def sendPush(self, noop=False):
logs.info("Submitting push notifications to %s devices" % len(self._pushQueue))
# Apply rate limit
limit = 3
for deviceId, pushQueue in self._pushQueue.iteritems():
if IS_PROD or deviceId in self._adminTokens:
count = 0
apns_wrapper = APNSNotificationWrapper(self._apnsCert, sandbox=self._sandbox)
pushQueue.reverse()
for notification in pushQueue:
count += 1
if count > limit:
logs.debug("Limit exceeded for device '%s'" % deviceId)
break
try:
# Build APNS notification
logs.debug("Push activityId '%s' to device '%s'" % (notification.activityId, deviceId))
apnsNotification = APNSNotification()
apnsNotification.token(binascii.unhexlify(deviceId))
if notification.message is not None:
msg = notification.message.encode('ascii', 'ignore')
apnsNotification.alert(msg)
if notification.badge is not None:
apnsNotification.badge(notification.badge)
# Add notification to wrapper
apns_wrapper.append(apnsNotification)
except Exception as e:
logs.warning("Push failed: '%s'" % notification)
logs.warning(utils.getFormattedException())
if apns_wrapper.count() > 0:
if not noop:
apns_wrapper.notify()
logs.info("Success!")
def taskThreadProc(self):
self.logger.warning('%s started'%threading.currentThread().getName())
apnsWrapper = APNSNotificationWrapper(self.pemfilename, self.sandbox)
while self.status != self.WORK_STOP:
self.logger.debug('%s : apnsWrapper.count()=%d'%(threading.currentThread().getName(),apnsWrapper.count()))
if apnsWrapper.count() == 0:
try:
taskstr = self.tashQueue.get(timeout=10)
except Queue.Empty,e:
self.logger.info('%s Get 0 task in 10s'%(threading.currentThread().getName()))
continue
else:
try:
taskstr = self.tashQueue.get(timeout=1)
except Queue.Empty,e:
self.logger.info('%s is to notify %d push'%(threading.currentThread().getName(),apnsWrapper.count()))
result = apnsWrapper.notify()
self.logger.info('%s notified %d push:%s'%(threading.currentThread().getName(),apnsWrapper.count(),result))
apnsWrapper = APNSNotificationWrapper(self.pemfilename, self.sandbox)
continue