protected InheritanceNode(InheritanceNode parent, IInterface @interface, InheritanceNodeType nodeType, IEnumerable <InheritanceNode> childs)
{
this.Parent = parent;
this.Interface = @interface;
this.NodeType = nodeType;
if (childs != null)
{
childList.AddRange(childs);
}
}
public void RebuildTree(bool rebuildPaths)
{
if (!treeRebuilded)
{
treeRebuilded = true;
}
var interfacesIterator = new GenericTreeIterator <IInterface>(@interface => @interface.GetCurrentLevelInheritedInterfaces());
interfacesIterator.IterateTree(true, this.Interface, delegate(GenericTreeIterationArgs <IInterface, InheritanceNode> iterationArgs)
{
if (iterationArgs.CurrentStage == GenericTreeIterationStage.Leave)
{
iterationArgs.Data = null;
}
else
{
var childs = iterationArgs.Current.GetCurrentLevelInheritedInterfaces();
InheritanceNodeType nodeType = childs.Count() == 0
? InheritanceNodeType.SuperRoot
: InheritanceNodeType.Node;
InheritanceNode parentNode = iterationArgs.Data ?? this;
InheritanceNode newNode = CreateNode(nodeType, parentNode, iterationArgs.Current, null);
parentNode.AddChild(newNode);
iterationArgs.Data = newNode;
}
});
pathsRebuilded = false;
if (rebuildPaths)
{
RebuildPaths();
}
}
internal static InheritanceNode CreateNode(InheritanceNodeType nodeType, InheritanceNode parent, IInterface @interface, IEnumerable <InheritanceNode> childs)
{
return(new InheritanceNode(parent, @interface, nodeType, childs));
}