def game_loop():
state = hangman.start_game()
while not state.is_finished:
print_state(state)
guess = prompt_for_guess()
state = hangman.take_turn(state, guess)
print_was_guess_correct(state)
return state
def _test_take_turn_core(
self,
state,
guess,
expected_is_finished,
expected_current_known,
expected_lives_left,
expected_was_last_guess_correct,
expected_has_won=False
):
result = hangman.take_turn(state, guess)
self.assertEqual(expected_is_finished, result.is_finished)
self.assertEqual(state.target_word, result.target_word)
self.assertEqual(
expected_current_known,
result.current_known
)
self.assertEqual(expected_lives_left, result.lives_left)
self.assertEqual(expected_was_last_guess_correct, result.was_last_guess_correct)
self.assertEqual(expected_has_won, result.has_won)
def test_guess_cannot_be_empty_string(self):
with self.assertRaises(ValueError):
hangman.take_turn(hangman.start_game(), "")
def test_guess_cannot_be_multiple_characters(self):
with self.assertRaises(ValueError):
hangman.take_turn(hangman.start_game(), "hi")
def test_guess_cannot_be_none(self):
with self.assertRaises(ValueError):
hangman.take_turn(hangman.start_game(), None)
def test_state_cannot_be_none(self):
with self.assertRaises(ValueError):
hangman.take_turn(None, "m")
def take_turn():
state = _classify_game_state(request.json)
new_state = hangman.take_turn(state, request.json["guess"])
dict_state = _prepare_game_state(new_state)
return jsonify(dict_state)