def test_winconditions(self):
"""Make sure all win conditions are valid"""
board = Board()
"""Testing top row win"""
for i in range(0,3):
board.inputMove(i, "X")
self.assertTrue(board.checkForWinner("X"))
board.__init__
"""Testing middle row win"""
for i in range(3, 6):
board.inputMove(i, "X")
self.assertTrue(board.checkForWinner("X"))
board.__init__
"""Testing bottom row win"""
for i in range(6, 9):
board.inputMove(i, "X")
self.assertTrue(board.checkForWinner("X"))
board.__init__
"""Testing left vertical column win"""
for i in range(0, 7, 3):
board.inputMove(i, "X")
self.assertTrue(board.checkForWinner("X"))
board.__init__
"""Testing middle vertical column win"""
for i in range(1, 8, 3):
board.inputMove(i, "X")
self.assertTrue(board.checkForWinner("X"))
board.__init__
"""Testing right vertical column win"""
for i in range(2, 9, 3):
board.inputMove(i, "X")
self.assertTrue(board.checkForWinner("X"))
board.__init__
"""Testing \ diagonal win"""
for i in range(0, 9, 4):
board.inputMove(i, "X")
self.assertTrue(board.checkForWinner("X"))
board.__init__
"""Testing / diagonal win"""
for i in range(2, 7, 2):
board.inputMove(i, "X")
self.assertTrue(board.checkForWinner("X"))
board.__init__
if pos[0] > mo[i][0] and pos[0] < mo[i][0] + 100 and pos[
1] > mo[i][1] and pos[1] < mo[i][1] + 66:
# Input validation
if (board.gs[i] == " "):
# Draw the X
pygame.draw.line(disp, green,
(mo[i][0] + 25, mo[i][1] + 15),
(mo[i][0] + 75, mo[i][1] + 55), 6)
pygame.draw.line(disp, green,
(mo[i][0] + 25, mo[i][1] + 55),
(mo[i][0] + 75, mo[i][1] + 15), 6)
board.inputMove(i, player)
# Check for win condition
if board.checkForWinner(player):
displayMessage("You win!!", green, black, fontObj,
200, 340)
# Check for draw so we can skip computers turn
elif board.checkForDraw():
displayMessage("Looks like a cats game!!", white,
black, fontObj, 250, 340)
elif (board.playAgain == " "):
cmove = board.moveAI(comp, player)
board.inputMove(cmove, comp)
# Draw the O
pygame.draw.circle(
disp, red,
(mo[cmove][0] + 50, mo[cmove][1] + 35), 25, 6)
