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 bool IsMutant(List <string> dnas)
{
dnas = DnaHelper.UpperDna(dnas);
var muttantPatterns = new List <string>();
var verticalDnas = new List <string>();
var diagonalDnas = new List <string>();
Parallel.Invoke(() => {
muttantPatterns = GetMutantsPatternsToCompare();
},
() => {
verticalDnas = DnaHelper.GetVerticalDnas(dnas);
},
() => {
diagonalDnas = DnaHelper.GetDiagonalDnas(dnas);
}
);
int countRepeatedLetters = 0;
//CON DETECTAR 2 O + REPETICIONES CANCELAMOS LA BÚSQUEDA DE LOS PATRONES
for (int i = 0; i < muttantPatterns.Count && countRepeatedLetters < 2; i++)
{
var pattern = muttantPatterns[i];
//ANALISIS EN HORIZONTAL DE LA MATRIZ
countRepeatedLetters += dnas
.Select(s => Regex.Matches(s, Regex.Escape(pattern)).Count)
.Sum();
if (countRepeatedLetters < 2)
{
//ANALISIS EN VERTICAL DE LA MATRIZ
countRepeatedLetters += verticalDnas
.Select(s => Regex.Matches(s, Regex.Escape(pattern)).Count)
.Sum();
}
if (countRepeatedLetters < 2)
{
//ANALISIS DE LAS DIAGONALES DE LA MATRIX
countRepeatedLetters += diagonalDnas
.Select(s => Regex.Matches(s, Regex.Escape(pattern)).Count)
.Sum();
}
}
return(countRepeatedLetters > 1);
}