Write a test case (testcase.py) for this Python Hangman game. The following python files provided are hangman.py and word.py. Textfile with the set of random words is also provided and is under the name hangman_words.txt.

hangman.py

from string import ascii_lowercase from randomWord import random_word

def user_num_attempts(): """Asks user input for how many incorrect attempts for guessing the word before they either win or lose the game.""" while True: num_attempts = input('Select the number of guesses to play with. Pick a number between 10 to 20.') try: num_attempts = int(num_attempts) if 10 <= num_attempts <= 20: return num_attempts else: print('{0} is not between the numbers 10 and 20'.format(num_attempts)) except ValueError: print('{0} is not an integer between the numbers 10 and 20'.format(num_attempts))

def user_word_length(): """Asks user input for the length of word they want for the game.""" while True: word_length = input( 'Select a number to choose the length of word you want for the game. Pick a number between 4 to 16. ') try: word_length = int(word_length) if 4 <= word_length <= 16: return word_length else: print('{0} is not between the numbers 4 and 16'. format(word_length)) except ValueError: print('{0} is not an integer between the numbers 4 and 16'.format(word_length))

def user_word(word, index): """Displays the word for user's game play.""" if len(word) != len(index): raise ValueError('Length of word does not match length of index.') word_display = ''.join([letter if index[i] else '*' for i, letter in enumerate(word)]) return word_display.strip()

def user_next_letter(letters): """Asks user input for their next letter guess.""" if len(letters) == 0: raise ValueError('There are no more remaining letters.') while True: next_letter = input('Your next letter is: ').lower() if len(next_letter) != 1: print('Select a single a letter.') elif next_letter not in ascii_lowercase: print('Letter input must be lowercase only.') elif next_letter not in letters: print('This letter has already been guessed.') else: letters.remove(next_letter) return next_letter

def user_play_hangman_game(): """User plays a game of hangman.""" """If user wins at the end of the game, dataset will be given out and prompt user if they want to play again.""" """If user loses at the end of the game, prompts user if they want to play again."""

print('A game of Hangman is starting') print('') num_of_attempts_remaining = user_num_attempts() word_length = user_word_length()

print('Selecting a word for the game of Hangman... ') word = random_word(word_length) print()

index = [letter not in ascii_lowercase for letter in word] letter = set(ascii_lowercase) incorrect_letters = [] word_solve = False

while num_of_attempts_remaining > 0 and not word_solve: print('Word: {0}'.format(user_word(word, index))) print('Attempts Remaining: {0}'.format(num_of_attempts_remaining)) print('Previous Letter: {0}'.format(' '.join(incorrect_letters)))

nextLetter = user_next_letter(letter)

if nextLetter in word: print('{0} is correct and is in the word'.format(nextLetter)) for i in range(len(word)): if word[i] == nextLetter: index[i] = True

else: print('{0} is incorrect and is not in the word'.format(nextLetter)) num_of_attempts_remaining -= 1 incorrect_letters.append(nextLetter)

if False not in index: word_solve = True print()

print('The Hangman word is {0}'.format(word))

if word_solve: print('Congratulations. You have won the game and may now have access to the datasets.') else: print('Try again to win the game of Hangman.')

play_again = input('Would you like to play another round of Hangman? Please select y') return play_again.lower() == 'y'

if __name__ == '__main__': while user_play_hangman_game(): print()

word.py

import random

list_of_random_words = 'hangman_words.txt' def random_word(word_length): """User gets random word generated for their game of Hangman."""   user_word = 0 current_word = None with open(list_of_random_words, 'r') as file: for game_word in file: if '(' in game_word or ')' in game_word: continue game_word = game_word.strip().lower() if len(game_word) < word_length: continue user_word += 1 if random.randint(1, user_word) == 1: current_word = game_word return current_word 

hangman_words.txt

comaetho

untremulent

consignment

termer

karroo

misdeem

intracellular

ewe

formulator

postmammillary

unrotating

drabble

gyroscope

daddy

predeceive

tittivated

sandalwood

rathely

nonslanderous

begrimed

appellee

relievable

hypotrachelium

junkie

brendel

awaiter

bookstack

embussed

scheel

lemminkinen

mismanaging

webworm

rascal

neglecter

nervelessness

burnham

subcontrary

reexamined

undergentleman

visising

nondeleterious

mudcapped

journalizer

unfulsome

blockhouse

mesophyll

talaria

unarrestable

hippogryph

iglu