def publish(self, id):
led = ledLevel()
my_list = id.split(",")
for l in my_list:
led.Level = int(l)
time.sleep(0.125)
self.clienteMqtt.publish(self.token, led.SerializeToString(), 2,
False)
def publish(self, id=-1, rng=-1):
led = ledLevel()
if id!=-1:
led.Level = id
self.clienteMqtt.publish("PinManager", led.SerializeToString(), 2, False)
for t in self.Tokens:
self.clienteMqtt.publish(t, led.SerializeToString(), 2, False)
else:
for idx in range(rng):
led.Level = idx
for t in self.Tokens:
self.clienteMqtt.publish(t, led.SerializeToString(), 2, False)
def decodeMsg(self, msg, rgn=-1):
led = ledLevel()
led.ParseFromString(msg.payload)
#print("New Level {}".format(led.Level))
#print("led.Level {} , Zones.MaxPinValue {}, self.PinList {} "
# .format(led.Level, self.Zones.MaxPinValue, self.PinList))
self.ApagarTodo()
if led.Level < len(self.PinList):
if rgn != -1:
pintoon = []
for i in range(led.Level + 1):
pintoon.extend(self.PinList[led.Level])
try:
self.EncenderSpectrumZone(pintoon)
except:
self.EncenderSpectrumZone(self.PinList[led.Level - 1])
else:
self.EncenderSpectrumZone(self.PinList[led.Level])
if led.Level > self.Zones.MaxPinValue:
self.EncenderTodo()
def publishList(self, list):
led = ledLevel()
for l in list:
led.Level = l
self.clienteMqtt.publish(self.token, led.SerializeToString(), 2,
False)
def publish(self, id):
led = ledLevel()
led.Level = id
self.clienteMqtt.publish(self.token, led.SerializeToString(), 2, False)
def decodeMsg(self, msg):
led = ledLevel()
led.ParseFromString(msg.payload)
print("New Level {}".format(led.Level))