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The knowledge of whether handlers are single instances and are reused is important for the Infinite Data pattern implementation The class PrimeNumberHandler has no data members that are assigned or instantiated in the context of a request Thus the class PrimeNumberHandler can be instantiated as a single instance and reused by the server Had PrimeNumberHandler assigned data members during a request, a handler would have to be instantiated per request; otherwise, data would be corrupted EBVN In the implementation of ProcessRequest, the first action is to call the method GetTaskManager The method is used to retrieve the task manager instance associated with the user HTTP cookies are used to authorize and associate a client with the tasks that are executed However, realize that GetTaskManager was explicitly separated from the main code so that the implementation of associating the request to the task manager could vary.

//The rectangle needs a vector to bounce against. //Plot the x axis at r1's position var xAxis:VectorModel = new VectorModel ( _r1.xPos - _r2.width * 0.5, _r1.yPos, _r1.xPos + _r2.height * 0.5, _r1.yPos ); //Bounce the rectangle using the bounceOnPlane method bounceOnPlane(_r1, xAxis, 0.1, 0.98); } else { //The collision is happening on the y axis //But on which side _v0's vx can tell us if(_v0.vx > 0) { _collisionSide = "Left"; //Move the rectangle out of the collision _r1.setX = _r1.xPos - overlap_X; } else { _collisionSide = "Right"; //Move the rectangle out of the collision _r1.setX = _r1.xPos + overlap_X; }

//The rectangle needs a vector to bounce against //Plot the y axis at r1's position var yAxis:VectorModel = new VectorModel ( _r1.xPos, _r1.yPos - _r2.height * 0.5, _r1.xPos, _r1.yPos + _r2.height * 0.5 ); //Bounce the rectangle using the bounceOnPlane method bounceOnPlane(_r1, yAxis, 0.1, 0.98); } } else { _collisionSide = "No collision"; } } else { _collisionSide = "No collision"; } //...Display graphs and update the status box... }

For the ACME POS application, we will create a validator that will validate the hostname that the application will use to communicate with the web service. This will allow the user to know if the web service is available. This task will be accomplished by attempting to ping the web service. Since this validator will need to be only attribute-based for this example, we will create only the validator and its corresponding attribute support class.

Another implementation that analyzes the URL and cross-references pieces of the URL to a task is possible without changing the calling code Following is the implementation of GetTaskManager: private TaskManagerImpl GetTaskManager(HttpContext context) { HttpSessionState session = contextSession; if (session != null) { object obj = session["taskmanager"]; TaskManagerImpl taskManager = null; if (obj != null) { taskManager = (TaskManagerImpl)obj; } else { taskManager = new TaskManagerImpl(); session["taskmanager"] = taskManager; } return taskManager; } return null; }.

When the squares collide, they need a surface to collide against so that the code can calculate bounce and friction. This surface is just a vector that describes the axis on which the collision happens. This vector doesn t actually need to be visible on the stage, and can be calculated just when it s needed. When the squares collide on the y axis, a vector is created that describes that axis: var yAxis:VectorModel = new VectorModel ( _r1.xPos, _r1.yPos - _r2.height * 0.5, _r1.xPos, _r1.yPos + _r2.height * 0.5 ); It s not visible on the stage, but Figure 4-13 shows what it would look like if you could actually see it.

The HostValidator class will use the System.Net namespace for taking a string representation of a hostname or an IP address and validate that it is reachable by pinging it. The first step is to create the base outline of the class, including adding the class definition, the namespace, and the using statements. The next step is to create the necessary constructors that this class will utilize. Listing 12-12 shows the class. The four constructors will support negating the validator as well as allowing for a custom message template to be used. Listing 12-12. Creating the HostValidation Class using using using using System; System.Net; System.Net.NetworkInformation; Microsoft.Practices.EnterpriseLibrary.Validation.Validators;