public IActionResult Mutant(MutantDnaRequest request)
{
//VALIDACION DE ADNS
var apiValidation = _mutantBsn.GeneralValidation(request);
if (apiValidation.Success == false)
{
return(StatusCode(403, apiValidation.Message));
}
else
{
var dnas = request.Dna.ToList();
//OBTENER DNA
var isMutant = _mutantBsn.IsMutant(dnas);
var apiResult = _mutantBsn.GetApiResultMessageResponse(isMutant);
//REGISTRAR (ASINCRONICAMENTE) => LA GRABACIÓN NO SE INVOLUCRA EN LA RESPUESTA
var task = Task.Run(() => _mutantBsn.InsertDna(dnas, isMutant));
if (apiResult.Success)
{
return(Ok(apiResult));
}
else
{
return(StatusCode(403, apiResult.Message));
}
}
}
public static MessageResponse GeneralValidation(MutantDnaRequest request)
{
var apiValidation = new MessageResponse();
var cache = InvalidDnaCacheRapper.Instance;
if (cache.IsInDnaInvalidCache(request.Dna.ToList().GetDeterministicHashCode()))
{
apiValidation.Success = false;
apiValidation.Message = "ADN INVALIDO";
return(apiValidation);
}
else
{
//NORMALIZACION DE DNAS
var upperDna = DnaHelper.UpperDna(request.Dna.ToList());
request.Dna = upperDna;
//VALIDACION DE DNAS
apiValidation = DnaValidator.ValidateDna(upperDna);
if (apiValidation.Success == false)
{
cache.AddToDnaInvalidCAche(request);
}
return(apiValidation);
}
}
public MessageResponse GeneralValidation(MutantDnaRequest request)
{
return(DnaValidator.GeneralValidation(request));
}
public void AddToDnaInvalidCAche(MutantDnaRequest dnaRequest)
{
_cache.GetOrCreate(dnaRequest.Dna.ToList().GetDeterministicHashCode(), () => dnaRequest);
}
