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main.js
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main.js
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/* jshint -W097 */
/* jshint strict: false */
/* jslint node: true */
'use strict';
const eiscp = require('eiscp');
const xml2js = require('xml2js');
const fs = require('fs');
const parser = new xml2js.Parser({explicitArray: true});
const adapterName = require('./package.json').name.split('.').pop();
// you have to require the adapter module and pass a options object
const utils = require('@iobroker/adapter-core'); // Get common adapter utils
const objects = {};
// const volume = {};
// const xmlstring = '';
// const xjs = '';
let sequenz = '';
let imageHex = '';
let connectionInterval = null;
let devicePowerInterval = null;
let waitForDevicePowerInfo = false;
let lastDataTime = null;
let unloading = false;
const connectionOptions = {reconnect: false, verify_commands: false};
const DATAPOINTS = [
'PWRQSTN',
'MVLQSTN',
'ZVLQSTN',
'VL3QSTN',
'IFAQSTN',
'SLIQSTN',
'SLZQSTN',
'SL3QSTN',
'ZMTQSTN',
'AMTQSTN',
'NSTQSTN',
'NPRQSTN',
'NPZQSTN',
'LMDQSTN',
'NALQSTN',
'NATQSTN',
'NTMQSTN',
'NTIQSTN',
'NTRQSTN',
'PRSQSTN',
'PRZQSTN',
'PR3QSTN',
'TUNQSTN',
'TUZQSTN',
'TU3QSTN',
'IFVQSTN',
'SLAQSTN',
'NRIQSTN'
];
let adapter;
function startAdapter(options) {
options = options || {};
Object.assign(options, {
name: adapterName,
// is called if a subscribed state changes
stateChange: (id, state) => {
adapter.log.debug(`stateChange ${id} ${JSON.stringify(state)}`);
// is called if a subscribed state changes
if (state && !state.ack) {
adapter.log.debug('ack is not set!');
adapter.log.debug('Value: ' + state.val);
adapter.log.debug('id: ' + id);
if (id === adapter.namespace + '.' + 'Device.command') {
const newcommand = state.val;
adapter.log.debug('newCommand: ' + newcommand);
if (newcommand) {
eiscp.raw(newcommand);
}
} else {
// Here we go and send command from accepted Objects to command const
// SET RAW EISCP COMMAND
if (id === adapter.namespace + '.' + 'Device.RAW') {
const new_val = state.val;
adapter.log.debug('Send RAW to Receiver: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.RAW', {val: null, ack: true});
}
// Volume Zone1
if (id === adapter.namespace + '.' + 'Zone1.Volume') {
let new_val = parseInt(state.val); //string to integer
if (new_val >= adapter.config.maxvolzone1) {
new_val = adapter.config.maxvolzone1;
adapter.log.info('>>> Limit max volume zone 1 to: ' + new_val);
adapter.log.info('>>> see in adapter config for limits');
}
new_val = decimalToHex(new_val).toUpperCase(); //call function decimalToHex();
new_val = 'MVL' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// Volume Zone2
if (id === adapter.namespace + '.' + 'Zone2.Volume') {
let new_val = parseInt(state.val); //string to integer
if (new_val >= adapter.config.maxvolzone2) {
new_val = adapter.config.maxvolzone2;
adapter.log.info('>>> Limit max volume zone 2 to: ' + new_val);
adapter.log.info('>>> see in adapter config for limits');
}
new_val = decimalToHex(new_val).toUpperCase(); //call function decimalToHex();
new_val = 'ZVL' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// Volume Zone3
if (id === adapter.namespace + '.' + 'Zone3.Volume') {
let new_val = parseInt(state.val); //string to integer
new_val = decimalToHex(new_val).toUpperCase(); //call function decimalToHex();
new_val = 'VL3' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// Audio_Mute_Zone1
if (id === adapter.namespace + '.' + 'Zone1.Mute') {
let new_val = state.val;
adapter.log.debug('new_val: ' + new_val);
if (new_val == true) {
new_val = '01';
}
if (new_val == false) {
new_val = '00';
}
new_val = 'AMT' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// Audio_Mute_Zone2
if (id === adapter.namespace + '.' + 'Zone2.Mute') {
let new_val = state.val;
if (new_val == true) {
new_val = '01';
}
if (new_val == false) {
new_val = '00';
}
new_val = 'ZMT' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// Audio_Mute_Zone3
if (id === adapter.namespace + '.' + 'Zone3.Mute') {
let new_val = state.val;
if (new_val == true) {
new_val = '01';
}
if (new_val == false) {
new_val = '00';
}
new_val = 'MT3' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// Input_Select_Zone1 SLI
if (id === adapter.namespace + '.' + 'Zone1.InputSelect') {
let new_val = state.val;
new_val = 'SLI' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// Input_Select_Zone2 SLZ
if (id === adapter.namespace + '.' + 'Zone2.InputSelect') {
let new_val = state.val;
new_val = 'SLZ' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// Input_Select_Zone3 SL3
if (id === adapter.namespace + '.' + 'Zone3.InputSelect') {
let new_val = state.val;
new_val = 'SL3' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// Internet_Radio_Preset_Zone1 NPR
if (id === adapter.namespace + '.' + 'Zone1.NetRadioPreset') {
let new_val = parseInt(state.val); //string to integer
new_val = decimalToHex(state.val).toUpperCase(); //call function decimalToHex();
new_val = 'NPR' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'SLI2B', ack: false});
}
// Internet_Radio_Preset_Zone2 NPZ
if (id === adapter.namespace + '.' + 'Zone2.NetRadioPreset') {
let new_val = parseInt(state.val); //string to integer
new_val = decimalToHex(state.val).toUpperCase(); //call function decimalToHex();
new_val = 'NPZ' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'SLZ2B', ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'ZVLQSTN', ack: false});
}
// Internet_Radio_Preset_Zone3 NP3
if (id === adapter.namespace + '.' + 'Zone3.NetRadioPreset') {
let new_val = parseInt(state.val); //string to integer
new_val = decimalToHex(state.val).toUpperCase(); //call function decimalToHex();
new_val = 'NP3' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'SL32B', ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'VL3QSTN', ack: false});
}
// Tuner_Preset_Zone1 PRS
if (id === adapter.namespace + '.' + 'Zone1.TunerPreset') {
let new_val = parseInt(state.val); //string to integer
new_val = decimalToHex(state.val).toUpperCase(); //call function decimalToHex();
new_val = 'PRS' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'SLI24', ack: false});
}
// Tuner_Preset_Zone2 PRZ
if (id === adapter.namespace + '.' + 'Zone2.TunerPreset') {
let new_val = parseInt(state.val); //string to integer
new_val = decimalToHex(state.val).toUpperCase(); //call function decimalToHex();
new_val = 'PRZ' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'SLZ24', ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'ZVLQSTN', ack: false});
}
// Tuner_Preset_Zone3 PR3
if (id === adapter.namespace + '.' + 'Zone3.TunerPreset') {
let new_val = parseInt(state.val); //string to integer
new_val = decimalToHex(state.val).toUpperCase(); //call function decimalToHex();
new_val = 'PR3' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'SL324', ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'VL3QSTN', ack: false});
}
// Power_Zone1 PWR
if (id === adapter.namespace + '.' + 'Zone1.Power') {
let new_val = state.val;
if (new_val == true) {
new_val = '01';
}
if (new_val == false) {
new_val = '00';
}
new_val = 'PWR' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// Power_Zone2 ZPW
if (id === adapter.namespace + '.' + 'Zone2.Power') {
let new_val = state.val;
if (new_val == true) {
new_val = '01';
}
if (new_val == false) {
new_val = '00';
}
new_val = 'ZPW' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'ZVLQSTN', ack: false});
}
// Power_Zone3 PW3
if (id === adapter.namespace + '.' + 'Zone3.Power') {
let new_val = state.val;
if (new_val == true) {
new_val = '01';
}
if (new_val == false) {
new_val = '00';
}
new_val = 'PW3' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'VL3QSTN', ack: false});
}
//Onkyo_Tune_Zone1
if (id === adapter.namespace + '.' + 'Zone1.Tune' && state.val !== null) {
let new_val = state.val.toString();
//load string in array
const arr = [
'SLI24',
'TUNDIRECT',
'TUN' + new_val.substr(0, 1),
'TUN' + new_val.substr(1, 1),
'TUN' + new_val.substr(2, 1),
'TUN' + new_val.substr(4, 1),
'TUN' + new_val.substr(5, 1),
'TUZQSTN'
];
setTimeout(() => {
if (unloading) return;
// send array to command object
for (let i = 0; i < arr.length; i++) {
adapter.log.debug('Tune to: ' + arr[i]);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: arr[i], ack: false});
}
}, 10);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: 'TUZQSTN', ack: false});
}
//Onkyo_Tune_Zone2
if (id === adapter.namespace + '.' + 'Zone2.Tune' && state.val !== null) {
let new_val = state.val.toString();
//load string in array
const arr = [
'SLZ24',
'TUZDIRECT',
'TUZ' + new_val.substr(0, 1),
'TUZ' + new_val.substr(1, 1),
'TUZ' + new_val.substr(2, 1),
'TUZ' + new_val.substr(4, 1),
'TUZ' + new_val.substr(5, 1),
'TUNQSTN'
];
setTimeout(() => {
if (unloading) return;
// send array to command object
for (let i = 0; i < arr.length; i++) {
adapter.log.debug('Tune to: ' + arr[i]);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: arr[i], ack: false});
}
}, 10);
}
// NET USB Play
if (id === adapter.namespace + '.' + 'Device.MediaPlay') {
let new_val = state.val;
if (new_val == true) {
new_val = 'PLAY';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// NET USB Pause
if (id === adapter.namespace + '.' + 'Device.MediaPause') {
let new_val = state.val;
if (new_val == true) {
new_val = 'PAUSE';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// NET USB Stop
if (id === adapter.namespace + '.' + 'Device.MediaStop') {
let new_val = state.val;
if (new_val == true) {
new_val = 'STOP';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// NET USB Track Up
if (id === adapter.namespace + '.' + 'Device.MediaTrackUp') {
let new_val = state.val;
if (new_val == true) {
new_val = 'TRUP';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.MediaTrackUp', {val: "", ack: true});
}
// NET USB Track Down
if (id === adapter.namespace + '.' + 'Device.MediaTrackDown') {
let new_val = state.val;
if (new_val == true) {
new_val = 'TRDN';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.MediaTrackDown', {val: "", ack: true});
}
// NET USB Right
if (id === adapter.namespace + '.' + 'Device.MediaRight') {
let new_val = state.val;
if (new_val == true) {
new_val = 'RIGHT';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.MediaRight', {val: "", ack: true});
}
// NET USB Left
if (id === adapter.namespace + '.' + 'Device.MediaLeft') {
let new_val = state.val;
if (new_val == true) {
new_val = 'LEFT';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.MediaLeft', {val: "", ack: true});
}
// NET USB Up
if (id === adapter.namespace + '.' + 'Device.MediaUp') {
let new_val = state.val;
if (new_val == true) {
new_val = 'UP';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.MediaUp', {val: "", ack: true});
}
// NET USB Down
if (id === adapter.namespace + '.' + 'Device.MediaDown') {
let new_val = state.val;
if (new_val == true) {
new_val = 'DOWN';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.MediaDown', {val: "", ack: true});
}
// NET USB Select
if (id === adapter.namespace + '.' + 'Device.MediaSelect') {
let new_val = state.val;
if (new_val == true) {
new_val = 'SELECT';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.MediaSelect', {val: "", ack: true});
}
// NET USB Delete
if (id === adapter.namespace + '.' + 'Device.MediaDelete') {
let new_val = state.val;
if (new_val == true) {
new_val = 'DELETE';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.MediaDelete', {val: "", ack: true});
}
// NET USB Return
if (id === adapter.namespace + '.' + 'Device.MediaReturn') {
let new_val = state.val;
if (new_val == true) {
new_val = 'RETURN';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.MediaReturn', {val: "", ack: true});
}
// NET USB Menu
if (id === adapter.namespace + '.' + 'Device.MediaMenu') {
let new_val = state.val;
if (new_val == true) {
new_val = 'MENU';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.MediaMenu', {val: "", ack: true});
}
// NET USB Top
if (id === adapter.namespace + '.' + 'Device.MediaTop') {
let new_val = state.val;
if (new_val == true) {
new_val = 'TOP';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
adapter.setState(adapter.namespace + '.' + 'Device.MediaTop', {val: "", ack: true});
}
/* THIS PART MUST BE REALIZED LATER (100ms continuously)
// NET USB Reverse - Continuesly must be send faster 100ms
if (id === adapter.namespace + '.' +'Device.MediaReverse') {
new_val = state.val;
if (new_val == true) {
new_val = 'REW';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState (adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
// NET USB Forward - Continuesly must be send faster 100ms
if (id === adapter.namespace + '.' +'Device.MediaForward') {
new_val = state.val;
if (new_val == true) {
new_val = 'FF';
}
new_val = 'NTC' + new_val;
adapter.log.debug('new_val: ' + new_val);
adapter.setState (adapter.namespace + '.' + 'Device.command', {val: new_val, ack: false});
}
*/
}
}
},
// is called when adapter shuts down - callback has to be called under any circumstances!
unload: callback => {
adapter && adapter.setState && adapter.setState('info.connection', false, true);
try {
unloading = true;
eiscp.close();
} finally {
callback();
}
},
ready: () => main()
});
adapter = utils.Adapter(options);
return adapter;
}
function decimalToHex(d, padding) {
let hex = Number(d).toString(16);
padding = typeof padding === 'undefined' || padding === null ? 2 : padding;
while (hex.length < padding) {
hex = '0' + hex;
}
return hex;
}
function devicePowerQuery() {
clearInterval(devicePowerInterval);
devicePowerInterval = setInterval(() => {
if (waitForDevicePowerInfo && Date.now()-lastDataTime > adapter.config.aliveCheckInterval) {
// We did not got an response from last interval, so device is offline
adapter.log.info('Got no response from Power status check or other data ... reconnect');
clearInterval(devicePowerInterval);
devicePowerInterval = null;
eiscp.close();
return;
}
adapter.log.debug('Request Power status to check device availability...');
eiscp.command('system-power=query');
waitForDevicePowerInfo = true;
}, adapter.config.aliveCheckInterval)
}
function sendInitialCommands(idx) {
if (unloading) return;
// Try to read initial values
if (idx === DATAPOINTS.length) {
return;
}
idx = idx || 0;
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: DATAPOINTS[idx], ack: false});
setTimeout(sendInitialCommands, 100,idx + 1);
}
function main() {
adapter.subscribeStates('*');
adapter.setState('Device.connected', false, true);
adapter.setState('info.connection', false, true);
adapter.config.discoveryInterval = parseInt(adapter.config.discoveryInterval, 10) || 30000;
adapter.config.aliveCheckInterval = parseInt(adapter.config.aliveCheckInterval, 10) || 15000;
// The adapters config (in the instance object everything under the attribute 'native') is accessible via
// adapter.config:
eiscp.on('error', e => {
connectionInterval && adapter.log.debug('Error while trying to connect: ' + e.message || e);
!connectionInterval && adapter.log.error('Error: ' + e.message || e);
});
eiscp.on('debug', message =>
adapter.log.debug(message));
// Try to read all states
adapter.getStatesOf((err, objs) => {
if (objs) {
for (let i = 0; i < objs.length; i++) {
objects[objs[i]._id] = objs[i];
}
}
if (adapter.config.avrAddress) {
adapter.log.info(`Connecting to AVR ${adapter.config.avrAddress}:${adapter.config.avrPort}`);
connectionOptions.host = adapter.config.avrAddress;
connectionOptions.port = adapter.config.avrPort;
} else {
adapter.log.info('Starting AVR discovery');
}
// Connect to receiver
eiscp.connect(connectionOptions);
connectionInterval && clearInterval(connectionInterval);
connectionInterval = setInterval(() => {
eiscp.close();
// Connect to receiver
setTimeout(() => {
if (unloading) return;
eiscp.connect(connectionOptions);
}, 200);
}, adapter.config.discoveryInterval);
});
eiscp.on('connect', () => {
clearInterval(connectionInterval);
connectionInterval = null;
adapter.log.info('Successfully connected to AVR');
adapter.setState('Device.connected', true, true);
adapter.setState('info.connection', true, true);
devicePowerQuery();
// Query some initial information
setTimeout(() => {
if (unloading) return;
sendInitialCommands();
}, 5000);
});
eiscp.on('close', () => {
!connectionInterval && adapter.log.info('AVR disconnected');
adapter.setState('Device.connected', false, true);
adapter.setState('info.connection', false, true);
devicePowerInterval && clearInterval(devicePowerInterval);
devicePowerInterval = null;
if (!unloading && !connectionInterval) {
connectionInterval = setInterval(() => {
eiscp.close();
// Connect to receiver
setTimeout(() => {
if (unloading) return;
eiscp.connect(connectionOptions);
}, 200);
}, adapter.config.discoveryInterval);
}
});
eiscp.on('data', cmd => {
adapter.log.debug('Got message: ' + JSON.stringify(cmd));
lastDataTime = Date.now();
if (waitForDevicePowerInfo && cmd.command === 'system-power' && cmd.zone === 'main') {
adapter.log.debug('Expecting Power details from check, received ...')
waitForDevicePowerInfo = false; // Reset
}
adapter.log.debug('EISCP String: ' + cmd.iscp_command);
// Here we go to select the RAW feedback and take it to the right variable. The RAW is in cmd.iscp_command
const chunk = cmd.iscp_command.substr(0, 3);
let string = cmd.iscp_command.substr(3, 80);
// If a string don't comes clean from eiscp happens on NLAX....
if (string.includes('ISCP')) {
string = string.substring(0, (string.indexOf('ISCP')))
}
adapter.log.debug('chunk: ' + chunk);
adapter.log.debug('string: ' + string);
// SET command with received info
adapter.setState(adapter.namespace + '.' + 'Device.command', {val: cmd.iscp_command, ack: true});
//Onkyo_Power_Zone1
if (chunk === 'PWR') {
string = parseInt(string, 10); //convert string to integer
if (string === 1) {
adapter.setState(adapter.namespace + '.' + 'Zone1.Power', {val: true, ack: true});
}
if (string === 0) {
adapter.setState(adapter.namespace + '.' + 'Zone1.Power', {val: false, ack: true});
}
}
//Onkyo_Power_Zone2
if (chunk === 'ZPW') {
string = parseInt(string, 10); //convert string to integer
if (string === 1) {
adapter.setState(adapter.namespace + '.' + 'Zone2.Power', {val: true, ack: true});
}
if (string === 0) {
adapter.setState(adapter.namespace + '.' + 'Zone2.Power', {val: false, ack: true});
}
}
//Onkyo_Power_Zone3
if (chunk === 'PW3') {
string = parseInt(string, 10); //convert string to integer
if (string === 1) {
adapter.setState(adapter.namespace + '.' + 'Zone3.Power', {val: true, ack: true});
}
if (string === 0) {
adapter.setState(adapter.namespace + '.' + 'Zone3.Power', {val: false, ack: true});
}
}
//Audio information
if (chunk === 'IFA') {
adapter.setState(adapter.namespace + '.' + 'Device.AudioInformation', {val: string, ack: true});
}
//Net Play Status
if (chunk === 'NST') {
const nst_play = string.substr(0, 1); //Play status (S=Stop,P=Play,p=pause,F,FF,R,FR)
const nst_repeat = string.substr(1, 1); //Repeat status (-=Off,R=All,F=Folder,1=Repeat 1)
const nst_shuffle = string.substr(2, 1); //Shuffle status (-=Off,S=All,A=Album,F=Folder)
//NET_Play_Status
switch (nst_play) {
case 'S' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaStop', {val: true, ack: true});
// set other false
adapter.setState(adapter.namespace + '.' + 'Device.MediaPlay', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaPause', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaForward', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastForward', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaReverse', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastReverse', {val: false, ack: true});
break;
case 'P' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaPlay', {val: true, ack: true});
// set other false
adapter.setState(adapter.namespace + '.' + 'Device.MediaStop', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaPause', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaForward', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastForward', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaReverse', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastReverse', {val: false, ack: true});
break;
case 'p' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaPause', {val: true, ack: true});
// set other false
adapter.setState(adapter.namespace + '.' + 'Device.MediaStop', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaPlay', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaForward', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastForward', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaReverse', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastReverse', {val: false, ack: true});
break;
case 'F' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaForward', {val: true, ack: true});
// set other false
adapter.setState(adapter.namespace + '.' + 'Device.MediaStop', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaPlay', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaPause', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastForward', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaReverse', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastReverse', {val: false, ack: true});
break;
case 'FF' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastForward', {val: true, ack: true});
// set other false
adapter.setState(adapter.namespace + '.' + 'Device.MediaStop', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaPlay', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaPause', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaForward', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaReverse', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastReverse', {val: false, ack: true});
break;
case 'R' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaReverse', {val: true, ack: true});
// set other false
adapter.setState(adapter.namespace + '.' + 'Device.MediaStop', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaPlay', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaPause', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaForward', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastForward', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastReverse', {val: false, ack: true});
break;
case 'FR' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastReverse', {val: true, ack: true});
// set other false
adapter.setState(adapter.namespace + '.' + 'Device.MediaStop', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaPlay', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaPause', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaForward', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaFastForward', {val: false, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaReverse', {val: false, ack: true});
break;
}
switch (nst_repeat) {
case '-' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaState', {val: 'Off', ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaRepeat', {val: false, ack: true});
break;
case 'R' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaState', {val: 'All', ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaRepeat', {val: true, ack: true});
break;
case 'F' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaState', {val: 'Folder', ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaRepeat', {val: true, ack: true});
break;
case '1' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaState', {val: 'Repeat 1', ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaRepeat', {val: true, ack: true});
break;
}
switch (nst_shuffle) {
case '-' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaModeShuffleStatus', {
val: 'Off',
ack: true
});
adapter.setState(adapter.namespace + '.' + 'Device.MediaModeShuffle', {val: '0', ack: true});
break;
case 'S' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaModeShuffleStatus', {
val: 'All',
ack: true
});
adapter.setState(adapter.namespace + '.' + 'Device.MediaModeShuffle', {val: '1', ack: true});
break;
case 'A' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaModeShuffleStatus', {
val: 'Album',
ack: true
});
adapter.setState(adapter.namespace + '.' + 'Device.MediaModeShuffle', {val: '1', ack: true});
break;
case 'F' :
adapter.setState(adapter.namespace + '.' + 'Device.MediaModeShuffleStatus', {
val: 'Folder',
ack: true
});
adapter.setState(adapter.namespace + '.' + 'Device.MediaModeShuffle', {val: '1', ack: true});
break;
}
adapter.setState(adapter.namespace + '.' + 'NET_Shuffle_Status', {val: nst_shuffle, ack: true});
}
//Onkyo_Audio_Mute_Zone1
if (chunk === 'AMT') {
string = parseInt(string, 10); //convert string to integer
if (string === 1) {
adapter.setState(adapter.namespace + '.' + 'Zone1.Mute', {val: true, ack: true});
}
if (string === 0) {
adapter.setState(adapter.namespace + '.' + 'Zone1.Mute', {val: false, ack: true});
}
}
//Onkyo_Audio_Mute_Zone2
if (chunk === 'ZMT') {
string = parseInt(string, 10); //convert string to integer
if (string === 1) {
adapter.setState(adapter.namespace + '.' + 'Zone2.Mute', {val: true, ack: true});
}
if (string === 0) {
adapter.setState(adapter.namespace + '.' + 'Zone2.Mute', {val: false, ack: true});
}
}
//Onkyo_Audio_Mute_Zone3
if (chunk === 'MT3') {
string = parseInt(string, 10); //convert string to integer
if (string === 1) {
adapter.setState(adapter.namespace + '.' + 'Zone3.Mute', {val: true, ack: true});
}
if (string === 0) {
adapter.setState(adapter.namespace + '.' + 'Zone3.Mute', {val: false, ack: true});
}
}
//Onkyo_Input_Select_Zone1 (hex)
if (chunk === 'SLI') {
string = string.substr(0, 2)
adapter.setState(adapter.namespace + '.' + 'Zone1.InputSelect', {val: string, ack: true});
}
//Onkyo_Input_Select_Zone2 (hex)
if (chunk === 'SLZ') {
string = string.substr(0, 2)
adapter.setState(adapter.namespace + '.' + 'Zone2.InputSelect', {val: string, ack: true});
}
//Onkyo_Input_Select_Zone3 (hex)
if (chunk === 'SL3') {
string = string.substr(0, 2)
adapter.setState(adapter.namespace + '.' + 'Zone3.InputSelect', {val: string, ack: true});
}
//Onkyo_Internet_Radio_Preset_Zone1
if (chunk === 'NPR') {
string = parseInt(string, 16); //convert hex to decimal
adapter.setState(adapter.namespace + '.' + 'Zone1.NetRadioPreset', {val: string, ack: true});
}
//Onkyo_Internet_Radio_Preset_Zone2
if (chunk === 'NPZ') {
string = parseInt(string, 16); //convert hex to decimal
adapter.setState(adapter.namespace + '.' + 'Zone2.NetRadioPreset', {val: string, ack: true});
}
//Onkyo_Internet_Radio_Preset_Zone3
if (chunk === 'NP3') {
string = parseInt(string, 16); //convert hex to decimal
adapter.setState(adapter.namespace + '.' + 'Zone3.NetRadioPreset', {val: string, ack: true});
}
//Listening_Mode
if (chunk === 'LMD') {
string = string.substr(0, 2)
adapter.setState(adapter.namespace + '.' + 'Device.ListeningMode', {val: string, ack: true});
}
//Onkyo_NET/USB_Album_Name_Info
if (chunk === 'NAL') {
adapter.setState(adapter.namespace + '.' + 'Device.MediaAlbumName', {val: string, ack: true});
}
//Onkyo_NET/USB_Artist_Name_Info
if (chunk === 'NAT') {
adapter.setState(adapter.namespace + '.' + 'Device.MediaArtistNameInfo', {val: string, ack: true});
}
//Onkyo_NET/USB_Time_Info
if (chunk === 'NTM') {
adapter.setState(adapter.namespace + '.' + 'Device.MediaTimeInfo', {val: string, ack: true});
let time_current_1 = string.substr(0, 2); // Current time
time_current_1 = parseInt(time_current_1) * 60;
let time_current_2 = string.substr(3, 2); // Current time
time_current_2 = parseInt(time_current_2);
const time_current = time_current_1 + time_current_2;
let time_1 = string.substr(6, 2); // time
time_1 = parseInt(time_1) * 60;
let time_2 = string.substr(9, 2); // time
time_2 = parseInt(time_2);
const time = time_1 + time_2;
adapter.setState(adapter.namespace + '.' + 'Device.MediaTimeCurrent', {val: time_current, ack: true});
adapter.setState(adapter.namespace + '.' + 'Device.MediaTime', {val: time, ack: true});
}
//Onkyo_NET/USB_Title_Name
if (chunk === 'NTI') {
adapter.setState(adapter.namespace + '.' + 'Device.MediaTitelName', {val: string, ack: true});
}
//Onkyo_NET/USB_Track_Info
if (chunk === 'NTR') {
adapter.setState(adapter.namespace + '.' + 'Device.MediaTrack', {val: string, ack: true});
}
//Onkyo_Tuner_Preset_Zone1
if (chunk === 'PRS') {
string = parseInt(string, 16); //convert hex to decimal
adapter.setState(adapter.namespace + '.' + 'Zone1.TunerPreset', {val: string, ack: true});
}
//Onkyo_Tuner_Preset_Zone2
if (chunk === 'PRZ') {
string = parseInt(string, 16); //convert hex to decimal
adapter.setState(adapter.namespace + '.' + 'Zone2.TunerPreset', {val: string, ack: true});
}
//Onkyo_Tuner_Preset_Zone3
if (chunk === 'PR3') {