static void Execute(Lazy<IUndoCommandManager> undoCommandManager, IFileTreeNodeData[] nodes) {
if (!CanExecute(nodes))
return;
var rsrcNodes = nodes.Cast<IResourceElementNode>().ToArray();
undoCommandManager.Value.Add(new DeleteResourceElementCommand(rsrcNodes));
}
static void Execute(Lazy<IUndoCommandManager> undoCommandManager, IFileTreeNodeData[] nodes) {
if (!CanExecute(nodes))
return;
if (!Method.DeleteMethodDefCommand.AskDeleteDef(dnSpy_AsmEditor_Resources.AskDeleteField))
return;
var fieldNodes = nodes.Cast<IFieldNode>().ToArray();
undoCommandManager.Value.Add(new DeleteFieldDefCommand(fieldNodes));
}
static void Execute(Lazy<IUndoCommandManager> undoCommandManager, IFileTreeNodeData[] nodes) {
if (!CanExecute(nodes))
return;
var nsNodes = nodes.Cast<INamespaceNode>().ToArray();
undoCommandManager.Value.Add(new DeleteNamespaceCommand(nsNodes));
}
MoveNamespaceTypesToEmptypNamespaceCommand(IFileTreeNodeData[] nodes) {
var nsNodes = nodes.Cast<INamespaceNode>().Where(a => a.Name != string.Empty).ToArray();
Debug.Assert(nsNodes.Length > 0);
this.nodes = new DeletableNodes<INamespaceNode>(nsNodes);
this.nsTarget = GetTarget();
this.typeRefInfos = RenameNamespaceCommand.GetTypeRefInfos(nodes[0].GetModule(), nsNodes);
}
static void Execute(Lazy<IUndoCommandManager> undoCommandManager, IFileTreeNodeData[] nodes) {
if (!CanExecute(nodes))
return;
var eventNodes = nodes.Cast<IEventNode>().ToArray();
undoCommandManager.Value.Add(new DeleteEventDefCommand(eventNodes));
}
static void Execute(Lazy<IUndoCommandManager> undoCommandManager, IFileTreeNodeData[] nodes) {
if (!CanExecute(nodes))
return;
var propNodes = nodes.Cast<IPropertyNode>().ToArray();
undoCommandManager.Value.Add(new DeletePropertyDefCommand(propNodes));
}
ConvertAssemblyToNetModuleCommand(IFileTreeNodeData[] nodes) {
this.nodes = nodes.Cast<IAssemblyFileNode>().ToArray();
}
ConvertNetModuleToAssemblyCommand(IFileTreeNodeData[] nodes) {
this.nodes = nodes.Cast<IModuleFileNode>().ToArray();
this.savedStates = new SavedState[this.nodes.Length];
for (int i = 0; i < this.savedStates.Length; i++)
this.savedStates[i] = new SavedState();
}
static void Execute(Lazy<IUndoCommandManager> undoCommandManager, Lazy<IDocumentSaver> documentSaver, IAppWindow appWindow, IFileTreeNodeData[] nodes) {
if (!CanExecute(nodes))
return;
var asmNodes = nodes.Cast<IDnSpyFileNode>().ToArray();
var files = asmNodes.SelectMany(a => a.DnSpyFile.GetAllChildrenAndSelf());
if (!documentSaver.Value.AskUserToSaveIfModified(files))
return;
var keepNodes = new List<IDnSpyFileNode>();
var freeNodes = new List<IDnSpyFileNode>();
var onlyInRedoHistory = new List<IDnSpyFileNode>();
foreach (var info in GetUndoRedoInfo(undoCommandManager.Value, asmNodes)) {
if (!info.IsInUndo && !info.IsInRedo) {
// This asm is safe to remove
freeNodes.Add(info.Node);
}
else if (!info.IsInUndo && info.IsInRedo) {
// If we add a RemoveAssemblyCommand, the redo history will be cleared, so this
// assembly will be cleared from the history and don't need to be kept.
onlyInRedoHistory.Add(info.Node);
}
else {
// The asm is in the undo history, and maybe in the redo history. We must keep it.
keepNodes.Add(info.Node);
}
}
if (keepNodes.Count > 0 || onlyInRedoHistory.Count > 0) {
// We can't free the asm since older commands might reference it so we must record
// it in the history. The user can click Clear History to free everything.
foreach (var node in keepNodes) {
foreach (var f in node.DnSpyFile.GetAllChildrenAndSelf()) {
var peImage = f.PEImage;
if (peImage != null)
peImage.UnsafeDisableMemoryMappedIO();
}
}
if (keepNodes.Count != 0)
undoCommandManager.Value.Add(new RemoveAssemblyCommand(appWindow.FileTreeView, keepNodes.ToArray()));
else
undoCommandManager.Value.ClearRedo();
// Redo history was cleared
FreeAssemblies(onlyInRedoHistory);
}
FreeAssemblies(freeNodes);
if (freeNodes.Count > 0 || onlyInRedoHistory.Count > 0)
undoCommandManager.Value.CallGc();
}
