def __init__(self):
self.permit_join = True
self.callbacks = {}
self.devices = []
zigbee = configManager.getConfig('zigbee')
if not zigbee:
self.topic = "zigbee2mqtt"
logger.error("no zigbee config")
else:
self.topic = zigbee['topic']
self.addcallback(
'/'.join([self.topic,"bridge","response","device","rename"]),
editAdressLincDevices
)
self.addcallback(
'/'.join([self.topic,"bridge","response","device","remove"]),
decodRemove
)
self.addcallback(
'/'.join([self.topic,"bridge","event"]),
decodEvent
)
self.addcallback(
'/'.join([self.topic,"bridge","devices"]),
decodeZigbeeDevices
)
self.addcallback(
'/'.join([self.topic,"bridge","info"]),
decodeZigbeeConfig
)
def __init__(self):
self.permit_join = True
zigbee = configManager.getConfig('zigbee')
if not zigbee:
self.topic = "zigbee2mqtt"
logger.error("no zigbee config")
else:
self.topic = zigbee['topic']
def updateTopic(self):
zigbee = configManager.getConfig('zigbee')
if not zigbee:
logger.error("no zigbee config")
return
get("Mqtt_MqttConnect").publish(
self.topic + "/bridge/request/options",
'{"options": {"mqtt": {"base_topic":"' + zigbee['topic'] + '"}}}')
self.topic = zigbee['topic']
async def decodeZigbeeDevices(self, topic, message):
try:
data = json.loads(message)
config = configManager.getConfig('zigbee')
self.devices = []
for item in data:
dev = formatDev(item)
self.addzigbeeDevices(dev.address,dev)
await manager.send_information("zigbee",objectlist_to_dictlist(self.devices))
except Exception as e:
logger.error(f'zigbee devices decod {e}')
async def updateWeather():
try:
weatherConf = configManager.getConfig("weather")
global dataWeather
timeWeather = list()
dateWeather = list()
weatherNow = current_weather(weatherConf["city"], weatherConf["APPID"])
for item in weatherNow["list"]:
time = datetime.utcfromtimestamp(item["dt"])
if (time.strftime('%H:%M:%S') == "12:00:00"):
dateWeather.append(
WeatherDateSchema(day=WeatherTimeSchema(
date=time.strftime('%Y-%m-%d'),
time=time.strftime('%H:%M:%S'),
temp=item.get("main").get("temp"),
temp_max=item.get("main").get("temp_max"),
temp_min=item.get("main").get("temp_min"),
weather=item.get("weather")[0].get("main"),
wind=item.get("wind"))))
if (time.strftime('%H:%M:%S') == "21:00:00"
and len(dateWeather) > 0):
dateWeather[len(dateWeather) - 1].night = WeatherTimeSchema(
date=time.strftime('%Y-%m-%d'),
time=time.strftime('%H:%M:%S'),
temp=item.get("main").get("temp"),
temp_max=item.get("main").get("temp_max"),
temp_min=item.get("main").get("temp_min"),
weather=item.get("weather")[0].get("main"),
wind=item.get("wind"))
for item in weatherNow["list"]:
time = datetime.utcfromtimestamp(item["dt"])
timeWeather.append(
WeatherTimeSchema(date=time.strftime('%Y-%m-%d'),
time=time.strftime('%H:%M:%S'),
temp=item.get("main").get("temp"),
temp_max=item.get("main").get("temp_max"),
temp_min=item.get("main").get("temp_min"),
weather=item.get("weather")[0].get("main"),
wind=item.get("wind")))
dataWeather = WeatherSchema(
city=weatherConf["city"],
now=NowWeatherSchema(
temp=weatherNow.get("list")[0].get("main").get("temp"),
weather=weatherNow.get("list")[0].get("weather")[0].get(
"main")),
forecastTime=timeWeather,
forecastDate=dateWeather)
except Exception as e:
logger.warning(f'error get weather forecast. detail {e}')
return None
def connect(self):
get("Mqtt_MqttValue").addConnect(DEVICE_NAME)
try:
logger.debug("mqtt conecting...")
conf = configManager.getConfig("mqttBroker")
self.mqttClient = mqtt.Client()
self.mqttClient.username_pw_set(conf["user"], conf["password"])
self.mqttClient.connect(conf["host"], int(conf["port"]))
self.mqttClient.loop_start()
self.mqttClient.on_message = self.on_message
self.mqttClient.subscribe("#")
logger.debug("mqtt conect")
return self.mqttClient
except Exception as e:
logger.error(f'error connecting to mqtt {e}')
async def editAdressLincDevices(obj, topic, message):
data = json.loads(message)
zigbee = configManager.getConfig("zigbee2mqtt")
oldadress = data["data"]
oldadress = oldadress["from"]
newadress = data["data"]
newadress = newadress["to"]
address = '/'.join([zigbee["topic"], oldadress])
devs = Devices.all()
devs2 = devs
for item in devs2:
if item.address != address:
devs.remove(item)
newadress = '/'.join([zigbee["topic"], newadress])
for item in devs:
item.address = newadress
item.save()
async def startup() -> None:
await initdir()
call_functions.subscribe("weather", updateWeather, 43200)
call_functions.subscribe("script", runTimeScript, 60)
call_functions.subscribe("serverData", sendServerData, 30)
call_functions.subscribe("saveDevice", saveDevice, 120)
confinit()
base = configManager.getConfig("base")
if "frequency" in base:
call_functions.subscribe("devices", sendDevice, int(base['frequency']))
else:
call_functions.subscribe("devices", sendDevice, 6)
init_moduls()
database_ = app.state.database
if not database_.is_connected:
await database_.connect()
loop = asyncio.get_running_loop()
loop.create_task(call_functions.run())
await initAdmin()
logger.info("starting")
def formatDev(item):
config = configManager.getConfig("zigbee")
d = {}
if ("definition" in item):
d = item["definition"]
dev = ZigbeeDeviceSchema(name=item["friendly_name"],
root_address=config["topic"],
address=item["ieee_address"],
allAddress=config["topic"] + "/" +
item["friendly_name"])
if ("type" in item):
dev.type = item["type"]
if "power_source" in item:
dev.power_source = item["power_source"]
if (d and ("model" in d)):
dev.model = d["model"]
dev.description = d["description"]
dev.vendor = d["vendor"]
if ("exposes" in d):
dev.exposes = d["exposes"]
return dev
async def updataSendTime():
base = configManager.getConfig("base")
call_functions.subscribe("devices", sendDevice, int(base['frequency']))