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The tasks executed and managed by the task manager, though, should be managed by the application state in ASPNET The task manager associated with the session can also reference the task, but it is important that the application state be included as a reference Not doing so would result in tasks that are accessible only by the cookie associated with a user When the session indexer returns a task manager instance, it is explicitly assigned to the variable obi, which is of the type object When the task manager instance is referenced from the session object for the first time, the variable obj will be a null value The reason is obvious: it is impossible to reference an instance if the instance has not been allocated If a typecast were performed on a null object instance, an exception would be generated.

I m going to issue an unusual warning about the next few sections. You will need to be very comfortable with the SAT and projecting vectors to fully appreciate the code and examples. If you find it a bit overwhelming, don t panic! Take a few steps back and make sure that you fully understand the SAT with rectangles and can write your own rectangle-versus-rectangle collision code. That s very important, and forms a core game-design technique. Only continue when you feel comfortable with the code and the concepts for rectangle collisions. You ll be pleased to know that SAT collisions with triangles and other nonrectangular polygons are not essential game-design techniques. You can have a flourishing game-design career without ever needing to develop the collision code from scratch yourself. APIs like the open source Box2D contain libraries of code that do all of this math for you, and probably much more efficiently than you could if you were writing the code yourself from scratch. If you are reading this section and thinking, This is just too technical! don t worry. Box2D and other physics libraries will handle it for you. However, even if you don t implement any of this code yourself, I do think it s a good idea to get some general familiarity with the concepts and problems you ll need to think about. You never know when it might be useful. It s also an important step to writing your own game physics engine, which some of you may want to do. But if it s just too much for now, jump ahead to the Block Game case study at the end of the chapter. You won t miss any crucial information by skipping the next few sections.

namespace DGTEL.Samples.Validation.Validators { public class HostValidator : ValueValidator<string> { //constructors go here...

A way to get around the typecast problem in NET is to use the as operator, although that was not used in this example An explicit test for a null object instance was used in this example If the obj instance is not a null value, it can be typecast to the variable taskManager If the object instance is a null value, a new task manager instance (new TaskManagerImpl()) needs to be instantiated E B V N and associated with the session object instance The last action of GetTaskManager is to return a task manager instance Getting back to the PrimeNumberHandlerProcessRequest method, after the task manager instance has been retrieved, a decision block is executed The decision block is used to test whether the HTTP request is sending or retrieving data.

Let s take a look at the problem that we need to solve. How can we find out whether the triangle and square are intersecting Figure 4-15 shows all the axes formed by a triangle and a square: the x axis, the y axis, and the hypotenuse, which is a new, third axis. As you ve seen from the examples involving rectangles, we now know how to check for an intersection on the x and y axes. But we don t know how to check for an intersection on the hypotenuse. Somehow we need to find a way to figure out if the square is intersecting this new third axis.

protected override void DoValidate(string objectToValidate, object currentTarget, string key, ValidationResults validationResults) { IPAddress ip = null; if (!string.IsNullOrEmpty(objectToValidate) && (IPAddress.TryParse(objectToValidate, out ip) || IsValidHost(objectToValidate))) { Ping ping = new Ping(); PingReply reply = ping.Send(objectToValidate); if (reply.Status != IPStatus.Success) { string message = this.MessageTemplate; LogValidationResult(validationResults, message, currentTarget, key); } } else { string message = this.MessageTemplate; LogValidationResult(validationResults, message, currentTarget, key); } }

Figure 4-15. The axes formed by a triangle and a square. To solve this problem with the SAT, we need to first project each shape onto each axis. This is the first, most basic step in any SAT system. Figure 4-16 shows what this will look like.