📺 Statusdisplay für ioBroker

var IP, Farben, Offset, hex, schedule2, Request2, j, LED_Beginn_Offset, i, RGB, Number_of_LEDs, LEDs, result, LED_ID, COLOR, percentage;

// Beschreibe diese Funktion …
async function Steuere_Led(IP, Farben, Offset) {
  Request2 = ['curl -X POST "http://',IP,'/json/state" -d \'{"seg":{"i":['].join('');
  j = 0;
  for (var i_index in Farben) {
    i = Farben[i_index];
    RGB = await Hex2Dec(i);
    if (j != 0) {
      Request2 = String(Request2) + ', ';
    }
    Request2 = [Request2,j + Offset,',[',getAttr(RGB, 'r'),',',getAttr(RGB, 'g'),',',getAttr(RGB, 'b'),']'].join('');
    j = (typeof j === 'number' ? j : 0) + 1;
  }
  Request2 = String(Request2) + ']}}\' -H "Content-Type: application/json"';
  console.log(Request2);
  exec(Request2, async (error, result, stderr) => {
    if (result == '{"success":true}') {
      console.log((['LED: ',LED_ID,' Wurde erfolgreich auf Farbe: ',COLOR,' gesetzt'].join('')));
    } else {
      console.error((['Konnte LED: ',LED_ID,' auf IP: ',IP,' nicht steuern!'].join('')));
    }
  });
}

// Beschreibe diese Funktion …
async function Hex2Dec(hex) {
     {
      var result = /^#?([a-f\d]{2})([a-f\d]{2})([a-f\d]{2})$/i.exec(hex);
      return result ? {
        r: parseInt(result[1], 16),
        g: parseInt(result[2], 16),
        b: parseInt(result[3], 16)
      } : null;
    }
    //Geklaut von stackoverflow user "tim-down" hier: https://stackoverflow.com/a/5624139
}

function listsRepeat(value, n) {
  var array = [];
  for (var i = 0; i < n; i++) {
    array[i] = value;
  }
  return array;
}


schedule2 = schedule('*/15 * * * * *', async () => {
  // If You dont start with the fisrt LED of the Strip (0=first LED)
  LED_Beginn_Offset = 0;
  // Number of LEDS
  Number_of_LEDs = 47;
  // IP Adress of your WLED device
  IP = '192.168.178.180';
  // Change the Color here, if default is not "OFF" (Off == Black)
  LEDs = listsRepeat('#000000', Number_of_LEDs);
  // Mülltonnen
  if (getState('trashschedule.0.next.daysLeft').val == 1 && getState('trashschedule.0.next.types').val == 'Wertstoff') {
    LEDs[7] = '#3333ff';
  }
  if (getState('trashschedule.0.next.daysLeft').val == 1 && getState('trashschedule.0.next.types').val == 'Papier') {
    LEDs[8] = '#3333ff';
  }
  if (getState('trashschedule.0.next.daysLeft').val == 1 && getState('trashschedule.0.next.types').val == 'Restabfall') {
    LEDs[9] = '#3333ff';
  }
  // Unwetter
  if (getState('dwd.0.numberOfWarnings').val > 0) {
    if (getState('dwd.0.warning.level').val == '2') {
      LEDs[10] = '#ffff33';
    } else if (getState('dwd.0.warning.level').val == '3') {
      LEDs[10] = '#ff6600';
    } else if (getState('dwd.0.warning.level').val == '4') {
      LEDs[10] = '#ff0000';
    } else if (getState('dwd.0.warning.level').val == '5') {
      LEDs[10] = '#cc33cc';
    }
  }
  // Nina
  if (getState('nina.0.03455.numberOfWarn').val > 0) {
    LEDs[11] = '#ff0000';
  }
  // Heizung
  if (getState('javascript.0.Guntamatic.Stoerung 0').val != ' ' || getState('javascript.0.Guntamatic.Stoerung 1').val != ' ') {
    LEDs[0] = '#ff0000';
  }
  if (getState('javascript.0.Guntamatic.Asche leeren in').val < 40) {
    LEDs[1] = '#ffcc66';
  } else if (getState('javascript.0.Guntamatic.Asche leeren in').val < 20) {
    LEDs[1] = '#ff0000';
  }
  if (getState('shelly.0.shellyplusplugs#d4d4da7c4830#1.Relay0.Switch').val == true) {
    LEDs[2] = '#33cc00';
  }
  // Ladezustand Auto
  percentage = 0;
  var repeat_end = Math.round(getState('vw-connect.0.VSSZZZAAZMD501106.charger.status.batteryStatusData.stateOfCharge.content').val / 10);
  for (var count = 0; count < repeat_end; count++) {
    // Erste LED der Prozentanzeige (10 gesammt)
    LEDs[((26 + percentage) - 1)] = '#3366ff';
    percentage = (typeof percentage === 'number' ? percentage : 0) + 1;
  }
  // Netz Einspeißung/ Verbrauch
  if (getState('mqtt.0.iot.smartmeter.sensor.2.obis.1-0:16.7.0.255.value').val > 0) {
    percentage = 0;
    var repeat_end2 = Math.ceil(getState('mqtt.0.iot.smartmeter.sensor.2.obis.1-0:16.7.0.255.value').val / 2000);
    for (var count2 = 0; count2 < repeat_end2; count2++) {
      // Erste LED der Prozentanzeige (10 gesammt)
      LEDs[((16 + percentage) - 1)] = '#ff9900';
      percentage = (typeof percentage === 'number' ? percentage : 0) + 1;
    }
  } else {
    percentage = 0;
    var repeat_end3 = Math.ceil(getState('mqtt.0.iot.smartmeter.sensor.2.obis.1-0:16.7.0.255.value').val / -2000);
    for (var count3 = 0; count3 < repeat_end3; count3++) {
      // Erste LED der Prozentanzeige (10 gesammt)
      LEDs[((16 + percentage) - 1)] = '#33cc00';
      percentage = (typeof percentage === 'number' ? percentage : 0) + 1;
    }
  }
  // Wallbox
  if (getState('0_userdata.0.go-e.Lademodus').val == 1) {
    LEDs[36] = '#ff6600';
  } else if (getState('0_userdata.0.go-e.Lademodus').val == 2) {
    LEDs[35] = '#33cc00';
  } else if (getState('0_userdata.0.go-e.Lademodus').val == 3) {
    LEDs[35] = '#33cc00';
    LEDs[36] = '#ff6600';
  }
  if (getState('go-e.0.allow_charging').val == 1) {
    percentage = 0;
    var repeat_end4 = Math.round(getState('go-e.0.amperePV').val * 0.6);
    for (var count4 = 0; count4 < repeat_end4; count4++) {
      // Erste LED der Prozentanzeige (10 gesammt)
      LEDs[((38 + percentage) - 1)] = '#33ff33';
      percentage = (typeof percentage === 'number' ? percentage : 0) + 1;
    }
  }
  percentage = 0;
  var repeat_end5 = Math.round(getState('go-e.0.energy.power').val - 1);
  for (var count5 = 0; count5 < repeat_end5; count5++) {
    // Erste LED der Prozentanzeige (10 gesammt)
    LEDs[((38 + percentage) - 1)] = '#3333ff';
    percentage = (typeof percentage === 'number' ? percentage : 0) + 1;
  }
  // Sende LED Steuerbefehl
  await Steuere_Led(IP, LEDs, LED_Beginn_Offset);
});

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