private void DoCheck()
{
_problems = ProblemChecker.Check(_document.Map, VisibleOnlyCheckbox.Checked).ToList();
ProblemsList.BeginUpdate();
ProblemsList.Items.Clear();
ProblemsList.Items.AddRange(_problems.OfType <object>().ToArray());
ProblemsList.EndUpdate();
}
public IDisplayableProblem GetProblemFromEnum(ProblemsList selectedValue)
{
switch (selectedValue)
{
case ProblemsList.Bullets:
return(new Bullets());
case ProblemsList.Iditarod:
return(new Iditarod());
case ProblemsList.InterestingDigits:
return(new InterestingDigits());
case ProblemsList.Lexer:
return(new Lexer());
case ProblemsList.StreetParking:
return(new StreetParking());
case ProblemsList.Substitute:
return(new Substitute());
case ProblemsList.TurretDefense:
return(new TurretDefense());
case ProblemsList.Whisper:
return(new Whisper());
case ProblemsList.WidgetRepairs:
return(new WidgetRepairs());
case ProblemsList.Abacus:
return(new Abacus());
case ProblemsList.ABBA:
return(new ABBA());
case ProblemsList.ATaleOfThreeCities:
return(new ATaleOfThreeCities());
case ProblemsList.AToughGame:
return(new AToughGame());
default:
return(null);
}
}
private async Task DoCheck(MapDocument doc)
{
_problems = doc == null ? new List <ProblemWrapper>() : await Check(doc, GetFilter(_visibleOnly, _selectedOnly));
this.InvokeLater(() =>
{
var si = ProblemsList.SelectedIndex;
ProblemsList.BeginUpdate();
ProblemsList.Items.Clear();
ProblemsList.Items.AddRange(_problems.OfType <object>().ToArray());
if (si < 0 || si >= ProblemsList.Items.Count)
{
si = 0;
}
if (si < ProblemsList.Items.Count)
{
ProblemsList.SelectedIndex = si;
}
ProblemsList.EndUpdate();
UpdateSelectedProblem(null, EventArgs.Empty);
});
}