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ThrdStart(); } // Entry point of thread void Run() { for(int i=0; i<5; i++) { InterlockedIncrement(ref SharedResCount); ConsoleWriteLine(ThrdName + " Count is " + SharedResCount); } } }

Thus we have complete information about the function R, and we can answer the original question There will be 1 gram of material present when 1 = R( t) = 5 or 1 = 5 3 5

// This thread decrements SharedResCount class DecThread { public Thread Thrd; public DecThread(string name) { Thrd = new Thread(thisRun); ThrdName = name; ThrdStart(); } // Entry point of thread void Run() { for(int i=0; i<5; i++) { InterlockedDecrement(ref SharedResCount); ConsoleWriteLine(ThrdName + " Count is " + SharedResCount); } } } class InterlockedDemo { static void Main() { // Construct two threads IncThread mt1 = new IncThread("Increment Thread"); DecThread mt2 = new DecThread("Decrement Thread"); mt1ThrdJoin(); mt2ThrdJoin(); } }

The synchronization classes discussed by the foregoing sections, such as Semaphore and AutoResetEvent, have been available in earlier versions of the NET Framework, with some going as far back as NET 11 As a result, these classes form the core of NET s support for

The thoughts and ideas expressed are: 1 I ve looked at your reports 2 I ve read whom you called on and why they said no deal 3 I ve considered whether special events such as blizzards would account for weak sales 4 I ve considered whether the shortened work month (because of the President s Day holiday) would account for the weak sales 5 I can t understand why sales are down Five separate points, all independent and necessary, are a lot to integrate into one sentence In the second sentence, there were three separate thoughts expressed:

Part II:

t/100

synchronization However, with the release of NET 40, several new synchronization alternatives have been added They are shown here:

Class Barrier CountdownEvent ManualResetEventSlim SemaphoreSlim Purpose Causes threads to wait at a specified point (called the barrier) until all threads arrive Raises a signal when a countdown completes A lightweight version of ManualResetEvent A lightweight version of Semaphore

If you understand how to use the core synchronization classes described earlier, then you will have no trouble using these additions

Terminating a Thread Via Abort( )

t/100

It is sometimes useful to stop a thread prior to its normal conclusion, even when the new cancellation subsystem is used For example, a debugger may need to stop a thread that has run wild Once a thread has been terminated, it is removed from the system and cannot be restarted To terminate a thread prior to its normal conclusion, use ThreadAbort( ) Its simplest form is shown here: public void Abort( ) Abort( ) causes a ThreadAbortException to be thrown to the thread on which Abort( ) is called This exception causes the thread to terminate This exception can also be caught by your code (but is automatically rethrown in order to stop the thread) Abort( ) may not always be able to stop a thread immediately, so if it is important that a thread be stopped before your program continues, you will need to follow a call to Abort( ) with a call to Join( ) Also, in rare cases, it is possible that Abort( ) won t be able to stop a thread One way this could happen is if a finally block goes into an infinite loop The following example shows how to stop a thread by use of Abort( ):

// Stopping a thread by use of Abort() using System; using SystemThreading; class MyThread { public Thread Thrd; public MyThread(string name) { Thrd = new Thread(thisRun); ThrdName = name; ThrdStart(); } // This is the entry point for thread void Run() { ConsoleWriteLine(ThrdName + " starting");

23:

In anticipation of our next regular meeting, I would like to solicit your good ideas about what s going wrong and what we all and each of us can do to impact it

We solve for t by taking the natural logarithm of both sides: 3 5

for(int i = 1; i <= 1000; i++) { ConsoleWrite(i + " "); if((i%10)==0) { ConsoleWriteLine(); ThreadSleep(250); } } ConsoleWriteLine(ThrdName + " exiting"); } } class StopDemo { static void Main() { MyThread mt1 = new MyThread("My Thread"); ThreadSleep(1000); // let child thread start executing ConsoleWriteLine("Stopping thread"); mt1ThrdAbort(); mt1ThrdJoin(); // wait for thread to terminate ConsoleWriteLine("Main thread terminating"); } }