Jahresrückblick 2025 – unser neuer Blogbeitrag ist online! ✨

[crunchip]

hab mich mal auch auf die schnelle daran versucht, Datenpunkte werden angelegt, sollte funktionieren, hab hier nur mal meinen 3H eingetragen

Spoiler

const SkriptVersion = "0.3.4-fixed"; // vom 14.11.2025 - LOKALE STEUERUNG MIT TOKENS - MIoT STRUKTUR - REORGANISIERT - Power read-only

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

// ============================================
// 🔑 KONFIGURATION - TOKENS & LOKALE IPs
// ============================================
// Token-Auslesen: https://github.com/PiotrMachowski/Xiaomi-cloud-tokens-extractor

const devices = [
   {
       name: "Mi Air Purifier 3/3H",
       model: "zhimi.airpurifier.mb3",
       did: "xxxxxxxxx",
       localip: "10.1.1.92",
       token: "xxxxxxxxxxxxxxxxxxxxxxxxx",
       enabled: true
   }
];

const praefix0 = "javascript.0.MiHomeDE";
const refresh = 10000;
const logging = true;

// ============================================
// DEVICE DEFINITIONS - MIoT STRUKTUR - REORGANISIERT
// ============================================

const DefineDevice = [];

// Luftreiniger MB3 (3H)
DefineDevice[0] = {
   model: "zhimi.airpurifier.mb3",
   description: "Purifier 3H",
   setter: {
       "air-purifier.mode": async function (obj, val) { 
           try { 
               await device[obj].setMode(val);
               log("✅ Mode set to: " + val);
           } catch(e) { 
               log("❌ setMode error: " + e.message, "error"); 
           } 
       },
       "air-purifier.fan-level": async function (obj, val) { 
           try { 
               await device[obj].setFanLevel(val);
               log("✅ Fan level set to: " + val);
           } catch(e) { 
               log("❌ setFanLevel error: " + e.message, "error"); 
           } 
       },
       "motor-speed.favorite-fan-level": async function (obj, val) { 
           try { 
               await device[obj].setFavLevel(val);
               log("✅ Favorite level set to: " + val);
           } catch(e) { 
               log("❌ setFavLevel error: " + e.message, "error"); 
           } 
       },
       "indicator-light.on": async function (obj, val) { 
           try { 
               await device[obj].setLcdBrightness(val ? 2 : 0);
               log("✅ Indicator light set to: " + (val ? 'on' : 'off'));
           } catch(e) { 
               log("❌ setLcdBrightness error: " + e.message, "error"); 
           } 
       },
       "physical-controls-locked.physical-controls-locked": async function (obj, val) { 
           try { 
               await device[obj].setChildLock(val);
               log("✅ Child lock set to: " + val);
           } catch(e) { 
               log("❌ setChildLock error: " + e.message, "error"); 
           } 
       }
   },
   control: [
       { name: "air-purifier.on", type: "boolean", role: "switch", 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: "air-purifier.fan-level", type: "number", read: true, write: true, min: 1, max: 3 },
       { name: "motor-speed.favorite-fan-level", type: "number", read: true, write: true, min: 0, max: 14 },
       { name: "indicator-light.on", type: "boolean", role: "switch", read: true, write: true },
       { name: "physical-controls-locked.physical-controls-locked", type: "boolean", role: "switch", read: true, write: true }
   ],
   sensor: [
       { name: "alarm.alarm", type: "boolean", role: "switch", read: true, write: false },
       { name: "indicator-light.brightness", type: "number", read: true, write: false, min: 0, max: 2 },
       { name: "environment.temperature", type: "number", role: "value.temperature", read: true, write: false, unit: "°C" },
       { name: "motor-speed.motor-speed", type: "number", read: true, write: false, unit: "rpm" },
       { name: "use-time.use-time", type: "number", read: true, write: false, unit: "h" },
       { name: "environment.relative-humidity", type: "number", role: "value.humidity", read: true, write: false, unit: "%" },
       { name: "environment.pm2_5-density", type: "number", read: true, write: false, unit: "μg/m³" },
       { name: "filter.filter-life-level", type: "number", read: true, write: false, unit: "%" },
       { name: "filter.filter-used-time", type: "number", read: true, write: false, unit: "h" }
   ]
};

// ============================================
// AB HIER NICHT ÄNDERN
// ============================================

let device = [];
const States = [];
let DpCount = 0;
let GenericDpRefreshIntervalObj;
const DefineDeviceInfo = [
   { id: "localip", name: "IP Address", type: "string", read: true, write: false },
   { id: "token", name: "Token", type: "string", read: true, write: false },
   { id: "did", name: "Device ID", type: "string", read: true, write: false },
   { id: "model", name: "Model", type: "string", read: true, write: false },
   { id: "isOnline", name: "Is Online", type: "boolean", read: true, write: false }
];

log("Starting AllMyMi V." + SkriptVersion);
log("Devices configured: " + devices.length);

function CorrectChannelId(cid) {
   let temp = cid;
   if (typeof temp !== "string") {
       temp = JSON.stringify(cid);
   }
   temp = cid.replace(/\./g, "-");
   temp = cid.replace(/:/g, ".");
   return temp;
}

function PrepareGenericDps(did) {
   if (logging) log("Preparing generic DPs for: " + did);
   
   for (let y in DefineDeviceInfo) {
       States[DpCount] = {
           id: praefix0 + "." + did + ".info." + DefineDeviceInfo[y].id,
           initial: "",
           forceCreation: false,
           common: {
               read: DefineDeviceInfo[y].read,
               write: DefineDeviceInfo[y].write,
               name: DefineDeviceInfo[y].name,
               type: DefineDeviceInfo[y].type,
               role: "value",
               unit: DefineDeviceInfo[y].unit || ""
           }
       };
       DpCount++;
   }
}

function PrepareDeviceDps(did, model) {
   if (logging) log("Preparing device DPs for model: " + model);
   
   for (let x in DefineDevice) {
       if (DefineDevice[x].model === model) {
           // Control Datenpunkte
           if (DefineDevice[x].control) {
               for (let y in DefineDevice[x].control) {
                   let channelId = CorrectChannelId(DefineDevice[x].control[y].name);
                   States[DpCount] = {
                       id: praefix0 + "." + did + ".control." + channelId,
                       initial: "",
                       forceCreation: false,
                       common: DefineDevice[x].control[y]
                   };
                   DpCount++;
               }
           }
           
           // Sensor Datenpunkte
           if (DefineDevice[x].sensor) {
               for (let y in DefineDevice[x].sensor) {
                   let channelId = CorrectChannelId(DefineDevice[x].sensor[y].name);
                   States[DpCount] = {
                       id: praefix0 + "." + did + ".sensor." + channelId,
                       initial: "",
                       forceCreation: false,
                       common: DefineDevice[x].sensor[y]
                   };
                   DpCount++;
               }
           }
       }
   }
}

function CreateStates() {
   if (logging) log("Creating States...");
   let numStates = States.length;
   log("Total states to create: " + numStates);

   if (numStates === 0) {
       log("❌ No states to create! Check device configuration.", "error");
       return;
   }

   States.forEach(function (state) {
       createState(state.id, state.initial, state.forceCreation, state.common, function () {
           numStates--;
           if (numStates === 0) {
               log("✅ " + States.length + " States created!");
               
               setObject(praefix0, { 
                   type: 'channel', 
                   common: { name: "MiHome Local Control" }, 
                   native: {} 
               });
               
               for (let i = 0; i < devices.length; i++) {
                   if (devices[i].enabled) {
                       setObject(praefix0 + "." + devices[i].did, {
                           type: 'device',
                           common: { name: devices[i].name },
                           native: {}
                       });
                       
                       setObject(praefix0 + "." + devices[i].did + ".control", {
                           type: 'channel',
                           common: { name: "Control" },
                           native: {}
                       });
                       
                       setObject(praefix0 + "." + devices[i].did + ".sensor", {
                           type: 'channel',
                           common: { name: "Sensor" },
                           native: {}
                       });
                   }
               }
               
               Init();
           }
       });
   });
}

async function Init() {
   log("🚀 Initializing local device connections...");

   mihome.miioProtocol.init();

   let deviceCount = 0;
   
   for (let i = 0; i < devices.length; i++) {
       if (!devices[i].enabled) {
           if (logging) log("Device " + devices[i].name + " is disabled, skipping");
           continue;
       }

       try {
           log("Connecting to: " + devices[i].name + " (" + devices[i].localip + ")");
           
           device[deviceCount] = mihome.device({
               id: devices[i].did,
               model: devices[i].model,
               address: devices[i].localip,
               token: devices[i].token,
               refresh: refresh
           });

           device[deviceCount].model = devices[i].model;
           device[deviceCount].deviceConfig = devices[i];
           device[deviceCount].deviceIndex = i;
           device[deviceCount].isOnline = false;
           device[deviceCount].data = {};

           device[deviceCount].on('properties', (data) => {
               if (typeof data !== "undefined" && Object.keys(data).length > 0) {
                   RefreshDps(deviceCount, data);
               }
           });

           device[deviceCount].on('connected', () => {
               log("✅ Device connected: " + devices[i].name);
               device[deviceCount].isOnline = true;
               setState(praefix0 + "." + devices[i].did + ".info.isOnline", true, true);
           });

           device[deviceCount].on('disconnected', () => {
               log("⚠️ Device disconnected: " + devices[i].name);
               device[deviceCount].isOnline = false;
               setState(praefix0 + "." + devices[i].did + ".info.isOnline", false, true);
           });

           await device[deviceCount].init();
           log("✅ Device initialized: " + devices[i].name);

           // Set device info
           setState(praefix0 + "." + devices[i].did + ".info.did", devices[i].did, true);
           setState(praefix0 + "." + devices[i].did + ".info.model", devices[i].model, true);
           setState(praefix0 + "." + devices[i].did + ".info.localip", devices[i].localip, true);
           setState(praefix0 + "." + devices[i].did + ".info.isOnline", true, true);

           CreateDpTrigger(deviceCount);

           deviceCount++;

       } catch (e) {
           log("❌ Error connecting to " + devices[i].name + ": " + e.message, "error");
       }
   }

   log("✅ Initialization complete! " + deviceCount + " devices connected.");

   GenericDpRefreshIntervalObj = setInterval(function () {
       RefreshGenericDpsTicker();
   }, refresh);
}

async function RefreshGenericDpsTicker() {
   // Periodical status updates
   for (let i = 0; i < device.length; i++) {
       if (device[i]) {
           setState(praefix0 + "." + device[i].deviceConfig.did + ".info.isOnline", device[i].isOnline, true);
       }
   }
}

function RefreshDps(deviceIndex, data) {
   let deviceId = device[deviceIndex].deviceConfig.did;
   let model = device[deviceIndex].model;

   if (logging) log("Updating properties for: " + device[deviceIndex].deviceConfig.name);

   for (let x in DefineDevice) {
       if (DefineDevice[x].model === model) {
           // Control Datenpunkte
           if (DefineDevice[x].control) {
               for (let y in DefineDevice[x].control) {
                   let propName = DefineDevice[x].control[y].name;
                   let propType = DefineDevice[x].control[y].type;
                   let channelId = CorrectChannelId(propName);
                   
                   if (data[propName] !== undefined) {
                       let value = data[propName];
                       
                       // TYPE CONVERSION
                       if (propType === "boolean") {
                           if (typeof value === "string") {
                               value = (value === "true" || value === "on" || value === "1" || value === true || value === 1);
                           } else {
                               value = !!value;
                           }
                       } 
                       else if (propType === "number") {
                           if (typeof value === "string") {
                               value = parseFloat(value) || 0;
                           } else if (typeof value !== "number") {
                               value = Number(value) || 0;
                           }
                       }

                       setState(praefix0 + "." + deviceId + ".control." + channelId, value, true);
                       
                       if (logging) log("Set control." + propName + " = " + value);
                   }
               }
           }
           
           // Sensor Datenpunkte
           if (DefineDevice[x].sensor) {
               for (let y in DefineDevice[x].sensor) {
                   let propName = DefineDevice[x].sensor[y].name;
                   let propType = DefineDevice[x].sensor[y].type;
                   let channelId = CorrectChannelId(propName);
                   
                   if (data[propName] !== undefined) {
                       let value = data[propName];
                       
                       // TYPE CONVERSION
                       if (propType === "boolean") {
                           if (typeof value === "string") {
                               value = (value === "true" || value === "on" || value === "1" || value === true || value === 1);
                           } else {
                               value = !!value;
                           }
                       } 
                       else if (propType === "number") {
                           if (typeof value === "string") {
                               value = parseFloat(value) || 0;
                           } else if (typeof value !== "number") {
                               value = Number(value) || 0;
                           }
                       }

                       setState(praefix0 + "." + deviceId + ".sensor." + channelId, value, true);
                       
                       if (logging) log("Set sensor." + propName + " = " + value);
                   }
               }
           }
       }
   }
}

function CreateDpTrigger(deviceIndex) {
   let deviceId = device[deviceIndex].deviceConfig.did;
   let model = device[deviceIndex].model;

   for (let x in DefineDevice) {
       if (DefineDevice[x].model === model) {
           // Nur Control Datenpunkte sind steuerbar
           if (DefineDevice[x].control) {
               for (let y in DefineDevice[x].control) {
                   if (DefineDevice[x].control[y].write) {
                       let propName = DefineDevice[x].control[y].name;
                       let channelId = CorrectChannelId(propName);
                       let dpPath = praefix0 + "." + deviceId + ".control." + channelId;

                       on({ id: dpPath, change: "ne", ack: false }, function (dp) {
                           if (logging) log("Command received: " + propName + " = " + dp.state.val);
                           
                           if (DefineDevice[x].setter[propName]) {
                               DefineDevice[x].setter[propName](deviceIndex, dp.state.val);
                           }
                       });
                   }
               }
           }
       }
   }
}

onStop(function () {
   log("Stopping script...");
   for (let x in device) {
       if (device[x]) {
           try {
               device[x].destroy();
           } catch(e) {
               log("Error destroying device: " + e.message);
           }
       }
   }
   if (GenericDpRefreshIntervalObj) {
       clearInterval(GenericDpRefreshIntervalObj);
   }
}, 10);

// ============================================
// SCRIPT START
// ============================================
log("Configuration:");
log("- Devices: " + devices.length);
log("- Refresh: " + refresh + "ms");
log("- Root path: " + praefix0);

// Prepare datapoints
for (let i = 0; i < devices.length; i++) {
   if (devices[i].enabled) {
       log("📝 Preparing DPs for: " + devices[i].name);
       PrepareGenericDps(devices[i].did);
       PrepareDeviceDps(devices[i].did, devices[i].model);
   }
}

log("🔍 Total datapoints prepared: " + DpCount);

CreateStates();

Edit:
hab das Script jetzt nochmal angepasst, vom einfachen miIO-Protocol wieder auf die Original MIoT-Struktur
Steuerung funktioniert wieder, Sensordaten werden allerdings nicht ausgelesen

[haselchen]

@crunchip

Was hast Du am Skript verändert?
Außer dem Datenpunkt.

[crunchip]

@haselchen was meinst du mit nur dem Datenpunkt.
Habe das ursprüngliche Script hergekommen und so wie @tobasium mittels perplexity ein neues erstellen lassen

Probleme waren

• Xiaomi hat ihre APIs mehrfach geändert

• Authentifizierungsmethoden sind nicht mehr aktuell

• 2FA könnte blockierend sein

Problem	Lösung
Session ungültig	✅await mihome.miCloudProtocol.logout()vor Login
Fehler wird ignoriert	✅ Proper Exception Handling mitloginSuccessFlag
Keine Fehlerbehandlung	✅ Aussagekräftige Error-Messages
Script läuft weiter	✅returnnach Login-Fehler

Was der neue Code macht:
✅ Zeigt genau, wo der Login fehlschlägt

✅ Gibt die Credentials an (für Debugging)

✅ Zeigt ob node-mihome korrekt geladen ist

✅ Listet eine Fehlerbeseitungs-Checkliste auf

✅ Gibt komplette Error-Details aus

⚠️ Wichtig - Häufige Fehler:
❌ Token zu kurz/lang → Muss exakt 32 Zeichen sein
❌ IP falsch → Muss die lokale IP sein (z.B. 192.168.x.x), nicht die Cloud-ID
❌ Model falsch → Aus Extractor kopieren, exakt!
❌ Gerät offline → Device muss erreichbar sein

[haselchen]

@crunchip

Dann hast Du nicht sein Skript genommen?!
Okay , dann muss ich eure Beiden vergleichen , wo die Unterschiede sind .

[crunchip]

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

Dann hast Du nicht sein Skript genommen?!

nein, ist ein neues

[haselchen]

@siggi0904

https://github.com/PiotrMachowski/Xiaomi-cloud-tokens-extractor

Dort gibst Du in dem DOS Fenster Deine Login Daten ein.
Dann erscheint ein Link.
Den kopierst Du in den Browser und loggst Dich im Browser nochmal in Deinen Xiaomi Account ein.
Im DOS Fenster gibst Du dann Dein Land ein (sollte bei Dir wohl "de" sein)
Und dann werden Dir die Geräte mit allen Infos angezeigt.
Und die Daten übernimmst Du ins Skript.

[Siggi0904]

@crunchip danke für die Anpassung des Skriptes.

Aber was ist did: "xxxxxxxxx" in deiner Gerätebeschreibung in deinem Skript ?

Dank dir.

[Siggi0904]

@crunchip Ich hätte folgende drei Geräte wo ich deine Unterstützung bei der MIoT-Struktur bräuchte:

   {
       name: Ventilator
       id: xxxxx
       // MAC: xxxxx
       localip: 192.168.178.80
       token: xxxxx
       model: dmaker.fan.p15
       enabled: true
   },
   {
       name: Luftreiniger
       id: xxxxx
       // MAC: xxxxx
       localip: 192.168.178.78
       token: xxxxx
       model: zhimi.airpurifier.mb3
       enabled: true
   },
   {
       name: John
       id: xxxxx
       // MAC: xxxxx
       localip: 192.168.178.60
       token: xxxxx
       model: roborock.vacuum.s5
       enabled: true
   }

Wie trenne ich die einzelnen Geräte von einander? Ist das Komma da richtig gesetzt?

[crunchip]

@siggi0904 ist die ID

[crunchip]

@siggi0904 theoretisch ja, hab es allerdings mit anderen Geräten noch nicht getestet.
Funktonale Datenpunkte sind Geräte und Firmware Versions abhängig.

[Siggi0904]

@crunchip Sollte das Skript trotzdem die Daten holen können?
Also aus der node-mihome bzw. der js-Datei die dort liegt?

[Siggi0904]

Mein Ventilator sieht in den Datenpunkten so aus:

Und mein Luftreiniger so:

Leider alles ohne aktuelle Werte.

[crunchip]

@siggi0904 sagte in [Vorlage] Xiaomi Airpurifier 3H u.a. inkl. Token auslesen.:

Leider alles ohne aktuelle Werte.

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

Sensordaten werden allerdings nicht ausgelesen