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# Josh Orchard
# Task 2
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# import(s)
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# Lines
# 0 = frozen                      Provides convience for me when coding to see which line a solution is on
# 0 = crashed
# 1 = screen
# 1 = broken
# 2 = charge
# 3 = cracked
# 4 = hot
# 4 = overheating

import time

term = "frozen" #term we want to search for
problem = input("Please write a sentance explaining your problem\n>") #read input from user
words = problem.split() #split the sentence into individual words
if term in words: #see if one of the words in the sentence is the word we want
    frozensolution = open("Task 2.txt", "r").readlines()[0]
    print (frozensolution)
    time.sleep(5)
    quit()


term = "crashed"
if term in words:
    frozensolution2 = open("Task 2.txt", "r").readlines()[0]
    print (frozensolution2)
    time.sleep(5)
    quit()

term = "screen"
words = problem.split()
if term in words:
    screen_offsolution = open("Task 2.txt", "r").readlines()[1]
    print (screen_offsolution)
    time.sleep(5)
    quit()

term = "broken"
words = problem.split()
if term in words:
    screen_offsolution2 = open("Task 2.txt", "r").readlines()[1]
    print (screen_offsolution2)
    time.sleep(5)
    quit()

term = "charge"
words = problem.split()
if term in words:
    chargesolution = open("Task 2.txt", "r").readlines()[2]
    print (chargesolution)
    time.sleep(5)
    quit()

term = "cracked"
words = problem.split()
if term in words:
    crackedsolution = open("Task 2.txt", "r").readlines()[3]
    print (crackedsolution)
    time.sleep(5)
    quit()

term = "hot"
words = problem.split()
if term in words:
    hotsolution = open("Task 2.txt", "r").readlines()[4]
    print (hotsolution)
    time.sleep(5)
    quit()

term = "overheating"
words = problem.split()
if term in words:
    hotsolution2 = open("Task 2.txt", "r").readlines()[4]
    print (hotsolution2)
    time.sleep(5)
    quit()