def register_iq_response_future(self, from_, id_, fut):
        """
        Register a future `fut` for an IQ stanza with type ``result`` or
        ``error`` from the :class:`~aioxmpp.JID` `from_` with the id
        `id_`.

        If the type of the IQ stanza is ``result``, the stanza is set as result
        to the future. If the type of the IQ stanza is ``error``, the stanzas
        error field is converted to an exception and set as the exception of
        the future.

        The future might also receive different exceptions:

        * :class:`.errors.ErroneousStanza`, if the response stanza received
          could not be parsed.

          Note that this exception is not emitted if the ``from`` address of
          the stanza is unset, because the code cannot determine whether a
          sender deliberately used an erroneous address to make parsing fail
          or no sender address was used. In the former case, an attacker could
          use that to inject a stanza which would be taken as a stanza from the
          peer server. Thus, the future will never be fulfilled in these
          cases.

          Also note that this exception does not derive from
          :class:`.errors.XMPPError`, as it cannot provide the same
          attributes. Instead, it dervies from :class:`.errors.StanzaError`,
          from which :class:`.errors.XMPPError` also derives; to catch all
          possible stanza errors, catching :class:`.errors.StanzaError` is
          sufficient and future-proof.

        * :class:`ConnectionError` if the stream is :meth:`stop`\\ -ped (only
          if SM is not enabled) or :meth:`close`\\ -ed.

        * Any :class:`Exception` which may be raised from
          :meth:`~.protocol.XMLStream.send_xso`, which are generally also
          :class:`ConnectionError` or at least :class:`OSError` subclasses.

        """

        self._iq_response_map.add_listener(
            (from_, id_),
            StanzaErrorAwareListener(
                callbacks.FutureListener(fut)
            )
        )
        self._logger.debug("iq response future registered: from=%r, id=%r",
                           from_, id_)
def register_iq_response_future ( self , from_ , id_ , fut ) : self . _iq_response_map . add_listener ( ( from_ , id_ ) , StanzaErrorAwareListener ( callbacks . FutureListener ( fut ) ) ) self . _logger . debug ( "iq response future registered: from=%r, id=%r" , from_ , id_ )
Register a future `fut` for an IQ stanza with type ``result`` or
        ``error`` from the :class:`~aioxmpp.JID` `from_` with the id
        `id_`.

        If the type of the IQ stanza is ``result``, the stanza is set as result
        to the future. If the type of the IQ stanza is ``error``, the stanzas
        error field is converted to an exception and set as the exception of
        the future.

        The future might also receive different exceptions:

        * :class:`.errors.ErroneousStanza`, if the response stanza received
          could not be parsed.

          Note that this exception is not emitted if the ``from`` address of
          the stanza is unset, because the code cannot determine whether a
          sender deliberately used an erroneous address to make parsing fail
          or no sender address was used. In the former case, an attacker could
          use that to inject a stanza which would be taken as a stanza from the
          peer server. Thus, the future will never be fulfilled in these
          cases.

          Also note that this exception does not derive from
          :class:`.errors.XMPPError`, as it cannot provide the same
          attributes. Instead, it dervies from :class:`.errors.StanzaError`,
          from which :class:`.errors.XMPPError` also derives; to catch all
          possible stanza errors, catching :class:`.errors.StanzaError` is
          sufficient and future-proof.

        * :class:`ConnectionError` if the stream is :meth:`stop`\\ -ped (only
          if SM is not enabled) or :meth:`close`\\ -ed.

        * Any :class:`Exception` which may be raised from
          :meth:`~.protocol.XMLStream.send_xso`, which are generally also
          :class:`ConnectionError` or at least :class:`OSError` subclasses.