def game_loop():
board = ttt.get_board()
player_counter = 0
while True:
player = player_counter % 2 + 1
if ttt.is_board_full(board):
ttt.print_board(board)
print("Tie")
break
ttt.print_board(board)
try:
r, c = input("Player" + str(player) + "-> r, c").split()
r, c = int(r) - 1, int(c) - 1
except ValueError:
print(
"Player", str(player),
"Invalid Row Column Format \nExample input for row 1 and column 2 is: 1 2"
)
continue
if not _check_bounds(r, c):
print("Player", str(player), "Invalid Position")
continue
if not ttt.is_playable(board, r, c):
print("Player", str(player), "Position already filled")
continue
ttt.play_tile(board, r, c, ttt.TILE_X if player == 1 else ttt.TILE_O)
if ttt.is_tictactoe(board):
ttt.print_board(board)
print("Player", player, "wins")
break
player_counter += 1
ttt.clear_board(board)
return player
def test_tac_out_of_range(self):
tictactoe.init()
result = tictactoe.tac(4, 1)
self.assertEqual(" | | \n" * 3, tictactoe.get_board())
self.assertEqual(False, result)
def test_get_board(self):
self.assertEqual(" | | \n" * 3, tictactoe.get_board())
def test_return_type(self):
assert isinstance(validate_board(get_board()), bool)
def test_tac_on_empty_board(self):
tictactoe.init()
tictactoe.tac(1, 3)
self.assertEqual(" | |o\n" + " | | \n" * 2, tictactoe.get_board())
def test_return_one_1(self):
assert game_finished(get_board()) == 1
def test_return_type_1(self):
assert isinstance(render_board(get_board()), str)
def test_return_type(self):
assert isinstance(game_finished(get_board()), int)
def test_return_false_4(self):
assert validate_board(get_board([0, 1])) == False
def test_return_false_2(self):
assert validate_board(get_board([1, 4, 2])) == False
def test_return_false_1(self):
assert validate_board(get_board(rows=4)) == False
def test_return_true_1(self):
assert validate_board(get_board()) == True
