Solve using pthreads not windows api!!!

Problem

Hw3.c code file to go finish coding

#include "buffer.h"

#include

#include

#include

#include

buffer_item buffer[BUFFER_SIZE];

void *producer(void *param);

void *consumer(void *param);

int insert_item(buffer_item item)

{

/* Acquire Empty Semaphore */

/* Acquire mutex lock to protect buffer */

/* Insert item into buffer */

/* Release mutex lock and full semaphore */

return 0;

}

int remove_item(buffer_item *item)

{

/* Acquire Full Semaphore */

/* Acquire mutex lock to protect buffer */

/* remove an object from buffer placing it in item */

/* Release mutex lock and empty semaphore */

return 0;

}

int main(int argc, char *argv[])

{

/* Get command line arguments argv[1],argv[2],argv[3] */

/* Initialize buffer related synchronization tools */

/* Create producer threads based on the command line input */

/* Create consumer threads based on the command line input */

/* Sleep for user specified time based on the command line input */

return 0;

}

void *producer(void *param)

{

/* producer thread that calls insert_item() */

}

void *consumer(void *param)

{

/* consumer thread that calls remove_item() */

}

Buffer.h file

/* buffer.h*/

typedef int buffer_item;

#define BUFFER_SIZE 5

int insert_item(buffer_item item);

int remove_item(buffer_item *item);

Design and implement a solution for Producer-Consumer Problem using Pthreads library in Linux virtual machine. Steps: Download buffer.h and the incomplete version of hw3.c from iCollege Read through Programming Project 3 of Chapter 5 (Producer-Consumer Problem) in the textbook. Follow the suggestion in the textbook to complete the C program using Pthreads. Do NOT solve the problem using Windows API In addition to the requirement in the textbook, print a message every time an item is produced or consumed in your producer and consumer threads. The message should also include the thread ID of the producer or consumer. To get a thread's ID, you may call pthread_self) function and convert the result into an integer. For example, you can use printf("Consumer %u consumed %d ",(unsigned int) pthread-self(), consumed-number); for the consumer. You can use a similar code for the producer. Compile the C source file using gcc -pthread-o hw3 hw3.c Use ./hw3