|
public Serialize ( |
||
| type | ||
| graph | object | |
| return | void | |
public override void SerializeNonReference(object graph,
XmlFormatterSerializer serializer)
{
foreach (object o in (IEnumerable)graph)
{
serializer.WriteStartElement(element_qname.Name, XmlName.Namespace, CurrentNamespace);
serializer.Serialize(element_type, o);
serializer.WriteEndElement();
}
}
public override void SerializeNonReference(object graph,
XmlFormatterSerializer serializer)
{
if (add_method != null) // generic
{
if (pair_type == null)
{
pair_type = typeof(KeyValuePair <,>).MakeGenericType(add_method.DeclaringType.GetGenericArguments());
pair_key_property = pair_type.GetProperty("Key");
pair_value_property = pair_type.GetProperty("Value");
}
foreach (object p in (IEnumerable)graph)
{
serializer.WriteStartElement(item_qname.Name, item_qname.Namespace, CurrentNamespace);
serializer.WriteStartElement(key_qname.Name, key_qname.Namespace, CurrentNamespace);
serializer.Serialize(pair_key_property.PropertyType, pair_key_property.GetValue(p, null));
serializer.WriteEndElement();
serializer.WriteStartElement(value_qname.Name, value_qname.Namespace, CurrentNamespace);
serializer.Serialize(pair_value_property.PropertyType, pair_value_property.GetValue(p, null));
serializer.WriteEndElement();
serializer.WriteEndElement();
}
}
else // non-generic
{
foreach (DictionaryEntry p in (IEnumerable)graph)
{
serializer.WriteStartElement(item_qname.Name, item_qname.Namespace, CurrentNamespace);
serializer.WriteStartElement(key_qname.Name, key_qname.Namespace, CurrentNamespace);
serializer.Serialize(key_type, p.Key);
serializer.WriteEndElement();
serializer.WriteStartElement(value_qname.Name, value_qname.Namespace, CurrentNamespace);
serializer.Serialize(value_type, p.Value);
serializer.WriteEndElement();
serializer.WriteEndElement();
}
}
}
public override void SerializeNonReference(object graph,
XmlFormatterSerializer serializer)
{
// output item xmlns in advance so that it does not result in excessive xmlns overwrites.
if (XmlName.Namespace != element_qname.Namespace && element_qname.Namespace != KnownTypeCollection.MSSimpleNamespace)
{
serializer.Writer.WriteXmlnsAttribute(null, element_qname.Namespace);
}
foreach (object o in (IEnumerable)graph)
{
serializer.WriteStartElement(element_qname.Name, XmlName.Namespace, CurrentNamespace);
serializer.Serialize(element_type, o);
serializer.WriteEndElement();
}
}
public virtual void SerializeNonReference(object graph,
XmlFormatterSerializer serializer)
{
foreach (DataMemberInfo dmi in Members)
{
FieldInfo fi = dmi.Member as FieldInfo;
PropertyInfo pi = fi == null ?
(PropertyInfo)dmi.Member : null;
Type type = fi != null ?
fi.FieldType : pi.PropertyType;
object value = fi != null?
fi.GetValue(graph) :
pi.GetValue(graph, null);
serializer.WriteStartElement(dmi.XmlName, dmi.XmlRootNamespace, dmi.XmlNamespace);
serializer.Serialize(type, value);
serializer.WriteEndElement();
}
}
/*
* when writeContentOnly is true, then the input XmlWriter
* must be at element state. This is to write possible
* xsi:nil.
*
* rootType determines the top-level element QName (thus
* it is ignored when writeContentOnly is true).
*
* preserveObjectReferences indicates that whether the
* output should contain ms:Id or not.
* (http://schemas.microsoft.com/2003/10/Serialization/)
*/
public override void WriteObjectContent(XmlDictionaryWriter writer, object graph)
{
if (graph == null)
{
return;
}
int startTypeCount = known_types.Count;
XmlFormatterSerializer.Serialize(writer, graph,
type, known_types,
ignore_ext, max_items, root_ns.Value, preserve_refs, DataContractResolver, default_resolver);
// remove temporarily-added known types for
// rootType and object graph type.
while (known_types.Count > startTypeCount)
{
known_types.RemoveAt(startTypeCount);
}
}
