private void btnSearch_Click(object sender, EventArgs e)
{
if (IsBusy)
{
CancelBackgroundWorker();
}
else
{
IsBusy = true;
SetButtonText(false);
string input = CleanupString(tbInput.Text);
int bits = 0;
if (!int.TryParse(input, out bits))
{
WriteMessageBox("Error parsing number of bits: Try entering only numeric characters into the input TextBox.");
}
else if (bits < 7)
{
WriteMessageBox("If you need to find prime numbers smaller than seven 7 bits, use a non-specialized calculator.");
}
else
{
algorithmWorker = new ThreadedAlgorithmWorker(SearchDepth, Settings.Logging_Enabled);
algorithmWorker.DoWorkFunc = algorithmWorker.DoWork_FindPrime;
algorithmWorker.WorkerComplete += FindPrimes_WorkerComplete;
ResetCancellationTokenSource();
algorithmWorker.StartWorker(cancelSource.Token, bits);
}
}
}
private void DisposeThreadedAlgorithmWorker()
{
if (algorithmWorker != null && !algorithmWorker.IsDisposed)
{
algorithmWorker.Dispose();
algorithmWorker = null;
}
}
public MainForm()
{
InitializeComponent();
Log.LogFilename = Settings.LogFile_Methods;
Log.SetLoggingPreference(Settings.Logging_Enabled);
tbInput.Text = "512";
tbSearchDepth.Text = DefaultSearchDepth.ToString();
algorithmWorker = null;
//algorithmWorker = new ThreadedAlgorithmWorker(SearchDepth, Settings.Logging_Enabled);
}
public ConsoleWorker(bool loggingEnabled)
{
errors = new Queue <Exception>();
primes = new Queue <BigInteger>();
results = new Queue <WorkerResultType>();
Result = WorkerResultType.None;
algorithmWorker = new ThreadedAlgorithmWorker(Settings.Search_Depth, loggingEnabled);
algorithmWorker.DoWorkFunc = algorithmWorker.DoWork_FindPrime;
algorithmWorker.WorkerComplete += algorithmWorker_WorkerComplete;
this.RunTime = algorithmWorker.RuntimeTimer;
primeFindTimer = new Stopwatch();
}
