void browserTree_NodeMouseDoubleClick(object sender, TreeEventArgs e)
{
if (SelectedValue != null)
{
fireSelected();
}
}
protected override void OnBeforeTreeRender(object sender, TreeEventArgs e)
{
var x = sender;
var z = x.GetType();
base.OnBeforeTreeRender(sender, e);
}
private void OnDestroyTree(object sender, TreeEventArgs e)
{
poolTrees.Remove(e.Tree);
if (e.IsChoping)
{
StartCoroutine(TimeToFindLog(0f));
}
}
public void OnDestroyTree(GameObject tree, bool isChoping)
{
var destroyedTree = new TreeEventArgs {
Tree = tree, IsChoping = isChoping
};
DestroyTree?.Invoke(this, destroyedTree);
}
void tree_NodeMouseDoubleClick(object sender, TreeEventArgs e)
{
if (EditInterfaceSelectionEdit != null)
{
EditInterfaceViewEventArgs evt = new EditInterfaceViewEventArgs((e.Node as EditInterfaceTreeNode).EditInterface);
EditInterfaceSelectionEdit.Invoke(evt);
}
}
void tree_AfterSelect(object sender, TreeEventArgs e)
{
if (EditInterfaceSelectionChanged != null)
{
EditInterfaceViewEventArgs evt = new EditInterfaceViewEventArgs((e.Node as EditInterfaceTreeNode).EditInterface);
EditInterfaceSelectionChanged.Invoke(evt);
}
}
void browserTree_NodeMouseDoubleClick(object sender, TreeEventArgs e)
{
if (SelectedValue != null)
{
Accepted = true;
close();
}
}
public void OnNewTree(GameObject tree)
{
var newTree = new TreeEventArgs {
Tree = tree
};
NewTree?.Invoke(this, newTree);
}
protected virtual void OnSlotRemoved(TreeEventArgs e)
{
EventHandler <TreeEventArgs> handler = this.SlotRemoved;
if (handler != null)
{
handler(this, e);
}
}
protected virtual void OnSlotMouseDoubleClick(TreeEventArgs e)
{
EventHandler <TreeEventArgs> handler = this.SlotMouseDoubleClick;
if (handler != null)
{
handler(this, e);
}
}
private void TestTree_NodeExpanded(object sender, TreeEventArgs e)
{
Node result = ((Node)sender).Get(_autoSelectNodeID);
if (result != null)
{
testTree.SetSelected(result);
}
}
private void TestTree_NodeExpanded(object sender, TreeEventArgs e)
{
Node result = ((Node)sender).Get(_autoSelectNodeID);
if (result != null)
{
testTree.SetSelected(result);
}
}
private void SkeletonTree_NodeMouseDoubleClick(object sender, TreeEventArgs e)
{
var bone = e.Node.UserData as Bone;
if (bone != null)
{
selectableBone.Bone = bone;
objectMover.clearMovableObjects();
objectMover.addMovableObject("model", selectableBone);
}
}
private void TestStandardTree_EnsureFieldDictionary(object sender, TreeEventArgs e)
{
e.FieldFormulaDictionary = new Dictionary <string, string>()
{
{ "a", "b+c" },
{ "b", "q/7" },
{ "c", "5+4" },
{ "q", "10-z" },
{ "z", "2" }
};
}
protected void LogChange(TreeEventArgs args)
{
// Get the current directory from the
// argument passed to the method
CurrentDirectory = args.Value as string;
// Set the RadzenDataList to page 1
FileDataList.FirstPage();
// Reload the FileDataList
LoadFiles();
}
void browserTree_AfterSelect(object sender, TreeEventArgs e)
{
if (allowNameChanges)
{
BrowserNode selectedNode = (BrowserNode)e.Node.UserData;
String defaultName = selectedNode.DefaultName;
if (!String.IsNullOrEmpty(defaultName))
{
inputBox.Caption = defaultName;
}
}
}
private void Tree_Populate(object sender, TreeEventArgs e)
{
if (sender is Tree)
{ // We are populating the root nodes collection
((Tree)sender).Nodes.Add(new Node("documents/", "My Documents", true, "images/folder.png", "images/folderOpen.png", true));
}
else
{ // Otherwise we are populating a node, add a node to say we are working
((Node)sender).IsBusy = true;
// Call the webservice
BeginGetNodes((Node)sender);
}
}
void fileTree_NodeMouseDoubleClick(object sender, TreeEventArgs e)
{
if (FileSelected != null)
{
FileNode fileNode = e.Node as FileNode;
if (fileNode != null)
{
if (resourceProvider.exists(fileNode.FilePath))
{
FileSelected.Invoke(this, fileNode.FilePath);
}
}
}
}
private Task OnLoadDirectoryAsync(TreeEventArgs <MyDirectory> args)
{
try
{
var dataItem = args.Node.DataItem;
dataItem.Children.Clear();
dataItem.Children = Directory.GetDirectories(dataItem.FullName).OrderBy(v => v).ToList().ConvertAll(o => new MyDirectory {
Name = new DirectoryInfo(o).Name, FullName = new DirectoryInfo(o).FullName, Icon = "folder", Type = "folder"
});
dataItem.Children.AddRange(Directory.GetFiles(dataItem.FullName).OrderBy(v => v).ToList().ConvertAll(o => new MyDirectory {
Name = new FileInfo(o).Name, FullName = new FileInfo(o).FullName, Icon = "file", Type = "file"
}));
}
catch (System.UnauthorizedAccessException)
{
this.MessageService.Error("没有权限访问该文件夹！");
}
return(Task.CompletedTask);
}
void folderTree_AfterSelect(object sender, TreeEventArgs e)
{
bookmarksController.CurrentPath = e.Node.UserData as BookmarkPath;
}
private void Tree_Populate(object sender, TreeEventArgs e)
{
ObservableCollection <Node> nodes = (sender is Tree ? ((Tree)sender).Nodes : ((Node)sender).Nodes);
if (_rootBuilding)
{
nodes.Add(new Node("0", "My Documents", true, "images/folder.png", "images/folderOpen.png"));
_rootBuilding = false;
}
else
{
switch (e.ID)
{
case "0":
nodes.Add(new Node("1", "My Music", true, "images/folder.png", "images/folderOpen.png")
{
IsEnabled = false
});
nodes.Add(new Node("2", "My Pictures", true, "images/folder.png", "images/folderOpen.png"));
nodes.Add(new Node("3", "My Videos", true, "images/folder.png", "images/folderOpen.png"));
nodes.Add(new Node("8", "Connect.xls", false, "images/xls.png"));
nodes.Add(new Node("6", "Latest.doc", false, "images/doc.png"));
nodes.Add(new Node("7", "Light.doc", false, "images/doc.png"));
nodes.Add(new Node("4", "Listing.pdf", false, "images/pdf.png"));
nodes.Add(new Node("5", "Update.pdf", false, "images/pdf.png")
{
IsEnabled = false
});
break;
case "1":
nodes.Add(new Node("10", "Downloads", true, "images/folder.png", "images/folderOpen.png"));
nodes.Add(new Node("11", "Favourites", true, "images/folder.png", "images/folderOpen.png"));
nodes.Add(new Node("12", "Recent", true, "images/folder.png", "images/folderOpen.png"));
nodes.Add(new Node("13", "Track 01.mp3", false, "images/mp3.png"));
nodes.Add(new Node("14", "Track 02.mp3", false, "images/mp3.png"));
nodes.Add(new Node("15", "Track 03.mp3", false, "images/mp3.png"));
nodes.Add(new Node("16", "Track 04.mp3", false, "images/mp3.png"));
nodes.Add(new Node("17", "Track 05.mp3", false, "images/mp3.png"));
nodes.Add(new Node("18", "Track 06.mp3", false, "images/mp3.png"));
nodes.Add(new Node("19", "Track 07.mp3", false, "images/mp3.png"));
break;
case "10":
nodes.Add(new Node("16", "Track 04.mp3", false, "images/mp3.png"));
nodes.Add(new Node("17", "Track 05.mp3", false, "images/mp3.png"));
nodes.Add(new Node("18", "Track 06.mp3", false, "images/mp3.png"));
nodes.Add(new Node("19", "Track 07.mp3", false, "images/mp3.png"));
break;
case "11":
nodes.Add(new Node("13", "Track 01.mp3", false, "images/mp3.png"));
nodes.Add(new Node("14", "Track 02.mp3", false, "images/mp3.png"));
nodes.Add(new Node("15", "Track 03.mp3", false, "images/mp3.png"));
nodes.Add(new Node("18", "Track 06.mp3", false, "images/mp3.png"));
nodes.Add(new Node("19", "Track 07.mp3", false, "images/mp3.png"));
break;
case "12":
nodes.Add(new Node("14", "Track 02.mp3", false, "images/mp3.png"));
nodes.Add(new Node("15", "Track 03.mp3", false, "images/mp3.png"));
nodes.Add(new Node("16", "Track 04.mp3", false, "images/mp3.png"));
nodes.Add(new Node("18", "Track 06.mp3", false, "images/mp3.png"));
nodes.Add(new Node("19", "Track 07.mp3", false, "images/mp3.png"));
break;
case "2":
nodes.Add(new Node("13", "Image 1.gif", false, "images/gif.png"));
nodes.Add(new Node("14", "Image 2.gif", false, "images/gif.png"));
nodes.Add(new Node("15", "Image 3.gif", false, "images/gif.png"));
nodes.Add(new Node("16", "Image 4.gif", false, "images/gif.png"));
nodes.Add(new Node("17", "Image 5.gif", false, "images/gif.png"));
nodes.Add(new Node("18", "Image 6.gif", false, "images/gif.png"));
nodes.Add(new Node("19", "Image 7.gif", false, "images/gif.png"));
break;
case "3":
nodes.Add(new Node("13", "Video 01.mp4", false, "images/mp4.png"));
nodes.Add(new Node("14", "Video 02.mp4", false, "images/mp4.png"));
nodes.Add(new Node("15", "Video 03.mp4", false, "images/mp4.png"));
nodes.Add(new Node("16", "Video 04.mp4", false, "images/mp4.png"));
nodes.Add(new Node("17", "Video 05.mp4", false, "images/mp4.png"));
nodes.Add(new Node("18", "Video 06.mp4", false, "images/mp4.png"));
nodes.Add(new Node("19", "Video 07.mp4", false, "images/mp4.png"));
break;
}
}
}
private void Tree_Populate(object sender, TreeEventArgs e)
{
if (sender is Tree)
{ // We are populating the root nodes collection
((Tree)sender).Nodes.Add(new Node("documents/", "My Documents", true, "images/folder.png", "images/folderOpen.png", true));
}
else
{ // Otherwise we are populating a node, add a node to say we are working
((Node)sender).IsBusy = true;
// Call the webservice
BeginGetNodes((Node)sender);
}
}
private void ValueChanged(object sender, TreeEventArgs <T> e)
{
UpdateNode(e.Node, false);
}
private void NodeChanged(object sender, TreeEventArgs <T> e)
{
UpdateNode(e.Node, true);
}
void testTree_NodeCheckChanged(object sender, TreeEventArgs e)
{
}
private void OnNewTree(object sender, TreeEventArgs e)
{
poolTrees.Add(e.Tree);
}
public static void Message <T>(object sender, TreeEventArgs <T> e)
{
Console.WriteLine($"{e.Message}: {e.Element}");
}
private void Tree_Drop(object sender, TreeEventArgs e)
{
e.DropAction = Tree.DropActions.InsertBefore;
}
private void NumericalMethodsTree_Populate(object sender, TreeEventArgs e)
{
ObservableCollection <Node> nodes = (sender is Tree ? ((Tree)sender).Nodes : ((Node)sender).Nodes);
if (_rootBuilding)
{
nodes.Add(new Node("0", "Numerical Methods", true, "image/treeView/Closed.png", "image/treeView/catalog.png"));
_rootBuilding = false;
}
else
{
switch (e.ID)
{
case "0":
nodes.Add(new Node("1", "Approximate", true, "image/treeView/Closed.png", "image/treeView/catalog.png"));
nodes.Add(new Node("2", "Differential Equations", true, "image/treeView/Closed.png", "image/treeView/catalog.png"));
nodes.Add(new Node("3", "Integration", true, "image/treeView/Closed.png", "image/treeView/catalog.png"));
nodes.Add(new Node("4", "Linear Systems", true, "image/treeView/Closed.png", "image/treeView/catalog.png"));
nodes.Add(new Node("5", "Non Linear equalization", true, "image/treeView/Closed.png", "image/treeView/catalog.png"));
nodes.Add(new Node("6", "Interpolation", true, "image/treeView/Closed.png", "image/treeView/catalog.png"));
nodes.Add(new Node("7", "Matrix Algebra", true, "image/treeView/Closed.png", "image/treeView/catalog.png"));
nodes.Add(new Node("8", "Optimizing", true, "image/treeView/Closed.png", "image/treeView/catalog.png"));
nodes.Add(new Node("9", "Statistics", true, "image/treeView/Closed.png", "image/treeView/catalog.png"));
// nodes.Add(new Node("10", "Random Generator", true, "image/treeView/Closed.png", "image/treeView/catalog.png"));
break;
case "1":
nodes.Add(new Node("11", "Bisection Method", false, "image/treeView/method.png"));
nodes.Add(new Node("12", "Chord Method", false, "image/treeView/method.png"));
nodes.Add(new Node("13", "Iteration Method", false, "image/treeView/method.png"));
nodes.Add(new Node("14", "Newton Method", false, "image/treeView/method.png"));
break;
case "2":
nodes.Add(new Node("21", "Euler Simple", false, "image/treeView/method.png"));
nodes.Add(new Node("22", "Euler Modified", false, "image/treeView/method.png"));
nodes.Add(new Node("23", "Euler Corrected", false, "image/treeView/method.png"));
nodes.Add(new Node("24", "Runge-Kutta4", false, "image/treeView/method.png"));
break;
case "3":
nodes.Add(new Node("31", "Chebishev", false, "image/treeView/method.png"));
nodes.Add(new Node("32", "Simpson", false, "image/treeView/method.png"));
nodes.Add(new Node("33", "Trapezium", false, "image/treeView/method.png"));
break;
case "4":
nodes.Add(new Node("41", "Gaus", false, "image/treeView/method.png"));
nodes.Add(new Node("42", "Zeidel", false, "image/treeView/method.png"));
break;
case "5":
nodes.Add(new Node("51", "Half Division", false, "image/treeView/method.png"));
nodes.Add(new Node("52", "Hord Metod", false, "image/treeView/method.png"));
nodes.Add(new Node("53", "Newton Metod", false, "image/treeView/method.png"));
nodes.Add(new Node("54", "Secant Metod", false, "image/treeView/method.png"));
break;
case "6":
nodes.Add(new Node("61", "Lagrange Interpolator", false, "image/treeView/method.png"));
nodes.Add(new Node("62", "Newton Interpolator", false, "image/treeView/method.png"));
//nodes.Add(new Node("63", "Neville Interpolator", false, "image/treeView/method.png"));
//nodes.Add(new Node("64", "Spline Interpolator", false, "image/treeView/method.png"));
// nodes.Add(new Node("64", "Barycentric Interpolator", false, "image/treeView/method.png"));
break;
case "7":
nodes.Add(new Node("71", "Matrix Determinant", false, "image/treeView/method.png"));
nodes.Add(new Node("72", "Decomposition of matrix LU", false, "image/treeView/method.png"));
nodes.Add(new Node("73", "Matrix Inverse LU", false, "image/treeView/method.png"));
break;
case "8":
nodes.Add(new Node("81", "Brentopt", false, "image/treeView/method.png"));
nodes.Add(new Node("82", "GoldenSection", false, "image/treeView/method.png"));
nodes.Add(new Node("83", "Pijavsky", false, "image/treeView/method.png"));
break;
case "9":
nodes.Add(new Node("91", "Correlation Pearson", false, "image/treeView/method.png"));
nodes.Add(new Node("92", "Correlation Spearmans Rank", false, "image/treeView/method.png"));
// nodes.Add(new Node("93", "Descriptive Statistics A Dev", false, "image/treeView/method.png"));
// nodes.Add(new Node("94", "Descriptive Statistics Median", false, "image/treeView/method.png"));
// nodes.Add(new Node("95", "Descriptive Statistics Moments", false, "image/treeView/method.png"));
// nodes.Add(new Node("96", "Descriptive Statistics Percentile", false, "image/treeView/method.png"));
break;
/* case "10":
* nodes.Add(new Node("101", "Generator 1", false, "image/treeView/method.png"));
* nodes.Add(new Node("102", "Generator 2", false, "image/treeView/method.png"));
* nodes.Add(new Node("103", "Generator 3", false, "image/treeView/method.png"));
* nodes.Add(new Node("104", "Generator 4", false, "image/treeView/method.png"));
* nodes.Add(new Node("105", "Generator 5", false, "image/treeView/method.png"));
*
* break;*/
}
}
}
private void Tree_NodeDoubleClick(object sender, TreeEventArgs e)
{
}
private void Tree_Drop(object sender, TreeEventArgs e)
{
}
public static void Message <T>(object sender, TreeEventArgs <T> e)
{
Console.WriteLine($"{e.Item} {e.Message}\n");
}
private void MyTreeView_SelectedItemChangedLiquid(object sender, TreeEventArgs e)
{
ViewModel.SelectedTreeViewItem = e.Source;
ViewModel.DisplaySlectedElement(e.Source);
}
public override void Render(ref XmlTree tree)
{
string FilePath = TranslatorType == Enums.TranslatorType.StyleSheet ? "/css/" : "/scripts/";
string orgPath = String.Empty;
string path = String.Empty;
if (!string.IsNullOrEmpty(this.NodeKey))
{
orgPath = this.NodeKey;
path = IOHelper.MapPath(FilePath + orgPath);
orgPath += "/";
}
else
{
path = IOHelper.MapPath(FilePath);
}
DirectoryInfo dirInfo = new DirectoryInfo(path);
DirectoryInfo[] dirInfos = dirInfo.GetDirectories();
var allowedExts = new Translation.Core().GetPossibleExtensions(TranslatorType).ToArray();
var args = new TreeEventArgs(tree);
OnBeforeTreeRender(dirInfo, args);
foreach (DirectoryInfo dir in dirInfos)
{
if ((dir.Attributes & FileAttributes.Hidden) == 0)
{
XmlTreeNode xDirNode = XmlTreeNode.Create(this);
xDirNode.NodeID = orgPath + dir.Name;
xDirNode.NodeType = TranslatorType == Enums.TranslatorType.StyleSheet ? "initstylesheetsNew" : "initscriptsNew";
xDirNode.Menu = new List <IAction>(new IAction[] { ActionDelete.Instance, ContextMenuSeperator.Instance, ActionNew.Instance, ContextMenuSeperator.Instance, ActionRefresh.Instance });
xDirNode.Text = dir.Name;
xDirNode.Source = GetTreeServiceUrl(orgPath + dir.Name);
if (CompatibilityHelper.IsVersion7OrNewer)
{
xDirNode.Icon = "icon-folder";
}
else
{
xDirNode.Icon = FolderIcon;
}
xDirNode.OpenIcon = FolderIconOpen;
xDirNode.HasChildren = dir.GetFiles().Length > 0 || dir.GetDirectories().Length > 0;
xDirNode.Action = "#";
OnRenderFolderNode(ref xDirNode);
OnBeforeNodeRender(ref tree, ref xDirNode, EventArgs.Empty);
if (xDirNode != null)
{
tree.Add(xDirNode);
OnAfterNodeRender(ref tree, ref xDirNode, EventArgs.Empty);
}
}
}
FileInfo[] fileInfo = dirInfo.GetFiles("*.*");
foreach (FileInfo file in fileInfo)
{
if ((file.Attributes & FileAttributes.Hidden) == 0 && allowedExts.Contains(file.Extension))
{
XmlTreeNode xFileNode = XmlTreeNode.Create(this);
xFileNode.NodeID = orgPath + file.Name;
xFileNode.Text = file.Name;
xFileNode.Icon = new Optimus.Translation.Core().GetTranslatorTreeIconPath(file.Name);
xFileNode.OpenIcon = "doc.gif";
xFileNode.Menu = new List <IAction> {
ActionDelete.Instance
};
xFileNode.NodeType = TranslatorType == Enums.TranslatorType.StyleSheet ? "initstylesheetsNew" : "initscriptsNew";
if (string.IsNullOrEmpty(xFileNode.Action))
{
if (orgPath != string.Empty)
{
xFileNode.Action = TranslatorType == Enums.TranslatorType.StyleSheet ?
"javascript:openDyanmicCSSFileEditor('" + orgPath + file.Name + "', 'false');" :
"javascript:openDyanmicScriptFileEditor('" + orgPath + file.Name + "', 'false');";
}
else
{
xFileNode.Action = TranslatorType == Enums.TranslatorType.StyleSheet ?
"javascript:openDyanmicCSSFileEditor('" + file.Name + "', 'false');" :
"javascript:openDyanmicScriptFileEditor('" + file.Name + "', 'false');";
}
}
OnRenderFileNode(ref xFileNode);
OnBeforeNodeRender(ref tree, ref xFileNode, EventArgs.Empty);
if (xFileNode != null)
{
tree.Add(xFileNode);
OnAfterNodeRender(ref tree, ref xFileNode, EventArgs.Empty);
}
}
}
OnAfterTreeRender(dirInfo, args);
}
protected override void OnAfterTreeRender(object sender, TreeEventArgs e)
{
base.OnAfterTreeRender(sender, e);
}
private void TestTree_NodeEdited(object sender, TreeEventArgs e)
{
}
