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main.js
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/**
*
* iobroker extron (SIS) Adapter
*
* Copyright (c) 2020-2025, Bannsaenger <[email protected]>
*
* CC-NC-BY 4.0 License
*
* last edit 20250131 mschlgl
*/
// The adapter-core module gives you access to the core ioBroker functions
const utils = require('@iobroker/adapter-core');
// Load your modules here, e.g.:
// @ts-ignore
const fs = require('fs');
// @ts-ignore
const Client = require('ssh2').Client;
const Net = require('net');
// @ts-ignore
const ping = require ('net-ping');
// @ts-ignore
const path = require('path');
const errCodes = {
'E01' : 'Invalid input channel number (out of range)',
'E10' : 'Unrecognized command',
'E11' : 'Invalid preset number (out of range)',
'E12' : 'Invalid port/output number (out of range)',
'E13' : 'Invalid parameter (number is out of range)',
'E14' : 'Not valid for this configuration',
'E17' : 'Invalid command for signal type / system timed out',
'E18' : 'System/command timed out',
'E22' : 'Busy',
'E24' : 'Privilege violation',
'E25' : 'Device not present',
'E26' : 'Maximum number of connections exceeded',
'E27' : 'Invalid event number',
'E28' : 'Bad filename or file not found',
'E30' : 'Hardware failure',
'E31' : 'Attempt to break port passthrough when not set'
};
const invalidChars = ['+','~',',','@','=',"'",'[',']','{','}','<','>','`','"',':',';','|','\\','?'];
class Extron extends utils.Adapter {
/**
* @param {Partial<utils.AdapterOptions>} [options={}]
*/
constructor(options) {
super({
...options,
name: 'extron',
});
this.on('ready', this.onReady.bind(this));
this.on('stateChange', this.onStateChange.bind(this));
// this.on('objectChange', this.onObjectChange.bind(this));
this.on('message', this.onMessage.bind(this));
this.on('unload', this.onUnload.bind(this));
}
/**
* Is called when databases are connected and adapter received configuration.
*/
async onReady() {
try {
// Initialize your adapter here
const startTime = Date.now();
// read Objects template for object generation
this.objectTemplates = JSON.parse(fs.readFileSync(__dirname + '/lib/object_templates.json', 'utf8'));
// read devices for device check
this.devices = JSON.parse(fs.readFileSync(__dirname + '/lib/device_mapping.json', 'utf8'));
this.initVars();
// Reset the connection indicator during startup
this.setState('info.connection', false, true);
// Check whether the device type is already chosen. If not, skip the initialisation process and run in offline mode
// only for the messageBox
if (this.config.device === '') {
this.log.warn(`No device type specified. Running in Offline Mode`);
} else {
// The adapters config (in the instance object everything under the attribute "native") is accessible via
// this.config:
this.log.info('onReady(): configured host/port: ' + this.config.host + ':' + this.config.port);
/*
* For every state in the system there has to be also an object of type state
*/
await this.setInstanceNameAsync();
await this.createDeviceCommonAsync();
await this.createDatabaseAsync();
for (const device of this.config.remoteDevices) {
await this.createDeviceCommonAsync(device.danteName);
//await this.createDatabaseAsync(device.danteName);
}
await this.createStatesListAsync();
// In order to get state updates, you need to subscribe to them. The following line adds a subscription for our variable we have created above.
// this.subscribeStates('testVariable');
this.subscribeStates('*'); // subscribe to all states
// Client callbacks
switch (this.config.type) {
case 'ssh' :
this.client.on('keyboard-interactive', this.onClientKeyboard.bind(this));
this.client.on('ready', this.onClientReady.bind(this));
//this.client.on('banner', this.onClientBanner.bind(this));
this.client.on('close', this.onClientClose.bind(this));
this.client.on('error', this.onClientError.bind(this));
this.client.on('end', this.onClientEnd.bind(this));
break;
case 'telnet' :
this.net.on('connectionAttempt',()=>{this.log.debug(`this.net.on: Telnet: connectionAttempt started`);});
this.net.on('connectionAttemptTimeout',()=>{this.log.warn(`this.net.on: Telnet: connectionAttemptTimeout`);this.device.connectionState = 'FAILED';});
this.net.on('connectionAttemptFailed',()=>{this.log.warn(`this.net.on: Telnet: connectionAttemptFailed`);this.device.connectionState = 'FAILED';});
this.net.on('timeout',()=>{this.log.warn(`this.net.on: Telnet: connection idle timeout`);});
this.net.on('connect',()=>{this.log.debug(`this.net.on: Telnet: connected`);});
this.net.on('ready', this.onClientReady.bind(this));
this.net.on('error', this.onClientError.bind(this));
this.net.on('end', this.onClientEnd.bind(this));
this.net.on('close', ()=>{
this.log.debug(`this.net.on: Telnet: socket closed`);
this.device.connectionState = 'CLOSED';
//this.clientReConnect();
});
break;
}
this.log.info(`onReady(): Extron took ${Date.now() - startTime}ms to initialize and setup db`);
// start central timer/interval handler
// @ts-ignore
this.centralIntervalTimer = setInterval(this.centralIntervalTimer.bind(this), this.tmrRes);
}
} catch (err) {
this.errorHandler(err, 'onReady');
}
}
/**
* called to initialize internal variables
*/
initVars() {
this.log.debug('initVars(): Extron initializing internal variables');
this.sendBuffer = []; // Send buffer (Array of commands to send)
this.fileBuffer = new Uint8Array; // buffer for file data
this.grpCmdBuf = new Array(65).fill([]); // buffer for group command while a group deletion is pending
// Status variables
this.isDeviceChecked = false; // will be true if device sends banner and will be verified
this.isLoggedIn = false; // will be true once telnet login completed
this.isVerboseMode = false; // will be true if verbose mode 3 is active
this.initDone = false; // will be true if all init is done
this.device = {'model':'','name':'','version':'','description':'','connectionState':'NEW','ipAddress':this.config.host,'port':this.config.port,'active':true}; // will be filled according to device responses
this.statusRequested = false; // will be true once device status has been requested after init
this.statusSent = false; // will be true once database settings have been sent to device
this.clientReady = false; // will be true if device connection is ready
//this.timers = {}; // Some timers and intervalls
this.debugSSH = false; // debug option for full ssh debug log on adapter.log.silly
this.client = new Client(); // Create a ssh lient socket to connect to the device
this.net = new Net.Socket({'readable':true,'writable' : true, 'allowHalfOpen' : false}); // Create a client socket to connect to the device
this.net.setKeepAlive(true);
this.net.setNoDelay(true);
this.stream = undefined; // placeholder for the stream
this.streamAvailable = true; // if false wait for continue event
this.stateList = []; // will be filled with all existing states
this.maxPollCount = typeof this.config.maxPollCount != 'undefined'?this.config.maxPollCount:10; // set maxPollCount if undefined set 10
this.pollCount = 0; // count sent status query
this.playerLoaded = [false, false, false, false, false, false, false,false]; // remember which player has a file assigned
this.auxOutEnabled = [false, false, false, false, false, false, false,false]; // remember which aux output is enabled
this.groupTypes = new Array(65); // prepare array to hold the type of groups
this.groupTypes.fill(0);
this.groupMembers = new Array(65); // prepare array to hold actual group members
this.groupMembers.fill([]);
this.grpDelPnd = new Array(65).fill(false); // prepare array to flag group deletions pending
this.fileSend = false; // flag to signal a file is currently sended
this.requestDir = false; // flag to signal a list user files command has been issued and a directory list is to be received
this.file = {'fileName' : '', 'timeStamp' : '', 'fileSize': 0}; // file object
this.fileList = {'freeSpace' : 0, 'files' : [this.file]}; // array to hold current file list
this.stateBuf = [{'id': '', 'timestamp' : 0}]; // array to hold state changes with timestamp
this.presetList = ''; // list of SMD202 preset channels
this.requestPresets = false; // flag to signal thet device preset list has been requested (applies to SMD202)
this.deviceList = ''; // list of DANTE devices as reported
this.rcvDanteDeviceList = false; // flag on receiving DANTE device list
this.danteDevices = {}; // store subdevices controlled via DANTE
this.tmrRes = this.config.tmrRes || 100; // timer resolution, default 100 ms
this.preCheckWithICMP = this.config.preCheckWithICMP === undefined ? true : this.config.preCheckWithICMP, // check the availability of the device with ping
this.tryICMPAfterRetries = this.config.tryICMPAfterRetries || 2; // switch to ICMP (ping) availability check after n tries, -1 = off
this.connectTimeout = this.config.connectTimeout || 3000; // time to wait for connection to complet in ms (defalt 3s)
this.reConnectTimeout = this.config.reconnectDelay || 10000; // time to wait after a connection failure for a new attempt (default: 10 s)
// -------------------------------------------------------------------------------------
// create a ping session for connection checking
this.ping_options = {
networkProtocol: ping.NetworkProtocol.IPv4,
packetSize: 16,
retries: 1,
timeout: 1000,
ttl: 128
};
this.pingSession = ping.createSession(this.ping_options);
// ping session events
this.pingSession.on('close', this.onPingClose.bind(this));
this.pingSession.on('error', this.onPingError.bind(this));
// start central timer/interval handler
// @ts-ignore
//this.centralIntervalTimer = setInterval(this.centralIntervalTimer.bind(this), this.tmrRes);
}
/**
* Intervaltimer tmrRes (default: 1) per Second to handle all timeouts and reconnets etc.
*/
centralIntervalTimer() {
try {
// iterate through all devices
//for (const device of this.devices) {
const device = this.device;
switch (device.connectionState) {
case 'NEW': // Initialize timers etc.
if (this.preCheckWithICMP) {
device.connectionState = 'ICMP_CHECKING';
device.timeToWait = this.connectTimeout/this.tmrRes;
this.pingSession.pingHost(device.ipAddress, this.onPingCallback.bind(this));
} else {
device.connectionState = 'CONNECTING';
device.timeToWait = this.connectTimeout/this.tmrRes;
device.connectionAttempt = this.tryICMPAfterRetries;
this.clientConnect();
}
break;
case 'CONNECTED': // Handle timers for Alive and GetStatus
if (device.timeoutPolling > 0) {
device.timeoutPolling--;
} else {
device.timeoutPolling = this.config.pollDelay/this.tmrRes;
this.queryStatus();
}
break;
case 'CLOSED':
case 'FAILED':
device.timeToWait = 0; // handle closed or failed connections immediately
device.connectionState = 'CONNECTING';
break;
case 'CONNECTING': // Check whether the connection timneout has exeeded
if (device.timeToWait > 0) {
device.timeToWait--;
} else {
//if (this.callback) this.callback('OFFLINE', {'message': `Device ${device.ipAddress} is offline`, 'macAddress': device.device, 'senderIp': device.ipAddress});
//if (device.net) device.net.destroy();
//device.net = undefined;
device.timeToWait = this.reConnectTimeout/this.tmrRes;
if (device.connectionAttempt > 0) {
device.connectionAttempt--;
//this.log.warn(`noch ${device.connectionAttempt} übrig`)
device.connectionState = 'RECONNECT_WAITING';
} else {
//this.log.warn(`gehe zu ICMP check`)
device.connectionState = 'ICMP_CHECKING';
}
}
break;
case 'RECONNECT_WAITING': // try to reconnect when timer expired
if (device.timeToWait > 0) {
device.timeToWait--;
} else {
device.connectionState = 'CONNECTING';
device.timeToWait = this.connectTimeout/this.tmrRes;
this.clientConnect();
}
break;
case 'ICMP_CHECKING':
if (device.timeToWait > 0) {
device.timeToWait--;
} else {
device.timeToWait = this.reConnectTimeout/this.tmrRes;
this.log.debug(`centralIntervalTimer(): pinging ${device.ipAddress}`);
this.pingSession.pingHost(device.ipAddress, this.onPingCallback.bind(this));
}
break;
case 'ICMP_AVAILABLE':
device.connectionState = 'CONNECTING';
device.timeToWait = this.connectTimeout/this.tmrRes;
device.connectionAttempt = this.tryICMPAfterRetries;
this.clientConnect();
break;
}
//}
} catch(err) {
this.errorHandler(err, 'centralIntervalTimer');
}
}
/**
* try to connect to the device
*/
clientConnect() {
try {
this.log.info(`clientConnect(): Extron connecting via ${this.config.type} to: ${this.config.host}:${this.config.port}`);
switch (this.config.type) {
case 'ssh' :
this.client.connect({
'host': this.config.host,
'port': Number(this.config.port),
'username': this.config.user,
'password': this.config.pass,
'keepaliveInterval': 5000,
// @ts-ignore
'debug': this.debugSSH ? this.log.silly.bind(this) : undefined,
//'debug': true,
'readyTimeout': 5000,
'tryKeyboard': true
});
break;
case 'telnet' :
this.stream = this.net.connect(Number(this.config.port), this.config.host);
break;
}
} catch (err) {
this.errorHandler(err, 'clientConnect');
}
}
/**
* called if keyboard authentication must be fullfilled
* @param {string} _name
* @param {string} _instructions
* @param {string} _instructionsLang
* @param {array} _prompts
* @param {function} finish
*/
onClientKeyboard(_name, _instructions, _instructionsLang, _prompts, finish) {
try {
this.log.info('onClientKeyboard(): Extron keyboard autentication in progress. Send back password');
finish([this.config.pass]);
} catch (err) {
this.errorHandler(err, 'onClientKeyboard');
}
}
/**
* called if client is successfully connected
*/
onClientReady() {
try {
switch (this.config.type) {
case 'ssh' :
this.log.info('onClientReady(): Extron is authenticated successfully, now open the stream');
this.client.shell(function (error, channel) {
try {
if (error) throw error;
// @ts-ignore
this.log.info('onClientReady(): Extron shell established channel');
this.stream = channel;
} catch (err) {
// @ts-ignore
this.errorHandler(err, 'onClientReady');
}
});
break;
case 'telnet' :
this.log.info('onClientReady(): Extron established Telnet connection');
break;
}
this.stream.on('error', this.onStreamError.bind(this));
// @ts-ignore
this.stream.on('close', this.onStreamClose.bind(this));
// @ts-ignore
this.stream.on('data', this.onStreamData.bind(this));
// @ts-ignore
this.stream.on('drain', this.onStreamContinue.bind(this));
// Set the connection indicator after authentication and an open stream
// @ts-ignore
this.log.info('onClientReady(): Extron connected');
this.device.connectionState = 'CONNECTED';
this.device.timeToWait = 0;
this.device.timeoutPolling = 0; // next timercycle there will be a polling
// @ts-ignore
// this.setState('info.connection', true, true);
//this.timers.timeoutQueryStatus = setTimeout(this.queryStatus.bind(this), this.config.pollDelay); // start polling the device
} catch (err) {
this.errorHandler(err, 'onClientReady');
}
}
/**
* called if client has recieved a banner
* @param {string} message
* @param {string} language
*/
/*
onClientBanner(message, language) {
this.log.info(`onClientBanner(): Extron sent back banner: "${message}" in language: "${language}"`);
}*/
/**
* called if client is closed
*/
onClientClose() {
try {
this.log.info('onClientClose(): Extron SSH client closed');
// Reset the connection indicator
this.setState('info.connection', false, true);
this.clientReady = false;
this.isDeviceChecked = false; // will be true if device sends banner and will be verified
this.isVerboseMode = false; // will be true if verbose mode 3 is active
this.initDone = false; // will be true if all init is done
this.statusRequested = false; // will be true if device status has been requested after init
this.statusSent = false; // will be true once database settings have been sent to device
this.stream = undefined;
this.device.connectionState = 'CLOSED';
} catch (err) {
this.errorHandler(err, 'onClientClose');
}
}
/**
* called if the socket is disconnected
*/
onClientEnd() {
try {
this.log.info('onClientEnd(): Extron client socket got disconnected');
this.setState('info.connection', false, true);
this.device.connectionState = 'CLOSED';
} catch (err) {
this.errorHandler(err, 'onClientEnd');
}
}
/**
* reconnect Client after error
*/
clientReConnect() {
// clear poll timer
//clearTimeout(this.timers.timeoutQueryStatus); // stop the query timer
// Status variables to be reset
this.setState('info.connection', false, true);
this.isLoggedIn = false; // will be true once telnet login completed
this.isVerboseMode = false; // will be true if verbose mode 3 is active
this.isDeviceChecked = false; // will be true if device sends banner and will be verified
this.log.info(`clientReConnect(): reconnecting after ${this.config.reconnectDelay}ms`);
//this.timers.timeoutReconnectClient = setTimeout(this.clientConnect.bind(this),this.config.reconnectDelay);
}
/**
* called if client receives an error
* @param {any} err
*/
onClientError(err) {
switch (this.config.type) {
case 'ssh' :
break;
case 'telnet' :
if (this.net.connect) {
this.log.debug(`onClientError(): telnet connection pending ...`);
return;
}
break;
}
this.device.connectionState = 'FAILED';
this.log.error(`onClientError(): error detected ${err}`);
this.errorHandler(err, 'onClientError');
}
/**
* Is called if a session error occurs
* @param {any} err Error
*/
onPingError(err) {
try {
this.log.error(`ICMP session Server got Error: <${err.toString()}> closing server.`);
this.pingSession.close();
} catch(err) {
this.errorHandler(err, 'onPingError');
}
}
/**
* Is called when the session is closed via session.close
*/
onPingClose() {
this.log.info('onPingClose(): ICMP session is closed');
}
/**
* Is used as callback for session.ping
* @param {Error} error Instance of the Error class or a sub-class, or null if no error occurred
* @param {any} target The target parameter as specified in the request still be the target host and NOT the responding gateway
* @param {Date} sent An instance of the Date class specifying when the first ping was sent for this request (refer to the Round Trip Time section for more information)
* @param {Date} rcvd An instance of the Date class specifying when the request completed (refer to the Round Trip Time section for more information)
*/
onPingCallback(error, target, sent, rcvd) {
try {
// @ts-ignore
const ms = rcvd - sent;
if (error)
this.log.debug(`ping: ${target}: ${error.toString()}`);
else {
this.log.debug(`ping: ${target}: Alive (ms=${ms})`);
//const device = this.devices.find(item => item.ipAddress === target);
this.device.connectionState = 'ICMP_AVAILABLE';
// reconnect is done in the timer routine
}
} catch(err) {
this.errorHandler(err, 'onPingCallback');
}
}
/**
* called to send data to the stream
* @param {string | Uint8Array | any} data
* @param {string | void} device
*/
streamSend(data, device='') {
try {
if (device != '') if ((this.devices[this.config.device].model.includes('Plus')||this.devices[this.config.device].model.includes('XMP') )) { // DANTE control only on DMP plus / XMP series
data = data.replace('\r','|'); // for DANTE relayed messages replace '\r' with '|'
data = `{dante@${device}:${data}}\r`; // format DANTE relay message
}
if (this.streamAvailable) {
this.setState(device != ''?`dante.${device}.info.connection`:'info.connection', true, true);
if (!this.fileSend) this.log.debug(`streamSend(): Extron sends data to the ${this.config.type} stream: "${this.decodeBufferToLog(data)}"`);
this.streamAvailable = this.stream.write(data);
} else {
this.setState(device != ''?`dante.${device}.info.connection`:'info.connection', false, true);
if (!this.fileSend) {
const bufSize = this.sendBuffer.push(data);
this.log.warn(`streamSend(): Extron push data to the send buffer: "${this.decodeBufferToLog(data)}" new buffersize:${bufSize}`);
} else {
const bufSize = Array.from(this.fileBuffer).push(data);
this.log.warn(`streamSend(): Extron push data to the file buffer: new buffersize:${bufSize}`);
}
}
} catch (err) {
this.errorHandler(err, 'streamSend');
this.device.connectionState = 'FAILED';
//this.clientReConnect();
}
}
/**
* called if stream receives data
* @param {string | Uint8Array} data
*/
async onStreamData(data) {
let members = [];
const userFileList = [];
const device = this.devices[this.config.device].short;
this.streamAvailable = true; // if we receive data the stream is available
if (this.fileSend) return; // do nothing during file transmission
try {
this.log.debug(`onStreamData(): received buffer: "${this.decodeBufferToLog(data)}"`);
data = data.toString(); // convert buffer to String
//this.log.debug(`onStreamData(): received data: "${this.decodeBufferToLog(data)}"`);
if (!this.isDeviceChecked) { // the first data has to be the banner with device info
if (data.includes(this.devices[this.config.device].pno)) {
this.isDeviceChecked = true;
this.log.info(`onStreamData(): Device "${this.devices[this.config.device].model}" verified`);
// this.setState('info.connection', true, true);
if (this.config.type === 'ssh') {
if (!this.isVerboseMode) { // enter the verbose mode
this.sendVerboseMode();
return;
}
}
} else {
throw { 'message': 'Device mismatch error', 'stack' : 'Please recreate the instance or connect to the correct device' };
}
return;
}
if (this.config.type === 'telnet') {
if (data.includes('Password:')) {
this.isLoggedIn = false;
this.isVerboseMode = false;
this.setState('info.connection', false, true);
this.log.info('onStreamData(): Extron received Telnet Password request');
this.streamSend(`${this.config.pass}\r`);
return;
}
if (data.includes('Login Administrator')) {
this.isLoggedIn = true;
this.log.info('onStreamData(): Extron Telnet logged in');
this.setState('info.connection', true, true);
if (!this.isVerboseMode) this.sendVerboseMode(); // enter the verbose mode
return;
}
}
const deviceMatch = data.match(/(?:Expr[al]) ((.+\r\n)+)\r\n/gim); // check for multiline devicelist
if (deviceMatch) {
this.log.debug(`onStreamData(): deviceMatch ${JSON.stringify(deviceMatch)}`);
for (const matchLst of deviceMatch) {
this.log.debug(`onStreamData(): matchLst: ${matchLst}`);
let replaceLst = matchLst.replace(/\r\n/g, '*'); // reformat devicelist
replaceLst = replaceLst.replace('**', '\r\n'); // to a single line item
this.log.debug(`onStreamData(): replaceLst: ${replaceLst}`);
data = data.replace(matchLst,replaceLst); // replace multiline devicelist with single line item
}
}
// iterate through multiple answers connected via [LF]
const answers = data.split('\n');
this.log.debug(`onStreamData(): received answers: ${JSON.stringify(answers)}`);
for (let answer of answers) {
answer = answer.replace(/[\r\n]/gm, ''); // remove [CR] and [LF] from string
if (answer.match(/\.\w{3} /) || this.requestDir) {
if (answer.endsWith('Bytes Left')) {
this.log.info(`onStreamData(): received freespace: "${answer.match(/\d+/)}"`);
this.requestDir = false; // directory list has been received, clear flag
this.fileList.freeSpace = Number(answer.match(/\d+/)); // set freeSpace in list
this.setUserFilesAsync(userFileList); // call subroutine to set database values
} else {
this.requestDir = true;
this.log.info(`onStreamData(): received file data: "${answer}"`);
userFileList.push(answer);
}
} else if (answer.startsWith('TvprG') || this.requestPresets) {
this.requestPresets = true;
this.presetList += answer;
if (answer.match(/"name":".*"\}\]$/)) {
this.log.debug(`onStreamData(): end of presetList detected`);
this.requestPresets = false;
this.presetList = this.presetList.match(/(?!TvprG)(\[\{".*"\}\])/)[0];
this.setPresets(this.presetList);
}
} else {
// lookup the command
// const matchArray = answer.match(/([A-Z][a-z]+[A-Z]|\w{3})(\d*)\*?,? ?(.*)/i); // initial separation detecting eg. "DsG60000*-10"
const matchArray = answer.match(/({(dante)@(.*)})?([A-Z][a-z]{1,3}[A-Z]|E|\w{3})([\w-]*|\d*),?\*? ?(.*)/i); // extended to detect DANTE remote responses eg. "{dante@AXI44-92efe7}DsG60000*-10"
//matchArray[ 0 1 2 3 4 5 6
if (matchArray) { // if any match
this.log.debug(`onStreamData() matchArray: "${matchArray}"`);
const command = matchArray[4].toUpperCase();
const dante = matchArray[2]?(matchArray[2] == 'dante'): false;
const danteDevice = matchArray[3];
const ext1 = matchArray[5] ? matchArray[5] : '';
const ext2 = matchArray[6] ? matchArray[6] : '';
this.log.debug(`onStreamData(): ${dante?'"'+danteDevice+'" ':''}command "${command}", ext1 "${ext1}", ext2 "${ext2}"`);
this.pollCount = 0; // reset pollcounter as valid data has been received
switch (command) {
case 'E': // Error handling
this.log.warn(`onStreamData(): Error response from ${dante?'danteDevice '+danteDevice:'device'} '${command}${ext1}': ${errCodes[command+ext1]}}`);
break;
case 'VRB': // verbose mode change
this.log.info(`onStreamData(): ${dante?'danteDevice '+danteDevice:'device'} entered verbose mode: "${ext1}"`);
if (dante) this.setVerboseMode(danteDevice);
else this.setVerboseMode();
break;
case 'VER': // received a Version (answer to status query)
switch (ext1) {
case '00' :
this.log.debug(`onStreamData(): received ${dante?'"'+danteDevice+'" ':''}detailed firmware version: "${ext2}"`);
break;
case '01' :
this.log.debug(`onStreamData(): received ${dante?'"'+danteDevice+'" ':''}firmware version: "${ext2}"`);
if (dante) this.danteDevices[danteDevice].version = `${ext2}`;
else this.device.version = `${ext2}`;
this.log.debug(`onStreamData(): set ${dante?`dante.${danteDevice}.`:''}device.version: "${ext2}"`);
if (dante) this.setState(`dante.${danteDevice}.device.version`, ext2, true);
else this.setState(`device.version`, ext2, true);
break;
case '02' :
this.log.debug(`onStreamData(): received ${dante?'"'+danteDevice+'" ':''}device description: "${ext2}"`);
break;
case '03' :
this.log.debug(`onStreamData(): received ${dante?'"'+danteDevice+'" ':''}device memory usage: "${ext2}"`);
break;
case '04' :
this.log.debug(`onStreamData(): received ${dante?'"'+danteDevice+'" ':''}user memory usage: "${ext2}"`);
break;
case '14' :
this.log.debug(`onStreamData(): received ${dante?'"'+danteDevice+'" ':''}embedded OS type and version: "${ext2}"`);
break;
case '20' :
this.log.debug(`onStreamData(): received ${dante?'"'+danteDevice+'" ':''}firmware version with build: "${ext2}"`);
break;
default:
this.log.warn(`onStreamData(): received ${dante?'"'+danteDevice+'" ':''}unknown version information: "${ext2}"`);
}
break;
case 'INF': // received device information
switch (ext1) {
case '01' :
this.log.info(`onStreamData(): received ${dante?`dante.${danteDevice}`:'device'}} model: "${ext2}"`);
if (dante) this.danteDevices[danteDevice].model = `${ext2}`;
else this.device.model = `${ext2}`;
this.log.debug(`onStreamData(): set ${dante?`dante.${danteDevice}.`:''}device.model: "${ext2}"`);
this.setState(`${dante?`dante.${danteDevice}.`:''}device.model`, ext2, true);
break;
case '02' :
this.log.info(`onStreamData(): received ${dante?`dante.${danteDevice}`:'device'} description: "${ext2}"`);
if (dante) this.danteDevices[danteDevice].description = `${ext2}`;
else this.device.description = `${ext2}`;
this.log.debug(`onStreamData(): set ${dante?`dante.${danteDevice}.`:''}device.description: "${ext2}"`);
this.setState(`${dante?`dante.${danteDevice}.`:''}device.description`, ext2, true);
break;
default:
this.log.warn(`onStreamData(): received ${dante?'"'+danteDevice+'" ':''}unknown information: "${ext2}"`);
}
break;
case 'IPN': // received a device name
this.log.info(`onStreamData(): received ${dante?'dante ':''}devicename: "${ext2}"`);
if (dante) this.danteDevices[danteDevice].name = `${ext2}`;
else this.device.name = `${ext2}`;
this.log.debug(`onStreamData(): set ${dante?`dante.${danteDevice}.`:''}device.name: "${ext2}"`);
this.setState(`${dante?`dante.${danteDevice}.`:''}device.name`, ext2, true);
break;
case 'PNO': // received Part Number
this.log.info(`onStreamData(): received ${dante?`dante ${danteDevice} `:'device '}partnumber: "${ext1}"`);
this.setDevicePartnumber(dante?danteDevice:'', ext1);
break;
// DSP SIS commands
case 'DSA' : // dynamics attack
this.log.info(`onStreamData(): received attack time change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
break;
case 'DSB':
if (ext1.startsWith('460')) { // AEC Block
this.log.info(`onStreamData(): received AEC config change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
} else
this.log.warn(`onStreamData(): unknown OID: "${ext1}" for ${dante?'"'+danteDevice+'" ':''}command: "${command}"`);
break;
case 'DSC':
if (ext1.startsWith('460')) { // AEC Block
this.log.info(`onStreamData(): received AEC config change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
} else
this.log.warn(`onStreamData(): unknown OID: "${ext1}" for ${dante?'"'+danteDevice+'" ':''}command: "${command}"`);
break;
case 'DSD':
if (ext1.startsWith('400')) { // input source control
this.log.info(`onStreamData(): received source ${command} from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: "${ext2}"`);
this.setSource(ext1, ext2);
} else if (ext1.startsWith('450')) { // input delay value change
this.log.info(`onStreamData(): received delay value change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}samples"`);
} else if (ext1.startsWith('590')) { // input automixer group change
this.log.info(`onStreamData(): received automix group change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: "${ext2}"`);
} else if (ext1.startsWith('600')) { // aux output target change
this.log.info(`onStreamData(): received aux output target change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: "${ext2}"`);
this.setSource(ext1, ext2);
} else if (ext1.startsWith('650')) { // output delay value change
this.log.info(`onStreamData(): received delay value change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}samples"`);
} else
this.log.warn(`onStreamData(): unknown OID: "${ext1}" for ${dante?'"'+danteDevice+'" ':''}command: "${command}"`);
break;
case 'DSE' : // DSP block bypass change
if (ext1.startsWith('41')) { // input filter block
this.log.info(`onStreamData(): received input filter block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
this.setDspBlockStatus(ext1, ext2);
} else if (ext1.startsWith('44')) { // input dynamics block
this.log.info(`onStreamData(): received input dynamics block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
this.setDspBlockStatus(ext1, ext2);
} else if (ext1.startsWith('450')) { // input delay block
this.log.info(`onStreamData(): received input delay block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
this.setDspBlockStatus(ext1, ext2);
} else if (ext1.startsWith('460')) { // input aec block
this.log.info(`onStreamData(): received input aec block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
this.setDspBlockStatus(ext1, ext2);
} else if (ext1.startsWith('480')) { // input ducker block
this.log.info(`onStreamData(): received input ducker block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
this.setDspBlockStatus(ext1, ext2);
} else if (ext1.startsWith('51')) { // output filter block
this.log.info(`onStreamData(): received output filter block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
this.setDspBlockStatus(ext1, ext2);
} else if (ext1.startsWith('52')) { // output feedback suppressor filter block
this.log.info(`onStreamData(): received output feedback suppressor filter block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
this.setDspBlockStatus(ext1, ext2);
} else if (ext1.startsWith('530')) { // output feedback suppressor block
this.log.info(`onStreamData(): received output feedback suppressor block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
this.setDspBlockStatus(ext1, ext2);
} else if (ext1.startsWith('540')) { // output dynamics filter block
this.log.info(`onStreamData(): received output dynamics block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
this.setDspBlockStatus(ext1, ext2);
} else if (ext1.startsWith('550')) { // output delay block
this.log.info(`onStreamData(): received output delay block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
this.setDspBlockStatus(ext1, ext2);
} else if (ext1.startsWith('56')) { // input ducker source block
this.log.info(`onStreamData(): received input ducker source enabled change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
} else if (ext1.startsWith('57')) { // input ducker source block
this.log.info(`onStreamData(): received input ducker source enabled block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
} else if (ext1.startsWith('590')) { // input automix block
this.log.info(`onStreamData(): received input automix block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
} else if (ext1.startsWith('61')) { // output filter block
this.log.info(`onStreamData(): received output filter block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
} else if (ext1.startsWith('640')) { // output dynamics block
this.log.info(`onStreamData(): received output dynamics block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
} else if (ext1.startsWith('650')) { // output delay block
this.log.info(`onStreamData(): received output delay block bypass change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
} else
this.log.warn(`onStreamData(): unknown OID: "${ext1}" for ${dante?'"'+danteDevice+'" ':''}command: "${command}"`);
break;
case 'DSF' : // filter frequency change
this.log.info(`onStreamData(): received filter frequency change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
break;
case 'DSG': // received a gain level change
this.log.info(`onStreamData(): received mute/gain ${command} from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: ${ext2}`);
this.setGain(command, ext1, ext2);
break;
case 'DSH' :
if (ext1.startsWith('400')) { // digital input gain level change
this.log.info(`onStreamData(): received gain ${command} from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: ${ext2}`);
this.setGain(command, ext1, ext2);
} else if (ext1.startsWith('440')) { // input dynamics hold time change
this.log.info(`onStreamData(): received hold time change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
} else if (ext1.startsWith('540')) { // input dynamics hold time change
this.log.info(`onStreamData(): received hold time change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
} else if (ext1.startsWith('640')) { // output dynamics hold time change
this.log.info(`onStreamData(): received hold time change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
} else
this.log.warn(`onStreamData(): unknown OID: "${ext1}" for ${dante?'"'+danteDevice+'" ':''}command: "${command}"`);
break;
case 'DSJ' :
if (ext1.startsWith('400')) { // input config change
this.log.info(`onStreamData(): received input config change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: ${ext2}`);
} else if (ext1.startsWith('590')) { // input DSP config change
this.log.info(`onStreamData(): received DSP block config change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: ${ext2}`);
} else if (ext1.startsWith('600')) { // output config change
this.log.info(`onStreamData(): received output config change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: ${ext2}`);
} else
this.log.warn(`onStreamData(): unknown OID: "${ext1}" for ${dante?'"'+danteDevice+'" ':''}command: "${command}"`);
break;
case 'DSK' : // dynamics knee
this.log.info(`onStreamData(): received dynamic knee change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
break;
case 'DSL' : // dynamics release
this.log.info(`onStreamData(): received release time change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
break;
case 'DSM': // received a mute command
this.log.info(`onStreamData(): received mute ${command} from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: ${ext2}`);
this.setGain(command, ext1, ext2);
break;
case 'DSN':
if (ext1.startsWith('460')) { // digital input AEC config change
this.log.info(`onStreamData(): received input AEC config change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: ${ext2}`);
} else if (ext1.startsWith('590')) { // input automix config change
this.log.info(`onStreamData(): received input automix config change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: ${ext2}`);
} else this.log.warn(`onStreamData(): unknown OID: "${ext1}" for ${dante?'"'+danteDevice+'" ':''}command: "${command}"`);
break;
case 'DSO' : // filter slope 0=6dB/O, 1=12dB/O ... 7=48dB/O
this.log.info(`onStreamData(): received filter slope change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${6+(Number(ext2)*6)}dB/O"`);
break;
case 'DSP':
if (ext1.startsWith('2')) { // mixpoint automixer status change
this.log.info(`onStreamData(): received mixpoint automixer status change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
} else if (ext1.startsWith('400')) { // input polarity change
this.log.info(`onStreamData(): received input polarity change change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: "${ext2}"`);
} else if (ext1.startsWith('590')) { // input automixer last mic change
this.log.info(`onStreamData(): received automix last mic change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: "${ext2}"`);
} else if (ext1.startsWith('600')) { // output polarity change
this.log.info(`onStreamData(): received output polarity change change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: "${ext2}"`);
} else this.log.warn(`onStreamData(): unknown OID: "${ext1}" for ${dante?'"'+danteDevice+'" ':''}command: "${command}"`);
break;
case 'DSQ' : // filter q-factor change
this.log.info(`onStreamData(): received filter Q-factor change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${Number(ext2)/1000}"`);
break;
case 'DSR' : // dynamics ratio
this.log.info(`onStreamData(): received ratio change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
break;
case 'DST' :
if (ext1.startsWith('44')) { // input dynamics threshold change
this.log.info(`onStreamData(): received a threshold change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
this.setDynamicsThreshold(ext1, ext2);
} else if (ext1.startsWith('450')) { // input delay reference temperature change
this.log.info(`onStreamData(): received a delay ref temperature change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}°F"`);
} else if (ext1.startsWith('480')) { // input dynamics threshold change
this.log.info(`onStreamData(): received a threshold change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}°F"`);
} else if (ext1.startsWith('540')) { // input dynamics threshold change
this.log.info(`onStreamData(): received a threshold change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}°F"`);
} else if (ext1.startsWith('550')) { // input delay reference temperature change
this.log.info(`onStreamData(): received a delay ref temperature change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}°F"`);
} else if (ext1.startsWith('590')) { // input dynamics threshold change
this.log.info(`onStreamData(): received a threshold change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}°F"`);
} else if (ext1.startsWith('640')) { // output dynamics block
this.log.info(`onStreamData(): received output dynamics threshold change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
} else if (ext1.startsWith('650')) { // output delay reference temperature change
this.log.info(`onStreamData(): received a delay ref temperature change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}°F"`);
} else
this.log.warn(`onStreamData(): unknown OID: "${ext1}" for ${dante?'"'+danteDevice+'" ':''}command: "${command}"`);
break;
case 'DSU' : // delay unit change 0=samples, 1=ms, 2=fuß, 3=m
this.log.info(`onStreamData(): received delay unit change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
break;
case 'DSV' : // unsolicited volume/meter level
break;
case 'DSW' : // AGC target window
if (ext1.startsWith('44')) { // input dynamics block
this.log.info(`onStreamData(): received input AGC window change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
} else if (ext1.startsWith('540')) { // virtual return dynamics block
this.log.info(`onStreamData(): received virtual return AGC window change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
} else if (ext1.startsWith('640')) { // output dynamics block
this.log.info(`onStreamData(): received output AGC window change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value: "${ext2}"`);
} else
this.log.warn(`onStreamData(): unknown OID: "${ext1}" for ${dante?'"'+danteDevice+'" ':''}command: "${command}"`);
break;
case 'DSY' : // DSP block type change
// dyn 0=no, 1=cmp, 2=lim, 3=gate, 4=agc
// filter 0=no, 1= HP Butterworth, 2 = LP Butterworth, 3= Bass/Treble, 4= pra. EQ, 5= notvh EQ, 6=HP Bessel, 7= LP Bessel, 8= HP Linkwitz, 9= LP Linkwitz, 10 = Loudness
this.log.info(`onStreamData(): received DSP block type change from ${dante?'"'+danteDevice+'" ':''}OID : "${ext1}" value "${ext2}"`);
this.setDspBlockType(ext1, ext2);
break;
case 'DSZ':
if (ext1.startsWith('2')) { // mixPoint processing bypass change
this.log.info(`onStreamData(): processing bypass status change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: ${ext2}`);
} else if (ext1.startsWith('400')) { // input phantom power change
this.log.info(`onStreamData(): Phantom power status change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: ${ext2}`);
} else if (ext1.startsWith('590')) { // input automixer status change
this.log.info(`onStreamData(): automixer status change from ${dante?'"'+danteDevice+'" ':''}OID: "${ext1}" value: ${ext2}`);
} else
this.log.warn(`onStreamData(): unknown OID: "${ext1}" for ${dante?'"'+danteDevice+'" ':''}command: "${command}"`);
break;
// player commands
case 'PLAY': //received a play mode command
this.log.info(`onStreamData(): received play mode ${command} for Player: "${ext1}" value: "${ext2}"`);
this.setPlayMode(ext1, ext2);
break;
case 'CPLYA': //received a file association change
this.log.info(`onStreamData(): received filename for Player: "${ext1}" value: "${ext2}"`);
this.setFileName(ext1, ext2);
break;
case 'CPLYM': //received a set repeat mode change
this.log.info(`onStreamData(): received repeat mode ${command} for Player: "${ext1}" value: "${ext2}"`);
this.setRepeatMode(ext1, ext2);
break;
case 'IN0': // received HDMI Input Signal status change
if (device === 'sme211') {
this.log.info(`onStreamData(): received HDMI input signal change: "${ext2}"`);
this.setState('player.hdmistatus',Number(ext2), true);
}
break;
case 'IN1': // received a tie change from CrossPoint
case 'IN2':
case 'IN3':
case 'IN4':
case 'IN5':
case 'IN6':
case 'IN7':
case 'IN8':
this.log.info(`onStreamData(): received tie command ${command} for output: ${ext2}`);
this.setTie(command, ext2);
break;
case 'LOUT': // received a tie change for loop out
this.log.info(`onStreamData(): received tie command input "${ext1}" to loop output`);