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You rewrite the WaitOne and Release methods of the Semaphore Class so that five threads enter the Critical area at the same time. You just write the methods. You can use the Interlocked class. It is forbidden to use Lock, Monitor, and Mutex.

          You rewrite the WaitOne and Release methods of the Semaphore Class so that five threads enter the Critical area at the same time. You just write the methods.
You can use the Interlocked class. It is forbidden to use Lock, Monitor, and Mutex.
        
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Computer Science and Information Technology
Computer Science and Information Technology
Trishna Knowledge Systems 2018 Edition
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You rewrite the WaitOne and Release methods of the Semaphore Class so that five threads enter the Critical area at the same time. You just write the methods. You can use the Interlocked class. It is forbidden to use Lock, Monitor, and Mutex.
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Transcript

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00:01 Hello students, selecting a correct answer on the processor says a semi -pure variable mutex.
00:06 So for that, in this given situation as in a problem statement, where the processor executes the signal as a mutex followed by a critical section and then wait a mutex and then wait mutex.
00:41 So where a several processor may be executing in the critical situation section.
00:48 So in this behavior, the result of the semi -pure synchronized works.
00:52 So for an example, you can take as in a signal mutex as this signal mutex increments the value of the semi -pure mutex, allowing the other processors to enter the critical section.
01:06 If the multiple processor execute the signal mutex simulation or in a quick section, so they can all increment the value of the mutex indicating that the multiple processor may proceed to the enter the critical section...
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