public double ForecastYieldCow(int idCow)
{
double forecastValue = 0;
//Verifica se a vaca existe
Cow cowValid = repoCow.GetCow(idCow);
if (cowValid != null)
{
Lactation currentLact = cowValid.lactations.FirstOrDefault(l => l.finished == false);
int numYields = currentLact.yields.ToList().Count;
int minRecords = 0;
int.TryParse(ConfigurationManager.AppSettings["minRecords"], out minRecords);
//Verifica se existe registros suficientes
if (numYields >= minRecords)
{
//Executa o script em R que calcula o valor de previsão
forecastValue = ForecastValue(idCow);
int goahead = int.Parse(ConfigurationManager.AppSettings["goahead"]);
Prediction prediction = new Prediction
{
idLactation = currentLact.idLactation,
yield = forecastValue,
dayLactationPredicted = currentLact.yields.OrderByDescending(y => y.dayLactation).FirstOrDefault().dayLactation + goahead
};
predictionRepo.Add(prediction);
}
else
{
//throw new Exception("Number of records is insufficient");
}
//Task.Run(() => notificationService.ValidateDataCow(idCow, currentLact, forecastValue));
//CHAMA SERVIÇO DE NOTIFICAÇÃO
notificationService.ValidateDataCow(idCow, currentLact, forecastValue);
}
return(forecastValue);
}
public async Task <ActionResult <Prediction> > Post(Prediction entity)
{
await _repository.Add(entity);
return(CreatedAtAction("Get", new { id = entity.Id }, entity));
}