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The application shell is the core of the Composite UI Application Block. It handles the initialization of all the standard services provided in the Composite UI Application Block. The application shell comes in two flavors: The ApplicationContextApplication class, which allows you to control the application context The FormShellApplication class, which allows you to have a main shell Windows form Using the FormShellApplication class, when you close the main shell form, the entire application will close. In contrast, the ApplicationContextApplication class allows you to control the life of the application. With the ApplicationContextApplication class, you need to explicitly exit the application. This can be useful when creating applications that can have multiple forms open, or when the user can run other programs, such as task scheduler, in the background. Just make sure to provide some mechanism for the application to shut down, such as a system tray icon. Also, make sure that multiple instances of the application cannot be opened. Otherwise, you may find your computer coming to a grinding halt due to a lack of system resources. Both the ApplicationContextApplication and FormShellApplication classes can be found in the Microsoft.Practices.CompositeUI.WinForms namespace. They inherit from the WindowsFormsApplication class, which is also found in the Microsoft.Practices. CompositeUI.WinForms namespace. This class contains all the logic necessary to handle Windows forms-style applications. For example, it knows when to call specific builder strategies and services needed for any Windows forms-based applications.

Figure 6-13. Loop through each particle and plot a vector between it and the center of the tile sheet. The StarburstExplosion class in the com.friendsofed.gameElements.effects package contains the code. This class is identical to the BitmapExplosion class, except for these lines of code: for(var column:int = 0; column < gridSize; column++) { for(var row:int = 0; row < gridSize; row++) { // //1. Find the center of the grid var centerOfGrid:uint = gridSize * 0.5;

The WindowsFormsApplication class inherits from the CabShellApplication class. The CabShellApplication class is responsible for supporting any application requiring a shell in which to run. It adds a parameter that allows the retrieval of the type of shell that is used by the application. It also provides the virtual methods BeforeShellCreated and AfterShellCreated, which can be overridden to perform before-shell-creation and aftershell-creation tasks. They occur before and after creation of the shell in the OnRootWorkItemInitialized event handler of the CabApplication class. The core of the whole operation is the CabApplication class, which is inherited by the CabShellApplication class and is basically where the rubber meets the road. This class has a main public method called Run, which is responsible for calling all of the necessary services and ObjectBuilder strategies to get the application shell up and running. The Run method performs the following tasks: Register the unhandled exception handler. Create the ObjectBuilder Builder object and add any specified builder strategies. Create the root WorkItem. Create visualizers. Add required services: TraceSourceCatalogService, which manages TraceSource objects WorkItem ExtensionService, which handles the registration of WorkItemExtension objects WorkItemTypeCatalogService, which manages WorkItem objects that are instantiated when the module is initialized SimpleWorkItemActivationService, which ensures that only one WorkItem object is active at one time WindowsPrincipalAuthenticationService, which provides authentication services ModuleLoaderService, which loads modules FileCatalogModuleEnumerator, which processes module assemblies based on a solution profile CommandAdapterMapService, which maps CommandAdapters objects UIElementAdapterFactoryCatalog, which manages UIElementAdapter factory classes DataProtectionCryptographyService (on demand only), which provides cryptography services via the Windows Data Protection API (DPAPI) Add services specified in the configuration file. Provide the AddServices virtual method so that required services can be specified in the application. Authenticate the user.

The controller exposes itself to the local client by using an interface called Parent that is defined as follows: public interface Parent { public void addResult( Result result); public Request getRequest(); public void addCommand( Command cmd); public Iterator getCommands(); public void processRequest( Request request); public void processRequest( String type, Request request); EBVN public String getTransactionIdentifier(); } The methods of Parent use general types such as Result, Command, and Request Result defines a result generated by a local client Request defines the HTTP request parameters such as the query string And the local clients implement Command There are two variations of the method processRequest The processRequest with a single parameter will execute a search on all local clients The processRequest with two parameters has as a first parameter the identifier of the local client that will process the request and generate the results (for example, amazon).

//2 Find the vx and vy between the center and this particle var vx:int = int(particlex - centerOfGrid); var vy:int = int(particley - centerOfGrid); //3 The distance between the center of the grid and the current particle (the magnitude) var distance:int = int(Mathsqrt(vx * vx + vy * vy)); //4 Find the dx and dy (the unit vector) var dx:Number = vx / distance; var dy:Number = vy / distance; //5 Assign a random speed, but a definite direction based on the vector particlevx = (Mathrandom() * _speedLimit) * dx; particlevy = (Math.