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In Figure 13-10, I left the tab pages in each of the tab controls so you can see that the tab controls are placed inside the Address and Billing Method GroupBox controls. You will want to remove these tab pages. Also, the Address and Billing Method tab controls should be placed in their respective group boxes. The next task is to create the ICustomer interface. This interface will contain one member called Save. This will be used so the Policy Injection Application Block can inject policies in the customer save routine. Listing 13-9 shows this interface. Listing 13-9. ICustomer Interface using System; using System.Collections.Generic; using System.Text; namespace ACME.POS.Service.Client { interface ICustomer { void Save(); } } Next, add the ICustomer interface to the CustomerForm class, create the SaveCustomerButton click event, and have that event call the ICustomer interface s Save method. Listing 13-10 shows this code. Listing 13-10. Implementing the ICustomer Interface using using using using using using using System; System.Collections.Generic; System.ComponentModel; System.Data; System.Drawing; System.Text; System.Windows.Forms;

Dissect the Model View Controller aspect of the pattern and you ll see that the model is the external content generated by the various HTTP servers. The controller performs operations on the model and generates a view, but only the view required by the client. The view is an implementation of the Permutations pattern and defines a resource and representation. Figure 11-2 illustrates an example architecture that implements the REST-Based Model View Controller pattern.

public class GameController { private var _gameModel:GameModel; private var _stage:Object; //The paddle private var _paddleModel:RectangleModel; private var _MousePaddleController:MousePaddleController; private var _MousePaddleView:MousePaddleView; private var _paddleView:RectangleBlockView;

//The ball private var _ballModel:CircleModel; private var _ballView:CircleBlockView; public function GameController(model:GameModel, stage:Object):void { _gameModel = model; _stage = stage; _stage.addEventListener(Event.ENTER_FRAME, enterFrameHandler); createLevel(); } public function createLevel():void { //Create the paddle _paddleModel = new RectangleModel(150, 25); _MousePaddleController = new MousePaddleController(_paddleModel); _MousePaddleView = new MousePaddleView (_paddleModel, _MousePaddleController, _stage); _paddleView = new RectangleBlockView(_paddleModel); //Add the _paddleModel to the GameModel and the _paddleView //to the GameModel's screen Sprite _gameModel.paddle = _paddleModel; _gameModel.screen.addChild(_paddleView); //Position the paddle at the bottom of the stage and give it a color _gameModel.paddle.setX = _stage.stageWidth / 2; _gameModel.paddle.setY = _stage.stageHeight - _gameModel.paddle.height / 2; _gameModel.paddle.color = 0x4E4E4E; //Create the ball _ballModel = new CircleModel(15); _ballView = new CircleBlockView(_ballModel); //Add the _ballModel to the GameModel and the _ballView //to the GameModel's screen Sprite _gameModel.ball = _ballModel; _gameModel.screen.addChild(_ballView); //Position the ball, give it an initial velocity //and set its friction and color _gameModel.ball.setX = 275; _gameModel.ball.setY = 250; _gameModel.ball.vy = 5; _gameModel.ball.vx = 3; _gameModel.ball.friction = 1; _gameModel.ball.color = 0xC27D96;

namespace ACME.POS.Service.Client { public partial class CustomerForm : Form, ICustomer { public CustomerForm() { InitializeComponent(); } private void m_SaveCustomerButton_Click(object sender, EventArgs e) {

In Figure 11-2, the web browser (which will be called the view throughout this chapter) makes a request to the local server (called the controller throughout this chapter). The controller makes a request to the external servers (called the model throughout this chapter) by using a local client. The controller might make a single local client call or multiple local client calls, and it depends entirely on the application. The local client is responsible for receiving the results and converting the received results into a structure that the controller expects. The controller gathers the results, performs some business operations, converts them into a view the client expects, and then finally sends the view to the client. The outcome of this quick overview of the architecture is that the client can call the controller and expect a specific view. The local clients adapt the remote results into local results, creating stability and robustness of the data. The controller can perform optimizations, and if necessary could integrate other sources to enhance the results. The controller could implement the Permutations pattern and the Persistent Communications pattern. The idea is that the controller can act as an aggregator that slices and dices the information retrieved. Architecturally, the various terms are assembled as in Figure 11-3.

//Create the blocks and position them in rows and columns //Array to store block colors var blockColors:Array = [0xBDCEA8, 0x90AE9A, 0x769690, 0x6C8388, 0x061737F]; var currentBlock:uint = 0; for(var columns:int = 0; columns < _gameModel.COLUMNS; columns++) { for(var rows:int = 0; rows < _gameModel.ROWS; rows++) { //Create the block models var blockModel:RectangleModel = new RectangleModel ( _gameModel.blockWidth, _gameModel.blockHeight ); //Position the blockModels in a grid blockModel.setX = columns * _gameModel.blockWidth + _gameModel.blockWidth / 2; blockModel.setY = rows * _gameModel.blockHeight + _gameModel.blockHeight / 2; //Assign a random color var color:uint = Math.round(Math.random() * blockColors.length); blockModel.color = blockColors[color]; //Push the block model into the GameModel's blocks array _gameModel.blockModels.push(blockModel); //Create the block views and add it to //the GameModel's screen sprite var blockView:RectangleBlockView = new RectangleBlockView(blockModel); _gameModel.blockViews.push(blockView); _gameModel.screen.addChild(blockView); //Increment the currentBlock counter to plot the next element currentBlock++; } } }