def test_initial_win_scores(self):
test_board = ConnectFourBoard(AbstractTranspositionTable())
self.assertEqual(test_board.num_potential_wins(),
len(test_board.win_scores[0]))
def test_num_potential_wins(self): test_board = ConnectFourBoard(AbstractTranspositionTable()) self.assertEqual(6 * 4 + 7 * 3 + 2 * 4 * 3, test_board.num_potential_wins())
def test_unique_id(self):
test_board = ConnectFourBoard(AbstractTranspositionTable())
test_board.make_move(ConnectFourMove(0))
self.assertEqual(0L ^ 11535137346879502140L, test_board.unique_id())
def test_heuristic(self): test_board = ConnectFourBoard(AbstractTranspositionTable()) self.assertEqual(69, test_board.simple_scores[NegamarkBoard.X - 1]) test_board.make_move(ConnectFourMove(3)) self.assertEqual(76, test_board.simple_scores[NegamarkBoard.X - 1]) self.assertEqual(62, test_board.simple_scores[NegamarkBoard.O - 1]) self.assertEqual(-14, test_board.heuristic()) test_board.make_move(ConnectFourMove(0)) test_board.make_move(ConnectFourMove(3)) test_board.make_move(ConnectFourMove(2)) test_board.make_move(ConnectFourMove(3)) test_board.make_move(ConnectFourMove(2)) test_board.make_move(ConnectFourMove(3)) self.assertTrue(test_board.heuristic() <= -1000)
def test_methods_implemented(self): test_board = ConnectFourBoard(AbstractTranspositionTable()) self.assertTrue(test_board.verify_subclass())
