def _gameloop(self):
while True:
self._phrase = choice(list(self.phrases))
self._phrase_lowered = self._phrase.lower()
self.state = ['_'] * len(self._phrase)
self._solve_positions(lambda c: not is_letter(c))
self.lives = self.phrases[self._phrase]
self.missed = ""
display.game_state()
while True:
guess = display.ask(Hangman.guess_letter_question,
is_new_letter(self.state, self.missed),
' Enter one new English letter.').lower()
if guess in self._phrase_lowered:
self._solve_positions(lambda c: guess == c)
else:
self.lives -= 1
self.missed += guess
display.game_state()
if '_' not in self.state:
display.win()
break
elif self.lives == 0:
display.lose(self._phrase)
break
if not self._ask_end():
break
display.goodbye()
def _gameloop(self):
while True:
self._phrase = choice(list(self.phrases))
self._phrase_lowered = self._phrase.lower()
self.state = ['_'] * len(self._phrase)
self._solve_positions(lambda c: not is_letter(c))
self.lives = self.phrases[self._phrase]
self.missed = ""
display.game_state()
while True:
guess = display.ask(Hangman.guess_letter_question,
is_new_letter(self.state, self.missed),
' Enter one new English letter.').lower()
if guess in self._phrase_lowered:
self._solve_positions(lambda c: guess == c)
else:
self.lives -= 1
self.missed += guess
display.game_state()
if '_' not in self.state:
display.win()
break
elif self.lives == 0:
display.lose(self._phrase)
break
if not self._ask_end():
break
display.goodbye()
def _ask_end(self):
ans = display.ask(Hangman.play_again_question, is_yn, ' Enter (y/n)')
return end_if[ans]
def _ask_end(self):
ans = display.ask(Hangman.play_again_question,
is_yn, ' Enter (y/n)')
return end_if[ans]
