def parseSensor(data, device):
value = Convert.bytesToDecimal(data[21:22])
state = Convert.bytesToInt(data[24:25]) == 255
device.value = value
device.state = state
return device
def parseSensor(self, data, device):
value = Convert.bytesToDecimal(data[21:22])
state = Convert.bytesToInt(data[24:25]) == 255
device._state = state
device._value = value
device._runCallbacks()
return device
def parseLight(data, device):
stateValue = Convert.bytesToInt(data[22:23])
state = True
if stateValue == 3:
device.isDimable = False
if stateValue < 3:
state = False
device.silentBrightness = stateValue
device.silentState = state
return device
def parseLight(self, data, device):
stateValue = Convert.bytesToInt(data[22:23])
state = True
if (stateValue == 3):
device._isDimable = False
if stateValue < 3:
state = False
device._state = state
device._brightness = stateValue
device._runCallbacks()
return device
def parseSerial(byteArray, device):
deviceType = type(device)
if deviceType == Switch:
serialAsBytes = byteArray[10:14]
elif deviceType == Sensor:
serialAsBytes = byteArray[15:19]
elif deviceType == Light:
serialAsBytes = byteArray[10:14]
serial = Convert.bytesToInt(serialAsBytes, byteorder="big")
# device.serialAsBytes = serialAsBytes
device.serial = serial
return device
def parseSerial(self, byteArray, device):
deviceType = type(device)
if deviceType == Switch:
bytes = byteArray[10:14]
elif deviceType == Sensor:
bytes = byteArray[15:19]
elif deviceType == Light:
bytes = byteArray[10:14]
serial = Convert.bytesToInt(bytes, byteorder='big')
device._serialAsBytes = bytes
device._serial = serial
return serial
def test_bytesToInt(self):
data = bytearray(b"\xc5\xc4\x55\x00")
ints = Convert.bytesToInt(data)
self.assertEqual(5620933, ints)