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broker.py
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broker.py
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#!/usr/bin/env python3
from datetime import datetime
import paho.mqtt.client as mqtt
from systemd import journal
import json
import requests
global pathLogs
global pathData
global doLogs
global devicesXIAOMIdoorSensors
global devicesXIAOMImotionSensors
global devicesXIAOMIswitchD1s1
global devicesXIAOMIswitchD1s1target
global devicesXIAOMIswitchD1s1scene
global devicesXIAOMIswitchD1s2
global devicesXIAOMIswitchD1s2target
global devicesXIAOMIswitchD1s2scene
global devicesSHELLYht
global devicesSHELLYdw
global devicesSHELLYroller25
global devicesSHELLYswitch25s1
global devicesSHELLYswitch25s1target
global devicesSHELLYswitch25s1scene
global devicesSHELLYswitch25s2
global devicesSHELLYswitch25s2target
global devicesSHELLYswitch25s2scene
global devicesSHELLYrelay25r1
global devicesSHELLYrelay25r2
global devicesVALFRpi
global devicesHUEwhite
global realtimeHUEwhite
global devicesHUEcolorAmbiance
global realtimeHUEcolorAmbiance
global realtimeHUEcolorAmbianceColorHue
global realtimeHUEcolorAmbianceColorSaturation
global realtimeHUEcolorAmbianceColorTemp
global devicesSHELLYplugS
global realtimeSHELLYplugS
global devicesSHELLYrelayOne
global realtimeSHELLYrelayOne
global devicesSHELLYrelay1pm
global realtimeSHELLYrelay1pm
global shellyHistory
global shellyCompteur
def on_connect(client, userdata, flags, rc):
connectionMsg = "VALFR BROKER Connected with result code "+str(rc)+"\n"
#print(connectionMsg)
journal.write(connectionMsg)
client.subscribe("#")
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write(connectionMsg)
fichierLog.close()
def on_message(client, userdata, message):
global pathLogs
global pathData
global doLogs
global devicesXIAOMIdoorSensors
global devicesXIAOMImotionSensors
global devicesXIAOMIswitchD1s1
global devicesXIAOMIswitchD1s1target
global devicesXIAOMIswitchD1s1scene
global devicesXIAOMIswitchD1s2
global devicesXIAOMIswitchD1s2target
global devicesXIAOMIswitchD1s2scene
global devicesSHELLYht
global devicesSHELLYdw
global devicesSHELLYroller25
global devicesSHELLYswitch25s1
global devicesSHELLYswitch25s1target
global devicesSHELLYswitch25s1scene
global devicesSHELLYswitch25s2
global devicesSHELLYswitch25s2target
global devicesSHELLYswitch25s2scene
global devicesSHELLYrelay25r1
global devicesSHELLYrelay25r2
global devicesVALFRpi
global devicesHUEwhite
global realtimeHUEwhite
global devicesHUEcolorAmbiance
global realtimeHUEcolorAmbiance
global realtimeHUEcolorAmbianceColorHue
global realtimeHUEcolorAmbianceColorSaturation
global realtimeHUEcolorAmbianceColorTemp
global devicesSHELLYplugS
global realtimeSHELLYplugS
global devicesSHELLYrelayOne
global realtimeSHELLYrelayOne
global devicesSHELLYrelay1pm
global realtimeSHELLYrelay1pm
global shellyHistory
global shellyCompteur
#print("received message =",str(message.payload.decode("utf-8")))
#print("message topic=",message.topic)
#print("message qos=",message.qos)
#print("message retain flag=",message.retain)
#LOG-FILE-RAM
#fichierLog = open(pathLogs+"broker.txt", "a")
#fichierLog.write(datetime.today().strftime('%Y-%m-%d %H:%M:%S') + "$BROKER$" + message.topic + "$" + str(message.payload.decode("utf-8")) + "\n")
#fichierLog.close()
#LOG-SERVICE
#journal.write("VALFRBROKER$" + message.topic + "$" + str(message.payload.decode("utf-8")))
#WORK
#SHELLIES-ON
#SHELLIES-HumidityTemperature
for deviceID, deviceName in devicesSHELLYht.items():
if message.topic == "shellies/"+deviceID+"/sensor/temperature":
shellyHistory = str(message.payload.decode("utf-8"))
#shellyCompteur = shellyHistory
#shellyTempOnly = shellyHistory
fichier = open(pathData+deviceID+"_temperature.txt", "w")
fichier.write(str(message.payload.decode("utf-8")))
fichier.close()
if message.topic == "shellies/"+deviceID+"/sensor/humidity":
shellyHistory = shellyHistory + " - " + str(message.payload.decode("utf-8"))
#shellyCompteur = shellyCompteur + "-" + str(message.payload.decode("utf-8"))
fichier = open(pathData+deviceID+"_humidity.txt", "w")
fichier.write(str(message.payload.decode("utf-8")))
fichier.close()
if message.topic == "shellies/"+deviceID+"/sensor/battery":
#fichier = open(pathData+deviceID+"_battery.txt", "w")
#fichier.write(str(message.payload.decode("utf-8")))
#fichier.close()
fichier = open(pathData+deviceID+"_datetime.txt", "w")
fichier.write(datetime.today().strftime('%Y-%m-%d %H:%M:%S'))
fichier.close()
shellyHistory = shellyHistory + " - " + str(message.payload.decode("utf-8"))
fichier = open(pathData+deviceID+"_history.txt", "a")
#fichier = open(pathData+"temp-led.txt", "a")
fichier.write(datetime.today().strftime('%Y-%m-%d %H:%M:%S') + " - " + shellyHistory + "\n")
fichier.close()
#shellyCompteur = shellyCompteur + "-" + datetime.today().strftime('%d/%m %H:%M')
#fichier = open(pathData+deviceID+"_temperature.txt", "w")
#fichier.write(shellyCompteur)
#fichier.close()
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$SHELLY$" + shellyHistory+ "\n")
fichierLog.close()
shellyHistory = ""
#shellyCompteur = ""
#shellyCompteur = shellyCompteur + "-" + datetime.today().strftime('%d/%m %H:%M')
#fichier = open(pathData+deviceID+"_temperature.txt", "w")
#fichier.write(shellyCompteur)
#fichier.close()
#fichierLog = open(pathLogs+"broker.txt", "a")
#fichierLog.write("Work$SHELLY$" + shellyCompteur+ "\n")
#fichierLog.close()
#url_string = 'http://192.168.0.83:8086/write?db=chauffage'
#data_string = 'temperature,sonde='+deviceID+' value='+shellyTempOnly
#r = requests.post(url_string, data=data_string)
#shellyCompteur = ""
#SHELLIES-DoorW
for deviceID, deviceName in devicesSHELLYdw.items():
if message.topic == "shellies/"+deviceID+"/sensor/state":
deviceState = str(message.payload.decode("utf-8"))
if deviceState == "close":
fichier = open(pathData+deviceID+"_lastClose.txt", "w")
fichier.write(datetime.today().strftime('%Y-%m-%d %H:%M:%S'))
fichier.close()
elif deviceState == "open":
fichier = open(pathData+deviceID+"_lastOpen.txt", "w")
fichier.write(datetime.today().strftime('%Y-%m-%d %H:%M:%S'))
fichier.close()
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$SHELLIES$door$"+deviceName+"$"+deviceState+"\n")
fichierLog.close()
if message.topic == "shellies/"+deviceID+"/sensor/battery":
deviceBattery = str(message.payload.decode("utf-8"))
fichier = open(pathData+deviceID+"_battery.txt", "w")
fichier.write(deviceBattery)
fichier.close()
if message.topic == "shellies/"+deviceID+"/sensor/lux":
deviceLuminosity = str(message.payload.decode("utf-8"))
fichier = open(pathData+deviceID+"_luminosity.txt", "w")
fichier.write(deviceLuminosity)
fichier.close()
#SHELLIES-PlugS
for deviceID, deviceName in devicesSHELLYplugS.items():
if message.topic == "shellies/"+deviceID+"/relay/0":
deviceRelayCommand = str(message.payload.decode("utf-8"))
fichier = open(pathData+deviceID+"_relay_command.txt", "w")
fichier.write(deviceRelayCommand)
fichier.close()
if deviceRelayCommand == "on":
realtimeSHELLYplugS[deviceID]="on"
if deviceRelayCommand == "off":
realtimeSHELLYplugS[deviceID]="off"
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$SHELLY$PlugS$"+deviceName+"$Relay_Command$"+deviceRelayCommand+"\n")
fichierLog.close()
#SHELLIES-One
for deviceID, deviceName in devicesSHELLYrelayOne.items():
if message.topic == "shellies/"+deviceID+"/relay/0":
deviceRelayCommand = str(message.payload.decode("utf-8"))
fichier = open(pathData+deviceID+"_relay_command.txt", "w")
fichier.write(deviceRelayCommand)
fichier.close()
if deviceRelayCommand == "on":
realtimeSHELLYrelayOne[deviceID]="on"
if deviceRelayCommand == "off":
realtimeSHELLYrelayOne[deviceID]="off"
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$SHELLY$One$"+deviceName+"$Relay_Command$"+deviceRelayCommand+"\n")
fichierLog.close()
#SHELLIES-OnePM
for deviceID, deviceName in devicesSHELLYrelay1pm.items():
if message.topic == "shellies/"+deviceID+"/relay/0":
deviceRelayCommand = str(message.payload.decode("utf-8"))
fichier = open(pathData+deviceID+"_relay_command.txt", "w")
fichier.write(deviceRelayCommand)
fichier.close()
if deviceRelayCommand == "on":
realtimeSHELLYrelay1pm[deviceID]="on"
if deviceRelayCommand == "off":
realtimeSHELLYrelay1pm[deviceID]="off"
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$SHELLY$OnePM$"+deviceName+"$Relay_Command$"+deviceRelayCommand+"\n")
fichierLog.close()
#SHELLIES-Switch25s
for deviceID, deviceName in devicesSHELLYswitch25s1.items():
if message.topic == "shellies/"+deviceID+"/input/0":
deviceInput = str(message.payload.decode("utf-8"))
if deviceInput == "1":
if devicesSHELLYswitch25s1scene[deviceID]=="HUE":
scene_Switch_HUE(client,"short",deviceID,"short",deviceName,devicesSHELLYswitch25s1target,realtimeHUEwhite)
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$SHELLY$relay25r2$"+deviceName+"$action$"+deviceInput+"$short\n")
fichierLog.close()
if message.topic == "shellies/"+deviceID+"/longpush/0":
deviceInput = str(message.payload.decode("utf-8"))
if deviceInput == "1":
if devicesSHELLYswitch25s1scene[deviceID]=="HUE":
scene_Switch_HUE(client,"long",deviceID,"long_long",deviceName,devicesSHELLYswitch25s1target,realtimeHUEwhite)
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$SHELLY$relay25r1$"+deviceName+"$action$"+deviceInput+"$long\n")
fichierLog.close()
for deviceID, deviceName in devicesSHELLYswitch25s2.items():
if message.topic == "shellies/"+deviceID+"/input/1":
deviceInput = str(message.payload.decode("utf-8"))
if deviceInput == "1":
if devicesSHELLYswitch25s2scene[deviceID]=="HUE":
scene_Switch_HUE(client,"short",deviceID,"short",deviceName,devicesSHELLYswitch25s2target,realtimeHUEwhite)
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$SHELLY$relay25r2$"+deviceName+"$action$"+deviceInput+"$short\n")
fichierLog.close()
if message.topic == "shellies/"+deviceID+"/longpush/1":
deviceInput = str(message.payload.decode("utf-8"))
if deviceInput == "1":
if devicesSHELLYswitch25s2scene[deviceID]=="HUE":
scene_Switch_HUE(client,"long",deviceID,"long_long",deviceName,devicesSHELLYswitch25s2target,realtimeHUEwhite)
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$SHELLY$relay25r2$"+deviceName+"$action$"+deviceInput+"$long\n")
fichierLog.close()
#SHELLIES-Relay25r
for deviceID, deviceName in devicesSHELLYrelay25r1.items():
if message.topic == "shellies/"+deviceID+"/relay/0":
deviceRelayCommand = str(message.payload.decode("utf-8"))
fichier = open(pathData+deviceID+"_relay1_command.txt", "w")
fichier.write(deviceRelayCommand)
fichier.close()
if deviceRelayCommand == "on":
realtimeSHELLYplugS[deviceID]="on"
if deviceRelayCommand == "off":
realtimeSHELLYplugS[deviceID]="off"
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$SHELLY$relay25$R1$"+deviceName+"$Relay_Command$"+deviceRelayCommand+"\n")
fichierLog.close()
for deviceID, deviceName in devicesSHELLYrelay25r2.items():
if message.topic == "shellies/"+deviceID+"/relay/1":
deviceRelayCommand = str(message.payload.decode("utf-8"))
fichier = open(pathData+deviceID+"_relay2_command.txt", "w")
fichier.write(deviceRelayCommand)
fichier.close()
if deviceRelayCommand == "on":
realtimeSHELLYplugS[deviceID]="on"
if deviceRelayCommand == "off":
realtimeSHELLYplugS[deviceID]="off"
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$SHELLY$relay25$R2$"+deviceName+"$Relay_Command$"+deviceRelayCommand+"\n")
fichierLog.close()
#SHELLIES-OFF
#VALFRPI-ON
for deviceID, deviceName in devicesVALFRpi.items():
if message.topic == "valfrpi/"+deviceID+"/temperature":
piTemperature = str(message.payload.decode("utf-8")) + "-" + datetime.today().strftime('%d/%m %H:%M')
fichier = open(pathData+deviceID+"_temperature.txt", "w")
fichier.write(str(message.payload.decode("utf-8")))
fichier.close()
fichier = open(pathData+deviceID+"_datetime.txt", "w")
fichier.write(datetime.today().strftime('%d/%m %H:%M'))
fichier.close()
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$valfrpi$" + piTemperature + "\n")
fichierLog.close()
#VALFRPI-OFF
#XIAOMI-ON
#DOOR SENSORS work
for deviceID, deviceName in devicesXIAOMIdoorSensors.items():
if message.topic == "zigbee2mqtt/"+deviceID:
python_obj = json.loads(str(message.payload.decode("utf-8")))
deviceState = str(python_obj['contact']).lower()
if deviceState == "true":
fichier = open(pathData+deviceID+"_lastClose.txt", "w")
fichier.write(datetime.today().strftime('%Y-%m-%d %H:%M:%S'))
fichier.close()
elif deviceState == "false":
fichier = open(pathData+deviceID+"_lastOpen.txt", "w")
fichier.write(datetime.today().strftime('%Y-%m-%d %H:%M:%S'))
fichier.close()
deviceBattery = str(python_obj['battery']).lower()
fichier = open(pathData+deviceID+"_battery.txt", "w")
fichier.write(deviceBattery)
fichier.close()
fichierLog = open(pathLogs+"history.txt", "a")
fichierLog.write(datetime.today().strftime('%Y-%m-%d %H:%M:%S') + " - " +deviceName+" - close="+deviceState+"\n")
fichierLog.close()
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$XIAOMI$door$"+deviceName+"$"+deviceState+"\n")
fichierLog.close()
#MOTION SENSORS work
for deviceID, deviceName in devicesXIAOMImotionSensors.items():
if message.topic == "zigbee2mqtt/"+deviceID:
python_obj = json.loads(str(message.payload.decode("utf-8")))
deviceState = str(python_obj['occupancy']).lower()
#sensor v2 with luminosity
deviceLuminosity="99999999"
if 'illuminance' in python_obj:
deviceLuminosity = str(python_obj['illuminance']).lower()
fichier = open(pathData+deviceID+"_luminosity.txt", "w")
fichier.write(deviceLuminosity)
fichier.close()
if deviceState == "true":
fichier = open(pathData+deviceID+"_lastDetection.txt", "w")
fichier.write(datetime.today().strftime('%Y-%m-%d %H:%M:%S'))
fichier.close()
elif deviceState == "false":
fichier = open(pathData+deviceID+"_lastEndOfDetection.txt", "w")
fichier.write(datetime.today().strftime('%Y-%m-%d %H:%M:%S'))
fichier.close()
deviceBattery = str(python_obj['battery']).lower()
fichier = open(pathData+deviceID+"_battery.txt", "w")
fichier.write(deviceBattery)
fichier.close()
fichierLog = open(pathLogs+"history.txt", "a")
fichierLog.write(datetime.today().strftime('%Y-%m-%d %H:%M:%S') + " - " +deviceName+" - motion="+deviceState+"\n")
fichierLog.close()
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$XIAOMI$motion$"+deviceName+"$"+deviceState+"\n")
fichierLog.write("Work$XIAOMI$luminosity$"+deviceName+"$"+deviceLuminosity+"\n")
fichierLog.close()
#switch D1 work
for deviceID, deviceName in devicesXIAOMIswitchD1s1.items():
if message.topic == "zigbee2mqtt/"+deviceID:
python_obj = json.loads(str(message.payload.decode("utf-8")))
deviceState = str(python_obj['action']).lower()
if devicesXIAOMIswitchD1s1scene[deviceID]=="HUE":
scene_Switch_HUE(client,"single_left",deviceID,deviceState,deviceName,devicesXIAOMIswitchD1s1target,realtimeHUEwhite)
if devicesXIAOMIswitchD1s1scene[deviceID]=="HUE1COLOR":
scene_Switch_HUE1COLOR(client,"single_left",deviceID,deviceState,deviceName,devicesXIAOMIswitchD1s1target,realtimeHUEwhite)
if devicesXIAOMIswitchD1s1scene[deviceID]=="ShellyRelay":
scene_Switch_Relay(client,"single_left",deviceID,deviceState,deviceName,devicesXIAOMIswitchD1s1target,realtimeSHELLYplugS)
if hasattr(python_obj, 'battery'):
deviceBattery = str(python_obj['battery']).lower()
fichier = open(pathData+deviceID+"_battery.txt", "w")
fichier.write(deviceBattery)
fichier.close()
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$XIAOMI$switchD1$"+deviceName+"$action$left_switch$"+deviceState+"\n")
fichierLog.close()
for deviceID, deviceName in devicesXIAOMIswitchD1s2.items():
if message.topic == "zigbee2mqtt/"+deviceID:
python_obj = json.loads(str(message.payload.decode("utf-8")))
deviceState = str(python_obj['action']).lower()
if devicesXIAOMIswitchD1s2scene[deviceID]=="HUE":
scene_Switch_HUE(client,"single_right",deviceID,deviceState,deviceName,devicesXIAOMIswitchD1s2target,realtimeHUEwhite)
if devicesXIAOMIswitchD1s2scene[deviceID]=="HUE1COLOR":
scene_Switch_HUE1COLOR(client,"single_right",deviceID,deviceState,deviceName,devicesXIAOMIswitchD1s2target,realtimeHUEwhite)
if devicesXIAOMIswitchD1s2scene[deviceID]=="ShellyRelay":
scene_Switch_Relay(client,"single_right",deviceID,deviceState,deviceName,devicesXIAOMIswitchD1s2target,realtimeSHELLYplugS)
if hasattr(python_obj, 'battery'):
deviceBattery = str(python_obj['battery']).lower()
fichier = open(pathData+deviceID+"_battery.txt", "w")
fichier.write(deviceBattery)
fichier.close()
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$XIAOMI$switchD1$"+deviceName+"$action$right_switch$"+deviceState+"\n")
fichierLog.close()
#XIAOMI-OFF
#HUE-ON
#HUE WHITE work
for deviceID, deviceName in devicesHUEwhite.items():
if message.topic == "zigbee2mqtt/"+deviceID:
python_obj = json.loads(str(message.payload.decode("utf-8")))
deviceBrightness = str(python_obj['brightness']).lower()
fichier = open(pathData+deviceID+"_brightness.txt", "w")
fichier.write(deviceBrightness)
fichier.close()
if deviceBrightness == "0" or deviceBrightness == "1":
realtimeHUEwhite[deviceID]="75"
elif deviceBrightness == "75":
realtimeHUEwhite[deviceID]="150"
elif deviceBrightness == "150":
realtimeHUEwhite[deviceID]="254"
else:
realtimeHUEwhite[deviceID]="0"
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$HUE$white$"+deviceName+"$Brightness$"+deviceBrightness+"\n")
fichierLog.close()
#HUE Color Ambiance work
for deviceID, deviceName in devicesHUEcolorAmbiance.items():
if message.topic == "zigbee2mqtt/"+deviceID:
python_obj = json.loads(str(message.payload.decode("utf-8")))
deviceBrightness = str(python_obj['brightness']).lower()
fichier = open(pathData+deviceID+"_brightness.txt", "w")
fichier.write(deviceBrightness)
fichier.close()
deviceColorTemp = str(python_obj['color_temp']).lower()
fichier = open(pathData+deviceID+"_colorTemp.txt", "w")
fichier.write(deviceColorTemp)
fichier.close()
#bright
if deviceBrightness == "0" or deviceBrightness == "1":
realtimeHUEwhite[deviceID]="75"
elif deviceBrightness == "75":
realtimeHUEwhite[deviceID]="150"
elif deviceBrightness == "150":
realtimeHUEwhite[deviceID]="254"
else:
realtimeHUEwhite[deviceID]="0"
#color
if realtimeHUEcolorAmbianceColorHue[deviceID] == "get":
realtimeHUEcolorAmbianceColorHue[deviceID]="29"
realtimeHUEcolorAmbianceColorSaturation[deviceID]="88"
realtimeHUEcolorAmbianceColorTemp[deviceID]="get"
elif realtimeHUEcolorAmbianceColorHue[deviceID] == "29":
realtimeHUEcolorAmbianceColorHue[deviceID]="212"
realtimeHUEcolorAmbianceColorSaturation[deviceID]="10"
realtimeHUEcolorAmbianceColorTemp[deviceID]="153"
elif realtimeHUEcolorAmbianceColorHue[deviceID] == "212":
realtimeHUEcolorAmbianceColorHue[deviceID]="57"
realtimeHUEcolorAmbianceColorSaturation[deviceID]="27"
realtimeHUEcolorAmbianceColorTemp[deviceID]="get"
elif realtimeHUEcolorAmbianceColorHue[deviceID] == "57":
realtimeHUEcolorAmbianceColorHue[deviceID]="44"
realtimeHUEcolorAmbianceColorSaturation[deviceID]="29"
realtimeHUEcolorAmbianceColorTemp[deviceID]="get"
elif realtimeHUEcolorAmbianceColorHue[deviceID] == "44":
realtimeHUEcolorAmbianceColorHue[deviceID]="234"
realtimeHUEcolorAmbianceColorSaturation[deviceID]="99"
realtimeHUEcolorAmbianceColorTemp[deviceID]="get"
elif realtimeHUEcolorAmbianceColorHue[deviceID] == "234":
realtimeHUEcolorAmbianceColorHue[deviceID]="396"
realtimeHUEcolorAmbianceColorSaturation[deviceID]="63"
realtimeHUEcolorAmbianceColorTemp[deviceID]="get"
elif realtimeHUEcolorAmbianceColorHue[deviceID] == "396":
realtimeHUEcolorAmbianceColorHue[deviceID]="29"
realtimeHUEcolorAmbianceColorSaturation[deviceID]="88"
realtimeHUEcolorAmbianceColorTemp[deviceID]="get"
else:
realtimeHUEcolorAmbianceColorHue[deviceID]="29"
realtimeHUEcolorAmbianceColorSaturation[deviceID]="88"
realtimeHUEcolorAmbianceColorTemp[deviceID]="get"
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$HUE$white$"+deviceName+"$Brightness$"+deviceBrightness+"\n")
fichierLog.close()
#HUE-OFF
#SCENES functions
def scene_Switch_HUE(client,left_right,deviceID,deviceState,deviceName,devideCiblesTarget,realtimeHUEwhite):
if deviceState == left_right:
cbiles = devideCiblesTarget[deviceID].split(',')
for cibleID in cbiles:
client.publish("zigbee2mqtt/"+cibleID+"/set", '{"brightness": '+realtimeHUEwhite[cibleID]+'}', qos=0, retain=False)
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$scene_Switch_HUE$"+left_right+"$"+deviceName+"$"+deviceState+"$Allumer vers "+cibleID+"\n")
fichierLog.close()
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$scene_Switch_HUE$"+left_right+"$"+deviceName+"$"+deviceState+"$Allumer vers "+devideCiblesTarget[deviceID]+"\n")
fichierLog.close()
if deviceState == "hold_right" or deviceState == "hold_left" or deviceState == "long_long":
cbiles = devideCiblesTarget[deviceID].split(',')
for cibleID in cbiles:
client.publish("zigbee2mqtt/"+cibleID+"/set", '{"brightness": 0}', qos=0, retain=False)
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$scene_Switch_HUE$"+left_right+"_long$"+deviceName+"$"+deviceState+"$Eteindre\n")
fichierLog.close()
def scene_Switch_HUE1COLOR(client,left_right,deviceID,deviceState,deviceName,devideCiblesTarget,realtimeHUEwhite):
if deviceState == left_right:
if deviceState == "single_left":
cbiles = devideCiblesTarget[deviceID].split(',')
for cibleID in cbiles:
client.publish("zigbee2mqtt/"+cibleID+"/set", '{"brightness": '+realtimeHUEwhite[cibleID]+'}', qos=0, retain=False)
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$scene_Switch_HUE$"+left_right+"$"+deviceName+"$"+deviceState+"$Allumer vers "+cibleID+"\n")
fichierLog.close()
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$scene_Switch_HUE$"+left_right+"$"+deviceName+"$"+deviceState+"$Allumer vers "+devideCiblesTarget[deviceID]+"\n")
fichierLog.close()
if deviceState == "single_right":
cbiles = devideCiblesTarget[deviceID].split(',')
for cibleID in cbiles:
#client.publish("zigbee2mqtt/"+cibleID+"/set", '{"color_temp": '+realtimeHUEcolorAmbiance[cibleID]+'}', qos=0, retain=False)
if realtimeHUEcolorAmbianceColorTemp[cibleID] == "get":
client.publish("zigbee2mqtt/"+cibleID+"/set", '{"color":{"hue":'+realtimeHUEcolorAmbianceColorHue[cibleID]+',"saturation":'+realtimeHUEcolorAmbianceColorSaturation[cibleID]+'}}', qos=0, retain=False)
else:
client.publish("zigbee2mqtt/"+cibleID+"/set", '{"color_temp": '+realtimeHUEcolorAmbianceColorTemp[cibleID]+'}', qos=0, retain=False)
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$scene_Switch_HUE$"+left_right+"$"+deviceName+"$"+deviceState+"$Allumer vers "+cibleID+"\n")
fichierLog.close()
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$scene_Switch_HUE$"+left_right+"$"+deviceName+"$"+deviceState+"$Allumer vers "+devideCiblesTarget[deviceID]+"\n")
fichierLog.close()
if deviceState == "hold_left" or deviceState == "long_long":
cbiles = devideCiblesTarget[deviceID].split(',')
for cibleID in cbiles:
client.publish("zigbee2mqtt/"+cibleID+"/set", '{"brightness": 0}', qos=0, retain=False)
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$scene_Switch_HUE$"+left_right+"_long$"+deviceName+"$"+deviceState+"$Eteindre\n")
fichierLog.close()
def scene_Switch_Relay(client,left_right,deviceID,deviceState,deviceName,devideCiblesTarget,realtimeSHELLYplugS):
if deviceState == left_right:
cbiles = devideCiblesTarget[deviceID].split(',')
for cibleIDrelay in cbiles:
cibleData = cibleIDrelay.split(':')
cibleID = cibleData[0]
relayID = cibleData[1]
if realtimeSHELLYplugS[cibleID]=="off":
client.publish("shellies/"+cibleID+"/relay/"+relayID+"/command", 'on', qos=0, retain=False)
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$scene_Switch_Relay$"+left_right+"$"+deviceName+"$"+deviceState+"$Allumer vers "+devideCiblesTarget[deviceID]+"\n")
fichierLog.close()
else:
client.publish("shellies/"+cibleID+"/relay/"+relayID+"/command", 'off', qos=0, retain=False)
if doLogs:
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write("Work$scene_Switch_Relay$"+left_right+"$"+deviceName+"$"+deviceState+"$eteindre vers "+devideCiblesTarget[deviceID]+"\n")
fichierLog.close()
# if deviceState == left_right+"_long":
# cbiles = devideCiblesTarget[deviceID].split(',')
# for cibleID in cbiles:
# client.publish("zigbee2mqtt/"+cibleID+"/set", '{"brightness": 0}', qos=0, retain=False)
# if doLogs:
# fichierLog = open(pathLogs+"broker.txt", "a")
# fichierLog.write("Work$scene_Switch_Relay$"+left_right+"_long$"+deviceName+"$"+deviceState+"$Eteindre\n")
# fichierLog.close()
#END SCENES functions
#MAIN
global pathLogs
global pathData
global doLogs
global devicesXIAOMIdoorSensors
global devicesXIAOMImotionSensors
global devicesXIAOMIswitchD1s1
global devicesXIAOMIswitchD1s1target
global devicesXIAOMIswitchD1s1scene
global devicesXIAOMIswitchD1s2
global devicesXIAOMIswitchD1s2target
global devicesXIAOMIswitchD1s2scene
global devicesSHELLYht
global devicesSHELLYdw
global devicesSHELLYroller25
global devicesSHELLYswitch25s1
global devicesSHELLYswitch25s1target
global devicesSHELLYswitch25s1scene
global devicesSHELLYswitch25s2
global devicesSHELLYswitch25s2target
global devicesSHELLYswitch25s2scene
global devicesSHELLYrelay25r1
global devicesSHELLYrelay25r2
global devicesVALFRpi
global devicesHUEwhite
global realtimeHUEwhite
global devicesHUEcolorAmbiance
global realtimeHUEcolorAmbiance
global realtimeHUEcolorAmbianceColorHue
global realtimeHUEcolorAmbianceColorTemp
global realtimeHUEcolorAmbianceColorSaturation
global devicesSHELLYplugS
global realtimeSHELLYplugS
global devicesSHELLYrelayOne
global realtimeSHELLYrelayOne
global devicesSHELLYrelay1pm
global realtimeSHELLYrelay1pm
devicesXIAOMIdoorSensors = dict()
devicesXIAOMImotionSensors = dict()
devicesXIAOMIswitchD1s1 = dict()
devicesXIAOMIswitchD1s1target = dict()
devicesXIAOMIswitchD1s1scene = dict()
devicesXIAOMIswitchD1s2 = dict()
devicesXIAOMIswitchD1s2target = dict()
devicesXIAOMIswitchD1s2scene = dict()
devicesSHELLYht = dict()
devicesSHELLYdw = dict()
devicesSHELLYroller25 = dict()
devicesSHELLYswitch25s1 = dict()
devicesSHELLYswitch25s1target = dict()
devicesSHELLYswitch25s1scene = dict()
devicesSHELLYswitch25s2 = dict()
devicesSHELLYswitch25s2target = dict()
devicesSHELLYswitch25s2scene = dict()
devicesSHELLYrelay25r1 = dict()
devicesSHELLYrelay25r2 = dict()
devicesVALFRpi = dict()
devicesHUEwhite = dict()
realtimeHUEwhite = dict()
devicesHUEcolorAmbiance = dict()
realtimeHUEcolorAmbiance = dict()
realtimeHUEcolorAmbianceColorTemp = dict()
realtimeHUEcolorAmbianceColorHue = dict()
realtimeHUEcolorAmbianceColorSaturation = dict()
devicesSHELLYplugS = dict()
realtimeSHELLYplugS = dict()
devicesSHELLYrelayOne = dict()
realtimeSHELLYrelayOne = dict()
devicesSHELLYrelay1pm = dict()
realtimeSHELLYrelay1pm = dict()
#pathLogs = "/mnt/ram/"
#pathData = "/mnt/ram/"
pathLogs = "/home/logs/"
pathData = "/home/data/iot/"
doLogs = False
startupMsg = "VALFR BROKER v3.6 starting up at " + datetime.today().strftime('%Y-%m-%d %H:%M:%S') + "\n"
journal.write(startupMsg)
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write(startupMsg)
with open("/home/data/devices.txt") as f :
for line in f :
line = line.replace("\n","")
data = line.split('!')
if data[0] == "XIAOMIdoor":
devicesXIAOMIdoorSensors[data[1]]=data[2]
if data[0] == "XIAOMImotion":
devicesXIAOMImotionSensors[data[1]]=data[2]
if data[0] == "XIAOMIswitchD1s1":
devicesXIAOMIswitchD1s1[data[1]]=data[2]
devicesXIAOMIswitchD1s1scene[data[1]]=data[3]
devicesXIAOMIswitchD1s1target[data[1]]=data[4]
if data[0] == "XIAOMIswitchD1s2":
devicesXIAOMIswitchD1s2[data[1]]=data[2]
devicesXIAOMIswitchD1s2scene[data[1]]=data[3]
devicesXIAOMIswitchD1s2target[data[1]]=data[4]
if data[0] == "SHELLYht":
devicesSHELLYht[data[1]]=data[2]
if data[0] == "SHELLYdw":
devicesSHELLYdw[data[1]]=data[2]
if data[0] == "SHELLYroller25":
devicesSHELLYroller25[data[1]]=data[2]
if data[0] == "SHELLYswitch25s1":
devicesSHELLYswitch25s1[data[1]]=data[2]
devicesSHELLYswitch25s1scene[data[1]]=data[3]
devicesSHELLYswitch25s1target[data[1]]=data[4]
if data[0] == "SHELLYswitch25s2":
devicesSHELLYswitch25s2[data[1]]=data[2]
devicesSHELLYswitch25s2scene[data[1]]=data[3]
devicesSHELLYswitch25s2target[data[1]]=data[4]
if data[0] == "SHELLYrelay25r1":
devicesSHELLYrelay25r1[data[1]]=data[2]
if data[0] == "SHELLYrelay25r2":
devicesSHELLYrelay25r2[data[1]]=data[2]
if data[0] == "valfrpi":
devicesVALFRpi[data[1]]=data[2]
if data[0] == "HUEwhite":
devicesHUEwhite[data[1]]=data[2]
realtimeHUEwhite[data[1]]="get"
if data[0] == "HUEcolorAmbiance":
devicesHUEcolorAmbiance[data[1]]=data[2]
realtimeHUEcolorAmbiance[data[1]]="get"
realtimeHUEcolorAmbianceColorTemp[data[1]]="get"
realtimeHUEcolorAmbianceColorHue[data[1]]="get"
realtimeHUEcolorAmbianceColorSaturation[data[1]]="get"
if data[0] == "SHELLYplugS":
devicesSHELLYplugS[data[1]]=data[2]
realtimeSHELLYplugS[data[1]]="get"
if data[0] == "SHELLYrelayOne":
devicesSHELLYrelayOne[data[1]]=data[2]
realtimeSHELLYrelayOne[data[1]]="get"
if data[0] == "SHELLYrelay1pm":
devicesSHELLYrelay1pm[data[1]]=data[2]
realtimeSHELLYrelay1pm[data[1]]="get"
fichierLog.write(str(len(devicesXIAOMIdoorSensors))+" 'XIAOMIdoor' devices loaded\n")
fichierLog.write(str(len(devicesXIAOMImotionSensors))+" 'XIAOMImotion' devices loaded\n")
fichierLog.write(str(len(devicesXIAOMIswitchD1s1))+" 'XIAOMIswitchD1' devices loaded (switch left)\n")
fichierLog.write(str(len(devicesXIAOMIswitchD1s2))+" 'XIAOMIswitchD1' devices loaded (switch right)\n")
fichierLog.write(str(len(devicesSHELLYht))+" 'SHELLYht' devices loaded\n")
fichierLog.write(str(len(devicesSHELLYdw))+" 'SHELLYdw' devices loaded\n")
fichierLog.write(str(len(devicesSHELLYroller25))+" 'SHELLYroller25' devices loaded (roller mode)\n")
fichierLog.write(str(len(devicesSHELLYswitch25s1))+" 'SHELLYswitch25' devices loaded (switch 1)\n")
fichierLog.write(str(len(devicesSHELLYswitch25s2))+" 'SHELLYswitch25' devices loaded (switch 2)\n")
fichierLog.write(str(len(devicesSHELLYrelay25r1))+" 'SHELLYrelay25' devices loaded (relay 1)\n")
fichierLog.write(str(len(devicesSHELLYrelay25r2))+" 'SHELLYrelay25' devices loaded (relay 2)\n")
fichierLog.write(str(len(devicesVALFRpi))+" 'valfrpi' devices loaded\n")
fichierLog.write(str(len(devicesHUEwhite))+" 'HUEwhite' devices loaded\n")
fichierLog.write(str(len(devicesHUEcolorAmbiance))+" 'HUEcolorAmbiance' devices loaded\n")
fichierLog.write(str(len(devicesSHELLYplugS))+" 'SHELLYplugS' devices loaded\n")
fichierLog.write(str(len(devicesSHELLYrelayOne))+" 'SHELLYrelayOne' devices loaded (blue)\n")
fichierLog.write(str(len(devicesSHELLYrelay1pm))+" 'SHELLYrelay1pm' devices loaded (red)\n")
fichierLog.close()
#starting up MQTT
client = mqtt.Client()
client.connect("localhost",1883,60)
client.on_connect = on_connect
client.on_message = on_message
#In-Real-Time sync & checking
for key in realtimeHUEwhite:
client.publish("zigbee2mqtt/"+key+"/get", '{"brightness": "0"}', qos=0, retain=False)
for key in realtimeHUEcolorAmbiance:
client.publish("zigbee2mqtt/"+key+"/get", '{"brightness": "0"}', qos=0, retain=False)
for key in realtimeSHELLYplugS:
#client.publish("shellies/"+key+"/relay/0/command", 'off', qos=0, retain=False)
client.publish("shellies/"+key+"/status", 'off', qos=0, retain=False)
for key in realtimeSHELLYrelayOne:
#client.publish("shellies/"+key+"/relay/0/command", 'off', qos=0, retain=False)
client.publish("shellies/"+key+"/status", 'off', qos=0, retain=False)
for key in realtimeSHELLYrelay1pm:
#client.publish("shellies/"+key+"/relay/0/command", 'off', qos=0, retain=False)
client.publish("shellies/"+key+"/status", 'off', qos=0, retain=False)
for key in devicesSHELLYrelay25r1:
#client.publish("shellies/"+key+"/relay/0/command", 'off', qos=0, retain=False)
client.publish("shellies/"+key+"/status", 'off', qos=0, retain=False)
for key in devicesSHELLYrelay25r2:
#client.publish("shellies/"+key+"/relay/1/command", 'off', qos=0, retain=False)
client.publish("shellies/"+key+"/status", 'off', qos=0, retain=False)
#NB : shellies doesnt get status by MQTT - only = http://192.168.0.13/settings/0?mqtt_update_period=0
subscribeMsg = "VALFR BROKER In-RealTime devices checking\n"
journal.write(subscribeMsg)
fichierLog = open(pathLogs+"broker.txt", "a")
fichierLog.write(subscribeMsg)
fichierLog.close()
#Ready processing messages forever !
client.loop_forever()