public async Task UpdateAsync(T entity, bool checkConflict = false)
{
var changeListeners = new List <Action <EntityChange <T> > >();
T internalEntity;
using (await Lock.WriterLockAsync())
{
OnBeforeEntityChanged(EntityChangeType.Update, entity);
if (checkConflict)
{
CheckForConcurrencyConflict(entity);
}
entity.Revision++;
internalEntity = entity.Clone();
T oldEntity = Entities[entity.Id];
Entities[entity.Id] = internalEntity;
if (_changeListeners.TryGetValue(entity.Id, out ISet <Action <EntityChange <T> > > listeners))
{
changeListeners.AddRange(listeners);
}
OnEntityChanged(EntityChangeType.Update, oldEntity, internalEntity, changeListeners);
if (PersistenceRepository != null)
{
await PersistenceRepository.UpdateAsync(entity);
}
}
SendToSubscribers(changeListeners, EntityChangeType.Update, internalEntity);
}
public async Task UpdateAsync(T entity, bool checkConflict = false,
CancellationToken ct = default(CancellationToken))
{
var allSubscriptions = new List <Subscription <T> >();
T internalEntity;
using (await Lock.WriterLockAsync(ct))
{
OnBeforeEntityChanged(EntityChangeType.Update, entity);
if (checkConflict)
{
CheckForConcurrencyConflict(entity);
}
entity.Revision++;
internalEntity = entity.Clone();
T oldEntity = Entities[entity.Id];
Entities[entity.Id] = internalEntity;
GetIdSubscriptions(entity.Id, allSubscriptions);
OnEntityChanged(EntityChangeType.Update, oldEntity, internalEntity, allSubscriptions);
if (PersistenceRepository != null)
{
await PersistenceRepository.UpdateAsync(entity, false, ct);
}
}
SendToSubscribers(allSubscriptions, EntityChangeType.Update, internalEntity);
}
