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index.js
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const request = require('request');
const parseString = require('xml2js').parseString;
const { Telnet } = require('telnet-client');
/* Include lib */
const discover = require('./lib/discover');
const pluginName = 'homebridge-denon-heos';
const platformName = 'DenonAVR';
const pluginVersion = '2.9.0';
const defaultPollingInterval = 3;
const infoRetDelay = 250;
const defaultTrace = false;
const autoDiscoverTime = 3000;
const setAVRState = false;
/* Setup settings button and info button */
const infoMenu = 'MNINF';
const settingsMenu = 'MNMEN ON';
let Service;
let Characteristic;
let Accessory;
let UUIDGen;
var traceOn;
var debugToInfo;
var discoverDev;
var g_log;
var foundReceivers = [];
var cachedAccessories = [];
var didFinishLaunching = false;
/* Variables for telnet polling system */
var g_powerState = [false,false,false];
var g_volLevel = [0,0,0];
var g_muteState = [false,false,false];
var g_inputID = [null,null,null];
module.exports = (homebridge) => {
Service = homebridge.hap.Service;
Characteristic = homebridge.hap.Characteristic;
Accessory = homebridge.platformAccessory;
UUIDGen = homebridge.hap.uuid;
homebridge.registerPlatform(pluginName, platformName, denonClient, true);
};
exports.logDebug = function(string) {
if (!debugToInfo)
g_log.debug(string);
else
g_log.warn(string);
}
function logDebug(string) {
if (!debugToInfo)
g_log.debug(string);
else
g_log.warn(string);
}
class denonClient {
constructor(log, config, api) {
g_log = log;
this.port = 3000;
this.api = api;
/* Stop loading if plugin is not configured */
if (!config || (!Array.isArray(config.devices) && !Array.isArray(config.switches) && !Array.isArray(config.volumeControl))) {
g_log.warn("WARNING: No config settings found for homebridge-denon-heos plugin.")
return;
}
traceOn = config.debugTrace || defaultTrace;
debugToInfo = config.debugToInfo || false;
/* Search for all available Denon receivers */
discoverDev = new discover(this, g_log, foundReceivers, autoDiscoverTime, pluginVersion);
api.on('didFinishLaunching', function() {
logDebug("DidFinishLaunching");
didFinishLaunching = true;
this.configReceivers = [];
try {
for (let i in config.switches) {
if (config.switches[i].ip !== undefined && !this.configReceivers[config.switches[i].ip] )
this.configReceivers[config.switches[i].ip] = new receiver(this, config, config.switches[i].ip);
}
} catch {
g_log.error("ERROR: Could not setup switches")
return;
}
try {
for (let i in config.devices) {
if (config.devices[i].ip !== undefined && !this.configReceivers[config.devices[i].ip])
this.configReceivers[config.devices[i].ip] = new receiver(this, config, config.devices[i].ip);
}
} catch {
g_log.error("ERROR: Could not setup devices")
return;
}
try {
for (let i in config.volumeControl) {
if (config.volumeControl[i].ip !== undefined && !this.configReceivers[config.volumeControl[i].ip]){
this.configReceivers[config.volumeControl[i].ip] = new receiver(this, config, config.volumeControl[i].ip);}
}
} catch {
g_log.error("ERROR: Could not setup volume control")
return;
}
setTimeout(this.removeCachedAccessory.bind(this), autoDiscoverTime+5000);
}.bind(this));
}
configureAccessory(platformAccessory){
if (traceOn) {
logDebug('DEBUG: configureAccessory');
try {
logDebug(platformAccessory.displayName);
} catch {
}
}
cachedAccessories.push(platformAccessory);
}
removeCachedAccessory(){
if (traceOn) {
logDebug('DEBUG: removeCachedAccessory');
try {
for (let i in cachedAccessories)
logDebug(cachedAccessories[0].displayName);
} catch {
}
}
try {
this.api.unregisterPlatformAccessories(pluginName, platformName, cachedAccessories);
} catch {
g_log.error("ERROR: Could not unregister accessories.");
}
}
}
class receiver {
constructor(base, config, ip) {
this.port = 3000;
this.api = base.api;
this.ip = ip;
this.base = base;
this.tvAccessories = [];
this.legacyAccessories = [];
this.volumeAccessories = [];
this.switches = config.switches;
this.devices = config.devices;
this.volumeControl = config.volumeControl;
this.devicesDuplicates = [];
this.switchesDuplicates = [];
this.volumeCtrlDuplicates = [];
logDebug('DEBUG: Start receiver with ip: ' + this.ip);
this.pollingInterval = config.pollInterval || defaultPollingInterval;
this.pollingInterval = this.pollingInterval * 1000;
this.htmlControl = true;
this.telnetPort = 23;
this.devInfoSet = false;
this.controlProtocolSet = false;
this.telnetConnection;
this.manufacturer = 'Denon';
this.modelName = pluginName;
this.serialNumber = 'MVV123';
this.firmwareRevision = pluginVersion;
this.disableReceiver = false;
this.pollingTimeout = false;
this.usesManualPort = false;
this.webAPIPort = null;
this.checkAliveInterval = null;
this.zTwoEn = false;
this.zThreeEn = false;
this.poweredOn = [false,false,false];
this.currentInputID = [null,null,null];
this.volDisp = [null,null,null];
this.volumeLevel = [30,30,30];
this.muteState = [false,false,false];
this.getPortSettings();
// this.startConfiguration();
}
getDevInfoSet() {
return this.devInfoSet;
}
setDevInfoSet(set) {
this.devInfoSet = set;
}
returnIP() {
return this.ip;
}
returnPort() {
return this.webAPIPort;
}
hasManualPort() {
return this.usesManualPort;
}
setDisableReceiver(set) {
g_log.error('ERROR: Receiver with IP: ' + this.ip + " is disabled. Can't connect through http or Telnet.")
this.disableReceiver = set;
}
getPortSettings() {
/* Configure switches */
for (var i in this.switches) {
if (this.switches[i].ip === this.ip) {
if (this.webAPIPort === null || this.webAPIPort === 'auto') {
this.webAPIPort = this.switches[i].port || 'auto';
if(this.webAPIPort != 'auto')
this.webAPIPort = this.webAPIPort.toString();
} else {
let temp = this.switches[i].port || 'auto';
if(temp != 'auto') {
temp = temp.toString();
if (temp != this.webAPIPort) {
g_log.error('ERROR: Some manual port number are not equal in config file with receiver: %s', this.ip)
}
}
}
}
}
/* Configure devices */
for (let i in this.devices) {
if (this.devices[i].ip === this.ip) {
if (this.webAPIPort === null || this.webAPIPort === 'auto') {
this.webAPIPort = this.devices[i].port || 'auto';
if(this.webAPIPort != 'auto')
this.webAPIPort = this.webAPIPort.toString();
} else {
let temp = this.devices[i].port || 'auto';
if(temp != 'auto') {
temp = temp.toString();
if (temp != this.webAPIPort) {
g_log.error('ERROR: Some manual port number are not equal in config file with receiver: %s', this.ip)
}
}
}
}
}
/* Configure volumeControl */
for (let i in this.volumeControl) {
if (this.volumeControl[i].ip === this.ip) {
if (this.webAPIPort === null || this.webAPIPort === 'auto') {
this.webAPIPort = this.volumeControl[i].port || 'auto';
if(this.webAPIPort != 'auto')
this.webAPIPort = this.webAPIPort.toString();
} else {
let temp = this.volumeControl[i].port || 'auto';
if(temp != 'auto') {
temp = temp.toString();
if (temp != this.webAPIPort) {
g_log.error('ERROR: Some manual port number are not equal in config file with receiver: %s', this.ip)
}
}
}
}
}
if(this.webAPIPort === 'auto') {
this.discoverControlInterface();
} else if (this.webAPIPort === 'telnet') {
this.htmlControl = false;
logDebug('DEBUG: Manual control through Telnet set: ' + this.ip);
this.controlProtocolSet = true;
this.startConfiguration();
} else {
this.usesManualPort = true;
if(!this.webAPIPort.includes('80')) {
g_log.error('ERROR: Current port %s with ip: %s, is not suitable. Use 80 or 8080 manually instead.', this.webAPIPort, this.ip);
}
logDebug('DEBUG: Manual port ' + this.webAPIPort + ' set: ' + this.ip);
this.controlProtocolSet = true;
this.startConfiguration();
}
}
/*
* Try to connect through html interface. If not possible go for Telnet.
*/
discoverControlInterface () {
var that = this;
/* Try connecting through port 80 */
request('http://' + that.ip + ':80/goform/formMainZone_MainZoneXmlStatusLite.xml', function(error, response, body) {
if(error || body.indexOf('Error 403: Forbidden') === 0) {
/* Try connecting through port 8080 as 80 could not conenct. */
request('http://' + that.ip + ':8080/goform/formMainZone_MainZoneXmlStatusLite.xml', function(error, response, body) {
if(error || body.indexOf('Error 403: Forbidden') === 0) {
/* Html control is not possible. Connect through Telnet */
logDebug('DEBUG: No html control possible. Use Telnet control.')
that.htmlControl = false;
} else {
g_log('Using http control on port 8080 with receiver: ' + that.ip);
that.webAPIPort = '8080';
that.controlProtocolSet = true;
}
that.startConfiguration();
});
} else {
g_log('Using http control with on 80 with receiver: ' + that.ip);
that.webAPIPort = '80';
that.controlProtocolSet = true;
that.startConfiguration();
}
});
}
/*
* Try configure the devices. Wait until receiver discovery is finished.
*/
startConfiguration () {
if (this.disableReceiver)
return;
if (!discoverDev.setDenonInformation(this, g_log) || !didFinishLaunching) {
setTimeout(this.startConfiguration.bind(this), infoRetDelay);
return;
}
if (!this.htmlControl)
this.connectTelnet();
/* Configure switches */
for (var i in this.switches) {
if (this.switches[i].ip === this.ip) {
try {
if (this.switchesDuplicates[this.switches[i].name]) {
g_log.warn("WARNING: A Switch with the name: %s and ip: %s is already added. It will be ignored.", this.switches[i].name, this.switches[i].ip);
continue;
} else {
this.switchesDuplicates[this.switches[i].name] = true;
this.legacyAccessories.push(new legacyClient(this, this.switches[i]));
}
} catch {
g_log.error("ERROR: Could not add Switch accessory.");
}
}
}
/* Configure devices */
for (let i in this.devices) {
if (this.devices[i].ip === this.ip) {
try {
if (this.devicesDuplicates[this.devices[i].name]) {
g_log.warn("WARNING: A Device with the name: %s and ip: %s is already added. It will be ignored.", this.devices[i].name, this.devices[i].ip);
continue;
} else {
this.devicesDuplicates[this.devices[i].name] = true;
this.tvAccessories.push(new tvClient(this, this.devices[i]));
}
} catch {
g_log.error("ERROR: Could not add TV accessory.");
}
}
}
/* Configure volumeControl */
for (let i in this.volumeControl) {
if (this.volumeControl[i].ip === this.ip) {
try {
if (this.volumeCtrlDuplicates[this.volumeControl[i].name]) {
g_log.warn("WARNING: A Volume control with the name: %s and ip: %s is already added. It will be ignored.", this.volumeControl[i].name, this.volumeControl[i].ip);
continue;
} else {
this.volumeCtrlDuplicates[this.volumeControl[i].name] = true;
this.volumeAccessories.push(new volumeClient(this, this.volumeControl[i]));
}
} catch {
g_log.error("ERROR: Could not add Volume control accessory.");
}
}
}
/* start the polling */
setTimeout(this.startPolling, Math.random() * 3000, this);
}
/*
* Diverted start of polling loop.
*/
startPolling (that) {
if (!that.checkAliveInterval) {
that.checkAliveInterval = setInterval(that.pollForUpdates.bind(that, 1), that.pollingInterval);
}
}
/*
* This will start a polling loop that goes on forever and updates
* the on characteristic periodically.
*/
pollForUpdates(zone) {
if (!this.controlProtocolSet)
return;
// if (traceOn)
// logDebug('DEBUG: pollForUpdates zone: ' + zone + ': ' + this.ip);
/* Make sure that no poll is happening just after switch in input/power */
if (this.pollingTimeout) {
this.pollingTimeout = false;
return;
}
var that = this;
if (this.htmlControl) {
var requestString
if (zone == 1)
requestString = 'http://' + that.ip + ':' + this.webAPIPort + '/goform/formMainZone_MainZoneXmlStatusLite.xml';
else if (zone == 2 || zone == 3)
requestString = 'http://' + that.ip + ':' + this.webAPIPort + '/goform/formZone' + zone + '_Zone' + zone + 'XmlStatusLite.xml';
request(requestString, function(error, response, body) {
if(error) {
g_log.error("ERROR: Can't connect to receiver with ip: %s and port: %s", that.ip, that.webAPIPort);
logDebug('DEBUG: ' + error);
} else if (body.indexOf('Error 403: Forbidden') === 0) {
g_log.error('ERROR: Can not access receiver with IP: %s. Might be due to a wrong port. Try 80 or 8080 manually in config file.', that.ip);
} else {
parseString(body, function (err, result) {
if(err) {
logDebug("DEBUG: Error while parsing pollForUpdates. " + err);
}
else {
try {
if (that.volDisp[zone] === null)
that.volDisp[zone] = result.item.VolumeDisplay[0].value[0];
} catch(error) {
that.volDisp[zone] = 'Absolute';
}
let powerState = false;
try {
if (result.item.Power[0].value[0] === 'ON' )
powerState = true;
} catch(error) {
g_log.error('ERROR: Could not retrieve powerstate. Might be due to a wrong ip address.');
return;
}
/* Parse volume of receiver to 0-100% */
let volLevel;
try {
if ( that.volDisp[zone] === 'Absolute' ) {
volLevel = parseInt(result.item.MasterVolume[0].value[0]);
volLevel = volLevel + 80;
}
} catch(error) {
g_log.error('ERROR: Could not retrieve volume level. Might be due to a wrong ip address.');
return;
}
/* Parse mutestate receiver to bool of HB */
let muteState = false;
try {
if (result.item.Mute[0].value[0] === 'on' )
muteState = true;
} catch(error) {
g_log.error('ERROR: Could not retrieve mute state. Might be due to a wrong ip address.');
return;
}
let stateInfo = {
zone: zone,
power: powerState,
inputID: result.item.InputFuncSelect[0].value[0],
masterVol: volLevel,
mute: muteState
}
if (!that.pollingTimeout)
that.updateStates(that, stateInfo, null);
if (zone == 1 && that.zTwoEn)
that.pollForUpdates(2);
else if (zone == 2 && that.zThreeEn)
that.pollForUpdates(3);
}
});
}
});
} else {
that.telnetConnection.send('PW?');
this.telnetConnection.send('MU?');
this.telnetConnection.send('MV?');
this.telnetConnection.send('SI?');
if (that.zTwoEn) {
this.telnetConnection.send('Z2MU?');
that.telnetConnection.send('Z2?');
}
if (that.zThreeEn) {
this.telnetConnection.send('Z3MU?');
that.telnetConnection.send('Z3?');
}
}
}
/*
* Used to update the state of all. Disable polling for one poll.
*/
updateStates(that, stateInfo, curName) {
if (curName)
that.pollingTimeout = true;
if (stateInfo.masterVol == undefined)
stateInfo.masterVol = 0;
if (traceOn)
logDebug(stateInfo);
if (stateInfo.power === true || stateInfo.power === false)
that.poweredOn[stateInfo.zone-1] = stateInfo.power;
if (stateInfo.inputID)
that.currentInputID[stateInfo.zone-1] = stateInfo.inputID;
if (stateInfo.mute === true || stateInfo.mute === false)
that.muteState[stateInfo.zone-1] = stateInfo.mute;
if (stateInfo.masterVol)
that.volumeLevel[stateInfo.zone-1] = stateInfo.masterVol;
for (let i in that.legacyAccessories) {
if (that.legacyAccessories[i].getName() != curName) {
that.legacyAccessories[i].setReceiverState(stateInfo);
}
}
for (let i in that.tvAccessories) {
if (that.tvAccessories[i].getName() != curName) {
that.tvAccessories[i].setReceiverState(stateInfo);
}
}
for (let i in that.volumeAccessories) {
if (that.volumeAccessories[i].getName() != curName) {
that.volumeAccessories[i].setReceiverState(stateInfo);
}
}
}
/*
* Setup Telnet connection if no HTML control is possible.
*/
connectTelnet() {
this.telnetConnection = new Telnet();
this.telnetConnection.on('connect', () => {
this.connected = true;
logDebug('DEBUG" connected to ' + this.ip);
});
this.telnetConnection.on('close', () => {
this.connected = false;
logDebug('DEBUG: lost connection to ' + this.ip);
if (this.attempts > 5){
g_log.Error("ERROR: Can't connect to receiver with IP: " + this.ip);
}
setTimeout(() => {
connect();
}, 2000);
});
this.telnetConnection.on('error', err => {
// the close event will be called, too
g_log.error(err);
});
this.telnetConnection.on('failedLogin', () => {
g_log.error("ERROR: Can't login at receiver with IP: " + this.ip);
});
this.telnetConnection.on('data', data =>
this.telnetResponseHandler(data.toString('utf8').replace(/\r?\n|\r/gm, ''))
);
connect(this);
}
send(cmd) {
if (cmd && this.queue.length) {
logDebug('DEBUG: pushed command to queue');
this.queue.push(cmd);
return;
}
if (!cmd && this.queue.length) {
logDebug('DEBUG: get cmd from queue');
cmd = this.queue[0];
this.queue.shift();
}
this.telnetConnection
.send(cmd + '\r')
.then(() => {
logDebug('DEBUG: command ' + cmd + ' successfully send');
if (this.queue.length) setTimeout(() => this.send(), 100);
})
.catch(err => {
logDebug('DEBUG: error: ' + err);
if (this.queue.length) setTimeout(() => this.send(), 100);
});
}
telnetResponseHandler(res) {
const regExp = /MUON|MUOFF|PWON|PWSTANDBY|MV\d{1,3}|SI\S{1,10}|Z2MUON|Z2MUOFF|Z2ON|Z2OFF|Z2\d{1,3}|Z2\S{1,10}|Z3MUON|Z3MUOFF|Z3ON|Z3OFF|Z3\d{1,3}|Z3\S{1,10}/gm;
res = res.match(regExp);
if (!Array.isArray(res)) return;
for (let i = 0; i < res.length; i++) {
// logDebug('DEBUG: received response: ' + res[i]);
switch (res[i].slice(0,2)) {
case 'PW':
if (res[i] === 'PWON')
g_powerState[0] = true;
else if (res[i] === 'PWSTANDBY')
g_powerState[0] = false;
break;
case 'MV':
if (res[i] === /MV\d{1,3}/g.exec(res[i])[0]) {
g_volLevel[0] = parseInt(/\d{1,3}/g.exec(res[i])[0]);
}
break;
case 'MU':
if (res[i] === 'MUON')
g_muteState[0] = true;
else if (res[i] === 'MUOFF')
g_muteState[0] = false;
break;
case 'SI':
if (res[i].slice(0,7) === 'SINFAIS') {
break;
}
if (res[i] === /SI\S{1,20}/g.exec(res[i])[0]) {
let stateInfo = {
zone: 1,
power: g_powerState[0],
inputID: res[i].slice(2),
masterVol: g_volLevel[0],
mute: g_muteState[0]
}
if (!this.pollingTimeout)
this.updateStates(this, stateInfo, null);
}
break;
case 'Z2':
if (res[i] === 'Z2ON')
g_powerState[1] = true;
else if (res[i] === 'Z2OFF')
g_powerState[1] = false;
else if (res[i] === 'Z2MUON')
g_muteState[1] = true;
else if (res[i] === 'Z2MUOFF')
g_muteState[1] = false;
else if (res[i].slice(2,9) === 'SINFAIS')
break;
else if (parseInt(res[i].slice(2)) == parseInt(res[i].slice(2))) {
let stateInfo = {
zone: 2,
power: g_powerState[1],
inputID: g_inputID[1],
masterVol: parseInt(res[i].slice(2,5)),
mute: g_muteState[1]
}
if (!this.pollingTimeout)
this.updateStates(this, stateInfo, null);
}
else if (res[i] === /Z2\S{1,20}/g.exec(res[i])[0])
g_inputID[1] = res[i].slice(2);
break;
case 'Z3':
if (res[i] === 'Z3ON')
g_powerState[2] = true;
else if (res[i] === 'Z3OFF')
g_powerState[2] = false;
else if (res[i] === 'Z3MUON')
g_muteState[2] = true;
else if (res[i] === 'Z3MUOFF')
g_muteState[2] = false;
else if (res[i].slice(2,9) === 'SINFAIS')
break;
else if (parseInt(res[i].slice(2)) == parseInt(res[i].slice(2))) {
let stateInfo = {
zone: 2,
power: g_powerState[2],
inputID: g_inputID[2],
masterVol: parseInt(res[i].slice(2,5)),
mute: g_muteState[2]
}
if (!this.pollingTimeout)
this.updateStates(this, stateInfo, null);
}
else if (res[i] === /Z3\S{1,20}/g.exec(res[i])[0])
g_inputID[2] = res[i].slice(2);
break;
}
}
}
}
connect = async (that) => {
that.attempts++;
const params = {
host: that.ip,
port: 23,
echoLines: 0,
irs: '\r',
negotiationMandatory: false,
ors: '\r\n',
separator: false,
shellPrompt: '',
timeout: 800,
};
await that.telnetConnection.connect(params);
that.connected = true;
that.attempts = 0;
that.controlProtocolSet = true;
g_log('Using Telnet control with receiver: ' + that.ip);
};
class tvClient {
constructor(recv, device) {
this.port = 3000;
this.api = recv.api;
this.recv = recv;
this.tvServicePort = recv.webAPIPort;
this.manufacturer = recv.manufacturer;
this.modelName = recv.modelName;
this.serialNumber = recv.serialNumber;
this.firmwareRevision = recv.firmwareRevision;
// configuration
this.name = device.name || 'Denon Receiver';
this.ip = device.ip;
this.inputs = device.inputs;
this.zone = device.zone || 1;
if (this.zone < 1 || this.zone > 3)
this.zone = 1;
if (this.zone == 2)
this.recv.zTwoEn = true;
if (this.zone == 3)
this.recv.zThreeEn = true;
this.iterator = this.zone - 1;
this.defaultVolume = {};
this.switchInfoMenu = device.switchInfoMenu;
if (this.switchInfoMenu === true) {
this.infoButton = settingsMenu;
this.menuButton = infoMenu;
} else {
this.infoButton = infoMenu;
this.menuButton = settingsMenu;
}
this.defaultInputID = device.defaultInputID;
/* setup variables */
this.inputIDSet = false;
this.inputIDs = new Array();
this.setDefaultInputTimeout;
/* Delay to wait for retrieve device info */
this.setupTvService();
}
/*****************************************
* Start of TV integration service
****************************************/
setupTvService() {
if (traceOn)
logDebug('DEBUG: setupTvService zone: ' + this.zone + ': ' + this.name);
this.tvAccesory = new Accessory(this.name, UUIDGen.generate(this.ip+this.name+"tvService"));
this.tvAccesory.category = this.api.hap.Categories.AUDIO_RECEIVER;
this.tvService = new Service.Television(this.name, 'tvService');
this.tvService
.setCharacteristic(Characteristic.ConfiguredName, this.name);
this.tvService
.setCharacteristic(Characteristic.SleepDiscoveryMode, Characteristic.SleepDiscoveryMode.ALWAYS_DISCOVERABLE);
this.tvService
.getCharacteristic(Characteristic.Active)
.on('get', this.getPowerState.bind(this))
.on('set', this.setPowerState.bind(this));
this.tvService
.getCharacteristic(Characteristic.ActiveIdentifier)
.on('set', (inputIdentifier, callback) => {
this.setAppSwitchState(true, callback, this.inputIDs[inputIdentifier]);
})
.on('get', this.getAppSwitchState.bind(this));
this.tvService
.getCharacteristic(Characteristic.RemoteKey)
.on('set', this.remoteKeyPress.bind(this));
this.tvService
.getCharacteristic(Characteristic.PowerModeSelection)
.on('set', (newValue, callback) => {
if (this.recv.poweredOn[this.iterator]) {
request('http://' + this.ip + ':' + this.tvServicePort + '/goform/formiPhoneAppDirect.xml?' + this.menuButton, function(error, response, body) {});
}
callback();
});
this.tvAccesory
.getService(Service.AccessoryInformation)
.setCharacteristic(Characteristic.Manufacturer, this.manufacturer)
.setCharacteristic(Characteristic.Model, this.modelName)
.setCharacteristic(Characteristic.SerialNumber, this.serialNumber)
.setCharacteristic(Characteristic.FirmwareRevision, this.firmwareRevision);
this.tvAccesory.addService(this.tvService);
this.setupTvSpeakerService();
this.setupInputSourcesService();
logDebug('DEBUG: publishExternalAccessories zone: ' + this.zone + ': ' + this.name);
this.api.publishExternalAccessories(pluginName, [this.tvAccesory]);
}
setupTvSpeakerService() {
if (traceOn)
logDebug('DEBUG: setupTvSpeakerService zone: ' + this.zone + ': ' + this.name);
this.tvSpeakerService = new Service.TelevisionSpeaker(this.name + ' Volume', 'tvSpeakerService');
this.tvSpeakerService
.setCharacteristic(Characteristic.Active, Characteristic.Active.ACTIVE)
.setCharacteristic(Characteristic.VolumeControlType, Characteristic.VolumeControlType.ABSOLUTE);
this.tvSpeakerService
.getCharacteristic(Characteristic.VolumeSelector)
.on('set', (state, callback) => {
logDebug('DEBUG: Remote control (VolumeSelector), pressed: ' + state === 1 ? 'Down' : 'Up');
this.setVolumeSwitch(state, callback, !state);
});
this.tvSpeakerService
.getCharacteristic(Characteristic.Volume)
.on('get', this.getVolume.bind(this))
.on('set', this.setVolume.bind(this));
this.tvSpeakerService
.getCharacteristic(Characteristic.Mute)
.on('get', this.getMuteState.bind(this))
.on('set', this.setMuteState.bind(this));
this.tvAccesory.addService(this.tvSpeakerService);
this.tvService.addLinkedService(this.tvSpeakerService);
}
setupInputSourcesService() {
if (traceOn)
logDebug('DEBUG: setupInputSourcesService zone: ' + this.zone + ': ' + this.name);
if (this.inputs === undefined || this.inputs === null || this.inputs.length <= 0) {
return;
}
if (Array.isArray(this.inputs) === false) {
this.inputs = [this.inputs];
}
let savedNames = {};
this.inputs.forEach((value, i) => {
// get inputID
let inputID = null;
if (value.inputID !== undefined) {
inputID = value.inputID;
} else {
inputID = value;
}
// get name
let inputName = inputID;
if (savedNames && savedNames[inputID]) {
inputName = savedNames[inputID];
} else if (value.name) {
inputName = value.name;
}
this.defaultVolume[inputID] = 0
if (value.defaultVolume !== undefined) {
this.defaultVolume[inputID] = value.defaultVolume;
}
// if inputID not null or empty add the input
if (inputID !== undefined && inputID !== null && inputID !== '') {
inputID = inputID.replace(/\s/g, ''); // remove all white spaces from the string
let tempInput = new Service.InputSource(inputID, 'inputSource' + i);
tempInput
.setCharacteristic(Characteristic.Identifier, i)
.setCharacteristic(Characteristic.ConfiguredName, inputName)
.setCharacteristic(Characteristic.IsConfigured, Characteristic.IsConfigured.CONFIGURED)
.setCharacteristic(Characteristic.InputSourceType, Characteristic.InputSourceType.APPLICATION)
.setCharacteristic(Characteristic.CurrentVisibilityState, Characteristic.CurrentVisibilityState.SHOWN);
tempInput
.getCharacteristic(Characteristic.ConfiguredName)
.on('set', (name, callback) => {
savedNames[inputID] = name;
callback()
});
this.tvAccesory.addService(tempInput);
if (!tempInput.linked)
this.tvService.addLinkedService(tempInput);
this.inputIDs.push(inputID);
}
});
}
/*****************************************
* End of TV integration service
****************************************/
/*****************************************
* Start of helper methods
****************************************/
updateReceiverState(tvStatus) {
if (!tvStatus) {
if (this.powerService)
this.powerService
.getCharacteristic(Characteristic.On)
.updateValue(false);
if (this.tvService)
this.tvService
.getCharacteristic(Characteristic.Active)
.updateValue(false); //tv service
if (this.volumeService) {
this.volumeService
.getCharacteristic(Characteristic.On)
.updateValue(false);
this.volumeService
.getCharacteristic(Characteristic.Volume)
.updateValue(this.recv.volumeLevel[this.iterator]);
this.volumeService
.getCharacteristic(Characteristic.Mute)
.updateValue(false);
}
} else {
if (this.powerService)
this.powerService
.getCharacteristic(Characteristic.On)
.updateValue(true);
if (this.tvService)
this.tvService
.getCharacteristic(Characteristic.Active)
.updateValue(true); //tv service
if (this.volumeService) {
this.volumeService
.getCharacteristic(Characteristic.On)