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In the previous chapter, a thread was defined as a path of execution within an executable application. While many .NET applications can live happy and productive single-threaded lives, an assembly s primary thread (spawned by the CLR when Main() executes) may create secondary threads of execution to perform additional units of work. By implementing additional threads, you can build more responsive (but not necessarily faster executing) applications. The System.Threading namespace contains various types that allow you to create multithreaded applications. The Thread class is perhaps the core type, as it represents a given thread. If you wish to programmatically obtain a reference to the thread currently executing a given member, simply call the static Thread.CurrentThread property: private static void ExtractExecutingThread() { // Get the thread currently // executing this method. Thread currThread = Thread.CurrentThread; } Under the .NET platform, there is not a direct one-to-one correspondence between application domains and threads. In fact, a given AppDomain can have numerous threads executing within it at any given time. Furthermore, a particular thread is not confined to a single application domain during its lifetime. Threads are free to cross application domain boundaries as the Win32 thread scheduler and CLR see fit.

Although active threads can be moved between AppDomain boundaries, a given thread can execute within only a single application domain at any point in time (in other words, it is impossible for a single thread to be doing work in more than one AppDomain). When you wish to programmatically gain access to the AppDomain that is hosting the current thread, call the static Thread.GetDomain() method: private static void ExtractAppDomainHostingThread() { // Obtain the AppDomain hosting the current thread. AppDomain ad = Thread.GetDomain(); } A single thread may also be moved into a particular context at any given time, and it may be relocated within a new context at the whim of the CLR. When you wish to obtain the current context a thread happens to be executing in, make use of the static Thread.CurrentContext property: private static void ExtractCurrentThreadContext() { // Obtain the Context under which the // current thread is operating. Context ctx = Thread.CurrentContext; } Again, the CLR is the entity that is in charge of moving threads into (and out of ) application domains and contexts. As a .NET developer, you can usually remain blissfully unaware where a given thread ends up (or exactly when it is placed into its new boundary). Nevertheless, you should be aware of the various ways of obtaining the underlying primitives.

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- (BOOL)application:(UIApplication *)application didFinishLaunchingWithOptions:(NSDictionary *)launchOptions { [window addSubview:tabBarController.view]; [window makeKeyAndVisible]; return YES; }

CSS code { white-space:pre; } p[title] { padding:5px 10px; border:1px solid gray; } p[title~="paragraph"] { background-color:gold; } p[title="#4 paragraph"] { font-weight:bold; }

One of the many joys (read: painful aspects) of multithreaded programming is that you have little control over how the underlying operating system or the CLR makes use of its threads For example, if you craft a block of code that creates a new thread of execution, you cannot guarantee that the thread executes immediately Rather, such code only instructs the OS to execute the thread as soon as possible (which is typically when the thread scheduler gets around to it) Furthermore, given that threads can be moved between application and contextual boundaries as required by the CLR, you must be mindful of which aspects of your application are thread-volatile (eg, subject to multithreaded access) and which operations are atomic (thread-volatile operations are the dangerous ones!) To illustrate, assume a thread is invoking a method of a specific object.

Now assume that this thread is instructed by the thread scheduler to suspend its activity, in order to allow another thread to access the same method of the same object If the original thread was not completely finished with the current operation, the second incoming thread may be viewing an object in a partially modified state At this point, the second thread is basically reading bogus data, which is sure to give way to extremely odd (and very hard to find) bugs, which are even harder to replicate and debug Atomic operations, on the other hand, are always safe in a multithreaded environment Sadly, there are very few operations in the NET base class libraries that are guaranteed to be atomic Even the act of assigning a value to a member variable is not atomic! Unless the NET Framework 2.

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0 SDK documentation specifically says an operation is atomic, you must assume it is thread-volatile and take precautions At this point, it should be clear that multithreaded application domains are in themselves quite volatile, as numerous threads can operate on the shared functionality at (more or less) the same time To protect an application s resources from possible corruption, NET developers must make use of.

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