system_tools.py

#Author: Eshwar RA
#mail  : eshwarra5@gmail.com
#Description:
#This tool can be used in linux servers if you dont have any knowledge of the
#linux command line. Please comment/contribute for more tools.
import subprocess
import time

#-------------------------------------------------------------------------------
print("Make sure you ran this script as root")
time.sleep(1)
print("1] Mac address changer")
print("2] Tor start")
print("3] Run code from a text file")
print("4] Apache2 (Web Server)")
print("5] Shutdown/restart/Switch_user")
print("6] update & upgrade system")
print("7] apt store - install software")
op1 = input("Enter the number given to the tool that you want to use > ")
#-------------------------------------------------------------------------------
#mac address mac_changer
if(op1 == '1'):
    print("Which interface's mac address do you want to change-")
    print("1] wlan0(wifi)")
    print("2] lo")
    print("3] eth0(ethernet)")
    print("4] other")
    interface_number = input("mac_changer > ")


    if(interface_number == '4'):
        interface = input("Enter the interface- ")


    elif(interface_number == '1' or '2' or '3'):

        if(interface_number == '1'):
            interface = "wlan0"

        elif(interface_number == '2'):
            interface = "lo"

        elif(interface_number == '3'):
           interface = "eth0"

    mac = input("Enter the mac address- ")

    subprocess.call(['sudo', 'ifconfig', interface, 'down'])
    subprocess.call(['sudo', 'ifconfig', interface, 'hw', 'ether', mac])
    subprocess.call(['sudo', 'ifconfig', interface, 'up'])
    print("If it did not work, run the following in the linux terminal-")
    print("'sudo ifconfig <interface> down'")
    print("'sudo ifconfig <interface> hw ether <mac_address>'")
    print("'sudo ifconfig <interface> up'")
    time.sleep(1)
    print(" Use ifconfig (under ether of your interface) to check if your mac address was changed")
#-------------------------------------------------------------------------------
#tor start/stop/restart
if(op1 == '2'):
    print("Select an option-")
    print("1] Start tor")
    print("2] Restart tor")
    print("3] Stop tor")
    tor_op = input("tor> ")

    if(tor_op == '1'):
        subprocess.call(['sudo', 'service', 'tor', 'start'])

    if(tor_op == '2'):
        subprocess.call(['sudo','service','tor','restart'])
    if(tor_op == '3'):
        subprocess.call(['sudo','service','tor','stop'])

            else:
                print("Invalid Input")
                break

    print("open the website- 'check.torproject.org' to check if it worked")
    print("If none of the above 3 (tor start/stop/restart) did not work, ")
    print("then run the command 'sudo service tor <start/stop/restart>' in the linux terminal")
#-------------------------------------------------------------------------------
#python script runner
if (op1 == '3'):
    print("command line code compiler & runner-")
    print("Choose programming language-")
    print("1] Python")
    print("2] Java")
    print("3] JavaScript")
    print("4] c/c++")
    code_input = input("programming_language > ")

    if (code_input == '1'):
        print("select python interpreter-")
        print("1] python1")
        print("2] python2")
        print("3] python3")
        py_version1 = input("interpreter> ")

        if (py_version1 == '1'):
            py_version = "python"

        if (py_version1 == '2'):
            py_version = "python2"

        if (py_version1 == '3'):
            py_version = "python3"

            else:
                print("Invalid Input")
                break
        code_file = input("enter the location of the file that you want to execute")

        subprocess.call(['sudo', py_version, code_file])
        print("If it did not work, then run 'sudo <python3/python2/python> <file_location>'")

    elif (code_input == '2'):
        java_file = input("Enter the location of the .java file - ")
        subprocess.call(['sudo','java',java_file])
        print("If it did not work, then run- 'sudo java <.java_file_location>'")

    elif (code_input == '3'):
        js_file = input("Enter the location of the .js file")
        subprocess.call(['sudo','node',js_file])
        print("If it did not work, then run- 'sudo node <.js_file_location>'")

    elif (code_input == '4'):
        c_file = input("Enter the location of the .c file")
        subprocess.call(['sudo','gcc',c_file])
        print("If it did not work, then run- 'sudo gcc/cc <.c_file_location>'")

    else:
        print("Invalid Input")
        break

#-------------------------------------------------------------------------------
#Apache2 start/stop/Restart
if (op1 == '4'):
    print("Choose an option-")
    print("1] Configure Apache2")
    print("2] Configure and start Apache2")
    print("3] Start Apache2")
    print("4] Stop Apache2")
    print("5] Restart Apache2")
    apache2_option_1 = input("Apache2> ")

    if (apache2_option_1 == '1'):
        print("Configure Apache2")
        subprocess.call(['cd'])
        html_file = input("Enter the location of the html file for the web server- ")
        subprocess.call(['sudo','touch',html_file +'1'])
        subprocess.call(['sudo','mv',html_file +'1','/var/www/html'])
        print("If it did not work, run the following in the linux terminal-")
        print("'cd'")
        print("'sudo touch <file>1.html '")
        print("'sudo mv <file>1.html /var/www/html'")

    elif (apache2_option_1 == '2'):
        print("Starting Apache2...")
        subprocess.call(['sudo','service','apache2','start'])
        time.sleep(1)
        print("Configure Apache2")
        subprocess.call(['cd'])
        html_file = input("Enter the location of the html file for the web server- ")
        subprocess.call(['sudo','touch',html_file +'1'])
        subprocess.call(['sudo','mv',html_file +'1','/var/www/html'])
        subprocess.call(['sudo','service','apache2','restart'])
        print("View your web server by typing localhost in the URL section of your web browser")
        print("If it did not work, then run 'sudo service apache2 start/restart'")

    elif (apache2_option_1 == '3'):
        print("Starting Apache2...")
        subprocess.call(['sudo','service','apache2','start'])
        print("If it did not work, run the following in the linux terminal-")
        print("'sudo service apache2 start'")
        print("View your web server by typing localhost in the URL section of your web browser")
        print("If it did not work, then run 'sudo service apache2 start'")

    elif (apache2_option_1 == '4'):
        print("Stopping apache2...")
        subprocess.call(['sudo','service','apache2','stop'])
        print("If it did not work, run the following in the linux terminal-")
        print("'sudo service apache2 stop'")
        print("Check if it worked by typing localhost in the URL section of your web browser")
        print("If it did not work, then run 'sudo service apache2 stop'")

    elif (apache2_option_1 == '5'):
        print("Restarting apache2...")
        subprocess.call(['sudo','service','apache2','restart'])
        print("If it did not work, run the following in the linux terminal-")
        print("'sudo service apache2 restart'")
        print("Check if it worked by typing localhost in the URL section of your web browser")
        print("If it did not work, then run 'sudo service apache2 restart'")

    else:
        print("Invalid Input")
        break

#-------------------------------------------------------------------------------
Shutdown/restart/switch_user
if (op1 == '5'):
    print("Choose an option-")
    print("1] shutdown")
    print("2] restart")
    print("3] switch_user")
    shutdown_option = input("Shutdown/restart/switch_user > ")

    if (shutdown_option == '1'):
        subprocess.call(['sudo','shutdown','now'])
        print("Use 'sudo shutdown now' if it did not work")

    elif (shutdown_option == '2'):
        subprocess.call(['reboot'])
        print("Use 'sudo reboot' if it did not work")

    elif (shutdown_option == '3'):
        user_name = input("Enter the name of the user-")
        subprocess.call(['su',user_name])
        print("use 'su <user_name>' if it did not work")

    else:
        print("Invalid Input")
        break

#-------------------------------------------------------------------------------
#update & upgrade system
if (op1 == '6'):
    print("Choose an option-")
    print("1] update            - updates the list of available packages and their versions")
    print("2] upgrade           - installs newer versions of the packages you have")
    print("3] dist/full-upgrade - will upgrade to a new kernel and also install newer")
    print("                       versions of the packages you have")
    update_option = input("update/upgrade > ")

    if (update_option == '1'):
        subprocess.call(['sudo','apt','update'])
        print("If it did not work, run 'sudo apt update' on the command-line")

    elif (update_option == '2'):
        subprocess.call(['sudo','apt','upgrade'])
        print("If it did not work, run 'sudo apt upgrade' on the command-line")

    elif (update_option == '3'):
        subprocess.call(['sudo','apt','full-upgrade'])
        print("If it did not work, run 'sudo apt full-upgrade' on the command-line")

    else:
        print("Invalid Input")
        break

#-------------------------------------------------------------------------------
#install software from the apt store
if (op1 == '7'):
    print("Choose an option-")
    print("1] search software")
    print("2] Install software ")
    install_option = input("apt_store > ")

    if (install_option == '1'):
        play = True
        while (play == True):
            print("Enter a keyword to search for software")
            search = input("search_software > ")
            print("copy the name of the software that you find in order to install it")
            time.sleep(1)
            subprocess.call(['sudo','apt-cache','search',search])
            print("If you got no output, run 'sudo apt-cache search <keyword> in the command-line'")
            print("Enter 'n' to search again or 'y' to exit or 'i' to install software")
            yes_or_no_for_exiting_apt_search = input("exit? > ")

            if (yes_or_no_for_exiting_apt_search == 'y'):
                play = False

            elif (yes_or_no_for_exiting_apt_search == 'n'):
                play = True

            elif (yes_or_no_for_exiting_apt_search == 'i'):
                software_name = input("Enter the ame of the software that you want to install - ")
                subprocess.call(['sudo','apt','install',software_name])
                print("use 'sudo apt install <name_of_software> if it didn't work")
            else:
                print("Invalid input")
                play = True

   elif (install_option == '2'):
       a = True
       while (a = True):
           software_name = input("Enter the ame of the software that you want to install - ")
           subprocess.call(['sudo','apt','install',software_name])
           print("use 'sudo apt install <name_of_software> if it didn't work")
           time.sleep(1)
           print("Enter 'y' to try again and 'n' to exit")
           try_again = input("try_again? > ")

           if (try_again == 'y'):
               a = True

           elif (try_again == 'n'):
               a = False

           else:
               print("Invalid Input")
               a = True

#-------------------------------------------------------------------------------