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main.js
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'use strict';
const utils = require('@iobroker/adapter-core');
const twinkly = require('./lib/twinkly');
const apiObjectsMap = require('./lib/twinklyApi2Objects').apiObjectsMap;
const twinklyMovies = require('./lib/twinklyMovies');
const stateTools = require('./lib/stateTools');
const tools = require('./lib/tools');
// TODO: uploadMovie, LEDMovieConfig, sendRealtimeFrame, Summary, Mic, Music
/**
* The adapter instance
* @type {ioBroker.Adapter}
*/
let adapter;
/**
* Interval für das Polling
*/
let pollingInterval = null;
/**
* Twinkly-Verbindungen
* @type {{[x: string]: {enabled: Boolean, paused: Boolean, modeOn: String, lastModeOn: String, connected: Boolean, twinkly: Twinkly}}}
*/
const connections = {};
/**
* Sentry Messages
* @type {string[]}}
*/
const sentryMessages = [];
/**
* Liste aller States
* @type {{[x: string]: {connection: String, group: String, command: String}}}
*/
const subscribedStates = {};
/**
* Let commands only run once at startup
* @type {boolean}
*/
let initializing = true;
/**
* Anzulegende States
* @type {String[]}
*/
const statesConfig = [
apiObjectsMap.connected.id,
apiObjectsMap.firmware.parent.id,
apiObjectsMap.ledBri.parent.id,
apiObjectsMap.ledColor.parent.id,
// apiObjectsMap.ledConfig.id,
apiObjectsMap.ledEffect.parent.id,
// apiObjectsMap.ledLayout.parent.id, //Prüfen, weshalb es nicht klappt
apiObjectsMap.ledMode.parent.id,
apiObjectsMap.ledMovie.parent.id,
apiObjectsMap.ledSat.parent.id,
apiObjectsMap.name.parent.id,
apiObjectsMap.on.id,
apiObjectsMap.paused.id,
apiObjectsMap.ledPlaylist.parent.id,
apiObjectsMap.timer.parent.id
];
/**
* Starts the adapter instance
* @param {Partial<utils.AdapterOptions>} [options]
*/
function startAdapter(options) {
options = options || {};
Object.assign(options, {name: 'twinkly'});
adapter = new utils.Adapter(options)
.on('ready', main)
.on('stateChange', stateChange)
.on('message', processMessage)
.on('unload', onStop);
return adapter;
}
async function stateChange(id, state) {
if (state) {
if (state.ack) return;
// The state was changed
adapter.log.debug(`[stateChange] state ${id} changed: ${state.val} (ack = ${state.ack})`);
// Ist der state bekannt?
if (!Object.keys(subscribedStates).includes(id)) {
adapter.log.warn(`State ${id} is not writable, will not be processed!`);
return;
}
const connectionName = subscribedStates[id].connection;
const group = subscribedStates[id].group;
const command = subscribedStates[id].command;
let connection;
try {
if (command === apiObjectsMap.paused.id) {
connection = await getConnection(connectionName, {checkPaused: false, ignoreConnected: true});
if (connection.paused !== state.val) {
connection.paused = state.val;
if (!connection.paused)
startInterval(1000, connectionName);
return;
}
}
connection = await getConnection(connectionName, {checkConnected: true});
} catch (e) {
adapter.log.debug(`[stateChange] ${e.message}`);
return;
}
const pollFilter = [];
// LED Brightness
if (!group && command === apiObjectsMap.ledBri.parent.id) {
pollFilter.push(command);
if (state.val === -1) {
try {
await connection.twinkly.setBrightnessDisabled();
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not disable! ${e}`);
}
} else {
try {
await connection.twinkly.setBrightnessAbsolute(state.val);
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not set ${state.val}! ${e}`);
}
}
// LED Color (mode = color)
} else if (group && group === apiObjectsMap.ledColor.parent.id) {
pollFilter.push(group);
let changeMode = false;
try {
if ([apiObjectsMap.ledColor.child.hue.id, apiObjectsMap.ledColor.child.saturation.id, apiObjectsMap.ledColor.child.value.id].includes(command)) {
/** @type {{hue: Number, saturation: Number, value: Number}} */
const json = {hue: 0, saturation: 0, value: 0};
await getJSONStates(connectionName, connectionName + '.' + group, json, apiObjectsMap.ledColor.child, {
id: command,
val: state.val
});
await connection.twinkly.setLEDColorHSV(json.hue, json.saturation, json.value);
changeMode = connection.twinkly.ledMode !== twinkly.lightModes.value.color;
} else if ([apiObjectsMap.ledColor.child.red.id, apiObjectsMap.ledColor.child.green.id, apiObjectsMap.ledColor.child.blue.id, apiObjectsMap.ledColor.child.white.id, apiObjectsMap.ledColor.child.hex.id].includes(command)) {
/** @type {{red: Number, green: Number, blue: Number, white: Number}} */
const json = {red: 0, green: 0, blue: 0, white: -1};
if ([apiObjectsMap.ledColor.child.red.id, apiObjectsMap.ledColor.child.green.id, apiObjectsMap.ledColor.child.blue.id, apiObjectsMap.ledColor.child.white.id].includes(command)) {
await getJSONStates(connectionName, connectionName + '.' + group, json, apiObjectsMap.ledColor.child, {
id: command,
val: state.val
});
} else {
const hexRgb = tools.hexToRgb(state.val);
json.red = hexRgb.r;
json.green = hexRgb.g;
json.blue = hexRgb.b;
}
await connection.twinkly.setLEDColorRGBW(json.red, json.green, json.blue, json.white);
changeMode = connection.twinkly.ledMode !== twinkly.lightModes.value.color;
}
} catch (e) {
adapter.log.error(`[${connectionName}.${group}.${command}] Could not set ${state.val}! ${e}`);
}
try {
if (changeMode && adapter.config.switchMode) {
pollFilter.push(apiObjectsMap.ledMode.parent.id);
await connection.twinkly.setLEDMode(twinkly.lightModes.value.color);
}
} catch (e) {
adapter.log.error(`[${connectionName}.${group}.${command}] Could not change Mode! ${e}`);
}
// LED Config
} else if (!group && command === apiObjectsMap.ledConfig.id) {
pollFilter.push(command);
try {
await connection.twinkly.setLEDConfig(state.val);
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not set ${state.val}! ${e}`);
}
// LED Effect
} else if (!group && command === apiObjectsMap.ledEffect.parent.id) {
pollFilter.push(command);
let changeMode = false;
try {
if (!Object.keys(connection.twinkly.ledEffects).includes(typeof state.val === 'number' ? String(state.val) : state.val)) {
adapter.log.warn(`[${connectionName}.${command}] Effect ${state.val} does not exist!`);
} else {
await connection.twinkly.setCurrentLEDEffect(state.val);
changeMode = connection.twinkly.ledMode !== twinkly.lightModes.value.effect;
}
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not set ${state.val}! ${e}`);
}
try {
if (changeMode && adapter.config.switchMode) {
pollFilter.push(apiObjectsMap.ledMode.parent.id);
await connection.twinkly.setLEDMode(twinkly.lightModes.value.effect);
}
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not change Mode! ${e}`);
}
// LED Layout
} else if (group && group === apiObjectsMap.ledLayout.parent.id) {
pollFilter.push(group);
/** @type {{aspectXY: Number, aspectXZ: Number, coordinates: {x: Number, y: Number, z: Number}[], source: String, synthesized: Boolean}} */
const json = {aspectXY: 0, aspectXZ: 0, coordinates: [], source: '', synthesized: false};
await getJSONStates(connectionName, connectionName + '.' + group, json, apiObjectsMap.ledLayout.child, {id: command, val: state.val});
try {
await connection.twinkly.uploadLayout(json.aspectXY, json.aspectXZ, json.coordinates, json.source, json.synthesized);
} catch (e) {
adapter.log.error(`[${connectionName}.${group}.${command}] Could not set ${state.val}! ${e}`);
}
// LED Mode
} else if (!group && command === apiObjectsMap.ledMode.child.mode.id) {
pollFilter.push(apiObjectsMap.ledMode.parent.id);
try {
if (!Object.values(twinkly.lightModes.value).includes(state.val)) {
adapter.log.warn(`[${connectionName}.${command}] Could not set ${state.val}! Mode does not exist!`);
} else if (state.val === twinkly.lightModes.value.movie && Object.keys(connection.twinkly.ledMovies).length === 0) {
adapter.log.warn(`[${connectionName}.${command}] Could not set Mode ${twinkly.lightModes.text.movie}! No movie available! Is a Effect/Playlist selected?`);
pollFilter.push(apiObjectsMap.ledMovie.parent.id);
} else if (state.val === twinkly.lightModes.value.playlist && Object.keys(connection.twinkly.playlist).length === 0) {
adapter.log.warn(`[${connectionName}.${command}] Could not set Mode ${twinkly.lightModes.text.playlist}! No movie available! Is a Playlist created?`);
pollFilter.push(apiObjectsMap.ledPlaylist.parent.id);
} else {
await connection.twinkly.setLEDMode(state.val);
}
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not set ${state.val}! ${e}`);
}
// LED Saturation
} else if (!group && command === apiObjectsMap.ledSat.parent.id) {
pollFilter.push(command);
if (state.val === -1) {
try {
await connection.twinkly.setSaturationDisabled();
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not disable! ${e}`);
}
} else {
try {
await connection.twinkly.setSaturationAbsolute(state.val);
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not set ${state.val}! ${e}`);
}
}
// LED Movie
} else if (!group && command === apiObjectsMap.ledMovie.parent.id) {
pollFilter.push(command);
let changeMode = false;
try {
if (!Object.keys(connection.twinkly.ledMovies).includes(typeof state.val === 'number' ? String(state.val) : state.val)) {
adapter.log.warn(`[${connectionName}.${command}] Movie ${state.val} does not exist!`);
} else {
await connection.twinkly.setCurrentMovie(state.val);
changeMode = connection.twinkly.ledMode !== twinkly.lightModes.value.movie;
}
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not set ${state.val}! ${e}`);
}
try {
if (changeMode && adapter.config.switchMode) {
pollFilter.push(apiObjectsMap.ledMode.parent.id);
await connection.twinkly.setLEDMode(twinkly.lightModes.value.movie);
}
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not change Mode! ${e}`);
}
// LED Playlist
} else if (!group && command === apiObjectsMap.ledPlaylist.parent.id) {
pollFilter.push(command);
let changeMode = false;
try {
if (!Object.keys(connection.twinkly.playlist).includes(typeof state.val === 'number' ? String(state.val) : state.val)) {
adapter.log.warn(`[${connectionName}.${command}] Playlist ${state.val} does not exist!`);
} else {
await connection.twinkly.setCurrentPlaylistEntry(state.val);
changeMode = connection.twinkly.ledMode !== twinkly.lightModes.value.playlist;
}
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not set ${state.val}! ${e}`);
}
try {
if (changeMode && adapter.config.switchMode) {
pollFilter.push(apiObjectsMap.ledMode.parent.id);
await connection.twinkly.setLEDMode(twinkly.lightModes.value.playlist);
}
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not change Mode! ${e}`);
}
// MQTT anpassen
} else if (group && group === apiObjectsMap.mqtt.parent.id) {
pollFilter.push(group);
/** @type {{broker_host: String, broker_port: Number, client_id: String, user: String, keep_alive_interval : Number, encryption_key_set: Boolean}} */
const json = {broker_host: '', broker_port: 0, client_id: '', user: '', keep_alive_interval: 0, encryption_key_set: false};
await getJSONStates(connectionName, connectionName + '.' + group, json, apiObjectsMap.mqtt.child, {id: command, val: state.val});
try {
await connection.twinkly.setMqttConfiguration(json);
} catch (e) {
adapter.log.error(`[${connectionName}.${group}.${command}] Could not set ${state.val}! ${e}`);
}
// Namen anpassen
} else if (!group && command === apiObjectsMap.name.parent.id) {
pollFilter.push(command, apiObjectsMap.details.parent.id);
try {
await connection.twinkly.setDeviceName(state.val);
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not set ${state.val}! ${e}`);
}
// NetworkStatus anpassen
} else if (!group && command === apiObjectsMap.networkStatus.parent.id) {
pollFilter.push('');
// connection.twinkly.set_network_status(state.val)
// .catch(error => {
// adapter.log.error(`Could not set ${connectionName}.${command} ${error}`);
// });
} else if (group && group === apiObjectsMap.networkStatus.parent.id) {
pollFilter.push('');
// const json = {};
// await getJSONStates(connectionName, connectionName + '.' + group, json, apiObjectsMap.mqtt.child, {id: command, val: state.val});
//
// connection.twinkly.set_mqtt_str(JSON.stringify(json))
// .catch(error => {
// adapter.log.error(`Could not set ${connectionName}.${command} ${error}`);
// });
// Gerät ein-/ausschalten
} else if (!group && command === apiObjectsMap.on.id) {
pollFilter.push(apiObjectsMap.ledMode.parent.id);
try {
let newMode;
if (state.val) {
if (connection.modeOn === twinkly.STATE_ON_LASTMODE) {
newMode = connection.lastModeOn;
} else {
newMode = connection.modeOn;
}
} else {
newMode = twinkly.lightModes.value.off;
}
await connection.twinkly.setLEDMode(newMode);
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not set ${state.val}! ${e}`);
}
// Reset
} else if (!group && command === apiObjectsMap.reset.id) {
try {
await connection.twinkly.resetLED();
} catch (e) {
adapter.log.error(`[${connectionName}.${command}] Could not set ${state.val}! ${e}`);
}
// Timer anpassen
} else if (group && group === apiObjectsMap.timer.parent.id) {
pollFilter.push(group);
/** @type {{time_now: Number, time_on: Number, time_off: Number, tz: String}} */
const json = {time_now: -1, time_on: -1, time_off: -1, tz: ''};
await getJSONStates(connectionName, connectionName + '.' + group, json, apiObjectsMap.timer.child, {id: command, val: state.val});
try {
// Prüfen ob Daten gesendet werden können
if ((json.time_on > -1 && json.time_off > -1) || (json.time_on === -1 && json.time_off === -1)) {
await connection.twinkly.setTimer(json);
} else
adapter.log.debug(`[stateChange] Timer kann noch nicht übermittelt werden: (${json.time_on} > -1 && ${json.time_off} > -1) || (${json.time_on} === -1 && ${json.time_off} === -1)`);
} catch (e) {
adapter.log.error(`[${connectionName}.${group}.${command}] Could not set ${state.val}! ${e.message}`);
}
}
startInterval(1000, connectionName, pollFilter);
} else {
// The state was deleted
adapter.log.debug(`[stateChange] state ${id} deleted`);
}
}
/**
* Polling auf alle Verbindungen ausführen
* @param {string} specificConnection
* @param {string[]} filter
* @returns {Promise<void>}
*/
async function poll(specificConnection = '', filter = []) {
clearInterval();
/**
* Check if Command can be executed
* @param command
* @return {boolean}
*/
function canExecuteCommand(command) {
return statesConfig.includes(command) && (filter.length === 0 || filter.includes(command));
}
let deviceConnected = false;
adapter.log.debug(`[poll] Start polling...`);
adapter.log.silly(`[poll] specificConnection: ${specificConnection}, filter: ${filter}`);
try {
for (const connectionName of Object.keys(connections)) {
// Falls gefüllt nur bestimmte Connection abfragen...
if (specificConnection !== '' && connectionName !== specificConnection) continue;
let connection;
try {
connection = await getConnection(connectionName, {checkConnected: true});
} catch (e) {
adapter.log.debug(`[poll] ${e.message}`);
continue;
}
deviceConnected = true;
await connection.twinkly.interview();
// Only load at startup
if (initializing) {
await updateEffects(connectionName);
}
if (canExecuteCommand(apiObjectsMap.details.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.details.parent.id}`);
try {
const response = await connection.twinkly.getDeviceDetails();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.details);
await saveJSONinState(connectionName, connectionName, response, apiObjectsMap.details);
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.details.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.firmware.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.firmware.parent.id}`);
try {
const response = await connection.twinkly.getFirmwareVersion();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.firmware);
await saveJSONinState(connectionName, connectionName, response, apiObjectsMap.firmware);
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.firmware.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.ledBri.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.ledBri.parent.id}`);
try {
const response = await connection.twinkly.getBrightness();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.ledBri);
try {
await adapter.setStateAsync(connectionName + '.' + apiObjectsMap.ledBri.child.value.id,
response.mode !== 'disabled' ? response.value : -1, true);
} catch (e) {
//
}
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.ledBri.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.ledColor.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.ledColor.parent.id}`);
try {
const response = await connection.twinkly.getLEDColor();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.ledColor);
await saveJSONinState(connectionName, connectionName, response, apiObjectsMap.ledColor);
try {
// Hex Version
await adapter.setStateAsync(connectionName + '.' + apiObjectsMap.ledColor.parent.id + '.' + apiObjectsMap.ledColor.child.hex.id,
tools.rgbToHex(response.red, response.green, response.blue, false), true);
} catch (e) {
//
}
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.ledColor.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.ledConfig.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.ledConfig.id}`);
try {
const response = await connection.twinkly.getLEDConfig();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.ledConfig);
try {
await adapter.setStateAsync(connectionName + '.' + apiObjectsMap.ledConfig.id, JSON.stringify(response.strings), true);
} catch (e) {
//
}
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.ledConfig.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.ledEffect.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.ledEffect.parent.id}`);
try {
const response = await connection.twinkly.getCurrentLEDEffect();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.ledEffect);
await saveJSONinState(connectionName, connectionName, response, apiObjectsMap.ledEffect);
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.ledEffect.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.ledLayout.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.ledLayout.parent.id}`);
try {
const response = await connection.twinkly.getLayout();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.ledLayout);
await saveJSONinState(connectionName, connectionName, response, apiObjectsMap.ledLayout);
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.ledLayout.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.ledMode.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.ledMode.parent.id}`);
try {
const response = await connection.twinkly.getLEDMode();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.ledMode);
await saveJSONinState(connectionName, connectionName, response, apiObjectsMap.ledMode);
try {
await adapter.setStateAsync(connectionName + '.' + apiObjectsMap.on.id, response.mode !== twinkly.lightModes.value.off, true);
} catch (e) {
//
}
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.ledMode.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.ledMovie.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.ledMovie.parent.id}`);
try {
// First update existing Movies...
await updateMovies(connectionName);
// ... then get current Movie
const response = await connection.twinkly.getCurrentMovie();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.ledMovie);
await saveJSONinState(connectionName, connectionName, response, apiObjectsMap.ledMovie);
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.ledMovie.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.ledPlaylist.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.ledPlaylist.parent.id}`);
try {
// First update existing Playlist...
await updatePlaylist(connectionName);
// ... then get current Playlist Entry
const response = await connection.twinkly.getCurrentPlaylistEntry();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.ledPlaylist);
await saveJSONinState(connectionName, connectionName, response, apiObjectsMap.ledPlaylist);
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.ledPlaylist.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.ledSat.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.ledSat.parent.id}`);
try {
const response = await connection.twinkly.getSaturation();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.ledSat);
try {
await adapter.setStateAsync(connectionName + '.' + apiObjectsMap.ledSat.child.value.id,
response.mode !== 'disabled' ? response.value : -1, true);
} catch (e) {
//
}
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.ledSat.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.mqtt.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.mqtt.parent.id}`);
try {
const response = await connection.twinkly.getMqttConfiguration();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.mqtt);
await saveJSONinState(connectionName, connectionName, response, apiObjectsMap.mqtt);
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.mqtt.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.name.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.name.parent.id}`);
try {
const response = await connection.twinkly.getDeviceName();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.name);
await saveJSONinState(connectionName, connectionName, response, apiObjectsMap.name);
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.name.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.networkStatus.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.networkStatus.parent.id}`);
try {
const response = await connection.twinkly.getNetworkStatus();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.networkStatus);
await saveJSONinState(connectionName, connectionName, response, apiObjectsMap.networkStatus);
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.networkStatus.parent.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.status.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.status.id}`);
try {
const response = await connection.twinkly.getStatus();
await checkTwinklyResponse(connectionName, response.status, apiObjectsMap.status);
await saveJSONinState(connectionName, connectionName, response.status, apiObjectsMap.status);
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.status.id} ${e}`);
}
}
if (canExecuteCommand(apiObjectsMap.timer.parent.id)) {
adapter.log.debug(`[poll.${connectionName}] Polling ${apiObjectsMap.timer.parent.id}`);
try {
const response = await connection.twinkly.getTimer();
if (response.code === twinkly.HTTPCodes.values.ok) {
await checkTwinklyResponse(connectionName, response, apiObjectsMap.timer);
await saveJSONinState(connectionName, connectionName, response, apiObjectsMap.timer);
}
} catch (e) {
adapter.log.error(`Could not get ${connectionName}.${apiObjectsMap.timer.parent.id} ${e}`);
}
}
}
} catch (e) {
adapter.log.error(e);
}
adapter.log.debug(`[poll] Finished polling...`);
// Set Connection Status, at least one connection is active
if (specificConnection === '') {
adapter.setState('info.connection', deviceConnected, true);
}
startInterval(adapter.config.interval * 1000);
}
async function main() {
adapter.subscribeStates('*');
adapter.getState('info.connection', (err, state) => {
if (state) {
adapter.setState('info.connection', false, true);
}
});
// Set Config Default Values
adapter.config.interval = adapter.config.interval < 15 ? 15 : adapter.config.interval;
if (adapter.config.devices === undefined)
adapter.config.devices = [];
if (adapter.config.details === undefined)
adapter.config.details = false;
if (adapter.config.mqtt === undefined)
adapter.config.mqtt = false;
if (adapter.config.network === undefined)
adapter.config.network = false;
if (adapter.config.usePing === undefined)
adapter.config.usePing = true;
if (adapter.config.switchMode === undefined)
adapter.config.switchMode = false;
// States/Objekte anlegen...
try {
if (await syncConfig()) {
await poll();
initializing = false;
adapter.log.info('Startup complete');
} else {
adapter.log.info('Polling was not started!');
}
} catch (e) {
adapter.log.error(e);
adapter.log.info('Polling was not started!');
}
}
function onStop () {
try {
// Interval abbrechen
clearInterval();
// Alle Verbindungen abmelden...
Object.keys(connections)
.filter(connectionName => !connections[connectionName].paused)
.forEach(async connectionName => {
const connection = connections[connectionName];
try {
await connection.twinkly.logout();
} catch (e) {
adapter.log.error(`[onStop.${connection.twinkly.name}] ${e}`);
}
// Set connection status to false
if (await adapter.getStateAsync(connectionName + '.' + apiObjectsMap.connected.id)) {
await adapter.setStateAsync(connectionName + '.' + apiObjectsMap.connected.id, false, true);
}
});
// Set connection status to false
adapter.setState('info.connection', false, true);
adapter.log.info('cleaned everything up...');
} catch (e) {
adapter.log.error(`[onStop] ${e}`);
}
}
/**
*
* @param {ioBroker.Message} obj
*/
async function processMessage(obj) {
if (!obj || !obj.command) {
return;
}
let returnMsg;
/**
* @param {{checkPaused?: Boolean, checkConnected?: Boolean, ignoreConnected?: Boolean}} options
* @return {Promise<{enabled: Boolean, paused: Boolean, modeOn: String, lastModeOn: String, connected: Boolean, twinkly: Twinkly}>}
*/
async function getConnectionObj(options = {}) {
if (obj.message && typeof obj.message === 'object') {
try {
return await getConnection(obj.message.connection, options);
} catch (e) {
returnMsg = e.message;
}
} else {
returnMsg = 'Message has to be of type object!';
}
}
adapter.log.info(`[processMessage.${obj.command}] ${JSON.stringify(obj.message).substring(0, 100)}`);
try {
switch (obj.command.toLowerCase()) {
case 'uploadmovie': {
const connection = await getConnectionObj();
if (connection && typeof obj.message === 'object' && typeof obj.message.frames === 'object' && typeof obj.message.delay === 'number') {
returnMsg = await connection.twinkly.uploadMovie(obj.message.frames, obj.message.delay);
}
break;
}
case 'uploadtemplatemovie': {
const connection = await getConnectionObj();
if (connection && typeof obj.message === 'object' && typeof obj.message.template === 'number') {
returnMsg = await uploadTemplateMovie(obj.message.connection, obj.message.template);
}
break;
}
case 'uploadtwinklemovie': {
const connection = await getConnectionObj();
if (connection && typeof obj.message === 'object' && typeof obj.message.baseColor !== 'undefined' && typeof obj.message.secondColor !== 'undefined') {
returnMsg = await uploadTwinkleMovie(obj.message.connection, obj.message.baseColor, obj.message.secondColor);
}
break;
}
case 'sendrealtimeframe': {
const connection = await getConnectionObj();
if (connection && typeof obj.message === 'object' && typeof obj.message.frame === 'object') {
returnMsg = await connection.twinkly.sendRealtimeFrame(obj.message.frame);
}
break;
}
case 'generateframe': {
const connection = await getConnectionObj({checkPaused: false, ignoreConnected: true});
if (connection && typeof obj.message === 'object') {
if (obj.message.color) {
returnMsg = connection.twinkly.generateFrame(obj.message.color);
} else if (obj.message.colors) {
returnMsg = connection.twinkly.generateFrames(obj.message.colors);
}
}
break;
}
default: {
returnMsg = `Unknown command ${obj.command}!`;
break;
}
}
} catch (e) {
adapter.log.error(`[processMessage.${obj.command}] ${e}`);
}
if (returnMsg) {
adapter.log.info(`[processMessage.${obj.command}] ${JSON.stringify(returnMsg).substring(0, 100)}`);
if (obj.callback) {
adapter.sendTo(obj.from, obj.command, returnMsg, obj.callback);
}
}
}
/**
* Konfiguration auslesen und verarbeiten
* @return Promise<Boolean>
*/
async function syncConfig() {
let result = true;
// Details hinzufügen, wenn gewünscht
if (adapter.config.details)
statesConfig.push(apiObjectsMap.details.parent.id);
// MQTT hinzufügen, wenn gewünscht
if (adapter.config.mqtt)
statesConfig.push(apiObjectsMap.mqtt.parent.id);
// Network hinzufügen, wenn gewünscht
if (adapter.config.network)
statesConfig.push(apiObjectsMap.networkStatus.parent.id);
// Movies nur im Debugger anlegen
// statesConfig.push(apiObjectsMap.ledMovies.id);
// // statesConfig.push(apiObjectsMap.status.id);
try {
adapter.log.debug('[syncConfig] config devices: ' + JSON.stringify(adapter.config.devices));
adapter.log.debug('[syncConfig] config interval: ' + adapter.config.interval);
adapter.log.debug('[syncConfig] config details: ' + adapter.config.details);
adapter.log.debug('[syncConfig] config mqtt: ' + adapter.config.mqtt);
adapter.log.debug('[syncConfig] config network: ' + adapter.config.network);
if (adapter.config.devices.length === 0) {
adapter.log.info('no connections added...');
result = false;
}
// Verbindungen auslesen und erstellen
if (result)
for (const device of adapter.config.devices) {
const deviceName = stateTools.removeForbiddenChars(device.name.trim() !== '' ? device.name : device.host).replace(/[.\s]+/g, '_');
// Verbindung aktiviert?
if (!device.enabled) {
adapter.log.debug(`[syncConfig] ${deviceName} deaktiviert... ${JSON.stringify(device)}`);
continue;
}
// Host gefüllt
if (device.host === '') {
adapter.log.warn(`${deviceName}: Host nicht gefüllt!`);
continue;
}
// Verbindung anlegen
if (Object.keys(connections).includes(deviceName)) {
adapter.log.warn(`Objects with same id = ${deviceName} created for two connections ${JSON.stringify(device)}`);
} else {
connections[deviceName] = {
enabled : device.enabled,
paused : false,
modeOn : device.stateOn && (Object.keys(twinkly.lightModes.value).includes(device.stateOn) || twinkly.STATE_ON_LASTMODE === device.stateOn) ?
device.stateOn : twinkly.lightModes.value.movie,
lastModeOn : twinkly.lightModes.value.movie,
connected : false,
twinkly : new twinkly.Twinkly(adapter, deviceName, device.host, onDataChange)
};
await loadTwinklyDataFromObjects(deviceName);
}
}
// Prüfung ob aktive Verbindungen verfügbar sind
if (result && Object.keys(connections).length === 0) {
adapter.log.info('no enabled connections added...');
result = false;
}
if (result) {
// Create Instance Objects
await processObjectChanges('');
}
} catch (e) {
throw Error(e);
}
return result;
}
async function processObjectChanges(specificConnection) {
adapter.log.debug('[processObjectChanges] Get existing objects');
const _objects = await adapter.getAdapterObjectsAsync();
function removeConnectionObjects(connection) {
const connectionId = `${adapter.namespace}.${connection}`;
Object.keys(_objects).forEach(id => {
if (id === connectionId || id.startsWith(connectionId + '.')) {
delete _objects[id];
}
});
}
if (specificConnection === '') {
adapter.log.debug('[processObjectChanges] Remove all connections listed in config ==> Deletes all old connections');
Object.keys(connections).forEach(connection => {
removeConnectionObjects(connection);
});
} else {