def postControlNotification (self, nodeId, notification):
with self.lock:
nodeIdStr = str(nodeId)
previous = self.getLatestNotificationFromNode (nodeIdStr)
logger.info("Got latest notification to be: " + str(previous))
if previous is not None:
diff = notification.time - previous.time
diffSeconds = diff.total_seconds()
logger.info("Last notification arrived " + str(diffSeconds) + " seconds ago")
if (diffSeconds <= self.ignoreSeconds):
if (notification.value == previous.value) :
logger.info("Ignoring notification: " + str(notification.nid) + " since previous notification with same value came " + str(diffSeconds) + " seconds ago.")
notification.ignore = True
if notification.value == 'False':
if previous.value == 'False':
# If a sensor is closed, and it is still closed, we
# do not really care about it.
# However, if a sensor is open, we care about it no
# matter what the previous state was.
logger.info("Ignoring notification: " + str(notification.nid) + " since previous notification was false and current notification is false")
notification.ignore = True
else:
logger.info("Making a dummy previous")
previous = ValueNotification(notification.nodeId, notification.commandClass, notification.fullHex, "False")
previous.time = datetime.datetime(1970, 1, 1)
#Insert dummy notification
self.notifications.insert_one(previous.__dict__)
print "inserting one: " + str(notification.__dict__)
self.notifications.insert_one(notification.__dict__)
ncb = self.getNCB(nodeId)
ncb.setValue(notification.value)
self.nodes.replace_one({"_id": ncb._id}, ncb.__dict__)
def postControlNotification(self, nodeId, notification):
with self.lock:
#Critical Section
nodeIdStr = str(nodeId)
previous = self.getLatestNotificationFromNode(nodeIdStr)
logger.info("Got latest notification to be: " + str(previous))
if previous is not None:
diff = notification.time - previous.time
diffSeconds = diff.total_seconds()
logger.info("Last notification arrived " + str(diffSeconds) +
" seconds ago")
if (diffSeconds <= self.ignoreSeconds):
if (notification.value == previous.value):
logger.info(
"Ignoring notification: " + str(notification.nid) +
" since previous notification with same value came "
+ str(diffSeconds) + " seconds ago.")
notification.ignore = True
if notification.value == 'False':
if previous.value == 'False':
# If a sensor is closed, and it is still closed, we
# do not really care about it.
# However, if a sensor is open, we care about it no
# matter what the previous state was.
logger.info(
"Ignoring notification: " + str(notification.nid) +
" since previous notification was false and current notification is false"
)
notification.ignore = True
else:
logger.info("Making a dummy previous")
previous = ValueNotification(notification.nodeId,
notification.commandClass,
notification.fullHex, "False")
previous.time = datetime.datetime(1970, 1, 1)
ncb = self.shelf.get(nodeIdStr, NodeControlBlock(nodeIdStr))
l = ncb.notifications
l.insert(0, previous)
self.shelf[nodeIdStr] = ncb
ncb = self.shelf.get(nodeIdStr, NodeControlBlock(nodeIdStr))
l = ncb.notifications
# Truncate list to maxNotifcationsPerNode size
l.insert(0, notification)
if len(l) > self.maxNotifcationsPerNode:
ncb.notifications = l[:self.maxNotifcationsPerNode]
# Set overall control value for this node and put it on the shelf
ncb.setValue(notification.value)
self.shelf[nodeIdStr] = ncb
self.shelf.sync()
#End critical section
self.callRobots('control', notification, previous)
def postControlNotification (self, nodeId, notification):
with self.lock:
#Critical Section
nodeIdStr = str(nodeId)
previous = self.getLatestNotificationFromNode (nodeIdStr)
logger.info("Got latest notification to be: " + str(previous))
if previous is not None:
diff = notification.time - previous.time
diffSeconds = diff.total_seconds()
logger.info("Last notification arrived " + str(diffSeconds) + " seconds ago")
if (diffSeconds <= self.ignoreSeconds):
if (notification.value == previous.value) :
logger.info("Ignoring notification: " + str(notification.nid) + " since previous notification with same value came " + str(diffSeconds) + " seconds ago.")
notification.ignore = True
if notification.value == 'False':
if previous.value == 'False':
# If a sensor is closed, and it is still closed, we
# do not really care about it.
# However, if a sensor is open, we care about it no
# matter what the previous state was.
logger.info("Ignoring notification: " + str(notification.nid) + " since previous notification was false and current notification is false")
notification.ignore = True
else:
logger.info("Making a dummy previous")
previous = ValueNotification(notification.nodeId, notification.commandClass, notification.fullHex, "False")
previous.time = datetime.datetime(1970, 1, 1)
ncb = self.shelf.get(nodeIdStr, NodeControlBlock(nodeIdStr))
l = ncb.notifications
l.insert(0,previous)
self.shelf[nodeIdStr] = ncb
ncb = self.shelf.get(nodeIdStr, NodeControlBlock(nodeIdStr))
l = ncb.notifications
# Truncate list to maxNotifcationsPerNode size
l.insert(0,notification)
if len(l)>self.maxNotifcationsPerNode:
ncb.notifications = l[:self.maxNotifcationsPerNode]
# Set overall control value for this node and put it on the shelf
ncb.setValue(notification.value)
self.shelf[nodeIdStr] = ncb
self.shelf.sync()
#End critical section
self.callRobots('control', notification, previous)
def postValueNotification(self, nodeId, commandClass, fullHex, value):
notification = ValueNotification(nodeId, commandClass, fullHex, value)
logger.info("Created " + str(notification))
self.postControlNotification(nodeId, notification)