def test_adjust(self):
robo = roboplayer.roboplayer()
# Test if correct when O wins
board_dict = {canonical_board(' ')[0]: [0, 1], canonical_board('X ')[0]: [2, 3],
canonical_board('X O ')[0]: [2, 4], canonical_board('X XO ')[0]: [4, 5],
canonical_board('X XOO ')[0]: [1, 6], canonical_board('X XOO X ')[0]: [5, 8]}
move_list = [(canonical_board(' '), 0), (canonical_board('X '), 3),
(canonical_board('X O '), 2), (canonical_board('X XO '), 4),
(canonical_board('X XOO '), 1), (canonical_board('X XOO X '), 5)]
new_board_dict = robo.adjust(move_list, 'X XOOOX ', board_dict)
test_dict = {canonical_board(' ')[0]: [0, 1], canonical_board('X ')[0]: [2, 3, 3],
canonical_board('X O ')[0]: [2, 4], canonical_board('X XO ')[0]: [4, 5, 4],
canonical_board('X XOO ')[0]: [1, 6], canonical_board('X XOO X ')[0]: [5, 8, 5]}
self.assertEqual(test_dict, new_board_dict)
# Test if correct when X wins
board_dict = {canonical_board(' ')[0]: [0, 1], canonical_board('X ')[0]: [2, 3],
canonical_board('X O ')[0]: [2, 4], canonical_board('X XO ')[0]: [4, 5],
canonical_board('X XOO ')[0]: [1, 6]}
move_list = [(canonical_board(' '), 0), (canonical_board('X '), 3),
(canonical_board('X O '), 2), (canonical_board('X XO '), 4),
(canonical_board('X XOO '), 1)]
new_board_dict = robo.adjust(move_list, 'XXXO O ', board_dict)
test_dict = {canonical_board(' ')[0]: [0, 1], canonical_board('X ')[0]: [2],
canonical_board('X O ')[0]: [2, 4], canonical_board('X XO ')[0]: [5],
canonical_board('X XOO ')[0]: [1, 6]}
self.assertEqual(test_dict, new_board_dict)
def __init__(self):
self.robo = roboplayer.roboplayer()
self.reset_board()
def __init__(self):
self.robo = roboplayer.roboplayer()
self.reset_board()
return self.board
def add_move(self, board, input_move):
self.moves[board] = input_move
# Resets the board to blank
def reset_board(self):
self.moves = {}
self.board = boardutils.empty_board()
if __name__ == '__main__':
logging.basicConfig(level=logging.INFO)
xTally = 0
oTally = 0
catTally = 0
robo = roboplayer.roboplayer()
for i in range(5001):
game = SmartTacToe()
while not boardutils.winner(game.board) and boardutils.winner(game.board) != 'Cat':
if boardutils.to_move(game.board) == 'X':
nextMove = robo.x_move(game.board)
game.board = boardutils.set_move(game.board, nextMove, boardutils.to_move(game.board))
else:
nextMove = robo.o_move(game.board)
game.board = boardutils.set_move(game.board, nextMove, boardutils.to_move(game.board))
print boardutils.readable_board_string(game.board)
winnerString = boardutils.winner(game.board)
robo.adjust(game.board)
if winnerString == 'X':
xTally += 1
break
def add_move(self, board, input_move):
self.moves[board] = input_move
# Resets the board to blank
def reset_board(self):
self.moves = {}
self.board = boardutils.empty_board()
if __name__ == '__main__':
logging.basicConfig(level=logging.INFO)
xTally = 0
oTally = 0
catTally = 0
robo = roboplayer.roboplayer()
for i in range(5001):
game = SmartTacToe()
while not boardutils.winner(
game.board) and boardutils.winner(game.board) != 'Cat':
if boardutils.to_move(game.board) == 'X':
nextMove = robo.x_move(game.board)
game.board = boardutils.set_move(
game.board, nextMove, boardutils.to_move(game.board))
else:
nextMove = robo.o_move(game.board)
game.board = boardutils.set_move(
game.board, nextMove, boardutils.to_move(game.board))
print boardutils.readable_board_string(game.board)
winnerString = boardutils.winner(game.board)
robo.adjust(game.board)
