public async Task Decrypt()
{
var keyQueueTask = Task.Run(() => KeepKeyQueueData());
while (
keyQueueTask.Status != TaskStatus.RanToCompletion ||
PendingKeysCount != 0)
{
for (int i = 0; i < tasks.Length; i++)
{
if (PendingKeysCount <= 0)
{
await Task.Delay(1);
break;
}
if (tasks[i] == null || tasks[i].Status == TaskStatus.RanToCompletion)
{
tasks[i] = Task.Run(() => ProccessNextKeyTask(i));
}
}
}
keyQueueTask.Wait();
MyFileManager.WriteBuilderToFile();
MyFileManagerSuccesses.WriteBuilderToFile();
MyFileManagerBad.WriteBuilderToFile();
}
private void ProcessAscii(DecryptedObject decryptedObject)
{
bool foundSomething = false;
string sDecryptOrig = decryptedObject.GetDecodedString(Encoding.UTF8);
var sDecyptPrintable = new StringBuilder(sDecryptOrig).RemoveAsciiControllChars().RemoveNewLines().RemoveChar(';').GetString();
if (new StringBuilder(sDecryptOrig).CountChar("[½|¿]") > 100)
{
string ln = $";{decryptedObject.GetBytesKeyHex()};;;;;;;;;;;;;{sDecyptPrintable}";
MyFileManagerBad.ConcatNewLine(ln);
return;
}
string sProcessed = new StringBuilder(sDecryptOrig).RemoveNoneAlphanumericChars().GetString();
int cDChars = new StringBuilder(sDecryptOrig).CountChars(); //Numero de Caracteres en String Decriptada
int cPChars = new StringBuilder(sProcessed).CountChars(); //Numero de Caracteres en String Procesada
int cCharDif = cDChars - cPChars; // Diferencia Numercia de Caracteres entre original y procesada
if (Regex.Match(sDecryptOrig, regex, RegexOptions.IgnoreCase).Success)
{
foundSomething = true;
}
//var sDecyptPrintable = new StringBuilder(sDecryptOrig).RemoveNewLines()
// .RemoveChar(';').RemoveChar('\n').RemoveChar('?').RemoveAsciiControllChars().GetString();
int cDIsAlpha = new StringBuilder(sDecryptOrig).CountAlphanumericChars(); //Numero de Caracteres Alphanumericos
int cDNoAlpha = new StringBuilder(sDecryptOrig).CountNoAlphanumericChars(); //Numero de Caracteres No Alphanumericos
int cDIsHex = new StringBuilder(sDecryptOrig).CountHexadecimalChars(); //Numero de Caracteres Hexadecimales
int cDNoHex = new StringBuilder(sDecryptOrig).CountNoHexadecimalChars(); //Numero de Caracteres No Hexadecimales
//int cPIsAlpha = new StringBuilder(sProcessed).CountAlphanumericChars(); //Numero de Caracteres Alphanumericos
int cPNoAlpha = new StringBuilder(sProcessed).CountNoAlphanumericChars(); //Numero de Caracteres No Alphanumericos
//int cPIsHex = new StringBuilder(sProcessed).CountHexadecimalChars(); //Numero de Caracteres Hexadecimales
int cPNoHex = new StringBuilder(sProcessed).CountNoHexadecimalChars(); //Numero de Caracteres No Hexadecimales
string line = $"{foundSomething}";
line += $";{decryptedObject.GetBytesKeyHex()}"; //Llave utilizada
line += $";{cDChars};{cPChars}"; //Numero de Caracteres en la String
line += $";{cCharDif}"; // Diferencia Numercia de Caracteres entre original y procesada
//cPIsAlpha
line += $";{cDIsAlpha};"; //Numero de Caracteres Alphanumericos original y procesada
line += $";{cDNoAlpha};{cPNoAlpha}"; //Numero de Caracteres No Alphanumericos original y procesada
//cPIsHex
line += $";{cDIsHex};"; //Numero de Caracteres Hexadecimales original y procesada
line += $";{cDNoHex};{cPNoHex}"; //Numero de Caracteres No Hexadecimales original y procesada
line += $";{sProcessed}"; // String Procesada
line += $";{sDecyptPrintable}"; // String original sin saltos de linea ni ';'
if (foundSomething == true)
{
MyFileManagerSuccesses.ConcatNewLine(line);
}
MyFileManager.ConcatNewLine(line);
}
