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Every ASP.NET application has a distinct HttpApplication class, and the Application Factory uses the URL of the request to determine the specific class that needs to be handed back to the HttpRuntime. It also maintains a pool of previously instantiated HttpApplication objects to speed processing response times. After the appropriate HttpApplication class has been determined from the URL, the Application Factory checks to see if that type of HttpApplication object exists in the pool. If it does, the existing object is returned to the HttpRuntime. If not, an appropriate HttpApplication object is created and returned. The HttpRuntime then passes the processing of the request off to the HttpApplication object.

Note After a request is completed, the HttpApplication object isn t always discarded. It may be added

Point-to-Point messaging is built around the concepts of Messages, Queues, Senders, and Receivers. It has the following features: The Sender sends the Messages to the Queue. The Queue retains the Messages until they are consumed. Each Message in the Queue has one and only one consumer (the Receiver). The Sender and the Receiver have no time dependency. The Receiver can fetch the Message even if it was not running at the time the Message was sent. The Receiver or the consumer acknowledges the receipt of the Message.

Note the way the library is installed: writeToStream( getAssets().open(LIB), openFileOutput(LIB, 0) ); The getAssets().open() method will open a stream from the package assets folder (where the library will be stored). The writeToStream method will then write the stream using openFileOutput(LIB, 0), which will open an output stream to the default application folder (/data/data/ch02.project/files). getAssets and openFileOutput are Android system calls, and LIB is the name of the shared library

The HttpApplication object exists to store application-level data, to store application event handlers, and to process HTTP Modules and HTTP Handlers. As a developer, you can define application-level variables and event handlers in global.asax, and you can configure additional HTTP Modules and HTTP Handlers in Web.config. When processing a request, the HttpApplication object first executes any necessary HTTP Modules (covered in the next section). This allows the HTTP Modules to complete any required preprocessing for the request. The HttpApplication object then uses the Handler Factory to determine which HTTP Handler should be used to process the request. The Handler Factory returns the appropriate handler, and the HttpApplication object then lets the appropriate handler process the request. When the request has been completely processed, the HttpApplication object is returned to the Application Factory object pool.

Although this book does not specifically delve into HTTP Modules, they are an important part of the ASP.NET framework. HTTP Modules are executed each time a request is made, so they can be used to set up important information for use later during request processing, or they can be used to inspect or alter the request or response objects. You can also set up event handlers so HTTP Modules can respond to Application events. Windows Authentication, Forms Authentication, NTFS file authorization, URL authorization, caching, and state management are just a few examples of functionality in ASP.NET implemented as HTTP Modules.

The Handler Factory uses the URL of the requested resource, along with HTTP Handler configuration data from Machine.config and Web.config, to determine which HttpHandler should be used to process the request. It maintains a pool of previously instantiated HttpHandler objects to speed up processing times. After the appropriate HttpHandler class has been determined from the URL, the Handler Factory checks to see if that type of HttpHandler object exists in the

Publish-Subscribe messaging is centered on the concept of Messages, Topic, Publisher, and Subscriber. It has the following features: The Sender publishes the Messages to a Topic. Each Message can have zero or multiple Subscriber(s). The system takes care of distributing Messages to Subscriber(s). Publisher(s) and Subscriber(s) have a time dependency. A Subscriber can subscribe to Messages only if it is up and running at the time the Message is published to a Topic. Topic(s) retain Messages only as long it takes to distribute them to Subscriber(s) subscribing to the same Topic.