def move_to_next_cell(x: int = 1, y: int = 1) -> list:
nonlocal solved
if solved:
solved = False
moves.clear()
current_cell = int(f'{x}{y}')
moves.append(current_cell)
next_cell = board[x - 1][y - 1]
if next_cell == current_cell:
solved = True
return moves
next_x, next_y = get_digit(next_cell, 1), get_digit(next_cell, 0)
return move_to_next_cell(next_x, next_y)
def _get_choices(self, order):
"""
getting choices of dishes
:param order: Order
:return: Order
"""
print(f"Hello, I'm {self.name}. What would you like to eat?")
while True:
print(self._catering.menu)
print('enter "0" for end ordering')
dish_number = get_digit(len(self._catering.menu.items))
if not dish_number:
break
dish = self._catering.menu.items[dish_number]
quantity = get_digit(MAX_ORDER_ITEM_COUNT, COUNT_REQUEST)
if not quantity:
quantity = 1
order.add_dish(dish, quantity)
return order
def get_order(self, this_customer):
"""
Getting order
:param this_customer: Customer
:return:
"""
order = Order(waiter=self, customer=this_customer)
while True:
order = self._get_choices(order)
print('your order:')
table = PrettyTable()
table.field_names = ['Order']
for item in order.items:
table.add_row([str(item)])
print(str(table))
if get_digit(1, 'Enter 1 to confirm or 0 to cancel: '):
self._orders_dict[this_customer.table] = order
this_customer.set_check_list(order.items)
order.change_status()
break
order.items.clear()
order.change_status()
self._catering.get_order(order)
def hint_coordinates(self):
if isinstance(self.hint, str) and len(self.hint) == 2:
return int(self.hint[0]), int(self.hint[1])
return get_digit(self.hint, 1), get_digit(self.hint, 0)
def clue_coordinates(self) -> tuple:
if isinstance(self.clue, str) and len(self.clue) == 2:
return int(self.clue[0]), int(self.clue[1])
return get_digit(self.clue, 1), get_digit(self.clue, 0)
def test_get_ndigit():
number = 15
assert get_digit(number, 1) == 1
assert get_digit(number, 0) == 5