/// <summary>
/// Parses a "probenode" configuration node.
/// </summary>
/// <param name="nodes">The TreeNodeCollection to which config items are to be added.</param>
/// <param name="probeXEl">The XElement containing the probenode</param>
/// <returns>The number of netflow sensors in this probenode</returns>
private int ParseProbeNode(TreeNodeCollection nodes, XElement probeXEl)
{
ProbeTreeNode probeNode = new ProbeTreeNode((string)probeXEl.Attribute("id"), ((string)probeXEl.Element("data").Element("name")).Trim());
int numChildren = 0;
foreach (XElement deviceXEl in probeXEl.Element("nodes").Elements("device"))
{
numChildren += this.ParseDeviceNode(probeNode, deviceXEl);
}
foreach (XElement groupXEl in probeXEl.Element("nodes").Elements("group"))
{
numChildren += this.ParseGroupNode(probeNode, groupXEl);
}
if (numChildren > 0)
{
nodes.Add(probeNode);
probes.Add(probeNode);
}
return(numChildren);
}
private void AddDeviceTreeForChannel(int channelID, TreeNode parentNode)
{
if (!flowChannels.ContainsKey(channelID))
{
flowChannels[channelID] = new ChannelDefTreeNode(channelID, "ChannelDef_" + channelID);
}
TreeNode currentNode = flowChannels[channelID];
PRTGTreeNode parNode = parentNode as PRTGTreeNode;
PRTGTreeNode curNode = currentNode as PRTGTreeNode;
if (parNode == null || curNode == null)
{
return;
}
Stack <PRTGTreeNode> nodeList = new Stack <PRTGTreeNode>();
while (parNode != null)
{
PRTGTreeNode newNode = null;
if (parNode is DeviceTreeNode)
{
newNode = new DeviceTreeNode(parNode.Id, parNode.Text);
}
else if (parNode is GroupTreeNode)
{
newNode = new GroupTreeNode(parNode.Id, parNode.Text);
}
else if (parNode is ProbeTreeNode)
{
newNode = new ProbeTreeNode(parNode.Id, parNode.Text);
}
nodeList.Push(newNode);
parNode = parNode.Parent as PRTGTreeNode;
}
while (nodeList.Count > 0)
{
PRTGTreeNode n = nodeList.Pop();
bool found = false;
PRTGTreeNode t = null;
foreach (PRTGTreeNode p in curNode.Nodes)
{
if ((n is DeviceTreeNode && p is DeviceTreeNode && n.Id == p.Id) ||
(n is GroupTreeNode && p is GroupTreeNode && n.Id == p.Id) ||
(n is ProbeTreeNode && p is ProbeTreeNode && n.Id == p.Id))
{
found = true;
t = p;
break;
}
}
if (found == true)
{
curNode = t;
continue;
}
curNode.Nodes.Add(n);
curNode = n;
}
}
