/// <summary>
/// This method will insert currentTestTypeRootNode between child nodes of this currentTestTypeRootNode
/// </summary>
internal void InsertChildNode(TreeNode childNode)
{
Debug.Assert(childNode.TreeView == null, "childNode.TreeView must be null otherwise it will not be added to children collection");
//we need to safe
using (SynchronizationManager.Lock())
{
//add this new children to collection
AddChildrenNodesToTreeNode(new TreeNode[] { childNode }, false, true);
this._newChildElementInserted = true;
}
}
/* /// <summary>
* /// this method will clear child nodes and set state to children not populated
* /// </summary>
* private void ClearChildNodes()
* {
* //this call this this.TreeView.Nodes.Clear() on the right thread
* AddChildrenNodesToTreeNode(new TreeNode[] { }, true);
*
* this._childrenStatus = ChildrenElementsStatus.NotPopulated;
* this._newChildElementInserted = false;
* }*/
/// <summary>
/// this method will find AutomatinElementTreeNode for automationElement in children collection
/// </summary>
public AutomationElementTreeNode FindChildNodeForAutomationElement(AutomationElement automationElement)
{
using (SynchronizationManager.Lock())
{
//if children has been polupated then find the element
if (this._childrenStatus == ChildrenElementsStatus.Populated)
{
return(FindChildNodeForAutomationElementInternal(automationElement));
}
//if not then return null
return(null);
}
}
/// <summary>
/// This method will refresh children nodes
/// </summary>
public void RefreshChildrenNodes()
{
using (SynchronizationManager.Lock())
{
if (this._childrenStatus != ChildrenElementsStatus.NotPopulated)
{
this._childrenStatus = ChildrenElementsStatus.NotPopulated;
SetTreeNodeImageIndex();
CreateChildrenNodes(true);
}
}
}
