public TreeNodeAdv CreateNavigationNodes(InventoryEntry entry) { int[] sortmodes = IEComparisonEngine.CurrentComparer().comparisons; int loopcount = (NavigationLayers < sortmodes.Length) ? NavigationLayers : sortmodes.Length; TreeNodeAdv navnode = null; TreeNodeAdv newbranch = null; string currentcategory; string categorytext; for (int i = 0; i < loopcount; i++) { // 0: Name // 1: Rarity // 2: Category // 3: Title // 4: Prefix // 5: Model // 6: Manufacturer // 7: Level // 8: Key switch (sortmodes[i]) { case 2: currentcategory = entry.Category; if (currentcategory == "") { currentcategory = "none"; } if (!CategoryLookup.TryGetValue(currentcategory, out categorytext)) { currentcategory = "(Unknown)"; categorytext = "(Unknown)"; } break; case 6: currentcategory = entry.NameParts[0]; if (currentcategory == "") { currentcategory = "No Manufacturer"; } categorytext = currentcategory; break; case 7: currentcategory = "Level " + entry.EffectiveLevel.ToString(); categorytext = currentcategory; break; case 3: currentcategory = entry.NameParts[3]; if (currentcategory == "") { currentcategory = "No Title"; } categorytext = currentcategory; break; case 4: currentcategory = entry.NameParts[2]; if (currentcategory == "") { currentcategory = "No Prefix"; } categorytext = currentcategory; break; case 5: currentcategory = entry.NameParts[1]; if (currentcategory == "") { currentcategory = "No Model"; } categorytext = currentcategory; break; case 1: currentcategory = entry.Name; categorytext = currentcategory; break; default: return(navnode); } //Debugger.Break(); //if (navnode == null) // newbranch = Tree.FindFirstNodeByTag(currentcategory, false); //else if (navnode != null) { newbranch = navnode.FindFirstByTag(currentcategory, false); } else { newbranch = Tree.Root.FindFirstByTag(currentcategory, false); } if (newbranch == null) { // This category does not exist yet. Create a node for it. ColoredTextNode data = new ColoredTextNode(); data.Tag = currentcategory; data.ForeColor = Color.LightSkyBlue; if (GlobalSettings.UseColor) { data.Text = categorytext; } else { data.Text = "--- " + categorytext + " ---"; } if (navnode == null) { (Tree.Model as TreeModel).Nodes.Add(data); navnode = Tree.Root; } else { navnode.AddNode(data); } newbranch = navnode.Children[navnode.Children.Count - 1]; //newbranch = navnode.FindFirstByTag(currentcategory, false); //if (navnode == null) //{ // (Tree.Model as TreeModel).Nodes.Add(data); // newbranch = Tree.FindNodeByTag(data).Tag as Node; //} //else // navnode.Nodes.Add(newbranch); } // Update the navnode then iterate again for the next tier of // category nodes until all category nodes are present navnode = newbranch; } return(navnode); }
public void Add(InventoryEntry entry) { Unsorted.Add(entry); // Implicit event call to OnEntryAdd occurs here }
// 1 references to unused method public void Remove(InventoryEntry entry, bool updateSelection) { this.updateSelection = updateSelection; Unsorted.Remove(entry); // Implicit event call to OnEntryRemove occurs here }
public void OnEntryAdd(InventoryList ilist, InventoryEntry entry) { Sorted.Add(entry); AddToTreeView(entry); }
public void OnEntryRemove(InventoryList ilist, InventoryEntry entry) { Sorted.Remove(entry); RemoveFromTreeView(entry, false); }
// 0 references public void DuplicateSilent(string key) { InventoryEntry entry = this.Items[key]; DuplicateSilent(entry); }
// 0 references public void RemoveSilent(TreeNodeAdv node) { InventoryEntry entry = node.GetEntry(); Items.Remove(entry.Key); }
// 0 references public void RemoveSilent(InventoryEntry entry) { Items.Remove(entry.Key); }
// 1 references to unused method public void Remove(InventoryEntry entry) { Items.Remove(entry.Key); OnEntryRemove(entry); }
public void AddSilent(InventoryEntry entry) { entry.Key = db.CreateUniqueKey(); Items.Add(entry.Key, entry); }