Can someone help me with this code on Linux

Part 3. IPC (InterProcess Communication) Programming In Part 3, you are asked to develop a multithreaded program and a Makefile to automate the compilation on Linux platform. This assignment assists you for better understanding of processes and threads management, multithreaded programming, and enhancing programming skills and experience with programming on a Unix-like environment. You are asked to implement a multithreaded producer-consumer problem with PThreads library in this programming assignment. The producer-consumer is a common problem that requires cooperating processes or threads. In this problem, a producer produces items and put into a shared buffer, then these items are consumed by consumers. Synchronization and mutual exclusion are required to solve the problem correctly as discussed in the lecture and described in the textbook (please see section 2.3 and corresponding lectures). Figure 2-32 in the textbook shows a solution with one producer and one consumer. In this part of assignment, you are asked to implement this problem with support of multiple producers and consumers threads with PThreads library on a Linux platform Requirements 1. Ensure appropriate synchronization and mutual exclusion using PThreads mutex locks and conditional variables as discussed in the class and shown in Figure 2-32 2. Support multiple producer threads and multiple consumer threads. The number of producer threads and consumer threads can be either hard coded in the program or provided through command line arguments Print out the producer/consumer actions, e.g., "producer i produced one item", "consumer j consumed one item", "produceri found the buffer is full and waiting for a consumer to consume", and "consumer j found the buffer is empty and waiting for a producer to produce 3. 4. You can fix the shared buffer with 8 items, and produce 64 items from each producer thread. Test with producer thread and 1 consumer thread, 2 producer threads and 2 consumer threads, and 4 producer and 4 consumer threads 5. Develop a Makefile, similar to the one we discussed in lecture to automate the compilation process