def _receiveContainer(self, socket):
msg = None
rx = MESSAGE.Container()
try:
msg = socket.recv_multipart()[-1]
rx.ParseFromString(msg)
except Exception as e:
PathLog.error("%s exception: %s" % (service.name, e))
PathLog.error(" msg = '%s'" % msg)
else:
# ignore all ping messages for now
if rx.type != TYPES.MT_PING:
return rx
return None
def _update(self):
with self.lock:
poll = True
updateServices = True
# if there is at least one service connected check if there are any messages to process
while poll:
# As it turns out the poller most often returns a single pair so we want to call it
# in a loop to get all pending updates.
poll = dict(self.Poller.poll(0))
for socket in poll:
msg = None
rx = MESSAGE.Container()
try:
msg = socket.recv_multipart()[-1]
rx.ParseFromString(msg)
except Exception as e:
PathLog.error("%s exception: %s" % (service.name, e))
PathLog.error(" msg = '%s'" % msg)
else:
# ignore all ping messages for now
if rx.type != TYPES.MT_PING:
#PathLog.debug(rx)
processed = False
if updateServices:
self._updateServicesLocked()
updateServices = False
for service in self.service.values():
if service and service.socket == socket:
service.process(rx)
processed = True
break
if not processed:
PathLog.debug("unconnected socket? %s" %
socket)
if (time.monotonic() - self.lastPing) > 0.5:
if updateServices:
self._updateServicesLocked()
if self.needUpdateJob:
self.updateJob()
for service in self.service.values():
if service:
service.ping()
self.lastPing = time.monotonic()
def __init__(self, command):
self.msg = MESSAGE.Container()
self.msg.type = command
self.state = MKCommandStatus.Created