public List<HitomiTagdata> GetResults(ref string word, ref int position) { var match = new List<HitomiTagdata>(); if (!builded) return match; var old_data = HitomiIndex.Instance.tagdata_collection; HitomiIndex.Instance.tagdata_collection = tagdata_collection; if (word.Contains(":")) { if (word.StartsWith("artist:")) { word = word.Substring("artist:".Length); position += "artist:".Length; match = HitomiDataAnalysis.GetArtistList(word); } } string[] match_target = { "artist:", }; string w = word; List<HitomiTagdata> data_col = (from ix in match_target where ix.StartsWith(w) select new HitomiTagdata { Tag = ix }).ToList(); if (data_col.Count > 0) match.AddRange(data_col); match.AddRange(HitomiDataAnalysis.GetArtistList(word)); HitomiIndex.Instance.tagdata_collection = old_data; return match; }
private void bExtract_Click(object sender, EventArgs e) { Dictionary <int, HitomiIndexMetadata?> map = new Dictionary <int, HitomiIndexMetadata?>(); foreach (var tuple in metadatas) { int key = Convert.ToInt32(tuple.Item2); if (!map.ContainsKey(key)) { map.Add(key, tuple.Item3); } else { } } List <ListViewItem> lvil = new List <ListViewItem>(); int i = 0; foreach (var h in HitomiLog.Instance.DownloadTable) { if (!map.ContainsKey(h)) { var md = HitomiDataAnalysis.GetMetadataFromMagic(h.ToString()); List <string> artists = new List <string>(); if (md.HasValue) { if (md.Value.Artists != null) { md.Value.Artists.ToList().ForEach(x => artists.Add(HitomiIndex.Instance.index.Artists[x])); } } lvil.Add(new ListViewItem(new string[] { (i + 1).ToString(), h.ToString(), string.Join(",", artists) })); i++; } } listView1.Items.Clear(); listView1.Items.AddRange(lvil.ToArray()); }
public List <HitomiTagdata> GetResults(ref string word, ref int position) { var match = new List <HitomiTagdata>(); if (!builded) { return(match); } var old_data = HitomiData.Instance.tagdata_collection; HitomiData.Instance.tagdata_collection = tagdata_collection; if (word.Contains(":")) { if (word.StartsWith("artist:")) { word = word.Substring("artist:".Length); position += "artist:".Length; match = HitomiDataAnalysis.GetArtistList(word); } else if (word.StartsWith("tag:")) { word = word.Substring("tag:".Length); position += "tag:".Length; match = HitomiDataAnalysis.GetTagList(word); } else if (word.StartsWith("tagx:")) { word = word.Substring("tagx:".Length); position += "tagx:".Length; match = HitomiDataAnalysis.GetTagList(word); } else if (word.StartsWith("character:")) { word = word.Substring("character:".Length); position += "character:".Length; match = HitomiDataAnalysis.GetCharacterList(word); } else if (word.StartsWith("group:")) { word = word.Substring("group:".Length); position += "group:".Length; match = HitomiDataAnalysis.GetGroupList(word); } else if (word.StartsWith("series:")) { word = word.Substring("series:".Length); position += "series:".Length; match = HitomiDataAnalysis.GetSeriesList(word); } else if (word.StartsWith("type:")) { word = word.Substring("type:".Length); position += "type:".Length; match = HitomiDataAnalysis.GetTypeList(word); } } string[] match_target = { "artist:", "character:", "group:", "recent:", "series:", "tag:", "tagx:", "type:", }; string w = word; List <HitomiTagdata> data_col = (from ix in match_target where ix.StartsWith(w) select new HitomiTagdata { Tag = ix }).ToList(); if (data_col.Count > 0) { match.AddRange(data_col); } match.AddRange(HitomiDataAnalysis.GetTotalList(word)); HitomiData.Instance.tagdata_collection = old_data; return(match); }
private void RecursiveVisit(TreeNode node, List <Regex> regex) { string match = ""; if (regex.Any(x => { if (!x.Match(Path.GetFileNameWithoutExtension(node.Text)).Success) { return(false); } match = x.Match(Path.GetFileNameWithoutExtension(node.Text)).Groups[1].Value; return(true); })) { metadatas.Add(new Tuple <string, string, HitomiIndexMetadata?>(node.FullPath, match, HitomiDataAnalysis.GetMetadataFromMagic(match))); available_count += 1; if (!search_subfiles_whenever) { return; } } visit_count += 1; foreach (var cnode in node.Nodes.OfType <TreeNode>()) { RecursiveVisit(cnode, regex); } }
public void SearchText_KeyUp(object sender, KeyEventArgs e) { if (e.Key == Key.Enter) { return; } int position = SearchText.SelectionStart; while (position > 0 && !" ()-+&|~".Contains(SearchText.Text[position - 1])) { position -= 1; } string word = ""; for (int i = position; i < SearchText.Text.Length; i++) { if (" ()-+&|~".Contains(SearchText.Text[i])) { break; } word += SearchText.Text[i]; } if (word == "") { AutoComplete.IsOpen = false; return; } List <HitomiTagdata> match = new List <HitomiTagdata>(); if (!specific) { if (word.Contains(":")) { if (word.StartsWith("artist:")) { word = word.Substring("artist:".Length); position += "artist:".Length; match = HitomiDataAnalysis.GetArtistList(word); } else if (word.StartsWith("tag:")) { word = word.Substring("tag:".Length); position += "tag:".Length; match = HitomiDataAnalysis.GetTagList(word); } else if (word.StartsWith("tagx:")) { word = word.Substring("tagx:".Length); position += "tagx:".Length; match = HitomiDataAnalysis.GetTagList(word); } else if (word.StartsWith("character:")) { word = word.Substring("character:".Length); position += "character:".Length; match = HitomiDataAnalysis.GetCharacterList(word); } else if (word.StartsWith("group:")) { word = word.Substring("group:".Length); position += "group:".Length; match = HitomiDataAnalysis.GetGroupList(word); } else if (word.StartsWith("series:")) { word = word.Substring("series:".Length); position += "series:".Length; match = HitomiDataAnalysis.GetSeriesList(word); } else if (word.StartsWith("type:")) { word = word.Substring("type:".Length); position += "type:".Length; match = HitomiDataAnalysis.GetTypeList(word); } else if (word.StartsWith("lang:")) { word = word.Substring("lang:".Length); position += "lang:".Length; match = HitomiDataAnalysis.GetLanguageList(word); } } string[] match_target = { "artist:", "character:", "group:", "recent:", "series:", "tag:", "tagx:", "type:", "lang:" }; List <HitomiTagdata> data_col = (from ix in match_target where ix.StartsWith(word) select new HitomiTagdata { Tag = ix }).ToList(); if (Settings.Instance.Hitomi.CustomAutoComplete != null) { data_col.AddRange(from ix in Settings.Instance.Hitomi.CustomAutoComplete where ix.StartsWith(word) select new HitomiTagdata { Tag = ix }); } if (data_col.Count > 0) { match.AddRange(data_col); } match.AddRange(HitomiDataAnalysis.GetTotalList(word)); } else if (specific_tag) { match = HitomiDataAnalysis.GetTagList(word, true); } else { match = HitomiDataAnalysis.GetArtistList(word, true); } if (match.Count > 0) { AutoComplete.IsOpen = true; AutoCompleteList.Items.Clear(); List <string> listing = new List <string>(); for (int i = 0; i < SettingWrap.Instance.MaxCountOfAutoCompleteResult && i < match.Count; i++) { if (match[i].Count != 0) { listing.Add(match[i].Tag + $" ({match[i].Count})"); } else { listing.Add(match[i].Tag); } } var MaxColoredTextLength = word.Length; var ColoredTargetText = word; listing.ForEach(x => { if (SettingWrap.Instance.DoNotHightlightAutoCompleteResults) { AutoCompleteList.Items.Add(x); } else if (!Settings.Instance.Hitomi.UsingFuzzy) { try { var Result = new TextBlock(); Result.Foreground = Brushes.Black; int StartColoredTextPosition = x.IndexOf(ColoredTargetText); string firstdraw = x.Substring(0, StartColoredTextPosition); Result.Text = firstdraw; var Detected = new Run(); Detected.Foreground = Brushes.HotPink; string seconddraw = x.Substring(StartColoredTextPosition, MaxColoredTextLength); Detected.Text = seconddraw; var Postfix = new Run(); Postfix.Foreground = Brushes.Black; Postfix.Text = x.Substring(StartColoredTextPosition + MaxColoredTextLength); Result.Inlines.Add(Detected); Result.Inlines.Add(Postfix); AutoCompleteList.Items.Add(Result); } catch { } } else { try { var Result = new TextBlock(); Result.Foreground = Brushes.Black; string prefix = ""; if (x.Contains(":") && !ColoredTargetText.Contains(":") && x.Split(':')[1] != "") { prefix = x.Split(':')[0] + ":"; x = x.Split(':')[1]; } string postfix = x.Split(' ').Length > 1 ? x.Split(' ')[1] : ""; x = x.Split(' ')[0]; if (prefix != "") { Result.Text = prefix; } int[] diff = Strings.GetLevenshteinDistance(x, ColoredTargetText); for (int i = 0; i < x.Length; i++) { var Temp = new Run(); Temp.Text = x[i].ToString(); if (diff[i + 1] == 1) { Temp.Foreground = Brushes.HotPink; } else { Temp.Foreground = Brushes.Black; } Result.Inlines.Add(Temp); } var Postfix = new Run(); Postfix.Text = postfix; Postfix.Foreground = Brushes.Black; Result.Inlines.Add(Postfix); AutoCompleteList.Items.Add(Result); } catch { } } }); AutoComplete.HorizontalOffset = MeasureString(SearchText.Text.Substring(0, position)).Width; } else { AutoComplete.IsOpen = false; return; } global_position = position; global_text = word; if (e.Key == Key.Down) { AutoCompleteList.SelectedIndex = 0; AutoCompleteList.Focus(); } else if (e.Key == Key.Up) { AutoCompleteList.SelectedIndex = AutoCompleteList.Items.Count - 1; AutoCompleteList.Focus(); } else if (e.Key == Key.Enter || e.Key == Key.Space) { if (SettingWrap.Instance.DoNotHightlightAutoCompleteResults) { PutStringIntoTextBox(AutoCompleteList.Items[0].ToString()); } else { var inline = (AutoCompleteList.Items[0] as TextBlock).Inlines; PutStringIntoTextBox(string.Join("", inline.Select(x => new TextRange(x.ContentStart, x.ContentEnd).Text))); } } }