项目作者: rrrokhtar

项目描述 :
Operating systems scheduling algorithms visualization.
高级语言: Python
项目地址: git://github.com/rrrokhtar/OS-Scheduler.git
创建时间: 2020-01-19T11:17:51Z
项目社区:https://github.com/rrrokhtar/OS-Scheduler

开源协议:GNU General Public License v3.0

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OS-Scheduler

Operating systems scheduling algorithms visualization.
it is an OS scheduler using different scheduling algorithms

Getting Started

These instructions will get you a copy of the project up and running on your local machine for develoment.
pip install requirements.txt
pip install tkinter
python scheduler.py

Requirements

What things you need to install ?

  • matplotlib
  • tkinter
  • numpy

    How to use?

    NB - you must have an input file contains the process to be scheduled . its format is at docs/document file
  1. Start the program
  2. Choose an input file
  3. Select the algorithm using the scrolling box .
  4. Click on Show/Update Graph .

scheduler module is responsible for generating a schedule for the current processes in the system to specify the
CPU usage by these processes.
implemented 4 scheduling algorithms:

  1. Non-Preemptive Highest Priority First.(HPF)
  2. First Come First Served. (FCFS)
  3. Round Robin with fixed time quantum.(RR)
  4. Preemptive Shortest Remaining Time Next.(SRTN)

Library used for GUI : Tkinter
Library used for plots : matplotlib
Startup window for selecting (Input file) and (Selecting an algorithm to draw its corresponding scheduling
The following output graphs is for inputfile at (testcases/SheetQuestion.txt)

0 indicates that the cpu is free
-1 indicates that the context switching
Startup window for selecting (Input file) and (Selecting an algorithm to draw its corresponding scheduling

1. First come first served

Startup window for selecting (Input file) and (Selecting an algorithm to draw its corresponding scheduling

2. High priority first

Startup window for selecting (Input file) and (Selecting an algorithm to draw its corresponding scheduling

3. Round Robin

Startup window for selecting (Input file) and (Selecting an algorithm to draw its corresponding scheduling

4. Short remaining time next

Startup window for selecting (Input file) and (Selecting an algorithm to draw its corresponding scheduling

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