private void SearchCMD(object snu) { if (PossibleWordsList.Contains(Search)) { SearchList = Search; } }
private void clearList(object suoo) { App.Current.Dispatcher.Invoke((Action) delegate // <--- HERE { PossibleWordsList.Clear(); RawWords = 0; RealWords = 0; }); }
private void DSelected(object sus) { PossibleWordsList.Remove(SearchList); }
public void Get(string Letters, int words) { Task.Factory.StartNew(() => { RawWords = 0; List <string> values = new List <string>(); foreach (char oooti in Letters) { values.Add(oooti.ToString()); } // Add onto the combinations. int qq = 0; for (int i = 1; i < words; i++) { // Make combinations containing i + 1 letters. List <string> new_values = new List <string>(); int g = 0; foreach (string str in values) { // Add all possible letters to this string. foreach (char oooti in Letters) { new_values.Add(str + oooti); g++; RawWords = g; } } // Replace the old values with the new ones. values = new_values; } HashSet <string> Dict = GetEngDictionary(); foreach (string siis in values) { //Match dictionary for non-duped words if (AllowDictionary) { var matches = new List <string>(); //checks for non-duped words if (!PossibleWordsList.Contains(siis)) { //match word with dictionary if (Dict.Contains(siis)) { App.Current.Dispatcher.Invoke((Action) delegate // <--- HERE { PossibleWordsList.Add(siis); qq++; RealWords = qq; }); } } foreach (string gh in matches) { App.Current.Dispatcher.Invoke((Action) delegate // <--- HERE { PossibleWordsList.Add(gh); }); } } //list every non-duplicate word generated. else { if (!PossibleWordsList.Contains(siis)) { App.Current.Dispatcher.Invoke((Action) delegate // <--- HERE { PossibleWordsList.Add(siis); }); } } } RealWords = qq; }); }