def get_event_connection(self):
logging.debug('ex.get_event_connection')
# any connections left ?
if len(self.event_conn_queue):
return self.event_conn_queue.pop(0)
# No available connections, can we create
# another one?
if not self.event_connections < MAX_EVENT_CONNS:
return None
# create another one
ep = EVENT_ENDPOINT.split(':')
ep = (ep[0], int(ep[1]))
self.event_connections += 1
conn = Connection(
ep,
self.loop,
self.create_win_request,
self.receive_win_response,
self.remove_event_connection,
None)
state = conn.connect()
if state == Connection.STATE_CONNECTING:
logging.debug('event connecting with id %d' % conn.id)
self.event_conns[conn.id] = conn
return conn
def async_connect(self, endpoint):
"""
Asynchronously connect to an endpoint
"""
# create the connection
logging.debug("launching async_connect to %s" % endpoint)
ep = endpoint.split(":")
ep = (ep[0], int(ep[1]))
conn = Connection(ep, self.loop, self.create_request, self.receive_response, self.remove_connection, None)
self.awaiting_conns[conn.id] = conn
# create the entry
if endpoint not in self.conns:
self.conns[endpoint] = []
state = conn.connect()
if state == Connection.STATE_CONNECTING:
logging.debug("connecting!")
def async_connect(self, endpoint):
'''
Asynchronously connect to an endpoint
'''
# create the connection
logging.debug('launching async_connect to %s' % endpoint)
ep = endpoint.split(':')
ep = (ep[0], int(ep[1]))
conn = Connection(ep, self.loop, self.create_request,
self.receive_response, self.remove_connection, None)
self.awaiting_conns[conn.id] = conn
# create the entry
if endpoint not in self.conns:
self.conns[endpoint] = []
state = conn.connect()
if state == Connection.STATE_CONNECTING:
logging.debug('connecting!')
