def test_reversi_skipPut():
game = Reversi()
game.reset()
assert not game.skipPut()
game.board[3][3] = game.board[3][4] = game.board[4][3] = game.board[4][4] = reversi.EMPTY
assert game.skipPut()
assert game.history[-1] == []
def test_reversi_reset():
game = Reversi()
game.reset()
assert game.current == reversi.BLACK
assert len(game.history) == 0
assert len(game.board) == 8
assert all(len(col) == 8 for col in game.board)
def test_reversi_any():
game = Reversi()
game.reset()
assert game.any()
assert game.any(reversi.BLACK)
assert game.any(reversi.WHITE)
game.board[3][3] = game.board[3][4] = game.board[4][3] = game.board[4][4] = reversi.EMPTY
assert not game.any(reversi.BLACK)
assert not game.any(reversi.WHITE)
def test_reversi_put():
game = Reversi()
game.reset()
assert game.put(2, 4)
assert game.history[-1] == [(3, 4), (2, 4)]
assert not game.put(2, 4)
assert not game.put(0, 0)
assert not game.put((0, 0)) # Tuple unpacking test
assert game.put((2, 3))
def test_reversi_copy():
game = Reversi()
game.reset()
game.put(2, 4)
other = game.copy()
assert game is not other
assert game.board == other.board
assert all(a is not b for a, b in zip(game.board, other.board))
assert game.current == other.current
assert game.history == other.history
assert all(a is not b for a, b in zip(game.history, other.history))
def test_reversi_undo():
game_1, game_2 = Reversi(), Reversi()
game_1.reset()
game_2.reset()
assert game_1.board == game_2.board
assert game_1.history == game_2.history == []
assert game_1.undo() == (False, 0)
game_1.put(2, 4)
assert game_1.board != game_2.board
assert game_1.history != game_2.history
assert game_1.undo() == (True, 2)
assert game_1.board == game_2.board
assert game_1.history == game_2.history
game_1.history.append([])
game_1.toggle()
assert game_1.undo() == (True, 0)
def test_reversi_chessCount():
game = Reversi()
game.reset()
assert game.chessCount == [60, 2, 2]
def test_reversi_lastChess():
game = Reversi()
game.reset()
assert game.lastChess is None
game.put(2, 4)
assert game.lastChess == (2, 4)
def test_reversi_at(x, y, expected):
game = Reversi()
game.reset()
assert game.at(x, y) == expected
def test_reversi_over():
game = Reversi()
game.reset()
assert not game.over
game.board[3][3] = game.board[3][4] = game.board[4][3] = game.board[4][4] = reversi.EMPTY
assert game.over
def test_reversi_getAvailables():
game = Reversi()
game.reset()
assert sorted(game.getAvailables()) == sorted([(2, 4), (3, 5), (4, 2), (5, 3)])
game.toggle()
assert sorted(game.getAvailables()) == sorted([(2, 3), (4, 5), (3, 2), (5, 4)])
def test_reversi_canPut(x, y, player, expected):
game = Reversi()
game.reset()
assert game.canPut(x, y, player) == expected
def test_reversi_check(x, y, dx, dy, player, expected):
game = Reversi()
game.reset()
assert game.check(x, y, dx, dy, player) == expected
def test_reversi_repr():
game = Reversi()
game.reset()
assert str(game)
assert repr(game)
