<jupyter_start><jupyter_text>Solution<jupyter_code>num_players = 10

b = Board(num_players=num_players)
d = Dice()
curr_player = 0
b.reset()
b.set_current_player(curr_player)

while True:
    steps = d.roll()
    
    print('player %d makes %d steps' % (curr_player+1, steps))
    b.make_move(steps)
    
    if b.at_ladder_start():
        p1 = b.get_position()
        b.move_to_ladder_end()
        p2 = b.get_position()
        print('player %d took ladder %d -> %d' % (curr_player+1, p1, p2))

    if b.at_snake_head():
        p1 = b.get_position()
        b.move_to_snake_tail()
        p2 = b.get_position()
        print('player %d was eaten by a snake %d -> %d' % (curr_player+1, p1, p2))
        
    if b.player_won():
        print('player %d WON!!!!!!'% (curr_player+1))
        b.print_player_positions()
        break
        
    curr_player += 1
    curr_player = curr_player % num_players
    b.set_current_player(curr_player)<jupyter_output>player 1 makes 1 steps
player 2 makes 1 steps
player 3 makes 3 steps
player 3 took ladder 3 -> 34
player 4 makes 1 steps
player 5 makes 4 steps
player 6 makes 3 steps
player 6 took ladder 3 -> 34
player 7 makes 1 steps
player 8 makes 1 steps
player 9 makes 1 steps
player 10 makes 6 steps
player 1 makes 2 steps
player 1 took ladder 3 -> 34
player 2 makes 3 steps
player 3 makes 2 steps
player 4 makes 6 steps
player 5 makes 2 steps
player 6 makes 4 steps
player 7 makes 1 steps
player 8 makes 2 steps
player 8 took ladder 3 -> 34
player 9 makes 2 steps
player 9 took ladder 3 -> 34
player 10 makes 3 steps
player 1 makes 1 steps
player 2 makes 5 steps
player 3 makes 5 steps
player 4 makes 1 steps
player 5 makes 4 steps
player 5 took ladder 10 -> 24
player 6 makes 3 steps
player 7 makes 2 steps
player 8 makes 4 steps
player 9 makes 1 steps
player 10 makes 1 steps
player 10 took ladder 10 -> 24
player 1 makes 1 steps
player 2 makes 3 steps
player 3 makes 5 steps
player 4 makes 4 steps
player 5 [...]
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