def testSetMove(self):
modified_board = boardutils.set_move([' '] * 9, 0, 'X')
expected_board = 'X '
self.assertEqual(expected_board, modified_board)
modified_board = boardutils.set_move(expected_board, 1, 'O')
expected_board = 'XO '
self.assertEqual(expected_board, modified_board)
def testSetMove(self):
modified_board = boardutils.set_move([' '] * 9, 0, 'X')
expected_board = 'X '
self.assertEqual(expected_board, modified_board)
modified_board = boardutils.set_move(expected_board, 1, 'O')
expected_board = 'XO '
self.assertEqual(expected_board, modified_board)
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
elif winnerString == 'O':
oTally += 1
else:
catTally += 1
if i % 25 == 0:
logging.info('X: %d, O: %d, Cat: %d', xTally, oTally, catTally)
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
elif winnerString == 'O':
oTally += 1
else:
catTally += 1
if i % 25 == 0:
