def test_board_occupied_and_place(self):
board = self._get_empty_board()
point = str_to_point("2-3")
stone_type = StoneEnum.WHITE
self.assertFalse(board.occupied(point))
board.place_stone(stone_type, point)
self.assertTrue(board.occupied(point))
def choose_move(self, boards):
if not self.move_referee.valid_history(self.stone_type, boards):
return "This history makes no sense!"
else:
board = boards[0]
for x in range(len(board)):
for y in range(len(board[0])):
if board[x][y].get_raw() == WHITE_STONE:
self.buttons["{}-{}".format(x + 1, y +
1)].configure(bg="white")
elif board[x][y].get_raw() == BLACK_STONE:
self.buttons["{}-{}".format(x + 1, y +
1)].configure(bg="black")
else:
self.buttons["{}-{}".format(
x + 1, y + 1)].configure(bg="goldenrod")
while not self.click:
self.root.update()
self.root.update_idletasks()
if self.click == "pass":
self.click = None
return PASS
ret = str_to_point(self.click)
#if not self.move_referee.valid_move(stone_type=self.stone_type, point=ret, boards=boards, current_board=board):
# raise Exception("Invalid point.")
self.click = None
return (ret.x, ret.y)
def choose_move(self, boards):
boards_f = [format_board(x.board) for x in boards]
send_str = json.dumps([MOVE, boards_f])
ret = self.send_and_receive(send_str)
try:
return str_to_point(ret)
except:
return ret
def parse_move(arr):
if isinstance(arr[1], str):
return Stone(arr[0]).get_type(), arr[1]
else:
return Stone(arr[0]).get_type(), [
str_to_point(arr[1][0]),
[parse_board(board) for board in arr[1][1]]
]
def choose_move(self, boards):
try:
p_move = self.remote_player_proxy.choose_move(boards)
p_move = p_move.replace("\"", "")
if p_move == PASS:
return PASS
else:
move_point = str_to_point(p_move)
return (move_point.x, move_point.y)
except PointException:
raise PointException("Invalid move.")
def get_point_and_stone(self):
return str_to_point(self.statement_arr[1]), Stone(
self.statement_arr[2]).get_type()
def get_point(self):
return str_to_point(self.statement_arr[1])
def test_basic_point(self):
point = str_to_point("2-3")
self.assertEqual(point.x, 1)
self.assertEqual(point.y, 2)
def test_get_raw(self):
point = str_to_point("3-1")
self.assertEqual("3-1", get_raw((point.x, point.y)))
def test_big_point(self):
point = str_to_point("20444-3095682")
self.assertEqual(point.x, 20443)
self.assertEqual(point.y, 3095681)
def format_input(string):
if string == PASS:
return PASS
else:
return str_to_point(string)
