public DataElement MoveTo(DataElementContainer newParent, int index)
{
// Locate any fixups so we can update them
// Move element
DataElement newElem;
DataElementContainer oldParent = this.parent;
string newName = this.name;
for (int i = 0; newParent.ContainsKey(newName); i++)
{
newName = this.name + "_" + i;
}
oldParent.RemoveAt(oldParent.IndexOf(this));
if (newName == this.name)
{
newElem = this;
}
else
{
newElem = this.Clone(newName);
this.ClearRelations();
}
newParent.Insert(index, newElem);
foreach (Relation relation in newElem.relations)
{
if (relation.Of == newElem)
{
relation.OfName = newElem.fullName;
}
if (relation.From == newElem)
{
relation.FromName = newElem.fullName;
}
}
return(newElem);
}
private DataElement MoveTo(DataElementContainer newParent, int index)
{
DataElementContainer oldParent = this.parent;
if (oldParent == newParent)
{
int oldIdx = oldParent.IndexOf(this);
oldParent.RemoveAt(oldIdx);
if (oldIdx < index)
{
--index;
}
newParent.Insert(index, this);
return(this);
}
string newName = this.name;
for (int i = 0; newParent.ContainsKey(newName); i++)
{
newName = this.name + "_" + i;
}
DataElement newElem;
if (newName == this.name)
{
newElem = this;
}
else
{
newElem = this.Clone(newName);
// We are "moving" the element, but doing so by cloning
// into a new element. The clone will duplicate relations
// that reach outside of the element tree, so we need to
// clean up all old relations that were inside
// the old element tree.
ClearBindings(true);
}
// Save off relations
var relations = newElem.relations.Of <Binding>().ToArray();
oldParent.RemoveAt(oldParent.IndexOf(this));
newParent.Insert(index, newElem);
// When an element is moved, the name can change.
// Additionally, the resolution algorithm might not
// be able to locate the proper element, so set
// the 'OfName' to the full name of the new element.
foreach (var rel in relations)
{
rel.OfName = newElem.fullName;
rel.Resolve();
}
return(newElem);
}