def test_losing():
"""test losing states"""
losing_state = list('XXOO.....')
for i in range(10):
random.shuffle(losing_state)
assert find_winner(''.join(losing_state)) == None
def test_losing():
"""test losing boards"""
losing_board = list('XXOO.....')
for _ in range(10):
random.shuffle(losing_board)
assert find_winner(''.join(losing_board)) is None
def test_winning():
"""test winning states"""
wins = [('PPP......'), ('...PPP...'), ('......PPP'), ('P..P..P..'),
('.P..P..P.'), ('..P..P..P'), ('P...P...P'), ('..P.P.P..')]
for player in 'XO':
other_player = 'O' if player == 'X' else 'X'
for state in wins:
state = state.replace('P', player)
dots = [i for i in range(len(state)) if state[i] == '.']
mut = random.sample(dots, k=2)
test_state = ''.join([
other_player if i in mut else state[i]
for i in range(len(state))
])
assert find_winner(test_state) == player
def test_winning():
"""test winning boards"""
wins = [('PPP......'), ('...PPP...'), ('......PPP'), ('P..P..P..'),
('.P..P..P.'), ('..P..P..P'), ('P...P...P'), ('..P.P.P..')]
for player in 'XO':
other_player = 'O' if player == 'X' else 'X'
for board in wins:
board = board.replace('P', player)
dots = [i for i in range(len(board)) if board[i] == '.']
mut = random.sample(dots, k=2)
test_board = ''.join([
other_player if i in mut else board[i]
for i in range(len(board))
])
assert find_winner(test_board) == player
'''check if the move is valid and add to the history'''
if tictactoe.make_move(Board, move, Players[turn % 2]):
# print ("drop piece")
Tries = 0
History.append(move)
'''if players makes more than 3 invalid moves, the game is stuck'''
if Tries > 3:
print ('Player {} is stuck!'.format((turn % 2) + 1))
break
'''prints the updated board'''
tictactoe.print_board(Board)
print()
print()
'''check for winner after the move'''
Winner = tictactoe.find_winner(Board)
'''checks for a draw board'''
Draw = tictactoe.check_full_board(Board)
#print (Winner)
if Winner:
print ('The Winner is {}'.format(tictactoe.PIECE_COLOR_MAP[Winner]))
elif Draw:
print('It is a draw')
writeToFile()