public override void UpdatedAllOrphan(TForeignEntity ForeignEntity)
{
TForeignKey foreignKey = foreignKeyManager.GetEntityKey(ForeignEntity);
if (propRelated != null)
{
EntityUnique <TForeignEntity, TRelatedEntity> relatedUnique = getRUniq(ForeignEntity);
TRelatedEntity RelatedEntity = orphanage.Count(foreignKey) == 1 ? orphanage.GetAllRelated(foreignKey).ToArray()[0] : default;
if (!RelatedEntity.IsNull()) // orphanage.Count != 0
{
if (!RelatedEntity.HasEditable() || RelatedEntity.HasBusy())
{
throw new EntityRelationManagerException($"[{this}] UpdatedAllOrphan Failed, {RelatedEntity} With {RelatedEntity.State} State Is Not Supported");
}
// UpdatedOrphan ....
setFRef(RelatedEntity, ForeignEntity);
OrphanageRemove(RelatedEntity, foreignKey);
relatedUnique.InternalSet(RelatedEntity);
RelatedEntity.State |= EntityState.Busy;
RelatedEntity.OnPropertyChanged(propForeignReference.Name);
RelatedEntity.State ^= EntityState.Busy;
}
}
else
{
TRelatedEntity RelatedEntity = orphanage.Count(foreignKey) == 1 ? orphanage.GetAllRelated(foreignKey).ToArray()[0] : default;
if (!RelatedEntity.IsNull()) // orphanage.Count != 0
{
if (!RelatedEntity.HasEditable() || RelatedEntity.HasBusy())
{
throw new EntityRelationManagerException($"[{this}] UpdatedAllOrphan Failed, {RelatedEntity} With {RelatedEntity.State} State Is Not Supported");
}
// UpdatedOrphan ....
setFRef(RelatedEntity, ForeignEntity);
OrphanageRemove(RelatedEntity, foreignKey);
RelatedEntity.State |= EntityState.Busy;
RelatedEntity.OnPropertyChanged(propForeignReference.Name);
RelatedEntity.State ^= EntityState.Busy;
}
}
}
private protected override void RelatedRemove(TRelatedEntity RelatedEntity, TForeignEntity ForeignEntity)
{
if (propRelated != null)
{
EntityUnique <TForeignEntity, TRelatedEntity> relatedUnique = getRUniq(ForeignEntity);
#if Test || Test2
if (relatedUnique == null)
{
throw new TestException($"[{this}] RelatedRemove Failed, {ForeignEntity} {typeof(TForeignEntity).Name}.{propRelated.Name} Is Null");
}
#endif
relatedUnique.InternalSet(default(TRelatedEntity));
}
}
public override void InitializeRelated(TForeignEntity ForeignEntity)
{
if (propRelated != null)
{
EntityUnique <TForeignEntity, TRelatedEntity> relatedUnique = getRUniq(ForeignEntity);
if (relatedUnique == null)
{
throw new EntityRelationManagerException($"[{this}] InitializeRelated Failed, {ForeignEntity} {typeof(TForeignEntity).Name}.{propRelated.Name} Is Null");
}
relatedUnique.Initialize(ForeignEntity, this);
}
}
public override void ResetRelated(TForeignEntity ForeignEntity)
{
if (propRelated != null)
{
EntityUnique <TForeignEntity, TRelatedEntity> relatedUnique = getRUniq(ForeignEntity);
#if Test || Test2
if (relatedUnique == null)
{
throw new TestException($"[{this}] ResetRelated Failed, {ForeignEntity} {typeof(TForeignEntity).Name}.{propRelated.Name} Is Null");
}
#endif
relatedUnique.Reset();
}
}
public override void RestoreAllRelated(TForeignEntity ForeignEntity)
{
TForeignKey?foreignKey = foreignKeyManager.GetEntityKey(ForeignEntity);
if (propRelated != null)
{
EntityUnique <TForeignEntity, TRelatedEntity> relatedUnique = getRUniq(ForeignEntity);
TRelatedEntity RelatedEntity = relatedUnique.Entity;
if (!RelatedEntity.IsNull())
{
UpdateUniqueConstraint(foreignKey, getFKey(RelatedEntity));
setFKey(RelatedEntity, foreignKey);
RelatedEntity.State |= EntityState.Busy;
RelatedEntity.OnPropertyChanged(propForeignKey.Name);
RelatedEntity.OnPropertyChanged(propForeignReference.Name);
RelatedEntity.State ^= EntityState.Busy;
}
}
else
{
foreach (TRelatedEntity RelatedEntity in relatedEntitySet)
{
TForeignEntity foreignEntity = getFRef(RelatedEntity);
if (foreignEntity == ForeignEntity)
{
UpdateUniqueConstraint(foreignKey, getFKey(RelatedEntity));
setFKey(RelatedEntity, foreignKey);
RelatedEntity.State |= EntityState.Busy;
RelatedEntity.OnPropertyChanged(propForeignKey.Name);
RelatedEntity.OnPropertyChanged(propForeignReference.Name);
RelatedEntity.State ^= EntityState.Busy;
break;
}
}
}
}
public override void NotifyAllRelated(TForeignEntity ForeignEntity)
{
if (propRelated != null)
{
EntityUnique <TForeignEntity, TRelatedEntity> relatedUnique = getRUniq(ForeignEntity);
TRelatedEntity RelatedEntity = relatedUnique.Entity;
if (!RelatedEntity.IsNull())
{
if (!RelatedEntity.HasEditable() || RelatedEntity.HasBusy())
{
throw new EntityRelationManagerException($"[{this}] NotifyAllRelated Failed, {RelatedEntity} With {RelatedEntity.State} State Is Not Supported");
}
RelatedEntity.State |= EntityState.Busy;
RelatedEntity.OnPropertyChanged(propForeignReference.Name);
RelatedEntity.State ^= EntityState.Busy;
}
}
else
{
foreach (TRelatedEntity RelatedEntity in relatedEntitySet)
{
TForeignEntity foreignEntity = getFRef(RelatedEntity);
if (foreignEntity == ForeignEntity)
{
if (!RelatedEntity.HasEditable() || RelatedEntity.HasBusy())
{
throw new EntityRelationManagerException($"[{this}] NotifyAllRelated Failed, {RelatedEntity} With {RelatedEntity.State} State Is Not Supported");
}
RelatedEntity.State |= EntityState.Busy;
RelatedEntity.OnPropertyChanged(propForeignReference.Name);
RelatedEntity.State ^= EntityState.Busy;
break;
}
}
}
}
public override bool IsRelated(TForeignEntity ForeignEntity)
{
if (propRelated != null)
{
EntityUnique <TForeignEntity, TRelatedEntity> relatedUnique = getRUniq(ForeignEntity);
#if Test || Test2
if (relatedUnique == null)
{
throw new TestException($"[{this}] IsRelated Failed, {ForeignEntity} {typeof(TForeignEntity).Name}.{propRelated.Name} Is Null");
}
#endif
return(!relatedUnique.Entity.IsNull());
}
else
{
foreach (TRelatedEntity RelatedEntity in relatedKeyManager)
{
if (RelatedEntity.HasBusy())
{
throw new EntityRelationManagerException($"[{this}] IsRelated Failed, {ForeignEntity} Cannot Be Verified {RelatedEntity} Is Related, Because It's State Is {RelatedEntity.State}");
}
if (RelatedEntity.IsDeleted())
{
continue;
}
TForeignEntity foreignEntity = getFRef(RelatedEntity);
if (foreignEntity == ForeignEntity)
{
return(true);
}
}
return(false);
}
}
public override void UpdatedAllRelated(TForeignEntity ForeignEntity)
{
TForeignKey?foreignKey = foreignKeyManager.GetEntityKey(ForeignEntity);
if (propRelated != null)
{
EntityUnique <TForeignEntity, TRelatedEntity> relatedUnique = getRUniq(ForeignEntity);
TRelatedEntity RelatedEntity = relatedUnique.Entity;
if (!RelatedEntity.IsNull())
{
UpdateUniqueConstraint(foreignKey, getFKey(RelatedEntity));
// when an unchanged entity reference to added entity it's state change from unchanged to modified,
// therefore when insert added entity to database, any related entity can be added or modified.
if (RelatedEntity.HasBusy() || !RelatedEntity.HasChanged())
{
throw new EntityRelationManagerException($"[{this}] UpdatedAllRelated Failed, {RelatedEntity} With {RelatedEntity.State} State Is Not Supported");
}
setFKey(RelatedEntity, foreignKey);
RelatedEntity.State |= EntityState.Busy;
RelatedEntity.OnPropertyChanged(propForeignKey.Name);
RelatedEntity.OnPropertyChanged(propForeignReference.Name);
RelatedEntity.State ^= EntityState.Busy;
}
}
else
{
foreach (TRelatedEntity RelatedEntity in relatedEntitySet)
{
TForeignEntity foreignEntity = getFRef(RelatedEntity);
if (foreignEntity == ForeignEntity)
{
UpdateUniqueConstraint(foreignKey, getFKey(RelatedEntity));
// when an unchanged entity reference to added entity it's state change from unchanged to modified,
// therefore when insert added entity to database, any related entity can be added or modified.
if (RelatedEntity.HasBusy() || !RelatedEntity.HasChanged())
{
throw new EntityRelationManagerException($"[{this}] UpdatedAllRelated Failed, {RelatedEntity} With {RelatedEntity.State} State Is Not Supported");
}
setFKey(RelatedEntity, foreignKey);
RelatedEntity.State |= EntityState.Busy;
RelatedEntity.OnPropertyChanged(propForeignKey.Name);
RelatedEntity.OnPropertyChanged(propForeignReference.Name);
RelatedEntity.State ^= EntityState.Busy;
break;
}
}
}
}
