/
main.js
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/
main.js
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/**
*
* ioBroker Philips Hue Bridge Adapter
*
* Copyright (c) 2017-2019 Bluefox <dogafox@gmail.com>
* Copyright (c) 2014-2016 hobbyquaker *
* Apache License
*
*/
/* jshint -W097 */
/* jshint strict: false */
/* jshint esversion: 6 */
/* jslint node: true */
'use strict';
const hue = require('node-hue-api');
const v3 = hue.v3;
const utils = require('@iobroker/adapter-core');
const hueHelper = require('./lib/hueHelper');
const FORBIDDEN_CHARS = /[\][*,;'"`<>\\?]/g;
const blockedIds = [];
let adapter;
let pollingInterval;
let reconnectTimeout;
const supportedSensors = ['ZLLSwitch',
'ZGPSwitch',
'Daylight',
'ZLLTemperature',
'ZLLPresence',
'ZLLLightLevel'];
function startAdapter(options) {
options = options || {};
Object.assign(options, {
name: 'hue',
stateChange: async (id, state) => {
if (!id || !state || state.ack) {
return;
}
adapter.log.debug(`stateChange ${id} ${JSON.stringify(state)}`);
const tmp = id.split('.');
const dp = tmp.pop();
if (dp.startsWith('scene_')) {
try {
// its a scene -> get scene id to start it
const obj = await adapter.getForeignObjectAsync(id);
const groupState = new v3.lightStates.GroupLightState();
groupState.scene(obj.native.id);
await api.groups.setGroupState(0, groupState);
adapter.log.info(`Started scene: ${obj.common.name}`);
} catch (e) {
adapter.log.error(`Could not start scene: ${e.message || e}`);
} // endCatch
return;
} // endIf
// check if its a sensor
const channelId = id.substring(0, id.lastIndexOf('.'));
const channelObj = await adapter.getForeignObjectAsync(channelId);
if (channelObj && channelObj.common && supportedSensors.includes(channelObj.common.role)) {
// its a sensor - we need node-hue-api v3 for this
try {
if (dp === 'on') {
const sensor = await api.sensors.get(channelObj.native.id);
sensor._data.config = {on: state.val};
await api.sensors.updateSensorConfig(sensor);
adapter.log.debug(`Changed ${dp} of sensor ${channelObj.native.id} to ${state.val}`);
} else if (dp === 'status') {
const sensor = await api.sensors.get(channelObj.native.id);
sensor.status = parseInt(state.val);
await api.sensors.updateSensorState(sensor);
adapter.log.debug(`Changed ${dp} of sensor ${channelObj.native.id} to ${state.val}`);
} else {
adapter.log.warn(`Changed ${dp} of sensor ${channelObj.native.id} to ${state.val} - currently not supported`);
} // endElse
} catch (e) {
adapter.log.error(`Cannot update sensor ${channelObj.native.id}: ${e}`);
} // endCatch
return;
} // endIf
id = tmp.slice(2).join('.');
// Enable/Disable streaming of Entertainment
if (dp === 'activeStream') {
if (state.val) {
// turn streaming on
adapter.log.debug(`Enable streaming of ${id} (${groupIds[id]})`);
api.groups.enableStreaming(groupIds[id]);
} else {
//turn streaming off
adapter.log.debug(`Disable streaming of ${id} (${groupIds[id]})`);
api.groups.disableStreaming(groupIds[id]);
} // endElse
} // endIf
const fullIdBase = `${tmp.join('.')}.`;
let ls = {};
// if .on changed instead change .bri to 254 or 0
let bri = 0;
if (dp === 'on' && !adapter.config.nativeTurnOffBehaviour) {
bri = state.val ? 254 : 0;
adapter.setState([id, 'bri'].join('.'), {val: bri, ack: false});
return;
}
// if .level changed instead change .bri to level.val*254
if (dp === 'level') {
bri = Math.max(Math.min(Math.round(state.val * 2.54), 254), 0);
adapter.setState([id, 'bri'].join('.'), {val: bri, ack: false});
return;
}
// get lamp states
adapter.getStates(`${id}.*`, (err, idStates) => {
if (err) {
adapter.log.error(err);
return;
}
// gather states that need to be changed
ls = {};
const alls = {};
let lampOn = false;
let commandSupported = false;
function handleParam(idState, prefill) {
if (idStates[idState] === undefined) return;
if (prefill && !idStates[idState].ack) return;
const idtmp = idState.split('.');
const iddp = idtmp.pop();
switch (iddp) {
case 'on':
alls['bri'] = idStates[idState].val ? 254 : 0;
ls['bri'] = idStates[idState].val ? 254 : 0;
if (idStates[idState].ack && ls['bri'] > 0) lampOn = true;
break;
case 'bri':
alls[iddp] = idStates[idState].val;
ls[iddp] = idStates[idState].val;
if (idStates[idState].ack && idStates[idState].val > 0) lampOn = true;
break;
case 'alert':
alls[iddp] = idStates[idState].val;
if (dp === 'alert') ls[iddp] = idStates[idState].val;
break;
case 'effect':
alls[iddp] = idStates[idState].val;
if (dp === 'effect') ls[iddp] = idStates[idState].val;
break;
case 'r':
case 'g':
case 'b':
alls[iddp] = idStates[idState].val;
if (dp === 'r' || dp === 'g' || dp === 'b') {
ls[iddp] = idStates[idState].val;
}
break;
case 'ct':
alls[iddp] = idStates[idState].val;
if (dp === 'ct') {
ls[iddp] = idStates[idState].val;
}
break;
case 'hue':
case 'sat':
alls[iddp] = idStates[idState].val;
if (dp === 'hue' || dp === 'sat') {
ls[iddp] = idStates[idState].val;
}
break;
case 'xy':
alls[iddp] = idStates[idState].val;
if (dp === 'xy') {
ls[iddp] = idStates[idState].val;
}
break;
case 'command':
commandSupported = true;
alls[iddp] = idStates[idState].val;
break;
default:
alls[iddp] = idStates[idState].val;
break;
}
idStates[idState].handled = true;
}
// work through the relevant states in the correct order for the logic to work
// but only if ack=true - so real values from device
handleParam(`${fullIdBase}on`, true);
handleParam(`${fullIdBase}bri`, true);
handleParam(`${fullIdBase}ct`, true);
handleParam(`${fullIdBase}alert`, true);
handleParam(`${fullIdBase}effect`, true);
handleParam(`${fullIdBase}colormode`, true);
handleParam(`${fullIdBase}r`, true);
handleParam(`${fullIdBase}g`, true);
handleParam(`${fullIdBase}b`, true);
handleParam(`${fullIdBase}hue`, true);
handleParam(`${fullIdBase}sat`, true);
handleParam(`${fullIdBase}xy`, true);
handleParam(`${fullIdBase}command`, true);
handleParam(`${fullIdBase}level`, true);
// Walk through the rest or ack=false (=to be changed) values
for (const idState in idStates) {
if (!idStates[idState] || idStates[idState].val === null || idStates[idState].handled) {
continue;
}
handleParam(idState, false);
}
// Handle commands at the end because they overwrite also anything
if (commandSupported && dp === 'command') {
try {
const commands = JSON.parse(state.val);
for (const command in commands) {
if (!commands.hasOwnProperty(command)) {
continue;
}
if (command === 'on') {
//convert on to bri
if (commands[command] && !commands.hasOwnProperty('bri')) {
ls.bri = 254;
} else {
ls.bri = 0;
}
} else if (command === 'level') {
//convert level to bri
if (!commands.hasOwnProperty('bri')) {
ls.bri = Math.min(254, Math.max(0, Math.round(parseInt(commands[command]) * 2.54)));
} else {
ls.bri = 254;
}
} else {
ls[command] = commands[command];
}
}
} catch (e) {
adapter.log.error(e);
return;
}
}
// get lightState
adapter.getObject(id, async (err, obj) => {
if (err || !obj) {
if (!err) err = new Error(`obj "${id}" in callback getObject is null or undefined`);
adapter.log.error(err);
return;
}
// apply rgb to xy with modelId
if ('r' in ls || 'g' in ls || 'b' in ls) {
if (!('r' in ls)) {
ls.r = 0;
}
if (!('g' in ls)) {
ls.g = 0;
}
if (!('b' in ls)) {
ls.b = 0;
}
const xyb = hueHelper.RgbToXYB(ls.r / 255, ls.g / 255, ls.b / 255, (obj.native.hasOwnProperty('modelid') ? obj.native.modelid.trim() : 'default'));
ls.bri = xyb.b;
ls.xy = `${xyb.x},${xyb.y}`;
}
// create lightState from ls and check values
let lightState = /(LightGroup)|(Room)|(Zone)|(Entertainment)/g.test(obj.common.role) ? new v3.lightStates.GroupLightState() : new v3.lightStates.LightState();
let finalLS = {};
if (ls.bri > 0) {
lightState = lightState.on().bri(Math.min(254, ls.bri));
finalLS.bri = Math.min(254, ls.bri);
finalLS.on = true;
} else {
lightState = lightState.off();
finalLS.bri = 0;
finalLS.on = false;
}
if ('xy' in ls) {
if (typeof ls.xy !== 'string') {
if (ls.xy) {
ls.xy = ls.xy.toString();
} else {
adapter.log.warn(`Invalid xy value: "${ls.xy}"`);
ls.xy = '0,0';
}
}
let xy = ls.xy.toString().split(',');
xy = {'x': xy[0], 'y': xy[1]};
xy = hueHelper.GamutXYforModel(xy.x, xy.y, (obj.native.hasOwnProperty('modelid') ? obj.native.modelid.trim() : 'default'));
finalLS.xy = `${xy.x},${xy.y}`;
lightState = lightState.xy(parseFloat(xy.x), parseFloat(xy.y));
if (!lampOn && (!('bri' in ls) || ls.bri === 0)) {
lightState = lightState.on();
lightState = lightState.bri(254);
finalLS.bri = 254;
finalLS.on = true;
}
const rgb = hueHelper.XYBtoRGB(xy.x, xy.y, (finalLS.bri / 254));
finalLS.r = Math.round(rgb.Red * 254);
finalLS.g = Math.round(rgb.Green * 254);
finalLS.b = Math.round(rgb.Blue * 254);
}
if ('ct' in ls) {
finalLS.ct = Math.max(2200, Math.min(6500, ls.ct));
// convert kelvin to mired
finalLS.ct = Math.round(1e6 / finalLS.ct);
lightState = lightState.ct(finalLS.ct);
if (!lampOn && (!('bri' in ls) || ls.bri === 0)) {
lightState = lightState.on();
lightState = lightState.bri(254);
finalLS.bri = 254;
finalLS.on = true;
}
}
if ('hue' in ls) {
finalLS.hue = Math.min(ls.hue, 360);
if (finalLS.hue < 0) {
finalLS.hue = 360;
}
// Convert 360° into 0-65535 value
finalLS.hue = Math.round(finalLS.hue / 360 * 65535);
if (finalLS.hue > 65535) { // may be round error
finalLS.hue = 65535;
}
lightState = lightState.hue(finalLS.hue);
if (!lampOn && (!('bri' in ls) || ls.bri === 0)) {
lightState = lightState.on();
lightState = lightState.bri(254);
finalLS.bri = 254;
finalLS.on = true;
}
}
if ('sat' in ls) {
finalLS.sat = Math.max(0, Math.min(254, ls.sat));
lightState = lightState.sat(finalLS.sat);
if (!lampOn && (!('bri' in ls) || ls.bri === 0)) {
lightState = lightState.on();
lightState = lightState.bri(254);
finalLS.bri = 254;
finalLS.on = true;
}
}
if ('alert' in ls) {
if (['select', 'lselect'].indexOf(ls.alert) === -1) {
finalLS.alert = 'none';
} else {
finalLS.alert = ls.alert;
}
lightState = lightState.alert(finalLS.alert);
}
if ('effect' in ls) {
finalLS.effect = ls.effect ? 'colorloop' : 'none';
lightState = lightState.effect(finalLS.effect);
if (!lampOn && (finalLS.effect !== 'none' && !('bri' in ls) || ls.bri === 0)) {
lightState = lightState.on();
lightState = lightState.bri(254);
finalLS.bri = 254;
finalLS.on = true;
}
}
// only available in command state
if ('transitiontime' in ls) {
const transitiontime = parseInt(ls.transitiontime);
if (!isNaN(transitiontime)) {
finalLS.transitiontime = transitiontime;
lightState = lightState.transitiontime(transitiontime);
}
}
if ('sat_inc' in ls && !('sat' in finalLS) && 'sat' in alls) {
finalLS.sat = (((ls.sat_inc + alls.sat) % 255) + 255) % 255;
if (!lampOn && (!('bri' in ls) || ls.bri === 0)) {
lightState = lightState.on();
lightState = lightState.bri(254);
finalLS.bri = 254;
finalLS.on = true;
}
lightState = lightState.sat(finalLS.sat);
}
if ('hue_inc' in ls && !('hue' in finalLS) && 'hue' in alls) {
alls.hue = alls.hue % 360;
if (alls.hue < 0) {
alls.hue += 360;
}
// Convert 360° into 0-65535 value
alls.hue = alls.hue / 360 * 65535;
if (alls.hue > 65535) { // may be round error
alls.hue = 65535;
}
finalLS.hue = (((ls.hue_inc + alls.hue) % 65536) + 65536) % 65536;
if (!lampOn && (!('bri' in ls) || ls.bri === 0)) {
lightState = lightState.on();
lightState = lightState.bri(254);
finalLS.bri = 254;
finalLS.on = true;
}
lightState = lightState.hue(finalLS.hue);
}
if ('ct_inc' in ls && !('ct' in finalLS) && 'ct' in alls) {
alls.ct = (500 - 153) - ((alls.ct - 2200) / (6500 - 2200)) * (500 - 153) + 153;
finalLS.ct = (((((alls.ct - 153) + ls.ct_inc) % 348) + 348) % 348) + 153;
if (!lampOn && (!('bri' in ls) || ls.bri === 0)) {
lightState = lightState.on();
lightState = lightState.bri(254);
finalLS.bri = 254;
finalLS.on = true;
}
lightState = lightState.ct(finalLS.ct);
}
if ('bri_inc' in ls) {
finalLS.bri = (((parseInt(alls.bri, 10) + parseInt(ls.bri_inc, 10)) % 255) + 255) % 255;
if (finalLS.bri === 0) {
if (lampOn) {
lightState = lightState.on(false);
finalLS.on = false;
} else {
adapter.setState([id, 'bri'].join('.'), {val: 0, ack: false});
return;
}
} else {
finalLS.on = true;
lightState = lightState.on();
}
lightState = lightState.bri(finalLS.bri);
}
// change colormode
if ('xy' in finalLS) {
finalLS.colormode = 'xy';
} else if ('ct' in finalLS) {
finalLS.colormode = 'ct';
} else if ('hue' in finalLS || 'sat' in finalLS) {
finalLS.colormode = 'hs';
}
// set level to final bri / 2.54
if ('bri' in finalLS) {
finalLS.level = Math.max(Math.min(Math.round(finalLS.bri / 2.54), 100), 0);
}
// if dp is on and we use native turn off behaviour only set the lightState
if (dp === 'on' && adapter.config.nativeTurnOffBehaviour) {
// todo: this is somehow dirty but the code above is messy -> integrate above in a more clever way later
lightState = /(LightGroup)|(Room)|(Zone)|(Entertainment)/g.test(obj.common.role) ? new v3.lightStates.GroupLightState() : new v3.lightStates.LightState();
if (state.val) {
lightState.on();
} else {
lightState.off();
} // endElse
} else if (dp === 'command' && adapter.config.nativeTurnOffBehaviour && Object.keys(JSON.parse(state.val)).length === 1 && JSON.parse(state.val).on !== undefined) {
lightState = /(LightGroup)|(Room)|(Zone)|(Entertainment)/g.test(obj.common.role) ? new v3.lightStates.GroupLightState() : new v3.lightStates.LightState();
if (JSON.parse(state.val).on) {
lightState.on();
} else {
lightState.off();
} // endElse
} // endElseIf
blockedIds[id] = true;
if (/(LightGroup)|(Room)|(Zone)|(Entertainment)/g.test(obj.common.role)) {
if (!adapter.config.ignoreGroups) {
// log final changes / states
adapter.log.debug(`final lightState for ${obj.common.name}:${JSON.stringify(finalLS)}`);
await api.groups.setGroupState(groupIds[id], lightState);
setTimeout(updateGroupState, 150, {
id: groupIds[id],
name: obj.common.name
}, () => {
adapter.log.debug(`updated group state(${groupIds[id]}) after change`);
});
}
} else if (obj.common.role === 'switch') {
if (finalLS.hasOwnProperty('on')) {
finalLS = {on: finalLS.on};
// log final changes / states
adapter.log.debug(`final lightState for ${obj.common.name}:${JSON.stringify(finalLS)}`);
lightState = new v3.lightStates.LightState();
lightState.on(finalLS.on);
await api.lights.setLightState(channelIds[id], lightState);
setTimeout(updateLightState, 150, {
id: channelIds[id],
name: obj.common.name
}, () => {
adapter.log.debug(`updated lighstate(${channelIds[id]}) after change`);
});
} else {
adapter.log.warn('invalid switch operation');
}
} else {
// log final changes / states
adapter.log.debug(`final lightState for ${obj.common.name}:${JSON.stringify(finalLS)}`);
await api.lights.setLightState(channelIds[id], lightState);
setTimeout(updateLightState, 150, {
id: channelIds[id],
name: obj.common.name
}, () => {
adapter.log.debug(`updated lighstate(${channelIds[id]}) after change`);
});
} // endElse
});
});
},
message: obj => {
let wait = false;
if (obj) {
switch (obj.command) {
case 'browse':
browse(obj.message, res => obj.callback && adapter.sendTo(obj.from, obj.command, JSON.stringify(res), obj.callback));
wait = true;
break;
case 'createUser':
createUser(obj.message, res => obj.callback && adapter.sendTo(obj.from, obj.command, JSON.stringify(res), obj.callback));
wait = true;
break;
default:
adapter.log.warn(`Unknown command: ${obj.command}`);
break;
}
}
if (!wait && obj.callback) {
adapter.sendTo(obj.from, obj.command, obj.message, obj.callback);
}
return true;
},
ready: main,
unload: callback => {
try {
if (pollingInterval) {
clearTimeout(pollingInterval);
pollingInterval = null;
}
if (reconnectTimeout) {
clearTimeout(reconnectTimeout);
reconnectTimeout = null;
}
adapter.log.info('cleaned everything up...');
callback();
} catch (e) {
callback();
}
}
});
adapter = new utils.Adapter(options);
return adapter;
}
async function browse(timeout, callback) {
timeout = parseInt(timeout);
if (isNaN(timeout)) {
timeout = 5000;
}
const res1 = await v3.discovery.upnpSearch(timeout);
const res2 = await v3.discovery.nupnpSearch();
const bridges = res1.concat(res2);
const ips = [];
// rm duplicates
for (const i in bridges) {
if (bridges[i].ipaddress in ips) {
bridges.splice(i, 1);
} else {
ips.push(bridges[i].ipaddress);
} // endElse
} // endFor
callback(bridges);
}
async function createUser(ip, callback) {
const newUserName = null;
const userDescription = 'ioBroker.hue';
try {
const api = adapter.config.ssl ? await v3.api.createLocal(adapter.config.bridge, adapter.config.port).connect() : await v3.api.createInsecureLocal(adapter.config.bridge, adapter.config.port).connect();
const newUser = await api.users.createUser(ip, newUserName, userDescription);
adapter.log.info(`created new User: ${newUser.username}`);
callback({error: 0, message: newUser.username});
} catch (e) {
// 101 is bridge button not pressed
if (e.getHueErrorType() !== 101) adapter.log.error(e);
callback({error: e.getHueErrorType(), message: JSON.stringify(e)});
}
} // endCreateUser
let api;
const channelIds = {};
const groupIds = {};
const pollLights = [];
const pollSensors = [];
const pollGroups = [];
async function updateGroupState(group, callback) {
adapter.log.debug(`polling group ${group.name} (${group.id})`);
const values = [];
try {
let result = await api.groups.get(group.id);
const states = {};
result = result['_data'];
for (const stateA in result.action) {
if (!result.action.hasOwnProperty(stateA)) {
continue;
}
states[stateA] = result.action[stateA];
}
// add the anyOn State
states.anyOn = result.state['any_on'];
if (states.reachable === false && states.bri !== undefined) {
states.bri = 0;
states.on = false;
}
if (states.on === false && states.bri !== undefined) {
states.bri = 0;
}
if (states.xy !== undefined) {
const xy = states.xy.toString().split(',');
states.xy = states.xy.toString();
const rgb = hueHelper.XYBtoRGB(xy[0], xy[1], (states.bri / 254));
states.r = Math.round(rgb.Red * 254);
states.g = Math.round(rgb.Green * 254);
states.b = Math.round(rgb.Blue * 254);
}
if (states.bri !== undefined) {
states.level = Math.max(Math.min(Math.round(states.bri / 2.54), 100), 0);
}
if (states.hue !== undefined) {
states.hue = Math.round(states.hue / 65535 * 360);
}
if (states.ct !== undefined) {
// convert color temperature from mired to kelvin
states.ct = Math.round(1e6 / states.ct);
}
// Next two are entertainment states
if (result.class) {
states.class = result.class;
} // endIf
if (result.stream && result.stream.active !== undefined) {
states.activeStream = result.stream.active;
} // endIf
for (const stateB in states) {
if (!states.hasOwnProperty(stateB)) {
continue;
}
values.push({id: `${adapter.namespace}.${group.name}.${stateB}`, val: states[stateB]});
}
} catch (e) {
adapter.log.error(`Cannot update group state of ${group.name} (${group.id}): ${e.message || e}`);
}
// poll guard to prevent too fast polling of recently changed id
const blockableId = group.name.replace(/\s/g, '_');
if (blockedIds[blockableId] === true) {
adapter.log.debug(`Unblock ${blockableId}`);
blockedIds[blockableId] = false;
} // endIf
syncStates(values, callback);
}
async function updateLightState(light, callback) {
adapter.log.debug(`polling light ${light.name} (${light.id})`);
const values = [];
try {
let result = await api.lights.getLight(parseInt(light.id));
const states = {};
result = result['_data'];
if (result.swupdate && result.swupdate.state) {
values.push({id: `${adapter.namespace}.${light.name}.updateable`, val: result.swupdate.state});
} // endIf
for (const stateA in result.state) {
if (!result.state.hasOwnProperty(stateA)) {
continue;
}
states[stateA] = result.state[stateA];
}
if (!adapter.config.ignoreOsram) {
if (states.reachable === false && states.bri !== undefined) {
states.bri = 0;
states.on = false;
}
}
if (states.on === false && states.bri !== undefined) {
states.bri = 0;
}
if (states.xy !== undefined) {
const xy = states.xy.toString().split(',');
states.xy = states.xy.toString();
const rgb = hueHelper.XYBtoRGB(xy[0], xy[1], (states.bri / 254));
states.r = Math.round(rgb.Red * 254);
states.g = Math.round(rgb.Green * 254);
states.b = Math.round(rgb.Blue * 254);
}
if (states.bri !== undefined) {
states.level = Math.max(Math.min(Math.round(states.bri / 2.54), 100), 0);
}
if (states.hue !== undefined) {
states.hue = Math.round(states.hue / 65535 * 360);
}
if (states.ct !== undefined) {
// convert color temperature from mired to kelvin
states.ct = Math.round(1e6 / states.ct);
}
for (const stateB in states) {
if (!states.hasOwnProperty(stateB)) {
continue;
}
values.push({id: `${adapter.namespace}.${light.name}.${stateB}`, val: states[stateB]});
}
} catch (e) {
adapter.log.error(`Cannot update light state ${light.name} (${light.id}): ${e}`);
}
// poll guard to prevent too fast polling of recently changed id
const blockableId = light.name.replace(/\s/g, '_');
if (blockedIds[blockableId] === true) {
adapter.log.debug(`Unblock ${blockableId}`);
blockedIds[blockableId] = false;
} // endIf
syncStates(values, callback);
} // endUpdateLightState
async function connect(cb) {
let config;
try {
if (adapter.config.ssl) {
adapter.log.debug(`Using https to connect to ${adapter.config.bridge}:${adapter.config.port}`);
api = await v3.api.createLocal(adapter.config.bridge, adapter.config.port).connect(adapter.config.user);
} else {
adapter.log.debug(`Using insecure http to connect to ${adapter.config.bridge}:${adapter.config.port}`);
api = await v3.api.createInsecureLocal(adapter.config.bridge, adapter.config.port).connect(adapter.config.user);
} // endElse
config = await api.configuration.getAll();
} catch (e) {
adapter.log.warn(`could not connect to HUE bridge (${adapter.config.bridge}:${adapter.config.port})`);
adapter.log.error(e.message || e);
reconnectTimeout = setTimeout(connect, 5000, cb);
return;
} // endCatch
if (!config) {
adapter.log.warn(`could not get configuration from HUE bridge (${adapter.config.bridge}:${adapter.config.port})`);
reconnectTimeout = setTimeout(connect, 5000, cb);
return;
} // endIf
// even if useLegacyStructure is false, we check if the structure exists to not create chaos
if (!adapter.config.useLegacyStructure) {
const legacyObj = await adapter.getObjectAsync(`${adapter.namespace}.${config.config.name.replace(/\s/g, '_')}`);
if (legacyObj) {
adapter.config.useLegacyStructure = true;
adapter.log.info('Use legacy structure, because existing');
} // endIf
} // endIf
const channelNames = [];
// Create/update lamps
const lights = config.lights;
const sensors = config.sensors;
const objs = [];
for (const sid in sensors) {
if (!sensors.hasOwnProperty(sid)) {
continue;
}
const sensor = sensors[sid];
if (supportedSensors.includes(sensor.type)) {
let channelName = adapter.config.useLegacyStructure ? `${config.config.name}.${sensor.name.replace(FORBIDDEN_CHARS, '')}` : sensor.name.replace(FORBIDDEN_CHARS, '');
if (channelNames.indexOf(channelName) !== -1) {
const newChannelName = `${channelName} ${sensor.type}`;
if (channelNames.indexOf(newChannelName) !== -1) {
adapter.log.error(`channel "${channelName.replace(/\s/g, '_')}" already exists, could not use "${newChannelName.replace(/\s/g, '_')}" as well, skipping sensor ${sid}`);
continue;
} else {
adapter.log.warn(`channel "${channelName.replace(/\s/g, '_')}" already exists, using "${newChannelName.replace(/\s/g, '_')}" for sensor ${sid}`);
channelName = newChannelName;
}
} else {
channelNames.push(channelName);
}
const sensorName = sensor.name.replace(/\s/g, '');
pollSensors.push({id: sid, name: channelName.replace(/\s/g, '_'), sname: sensorName});
const sensorCopy = {...sensor.state, ...sensor.config};
for (const state in sensorCopy) {
if (!sensorCopy.hasOwnProperty(state)) {
continue;
}
const objId = `${channelName}.${state}`;
const lobj = {
_id: `${adapter.namespace}.${objId.replace(/\s/g, '_')}`,
type: 'state',
common: {
name: objId,
read: true,
write: true
},
native: {
id: sid
}
};
let value = sensorCopy[state];
switch (state) {
case 'on':
lobj.common.type = 'boolean';
lobj.common.role = 'switch';
break;
case 'reachable':
lobj.common.type = 'boolean';
lobj.common.write = false;
lobj.common.role = 'indicator.reachable';
break;
case 'buttonevent':
lobj.common.type = 'number';
lobj.common.role = 'state';
break;
case 'lastupdated':
lobj.common.type = 'string';
lobj.common.role = 'date';
break;
case 'battery':
lobj.common.type = 'number';
lobj.common.role = 'config';
break;
case 'pending':
lobj.common.type = 'number';
lobj.common.role = 'config';
break;
case 'daylight':
lobj.common.type = 'boolean';
lobj.common.role = 'switch';
break;
case 'dark':
lobj.common.type = 'boolean';
lobj.common.role = 'switch';
break;
case 'presence':
lobj.common.type = 'boolean';
lobj.common.role = 'switch';
break;
case 'lightlevel':
lobj.common.type = 'number';
lobj.common.role = 'lightlevel';
lobj.common.min = 0;
lobj.common.max = 17000;
break;
case 'temperature':
lobj.common.type = 'number';
lobj.common.role = 'indicator.temperature';
value = convertTemperature(value);
break;
default:
adapter.log.info(`skip switch: ${objId}`);
break;
}
lobj.common.def = value;
objs.push(lobj);
}
objs.push({
_id: `${adapter.namespace}.${channelName.replace(/\s/g, '_')}`,
type: 'channel',
common: {
name: channelName,
role: sensor.type
},
native: {
id: sid,
type: sensor.type,
name: sensor.name,
modelid: sensor.modelid,
swversion: sensor.swversion,
}
});
}
}
adapter.log.info(`created/updated ${pollSensors.length} sensor channels`);
for (const lid in lights) {
if (!lights.hasOwnProperty(lid)) {
continue;
}
const light = lights[lid];
let channelName = adapter.config.useLegacyStructure ? `${config.config.name}.${light.name}` : light.name;
if (channelNames.indexOf(channelName) !== -1) {
const newChannelName = `${channelName} ${light.type}`;
if (channelNames.indexOf(newChannelName) !== -1) {
adapter.log.error(`channel "${channelName.replace(/\s/g, '_')}" already exists, could not use "${newChannelName.replace(/\s/g, '_')}" as well, skipping light ${lid}`);
continue;
} else {
adapter.log.warn(`channel "${channelName.replace(/\s/g, '_')}" already exists, using "${newChannelName.replace(/\s/g, '_')}" for light ${lid}`);
channelName = newChannelName;
}
} else {
channelNames.push(channelName);
}
channelIds[channelName.replace(/\s/g, '_')] = lid;
pollLights.push({id: lid, name: channelName.replace(/\s/g, '_')});
if (light.type === 'Extended color light' || light.type === 'Color light') {
light.state.r = 0;
light.state.g = 0;
light.state.b = 0;
}
if (light.type !== 'On/Off plug-in unit') {
light.state.command = '{}';
light.state.level = 0;
}
// Create swUpdate state for every light
if (light.swupdate && light.swupdate.state) {
const objId = `${channelName}.updateable`;
const lobj = {
_id: `${adapter.namespace}.${objId.replace(/\s/g, '_')}`,
type: 'state',
common: {
name: objId,
read: true,
write: false,
type: 'string',
role: 'indicator.update',
def: light.swupdate.state
},
native: {
id: lid
}
};
objs.push(lobj);
} // endIf
for (const state in light.state) {
if (!light.state.hasOwnProperty(state)) {
continue;
}
let value = light.state[state];
const objId = `${channelName}.${state}`;
const lobj = {
_id: `${adapter.namespace}.${objId.replace(/\s/g, '_')}`,
type: 'state',
common: {
name: objId,
read: true,
write: true
},
native: {
id: lid