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main.js
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main.js
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'use strict';
const utils = require('@iobroker/adapter-core');
const EXPIRATION_WINDOW_IN_SECONDS = 125; //bit more than 2 minutes
const EXPIRATION_LOGIN_WINDOW_IN_SECONDS = 10;
const tado_auth_url = 'https://auth.tado.com';
const tado_url = 'https://my.tado.com';
const tado_app_url = `https://app.tado.com/`;
const tado_config = {
client: {
id: 'tado-web-app',
secret: 'wZaRN7rpjn3FoNyF5IFuxg9uMzYJcvOoQ8QWiIqS3hfk6gLhVlG57j5YNoZL2Rtc',
},
auth: {
tokenHost: tado_auth_url,
}
};
const { ResourceOwnerPassword } = require('simple-oauth2');
const jsonExplorer = require('iobroker-jsonexplorer');
const state_attr = require(`${__dirname}/lib/state_attr.js`); // Load attribute library
const isOnline = require('@esm2cjs/is-online').default;
const https = require('https');
const axios = require('axios');
const { version } = require('./package.json');
// @ts-ignore
let axiosInstance = axios.create({
timeout: 20000,
baseURL: `${tado_url}/`,
httpsAgent: new https.Agent({ keepAlive: true }),
referer: tado_app_url,
origin: tado_app_url
});
const ONEHOUR = 60 * 60 * 1000;
let polling; // Polling timer
let pooltimer = [];
class Tado extends utils.Adapter {
/**
* @param {Partial<ioBroker.AdapterOptions>} [options={}]
*/
constructor(options) {
// @ts-ignore
super({
...options,
name: 'tado',
});
this.on('ready', this.onReady.bind(this));
this.on('stateChange', this.onStateChange.bind(this));
this.on('unload', this.onUnload.bind(this));
this.accessToken = null;
this.getMe_data = null;
this.Home_data = null;
this.lastupdate = 0;
this.apiCallinExecution = false;
jsonExplorer.init(this, state_attr);
this.intervall_time = 60 * 1000;
this.roomCapabilities = {};
this.oldStatesVal = [];
}
/**
* Is called when databases are connected and adapter received configuration.
*/
async onReady() {
jsonExplorer.sendVersionInfo(version);
this.log.info('Started with JSON-Explorer version ' + jsonExplorer.version);
this.intervall_time = Math.max(30, this.config.intervall) * 1000;
// Reset the connection indicator during startup
await jsonExplorer.stateSetCreate('info.connection', 'connection', false);
await this.DoConnect();
}
/**
* Is called when adapter shuts down - callback has to be called under any circumstances!
* @param {() => void} callback
*/
onUnload(callback) {
try {
//this.resetTimer();
this.log.info('cleaned everything up...');
callback();
} catch {
callback();
}
}
//////////////////////////////////////////////////////////////////////
/* ON STATE CHANGE */
//////////////////////////////////////////////////////////////////////
/**
* Is called if a subscribed state changes
* @param {string} id
* @param {ioBroker.State | null | undefined} state
*/
async onStateChange(id, state) {
if (state) {
// The state was changed
if (state.ack === false) {
if (this.oldStatesVal[id] === state.val) {
this.log.debug(`State ${id} did not change, value is ${state.val}. No further actions!`);
return;
}
try {
this.log.debug('GETS INTERESSTING!!!');
const idSplitted = id.split('.');
const home_id = idSplitted[2];
const zone_id = idSplitted[4];
const device_id = idSplitted[6];
const statename = idSplitted[idSplitted.length - 1];
this.log.debug(`Attribute '${id}' changed. '${statename}' will be checked.`);
if (statename == 'meterReadings') {
let meterReadings = {};
try {
meterReadings = JSON.parse(String(state.val));
} catch (error) {
this.log.error(`'${state.val}' is not a valide JSON for meterReadings - ${error}`);
return;
}
if (meterReadings.date && meterReadings.reading) {
let date = String(meterReadings.date);
if (typeof meterReadings.reading != 'number') {
this.log.error('meterReadings.reading is not a number!');
return;
}
let regEx = /^\d{4}-\d{2}-\d{2}$/;
if (!date.match(regEx)) {
this.log.error('dmeterReadings.date hat other format thanYYYY-MM-DD');
return;
}
await this.setReading(home_id, meterReadings);
} else {
this.log.error('meterReadings does not contain date and reading');
return;
}
}
else if (statename == 'offsetCelsius') {
const offset = state;
let set_offset = (offset == null || offset == undefined || offset.val == null) ? 0 : parseFloat(offset.val.toString());
this.log.debug(`Offset changed for device '${device_id}' in home '${home_id}' to value '${set_offset}'`);
this.setTemperatureOffset(home_id, zone_id, device_id, set_offset);
} else if (statename == 'childLockEnabled') {
const childLockEnabled = state;
let set_childLockEnabled = (childLockEnabled == null || childLockEnabled == undefined || childLockEnabled.val == null || childLockEnabled.val == '') ? false : toBoolean(childLockEnabled.val);
this.log.debug(`ChildLockEnabled changed for device '${device_id}' in home '${home_id}' to value '${set_childLockEnabled}'`);
this.setChildLock(home_id, zone_id, device_id, set_childLockEnabled);
} else if (statename == 'tt_id') {
const tt_id = state;
let set_tt_id = (tt_id == null || tt_id == undefined || tt_id.val == null || tt_id.val == '') ? 0 : parseInt(tt_id.val.toString());
this.log.debug(`TimeTable changed for room '${zone_id}' in home '${home_id}' to value '${set_tt_id}'`);
this.setActiveTimeTable(home_id, zone_id, set_tt_id);
} else if (statename == 'presence') {
const presence = state;
let set_presence = (presence == null || presence == undefined || presence.val == null || presence.val == '') ? 'HOME' : presence.val.toString().toUpperCase();
this.log.debug(`Presence changed in home '${home_id}' to value '${set_presence}'`);
this.setPresenceLock(home_id, set_presence);
} else if (statename == 'masterswitch') {
const masterswitch = state;
let set_masterswitch = (masterswitch == null || masterswitch == undefined || masterswitch.val == null || masterswitch.val == '') ? 'unknown' : masterswitch.val.toString().toUpperCase();
this.log.debug(`Masterswitch changed in home '${home_id}' to value '${set_masterswitch}'`);
await this.setMasterSwitch(set_masterswitch);
await this.sleep(1000);
this.setStateAsync(`${home_id}.Home.masterswitch`, '', true);
} else if (statename == 'activateOpenWindow') {
this.log.debug(`Activate Open Window for room '${zone_id}' in home '${home_id}'`);
await this.activateOpenWindow(home_id, zone_id);
} else if (idSplitted[idSplitted.length - 2] === 'openWindowDetection' && (statename == 'openWindowDetectionEnabled' || statename == 'timeoutInSeconds')) {
const openWindowDetectionEnabled = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.openWindowDetection.openWindowDetectionEnabled');
const openWindowDetectionTimeoutInSeconds = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.openWindowDetection.timeoutInSeconds');
let set_openWindowDetectionEnabled = (openWindowDetectionEnabled == null || openWindowDetectionEnabled == undefined || openWindowDetectionEnabled.val == null || openWindowDetectionEnabled.val == '') ? false : toBoolean(openWindowDetectionEnabled.val);
let set_openWindowDetectionTimeoutInSeconds = (openWindowDetectionTimeoutInSeconds == null || openWindowDetectionTimeoutInSeconds == undefined || openWindowDetectionTimeoutInSeconds.val == null || openWindowDetectionTimeoutInSeconds.val == '') ? 900 : Number(openWindowDetectionTimeoutInSeconds.val);
this.log.debug('Open Window Detection enabled: ' + set_openWindowDetectionEnabled);
this.log.debug('Open Window Detection Timeout is: ' + set_openWindowDetectionTimeoutInSeconds);
this.log.debug(`Changing open window detection for '${zone_id}' in home '${home_id}'`);
await this.setOpenWindowDetectionSettings(home_id, zone_id, {
enabled: set_openWindowDetectionEnabled,
timeoutInSeconds: set_openWindowDetectionTimeoutInSeconds
});
} else {
const type = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.setting.type');
const temperature = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.setting.temperature.celsius');
const mode = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.overlay.termination.typeSkillBasedApp');
const power = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.setting.power');
const durationInSeconds = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.overlay.termination.durationInSeconds');
const nextTimeBlockStart = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.nextTimeBlock.start');
let acMode, fanLevel, horizontalSwing, verticalSwing, fanSpeed, swing, light;
let set_type = (type == null || type == undefined || type.val == null || type.val == '') ? 'HEATING' : type.val.toString().toUpperCase();
let set_durationInSeconds = (durationInSeconds == null || durationInSeconds == undefined || durationInSeconds.val == null) ? 1800 : parseInt(durationInSeconds.val.toString());
let set_temp = (temperature == null || temperature == undefined || temperature.val == null || temperature.val == '') ? 20 : parseFloat(temperature.val.toString());
let set_power = (power == null || power == undefined || power.val == null || power.val == '') ? 'OFF' : power.val.toString().toUpperCase();
let set_mode = (mode == null || mode == undefined || mode.val == null || mode.val == '') ? 'NO_OVERLAY' : mode.val.toString().toUpperCase();
let set_NextTimeBlockStartExists = (nextTimeBlockStart == null || nextTimeBlockStart == undefined || nextTimeBlockStart.val == null || nextTimeBlockStart.val == '') ? false : true;
if (set_type == 'AIR_CONDITIONING') {
acMode = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.setting.mode');
fanSpeed = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.setting.fanSpeed');
fanLevel = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.setting.fanLevel');
horizontalSwing = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.setting.horizontalSwing');
verticalSwing = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.setting.verticalSwing');
swing = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.setting.swing');
light = await this.getStateAsync(home_id + '.Rooms.' + zone_id + '.setting.light');
}
let set_light = '', set_swing = '', set_horizontalSwing = '', set_verticalSwing = '', set_fanLevel = '', set_fanSpeed = '', set_acMode = '';
if (acMode == undefined) set_acMode = 'NOT_AVAILABLE';
else {
set_acMode = (acMode == null || acMode.val == null || acMode.val == '') ? 'COOL' : acMode.val.toString().toUpperCase();
}
if (fanSpeed == undefined) set_fanSpeed = 'NOT_AVAILABLE';
else {
set_fanSpeed = (fanSpeed == null || fanSpeed.val == null || fanSpeed.val == '') ? 'AUTO' : fanSpeed.val.toString().toUpperCase();
}
if (fanLevel == undefined) set_fanLevel = 'NOT_AVAILABLE';
else {
set_fanLevel = (fanLevel == null || fanLevel.val == null || fanLevel.val == '') ? 'AUTO' : fanLevel.val.toString().toUpperCase();
}
if (horizontalSwing == undefined) set_horizontalSwing = 'NOT_AVAILABLE';
else {
set_horizontalSwing = (horizontalSwing == null || horizontalSwing.val == null || horizontalSwing.val == '') ? 'OFF' : horizontalSwing.val.toString().toUpperCase();
}
if (verticalSwing == undefined) set_verticalSwing = 'NOT_AVAILABLE';
else {
set_verticalSwing = (verticalSwing == null || verticalSwing.val == null || verticalSwing.val == '') ? 'OFF' : verticalSwing.val.toString().toUpperCase();
}
if (swing == undefined) set_swing = 'NOT_AVAILABLE';
else {
set_swing = (swing == null || swing.val == null || swing.val == '') ? 'OFF' : swing.val.toString().toUpperCase();
}
if (light == undefined) set_light = 'NOT_AVAILABLE';
else {
set_light = (light == null || light.val == null || light.val == '') ? 'OFF' : light.val.toString().toUpperCase();
}
this.log.debug('Type is: ' + set_type);
this.log.debug('Power is: ' + set_power);
this.log.debug(`Temperature is: ${set_temp}`);
this.log.debug('Execution mode (typeSkillBasedApp) is: ' + set_mode);
this.log.debug('DurationInSeconds is: ' + set_durationInSeconds);
this.log.debug('NextTimeBlockStart exists: ' + set_NextTimeBlockStartExists);
this.log.debug('Mode is: ' + set_acMode);
this.log.debug('FanSpeed is: ' + set_fanSpeed);
this.log.debug('FanLevel is: ' + set_fanLevel);
this.log.debug('HorizontalSwing is: ' + set_horizontalSwing);
this.log.debug('VerticalSwing is: ' + set_verticalSwing);
this.log.debug('Swing is: ' + set_swing);
this.log.debug('Light is: ' + set_light);
switch (statename) {
case ('overlayClearZone'):
this.log.debug(`Overlay cleared for room '${zone_id}' in home '${home_id}'`);
await this.clearZoneOverlay(home_id, zone_id);
break;
case ('fahrenheit'): //do the same as with celsius but just convert to celsius
case ('celsius'):
if (statename == 'fahrenheit') {
set_temp = Math.round((5 / 9) * (Number(state.val) - 32) * 10) / 10;
}
if (set_mode == 'NO_OVERLAY') {
if (set_NextTimeBlockStartExists) set_mode = 'NEXT_TIME_BLOCK';
else set_mode = 'MANUAL';
}
set_power = 'ON';
this.log.debug(`Temperature changed for room '${zone_id}' in home '${home_id}' to '${set_temp}'`);
await this.setZoneOverlay(home_id, zone_id, set_power, set_temp, set_mode, set_durationInSeconds, set_type, set_acMode, set_fanLevel, set_horizontalSwing, set_verticalSwing, set_fanSpeed, set_swing, set_light);
break;
case ('durationInSeconds'):
set_mode = 'TIMER';
this.log.debug(`DurationInSecond changed for room '${zone_id}' in home '${home_id}' to '${set_durationInSeconds}'`);
this.setStateAsync(`${home_id}.Rooms.${zone_id}.overlay.termination.typeSkillBasedApp`, set_mode, true);
await this.setZoneOverlay(home_id, zone_id, set_power, set_temp, set_mode, set_durationInSeconds, set_type, set_acMode, set_fanLevel, set_horizontalSwing, set_verticalSwing, set_fanSpeed, set_swing, set_light);
break;
case ('fanSpeed'):
this.log.debug(`FanSpeed changed for room '${zone_id}' in home '${home_id}' to '${set_fanSpeed}'`);
await this.setZoneOverlay(home_id, zone_id, set_power, set_temp, set_mode, set_durationInSeconds, set_type, set_acMode, set_fanLevel, set_horizontalSwing, set_verticalSwing, set_fanSpeed, set_swing, set_light);
break;
case ('mode'):
this.log.debug(`Mode changed for room '${zone_id}' in home '${home_id}' to '${set_acMode}'`);
await this.setZoneOverlay(home_id, zone_id, set_power, set_temp, set_mode, set_durationInSeconds, set_type, set_acMode, set_fanLevel, set_horizontalSwing, set_verticalSwing, set_fanSpeed, set_swing, set_light);
break;
case ('fanLevel'):
this.log.debug(`fanLevel changed for room '${zone_id}' in home '${home_id}' to '${set_fanLevel}'`);
await this.setZoneOverlay(home_id, zone_id, set_power, set_temp, set_mode, set_durationInSeconds, set_type, set_acMode, set_fanLevel, set_horizontalSwing, set_verticalSwing, set_fanSpeed, set_swing, set_light);
break;
case ('swing'):
this.log.debug(`swing changed for room '${zone_id}' in home '${home_id}' to '${set_swing}'`);
await this.setZoneOverlay(home_id, zone_id, set_power, set_temp, set_mode, set_durationInSeconds, set_type, set_acMode, set_fanLevel, set_horizontalSwing, set_verticalSwing, set_fanSpeed, set_swing, set_light);
break;
case ('light'):
this.log.debug(`light changed for room '${zone_id}' in home '${home_id}' to '${set_light}'`);
await this.setZoneOverlay(home_id, zone_id, set_power, set_temp, set_mode, set_durationInSeconds, set_type, set_acMode, set_fanLevel, set_horizontalSwing, set_verticalSwing, set_fanSpeed, set_swing, set_light);
break;
case ('horizontalSwing'):
this.log.debug(`horizontalSwing changed for room '${zone_id}' in home '${home_id}' to '${set_horizontalSwing}'`);
await this.setZoneOverlay(home_id, zone_id, set_power, set_temp, set_mode, set_durationInSeconds, set_type, set_acMode, set_fanLevel, set_horizontalSwing, set_verticalSwing, set_fanSpeed, set_swing, set_light);
break;
case ('verticalSwing'):
this.log.debug(`verticalSwing changed for room '${zone_id}' in home '${home_id}' to '${set_verticalSwing}'`);
await this.setZoneOverlay(home_id, zone_id, set_power, set_temp, set_mode, set_durationInSeconds, set_type, set_acMode, set_fanLevel, set_horizontalSwing, set_verticalSwing, set_fanSpeed, set_swing, set_light);
break;
case ('typeSkillBasedApp'):
if (set_mode == 'NO_OVERLAY') { break; }
this.log.debug(`TypeSkillBasedApp changed for room '${zone_id}' in home '${home_id}' to '${set_mode}'`);
await this.setZoneOverlay(home_id, zone_id, set_power, set_temp, set_mode, set_durationInSeconds, set_type, set_acMode, set_fanLevel, set_horizontalSwing, set_verticalSwing, set_fanSpeed, set_swing, set_light);
if (set_mode == 'MANUAL') {
this.setStateAsync(`${home_id}.Rooms.${zone_id}.overlay.termination.expiry`, null, true);
this.setStateAsync(`${home_id}.Rooms.${zone_id}.overlay.termination.durationInSeconds`, null, true);
this.setStateAsync(`${home_id}.Rooms.${zone_id}.overlay.termination.remainingTimeInSeconds`, null, true);
}
break;
case ('power'):
if (set_mode == 'NO_OVERLAY') {
if (set_power == 'ON') {
this.log.debug(`Overlay cleared for room '${zone_id}' in home '${home_id}'`);
await this.clearZoneOverlay(home_id, zone_id);
}
else {
set_mode = 'MANUAL';
this.log.debug(`Power changed for room '${zone_id}' in home '${home_id}' to '${state.val}' and temperature '${set_temp}' and mode '${set_mode}'`);
await this.setZoneOverlay(home_id, zone_id, set_power, set_temp, set_mode, set_durationInSeconds, set_type, set_acMode, set_fanLevel, set_horizontalSwing, set_verticalSwing, set_fanSpeed, set_swing, set_light);
}
} else {
this.log.debug(`Power changed for room '${zone_id}' in home '${home_id}' to '${state.val}' and temperature '${set_temp}' and mode '${set_mode}'`);
await this.setZoneOverlay(home_id, zone_id, set_power, set_temp, set_mode, set_durationInSeconds, set_type, set_acMode, set_fanLevel, set_horizontalSwing, set_verticalSwing, set_fanSpeed, set_swing, set_light);
}
break;
default:
}
}
this.log.debug('State change detected from different source than adapter');
this.log.debug(`state ${id} changed: ${state.val} (ack = ${state.ack})`);
} catch (error) {
this.log.error(`Issue at state change: ${error}`);
console.error(`Issue at state change: ${error}`);
this.errorHandling(error);
}
} else {
this.oldStatesVal[id] = state.val;
this.log.debug(`Changed value ${state.val} for ID ${id} stored`);
this.log.debug(`state ${id} changed: ${state.val} (ack = ${state.ack})`);
}
} else {
// The state was deleted
this.log.info(`state ${id} deleted`);
}
}
//////////////////////////////////////////////////////////////////////
/* API CALLS */
//////////////////////////////////////////////////////////////////////
/**
* @param {string} home_id
* @param {string} zone_id
*/
async clearZoneOverlay(home_id, zone_id) {
let url = `/api/v2/homes/${home_id}/zones/${zone_id}/overlay`;
if (await isOnline() == false) {
throw new Error('No internet connection detected!');
}
await this.apiCall(url, 'delete');
this.log.debug(`Called 'DELETE ${url}'`);
await jsonExplorer.setLastStartTime();
await this.DoZoneStates(home_id, zone_id);
this.log.debug('CheckExpire() at clearZoneOverlay() started');
await jsonExplorer.checkExpire(home_id + '.Rooms.' + zone_id + '.overlay.*');
}
/**
* @param {string} home_id
* @param {string} zone_id
* @param {string} device_id
* @param {number} set_offset
*/
async setTemperatureOffset(home_id, zone_id, device_id, set_offset) {
if (!set_offset) set_offset = 0;
if (set_offset <= -10 || set_offset > 10) this.log.warn('Offset out of range +/-10°');
set_offset = Math.round(set_offset * 100) / 100;
const offset = {
celsius: Math.min(10, Math.max(-9.99, set_offset))
};
try {
if (await isOnline() == false) {
throw new Error('No internet connection detected!');
}
let apiResponse = await this.apiCall(`/api/v2/devices/${device_id}/temperatureOffset`, 'put', offset);
this.log.debug(`API 'temperatureOffset' for home '${home_id}' and deviceID '${device_id}' with body ${JSON.stringify(offset)} called.`);
this.log.debug(`Response from 'temperatureOffset' is ${JSON.stringify(apiResponse)}`);
this.DoTemperatureOffset(home_id, zone_id, device_id, apiResponse);
}
catch (error) {
let eMsg = `Issue at setTemperatureOffset: '${error}'. Based on body ${JSON.stringify(offset)}`;
this.log.error(eMsg);
console.error(eMsg);
this.errorHandling(error);
}
}
/**
* @param {string} home_id
* @param {string} zone_id
* @param {number} timetable_id
*/
async setActiveTimeTable(home_id, zone_id, timetable_id) {
if (!timetable_id) timetable_id = 0;
if (!(timetable_id == 0 || timetable_id == 1 || timetable_id == 2)) {
this.log.error(`Invalid value '${timetable_id}' for state 'timetable_id'. Allowed values are '0', '1' and '2'.`);
return;
}
const timeTable = {
id: timetable_id
};
let apiResponse;
this.log.debug('setActiveTimeTable JSON ' + JSON.stringify(timeTable));
//this.log.info(`Call API 'activeTimetable' for home '${home_id}' and zone '${zone_id}' with body ${JSON.stringify(timeTable)}`);
try {
if (await isOnline() == false) {
throw new Error('No internet connection detected!');
}
apiResponse = await this.apiCall(`/api/v2/homes/${home_id}/zones/${zone_id}/schedule/activeTimetable`, 'put', timeTable);
this.DoTimeTables(home_id, zone_id, apiResponse);
this.log.debug(`API 'activeTimetable' for home '${home_id}' and zone '${zone_id}' with body ${JSON.stringify(timeTable)} called.`);
this.log.debug(`Response from 'setActiveTimeTable' is ${JSON.stringify(apiResponse)}`);
}
catch (error) {
let eMsg = `Issue at setActiveTimeTable: '${error}'. Based on body ${JSON.stringify(timeTable)}`;
this.log.error(eMsg);
console.error(eMsg);
this.errorHandling(error);
}
}
/**
* @param {string} home_id
* @param {string} homePresence
*/
async setPresenceLock(home_id, homePresence) {
if (!homePresence) homePresence = 'HOME';
if (homePresence !== 'HOME' && homePresence !== 'AWAY' && homePresence !== 'AUTO') {
this.log.error(`Invalid value '${homePresence}' for state 'homePresence'. Allowed values are HOME, AWAY and AUTO.`);
return;
}
const homeState = {
homePresence: homePresence.toUpperCase()
};
let apiResponse;
this.log.debug('homePresence JSON ' + JSON.stringify(homeState));
//this.log.info(`Call API 'activeTimetable' for home '${home_id}' and zone '${zone_id}' with body ${JSON.stringify(timeTable)}`);
try {
if (await isOnline() == false) {
throw new Error('No internet connection detected!');
}
if (homePresence === 'AUTO') {
apiResponse = await this.apiCall(`/api/v2/homes/${home_id}/presenceLock`, 'delete');
} else {
apiResponse = await this.apiCall(`/api/v2/homes/${home_id}/presenceLock`, 'put', homeState);
}
this.DoHomeState(home_id);
this.log.debug(`API 'state' for home '${home_id}' with body ${JSON.stringify(homeState)} called.`);
this.log.debug(`Response from 'presenceLock' is ${JSON.stringify(apiResponse)}`);
}
catch (error) {
let eMsg = `Issue at setPresenceLock: '${error}'. Based on body ${JSON.stringify(homeState)}`;
this.log.error(eMsg);
console.error(eMsg);
this.errorHandling(error);
}
}
/**
* @param {string} home_id
* @param {string} zone_id
* @param {string} power
* @param {number} temperature
* @param {string} typeSkillBasedApp
* @param {number} durationInSeconds
* @param {string} type
* @param {string} acMode
* @param {string} fanLevel
* @param {string} horizontalSwing
* @param {string} verticalSwing
* @param {string} fanSpeed
* @param {string} swing
* @param {string} light
*/
async setZoneOverlay(home_id, zone_id, power, temperature, typeSkillBasedApp, durationInSeconds, type, acMode, fanLevel, horizontalSwing, verticalSwing, fanSpeed, swing, light) {
power = power.toUpperCase();
typeSkillBasedApp = typeSkillBasedApp.toUpperCase();
durationInSeconds = Math.max(10, durationInSeconds);
type = type.toUpperCase();
fanSpeed = fanSpeed.toUpperCase();
acMode = acMode.toUpperCase();
fanLevel = fanLevel.toUpperCase();
horizontalSwing = horizontalSwing.toUpperCase();
verticalSwing = verticalSwing.toUpperCase();
swing = swing.toUpperCase();
light = light.toUpperCase();
if (!temperature) temperature = 21;
temperature = Math.round(temperature * 100) / 100;
let config = {
setting: {
type: type,
}
};
try {
config.setting.power = power;
if (typeSkillBasedApp != 'NO_OVERLAY') {
config.termination = {};
config.termination.typeSkillBasedApp = typeSkillBasedApp;
if (typeSkillBasedApp != 'TIMER') {
config.termination.durationInSeconds = null;
}
else {
config.termination.durationInSeconds = durationInSeconds;
}
}
if (type != 'HEATING' && type != 'AIR_CONDITIONING' && type != 'HOT_WATER') {
this.log.error(`Invalid value '${type}' for state 'type'. Supported values are HOT_WATER, AIR_CONDITIONING and HEATING`);
return;
}
if (power != 'ON' && power != 'OFF') {
this.log.error(`Invalid value '${power}' for state 'power'. Supported values are ON and OFF`);
return;
}
if (typeSkillBasedApp != 'TIMER' && typeSkillBasedApp != 'MANUAL' && typeSkillBasedApp != 'NEXT_TIME_BLOCK' && typeSkillBasedApp != 'NO_OVERLAY' && typeSkillBasedApp != 'TADO_MODE') {
this.log.error(`Invalid value '${typeSkillBasedApp}' for state 'typeSkillBasedApp'. Allowed values are TIMER, MANUAL and NEXT_TIME_BLOCK`);
return;
}
/* Capability Management
{"1":{"type":"HEATING","temperatures":{"celsius":{"min":5,"max":25,"step":0.1},"fahrenheit":{"min":41,"max":77,"step":0.1}}}}
{"0":{"type":"HOT_WATER","canSetTemperature":true,"temperatures":{"celsius":{"min":30,"max":65,"step":1},"fahrenheit":{"min":86,"max":149,"step":1}}}}
{"0":{"type":"HOT_WATER","canSetTemperature":false}}
{"1":{"type":"AIR_CONDITIONING","COOL":{"temperatures":{"celsius":{"min":16,"max":30,"step":1},"fahrenheit":{"min":61,"max":86,"step":1}},"fanSpeeds":["AUTO","HIGH","MIDDLE","LOW"],"swings":["OFF","ON"]},"DRY":{"fanSpeeds":["MIDDLE","LOW"],"swings":["OFF","ON"]},"FAN":{"fanSpeeds":["HIGH","MIDDLE","LOW"],"swings":["OFF","ON"]},"HEAT":{"temperatures":{"celsius":{"min":16,"max":30,"step":1},"fahrenheit":{"min":61,"max":86,"step":1}},"fanSpeeds":["AUTO","HIGH","MIDDLE","LOW"],"swings":["OFF","ON"]},"initialStates":{"mode":"COOL","modes":{"COOL":{"temperature":{"celsius":23,"fahrenheit":74},"fanSpeed":"LOW","swing":"OFF"},"DRY":{"fanSpeed":"LOW","swing":"OFF"},"FAN":{"fanSpeed":"LOW","swing":"OFF"},"HEAT":{"temperature":{"celsius":23,"fahrenheit":74},"fanSpeed":"LOW","swing":"OFF"}}}},"3":{"type":"AIR_CONDITIONING","COOL":{"temperatures":{"celsius":{"min":16,"max":30,"step":1},"fahrenheit":{"min":61,"max":86,"step":1}},"fanSpeeds":["AUTO","HIGH","MIDDLE","LOW"],"swings":["OFF","ON"]},"DRY":{"fanSpeeds":["MIDDLE","LOW"],"swings":["OFF","ON"]},"FAN":{"fanSpeeds":["HIGH","MIDDLE","LOW"],"swings":["OFF","ON"]},"HEAT":{"temperatures":{"celsius":{"min":16,"max":30,"step":1},"fahrenheit":{"min":61,"max":86,"step":1}},"fanSpeeds":["AUTO","HIGH","MIDDLE","LOW"],"swings":["OFF","ON"]},"initialStates":{"mode":"COOL","modes":{"COOL":{"temperature":{"celsius":23,"fahrenheit":74},"fanSpeed":"LOW","swing":"OFF"},"DRY":{"fanSpeed":"LOW","swing":"OFF"},"FAN":{"fanSpeed":"LOW","swing":"OFF"},"HEAT":{"temperature":{"celsius":23,"fahrenheit":74},"fanSpeed":"LOW","swing":"OFF"}}}}}
{"1":{"type":"AIR_CONDITIONING","HEAT":{"temperatures":{"celsius":{"min":16,"max":32,"step":1},"fahrenheit":{"min":61,"max":90,"step":1}},"fanLevel":["LEVEL2","LEVEL3","AUTO","LEVEL1"],"verticalSwing":["OFF","ON"],"horizontalSwing":["OFF","ON"],"light":["OFF","ON"]},"COOL":{"temperatures":{"celsius":{"min":16,"max":32,"step":1},"fahrenheit":{"min":61,"max":90,"step":1}},"fanLevel":["LEVEL2","LEVEL3","AUTO","LEVEL1"],"verticalSwing":["OFF","ON"],"horizontalSwing":["OFF","ON"],"light":["OFF","ON"]},"DRY":{"temperatures":{"celsius":{"min":16,"max":32,"step":1},"fahrenheit":{"min":61,"max":90,"step":1}},"fanLevel":["LEVEL2","LEVEL3","AUTO","LEVEL1"],"verticalSwing":["OFF","ON"],"horizontalSwing":["OFF","ON"],"light":["OFF","ON"]},"FAN":{"fanLevel":["LEVEL2","LEVEL3","LEVEL1"],"verticalSwing":["OFF","ON"],"horizontalSwing":["OFF","ON"],"light":["OFF","ON"]},"AUTO":{"fanLevel":["LEVEL2","LEVEL3","LEVEL1"],"verticalSwing":["OFF","ON"],"horizontalSwing":["OFF","ON"],"light":["OFF","ON"]},"initialStates":{"mode":"COOL","modes":{"COOL":{"temperature":{"celsius":24,"fahrenheit":76},"fanSpeed":null,"swing":null,"fanLevel":"LEVEL2","verticalSwing":"OFF","horizontalSwing":"OFF"},"HEAT":{"temperature":{"celsius":24,"fahrenheit":76},"fanSpeed":null,"swing":null,"fanLevel":"LEVEL2","verticalSwing":"OFF","horizontalSwing":"OFF"},"DRY":{"temperature":{"celsius":24,"fahrenheit":76},"fanSpeed":null,"swing":null,"fanLevel":"LEVEL2","verticalSwing":"OFF","horizontalSwing":"OFF"},"FAN":{"temperature":null,"fanSpeed":null,"swing":null,"fanLevel":"LEVEL2","verticalSwing":"OFF","horizontalSwing":"OFF"},"AUTO":{"temperature":null,"fanSpeed":null,"swing":null,"fanLevel":"LEVEL2","verticalSwing":"OFF","horizontalSwing":"OFF"}},"light":"ON"}}}
*/
console.log(JSON.stringify(this.roomCapabilities));
if (!this.roomCapabilities || !this.roomCapabilities[zone_id]) {
this.log.error(`No room capabilities found for room '${zone_id}'. Capabilities looks like '${JSON.stringify(this.roomCapabilities)}'`);
console.log(`No room capabilities found for room '${zone_id}'. Capabilities looks like '${JSON.stringify(this.roomCapabilities)}'`);
this.sendSentryWarn('Capabilities for zone not found');
return;
}
let capType = this.roomCapabilities[zone_id].type;
if (capType && capType != type) {
this.log.error(`Type ${type} not valid. Type ${capType} expected.`);
return;
}
if (type == 'HEATING' && power == 'ON') {
let capMinTemp, capMaxTemp;
if (this.roomCapabilities[zone_id].temperatures && this.roomCapabilities[zone_id].temperatures.celsius) {
capMinTemp = this.roomCapabilities[zone_id].temperatures.celsius.min; //valid for all heating devices
capMaxTemp = this.roomCapabilities[zone_id].temperatures.celsius.max; //valid for all heating devices
}
if (capMinTemp && capMaxTemp) {
if (temperature > capMaxTemp || temperature < capMinTemp) {
this.log.error(`Temperature of ${temperature}°C outside supported range of ${capMinTemp}°C to ${capMaxTemp}°C`);
return;
}
config.setting.temperature = {};
config.setting.temperature.celsius = temperature;
}
}
if (type == 'HOT_WATER' && power == 'ON') {
let capCanSetTemperature = this.roomCapabilities[zone_id].canSetTemperature; //valid for hotwater
let capMinTemp, capMaxTemp;
if (this.roomCapabilities[zone_id].temperatures && this.roomCapabilities[zone_id].temperatures.celsius) {
capMinTemp = this.roomCapabilities[zone_id].temperatures.celsius.min; //valid for hotwater if canSetTemperature == true
capMaxTemp = this.roomCapabilities[zone_id].temperatures.celsius.max; //valid for hotwater if canSetTemperature == true
}
if (capCanSetTemperature == true) {
if (capMinTemp && capMaxTemp) {
if (temperature > capMaxTemp || temperature < capMinTemp) {
this.log.error(`Temperature of ${temperature}°C outside supported range of ${capMinTemp}°C to ${capMaxTemp}°C`);
return;
}
}
config.setting.temperature = {};
config.setting.temperature.celsius = temperature;
}
}
if (type == 'AIR_CONDITIONING' && power == 'ON') {
if (!this.roomCapabilities[zone_id][acMode]) {
this.log.error(`AC-Mode ${acMode} not supported! Capailities looks like ${JSON.stringify(this.roomCapabilities)}`);
console.log(`AC-Mode ${acMode} in Room ${zone_id} not supported! Capailities looks like ${JSON.stringify(this.roomCapabilities)}`);
this.sendSentryWarn('Capabilities for acMode not found');
return;
}
config.setting.mode = acMode;
let capMinTemp, capMaxTemp;
if (this.roomCapabilities[zone_id][acMode].temperatures && this.roomCapabilities[zone_id][acMode].temperatures.celsius) {
capMinTemp = this.roomCapabilities[zone_id][acMode].temperatures.celsius.min; //valide v3 & v3+
capMaxTemp = this.roomCapabilities[zone_id][acMode].temperatures.celsius.max; //valide v3 & v3+
}
let capHorizontalSwing = this.roomCapabilities[zone_id][acMode].horizontalSwing; //valide v3+
let capVerticalSwing = this.roomCapabilities[zone_id][acMode].verticalSwing; //valide v3+
let capFanLevel = this.roomCapabilities[zone_id][acMode].fanLevel; //valide v3+
let capFanSpeeds = this.roomCapabilities[zone_id][acMode].fanSpeeds; //valide v3
let capSwings = this.roomCapabilities[zone_id][acMode].swings; //valide v3
let capLight = this.roomCapabilities[zone_id][acMode].light;
if (capMinTemp && capMaxTemp) {
if (temperature > capMaxTemp || temperature < capMinTemp) {
this.log.error(`Temperature of ${temperature}°C outside supported range of ${capMinTemp}°C to ${capMaxTemp}°C`);
return;
}
config.setting.temperature = {};
config.setting.temperature.celsius = temperature;
}
if (capHorizontalSwing) {
if (!capHorizontalSwing.includes(horizontalSwing)) {
this.log.error(`Invalid value '${horizontalSwing}' for state 'horizontalSwing'. Allowed values are ${JSON.stringify(capHorizontalSwing)}`);
return;
}
config.setting.horizontalSwing = horizontalSwing;
}
if (capVerticalSwing) {
if (!capVerticalSwing.includes(verticalSwing)) {
this.log.error(`Invalid value '${verticalSwing}' for state 'verticalSwing'. Allowed values are ${JSON.stringify(capVerticalSwing)}`);
return;
}
config.setting.verticalSwing = verticalSwing;
}
if (capFanSpeeds) {
if (!capFanSpeeds.includes(fanSpeed)) {
this.log.error(`Invalid value '${fanSpeed}' for state 'fanSpeed'. Allowed values are ${JSON.stringify(capFanSpeeds)}`);
return;
}
config.setting.fanSpeed = fanSpeed;
}
if (capFanLevel) {
if (!capFanLevel.includes(fanLevel)) {
this.log.error(`Invalid value '${fanLevel}' for state 'fanLevel'. Allowed values are ${JSON.stringify(capFanLevel)}`);
return;
}
config.setting.fanLevel = fanLevel;
}
if (capSwings) {
if (!capSwings.includes(swing)) {
this.log.error(`Invalid value '${swing}' for state 'swing'. Allowed values are ${JSON.stringify(capSwings)}`);
return;
}
config.setting.swing = swing;
}
if (capLight) {
if (!capLight.includes(light)) {
this.log.error(`Invalid value '${light}' for state 'light'. Allowed values are ${JSON.stringify(capLight)}`);
return;
}
config.setting.light = light;
}
}
let result = await this.poolApiCall(home_id, zone_id, config);
this.log.debug(`API 'ZoneOverlay' for home '${home_id}' and zone '${zone_id}' with body ${JSON.stringify(config)} called.`);
if (result.setting.temperature == null) {
result.setting.temperature = {};
result.setting.temperature.celsius = null;
result.setting.temperature.fahrenheit = null;
}
await jsonExplorer.setLastStartTime();
await jsonExplorer.traverseJson(result, home_id + '.Rooms.' + zone_id + '.overlay', true, true, 2);
await jsonExplorer.traverseJson(result.setting, home_id + '.Rooms.' + zone_id + '.setting', true, true, 2);
this.log.debug('CheckExpire() at setZoneOverlay() started');
await jsonExplorer.checkExpire(home_id + '.Rooms.' + zone_id + '.overlay.*');
}
catch (error) {
console.log(`Body: ${JSON.stringify(config)}`);
this.log.error(`Issue at setZoneOverlay: '${error}'. Based on config ${JSON.stringify(config)}`);
console.error(`Issue at setZoneOverlay: '${error}'. Based on config ${JSON.stringify(config)}`);
this.errorHandling(error);
}
}
/**
* @param {string} home_id
* @param {string} zone_id
* @param {object} config
*/
async poolApiCall(home_id, zone_id, config) {
this.log.debug(`poolApiCall() entered for '${home_id}/${zone_id}'`);
let pooltimerid = home_id + zone_id;
if (await isOnline() == false) {
if (pooltimer[pooltimerid]) {
clearTimeout(pooltimer[pooltimerid]);
pooltimer[pooltimerid] = null;
}
throw new Error('No internet connection detected!');
}
if (pooltimer[pooltimerid]) { //Important, that there is no await function between clearTimeout() and setTimeout())
clearTimeout(pooltimer[pooltimerid]);
pooltimer[pooltimerid] = null;
}
let that = this;
return new Promise((resolve, reject) => {
pooltimer[pooltimerid] = setTimeout(async () => {
that.log.debug(`750ms queuing done [timer:'${pooltimerid}']. API will be caled.`);
await that.apiCall(`/api/v2/homes/${home_id}/zones/${zone_id}/overlay`, 'put', config).then(apiResponse => {
resolve(apiResponse);
that.log.debug(`API request finalized for '${home_id}/${zone_id}'`);
}).catch(error => {
reject(error);
});
that.log.debug(`API called with ${JSON.stringify(config)}`);
}, 750);
});
}
/**
* Calls the "Active Open Window" endpoint. If the tado thermostat did not detect an open window, the call does nothing.
* @param {string} home_id
* @param {string} zone_id
*/
async activateOpenWindow(home_id, zone_id) {
let url = `/api/v2/homes/${home_id}/zones/${zone_id}/state/openWindow/activate`;
if (await isOnline() == false) {
throw new Error('No internet connection detected!');
}
await this.apiCall(url, 'post');
this.log.debug(`Called 'POST ${url}'`);
await jsonExplorer.setLastStartTime();
await this.DoZoneStates(home_id, zone_id);
await jsonExplorer.checkExpire(home_id + '.Rooms.' + zone_id + '.openWindow.*');
}
/**
* @param {string} home_id
* @param {string} zone_id
* @param {any} config Payload needs to be an object like this {"enabled":true,"timeoutInSeconds":960}
*/
async setOpenWindowDetectionSettings(home_id, zone_id, config) {
let url = `/api/v2/homes/${home_id}/zones/${zone_id}/openWindowDetection`;
if (await isOnline() == false) {
throw new Error('No internet connection detected!');
}
await this.apiCall(url, 'put', config);
await jsonExplorer.setLastStartTime();
await this.DoZoneStates(home_id, zone_id);
await jsonExplorer.checkExpire(home_id + '.Rooms.' + zone_id + '.openWindowDetection.*');
}
/**
* @param {string} home_id
* @param {string} zone_id
* @param {string} device_id
* @param {boolean} enabled
*/
async setChildLock(home_id, zone_id, device_id, enabled) {
let url = `/api/v2/devices/${device_id}/childLock`;
if (await isOnline() == false) {
throw new Error('No internet connection detected!');
}
await this.apiCall(url, 'put', { childLockEnabled: enabled });
await jsonExplorer.setLastStartTime();
await this.DoZoneStates(home_id, zone_id);
await jsonExplorer.checkExpire(`${home_id}.Rooms.${zone_id}.devices.${device_id}.childLockEnabled`);
}
//////////////////////////////////////////////////////////////////////
/* DO Methods */
//////////////////////////////////////////////////////////////////////
async DoData_Refresh(user, pass) {
let now = new Date().getTime();
let step = 'start';
let outdated = now - this.lastupdate > ONEHOUR;
let conn_state = await this.getStateAsync('info.connection');
this.log.debug('ConnState ' + JSON.stringify(conn_state));
// Get login token
try {
if (!this.accessToken || !this.accessToken.token || new Date(this.accessToken.token.expires_at).getTime() - new Date().getTime() < EXPIRATION_LOGIN_WINDOW_IN_SECONDS * 1000) {
step = 'login';
await this.login(user, pass);
if (conn_state === undefined || conn_state === null) {
return;
} else {
if (conn_state.val === false) {
this.log.info('Connected to Tado cloud, initialyzing... ');
}
}
} else this.log.debug('Token still valid. No Re-Login needed ' + this.accessToken.token.expires_at);
// Get Basic data needed for all other querys and store to global variable
step = 'getMet_data';
if (this.getMe_data === null) {
this.getMe_data = await this.getMe();
}
this.log.debug('GetMe result: ' + JSON.stringify(this.getMe_data));
//set timestamp for 'Online'-state
await jsonExplorer.setLastStartTime();
for (const i in this.getMe_data.homes) {
let homeID = String(this.getMe_data.homes[i].id);
this.DoWriteJsonRespons(homeID, 'Stage_01_GetMe_Data', this.getMe_data);
this.setObjectAsync(homeID, {
'type': 'folder',
'common': {
'name': homeID,
},
'native': {},
});
if (outdated) {
this.log.debug('Full refresh, data outdated (more than 60 minutes ago)');
this.lastupdate = now;
step = 'DoHome';
await this.create_state(homeID + '.meterReadings', 'meterReadings', JSON.stringify({}));
await this.DoHome(homeID);
}
step = 'DoMobileDevices';
await this.DoMobileDevices(homeID);
step = 'DoZones';
await this.DoZones(homeID);
step = 'DoWeather';
await this.DoWeather(homeID);
step = 'DoHomeState';
await this.DoHomeState(homeID);
//set all outdated states to NULL
step = `Set outdated states to null`;
if (outdated) {
this.log.debug('CheckExpire() at DoDataRefresh() if outdated started');
await jsonExplorer.checkExpire(homeID + '.*');
} else {
this.log.debug('CheckExpire() at DoDataRefresh() if not outdated started');
await jsonExplorer.checkExpire(homeID + '.Rooms.*');
await jsonExplorer.checkExpire(homeID + '.Weather.*');
await jsonExplorer.checkExpire(homeID + '.Mobile_Devices.*');
}
}
if (conn_state === undefined || conn_state === null) {
return;
} else {
if (conn_state.val === false) {
this.log.info(`Initialisation finished, connected to Tado cloud service refreshing every ${this.intervall_time / 1000} seconds`);
this.setState('info.connection', true, true);
}
}
// Clear running timer
if (polling) {
clearTimeout(polling);
polling = null;
}
// timer
polling = setTimeout(() => {
this.DoConnect();
}, this.intervall_time);
} catch (error) {
let eMsg = `Error in data refresh at step ${step}: ${error}`;
this.log.error(eMsg);
console.error(eMsg);
this.errorHandling(error);
this.log.error('Disconnected from Tado cloud service ..., retry in 30 seconds ! ');
this.setState('info.connection', false, true);
// retry connection
polling = setTimeout(() => {
this.DoConnect();
}, 30000);
}
}
async DoConnect() {
// @ts-ignore
const user = this.config.Username;
// @ts-ignore
let pass = this.config.Password;
if (await isOnline() == false) {
this.log.warn(`No internet connection detected. Retry in ${this.intervall_time / 1000} seconds.`);
// Clear running timer
if (polling) {
clearTimeout(polling);
polling = null;
}
// timer
polling = setTimeout(() => {
this.DoConnect();
}, this.intervall_time);
return;
}
else {
this.log.debug('Internet connection detected. Everything fine!');
}
// Check if credentials are not empty
if (user !== '' && pass !== '') {
try {
await this.DoData_Refresh(user, pass);
} catch (error) {
this.log.error(String(error));
}
} else {
this.log.error('*** Adapter deactivated, credentials missing in Adaptper Settings !!! ***');
this.setForeignState('system.adapter.' + this.namespace + '.alive', false);
}
}
/**
* @param {string} HomeId
* @param {any} [reading]
*/
async setReading(HomeId, reading) {
let result = await this.apiCall(`https://energy-insights.tado.com/api/homes/${HomeId}/meterReadings`, 'post', JSON.stringify(reading));
this.log.debug('setReading executed with result ' + JSON.stringify(result));
await jsonExplorer.sleep(1000);
await this.create_state(HomeId + '.meterReadings', 'meterReadings', JSON.stringify({}));
}
async DoHome(HomeId) {
// Get additional basic data for all homes
if (this.Home_data === null) {
this.Home_data = await this.getHome(HomeId);
}
this.log.debug('Home_data Result: ' + JSON.stringify(this.Home_data));
this.Home_data.masterswitch = '';
this.DoWriteJsonRespons(HomeId, 'Stage_02_HomeData', this.Home_data);
jsonExplorer.traverseJson(this.Home_data, `${HomeId}.Home`, true, true, 0);
}
async DoWeather(HomeId) {
const weather_data = await this.getWeather(HomeId);
this.log.debug('Weather_data Result: ' + JSON.stringify(weather_data));
this.DoWriteJsonRespons(HomeId, 'Stage_04_Weather', weather_data);
jsonExplorer.traverseJson(weather_data, `${HomeId}.Weather`, true, true, 0);
}
/**
* @param {string} HomeId
* @param {string} ZoneId
* @param {string} DeviceId
* @param {object} offset
*/
async DoTemperatureOffset(HomeId, ZoneId, DeviceId, offset = null) {
if (offset == null) {
offset = await this.getTemperatureOffset(DeviceId);
}
this.log.debug(`Offset Result for DeviceID '${DeviceId}': ${JSON.stringify(offset)}`);
this.DoWriteJsonRespons(HomeId, `Stage_12_Offset_${HomeId}`, offset);
if (offset.celsius != undefined) offset.offsetCelsius = offset.celsius;
if (offset.fahrenheit != undefined) offset.offsetFahrenheit = offset.fahrenheit;
delete offset.celsius;
delete offset.fahrenheit;
jsonExplorer.traverseJson(offset, `${HomeId}.Rooms.${ZoneId}.devices.${DeviceId}.offset`, true, true, 2);
}
async DoMobileDevices(HomeId) {
this.MobileDevices_data = await this.getMobileDevices(HomeId);
this.log.debug('MobileDevices_data Result: ' + JSON.stringify(this.MobileDevices_data));
this.DoWriteJsonRespons(HomeId, 'Stage_06_MobileDevicesData', this.MobileDevices_data);
jsonExplorer.traverseJson(this.MobileDevices_data, `${HomeId}.Mobile_Devices`, true, true, 0);
}
async DoZones(HomeId) {
this.Zones_data = await this.getZones(HomeId);
this.log.debug('Zones_data Result: ' + JSON.stringify(this.Zones_data));
this.DoWriteJsonRespons(HomeId, 'Stage_08_ZonesData', this.Zones_data);
//Search for DeviceIDs to get Offset
for (const j in this.Zones_data) {
for (const k in this.Zones_data[j]) {
for (const l in this.Zones_data[j][k]) {
let ZoneId = this.Zones_data[j].id;
let DeviceId = this.Zones_data[j][k][l].serialNo;
if (DeviceId != undefined) {
this.log.debug('DeviceID for offset found: ' + JSON.stringify(this.Zones_data[j][k][l].serialNo));
this.Zones_data[j][k][l].id = this.Zones_data[j][k][l].serialNo;
if (this.Zones_data[j][k][l].duties.includes(`ZONE_LEADER`)) {
this.DoTemperatureOffset(HomeId, ZoneId, DeviceId);
}
}