public void AddTranslation(ClassDescriptor entry)
{
if (!EntriesByTag.ContainsKey(entry.TagName))
{
EntriesByTag.Add(entry.TagName, entry);
}
if (!EntriesByClassSimpleName.ContainsKey(entry.DescribedClassSimpleName))
{
EntriesByClassSimpleName.Add(entry.DescribedClassSimpleName, entry);
}
if (!EntriesByClassName.ContainsKey(entry.DescribedClassSimpleName))
{
EntriesByClassName.Add(entry.DescribedClassSimpleName, entry);
}
String[] otherTags = XmlTools.OtherTags(entry.DescribedClass);
if (otherTags != null)
{
foreach (string otherTag in otherTags.Where(otherTag => !string.IsNullOrEmpty(otherTag)))
{
EntriesByTag.Add(otherTag, entry);
}
}
}
/// <summary>
/// Recursive method to resolve annotations in parameter class and its super classes.
/// This mehthod creates field descriptors and other optimized datastructures, which
/// is used for marshalling and ummarshalling of runtime objects.
/// </summary>
/// <param name="thatClass">
/// The parameter class <c>Type</c> to resolve any defined annotations.
/// </param>
/// <param name="fieldDescriptorClass">
/// Used by recursive call from inside the function. Can be null if being called
/// for the first time.
/// </param>
public void DeriveAndOrganizeFieldsRecursive(Type thatClass)
{
if (XmlTools.IsAnnotationPresent <SimplInherit>(thatClass))
{
TypeInfo classTypeInfo = thatClass.GetTypeInfo();
Type[] superClassGenericArguments = classTypeInfo.BaseType.GenericTypeArguments;
ClassDescriptor superClassDescriptor = GetClassDescriptor(classTypeInfo.BaseType);
ReferFieldDescriptorsFrom(superClassDescriptor, superClassGenericArguments);
}
IEnumerable <FieldInfo> fields = thatClass.GetTypeInfo().DeclaredFields;
// Iterate through all fields for the type
foreach (FieldInfo thatField in fields)
{
// We don't serialize static values in S.im.pl, continue on to the next field
if ((thatField.IsStatic))
{
continue;
}
Int16 fieldType = FieldTypes.UnsetType;
if (XmlTools.IsScalar(thatField))
{
fieldType = FieldTypes.Scalar;
}
else if (XmlTools.IsAnnotationPresent <SimplComposite>(thatField))
{
fieldType = FieldTypes.CompositeElement;
}
else if (XmlTools.IsAnnotationPresent <SimplCollection>(thatField))
{
fieldType = FieldTypes.CollectionElement;
}
else if (XmlTools.IsAnnotationPresent <SimplMap>(thatField))
{
fieldType = FieldTypes.MapElement;
}
if (fieldType == FieldTypes.UnsetType)
{
continue; //not a simpl serialization annotated field
}
FieldDescriptor fieldDescriptor = NewFieldDescriptor(thatField, fieldType, fieldDescriptorClass);
//generics
fieldDescriptor.GenericTypeVarsContextCD = this;
if (fieldDescriptor.FdType == FieldTypes.Scalar)
{
Hint xmlHint = fieldDescriptor.XmlHint;
switch (xmlHint)
{
case Hint.XmlAttribute:
_attributeFieldDescriptors.Add(fieldDescriptor);
break;
case Hint.XmlText:
case Hint.XmlTextCdata:
break;
case Hint.XmlLeaf:
case Hint.XmlLeafCdata:
_elementFieldDescriptors.Add(fieldDescriptor);
break;
}
}
else
{
_elementFieldDescriptors.Add(fieldDescriptor);
}
if (XmlTools.IsCompositeAsScalarValue(thatField))
{
_scalarValueFieldDescriptor = fieldDescriptor;
}
_fieldDescriptorsByFieldName.Add(thatField.Name, fieldDescriptor);
if (fieldDescriptor.IsMarshallOnly)
{
continue;
}
String fieldTagName = fieldDescriptor.TagName;
if (fieldDescriptor.IsWrapped)
{
FieldDescriptor wrapper = NewFieldDescriptor(fieldDescriptor, fieldTagName, fieldDescriptorClass);
MapTagToFdForTranslateFrom(fieldTagName, wrapper);
}
else if (!fieldDescriptor.IsPolymorphic)
{
String tag = fieldDescriptor.IsCollection ? fieldDescriptor.CollectionOrMapTagName : fieldTagName;
MapTagToFdForTranslateFrom(tag, fieldDescriptor);
var otherTagsAttributes = XmlTools.GetAnnotation <SimplOtherTags>(thatField);
String[] otherTags = XmlTools.OtherTags(otherTagsAttributes);
if (otherTags != null)
{
foreach (String otherTag in otherTags)
{
MapTagToFdForTranslateFrom(otherTag, fieldDescriptor);
}
}
}
else
{
MapTagClassDescriptors(fieldDescriptor);
}
}
}