protected override bool OnWrite(XType <DictionaryEntry> xType, IXWriteOperation writer,
DictionaryEntry obj, XElement element, XObjectArgs args)
{
XName keyName = XComponents.Component <XAutoCollections>().KeyName,
valueName = XComponents.Component <XAutoCollections>().ValueName;
if (obj.Key != null)
{
element.Add(writer.WriteTo(new XElement(keyName), obj.Key));
if (obj.Value != default)
{
element.Add(writer.WriteTo(new XElement(valueName), obj.Value));
}
}
return(true);
}
protected override bool OnWrite <T>(IXWriteOperation writer, T obj, XAttribute attribute, XObjectArgs args)
{
if (obj != null && Identifier.CanId(obj.GetType()))
{
object id = Identifier.GetId(obj);
if (id != null && referenceObjects.ContainsKey(id))
{
_ = writer.WriteTo(attribute, id);
return(true);
}
}
return(false);
}
protected override bool OnWrite(IXWriteOperation writer, T[,] obj, XElement element, XObjectArgs args)
{
// Get lower bound and length
int lb = obj.GetLowerBound(0), n = obj.GetLength(0);
int[] lb1 = new int[1] {
obj.GetLowerBound(1)
}, n1 = new int[1] {
obj.GetLength(1)
};
if (lb != 0)
{
element.SetAttributeValue(XComponents.Component <XAutoCollections>().ArrayLowerBoundName, XmlTools.Write(lb));
}
// Copy each second rank into a new array and write them as 1-dimensional arrays
for (int i = lb, I = lb + n; i < I; i++)
{
T[] dim1 = (T[])Array.CreateInstance(typeof(T), n1, lb1);
for (int j = lb1[0], J = n1[0]; j < J; j++)
{
dim1[j] = obj[i, j];
}
XElement li = writer.WriteTo(new XElement(ItemName), dim1);
if (lb1[0] != 0)
{
li.SetAttributeValue(XComponents.Component <XAutoCollections>().ArrayLowerBoundName, XmlTools.Write(lb1[0]));
}
element.Add(li);
}
return(true);
}
protected override bool OnWrite(IXWriteOperation writer, LinkedListNode <T> obj, XElement element, XObjectArgs args)
{
_ = writer.WriteTo(element, obj.Value);
return(true);
}