_Water.ino

void handleWater(){ 
  if ( WtrMtr && WtrTimeBetween )  {
    DebugTf("Wtr delta readings: %d | debounces: %d | waterstand: %i.%i\n",WtrTimeBetween,debounces, P1Status.wtr_m3, P1Status.wtr_l);
    WtrTimeBetween = 0;
  }
}

void sendMQTTWater(){
  if (!WtrMtr) return;
  sprintf(cMsg,"%d.%3.3d",P1Status.wtr_m3,P1Status.wtr_l);
  MQTTSend("water",cMsg);
}

void IRAM_ATTR iWater() {
    WtrTimeBetween = now() - WtrPrevReading;
    if (DUE(WaterTimer)) { //negeer te korte foutieve meting (1500 ltr/uur / 3600 = 0,4l/sec kan daarom niet zo zijn dat binnen de 1/0,4 = 2,4s er nog een puls komt) = debounce timer
      P1Status.wtr_l += WtrFactor;
      WtrPrevReading = now();
      if (P1Status.wtr_l >= 1000) {
        P1Status.wtr_m3++;
        P1Status.wtr_l = 0;
        CHANGE_INTERVAL_MS(StatusTimer, 100); //schrijf status weg bij elke m3
      }
    } else debounces++;
}

void setupWater() {
#ifdef ARDUINO_ESP32C3_DEV
    pinMode(IO_WATER_SENSOR, INPUT_PULLUP);
#else
    pinMode(IO_WATER_SENSOR, INPUT);
#endif
  attachInterrupt(IO_WATER_SENSOR, iWater, RISING);
  DebugTln(F("WaterSensor setup completed"));
}