3. Does the following implementation of producer/consumer problem work correctly? Justify your answer. (20 points) Semaphore...

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3. Does the following implementation of producer/consumer problem work correctly? Justify your answer. (20 points) Semaphore S=1; in=0; out=0; PRODUCER While (TRUE) { } WAIT(S); While (count= buf_size) (}:// do nothing count= count + 1; SIGNAL(S); buffer[in] = next_produced; in = (in+1) mod buf_size; CONSUMER While (TRUE) { } WAIT(S): While (count=0) (). // do nothing count= count-1. SIGNAL(S): consumed buffer[out]; out= (out+1) mod buf_size, = 3. Does the following implementation of producer/consumer problem work correctly? Justify your answer. (20 points) Semaphore S=1; in=0; out=0; PRODUCER While (TRUE) { } WAIT(S); While (count= buf_size) (}:// do nothing count= count + 1; SIGNAL(S); buffer[in] = next_produced; in = (in+1) mod buf_size; CONSUMER While (TRUE) { } WAIT(S): While (count=0) (). // do nothing count= count-1. SIGNAL(S): consumed buffer[out]; out= (out+1) mod buf_size, = 3. Does the following implementation of producer/consumer problem work correctly? Justify your answer. (20 points) Semaphore S=1; in=0; out=0; PRODUCER While (TRUE) { } WAIT(S); While (count= buf_size) (}:// do nothing count= count + 1; SIGNAL(S); buffer[in] = next_produced; in = (in+1) mod buf_size; CONSUMER While (TRUE) { } WAIT(S): While (count=0) (). // do nothing count= count-1. SIGNAL(S): consumed buffer[out]; out= (out+1) mod buf_size, =

Answer rating: 100% (QA)

The producerconsumer problem is a classic example of a multiprocess synchronization problem The problem describes two processes the producer and the consumer who share a common fixedsize buffer used a... View the full answer