protected void AddChildToIntermediate(BrowserTreeNode childNode,
IntermediateNodeType intNodeType,
int intIndex)
{
// Look for the intermediate node with the right type
bool found = false;
foreach (BrowserTreeNode intNode in Nodes)
{
if (intNode is IntermediateTreeNode && ((IntermediateTreeNode)intNode).NodeType ==
intNodeType)
{
intNode.AddLogicalNode(childNode, ++intIndex);
found = true;
break;
}
}
// Add a new intermediate node
if (!found)
{
IntermediateTreeNode intNode = new IntermediateTreeNode(intNodeType, this);
intNode._useIntermediates = _useIntermediates;
intNode.SetPresInfo(intNodeType.PresentationInfo);
((TreeListView)TreeView).Add(Nodes, intNode);
intNode.AddLogicalNode(childNode, ++intIndex);
_hasChildIntNodes = true;
}
}
protected void AddChildToIntermediate(BrowserTreeNode childNode,
IntermediateNodeType intNodeType,
int intIndex)
{
// Look for the intermediate node with the right type
bool found = false;
foreach (BrowserTreeNode intNode in Nodes) {
if (intNode is IntermediateTreeNode && ((IntermediateTreeNode)intNode).NodeType ==
intNodeType) {
intNode.AddLogicalNode(childNode, ++intIndex);
found = true;
break;
}
}
// Add a new intermediate node
if (!found) {
IntermediateTreeNode intNode = new IntermediateTreeNode(intNodeType, this);
intNode._useIntermediates = _useIntermediates;
intNode.SetPresInfo(intNodeType.PresentationInfo);
((TreeListView)TreeView).Add(Nodes, intNode);
intNode.AddLogicalNode(childNode, ++intIndex);
_hasChildIntNodes = true;
}
}