public bool IsUnderContentGroup(PSMElement element, out PSMElement groupElement)
{
//Debug.Assert(PSMTreeIterator.ModelsElement(element));
groupElement = null;
if (element.ModelsElement() /* && !(element is PSMAttribute) */)
{
return(false);
}
PSMTreeIterator it = new PSMTreeIterator(element);
while (it.CanGoToParent())
{
it.GoToParent();
if (IsContentGroupNode(it.CurrentNode))
{
groupElement = it.CurrentNode;
return(true);
}
if (it.CurrentNodeModelsElement())
{
return(false);
}
}
return(false);
}
private void CategorizeSubtree(PSMTreeIterator iterator)
{
if (iterator.CurrentNodeModelsElement() || IsContentGroupNode(iterator.CurrentNode))
{
significantNodes.Add(iterator.CurrentNode);
bool isRed = false;
if ((changesByTargetSignificantNode.ContainsKey(iterator.CurrentNode) && !changesByTargetSignificantNode[iterator.CurrentNode].All(c => c.Element == iterator.CurrentNode && c is ICanBeIgnoredOnTarget)) ||
GetState(iterator.CurrentNode) == EContentPlacementState.Added)
{
redNodes.Add(iterator.CurrentNode);
isRed = true;
}
PSMElement cn = iterator.CurrentNode;
foreach (PSMElement child in iterator.GetChildNodes())
{
iterator.CurrentNode = child;
CategorizeSubtree(iterator);
}
iterator.CurrentNode = cn;
PSMElement firstFoundRedChild = iterator.GetChildNodes().FirstOrDefault(child => (child is PSMAssociation) && redNodes.Contains(((PSMAssociation)child).Child) && IsContentGroupNode(((PSMAssociation)child).Child));
if (!isRed && firstFoundRedChild != null)
{
isRed = true;
int index = redNodes.IndexOf(((PSMAssociation)firstFoundRedChild).Child);
redNodes.Insert(index, iterator.CurrentNode);
}
if (!isRed)
{
if (iterator.GetChildNodes().Any(child => redNodes.Contains(child) || blueNodes.Contains(child) || insignificantBlueNodes.Contains(child)))
{
blueNodes.Add(iterator.CurrentNode);
}
else
{
greenNodes.Add(iterator.CurrentNode);
}
}
}
else
{
PSMElement cn = iterator.CurrentNode;
foreach (PSMElement child in iterator.GetChildNodes())
{
iterator.CurrentNode = child;
CategorizeSubtree(iterator);
}
iterator.CurrentNode = cn;
if (iterator.GetChildNodes().Any(child => redNodes.Contains(child) || blueNodes.Contains(child) || insignificantBlueNodes.Contains(child)))
{
insignificantBlueNodes.Add(iterator.CurrentNode);
}
}
}
public static string SuggestTemplateName(PSMElement node)
{
PSMTreeIterator t = new PSMTreeIterator(node);
string name = string.Empty;
while (t.CanGoToParent())
{
string step = t.CurrentNodeModelsElement() ? GetElementNameForSignificantElement(t.CurrentNode) : t.CurrentNode.Name;
name = !string.IsNullOrEmpty(step) ? step + "-" + name : name;
t.GoToParent();
}
if (t.CurrentNode != null)
{
string step = t.CurrentNodeModelsElement() ? GetElementNameForSignificantElement(t.CurrentNode) : t.CurrentNode.Name;
name = step + "-" + name;
}
return(name.Trim('-') + "-iteration");
}