def onAdaptorService(self, msg):
self.cbLog("debug", "Service msg: " + str(msg))
(services, serviceid) = self._parseServices(msg)
self.cbLog("debug",
"Service Id: " + str(serviceid) + " " + str(services))
if services.has_key('binary_sensor'):
if services.has_key('switch'):
self.switchId = serviceid
self._requestData(serviceid, ['connected'], [0])
self.cbLog("info", "SWITCH FOUND: " + str(self.switchId))
elif not services.has_key("gpio"):
self.smokeId = serviceid
self._requestData(serviceid,
['binary_sensor', 'battery', 'connected'],
[0, 0, 0])
self.cbLog("info",
"SMOKE DETECTOR FOUND: " + str(self.smokeId))
if services.has_key('gpio'):
self.gpioId = serviceid
self._requestData(serviceid, ['gpio'], [0])
self.cbLog("info", "GPIO FOUND: " + str(self.gpioId))
if self.smokeId and self.switchId and self.gpioId and not self.km:
# Only start KM after all the adaptors are connected
self.km = CbKitchenMinder(self)
# km.update not implemented yet & LoopingCall has been problematic. Commented-out.
#t = task.LoopingCall(self.km.update)
#t.start(1.0)
self._setState('running')
self.cbLog("info",
" ------- All devices connected. Started KM ---------")
def onAdaptorService(self, msg):
self.cbLog("debug", "Service msg: " + str(msg))
(services, serviceid) = self._parseServices(msg)
self.cbLog("debug", "Service Id: " + str(serviceid) + " " + str(services))
if services.has_key('binary_sensor'):
if services.has_key('switch'):
self.switchId = serviceid
self._requestData(serviceid, ['connected'], [0])
self.cbLog("info", "SWITCH FOUND: " + str(self.switchId))
elif not services.has_key("gpio"):
self.smokeId = serviceid
self._requestData(serviceid, ['binary_sensor', 'battery', 'connected'], [0, 0, 0])
self.cbLog("info", "SMOKE DETECTOR FOUND: " + str(self.smokeId))
if services.has_key('gpio'):
self.gpioId = serviceid
self._requestData(serviceid, ['gpio'], [0])
self.cbLog("info", "GPIO FOUND: " + str(self.gpioId))
if self.smokeId and self.switchId and self.gpioId and not self.km:
# Only start KM after all the adaptors are connected
self.km = CbKitchenMinder(self)
# km.update not implemented yet & LoopingCall has been problematic. Commented-out.
#t = task.LoopingCall(self.km.update)
#t.start(1.0)
self._setState('running')
self.cbLog("info", " ------- All devices connected. Started KM ---------")
class App(CbApp):
def __init__(self, argv):
self.smokeId = None
self.switchId = None
self.gpioId = None
self.smokeConnected = True
self.switchConnected = True
self.km = None
self.dm = None
CbApp.__init__(self, argv)
# Local helper functions
def _setState(self, action):
self.state = action
msg = {"id": self.id,
"status": "state",
"state": self.state}
self.sendManagerMessage(msg)
def _parseServices(self, msg):
services = {}
for s in msg['service']:
services[s['characteristic']] = s
return (services, self._getId(msg))
def _requestData(self, serviceid, services, intervals):
if serviceid == None:
self.cbLog("debug", "requestData, serviceid not set")
return
self.cbLog("debug", "<----- requestData: " + str(services) + " @ " + str(intervals))
sreqs = []
assert len(services) == len(intervals)
for s, i in zip(services, intervals):
sreqs.append({'characteristic': s, 'interval': i})
req = {'id': self.id, 'request': 'service', 'service': sreqs}
self.cbLog("debug", "requestData sending: " + json.dumps(req, indent=4))
self.sendMessage(req, serviceid)
def _getId(self, msg):
return msg['id']
def _getTS(self, msg):
return msg['timeStamp']
def _getData(self, msg, characteristic):
if msg['characteristic'] == characteristic:
return msg['data']
else:
return None
def _sendData(self, serviceid, data):
if serviceid == None:
self.cbLog("debug", "sendData, serviceid not set")
return
self.cbLog("debug", "-----> sendData: " + str(data))
cmd = {'id': self.id, 'request': 'command', 'data': data}
self.sendMessage(cmd, serviceid)
# Functions called automagically by CB framework
def onAdaptorService(self, msg):
self.cbLog("debug", "Service msg: " + str(msg))
(services, serviceid) = self._parseServices(msg)
self.cbLog("debug", "Service Id: " + str(serviceid) + " " + str(services))
if services.has_key('binary_sensor'):
if services.has_key('switch'):
self.switchId = serviceid
self._requestData(serviceid, ['connected'], [0])
self.cbLog("info", "SWITCH FOUND: " + str(self.switchId))
elif not services.has_key("gpio"):
self.smokeId = serviceid
self._requestData(serviceid, ['binary_sensor', 'battery', 'connected'], [0, 0, 0])
self.cbLog("info", "SMOKE DETECTOR FOUND: " + str(self.smokeId))
if services.has_key('gpio'):
self.gpioId = serviceid
self._requestData(serviceid, ['gpio'], [0])
self.cbLog("info", "GPIO FOUND: " + str(self.gpioId))
if self.smokeId and self.switchId and self.gpioId and not self.km:
# Only start KM after all the adaptors are connected
self.km = CbKitchenMinder(self)
# km.update not implemented yet & LoopingCall has been problematic. Commented-out.
#t = task.LoopingCall(self.km.update)
#t.start(1.0)
self._setState('running')
self.cbLog("info", " ------- All devices connected. Started KM ---------")
def onAdaptorData(self, msg):
self.cbLog("debug", "onAdaptorData, message: " + str(msg))
event = "Smoke"
if self.km:
event = None
if self._getId(msg) == self.smokeId:
timeStamp = self._getTS(msg)
sensor = self._getData(msg, 'binary_sensor')
if sensor != None:
if sensor == 'on':
event = 'Smoke'
else:
event = 'NoSmoke'
self.km.addEvent(event)
self.dm.storeEvent(timeStamp, event)
level = self._getData(msg, 'battery')
if level != None:
self.dm.storeBattery(timeStamp, level)
connected = self._getData(msg, 'connected')
if connected != None:
changed = (self.smokeConnected != connected)
self.smokeConnected = connected
if changed:
if self.smokeConnected and self.switchConnected:
event = 'Connected'
else:
event = 'NotConnected'
self.km.addEvent(event)
self.dm.storeEvent(timeStamp, event)
elif self._getId(msg) == self.switchId:
timeStamp = self._getTS(msg)
connected = self._getData(msg, 'connected')
if connected != None:
changed = (self.switchConnected != connected)
self.switchConnected = connected
if changed:
if self.smokeConnected and self.switchConnected:
event = 'Connected'
else:
event = 'NotConnected'
self.km.addEvent(event)
self.dm.storeEvent(timeStamp, event)
elif self._getId(msg) == self.gpioId:
timeStamp = self._getTS(msg)
gpio = self._getData(msg, 'gpio')
if gpio != None:
if gpio == 'button':
event = 'SwitchPressed'
elif self._getData(msg, 'gpio') == 'movement':
event = 'Movement'
assert event != None
self.km.addEvent(event)
self.dm.storeEvent(timeStamp, event)
else:
self.cbLog("debug", "Unhandled data: " + str(msg))
def onConfigureMessage(self, config):
self.cbLog("debug", "onConfigureMessage, config: " + str(config))
self.client = Client(self.id)
self.client.sendMessage = self.sendMessage
self.client.cbLog = self.cbLog
self.dm = DataManager(self.bridge_id)
self.dm.cbLog = self.cbLog
self.dm.client = self.client
self.dm.storeEvent(time.time(), 'Boot')
class App(CbApp):
def __init__(self, argv):
self.smokeId = None
self.switchId = None
self.gpioId = None
self.smokeConnected = True
self.switchConnected = True
self.km = None
self.dm = None
CbApp.__init__(self, argv)
# Local helper functions
def _setState(self, action):
self.state = action
msg = {"id": self.id, "status": "state", "state": self.state}
self.sendManagerMessage(msg)
def _parseServices(self, msg):
services = {}
for s in msg['service']:
services[s['characteristic']] = s
return (services, self._getId(msg))
def _requestData(self, serviceid, services, intervals):
if serviceid == None:
self.cbLog("debug", "requestData, serviceid not set")
return
self.cbLog(
"debug",
"<----- requestData: " + str(services) + " @ " + str(intervals))
sreqs = []
assert len(services) == len(intervals)
for s, i in zip(services, intervals):
sreqs.append({'characteristic': s, 'interval': i})
req = {'id': self.id, 'request': 'service', 'service': sreqs}
self.cbLog("debug",
"requestData sending: " + json.dumps(req, indent=4))
self.sendMessage(req, serviceid)
def _getId(self, msg):
return msg['id']
def _getTS(self, msg):
return msg['timeStamp']
def _getData(self, msg, characteristic):
if msg['characteristic'] == characteristic:
return msg['data']
else:
return None
def _sendData(self, serviceid, data):
if serviceid == None:
self.cbLog("debug", "sendData, serviceid not set")
return
self.cbLog("debug", "-----> sendData: " + str(data))
cmd = {'id': self.id, 'request': 'command', 'data': data}
self.sendMessage(cmd, serviceid)
# Functions called automagically by CB framework
def onAdaptorService(self, msg):
self.cbLog("debug", "Service msg: " + str(msg))
(services, serviceid) = self._parseServices(msg)
self.cbLog("debug",
"Service Id: " + str(serviceid) + " " + str(services))
if services.has_key('binary_sensor'):
if services.has_key('switch'):
self.switchId = serviceid
self._requestData(serviceid, ['connected'], [0])
self.cbLog("info", "SWITCH FOUND: " + str(self.switchId))
elif not services.has_key("gpio"):
self.smokeId = serviceid
self._requestData(serviceid,
['binary_sensor', 'battery', 'connected'],
[0, 0, 0])
self.cbLog("info",
"SMOKE DETECTOR FOUND: " + str(self.smokeId))
if services.has_key('gpio'):
self.gpioId = serviceid
self._requestData(serviceid, ['gpio'], [0])
self.cbLog("info", "GPIO FOUND: " + str(self.gpioId))
if self.smokeId and self.switchId and self.gpioId and not self.km:
# Only start KM after all the adaptors are connected
self.km = CbKitchenMinder(self)
# km.update not implemented yet & LoopingCall has been problematic. Commented-out.
#t = task.LoopingCall(self.km.update)
#t.start(1.0)
self._setState('running')
self.cbLog("info",
" ------- All devices connected. Started KM ---------")
def onAdaptorData(self, msg):
self.cbLog("debug", "onAdaptorData, message: " + str(msg))
event = "Smoke"
if self.km:
event = None
if self._getId(msg) == self.smokeId:
timeStamp = self._getTS(msg)
sensor = self._getData(msg, 'binary_sensor')
if sensor != None:
if sensor == 'on':
event = 'Smoke'
else:
event = 'NoSmoke'
self.km.addEvent(event)
self.dm.storeEvent(timeStamp, event)
level = self._getData(msg, 'battery')
if level != None:
self.dm.storeBattery(timeStamp, level)
connected = self._getData(msg, 'connected')
if connected != None:
changed = (self.smokeConnected != connected)
self.smokeConnected = connected
if changed:
if self.smokeConnected and self.switchConnected:
event = 'Connected'
else:
event = 'NotConnected'
self.km.addEvent(event)
self.dm.storeEvent(timeStamp, event)
elif self._getId(msg) == self.switchId:
timeStamp = self._getTS(msg)
connected = self._getData(msg, 'connected')
if connected != None:
changed = (self.switchConnected != connected)
self.switchConnected = connected
if changed:
if self.smokeConnected and self.switchConnected:
event = 'Connected'
else:
event = 'NotConnected'
self.km.addEvent(event)
self.dm.storeEvent(timeStamp, event)
elif self._getId(msg) == self.gpioId:
timeStamp = self._getTS(msg)
gpio = self._getData(msg, 'gpio')
if gpio != None:
if gpio == 'button':
event = 'SwitchPressed'
elif self._getData(msg, 'gpio') == 'movement':
event = 'Movement'
assert event != None
self.km.addEvent(event)
self.dm.storeEvent(timeStamp, event)
else:
self.cbLog("debug", "Unhandled data: " + str(msg))
def onConfigureMessage(self, config):
self.cbLog("debug", "onConfigureMessage, config: " + str(config))
self.client = Client(self.id)
self.client.sendMessage = self.sendMessage
self.client.cbLog = self.cbLog
self.dm = DataManager(self.bridge_id)
self.dm.cbLog = self.cbLog
self.dm.client = self.client
self.dm.storeEvent(time.time(), 'Boot')