IN C++ you will simulate a simple multithreading application with a “producer and consumer” problem Modify “Producer and Consumer Problem” from the lecture note so that it can use all buffer space, not “buffersize – 1” as in the lecture note. This program should work as follows: 1. The user will run the program and will enter two numbers on the command line.Those numbers will be used for buffersize and counter limit.2. The main program will then create separate producer and consumer threads.3. The Producer thread generates a random number through a random number generator function, inserts it into the buffer, prints the number, and increment counter.4. The Consumer thread goes to the buffer, takes a number in the proper order, prints it out, and increment counter.5. After the counter reaches its limit, both threads should be terminated and returned to the main.6. Main program terminates. program and sample run should clearly show the implementation of subtasks through separatethreads.Do not use any language or implementation specific mutual exclusion tools like semaphore,mutex, etc. You are allowed to use only features relative to creating and maintainingthreads from the proper library.
IN C++ you will simulate a simple multithreading application with a “producer and consumer” problem
Modify “Producer and Consumer Problem” from the lecture note so that it can use all buffer
space, not “buffersize – 1” as in the lecture note. This
1. The user will run the program and will enter two numbers on the command line.
Those numbers will be used for buffersize and counter limit.
2. The main program will then create separate producer and consumer threads.
3. The Producer thread generates a random number through a random number
generator function, inserts it into the buffer, prints the number, and increment
counter.
4. The Consumer thread goes to the buffer, takes a number in the proper order, prints it
out, and increment counter.
5. After the counter reaches its limit, both threads should be terminated and returned to
the main.
6. Main program terminates.
program and sample run should clearly show the implementation of subtasks through separate
threads.
Do not use any language or implementation specific mutual exclusion tools like semaphore,
mutex, etc. You are allowed to use only features relative to creating and maintaining
threads from the proper library.
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