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My Thread starting 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 Stopping thread Abort Cancelled! Code is 0 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 Stopping thread Thread aborting, code is 100 Main thread terminating

In this example, if Abort( ) is called with an argument that equals zero, then the abort request is cancelled by the thread by calling ResetAbort( ), and the thread s execution continues Any other value causes the thread to stop

In early versions of the NET Framework, a thread could be suspended by calling ThreadSuspend( ) and resumed by calling ThreadResume( ) Today, however, both of these methods are marked as obsolete and should not be used for new code One reason is that Suspend( ) is inherently dangerous because it can be used to suspend a thread that is currently holding a lock, thus preventing the lock from being released, resulting in deadlock This can cause a systemwide problem You must use C# s other synchronization features, such as a mutex, to suspend and resume a thread

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Our differentiation formulas for inverse trigonometric functions can be written in reverse, as antidifferentiation formulas We have du = Sin 1 u + C; 1 u2 du = Cos 1 u + C; 2 1 u du du = Tan 1 u + C 1 + u2 The important lesson here is that, while the integrands involve only polynomials and roots, the antiderivatives involve inverse trigonometric functions

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The state of a thread can be obtained from the ThreadState property provided by Thread It is shown here: public ThreadState ThreadState{ get; } The state of the thread is returned as a value defined by the ThreadState enumeration It defines the following values:

ThreadStateAborted ThreadStateBackground ThreadStateStopped ThreadStateSuspended ThreadStateUnstarted ThreadStateAbortRequested ThreadStateRunning ThreadStateStopRequested ThreadStateSuspendRequested ThreadStateWaitSleepJoin

SOLUTION For clarity we set (x) = cos x, (x) = sin x The integral becomes (x) dx 1 + 2 (x)

All but one of these values is self-explanatory The one that needs some explanation is ThreadStateWaitSleepJoin A thread enters this state when it is waiting because of a call to Wait( ), Sleep( ), or Join( )

As mentioned at the start of this chapter, all C# programs have at least one thread of execution, called the main thread, which is given to the program automatically when it begins running The main thread can be handled just like all other threads To access the main thread, you must obtain a Thread object that refers to it You do this through the CurrentThread property, which is a member of Thread Its general form is shown here: public static Thread CurrentThread{ get; } This property returns a reference to the thread in which it is used Therefore, if you use CurrentThread while execution is inside the main thread, you will obtain a reference to the main thread Once you have this reference, you can control the main thread just like any other thread The following program obtains a reference to the main thread and then gets and sets the main thread s name and priority:

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// Control the main thread using System; using SystemThreading; class UseMain { static void Main() { Thread Thrd; // Get the main thread Thrd = ThreadCurrentThread;

Part II:

By what we have just learned about Tan 1 , this last integral is equal to Tan 1 (x) + C Resubstituting (x) = cos x yields that sin x dx = Tan 1 (cos x) + C 1 + cos2 x x/(1 + x 4 ) dx

// Display main thread s name if(ThrdName == null) ConsoleWriteLine("Main thread has no name"); else ConsoleWriteLine("Main thread is called: " + ThrdName); // Display main thread s priority ConsoleWriteLine("Priority: " + ThrdPriority); ConsoleWriteLine(); // Set the name and priority ConsoleWriteLine("Setting name and priority\n"); ThrdName = "Main Thread"; ThrdPriority = ThreadPriorityAboveNormal; ConsoleWriteLine("Main thread is now called: " + ThrdName); ConsoleWriteLine("Priority is now: " + ThrdPriority); } }

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