pi.py

#!/usr/bin/env python

import sys
import subprocess

def print_wiki_options(file) :
    subprocess.call("clear")
    with open(file, 'r') as f :
        for line in f:
            sys.stdout.write(line)

def print_wiki_article(file):
    subprocess.call("clear")
    # This is how you open a file in Python, read it line by line, and print
    # it to STDOUT.
    #
    # Note that file name paths are relative.
    #
    # 'cpu.txt'
    # 'nokia/cpu.txt'
    # '/home/ssimpson/nokia/cpu.txt'
    with open(file, 'r') as f:
        # Here we do a for loop, where we iterate over every line in the file.
        for line in f:
            # We do NOT want to use ``print`` here, because print automatically
            # puts a newline character at the end of each line.  This is a problem because
            # most lines in the ticket procedure files have a `\n` character at the end of
            # each line, which would result in two new lines.
            #
            # Thus, we use the ``sys.stdout.write`` function to print the line
            # exactly how it appears in the file.
            sys.stdout.write(line)
    print ""
    raw_input("Press any key and hit enter ")

def print_menu():
    # This is an example on how to do a multi-line string in Python. This is one
    # way to make it easier for editing menus/prompts for your command line
    # program.
    #
    # Note that you do NOT want to indent the lines after the first, as this
    # will mess up your spacing when you print it.
    menu = """###########################################################
                     non shity wiki
                      VERSION 1337
                  CREATOR: st3v3n s1mps0n
###########################################################
                        MAIN MENU
1:Nokia.........................................5:GAiA
2:Crossbeam.....................................6:Imperva
3:SRX...........................................7:TPConsole
4:Netscreen.....................................8:TPSensor
.......................9:CitrixWAF:.......................
###########################################################
                  PLEASE CHOOSE A PLATFORM
"""

    print menu

# This is our main function that runs our program.
def main():
    while True:
        subprocess.call ("clear")
        print_menu()
        input = raw_input()
        subprocess.call ("clear")
        #
        #
        # Now you can create new wiki article files (i.e. 'nokia_cpu.txt') and
        # easily print them to STDOUT:
        #
        #   print_wiki_article('nokia_cpu.txt')
        #   print_wiki_article('nokia_foo.txt')
        #   etc
        #
        #
        # Nested if statements where the appropriate
        # "artcle" and "options" are selected by the
        # user via input
        #
        #
        #


        if input == "1":

            # Define the root as a constant String. This makes it easy to
            # update if the directory path ever changes!
            NOKIA_ROOT = '/root/Documents/python/Nokia/'

            # Create a python Dictionary. A Dictonary is a data structure/type
            # that allows you to map a key to a value.
            #
            # In this case, we are mapping the user input (aka the key), to
            # the article file path (aka the value).
            NOKIA_ARTICLES = {
                '1': NOKIA_ROOT + 'Nokia_CPU',
                '2': NOKIA_ROOT + 'Nokia_CPHA',
                '3': NOKIA_ROOT + 'Nokia_FWMax',
                '4': NOKIA_ROOT + 'Nokia_HWCheck',
                '5': NOKIA_ROOT + 'Nokia_IntErrors',
                '6': NOKIA_ROOT + 'Nokia_LogConn',
                '7': NOKIA_ROOT + 'Nokia_VRRP'
            }

            print_wiki_options('/root/Documents/python/Nokia/NokiaTickets')
            nokia_input = raw_input()

            # Here we check to see if the user input (aka nokia_input) is
            # valid, by checking to see if it exists as a key in the
            # NOKIA_ARTICLES Dictionary.
            #
            # This prevents bad user input from crashing the program!
            if nokia_input in NOKIA_ARTICLES.keys():
                # Get the article file path from the Dictionary.
                article = NOKIA_ARTICLES[nokia_input]
                # Print the article.
                print_wiki_article(article)

        elif input == "2":

            CROSSBEAM_ROOT = '/root/Documents/python/Crossbeam'
            CROSSBEAM_ARTICLES = {
                '1': CROSSBEAM_ROOT + 'Crossbeam_CPD',
                '2': CROSSBEAM_ROOT + 'Crossbeam_CPU',
                '3': CROSSBEAM_ROOT + 'Crossbeam_Disk',
                '4': CROSSBEAM_ROOT + 'Crossbeam_Mem',
            }

            print_wiki_options('/root/Documents/python/Crossbeam/CrossbeamTickets')
            crossbeam_input = raw_input()

            if crossbeam_input in CROSSBEAM_ARTICLES.keys():
                article = CROSSBEAM_ARTICLES[crossbeam_input]
                print_wiki_article(article)

        elif input == "3":
            print_wiki_options('/root/Documents/python/SRX/SRXTickets')
            input = raw_input()

            if input == "1":
                print_wiki_article('/root/Documents/python/SRX/SRX_IntErrors')
            elif input == "2":
                print_wiki_article('/root/Documents/python/SRX/SRX_CPU')
            elif input == "3":
                print_wiki_article('/root/Documents/python/SRX/SRX_DiskUsage')
            elif input == "4":
                print_wiki_article('/root/Documents/python/SRX/SRX_MemUsage')
            elif input == "5":
                print_wiki_article('/root/Documents/python/SRX/SRX_ClusterStatus')
            elif input == "6":
                print_wiki_article('/root/Documents/python/SRX/SRX_CoreFile')

        elif input == "4":
            print_wiki_options('/root/Documents/python/Netscreen/NetscreenTickets')
            input = raw_input()

            if input == "1":
                print_wiki_article('/root/Documents/python/Netscreen/Netscreen_CPU')
            elif input == "2":
                print_wiki_article('/root/Documents/python/Netscreen/Netscreen_IDPBlade')
            elif input == "3":
                print_wiki_article('/root/Documents/python/Netscreen/Netscreen_Chassis')
            elif input == "4":
                print_wiki_article('/root/Documents/python/Netscreen/Netscreen_Failover')
            elif input == "5":
                print_wiki_article('/root/Documents/python/Netscreen/Netscreen_FailoverChannels')
            elif input == "6":
                print_wiki_article('/root/Documents/python/Netscreen/Netscreen_MasterBackupStatus')

        elif input == "5":
            print_wiki_options('/root/Documents/python/GAiA/GAiATickets')
            input = raw_input()

            if input == "1":
                print_wiki_article('/root/Documents/python/GAiA/GAiA_Temp')
            elif input == "2":
                print_wiki_article('/root/Documents/python/GAiA/GAiA_CPU')
            elif input == "3":
                print_wiki_article('/root/Documents/python/GAiA/GAiA_Chassis')
            elif input == "4":
                print_wiki_article('/root/Documents/python/GAiA/GAiA_Health')
            elif input == "5":
                print_wiki_article('/root/Documents/python/GAiA/GAiA_Route')

        elif input == "6":
            print_wiki_options('/root/Documents/python/Imperva/ImpervaTickets')
            input = raw_input()

            if input == "1":
                print_wiki_article('/root/Documents/python/Imperva/Imperva_Disk')
            elif input == "2":
                print_wiki_article('/root/Documents/python/Imperva/Imperva_IntErrors')
            elif input == "3":
                print_wiki_article('/root/Documents/python/Imperva/Imperva_RaidStatus')

        elif input == "7":
            print_wiki_options('/root/Documents/python/TPConsole/TPConsoleTickets')
            input = raw_input()

            if input == "1":
                print_wiki_article('/root/Documents/python/TPConsole/TPConsole_IntErrors')
            elif input == "2":
                print_wiki_article('/root/Documents/python/TPConsole/TPConsole_MonitoringStatus')
            elif input == "3":
                print_wiki_article('/root/Documents/python/TPConsole/TPConsole_PowerSupply')
            elif input == "4":
                print_wiki_article('/root/Documents/python/TPConsole/TPConsole_SensorDiskSpace')
            elif input == "5":
                print_wiki_article('/root/Documents/python/TPConsole/TPConsole_SMSHA')

        elif input == "8":
            print_wiki_options('/root/Documents/python/TPSensor/TPSensorTickets')
            input = raw_input()

            if input == "1":
                print_wiki_article('/root/Documents/python/TPSensor/TPSensor_CPU')
            elif input == "2":
                print_wiki_article('/root/Documents/python/TPSensor/TPSensor_HAState')
            elif input == "3":
                print_wiki_article('/root/Documents/python/TPSensor/TPSensor_IntErrors')
            elif input == "4":
                print_wiki_article('/root/Documents/python/TPSensor/TPSensor_MemoryUtil')
            elif input == "5":
                print_wiki_article('/root/Documents/python/TPSensor/TPSensor_PowerSupply')

        elif input == "9":
            print_wiki_options('/root/Documents/python/CitrixWAF/CitrixWAFTickets')
            input = raw_input()

            if input == "1":
                print_wiki_article('/root/Documents/python/CitrixWAF/CitrixWAF_MemoryUtil')
            elif input == "2":
                print_wiki_article('/root/Documents/python/CitrixWAF/CitrixWAF_CPU')
            elif input == "3":
                print_wiki_article('/root/Documents/python/CitrixWAF/CitrixWAF_PingDown')

        elif input == "0":
            break

# This is the proper way to start a Python program.
if __name__ == '__main__':
    main()