(self, *args, **kwargs)
Your are free to override :meth:`__init__`, but you must call your
        superclass' :meth:`__init__` to ensure that fields :attr:`actor_urn`,
        :attr:`actor_inbox`, and :attr:`actor_ref` are initialized.

        You can use :func:`super`::

            super().__init__()

        Or call you superclass directly::

            pykka.ThreadingActor.__init__(self)

        :meth:`__init__` is called before the actor is started and registered
        in :class:`ActorRegistry <pykka.ActorRegistry>`.
Your are free to override :meth:`__init__`, but you must call your
        superclass' :meth:`__init__` to ensure that fields :attr:`actor_urn`,
        :attr:`actor_inbox`, and :attr:`actor_ref` are initialized.
Your are free to override : meth : __init__ but you must call your superclass : meth : __init__ to ensure that fields : attr : actor_urn : attr : actor_inbox and : attr : actor_ref are initialized .
def __init__(self, *args, **kwargs):
        """
        Your are free to override :meth:`__init__`, but you must call your
        superclass' :meth:`__init__` to ensure that fields :attr:`actor_urn`,
        :attr:`actor_inbox`, and :attr:`actor_ref` are initialized.

        You can use :func:`super`::

            super().__init__()

        Or call you superclass directly::

            pykka.ThreadingActor.__init__(self)

        :meth:`__init__` is called before the actor is started and registered
        in :class:`ActorRegistry <pykka.ActorRegistry>`.
        """
        self.actor_urn = uuid.uuid4().urn
        self.actor_inbox = self._create_actor_inbox()
        self.actor_stopped = threading.Event()

        self.actor_ref = ActorRef(self)
def __init__ ( self , * args , * * kwargs ) : self . actor_urn = uuid . uuid4 ( ) . urn self . actor_inbox = self . _create_actor_inbox ( ) self . actor_stopped = threading . Event ( ) self . actor_ref = ActorRef ( self )