public override void Process(object obj, IClassPersister persister)
{
object[] values = persister.GetPropertyValues(obj);
IType[] types = persister.PropertyTypes;
ProcessValues(values, types);
if (IsSubstitutionRequired)
{
persister.SetPropertyValues(obj, values);
}
}
/// <summary>
///
/// </summary>
/// <param name="obj"></param>
/// <param name="persister"></param>
/// <param name="session"></param>
/// <returns></returns>
private static object[] Disassemble(object obj, IClassPersister persister, ISessionImplementor session)
{
object[] values = persister.GetPropertyValues(obj);
IType[] propertyTypes = persister.PropertyTypes;
for (int i = 0; i < values.Length; i++)
{
values[i] = propertyTypes[i].Disassemble(values[i], session);
}
return(values);
}
/// <summary>
///
/// </summary>
/// <param name="obj"></param>
/// <param name="persister"></param>
/// <param name="session"></param>
/// <returns></returns>
private static object[ ] Disassemble( object obj, IClassPersister persister, ISessionImplementor session )
{
object[ ] values = persister.GetPropertyValues( obj );
IType[ ] propertyTypes = persister.PropertyTypes;
for( int i = 0; i < values.Length; i++ )
{
values[ i ] = propertyTypes[ i ].Disassemble( values[ i ], session );
}
return values;
}
public override void Process(object obj, IClassPersister persister)
{
object[] values = persister.GetPropertyValues( obj );
IType[] types = persister.PropertyTypes;
ProcessValues( values, types );
if( IsSubstitutionRequired )
{
persister.SetPropertyValues( obj, values );
}
}
/// <summary>
/// Walk the tree starting from the given entity.
/// </summary>
/// <param name="obj"></param>
/// <param name="persister"></param>
public virtual void Process(object obj, IClassPersister persister)
{
ProcessValues(
persister.GetPropertyValues(obj),
persister.PropertyTypes);
}
/// <summary>
/// Walk the tree starting from the given entity.
/// </summary>
/// <param name="obj"></param>
/// <param name="persister"></param>
public virtual void Process(object obj, IClassPersister persister)
{
ProcessValues(
persister.GetPropertyValues( obj ),
persister.PropertyTypes );
}
private object DoSave(
object theObj,
Key key,
IClassPersister persister,
bool replicate,
bool useIdentityColumn,
Cascades.CascadingAction cascadeAction,
object anything )
{
if( persister.ImplementsValidatable )
{
( ( IValidatable ) theObj ).Validate();
}
object id;
if( useIdentityColumn )
{
id = null;
ExecuteInserts();
}
else
{
id = key.Identifier;
}
// Put a placeholder in entries, so we don't recurse back to try and Save() the
// same object again. QUESTION: Should this be done before OnSave() is called?
// likewise, should it be done before OnUpdate()?
AddEntry( theObj, Status.Saving, null, id, null, LockMode.Write, useIdentityColumn, persister, false ); // okay if id is null here
// cascade-save to many-to-one BEFORE the parent is saved
cascading++;
try
{
Cascades.Cascade( this, persister, theObj, cascadeAction, CascadePoint.CascadeBeforeInsertAfterDelete, anything );
}
finally
{
cascading--;
}
object[ ] values = persister.GetPropertyValues( theObj );
IType[ ] types = persister.PropertyTypes;
bool substitute = false;
if( !replicate )
{
substitute = interceptor.OnSave( theObj, id, values, persister.PropertyNames, types );
// Keep the existing version number in the case of replicate!
if( persister.IsVersioned )
{
// IsUnsavedVersion bit below is NHibernate-specific
substitute = Versioning.SeedVersion(
values, persister.VersionProperty, persister.VersionType, persister.IsUnsavedVersion( values )
) || substitute;
}
}
if( persister.HasCollections )
{
// TODO: make OnReplicateVisitor extend WrapVisitor
if( replicate )
{
OnReplicateVisitor visitor = new OnReplicateVisitor( this, id );
visitor.ProcessValues( values, types );
}
WrapVisitor visitor2 = new WrapVisitor( this );
// substitutes into values by side-effect
visitor2.ProcessValues( values, types );
substitute = substitute || visitor2.IsSubstitutionRequired;
}
if( substitute )
{
persister.SetPropertyValues( theObj, values );
}
TypeFactory.DeepCopy( values, types, persister.PropertyUpdateability, values );
NullifyTransientReferences( values, types, useIdentityColumn, theObj );
CheckNullability( values, persister, false );
if( useIdentityColumn )
{
ScheduledIdentityInsertion insert = new ScheduledIdentityInsertion( values, theObj, persister, this );
Execute( insert );
id = insert.GeneratedId;
persister.SetIdentifier( theObj, id );
key = new Key( id, persister );
CheckUniqueness( key, theObj );
}
object version = Versioning.GetVersion( values, persister );
AddEntity( key, theObj );
AddEntry( theObj, Status.Loaded, values, id, version, LockMode.Write, useIdentityColumn, persister, replicate );
nonExists.Remove( key );
if( !useIdentityColumn )
{
insertions.Add( new ScheduledInsertion( id, values, theObj, version, persister, this ) );
}
// cascade-save to collections AFTER the collection owner was saved
cascading++;
try
{
Cascades.Cascade( this, persister, theObj, cascadeAction, CascadePoint.CascadeAfterInsertBeforeDelete, anything );
}
finally
{
cascading--;
}
return id;
}
private EntityEntry Reassociate( object obj, object id, IClassPersister persister )
{
if( log.IsDebugEnabled )
{
log.Debug( "reassociating transient instance: " + MessageHelper.InfoString( persister, id ) );
}
Key key = new Key( id, persister );
CheckUniqueness( key, obj );
AddEntity( key, obj );
Object[ ] values = persister.GetPropertyValues( obj );
TypeFactory.DeepCopy( values, persister.PropertyTypes, persister.PropertyUpdateability, values );
object version = Versioning.GetVersion( values, persister );
EntityEntry newEntry = AddEntry( obj, Status.Loaded, values, id, version, LockMode.None, true, persister, false );
new OnLockVisitor( this, id ).Process( obj, persister );
return newEntry;
}
private void DoDelete( object obj, EntityEntry entry, IClassPersister persister )
{
if( log.IsDebugEnabled )
{
log.Debug( "deleting " + MessageHelper.InfoString( persister, entry.Id ) );
}
IType[ ] propTypes = persister.PropertyTypes;
object version = entry.Version;
object[ ] loadedState;
if( entry.LoadedState == null )
{
//ie the object came in from Update()
loadedState = persister.GetPropertyValues( obj );
}
else
{
loadedState = entry.LoadedState;
}
entry.DeletedState = new object[loadedState.Length];
TypeFactory.DeepCopy( loadedState, propTypes, persister.PropertyUpdateability, entry.DeletedState );
interceptor.OnDelete( obj, entry.Id, entry.DeletedState, persister.PropertyNames, propTypes );
entry.Status = Status.Deleted; // before cascade and Lifecycle callback, so we are circular-reference safe
Key key = new Key( entry.Id, persister );
IList deletionsByOnDelete = null;
ISet nullifiablesAfterOnDelete = null;
// do Lifecycle callback before cascades, since this can veto
if( persister.ImplementsLifecycle )
{
ISet oldNullifiables = ( ISet ) nullifiables.Clone();
ArrayList oldDeletions = ( ArrayList ) deletions.Clone();
nullifiables.Add( key ); //the deletion of the parent is actually executed BEFORE any deletion from onDelete()
try
{
log.Debug( "calling onDelete()" );
if( ( ( ILifecycle ) obj ).OnDelete( this ) == LifecycleVeto.Veto )
{
//rollback deletion
entry.Status = Status.Loaded;
entry.DeletedState = null;
nullifiables = oldNullifiables;
log.Debug( "deletion vetoed by OnDelete()" );
return; // don't let it cascade
}
}
catch( Exception )
{
//rollback deletion
entry.Status = Status.Loaded;
entry.DeletedState = null;
nullifiables = oldNullifiables;
throw;
}
//note, the following assumes that onDelete() didn't cause the session to be flushed!
// TODO: add a better check that it doesn't
if( oldDeletions.Count > deletions.Count )
{
throw new HibernateException( "session was flushed during onDelete()" );
}
deletionsByOnDelete = Sublist( deletions, oldDeletions.Count, deletions.Count );
deletions = oldDeletions;
nullifiablesAfterOnDelete = nullifiables;
nullifiables = oldNullifiables;
}
cascading++;
try
{
// cascade-delete to collections "BEFORE" the collection owner is deleted
Cascades.Cascade( this, persister, obj, Cascades.CascadingAction.ActionDelete, CascadePoint.CascadeAfterInsertBeforeDelete, null );
}
finally
{
cascading--;
}
NullifyTransientReferences( entry.DeletedState, propTypes, false, obj );
// NH: commented out, seems illogical to check for nulls here
//CheckNullability( entry.DeletedState, persister, true );
nullifiables.Add( key );
ScheduledDeletion delete = new ScheduledDeletion( entry.Id, version, obj, persister, this );
deletions.Add( delete ); // Ensures that containing deletions happen before sub-deletions
if( persister.ImplementsLifecycle )
{
// after nullify, because we don't want to nullify references to subdeletions
nullifiables.AddAll( nullifiablesAfterOnDelete );
// after deletions.add(), to respect foreign key constraints
deletions.AddRange( deletionsByOnDelete );
}
cascading++;
try
{
// cascade-delete to many-to-one AFTER the parent was deleted
Cascades.Cascade( this, persister, obj, Cascades.CascadingAction.ActionDelete, CascadePoint.CascadeBeforeInsertAfterDelete );
}
finally
{
cascading--;
}
}