/// <summary>
/// Unlink the node removing it from its origin linked nodes list and restore it to its
/// original node class.
/// </summary>
public void UnlinkNode()
{
LinkedNodeViewModel linkedNode = (LinkedNodeViewModel)this;
linkedNode.Origin.LinkedNodes.Remove(linkedNode);
NestedConfigNode parent = (NestedConfigNode)linkedNode.m_parent;
ConfigNodeViewModel unlinkedNode = getInstance(m_parentExperiment, parent,
linkedNode.nodeDefinition, m_parentExperiment.AppName);
// Keep the content of the former ogirin node
if (!(linkedNode.Origin is ForkedNodeViewModel))
{
unlinkedNode.content = linkedNode.Origin.content;
}
else
{
ForkedNodeViewModel forkedNode = (ForkedNodeViewModel)linkedNode.LinkedNode;
int valueIndex = int.Parse(forkedNode.currentValueIndex.Substring(0, 1)) - 1;
ForkValueViewModel value = (ForkValueViewModel)forkedNode.children[valueIndex];
unlinkedNode.content = value.configNode.content;
}
// For node substitution We don't need the index in the whole tree just
// the index in the parent children list
int index = parent.children.IndexOf(linkedNode);
parent.children.Remove(linkedNode);
parent.children.Insert(index, unlinkedNode);
unlinkedNode.CanBeLinked = true;
unlinkedNode.IsLinkable = false;
}
public override void unforkThisNode()
{
NestedConfigNode parent = m_parent as NestedConfigNode;
int childIndex = parent.children.IndexOf(this);
parent.children.Remove(this);
parent.children.Insert(childIndex, selectedForkValue.configNode);
m_appViewModel.updateNumForkCombinations();
}
private void WalkThroughBranch(ref Stack <ConfigNodeViewModel> nodeStack, ConfigNodeViewModel branchRoot)
{
if (branchRoot is NestedConfigNode)
{
NestedConfigNode branch = (NestedConfigNode)branchRoot;
if (branch.children.Count > 0)
{
foreach (var node in branch.children)
{
nodeStack.Push(node);
}
}
}
}
/// <summary>
///
/// </summary>
public void CreateLinkedNode()
{
// We need the linked node to be shown exactly as the origin node
LinkedNode = Origin.clone();
// But we need to protects its identity, so lets put a few things back to normal
LinkedNode.nodeDefinition = nodeDefinition;
LinkedNode.LinkedNodes = LinkedNodes;
LinkedNode.name = name;
LinkedNode.comment = nodeDefinition.Attributes[XMLTags.commentAttribute].Value;
if (LinkedNode is NestedConfigNode)
{
NestedConfigNode node = (NestedConfigNode)LinkedNode;
}
}
public override void UnforkThisNode()
{
//unregister this fork
m_parentExperiment.forkRegistry.Remove(this);
NestedConfigNode parent = m_parent as NestedConfigNode;
if (parent != null)
{
int childIndex = parent.children.IndexOf(this);
parent.children.Remove(this);
parent.children.Insert(childIndex, selectedForkValue.configNode);
//the node can again be forked
selectedForkValue.configNode.parent = parent;
selectedForkValue.configNode.bCanBeForked = true;
m_parentExperiment.updateNumForkCombinations();
}
}
/// <summary>
/// Actually perform the linking with the node.
/// </summary>
/// <param name="targetNode"></param>
public void Link(ConfigNodeViewModel targetNode)
{
var linkedNode = new LinkedNodeViewModel(m_parentExperiment,
m_parentExperiment.LinkOriginNode, targetNode);
var node = m_parentExperiment.DepthFirstSearch(targetNode);
NestedConfigNode parent = (NestedConfigNode)node.m_parent;
// For node substitution we just need the index in the parent children list
int index = parent.children.IndexOf(node);
parent.children.Remove(node);
parent.children.Insert(index, linkedNode);
m_parentExperiment.LinkOriginNode.LinkedNodes.Add(linkedNode.LinkedNode);
// If the origin is a ForkedNode we also need to link the fork values inside
// this is for content changes reflection.
if (m_parentExperiment.LinkOriginNode is ForkedNodeViewModel)
{
ForkedNodeViewModel forkedOrigin = (ForkedNodeViewModel)m_parentExperiment.LinkOriginNode;
int len = forkedOrigin.children.Count;
for (int i = 0; i < len; i++)
{
ForkedNodeViewModel linkedFork = (ForkedNodeViewModel)linkedNode.LinkedNode;
ForkValueViewModel linkedForkValue = (ForkValueViewModel)linkedFork.children[i];
((ForkValueViewModel)forkedOrigin.children[i]).configNode.LinkedNodes
.Add(linkedForkValue.configNode);
linkedForkValue.configNode.name = targetNode.name;
linkedForkValue.configNode.comment = targetNode.comment;
linkedForkValue.configNode.nodeDefinition = targetNode.nodeDefinition;
}
}
linkedNode.LinkedNode.IsLinkable = false;
linkedNode.LinkedNode.IsLinked = true;
linkedNode.LinkedNode.IsNotLinked = false;
}