class TestControllerCheckTie(unittest.TestCase):
""" Check for controller for the situation of a a tie, full board """
def setUp(self):
"""Inits empty grid for testing"""
self.controller = Controller()
def tearDown(self):
""" Closes the controller """
del self.controller
@patch('sys.stdout', new_callable=StringIO)
def test_if_tie_completely_full(self, mock_stdout):
""" Check if board is completely full call show_tie and print that it's a tie """
self.controller.board = [
["\u25CF"] * 6,
["\u25CF"] * 6,
["\u25CF"] * 6,
["\u25CF"] * 6,
["\u25CF"] * 6,
["\u25CF"] * 6,
["\u25CF"] * 6,
]
tie_print = "Yay! It's a tie! (^-^)\n"
self.controller.check_tie()
self.assertEqual(tie_print, mock_stdout.getvalue())
@patch('sys.stdout', new_callable=StringIO)
def test_if_tie_partially_full(self, mock_stdout):
""" Check if board is partially full call show_tie and print that it's a tie """
self.controller.board = [
[" "] * 3 + ["\u25CF"] * 3,
["\u25CF"] * 6,
["\u25CF"] * 6,
["\u25CF"] * 6,
["\u25CF"] * 6,
["\u25CF"] * 6,
["\u25CF"] * 6,
]
tie_print = "Yay! It's a tie! (^-^)\n"
self.controller.check_tie()
self.assertNotEqual(tie_print, mock_stdout.getvalue())
def setUp(self):
"""Inits empty grid for testing"""
self.controller = Controller()
class TestControllerCheckWinner(unittest.TestCase):
""" Checks the controller's logic for the situation of a win. """
def setUp(self):
"""Inits empty grid for testing"""
self.controller = Controller()
def tearDown(self):
""" Closes the view """
del self.controller
def test_if_winner_column_player_a(self):
""" Check for a vertical win player A """
self.controller.board = [
[" "] * 6,
[" "] * 6,
[" "] * 6,
[" "] * 6,
[" "] * 6,
[" "] * 2 + ["\u25CF"] * 4,
[" "] * 6
]
self.assertTrue(self.controller.check_winner())
def test_if_winner_column_player_b(self):
""" Check for a vertical win Player B """
self.controller.board = [
[" "] * 6,
[" "] * 6,
[" "] * 6,
[" "] * 6,
[" "] * 6,
[" "] * 2 + ["\u25CB"] * 4,
[" "] * 6
]
self.assertFalse(self.controller.check_winner())
def test_if_winner_row_player_A(self):
""" Check for a horizontal win Player A """
self.controller.board = [
[" "] * 6,
[" "] * 6,
[" "] * 6,
[" "] * 5 + ["\u25CF"] * 1,
[" "] * 5 + ["\u25CF"] * 1,
[" "] * 5 + ["\u25CF"] * 1,
[" "] * 5 + ["\u25CF"] * 1,
]
self.assertTrue(self.controller.check_winner())
def test_if_winner_diag_player_a(self):
""" Check for a diagonal win Player A """
self.controller.board = [
[" "] * 5 + ["\u25CF"] * 1,
[" "] * 4 + ["\u25CF"] * 1 + [" "] * 1,
[" "] * 3 + ["\u25CF"] * 1 + [" "] * 2,
[" "] * 2 + ["\u25CF"] * 1 + [" "] * 3,
[" "] * 1 + ["\u25CF"] * 1 + [" "] * 4,
[" "] * 6,
[" "] * 6
]
self.assertTrue((self.controller.check_winner()))
def test_if_winner_player_a_other_way(self):
""" Check for other diagonal win Player A """
self.controller.board = [
[" "] * 6,
[" "] * 6,
[" "] * 1 + ["\u25CF"] * 1 + [" "] * 4,
[" "] * 2 + ["\u25CF"] * 1 + [" "] * 3,
[" "] * 3 + ["\u25CF"] * 1 + [" "] * 2,
[" "] * 4 + ["\u25CF"] * 1 + [" "] * 1,
[" "] * 5 + ["\u25CF"] * 1
]
self.assertTrue((self.controller.check_winner()))
