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// Get context information and print out context ID. Context ctx = Thread.CurrentContext; Console.WriteLine("{0} object in context {1}", this.ToString(), ctx.ContextID); foreach(IContextProperty itfCtxProp in ctx.ContextProperties) Console.WriteLine("-> Ctx Prop: {0}", itfCtxProp.Name); } } Notice that each constructor obtains a Context type from the current thread of execution, via the static Thread.CurrentContext property. Using the Context object, you are able to print out statistics about the contextual boundary, such as its assigned ID, as well as a set of descriptors obtained via Context.ContextProperties. This property returns an object implementing the IContextProperty interface, which exposes each descriptor through the Name property. Now, update Main() to allocate an instance of each class type: static void Main(string[] args) { Console.WriteLine("***** The Amazing Context Application *****\n"); // Objects will display contextual info upon creation. SportsCar sport = new SportsCar(); Console.WriteLine(); SportsCar sport2 = new SportsCar(); Console.WriteLine(); SportsCarTS synchroSport = new SportsCarTS(); Console.ReadLine(); } As the objects come to life, the class constructors will dump out various bits of context-centric information (see Figure 13-10).

UITabBarController *tabBarController;

Given that the SportsCar class has not been qualified with a context attribute, the CLR has allocated sport and sport2 into context 0 (i.e., the default context). However, the SportsCarTS object is loaded into a unique contextual boundary (which has been assigned a context ID of 1), given the fact that this context-bound type was adorned with the [Synchronization] attribute.

Selector */ Selector */ Selector */

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At this point, you hopefully have a much better idea about how a .NET assembly is hosted by the CLR. To summarize the key points, A .NET process hosts one to many application domains. Each AppDomain is able to host any number of related .NET assemblies and may be independently loaded and unloaded by the CLR (or programmatically via the System.AppDomain type). A given AppDomain consists of one to many contexts. Using a context, the CLR is able to place a special needs object into a logical container, to ensure that its runtime requirements are honored. If the previous pages have seemed to be a bit too low level for your liking, fear not. For the most part, the .NET runtime automatically deals with the details of processes, application domains, and contexts on your behalf. The good news, however, is that this information provides a solid foundation for understanding multithreaded programming under the .NET platform. Before we turn our attention to the System.Threading namespace, though, we ll examine how the CLR itself is hosted by the Win32 OS.

Add a property as well, including the IBOutlet tag for Interface Builder:

To the end user, running a .NET executable is achieved simply by double-clicking the *.exe in Windows Explorer (or activating an associated shortcut). As you recall from 1, however, the .NET Framework is not (currently) incorporated directly into the Windows OS, but sits on top of the OS itself. When you install Visual Studio 2005 (or the .NET Framework 2.0 SDK) on your development machine, the .NET runtime environment (including the necessary base class libraries) is installed as well. Also recall that Microsoft provides a freely distributable .NET runtime setup program (dotnetfx.exe) to configure end user machines to host .NET assemblies. Given that the Windows OS does not natively understand the format of a .NET assembly, it should be clear that various steps occur in the background when an executable assembly is activated. Under the Windows XP OS, the basic steps are as follows (do recall from 11 that all .NET assemblies contain Win32 header information): 1. The Windows OS loads the executable binary file into memory. 2. The Windows OS reads the embedded WinNT header to determine if the binary file is a .NET assembly (via the IMAGE_DIRECTORY_ENTRY_COM_DESCRIPTOR flag). 3. If the image is a .NET assembly, mscoree.dll is loaded. 4. mscoree.dll then loads one of two implementations of the CLR (mscorwks.dll or mscorsvr.dll). 5. At this point, the CLR takes over the show, performing all .NET-centric details (finding external assemblies, performing security checks, processing CIL code, performing garbage collections, etc.).

/* First-child Selector */ /* Sibling Selector */

As suggested by the previous list, mscoree.dll is not the CLR itself (as I have suggested in previous chapters). Although it is safe to regard mscoree.dll as the actual CLR, in reality this binary file is a shim to one of two possible CLR implementations. If the host machine makes use of a single CPU, mscorwks.dll is loaded. If the machine supports multiple CPUs, mscorsvr.dll is loaded into memory (which is a version of the CLR optimized to execute on multiple-processor machines).

To dig just a bit deeper, realize that the .NET platform supports side-by-side execution, meaning that multiple versions of the .NET platform can be installed on a single machine (1.0, 1.1, and 2.0 at the time of this writing). mscoree.dll itself resides in the machine s System32 subdirectory of the registered Windows installation directory. On my machine, mscoree.dll lives under C:\WINDOWS\ system32 (see Figure 13-11).

@property (nonatomic, retain) IBOutlet UITabBarController *tabBarController;

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