def test_cell_sum(self):
game_board = GameBoard()
self.assertFalse(game_board.check_for_win())
game_board.set_cell(3,1)
game_board.set_cell(5,1)
game_board.set_cell(7,1)
self.assertTrue(game_board.check_for_win())
def test_computer_player(self):
game_board = GameBoard()
computerplayer = ComputerPlayer("Computer",game_board,1)
name = computerplayer.name
# Test name was set
self.assertEqual(name,"Computer")
# Test board is instance of GameBoard
self.assertIsInstance(computerplayer.game_board,GameBoard)
# Test player (id of 1) has marker value of 4
self.assertEquals(computerplayer.marker_value, 4)
# Make the first move
computerplayer.make_move()
self.assertFalse(game_board.is_cell_empty(5))
# Make the another move
computerplayer.make_move()
self.assertFalse(game_board.is_cell_empty(1))
# Make the third move
computerplayer.make_move()
self.assertFalse(game_board.is_cell_empty(9))
self.assertTrue(game_board.check_for_win())
moves = 0
current_player_id = 0
active_turn = True
while active_turn:
moves += 1
# Grab the current player (based on id)
player = players[current_player_id]
print "%s's turn: Move #%d..." % (player.get_name(), moves)
player.make_move()
print board
if moves > 4 and board.check_for_win():
# If win combo was found, set to winner
board.winner = player
active_turn = False
elif (moves == 9):
# If max # of moves, done with game
active_turn = False
else:
# Move to the next player
if (current_player_id == 1):
current_player_id = 0
else:
current_player_id = 1
if (board.winner):
print "The WINNER is %s!\n" % board.winner.get_name()
