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    [Vorlage] Xiaomi Airpurifier 3H u.a. inkl. Token auslesen.

    This topic has been deleted. Only users with topic management privileges can see it.
    • P
      Pittini Developer @maxpd last edited by Pittini

      @maxpd Zip is schon mal völlig falsch.
      Erstmal das Skript als Text von der Git Seite kopieren. Also am besten das Skript auf der Gitseite anklicken, dann im der Kopfzeile auf "RAW" klicken. DAnn geht ne neue Seite auf, mit nur dem Skript, dort Strg+A um alles zu markieren und dann Strg+C ums in die Zwischenablage einzufügen. Im Skripteditor, neues leeres Skript anlegen, dort Strg+V drücken und schon is das Skript installiert, dauert ca. 5 Sekunden..

      M 1 Reply Last reply Reply Quote 0
      • M
        maxpd @Pittini last edited by maxpd

        @pittini Merci, habs schon anhand Thomas Braun gemacht. In der Zip die AllMyMi-V0.2.15.js verwendet.
        Hab nun auch die Datenpunkte alle drin. Danke!

        Thomas Braun 1 Reply Last reply Reply Quote 0
        • Thomas Braun
          Thomas Braun Most Active @maxpd last edited by Thomas Braun

          @maxpd
          Warum so umständlich?
          Der Code steht auf git parat:

          https://github.com/Pittini/iobroker-nodemihome/blob/main/AllMyMi-V0.2.15.js

          bzw.

          https://raw.githubusercontent.com/Pittini/iobroker-nodemihome/main/AllMyMi-V0.2.15.js

          M 1 Reply Last reply Reply Quote 0
          • M
            maxpd @Thomas Braun last edited by

            @thomas-braun Macht ja keinen Unterschied. Hatte die Zip halt gerade offen, weil ich das Ding ja vorher auch als Adapter installieren wollte 😄

            M 1 Reply Last reply Reply Quote 0
            • M
              maxpd @maxpd last edited by

              @maxpd bei mir füllt er die Werte nicht aus, auch wenn ich das Script neustarte nicht.
              Generell musste ich das Script auch (gefühlt) neustarten, um überhaupt den aktuellen Online Status des Purifiers zu erkennen:

              0e545f74-6329-474e-bb55-0ea036cda242-image.png

              haselchen 1 Reply Last reply Reply Quote 0
              • haselchen
                haselchen Most Active @maxpd last edited by haselchen

                @maxpd

                Welche Nodejs Version hast Du?

                M 1 Reply Last reply Reply Quote 0
                • M
                  maxpd @haselchen last edited by

                  @haselchen v12.22.1

                  haselchen 1 Reply Last reply Reply Quote 0
                  • haselchen
                    haselchen Most Active @maxpd last edited by haselchen

                    @maxpd

                    Die habe ich auch.
                    Du hast den 3H , stimmts?
                    Ich poste mal mein Script, Mihome Log in Daten musste noch eingeben.
                    Normal musste dann nur noch im Javascript Adapter node-mihome hinzufügen.


                    const SkriptVersion = "0.2.10"; //vom 11.03.2021 / Link zu Git: https://github.com/Pittini/iobroker-nodemihome / Forum: https://forum.iobroker.net/topic/39388/vorlage-xiaomi-airpurifier-3h-u-a-inkl-token-auslesen

                    const mihome = require('node-mihome');

                    // Logindaten für Xiaomi Cloud:
                    const username = 'XXXX';
                    const password = 'XXXX';
                    const options = { country: 'de' }; // 'ru', 'us', 'tw', 'sg', 'cn', 'de' (Default: 'cn');
                    const refresh = 10000;

                    const praefix0 = "javascript.0.MiHomeAll"; //Root für Skriptdatenpunkte

                    const logging = false; //Logging aktivieren/deaktivieren

                    //Ab hier nix mehr ändern!
                    /*

                    1. Xiaomi Cloudlogin
                    2. Alle dort gelisteten Geräte und deren Basicdaten abrufen
                    3. Für alle abgerufenen Geräte Basic Channel/Datenpunkte anlegen
                    4. Prüfen welche supporteten Geräte in der Auflistung vorhanden sind und die entsprechenden spezifischen Datenpunkte erstellen
                    5. Basic Channels mit Daten füllen / einlesen
                    6. devicearray erstellen via node-mihome und die Gerätespezifischen Werte einlesen

                    */
                    // ######### TESTBEREICH ################
                    //const axios = require('axios');

                    //let miotDefinition= getMiotData('https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:air-purifier:0000A007:zhimi-mb3:2');

                    async function getMiotData(url) {
                    if (logging) log("Reaching MiotUrlConstructor");
                    try {
                    const response = await axios.get(url, { timeout: 10000 });
                    log("resp:" + JSON.stringify(response.data));
                    for (let z in Object.keys(response.data.services)) {
                    log("Keys=" + Object.keys(response.data.services[z]))
                    log(JSON.stringify(response.data.services[z]))
                    }

                        return response.data;
                    } catch (error) {
                        console.error(error);
                    }
                    

                    }

                    function MiotUrlConstructor(miotdevice) {
                    if (logging) log("Reaching MiotUrlConstructor");
                    let BaseUrl = "https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:" + miotdevice;
                    return BaseUrl;
                    }

                    // ################ ENDE TESTBEREICH ####################

                    const DeviceData = [];
                    let AllDevicesRaw = [];

                    let device = [];

                    const States = [];
                    let DpCount = 0;
                    log("Starting AllMyMi V." + SkriptVersion);

                    Init();

                    const DefineDevice = [];

                    // ***************************** Device Definitions *************************

                    // ***************************** Airpurifiers ********************************

                    DefineDevice[0] = { // Tested and working
                    info: {},
                    model: "zhimi.airpurifier.mb3",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:air-purifier:0000A007:zhimi-mb3:2
                    description: "Purifier 3H",
                    setter: {
                    "air-purifier.on": async function (obj, val) { await device[obj].setPower(val) },
                    "air-purifier.mode": async function (obj, val) { await device[obj].setMode(val) },
                    "motor-speed.favorite-fan-level": async function (obj, val) { await device[obj].setFavLevel(val) },
                    "air-purifier.fan-level": async function (obj, val) { await device[obj].setFanLevel(val) },
                    "alarm.alarm": async function (obj, val) { await device[obj].setBuzzer(val) },
                    "indicator-light.brightness": async function (obj, val) { await device[obj].setLcdBrightness(val) },
                    "physical-controls-locked.physical-controls-locked": async function (obj, val) { await device[obj].setChildLock(val) }
                    },
                    common:
                    [{ name: "air-purifier.on", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "air-purifier.fault", type: "number", read: true, write: false, min: 0, max: 5, states: { 0: "No faults", 1: "m1_run", 2: "m1_stuck", 3: "no_sensor", 4: "error_hum", 5: "error_temp", 6: "timer_error1", 7: "timer_error2" } },
                    { name: "air-purifier.mode", type: "number", read: true, write: true, min: 0, max: 3, states: { 0: "auto", 1: "sleep", 2: "favorite", 3: "fanset" } },
                    { name: "air-purifier.fan-level", type: "number", read: true, write: true, min: 1, max: 3 },
                    { name: "alarm.alarm", type: "boolean", read: true, write: true },
                    { name: "indicator-light.brightness", type: "number", read: true, write: true, min: 0, max: 2 },
                    { name: "indicator-light.on", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "environment.temperature", type: "number", role: "value.temperature", read: true, write: false, min: -40, max: 125, unit: "°C" },
                    { name: "motor-speed.motor-speed", type: "number", read: true, write: false, min: 0, max: 3000, unit: "rpm" },
                    { name: "motor-speed.motor-set-speed", type: "number", read: true, write: false, min: 0, max: 3000, unit: "rpm" },
                    { name: "motor-speed.favorite-fan-level", type: "number", read: true, write: true, min: 0, max: 14 },
                    { name: "use-time.use-time", type: "number", read: true, write: false },
                    { name: "environment.relative-humidity", type: "number", role: "value.humidity", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "environment.pm2_5-density", type: "number", read: true, write: false, min: 0, max: 600, unit: "μg/m³" },
                    { name: "filter.filter-life-level", type: "number", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "filter.filter-used-time", type: "number", read: true, write: false, unit: "h" },
                    { name: "physical-controls-locked.physical-controls-locked", type: "boolean", role: "switch", read: true, write: true, min: false, max: true }]
                    };

                    DefineDevice[8] = { // Tested and working
                    info: {},
                    model: "zhimi.airpurifier.mc2",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:air-purifier:0000A007:zhimi-mc2:1
                    description: "Purifier 2H",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val) },
                    "mode": async function (obj, val) { await device[obj].setMode(val) },
                    "favorite_level": async function (obj, val) { await device[obj].setFavoriteLevel(val) },
                    "led": async function (obj, val) { await device[obj].setLed(val) },
                    "led_b": async function (obj, val) { await device[obj].setLedB(val) },
                    "buzzer": async function (obj, val) { await device[obj].setBuzzer(val) },
                    "child_lock": async function (obj, val) { await device[obj].setChildLock(val) }
                    },
                    common:
                    [{ name: "power", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "mode", type: "string", role: "state", read: true, write: true, states: { "auto": "auto", "silent": "silent", "favorite": "favorite" } },
                    { name: "favorite_level", type: "number", role: "state", read: true, write: true, min: 0, max: 16 },
                    { name: "temp_dec", type: "number", role: "value.temperature", read: true, write: false, min: -40.0, max: 525.0, unit: "°C" },
                    { name: "humidity", type: "number", role: "value.humidity", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "aqi", type: "number", role: "value", read: true, write: false, min: 0, max: 600, unit: "μg/m³" },
                    { name: "average_aqi", type: "number", role: "value", read: true, write: false, min: 0, max: 600, unit: "μg/m³" },
                    { name: "led", type: "number", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "led_b", type: "number", role: "state", read: true, write: true, min: 0, max: 2, states: { 0: "bright", 1: "dim", 2: "off" } },
                    { name: "buzzer", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "filter1_life", type: "number", role: "value", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "f1_hour", type: "number", role: "value", read: true, write: false, unit: "h" },
                    { name: "f1_hour_used", type: "number", role: "value", read: true, write: false, unit: "h" },
                    { name: "motor1_speed", type: "number", role: "value", read: true, write: false, unit: "rpm" },
                    { name: "child_lock", type: "boolean", role: "switch", read: true, write: true, min: false, max: true }]
                    };

                    DefineDevice[13] = { // Tested and working
                    info: {},
                    model: "zhimi.airpurifier.vb2",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:air-purifier:0000A007:zhimi-vb2:1
                    description: "Mi Air Purifier Pro H",
                    setter: {
                    "air-purifier.on": async function (obj, val) { await device[obj].setPower(val) },
                    "air-purifier.mode": async function (obj, val) { await device[obj].setMode(val) },
                    "motor-speed.favorite-level": async function (obj, val) { await device[obj].setFavLevel(val) },
                    "air-purifier.fan-level": async function (obj, val) { await device[obj].setFanLevel(val) },
                    "alarm.volume": async function (obj, val) { await device[obj].setBuzzer(val) },
                    "indicator-light.brightness": async function (obj, val) { await device[obj].setLcdBrightness(val) },
                    "physical-controls-locked.physical-controls-locked": async function (obj, val) { await device[obj].setChildLock(val) }
                    },
                    common:
                    [{ name: "air-purifier.on", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "air-purifier.fault", type: "number", read: true, write: false, min: 0, max: 5, states: { 0: "No faults", 1: "m1_run", 2: "m1_stuck", 3: "no_sensor", 4: "error_hum", 5: "error_temp", 6: "timer_error1", 7: "timer_error2" } },
                    { name: "air-purifier.mode", type: "number", read: true, write: true, min: 0, max: 3, states: { 0: "auto", 1: "sleep", 2: "favorite", 3: "fanset" } },
                    { name: "air-purifier.fan-level", type: "number", read: true, write: true, min: 1, max: 3 },
                    { name: "alarm.volume", type: "number", read: true, write: true, min: 0, max: 100 },
                    { name: "indicator-light.brightness", type: "number", read: true, write: true, min: 0, max: 2 },
                    { name: "indicator-light.on", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "environment.temperature", type: "number", role: "value.temperature", read: true, write: false, min: -40, max: 125, unit: "°C" },
                    { name: "motor-speed.motor1-speed", type: "number", read: true, write: false, min: 0, max: 3000, unit: "rpm" },
                    { name: "motor-speed.motor1-set-speed", type: "number", read: true, write: false, min: 0, max: 3000, unit: "rpm" },
                    { name: "motor-speed.favorite-level", type: "number", read: true, write: true, min: 0, max: 14 },
                    { name: "use-time.use-time", type: "number", read: true, write: false },
                    { name: "environment.relative-humidity", type: "number", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "environment.pm2_5-density", type: "number", read: true, write: false, min: 0, max: 600, unit: "μg/m³" },
                    { name: "filter.filter-life-level", type: "number", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "filter.filter-used-time", type: "number", read: true, write: false, unit: "h" },
                    { name: "physical-controls-locked.physical-controls-locked", type: "boolean", role: "switch", read: true, write: true, min: false, max: true }]
                    };

                    DefineDevice[14] = { // Tested and working
                    info: {},
                    model: "zhimi.airpurifier.v7",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:air-purifier:0000A007:zhimi-v7:1
                    description: "Mi Air Purifier Pro",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val) },
                    "mode": async function (obj, val) { await device[obj].setFanLevel(val) },
                    "led": async function (obj, val) { await device[obj].setDisplay(val) },
                    "child_lock": async function (obj, val) { await device[obj].setChildLock(val) }
                    },
                    common:
                    [{ name: "power", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "mode", type: "string", read: true, write: true, states: { "auto": "auto", "silent": "silent", "favorite": "favorite" } },
                    { name: "favorite_level", type: "number", read: true, write: false, min: 0, max: 16 },
                    { name: "temp_dec", type: "number", role: "value.temperature", read: true, write: false },
                    { name: "humidity", type: "number", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "aqi", type: "number", read: true, write: false, unit: "μg/m³" },
                    { name: "average_aqi", type: "number", read: true, write: false, unit: "μg/m³" },
                    { name: "led", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "bright", type: "number", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "volume", type: "number", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "filter1_life", type: "number", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "f1_hour", type: "number", read: true, write: false },
                    { name: "f1_hour_used", type: "number", read: true, write: false },
                    { name: "motor1_speed", type: "number", read: true, write: false, unit: "rpm" },
                    { name: "motor2_speed", type: "number", read: true, write: false, unit: "rpm" },
                    { name: "child_lock", type: "boolean", role: "switch", read: true, write: true, min: false, max: true }]
                    };

                    DefineDevice[15] = { // Tested and working
                    info: {},
                    model: "zhimi.airpurifier.mb4",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:air-purifier:0000A007:zhimi-mb4:2
                    description: "Purifier 3C",
                    setter: {
                    "air-purifier.on": async function (obj, val) { await device[obj].setPower(val) },
                    "air-purifier.mode": async function (obj, val) { await device[obj].setMode(val) },
                    "custom-service.favorite-speed": async function (obj, val) { await device[obj].setFavSpeed(val) },
                    "alarm.alarm": async function (obj, val) { await device[obj].setBuzzer(val) },
                    "screen.brightness": async function (obj, val) { await device[obj].setLcdBrightness(val) },
                    "physical-controls-locked.physical-controls-locked": async function (obj, val) { await device[obj].setChildLock(val) }
                    },
                    common:
                    [{ name: "air-purifier.on", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "air-purifier.fault", type: "string", read: true, write: false },
                    { name: "air-purifier.mode", type: "number", read: true, write: true, min: 0, max: 3, states: { 0: "auto", 1: "sleep", 2: "favorite", 3: "fanset" } },
                    { name: "alarm.alarm", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "screen.brightness", type: "number", read: true, write: true, min: 0, max: 8 },
                    { name: "environment.pm2_5-density", type: "number", read: true, write: false, min: 0, max: 600, unit: "μg/m³" },
                    { name: "custom-service.moto-speed-rpm", type: "number", read: true, write: false, min: 0, max: 65535, unit: "rpm" },
                    { name: "custom-service.favorite-speed", type: "number", read: true, write: true, min: 300, max: 2300, unit: "rpm" },
                    { name: "filter.filter-life-level", type: "number", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "filter.filter-used-time", type: "number", read: true, write: false, unit: "h" },
                    { name: "physical-controls-locked.physical-controls-locked", type: "boolean", role: "switch", read: true, write: true, min: false, max: true }]
                    };

                    // ***************************** Fans *********************************
                    // TODO https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:fan:0000A005:zhimi-sa1:1

                    DefineDevice[1] = { // untested
                    info: {},
                    model: "leshow.fan.ss4",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:fan:0000A005:leshow-ss4:1
                    description: "Leshow Fan",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val ? 'on' : 'off') },
                    "blow": async function (obj, val) { await device[obj].setFanLevel(val) },
                    "yaw": async function (obj, val) { await device[obj].setFanSwing(val ? 'on' : 'off') },
                    "mode": async function (obj, val) { await device[obj].setSleepMode(val) },
                    "sound": async function (obj, val) { await device[obj].setBuzzer(val ? 'on' : 'off') },
                    "timer": async function (obj, val) { await device[obj].setTimer(val) }
                    },
                    common:
                    [{ name: "power", type: "boolean", role: "switch", read: true, write: true },
                    { name: "blow", type: "number", read: true, write: true, min: 1, max: 100 },
                    { name: "yaw", type: "boolean", role: "switch", read: true, write: true },
                    { name: "mode", type: "boolean", role: "switch", read: true, write: true },
                    { name: "sound", type: "boolean", role: "switch", read: true, write: true },
                    { name: "timer", type: "number", read: true, write: true, min: 0, max: 540, unit: "m" }]
                    };

                    DefineDevice[9] = { // untested
                    info: {},
                    model: "zhimi.fan.za4",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:fan:0000A005:zhimi-za4:1
                    description: "Fan",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val ? 'on' : 'off') },
                    "angle": async function (obj, val) { await device[obj].setFanLevel(val) },
                    "angle_enable": async function (obj, val) { await device[obj].setSwing(val ? 'on' : 'off') },
                    "fan_level": async function (obj, val) { await device[obj].setFanLevel(val) },
                    "buzzer": async function (obj, val) { await device[obj].setBuzzer(val ? 'on' : 'off') },
                    "child_lock": async function (obj, val) { await device[obj].setChildLock(val ? 'on' : 'off') },
                    "led_b": async function (obj, val) { await device[obj].setLcdBrightness(val) },
                    "speed_level": async function (obj, val) { await device[obj].setSleepMode(val) },
                    "poweroff_time": async function (obj, val) { await device[obj].setTimer(val) }
                    },
                    common:
                    [{ name: "power", type: "boolean", role: "switch", read: true, write: true },
                    { name: "angle", type: "number", read: true, write: true, min: 1, max: 120 },
                    { name: "angle_enable", type: "boolean", role: "switch", read: true, write: true },
                    { name: "fan_level", type: "number", read: true, write: true, min: 1, max: 4 },
                    { name: "buzzer", type: "boolean", role: "switch", read: true, write: true },
                    { name: "child_lock", type: "boolean", role: "switch", read: true, write: true },
                    { name: "led_b", type: "boolean", role: "switch", read: true, write: true },
                    { name: "speed_level", type: "number", read: true, write: true, min: 1, max: 4 },
                    { name: "poweroff_time", type: "number", read: true, write: true, min: 0, max: 540, unit: "m" }]
                    };

                    // ***************************** Lights *********************************

                    DefineDevice[2] = { // Tested and ok except setting color
                    info: {},
                    model: "yeelink.light.strip2",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:light:0000A001:yeelink-color2:1
                    description: "Yeelight Lightstrip Plus",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val ? 'on' : 'off') },
                    "bright": async function (obj, val) { await device[obj].setBrightness(val) },
                    "hue": async function (obj, val) { await device[obj].setColorHSV(val) },
                    "color_mode": async function (obj, val) { await device[obj].setColorMode(val) },
                    "ct": async function (obj, val) { await device[obj].setCt(val) }
                    },
                    common:
                    [{ name: "power", type: "boolean", role: "switch", read: true, write: true },
                    { name: "bright", type: "number", read: true, write: true, min: 1, max: 100 },
                    { name: "hue", type: "number", read: true, write: true, min: 0, max: 16777215 },
                    { name: "sat", type: "number", read: true, write: true, min: 0, max: 100 },
                    { name: "color_mode", type: "number", read: true, write: true, min: 1, max: 2 },
                    { name: "ct", type: "number", read: true, write: true, min: 1700, max: 6500 }]
                    };

                    DefineDevice[5] = { // Tested and working
                    info: {},
                    model: "yeelink.light.ct2",// http://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:light:0000A001:yeelink-ct2:1
                    description: "Yeelight LED Bulb (Tunable)",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val ? 'on' : 'off') },
                    "bright": async function (obj, val) { await device[obj].setBrightness(val) },
                    "ct": async function (obj, val) { await device[obj].setColorTemperature(val) }
                    },
                    common:
                    [{ name: "power", type: "boolean", role: "switch", read: true, write: true },
                    { name: "bright", type: "number", read: true, write: true, min: 1, max: 100 },
                    { name: "ct", type: "number", read: true, write: true, min: 1700, max: 6500 }]
                    };

                    DefineDevice[6] = { // Tested and working except color setting
                    info: {},
                    model: "yeelink.light.color2",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:light:0000A001:yeelink-color2:1
                    description: "Yeelight LED Bulb (Color)",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val ? 'on' : 'off') },
                    "bright": async function (obj, val) { await device[obj].setBrightness(val) },
                    "rgb": async function (obj, val) { await device[obj].setColorRgb(val) },
                    "color_mode": async function (obj, val) { await device[obj].setColorMode(val) },
                    "ct": async function (obj, val) { await device[obj].setCt(val) }
                    },
                    common:
                    [{ name: "power", type: "boolean", role: "switch", read: true, write: true },
                    { name: "bright", type: "number", read: true, write: true, min: 1, max: 100 },
                    { name: "rgb", type: "number", read: true, write: true, min: 1, max: 16777215 },
                    { name: "color_mode", type: "number", read: true, write: true, min: 1, max: 2 },
                    { name: "ct", type: "number", read: true, write: true, min: 1700, max: 6500 }]
                    };
                    DefineDevice[10] = { // untested
                    info: {},
                    model: "yeelink.light.ceiling3",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:light:0000A001:yeelink-ceiling3:1
                    description: "Yeelight LED Ceiling Light",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val ? 'on' : 'off') },
                    "bright": async function (obj, val) { await device[obj].setBrightness(val) },
                    "nl_br": async function (obj, val) { await device[obj].setBrightness(val) },
                    "night_mode": async function (obj, val) { await device[obj].setSleepMode(val) },
                    "ct": async function (obj, val) { await device[obj].setCt(val) }
                    },
                    common:
                    [{ name: "power", type: "boolean", role: "switch", read: true, write: true },
                    { name: "bright", type: "number", read: true, write: true, min: 1, max: 100 },
                    { name: "nl_br", type: "number", read: true, write: true, min: 1, max: 100 },
                    { name: "night_mode", type: "boolean", role: "switch", read: true, write: true },
                    { name: "ct", type: "number", read: true, write: true, min: 1700, max: 6500 }]
                    };
                    DefineDevice[11] = { // untested
                    info: {},
                    model: "yeelink.light.ceiling1",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:light:0000A001:yeelink-ceiling1:1
                    description: "Yeelight Crystal Pedestal Light",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val ? 'on' : 'off') },
                    "bright": async function (obj, val) { await device[obj].setBrightness(val) },
                    "nl_br": async function (obj, val) { await device[obj].setBrightness(val) },
                    "night_mode": async function (obj, val) { await device[obj].setSleepMode(val) },
                    "ct": async function (obj, val) { await device[obj].setCt(val) }
                    },
                    common:
                    [{ name: "power", type: "boolean", role: "switch", read: true, write: true },
                    { name: "bright", type: "number", read: true, write: true, min: 1, max: 100 },
                    { name: "nl_br", type: "number", read: true, write: true, min: 1, max: 100 },
                    { name: "night_mode", type: "boolean", read: true, write: true },
                    { name: "ct", type: "number", read: true, write: true, min: 1700, max: 6500 }]
                    };

                    DefineDevice[16] = { // untested
                    info: {},
                    model: "yeelink.light.lamp4",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:light:0000A001:yeelink-lamp4:1
                    description: "Yeelight Light",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val ? 'on' : 'off') },
                    "bright": async function (obj, val) { await device[obj].setBrightness(val) },
                    "ct": async function (obj, val) { await device[obj].setColorTemperature(val) }
                    },
                    common:
                    [{ name: "power", type: "boolean", role: "switch", read: true, write: true },
                    { name: "bright", type: "number", read: true, write: true, min: 1, max: 100 },
                    { name: "ct", type: "number", read: true, write: true, min: 1700, max: 6500 }]
                    };

                    // ***************************** Humidifier *********************************

                    DefineDevice[3] = { // Tested and working
                    info: {},
                    model: "zhimi.humidifier.cb1",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:humidifier:0000A00E:zhimi-cb1:1
                    description: "Smartmi Evaporative Humidifier",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val ? 'on' : 'off') },
                    "buzzer": async function (obj, val) { await device[obj].setBuzzer(val ? 'on' : 'off') },
                    "mode": async function (obj, val) { await device[obj].setFanLevel(val) },
                    "limit_hum": async function (obj, val) { await device[obj].setTargetHumidity(val) },
                    "led": async function (obj, val) { await device[obj].setLedBrightness(val) },
                    "child_lock": async function (obj, val) { await device[obj].setChildLock(val ? 'on' : 'off') },
                    "dry": async function (obj, val) { await device[obj].setMode(val ? 'dry' : 'humidify') }
                    },
                    common:
                    [{ name: "power", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "depth", type: "number", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "limit_hum", type: "number", read: true, write: true, min: 0, max: 100, unit: "%", states: { 30: "30%", 40: "40%", 50: "50%", 60: "60%", 70: "70%", 80: "80%" } },
                    { name: "led", type: "number", read: true, write: true, min: 0, max: 2, states: { 0: "bright", 1: "dim", 2: "off" } },
                    { name: "buzzer", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "temperature", type: "number", role: "value.temperature", read: true, write: false, min: -40, max: 125, unit: "°C" },
                    { name: "humidity", type: "number", role: "value.humidity", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "child_lock", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "dry", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "mode", type: "string", read: true, write: true, states: { "auto": "auto", "silent": "silent", "medium": "medium", "high": "high" } }]
                    };
                    DefineDevice[4] = { // untested
                    info: {},
                    model: "deerma.humidifier.jsq",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:humidifier:0000A00E:deerma-jsq:1
                    description: "Mi Smart Antibacterial Humidifier",
                    setter: {
                    "humidifier.on": async function (obj, val) { await device[obj].setPower(val) },
                    "humidifier.fan-level": async function (obj, val) { await device[obj].setFanLevel(val) },
                    "alarm.alarm": async function (obj, val) { await device[obj].setBuzzer(val) },
                    "physical-controls-locked.physical-controls-locked": async function (obj, val) { await device[obj].setChildLock(val) }
                    },
                    common:
                    [{ name: "humidifier.on", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "humidifier.fan-level", type: "number", read: true, write: true, min: 0, max: 3, states: { 0: "auto", 1: "level1", 2: "level2", 3: "level3" } },
                    { name: "humidifier.water-level", type: "number", read: true, write: false, min: 0, max: 127 },
                    { name: "alarm.alarm", type: "boolean", read: true, write: true, min: false, max: true },
                    { name: "environment.temperature", type: "number", role: "value.temperature", read: true, write: false, min: -40, max: 125, unit: "°C" },
                    { name: "environment.relative-humidity", type: "number", role: "value.humidity", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "physical-controls-locked.physical-controls-locked", type: "boolean", role: "switch", read: true, write: true, min: false, max: true }]
                    };
                    DefineDevice[12] = { // untested
                    info: {},
                    model: "zhimi.humidifier.ca4",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:humidifier:0000A00E:zhimi-ca4:1
                    description: "Smartmi Evaporative Humidifier",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val ? 'on' : 'off') },
                    "buzzer": async function (obj, val) { await device[obj].setBuzzer(val ? 'on' : 'off') },
                    "mode": async function (obj, val) { await device[obj].setFanLevel(val) },
                    "limit_hum": async function (obj, val) { await device[obj].setTargetHumidity(val) },
                    "led": async function (obj, val) { await device[obj].setLedBrightness(val) },
                    "child_lock": async function (obj, val) { await device[obj].setChildLock(val ? 'on' : 'off') },
                    "dry": async function (obj, val) { await device[obj].setMode(val ? 'dry' : 'humidify') }
                    },
                    common:
                    [{ name: "power", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "depth", type: "number", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "limit_hum", type: "number", read: true, write: true, min: 0, max: 100, unit: "%", states: { 30: "30%", 40: "40%", 50: "50%", 60: "60%", 70: "70%", 80: "80%" } },
                    { name: "led", type: "number", read: true, write: true, min: 0, max: 2, states: { 0: "bright", 1: "dim", 2: "off" } },
                    { name: "buzzer", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "temperature", type: "number", role: "value.temperature", read: true, write: false, min: -40, max: 125, unit: "°C" },
                    { name: "humidity", type: "number", role: "value.humidity", read: true, write: false, min: 0, max: 100, unit: "%" },
                    { name: "child_lock", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "dry", type: "boolean", role: "switch", read: true, write: true, min: false, max: true },
                    { name: "mode", type: "string", read: true, write: true, states: { "auto": "auto", "silent": "silent", "medium": "medium", "high": "high" } }]
                    };

                    // ***************************** Divers *********************************
                    // TODO https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:coffee-machine:0000A049:scishare-s1102:1
                    // TODO https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device📷0000A01C:mijia-v1:1
                    // TODO https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:plant-monitor:0000A030:hhcc-v1:1
                    // TODO https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:heater:0000A01A:zhimi-mc2:1

                    DefineDevice[7] = { // In arbeit - unvollständig
                    info: {},
                    model: "lumi.gateway.v3",// https://miot-spec.org/miot-spec-v2/instance?type=urn:miot-spec-v2:device:gateway:0000A019:lumi-v3:1
                    description: "Xiaomi RGB Gateway",
                    setter: {
                    "power": async function (obj, val) { await device[obj].setPower(val) },
                    "doorbell_push": async function (obj, val) { await device[obj].setBrightness(val) },
                    "toggle_light": async function (obj, val) { await device[obj].setLightPower(val) },
                    },
                    common:
                    [{ name: 'illumination', role: 'value.lux', write: false, read: true, type: 'number', unit: 'lux' },
                    { name: 'rgb', role: 'level.color.rgb', write: true, read: true, type: 'string' },
                    { name: 'nightlight_rgb', role: 'level.color.rgb', write: true, read: true, type: 'string' },
                    { name: "mute", type: "boolean", read: true, write: true },
                    { name: 'toggle_light', role: 'switch', write: true, read: true, type: 'boolean' },
                    { name: 'light.dimmer', role: 'level.dimmer', write: true, read: true, type: 'number', unit: '%', min: 0, max: 100 },
                    { name: 'gateway_volume', role: 'level.volume', write: true, read: true, type: 'number', unit: '%', min: 0, max: 100 },
                    { name: 'doorbell_volume', role: 'level.volume', write: true, read: true, type: 'number', unit: '%', min: 0, max: 100 },
                    { name: 'alarming_volume', role: 'level.volume', write: true, read: true, type: 'number', unit: '%', min: 0, max: 100 },
                    { name: "doorbell_push", type: "boolean", read: true, write: true },
                    { name: "arming", type: "boolean", read: true, write: true },
                    { name: "arming_time", type: "number", read: true, write: true },
                    { name: 'music_ID', role: 'state', write: true, read: false, type: 'number', desc: '10000 - stop, 10005 - custom ringtone' },
                    { name: 'proto_version', role: 'info', write: false, read: true, type: 'string' },
                    { name: 'join_permission', role: 'state', write: true, read: true, type: 'string' },
                    { name: 'remove_device', role: 'state', write: true, read: true, type: 'string' }, // Removing a subdevice (device sid)
                    { name: 'connected', role: 'indicator.reachable', write: false, read: true, type: 'boolean', desc: 'Will be set to false if no packets received in 20 seconds' }]
                    };

                    /*
                    gateway: {type: 'gateway', fullName: 'Xiaomi RGB Gateway', ClassName: Gateway, states: {
                    + illumination: {name: 'Illumination', role: 'value.lux', write: false, read: true, type: 'number', unit: 'lux'},
                    + rgb: {name: 'RGB', role: 'level.color.rgb', write: true, read: true, type: 'string'},
                    on: {name: 'Light', role: 'switch', write: true, read: true, type: 'boolean'},
                    dimmer: {name: 'Light', role: 'level.dimmer', write: true, read: true, type: 'number', unit: '%', min: 0, max: 100},
                    volume: {name: 'Volume', role: 'level.volume', write: true, read: true, type: 'number', unit: '%', min: 0, max: 100},
                    mid: {name: 'Music ID', role: 'state', write: true, read: false, type: 'number', desc: '10000 - stop, 10005 - custom ringtone'},
                    proto_version: {name: 'Proto Version', role: 'info', write: false, read: true, type: 'string'},
                    join_permission:{name: 'Add device', role: 'state', write: true, read: true, type: 'string'}, // Permission to add subdevices (yes / no)
                    remove_device: {name: 'Remove device', role: 'state', write: true, read: true, type: 'string'}, // Removing a subdevice (device sid)
                    connected: {name: 'Is gateway connected', role: 'indicator.reachable', write: false, read: true, type: 'boolean', desc: 'Will be set to false if no packets received in 20 seconds'}
                    }
                    */

                    for (let x in DefineDevice) { //An alle Devicedefinitionen die generischen Datenpunkte anhängen
                    DefineDevice[x].info = [
                    { id: "localip", initial: "", forceCreation: false, common: { read: true, write: true, name: "Ip Adress", type: "string", role: "value", def: "" } },
                    { id: "token", initial: "", forceCreation: false, common: { read: true, write: true, name: "Token", type: "string", role: "value", def: "" } },
                    { id: "did", initial: "", forceCreation: false, common: { read: true, write: true, name: "Device Id", type: "string", role: "value", def: "" } },
                    { id: "model", initial: "", forceCreation: false, common: { read: true, write: true, name: "Model", type: "string", role: "value", def: "" } },
                    { id: "rssi", initial: 0, forceCreation: false, common: { read: true, write: false, name: "rssi", type: "number", role: "value.rssi", def: 0 } },
                    { id: "name", initial: "", forceCreation: false, common: { read: true, write: true, name: "Name", type: "string", role: "value", def: "" } },
                    { id: "isOnline", initial: false, forceCreation: false, common: { read: true, write: true, name: "Is online", type: "boolean", role: "value", def: false } }]

                    }

                    function PrepareDeviceDps(did, model) {
                    if (logging) log("Reaching PrepareDeviceDps, did=" + did + " model=" + model);
                    for (let x in DefineDevice) { //Alle definierten Model durchgehen
                    if (DefineDevice[x].model == model) { //bei Model match
                    for (let y in DefineDevice[x].common) { //Alle common propertys des models durchgehen und Var zusammensetzen
                    States[DpCount] = { id: praefix0 + "." + did + "." + DefineDevice[x].common[y].name, common: DefineDevice[x].common[y] }; //
                    DpCount++;
                    };
                    };
                    };
                    }

                    function PrepareGenericDps(did) { //GenericDps
                    // if (logging) log("Reaching PrepareGenericDps(did)");
                    for (let y in DefineDevice[0].info) { //Alle info propertys des models durchgehen und Var zusammensetzen
                    // log("DefineDevice[0].info[y]=" + JSON.stringify(DefineDevice[0].info[y].common.name))
                    States[DpCount] = { id: praefix0 + "." + did + ".info." + DefineDevice[0].info[y].id, common: DefineDevice[0].info[y].common }; //
                    DpCount++;
                    };
                    }

                    function CreateStates() {
                    if (logging) log("Reaching CreateStates()");

                    //Alle States anlegen, Main aufrufen wenn fertig
                    let numStates = States.length;
                    States.forEach(function (state) {
                        createState(state.id, state.initial, state.forceCreation, state.common, function () {
                            numStates--;
                            if (numStates === 0) {
                                if (logging) log(States.length + " States created, now setting up channels!");
                                setObject(praefix0, { type: 'channel', common: { name: "" }, native: {} }); //Root zum Channel machen
                                for (let x = 0; x < AllDevicesRaw.length; x++) {
                                    setObject(praefix0 + "." + AllDevicesRaw[x].did, { type: 'device', common: { name: AllDevicesRaw[x].name }, native: {} }); //DeviceChannels machen
                                    // if (logging) log("AllDevicesRaw[x]=" +JSON.stringify (AllDevicesRaw[x]))
                                };
                                main();
                            };
                        });
                    });
                    

                    }

                    async function main() {
                    if (logging) log("Reaching main");
                    await WriteGenericDpValues();
                    await CreateDevices();
                    CreateDpTrigger();
                    }

                    function WriteGenericDpValues() { //Alle vorhandenen generischen Werte einlesen und in Dps schreiben
                    if (logging) log("Reaching WriteGenericDpValues()");
                    for (let x in AllDevicesRaw) { //Alle vorhandenen Xiaomi Devices durchgehen
                    for (let y in DefineDevice[0].info) { //Nimm ersten Eintrag aus DefineDevices da die Generics bei allen gleich sind
                    setState(praefix0 + "." + AllDevicesRaw[x].did + ".info." + DefineDevice[0].info[y].id, AllDevicesRaw[x][DefineDevice[0].info[y].id]);
                    // log("DefineDevice[" + 0 + "].info[" + y + "]=" + JSON.stringify(DefineDevice[0].info[y]));
                    // log("" + praefix0 + "." + AllDevicesRaw[x].did + ".Info." + DefineDevice[0].info[y].id)
                    // log(AllDevicesRaw[x][DefineDevice[0].info[y].id])
                    };
                    };
                    return true;
                    }

                    //################################################

                    //Step 1 - Einloggen in die Cloud und abrufen aller Gerätedaten, dann vorbereiten der allgemeinen und devicespezifischen Datenpunkte mit anschließendem anlegen derselben
                    async function Init() { //Cloudlogin und auslesen der gesamten Clouddaten
                    if (logging) log("Reaching init");

                    mihome.miioProtocol.init();// local miIO
                    
                    try {// cloud MIoT Login
                        await mihome.miCloudProtocol.login(username, password); //Versuch einzuloggen
                    }
                    catch {
                        log("You are already logged in, login canceled"); //Wenn schon eingeloggt
                    };
                    log("Retrieving your in " + options.country + " registered MiHome Devices");
                    AllDevicesRaw = await mihome.miCloudProtocol.getDevices(null, options); //Gibt alle vorhandenen Devices zurück und weist die Werte einem lokalen Array zu
                    log("Found " + AllDevicesRaw.length + " MiHome Devices, those are:");
                    
                    for (let x = 0; x < AllDevicesRaw.length; x++) { //Alle beim User vorhandenen Xiaomi Devices durchgehen
                        log(AllDevicesRaw[x].name);
                        await PrepareGenericDps(AllDevicesRaw[x].did); //und allgemeine generische Infos Dps vorbereiten
                    };
                    log("Now searching for supported Devices...");
                    let NoDeviceMatch = true;
                    for (let x = 0; x < AllDevicesRaw.length; x++) { //Jetzt erneut alle beim User vorhandenen Xiaomi Devices durchgehen
                        for (let y = 0; y < DefineDevice.length; y++) { //und abgleichen mit von Skript und node-mihome unterstützten Geräten
                            if (AllDevicesRaw[x].model == DefineDevice[y].model) { //Bei match Devicespezifische DPs vorbereiten
                                log("Device " + AllDevicesRaw[x].name + " is supported, creating DataPoints");
                                await PrepareDeviceDps(AllDevicesRaw[x].did, AllDevicesRaw[x].model);
                                NoDeviceMatch = false;
                            };
                        };
                    };
                    if (NoDeviceMatch) {
                        log("No supported Devices found!", "warn");
                    }
                    CreateStates();
                    

                    }

                    //################################################

                    //Step 2 - Deviceobjekte anlegen, Trigger erzeugen und Datenpunktrefresh initieren
                    async function CreateDevices() {
                    if (logging) log("Reaching CreateDevices ");
                    let z = 0;

                    for (let x in AllDevicesRaw) { //Alle beim User gefundenen Geräte durchlaufen
                        for (let y in DefineDevice) { //Alle vom Skript unterstützten und definierten Devices durchlaufen
                            if (AllDevicesRaw[x].model == DefineDevice[y].model) { //Wenn die beiden matchen
                                log("Now creating device for " + AllDevicesRaw[x].model + " / " + AllDevicesRaw[x].did + " / " + AllDevicesRaw[x].localip + " / " + AllDevicesRaw[x].token + " / " + refresh);
                    
                                device[z] = mihome.device({
                                    id: AllDevicesRaw[x].did, // required, device id
                                    model: AllDevicesRaw[x].model, // required, device model "zhimi.airpurifier.mb3"
                                    address: AllDevicesRaw[x].localip, // miio-device option, local ip address
                                    token: AllDevicesRaw[x].token, // miio-device option, device token 4ff8a96292d0451c5148142a0a851e4f
                                    refresh: refresh // miio-device option, device properties refresh interval in ms
                                });
                                device[z].model = AllDevicesRaw[x].model;
                                device[z].setter = DefineDevice[y].setter;
                                device[z].definition = DefineDevice[y];
                                device[z].firstrun = true;
                                log("Created device " + JSON.stringify(device[z]) + " now fetching data");
                                await device[z].init(); // connect to device and poll for properties
                                log("Init Device# " + z + " - device=" + JSON.stringify(device[z].model));
                                z++;
                            };
                        };
                    };
                    
                    for (let i in device) { //Datenabruf zyklisch entsprechend refresh
                        log("Setting trigger #" + i + " for " + device[i].model);
                        device[i].on('properties', (data) => {
                            if (typeof data != "undefined" && data != {}) {
                                if (JSON.stringify(device[i].data) !== JSON.stringify(data)) {//Prüfen ob Datenänderung pro device
                                    //if (logging) log(data)
                                    if (typeof device[i].data == "undefined") {
                                        device[i].data = data;
                                    };
                                    RefreshDps(i, data);
                                };
                            } else {
                                log("Data was empty (undefined), aborting refresh", "warn");
                            };
                        });
                    };
                    
                    onStop(function () { //Bei Scriptende alle Devices löschen
                        for (let x in device) {
                            device[x].destroy();
                        };
                        unsubscribe('properties');
                    }, 10);
                    

                    }

                    function RefreshDps(DeviceIndex, NewData) {
                    // if (logging) log("Reaching RefreshDps at " + device[DeviceIndex].definition.description);

                    for (let x in device[DeviceIndex].data) { //Alle properties des Devices durchgehen
                        for (let i in NewData) {//Alle properties des Datenblocks durchgehen
                            if ((NewData[i] !== device[DeviceIndex].data[x] || device[DeviceIndex].firstrun == true) && i === x) { //Überprüfen ob Datenänderung im property bei propertymatch, firstrun immer refreshen
                    
                                if (logging) log("New Data at " + device[DeviceIndex].model + " " + i + " oldvalue=" + device[DeviceIndex].data[x] + " newvalue=" + NewData[i] + " path=" + praefix0 + "." + device[DeviceIndex].id + "." + CorrectChannelId(x));
                                device[DeviceIndex].data[x] = NewData[i]; //Geänderten Wert ins Objekt schreiben
                    
                                for (let y in device[DeviceIndex].definition.common) { //Alle Definitionsproperties durchgehen um ChannelId zu suchen
                                    if (device[DeviceIndex].definition.common[y].name == CorrectChannelId(x)) { //Wenn match
                                        if (typeof device[DeviceIndex].data[x] == 'undefined' || typeof device[DeviceIndex].id == 'undefined') { //Wenn kein Pfad oder keine Daten
                                          // log("Empty packet for " + device[DeviceIndex].definition.common[y].name + ", skipping refresh", 'warn');
                                            //return false;
                                        } else {
                                            //Prüfung auf bestimmte keys
                                            switch (device[DeviceIndex].definition.common[y].name) {
                                                case 'temp_dec': //Umwandlung von 10tel Grad auf Grad beim Dp schreiben. data muß unverändert bleiben da im Trigger mit origdaten abgeglichen wird
                                                    setState(praefix0 + "." + device[DeviceIndex].id + "." + CorrectChannelId(x), parseInt(device[DeviceIndex].data[x]) / 10, true);
                                                    break;
                                                default: //Wenn kein Treffer jetzt Prüfung auf bestimmte Daten
                                                    switch (device[DeviceIndex].data[x]) {
                                                        case 'on':
                                                            setState(praefix0 + "." + device[DeviceIndex].id + "." + CorrectChannelId(x), true, true);
                                                            break;
                                                        case 'off':
                                                            setState(praefix0 + "." + device[DeviceIndex].id + "." + CorrectChannelId(x), false, true);
                                                            break;
                                                        default:
                                                            setState(praefix0 + "." + device[DeviceIndex].id + "." + CorrectChannelId(x), device[DeviceIndex].data[x], true);
                                                    };
                                            };
                                        };
                                        if (logging) log("Refreshing " + praefix0 + "." + device[DeviceIndex].id + "." + CorrectChannelId(x) + " / value=" + device[DeviceIndex].data[x] + " / read=" + device[DeviceIndex].definition.common[y].read + " write=" + device[DeviceIndex].definition.common[y].write);
                                    };
                                };
                            };
                        };
                    };
                    device[DeviceIndex].firstrun = false;
                    //if (logging) log(DeviceData[DeviceIndex])
                    return true;
                    

                    }

                    async function SetDevice(i, key, keyvalue) {
                    if (logging) log("Reaching SetDevice - i=" + i + " key=" + key + " keyvalue=" + keyvalue);
                    if (device[i].definition.common[key].name == 'rgb') { //Block wandelt Farb Hewwerte in Dezimalwert um
                    keyvalue = ConvertHexToDezi(keyvalue);
                    keyvalue = String(keyvalue);
                    }
                    if (device[i].definition.common[key].name == 'hue') { //Block kombiniert bei Änderungen von hue oder sat jweils die beiden Werte zu Array für übergabe an Funktion
                    keyvalue = [keyvalue, device[i].data['sat']];
                    } else if (device[i].definition.common[key].name == 'sat') {
                    keyvalue = [device[i].data['hue'], keyvalue];
                    for (let x in device[i].definition.common) {
                    if (device[i].definition.common[x].name == 'hue') {
                    key = x;
                    };
                    };
                    };
                    log("Keyvalue=" + keyvalue + " key=" + key)
                    if (logging) log("Reaching SetDevice i=" + i);
                    // log("Setting Device " + device[i].model + " to value " + keyvalue + " at " + device[i].definition.common[key].name)
                    // log("Setting Device " + device[i].model + " to value " + keyvalue + " at " + device[i].setter[device[i].definition.common[key].name])
                    log(device[i].setter[device[i].definition.common[key].name](i, keyvalue)); //Diese Zeile nicht entfernen, Funktionsaufruf!!!
                    }

                    function CreateDpTrigger() {
                    if (logging) log("Reaching CreateDpTrigger");

                    for (let i in device) {
                        if (logging) log("Setting DataPointTrigger #" + i + " for " + device[i].model);
                    
                        for (let x in device[i].definition.common) { //Alle properties der Devicedefinition durchgehen
                            if (device[i].definition.common[x].write) {
                                //  log(praefix0 + "." + device[i].id + "." + device[i].definition.common[x].name)
                                on({ id: praefix0 + "." + device[i].id + "." + device[i].definition.common[x].name, change: "ne", ack: false }, function (dp) { //Bei Statusänderung
                                    if (logging) log("Triggered i=" + i + " x=" + x + " ack=" + dp.state.ack);
                                    SetDevice(i, x, dp.state.val);
                                });
                                if (logging) log("Setting Datapoint Trigger for " + praefix0 + "." + device[i].id + "." + device[i].definition.common[x].name + " / read=" + device[i].definition.common[x].read + " write=" + device[i].definition.common[x].write);
                            } else {
                                if (logging) log("No Datapoint Trigger set for " + device[i].definition.common[x].name + " because its readonly.");
                            };
                        };
                    };
                    

                    }

                    //***************** U T I L S *********************** */

                    function CorrectChannelId(cid) { //Erzeugt eine iobroker taugliche channelid. Punkte werden zu unterstrichen gewandelt, Doppelpunkte zu Punkten
                    let temp = cid;
                    if (typeof temp == "object") {
                    temp = JSON.stringify(cid);
                    };
                    cid = temp.replace(".", '_'); //Erstmal alle potentiellen Punkte im channelnamen entfernen
                    temp = cid.replace(/:/g, "."); //Jetzt alle Doppelpunkte durch Punkte ersetzen
                    return temp;
                    }

                    function ConvertDeziToHex(DeziValue) {
                    DeziValue = toInt(DeziValue)
                    //log(typeof DeziValue)
                    if (typeof DeziValue == "number") {
                    return "#" + DeziValue.toString(16)
                    };
                    }

                    function ConvertHexToDezi(HexValue) {

                    if (typeof HexValue == "string") {
                        if (HexValue.indexOf('#') != -1) {
                            HexValue = HexValue.substr(1).toLowerCase()
                        } else {
                            HexValue = HexValue.toLowerCase()
                        };
                    };
                    
                    var i, j, digits = [0], carry;
                    for (i = 0; i < HexValue.length; i += 1) {
                        carry = parseInt(HexValue.charAt(i), 16);
                        for (j = 0; j < digits.length; j += 1) {
                            digits[j] = digits[j] * 16 + carry;
                            carry = digits[j] / 10 | 0;
                            digits[j] %= 10;
                        }
                        while (carry > 0) {
                            digits.push(carry % 10);
                            carry = carry / 10 | 0;
                        }
                    }
                    return digits.reverse().join('');
                    

                    }

                    /*

                    • Converts an RGB color value to HSL. Conversion formula

                    • adapted from http://en.wikipedia.org/wiki/HSL_color_space.

                    • Assumes r, g, and b are contained in the set [0, 255] and

                    • returns h, s, and l in the set [0, 1].

                    • @param {number} r The red color value

                    • @param {number} g The green color value

                    • @param {number} b The blue color value

                    • @return {Array} The HSL representation
                      */
                      function rgbToHsl(hex) {
                      var result = /^#?([a-f\d]{2})([a-f\d]{2})([a-f\d]{2})$/i.exec(hex);

                      var r = parseInt(result[1], 16);
                      var g = parseInt(result[2], 16);
                      var b = parseInt(result[3], 16);

                      r /= 255, g /= 255, b /= 255;
                      var max = Math.max(r, g, b),
                      min = Math.min(r, g, b);
                      var h, s, l = (max + min) / 2;

                      if (max == min) {
                      h = s = 0; // achromatic
                      } else {
                      var d = max - min;
                      s = l > 0.5 ? d / (2 - max - min) : d / (max + min);
                      switch (max) {
                      case r:
                      h = (g - b) / d + (g < b ? 6 : 0);
                      break;
                      case g:
                      h = (b - r) / d + 2;
                      break;
                      case b:
                      h = (r - g) / d + 4;
                      break;
                      }
                      h /= 6;
                      }

                      return [Math.round(h * 360), Math.round(s * 100)];
                      }

                    M 1 Reply Last reply Reply Quote 0
                    • M
                      maxpd @haselchen last edited by maxpd

                      @haselchen said in [Vorlage] Xiaomi Airpurifier 3H u.a. inkl. Token auslesen.:

                      Mihome Log in Daten musste noch eingeben.

                      Hab ich alles so gemacht 😞 ja, hab den 3H

                      haselchen 1 Reply Last reply Reply Quote 0
                      • haselchen
                        haselchen Most Active @maxpd last edited by

                        @maxpd

                        mihome ist auch im javascript adapter installiert?
                        ich bin noch old school.
                        ich hab noch die version 3.6.4
                        mit der 5er Version hat es bei mir auch nicht funktioniert.

                        M 1 Reply Last reply Reply Quote 0
                        • M
                          maxpd @haselchen last edited by maxpd

                          @haselchen ich hatte es hier eingetragen. Langt dies als "Installation?" Version 5.1.3.

                          f4f97724-89db-438e-b4e8-cc9ed0e0baad-image.png

                          haselchen 1 Reply Last reply Reply Quote 0
                          • haselchen
                            haselchen Most Active @maxpd last edited by

                            @maxpd

                            Das sind meine Einstellungen. Wie gesagt, mit Version 3.6.4

                            9ac8bce3-12c7-4237-9c20-24e44c73b562-grafik.png

                            M 1 Reply Last reply Reply Quote 0
                            • M
                              maxpd @haselchen last edited by

                              @haselchen ok, downgraden würde ich nur ungern ^^

                              Die Checkboxen habe ich auch mal gesetzt wie du. Die NPM Module benötige ich glaube ich nicht, außer der node-mihome.

                              Hier mal noch das Log:

                              0c0cdc69-169e-490d-8b56-96e3e02384de-image.png

                              P 1 Reply Last reply Reply Quote 0
                              • P
                                Pittini Developer @maxpd last edited by

                                @maxpd sagte in [Vorlage] Xiaomi Airpurifier 3H u.a. inkl. Token auslesen.:

                                @haselchen ok, downgraden würde ich nur ungern ^^

                                Die Checkboxen habe ich auch mal gesetzt wie du. Die NPM Module benötige ich glaube ich nicht, außer der node-mihome.

                                Hier mal noch das Log:

                                0c0cdc69-169e-490d-8b56-96e3e02384de-image.png

                                Sieht für mich nicht so aus, als würde die node.mihome nicht funktionieren, sonst kämste gar nicht soweit das er Devices anlegt, denn dazu brauchts Infos aus der node-mihome. Ich würde eher sagen es fehlen Devicefiles oder sind alt/falsch. Hast Du die wie in der Anleitung beschrieben mal in Dein node-mihome Devices Verzeichnis kopiert? Und zwar für alle Geräte die Du hast, nicht nur den 3H.

                                1 Reply Last reply Reply Quote 0
                                • M
                                  maxpd last edited by

                                  @pittini In der Liste habe ich nur etwas für die Yeelight Color Bulb 2 gefunden.
                                  Für den 3H, die Yeelight Bulb und den Roborock nicht.
                                  Das Device für die Bulb 2 hab ich abgelegt, ja.

                                  1 Reply Last reply Reply Quote 0
                                  • P
                                    Pittini Developer last edited by

                                    @maxpd
                                    Natürlich gibts was für den 3H. Lass es uns anders machen. Du kopierst einfach JEDES File von da:

                                    https://github.com/Pittini/iobroker-nodemihome/tree/main/DefinitionfilesForNode-Mihome

                                    in Dein node-mihome Devices Verzeichnis. Bei mir ist das unter:

                                    /opt/iobroker/node_modules/iobroker.javascript/node_modules/node-mihome/lib/devices/

                                    zu finden. Dann JS Adapter neustarten und berichten.

                                    1 Reply Last reply Reply Quote 0
                                    • M
                                      maxpd last edited by

                                      @pittini das wäre auch mein nächster schritt gewesen 😄 ich glaube jetzt hat es funktioniert. bekomme daten rein. Wobei is Online auf false steht, obwohl ich das Gerät sauber steuern kann 🤷‍♂️

                                      Verstanden habe ich aber noch nicht, warum ich den 3H auch als File rüberziehen muss. Dieser stand ja nicht auf ready for merge sondern voll/voll in der Readme.

                                      P M 2 Replies Last reply Reply Quote 0
                                      • P
                                        Pittini Developer @maxpd last edited by

                                        @maxpd sagte in [Vorlage] Xiaomi Airpurifier 3H u.a. inkl. Token auslesen.:

                                        Verstanden habe ich aber noch nicht, warum ich den 3H auch als File rüberziehen muss. Dieser stand ja nicht auf ready for merge sondern voll/voll in der Readme.

                                        Weil das File zwar in der node-mihome drin ist, aber falsch ist und nicht funktioniert.

                                        1 Reply Last reply Reply Quote 0
                                        • M
                                          Marc12345 @maxpd last edited by

                                          @maxpd sagte in [Vorlage] Xiaomi Airpurifier 3H u.a. inkl. Token auslesen.:

                                          ich glaube jetzt hat es funktioniert. bekomme daten rein.

                                          Darf ich fragen welche Version von Java-Script Du hast?
                                          Ich habe bei gleichem Gerät auch den Fehler, dass unter Info alles korrekt angezeigt wird (einschl. Online=True) aber keinerlei Daten eingelesen werden. Ich habe schon alles versucht und natürlich auch die Definitionsdatei ersetzt. Ich befürchte sonst, dass es daran liegt, dass mein 3H im Gästenetz ist und der iobroker im Hauptnetz ist.

                                          P 1 Reply Last reply Reply Quote 0
                                          • P
                                            Pittini Developer @Marc12345 last edited by

                                            @marc12345 sagte in

                                            Ich habe bei gleichem Gerät auch den Fehler, dass unter Info alles korrekt angezeigt wird (einschl. Online=True) aber keinerlei Daten eingelesen werden.

                                            Das unter Info alles angezeigt wird ist normal, weil dazu brauchts keine Definitionsdatei seitens node-mihome. Das Skript fragt quasi da einfach die Cloud was denn der User für Geräte hat, mit welchem Status, Token etc. Anhand des dabei auch übermittelten models, schaut das Skript dann in die Definitionsdatei legt die Datenpunkte an und ruft Daten ab.

                                            Ich habe schon alles versucht und natürlich auch die Definitionsdatei ersetzt. Ich befürchte sonst, dass es daran liegt, dass mein 3H im Gästenetz ist und der iobroker im Hauptnetz ist.

                                            Bin mir ziemlich sicher dass es daran NICHT liegt, das Skript "simuliert" ja quasi die MiHome App, wenn Du das Gerät damit steuern kannst, gehts auch mit dem Skript. Hast Du den JS Controller auch neugestartet nach dem ersetzen der Definitionsdatei? Was sagt das Log?

                                            M 1 Reply Last reply Reply Quote 0
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