def get_parsed(phrase, select):
hidden, key = parse_phrase(phrase)
if select == 'hidden':
#hidden list is converted to string with join
return ''.join(hidden)
elif select == 'key':
return key
def test_improper_input(self):
self.assertFalse(parse_phrase('!'))
self.assertFalse(parse_phrase('?'))
self.assertFalse(parse_phrase(2))
self.assertFalse(parse_phrase('4'))
def test_key(self):
hidden, key = parse_phrase('test')
self.assertEqual(get_parsed('test', 'key'),
{'T': [0, 3], 'E': [1], 'S': [2]})
def main():
#clear screen
def clear():
if os.name == 'nt':
os.system('cls')
else:
os.system('clear')
#clear screen on start
clear()
#print welcome message
print('Welcome to Hangman')
print('You will have 6 guesses to guess each word')
input('Press Enter to continue..')
#parse phrases in phrases.txt and store as list of Phrase objects
phrase_list = []
with open('phrases.txt', 'r') as f:
for phrase in re.findall('\'([^\n]+)\'', f.read()):
phrase_hidden, phrase_key = parse_phrase(phrase)
phrase_list.append(Phrase(phrase, phrase_hidden, phrase_key))
#initiate game
game = Game(phrase_list)
#clear screen to start game
clear()
#loop game session until game ends
while True:
#print hidden phrase and guesses remaining
game.display()
#move to next phrase if current phrase is solved
if game.is_solved():
#check if any phrases remaining
if game.is_won():
print('All phrases solved! You win!')
input('Press Enter to exit..')
break
else:
print('Solved!')
input('Press Enter to move to next phrase..')
game.get_next_phrase()
clear()
continue
#end game if 0 guesses remaining
if game.guesses_remaining == 0:
print('Game Over')
input('Press Enter to exit..')
break
#loop until player guesses a valid letter
while True:
guess = input('Enter guess: ').upper()
clear()
if game.is_guess_valid(guess):
break
else:
game.display(False)
continue
#check if guess is in phrase and update accordingly
game.check_guess(guess)
