within the screen boundaries. The final four lines are, in many respects, the action lines. If the cursor is on the bunny, thanks to the

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