public ElementVariable DuplicateStructure()
{
var newElement = new ElementVariable(SimpleType, DefaultValue);
newElement.SetUnit(Unit.DuplicateStructure(), DefaultUnit);
if(XUnit != null)
newElement.SetX_Unit(XUnit.DuplicateStructure(), DefaultXUnit);
return newElement;
}
/// <summary> Using an XmlNode creates a ComplexType using the appropriate info. </summary>
/// <param name="xNode"> The XmlNode that was spotted to be a ComplexType. </param>
private static void _createComplexType(XmlNode xNode)
{
//Information Structure
//Name
string name = XsdParser.GetName(xNode);
Unit unit = null;
string defaultUnit = "";
ElementConstant constant = null;
ElementVariable variable = null;
ElementFunction function = null;
ElementKeyword keyword = null;
ElementReference reference = null;
//Avoid unexpected situations
if (!xNode.HasChildNodes)
return;
//Draw information
foreach (XmlNode x in xNode.ChildNodes)
{
SimpleType sType;
// Ignore comments.
if (x.NodeType == XmlNodeType.Comment)
continue;
// Crete elements.
if (x.LocalName == "choice")
{
foreach (XmlNode xc in x.ChildNodes)
{
string defaultValue;
// Check
if (xc.LocalName != "element") continue;
Debug.Assert(xc.Attributes != null, "xc.Attributes != null");
// Create Elements with their default values
switch (xc.Attributes["name"].Value.Trim())
{
case "constant":
sType = Structure.Structure.FindSimpleType(xc.Attributes["type"].Value.Trim());
defaultValue = xc.Attributes["default"] != null ?
xc.Attributes["default"].Value.Trim() : "";
constant = new ElementConstant(sType, defaultValue);
break;
case "variable":
sType = Structure.Structure.FindSimpleType(xc.Attributes["type"].Value.Trim());
defaultValue = xc.Attributes["default"] != null ?
xc.Attributes["default"].Value.Trim() : "";
variable = new ElementVariable(sType, defaultValue);
break;
case "function":
if (xc.HasChildNodes && xc.FirstChild.HasChildNodes && xc.FirstChild.FirstChild.HasChildNodes)
if (xc.FirstChild.FirstChild.LocalName == "choice")
{
List<string> functionNames = new List<string>();
foreach (XmlNode xcf in xc.FirstChild.FirstChild.ChildNodes)
if (xcf.LocalName == "element")
{
Debug.Assert(xcf.Attributes != null, "xcf.Attributes != null");
functionNames.Add(xcf.Attributes["ref"].Value.Trim());
}
function = new ElementFunction(functionNames);
}
break;
case "keyword":
sType = Structure.Structure.FindSimpleType(xc.Attributes["type"].Value.Trim());
defaultValue = xc.Attributes["default"] != null ?
xc.Attributes["default"].Value.Trim() : "";
keyword = new ElementKeyword(sType, defaultValue);
break;
}
}
}
//Get Units & Default values
else if (x.LocalName == "attribute")
{
Debug.Assert(x.Attributes != null, "x.Attributes != null");
if (x.LocalName == "attribute" && x.Attributes["name"].Value.Trim() == "unit")
{
unit = Structure.Structure.FindUnit(x.Attributes["type"].Value.Trim());
defaultUnit = x.Attributes["default"].Value.Trim();
if (constant != null)
constant.SetUnit(unit, defaultUnit);
if (variable != null)
variable.SetUnit(unit, defaultUnit);
}
else if (x.LocalName == "attribute" && x.Attributes["name"].Value.Trim() == "x_unit")
{
if (variable == null) continue;
var xUnit = Structure.Structure.FindUnit(x.Attributes["type"].Value.Trim());
var defaultXUnit = x.Attributes["default"].Value.Trim();
variable.SetX_Unit(xUnit, defaultXUnit);
}
//Handle References
else if (x.LocalName == "attribute" && x.Attributes["name"].Value.Trim() == "reference")
{
sType = Structure.Structure.FindSimpleType(x.Attributes["type"].Value.Trim());
reference = new ElementReference(sType);
}
}
else
{
Debug.WriteLine("Unhandled XSD Element named '{0}' inside '{1}'", x.LocalName, name);
}
}
//Finish
Structure.Structure.Add(new ComplexType(name, new List<ElementType> { constant, variable, function, keyword, reference }));
}