public static void PasteItems(string targetFolder, ProjectItemClipboardList list)
{
// first we have to make sure that list has values set for TryToKeepInternalReferences and RelocateReferences -- otherwise we have to show a dialog
if (list.TryToKeepInternalReferences == null || list.RelocateReferences == null)
{
var options = new ProjectItemsPasteOptions {
TryToKeepInternalReferences = list.TryToKeepInternalReferences, RelocateReferences = list.RelocateReferences
};
if (!Current.Gui.ShowDialog(ref options, "Paste options", false))
{
return;
}
list.TryToKeepInternalReferences = options.TryToKeepInternalReferences;
list.RelocateReferences = options.RelocateReferences;
}
if (!(list.TryToKeepInternalReferences.HasValue))
{
throw new InvalidProgramException();
}
if (!(list.RelocateReferences.HasValue))
{
throw new InvalidProgramException();
}
var relocationData = new DocNodePathReplacementOptions();
foreach (IProjectItem item in list.ProjectItems)
{
var oldName = item.Name;
var newName = GetRelocatedName(oldName, list.BaseFolder, targetFolder);
var oldPath = Current.Project.GetDocumentPathForProjectItem(item);
item.Name = newName;
Current.Project.AddItem(item);
if (list.TryToKeepInternalReferences.Value)
{
var newPath = Current.Project.GetDocumentPathForProjectItem(item);
relocationData.AddProjectItemReplacement(oldPath, newPath); // when trying to keep the references, we use the name the table gets after added to the collection (it can have changed during this operation).
}
}
if (list.RelocateReferences.Value && targetFolder != null)
{
string sourceFolder = list.BaseFolder ?? ProjectFolder.RootFolderName;
relocationData.AddPathReplacementsForAllProjectItemTypes(sourceFolder, targetFolder);
}
if (list.TryToKeepInternalReferences.Value || list.RelocateReferences.Value)
{
foreach (IProjectItem item in list.ProjectItems)
{
item.VisitDocumentReferences(relocationData.Visit);
}
}
}
public static void PasteItems(string targetFolder, ProjectItemClipboardList list)
{
// first we have to make sure that list has values set for TryToKeepInternalReferences and RelocateReferences -- otherwise we have to show a dialog
if (list.TryToKeepInternalReferences == null || list.RelocateReferences == null)
{
ProjectItemsPasteOptions options = new ProjectItemsPasteOptions { TryToKeepInternalReferences = list.TryToKeepInternalReferences, RelocateReferences = list.RelocateReferences };
if (!Current.Gui.ShowDialog(ref options, "Paste options", false))
return;
list.TryToKeepInternalReferences = options.TryToKeepInternalReferences;
list.RelocateReferences = options.RelocateReferences;
}
if (!(list.TryToKeepInternalReferences.HasValue)) throw new InvalidProgramException();
if (!(list.RelocateReferences.HasValue)) throw new InvalidProgramException();
var relocationData = new DocNodePathReplacementOptions();
foreach (IProjectItem item in list.ProjectItems)
{
var oldName = item.Name;
var newName = GetRelocatedName(oldName, list.BaseFolder, targetFolder);
var oldPath = AltaxoDocument.GetDocumentPathForProjectItem(item);
item.Name = newName;
Current.Project.AddItem(item);
if (list.TryToKeepInternalReferences.Value)
{
var newPath = AltaxoDocument.GetDocumentPathForProjectItem(item);
relocationData.AddProjectItemReplacement(oldPath, newPath); // when trying to keep the references, we use the name the table gets after added to the collection (it can have changed during this operation).
}
}
if (list.RelocateReferences.Value && targetFolder != null)
{
string sourceFolder = list.BaseFolder ?? ProjectFolder.RootFolderName;
relocationData.AddPathReplacementsForAllProjectItemTypes(sourceFolder, targetFolder);
}
if (list.TryToKeepInternalReferences.Value || list.RelocateReferences.Value)
{
foreach (IProjectItem item in list.ProjectItems)
item.VisitDocumentReferences(relocationData.Visit);
}
}