Lab, Assignment #8 Shortest Job Next Objectives: Learn how SJN work in process management. Learn how to implement SJN algorithm in C++ Note: When an algorithm is non-preemptive, it means the algorithm doesn't move the process from running to ready state. Non-preemptiveno interruption Turnaround time Completion time Arrival time Description: Write a C++ program that will simulate a non-preemptive SJN process scheduling algorithm. Your program must do the following: Input the number of processes to be scheduled. Input the arrival time for each process. Input the time required for each process completion. Output starting time for each process. Output terminating time for each process. Calculate and output turnaround time for each process. Calculate and output average turnaround time. 1. 2. 3. 4. 5. 6. 7. Code Quality Requirement: 1. Do not put every single logic in the main() function. 2. You must use functions to separate your program's logic into smaller readable pieces. 3. You must use descriptive variable names. Don't use int b 5. What's b?! It's okay to use i or j or any other letters for loops (only loops) 4. You must write meaningful comments to explain your code. Lab, Assignment #8 Shortest Job Next Objectives: Learn how SJN work in process management. Learn how to implement SJN algorithm in C++ Note: When an algorithm is non-preemptive, it means the algorithm doesn't move the process from running to ready state. Non-preemptiveno interruption Turnaround time Completion time Arrival time Description: Write a C++ program that will simulate a non-preemptive SJN process scheduling algorithm. Your program must do the following: Input the number of processes to be scheduled. Input the arrival time for each process. Input the time required for each process completion. Output starting time for each process. Output terminating time for each process. Calculate and output turnaround time for each process. Calculate and output average turnaround time. 1. 2. 3. 4. 5. 6. 7. Code Quality Requirement: 1. Do not put every single logic in the main() function. 2. You must use functions to separate your program's logic into smaller readable pieces. 3. You must use descriptive variable names. Don't use int b 5. What's b?! It's okay to use i or j or any other letters for loops (only loops) 4. You must write meaningful comments to explain your code