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for (int i = 0; i < 2; i++) { (gcnew Thread( gcnew ThreadStart(myThr1, &MyThread::TFuncThree)))->Start(); Thread::Sleep(50); } } Notice that a Monitor area need not be a single block of code but instead can be multiple blocks spread out all over the process. In fact, it s not apparent due to the simplicity of the example, but the Monitor object can be in another class, and the Monitor areas can spread across multiple classes as long as the Monitor object is accessible to all Monitor area classes and the Monitor areas fall within the same process. The Wait() and Pulse() methods can be tricky to synchronize, and if you fail to call a Pulse() method for a Wait() method, the Wait() method will block until the process is killed or the machine is rebooted. You can add timers to the Wait() method in the same fashion as you do the TryEnter() method, to avoid an infinite wait state. I think you should avoid using the Wait() and Pulse() methods unless you have no other choice. Figure 18-11 shows SyncByMonitor.exe in action.

Allows you to zoom in and out on the diagram Arranges the shapes in a logical way (fortunately, this can be undone) Displays the field types and the method return types Resizes all shapes on the drawing surface to be as wide as the widest entry in each shape Groups each shape by fields, properties, methods, events, etc. Groups members by access type (public, private, protected, etc.) Groups all members together alphabetically Allows you to create types from the design surface without dragging and dropping type shapes from the Toolbox Allows you to export any or all of the diagrams in a project to a graphics file (.gif, .jpg, .tif, .png, .emf, and .bmp)

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The Mutex class is similar to the Monitor class in the way it synchronizes between threads. You define regions of code that must be single threaded or MUTEX (MUTually Exclusive), and then, when a thread runs, it can only enter the region if no other thread is in the region. What makes the Mutex class special is that it can define regions across processes. In other words, a thread will be blocked in process 1 if some thread in process 2 is in the same name Mutex region. Before I go into detail about Mutex, let s sidetrack a little and see how you can have the .NET Framework start one process within another. Creating a process inside another process is fairly easy to do, but within the .NET Framework it s far from intuitive because the methods to create a process are found within the System::Diagnostic namespace. The procedure for creating a process is similar to that of a thread in that you create a process and then start it. The actual steps involved in creating a process, though, are a little more involved. To create a process, you simply create an instance using the default constructor: Process^ proc = gcnew Process();

Next, you need to populate several properties found in the StartInfo property. These properties will tell the CLR where the process is, what parameters to pass, whether to start the process in its own shell, and whether to redirect standard input. There are several other properties as well, but these are the most important: proc->StartInfo->FileName = "../debug/SyncByMutex.exe"; proc->StartInfo->Arguments = "1"; proc->StartInfo->UseShellExecute = false; proc->StartInfo->RedirectStandardInput = true; Finally, once the process is defined, you start it: proc->Start(); Listing 18-10 shows how to start two copies of the Mutex process that you will build next in this chapter. Listing 18-10. MutexSpawn.cpp Creating Subprocesses using namespace System; using namespace System::Diagnostics; using namespace System::Threading;

When you add items to your diagram, you use the Class Details window, shown in Figure 11-5, to set its attributes. To see this window, right-click an object and select Class Details. It appears at the bottom of the IDE (as shown earlier in Figure 11-4).

@interface DudelViewController : UIViewController <ToolDelegate, DudelViewDelegate, MFMailComposeViewControllerDelegate, UIPopoverControllerDelegate> { id <Tool> currentTool; IBOutlet DudelView *dudelView; IBOutlet UIBarButtonItem *textButton; IBOutlet UIBarButtonItem *freehandButton; IBOutlet UIBarButtonItem *ellipseButton; IBOutlet UIBarButtonItem *rectangleButton; IBOutlet UIBarButtonItem *lineButton; IBOutlet UIBarButtonItem *dotButton; UIColor *strokeColor; UIColor *fillColor; UIFont *font; CGFloat strokeWidth; UIPopoverController *currentPopover; } @property @property @property @property @property @property (retain, (retain, (retain, (retain, (assign, (retain, nonatomic) nonatomic) nonatomic) nonatomic) nonatomic) nonatomic) id <Tool> currentTool; UIColor *strokeColor; UIColor *fillColor; UIFont *font; CGFloat strokeWidth; UIPopoverController *currentPopover;

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