public async Task <EventBusinessResponseVO> ProcessEvent(DeviceEventDTO dvcEvtDTO)
{
int value;
string valueType = string.Empty;
int.TryParse(dvcEvtDTO.Valor, out value);
if (value != 0)
{
valueType = "INT";
}
else
{
valueType = "STR";
}
ValidationResultList validatonResultList = _validator.Validate(dvcEvtDTO);
//Seria mais elegante ter feito por filters, mas fiz assim para deixar explicito o processo
if (validatonResultList.items.Count > 0)
{
return(new EventBusinessResponseVO("error",
"The request provided contain errors",
DeviceEventBusinessStatusResponse.ERROR,
validatonResultList));
}
DeviceEvent dvcEvt = DeviceEvent.CreateFromDTOParameters(dvcEvtDTO.Timestamp, dvcEvtDTO.Tag, dvcEvtDTO.Valor, valueType);
await _dvcEvtRepository.Add(dvcEvt);
return(new EventBusinessResponseVO("success",
"The request was processed successfully",
DeviceEventBusinessStatusResponse.SUCCESS,
validatonResultList));
}
public void should_record_device_event_with_status_error_when_value_is_empty()
{
DeviceEventDTO request = new DeviceEventDTO();
request.Timestamp = 1539112021301;
request.Tag = testTag;
request.Valor = "";
var response = business.ProcessEvent(request).Result;
string[] tagSplit = testTag.Split('.');
var dvcEvts = repository.FindBy(d => d.Country == tagSplit[0] && d.Region == tagSplit[1] && d.DeviceName == tagSplit[2] && d.Status == 1).Result.ToList();
Assert.IsTrue(dvcEvts.Any());
Assert.AreEqual("success", response.ShortMessage);
}
public async Task <ActionResult <DeviceEventDTO> > Post([FromBody] DeviceEventDTO dvcEvt)
{
if (dvcEvt != null)
{
int value;
int.TryParse(dvcEvt.Valor, out value);
EventBusinessResponseVO response;
response = await _business.ProcessEvent(dvcEvt);
return(Ok(response));
}
else
{
return(BadRequest(dvcEvt));
}
}
