private void Notify(EntityChange change)
{
foreach (Type eventKeyClass in _eventMap.Keys)
{
/* // check if the eventKeyClass is the entity class, or a superclass of it
if (eventKeyClass.IsAssignableFrom(change.EntityRef))
{
// create an entity ref based on the eventKeyClass, regardless of the actual entity class
//EntityRefBase entityRef = EntityRefFactory.CreateReference(eventKeyClass, change.EntityOID, change.Version);
//EventsHelper.Fire(_eventMap[change.EntityClass], null, new EntityChangeEventArgs(entityRef, change.ChangeType));
}
* */
}
}
private static Dictionary<string, PropertyData> WriteProperties(EntityChange entityChange)
{
var propertiesData = new Dictionary<string, PropertyData>();
var entityClass = EntityRefUtils.GetClass(entityChange.EntityRef);
foreach (var prop in entityChange.PropertyChanges)
{
var pi = entityClass.GetProperty(prop.PropertyName);
// special handling of extended properties collections
// note that we need to check pi != null because it may represent a field-access "property"
// which has no corresponding .NET property
if (pi != null && AttributeUtils.HasAttribute<ExtendedPropertiesCollectionAttribute>(pi))
{
var extendedProps = WriteExtendedProperties(prop, entityChange.ChangeType);
foreach (var extendedProp in extendedProps)
{
propertiesData.Add(extendedProp.Key, extendedProp.Value);
}
}
else
{
var propertyData = WriteProperty(prop.OldValue, prop.NewValue, entityChange.ChangeType);
propertiesData.Add(prop.PropertyName, propertyData);
}
}
return propertiesData;
}
