notes

guess_word

<code>
, #!/usr/bin/python
, from guess_word_functions import *
, var1 = display_word()
, print(var1)
, var2 = 
, var3 = 
, C2 = _
, #if var1.find(var2):
, #    print(true)
, 
, # initialize var3 with blanks
, x = len(var1) -1
, while x > 0:
,     var3.append( _ )
,     x -= 1
, 
, 
, while var3.count( _ ) > 0:
,     var2 = input(enter a letter: )
,     for x in range(len(var1)):
,         #print(var1x)
,         if var1x == var2:
,             var3x = var2
,     print(var3)   
,     
, </code>
, <code>
, 
, 
, # return random word from dictionary
, def get_word(word_len):
,     import random
,     filtered_words = 
,     filtered_word = 
,     sub_str_1 = \
,     sub_str_2 = é
, 
,     with open(/usr/share/dict/american-english, r) as file:
,         words = file.readlines()
, 
,     for x in range(len(words)):
,         if len(wordsx) == word_len and not sub_str_1 in wordsx and not sub_str_2 in wordsx :
,             filtered_words.append(wordsx)
,             
,     #for x in range(len(filtered_words)):
,     filtered_word = random.choice(filtered_words)
,     return filtered_word.lower()
,             
, #print(get_word(5))
, def get_word_length():
,     # get user input for length of word
, 
,     word_len = input(DQEnter the length of word, up to 23, that will be randomly provided: DQ) or 2
, 
,     # check if input is a number
,     while not word_len.isdigit():
,         word_len = input(word_len +  is not a whole number. Please enter a whole number, no decimels:)
,     
,     while int(word_len) > 23 :
,         word_len = input(word_len +  is too large. Please enter a number 23 or less:)
,     return int(word_len) + 1 
, 
, def display_word():
,     word = get_word(get_word_length())
,     
,     return word
, </code>        
, 
,         
,