class GameLoadTestComputerFirst(unittest.TestCase):
GAME_COUNT = 1000
def setUp(self):
self.board = Board()
self.player = Player("X", self.board, "Sys")
self.computer = ComputerPlayer("O",self.board)
self.winners = {}
self.moves = {}
def play_game(self):
sys_moves = []
while self.board.winner == None:
self.computer.place_marker()
#print "Computer places Marker at {0}".format(self.board.last_cell)
choice_made = False
while not choice_made:
choice = random.randrange(0, 9, 1)
if choice not in sys_moves and self.board.get_cell(choice) == None:
sys_moves.append(choice)
choice_made = True
self.player.place_marker(choice)
#if self.board.winner == None:
if self.board.full:
self.board.declare_cat()
choice_made = True
#print "Player places Marker at {0}".format(self.board.last_cell)
winner = self.board.winner
if winner in self.winners.keys():
self.winners[winner] = self.winners[winner] + 1
else:
self.winners[winner] = 1
if winner == "X":
move = sys_moves.__str__()
if move in self.moves.keys():
self.moves[move] = self.moves[move] + 1
else:
self.moves[move] = 1
def test_game_computer_first(self):
print "Computer Will go first"
for count in range(self.GAME_COUNT):
self.play_game()
self.board.clear()
print "\n{0}".format(self.winners)
print "\n{0}".format(self.moves)
class BoardTest(unittest.TestCase):
def setUp(self):
self.board = Board()
def test_size(self):
self.assertEquals(self.board.size(), 9)
def test_take_cell(self):
marker = "X"
self.assertEquals(self.board.get_cell(0), None)
self.board.take_cell(0, marker)
self.assertEquals(self.board.get_cell(0), marker)
self.assertRaises(BoardError,self.board.take_cell, 9, marker)
self.assertRaises(BoardError, self.board.take_cell, 0, "O")
def test_check_board_incomplete(self):
marker = "O"
self.board.clear()
self.board.take_cell(0,marker)
# pdb.set_trace()
assert self.board.check_board() == False
assert self.board.winner != marker
def test_check_board_horizontal(self):
marker = "O"
self.board.take_cell(0,marker)
self.board.take_cell(1,marker)
self.board.take_cell(2,marker)
assert self.board.check_board()
assert self.board.winner == marker
self.board.clear()
self.board.take_cell(3,marker)
self.board.take_cell(4,marker)
self.board.take_cell(5,marker)
assert self.board.check_board()
assert self.board.winner == marker
self.board.clear()
self.board.take_cell(6,marker)
self.board.take_cell(7,marker)
self.board.take_cell(8,marker)
assert self.board.check_board()
assert self.board.winner == marker
def test_check_board_vertical(self):
marker = "O"
self.board.take_cell(0,marker)
self.board.take_cell(3,marker)
self.board.take_cell(6,marker)
assert self.board.check_board()
assert self.board.winner == marker
self.board.clear()
self.board.take_cell(1,marker)
self.board.take_cell(4,marker)
self.board.take_cell(7,marker)
assert self.board.check_board()
assert self.board.winner == marker
self.board.clear()
self.board.take_cell(2,marker)
self.board.take_cell(5,marker)
self.board.take_cell(8,marker)
assert self.board.check_board()
assert self.board.winner == marker
def test_check_board_diagonal(self):
marker = "O"
self.board.take_cell(0,marker)
self.board.take_cell(4,marker)
self.board.take_cell(8,marker)
assert self.board.check_board()
assert self.board.winner == marker
self.board.clear()
self.board.take_cell(2,marker)
self.board.take_cell(4,marker)
self.board.take_cell(6,marker)
assert self.board.check_board()
assert self.board.winner == marker
