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The if statement is a decision to retrieve data, and the HTTP method GET is tested by using the property HttpMethod The else if statement is a decision for sending, and the property HttpMethod is tested for the HTTP method POST or PUT Sending Tasks If the data is being sent to the server, that means an XML document with the Action tag is being sent The server would need to convert the XML document into a NET class instance populated with the content from the XML document With a valid class instance, the server can start a task The implementation of the HTTP POST or PUT part of the decision block from PrimeNumberHandler is as follows: else if (contextRequestHttpMethodCompareTo("PUT") == 0 || contextRequestHttpMethodCompareTo("POST") == 0) { ActionData data = SerializerParse( contextRequestInputStream); taskManagerAddTask( new Calculator( dataNumber, dataTransactionIdentifier)); taskManager.

private bool IsValidHost(string hostName) { IPHostEntry host; try { host = Dns.GetHostEntry(hostName); if(host.AddressList.Length > 0) return true; else return false; } catch { return false; } } protected override string DefaultNegatedMessageTemplate { get { return "Host Name or IP Address is valid."; } } protected override string DefaultNonNegatedMessageTemplate { get { return "Host Name or IP Address is not valid."; } } } } That is all there is to creating the HostValidator class. The next step is to create the class to support attribute-based validation.

Figure 4-16. The wrong way to look for an intersection with the triangle s hypotenuse You can see that each shape is casting a shadow of itself on each axis. Each of these shadows is a projection vector that you can calculate using the techniques described in s 2 and 3. But take a close look at Figure 4-16 isn t something wrong there This is what we know so far about the SAT: if the projections of the shapes overlap on all axes, then the shapes overlap. In Figure 4-16, all the projections of both the shapes do overlap. According to the SAT, shouldn t that mean that the shapes are intersecting However, you can clearly see that the shapes themselves are not intersecting. What s going on here

This exposes a deep truth to the SAT, and one which is often confusing for game developers just coming to grips with using it for the first time. Don t project the shapes on to the axis; project them onto the axis s normal.

Implementing the HostValidatorAttribute class is even easier than implementing the HostValidator class. Since the purpose of the HostValidator class is to determine that a given property or parameter is a valid host or IP address, it won t be necessary to create any constructor overloads for this class. Since the ValueValidatorAttribute class is inherited from, it will be necessary to implement the DoCreateValidator method. Listing 12-14 shows the implemented HostValidatorAttribute class. Listing 12-14. Implementing the HostValidatorAttribute Class using System; using Microsoft.Practices.EnterpriseLibrary.Validation; using Microsoft.Practices.EnterpriseLibrary.Validation.Validators;

RunThreadedTasks(); }.

It s worth cutting that phrase out of this book and taping it to your computer monitor, because forgetting this is one of the big reasons the SAT can be confusing to implement successfully. Here s what we need to do:

namespace DGTEL.Samples.Validation.Validators { [AttributeUsage(AttributeTargets.Property | AttributeTargets.Field | AttributeTargets.Method | AttributeTargets.Parameter, AllowMultiple = true, Inherited = false)] public sealed class HostValidatorAttribute : ValueValidatorAttribute { public HostValidatorAttribute () { } protected override Validator DoCreateValidator(Type targetType) { return new HostValidator(); } } } In the next chapter, we will use this new HostValidator class as well as other validators via policy injection in the ACME POS application.

1. Find the normal of the triangle s hypotenuse. 2. Project both shapes onto the hypotenuse s normal.