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As threads become more complex, you will find that they more than likely start to share resources between themselves. The problem with shared resources is that only one thread can safely update them at any one time. Multiple threads that attempt to change a shared resource at the same time will eventually have subtle errors start to occur in themselves. These errors revolve around the fact that Windows uses preemptive mode multithreading and that C++/CLI commands are not atomic or, in other words, require multiple commands to complete. This combination means that it is possible for a single C++/CLI operation to be interrupted partway through its execution. This, in turn, can lead to a problem if this interruption happens to occur when updating a shared resource. For example, say two threads are sharing the responsibility of updating a collection of objects based on some shared integer index. As both threads update the collection using the shared index, most of the time everything will be fine, but every once in a while something strange will happen due to the bad timing of the preemptive switch between threads. What happens is that when thread 1 is in the process of incrementing the shared integer index and just as it is about to store the newly incremented index into the shared integer, thread 2 takes control. This thread then proceeds to increment the shared value itself and updates the collection object associated with the index. When thread 1 gets control back, it completes its increment command by storing its increment value in the stored

index, overwriting the already incremented value (from thread 2) with the same value. This will cause thread 1 to update the same collection object that thread 2 has already completed. Depending on what updates are being done to the collection, this repeated update could be nasty. For example, maybe the collection was dispersing $1 million to each object in the collection and now that account in question has dispersed $2 million.

Figure 11-3. The Service class and WebService class relationship If you remove the Service class from the diagram (right-click the Service class and select Remove from Diagram), and then select Show Derived Classes from the WebService class, the Service class would be readded to the diagram. This makes it easy to adjust the depth of information you want to display on the class diagram.

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Sometimes your synchronizing problem is the result of the threads trying to synchronize in the first place. What I mean is you have static class scope variables that store values within a single-threaded environment correctly but, when the static variables are migrated to a multithreaded environment, they go haywire. The problem is that not only are static variables shared by the class, they are also shared between threads. This may be what you want, but there are times when you only want the static variables to be unique between threads. To solve this, you need to use the System::Threading::ThreadStaticAttribute class. A static variable with an attribute of [ThreadStatic] is not shared between threads. Each thread has its own separate instance of the static variable, which is independently updated. This means that each thread will have a different value in the static variable.

Caution You can t use the class s static constructor to initialize a [ThreadStatic] variable because the call to the constructor only initializes the main thread s instance of the variable. Remember, each thread has its own instance of the [ThreadStatic] variable and that includes the main thread.

The Properties window shows specific property information for the object (or method) that is selected in the Class Designer window, as shown in Figure 11-4.

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