public void DoTestHelp(int paragraphCount, int letterCount, int turn)
{
CryptanalysisCore.Monoalphabetic cipher = new CryptanalysisCore.Monoalphabetic();
for(int i = 0; i < paragraphCount; i++)
{
string par = texts.RandomParagraph(letterCount);
string key = cipher.RandomKey();
string ciphertext = cipher.Encrypt(par, key);
try
{
string crackKey = cipher.UnitTextFrequency(ciphertext, Form1.currentLanguage);
int similarity = KeySimilarity(key, crackKey);
success[paragraphCount * turn + i] = similarity;
notSuccess[paragraphCount * turn + i] = KeyNotSimilarity(key, crackKey);
}
catch (CryptanalysisCore.Exceptions.MatchNotFound)
{
success[paragraphCount * turn + i] = -1;
}
progress();
}
done[turn] = 1;
if (done.Sum() == Environment.ProcessorCount)
afterFinish(String.Format("průměr: {0}, neprolomeno: {1} %, počet chybných substitucí: {2}.",
((int)success.Where(x => x > -1).Average()).ToString(),
(int)((double)success.Where(x => x == -1).Count() / (double)success.Length * 100),
((int)notSuccess.Sum()).ToString()));
}
public MonoTest(Action progress, Action<string> afterFinish, Texts texts)
: base(progress, afterFinish, texts)
{
uniqueWords = File.ReadAllText(Storage.StatsFolderPath + "czech/" + "unique.txt").Split(' ');
cipher = new Monoalphabetic();
}