def test_winner_by_2nd_diagonal(self):
"""Player1 should win wen complete the 2nd diagonal"""
self.board = ttt.make_move('0,2', self.board, self.p1)
self.board = ttt.make_move('1,1', self.board, self.p1)
self.board = ttt.make_move('2,0', self.board, self.p1)
ttt.print_board(self.board)
self.assertEqual(ttt.status(self.board, [self.p1, self.p2]), '#')
def test_winner_by_col(self):
"""Player1 should win wen complete a col"""
self.board = ttt.make_move('0,0', self.board, self.p1)
self.board = ttt.make_move('1,0', self.board, self.p1)
self.board = ttt.make_move('2,0', self.board, self.p1)
ttt.print_board(self.board)
self.assertEqual(ttt.status(self.board, [self.p1, self.p2]), '#')
def test_should_be_no_moves_at_the_end(self):
"""Should be no moves at the end of the game"""
#player1 moves
self.board = ttt.make_move('0,0', self.board, self.p1)
self.board = ttt.make_move('0,2', self.board, self.p1)
self.board = ttt.make_move('1,1', self.board, self.p1)
self.board = ttt.make_move('1,2', self.board, self.p1)
self.board = ttt.make_move('2,1', self.board, self.p1)
#player2 moves
self.board = ttt.make_move('0,1', self.board, self.p2)
self.board = ttt.make_move('1,0', self.board, self.p2)
self.board = ttt.make_move('2,0', self.board, self.p2)
self.board = ttt.make_move('2,2', self.board, self.p2)
self.assertEqual(ttt.moves_left(self.board), 0)
def test_status_tie_game(self):
"""Should be no winner in a tie game"""
#player1 moves
self.board = ttt.make_move('0,0', self.board, self.p1)
self.board = ttt.make_move('0,2', self.board, self.p1)
self.board = ttt.make_move('1,1', self.board, self.p1)
self.board = ttt.make_move('1,2', self.board, self.p1)
self.board = ttt.make_move('2,1', self.board, self.p1)
#player2 moves
self.board = ttt.make_move('0,1', self.board, self.p2)
self.board = ttt.make_move('1,0', self.board, self.p2)
self.board = ttt.make_move('2,0', self.board, self.p2)
self.board = ttt.make_move('2,2', self.board, self.p2)
ttt.print_board(self.board)
self.assertFalse(ttt.status(self.board, [self.p1, self.p2]))
def new_winnable_board():
player = 1
board = create_board()
status = ''
while True:
if status == 'win':
if player == 1:
break
else:
board = create_board()
if not True in [0 in i for i in board]:
board = create_board()
move = random.randrange(0, 10)
[status, player, board] = make_move(move, player, board)
y = int(move / 3)
x = move % 3
board[y][x] = 0
return [board, move]
def test_can_make_move(self):
"""Can make a move"""
self.board = ttt.make_move('0,0', self.board, self.p1)
self.assertEqual(self.board[0][0], self.p1)
def test_move_already_done(self):
"""Cant do a move already done"""
self.board = ttt.make_move('0,0', self.board, self.p1)
self.assertFalse(ttt.move_allowed('0,0', self.board))
