(cls, block=True, timeout=None)
return [ref.stop(block, timeout) for ref in reversed(cls.get_all())]
Stop all running actors.

        ``block`` and ``timeout`` works as for
        :meth:`ActorRef.stop() <pykka.ActorRef.stop>`.

        If ``block`` is :class:`True`, the actors are guaranteed to be stopped
        in the reverse of the order they were started in. This is helpful if
        you have simple dependencies in between your actors, where it is
        sufficient to shut down actors in a LIFO manner: last started, first
        stopped.

        If you have more complex dependencies in between your actors, you
        should take care to shut them down in the required order yourself, e.g.
        by stopping dependees from a dependency's
        :meth:`on_stop() <pykka.Actor.on_stop>` method.

        :returns: If not blocking, a list with a future for each stop action.
            If blocking, a list of return values from
            :meth:`pykka.ActorRef.stop`.
Stop all running actors.
Stop all running actors .
def stop_all(cls, block=True, timeout=None):
        """
        Stop all running actors.

        ``block`` and ``timeout`` works as for
        :meth:`ActorRef.stop() <pykka.ActorRef.stop>`.

        If ``block`` is :class:`True`, the actors are guaranteed to be stopped
        in the reverse of the order they were started in. This is helpful if
        you have simple dependencies in between your actors, where it is
        sufficient to shut down actors in a LIFO manner: last started, first
        stopped.

        If you have more complex dependencies in between your actors, you
        should take care to shut them down in the required order yourself, e.g.
        by stopping dependees from a dependency's
        :meth:`on_stop() <pykka.Actor.on_stop>` method.

        :returns: If not blocking, a list with a future for each stop action.
            If blocking, a list of return values from
            :meth:`pykka.ActorRef.stop`.
        """
        return [ref.stop(block, timeout) for ref in reversed(cls.get_all())]
def stop_all ( cls , block = True , timeout = None ) : return [ ref . stop ( block , timeout ) for ref in reversed ( cls . get_all ( ) ) ]