Create a program in C that will run two different scheduling algorithms and compare the waiting time of each process and the average waiting time of the complete set of processes. The program will begin by getting the processes file as an inline parameter and will read the contents in an array. The program will then create a child process to run the FCFS scheduling algorithm and then another child to run the SJF algorithm. Each child will print the waiting time of each process when it finishes and the average waiting time when all processes are complete. Example: FCFS: P1 Waiting time: 0 FCFS: P2 Waiting time: 10 FCFS: P3 Waiting time: 25 SJF: P1 Waiting time: 10 SJF: P2 Waiting time: 0 SJF: P3 Waiting time: 25 FCFS: Average Waiting Time: 35/3 SJF: Average Waiting Time: 35/3

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Create a program in C that will run two different scheduling algorithms and compare the waiting time of each process and the
average waiting time of the complete set of processes. The program will begin by getting the processes file as an inline parameter
and will read the contents in an array. The program will then create a child process to run the FCFS scheduling algorithm and then
another child to run the SJF algorithm. Each child will print the waiting time of each process when it finishes and the average waiting
time when all processes are complete.
Example:
FCFS: P1 Waiting time: 0
FCFS: P2 Waiting time: 10
FCFS: P3 Waiting time: 25
SJF: P1 Waiting time: 10
SJF: P2 Waiting time: 0
SJF: P3 Waiting time: 25
FCFS: Average Waiting Time: 35/3
SJF: Average Waiting Time: 35/3
Transcribed Image Text:Create a program in C that will run two different scheduling algorithms and compare the waiting time of each process and the average waiting time of the complete set of processes. The program will begin by getting the processes file as an inline parameter and will read the contents in an array. The program will then create a child process to run the FCFS scheduling algorithm and then another child to run the SJF algorithm. Each child will print the waiting time of each process when it finishes and the average waiting time when all processes are complete. Example: FCFS: P1 Waiting time: 0 FCFS: P2 Waiting time: 10 FCFS: P3 Waiting time: 25 SJF: P1 Waiting time: 10 SJF: P2 Waiting time: 0 SJF: P3 Waiting time: 25 FCFS: Average Waiting Time: 35/3 SJF: Average Waiting Time: 35/3
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