def send_notification(deviceID, message, priority=0):
if deviceID == 'all':
for device in deviceDB.find({"config.subType":"notification"}):
dID = device.get('id')
notificationEvent = ffEvent(str(dID), {'notify': {'message' :message}})
else:
notificationEvent = ffEvent(deviceID, {'notify': {'message' :message}})
def startup_zwave(self, args={}):
ffEvent(self._id,{'zwave':'starting_up'})
zwaveSetup = ZWaveOption(self._port, self._configFile)
zwaveSetup.set_console_output(False)
zwaveSetup.lock()
network = ZWaveNetwork(zwaveSetup, autostart=False)
network.start()
stdout.write("Waking up Zwave (This can take up to 5 minutes)")
for i in xrange(3):
if network.state >= network.STATE_AWAKED:
logging.info('Zwave Network Awake')
break
else:
stdout.write(".")
stdout.flush()
sleep(1)
for x in xrange(3):
if network.state >= network.STATE_READY:
ffEvent(self._id,{'zwave':'network_ready'})
else:
stdout.write(".")
stdout.flush()
sleep(.5)
return network
def noon_handler(self):
ffNotify('ZachPushover', 'LOCATION: It is noon!')
ffEvent('location',{'time':'noon'})
now = self.now()
noon_time = self._city.sun(date=datetime.now(self._city.tz) + timedelta(days=1), local=True)['noon']
logging.debug("Noon Time: " + str(noon_time))
delay_s = (noon_time - now).total_seconds()
l_scheduler.runInS(delay_s, self.noon_handler, replace=True, uuid='NoonScheduler')
def mode(self, value):
value = str(value)
if value in self._modes:
self._last_mode = self._mode
self._mode = value
ffEvent('location', {'mode': self._mode})
return True
return False
def dusk_handler(self):
ffNotify('ZachPushover', 'LOCATION: It is dusk!')
ffEvent('location',{'time':'dusk'})
now = self.now()
dusk_time = self._city.sun(date=datetime.now(self._city.tz) + timedelta(days=1), local=True)['dusk']
logging.debug("Dusk Time: " + str(dusk_time))
delay_s = (dusk_time - now).total_seconds()
l_scheduler.runInS(delay_s, self.dusk_handler, replace=True, uuid='DuskScheduler')
def mode(self, value):
value = str(value)
if value in self._modes:
self._last_mode = self._mode
self._mode = value
ffEvent('location',{'mode':self._mode})
return True
return False
def sunset_handler(self):
ffNotify('ZachPushover', 'LOCATION: It is sunset!')
ffEvent('location',{'time':'sunset'})
now = self.now()
sunset_time = self._city.sun(date=datetime.now(self._city.tz) + timedelta(days=1), local=True)['sunset']
logging.debug("Sunset Time: " + str(sunset_time))
delay_s = (sunset_time - now).total_seconds()
l_scheduler.runInS(delay_s, self.sunset_handler, replace=True, uuid='SunsetScheduler')
def send_notification(deviceID, message, priority=0):
if deviceID == 'all':
for device in deviceDB.find({"config.subType": "notification"}):
dID = device.get('id')
notificationEvent = ffEvent(str(dID),
{'notify': {
'message': message
}})
else:
notificationEvent = ffEvent(deviceID, {'notify': {'message': message}})
def sunset_handler(self):
ffNotify('ZachPushover', 'LOCATION: It is sunset!')
ffEvent('location', {'time': 'sunset'})
now = self.now()
sunset_time = self._city.sun(date=datetime.now(self._city.tz) +
timedelta(days=1),
local=True)['sunset']
logging.debug("Sunset Time: " + str(sunset_time))
delay_s = (sunset_time - now).total_seconds()
l_scheduler.runInS(delay_s,
self.sunset_handler,
replace=True,
uuid='SunsetScheduler')
def noon_handler(self):
ffNotify('ZachPushover', 'LOCATION: It is noon!')
ffEvent('location', {'time': 'noon'})
now = self.now()
noon_time = self._city.sun(date=datetime.now(self._city.tz) +
timedelta(days=1),
local=True)['noon']
logging.debug("Noon Time: " + str(noon_time))
delay_s = (noon_time - now).total_seconds()
l_scheduler.runInS(delay_s,
self.noon_handler,
replace=True,
uuid='NoonScheduler')
def sendCommand(self, command):
simpleCommand = None
logging.debug('Reciving Command in ' + str(metadata.get('module')) + ' ' + str(command))
if command.deviceID == self._id:
for item, value in command.command.iteritems():
if item in self._commands:
simpleCommand = self._commands[item](value)
## OPTIONAL - SEND EVENT
if command.simple:
ffEvent(command.deviceID, simpleCommand)
else:
ffEvent(command.deviceID, command.command)
def dusk_handler(self):
ffNotify('ZachPushover', 'LOCATION: It is dusk!')
ffEvent('location', {'time': 'dusk'})
now = self.now()
dusk_time = self._city.sun(date=datetime.now(self._city.tz) +
timedelta(days=1),
local=True)['dusk']
logging.debug("Dusk Time: " + str(dusk_time))
delay_s = (dusk_time - now).total_seconds()
l_scheduler.runInS(delay_s,
self.dusk_handler,
replace=True,
uuid='DuskScheduler')
def sendCommand(self, command):
simpleCommand = None
logging.debug('Reciving Command in ' + str(metadata.get('module')) +
' ' + str(command))
if command.deviceID == self._id:
for item, value in command.command.iteritems():
if item in self._commands:
simpleCommand = self._commands[item](value)
## OPTIONAL - SEND EVENT
if command.simple:
ffEvent(command.deviceID, simpleCommand)
else:
ffEvent(command.deviceID, command.command)
def auto_start():
with open('config/devices.json') as devices:
allDevices = json.load(devices)
for name, device in allDevices.iteritems():
if device.get('module') == "ffZwave":
package_full_path = device.get('type') + 's.' + device.get('package') + '.' + device.get('module')
package = __import__(package_full_path, globals={}, locals={}, fromlist=[device.get('package')], level=-1)
ff_zwave.zwave = package.Device(device.get('id'), device)
#ffZwave.refresh_scheduler()
for device in deviceDB.find({}):
deviceID = device.get('id')
ffEvent(deviceID, {'startup': True})
#ffScheduler.runEveryM(5, auto_refresh, replace=True, uuid='auto-refresh')
ffScheduler.runEveryM(5, auto_refresh, job_id='auto_refresh')
def sendCommand(self, command):
simpleCommand = None
logging.debug('Reciving Command in ' + str(self.metadata.get('module')) + ' ' + str(command))
if command.deviceID == self._id:
for item, value in command.command.iteritems():
if item in self._commands:
simpleCommand = self._commands[item](value)
updated_status = self.refreshData()
if command.send_event:
if updated_status:
ffEvent(self.id, updated_status)
else:
logging.debug('NO chnage in status')
else:
logging.debug('Set to not send event')
def sendCommand(self, command):
simpleCommand = None
logging.debug('Reciving Command in ' + str(self.metadata.get('module')) + ' ' + str(command))
if command.deviceID == self._id:
for item, value in command.command.iteritems():
if item in self._commands:
simpleCommand = self._commands[item](value)
updated_status = self.refreshData()
if command.send_event:
if updated_status:
ffEvent(self.id, updated_status)
else:
logging.debug('NO chnage in status')
else:
logging.debug('Set to not send event')
def get_all_node_data(self, args={}):
if self._network is None:
ffEvent(self._id,{'zwave':'network_not_ready'})
#logging.critical('Zwave not ready')
return 1
returnData = {}
for node in self._network.nodes:
nodeData = {}
nodeData['node'] = node
nodeData['manufacturer_name'] = self._network.nodes[node].manufacturer_name
nodeData['product_name'] = self._network.nodes[node].product_name
nodeData['product_id'] = self._network.nodes[node].product_id
nodeData['product_type'] = self._network.nodes[node].product_type
nodeData['device_type'] = self._network.nodes[node].device_type
nodeData['command_classes_as_string'] = self._network.nodes[node].command_classes_as_string
nodeData['ready'] = self._network.nodes[node].is_ready
nodeData['failed'] = self._network.nodes[node].is_failed
now = time()
if self._lastNodeUpdate.get(node) is None or int(self._lastNodeUpdate.get(node) - now) > 1:
for val in self._network.nodes[node].get_switches():
self._network.nodes[node].refresh_value(val)
self._lastNodeUpdate[node] = now
sleep(1)
dataValues = {}
for a,b in self._network.nodes[node].values_to_dict().iteritems():
dataValues[b['label']] = b
nodeData['data'] = dataValues
returnData['node-'+str(node)] = nodeData
if self._oldData == returnData:
logging.debug('Zwave No Change')
else:
chnageData = {}
for oA, oB in self._oldData.iteritems():
if oB != returnData[oA]:
chnageData[oA] = returnData[oA]
#logging.critical(str(returnData[oA]))
ffCommand('zwave-' + str(oA), {'update' : returnData[oA]}, source='ffZwave')
self._oldData = returnData
def auto_start():
with open('config/devices.json') as devices:
allDevices = json.load(devices)
for name, device in allDevices.iteritems():
if device.get('module') == "ffZwave":
package_full_path = device.get('type') + 's.' + device.get(
'package') + '.' + device.get('module')
package = __import__(package_full_path,
globals={},
locals={},
fromlist=[device.get('package')],
level=-1)
ff_zwave.zwave = package.Device(device.get('id'), device)
#ffZwave.refresh_scheduler()
for device in deviceDB.find({}):
deviceID = device.get('id')
ffEvent(deviceID, {'startup': True})
#ffScheduler.runEveryM(5, auto_refresh, replace=True, uuid='auto-refresh')
ffScheduler.runEveryM(5, auto_refresh, job_id='auto_refresh')
def send_test_request(request):
ffEvent('location',{'time':'sunset'})
return 'EVENT SENT'
def send_test_request(request):
ffEvent('location', {'time': 'sunset'})
return 'EVENT SENT'
