def added(self, rname, rhost, raddr, rport, rtxt, ahost):
"""
This is a callback for the BonjourServiceDiscovery. This is called when
a new service is found.
"""
peerid = Peerid(str(rname))
proxy = ServiceProxy(peerid, str(rhost), str(raddr), int(rport),
str(ahost))
reactor.callInThread(self.dispatchAdded, proxy, rtxt)
def removed(self, rname):
"""
This is a callback for the BonjourServiceDiscovery. This is called when
a service is removed from the environment.
"""
peerid = Peerid(str(rname))
if peerid in self.proxys:
proxy = self.proxys[peerid]
proxy.alive = False
reactor.callInThread(self.dispatchRemoved, proxy)
del self.proxys[peerid]
def dispatchAnswer(self, root, msg):
"""
This method is intended to dispatch the answer for a query.
"""
if logger.isEnabledFor(logging.DEBUG):
logger.debug("Query Answer")
qid = Peerid(root.attrib['id'])
if qid in self.deferred_answers[msg.peerid]:
answer = self.deferred_answers[msg.peerid].pop(qid)
answer.callback(root.getchildren())
else:
if logger.isEnabledFor(logging.WARNING):
logger.warning('UnRequested or TimedOut Answer : qid.%08.x' %
qid)
def getConnectedPeers(self, cname):
"""
This method returns a list of connected peerid of the given connector
name
"""
conn = self.connectors[cname]
with self.supervisor:
if logger.isEnabledFor(logging.DEBUG):
logger.debug("Thread blocking function called")
element = threads.blockingCallFromThread(
reactor, self.control.query,
REQUEST_CONTROL_QUERY % (conn.xml_type, cname), self.peerid)[0]
el = element.find('peers')
res = [Peerid(e.text) for e in el.findall('peer')]
return res
def __set_peerid__(self, val):
self.__peerid__ = Peerid(val)
def __set_peers__(self, value):
if value in [None, '', 'None']:
value = []
elif isinstance(value, dict):
value = [Peerid(p['id']) for p in value['peer']]
self.__peers__ = value
self.addr = addr
def __get_tcp__(self):
return self.__tcp__
def __set_tcp__(self, val):
self.__tcp__ = None if val in [None, 'None'] else int(val)
tcp = property(__get_tcp__, __set_tcp__)
def __set_peerid__(self, val):
self.__peerid__ = Peerid(val)
def __get_peerid__(self):
return self.__peerid__
peerid = property(__get_peerid__, __set_peerid__)
peerId = peerid
def __set_udp__(self, val):
self.__udp__ = None if val in [None, 'None'] else int(val)
def __get_udp__(self):
return self.__udp__
udp = property(__get_udp__, __set_udp__)
__unbound_control__ = ControlConnector()
__unbound_control__.peerid = Peerid()