def __init__(self, Ks, cert):
'''Construct a new network object. The application must invoke bind() before using any
other function on this object. The private key Ks and certificate cert must be supplied
to construct a network object.'''
Network.count = Network.count + 1
self.name = 'Network[%d]' % (Network.count)
self.queue = multitask.SmartQueue(
) # module's default queue for dispatching and receiving Message events
self.qsip = multitask.SmartQueue() # queue for SIP messages
self.qstun = multitask.SmartQueue() # queue for STUN-related messages
self.Ks, self.cert = Ks, cert
self.udp, self.tcp, self.mcast = createSockets(preferred=(ADDRESS,
PORT))
self.tcp.listen(5)
self.tcpc = dict(
) # table of client connections from Node to connected socket if any.
ip, port = getlocaladdr(self.udp)
ignore, ptcp = getlocaladdr(self.tcp)
self.node = Node(ip=ip,
port=port,
type=socket.SOCK_DGRAM,
guid=H(ip + ':' +
str(port))) # TODO: construct this using H(Kp)
self.nodetcp = Node(ip=ip,
port=ptcp,
type=socket.SOCK_STREAM,
guid=self.node.guid)
self.nodemcast = Node(ip=ADDRESS,
port=PORT,
type=socket.SOCK_DGRAM,
guid=self.node.guid)
self.gen = self.gentcp = self.genmcast = None
def create(self, nc, timeout=None):
self.nc = nc
result, fault = yield self.nc.client.send(Command(name='createStream'), timeout=timeout)
if _debug: print 'createStream result=', result, 'fault=', fault
if result:
stream = self.stream = Stream(self.nc.client)
stream.queue, stream.id = multitask.SmartQueue(), int(result.args[0]) # replace with SmartQueue
self.nc.client.streams[stream.id] = stream
raise StopIteration, self
else: raise StopIteration, None
def __init__(self, sock): # similar to the Client class of rtmp.py
Protocol.__init__(self, sock)
self.streams, self.objectEncoding, self._nextCallId, self.queue = {}, 0.0, 1, multitask.SmartQueue(
)
def __init__(self):
self.url = self.type = self.mode = None
self.queue = multitask.SmartQueue()
def __init__(self): self.url = self.type = self.mode = None; self.queue = multitask.SmartQueue() def get(self, timeout=None, criteria=None): result = yield self.queue.get(timeout=timeout, criteria=criteria); raise StopIteration, result
def __init__(self, **kwargs): # type, to, frm
super(History, self).__init__(**kwargs)
self._init, self._queue = False, multitask.SmartQueue()