struct LogEvent {
  int id;
  String fname;
  float temperature;
}
logEvent;

struct SecondEvent {
  int id;
  String lastname;
}
secondEvent;

db.create(0, TABLE_SIZE, (unsigned int)sizeof(logEvent));
db.create(0, TABLE_SIZE, (unsigned int)sizeof(secondEvent));

void createRecords(int num_recs, float correctTemperature)
{
    Serial.print("Creating Records... ");
    for (int recno = 1; recno <= num_recs; recno++)
    {
      correctId++;
      logEvent.id = correctId;
      logEvent.fname = "Brix Nicholson";
      logEvent.temperature = correctTemperature;
      secondEvent.id = correctId;
      EDB_Status result = db.appendRec(EDB_REC logEvent);
      if (result != EDB_OK) printError(result);
    }
  Serial.println("DONE");
}

void createRecordSecondEvent()
 {
   correctId++;
   secondEvent.id = correctId;
   secondEvent.lastname = "Secretaria";
   EDB_Status result = db.appendRec(EDB_REC secondEvent);
   if (result != EDB_OK) printError(result);
 }

void selectLastRecord()
{
  int lastRecNum = db.count();
  EDB_Status result = db.readRec(lastRecNum, EDB_REC logEvent);
  if(result == EDB_OK)
   {
     Serial.print(" ID: ");
     Serial.print(logEvent.id);
     Serial.print(" Name: ");
     Serial.print(logEvent.fname);
     Serial.print(" Temp: ");
     Serial.println(logEvent.temperature);
   }
   else printError(result);
}

void selectLastSecondRecord()
{
 int lastRecNum = db.count();
 EDB_Status result = db.readRec(lastRecNum, EDB_REC secondEvent);
 if(result == EDB_OK)
  {
   Serial.print("Second Event ID: ");
   Serial.print(secondEvent.id);
   Serial.print("Last Name: ");
   Serial.print(secondEvent.lastname);
  }
  else printError(result);
}