citysys-flowserver/flow/cmd_manager.js

exports.id = 'cmd_manager';
exports.title = 'CMD Manager';
exports.group = 'Worksys';
exports.color = '#5D9CEC';
exports.version = '0.0.3';
exports.output = ['red', 'blue', 'yellow', 'blue', 'white'];

//blue - send message to relays

exports.input = true;
exports.author = 'Daniel Segeš';
exports.icon = 'cloud-upload';
//exports.npm = ['serialport' , 'child_process'];

exports.html = `
<div class="padding">
  <div class="row">
    <div class="col-md-12">
      <div>RPC - run RPC calls</div><br>
    </div>
  </div>
  <div data-jc="textbox" data-jc-path="username" class="m" data-jc-config="required:true">@(User)</div>
  <div class="row">
    <div class="col-md-6 m">
      <div data-jc="textbox" data-jc-path="userpassword" data-jc-config="required:true">@(Password)</div>
    </div>
    <div class="col-md-6 m">
      <div data-jc="textbox" data-jc-path="edge" data-jc-config="required:true">@(My edge)</div>
    </div>
  </div>
</div>
`;

exports.readme = `Manager for CMD calls`;

const SerialPort = require('serialport');
const { exec } = require('child_process');
const { crc8, crc16, crc32 } = require('easy-crc');
const { openPort, runSyncExec, writeData } = require('./helper/serialport_helper.js');
const { bytesToInt, longToByteArray, addZeroBefore, isEmptyObject, convertUTCDateToLocalDate } = require('./helper/utils');
const bitwise = require('bitwise');

var SunCalc = require('./helper/suncalc.js');
const DataToTbHandler = require('./helper/DataToTbHandler.js');
const ErrorToServiceHandler = require('./helper/ErrorToServiceHandler.js');
const { promisifyBuilder, makeMapFromDbResult} = require('./helper/db_helper.js');
const { sendNotification, initNotifications, ERRWEIGHT } = require('./helper/notification_reporter.js');

const dbNodes = TABLE("nodes");
const dbRelays = TABLE("relays");
const dbSettings = TABLE("settings");

//https://github.com/log4js-node/log4js-node/blob/master/examples/example.js
//file: { type: 'file', filename: path.join(__dirname, 'log/file.log') }
var path = require('path');
var log4js = require("log4js");
const process = require('process');

//TODO - to remove?
// runTasks intervals
const SHORT_INTERVAL = 50;
const LONG_INTERVAL = 500;

//send data to following instances:
const SEND_TO = {
  debug: 0,
  tb: 1,
  http_response: 2,
  dido_controller: 3,
  infoSender: 4
}

const PRIORITY_TYPES = {
  terminal: 0,
  fw_detection: 1,//reserved only for FW detection - FLOW.OMS_masterNodeIsResponding
  high_priority: 2,//reserverd only for: read dimming / brightness (after set dimming from platform)
  relay_profile: 3,
  node_broadcast: 4,
  node_profile: 5,
  node_cmd: 6
}

//list of command calls to process. Processing in runTasks function
let tasks = [];

let interval = null;//timeout for procesing tasks
let refFlowdata = null;//holds reference to httprequest flowdata
let refFlowdataObj = {};

//load from settings
let latitude = 48.70826502;//48.682255758;
let longitude = 17.28455203;//17.278910807;

const gmtOffset = 0;

//ak nie je nastaveny 
//https://www.tecmint.com/set-time-timezone-and-synchronize-time-using-timedatectl-command/
//https://stackoverflow.com/questions/16086962/how-to-get-a-time-zone-from-a-location-using-latitude-and-longitude-coordinates

//priorities for registers
let priorities = [];

let minutes = 1;
priorities["0"] = minutes;
priorities["1"] = minutes;

minutes = 5;
priorities["74"] = minutes;
priorities["75"] = minutes;
priorities["76"] = minutes;
priorities["77"] = minutes;
priorities["78"] = minutes;
priorities["79"] = minutes;
priorities["84"] = minutes;

minutes = 10; 
priorities["87"] = minutes;
priorities["6"] = minutes;
priorities["7"] = minutes;
priorities["80"] = minutes;
priorities["8"] = minutes;
priorities["3"] = minutes;
priorities["89"] = minutes;

//prikazy kt sa budu spustat na dany node - see config.js in terminal-oms.app. (1 - dimming)
let listOfCommands = [0,1,3,6,7,8,74,75,76,77,78,79,80,84,87,89];

const errorHandler = new ErrorToServiceHandler();

let rotary_switch_state = "Off";
let lux_sensor;
let state_of_breaker = {};//key is line, value is On/Off
let disconnectedReport = {};//key is tbname, value true/false

let relaysData = {};//key is line, value is data from db
let nodesData = {};//key is node, value data from db

//helper container for counting resolved group of commands (commands related to set profile)
let cmdCounter = {};//key is node, value is counter
let cmdNOKNodeCounter = {};//key is node, value is counter

//END OF VARIABLE SETTINGS
//--------------------------------


log4js.configure({
  appenders: {
    errLogs: { type: 'file', compress:true, daysToKeep: 2, maxLogSize: 1048576, backups: 1, keepFileExt: true, filename: path.join(__dirname + "/../", 'err.txt') },
    monitorLogs: { type: 'file', compress:true, daysToKeep: 2, maxLogSize: 1048576, backups: 1, keepFileExt: true, filename: path.join(__dirname + "/../", 'monitor.txt') },
    console: { type: 'console' }
  },
  categories: {
    errLogs: { appenders: ['console', 'errLogs'], level: 'error' },
    monitorLogs: { appenders: ['console', 'monitorLogs'], level: 'trace' },
    //another: { appenders: ['console'], level: 'trace' },
    default: { appenders: ['console'], level: 'trace' }
  }
});

const errLogger = log4js.getLogger("errLogs");
const logger = log4js.getLogger();
const monitor = log4js.getLogger("monitorLogs");

//USAGE
//logger.debug("text")
//monitor.info('info');
//errLogger.error("some error");


function cmdCounterResolve(address)
{
  if(cmdCounter.hasOwnProperty(address))
  {
    cmdCounter[address] = cmdCounter[address] - 1;
    
    let result = cmdCounter[address];
    if(result == 0) delete cmdCounter[address];
    return result;
  }
  return -1;
}


function getParams(priority)
{
  let params = {};

  //core rpc values
  params.address = 0;//if(recipient === 0) address = 0;
  params.byte1 = 0;//msb, podla dokumentacie data3
  params.byte2 = 0;//podla dokumentacie data2
  params.byte3 = 0;//podla dokumentacie data1
  params.byte4 = 0;//lsb, podla dokumentacie data0
  params.recipient = 0;//0: Master, 1: Slave, 2: Broadcast
  params.register = -1;//register number
  params.rw = 0;//0: read, 1: write

  //other values
  //params.type = "cmd"; "relay" "cmd-terminal" "set_node_profile" "process_profiles" "edge_date_time" "number_of_luminaires"
  //params.tbname = tbname;
  params.priority = PRIORITY_TYPES.node_cmd; //default priority - if more tasks with the same timestamp, we sort them based on priority
  params.timestamp = 0; //execution time - if timestamp < Date.now(), the task is processed
  if(priority != undefined )
  {
    params.timestamp = priority;
    params.priority = priority;
  }
  
  params.addMinutesToTimestamp = 0;//repeat task if value is > 0,

  //params.timePointName = "luxOff" // "luxOn", "dusk", "dawn", "profileTimepoint"
  //params.info = "";

  return params;
}


async function loadSettings()
{
  let responseSettings = await promisifyBuilder(dbSettings.find());

  latitude = responseSettings[0]["latitude"];
  longitude = responseSettings[0]["longitude"];

  //globals
  FLOW.OMS_language = responseSettings[0]["lang"];
  FLOW.OMS_rvo_name = responseSettings[0]["rvo_name"];
  FLOW.OMS_projects_id = responseSettings[0]["projects_id"];
  //FLOW.OMS_rvo_tbname = responseSettings[0]["tbname"];
  FLOW.OMS_temperature_adress = responseSettings[0]["temperature_adress"];
  FLOW.OMS_controller_type = responseSettings[0]["controller_type"];
  FLOW.OMS_serial_port = responseSettings[0]["serial_port"];

  //logger.debug('settings', responseSettings[0]);

  initNotifications();
} 


//nastav profil nodu
function processNodeProfile(node)
{
  if(rotary_switch_state != "Automatic")
  {
    logger.debug("unable to process profile for node", node, "rotary_switch_state != Automatic");
    return;
  }

  let nodeObj = nodesData[node];
  let line = nodeObj.line;

  if(relaysData[line].contactor == 0)
  {
    logger.debug("line line is off", line, node);
    return;
  }

  if(nodeObj.processed == 1)
  {
    logger.debug("node was already processed", node);
    return;
  }

  let profile = nodeObj.profile;

  logger.debug("processNodeProfile: start - set profile for ", node, profile);

  let nodeProfile;
  try{
    nodeProfile = JSON.parse( profile );
    if(Object.keys(nodeProfile).length === 0) throw ("profile is not defined");
  } catch (error) {} 

  //test reset profilu
  //nodeProfile = undefined;

  logger.debug("processNodeProfile", node, line, nodeObj, nodeProfile);
  //return;

  //let timestamp = PRIORITY_TYPES.node_cmd;

  //let now = new Date();
  //now.setSeconds(now.getSeconds() + 10);
  //let timestamp = now.getTime();

  let timestamp = PRIORITY_TYPES.node_cmd;

  //nodeProfile = undefined;
  removeTask({type: "set_node_profile", address: node});
  cmdNOKNodeCounter[node] = 0;

  //co ked sa prave spracovava?
  //if(cmdNOKNodeCounter[params.address] < 5) saveToTb = false;


  if(nodeProfile === undefined)
  {
    //vypneme profil nodu, posleme cmd
    //Pokiaľ je hodnota rovná 1 – Profil sa zapne, ostatné bity sa nezmenia.
    //Pokiaľ sa hodnota rovná 2 – profil sa vypne, ostatné bity sa nezmenia

    logger.debug("turn off profile");

    let params = getParams(PRIORITY_TYPES.node_cmd);
    params.type = "set_node_profile";
    params.address = node;
    params.byte1 = 0;
    params.byte2 = 0;
    params.byte3 = 0;
    params.byte4 = 32;
    params.recipient = 1;
    params.register = 8;
    params.rw = 1;//write
    params.timestamp = timestamp;
    params.addMinutesToTimestamp = 0;
    params.info = 'turn off/reset node profile';

    cmdCounter[node] = 1;

    tasks.push(params);

    //sendNotification("CMD Manager: process cmd", relaysData[0].tbname, ERRWEIGHT.NOTICE, "Master node is working again", "", SEND_TO.tb, instance );
  }
  else
  {
    let tasksProfile = [];
    //cmdCounter[node] = tasksProfile.length;
    //tasks.push(tasksProfile);
    
    //let timestamp = PRIORITY_TYPES.node_cmd;

    //vypneme profil -  Zapísať hodnotu 32 do registra Time Schedule Settings – reset profilu
    let params = getParams(PRIORITY_TYPES.node_cmd);
    params.type = "set_node_profile";
    params.address = node;
    params.byte1 = 0;
    params.byte2 = 0;
    params.byte3 = 0;
    params.byte4 = 32;
    params.recipient = 1;
    params.register = 8;
    params.rw = 1;//write
    params.timestamp = timestamp;
    params.addMinutesToTimestamp = 0;
    params.info = 'turn off node profile';

    tasksProfile.push(params);

    timestamp++;

    logger.debug("processNodeProfile: TS1 Time point a TS1 Time Point Levels ", node);

    //TS1 Time point a TS1 Time Point Levels
    let register = 9;
    for(let i = 0; i < nodeProfile.intervals.length; i++)
    {
      let obj = nodeProfile.intervals[i];
      //let timePoint = obj.time_point;
      let dim_value = obj.value; 


      //Reg 9 až Reg 40

      /*
      Samotný profil sa zapisuje do max. 16 párov – časový bod a úroveň.
      Prázdny profil je vtedy keď časový bod obsahuje hodnotu 0xFFFFFFFF (táto hodnota sa zapíše do registrov keď sa aktivuje reset profilu do registru 8).
      Páry sa prechádzajú časovo zoradené takže teoreticky je jedno v akom poradí sa zapisujú ale je lepšie ich zapisovať v chronologickom poradí od 13:00.
      Časový bod má formát:
      Byte 3: hodiny  Byte 2: minúty  Byte 1: sekundy   Byte 0 – rezervované
      Register úrovne má rovnaký formát ako dimming register (Reg 1). 
      */

    //!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
    //params.byte1 = 0;//msb, podla dokumentacie data3
    //params.byte2 = 0;//podla dokumentacie data2
    //params.byte3 = 0;//podla dokumentacie data1
    //params.byte4 = 0;//lsb, podla dokumentacie data0
    //!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

      let start_time = obj.start_time;
      let t = start_time.split(":");
      //if(timePoint != undefined) t = timePoint.split(":");
      //else t = [0,0];

      logger.debug("processNodeProfile: TS1 Time point ", (i + 1), node);

      params = getParams(PRIORITY_TYPES.node_cmd);
      params.type = "set_node_profile";
      params.address = node;
      params.byte1 = parseInt(t[0]);//hh
      params.byte2 = parseInt(t[1]);//mm
      params.byte3 = 0;//ss
      params.byte4 = 0;//
      params.recipient = 1;
      params.register = register;
      params.rw = 1;//write
      params.timestamp = timestamp;
      params.addMinutesToTimestamp = 0;
      params.info = 'TS1 Time point ' + (i + 1);

      tasksProfile.push(params);

      register++;
      timestamp++;

      params = getParams(PRIORITY_TYPES.node_cmd);
      params.type = "set_node_profile";
      params.address = node;
      params.byte1 = 0;
      params.byte2 = 0;
      params.byte3 = 0;//ss
      params.byte4 = parseInt(dim_value) + 128;//
      params.recipient = 1;
      params.register = register;
      params.rw = 1;//write
      params.timestamp = timestamp;
      params.addMinutesToTimestamp = 0;
      params.info = 'TS1 Time point Levels ' + (i + 1);

      tasksProfile.push(params);

      register++;
      timestamp++;
    }

    //Threshold lux level for DUSK/DAWN
    //!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
    //params.byte1 = 0;//msb, podla dokumentacie data3
    //params.byte2 = 0;//podla dokumentacie data2
    //params.byte3 = 0;//podla dokumentacie data1
    //params.byte4 = 0;//lsb, podla dokumentacie data0
    //!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!


    //Time schedule settings na koniec
    //if(nodeProfile.dusk_lux_sensor || nodeProfile.dawn_lux_sensor)
    {

      logger.debug("processNodeProfile: Threshold lux level for DUSK/DAWN", node);

      let params = getParams(PRIORITY_TYPES.node_cmd);
      params.type = "set_node_profile";
      params.address = node;
      params.register = 96;
      params.recipient = 1;
      params.rw = 1;//write
      params.timestamp = timestamp;
      params.addMinutesToTimestamp = 0;
      params.info = "Threshold lux level for DUSK/DAWN";

      if(nodeProfile.dusk_lux_sensor)
      {
        let v = nodeProfile.dusk_lux_sensor_value;
        let ba = longToByteArray(v);

        params.byte1 = ba[1];//msb
        params.byte2 = ba[0];
      }

      if(nodeProfile.dawn_lux_sensor)
      {
        let v = nodeProfile.dawn_lux_sensor_value;
        let ba = longToByteArray(v);

        params.byte3 = ba[1];//msb
        params.byte4 = ba[0];
      }

      tasksProfile.push(params);
      timestamp++;

    }

    //DUSK/DAWN max. adjust period
    {

      logger.debug("processNodeProfile: DUSK/DAWN max. adjust period", node);

      let params = getParams(PRIORITY_TYPES.node_cmd);
      params.type = "set_node_profile";
      params.address = node;
      params.register = 97;
      params.recipient = 1;
      params.rw = 1;//write
      params.timestamp = timestamp;
      params.addMinutesToTimestamp = 0;
      params.info = "DUSK/DAWN max. adjust period";

      if(nodeProfile.astro_clock)
      {
        let v = nodeProfile.dusk_lux_sensor_time_window;
        let ba = longToByteArray(v);

        params.byte1 = ba[1];//msb
        params.byte2 = ba[0];
      }

      if(nodeProfile.astro_clock)
      {
        let v = nodeProfile.dawn_lux_sensor_time_window;
        let ba = longToByteArray(v);

        params.byte3 = ba[1];//msb
        params.byte4 = ba[0];
      }

      tasksProfile.push(params);
      timestamp++;

    }

    //Static offset
    {

      //Statický offset pre časy úsvitu a súmraku. Byte 1 je pre DUSK, Byte 0 je pre DAWN. Formát:
      //Bity 0 – 6: hodnota v minútach
      //Bit 7:  znamienko (1 – mínus)
      
      logger.debug("processNodeProfile: Static offset", node);

      let params = getParams(PRIORITY_TYPES.node_cmd);
      params.type = "set_node_profile";
      params.address = node;
      params.register = 98;
      params.recipient = 1;
      params.rw = 1;//write
      params.timestamp = timestamp;
      params.addMinutesToTimestamp = 0;
      params.info = "Static offset";

      if(nodeProfile.astro_clock)
      {
        let dusk_astro_clock_offset = parseInt(nodeProfile.dusk_astro_clock_offset);
        let dawn_astro_clock_offset = parseInt(nodeProfile.dawn_astro_clock_offset);

        if(dusk_astro_clock_offset < 0)
        {
          params.byte3 = (dusk_astro_clock_offset * -1) + 128;
        }
        else
        {
          params.byte3 = dusk_astro_clock_offset;
        }

        if(dawn_astro_clock_offset < 0)
        {
          params.byte4 = (dawn_astro_clock_offset * -1) + 128;
        }
        else
        {
          params.byte4 = dawn_astro_clock_offset;
        }
      }

      tasksProfile.push(params);
      timestamp++;
    }

    logger.debug("Time schedule settings - turn on", node);

    params = getParams(PRIORITY_TYPES.node_cmd);
    params.type = "set_node_profile";
    params.address = node;
    params.register = 8;
    params.recipient = 1;
    params.rw = 1;//write
    
    

    //Time schedule settings
    let bits = [];

    //Byte 0 (LSB):
    //Bit 0 (LSB) – zapnutie/vypnutie profilov ako takých (1 – zapnuté). 
    bits.push(1);
    //Bit 1 – 3     - zatiaľ nepoužité (zapisovať 0)
    bits.push(0);
    bits.push(0);
    bits.push(0);
    if(nodeProfile.astro_clock == true)
    {
      //Bit 4 – ak je nastavený profil sa riadi podľa astrohodín, a je 0 tak profil je jednoduchý
      bits.push(1);
    }
    else bits.push(0);

    //Bit 5 – zápis 1 spôsobí reset nastavení profilu (nastavenie prázdneho profilu)
    bits.push(0);

    //Bity 6-7    - zatiaľ nepoužité
    bits.push(0);
    bits.push(0);

    params.byte4 = bitwise.byte.write(bits.reverse());

    //Byte 2 – nastavenie pre lux senzor:
    bits = [];

    //Bit 0 (LSB) – riadenie súmraku podľa lux senzoru (1 – zapnuté). Súmrak sa môže posúvať v rámci  času v registri 97 podľa intenzity osvetlenia
    if(nodeProfile.dusk_lux_sensor == true)//sumrak
    {
      bits.push(1);
    }
    else bits.push(0);

    //Bit 1 - riadenie úsvitu podľa lux senzoru (1 – zapnuté). Úsvit sa môže posúvať v rámci  času v registri 97 podľa intenzity osvetlenia
    if(profile.dawn_lux_sensor == true)//usvit
    {
      bits.push(1);
    }
    else bits.push(0);

    //Bit 2 – zdroj pre hodnotu luxov – 0 – RVO posiela hodnoty zo svojho luxmetra, 1 – node má pripojený svoj vlastný lux meter.
    bits.push(0);//zatial neimplementovane

    //Bit 3 – 7  - nepoužité
    bits.push(0);
    bits.push(0);
    bits.push(0);
    bits.push(0);
    bits.push(0);

    params.byte2 = bitwise.byte.write(bits.reverse());
    params.timestamp = timestamp;
    params.info = "Time schedule settings - turn on";

    tasksProfile.push(params);

    //zaver
    cmdCounter[node] = tasksProfile.length;

    //tasks.push(tasksProfile);
    tasks = tasks.concat(tasksProfile); 

  }

  logger.debug("finished set profile for ", node);

}


function cleanUpRefFlowdataObj()
{
  let now = new Date();
  let timestamp = now.getTime();

  //clear old refFlowdata references
  let keys = Object.keys(refFlowdataObj);
  for(let i = 0; i < keys.length; i++)
  {
    let timestampKey = keys[i];

    if((timestamp - timestampKey) > 60*1000 )
    {
      console.log("cleanUpRefFlowdataObj delete", timestampKey);
      delete refFlowdataObj[ timestampKey ]; 
    }
  }
}


function removeTask(obj)
{
  let keys = Object.keys(obj);
  tasks = tasks.filter((task) => {

    let counter = 0;
    for(let i = 0; i < keys.length; i++)
    {
      let key = keys[i];
      if(task.hasOwnProperty(key) && obj.hasOwnProperty(key))
      {
        if(task[key] == obj[key]) counter++;
      }
    }
  
    if(counter == keys.length) return false;
    return true;
  });
}


loadSettings();


exports.install = function(instance) {

  let now = new Date();
  console.log("CMD Manager installed", now.toLocaleString("sk-SK"));
  
  const tbHandler = new DataToTbHandler(SEND_TO.tb);
  tbHandler.setSender(exports.title);

  //FLOW.OMS_projects_id, name: FLOW.OMS_rvo_name
  //const errorHandler = new ErrorToServiceHandler(instance, SEND_TO.infoSender);
  errorHandler.setProjectsId(FLOW.OMS_projects_id);
  //const errorHandler = new ErrorToServiceHandler(instance);
  //errorHandler.sendMessageToService("ahoj", 0);

  let sunCalcResult = calculateDuskDawn();

  let reportDuskDawn = {
    dusk_time: sunCalcResult.dusk_time,
    dawn_time: sunCalcResult.dawn_time,
    dusk_time_reported: undefined,
    dawn_time_reported: undefined
  };


  process.on('uncaughtException', function (err) {

    //TODO send to service
  
    errLogger.error('uncaughtException:', err.message)
    errLogger.error(err.stack);

    errorHandler.sendMessageToService(err.message + "\n" + err.stack, 0, "js_error");
    //process.exit(1);
  })
  
  //te();//force error


  function processAllNodeProfilesOnLine(line)
  {

    for (let k in nodesData) {
      //node:number|tbname:string|line:number|profile:string|processed:boolean

      if(line == nodesData[k].line)
      {
        let node = nodesData[k].node;
        let processed = nodesData[k].processed;

        if(!processed)
        {
          processNodeProfile(node);
        }
        else
        {
          logger.debug( `Node ${node} profile for line ${nodesData[k].line} was already processed`);
        }
      }
    } 
  }


  async function loadRelaysData(line) {

    relaysData = await promisifyBuilder(dbRelays.find());
    relaysData = makeMapFromDbResult(relaysData, "line");

    for (const [key, value] of Object.entries(relaysData)) 
    {
      if(key == "0") continue;
      if(line != undefined)
      {
        //ak sa jedna o update profilu linie - pozor di_co_controller posiela command pre loadRelaysData
        if(line !=  value.line ) continue;
      }

      if(value.contactor == 1) processAllNodeProfilesOnLine(value.line);
    }

//    console.log('.........', relaysData);
  }


  function reportOnlineNodeStatus(line)
  {
    //broadcast cas, o 3 sek neskor - status, brightness
    //Po zapnutí línie broadcastovo aktualizovať predtým čas.

    logger.debug("--->reportOnlineNodeStatus for line", line);

    //return;
  
    //run broadcast //Actual time
    addMinutesToTimestamp = 0;

    let params = {};

    let recipient = 2;//2 broadcast, address = 0
    let address = 0;//0
    if(recipient === 2)
    {
        address = 0xffffffff;//Broadcast
    }

    var d = new Date();
    let hours = d.getHours();
    let minutes = d.getMinutes();
    let seconds = d.getSeconds();

    params.address = address;//broadcast
    params.byte1 = hours;//h
    params.byte2 = minutes;//m
    params.byte3 = seconds;//s
    params.byte4 = 0;
    params.recipient = recipient;
    params.register = 87;//Actual time
    params.rw = 1;//write

    let timestampStart = PRIORITY_TYPES.node_broadcast;

    //other values
    params.type = "cmd";
    //params.tbname = tbname;
    params.timestamp = timestampStart;
    params.addMinutesToTimestamp = addMinutesToTimestamp;
    params.info = "run broadcast: Actual time";

    tasks.push(params);

    let sec = 3;
    setTimeout(function(){
      //Po zapnutí línie - spraviť hromadný refresh stavu práve zapnutých svietidiel

      for (let k in nodesData) {
        
        //potrebujem nody k danej linii
        if(line == nodesData[k].line || line == undefined)
        {
          let tbname = nodesData[k].tbname;
          let node = nodesData[k].node;

          //prud, vykon - current, input power pre liniu pre vsetky nody
    
          //a pridame aj vyreportovanie dimmingu
          {
            let params = getParams(PRIORITY_TYPES.high_priority);

            params.type = "cmd";
            params.tbname = tbname;
            params.address = node;
            params.register = 1;//dimming
            params.recipient = 1;//slave
            params.rw = 0;//read
            params.timestamp = PRIORITY_TYPES.high_priority;
            params.info = 'read dimming';
            //params.debug = true;

            tasks.push(params);
          }

          //Prúd
          {
            let params = getParams(PRIORITY_TYPES.high_priority);

            params.type = "cmd";
            params.tbname = tbname;
            params.address = node;
            params.register = 75;//prud
            params.recipient = 1;//slave
            params.rw = 0;//read
            params.timestamp = PRIORITY_TYPES.high_priority;
            params.info = 'read current';
            //params.debug = true;

            tasks.push(params);
          }

          //výkon
          {
            let params = getParams(PRIORITY_TYPES.high_priority);

            params.type = "cmd";
            params.tbname = tbname;
            params.address = node;
            params.register = 76;//výkon
            params.recipient = 1;//slave
            params.rw = 0;//read
            params.timestamp = PRIORITY_TYPES.high_priority;
            params.info = 'read power';
            //params.debug = true;

            tasks.push(params);
          }
        }
      }
    },sec*1000);
  }


  function reportOfflineNodeStatus(line)
  {
    logger.debug("--->reportOfflineNodeStatus for line", line);

    values = {};
    values["dimming"] = 0;//brightness
    values["power"] = 0;//výkon
    values["current"] = 0;//prúd
    values["status"] = "OFFLINE";//prúd
  
    for (let k in nodesData) {
          
      //potrebujem nody k danej linii
      if(line == nodesData[k].line || line == undefined)
      {
        let tbname = nodesData[k].tbname;

        //logger.debug("node:", tbname);
  
        let dataToTb = {
          [tbname]: [
              { 
                "ts": Date.now(),
                "values": values
              }
            ]
          }
  
          //instance.send(SEND_TO.tb, dataToTb);
          tbHandler.sendToTb(dataToTb, instance);
      }
    }

    //report OFFLINE for line
    //relaysData[line].tbname; 

    //values = {};
    //values["status"] = "OFFLINE";//prúd
  }


  function turnOnLine(line, info)
  {
    let obj = {
      line: line,
      command: "turnOn",
      info: info
    };

    logger.debug("linia", line, obj);
    instance.send(SEND_TO.dido_controller, obj);
  }
  
  function turnOffLine(line, info)
  {
    let obj = {
      line: line,
      command: "turnOff",
      info: info
    };

    logger.debug("linia", line, obj);
    instance.send(SEND_TO.dido_controller, obj);
  }


  function detectIfResponseIsValid(bytes)
  {
    //ak sa odpoved zacina 0 - je to v poriadku, inak je NOK
    let type = "RESPONSE";
    if(bytes[4] == 0) type = "RESPONSE";
    else if(bytes[4] == 1) type = "ERROR";
    else if(bytes[4] == 2) type = "EVENT";
    else type = "UNKNOWN";
    
    let crc = crc16('ARC', bytes.slice(0, 9));
    let c1 = (crc >> 8) & 0xFF;
    let c2 = crc & 0xFF;
  
    let message = "OK";
    let error = "";
    if(c1 != bytes[9])
    {
      //CRC_ERROR
      message = "NOK";
      error = "CRC_ERROR c1";
      instance.send(SEND_TO.debug, "CRC_ERROR c1");
    }
  
    if(c2 != bytes[10])
    {
      //CRC_ERROR
      message = "NOK";
      error = "CRC_ERROR c2";
      instance.send(SEND_TO.debug, "CRC_ERROR c2");
    }
    
    //crc error
    if(type != "RESPONSE") 
    {
      instance.send(SEND_TO.debug, bytes);
      instance.send(SEND_TO.debug, "RESPONSE " + type + " - " + bytes[4]);

      //logger.debug(SEND_TO.debug, "RESPONSE " + type + " - " + bytes[4], bytes);

      error = "type is: " + type;

      message = "NOK";
    }
  
    return {message: message, type: type, error: error};
  }


  //BUILD TASKS//
  function buildTasks(params)
  {
    //report FLOW.OMS_edge_fw_version as fw_version
    //report date as startdate

    monitor.info("buildTasks - params", params);

    let processLine;  //defined line
    let init = false;
    let processLineProfiles = true;
    let processBroadcast = true;
    let processNodes = true;

    if(params == undefined) 
    {
      init = true;
      tasks = [];
      logger.debug("-->buildTasks clear tasks");
    }
    else
    {
      processLineProfiles = false;
      processBroadcast = false;
      processNodes = false;

      processLineProfiles = params.processLineProfiles;
      processLine = params.line;
    }

    //load profiles pre linie
    //relaysData[ record["line"] ]

    let now = new Date();

    if(processLineProfiles)
    {
      //process line profiles
      let keys = Object.keys(relaysData);
      for(let i = 0; i < keys.length; i++)
      {
        let line = parseInt(keys[i]); //line is turned off by default
        let profilestr = relaysData[line].profile;

        //Reset linii
        let resetLine = false;
        if(FLOW.OMS_rvo_name == "Kovalov RVO 2" && line != 0 && init == true) resetLine = true;

        if(resetLine)
        {
          /*

          Takže v Koválove sú nastavené offesty pre dusk a dawn nasledovne:
          
          DUSK: offset +20 minút – teda napr. namiesto 17:00 bude 17:20 a reštart by sa robil v čase 17:19, teda o minútu skôr. Tak aby keď budeš robiť zapnutie o 17:20 tak na RVO1 sa svietidlá zapnú v rovnakom čase. 
            Teda: vypnutie v čase DUSK_TIME + 19 minút, zapnutie v čase DUSK_TIME + 20 minút
          DAWN: offset -30 minút – teda napr. namiesto 7:00 bude 6:30   a reštart by sa robil v čase 6:30, tak aby sa svietidlá zhasli rovnako s RVO1. Zapnutie by bolo 6:31.
            Teda: vypnutie v čase DAWN_TIME -30 minút, zapnutie v čase DAWN_TIME -29 minút
          
          Vždy po reštarte asi 30 sekúnd po zapnutí treba poslať aktuálny čas na nody. 
          */

          //function calculateDuskDawn(date, line, duskOffset = 0, dawnOffset = 0)
          let duskOffset = 20;
          let dawnOffset = -30;
          let sunCalcResult = calculateDuskDawn(new Date(), undefined, duskOffset, dawnOffset);

          console.log(sunCalcResult);
          monitor.info("--> dusk - dawn", sunCalcResult);

          //if(isDusk) time_points[t].value = 1;//sumrak - zapneme svetlo
          //if(isDawn) time_points[t].value = 0;//vychod - vypneme svetlo

          //DUSK - sumrak
          {

            //vypneme liniu a o minitu zapneme
            {
              let value = 0;//vypneme liniu
  
              let dusk_time = sunCalcResult.dusk_time;
              if(dusk_time < now.getTime()) dusk_time = dusk_time + 24*60*60*1000;//1den
              
              let params = getParams(PRIORITY_TYPES.relay_profile);
              params.type = "relay";
              params.line = line;
              params.value = value;
              params.tbname = relaysData[line].tbname;
              params.timestamp = dusk_time;
              params.duskOffset = duskOffset;
              params.useProfile = false;
  
              //once a day
              params.addMinutesToTimestamp = 24*60;
  
              //this will be recalculated
              params.timePointName = "dusk"
  
              if(params.value == 0) params.info = "reset - KOVALOV - force turn off line: " + line;
              else if(params.value == 1) params.info = "reset - KOVALOV - force turn on line: " + line;
  
              params.debug = true;
  
              //turn on/off line
              tasks.push(params);
  
              console.log(params);
            }

            //a o minutu zapneme
            {
              let value = 1;//zapneme liniu
  
              let dusk_time = sunCalcResult.dusk_time + 60*1000;//o minutu neskor po vypnuti zapneme
              if(dusk_time < now.getTime()) dusk_time = dusk_time + 24*60*60*1000;//1den
              
              let params = getParams(PRIORITY_TYPES.relay_profile);
              params.type = "relay";
              params.line = line;
              params.value = value;
              params.tbname = relaysData[line].tbname;
              params.timestamp = dusk_time;
              params.duskOffset = duskOffset + 1;
              params.useProfile = false;
  
              //once a day
              params.addMinutesToTimestamp = 24*60;
  
              //this will be recalculated
              params.timePointName = "dusk"
  
              if(params.value == 0) params.info = "reset - KOVALOV - force turn off line: " + line;
              else if(params.value == 1) params.info = "reset - KOVALOV - force turn on line: " + line;
  
              params.debug = true;
  
              //turn on/off line
              tasks.push(params);
  
              console.log(params);
            }


          }
          
          //DAWN - vychod
          {
            //vypneme liniu a o minitu zapneme
            {
              let value = 0;//vypneme liniu
  
              let dawn_time = sunCalcResult.dawn_time;
              if(dawn_time < now.getTime()) dawn_time = dawn_time + 24*60*60*1000;//1den
              
              let params = getParams(PRIORITY_TYPES.relay_profile);
              params.type = "relay";
              params.line = line;
              params.value = value;
              params.tbname = relaysData[line].tbname;
              params.timestamp = dawn_time;
  
              params.dawnOffset = dawnOffset;
              params.useProfile = false;
  
              //once a day
              params.addMinutesToTimestamp = 24*60;
  
              //this will be recalculated
              params.timePointName = "dawn";
  
              if(params.value == 0) params.info = "reset - KOVALOV - force turn off line: " + line;
              else if(params.value == 1) params.info = "reset - KOVALOV - force turn on line: " + line;
  
              params.debug = true;
  
              //turn on/off line
              tasks.push(params);
  
              console.log(params);
            }

            //a o minitu zapneme
            {
              let value = 1;//vypneme liniu
  
              let dawn_time = sunCalcResult.dawn_time + 1000*60;//o minutu neskor po vypnuti zapneme
              if(dawn_time < now.getTime()) dawn_time = dawn_time + 24*60*60*1000;//1den
              
              let params = getParams(PRIORITY_TYPES.relay_profile);
              params.type = "relay";
              params.line = line;
              params.value = value;
              params.tbname = relaysData[line].tbname;
              params.timestamp = dawn_time;
  
              params.dawnOffset = dawnOffset + 1;
              params.useProfile = false;
  
              //once a day
              params.addMinutesToTimestamp = 24*60;
  
              //this will be recalculated
              params.timePointName = "dawn";
  
              if(params.value == 0) params.info = "reset - KOVALOV - force turn off line: " + line;
              else if(params.value == 1) params.info = "reset - KOVALOV - force turn on line: " + line;
  
              params.debug = true;
  
              //turn on/off line
              tasks.push(params);
  
              console.log(params);
            }


          }

          //console.log("-------------------------Kovalov RVO 2----");
        }

        if(processLine != undefined)
        {
          if(processLine != line) continue;
        }

        try {

          if(profilestr === "") throw ("Profile is not defined");
          let profile = JSON.parse(profilestr);
          if(Object.keys(profile).length === 0) throw ("Profile is empty");

          monitor.info("buildTasks: profile for line", line);
          monitor.info("profile:", profile);

          let time_points = profile.time_points;
          if(time_points == undefined) time_points = profile.intervals;

          // add name to regular profile timepoint and delete unused end_time key:
          time_points.forEach(point => {
            point.name = "profileTimepoint"
            delete point.end_time;
          });

          //monitor.info("buildTasks: time_points", time_points);

          let currentValue = 0;
          if(time_points.length > 0) currentValue = time_points[time_points.length - 1].value;

          /**
           * if astro_clock is true, we create timepoints, that switch on/off relays accordingly. 
           * we need to manage, astro clock timepoints has the greatest priority - normal timepoints will not switch off/on lines before dusk or dawn
           * if dawn/dusk_lux_sensor is true, it has higher priority than astro_clock switching
          */
          if(profile.astro_clock == true)
          {

            // if astro clock true, we remove all regular profile points
            time_points = [];

            let sunCalcResult = calculateDuskDawn(new Date(), line);

            // adding dusk dawn to timpoints
            if(profile.dawn_lux_sensor == false) time_points.push({"start_time": sunCalcResult["dawn"], "value": 0, "name":"dawn"});
            if(profile.dusk_lux_sensor == false) time_points.push({"start_time": sunCalcResult["dusk"], "value": 1, "name":"dusk"});

            //if dusk/dawn is true, lines will switch on/off according to lux_sensor value. In case it fails, we create lux_timepoints, to make sure lines will switch on/off (aby nam to nezostalo svietit)
            //force to turn off after timestamp: dawn + dawn_lux_sensor_time_window
            if(profile.dawn_lux_sensor == true)
            {
                let [ahours, aminutes, aseconds] = sunCalcResult["dawn"].split(':');
                let ad = new Date();
                ad.setHours(parseInt(ahours));
                ad.setMinutes(parseInt(aminutes) + profile.dawn_lux_sensor_time_window);
                ad.setSeconds(0);

                let strDate = ad.getHours() + ":" + ad.getMinutes();

                time_points.push({"value": 0, "start_time": strDate, "name": "luxOff"});
            }

            if(profile.dusk_lux_sensor == true)
            {
                let [ahours, aminutes, aseconds] = sunCalcResult["dusk"].split(':');
                let ad = new Date();
                ad.setHours(parseInt(ahours));
                ad.setMinutes(parseInt(aminutes) + profile.dusk_lux_sensor_time_window);
                ad.setSeconds(0);

                let strDate = ad.getHours() + ":" + ad.getMinutes();

                time_points.push({"value": 1, "start_time": strDate, "name": "luxOn"});
                //time_points.push({"value": 1, "start_time": "15:19", "name": "luxOn"}); //testing
            }
          }

          //sort time_points
          time_points.sort(function (a, b) {

            let [ahours, aminutes, aseconds] = a.start_time.split(':');
            let [bhours, bminutes, bseconds] = b.start_time.split(':');
        
            let ad = new Date();
            ad.setHours( parseInt(ahours) );
            ad.setMinutes( parseInt(aminutes) );
            ad.setSeconds(0);
        
            let bd = new Date();
            bd.setHours( parseInt(bhours) );
            bd.setMinutes( parseInt(bminutes) );
            ad.setSeconds(0);
        
            return ad.getTime() - bd.getTime();
          });

          console.log("line timepoints ........", time_points);

          monitor.info("-->comming events turn on/off lines:");
          for(let t = 0; t < time_points.length; t++)
          {
            
            let start_time = new Date();
            let [hours, minutes, seconds] = time_points[t].start_time.split(':');

            start_time.setHours( parseInt(hours) );
            start_time.setMinutes( parseInt(minutes) );
            start_time.setSeconds(0);
            
            //task is the past
            if(now.getTime() > start_time.getTime())
            {
              currentValue = time_points[t].value;

              //timepoint is in past, we add 24 hours
              start_time.setDate(start_time.getDate() + 1);
            }
        
            let params = getParams(PRIORITY_TYPES.relay_profile);
            params.type = "relay";
            params.line = parseInt(line);
            params.value = time_points[t].value;
            params.tbname = relaysData[line].tbname;
            params.timestamp = start_time.getTime();

            params.addMinutesToTimestamp = 0;

            // it timepoints are not calculated (dawn, dusk, lux_timepoint), but static points in line profile, we just repeat the task every day
            if(time_points[t].name == "profileTimepoint") params.addMinutesToTimestamp = 24*60;

            //astro timepoints will be recalculated dynamically:
            params.timePointName = time_points[t].name;

            // if astro timepoint, we save time window:
            if(['luxOn', 'luxOff', 'dusk','dawn'].includes(params.timePointName))
            {
              params.dawn_lux_sensor_time_window = profile.dawn_lux_sensor_time_window;
              params.dusk_lux_sensor_time_window = profile.dusk_lux_sensor_time_window;
            }

            if(params.value == 0) params.info = `${params.timePointName}: turn off line: ` + line;
            else if(params.value == 1) params.info = `${params.timePointName}: turn on line: ` + line;

            params.debug = true;

            //turn on/off line
            tasks.push(params);
            monitor.info(params.info, start_time);

          }

          monitor.info("-->time_points final", line, time_points);

          //ensure to turn on/off according to calculated value
          let params = getParams(PRIORITY_TYPES.terminal);
          params.type = "relay";
          params.line = parseInt(line);
          params.tbname = relaysData[line].tbname;
          params.value = currentValue;

          params.timestamp = PRIORITY_TYPES.terminal;
          params.addMinutesToTimestamp = 0;
          params.debug = true;

          //logger.debug(now.toLocaleString("sk-SK"));
          monitor.info("-->currentValue for relay", line, currentValue);

          //turn on/off line
          if(params.value == 0) params.info = "turn off line on startup: " + line;
          else if(params.value == 1) params.info = "turn on line on startup: " + line;

          tasks.push(params);

        } catch (error) {
          if(profilestr !=="" ) 
          {
            //errLogger.error(profilestr, error);
            errorHandler.sendMessageToService(profilestr + "-" + error, 0, "js_error");
          }
        }

      }

      //logger.debug("tasks:");
      //logger.debug(tasks);
    }


    //PROCESS DEFAULT BROADCASTS

    //RPC pre nody / broadcast
    //Time of dusk, Time of dawn
    //Actual Time

    if(processBroadcast)
    {
      let addMinutesToTimestamp = 5;

      {
        //run broadcast Time of dusk
        // addMinutesToTimestamp = 60*5;
        addMinutesToTimestamp = 60 * 3; //kazde 3 hodiny zisti novy dusk
  
        let params = getParams(PRIORITY_TYPES.node_broadcast);
  
        let recipient = 2;//2 broadcast, address = 0
        let address = 0;//0
        if(recipient === 2)
        {
            address = 0xffffffff;//Broadcast
        }
  
        let sunCalcResult = calculateDuskDawn();
        let dusk_hours = sunCalcResult["dusk_hours"];
        let dusk_minutes = sunCalcResult["dusk_minutes"];
  
        params.address = address;//broadcast
        params.byte1 = dusk_hours;//h
        params.byte2 = dusk_minutes;//m
        params.byte3 = 0;//s
        params.byte4 = 0;
        params.recipient = recipient;
        params.register = 6;//Time of dusk - Reg 6
        params.rw = 1;//write
  
        let timestampStart = PRIORITY_TYPES.node_broadcast;
  
        //other values
        params.type = "cmd";
        //params.tbname = tbname;
        params.timestamp = timestampStart;
        params.addMinutesToTimestamp = addMinutesToTimestamp;
        params.info = "Broadcast-duskTime";

        tasks.push(params);
  
      }
  
      {
  
        //run broadcast Time of dawn
        // addMinutesToTimestamp = 60*5;
        addMinutesToTimestamp = 60 * 3; //kazde 3 hodiny zisti novy dawn
  
        let params = getParams(PRIORITY_TYPES.node_broadcast);
  
        let recipient = 2;//2 broadcast, address = 0
        let address = 0;//0
        if(recipient === 2)
        {
            address = 0xffffffff;//Broadcast
        }
  
        let sunCalcResult = calculateDuskDawn();
        let dawn_hours = sunCalcResult["dawn_hours"];
        let dawn_minutes = sunCalcResult["dawn_minutes"];
  
        params.address = address;//broadcast
        params.byte1 = dawn_hours;//h
        params.byte2 = dawn_minutes;//m
        params.byte3 = 0;//s
        params.byte4 = 0;
        params.recipient = recipient;
        params.register = 7;//Time of dawn - Reg 6
        params.rw = 1;//write
  
        let timestampStart = PRIORITY_TYPES.node_broadcast;
  
        //other values
        params.type = "cmd";
        //params.tbname = tbname;
        params.timestamp = timestampStart;
        params.addMinutesToTimestamp = addMinutesToTimestamp;
        params.info = "Broadcast-dawnTime";
  
        tasks.push(params);
      }
  
      
      {
        //run broadcast //Actual time
        addMinutesToTimestamp = 5;
  
        let params = getParams(PRIORITY_TYPES.node_broadcast);
  
        let recipient = 2;//2 broadcast, address = 0
        let address = 0;//0
        if(recipient === 2)
        {
            address = 0xffffffff;//Broadcast
        }
  
        var d = new Date();
        let hours = d.getHours();
        let minutes = d.getMinutes();
        let seconds = d.getSeconds();
  
        params.address = address;//broadcast
        params.byte1 = hours;//h
        params.byte2 = minutes;//m
        params.byte3 = seconds;//s
        params.byte4 = 0;
        params.recipient = recipient;
        params.register = 87;//Actual time
        params.rw = 1;//write
  
        let timestampStart = PRIORITY_TYPES.node_broadcast;
  
        //other values
        params.type = "cmd";
        //params.tbname = tbname;
        params.timestamp = timestampStart;
        params.addMinutesToTimestamp = addMinutesToTimestamp;
        params.info = "run broadcast: Actual time";
  
        tasks.push(params);
  
      }

      {
        //run broadcast Actual Lux level from cabinet

        //Do tohto registra posiela riadiaca jednotka hodnotu intenzity osvetlenia ktorú meria jej senzor pre potreby riadenia časov súmraku resp. úsvitu podľa intenzity osvetlenia.
        //Byty 0 (LSB) a 1 obsahujú 16 bitový integer s luxami.

        let params = getParams(PRIORITY_TYPES.node_broadcast);

        addMinutesToTimestamp = 15;

        let recipient = 2;//2 broadcast, address = 0
        let address = 0;//0
        if(recipient === 2)
        {
            address = 0xffffffff;//Broadcast
        }

        //TODO
        //16 bitový integer s luxami
        params.byte3 = lux_sensor;
        params.byte4 = lux_sensor;
        params.timestamp = PRIORITY_TYPES.node_broadcast;
        params.addMinutesToTimestamp = addMinutesToTimestamp;
        params.info = "run broadcast: Actual Lux level from cabinet";
        params.register = 95;//Actual Lux level from cabinet
        params.rw = 1;//write

      }
    }

    //process nodes & tasks
    //reportovanie pre platformu
    if(processNodes)
    {
      for (let k in nodesData) {
        let address = parseInt(k);
        let tbname = nodesData[k].tbname;
        let register = 0;
  
        //logger.debug("generated cmd - buildTasks for node:", address);
        
        //listOfCommands - READ
        for(let i = 0; i < listOfCommands.length; i++)
        {
          register = listOfCommands[i];
          
          let params = getParams(PRIORITY_TYPES.node_cmd);
  
          //core rpc values
          params.address = address;
          params.byte1 = 0;
          params.byte2 = 0;
          params.byte3 = 0;
          params.byte4 = 0;
          params.recipient = 1;
          params.register = register;
          params.rw = 0;
  
          let addMinutesToTimestamp = priorities[register];
  
          let timestampStart = PRIORITY_TYPES.node_cmd; //run imediatelly in function runTasks
          if(addMinutesToTimestamp > 1)
          {
            timestampStart = timestampStart + addMinutesToTimestamp * 60000;
          }
  
          //other values
          params.type = "cmd";
          params.tbname = tbname;
          params.timestamp = timestampStart;
          params.addMinutesToTimestamp = addMinutesToTimestamp;
          params.info = "generated cmd - buildTasks (node)";
  
          //monitor last node && last command
          /*
          if(register == listOfCommands[ listOfCommands.length - 1 ])
          {
            //if(k == 632) params.debug = true;
            if(k == 698) params.debug = true;
          }
          */
  
          tasks.push(params);
  
        }
      }
    }



    //niektore ulohy sa vygeneruju iba 1x pri starte!!!
    if(!init) return;


    //Priebežne (raz za cca 5 minút) je potrebné vyčítať z Master nodu verziu jeho FW.
    //Jedná sa o register 10. Rovnaká interpretácia ako pri FW verzii nodu.
    //Adresa mastera je 0. V prípade že kedykoľvek nastane situácia že Master Node neodpovedá (napríklad pri vyčítaní telemetrie z nodu nevráti žiadne dáta),
    //tak treba vyreportovať string "NOK".
    {
      let params = getParams(PRIORITY_TYPES.fw_detection);
      params.type = "cmd";
      params.register = 4;
      params.address = 0;

      let timestampStart = PRIORITY_TYPES.fw_detection;
      params.timestamp = timestampStart;
      params.addMinutesToTimestamp = 5;
      params.tbname = FLOW.OMS_edgeName;
      params.info = "Master node FW verzia";
      //params.debug = true;

      //this will set FLOW.OMS_masterNodeIsResponding
      
      tasks.push(params);
    }

    //kazdu hodinu skontrolovat nastavenie profilov
    {
      let params = getParams(PRIORITY_TYPES.fw_detection);
      params.type = "process_profiles";

      let timestampStart = PRIORITY_TYPES.relay_profile;
      params.timestamp = timestampStart;
      params.addMinutesToTimestamp = 60;//60 = every hour
      params.info = "detekcia nespracovaných profilov linie a nodov";
      //params.debug = true;
      
      tasks.push(params);
    }

    {
      //edge_date_time

      let params = getParams(PRIORITY_TYPES.node_cmd);
      params.type = "edge_date_time";

      let timestampStart = PRIORITY_TYPES.node_cmd;
      params.timestamp = timestampStart;
      params.addMinutesToTimestamp = 1;
      params.tbname = FLOW.OMS_edgeName;
      params.info = "reportovanie aktuálneho času na LM - EDGE-Date Time";
      //logger.debug("BUILD Master node FW verzia");
      tasks.push(params);
    }

    {
      //edge_date_time

      let params = getParams(PRIORITY_TYPES.node_cmd);
      params.type = "number_of_luminaires";

      let timestampStart = PRIORITY_TYPES.node_cmd + 1;
      params.timestamp = timestampStart;
      params.addMinutesToTimestamp = 1;
      params.tbname = FLOW.OMS_edgeName;
      params.info = "reportovanie number_of_luminaires";

      tasks.push(params);
    }

    monitor.info("tasks created:", tasks.length);
  }


  function turnOnOffLinesAccordingToLuxSensor(lux_sensor_value)
  {
    //let dusk_hours = sunCalcResult["dusk_hours"];
    //let dusk_minutes = sunCalcResult["dusk_minutes"];

    let duskTimeStamp;
    let downTimeStamp;

    //prejedme si line s profilom, kde mame "astro_clock": true

    /*
    "dawn_lux_sensor": true,
  "dusk_lux_sensor": true,
  "dawn_lux_sensor_value": 5,
  "dusk_lux_sensor_value": 5,
  "dawn_astro_clock_offset": 0,
  "dusk_astro_clock_offset": 10,
  "dawn_lux_sensor_time_window": 30,
  "dusk_lux_sensor_time_window": 30,
  "dawn_astro_clock_time_window": 60,
  "dusk_astro_clock_time_window": 60
    */

    //ak sme pred/po vychode a lux value <= lux_sensor_value, liniu zapneme

    //ak sme pred/po zapade a lux_value <= lux_sensor_value, liniu zapneme

    let now = new Date();
    let currentTimestamp = now.getTime();

    let keys = Object.keys(relaysData);
    for(let i = 0; i < keys.length; i++)
    {
      let line = keys[i];//line is turned off by default
      let profilestr = relaysData[line].profile;
      let contactor = relaysData[line].contactor; // 0 or 1 - vypnuta/zapnuta

      try{

        let profile = JSON.parse(profilestr);
        if(Object.keys(profile).length === 0) throw ("profile is not defined");

        if(profile.astro_clock == true)
        {
            let sunCalcResult = calculateDuskDawn(now, line);

            //dawn: usvit/vychod - lux je nad hranicou - vypnem
            //dusk: zapad pod hranicou - zapnem 

            //"dawn_lux_sensor_time_window": 30,
            //"dusk_lux_sensor_time_window": 30,

            //vychod
            // LUX_SENSOR_TIME_WINDOW x 1000 x 60 --> dostaneme odpocet/pripocitanie minut
            if(profile.dawn_lux_sensor == true)
            {
                let lux_sensor_time_window1 = sunCalcResult.dawn_time - (parseInt( profile.dawn_lux_sensor_time_window ) * 1000 * 60);
                let lux_sensor_time_window2 = sunCalcResult.dawn_time + (parseInt( profile.dawn_lux_sensor_time_window ) * 1000 * 60);
                //console.log('------>>>', new Date(lux_sensor_time_window1), new Date(lux_sensor_time_window2), lux_sensor_time_window1, lux_sensor_time_window2)
                //console.log('++++-->>>', new Date(sunCalcResult.dusk_time), new Date(sunCalcResult.dawn_time))

                if(currentTimestamp >= lux_sensor_time_window1 && currentTimestamp <= lux_sensor_time_window2)
                {
                    //dawn: usvit/vychod - lux je nad hranicou - vypnem
                    if(lux_sensor_value > profile.dawn_lux_sensor_value)
                    {
                        //vypnem
                        if(contactor) turnOffLine(line, "profile: dawn - turnOff line according to lux sensor");
                    }
                    // else
                    // {
                    //     //zapnem
                    //     if(!contactor) turnOnLine(line, "profile: dawn - turnOn line according to lux sensor");
                    // }

                }

                //ak sme po vychode
                if(currentTimestamp > lux_sensor_time_window2)
                {
                    //vypneme
                    //urobime jednorazovy prikaz
                }
            }

            //zapad
            if(profile.dusk_lux_sensor == true)
            {
                let lux_sensor_time_window1 = sunCalcResult.dusk_time - (parseInt( profile.dusk_lux_sensor_time_window ) * 1000 * 60);
                let lux_sensor_time_window2 = sunCalcResult.dusk_time + (parseInt( profile.dusk_lux_sensor_time_window ) * 1000 * 60);

                if(currentTimestamp >= lux_sensor_time_window1 && currentTimestamp <= lux_sensor_time_window2)
                {
                    //dusk: zapad pod hranicou - zapnem 
                    if(lux_sensor_value < profile.dusk_lux_sensor_value)
                    {
                        //zapnem
                        if(!contactor) turnOnLine(line, "profile: dusk - turnOn line according to lux sensor");
                    }
                    // else
                    // {
                    //     //vypnem
                    //     if(contactor) turnOffLine(line, "profile: dusk - turnOff line according to lux sensor");
                    // }

                }
            }
            

        }

      } catch (error) {
        //if(profilestr !=="" ) logger.debug(profilestr, error);
      }
    }
  }


  async function upateNodeStatus(node, status)
  {
    //MASTER
    if(node == 0) return;

    let nodeObj = nodesData[node];
    if(nodeObj == undefined) return;

    if(status)
    {
      cmdNOKNodeCounter[node] = 0;
    }
    else cmdNOKNodeCounter[node]++;

    if(nodeObj.status !== status)
    {
      await dbNodes.modify({ status: status }).where("node", node).make(function(builder) {
        builder.callback(function(err, response) {
          if(err == null) nodesData[node].status = status;
        });
      });
    }
  }


  async function runTasks() {
  
    clearInterval(interval);

    let currentTimestamp = Date.now();

    //report dusk, dawn---------------------------------
    if(reportDuskDawn.dusk_time < currentTimestamp)
    {
      //vyreportuj iba ak nie je velky rozdiel napr. 60 sekund
      if( (currentTimestamp - reportDuskDawn.dusk_time) < 60 * 1000)
      {
        //reportovali sme?
        if(reportDuskDawn.dusk_time_reported != sunCalcResult.dusk_time)
        {
          sendNotification("CMD Manager: calculated Time of dusk", FLOW.OMS_edgeName, "dusk_has_occured", {value: sunCalcResult["dusk"]}, "", SEND_TO.tb, instance);
          reportDuskDawn.dusk_time_reported = sunCalcResult.dusk_time;
        }
      }

      var nextDay = new Date();
      nextDay.setDate(nextDay.getDate() + 1);

      sunCalcResult = calculateDuskDawn(nextDay);
      reportDuskDawn.dusk_time = sunCalcResult.dusk_time;
    }

    if(reportDuskDawn.dawn_time < currentTimestamp)
    {
      //vyreportuj iba ak nie je velky rozdiel napr. 60 sekund
      if( (currentTimestamp - reportDuskDawn.dawn_time) < 60 * 1000)
      {
        //reportovali sme?
        if(reportDuskDawn.dawn_time_reported != sunCalcResult.dawn_time)
        {
          sendNotification("CMD Manager: calculated Time of dawn", FLOW.OMS_edgeName, "dawn_has_occured", {value: sunCalcResult["dawn"]}, "", SEND_TO.tb, instance);
          reportDuskDawn.dawn_time_reported = sunCalcResult.dawn_time;
        }
      }

      var nextDay = new Date();
      nextDay.setDate(nextDay.getDate() + 1);

      sunCalcResult = calculateDuskDawn(nextDay);
      reportDuskDawn.dawn_time = sunCalcResult.dawn_time;

    }
    //--------------------------------------------------------

    //sort tasks based on timestamp
    tasks.sort(function (a, b) { 
      if(a.timestamp <= currentTimestamp && b.timestamp <= currentTimestamp)
      {
        return a.priority - b.priority;
      }
      return a.timestamp - b.timestamp;
    });

    if(tasks.length == 0 )
    {
      instance.send(SEND_TO.debug, "no tasks created");
      interval = setInterval(runTasks, LONG_INTERVAL);
      return;
    }

    if(!rsPort.isOpen)
    {
      instance.send(SEND_TO.debug, "!rsPort.isOpen");
      //await rsPort.open();
    }

    let currentTask = tasks[0];

    if(currentTask.debug)
    {
      //logger.debug("--->task to process", currentTask);
    }

    if(currentTask.timestamp <= currentTimestamp)
    {
      let params = {...tasks[0]};

      //allow terminal commands
      if(FLOW.OMS_maintenance_mode && params.type !== "cmd-terminal")
      {
        interval = setInterval(runTasks, LONG_INTERVAL);
        return;
      }

      let type = params.type;
      let tbname = params.tbname;
      let nodeKey = params.address;

      let line = null;

      //rpc related
      if(nodesData[nodeKey] !== undefined) line = nodesData[nodeKey].line;
      if(params.line !== undefined) line = params.line;

      let repeatTask = false;
      if(params.addMinutesToTimestamp > 0 || params.timePointName) repeatTask = true;

      if(repeatTask)
      {
        if(type === "cmd")
        {
          //set next start time automatically
          tasks[0].timestamp = currentTimestamp + tasks[0].addMinutesToTimestamp * 60000;
        }
      }
      else 
      {
        tasks.shift();
      }

      //custom tasks
      if(type == "number_of_luminaires")
      {
        tasks[0].timestamp = currentTimestamp + tasks[0].addMinutesToTimestamp * 60000;

        //treba reportovat node status
        {
          //number_of_luminaires
          //number_of_ok_luminaires
          //number_of_nok_luminaires

          let keys = Object.keys(nodesData);

          let number_of_luminaires = keys.length;
          let number_of_ok_luminaires = 0;
          let number_of_nok_luminaires = 0;
          
          for(let i = 0; i < keys.length; i++)
          {
            let key = keys[i];
            let nodeObj = nodesData[key];
            if(nodeObj.tbname == undefined) continue;

            if(nodeObj.status) number_of_ok_luminaires++;
            else number_of_nok_luminaires++;
          }
        
          let values = {
            number_of_luminaires: number_of_luminaires,
            number_of_ok_luminaires: number_of_ok_luminaires,
            number_of_nok_luminaires: number_of_nok_luminaires
          };

          let dataToTb = {
            [FLOW.OMS_edgeName]: [
                { 
                  "ts": Date.now(),
                  "values": values
                }
              ]
            }

          //instance.send(SEND_TO.tb, dataToTb);
          tbHandler.sendToTb(dataToTb, instance);

          interval = setInterval(runTasks, SHORT_INTERVAL);

          return;
        }
      }


      //kontrola nespracovanych profilov nodov
      if(type == "process_profiles")
      {
        tasks[0].timestamp = currentTimestamp + tasks[0].addMinutesToTimestamp * 60000;

        //select nespracovane nody
        //node:number|tbname:string|line:number|profile:string|processed:boolean|status:boolean

        //buildTasks({processLineProfiles: true, line: line});

        /*
        let keys = Object.keys(nodesData);
        for(let i = 0; i < keys.length; i++)
        {
          let node = keys[i];
          let line = node.line;

          if(node.processed) continue;

          if(relaysData[line] != undefined)
          {
            let relayStatus = relaysData[line].contactor;
            if(relayStatus == 1)
            {
              //linia je zapnuta
              //await loadRelaysData(flowdata.data.line);
            }
          }

        }
        */
    
        //vsetky linie kt. su zapnute, a spracuju sa nespracovane profily nodov
        loadRelaysData();

        interval = setInterval(runTasks, SHORT_INTERVAL);
        return;
      }

      if(type == "edge_date_time")
      {

        //var d = new Date();
        //let hours = addZeroBefore(d.getHours());
        //let minutes = addZeroBefore(d.getMinutes());
        //let seconds = addZeroBefore(d.getSeconds());
        //let values = {"edge_date_time": `${hours}:${minutes}:${seconds}`};

        let values = {"edge_date_time": Date.now()};
        
        let dataToTb = {
          [tbname]: [
              { 
                "ts": Date.now(),
                "values": values
              }
            ]
          }
        
        tasks[0].timestamp = currentTimestamp + tasks[0].addMinutesToTimestamp * 60000;

        //instance.send(SEND_TO.tb, dataToTb);
        tbHandler.sendToTb(dataToTb, instance);

        interval = setInterval(runTasks, SHORT_INTERVAL);
        
        return;
      }

      //relay
      if(type == "relay")
      {

        const timePointName = params.timePointName;
        const value = params.value;

        // used just in Kovalov RVO 2
        const useProfile = params.useProfile;

        let date = new Date();
        date.setDate(date.getDate() + 1);//next day

        let sunCalcResult;
        if(!useProfile) 
        {
          sunCalcResult = calculateDuskDawn(date, params.line);
        }
        else
        {
          //do not use profile, line is there for undefined
          sunCalcResult = calculateDuskDawn(date, undefined, params.duskOffset, params.dawnOffset);
        }

        if(timePointName == "dawn")
        {
          tasks[0].timestamp = sunCalcResult.dawn_time;
        }
        else if(timePointName == "dusk")
        {
          tasks[0].timestamp = sunCalcResult.dusk_time;
        }
        else if(timePointName == "luxOn")
        {
          tasks[0].timestamp = sunCalcResult.dusk_time + params.dusk_lux_sensor_time_window * 60000;
        }
        else if(timePointName == "luxOff")
        {
          tasks[0].timestamp = sunCalcResult.dawn_time + params.dawn_lux_sensor_time_window * 60000;
        }
        else if(timePointName == "profileTimepoint")
        {
          tasks[0].timestamp = currentTimestamp + tasks[0].addMinutesToTimestamp * 60000;
        }

        //monitor.info("new relay timepoint sunCalcResult ,,,,,,,,,,", sunCalcResult);

        let info;
        if(!useProfile) info = "aplikovaný bod profilu";
        else info = params.info; //kovalov rvo params.info

        let message = "";
        if(value == 1)
        {
          turnOnLine(params.line, info);
          message = "on";
        }
        else if(value == 0)
        {
          turnOffLine(params.line, info);
          message = "off";
        }

        //sendNotification("CMD Manager: process cmd", relaysData[0].tbname, ERRWEIGHT.INFO, "aplikovaný bod profilu línie " + params.line + " - stav: " + message, "", SEND_TO.tb, instance, null );
        if(!useProfile) sendNotification("CMD Manager: process cmd", FLOW.OMS_edgeName, "switching_profile_point_applied_to_line", {line: params.line, value: message}, "", SEND_TO.tb, instance );

        interval = setInterval(runTasks, SHORT_INTERVAL);
        return;
      }

      //zhodeny hlavny istic
      let disconnected = false;
      //if(rotary_switch_state == "Off") disconnected = true;

      //state_of_breaker[line] - alebo istic linie
      if(state_of_breaker.hasOwnProperty(line))
      {
        //if(state_of_breaker[line] == "Off") disconnected = true;
      }

      //toto sa reportuje po prijati dat z dido_controlera
      if(disconnected)
      {
        
        let values = {"status": "OFFLINE"};

        logger.debug("disconnected", values);
        logger.debug("rotary_switch_state", rotary_switch_state);
        logger.debug("state_of_breaker", state_of_breaker[line]);

        let dataToTb = {
          [tbname]: [
              { 
                "ts": Date.now(),
                "values": values
              }
            ]
          }

        //report only once!
        if(!disconnectedReport.hasOwnProperty(tbname)) disconnectedReport[tbname] = false;

        if(!disconnectedReport[tbname])
        {
          //instance.send(SEND_TO.tb, dataToTb);
          tbHandler.sendToTb(dataToTb, instance);
        }

        interval = setInterval(runTasks, SHORT_INTERVAL);

        return;
      }

      disconnectedReport[tbname] = false;

      //high_priority
      if(!FLOW.OMS_masterNodeIsResponding)
      {
        //ak neodpoveda, nebudeme vykonavat ziadne commands, okrem cmd-terminal, a fw version
        errorHandler.sendMessageToService("Master node is not responding");

        let stop = true;
        if(params.type == "cmd-terminal") stop = false;

        //fw version - register == 4
        if(params.type == "cmd" && params.register == 4 && params.address == 0) stop = false;

        if(stop)
        {
          interval = setInterval(runTasks, LONG_INTERVAL);
          return;
        }
      }

      let relayStatus = 1;
      if(relaysData[line] != undefined)
      {
        relayStatus = relaysData[line].contactor;
      }

      if(line == 0) relayStatus = 0;
      if(params.type == "cmd-terminal") relayStatus = 1;

      //check if rotary_switch_state == "Off"

      if(relayStatus == 0)
      {
        //console.log("------------------------------------relayStatus", relayStatus, line);
        let values = {"status": "OFFLINE"};
        
        let dataToTb = {
          [tbname]: [
              { 
                "ts": Date.now(),
                "values": values
              }
            ]
          }

        //instance.send(SEND_TO.tb, dataToTb);
        tbHandler.sendToTb(dataToTb, instance);
        
        interval = setInterval(runTasks, SHORT_INTERVAL);
        return;
      }

      if(!rsPort.isOpen)
      {
        interval = setInterval(runTasks, LONG_INTERVAL);
        return;
      }
      
      //RE-CALCULATE VALUES
      //set actual time for broadcast
      if(params.register == 87 && params.recipient === 2)
      {
        var d = new Date();
        let hours = d.getHours();
        let minutes = d.getMinutes();
        let seconds = d.getSeconds();

        params.byte1 = hours;//h
        params.byte2 = minutes;//m
        params.byte3 = seconds;//s
        params.byte4 = 0;
      }

      //SET DUSK/DAWN FOR BROADCAST
      //Time of dusk
      if(params.register == 6 && params.recipient === 2)
      {

        if(params.type != "cmd-terminal")
        {
          let sunCalcResult = calculateDuskDawn();
          let dusk_hours = sunCalcResult["dusk_hours"];
          let dusk_minutes = sunCalcResult["dusk_minutes"];
    
          params.byte1 = dusk_hours;//h
          params.byte2 = dusk_minutes;//m
          params.byte3 = 0;//s
          params.byte4 = 0;

          //TODO astrohodiny
          let dusk = "Time of dusk: " + sunCalcResult["dusk"];
          //sendNotification("CMD Manager: calculated Time of dusk", relaysData[0].tbname, ERRWEIGHT.INFO, dusk, "", SEND_TO.tb, instance, null );
        }
      }

      //Time of dawn
      if(params.register == 7 && params.recipient === 2)
      {
        if(params.type != "cmd-terminal")
        {
          let sunCalcResult = calculateDuskDawn();
          let dawn_hours = sunCalcResult["dawn_hours"];
          let dawn_minutes = sunCalcResult["dawn_minutes"];
    
          params.byte1 = dawn_hours;//h
          params.byte2 = dawn_minutes;//m
          params.byte3 = 0;//s
          params.byte4 = 0;

          //TODO astrohodiny
          let dawn = "Time of dawn: " + sunCalcResult["dawn"];
          //sendNotification("CMD Manager: calculated Time of dusk", relaysData[0].tbname, ERRWEIGHT.INFO, dawn, "", SEND_TO.tb, instance, null );
        }
       
      }
      //-----------------------


      let register =  params.register;
      instance.send(SEND_TO.debug, "address: " + params.address + " register:" + params.register + "type: " + params.type);

      var startTime, endTime;
      startTime = new Date();

      let resp = com_generic(params.address, params.recipient, params.rw, params.register, params.name, params.byte1, params.byte2, params.byte3, params.byte4);
      let readBytes = 11;

      await writeData(rsPort, resp, readBytes).then(function (data) {

        endTime = new Date();
        var timeDiff = endTime - startTime;

        //--1-4 adresa, 5 status ak je status 0 - ok, nasleduju 4 byty data
        //let bytes = data.slice(0);
        let bytes = data;
        let dataBytes = data.slice(5,9);

        let result = detectIfResponseIsValid(bytes);
        
        let message = result.message;
        let type = result.type;
        let error = result.error;

        //ak sa odpoved zacina 0 - je to v poriadku, inak je NOK

        if(params.debug != "generated cmd")
        {
          //debug("writeData: done " + type + " duration: " + timeDiff + " type: " + params.debug, params);
        }

        if(params.hasOwnProperty("debug"))
        {
          if(params.debug)
          {
            console.log("detected response:", result);

            logger.debug("writeData: done " + type + " duration: " + timeDiff + " type: " + params.debug, params, result);
          }
        }

        //debug("writeData: done " + type + " duration: " + timeDiff + " type: " + params.debug);
        //debug("writeData done", type, "duration", timeDiff, "type", params.debug, result);

        let tbname = params.tbname;

        let saveToTb = true;
        if(tbname == null || tbname == undefined || tbname == "")  saveToTb = false;
        //--

        //CMD FINISHED
        if(message == "OK")
        {

          upateNodeStatus(params.address, true);

          //write
          if(params.type == "set_node_profile")
          {
            let result = cmdCounterResolve(params.address);
            if(result == 0)
            {

              dbNodes.modify({ processed: true }).where("node", params.address).make(function(builder) {

                builder.callback(function(err, response) {

                    sendNotification("CMD Manager: process cmd", FLOW.OMS_edgeName, "dimming_profile_was_successfully_received_by_node",  {node:  params.address}, "", SEND_TO.tb, instance );
                    
                    logger.debug( "--> profil úspešne odoslaný na node č. " + params.address);
                    nodesData[params.address].processed = true;

                  });
                });
            }
          }

          //parse read response
          let values = {};
          if(params.rw == 0) {
            values = processResponse(register, dataBytes);//read
          }
          if(params.rw == 1)
          { //write command
            //set command dimming
            if(params.register == 1) values = {"comm_status": message};
          }

          if(params.register == 0) values["status"] = message;

          //fw version - register == 4
          if(params.register == 4) values["edge_fw_version"] = FLOW.OMS_edge_fw_version;

          if(params.address == 0)
          {
            //sendNotification("CMD Manager: process cmd", relaysData[0].tbname, ERRWEIGHT.NOTICE, "Master node is working again", "", SEND_TO.tb, instance, "rvo_status" );
            //sendNotification("CMD Manager: process cmd", relaysData[0].tbname, "master_node_is_responding_again", {}, "", SEND_TO.tb, instance, "rvo_status" );
            sendNotification("CMD Manager: process cmd", FLOW.OMS_edgeName, "master_node_is_responding_again", {}, "", SEND_TO.tb, instance, "rvo_status" );
            FLOW.OMS_masterNodeIsResponding = true;
          }

          //odoslanie príkazu z terminálu - dáta
          if(params.type == "cmd-terminal")
          {
            //sendNotification("CMD Manager: process cmd", relaysData[0].tbname, ERRWEIGHT.DEBUG, "odoslanie príkazu z terminálu", params, SEND_TO.tb, instance, null );
            sendNotification("CMD Manager: process cmd", FLOW.OMS_edgeName, "command_was_sent_from_terminal_interface", {}, params, SEND_TO.tb, instance );
          }

          if(params.debug)
          {
            logger.debug("saveToTb", saveToTb, tbname, values);
          }

          if(saveToTb)
          {
            let dataToTb = {
              [tbname]: [
                  { 
                    "ts": Date.now(),
                    "values": values
                  }
                ]
              }
  
            //instance.send(SEND_TO.tb, dataToTb);
            tbHandler.sendToTb(dataToTb, instance);
            
          }
          else
          {

            if(params.type == "cmd-terminal")
            {
              if(params.refFlowdataKey != undefined)
              {
  
                logger.debug("cmd-terminal SUCCESS");
                logger.debug(currentTask);

                //make http response
                let responseObj = {};
                responseObj["type"] = "SUCESS";
                responseObj["bytes"] = data;
  
                //params.refFlowdata.data = responseObj;
                //instance.send(SEND_TO.http_response, params.refFlowdata);

                let refFlowdata = refFlowdataObj[ params.refFlowdataKey ];
                refFlowdata.data = responseObj;
                instance.send(SEND_TO.http_response, refFlowdata);

              }
              else
              {
                console.log("params.refFlowdataKey is undefined", params);
              }
            }

          }

        }
        else
        {

          upateNodeStatus(params.address, false);

          if(params.refFlowdataKey != undefined)
          {

            logger.debug("cmd-terminal FAILED");
            logger.debug(currentTask);

            //make http response
            let responseObj = {};
            responseObj["type"] = "ERROR";
            responseObj["bytes"] = data;

            //params.refFlowdata.data = responseObj;
            //instance.send(SEND_TO.http_response, params.refFlowdata);

            let refFlowdata = refFlowdataObj[ params.refFlowdataKey ];
            if(refFlowdata !== undefined)
            {
              refFlowdata.data = responseObj;
              instance.send(SEND_TO.http_response, refFlowdata);
            }


          }

          /*
          if(params.type == "cmd-terminal")
          {
            if(params.refFlowdata != undefined)
            {
      
              logger.debug("cmd-terminal FAILED");
              logger.debug(currentTask);
        
              //make http response
              let responseObj = {};
              responseObj["type"] = "ERROR";
              responseObj["bytes"] = data;
        
              params.refFlowdata.data = responseObj;
              instance.send(SEND_TO.http_response, params.refFlowdata);
  
            }
          }
          */

          if(params.address == 0)
          {
            //sendNotification("CMD Manager: process cmd", relaysData[0].tbname, ERRWEIGHT.ALERT, "Master node not responding", "", SEND_TO.tb, instance, "rvo_status");
            sendNotification("CMD Manager: process cmd", FLOW.OMS_edgeName, "master_node_is_not_responding", {}, "", SEND_TO.tb, instance, "rvo_status");
            logger.debug("master_node_is_not_responding", params);
            FLOW.OMS_masterNodeIsResponding = false;
          }

          if(params.type == "set_node_profile")
          {
            delete cmdCounter[params.address];
            let tbname = nodesData[ params.address ].tbname;

            logger.debug( "profil nebol úspešne odoslaný na node č.  ", params, result, resp);

            //sendNotification("CMD Manager: process cmd", tbname, ERRWEIGHT.ALERT, "profil nebol úspešne odoslaný na node č. " + params.address, "", SEND_TO.tb, instance, null );
            sendNotification("CMD Manager: process cmd", tbname, "configuration_of_dimming_profile_to_node_failed", {node: params.address}, "", SEND_TO.tb, instance );
          }

          //is it node?
          if(nodesData.hasOwnProperty(params.address))
          {
            if(cmdNOKNodeCounter[params.address] < 5) saveToTb = false;
          }

          //Master node version
          //if(params.register == 4 && saveToTb)
          if(saveToTb)
          {
            let values = {
              "status": "NOK"
            };

            let dataToTb = {
              [tbname]: [
                  { 
                    "ts": Date.now(),
                    "values": values
                  }
                ]
              }
  
            //instance.send(SEND_TO.tb, dataToTb);
            tbHandler.sendToTb(dataToTb, instance);
          }

          //instance.send(SEND_TO.debug, result);

          if(params.hasOwnProperty("debug"))
          {
            if(params.debug)
            {
              logger.debug("writeData err: ", error, result, params);
            }
          }

          //logger.debug(error, result, params);
        }

      }).catch(function (reason) {

        console.log("writeData catch exception", reason);
        logger.debug(currentTask);

        if(params.refFlowdataKey != undefined)
        {

          logger.debug("catch: cmd-terminal FAILED");
          logger.debug(currentTask);

          //make http response
          let responseObj = {};
          responseObj["type"] = "ERROR";//
          responseObj["message"] = "ERROR WRITE FAILED: " + reason;//

          //params.refFlowdata.data = responseObj;
          //instance.send(SEND_TO.http_response, params.refFlowdata);

          let refFlowdata = refFlowdataObj[ params.refFlowdataKey ];
          if(refFlowdata !== undefined)
          {
            refFlowdata.data = responseObj;
            instance.send(SEND_TO.http_response, refFlowdata);
          }


        }
        /*
        if(params.type == "cmd-terminal")
        {
          if(params.refFlowdata != undefined)
          {
      
            logger.debug("cmd-terminal FAILED");
            logger.debug(currentTask);
        
            //make http response
            let responseObj = {};
            responseObj["type"] = "ERROR WRITE FAILED: " + reason;
            //responseObj["bytes"] = data;
        
            params.refFlowdata.data = responseObj;
            instance.send(SEND_TO.http_response, params.refFlowdata);
  
            //refFlowdata = undefined;
          }
        }
        */

        if(params.hasOwnProperty("debug"))
        {
          if(params.debug)
          {
            logger.debug("-->WRITE FAILED: " + reason, params.debug, params);
          }
        }

        upateNodeStatus(params.address, false);

        let tbname = params.tbname;

        let saveToTb = true;
        if(tbname == null || tbname == undefined || tbname == "") saveToTb = false;

        if(params.address == 0)
        {
          //sendNotification("CMD Manager: process cmd", relaysData[0].tbname, ERRWEIGHT.ALERT, "Master node not responding", "", SEND_TO.tb, instance, "rvo_status");
          sendNotification("CMD Manager: process cmd", FLOW.OMS_edgeName, "master_node_is_not_responding", {}, "", SEND_TO.tb, instance, "rvo_status");
          logger.debug("master_node_is_not_responding", params);

          FLOW.OMS_masterNodeIsResponding = false;
        }

        if(params.type == "set_node_profile")
        {
          delete cmdCounter[params.address];
          let tbname = nodesData[ params.address ].tbname;

          logger.debug( "profil nebol úspešne odoslaný na node č.  ", params, resp);

          //sendNotification("CMD Manager: process cmd", tbname, ERRWEIGHT.ALERT, "odosielanie profilu na node č. " + params.address + " zlyhalo", "", SEND_TO.tb, instance, null );
          sendNotification("CMD Manager: process cmd", tbname, "configuration_of_dimming_profile_to_node_failed", {node: params.address}, "", SEND_TO.tb, instance );
        }

        //is it node?
        if(nodesData.hasOwnProperty(params.address))
        {
          if(cmdNOKNodeCounter[params.address] < 5) saveToTb = false;
        }

        //Master node version
        if(params.register == 4 && saveToTb)
        {
          let values = {
            "status": "NOK",
            "master_node_version": "NOK"
          };

          let dataToTb = {
            [tbname]: [
                { 
                  "ts": Date.now(),
                  "values": values
                }
              ]
            }

          //instance.send(SEND_TO.tb, dataToTb);
          tbHandler.sendToTb(dataToTb, instance);

          FLOW.OMS_masterNodeIsResponding = false;
        }
        //treba?
        /*
        else if(saveToTb)
        {
          let values = {
            "comm_status": "no_comm"
          };

          let dataToTb = {
            [tbname]: [
                { 
                  "ts": Date.now(),
                  "values": values
                }
              ]
            }

          instance.send(SEND_TO.tb, dataToTb);
        }
        */

        instance.send(SEND_TO.debug, reason);
      });
      
    }
    else
    {
      if(currentTask.debug)
      {
        //currentTask.timestamp <= currentTimestamp
        logger.debug("currentTask is not processed - task is in the future", currentTask);
      }

      interval = setInterval(runTasks, LONG_INTERVAL);
      return;
    }    

    //console.log("----->runTasks - setInterval", new Date());
    interval = setInterval(runTasks, SHORT_INTERVAL);
  } 
  

  //! rsPort LM = "/dev/ttymxc4", rsPort UNIPI = "/dev/ttyUSB0"
  // const rsPort = new SerialPort("/dev/ttymxc4", { autoOpen: false });  //LM
  // const rsPort = new SerialPort("/dev/ttyUSB0", { autoOpen: false });  // UNIPI

  if(FLOW.OMS_serial_port == "" || FLOW.OMS_serial_port == undefined || FLOW.OMS_serial_port.length === 1) FLOW.OMS_serial_port = "ttymxc4";
  const rsPort = new SerialPort(`/dev/${FLOW.OMS_serial_port}`, { autoOpen: false });
  //(node:16372) MaxListenersExceededWarning: Possible EventEmitter memory leak detected. 13 data listeners added to [SerialPort]. Use emitter.setMaxListeners() to increase limit
  //rsPort.setMaxListeners(0);

  rsPort.on('open', async function() {

    logger.debug("CMD manager - rsPort opened sucess");

    loadRelaysData();

    await runSyncExec(`stty -F /dev/${FLOW.OMS_serial_port} 115200 min 1 time 5 ignbrk -brkint -icrnl -imaxbel -opost -isig -icanon -iexten -echo -echoe -echok -echoctl -echoke`).then(function (status) {     
      instance.send(SEND_TO.debug, "RPC runSyncExec - Promise Resolved:" + status);

      logger.debug(0, "RPC runSyncExec - Promise Resolved:" + status);

      //APP START
      let dataToInfoSender = {id: FLOW.OMS_projects_id, name: FLOW.OMS_rvo_name};
      dataToInfoSender.fw_version = FLOW.OMS_edge_fw_version;
      dataToInfoSender.startdate = new Date().toISOString().slice(0, 19).replace('T', ' ');
      dataToInfoSender.__force__ = true;
          
      instance.send(SEND_TO.infoSender, dataToInfoSender);

      logger.debug(0, "---------------------------->START message send to service", dataToInfoSender);

    }).catch(function (reason) {
      instance.send(SEND_TO.debug, "CMD manager - RPC runSyncExec - promise rejected:" + reason);
    });
  });

  rsPort.on('error', function(err) {
    
      //TODO report to service!!!
      //errLogger.error(exports.title, "unable to open port", FLOW.OMS_serial_port, err.message);
      errorHandler.sendMessageToService([exports.title, "unable to open port", FLOW.OMS_serial_port, err.message], 0);

      instance.send(SEND_TO.debug, err.message);
  });

  rsPort.on("close", () => {
    rsPort.close();
  });

  //loadRelaysData();
  rsPort.open();

  instance.on("close", () => {
    clearInterval(interval);
    rsPort.close();
  });


  instance.on("data", async function(flowdata) {

    //instance.send(SEND_TO.debug, "on Data");
    //instance.send(SEND_TO.debug, flowdata);
    
    //logger.debug(flowdata.data);

    //just testing functions
    if(flowdata.data == "open")
    {
      if(!rsPort.isOpen) rsPort.open();
      return;
    }
    else if(flowdata.data == "close")
    {
      rsPort.close();
      return;
    }
    else if(flowdata.data == "clean")
    {
      tasks = [];
      return;
    }
    else if(flowdata.data == "buildtasks")
    {
      //build & run
      return;
    }
    else if(flowdata.data == "run")
    {
      //durations = [];

      if(tasks.length == 0)
      {

        buildTasks();

        if(rsPort.isOpen)
        {
            interval = setInterval(runTasks, 100);
        }
        else
        {
            instance.send(SEND_TO.debug, "port is not opened!!!");
        }
      }
    }
    else
    {
      //terminal data - object
      //logger.debug("flowdata", flowdata.data);

      if(typeof flowdata.data === 'object')
      {
        //logger.debug("dido", flowdata.data);
        if(flowdata.data.hasOwnProperty("sender"))
        {
          //data from dido_controller
          if(flowdata.data.sender == "dido_controller")
          {

            if(flowdata.data.hasOwnProperty("cmd"))
            {
              let cmd = flowdata.data.cmd;

              
              if(cmd == "buildTasks")
              {
                clearInterval(interval);

                logger.debug("-->CMD MANAGER - BUILD TASKS");
                buildTasks();

                //logger.debug("tasks:");
                //logger.debug(tasks);

                logger.debug("-->CMD MANAGER - RUN TASKS");
                interval = setInterval(runTasks, LONG_INTERVAL);
              }
              else if(cmd == "reload_relays")
              {
                loadRelaysData(flowdata.data.line);

                if(flowdata.data.dataChanged)
                {
                  if(!flowdata.data.value)
                  {
                    reportOfflineNodeStatus(flowdata.data.line);
                  }
                  else 
                  {
                    reportOnlineNodeStatus(flowdata.data.line);
                  }
                }
                
              }
              else if(cmd == "rotary_switch_state")
              {
                //state was changed
                if(rotary_switch_state != flowdata.data.value) 
                {
                  if(rotary_switch_state == "Off")
                  {
                    //vyreportovat vsetky svietdla
                    reportOfflineNodeStatus();
                  }
                  else reportOnlineNodeStatus();

                }

                rotary_switch_state = flowdata.data.value;
              }
              else if(cmd == "lux_sensor")
              {
                lux_sensor = parseInt(flowdata.data.value);

                //process profiles
                turnOnOffLinesAccordingToLuxSensor(lux_sensor);
              }
              else if(cmd == "state_of_breaker")
              {
                //istic linie
                let value = flowdata.data.value;
                let line = parseInt(flowdata.data.line);

                let dataChanged = false;
                if(state_of_breaker[line] != value) dataChanged = true;

                state_of_breaker[line] = value;

                let status = "OK";
                let weight = ERRWEIGHT.NOTICE;
                let message = `zapnutý istič línie č. ${line}`;
                if(value == "Off") 
                {
                  weight = ERRWEIGHT.ERROR;
                  message = `vypnutý istič línie č. ${line}`;
                  status = "NOK";
                }

                if(dataChanged) {

                  if(relaysData.hasOwnProperty(line))
                  {
                    let tbname = relaysData[line].tbname;

                    if(value == "Off") sendNotification("CMD Manager: onData", tbname, "circuit_breaker_was_turned_off_line", {line: line}, "", SEND_TO.tb, instance, "circuit_breaker");
                    else sendNotification("CMD Manager: onData", tbname, "circuit_breaker_was_turned_on_line", {line: line}, "", SEND_TO.tb, instance, "circuit_breaker");

                    //report status liniu
                    let values = {
                      "status": status
                    };
        
                    let dataToTb = {
                      [tbname]: [
                          { 
                            "ts": Date.now(),
                            "values": values
                          }
                        ]
                      }
          
                    //instance.send(SEND_TO.tb, dataToTb);
                    tbHandler.sendToTb(dataToTb, instance);

                    //current value
                    if(value == "Off")
                    {
                      //vyreportovat vsetky svietdla na linii
                      reportOfflineNodeStatus(line);
                    }
                    else reportOnlineNodeStatus(line);
                  }

                }
              }
              else{
                logger.debug("undefined cmd", cmd);
              }
            }
          }

          return;
        }

        //data from worksys
        if(flowdata.data.hasOwnProperty("topic"))
        {

          let data = flowdata.data.content.data;

          let command = data.params.command;
          let method = data.method;
          let profile = data.params.payload;
          if(profile == undefined) profile = "";
          let entity = data.params.entities[0];
          let entity_type = entity.entity_type;
          let tbname = entity.tb_name;

          instance.send(SEND_TO.debug, flowdata.data);
          logger.debug("--->worksys", flowdata.data, data.params, entity, entity_type, command, method);
          logger.debug("----------------------------");

          if(entity_type == "street_luminaire"|| entity_type === "street_luminaire_v4_1" || entity_type === "street_luminaire_v4_1cez" || entity_type === "street_luminaire_v4")
          {
            if(method == "set_command")
            {

              //let command = data.params.command;
              let value = data.params.payload.value;
              
              if(command == "dimming")
              {

                let nodeWasFound = false;
                let keys = Object.keys(nodesData);

                //logger.debug("-----", keys);

                for(let i = 0; i < keys.length; i++)
                {
                  let node = keys[i];
                  //logger.debug( node, nodesData[node], tbname);

                  if(tbname == nodesData[node].tbname.trim())
                  {
                      let params = getParams(PRIORITY_TYPES.high_priority);

                      value = parseInt(value);
                      if(value > 0) value = value + 128;

                      //set dimming - LUM1_13 - 647 je node linie 1 kt. dobre vidime
                      params.type = "cmd";
                      params.tbname = tbname;
                      params.address = node;
                      params.register = 1;//dimming
                      params.recipient = 1;//slave
                      params.byte4 = value;
                      params.rw = 1;//write
                      params.timestamp = PRIORITY_TYPES.high_priority;
                      params.info = 'set dimming from platform';
                      //params.debug = true;

                      //ak linia je 

                      //debug(params);
                      logger.debug("dimming", params);

                      tasks.push(params);

                      setTimeout(function(){

                        //spustime o 4 sekundy neskor, s prioritou PRIORITY_TYPES.high_priority
                        //a pridame aj vyreportovanie dimmingu
                        {
                          let params = getParams(PRIORITY_TYPES.high_priority);

                          params.type = "cmd";
                          params.tbname = tbname;
                          params.address = node;
                          params.register = 1;//dimming
                          params.recipient = 1;//slave
                          params.rw = 0;//read
                          params.timestamp = PRIORITY_TYPES.high_priority;
                          params.info = 'read dimming (after set dimming from platform)';
                          params.debug = true;

                          tasks.push(params);
                        }

                        //pridame aj vyreportovanie - vykon
                        {
                          let params = getParams(PRIORITY_TYPES.high_priority);

                          params.type = "cmd";
                          params.tbname = tbname;
                          params.address = node;
                          params.register = 76;
                          params.recipient = 1;//slave
                          params.rw = 0;//read
                          params.timestamp = PRIORITY_TYPES.high_priority;
                          params.info = 'read Input Power (after set dimming from platform)';
                          params.debug = true;

                          tasks.push(params);
                        }

                        //pridame aj vyreportovanie - prud svietidla
                        {
                          let params = getParams(PRIORITY_TYPES.high_priority);

                          params.type = "cmd";
                          params.tbname = tbname;
                          params.address = node;
                          params.register = 75;
                          params.recipient = 1;//slave
                          params.rw = 0;//read
                          params.timestamp = PRIORITY_TYPES.high_priority;
                          params.info = 'read Input Current (after set dimming from platform)';
                          params.debug = true;

                          tasks.push(params);
                        }

                        //pridame aj vyreportovanie - power faktor - ucinnik
                        {
                          let params = getParams(PRIORITY_TYPES.high_priority);

                          params.type = "cmd";
                          params.tbname = tbname;
                          params.address = node;
                          params.register = 77;
                          params.recipient = 1;//slave
                          params.rw = 0;//read
                          params.timestamp = PRIORITY_TYPES.high_priority;
                          params.info = 'read power factor - Cos phi (after set dimming from platform)';
                          params.debug = true;

                          tasks.push(params);
                        }

                        },4000);
                        

                      nodeWasFound = true;

                      break;
                  }
                }

                if(!nodeWasFound)
                {
                  logger.debug("set dimming from platform", "unable to find tbname", tbname);
                }
              }
              else
              {
                instance.send(SEND_TO.debug, "undefined command " + command);
                logger.debug("undefined command", command);
              }

              return;
            }
            else if(method == "set_profile")
            {
              //nastav profil nodu
              logger.debug("-->set_profile for node", data.params);
              logger.debug("------profile data", profile);
              //instance.send(SEND_TO.debug, "set_profile" + command);

              let keys = Object.keys(nodesData);
              for(let i = 0; i < keys.length; i++)
              {
                let node = keys[i];
                if(tbname == nodesData[node].tbname.trim())
                {

                  if(profile != "") profile = JSON.stringify(profile);
                  dbNodes.modify({ processed: false, profile: profile }).where("node", node).make(function(builder) {

                    builder.callback(function(err, response) {

                        logger.debug("worksys - update node profile done", profile);
                        if(profile === "") logger.debug("worksys - update node profile done - profile is empty");

                        //profil úspešne prijatý pre node č. xx
                        //sendNotification("CMD manager", tbname, ERRWEIGHT.INFO, `profil úspešne poslaný z platformy na RVO pre node č. ${node}`, profile, SEND_TO.tb, instance, null );
                        sendNotification("CMD manager", tbname, "dimming_profile_was_processed_for_node", {node: node}, profile, SEND_TO.tb, instance );

                        nodesData[node].processed = false;
                        nodesData[node].profile = profile;

                        let line = nodesData[node].line;
                        processNodeProfile(node);

                      });
                    });
                }
              }
            }
            else
            {

              instance.send(SEND_TO.debug, "unknown method " + method);
              logger.debug("unknown method", method);

              return;
            }
          }

          //nastav profil linie z platformy
          else if(entity_type == "edb_line" || entity_type == "edb" || entity_type == "edb_line_ver4" || entity_type == "edb_ver4_se")
          {
            //profil linie
            //relays.table line:number|tbname:string|contactor:number|profile:string
            //najdeme line relaysData

            if(method == "set_profile")
            {

              logger.debug("-->set_profile for line", data.params);
              logger.debug("profile data:", profile);

              let keys = Object.keys(relaysData);
              for(let i = 0; i < keys.length; i++)
              {
                let line = keys[i];
                if(tbname == relaysData[line].tbname)
                {
                  //zmazeme tasky
                  removeTask({type: "relay", line: line});
                  
                  if(profile != "") profile = JSON.stringify(profile);
                  dbRelays.modify({ profile: profile }).where("line", line).make(function(builder) {

                    builder.callback(function(err, response) {

                      //update profile
                      logger.debug("worksys - update relay profile done:", profile);
                      instance.send(SEND_TO.debug, "worksys - update relay profile done");

                      loadRelaysData(line).then(function (data) {
                        logger.debug("loadRelaysData DONE for line", line);
                        buildTasks({processLineProfiles: true, line: line});
                      });
                      
                      sendNotification("CMD manager - set profile from worksys", tbname, "switching_profile_was_processed_for_line", {line: line}, profile, SEND_TO.tb, instance );

                    });
                  });
                  break;
                }
              }
            }
            else if(method == "set_command")
            {
              let value = data.params.payload.value;

              if(command === "switch")
              {

                // if we receive rpc from platform, to switch maintenance mode, we set OMS_maintenance_mode flow variable to value;
                if(entity_type === "edb" || entity_type === "edb_ver4_se") FLOW.variables.OMS_maintenance_mode = value;

                let responseRelays = await promisifyBuilder(dbRelays.find().where("tbname", tbname));

                let line = 0;
                if(responseRelays.length == 1) line = responseRelays[0].line;
              
                if(value == false) turnOffLine(line, "command received form platform");
                else turnOnLine(line, "command received form platform");
              }
            }
            else
            {
              instance.send(SEND_TO.debug, "undefined method " + method);
              logger.debug("undefined method", method);
            }

            return;
          }
          else
          {
            instance.send(SEND_TO.debug, "UNKNOW entity_type " + entity_type);
            logger.debug("UNKNOW entity_type", entity_type);
          }
          return;
        }

        //terminal
        if(!rsPort.isOpen) await rsPort.open();

        let params = flowdata.data.body;
        if(params == undefined)
        {
          //logger.debug("CMD manager flowdata.data.body is undefined");
          return;
        }

        params.priority = PRIORITY_TYPES.terminal;
        params.type = "cmd-terminal";
        params.tbname = "";
        params.timestamp = PRIORITY_TYPES.terminal;
        params.addMinutesToTimestamp = 0;// do not repeat task!!!
        params.debug = true;

        let timestamp = Date.now();
        params.refFlowdataKey = timestamp;
        //params.refFlowdata = flowdata;
        //refFlowdata = flowdata;

        //console.log("flowdata", flowdata);

        cleanUpRefFlowdataObj();

        refFlowdataObj[ timestamp ] = flowdata;

        //fix
        //params.address = params.adress;
        logger.debug("received from terminal", params);
        logger.debug("date/time:", new Date());
        logger.debug("tasks length:", tasks.length);

        //tasks = [];

        //add to tasks
        tasks.push(params);

      }
    }
  })

} // end of instance.export


/**
 * setCorrectTime function runs once per hour
 * If it is 3 o'clock, it sets actual time, which is got from services
 * https://service-prod01.worksys.io/gettime
 * If also detects Read Only Filesystem once a day
 */
function setCorrectPlcTimeOnceADay()
{

  const currentTime = new Date();
  if(currentTime.getHours() != 3) return;

  RESTBuilder.make(function(builder) {

    if(!builder) return;

    builder.method('GET');
    builder.url('http://192.168.252.2:8004/gettime?projects_id=1');

    builder.callback(function(err, response, output) {

      if (err) {
        console.log(err);
        return;
      }

      const res = output.response;

      try {

        const obj = JSON.parse(res);
        let d = new Date(obj.date);

        const now = new Date();

        let diffInMinutes = now.getTimezoneOffset();
        console.log("---->TimezoneOffset", diffInMinutes);

        if(d instanceof Date)
        {

          // monitor.info("----------->setCorrectPlcTimeOnceADay() current js date:", d, d.getHours());
        
          let year = d.getFullYear();
          let month = addZeroBefore(d.getMonth() + 1);
          let day = addZeroBefore(d.getDate());
          
          let hours = addZeroBefore(d.getHours());
          let minutes = addZeroBefore(d.getMinutes() );
          let seconds = addZeroBefore(d.getSeconds());

          let dateStr = `${year}-${month}-${day} ${hours}:${minutes}:${seconds}`;
          
          exec(`sudo timedatectl set-time "${dateStr}"`, (err, stdout, stderr) => {
            if (err || stderr) {
              console.error(err);
              console.log(stderr);
              console.log(dateStr);

              monitor.info("failed timedatectl set-time", err, stderr);
            }
            else
            {
              monitor.info("setCorrectPlcTimeOnceADay() --> Nastaveny cas na: ", dateStr);
            }

          });
        }

      } catch (error) {
        logger.debug("setCorrectPlcTimeOnceADay - function error", error, res);
        monitor.info("setCorrectPlcTimeOnceADay - function error", error, res);
      }

      // we detect readOnlyFileSystem once an hour as well
      detectReadOnlyFilesystem();

    });
  });

}


function detectReadOnlyFilesystem()
{
  exec(`sudo egrep " ro,|,ro " /proc/mounts`, (err, stdout, stderr) => {
    if (err || stderr) {
      console.error(err);
      console.log(stderr);

    } else {
      //console.log("Read-only", stdout);
      
      let lines = stdout + "";
      lines = lines.split("\n");

      let readOnlyDetected = "";
      for(let i = 0; i < lines.length; i++)
      {
        if(lines[i].startsWith("/dev/mmcblk0p2"))
        {
          readOnlyDetected = lines[i];
        }
      }
      
      if(readOnlyDetected !== "")
      {
        errorHandler.sendMessageToService("Detected: Read-only file system: " + readOnlyDetected);
        monitor.info("Read only filesystem detected");
      }
      
    }
  });
}

let setCorrectTime = setInterval(setCorrectPlcTimeOnceADay, 60000 * 60);  // 1 hour
setCorrectPlcTimeOnceADay();









///helper functions

function calculateDuskDawn(date, line, duskOffset = 0, dawnOffset = 0)
{

  if(date === undefined) date = new Date();
  //if(duskOffset === undefined) duskOffset = 0;
  //if(dawnOffset === undefined) dawnOffset = 0;

  //let line = keys[i];
  let profilestr = "";
  if(relaysData[line] != undefined) profilestr = relaysData[line].profile;

  let result = {};

  var times = SunCalc.getTimes(date, latitude, longitude);
  let dawn = new Date(times.sunrise);//usvit
  let dusk = new Date(times.sunset);//sumrak
  

  //http://suncalc.net/#/48.5598,18.169,11/2021.04.07/11:06
  //https://mapa.zoznam.sk/zisti-gps-suradnice-m6


  let dusk_astro_clock_offset = duskOffset;//minutes
  let dawn_astro_clock_offset = dawnOffset;//minutes

  try {

    let profile = JSON.parse(profilestr);
    if(Object.keys(profile).length === 0) throw ("profile is not defined");

    //Jednoduchý režim
    if(profile.astro_clock == false && profile.dusk_lux_sensor == false && profile.dawn_lux_sensor == false)
    {

    }

    //Režim astrohodín
    if(profile.astro_clock == true)
    {
      //if(profile.dusk_lux_sensor == false)
      {
          if(profile.hasOwnProperty("dusk_astro_clock_offset")) dusk_astro_clock_offset = parseInt( profile.dusk_astro_clock_offset );
      }

      //if(profile.dawn_lux_sensor == false)
      {
          if(profile.hasOwnProperty("dawn_astro_clock_offset")) dawn_astro_clock_offset = parseInt( profile.dawn_astro_clock_offset );
      }
      
    }

    //dusk - súmrak 
    //down, sunrise - svitanie
    
  } catch (error) {
    if(profilestr != "")
    {
      logger.debug(profilestr);
      logger.debug(error);
    }
  } 

  result.dusk_no_offset = addZeroBefore(dusk.getHours()) + ":" + addZeroBefore(dusk.getMinutes());
  result.dawn_no_offset = addZeroBefore(dawn.getHours()) + ":" + addZeroBefore(dawn.getMinutes());

  dusk = new Date(dusk.getTime() + gmtOffset + dusk_astro_clock_offset*60000);
  dawn = new Date(dawn.getTime() + gmtOffset + dawn_astro_clock_offset*60000);

  result.dusk = addZeroBefore(dusk.getHours()) + ":" + addZeroBefore(dusk.getMinutes());
  result.dusk_hours = dusk.getHours();
  result.dusk_minutes = dusk.getMinutes();

  result.dawn = addZeroBefore(dawn.getHours()) + ":" + addZeroBefore(dawn.getMinutes());
  result.dawn_hours = dawn.getHours();
  result.dawn_minutes = dawn.getMinutes();

  result.dusk_time = dusk.getTime();
  result.dawn_time = dawn.getTime();

  result.dusk_astro_clock_offset = dusk_astro_clock_offset;
  result.dawn_astro_clock_offset = dawn_astro_clock_offset;

  return result;
}


function processResponse(register, bytes)
{

  let values = {};

  let byte3 = bytes[0];
  let byte2 = bytes[1];
  let byte1 = bytes[2];
  let byte0 = bytes[3];

  //status
  if(register == 0)
  {
    let statecode = bytesToInt(bytes);
    values = {"statecode": statecode};
    return values;
  }

  //Dimming, CCT
  if(register == 1)
  {
    let brightness = 0;
    let dimming = byte0;
    if(dimming > 128) {
      //dimming = -128;
      brightness = dimming - 128;
    }

    //cct
    //Ak Byte3 == 1: CCT = (Byte2*256)+Byte1
    let cct;
    if(byte3 == 1) cct = byte2*256 + byte1;
    else cct = bytesToInt(bytes.slice(0, 3));

    //cct podla auditu

    values["dimming"] = brightness;
    return values;
  }

  //
  if(register == 4)
  {
    values["master_node_version"] = bytes[1] + "." + bytes[2];
    //logger.debug("FW Version", register, bytes);
  }

  //Napätie
  if(register == 74)
  {
    let voltage = (bytesToInt(bytes) * 0.1).toFixed(1);
    values["voltage"] = Number(voltage);
  }

  //Prúd
  if(register == 75)
  {
    let current = bytesToInt(bytes);
    values["current"] = current;
  }

  //výkon
  if(register == 76)
  {
    let power = (bytesToInt(bytes) * 0.1).toFixed(2);
    values["power"] = Number(power);
  }

  //účinník
  if(register == 77)
  {
    let power_factor = Math.cos(bytesToInt(bytes) * 0.1).toFixed(2);
    values["power_factor"] = Number(power_factor);
  }

  //frekvencia
  if(register == 78)
  {
    let frequency = (bytesToInt(bytes) * 0.1).toFixed(2);
    values["frequency"] = Number(frequency);
  }

  //energia
  if(register == 79)
  {
    let energy = bytesToInt(bytes);

    //Energiu treba reportovať v kWh. Teda číslo, ktoré príde treba podeliť 1000. Toto som ti možno zle napísal.

    values["energy"] = energy / 1000;
  }

  //doba života
  if(register == 80)
  {
    let lifetime = ( bytesToInt(bytes) / 60).toFixed(2);
    values["lifetime"] = Number(lifetime);
  }

  //nastavenie profilu
  if(register == 8)
  {
    let time_schedule_settings = bytesToInt(bytes);
    values["time_schedule_settings"] = time_schedule_settings;
  }

  //skupinová adresa 1
  if(register == 3)
  {
    let gr_add_1 = bytesToInt(byte0);
    values["gr_add_1"] = gr_add_1;

    let gr_add_2 = bytesToInt(byte1);
    values["gr_add_2"] = gr_add_2;

    let gr_add_3 = bytesToInt(byte2);
    values["gr_add_3"] = gr_add_3;

    let gr_add_4 = bytesToInt(byte3);
    values["gr_add_4"] = gr_add_4;
  }

  //naklon
  if(register == 84)
  {
    let temp;
    if(byte3 >= 128)
    {
      temp = (byte3 - 128) * (-1);
    }
    else
    {
      temp = byte3;
    }

    let inclination_x;
    if(byte2 >= 128)
    {
      inclination_x = (byte2 - 128) * (-1);
    }
    else
    {
      inclination_x = byte2;
    }

    let inclination_y;
    if(byte1 >= 128)
    {
      inclination_y = (byte1 - 128) * (-1);
    }
    else
    {
      inclination_y = byte1;
    }

    let inclination_z;
    if(byte0 >= 128)
    {
      inclination_z = (byte0 - 128) * (-1);
    }
    else
    {
      inclination_z = byte0;
    }

    values["temperature"] = temp;

    //náklon x
    values["inclination_x"] = inclination_x;

    //náklon y
    values["inclination_y"] = inclination_y;

    //náklon z
    values["inclination_z"] = inclination_z;
  }

  let h = byte3;
  let m = byte2;
  let s = byte1;

  let timestamp;

  if(register == 87 || register == 6 || register == 7 )
  {
    //if(byte3 < 10) h = "0" + byte3;
    //if(byte2 < 10) m = "0" + byte2;
    //if(byte1 < 10) s = "0" + byte1;

    var d = new Date();
    d.setHours(h);
    d.setMinutes(m);
    d.setSeconds(s);

    timestamp = d.getTime();
  }

  //aktuálny čas
  if(register == 87)
  {
    //Byte3 - hodiny, Byte 2 - minúty, Byte 1 -sek.
    //values["actual_time"] = h + ":" + m + ":" + s;

    values["actual_time"] = timestamp;
  }

  //čas súmraku
  if(register == 6)
  {
    //Byte3 - hodiny, Byte 2 - minúty, Byte 1 -sek.
    //values["dusk_time"] = h + ":" + m + ":" + s;

    values["dusk_time"] = timestamp;
  }

  //čas úsvitu
  if(register == 7)
  {
    //Byte3 - hodiny, Byte 2 - minúty, Byte 1 -sek.
    //values["dawn_time"] = h + ":" + m + ":" + s;

    values["dawn_time"] = timestamp;
  }

  //FW verzia
  if(register == 89)
  {
    //formát: "Byte3: Byte2.Byte1 (Byte0)"
    values["fw_version"] = byte3 + ":" + byte2 + "." + byte1 + "(" + byte0 + ")";
  }

  return values;
}


//byte1 MSB = data3, byte2 = data2, byte3 = data1, byte4 = data0 LSB
function com_generic(adresa, rec, rw, register, name, byte1, byte2, byte3, byte4) {
  let resp = [];
  
  let cmd = register;

  if (typeof adresa === 'string') adresa = parseInt(adresa);
  if (typeof byte1 === 'string') byte1 = parseInt(byte1);
  if (typeof byte2 === 'string') byte2 = parseInt(byte2);
  if (typeof byte3 === 'string') byte3 = parseInt(byte3);
  if (typeof byte4 === 'string') byte4 = parseInt(byte4);
  
  if (rw === 0)
  {
    cmd = cmd + 0x8000;
  }
  
  //master
  if(rec === 0) adresa = 0;

  if(rec === 2)
  {
    adresa = 0xffffffff;//Broadcast
  }

  //recipient
  if (rec === 3)
  {
    resp.push(0xFF);
    resp.push(0xFF);
    resp.push(0xFF);
    resp.push(0xFF);
    resp.push( adresa & 0xFF );//band
  }
  else
  {
    resp.push( (adresa >> 24) &  0xFF);//rshift
    resp.push( (adresa >> 16) &  0xFF);
    resp.push( (adresa >> 8) &  0xFF);
    resp.push( adresa & 0xFF );

    if (rec === 2)
    {
        resp.push(0xFF);
    }
    else resp.push(0);
  }

  resp.push( (cmd >> 8) &  0xFF);//rshift
  resp.push( cmd & 0xFF );//band
  resp.push( byte1 & 0xFF );//band
  resp.push( byte2 & 0xFF );//band
  resp.push( byte3 & 0xFF );//band
  resp.push( byte4 & 0xFF );//band

  //let data = '12345';
  let crc = crc16('ARC', resp);
  let c1 = (crc >> 8) & 0xFF;
  let c2 = crc & 0xFF;

  resp.push(c1);
  resp.push(c2);

  //logger.debug("checksum", crc);
  //logger.debug("resp", resp);

  return resp;

}







const lineTimepointsExample1 = 
[
  { start_time: '05:17', value: 0, name: 'dawn' },
  { value: 0, end_time: '13:00', start_time: '05:30' },
  { value: 0, end_time: '20:00', start_time: '13:00' },
  { value: 1, end_time: '05:30', start_time: '20:00' },
  { start_time: '20:19', value: 1, name: 'dusk' }
]



const lineTimepointsExample2 = 
[
  { value: 0, end_time: '13:00', start_time: '05:30' },
  { value: 0, start_time: '5:47', name: 'luxOff' },
  { value: 0, end_time: '20:00', start_time: '13:00' },
  { value: 1, end_time: '05:30', start_time: '20:00' },
  { value: 1, start_time: '20:49', name: 'luxOn' }
]




// SAMPLE DATA


const relaysDataExample = 
{
  '0': {
    line: 0,
    tbname: 'jbN4q7JPZmexgdnz2yKbWGDYAWwO0Q3BMX6ERLoV',
    contactor: 1,
    profile: ''
  },
  '1': {
    line: 1,
    tbname: 'MgnK93rkoAazbqdQ4yB2Q0yZ1YXGx6pmwBeVEP2O',
    contactor: 1,
    profile: '{"intervals":[{"value":1,"end_time":"13:00","start_time":"13:00"}],"astro_clock":false,"dawn_lux_sensor":false,"dusk_lux_sensor":false,"dawn_lux_sensor_value":5,"dusk_lux_sensor_value":5,"dawn_astro_clock_offset":0,"dusk_astro_clock_offset":0,"dawn_lux_sensor_time_window":30,"dusk_lux_sensor_time_window":30,"dawn_astro_clock_time_window":60,"dusk_astro_clock_time_window":60}'
  },
  '2': {
    line: 2,
    tbname: 'jBL12pg63eX4N9P7zy0lJLyEJKmlbkGwZMx0avQV',
    contactor: 1,
    profile: '{"intervals":[{"value":1,"end_time":"13:00","start_time":"13:00"}],"astro_clock":false,"dawn_lux_sensor":false,"dusk_lux_sensor":false,"dawn_lux_sensor_value":5,"dusk_lux_sensor_value":5,"dawn_astro_clock_offset":0,"dusk_astro_clock_offset":0,"dawn_lux_sensor_time_window":30,"dusk_lux_sensor_time_window":30,"dawn_astro_clock_time_window":60,"dusk_astro_clock_time_window":60}'
  },
  '3': {
    line: 3,
    tbname: 'aAOzENGrvpbe0VoK7D6E1a819PZmdg3nl24JLQMk',
    contactor: 1,
    profile: '{"intervals":[{"value":1,"end_time":"13:00","start_time":"13:00"}],"astro_clock":false,"dawn_lux_sensor":false,"dusk_lux_sensor":false,"dawn_lux_sensor_value":5,"dusk_lux_sensor_value":5,"dawn_astro_clock_offset":0,"dusk_astro_clock_offset":0,"dawn_lux_sensor_time_window":30,"dusk_lux_sensor_time_window":30,"dawn_astro_clock_time_window":60,"dusk_astro_clock_time_window":60}'
  }
}


// [2024-05-08T11:43:33.055] [DEBUG] default - --->reportOfflineNodeStatus for line 2
// [2024-05-08T11:43:33.055] [DEBUG] default - --->reportOfflineNodeStatus for line 3
// [2024-05-08T11:43:35.737] [DEBUG] default - -->CMD MANAGER - BUILD TASKS
// [2024-05-08T11:43:35.742] [INFO] monitorLogs - buildTasks - params undefined
// [2024-05-08T11:43:35.743] [DEBUG] default - -->buildTasks clear tasks
// [2024-05-08T11:43:35.744] [INFO] monitorLogs - buildTasks: profile for line 1
// [2024-05-08T11:43:35.745] [INFO] monitorLogs - profile: {
//   intervals: [ { value: 1, end_time: '13:00', start_time: '13:00' } ],
//   astro_clock: false,
//   dawn_lux_sensor: false,
//   dusk_lux_sensor: false,
//   dawn_lux_sensor_value: 5,
//   dusk_lux_sensor_value: 5,
//   dawn_astro_clock_offset: 0,
//   dusk_astro_clock_offset: 0,
//   dawn_lux_sensor_time_window: 30,
//   dusk_lux_sensor_time_window: 30,
//   dawn_astro_clock_time_window: 60,
//   dusk_astro_clock_time_window: 60
// }
// [2024-05-08T11:43:35.747] [INFO] monitorLogs - -->comming events turn on/off lines:
// [2024-05-08T11:43:35.748] [INFO] monitorLogs - turn on line: 1 2024-05-08T11:00:00.747Z
// [2024-05-08T11:43:35.749] [INFO] monitorLogs - -->time_points final 1 [ { value: 1, end_time: '13:00', start_time: '13:00' } ]
// [2024-05-08T11:43:35.751] [INFO] monitorLogs - -->currentValue for relay 1 1
// 
// 
// typ paramu ...... / cmd



const rpcSwitchOffLine = 
{
  "topic": "v1/gateway/rpc",
  "content": {
    "device": "jbN4q7JPZmexgdnz2yKbWGDYAWwO0Q3BMX6ERLoV",
    "data": {
      "id": 8,
      "method": "set_command",
      "params": {
        "entities": [
          {
            "entity_type": "edb_line",
            "tb_name": "MgnK93rkoAazbqdQ4yB2Q0yZ1YXGx6pmwBeVEP2O"
          }
        ],
        "command": "switch",
        "payload": {
          "value": false
        }
      }
    }
  }
}

const rpcSetNodeDimming =
{
  "topic": "v1/gateway/rpc",
  "content": {
    "device": "jbN4q7JPZmexgdnz2yKbWGDYAWwO0Q3BMX6ERLoV",
    "data": {
      "id": 10,
      "method": "set_command",
      "params": {
        "entities": [
          {
            "entity_type": "street_luminaire",
            "tb_name": "jbN4q7JPZmexgdnz2yKbWdDYAWwO0Q3BMX6ERLoV"
          }
        ],
        "command": "dimming",
        "payload": {
          "value": 5
        }
      }
    }
  }
}

const rpcLineProfile = 
{
  "topic": "v1/gateway/rpc",
  "content": {
    "device": "jbN4q7JPZmexgdnz2yKbWGDYAWwO0Q3BMX6ERLoV",
    "data": {
      "id": 9,
      "method": "set_profile",
      "params": {
        "entities": [
          {
            "entity_type": "edb_line",
            "tb_name": "MgnK93rkoAazbqdQ4yB2Q0yZ1YXGx6pmwBeVEP2O"
          }
        ],
        "payload": {
          "intervals": [
            {
              "value": 0,
              "end_time": "20:00",
              "start_time": "13:00"
            },
            {
              "value": 1,
              "end_time": "05:30",
              "start_time": "20:00"
            },
            {
              "value": 0,
              "end_time": "13:00",
              "start_time": "05:30"
            }
          ],
          "astro_clock": true,
          "dawn_lux_sensor": false,
          "dusk_lux_sensor": false,
          "dawn_lux_sensor_value": 5,
          "dusk_lux_sensor_value": 5,
          "dawn_astro_clock_offset": 0,
          "dusk_astro_clock_offset": 0,
          "dawn_lux_sensor_time_window": 30,
          "dusk_lux_sensor_time_window": 30,
          "dawn_astro_clock_time_window": 60,
          "dusk_astro_clock_time_window": 60
        }
      }
    }
  }
}


const rpcNodeProfile =
{
  "topic": "v1/gateway/rpc",
  "content": {
    "device": "jbN4q7JPZmexgdnz2yKbWGDYAWwO0Q3BMX6ERLoV",
    "data": {
      "id": 11,
      "method": "set_profile",
      "params": {
        "entities": [
          {
            "entity_type": "street_luminaire",
            "tb_name": "jbN4q7JPZmexgdnz2yKbWdDYAWwO0Q3BMX6ERLoV"
          }
        ],
        "payload": {
          "intervals": [
            {
              "cct": 3000,
              "value": 0,
              "end_time": "17:50",
              "start_time": "13:00"
            },
            {
              "cct": 3000,
              "value": 100,
              "end_time": "21:30",
              "start_time": "17:50"
            },
            {
              "cct": 3000,
              "value": 0,
              "end_time": "13:00",
              "start_time": "07:10"
            },
            {
              "cct": 3000,
              "value": 50,
              "end_time": "00:00",
              "start_time": "21:30"
            },
            {
              "cct": 3000,
              "value": 10,
              "end_time": "04:30",
              "start_time": "00:00"
            },
            {
              "cct": 3000,
              "value": 100,
              "end_time": "07:10",
              "start_time": "04:30"
            }
          ],
          "astro_clock": true,
          "dawn_lux_sensor": false,
          "dusk_lux_sensor": false,
          "dawn_lux_sensor_value": 5,
          "dusk_lux_sensor_value": 5,
          "dawn_astro_clock_offset": 30,
          "dusk_astro_clock_offset": 20,
          "dawn_lux_sensor_time_window": 30,
          "dusk_lux_sensor_time_window": 30,
          "dawn_astro_clock_time_window": 60,
          "dusk_astro_clock_time_window": 60
        }
      }
    }
  }
}



 const sunCalcExample = {
  dusk_no_offset: '20:18',
  dawn_no_offset: '05:19',
  dusk: '20:18',
  dusk_hours: 20,
  dusk_minutes: 18,
  dawn: '05:19',
  dawn_hours: 5,
  dawn_minutes: 19,
  dusk_time: 1715278688962,
  dawn_time: 1715224744357,
  dusk_astro_clock_offset: 0,
  dawn_astro_clock_offset: 0
}


// TODO - in runTasks function, when processing tasks, wrong task gets updated
/*
[2024-05-09T20:48:00.200] [DEBUG] default - currentTask is not processed - task is in the future {
  address: 0,
  byte1: 0,
  byte2: 0,
  byte3: 0,
  byte4: 0,
  recipient: 0,
  register: -1,
  rw: 0,
  priority: 3,
  timestamp: 1715280480204,
  addMinutesToTimestamp: 0,
  type: 'relay',
  line: 1,
  value: 1,
  tbname: 'MgnK93rkoAazbqdQ4yB2Q0yZ1YXGx6pmwBeVEP2O',
  timePointName: 'luxOn',
  dawn_lux_sensor_time_window: 30,
  dusk_lux_sensor_time_window: 30,
  info: 'luxOn: turn on line: 1',
  debug: true
}
[2024-05-09T20:48:00.302] [INFO] monitorLogs - pparrams ************* {
  address: 0,
  byte1: 0,
  byte2: 0,
  byte3: 0,
  byte4: 0,
  recipient: 0,
  register: -1,
  rw: 0,
  priority: 3,
  timestamp: 1715280480204,
  addMinutesToTimestamp: 0,
  type: 'relay',
  line: 1,
  value: 1,
  tbname: 'MgnK93rkoAazbqdQ4yB2Q0yZ1YXGx6pmwBeVEP2O',
  timePointName: 'luxOn',
  dawn_lux_sensor_time_window: 30,
  dusk_lux_sensor_time_window: 30,
  info: 'luxOn: turn on line: 1',
  debug: true
}
new relay task ............  {
  address: 4292,
  byte1: 0,
  byte2: 0,
  byte3: 0,
  byte4: 0,
  recipient: 1,
  register: 1,
  rw: 0,
  priority: 6,
  timestamp: 1715280540301,
  addMinutesToTimestamp: 1,
  type: 'cmd',
  tbname: 'jbN4q7JPZmexgdnz2yKbWdDYAWwO0Q3BMX6ERLoV',
  info: 'generated cmd - buildTasks (node)'
}
[2024-05-09T20:48:00.304] [INFO] monitorLogs - new relay task ............. {
  address: 4292,
  byte1: 0,
  byte2: 0,
  byte3: 0,
  byte4: 0,
  recipient: 1,
  register: 1,
  rw: 0,
  priority: 6,
  timestamp: 1715280540301,
  addMinutesToTimestamp: 1,
  type: 'cmd',
  tbname: 'jbN4q7JPZmexgdnz2yKbWdDYAWwO0Q3BMX6ERLoV',
  info: 'generated cmd - buildTasks (node)'
}
*/




/*
~~~~~~~~~~~~~~~~~~~~~pp {
  address: 0,
  byte1: 0,
  byte2: 0,
  byte3: 0,
  byte4: 0,
  recipient: 0,
  register: -1,
  rw: 0,
  priority: 0,
  timestamp: 0,
  addMinutesToTimestamp: 0,
  type: 'relay',
  line: 1,
  tbname: 'MgnK93rkoAazbqdQ4yB2Q0yZ1YXGx6pmwBeVEP2O',
  value: 0,
  debug: true,
  info: 'turn off line on startup: 1'
}
deleting task from tasks +++++++++++++++++++++ {
  address: 0,
  byte1: 0,
  byte2: 0,
  byte3: 0,
  byte4: 0,
  recipient: 0,
  register: -1,
  rw: 0,
  priority: 0,
  timestamp: 0,
  addMinutesToTimestamp: 0,
  type: 'relay',
  line: 1,
  tbname: 'MgnK93rkoAazbqdQ4yB2Q0yZ1YXGx6pmwBeVEP2O',
  value: 0,
  debug: true,
  info: 'turn off line on startup: 1'
}
[2024-05-10T09:31:36.629] [INFO] monitorLogs - pparrams ************* {
  address: 0,
  byte1: 0,
  byte2: 0,
  byte3: 0,
  byte4: 0,
  recipient: 0,
  register: -1,
  rw: 0,
  priority: 0,
  timestamp: 0,
  addMinutesToTimestamp: 0,
  type: 'relay',
  line: 1,
  tbname: 'MgnK93rkoAazbqdQ4yB2Q0yZ1YXGx6pmwBeVEP2O',
  value: 0,
  debug: true,
  info: 'turn off line on startup: 1'
}
else task in relay ????? should be ???
[2024-05-10T09:31:36.631] [INFO] monitorLogs - new relay task ............. {
  address: 0,
  byte1: 0,
  byte2: 0,
  byte3: 0,
  byte4: 0,
  recipient: 0,
  register: -1,
  rw: 0,
  priority: 0,
  timestamp: 0,
  addMinutesToTimestamp: 0,
  type: 'relay',
  line: 2,
  tbname: 'jBL12pg63eX4N9P7zy0lJLyEJKmlbkGwZMx0avQV',
  value: 1,
  debug: true,
  info: 'turn on line on startup: 2'
}
*/