Neues YouTube-Video: Visualisierung im Devices-Adapter

[jwerlsdf]

// -- configuration area
const token = 'XXXXXXXXXX';
const outdoorDeviceId = 'laTnMsWSJxBMGgJD';
const dp_light = '0_userdata.0.omlet.light'; // datenpunkt mit typ bool anlegen und namen hier eintragen
const dp_door = '0_userdata.0.omlet.door'; // datenpunkt mit typ bool anlegen und namen hier eintragen
const dp_doorstop = '0_userdata.0.omlet.doorstop'; // datenpunkt mit typ bool und rolle button anlegen und namen hier eintragen
const dp_doortimeopen = '0_userdata.0.omlet.doortimeopen'; // datenpunkt mit typ string, zeit im 24h format im format 06:00 oder 20:30
const dp_doortimeclose = '0_userdata.0.omlet.doortimeclose'; // datenpunkt mit typ string, zeit im 24h format im format 06:00 oder 20:30
const dp_devicedata = '0_userdata.0.omlet.devicedata'; //// datenpunkt mit typ string, hier wird nach jeder aktualisierung der aktuelle device status abgerufen und eingetragen
const dp_doormodeopen = "0_userdata.0.omlet.doormodeopen"; //// datenpunkt mit typ string, hier wird nach jeder aktualisierung der aktuelle device status abgerufen und eingetragen
const dp_doormodeclose = "0_userdata.0.omlet.doormodeclose"; //// datenpunkt mit typ string, hier wird nach jeder aktualisierung der aktuelle device status abgerufen und eingetragen
const dp_doorcloseLightLevel = "0_userdata.0.omlet.LightLevelclose"; //// datenpunkt mit typ number
const dp_dooropenLightLevel = "0_userdata.0.omlet.LightLevelopen";  //// datenpunkt mit typ number
const dp_dooropenDelay = "0_userdata.0.omlet.Delayopen";  //// datenpunkt mit typ number
const dp_doorcloseDelay = "0_userdata.0.omlet.Delayclose" //// datenpunkt mit typ number


// --
 
const axios = require("axios/dist/browser/axios.cjs");
const BASE_URL = 'https://x107.omlet.co.uk/api/v1'; //kann hier geprüft werden https://smart.omlet.de/developers/api
let omlet = undefined;
 
async function connect() {
    console.log("start main2");
    omlet = await omletAPIClient(token);
    await getDevices(true);
 
    //console.log(JSON.stringify(await getDevices(), null, 2));
}
async function getDevices(info = false) {
    try {
        const devices = await getRequest('/device');
        if (devices && info) {
            devices.forEach(device => {
                console.log(`Device name: ${device.name}, deviceId: ${device.deviceId}`);
            });
        }
        return devices;
    } catch (error) {
        console.log(error);
        return [];
    }
}
async function getDevice(deviceId) {
    try {
        const device = await getRequest(`/device/${deviceId}`);
        return device;
    } catch (error) {
        console.log(error);
        return {};
    }
}
async function getConfiguration(deviceId) {
    try {
        const configuration = await getRequest(`/device/${deviceId}/configuration`);
        return configuration;
    } catch (error) {
        console.log(error);
        return {};
    }
}
async function setConfiguration(deviceId, configuration) {
    try {
        const result = await patchRequest(`/device/${deviceId}/configuration`, configuration);
 
        return result;
    } catch (error) {
        console.log(error);
        return {};
    }
}
async function getDeviceInfo(deviceId) {
    const device = await getDevice(deviceId);
 
    setState(dp_devicedata, JSON.stringify(device, null, 2), true);
    setState(dp_doortimeopen, device.configuration.door.openTime, true);
    setState(dp_doortimeclose, device.configuration.door.closeTime, true);
    setState(dp_doormodeopen, device.configuration.door.openMode, true);
    setState(dp_doormodeclose, device.configuration.door.closeMode, true);
    setState(dp_doorcloseLightLevel, device.configuration.door.closeLightLevel, true);
    setState(dp_dooropenLightLevel, device.configuration.door.openLightLevel, true);
    setState(dp_dooropenDelay, device.configuration.door.openDelay, true);
    setState(dp_doorcloseDelay, device.configuration.door.closeDelay, true);
}
async function doAction(deviceId, actionName) {
    const devices = await getDevices();
    const device = devices.find(device => device.deviceId === deviceId);
    if (device) {
        const action = device.actions.find(action => action.actionName === actionName);
        if (action) {
            await postRequest(action.url);
            await getDeviceInfo(outdoorDeviceId);
        }
    }
}
async function lightOn(deviceId) {
    await doAction(deviceId, 'on');
}
async function lightOff(deviceId) {
    await doAction(deviceId, 'off');
}
async function doorOpen(deviceId) {
    await doAction(deviceId, 'open');
}
async function doorClose(deviceId) {
    await doAction(deviceId, 'close');
}
async function doorStop(deviceId) {
    await doAction(deviceId, 'stop');
}
async function setDoorTimeClose(deviceId, time) {
    const configuration = getConfiguration(deviceId);
    const newConfiguration = {
        ...configuration,
        door: {
            ...configuration.door,
            closeTime: time
        }
    };
    await setConfiguration(deviceId, newConfiguration);
    await getDeviceInfo(outdoorDeviceId);
}
async function setDoorTimeOpen(deviceId, time) {
    const configuration = getConfiguration(deviceId);
    const newConfiguration = {
        ...configuration,
        door: {
            ...configuration.door,
            openTime: time
        }
    };
    await setConfiguration(deviceId, newConfiguration);
    await getDeviceInfo(outdoorDeviceId);
}
function omletAPIClient(token) {
    return axios.create({
        baseURL: BASE_URL,
        headers: {
            'Authorization': `Bearer ${token}`,
            'Content-Type': 'application/json',
        },
    });
}
function isValidTime24h(value) {
    return /^(?:[01]\d|2[0-3]):[0-5]\d$/.test(value);
}
async function getRequest(url) {
    try {
        const data = await omlet.get(url);
        console.debug(`get request: ${url},status: ${data.status}`);
        return data.data;
    } catch (e) {
        console.log(e);
    }
}
async function postRequest(url) {
    try {
        const data = await omlet.post(url);
        console.debug(`post request: ${url},status: ${data.status}`);
        return data.data;
    } catch (e) {
        console.log(e);
    }
}
async function patchRequest(url, data) {
    try {
        const result = await omlet.patch(url, data);
        console.debug(`patch request: ${url},status: ${result.status}`);
        return result.data;
    } catch (e) {
        console.log(e);
    }
}
function watchTimeState(id, label) {
    on({ id: id, change: 'ne', ack: false }, async (obj) => {
        const newVal = String(obj.state.val || '').trim();
        const oldVal = obj.oldState && obj.oldState.val != null
            ? String(obj.oldState.val)
            : '';
        if (isValidTime24h(newVal)) {
            log(`${label}: gültige Zeit gesetzt -> ${newVal}`, 'debug');
            if (id === dp_doortimeopen) {
                await setDoorTimeOpen(outdoorDeviceId, newVal);
            }
            if (id === dp_doortimeclose) {
                await setDoorTimeClose(outdoorDeviceId, newVal);
            }
            return;
        }
        log(`${label}: ungültige Zeit "${newVal}" - setze auf "${oldVal}" zurück`, 'warn');
 
        // ungültige Eingabe zurücksetzen
        setState(id, oldVal, true);
    });
}
async function main() {
    await connect();
    await getDeviceInfo(outdoorDeviceId);
    on({ id: dp_door, change: 'ne', ack: false }, async (evt) => {
        //log(evt);
        if (evt.state.val) {
            await doorOpen(outdoorDeviceId);
        } else {
            await doorClose(outdoorDeviceId);
        }
    });
    on({ id: dp_light, change: 'ne', ack: false }, async (evt) => {
        //log(evt);
        if (evt.state.val) {
            await lightOn(outdoorDeviceId);
        } else {
            await lightOff(outdoorDeviceId);
        }
    });
    on({ id: dp_doorstop, change: 'any', ack: false }, async (/* evt */) => {
        //log(evt);
        doorStop(outdoorDeviceId);
        setState(dp_doorstop, false, true);
    });
    watchTimeState(dp_doortimeopen, 'Öffnungszeit');
    watchTimeState(dp_doortimeclose, 'Schließzeit');
    // await lightOn(outdoorDeviceId);
    // await lightOff(outdoorDeviceId);
 
}
main();

Hi, habe jetzt noch einmal ein paar Datenpunkte hinzugefügt. Ab wann werden denn die Datenpunkte in beide Richtungen geschrieben? Als ich die Tür über das Skript aufgemacht habe, ging es sofort. Als ich in der APP beispielsweise den Mode von "time" auf "manual" gestellt habe, ging es auch nach 5 Minuten nicht, erst nachdem ch das skript neu gestaret habe.

[OliverIO]

@jwerlsdf

hah, glatt vergessen einzubauen.
ich hab dir auch noch einen knopf für manuellen refresh eingebaut. bitte datenpunkt gemäß anweisung anlegen

const token = 'XXXXXXXXXX';
const outdoorDeviceId = 'laTnMsWSJxBMGgJD';
const dp_light = '0_userdata.0.omlet.light'; // datenpunkt mit typ bool anlegen und namen hier eintragen
const dp_door = '0_userdata.0.omlet.door'; // datenpunkt mit typ bool anlegen und namen hier eintragen
const dp_doorstop = '0_userdata.0.omlet.doorstop'; // datenpunkt mit typ bool und rolle button anlegen und namen hier eintragen
const dp_doortimeopen = '0_userdata.0.omlet.doortimeopen'; // datenpunkt mit typ string, zeit im 24h format im format 06:00 oder 20:30
const dp_doortimeclose = '0_userdata.0.omlet.doortimeclose'; // datenpunkt mit typ string, zeit im 24h format im format 06:00 oder 20:30
const dp_devicedata = '0_userdata.0.omlet.devicedata'; //// datenpunkt mit typ string, hier wird nach jeder aktualisierung der aktuelle device status abgerufen und eingetragen
const dp_doormodeopen = "0_userdata.0.omlet.doormodeopen"; //// datenpunkt mit typ string, hier wird nach jeder aktualisierung der aktuelle device status abgerufen und eingetragen
const dp_doormodeclose = "0_userdata.0.omlet.doormodeclose"; //// datenpunkt mit typ string, hier wird nach jeder aktualisierung der aktuelle device status abgerufen und eingetragen
const dp_doorcloseLightLevel = "0_userdata.0.omlet.LightLevelclose"; //// datenpunkt mit typ number
const dp_dooropenLightLevel = "0_userdata.0.omlet.LightLevelopen";  //// datenpunkt mit typ number
const dp_dooropenDelay = "0_userdata.0.omlet.Delayopen";  //// datenpunkt mit typ number
const dp_doorcloseDelay = "0_userdata.0.omlet.Delayclose" //// datenpunkt mit typ number

const dp_refresh = '0_userdata.0.omlet.refresh'; // datenpunkt mit typ bool und rolle button anlegen und namen hier eintragen
const refreshtime = 5; //time in seconds to refresh data

// --

const axios = require("axios/dist/browser/axios.cjs");
const BASE_URL = 'https://x107.omlet.co.uk/api/v1'; //kann hier geprüft werden https://smart.omlet.de/developers/api
let omlet = undefined;

async function connect() {
    console.log("start main2");
    omlet = await omletAPIClient(token);
    await getDevices(true);

    //console.log(JSON.stringify(await getDevices(), null, 2));
}
async function getDevices(info = false) {
    try {
        const devices = await getRequest('/device');
        if (devices && info) {
            devices.forEach(device => {
                console.log(`Device name: ${device.name}, deviceId: ${device.deviceId}`);
            });
        }
        return devices;
    } catch (error) {
        console.log(error);
        return [];
    }
}
async function getDevice(deviceId) {
    try {
        const device = await getRequest(`/device/${deviceId}`);
        return device;
    } catch (error) {
        console.log(error);
        return {};
    }
}
async function getConfiguration(deviceId) {
    try {
        const configuration = await getRequest(`/device/${deviceId}/configuration`);
        return configuration;
    } catch (error) {
        console.log(error);
        return {};
    }
}
async function setConfiguration(deviceId, configuration) {
    try {
        const result = await patchRequest(`/device/${deviceId}/configuration`, configuration);

        return result;
    } catch (error) {
        console.log(error);
        return {};
    }
}
async function getDeviceInfo(deviceId) {
    const device = await getDevice(deviceId);

    setState(dp_devicedata, JSON.stringify(device, null, 2), true);
    setState(dp_doortimeopen, device.configuration.door.openTime, true);
    setState(dp_doortimeclose, device.configuration.door.closeTime, true);
    setState(dp_doormodeopen, device.configuration.door.openMode, true);
    setState(dp_doormodeclose, device.configuration.door.closeMode, true);
    setState(dp_doorcloseLightLevel, device.configuration.door.closeLightLevel, true);
    setState(dp_dooropenLightLevel, device.configuration.door.openLightLevel, true);
    setState(dp_dooropenDelay, device.configuration.door.openDelay, true);
    setState(dp_doorcloseDelay, device.configuration.door.closeDelay, true);
}
async function doAction(deviceId, actionName) {
    const devices = await getDevices();
    const device = devices.find(device => device.deviceId === deviceId);
    if (device) {
        const action = device.actions.find(action => action.actionName === actionName);
        if (action) {
            await postRequest(action.url);
            await getDeviceInfo(outdoorDeviceId);
        }
    }
}
async function lightOn(deviceId) {
    await doAction(deviceId, 'on');
}
async function lightOff(deviceId) {
    await doAction(deviceId, 'off');
}
async function doorOpen(deviceId) {
    await doAction(deviceId, 'open');
}
async function doorClose(deviceId) {
    await doAction(deviceId, 'close');
}
async function doorStop(deviceId) {
    await doAction(deviceId, 'stop');
}
async function setDoorTimeClose(deviceId, time) {
    const configuration = getConfiguration(deviceId);
    const newConfiguration = {
        ...configuration,
        door: {
            ...configuration.door,
            closeTime: time
        }
    };
    await setConfiguration(deviceId, newConfiguration);
    await getDeviceInfo(outdoorDeviceId);
}
async function setDoorTimeOpen(deviceId, time) {
    const configuration = getConfiguration(deviceId);
    const newConfiguration = {
        ...configuration,
        door: {
            ...configuration.door,
            openTime: time
        }
    };
    await setConfiguration(deviceId, newConfiguration);
    await getDeviceInfo(outdoorDeviceId);
}
function omletAPIClient(token) {
    return axios.create({
        baseURL: BASE_URL,
        headers: {
            'Authorization': `Bearer ${token}`,
            'Content-Type': 'application/json',
        },
    });
}
function isValidTime24h(value) {
    return /^(?:[01]\d|2[0-3]):[0-5]\d$/.test(value);
}
async function getRequest(url) {
    try {
        const data = await omlet.get(url);
        console.debug(`get request: ${url},status: ${data.status}`);
        return data.data;
    } catch (e) {
        console.log(e);
    }
}
async function postRequest(url) {
    try {
        const data = await omlet.post(url);
        console.debug(`post request: ${url},status: ${data.status}`);
        return data.data;
    } catch (e) {
        console.log(e);
    }
}
async function patchRequest(url, data) {
    try {
        const result = await omlet.patch(url, data);
        console.debug(`patch request: ${url},status: ${result.status}`);
        return result.data;
    } catch (e) {
        console.log(e);
    }
}
function watchTimeState(id, label) {
    on({ id: id, change: 'ne', ack: false }, async (obj) => {
        const newVal = String(obj.state.val || '').trim();
        const oldVal = obj.oldState && obj.oldState.val != null
            ? String(obj.oldState.val)
            : '';
        if (isValidTime24h(newVal)) {
            log(`${label}: gültige Zeit gesetzt -> ${newVal}`, 'debug');
            if (id === dp_doortimeopen) {
                await setDoorTimeOpen(outdoorDeviceId, newVal);
            }
            if (id === dp_doortimeclose) {
                await setDoorTimeClose(outdoorDeviceId, newVal);
            }
            return;
        }
        log(`${label}: ungültige Zeit "${newVal}" - setze auf "${oldVal}" zurück`, 'warn');

        // ungültige Eingabe zurücksetzen
        setState(id, oldVal, true);
    });
}
async function main() {
    await connect();
    await getDeviceInfo(outdoorDeviceId);
    on({ id: dp_door, change: 'ne', ack: false }, async (evt) => {
        //log(evt);
        if (evt.state.val) {
            await doorOpen(outdoorDeviceId);
        } else {
            await doorClose(outdoorDeviceId);
        }
    });
    on({ id: dp_light, change: 'ne', ack: false }, async (evt) => {
        //log(evt);
        if (evt.state.val) {
            await lightOn(outdoorDeviceId);
        } else {
            await lightOff(outdoorDeviceId);
        }
    });
    on({ id: dp_doorstop, change: 'any', ack: false }, async (/* evt */) => {
        //log(evt);
        doorStop(outdoorDeviceId);
        setState(dp_doorstop, false, true);
    });
    on({ id: dp_refresh, change: 'any', ack: false }, async (/* evt */) => {
        //log(evt);
        await getDeviceInfo(outdoorDeviceId);
        setState(dp_refresh, false, true);
    });
    watchTimeState(dp_doortimeopen, 'Öffnungszeit');
    watchTimeState(dp_doortimeclose, 'Schließzeit');
    schedule(`*/${refreshtime} * * * *`, () => {
        log('Will be triggered every 2 minutes!');
    });
    // await lightOn(outdoorDeviceId);
    // await lightOff(outdoorDeviceId);

}
main();

[jwerlsdf]

Dank dir. Werde ich in den nächsten Tagen testen.

[OliverIO]

@jwerlsdf

Klappe den alles? Habe keine Rückmeldung mehr gelesen

[jwerlsdf]

Hi, aktuell was ich beobachtet habe, ja. Die Rückmeldung wollte ich erst geben, wenn ich den Futterautomat erhalten habe, der aber bisher noch nicht geliefert wurde. Auch diesen kann man mittels API einbinden. Sollte es bei der Einbindung Probleme geben, melde ih mich noch mal, ansonsten aber auch so.

[jwerlsdf]

@oliverio

Spoiler

// -- configuration area
const token = 'TTTTTTTTT';
const outdoorDeviceId = 'XXXXX'; //outdoor
//const feederDeviceId = 'YYYYYYYYY'; //feeder

const dp_light = '0_userdata.0.omlet.light'; // datenpunkt mit typ bool anlegen und namen hier eintragen
const dp_door = '0_userdata.0.omlet.door'; // datenpunkt mit typ bool anlegen und namen hier eintragen
const dp_doorstop = '0_userdata.0.omlet.doorstop'; // datenpunkt mit typ bool und rolle button anlegen und namen hier eintragen
const dp_doortimeopen = '0_userdata.0.omlet.doortimeopen'; // datenpunkt mit typ string, zeit im 24h format im format 06:00 oder 20:30
const dp_doortimeclose = '0_userdata.0.omlet.doortimeclose'; // datenpunkt mit typ string, zeit im 24h format im format 06:00 oder 20:30
const dp_devicedata = '0_userdata.0.omlet.devicedata'; //// datenpunkt mit typ string, hier wird nach jeder aktualisierung der aktuelle device status abgerufen und eingetragen
const dp_doormodeopen = "0_userdata.0.omlet.doormodeopen"; //// datenpunkt mit typ string, hier wird nach jeder aktualisierung der aktuelle device status abgerufen und eingetragen
const dp_doormodeclose = "0_userdata.0.omlet.doormodeclose"; //// datenpunkt mit typ string, hier wird nach jeder aktualisierung der aktuelle device status abgerufen und eingetragen
const dp_doorcloseLightLevel = "0_userdata.0.omlet.LightLevelclose"; //// datenpunkt mit typ number
const dp_dooropenLightLevel = "0_userdata.0.omlet.LightLevelopen";  //// datenpunkt mit typ number
const dp_dooropenDelay = "0_userdata.0.omlet.Delayopen";  //// datenpunkt mit typ number
const dp_doorcloseDelay = "0_userdata.0.omlet.Delayclose" //// datenpunkt mit typ number

const dp_refresh = '0_userdata.0.omlet.refresh'; // datenpunkt mit typ bool und rolle button anlegen und namen hier eintragen
const refreshtime = 5; //time in seconds to refresh data

// --

const axios = require("axios/dist/browser/axios.cjs");
const BASE_URL = 'https://x107.omlet.co.uk/api/v1'; //kann hier geprüft werden https://smart.omlet.de/developers/api
let omlet = undefined;

async function connect() {
   console.log("start main2");
   omlet = await omletAPIClient(token);
   await getDevices(true);

   //console.log(JSON.stringify(await getDevices(), null, 2));
}
async function getDevices(info = false) {
   try {
       const devices = await getRequest('/device');
       if (devices && info) {
           devices.forEach(device => {
               console.log(`Device name: ${device.name}, deviceId: ${device.deviceId}`);
           });
       }
       return devices;
   } catch (error) {
       console.log(error);
       return [];
   }
}
async function getDevice(deviceId) {
   try {
       const device = await getRequest(`/device/${deviceId}`);
       return device;
   } catch (error) {
       console.log(error);
       return {};
   }
}
async function getConfiguration(deviceId) {
   try {
       const configuration = await getRequest(`/device/${deviceId}/configuration`);
       return configuration;
   } catch (error) {
       console.log(error);
       return {};
   }
}
async function setConfiguration(deviceId, configuration) {
   try {
       const result = await patchRequest(`/device/${deviceId}/configuration`, configuration);

       return result;
   } catch (error) {
       console.log(error);
       return {};
   }
}
async function getDeviceInfo(deviceId) {
   const device = await getDevice(deviceId);

   setState(dp_devicedata, JSON.stringify(device, null, 2), true);
   setState(dp_doortimeopen, device.configuration.door.openTime, true);
   setState(dp_doortimeclose, device.configuration.door.closeTime, true);
   setState(dp_doormodeopen, device.configuration.door.openMode, true);
   setState(dp_doormodeclose, device.configuration.door.closeMode, true);
   setState(dp_doorcloseLightLevel, device.configuration.door.closeLightLevel, true);
   setState(dp_dooropenLightLevel, device.configuration.door.openLightLevel, true);
   setState(dp_dooropenDelay, device.configuration.door.openDelay, true);
   setState(dp_doorcloseDelay, device.configuration.door.closeDelay, true);
}
async function doAction(deviceId, actionName) {
   const devices = await getDevices();
   const device = devices.find(device => device.deviceId === deviceId);
   if (device) {
       const action = device.actions.find(action => action.actionName === actionName);
       if (action) {
           await postRequest(action.url);
           await getDeviceInfo(outdoorDeviceId);
       }
   }
}
async function lightOn(deviceId) {
   await doAction(deviceId, 'on');
}
async function lightOff(deviceId) {
   await doAction(deviceId, 'off');
}
async function doorOpen(deviceId) {
   await doAction(deviceId, 'open');
}
async function doorClose(deviceId) {
   await doAction(deviceId, 'close');
}
async function doorStop(deviceId) {
   await doAction(deviceId, 'stop');
}
async function setDoorTimeClose(deviceId, time) {
   const configuration = getConfiguration(deviceId);
   const newConfiguration = {
       ...configuration,
       door: {
           ...configuration.door,
           closeTime: time
       }
   };
   await setConfiguration(deviceId, newConfiguration);
   await getDeviceInfo(outdoorDeviceId);
}
async function setDoorTimeOpen(deviceId, time) {
   const configuration = getConfiguration(deviceId);
   const newConfiguration = {
       ...configuration,
       door: {
           ...configuration.door,
           openTime: time
       }
   };
   await setConfiguration(deviceId, newConfiguration);
   await getDeviceInfo(outdoorDeviceId);
}
function omletAPIClient(token) {
   return axios.create({
       baseURL: BASE_URL,
       headers: {
           'Authorization': `Bearer ${token}`,
           'Content-Type': 'application/json',
       },
   });
}
function isValidTime24h(value) {
   return /^(?:[01]\d|2[0-3]):[0-5]\d$/.test(value);
}
async function getRequest(url) {
   try {
       const data = await omlet.get(url);
       console.debug(`get request: ${url},status: ${data.status}`);
       return data.data;
   } catch (e) {
       console.log(e);
   }
}
async function postRequest(url) {
   try {
       const data = await omlet.post(url);
       console.debug(`post request: ${url},status: ${data.status}`);
       return data.data;
   } catch (e) {
       console.log(e);
   }
}
async function patchRequest(url, data) {
   try {
       const result = await omlet.patch(url, data);
       console.debug(`patch request: ${url},status: ${result.status}`);
       return result.data;
   } catch (e) {
       console.log(e);
   }
}
function watchTimeState(id, label) {
   on({ id: id, change: 'ne', ack: false }, async (obj) => {
       const newVal = String(obj.state.val || '').trim();
       const oldVal = obj.oldState && obj.oldState.val != null
           ? String(obj.oldState.val)
           : '';
       if (isValidTime24h(newVal)) {
           log(`${label}: gültige Zeit gesetzt -> ${newVal}`, 'debug');
           if (id === dp_doortimeopen) {
               await setDoorTimeOpen(outdoorDeviceId, newVal);
           }
           if (id === dp_doortimeclose) {
               await setDoorTimeClose(outdoorDeviceId, newVal);
           }
           return;
       }
       log(`${label}: ungültige Zeit "${newVal}" - setze auf "${oldVal}" zurück`, 'warn');

       // ungültige Eingabe zurücksetzen
       setState(id, oldVal, true);
   });
}
async function main() {
   await connect();
   await getDeviceInfo(outdoorDeviceId);
   on({ id: dp_door, change: 'ne', ack: false }, async (evt) => {
       //log(evt);
       if (evt.state.val) {
           await doorOpen(outdoorDeviceId);
       } else {
           await doorClose(outdoorDeviceId);
       }
   });
   on({ id: dp_light, change: 'ne', ack: false }, async (evt) => {
       //log(evt);
       if (evt.state.val) {
           await lightOn(outdoorDeviceId);
       } else {
           await lightOff(outdoorDeviceId);
       }
   });
   on({ id: dp_doorstop, change: 'any', ack: false }, async (/* evt */) => {
       //log(evt);
       doorStop(outdoorDeviceId);
       setState(dp_doorstop, false, true);
   });
   on({ id: dp_refresh, change: 'any', ack: false }, async (/* evt */) => {
       //log(evt);
       await getDeviceInfo(outdoorDeviceId);
       setState(dp_refresh, false, true);
   });
   watchTimeState(dp_doortimeopen, 'Öffnungszeit');
   watchTimeState(dp_doortimeclose, 'Schließzeit');
   schedule(`*/${refreshtime} * * * *`, () => {
       log('Will be triggered every 2 minutes!');
   });
   // await lightOn(outdoorDeviceId);
   // await lightOff(outdoorDeviceId);

}
main();

[OliverIO]

@jwerlsdf

wahrscheinlich sind wir noch nicht fertig, aber die erste stufe ist schon mal da.
das skript wurde (mithilfe von KI) soweit umgestellt, das du keine device id mehr heraussuchen musst. das skript ruft einfach die informationen ab und legt die datenpunkte je device an.
die informationen werden dann alle 5 sekunden aktualisiert.
prüfe bitte mal, ob die informationen alle so sinnvoll sind.
auch ob die angelegten datenpunkte für den einzelnen device typ passen.
prüfe auch ob die steuerung noch so funktioniert. das kann ich hier schlecht ausprobieren.

da das skript den befehl setObjekt zum anlegen von Datenpunkte verwendet musst du in den adapter einstellungen des javascript adapters die folgende option setzen

const token = "xxx";

const BASE_DP = "0_userdata.0.omlet";
const refreshtime = 5; // Sekunden

const axios = require("axios");
const BASE_URL = "https://x107.omlet.co.uk/api/v1";

let omlet;
const initializedDevices = new Set();

function cleanId(input) {
  return String(input || "unknown")
    .normalize("NFD")
    .replace(/[\u0300-\u036f]/g, "")
    .replace(/[^a-zA-Z0-9_]+/g, "_")
    .replace(/_+/g, "_")
    .replace(/^_+|_+$/g, "");
}

function getDeviceBase(device) {
  return `${BASE_DP}.${cleanId(device.name)}`;
}

function getType(value) {
  if (typeof value === "boolean") return "boolean";
  if (typeof value === "number") return "number";
  return "string";
}

async function ensureFolder(id, name) {
  if (!existsObject(id)) {
    setObject(id, {
      type: "folder",
      common: { name },
      native: {},
    });
  }
}

async function ensureState(id, value, common) {
  if (!existsObject(id)) {
    await createStateAsync(id, value, common);
  }
}

async function ensureDeviceDatapoints(device) {
  const base = getDeviceBase(device);

  await ensureFolder(BASE_DP, "Omlet");
  await ensureFolder(base, device.name);

  await ensureState(`${base}.devicedata`, "", {
    name: "Device JSON Daten",
    type: "string",
    role: "json",
    read: true,
    write: false,
  });

  await ensureState(`${base}.refresh`, false, {
    name: "Refresh",
    type: "boolean",
    role: "button",
    read: true,
    write: true,
  });

  await ensureState(`${base}.door`, false, {
    name: "Tür / Klappe öffnen oder schließen",
    type: "boolean",
    role: "switch",
    read: true,
    write: true,
  });

  await ensureState(`${base}.doorstop`, false, {
    name: "Tür / Klappe stoppen",
    type: "boolean",
    role: "button",
    read: true,
    write: true,
  });

  const hasLight = Array.isArray(device.actions) &&
    device.actions.some(a => a.actionName === "on" || a.actionName === "off");

  if (hasLight) {
    await ensureState(`${base}.light`, false, {
      name: "Licht",
      type: "boolean",
      role: "switch",
      read: true,
      write: true,
    });
  }

  if (device.configuration && device.configuration.door) {
    await ensureDoorConfigurationDatapoints(base);
  }
}

async function ensureDoorConfigurationDatapoints(base) {
  await ensureState(`${base}.doortimeopen`, "", {
    name: "Öffnungszeit",
    type: "string",
    role: "text",
    read: true,
    write: true,
  });

  await ensureState(`${base}.doortimeclose`, "", {
    name: "Schließzeit",
    type: "string",
    role: "text",
    read: true,
    write: true,
  });

  await ensureState(`${base}.doormodeopen`, "", {
    name: "Öffnungsmodus",
    type: "string",
    role: "text",
    read: true,
    write: true,
  });

  await ensureState(`${base}.doormodeclose`, "", {
    name: "Schließmodus",
    type: "string",
    role: "text",
    read: true,
    write: true,
  });

  await ensureState(`${base}.LightLevelclose`, 0, {
    name: "Schließen bei Lichtwert",
    type: "number",
    role: "value",
    read: true,
    write: true,
  });

  await ensureState(`${base}.LightLevelopen`, 0, {
    name: "Öffnen bei Lichtwert",
    type: "number",
    role: "value",
    read: true,
    write: true,
  });

  await ensureState(`${base}.Delayopen`, 0, {
    name: "Öffnungsverzögerung",
    type: "number",
    role: "value",
    read: true,
    write: true,
  });

  await ensureState(`${base}.Delayclose`, 0, {
    name: "Schließverzögerung",
    type: "number",
    role: "value",
    read: true,
    write: true,
  });
}

async function updateDeviceDatapoints(device) {
  const base = getDeviceBase(device);

  await setStateAsync(`${base}.devicedata`, JSON.stringify(device, null, 2), true);

  if (device.state && device.state.door && device.state.door.state) {
    await setStateAsync(`${base}.door`, device.state.door.state === "open", true);
  }

  if (device.state && device.state.feeder && device.state.feeder.state) {
    await setStateAsync(`${base}.door`, device.state.feeder.state === "open", true);
  }

  if (existsObject(`${base}.light`) && device.state && device.state.light && device.state.light.state) {
    await setStateAsync(`${base}.light`, device.state.light.state === "on", true);
  }

  if (device.configuration && device.configuration.door) {
    const door = device.configuration.door;

    await setStateAsync(`${base}.doortimeopen`, door.openTime || "", true);
    await setStateAsync(`${base}.doortimeclose`, door.closeTime || "", true);
    await setStateAsync(`${base}.doormodeopen`, door.openMode || "", true);
    await setStateAsync(`${base}.doormodeclose`, door.closeMode || "", true);
    await setStateAsync(`${base}.LightLevelclose`, door.closeLightLevel ?? 0, true);
    await setStateAsync(`${base}.LightLevelopen`, door.openLightLevel ?? 0, true);
    await setStateAsync(`${base}.Delayopen`, door.openDelay ?? 0, true);
    await setStateAsync(`${base}.Delayclose`, door.closeDelay ?? 0, true);
  }
}

async function refreshDevice(deviceId) {
  const device = await getDevice(deviceId);

  if (!device || !device.deviceId) return;

  await ensureDeviceDatapoints(device);
  await updateDeviceDatapoints(device);
}

async function refreshAllDevices() {
  const devices = await getDevices();

  for (const device of devices) {
    await refreshDevice(device.deviceId);
  }
}

function isValidTime24h(value) {
  return /^(?:[01]\d|2[0-3]):[0-5]\d$/.test(String(value));
}

async function updateDoorConfiguration(deviceId, key, value) {
  const configuration = await getConfiguration(deviceId);

  if (!configuration || !configuration.door) return;

  configuration.door[key] = value;

  await setConfiguration(deviceId, configuration);
  await refreshDevice(deviceId);
}

function setupDeviceWatcher(device) {
  const base = getDeviceBase(device);

  if (initializedDevices.has(device.deviceId)) return;
  initializedDevices.add(device.deviceId);

  on({ id: `${base}.door`, change: "ne", ack: false }, async evt => {
    if (evt.state.val) {
      await doAction(device.deviceId, "open");
    } else {
      await doAction(device.deviceId, "close");
    }

    await refreshDevice(device.deviceId);
  });

  if (existsObject(`${base}.light`)) {
    on({ id: `${base}.light`, change: "ne", ack: false }, async evt => {
      if (evt.state.val) {
        await doAction(device.deviceId, "on");
      } else {
        await doAction(device.deviceId, "off");
      }

      await refreshDevice(device.deviceId);
    });
  }

  on({ id: `${base}.doorstop`, change: "any", ack: false }, async () => {
    await doAction(device.deviceId, "stop");
    await setStateAsync(`${base}.doorstop`, false, true);
    await refreshDevice(device.deviceId);
  });

  on({ id: `${base}.refresh`, change: "any", ack: false }, async () => {
    await refreshDevice(device.deviceId);
    await setStateAsync(`${base}.refresh`, false, true);
  });

  if (device.configuration && device.configuration.door) {
    watchDoorConfiguration(device, base);
  }

  log(`Omlet Watcher angelegt: ${device.name} (${device.deviceId})`);
}

function watchDoorConfiguration(device, base) {
  on({ id: `${base}.doortimeopen`, change: "ne", ack: false }, async evt => {
    const value = String(evt.state.val || "").trim();

    if (!isValidTime24h(value)) {
      log(`Ungültige Öffnungszeit: ${value}`, "warn");
      await refreshDevice(device.deviceId);
      return;
    }

    await updateDoorConfiguration(device.deviceId, "openTime", value);
  });

  on({ id: `${base}.doortimeclose`, change: "ne", ack: false }, async evt => {
    const value = String(evt.state.val || "").trim();

    if (!isValidTime24h(value)) {
      log(`Ungültige Schließzeit: ${value}`, "warn");
      await refreshDevice(device.deviceId);
      return;
    }

    await updateDoorConfiguration(device.deviceId, "closeTime", value);
  });

  on({ id: `${base}.doormodeopen`, change: "ne", ack: false }, async evt => {
    await updateDoorConfiguration(device.deviceId, "openMode", String(evt.state.val));
  });

  on({ id: `${base}.doormodeclose`, change: "ne", ack: false }, async evt => {
    await updateDoorConfiguration(device.deviceId, "closeMode", String(evt.state.val));
  });

  on({ id: `${base}.LightLevelclose`, change: "ne", ack: false }, async evt => {
    await updateDoorConfiguration(device.deviceId, "closeLightLevel", Number(evt.state.val));
  });

  on({ id: `${base}.LightLevelopen`, change: "ne", ack: false }, async evt => {
    await updateDoorConfiguration(device.deviceId, "openLightLevel", Number(evt.state.val));
  });

  on({ id: `${base}.Delayopen`, change: "ne", ack: false }, async evt => {
    await updateDoorConfiguration(device.deviceId, "openDelay", Number(evt.state.val));
  });

  on({ id: `${base}.Delayclose`, change: "ne", ack: false }, async evt => {
    await updateDoorConfiguration(device.deviceId, "closeDelay", Number(evt.state.val));
  });
}

async function getDevices(info = false) {
  try {
    const devices = await getRequest("/device");

    if (devices && info) {
      devices.forEach(device => {
        console.log(`Device name: ${device.name}, deviceId: ${device.deviceId}`);
      });
    }

    return devices || [];
  } catch (error) {
    console.log(error);
    return [];
  }
}

async function getDevice(deviceId) {
  try {
    return await getRequest(`/device/${deviceId}`);
  } catch (error) {
    console.log(error);
    return {};
  }
}

async function getConfiguration(deviceId) {
  try {
    return await getRequest(`/device/${deviceId}/configuration`);
  } catch (error) {
    console.log(error);
    return {};
  }
}

async function setConfiguration(deviceId, configuration) {
  try {
    return await patchRequest(`/device/${deviceId}/configuration`, configuration);
  } catch (error) {
    console.log(error);
    return {};
  }
}

async function doAction(deviceId, actionName) {
  const device = await getDevice(deviceId);

  if (!device || !Array.isArray(device.actions)) return;

  const action = device.actions.find(a => a.actionName === actionName);

  if (!action) {
    log(`Aktion "${actionName}" für Gerät "${device.name}" nicht verfügbar`, "warn");
    return;
  }

  log(`Omlet Aktion: ${device.name} -> ${actionName}`);
  await postRequest(action.url);
}

function omletAPIClient(token) {
  return axios.create({
    baseURL: BASE_URL,
    headers: {
      Authorization: `Bearer ${token}`,
      "Content-Type": "application/json",
    },
  });
}

async function getRequest(url) {
  const data = await omlet.get(url);
  console.debug(`get request: ${url}, status: ${data.status}`);
  return data.data;
}

async function postRequest(url) {
  const data = await omlet.post(url);
  console.debug(`post request: ${url}, status: ${data.status}`);
  return data.data;
}

async function patchRequest(url, data) {
  const result = await omlet.patch(url, data);
  console.debug(`patch request: ${url}, status: ${result.status}`);
  return result.data;
}

async function main() {
  omlet = omletAPIClient(token);

  await refreshAllDevices();

  const devices = await getDevices(true);

  for (const device of devices) {
    const fullDevice = await getDevice(device.deviceId);
    await ensureDeviceDatapoints(fullDevice);
    setupDeviceWatcher(fullDevice);
  }

  setInterval(async () => {
    await refreshAllDevices();
  }, refreshtime * 1000);
}

main();

[jwerlsdf]

ok, skript importiert und es kommen daten bereits rein. Er baut auch die Struktur 1 Baum (omlet) mit zwei Zweigen (Devices) auf. Die Struktur von der Tür scheint auf den ersten Blick ok zu sein.
Die Struktur des Feeders ist falsch:
Es gibt 4 Datenpunkte:

1. devicedata ist korrekt und es kommen wichtige Daten rein.
   2-4 ist falsch: Door, Doorstop, refresh (wobei refesh könnte man als manuellen anstoß drinnen lassen)

[OliverIO]

@jwerlsdf sagte:

2-4 ist falsch: Door, Doorstop, refresh (wobei refesh könnte man als manuellen anstoß drinnen lassen)

dann bitte mir korrekt vorschlagen.
die geräte die du da hast sind für mich abstrakt
und bestehen aktuell nur aus den daten.

[jwerlsdf]

Spoiler

Futterklappen zu

     "actionName": "close",
     "description": "Close Feeder",
     "actionValue": "close",
     "pendingValue": "closepending",
     "
     "url": "/device/XXXXXXXXXXXX/action/close"
   },

Futterklappen auf
   {
     "actionName": "open",
     "description": "Open Feeder",
     "actionValue": "open",
     "pendingValue": "openpending",
     
     "url": "/device/XXXXXXXXXXXX/action/open"
   },


   "feeder": {
   
Modus (Lichtsensor/ Zeit):
Lichtsensor: 
     "mode": "light",
     "openLightLevel": 27,
     "closeLightLevel": 6,
     
Zeit: 
Modus: Zeit:
     "openTime1": "06:30",
     "closeTime1": "19:00",
     
     

Batteriestatus + WLan Verbindung

 "state": {
   "general": {
     "batteryLevel": 80,
     "powerSource": "battery",

   },
   "connectivity": {
     "connected": false
     

aktuelle Status Gesamtübersicht
   },
   "feeder": {
     "state": "open // Futterklappen
     "fault": "blocked", // Warnhinweise
     "feedLevel": 34, //Füllstand
     "lightLevel": 100,//Lichtstatus
     "mode": "faulted" //MOdus Warnhinweise ???
   }
 },
 "remainingDays": 3, //verbleibende Tage bis das Futter leer ist

Hühnerzahl -und Größe sowie Futtermittel

"meta": {
   "feed_type": "crumb",
   "large_chicken_count": "4",
   "medium_chicken_count": "0",
   "small_chicken_count": "0"
   
   

Ich habe dir nun alles rausgesucht bzw. unnötiges rausgestrichen. Reicht dir das?