public static RealTimeInventoryFinalResult ProcessAndSendResult(this OperationResult <IRealTimeInventory> result, IRequestMessage requestMessage, Func <IRealTimeInventory, IInventoryServiceCompletedMessage> successResponseCompletedMessage, ILoggingAdapter logger, IRealTimeInventory realTimeInventory, IActorRef sender, IActorRef notificationActorRef, IPerformanceService performanceService)
{
logger?.Info(requestMessage.GetType().Name + " Request was " + (!result.IsSuccessful ? " NOT " : "") + " successful. Current Inventory : " + realTimeInventory.GetCurrentQuantitiesReport());
IInventoryServiceCompletedMessage response;
if (!result.IsSuccessful)
{
response = result.ToInventoryOperationErrorMessage(requestMessage.ProductId);
var message = "Error while trying to " + requestMessage.GetType() + " - The sender of the message is " + sender?.Path + result.Exception.ErrorMessage;
notificationActorRef?.Tell(message);
logger?.Error(message, requestMessage, result, realTimeInventory.GetCurrentQuantitiesReport());
}
else
{
realTimeInventory = result.Data as RealTimeInventory;
response = successResponseCompletedMessage(realTimeInventory);
logger?.Info(response.GetType().Name + " Response was sent back. Current Inventory : " + realTimeInventory.GetCurrentQuantitiesReport() + " - The sender of the message is " + sender.Path);
}
sender?.Tell(response);
notificationActorRef?.Tell(new RealTimeInventoryChangeMessage(realTimeInventory));
performanceService?.Increment("Completed " + requestMessage.GetType().Name);
return(new RealTimeInventoryFinalResult(realTimeInventory as RealTimeInventory, response, result));
}
private void Handle(ReceiveTimeout timeoutInfo)
{
_logger.Info(timeoutInfo.ToString());
_logger.Info("Recipe failed to transfer");
}
public void InitFSM()
{
StartWith(State.Connecting, new Data(null, null));
When(State.Connecting, @event =>
{
if (@event.FsmEvent is IClientOp)
{
return(Stay().Replying(new Status.Failure(new IllegalStateException("not connected yet"))));
}
var connected = @event.FsmEvent as Connected;
if (connected != null)
{
connected.Channel.WriteAndFlushAsync(new Hello(_name.Name, TestConductor.Get(Context.System).Address));
return(GoTo(State.AwaitDone).Using(new Data(connected.Channel, null)));
}
if (@event.FsmEvent is ConnectionFailure)
{
return(GoTo(State.Failed));
}
if (@event.FsmEvent is StateTimeout)
{
_log.Error($"Failed to connect to test conductor within {_settings.ConnectTimeout.TotalMilliseconds} ms.");
return(GoTo(State.Failed));
}
return(null);
}, _settings.ConnectTimeout);
When(State.AwaitDone, @event =>
{
if (@event.FsmEvent is Done)
{
_log.Debug("received Done: starting test");
return(GoTo(State.Connected));
}
if (@event.FsmEvent is INetworkOp)
{
_log.Error("Received {0} instead of Done", @event.FsmEvent);
return(GoTo(State.Failed));
}
if (@event.FsmEvent is IServerOp)
{
return(Stay().Replying(new Failure(new IllegalStateException("not connected yet"))));
}
if (@event.FsmEvent is StateTimeout)
{
_log.Error("connect timeout to TestConductor");
return(GoTo(State.Failed));
}
return(null);
}, _settings.BarrierTimeout);
When(State.Connected, @event =>
{
if (@event.FsmEvent is Disconnected)
{
_log.Info("disconnected from TestConductor");
throw new ConnectionFailure("disconnect");
}
if (@event.FsmEvent is ToServer <Done> && @event.StateData.Channel != null)
{
@event.StateData.Channel.WriteAndFlushAsync(Done.Instance);
return(Stay());
}
var toServer = @event.FsmEvent as IToServer;
if (toServer != null && @event.StateData.Channel != null &&
@event.StateData.RunningOp == null)
{
@event.StateData.Channel.WriteAndFlushAsync(toServer.Msg);
string token = null;
var enterBarrier = @event.FsmEvent as ToServer <EnterBarrier>;
if (enterBarrier != null)
{
token = enterBarrier.Msg.Name;
}
else
{
var getAddress = @event.FsmEvent as ToServer <GetAddress>;
if (getAddress != null)
{
token = getAddress.Msg.Node.Name;
}
}
return(Stay().Using(@event.StateData.Copy(runningOp: Tuple.Create(token, Sender))));
}
if (toServer != null && @event.StateData.Channel != null &&
@event.StateData.RunningOp != null)
{
_log.Error("cannot write {0} while waiting for {1}", toServer.Msg, @event.StateData.RunningOp);
return(Stay());
}
if (@event.FsmEvent is IClientOp && @event.StateData.Channel != null)
{
var barrierResult = @event.FsmEvent as BarrierResult;
if (barrierResult != null)
{
if (@event.StateData.RunningOp == null)
{
_log.Warning("did not expect {0}", @event.FsmEvent);
}
else
{
object response;
if (barrierResult.Name != @event.StateData.RunningOp.Item1)
{
response =
new Failure(
new Exception("wrong barrier " + barrierResult + " received while waiting for " +
@event.StateData.RunningOp.Item1));
}
else if (!barrierResult.Success)
{
response =
new Failure(
new Exception("barrier failed:" + @event.StateData.RunningOp.Item1));
}
else
{
response = barrierResult.Name;
}
@event.StateData.RunningOp.Item2.Tell(response);
}
return(Stay().Using(@event.StateData.Copy(runningOp: null)));
}
var addressReply = @event.FsmEvent as AddressReply;
if (addressReply != null)
{
if (@event.StateData.RunningOp == null)
{
_log.Warning("did not expect {0}", @event.FsmEvent);
}
else
{
@event.StateData.RunningOp.Item2.Tell(addressReply.Addr);
}
return(Stay().Using(@event.StateData.Copy(runningOp: null)));
}
var throttleMsg = @event.FsmEvent as ThrottleMsg;
if (@event.FsmEvent is ThrottleMsg)
{
ThrottleMode mode;
if (throttleMsg.RateMBit < 0.0f)
{
mode = Unthrottled.Instance;
}
else if (throttleMsg.RateMBit == 0.0f)
{
mode = Blackhole.Instance;
}
else
{
mode = new Transport.TokenBucket(1000, throttleMsg.RateMBit * 125000, 0, 0);
}
var cmdTask =
TestConductor.Get(Context.System)
.Transport.ManagementCommand(new SetThrottle(throttleMsg.Target, throttleMsg.Direction,
mode));
var self = Self;
cmdTask.ContinueWith(t =>
{
if (t.IsFaulted)
{
throw new ConfigurationException("Throttle was requested from the TestConductor, but no transport " +
"adapters available that support throttling. Specify 'testTransport(on=true)' in your MultiNodeConfig");
}
self.Tell(new ToServer <Done>(Done.Instance));
});
return(Stay());
}
if (@event.FsmEvent is DisconnectMsg)
{
return(Stay()); //FIXME is this the right EC for the future below?
}
var terminateMsg = @event.FsmEvent as TerminateMsg;
if (terminateMsg != null)
{
_log.Info("Received TerminateMsg - shutting down...");
if (terminateMsg.ShutdownOrExit.IsLeft && terminateMsg.ShutdownOrExit.ToLeft().Value == false)
{
Context.System.Terminate();
return(Stay());
}
if (terminateMsg.ShutdownOrExit.IsLeft && terminateMsg.ShutdownOrExit.ToLeft().Value == true)
{
Context.System.AsInstanceOf <ActorSystemImpl>().Abort();
return(Stay());
}
if (terminateMsg.ShutdownOrExit.IsRight)
{
Environment.Exit(terminateMsg.ShutdownOrExit.ToRight().Value);
return(Stay());
}
}
if (@event.FsmEvent is Done)
{
return(Stay()); //FIXME what should happen?
}
}
return(null);
});
When(State.Failed, @event =>
{
if (@event.FsmEvent is IClientOp)
{
return(Stay().Replying(new Status.Failure(new Exception("cannot do " + @event.FsmEvent + " while failed"))));
}
if (@event.FsmEvent is INetworkOp)
{
_log.Warning("ignoring network message {0} while Failed", @event.FsmEvent);
return(Stay());
}
return(null);
});
OnTermination(e =>
{
_log.Info("Terminating connection to multi-node test controller due to [{0}]", e.Reason);
if (e.StateData.Channel != null)
{
var disconnectTimeout = TimeSpan.FromSeconds(2); //todo: make into setting loaded from HOCON
if (!e.StateData.Channel.CloseAsync().Wait(disconnectTimeout))
{
_log.Warning("Failed to disconnect from conductor within {0}", disconnectTimeout);
}
}
});
Initialize();
}
public object ToJournal(object evt)
{
Log.Info("On it's way to the journal: {0}", evt);
return(evt);
}
public void OnProjection(Album album)
{
_mongo.UpsertAlbum(album);
_log.Info($"Updated projection for id: " + album.Id);
}
public override Task CloseAsync(IChannelHandlerContext context)
{
_log.Info("Server: disconnecting {0} from {1}", context.Channel.LocalAddress, context.Channel.RemoteAddress);
return(base.CloseAsync(context));
}
private void HandleMessage(string message)
{
Log.Info($"Child got msg: {message}");
Sender.Tell($"Сообщение '{message}' успешно обработано в Child");
}
public MyJobsActor()
{
Recover <string>(job =>
{
// from the journal
_log.Info($"Load Journal : Job loaded={job}_{_nextJobId}");
_jobs.Add(new Job(_nextJobId, job));
});
// recover
Recover <Job>(job =>
{// from the journal
_log.Info($"Load Journal : Job loaded={job.Id}");
_jobs.Add(job);
});
Recover <SnapshotOffer>(offer =>
{// from snapshot
var jobs = offer.Snapshot as List <Job>;
if (jobs != null)
{
_log.Info($"Load Snapshot : Jobs loaded={jobs.Count}");
_log.Info(String.Join(",", jobs.Select(x => x.Name)));
_jobs = _jobs.Concat(jobs).ToList();
}
});
// commands
Command <StartJob>(job => Persist(job.Name, s =>
{
var name = $"{job.Name}_{_nextJobId}";
_jobs.Add(new Job(_nextJobId, name)); //add msg to in-memory event store after persisting to data store
_log.Info($"Job:{name}");
if (++_msgsSinceLastSnapshot % 5 == 0)
{
//time to save a snapshot
_log.Info("Save Snapshot");
SaveSnapshot(_jobs);
}
}));
Command <SaveSnapshotSuccess>(success => {
// soft-delete the journal up until the sequence # at
// which the snapshot was taken
_log.Info("Save Snapshot Success; Deleting Journal Messages");
DeleteMessages(success.Metadata.SequenceNr);
});
Command <SaveSnapshotFailure>(failure => {
// handle snapshot save failure...
_log.Info("Save Snapshot Failure");
});
Command <DeleteMessagesFailure>(failure => {
// handle snapshot save failure...
_log.Info("Delete Messages Failure");
});
Command <DeleteMessagesSuccess>(success => {
// handle snapshot save success...
_log.Info("Delete Messages Success");
});
Command <GetJobs>(get =>
{
Sender.Tell(_jobs.ToImmutableList());
});
}
private void OnDisconnect()
{
Context.Stop(Self);
_logger.Info($"Stopped, client {_nick} disconnected.");
}
public void LogInfo(string message)
{
_log.Info("Cluster Node [{0}] - {1}", SelfAddress, message);
}
private void Processing()
{
Receive <GatherStats>(gs =>
{
var stat = new Stat(_hospital.Id, StatisticType.EstimatedTimeToSeeADoctor, _avgDuration);
foreach (var sub in _subscriptions)
{
sub.Tell(stat);
}
});
Receive <SubscribeStatistic>(sc =>
{
_subscriptions.Add(sc.Subscriber);
});
Receive <UnsubscribeStatistic>(uc =>
{
_subscriptions.Remove(uc.Subscriber);
});
Receive <RegisterPatient>(rp =>
{
var sw = Stopwatch.StartNew();
_patients[rp.Disease.Priority].Add(rp.PatientId, rp);
if (_doctors.Count == 0)
{
// Aucun docteur n'est encore enregistré, le temsp d'attente est indéfini
return;
}
// Trier le temps d'occupation de tous les médecins
_remainingTimeToSeeADoctor.Clear();
foreach (var doctor in _doctors)
{
var patient = doctor.Value;
if (patient == null)
{
// Médecin sans patient
_remainingTimeToSeeADoctor.Add(0);
}
else
{
var diseaseInCharge = patient.Disease;
var requiredTimeForDisease = ConvertTimeToMilliSec(diseaseInCharge.RequiredTime, diseaseInCharge.TimeUnit);
var elapsedTime = (DateTime.Now - patient.StartTime).TotalMilliseconds;
if (elapsedTime > requiredTimeForDisease)
{
// Le médecin a terminé avec ce patient
_remainingTimeToSeeADoctor.Add(0);
}
else
{
// Le temps qui reste au médecin avant de se libérer
_remainingTimeToSeeADoctor.Add((long)(requiredTimeForDisease - elapsedTime));
}
}
}
// Estimer le temps d'attente de chaque patient
for (var diseasePriority = DiseasePriority.VeryHigh; diseasePriority < DiseasePriority.Invalid; ++diseasePriority)
{
foreach (var patient in _patients[diseasePriority])
{
// Trier la liste de temps d'ocuppation des médecins
_remainingTimeToSeeADoctor.Sort();
// Le premier médecin qui va se libérer
var waitingTime = _remainingTimeToSeeADoctor[0];
_avgDuration = ((_avgDuration * _statCount) + waitingTime) / (++_statCount);
_counter.RawValue = (long)_avgDuration;
// Rajouter à ce médecin le temps d'occupation avec ce nouveau patient
_remainingTimeToSeeADoctor[0] += ConvertTimeToMilliSec(patient.Value.Disease.RequiredTime, patient.Value.Disease.TimeUnit);
}
}
_log.Info($"(H{_hospital.Id}) RegisterPatient for patient ID={rp.PatientId} took {sw.ElapsedTicks} ticks");
});
Receive <BeginAppointmentWithDoctor>(bawd =>
{
var sw = Stopwatch.StartNew();
if ((_doctors.Count >= _hospital.AssignedDoctors) && !_doctors.ContainsKey(bawd.DoctorId))
{
// Un nouveau quart de travail :)
_doctors.Clear();
for (var diseasePriority = DiseasePriority.VeryHigh; diseasePriority < DiseasePriority.Invalid; ++diseasePriority)
{
_patients[diseasePriority].Clear();
}
}
_doctors[bawd.DoctorId] = bawd;
RemovePatient(bawd.PatientId);
_log.Info($"(H{_hospital.Id}) BeginAppointmentWithDoctor for patient ID={bawd.PatientId} took {sw.ElapsedTicks} ticks");
});
Receive <UnregisterPatient>(urp =>
{
var sw = Stopwatch.StartNew();
foreach (var doctor in _doctors.Where(doctor => (doctor.Value != null) && doctor.Value.PatientId.Equals(urp.PatientId)))
{
_doctors[doctor.Key] = null;
break;
}
RemovePatient(urp.PatientId);
_log.Info($"(H{_hospital.Id}) UnregisterPatient for patient ID={urp.PatientId} took {sw.ElapsedTicks} ticks");
});
}
public NeuronActor()
{
#region [ Setup Initial Actor State ]
// Assign a unique Guid
this.Id = Guid.NewGuid();
// Create and dispose a NeuronActorActivator so that we don't have to keep repeating ourselves.
using (var activator = new NeuronActorActivator())
{
activator.InitializeNeuronActor(this);
}
#endregion
#region [ Property Receivers ]
// Receive and process IEnumerable<IActorRef> for either InputActors or OutputActors.
// If we can't process the message, log a warning and send a Enums.NeuronSignals.SignalFault.
Receive <Tuple <Enums.NeuronSignals, IEnumerable <IActorRef> > >(m =>
{
switch (m.Item1)
{
case Enums.NeuronSignals.InputActorsReceived:
this.InputActors.ToList().AddRange(m.Item2);
_log.Info($"[{DateTime.Now}] Received: {Enum.GetName(typeof(Enums.NeuronSignals), m.Item1)} with [{JsonConvert.SerializeObject(m.Item2)}] from: {Sender}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.InputActorsReceived), Self);
break;
case Enums.NeuronSignals.OutputActorsReceived:
this.OutputActors.ToList().AddRange(m.Item2);
_log.Info($"[{DateTime.Now}] Received: {Enum.GetName(typeof(Enums.NeuronSignals), m.Item1)} with [{JsonConvert.SerializeObject(m.Item2)}] from: {Sender}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.OutputActorsReceived), Self);
break;
default:
_log.Warning($"[{DateTime.Now}] Invalid NeuronSignal Received: ${Enum.GetName(typeof(Enums.NeuronSignals), m.Item1)} with [{JsonConvert.SerializeObject(m.Item2)}] from: {Sender}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.SignalFault), Self);
break;
}
});
//Receive<Tuple<Enums.NeuronSignals, float>>(m =>
//{
//});
Receive <Tuple <Enums.NeuronSignals, float?> >(m =>
{
switch (m.Item1)
{
case Enums.NeuronSignals.BiasReceived:
this.Bias = m.Item2;
_log.Info($"[{DateTime.Now}] Received: {Enum.GetName(typeof(Enums.NeuronSignals), m.Item1)} with [{JsonConvert.SerializeObject(m.Item2)}] from: {Sender}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.BiasReceived), Self);
break;
case Enums.NeuronSignals.ThresholdReceived:
this.Threshold = m.Item2;
_log.Info($"[{DateTime.Now}] Received: {Enum.GetName(typeof(Enums.NeuronSignals), m.Item1)} with [{JsonConvert.SerializeObject(m.Item2)}] from: {Sender}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.ThresholdReceived), Self);
break;
case Enums.NeuronSignals.AccumulatorReceived:
this.Accumulator = (float)m.Item2;
_log.Info($"[{DateTime.Now}] Received: {Enum.GetName(typeof(Enums.NeuronSignals), m.Item1)} with [{JsonConvert.SerializeObject(m.Item2)}] from: {Sender}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.AccumulatorReceived), Self);
break;
case Enums.NeuronSignals.InputReceived:
if (this.InputActors.ToList().Contains(Sender))
{
this.Input.ToList().Add((float)m.Item2);
_log.Info($"[{DateTime.Now}] Received: {Enum.GetName(typeof(Enums.NeuronSignals), m.Item1)} with [{JsonConvert.SerializeObject(m.Item2)}] from: {Sender}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.InputReceived), Self);
}
break;
default:
_log.Warning($"[{DateTime.Now}] Invalid NeuronSignal Received: ${Enum.GetName(typeof(Enums.NeuronSignals), m.Item1)} with [{JsonConvert.SerializeObject(m.Item2)}] from: {Sender}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.SignalFault), Self);
break;
}
});
//Receive<Tuple<Enums.NeuronSignals, Tuple<float?, float?, float?>>>(m =>
Receive <Tuple <Enums.NeuronSignals, IEnumerable <float> > >(m =>
{
switch (m.Item1)
{
case Enums.NeuronSignals.WeightsReceived:
this.Weights = m.Item2;
_log.Info($"[{DateTime.Now}] Received: {Enum.GetName(typeof(Enums.NeuronSignals), m.Item1)} with [{JsonConvert.SerializeObject(m.Item2)}] from: {Sender}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.WeightsReceived), Self);
break;
default:
_log.Warning($"[{DateTime.Now}] Invalid NeuronSignal Received: ${Enum.GetName(typeof(Enums.NeuronSignals), m.Item1)} with [{JsonConvert.SerializeObject(m.Item2)}] from: {Sender}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.SignalFault), Self);
break;
}
});
Receive <Enums.NeuronSignals>(m =>
{
switch (m)
{
case Enums.NeuronSignals.CalculateDotProduct:
if (this.Input != null && this.Weights != null)
{
try
{
this.DotProduct = (this.Input.DotProduct(this.Weights, this.Accumulator)) + this.Bias;
Sender.Tell(
new Tuple <Enums.NeuronSignals, float?>(Enums.NeuronSignals.CalculateDotProduct,
this.DotProduct), Self);
}
catch (Exception e)
{
_log.Error(e,
$"[{DateTime.Now}] Sending of {m} threw an exception when instantiated by: {Sender}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.SignalFault), Self);
}
}
else
{
_log.Warning($"[{DateTime.Now}] One of the inputs of the DotProduct function is null when invoked by {Sender}. this.Input: {this.Input} this.Weights: {this.Weights}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.SignalFault), Self);
}
break;
case Enums.NeuronSignals.InvokeActivationFunction:
_log.Info($"[{DateTime.Now}] Received: {Enum.GetName(typeof(Enums.NeuronSignals), m)} from: {Sender}");
this.Output = this.ActivationFunction(this.DotProduct, this.Threshold);
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.InvokeActivationFunction), Self);
break;
case Enums.NeuronSignals.ForwardOutput:
_log.Info($"[{DateTime.Now}] Received: {Enum.GetName(typeof(Enums.NeuronSignals), m)} from: {Sender}");
ForwardOutputToOutputNeurons();
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.ForwardOutput), Self);
break;
default:
_log.Warning($"[{DateTime.Now}] Unprocessable NeuronSignal Received: ${Enum.GetName(typeof(Enums.NeuronSignals), m)} from: {Sender}");
Sender.Tell(new Tuple <Enums.NeuronSignals, Enums.NeuronSignals>(Enums.NeuronSignals.Ack, Enums.NeuronSignals.SignalFault), Self);
break;
}
});
#endregion
}
public override void Start()
{
log.Info("Starting remoting");
if (_endpointManager == null)
{
_endpointManager =
System.SystemActorOf(RARP.For(System).ConfigureDispatcher(
Props.Create(() => new EndpointManager(System.Settings.Config, log)).WithDeploy(Deploy.Local)),
EndpointManagerName);
try
{
var addressPromise = new TaskCompletionSource <IList <ProtocolTransportAddressPair> >();
// tells the EndpointManager to start all transports and bind them to listenable addresses, and then set the results
// of this promise to include them.
_endpointManager.Tell(new EndpointManager.Listen(addressPromise));
addressPromise.Task.Wait(Provider.RemoteSettings.StartupTimeout);
var akkaProtocolTransports = addressPromise.Task.Result;
if (akkaProtocolTransports.Count == 0)
{
throw new Exception("No transports enabled");
}
_addresses = new HashSet <Address>(akkaProtocolTransports.Select(a => a.Address));
// this.transportMapping = akkaProtocolTransports
// .ToDictionary(p => p.ProtocolTransport.Transport.SchemeIdentifier,);
IEnumerable <IGrouping <string, ProtocolTransportAddressPair> > tmp =
akkaProtocolTransports.GroupBy(t => t.ProtocolTransport.SchemeIdentifier);
_transportMapping = new Dictionary <string, HashSet <ProtocolTransportAddressPair> >();
foreach (var g in tmp)
{
var set = new HashSet <ProtocolTransportAddressPair>(g);
_transportMapping.Add(g.Key, set);
}
_defaultAddress = akkaProtocolTransports.Head().Address;
_addresses = new HashSet <Address>(akkaProtocolTransports.Select(x => x.Address));
log.Info("Remoting started; listening on addresses : [{0}]", string.Join(",", _addresses.Select(x => x.ToString())));
_endpointManager.Tell(new EndpointManager.StartupFinished());
_eventPublisher.NotifyListeners(new RemotingListenEvent(_addresses.ToList()));
}
catch (TaskCanceledException ex)
{
NotifyError("Startup was cancelled due to timeout", ex);
throw;
}
catch (TimeoutException ex)
{
NotifyError("Startup timed out", ex);
throw;
}
catch (Exception ex)
{
NotifyError("Startup failed", ex);
throw;
}
}
else
{
log.Warning("Remoting was already started. Ignoring start attempt.");
}
}
private void LogToEverything(IUntypedActorContext context, string message)
{
_mediator.Tell(new Publish(Topics.Status, new SignalRMessage($"{DateTime.Now}: {StaticMethods.GetSystemUniqueName()}", "LineReader", message)), context.Self);
_logger.Info(message);
}
public void Handle(NewEntityCreated message)
{
_log.Info("Entity {0}/{1:n} created.", message.Entity.GetType().Name, message.Key);
}
protected override void PreStart() => _log.Info($"Device actor {SystemId}-{DownloaderId} started");
private void Commands()
{
Command <ConfirmableMessage <Ask> >(a =>
{
// For the sake of efficiency - update orderbook and then persist all events
var events = _matchingEngine.WithAsk(a.Message);
var persistableEvents = new ITradeEvent[] { a.Message }.Concat <ITradeEvent>(events); // ask needs to go before Fill / Match
PersistAll(persistableEvents, @event =>
{
_log.Info("[{0}][{1}] - {2} units @ {3} per unit", TickerSymbol, @event.ToTradeEventType(), a.Message.AskQuantity, a.Message.AskPrice);
if (@event is Ask)
{
// need to use the ID of the original sender to satisfy the PersistenceSupervisor
//_confirmationActor.Tell(new Confirmation(a.ConfirmationId, a.SenderId));
}
_publisher.Publish(TickerSymbol, @event);
// Take a snapshot every N messages to optimize recovery time
if (LastSequenceNr % SnapshotInterval == 0)
{
SaveSnapshot(_matchingEngine.GetSnapshot());
}
});
});
Command <ConfirmableMessage <Bid> >(b =>
{
// For the sake of efficiency -update orderbook and then persist all events
var events = _matchingEngine.WithBid(b.Message);
var persistableEvents = new ITradeEvent[] { b.Message }.Concat <ITradeEvent>(events); // bid needs to go before Fill / Match
PersistAll(persistableEvents, @event =>
{
_log.Info("[{0}][{1}] - {2} units @ {3} per unit", TickerSymbol, @event.ToTradeEventType(), b.Message.BidQuantity, b.Message.BidPrice);
if (@event is Bid)
{
//_confirmationActor.Tell(new Confirmation(b.ConfirmationId, PersistenceId));
}
_publisher.Publish(TickerSymbol, @event);
// Take a snapshot every N messages to optimize recovery time
if (LastSequenceNr % SnapshotInterval == 0)
{
SaveSnapshot(_matchingEngine.GetSnapshot());
}
});
});
/*
* Handle subscriptions directly in case we're using in-memory, local pub-sub.
*/
CommandAsync <TradeSubscribe>(async sub =>
{
try
{
var ack = await _subscriptionManager.Subscribe(sub.TickerSymbol, sub.Events, sub.Subscriber);
Context.Watch(sub.Subscriber);
sub.Subscriber.Tell(ack);
}
catch (Exception ex)
{
_log.Error(ex, "Error while processing subscription {0}", sub);
sub.Subscriber.Tell(new TradeSubscribeNack(sub.TickerSymbol, sub.Events, ex.Message));
}
});
CommandAsync <TradeUnsubscribe>(async unsub =>
{
try
{
var ack = await _subscriptionManager.Unsubscribe(unsub.TickerSymbol, unsub.Events, unsub.Subscriber);
// leave DeathWatch intact, in case actor is still subscribed to additional topics
unsub.Subscriber.Tell(ack);
}
catch (Exception ex)
{
_log.Error(ex, "Error while processing unsubscribe {0}", unsub);
unsub.Subscriber.Tell(new TradeUnsubscribeNack(unsub.TickerSymbol, unsub.Events, ex.Message));
}
});
CommandAsync <Terminated>(async t =>
{
try
{
var ack = await _subscriptionManager.Unsubscribe(TickerSymbol, t.ActorRef);
}
catch (Exception ex)
{
_log.Error(ex, "Error while processing unsubscribe for terminated subscriber {0} for symbol {1}", t.ActorRef, TickerSymbol);
}
});
Command <GetOrderBookSnapshot>(s =>
{
Sender.Tell(_matchingEngine.GetSnapshot());
});
}
public static async Task <int> Main(string[] args)
{
// Setup
await SetupKafkaAsync();
await SetupAkkaAsync();
List <CpuUsage> usageBeforeLoad;
List <CpuUsage> usageAfterLoad;
try
{
_log = Logging.GetLogger(ConsumerSystem, nameof(Program));
// Create topic on Kafka server
var builder = new AdminClientBuilder(new AdminClientConfig
{
BootstrapServers = Benchmark.Docker.KafkaAddress
});
using (var client = builder.Build())
{
await client.CreateTopicsAsync(new[] { new TopicSpecification
{
Name = KafkaTopic,
NumPartitions = 3,
ReplicationFactor = 1
} });
}
// Set up consumer
var consumerSettings = ConsumerSettings <string, string> .Create(ConsumerSystem, null, null)
.WithBootstrapServers(Benchmark.Docker.KafkaAddress)
.WithStopTimeout(TimeSpan.FromSeconds(1))
.WithProperty("auto.offset.reset", "earliest")
.WithGroupId(KafkaGroup);
var control = KafkaConsumer.PlainPartitionedSource(consumerSettings, Subscriptions.Topics(KafkaTopic))
.GroupBy(3, tuple => tuple.Item1)
.SelectAsync(8, async tuple =>
{
var(topicPartition, source) = tuple;
_log.Info($"Sub-source for {topicPartition}");
var sourceMessages = await source
.Scan(0, (i, message) => i + 1)
.Select(i =>
{
ReceivedMessage.IncrementAndGet();
return(LogReceivedMessages(topicPartition, i));
})
.RunWith(Sink.Last <long>(), ConsumerSystem.Materializer());
_log.Info($"{topicPartition}: Received {sourceMessages} messages in total");
return(sourceMessages);
})
.MergeSubstreams()
.AsInstanceOf <Source <long, IControl> >()
.Scan(0L, (i, subValue) => i + subValue)
.ToMaterialized(Sink.Last <long>(), Keep.Both)
.MapMaterializedValue(tuple => DrainingControl <long> .Create(tuple.Item1, tuple.Item2))
.Run(ConsumerSystem.Materializer());
// Delay before benchmark
await Task.Delay(TimeSpan.FromSeconds(DefaultDelay));
// Warmup
await CollectSamplesAsync(DefaultWarmUpRepeat, DefaultSampleDuration, "[Warmup]");
// Collect CPU usage before load
usageBeforeLoad = await CollectSamplesAsync(DefaultRepeat, DefaultSampleDuration, "[CPU Usage Before Load]");
// Create load
var producerSettings = ProducerSettings <string, string> .Create(ConsumerSystem, null, null)
.WithBootstrapServers(Benchmark.Docker.KafkaAddress);
await Source
.From(Enumerable.Range(1, DefaultMessageCount))
.Select(elem => new ProducerRecord <string, string>(KafkaTopic, "key", elem.ToString()))
.RunWith(KafkaProducer.PlainSink(producerSettings), ConsumerSystem.Materializer());
// Wait until consumer consumed all messages
var stopwatch = Stopwatch.StartNew();
while (stopwatch.Elapsed.TotalSeconds < DefaultTimeout && ReceivedMessage.Current < DefaultMessageCount)
{
await Task.Delay(100);
}
stopwatch.Stop();
if (stopwatch.Elapsed.TotalSeconds > DefaultTimeout)
{
throw new Exception($"Timed out while waiting consumer to process {DefaultMessageCount} messages");
}
// Delay before benchmark
await Task.Delay(TimeSpan.FromSeconds(DefaultDelay));
// Collect CPU usage after load
usageAfterLoad = await CollectSamplesAsync(DefaultRepeat, DefaultSampleDuration, "[CPU Usage After Load]");
}
finally
{
// Tear down
await TearDownAkkaAsync();
await TearDownKafkaAsync();
}
Console.WriteLine("CPU Benchmark complete.");
await GenerateReportAsync(usageBeforeLoad, "BeforeLoad", DefaultSampleDuration, DefaultRepeat);
await GenerateReportAsync(usageAfterLoad, "AfterLoad", DefaultSampleDuration, DefaultRepeat);
return(0);
}
public ChildActor()
{
_log.Info($">>> Current: {Self}");
Receive <int>(_ => Handle(_));
}
private void HandleFlush(Flush _)
{
_log.Info("{@QueueStats}", JObject.Parse(_.QueueStats));
}
private void HandlePaymentReceipt(PaymentResponse message)
{
message.Path = $"{this.Self.Path}--{message.Path}--HashCode:{this._articleGateway.GetHashCode()}";
logging.Info($"回复处理:{message.Message}");
Sender.Tell(message);
}
private void Receiving()
{
Receive <PublishStatsTick>(stats =>
{
if (!Stats.IsEmpty)
{
_logger.Info("Publishing {0} to parent", Stats);
Commander.Tell(Stats.Copy());
//reset our stats after publishing
Stats = Stats.Reset();
}
});
//Received word from a ParseWorker that we need to check for new documents
Receive <CheckDocuments>(documents =>
{
//forward this onto the downloads tracker, but have it reply back to us
DownloadsTracker.Tell(documents);
});
//Update our local stats
Receive <DiscoveredDocuments>(discovered =>
{
Stats = Stats.WithDiscovered(discovered);
});
//Received word from the DownloadTracker that we need to process some docs
Receive <ProcessDocuments>(process =>
{
foreach (var doc in process.Documents)
{
// Context.Parent is the router between the coordinators and the Commander
if (doc.IsImage)
{
Context.Parent.Tell(new DownloadWorker.DownloadImage(doc));
}
else
{
Context.Parent.Tell(new DownloadWorker.DownloadHtmlDocument(doc));
}
}
});
//hand the work off to the downloaders
Receive <DownloadWorker.IDownloadDocument>(download =>
{
DownloaderRouter.Tell(download);
});
Receive <CompletedDocument>(completed =>
{
//TODO: send verbose status messages to commander here?
Stats = Stats.WithCompleted(completed);
});
/* Set all of our local downloaders to message our local parsers */
Receive <DownloadWorker.RequestParseActor>(request =>
{
Sender.Tell(new DownloadWorker.SetParseActor(ParserRouter));
});
/* Set all of our local parsers to message our local downloaders */
Receive <ParseWorker.RequestDownloadActor>(request =>
{
Sender.Tell(new ParseWorker.SetDownloadActor(DownloaderRouter));
});
}
protected void InitFSM()
{
StartWith(State.Initial, null);
WhenUnhandled(@event =>
{
var clientDisconnected = @event.FsmEvent as Controller.ClientDisconnected;
if (clientDisconnected != null)
{
if (@event.StateData != null)
{
@event.StateData.Tell(new Failure(new Controller.ClientDisconnectedException("client disconnected in state " + StateName + ": " + _channel)));
}
return(Stop());
}
return(null);
});
OnTermination(@event =>
{
_controller.Tell(new Controller.ClientDisconnected(_roleName));
_channel.CloseAsync();
});
When(State.Initial, @event =>
{
var hello = @event.FsmEvent as Hello;
if (hello != null)
{
_roleName = new RoleName(hello.Name);
_controller.Tell(new Controller.NodeInfo(_roleName, hello.Address, Self));
return(GoTo(State.Ready));
}
if (@event.FsmEvent is INetworkOp)
{
_log.Warning("client {0}, sent not Hello in first message (instead {1}), disconnecting", _channel.RemoteAddress, @event.FsmEvent);
_channel.CloseAsync();
return(Stop());
}
if (@event.FsmEvent is IToClient)
{
_log.Warning("cannot send {0} in state Initial", @event.FsmEvent);
return(Stay());
}
if (@event.FsmEvent is StateTimeout)
{
_log.Info("closing channel to {0} because of Hello timeout", _channel.RemoteAddress);
_channel.CloseAsync();
return(Stop());
}
return(null);
}, TimeSpan.FromSeconds(10));
When(State.Ready, @event =>
{
if (@event.FsmEvent is Done && @event.StateData != null)
{
@event.StateData.Tell(@event.FsmEvent);
return(Stay().Using(null));
}
if (@event.FsmEvent is IServerOp)
{
_controller.Tell(@event.FsmEvent);
return(Stay());
}
if (@event.FsmEvent is INetworkOp)
{
_log.Warning("client {0} sent unsupported message {1}", _channel.RemoteAddress, @event.FsmEvent);
return(Stop());
}
var toClient = @event.FsmEvent as IToClient;
if (toClient != null)
{
if (toClient.Msg is IUnconfirmedClientOp)
{
_channel.WriteAndFlushAsync(toClient.Msg);
return(Stay());
}
if (@event.StateData == null)
{
_channel.WriteAndFlushAsync(toClient.Msg);
return(Stay().Using(Sender));
}
_log.Warning("cannot send {0} while waiting for previous ACK", toClient.Msg);
return(Stay());
}
return(null);
});
Initialize();
}
private void LogToEverything(IUntypedActorContext context, string message)
{
//context.ActorSelection("akka.tcp://[email protected]:4063/user/StatusActor").Tell(new SignalRMessage(StaticMethods.GetServiceName(), "LineReader", message));
_mediator.Tell(new Publish(Topics.Status, new SignalRMessage($"{DateTime.Now}: {StaticMethods.GetSystemUniqueName()}", "LineReader", message)), context.Self);
_logger.Info(message);
}
public void Handle(Shared.Messages.Category.CategoryCreated message)
{
_log.Info("CategoryCreated is handled.");
_storage.Tell(new CreateNewCategory(message.AggregateId, message.Name, message.Status));
}
public BatchWriterActor()
{
ReceiveAsync <object>(async message =>
{
if (message is Batch batchMessage)
{
Context.IncrementMessagesReceived();
var bulkItems_reseverd = new List <MessageReseved>();
var bulkItems_completed = new List <MessageCompleted>();
foreach (var item in batchMessage.Obj)
{
if (item is DelayMsg delayMsg)
{
if (delayMsg.State == DelayMsgState.Reserved)
{
bulkItems_reseverd.Add(new MessageReseved()
{
Seq = delayMsg.Seq,
Message = delayMsg.Message,
updateTime = DateTime.Now
});
}
else if (delayMsg.State == DelayMsgState.Completed)
{
bulkItems_completed.Add(new MessageCompleted()
{
Seq = delayMsg.Seq,
Message = delayMsg.Message,
updateTime = DateTime.Now
});
}
}
}
string BatchType = "";
if (bulkItems_reseverd.Count > 0 && IsWriteDB)
{
BatchType = "reserved";
EntityFrameworkManager.ContextFactory = context => new BatchRepository(Startup.AppSettings);
using (var context = new BatchRepository(Startup.AppSettings))
{
await context.BulkInsertAsync(bulkItems_reseverd, options => {
options.BatchSize = BatchSize;
});
Context.IncrementCounter("akka.custom.received1", bulkItems_reseverd.Count);
}
}
if (bulkItems_completed.Count > 0 && IsWriteDB)
{
BatchType = "completed";
EntityFrameworkManager.ContextFactory = context => new BatchRepository(Startup.AppSettings);
using (var context = new BatchRepository(Startup.AppSettings))
{
await context.BulkInsertAsync(bulkItems_completed, options => {
options.BatchSize = BatchSize;
});
Context.IncrementCounter("akka.custom.received1", bulkItems_completed.Count);
}
}
logger.Info($"========= Bulk Type:{BatchType} Count:{batchMessage.Obj.Count.ToString()}");
}
});
}
public CatalogRegistryActor()
{
_log.Info(Self.Path.ToString());
SetUpReceivers();
}
//#region Actor States
/// <summary>
/// This method sets the recovering state.It will remain active until the actor if fully recovered from the
/// Journal/Snashot stores. It will switch to the CommandProcessing state once it receives the RecoveryCompleted message.
/// </summary>
private void Recovering()
{
try
{
_logger.Debug($"Setting Up Persistence Actor with persistence id: {PersistenceId}");
//// ******** IMPORTANT ***********
//// For each command there should be a handler defined
//// ******************************
//UseRecoveryCommandHandler.Add("ClientListInsertCommand", command => InsertNewClientListItemRecoveryCommand(command as ClientListInsertCommand));
//UseRecoveryCommandHandler.Add("ClientListUpdateCommand", command => UpdateClientListRecoveryCommand(command as ClientListUpdateCommand));
//UseRecoveryCommandHandler.Add("ClientListDeleteCommand", command => DeleteClientListRecoveryCommand(command as ClientListDeleteCommand));
//UseRecoveryCommandHandler.Add("ClientListUnDeleteCommand", command => UnDeleteClientListRecoveryCommand(command as ClientListUnDeleteCommand));
//// Process any snapshots recovered from the data store
//Recover<SnapshotOffer>(snapshotOffer => ProcessSnapshot(snapshotOffer));
//// These will be commands restored from the data store.
//Recover<JObject>(jo =>
//{
// //Console.WriteLine("Received object: " + jo);
// try
// {
// string commandName = jo["CommandClass"].Value<string>();
// Type commandType = Type.GetType(typeof(Command).Namespace + "." + commandName);
// Command cmd = jo.ToObject(commandType) as Command;
// UseRecoveryCommandHandler[commandName](cmd);
// }
// catch (Exception e)
// {
// _logger.Error("Error:{0}\nFailed to process journal entry:{1}", e.Message, jo);
// }
//});
Recover <RecoveryCompleted>(rc =>
{
_logger.Info("Recovery Complete.", Self.Path.ToStringWithAddress());
});
//_logger.Info("Setting Up Command Handlers.");
//// Commands
//Command<SaveSnapshotSuccess>(c => HandleSuccessfulSnapshotSave(c));
//Command<SaveSnapshotFailure>(c => HandleUnSuccessfulSnapshotSave(c));
//// Events
//Command<ClientInsertedEvent>(e => HandleClientInsertedEvent(e));
//Command<ClientDeletedEvent>(e => HandleClientDeletedEvent(e));
//Command<ClientUnDeletedEvent>(e => HandleClientUnDeletedEvent(e));
//Command<ClientUpdatedEvent>(e => HandleClientUpdatedEvent(e));
//Command<SubscribedForCommandEvents>(e => { _logger.Info("Now listening to:{0}", e.Id); });
//// Requests
//Command<ClientGetStateRequest>(r => { Sender.Tell(new ClientGetStateResponse(Sender, null, r)); });
//Command<ClientIdGetListRequest>(r => HandleClientIdGetListRequest(r));
//// Configuration
//Command<SetSnapshotTriggerCount>(c => { Persist<SetSnapshotTriggerCount>(c, SetSnapshotTriggerConfigurationValue); });
//Command<SetInactivityFlushSec>(c => { Persist<SetInactivityFlushSec>(c, SetInactivityFlushSecConfigurationValue); });
//// Handle any string commands
//Command<string>(s => HandleStringCommand(s));
CommandAny(o => {
_logger.Debug(o.ToString());
});
// This catch all will log if there are any weird unhandled messages.
//Command<object>(message =>
//{
// _logger.Debug($"In Command State Received unhandled message from:{Sender.Path.ToStringWithAddress()} Unhandled Message:{message.GetType().Name}");
//});
//_logger.Debug("Command Handlers Set Up.");
_logger.Debug($"Completed set-up of persistence actor persistence id: {PersistenceId}");
}
catch (Exception ex)
{
_logger.Error("Something went really bad during recovery.");
}
}
private void Handle(string msg)
{
_log.Info($">>> Recevied message : \"{msg}\", Sender: {Sender}");
}
private void HandleMemberUp(ClusterEvent.MemberUp up)
{
Log.Info("Member is up: {0}", up.Member);
}
