/// <summary>Recurses the objects within a persistence boundary, excluding objects
/// decorated with NotPersisted and the persistence boundary object's parent
/// object.</summary>
///
/// <param name="obj"></param>
///
/// <returns></returns>
public ICollection RecursePersistenceBoundaryGraph(IPersistenceBoundary obj)
{
return RecurseObjectGraph(obj,
obj,
null,
new ProcessObjectFilterDelegate(PersistenceBoundaryObjectFilter));
}
public void Update(IPersistenceBoundary obj)
{
if (obj == null) {
throw new ArgumentNullException("obj");
}
//If this object's type hasn't been processed already, process it now
if (!_typeProcessor.IsAssemblyProcessed(obj.GetType().Assembly)) {
_typeProcessor.ProcessAssembly(obj.GetType().Assembly);
}
//If this object is active, update it in the store, calling
//its callback methods if present. If it's not active, calling
//Update is bogus
if (!IsActivated(obj)) {
throw new InvalidOperationException();
}
_recursor.RecursivelyDo(_recursor.RecursePersistenceBoundaryGraph(obj),
null,
new RecursiveOperationDelegate(DoUpdateObject));
}
public bool IsActivated(IPersistenceBoundary obj)
{
if (obj == null) {
throw new ArgumentNullException("obj");
}
//If this object's type hasn't been processed already, process it now
if (!_typeProcessor.IsAssemblyProcessed(obj.GetType().Assembly)) {
_typeProcessor.ProcessAssembly(obj.GetType().Assembly);
}
return _container.isActive(obj);
}
public void Delete(IPersistenceBoundary obj)
{
if (obj == null) {
throw new ArgumentNullException("obj");
}
//If this object's type hasn't been processed already, process it now
if (!_typeProcessor.IsAssemblyProcessed(obj.GetType().Assembly)) {
_typeProcessor.ProcessAssembly(obj.GetType().Assembly);
}
//If this object is stored, delete it from the store, calling
//its callback methods if present
if (_container.isStored(obj)) {
_recursor.RecursivelyDo(_recursor.RecursePersistenceBoundaryGraph(obj),
null,
new RecursiveOperationDelegate(DoDeleteObject));
}
}
public void Add(IPersistenceBoundary obj)
{
if (obj == null) {
throw new ArgumentNullException("obj");
}
//If this object's type hasn't been processed already, process it now
if (!_typeProcessor.IsAssemblyProcessed(obj.GetType().Assembly)) {
_typeProcessor.ProcessAssembly(obj.GetType().Assembly);
}
//Add the object without regard for whether it's currently in the store/
//in db4o, an add and an update are the same operation (set()), therefore
//it is not important to strictly distinguish adds from updates, and
//its possible that some Content Model slieght-of-hand caused the persistence boundary
//to be added, without the recursive add of referenced objects that this method
//does
_recursor.RecursivelyDo(_recursor.RecursePersistenceBoundaryGraph(obj),
null,
new RecursiveOperationDelegate(DoAddObject));
}
public void Activate(IPersistenceBoundary obj)
{
if (obj == null) {
throw new ArgumentNullException("obj");
}
//If this object's type hasn't been processed already, process it now
if (!_typeProcessor.IsAssemblyProcessed(obj.GetType().Assembly)) {
_typeProcessor.ProcessAssembly(obj.GetType().Assembly);
}
//If this type is stored and not activated, activate it
//If it is activated, you can't double-activate
if (IsActivated(obj)) {
throw new InvalidOperationException();
}
_recursor.RecursivelyDo(_recursor.RecursePersistenceBoundaryGraph(obj),
null,
new RecursiveOperationDelegate(DoActivateObject));
}
