private IReflectClass ReflectClassForClass(object example)
{
if (example is IReflectClass)
{
return((IReflectClass)example);
}
if (example is Type)
{
return(_trans.Reflector().ForClass((Type)example));
}
return(null);
}
private void AssociateYapClass(Transaction a_trans, object a_object)
{
if (a_object == null)
{
}
else
{
//It seems that we need not result the following field
//i_object = null;
//i_comparator = Null.INSTANCE;
//i_classMetadata = null;
// FIXME: Setting the YapClass to null will prevent index use
// If the field is typed we can guess the right one with the
// following line. However this does break some SODA test cases.
// Revisit!
// if(i_field != null){
// i_classMetadata = i_field.getYapClass();
// }
_classMetadata = a_trans.Container().ProduceClassMetadata(a_trans.Reflector().ForObject
(a_object));
if (_classMetadata != null)
{
i_object = _classMetadata.GetComparableObject(a_object);
if (a_object != i_object)
{
i_attributeProvider = _classMetadata.Config().QueryAttributeProvider();
_classMetadata = a_trans.Container().ProduceClassMetadata(a_trans.Reflector().ForObject
(i_object));
}
if (_classMetadata != null)
{
_classMetadata.CollectConstraints(a_trans, this, i_object, new _IVisitor4_84(this
));
}
else
{
AssociateYapClass(a_trans, null);
}
}
else
{
AssociateYapClass(a_trans, null);
}
}
}
protected virtual object ReadCreate(Transaction trans, IReadBuffer buffer, ArrayInfo
info)
{
ReadInfo(trans, buffer, info);
IReflectClass clazz = NewInstanceReflectClass(trans.Reflector(), info);
if (clazz == null)
{
return null;
}
return NewInstance(ArrayReflector(Container(trans)), info, clazz);
}
private bool ShouldStoreStaticFields(Transaction trans)
{
return !IsReadOnlyContainer() && (StaticFieldValuesArePersisted() || Platform4.StoreStaticFieldValues
(trans.Reflector(), ClassReflector()));
}
internal override void Unmarshall(Transaction a_trans)
{
if (i_trans == null)
{
base.Unmarshall(a_trans);
if (_className != null)
{
_className = Container().Config().ResolveAliasStoredName(_className);
_claxx = a_trans.Reflector().ForName(_className);
}
}
}
