private void PerformSensorEnergyLogBatch(Sensor sensor, SensorLogBatch sensorLogBatch)
{
SensorEnergyLog previousLog = GetSensorEnergyLogLast(sensor);
try
{
foreach (var contentLogItem in sensorLogBatch.Content.Split("|"))
{
Func <long, long> getSensorDimTimeId = (unixTime) => this.GetOrCreateSensorDimTime(sensor, unixTime).Id;
var newEnergyLog = SensorEnergyLog.Parse(sensor, getSensorDimTimeId, contentLogItem);
if (previousLog != null)
{
newEnergyLog.CalculateDuration(sensor.LogDurationMode, previousLog);
}
this.SensorEnergyLogs.Add(newEnergyLog);
this.SaveOrUpdateSensorEnergyLog(newEnergyLog);
previousLog = newEnergyLog;
}
this.SensorLogBatchs.Remove(sensorLogBatch);
this.SaveChanges();
}
catch (Exception e)
{
sensorLogBatch.Attempts++;
sensorLogBatch.Exception = $"Message: {e.Message}\nSource: {e.Source}";
this.SaveChanges();
}
}
public SensorEnergyLog CreateSensorEnergyLog(string sensorId, long sensorDimTimeId, long unixTime, float duration, float watts1, float watts2, float watts3, float convertToUnits)
{
var createSensorEnergyLog = new SensorEnergyLog()
{
SensorId = sensorId,
SensorDimTimeId = sensorDimTimeId,
UnixTime = unixTime,
Duration = duration,
Watts1 = watts1,
Watts2 = watts2,
Watts3 = watts3,
WattsTotal = watts1 + watts2 + watts3,
ConvertToUnits = convertToUnits
};
this.SensorEnergyLogs.Add(createSensorEnergyLog);
this.SaveChanges();
return(createSensorEnergyLog);
}
private void SaveOrUpdateSensorEnergyLog(SensorEnergyLog newEnergyLog)
{
try
{
this.SaveChanges();
}
catch (Exception e)
{
this.SensorEnergyLogs.Remove(newEnergyLog);
var oldEnergyLog = this.SensorEnergyLogs
.Where(log => (log.SensorId == newEnergyLog.SensorId) && (log.UnixTime == newEnergyLog.UnixTime))
.FirstOrDefault();
if (oldEnergyLog != null)
{
oldEnergyLog.Update(newEnergyLog);
this.SaveChanges();
}
else
{
throw e;
}
}
}
