public async Task VerifySubscriberIsInitializedWhenRegistered()
{
// Setup the message bus.
var cs = Any.String();
var subscriber = new MockSubscriber();
var mbf = new MockMessageBusFactory { Subscriber = subscriber };
var mbd = new MessageBusDescription { ConnectionString = cs, Factory = mbf };
var bus = new MessageBus(mbd);
var entity = "MessageSendSuccess;MessageSendFailure";
var name = "MessageSendSuccess";
Assert.IsFalse(
subscriber.IsInitialized,
"The subscriber should not be initialized before it is registered.");
var called = false;
// Register the subscriber.
await bus.RegisterHandlerAsync(entity, name, message => Task.Run(() => { called = true; }));
Assert.IsTrue(subscriber.IsInitialized, "The subscriber should be initialized after it is registered.");
Assert.AreEqual(subscriber.Description.ConnectionString, cs);
Assert.AreEqual(subscriber.Description.Entity, entity);
Assert.AreEqual(subscriber.Description.Name, name);
await subscriber.Handler.Invoke(null);
Assert.IsTrue(called, "The handler must be callable.");
// Close the bus.
await bus.CloseAsync();
Assert.IsTrue(subscriber.IsClosed, "The subscriber should be closed after the bus is closed.");
}
public void WhenSinkThrowsMessagesContinueToBeDelivered()
{
var sink = Substitute.For<IMessageSink>();
var msg1 = Substitute.For<IMessageSinkMessage>();
var msg2 = Substitute.For<IMessageSinkMessage>();
var msg3 = Substitute.For<IMessageSinkMessage>();
var messages = new List<IMessageSinkMessage>();
sink.OnMessage(Arg.Any<IMessageSinkMessage>())
.Returns(callInfo =>
{
var msg = (IMessageSinkMessage)callInfo[0];
if (msg == msg2)
throw new Exception("whee!");
else
messages.Add(msg);
return false;
});
using (var bus = new MessageBus(sink))
{
bus.QueueMessage(msg1);
bus.QueueMessage(msg2);
bus.QueueMessage(msg3);
}
Assert.Collection(messages,
message => Assert.Same(message, msg1),
message => Assert.Same(message, msg3)
);
}
static void Main(string[] args)
{
var bus = new MessageBus();
var input = "";
while ((input = Console.ReadLine()) != "Quit")
{
if (input == "1")
MessageBus.Bus.Publish(new CreateIdeaMessage
{
IdeaId = 1,
CaseId = 100
});
else if(input=="2")
MessageBus.Bus.Publish(new CreateObjectiveMessage
{
ObjectiveId = 12,
CaseId = 100
});
else
MessageBus.Bus.Publish(new CreateTaskMessage
{
TaskId = 12,
CaseId = 100
});
}
}
public void MultiplePublishers()
{
const string message1 = "Test Message #1";
const string message2 = "Test Message #2";
const string message3 = "Test Message #3";
const string message4 = "Test Message #4";
string receivedMessage = null;
var messageBus = new MessageBus();
var publisher1 = new Subject<string>();
var publisher2 = new Subject<string>();
var subscription1 = messageBus.RegisterPublisher(publisher1);
messageBus.RegisterPublisher(publisher2);
messageBus.Listen<string>().Subscribe(m => receivedMessage = m, e => Assert.Fail(), Assert.Fail);
Assert.IsNull(receivedMessage);
messageBus.Publish(message1);
Assert.AreEqual(message1, receivedMessage);
publisher1.OnNext(message2);
Assert.AreEqual(message2, receivedMessage);
publisher2.OnNext(message3);
Assert.AreEqual(message3, receivedMessage);
subscription1.Dispose();
publisher1.OnNext(message4);
Assert.AreEqual(message3, receivedMessage);
publisher2.OnNext(message4);
Assert.AreEqual(message4, receivedMessage);
}
public void FalseWithNoSubscribers()
{
var bus = new MessageBus();
bus.HasSubscriberFor<Message>()
.Should().BeFalse(
"no subscribers have been added");
}
private void ThisAddIn_Startup(object sender, System.EventArgs e)
{
Trello = new Trello("1ed8d91b5af35305a60e169a321ac248");
MessageBus = new MessageBus();
var exportCardsControl = new ExportCardsControl();
var importCardsControl = new ImportCardsControl();
var authorizeForm = new AuthorizationDialog();
ExportCardsTaskPane = CustomTaskPanes.Add(exportCardsControl, "Export cards to Trello");
ExportCardsTaskPane.Width = 300;
ExportCardsTaskPane.DockPositionRestrict = MsoCTPDockPositionRestrict.msoCTPDockPositionRestrictNoHorizontal;
ImportCardsTaskPane = CustomTaskPanes.Add(importCardsControl, "Import cards from Trello");
ImportCardsTaskPane.Width = 300;
ImportCardsTaskPane.DockPositionRestrict = MsoCTPDockPositionRestrict.msoCTPDockPositionRestrictNoHorizontal;
TaskScheduler = TaskScheduler.FromCurrentSynchronizationContext();
ExportCardsPresenter = new ExportCardsPresenter(exportCardsControl, Trello, new GridToNewCardTransformer(), TaskScheduler, MessageBus);
ImportCardsPresenter = new ImportCardsPresenter(importCardsControl, MessageBus, Trello, TaskScheduler);
AuthorizePresenter = new AuthorizePresenter(authorizeForm, Trello, MessageBus);
Globals.Ribbons.TrelloRibbon.SetMessageBus(MessageBus);
TryToAuthorizeTrello();
}
static void Main(string[] args)
{
Console.Title = "zmq Pub Sub Sample Client";
const string publishAddress = "tcp://127.0.0.1:54321";
const string listenAddress = "tcp://127.0.0.1:12345";
IMessageCodec messageCodec = new JsonMessageCodec(Encoding.Unicode);
IMessageBus messageBus = new MessageBus(listenAddress, publishAddress, messageCodec);
messageBus.Subscribe<object>(Console.WriteLine);
messageBus.GetMessages<StartedListeningMessage>()
.Where(m => m.Id == messageBus.GetHashCode())
.Subscribe(x => Console.WriteLine("Press ESC to cancel, or any other key to send a message."));
var worker = new BackgroundWorker();
worker.DoWork += (s, e) => messageBus.Listen();
worker.RunWorkerAsync();
bool loop = true;
int i = 1;
while (loop)
{
var key = Console.ReadKey(false);
if (key.Key == ConsoleKey.Escape)
{
loop = false;
continue;
}
string message = string.Format("Message {0:d2} from Client", i);
messageBus.Publish(message);
i++;
}
}
private static MessageBus GetPersistedEventBus()
{
var persistedEventBus = new MessageBus();
//application handlers
persistedEventBus.RegisterHandler<RepliedToPostEvent>(MessageHandlerType.Synchronous, OnRepliedToPost, true);
persistedEventBus.RegisterHandler<ApprovedCommentEvent>(MessageHandlerType.Synchronous, OnApprovedComment, true);
persistedEventBus.RegisterHandler<FailedMessage>(MessageHandlerType.Synchronous, OnFailMessage, false);
//sync handlers
//persistedEventBus.RegisterHandler<RepliedToPostEvent>(MessageHandlerType.Synchronous, e => UpdateComment( e.Comment), true);
//persistedEventBus.RegisterHandler<ApprovedCommentEvent>(MessageHandlerType.Synchronous, e => UpdateComment( e.Comment), true);
//persistedEventBus.RegisterHandler<AssignedCategoryToPostEvent>(MessageHandlerType.Synchronous, e => CreateCategoryLink(e.Post,e.Category), true);
//persistedEventBus.RegisterHandler<EditedPostEvent>(MessageHandlerType.Synchronous, e => UpdatePost(e.Post), true);
//persistedEventBus.RegisterHandler<EnabledCommentsEvent>(MessageHandlerType.Synchronous, e => UpdatePost(e.Post), true);
//persistedEventBus.RegisterHandler<DisabledCommentsEvent>(MessageHandlerType.Synchronous, e => UpdatePost(e.Post), true);
//persistedEventBus.RegisterHandler<PostCreatedEvent>(MessageHandlerType.Synchronous, e => UpdatePost(e.Post), true);
//persistedEventBus.RegisterHandler<PublishedPostEvent>(MessageHandlerType.Synchronous, e => DeletePost(e.Post), true);
//persistedEventBus.RegisterHandler<UnpublishedPostEvent>(MessageHandlerType.Synchronous, e => DeletePost(e.Post), true);
//persistedEventBus.RegisterHandler<PostDeletedEvent>(MessageHandlerType.Synchronous, e => DeletePost(e.Post), true);
return persistedEventBus;
}
public SkyBox(int id, MessageBus bus)
{
Id = id;
Bus = bus;
Position = new Vect3(0, 0, 0);
Rotation = new Quat(Math.Sqrt(0.5), 0, 0, Math.Sqrt(0.5));
}
/// <summary>
/// Handles the specified subscription command line options.
/// </summary>
/// <param name="options">
/// The options.
/// </param>
public static void Handle(SubscriptionOptions options)
{
if (options.IsVerbose)
{
Debug.Listeners.Add(new ColoredConsoleTraceListener());
}
OutputWriter = !string.IsNullOrWhiteSpace(options.OutputFileName)
? new StreamWriter(options.OutputFileName)
: Console.Out;
var description = new MessageBusDescription
{
ConnectionString = options.ConnectionString,
Factory =
DependencyResolver.Resolve<IMessageBusFactory>(
options.Factory),
StorageConnectionString = options.StorageConnectionString
};
var bus = new MessageBus(description);
bus.RegisterHandlerAsync(options.Entity, options.Name, OnMessageArrived).Wait();
Debug.Print("This is a debug print.");
Console.WriteLine("Press any key to exit...");
Console.ReadKey();
Console.WriteLine("Closing message bus...");
bus.CloseAsync().ContinueWith(t => Console.WriteLine("Message bus is closed.")).Wait();
}
private Configuration()
{
_bus = new MessageBus();
var eventStore = new SqlEventStore(_bus);
var repository = new DomainRepository(eventStore);
var commandService = new AccountApplicationService(repository);
_bus.RegisterHandler<RegisterAccountCommand>(commandService.Handle);
_bus.RegisterHandler<DebitAccountCommand>(commandService.Handle);
_bus.RegisterHandler<UnlockAccountCommand>(commandService.Handle);
var infoProjection = new AccountInfoProjection();
_bus.RegisterHandler<AccountRegisteredEvent>(infoProjection.Handle);
_bus.RegisterHandler<AccountLockedEvent>(infoProjection.Handle);
_bus.RegisterHandler<AccountUnlockedEvent>(infoProjection.Handle);
var balanceProjection = new AccountBalanceProjection();
_bus.RegisterHandler<AccountRegisteredEvent>(balanceProjection.Handle);
_bus.RegisterHandler<AccountDebitedEvent>(balanceProjection.Handle);
var notification = new NotificationProjection();
_bus.RegisterHandler<AccountRegisteredEvent>(notification.Handle);
_bus.RegisterHandler<AccountDebitedEvent>(notification.Handle);
_bus.RegisterHandler<AccountLockedEvent>(notification.Handle);
_bus.RegisterHandler<AccountUnlockedEvent>(notification.Handle);
_bus.RegisterHandler<OverdrawAttemptedEvent>(notification.Handle);
_readModel = new ReadModelFacade(balanceProjection, infoProjection, notification);
var events = eventStore.GetAllEventsEver();
_bus.Publish(events);
}
public void CreateBus()
{
m_Sender = Substitute.For<IMessageSender>();
m_Receiver = Substitute.For<IMessageReceiver>();
m_Bus = new MessageBus(m_Sender,
m_Receiver);
}
public void Initialise(MessageBus bus)
{
Bus = bus;
SystemMessages = Bus.OfType<SystemMessage>().AsObservable();
ObjectLifeTimeRequests = Bus.OfType<IObjectLifetimeRequest>().AsObservable();
ObjectLifeTimeNotifications = Bus.OfType<IObjectLifetimeNotification>().AsObservable();
}
public GameObjectFactory(MessageBus bus)
{
GameObjects = new List<IGameObject>();
Bus = bus;
Initialise();
}
/// <summary>
/// Construct a boot strapper for Light framework.
/// </summary>
/// <param name="Args">Application init args</param>
public Bootstrapper(string[] Args)
{
MessageBus = new MessageBus();
Modules = new List<LightModule>();
LoadAssemblies();
MessageBus.Run();
}
public void HeavyLoadTest()
{
const int REPEATER_COUNT = 10;
const int MESSAGE_COUNT = 200;
// Arrange
var bus = new MessageBus();
var receivers = new MessageRepeater[REPEATER_COUNT];
for (var i = 0; i < REPEATER_COUNT; i++)
{
receivers[i] = new MessageRepeater(bus, i);
bus.SubscriberFor<RepeatingMessage>(receivers[i].Receive);
}
// Act
var messages = new RepeatingMessage[MESSAGE_COUNT];
for (var i = 0; i < MESSAGE_COUNT; i++)
{
messages[i] = new RepeatingMessage();
bus.SendMessage(messages[i]);
}
// Assert
var finished = false;
while (!finished)
{
System.Threading.Thread.Sleep(500);
var count = messages.Count(m => m.Counter == REPEATER_COUNT);
Console.WriteLine(count);
if (count == MESSAGE_COUNT)
finished = true;
}
}
private Configuration()
{
/* bus intialisation */
_bus = new MessageBus();
//var eventStore = new SqlServerEventStore(_bus);
//var eventStore = new SqlLiteEventStore(_bus);
var eventStore = new InMemoryEventStore(_bus, inMemDict );
var repository = new DomainRepository(eventStore);
/* Account Domain */
var commandService = new AccountApplicationService(repository);
_bus.RegisterHandler<RegisterAccountCommand>(commandService.Handle);
_bus.RegisterHandler<DebitAccountCommand>(commandService.Handle);
_bus.RegisterHandler<UnlockAccountCommand>(commandService.Handle);
var infoProjection = new AccountInfoProjection();
_bus.RegisterHandler<AccountRegisteredEvent>(infoProjection.Handle);
_bus.RegisterHandler<AccountLockedEvent>(infoProjection.Handle);
_bus.RegisterHandler<AccountUnlockedEvent>(infoProjection.Handle);
var balanceProjection = new AccountBalanceProjection();
_bus.RegisterHandler<AccountRegisteredEvent>(balanceProjection.Handle);
_bus.RegisterHandler<AccountDebitedEvent>(balanceProjection.Handle);
var notification = new NotificationProjection();
_bus.RegisterHandler<AccountRegisteredEvent>(notification.Handle);
_bus.RegisterHandler<AccountDebitedEvent>(notification.Handle);
_bus.RegisterHandler<AccountLockedEvent>(notification.Handle);
_bus.RegisterHandler<AccountUnlockedEvent>(notification.Handle);
_bus.RegisterHandler<AccountOverdrawAttemptedEvent>(notification.Handle);
_AccountReadModel = new AccountReadModelFacade(balanceProjection, infoProjection, notification);
/* News Domain*/
//var newsEventStore = new SqlServerEventStore(_bus);
//var newsEventStore = new SqlLiteEventStore(_bus);
var newsEventStore = new InMemoryEventStore(_bus, inMemDict);
var newsRepository = new DomainRepository(eventStore);
/* Register command on the News bounded context */
var newsCommandService = new AccountManager.Models.News.Domain.NewsApplicationService(newsRepository);
_bus.RegisterHandler<AccountManager.Models.News.Commands.CreateNewsCommand>(newsCommandService.Handle);
_bus.RegisterHandler<AccountManager.Models.News.Commands.PublishNewsCommand>(newsCommandService.Handle);
_bus.RegisterHandler<AccountManager.Models.News.Commands.UnpublishNewsCommand>(newsCommandService.Handle);
_bus.RegisterHandler<AccountManager.Models.News.Commands.UpdateNewsCommand>(newsCommandService.Handle);
_bus.RegisterHandler<AccountManager.Models.News.Commands.DeleteNewsCommand>(newsCommandService.Handle);
var _newsProjection = new AccountManager.Models.News.ReadModel.NewsProjection();
_bus.RegisterHandler<AccountManager.Models.News.Events.NewsCreatedEvent>(_newsProjection.Handle);
_bus.RegisterHandler<AccountManager.Models.News.Events.NewsPublishedEvent>(_newsProjection.Handle);
_bus.RegisterHandler<AccountManager.Models.News.Events.NewsUnpublishedEvent>(_newsProjection.Handle);
_bus.RegisterHandler<AccountManager.Models.News.Events.NewsUpdatedEvent>(_newsProjection.Handle);
_bus.RegisterHandler<AccountManager.Models.News.Events.NewsDeletedEvent>(_newsProjection.Handle);
_NewsReadModel = new NewsReadModelFacade(_newsProjection);
/* rehydrate */
var events = eventStore.GetAllEventsEver();
_bus.Publish(events);
}
public void Can_send_and_receive_async_message()
{
var trigger = new AutoResetEvent(false);
IMessageBus bus = new MessageBus();
TestMessage receivedMessage = null;
int currentThreadId = Thread.CurrentThread.ManagedThreadId;
int handlerThreadId = 0;
bus.RegisterHandler<TestMessage>(MessageHandlerType.Asynchronous, message =>
{
handlerThreadId = Thread.CurrentThread.ManagedThreadId;
receivedMessage = message;
trigger.Set();
}, false);
var sentMessage = new TestMessage
{
Text = "Hello bus"
};
bus.Send(sentMessage);
trigger.WaitOne(1000);
//ensure we got the message
Assert.AreSame(sentMessage, receivedMessage);
//ensure we didn't handle it in the main thread
Assert.AreNotEqual(currentThreadId, handlerThreadId);
}
public void PublishAndUnsubscribe()
{
// Arrange
var bus = new MessageBus();
Action<Object> handler = null;
handler = (m) =>
{
Messages.Add(m);
// Unsubscribe during the publish handler.
bus.Unsubscribe<Object>(handler);
};
bus.Subscribe<Object>(handler);
bus.Subscribe<Object>((m) =>
{
Messages.Add(m);
});
// Act
var message = Guid.NewGuid().ToString();
bus.Publish<Object>(message);
bus.Publish<Object>(message);
// Assert
Assert.AreEqual(3, Messages.Count);
}
public void CanListenPositionChangeEvents()
{
// ARRANGE
var waitEvent = new ManualResetEvent(false);
var messageBus = new MessageBus();
NmeaPositionMocker mocker;
int count = 0;
messageBus.AsObservable<GeoPosition>()
.ObserveOn(Scheduler.ThreadPool)
.Subscribe(position => count++);
// ACT
Action<TimeSpan> delayAction = _ => Thread.Sleep(0); // do not wait to make test faster
using (Stream stream = new FileStream(TestHelper.NmeaFilePath, FileMode.Open))
{
mocker = new NmeaPositionMocker(stream, messageBus);
mocker.OnDone += (s, e) => waitEvent.Set();
mocker.Start(delayAction);
}
// ASSERT
if(!waitEvent.WaitOne(TimeSpan.FromSeconds(60)))
throw new TimeoutException();
mocker.Stop();
Assert.AreEqual(16, count);
}
public void TrueWithDerivedType()
{
var bus = new MessageBus();
bus.SubscriberFor<TestMessageBase>(m => { });
bus.HasSubscriberFor<TestMessageTypeA>()
.Should().BeTrue(
"subscriber for super type was added");
}
public void TrueWithExactMatch()
{
var bus = new MessageBus();
bus.SubscriberFor<Message>(m => { });
bus.HasSubscriberFor<Message>()
.Should().BeTrue(
"subscriber for type was added");
}
public ClientController(ActionInvoker actionInvoker, DataContext dataContext,
JsonMapperManager jsonMapperManager, DeviceHiveConfiguration deviceHiveConfiguration,
MessageBus messageBus, IMessageManager messageManager) :
base(actionInvoker, dataContext, jsonMapperManager, deviceHiveConfiguration)
{
_messageBus = messageBus;
_messageManager = messageManager;
}
public void FalseWithSuperType()
{
var bus = new MessageBus();
bus.SubscriberFor<TestMessageTypeA>(m => { });
bus.HasSubscriberFor<TestMessageBase>()
.Should().BeFalse(
"subscriber for derived type was added");
}
public void FalseWithNonMatch()
{
var bus = new MessageBus();
bus.SubscriberFor<TestMessageTypeA>(m => { });
bus.HasSubscriberFor<TestMessageTypeB>()
.Should().BeFalse(
"no subscriber for type was added");
}
public void Setup()
{
_bus = new MessageBus();
_messOneTriggerCount = _messTwoTriggerCount = 0;
_mockOneTriggerCount = _mockTwoTriggerCount = 0;
_receivedMock = null;
_receivedMessage = null;
}
public GameEngine(ObservableTimer timer, MessageBus bus, GameObjectFactory objectFactory)
{
Timer = timer;
Bus = bus;
ObjectFactory = objectFactory;
IsRunning = false;
Initialise();
}
private MessageBus _CreateBus(string id)
{
MessageBus bus;
if (!Buses.TryGetValue (id, out bus)) {
bus = new MessageBus (id);
Buses.Add (id, bus);
}
return bus;
}
/// <summary>
/// Default constructor
/// </summary>
/// <param name="messageBus">MessageBus object</param>
/// <param name="configuration">DeviceHive configuration</param>
/// <param name="deviceNotificationRepository">IDeviceNotificationRepository object</param>
/// <param name="deviceCommandRepository">IDeviceCommandRepository object</param>
public MessageManager(MessageBus messageBus, DeviceHiveConfiguration configuration,
IDeviceNotificationRepository deviceNotificationRepository, IDeviceCommandRepository deviceCommandRepository)
{
_messageBus = messageBus;
_configuration = configuration;
_deviceNotificationRepository = deviceNotificationRepository;
_deviceCommandRepository = deviceCommandRepository;
_messageHandlerInfos = new List<MessageHandlerInfo>();
}
public MessageBus Bus { get; }//TODO CREATE BASE CLASS FOR MESSAGEBUS COMPONENTS
public ReflectionPluginManager(MessageBus bus)
{
if (bus == null)
{
throw new ArgumentNullException("bus");
}
Bus = bus;
Bus.Subscribe(this);
}
void DialogShowLoadingCallback(MessageBus bus, string message)
{
Device.BeginInvokeOnMainThread(() => UserDialogs.Instance.ShowLoading(message, MaskType.Black));
}
public static ICoroutineResult PostMessage(IMessage message)
{
MessageBus.Post(message);
return(Wait);
}
public Floor(int index, Timeline timeline, MapInfo mapInfo, Spawner spawner, GoalMapStore goalMapStore, MessageBus messageBus)
{
Index = index;
Timeline = timeline;
MapInfo = mapInfo;
Spawner = spawner;
GoalMapStore = goalMapStore;
MessageBus = messageBus;
}
private void btnLoad_Click(object sender, System.EventArgs e)
{
var fileInfos = dtlvExplorer.CheckedObjects.OfType <AbstractDumpExplorerData>().Where(data => data.FileInfo != null).Select(data => data.FileInfo).ToList();
MessageBus.SendMessage(new OpenDumpRequest(fileInfos));
}
public static IMessageBus CurrentMessageBusComesFrom(this IMessageBus messageBus)
{
MessageBus.SetProvider(() => messageBus);
return(messageBus);
}
public SpaceGraphicsLoader(MessageBus bus)
{
Bus = bus;
}
public virtual bool FindTestsForClass(ITypeInfo type, bool includeSourceInformation = false)
{
using (var messageBus = new MessageBus(Visitor))
return(base.FindTestsForType(type, includeSourceInformation, messageBus));
}
public static void DebugSend(
MessageBus msgBus,
Message message,
StringBuilder textExplanation
)
{
int count_PtToPt = 0,
count_Observer = 0,
count_RoleEvent = 0;
Action <HandlerInfo, Message> Msg_PtToPt = (HandlerInfo handler, Message msg) => {
textExplanation.AppendFormat(
"Point-to-Point Basis: Message match # {0}\r\n"
+ "Message processed by handler: {1}\r\n",
count_PtToPt,
handler
);
count_PtToPt++;
};
Action <SubscriberInfo, HandlerInfo, string> Almost_PointToPoint = (SubscriberInfo sub, HandlerInfo h, string s) =>
{
textExplanation.AppendFormat("Point to Point near match: {0}\r\n", s);
};
Action <HandlerInfo, Message> Msg_Observer = (HandlerInfo handler, Message msg) => {
textExplanation.AppendFormat(
"Role and Observer Basis: Message match # {0}\r\n"
+ "Message processed by handler: {1}\r\n",
count_Observer,
handler
);
count_Observer++;
};
Action <SubscriberInfo, HandlerInfo, string> Almost_Observer = (SubscriberInfo sub, HandlerInfo h, string s) =>
{
textExplanation.AppendFormat("Observer near match: {0}\r\n", s);
};
Action <HandlerInfo, Message> Msg_RoleEvent = (HandlerInfo handler, Message msg) => {
textExplanation.AppendFormat(
"Role and Event Code Basis: Message match # {0}\r\n"
+ "Message processed by handler: {1}\r\n",
count_RoleEvent,
handler
);
count_RoleEvent++;
};
Action <SubscriberInfo, HandlerInfo, string> Almost_RoleEvent = (SubscriberInfo sub, HandlerInfo h, string s) =>
{
textExplanation.AppendFormat("Role and Event Code near match: {0}\r\n", s);
};
Action Msg_Unhandled = () =>
{
textExplanation.Append("No matches found.\r\n");
};
textExplanation.AppendFormat(
"Performing match testing for message on the message bus:\r\n"
+ "Message : {0}\r\n", message
);
msgBus.MatchHandlers(message,
Msg_PtToPt, Almost_PointToPoint,
Msg_Observer, Almost_Observer,
Msg_RoleEvent, Almost_RoleEvent,
Msg_Unhandled
);
textExplanation.Append(
"-----\r\nMatch Ended."
);
}
public async Task SubscriptionWithMultipleExistingCursors()
{
var dr = new DefaultDependencyResolver();
var passThroughMinfier = new PassThroughStringMinifier();
dr.Register(typeof(IStringMinifier), () => passThroughMinfier);
using (var bus = new MessageBus(dr))
{
Func <ISubscriber> subscriberFactory = () => new TestSubscriber(new[] { "key", "key2" });
var cdKey = new CountDownRange <int>(Enumerable.Range(2, 4));
var cdKey2 = new CountDownRange <int>(new[] { 1, 2, 10 });
IDisposable subscription = null;
string prefix = DefaultSubscription._defaultCursorPrefix;
// Pretend like we had an initial subscription
bus.Subscribe(subscriberFactory(), null, (result, state) => TaskAsyncHelper.True, 10, null)
.Dispose();
// This simulates a reconnect
await bus.Publish("test", "key", "1");
await bus.Publish("test", "key", "2");
await bus.Publish("test", "key", "3");
await bus.Publish("test", "key", "4");
await bus.Publish("test", "key2", "1");
await bus.Publish("test", "key2", "2");
try
{
subscription = bus.Subscribe(subscriberFactory(), prefix + "key,00000001|key2,00000000", (result, state) =>
{
foreach (var m in result.GetMessages())
{
int n = Int32.Parse(m.GetString());
if (m.Key == "key")
{
Assert.True(cdKey.Mark(n));
}
else
{
Assert.True(cdKey2.Mark(n));
}
}
return(TaskAsyncHelper.True);
}, 10, null);
await bus.Publish("test", "key", "5");
await bus.Publish("test", "key2", "10");
await cdKey.WaitAsync().OrTimeout();
await cdKey2.WaitAsync().OrTimeout();
}
finally
{
if (subscription != null)
{
subscription.Dispose();
}
}
}
}
public Task StartAsync(CancellationToken cancellationToken)
{
MessageBusSubscription = MessageBus.Bind(ManagedMqttClient);
MqttEntityControlPanel.BindAll(MqttApplicationProvider, MessageBus, true);
return(Task.CompletedTask);
}
public void Check()
{
doTickets.Clear();
doAccidents.Clear();
doNew.Clear();
doWechat.Clear();
if (DateTime.Compare(nextSlowTime, nowTime) < 0)
{
nextSlowTime = DateTime.MaxValue;
}
if (DateTime.Compare(nextTime, nowTime) < 0)
{
nextTime = nowTime.AddMinutes(30);
EventHappenManager.Instance.EveryThirtyMinutes(nowTime);
}
//事故事件查找
if (waitingAccidents.Count != 0)
{
var enumerator = waitingAccidents.GetEnumerator();
enumerator.MoveNext();
//Lucky.LuckyUtils.Log("next starttiem "+enumerator.Current.Key);
if (DateTime.Compare(enumerator.Current.Key, NowTime) < 0)
{
List <TimeExecuteParam> teps = enumerator.Current.Value;
doAccidents.AddRange(teps);
waitingAccidents.Remove(enumerator.Current.Key);
}
}
//事故事件执行
foreach (TimeExecuteParam tep in doAccidents)
{
if (!tep.isDestroy)
{
Lucky.LuckyUtils.Log("new accident");
StartCoroutine(tep.Callback(tep.accident));
MapTrafficView.instance.ShowAccidentMessage(tep.accident);
}
else
{
MapTrafficView.instance.DisplayMessage(tep.accident);
}
}
//旅游路线查找
lock (golock)
{
if (waitingGo.Count != 0)
{
var etor = waitingGo.GetEnumerator();
etor.MoveNext();
if (DateTime.Compare(etor.Current.Key, NowTime) < 0)
{
Dictionary <long, TicketParam> dics = etor.Current.Value;
foreach (KeyValuePair <long, TicketParam> kvp in dics)
{
GoId.Remove(kvp.Key);
doTickets.Add(kvp.Value);
}
waitingGo.Remove(etor.Current.Key);
}
}
}
//旅游路线执行
foreach (TicketParam tp in doTickets)
{
//TimeSpeed = 1.0f;
if (tp.rt.Type() == 0)
{
MapTrafficView.instance.TrainGo(tp);
}
else
{
MapTrafficView.instance.AirPlaneFly(tp);
}
}
//微信事件查找
if (waitingWeChat.Count != 0)
{
var etor = waitingWeChat.GetEnumerator();
etor.MoveNext();
if (DateTime.Compare(etor.Current.Key, NowTime) < 0)
{
List <MessageParam <WeChatMessage> > teps = etor.Current.Value;
doWechat.AddRange(teps);
waitingWeChat.Remove(etor.Current.Key);
}
}
foreach (MessageParam <WeChatMessage> mp in doWechat)
{
//TimeSpeed = 1.0f;
mp.Callback();
MessageBus.Post(new MessageObject(mp.message));
}
//新闻事件查找
if (waitingNew.Count != 0)
{
var etor = waitingNew.GetEnumerator();
etor.MoveNext();
if (DateTime.Compare(etor.Current.Key, NowTime) < 0)
{
List <MessageParam <NewMessage> > teps = etor.Current.Value;
doNew.AddRange(teps);
waitingNew.Remove(etor.Current.Key);
}
}
foreach (MessageParam <NewMessage> mp in doNew)
{
//TimeSpeed = 1.0f;
mp.Callback();
MessageBus.Post(new MessageObject(mp.message));
}
if (DateTime.Compare(GameModel.Instance.tomorrow, nowTime) < 0)
{
InfoView.Show(new InfoMessage("失败", "垃圾"));
timespeed = 0.0f;
}
}
public void ConfigureMessageBus(IApplicationBuilder app)
{
// Set the MessageBus provider, so that IMessageBus are resolved from the current request scope
MessageBus.SetProvider(MessageBusCurrentProviderBuilder.Create().From(app).Build());
}
void DialogHideLoadingCallback(MessageBus bus)
{
Device.BeginInvokeOnMainThread(() => UserDialogs.Instance.HideLoading());
}
public ProfileEventDispatcher(string journalName, string messageBusName, string topicName) : base(journalName, messageBusName, topicName)
{
_messageBus = MessageBus.Start(messageBusName);
_topic = _messageBus.OpenTopic(topicName);
}
static private void DoUpdateSystem(RequestUpdateSystem req)
{
Builder.Output(ClassName + ": Realizando actualizacion de la configuracion del sistema", TraceEventType.Information);
bool RestartZyanServer = false;
bool RestartHbReceiver = false;
SystemConfigData newCfg = req.Data;
// Config que afecta a HbReceiver.
if (newCfg.UdpServerPort != _dbHandler.SystemData.UdpServerPort)
{
_dbHandler.SystemData.UdpServerPort = newCfg.UdpServerPort;
RestartHbReceiver = true;
}
if (newCfg.ServerIpAdr != _dbHandler.SystemData.ServerIpAdr)
{
_dbHandler.SystemData.ServerIpAdr = newCfg.ServerIpAdr;
RestartHbReceiver = true;
}
// Config que afecta a ZyanServer.
if (newCfg.ZyanServerName != _dbHandler.SystemData.ZyanServerName)
{
_dbHandler.SystemData.ZyanServerName = newCfg.ZyanServerName;
RestartZyanServer = true;
}
if (newCfg.ZyanServerPort != _dbHandler.SystemData.ZyanServerPort)
{
_dbHandler.SystemData.ZyanServerPort = newCfg.ZyanServerPort;
RestartZyanServer = true;
}
// Config que afecta a Notifier.
if (newCfg.Source != _dbHandler.SystemData.Source)
{
_dbHandler.SystemData.Source = newCfg.Source;
}
if (newCfg.Destination != _dbHandler.SystemData.Destination)
{
_dbHandler.SystemData.Destination = newCfg.Destination;
}
if (newCfg.Password != _dbHandler.SystemData.Password)
{
_dbHandler.SystemData.Password = newCfg.Password;
}
if (newCfg.SMtpServer != _dbHandler.SystemData.SMtpServer)
{
_dbHandler.SystemData.SMtpServer = newCfg.SMtpServer;
}
// Resto de la configuracion
if (newCfg.TimeoutStartRestart != _dbHandler.SystemData.TimeoutStartRestart)
{
_dbHandler.SystemData.TimeoutStartRestart = newCfg.TimeoutStartRestart;
}
if (newCfg.RestartAttemps != _dbHandler.SystemData.RestartAttemps)
{
_dbHandler.SystemData.RestartAttemps = newCfg.RestartAttemps;
}
// guardar cambios
MessageBus.Send(new RequestSaveConfig());
// Registrando mensaje y controlador.
MessageBus.Register <SendSystemConfig>(_clientManager.ReceiveSystemConfig);
MessageBus.Register <SendSystemConfig>(_notifier.ReceiveSystemConfig);
MessageBus.Register <SendSystemConfig>(_zyanServer.ReceiveSystemConfig);
// Enviando msg.
MessageBus.Send(new SendSystemConfig(_dbHandler.SystemData));
// Quitando registro.
MessageBus.Remove <SendSystemConfig>(_clientManager.ReceiveSystemConfig);
MessageBus.Remove <SendSystemConfig>(_notifier.ReceiveSystemConfig);
MessageBus.Remove <SendSystemConfig>(_zyanServer.ReceiveSystemConfig);
// Actualizar componentes afectados:
// posibles implicados Notifier, ZyanServer, ClientManager (HB REceiver y timeouts)
// De ellos solo HB REceiver (pertenece a ClientManager) y ZyanServer se deben reiniciar si hay cambios
// los demas solo leen los valores de la configuracion.
if (RestartHbReceiver)
{
MessageBus.Register <RequestStartHbServer>(_clientManager.DoRestartHbReceiver);
MessageBus.Send(new RequestStartHbServer());
MessageBus.Remove <RequestStartHbServer>(_clientManager.DoRestartHbReceiver);
}
if (RestartZyanServer)
{
MessageBus.Register <RequestStartZyanServer>(_zyanServer.DoRestart);
MessageBus.Send(new RequestStartZyanServer());
MessageBus.Remove <RequestStartZyanServer>(_zyanServer.DoRestart);
}
Builder.Output(ClassName + ": Terminada actualizacion de la configuracion del sistema", TraceEventType.Information);
}
public ContainerViewModel(IItemsSource itemsSource, ClientsClient clientsClient, MessageBus messageBus)
{
_itemsSource = itemsSource;
_clientsClient = clientsClient;
_messageBus = messageBus;
Data = new Data {
SearchContext = new NullSearchContext()
};
GotoSearchPage();
}
private void StopSync()
{
MessageBus.Send(new SyncFinishedMessage(
ServiceContainer.Resolve <ISyncManager> (),
SyncMode.Full, false, null));
}
private void Awake() => MessageBus.Subscribe(MessageBus.MessageType.AiSensoryMessage, this);
public async Task FlushCommands_sends_all_commands_associated_with_specified_process_manager_sequentially()
{
// Arrange
var serializer = new JsonMessageSerializer();
var processManager = new FakeProcessManager();
var noiseProcessManager = new FakeProcessManager();
var random = new Random();
var fixture = new Fixture();
var envelopes = new List <Envelope>(
from command in new[]
{
new FakeCommand {
Int32Value = random.Next(), StringValue = fixture.Create <string>()
},
new FakeCommand {
Int32Value = random.Next(), StringValue = fixture.Create <string>()
},
new FakeCommand {
Int32Value = random.Next(), StringValue = fixture.Create <string>()
},
}
select new Envelope(
Guid.NewGuid(),
command,
operationId: Guid.NewGuid().ToString(),
correlationId: Guid.NewGuid(),
contributor: Guid.NewGuid().ToString()));
using (var db = new ProcessManagerDbContext(_dbContextOptions))
{
db.PendingCommands.AddRange(from envelope in envelopes
select PendingCommand.FromEnvelope(processManager, envelope, serializer));
db.PendingCommands.AddRange(from envelope in new[]
{
new Envelope(new object()),
new Envelope(new object()),
new Envelope(new object()),
}
select PendingCommand.FromEnvelope(noiseProcessManager, envelope, serializer));
await db.SaveChangesAsync();
}
var messageBus = new MessageBus();
var sut = new SqlCommandPublisher(
() => new ProcessManagerDbContext(_dbContextOptions),
serializer,
messageBus,
Mock.Of <IScheduledMessageBus>());
// Act
await sut.FlushCommands(processManager.Id, CancellationToken.None);
// Assert
messageBus.Sent.Should().BeEquivalentTo(envelopes, opts => opts.WithStrictOrdering().RespectingRuntimeTypes());
}
private void Ping(Message msg)
{
MessageBus.SendMessage(SubscribeType.Channel, Channel.ChannelIds[SubscribeType.Channel],
CommonMessage.Get(API.Messages.UPDATE,
ObjectData.GetObjectData(_inventoryData)));
}
public void PrepareDocument()
{
var messageBus = new MessageBus();
_document = CloneDocument(messageBus);
}
private void Zoom0Command_Executed(object sender, ExecutedRoutedEventArgs e)
{
MessageBus.Publish(new ZoomToFitCommand());
}
public void SetUp()
{
_messageBus = new MessageBus();
}
private void SaveCommand_Executed(object sender, ExecutedRoutedEventArgs e)
{
MessageBus.Publish(new SaveDocumentCommand());
}
public DeviceNotificationController(IMessageManager messageManager, MessageBus messageBus)
{
_messageManager = messageManager;
_messageBus = messageBus;
}
public async Task <IActionResult> AuthorizeOnly()
{
await MessageBus.PublishEvent(new UserAuthorizedEvt { Id = "user id", UserName = "******" });
return(Ok());
}
public UserController(MessageBus messageBus, ILogger logger) : base(messageBus, logger)
{
}
private void OnError(Exception ex)
{
MessageBus.Log(this, "Failed to initRuntime: " + DumpPath, ex);
}
public GlyphControlBar()
{
InitializeComponent();
MessageBus.Subscribe <EditModeChangedEvent>(e => SwitchEditMode(e.EditMode));
}
/// <summary>
/// Intenta reiniciar la aplicacion cliente. Si lo logra, el cliente se mueve
/// de _timeOutList a _recoverList. Si no, el cliente se mueve a _deadList y no se monitorea mas.
/// </summary>
private void ClientTryToRestart()
{
bool flag;
List <ClientData> buffer = new List <ClientData>(_timeOutList);
foreach (var client in buffer)
{
// Log
Builder.Output(string.Format(ClassName + ": Intentando reiniciar Cliente: {0} ejecutable: {1}.", client.Name, client.AppFilePath), TraceEventType.Information);
// Comprobar si esta activo
flag = GetProcessByName(client.AppName);
// kill
if (flag)
{
KillProcessByName(client.AppName);
}
// "WerFault"
const string pname = "WerFault";
flag = GetProcessByName(pname);
if (flag)
{
KillProcessByName(pname);
}
// Realizar pausa mientras app termina
System.Threading.Thread.Sleep(40);
// Restart
flag = StartProcessByName(client.AppFilePath);
// Realizar pausa mientras sistema inicia
System.Threading.Thread.Sleep(40);
// Comprobar si se inicio, mover a donde corresponda y sacar de la cola
if (flag)
{
flag = GetProcessByName(client.AppName);
}
// Remover de la lista incondicionalmente.
_timeOutList.Remove(client);
// Mover en dependencia de si se reinicio o no.
if (flag)
{
client.Status = ClientStatus.Reiniciado;
client.RestartCount++;
client.RestartCountVolatil++;
client.EnterTime = DateTime.Now;
lock (_recoverList)
{
if (!_recoverList.Contains(client))
{
_recoverList.Add(client);
}
}
MessageBus.Send(new RequestSendEmail(EMessageAction.Restart, DateTime.Now, client));
Builder.Output(string.Format(ClassName + ": Reiniciado Cliente: {0} ejecutable: {1}.", client.Name, client.AppFilePath), TraceEventType.Information);
}
else
{
client.Status = ClientStatus.Muerto;
lock (_deadList)
{
if (!_deadList.Contains(client))
{
_deadList.Add(client);
}
}
MessageBus.Send(new RequestSendEmail(EMessageAction.Dead, DateTime.Now, client));
Builder.Output(string.Format(ClassName + ": Imposible reiniciar Cliente: {0} ejecutable: {1}, movido a cola de Fuera de Control.", client.Name, client.AppFilePath), TraceEventType.Critical);
}
}
}
