def test_bad_moves(self):
state = self._right_up_corner()
with self.assert_raises(IndexError):
perform_move(state, 'w')
with self.assert_raises(IndexError):
perform_move(state, 'd')
state = self._left_down_corner()
with self.assert_raises(IndexError):
perform_move(state, 'a')
with self.assert_raises(IndexError):
perform_move(state, 's')
def test_bad_moves(self):
state = self._right_up_corner()
with self.assert_raises(IndexError):
perform_move(state, 'w')
with self.assert_raises(IndexError):
perform_move(state, 'd')
state = self._left_down_corner()
with self.assert_raises(IndexError):
perform_move(state, 'a')
with self.assert_raises(IndexError):
perform_move(state, 's')
else:
continue
while True:
event, values = window.read()
if event == sg.WIN_CLOSED or event == 'Cancel':
break
text = window[event].get_text()
if text == 'Hint':
hint = game.get_hint()
sg.popup('hint', hint)
elif text == 'Start':
game.scramble()
update_gui()
else:
num = int(text)
x = (num) % length
y = math.floor(num / length)
logame.perform_move(game.matrix, game.length, game.width, y, x)
update_gui()
if logame.is_solved(game.matrix):
sg.popup('You won!')
window.close()
def test_down_move(self):
state = self._right_up_corner()
result = perform_move(state, 's')
result_index = result.index(EMPTY_MARK)
self.assert_equal(result_index, self.right_up_corner_index + 4)
def test_up_move(self):
state = self._left_down_corner()
result = perform_move(state, 'w')
result_index = result.index(EMPTY_MARK)
self.assert_equal(result_index, self.left_down_corner_index - 4)
def test_down_move(self):
state = self._right_up_corner()
result = perform_move(state, 's')
result_index = result.index(EMPTY_MARK)
self.assert_equal(result_index, self.right_up_corner_index + 4)
def test_up_move(self):
state = self._left_down_corner()
result = perform_move(state, 'w')
result_index = result.index(EMPTY_MARK)
self.assert_equal(result_index, self.left_down_corner_index - 4)
