def EditSensor(self, name, description, device, args):
"""Edit an existing sensor/actuator
Args:
name: Name of sensor to edit
description: New sensor description
device: New sensor device class
args: New sensor specific args
Returns:
True for success, False otherwise.
"""
info('EditSensor: {}, {}, {}, {}'.format(name, description, device, args))
bVal = False
try:
sensorEdit = {}
name = name
sensorEdit['name'] = name
sensorEdit['device'] = device
sensorEdit['description'] = description
sensorEdit['args'] = args
with self.sensorMutex:
retValue = manager.updateDevice(name, sensorEdit)
self.InitCallbacks()
info('Edit device returned: {}'.format(retValue))
if retValue[0] == 200:
bVal = True
except:
exception("Edit sensor failed")
bVal = False
return bVal
def EditSensor(self, name, description, device, args):
info('EditSensor: {}, {}, {}, {}'.format(name, description, device,
args))
bVal = False
try:
sensorEdit = {}
name = req.pathname2url(name)
sensorEdit['name'] = name
sensorEdit['device'] = device
sensorEdit['description'] = description
sensorEdit['args'] = args
with self.sensorMutex:
retValue = manager.updateDevice(name, sensorEdit)
info('Edit device returned: {}'.format(retValue))
try:
hashKey = self.SHA_Calc_str(name + device)
with self.sensorMutex:
if self.currentSensorsInfo:
currentSensorsDictionary = dict(
(i['sensor'], i) for i in self.currentSensorsInfo)
sensorData = currentSensorsDictionary[hashKey]
sensor = sensorData[hashKey]
raspberryValue = {}
sensor['args'] = args
sensor['description'] = description
raspberryValue['SensorsInfo'] = []
raspberryValue['SensorsInfo'].append(sensor)
if self.onDataChanged != None:
self.onDataChanged(raspberryValue)
except:
pass
if retValue[0] == 200:
bVal = True
self.AddRefresh()
except:
exception("Edit sensor failed")
bVal = False
return bVal