 //  Serial.printf(", Response flags: %x", systemInformationData.responseFlags);
 //  print_state("");
 //  Serial.print(" - Sensor SN:");
-  myprintf(", Sensor SN: %s", systemInformationData.sensorSN.cstr());
+  print_statef("Sensor SN: %s", systemInformationData.sensorSN.cstr());
 //  Serial.printf(", Error code: %x - done", systemInformationData.errorCode);
 }
 

void decodeSensorBody()
{
  int j;
  print_state("decodeSensorBody() - ");
  byte pomiar[6];

  // calculate block indices for trend/history

             + sizeof(msg.delay) + sizeof(msg.function);
  msg.cmd_code = 0x00;
  msg.raw = pPkt->raw;
#ifdef USE_DEAD_SENSOR
  // xDrip+ filters out identical values too short after each other, simulate small jitter
  // value range is 100000++
  if ( runPeriod < 5 )
    pPkt->raw += loop_cnt % 2;
#endif USE_DEAD_SENSOR
  msg.filtered = pPkt->raw;
  msg.dex_battery = 214;  // simulate good dexcom transmitter battery
  msg.my_battery = SoCData.voltagePercent;
