/*
* Incapsulate logic of calculating
* timing of syncronized constructor
*/
private TimeSpan GetTimeOfSyncConstructor(int keyLength)
{
Task <TimeSpan> syncRSATimeCounterTask = new Task <TimeSpan>(() => {
return(RSACryptor.TimeOfRSASynchronizedConstructor(keyLength));
});
syncRSATimeCounterTask.Start();
syncRSATimeCounterTask.Wait();
return(syncRSATimeCounterTask.Result);
}
/*
* This click activate RSACryptor that generates values
* and forms initialize by this values, also in this method
* added features with calculating time of 2 rsa constructors :
* one threaded(syncronized)
* multy threaded(asyncronized)
* and showing report about this
*/
private void generateKeysButton_Click(object sender, EventArgs e)
{
int keyLength;
try
{
keyLength = int.Parse(keyLengthInput.Text);
}
catch
{
MessageBox.Show("Input keylength!");
return;
}
if (keyLength < 64)
{
MessageBox.Show("Length of key should be more than 63!");
return;
}
Stopwatch timer = new Stopwatch();
timer.Start();
cryptor = new RSACryptor(keyLength);
timer.Stop();
pIO.Text = cryptor.P.ToString();
qIO.Text = cryptor.Q.ToString();
NOutput.Text = cryptor.N.ToString();
eulerFunctionOutput.Text = cryptor.EulerValue.ToString();
eOutput.Text = cryptor.E.ToString();
dOutput.Text = cryptor.D.ToString();
MessageBox.Show("Start calculating sync constructor");
TimeSpan rsaSyncTime = GetTimeOfSyncConstructor(keyLength);
string timeReport = GetTimeReport(timer.Elapsed, rsaSyncTime);
MessageBox.Show(timeReport);
}
