def test_first_move_by_black_is_a_white_flat(self):
self.board.do_move(PlayerType.WHITE, parse_move("b1"))
move = parse_move("a1")
self.board.do_move(PlayerType.BLACK, move)
stack = self.board.get_stack(*move.get_xy())
assert stack == [Stone(PlayerType.WHITE, StoneType.FLAT)]
def init_board(self):
self.board = Board(tak_config, 4)
self.board.do_move(PlayerType.WHITE, parse_move("b1"))
self.board.do_move(PlayerType.BLACK, parse_move("a1"))
self.board.do_move(PlayerType.WHITE, parse_move("Sa2"))
self.board.do_move(PlayerType.BLACK, parse_move("Sb2"))
self.board.do_move(PlayerType.WHITE, parse_move("Ca3"))
self.board.do_move(PlayerType.BLACK, parse_move("Cb3"))
def test_move_less_than_carry_limit(self, carry):
stack = [
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT),
]
board = Board(tak_config, board_size=6)
board.initial_moves = False
board.get_stack(0, 0).extend(stack)
board.do_move(PlayerType.WHITE, parse_move(f"{carry}a1>{carry}"))
assert board.get_stack(0, 0) == stack[:-carry] # except last n
assert board.get_stack(1, 0) == stack[-carry:] # last n
def test_move_more_than_carry_limit_fails(self, board_size):
board = Board(tak_config, board_size=board_size)
board.get_stack(0, 0).extend([
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT),
])
with pytest.raises(InvalidMoveError):
board.do_move(PlayerType.WHITE,
parse_move(f"{board_size+1}a1>1{board_size}"))
def test_move_works_as_expected(self):
board = Board(tak_config, board_size=6)
board.initial_moves = False
board.get_stack(0, 0).extend([
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.CAPSTONE),
])
board.get_stack(0, 1).extend([Stone(PlayerType.BLACK, StoneType.FLAT)])
board.get_stack(0, 2).extend([Stone(PlayerType.WHITE, StoneType.FLAT)])
board.get_stack(0, 3).extend([
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT)
])
board.get_stack(0, 4).extend([
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.STANDING)
])
board.do_move(PlayerType.WHITE, parse_move(f"6a1+2211"))
assert board.get_stack(0,
0) == [Stone(PlayerType.BLACK, StoneType.FLAT)]
assert board.get_stack(0, 1) == [
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT)
]
assert board.get_stack(0, 2) == [
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT)
]
assert board.get_stack(0, 3) == [
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.BLACK, StoneType.FLAT)
]
assert board.get_stack(0, 4) == [
Stone(PlayerType.BLACK, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.FLAT),
Stone(PlayerType.WHITE, StoneType.CAPSTONE)
]
def test_illegal_second_moves(self, player: PlayerType, move: str):
self.board.do_move(PlayerType.WHITE, parse_move("b1"))
with pytest.raises(InvalidMoveError):
self.board.do_move(player, parse_move(move))
def test_illegal_first_moves(self, player: PlayerType, move: str):
with pytest.raises(InvalidMoveError):
self.board.do_move(player, parse_move(move))
def test_black_cant_play_twice(self):
with pytest.raises(InvalidMoveError):
self.board.do_move(PlayerType.BLACK, parse_move("c1"))
def test_white_cant_play_twice(self):
self.board.do_move(PlayerType.WHITE, parse_move("c1"))
with pytest.raises(InvalidMoveError):
self.board.do_move(PlayerType.WHITE, parse_move("c2"))
def test_placing_outside_the_board_fails(self, player: PlayerType,
move: str):
if player == PlayerType.BLACK:
self.board.do_move(PlayerType.WHITE, parse_move("a4"))
with pytest.raises(InvalidMoveError):
self.board.do_move(player, parse_move(move))
def test_placing_on_empty_fields_is_valid(self, player: PlayerType,
move: str):
if player == PlayerType.BLACK:
self.board.do_move(PlayerType.WHITE, parse_move("a4"))
self.board.do_move(player, parse_move(move))
