def test_move_into_unclaimed():
engine = TicTacToe()
engine.move(PLAYER_X, 0)
assert_equal(engine.winner, None)
assert_equal(engine.squares, [PLAYER_X, None, None, None, None, None, None, None, None])
assert_equal(engine.moves, [(PLAYER_X, 0)])
def test_move_wins():
engine = TicTacToe()
engine.move(PLAYER_X, 0)
engine.move(PLAYER_O, 3)
assert_equal(engine.winner, None)
engine.move(PLAYER_X, 1)
engine.move(PLAYER_O, 4)
assert_equal(engine.winner, None)
engine.move(PLAYER_X, 2)
engine.move(PLAYER_O, 5)
assert_equal(engine.winner, PLAYER_X)
def test_load():
engine = TicTacToe.load(FINISH_GAMESTATE)
assert_equal(engine.winner, PLAYER_O)
assert_equal(engine.squares, [PLAYER_X, PLAYER_X, PLAYER_O, PLAYER_O, PLAYER_O, PLAYER_O, PLAYER_X, PLAYER_X, None])
assert_equal(
engine.moves,
[
(PLAYER_X, 7),
(PLAYER_O, 3),
(PLAYER_X, 6),
(PLAYER_O, 2),
(PLAYER_X, 0),
(PLAYER_O, 4),
(PLAYER_X, 1),
(PLAYER_O, 5),
],
)
def test_unplayable():
engine = TicTacToe.load(FINISH_GAMESTATE)
assert_equal(engine.playable(0), False)
def test_playable():
engine = TicTacToe.load(FINISH_GAMESTATE)
assert_equal(engine.playable(8), True)
def test_dump():
engine = TicTacToe()
assert_equal(engine.dump(), EMPTY_GAMESTATE)
def test_move_cats():
engine = TicTacToe()
[engine.move(p, sq) for p, sq in build_move_list([0, 4, 8, 7, 1, 2, 6, 3, 5])]
assert_equal(engine.winner, "cats")
def test_not_winner():
engine = TicTacToe()
[engine.move(p, sq) for p, sq in build_move_list([0, 4, 8, 6, 2])]
assert_equal(engine.is_winner(PLAYER_X, 7), False)
def test_move_out_of_bounds():
engine = TicTacToe()
engine.move(PLAYER_X, 9)
def test_move_into_claimed():
engine = TicTacToe()
engine.move(PLAYER_X, 0)
engine.move(PLAYER_O, 0)