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Introduction to Message Queues Objective - To better understand the use of message queues to communicate between processes Submission One compressed file that contains all program files and your answers to part 2 (.Gh, *.txt) Description In Linux a Message Queue is implemented as an internal linked list within the kernel's addressing space Messages can be written to the queue, and retrieved from the queue in in order or out-of-order. Each message queue is uniquely identified by an IPC identifier (an integer number), assigned by the kernel The ipcs command can be used to obtain the status of all Linux IPC objects (Semaphores, Message Queues, Shared Memories) ipcs -qs ipcs-(Shows only message queues) ipcs -s(Shows only semaphores) ipcs -m (Shows only shared memory) ipcs -help (Additional arguments) For more information on ipcs: man ipcs The iperm command removes a message queue, a semaphore set or a shared memory: ipcrm keyI m id -Q key -q id I -S key -s id ] ipcrm-Q key ipcrm -q id For more information on ipcrm >man ipcrm Requirment 1. Write a C program (msqQTest.c) that creates a message queue to communicate between processes. The program expects inputs from the user through the argument list passed from the command prompt. The application can do one of the following functions: Create a message queue using the-c/C flag and the key entered by the user to identify the msg queue msqQTest-c/c