public void ShouldFilterHeadersOfBlackList()
{
var excludedList = new List <string> {
"b", "c"
};
var excludedListAddition = new List <string> {
"e", "f"
};
var sut = new MessageHeaderStorage(excludedList);
sut.RegisterExcludedHeaders(excludedListAddition);
sut.Store(new Dictionary <string, object> {
{ "a", 1 }, { "b", 2 }, { "c", 3 }, { "d", 4 }, { "e", 5 }, { "f", 6 }, { "g", 7 }
});
var storedResult = sut.Load();
CollectionAssert.DoesNotContain(storedResult.Keys, "b", "Заголовок должен быть исключен при сохранении.");
CollectionAssert.DoesNotContain(storedResult.Keys, "c", "Заголовок должен быть исключен при сохранении.");
CollectionAssert.DoesNotContain(storedResult.Keys, "e", "Заголовок должен быть исключен при сохранении.");
CollectionAssert.DoesNotContain(storedResult.Keys, "f", "Заголовок должен быть исключен при сохранении.");
}
public void ShouldFilterHeadersOfBlackList()
{
var blackList = new List<string> { "b", "c" };
var sut = new MessageHeaderStorage(blackList);
sut.Store(new Dictionary<string, object> { { "a", 1 }, { "b", 2 }, { "c", 3 }, { "d", 4 } });
CollectionAssert.DoesNotContain(sut.Load().Keys, "b", "Заголовок должен быть исключен при сохранении.");
CollectionAssert.DoesNotContain(sut.Load().Keys, "c", "Заголовок должен быть исключен при сохранении.");
}
public void ShouldFilterHeadersOfBlackList()
{
var blackList = new List <string> {
"b", "c"
};
var sut = new MessageHeaderStorage(blackList);
sut.Store(new Dictionary <string, object> {
{ "a", 1 }, { "b", 2 }, { "c", 3 }, { "d", 4 }
});
CollectionAssert.DoesNotContain(sut.Load().Keys, "b", "Заголовок должен быть исключен при сохранении.");
CollectionAssert.DoesNotContain(sut.Load().Keys, "c", "Заголовок должен быть исключен при сохранении.");
}
public void should_set_message_header_storage_for_incoming_and_outgoing_messages_by_default()
{
var configuration = new BusConfiguration();
var storage = new MessageHeaderStorage(Enumerable.Empty <string>());
configuration.UseIncomingMessageHeaderStorage(storage);
var senderStorage = configuration.SenderDefaults.GetIncomingMessageHeaderStorage();
senderStorage.HasValue.Should().BeTrue();
senderStorage.Value.Should().Be(storage);
var receiverStorage = configuration.ReceiverDefaults.GetIncomingMessageHeaderStorage();
receiverStorage.HasValue.Should().BeTrue();
receiverStorage.Value.Should().Be(storage);
}
/// <summary>
/// Включает использование брокера <c>RabbitMQ</c>.
/// </summary>
/// <param name="busConfigurator">Конфигуратор шины сообщений.</param>
/// <returns>Конфигуратор шины сообщений с включенной поддержкой брокера.</returns>
public static IBusConfigurator UseRabbitMq(this IBusConfigurator busConfigurator)
{
var c = (BusConfiguration)busConfigurator;
if (c.BusFactoryFunc != null)
{
return(busConfigurator);
}
c.BuildBusUsing(bc => new RabbitBus(c));
var blockedHeaders = new List <string>
{
Headers.Expires,
Headers.MessageLabel,
Headers.Persist,
Headers.QueueMessageTtl,
Headers.ReplyRoute,
Headers.Timeout,
Headers.Ttl,
Headers.Delay
};
var messageHeaderStorage = new MessageHeaderStorage(blockedHeaders);
c.UseIncomingMessageHeaderStorage(messageHeaderStorage);
c.SenderDefaults = new RabbitSenderOptions(c.EndpointOptions)
{
ConfirmationIsRequired = false,
Persistently = false,
RequestTimeout = TimeSpan.FromSeconds(30),
Ttl = default(TimeSpan?),
RouteResolverBuilder = RabbitBusDefaults.RouteResolverBuilder,
ReuseConnection = true,
ProducerSelectorBuilder = RabbitBusDefaults.ProducerSelectorBuilder,
FailoverAttempts = 7,
MaxRetryDelay = 30,
InactivityResetDelay = 120
};
c.ReceiverDefaults = new RabbitReceiverOptions(c.EndpointOptions)
{
AcceptIsRequired = false,
ParallelismLevel = 1,
EndpointBuilder = RabbitBusDefaults.SubscriptionEndpointBuilder,
QoS = new QoSParams(50, 0),
ReuseConnection = true
};
c.UseMessageLabelHandler(new DefaultRabbitMessageLabelHandler());
// TODO: extract, combine routing and handler definition
Func <IRouteResolverBuilder, IRouteResolver> faultRouteResolverBuilder = b =>
{
TimeSpan messageTtl = c.ReceiverDefaults.GetFaultQueueTtl().HasValue
? c.ReceiverDefaults.GetFaultQueueTtl().Value
: TimeSpan.FromDays(FaultMessageTtlDays);
string name = b.Endpoint.Address + ".Fault";
Exchange e = b.Topology.Declare(Exchange.Named(name).Durable.Topic);
QueueBuilder builder = Queue.Named(name).Durable.WithTtl(messageTtl);
if (c.ReceiverDefaults.GetFaultQueueLimit().HasValue)
{
builder = builder.WithLimit(c.ReceiverDefaults.GetFaultQueueLimit().Value);
}
Queue q = b.Topology.Declare(builder);
b.Topology.Bind(e, q);
return(e);
};
c.Route("document.Contour.unhandled").Persistently().ConfiguredWith(faultRouteResolverBuilder).ReuseConnection();
c.Route("document.Contour.failed").Persistently().ConfiguredWith(faultRouteResolverBuilder).ReuseConnection();
c.OnUnhandled(
d =>
{
d.Forward("document.Contour.unhandled", d.BuildFaultMessage());
d.Accept();
});
c.OnFailed(
d =>
{
d.Forward("document.Contour.failed", d.BuildFaultMessage());
d.Accept();
});
return(busConfigurator);
}
