public Process_actor_should_execute_async_processes_with_block(ITestOutputHelper output)
{
var logger = new XUnitAutoTestLoggerConfiguration(output).CreateLogger();
var creator = new AsyncLongRunningProcessManagerFactory();
_localAkkaEventBusTransport = Sys.InitLocalTransportExtension().Transport;
var blackHole = Sys.ActorOf(BlackHoleActor.Props);
var messageProcessActor = Sys.ActorOf(Props.Create(() => new HandlersPipeActor(new HandlersDefaultProcessor(), blackHole)));
_processId = Guid.NewGuid().ToString();
var container = new ContainerBuilder();
container.Register <ProcessStateActor <TestState> >(c =>
new ProcessStateActor <TestState>(CommandAggregateHandler.New <ProcessStateAggregate <TestState> >(),
new EachMessageSnapshotsPersistencePolicy(),
AggregateFactory.Default,
AggregateFactory.Default,
messageProcessActor));
Sys.AddDependencyResolver(new AutoFacDependencyResolver(container.Build(), Sys));
Sys.AttachSerilogLogging(logger);
//for process state retrival
var processStateActor = Sys.ActorOf(Props.Create(() => new ProcessStateHubActor <TestState>(new DefaultRecycleConfiguration())), typeof(TestState).BeautyName() + "_Hub");
var name = EntityActorName.New <ProcessStateAggregate <TestState> >(_processId).Name;
_processActor = ActorOfAsTestActorRef(() => new ProcessActor <TestState>(new AsyncLongRunningProcess(), creator),
name);
}
public async Task Save <T>(T aggr) where T : Aggregate
{
var persistId = EntityActorName.New <T>(aggr.Id).ToString();
await _eventRepository.Save(persistId, ((IAggregate)aggr).GetUncommittedEvents().ToArray());
aggr.ClearUncommitedEvents();
}
public static async Task <T> LoadAggregateByActor <T>(this TestKit kit, string id) where T : Aggregate
{
var name = EntityActorName.New <T>(id).ToString();
var actor = await kit.LoadActor <AggregateActor <T> >(name);
return(actor.State);
}
public virtual void Setup(BenchmarkContext context)
{
_counter = context.GetCounter(TotalCommandsExecutedCounter);
var aggregateId = Guid.NewGuid().ToString();
_commands = CreateAggregatePlan(100, aggregateId).ToArray();
_actorSystem = ActorSystem.Create("test", _actorSystemConfig);
_actorSystem.InitLocalTransportExtension();
_actorSystem.InitDomainEventsSerialization(new EventsAdaptersCatalog());
var log = new XUnitAutoTestLoggerConfiguration(_testOutputHelper, LogEventLevel.Warning, GetType().Name).CreateLogger();
_actorSystem.AttachSerilogLogging(log);
var dummy = _actorSystem.ActorOf <CustomHandlersActorDummy>();
_aggregateActor = _actorSystem.ActorOf(Props.Create(
() => new AggregateActor <Balloon>(new BalloonCommandHandler(),
new EachMessageSnapshotsPersistencePolicy(),
AggregateFactory.Default,
AggregateFactory.Default,
dummy)),
EntityActorName.New <Balloon>(aggregateId).ToString());
}
public static async Task <IActorRef> LookupAggregateActor <T>(this GridDomainNode node,
string id,
TimeSpan?timeout = null) where T : IAggregate
{
var name = EntityActorName.New <T>(id).Name;
return(await node.ResolveActor($"{typeof(T).Name}_Hub/{name}", timeout));
}
public static async Task <IActorRef> LookupProcessActor <TProcess, TData>(this GridDomainNode node,
string id,
TimeSpan?timeout = null) where TData : IProcessState
{
var name = EntityActorName.New <TProcess>(id).Name;
var type = typeof(TProcess).BeautyName();
return(await node.ResolveActor($"{type}_Hub/{name}", timeout));
}
public void Instance_process_actor_can_be_created()
{
var actorType = typeof(ProcessActor <SoftwareProgrammingState>);
var props = Node.System.DI().Props(actorType);
var name = EntityActorName.New <ProcessStateAggregate <SoftwareProgrammingState> >(Guid.NewGuid().ToString()).ToString();
var actor = Node.System.ActorOf(props, name);
actor.Tell(new CheckHealth());
ExpectMsg <HealthStatus>();
}
public async Task <T> LoadAggregate <T>(string id, IConstructAggregates factory = null) where T : IAggregate
{
var agr = (factory ?? DefaultFactory).BuildEmpty <T>(id);
var persistId = EntityActorName.New <T>(id).ToString();
var events = await _eventRepository.Load(persistId);
foreach (var e in events.SelectMany(e => _eventsAdaptersCatalog.Update(e).Cast <DomainEvent>()))
{
agr.Apply(e);
}
return(agr);
}
public async Task Add<T>(T aggregate) where T : class, IAggregate
{
using (var repo = new RawSnapshotsRepository(option))
{
var snapshot = _snapshotsConstructor.GetSnapshot(aggregate);
var item = new SnapshotItem
{
Manifest = snapshot.GetType().AssemblyQualifiedShortName(),
PersistenceId = EntityActorName.New<T>(aggregate.Id).Name,
Snapshot = new DomainSerializer().ToBinary(snapshot),
Timestamp = BusinessDateTime.UtcNow
};
await repo.Save(item.PersistenceId, item);
}
}
public async Task<Version<T>[]> Load<T>(string id) where T : class, IAggregate
{
var snapshotType = _snapshotsConstructor.GetSnapshot(_aggregatesConstructor.BuildEmpty<T>())
.GetType();
var serializer = new DomainSerializer();
using (var snapshotItemsRepo = new RawSnapshotsRepository(option))
{
return (await snapshotItemsRepo.Load(EntityActorName.New<T>(id).
Name)).Select(s =>
{
var memento = (IMemento) serializer.FromBinary(s.Snapshot, snapshotType);
var aggregate = (T) _aggregatesConstructor.Build(typeof(T), id, memento);
return new Version<T>(aggregate, s.Timestamp);
}).
ToArray();
}
}
public void Aggregate_actor_produce_fault_with_processId_from_command()
{
var command = new GoSleepCommand(null, null).CloneForProcess(Guid.NewGuid().ToString());
var transport = Sys.InitLocalTransportExtension().Transport;
transport.Subscribe <MessageMetadataEnvelop <Fault <GoSleepCommand> > >(TestActor);
var handlersActor = Sys.ActorOf(Props.Create(() => new HandlersPipeActor(new HandlersDefaultProcessor(), TestActor)));
var actor = Sys.ActorOf(Props.Create(() => new AggregateActor <ProgrammerAggregate>(CommandAggregateHandler.New <ProgrammerAggregate>(null),
new SnapshotsPersistencePolicy(1, null, 5, null),
AggregateFactory.Default,
AggregateFactory.Default,
handlersActor)),
EntityActorName.New <ProgrammerAggregate>(command.Id).Name);
actor.Tell(new MessageMetadataEnvelop <ICommand>(command, MessageMetadata.New(command.Id, null, null)));
var fault = FishForMessage <MessageMetadataEnvelop>(m => m.Message is Fault <GoSleepCommand>).Message as IFault;
Assert.Equal(command.ProcessId, fault.ProcessId);
}
public async Task Given_only_aggregate_events_persisted_it_can_be_loaded(IRepository <DomainEvent> eventRepo,
AggregateRepository aggrRepo)
{
try
{
_sourceId = Guid.NewGuid().ToString();
_created = new BalloonCreated("initial value", _sourceId);
_changed = new BalloonTitleChanged("changed value", _sourceId);
var persistenceId = EntityActorName.New <Balloon>(_sourceId).ToString();
await eventRepo.Save(persistenceId, _created, _changed);
_aggregate = await aggrRepo.LoadAggregate <Balloon>(_sourceId);
Assert.Equal(_sourceId, _aggregate.Id);
Assert.Equal(_changed.Value, _aggregate.Title);
}
finally
{
eventRepo.Dispose();
aggrRepo.Dispose();
}
}
internal override string GetChildActorName(string childId)
{
return(EntityActorName.New <TAggregate>(childId).ToString());
}
public static async Task KillProcessManager <TProcess, TState>(this GridDomainNode node, string id, TimeSpan?timeout = null)
where TState : IProcessState
{
var hub = await node.LookupProcessHubActor <TProcess>(timeout);
IActorRef processActor;
try
{
processActor = await node.LookupProcessActor <TProcess, TState>(id, timeout);
}
catch
{
return;
}
await ShutDownHubActor(node, id, processActor, hub, timeout);
var processStateHubActor = await node.ResolveActor($"{typeof(TState).Name}_Hub", timeout);
var processStateActor = await node.ResolveActor($"{typeof(TState).Name}_Hub/" + EntityActorName.New <ProcessStateAggregate <TState> >(id), timeout);
await ShutDownHubActor(node, id, processStateActor, processStateHubActor, timeout);
}
public static async Task SaveToJournal <TAggregate>(this GridDomainNode node, string id, params DomainEvent[] messages)
where TAggregate : Aggregate
{
var name = EntityActorName.New <TAggregate>(id).Name;
await node.SaveToJournal(name, messages);
}