protected void AddChild(XNode parent, TestItem node)
{
//<TestModule/TestCase/Variation>
string name = node.Type.ToString();
//Create the Element
CXmlElement element = (CXmlElement) new XElement(name);
if (parent is XDocument)
{
((XDocument)parent).Add(element);
}
else if (parent is XElement)
{
((XElement)parent).Add(element);
}
else
{
throw new Exception("Error in Add Child");
}
//Add typed properties
AddProperty(element, "Name", node.Name, 0);
AddProperty(element, "Desc", node.Desc, 0);
AddProperty(element, "Id", node.Order, 0);
AddProperty(element, "Priority", node.Priority, 0);
AddProperty(element, "Owner", node.Owner, 0);
AddProperty(element, "Owners", node.Owners, TestPropertyFlags.MultipleValues);
AddProperty(element, "Version", node.Version, 0);
//Add extended properties
AddProperties(element, node);
//Add our own uniqueid (for fast assoication later)
//Note: We place this 'userdata' into our own version of the XmlElement, (derived class)
element.UserData = ++pnextuniqueid;
puniqueids.Add(pnextuniqueid, node);
//Recursure through the children
foreach (TestItem childnode in node.Children)
{
this.AddChild(element, childnode);
}
}
protected TestItem FindMatchingNode(XElement xmlnode)
{
TestItem found = null;
//Matching nodes are always elements (testmodule, testcase, variation)
while (xmlnode.NodeType != XmlNodeType.Element)
{
xmlnode = xmlnode.Parent;
}
//Note: We actually placed a uniqueid in the XmlElement node itself (derived node type)
CXmlElement element = xmlnode as CXmlElement;
if (element != null)
{
found = (TestItem)puniqueids[element.UserData];
}
return(found);
}