Web client software factory 2010 download

One of the core benefits of working with the Composite Web Application block is the ability to split a site into multiple independent modules. As mentioned before, each module is responsible for a subdirectory in the main site and all of its content.

Figure 3 shows the elements that will be added using this template with a new business module named Customers. This recipe creates a new top-level subdirectory in your Web site with the same name as the business module, as well as a new class library project under the Modules directory. Initially it contains a definition for a presenter class DefaultViewPresenter and an interface IDefaultView , defining methods for the View to be implemented by the Default.

A top-level Controller class is also defined in the project that combined with the view and presenter classes will complete the page logic for this module. The last piece of interest is the CustomerModuleInitializer. This class defines initialization methods that will be called as the Web site first loads, and it gives the module an opportunity to initialize any data, register site map information, and so on.

There is also a recipe for adding a new foundational module to your application rather than a business module , which creates a new class library project complete with a ModuleInitializer class but without any explicit correspondence to a directory or page within the Web site. This can be useful for supplemental business logic that does not tie directly to any particular set of pages in the site. One of the difficulties in trying to separate an ASP.

In order to truly create independent modules of functionality associated with pages in a site, all of the page logic, event-handling logic, and navigation logic needs to be somehow extracted from the page and hosted in a separate assembly. The default solution in the Composite Application Block is to use a View-Presenter pattern to separate the page logic into a distinct class the Presenter that responds to any events forwarded by the View the Web page.

The Presenter class is implemented entirely in the business module, keeping the application logic out of the Web site, and an interface is defined in the business module that defines the methods implemented by the View.

This way, the Web page ends up forwarding all events to the Presenter and acts as more of a shell without any real application-specific responsibilities. It also makes it much easier to design tests for the Presenter without actually involving the front-end Web pages.

Using View-Presenter does add the complexity of having extra classes and files, so if you are not looking for this separation, you might choose to forgo the pattern altogether and write ASPX classes the usual way. As mentioned earlier, the initial Default.

To add a new. If you were to create a new form for inserting customers, for example, you might use this recipe to create a new AddCustomer.

To the Customers business module project, it adds a new class called AddCustomerPresenter and a corresponding IAddCustomer interface, which is already implemented by the codebehind class in your AddCustomer. The codebehind class also contains a property declaration for the corresponding AddCustomerPresenter class to which the page should forward events.

For example, if your new AddCustomer. The logic for inserting the customer, and what to do next, would be defined in the InsertCustomer method of your AddCustomerPresenter class, leaving the page itself devoid of any real business logic. The interface implemented by the page IAddCustomer in this case will typically contain properties defining data sources used by the page and other attributes that might influence the appearance of the page itself.

The final piece in the picture is the controller class that implements the Application Controller pattern. When you first create your business module, the recipe will generate a controller class CustomersController in this case to which you add methods for the presenter classes to call in response to events of pages in the site.

Bien, ahora vayamos nuevamente al Service Contract Model , edite las propiedades de los objetos de entrada y salida:. Model , luego seleccione el elemento Data Contract que corresponda, presione OK. Ahora queda validar nuestro proyecto, haga clic derecho en cualquier lugar del espacio de trabajo y seleccione Validate All. Edite sus propiedades en Service Implementation Type haga clic en … , luego en Browse busque el archivo. Model , seleccione el servicio y presione OK. Finalmente haga clic derecho en cualquier lugar del espacio de trabajo y seleccione Generate Code:.

Para First class to map elija WCFuswssf. Xxxx y para Second class to map elija WCFuswssf. Luego adicione una clase en el proyecto. ServiceImplementation de la capa Service Interface y creamos una clase parcial publica con el mismo nombre que el elemento Service del Service Contract Model , importaremos los namespace. BusinessLogic para la clase que consume el servicio web externo y devuelve los resultados ,.

MessageContracts para los objetos de entrada y salida. Por ultimo debemos crear un cliente para probar nuestro WCF, el proyecto de WSSF incluye un cliente pero para manipular a gusto el servicio agregaremos un propio. Host y el proyecto web que creamos para consumir el WCF. Este procedimeinto es recomendado tambien para debuguear el WCF. Selecting a language below will dynamically change the complete page content to that language. Warning: This site requires the use of scripts, which your browser does not currently allow.

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