public static void SetShutdownTimeout(this ServiceBusConfigurator configurator, TimeSpan timeout)
{
var controlBusConfigurator =
new PostCreateBusBuilderConfigurator(bus => { bus.ShutdownTimeout = timeout; });
configurator.AddBusConfigurator(controlBusConfigurator);
}
public static void SetConcurrentConsumerLimit(this ServiceBusConfigurator configurator, int concurrentConsumerLimit)
{
var controlBusConfigurator =
new PostCreateBusBuilderConfigurator(bus => { bus.MaximumConsumerThreads = concurrentConsumerLimit; });
configurator.AddBusConfigurator(controlBusConfigurator);
}
/// <summary>
/// Sets the number of concurrent receive threads that can execute simultaneously. In many cases, such as when
/// using non-transactional transports, this can lead to very-bad-things(TM)
/// </summary>
/// <param name="configurator"></param>
/// <param name="concurrentReceiverLimit"></param>
public static void SetConcurrentReceiverLimit(this ServiceBusConfigurator configurator, int concurrentReceiverLimit)
{
var controlBusConfigurator =
new PostCreateBusBuilderConfigurator(bus => { bus.ConcurrentReceiveThreads = concurrentReceiverLimit; });
configurator.AddBusConfigurator(controlBusConfigurator);
}
/// <summary>
/// Sets the receive timeout on the service bus endpoint receiver. Settings this to a lower value has limited
/// benefit other than in unit testing to reduce bus disposal time
/// </summary>
/// <param name="configurator"></param>
/// <param name="receiveTimeout"></param>
public static IServiceBusConfigurator SetReceiveTimeout(this IServiceBusConfigurator configurator, TimeSpan receiveTimeout)
{
var controlBusConfigurator = new PostCreateBusBuilderConfigurator(bus => { bus.ReceiveTimeout = receiveTimeout; });
configurator.AddBusConfigurator(controlBusConfigurator);
return(configurator);
}
public static void SetShutdownTimeout(this ServiceBusConfigurator configurator, TimeSpan timeout)
{
var controlBusConfigurator =
new PostCreateBusBuilderConfigurator(bus => { bus.ShutdownTimeout = timeout; });
configurator.AddBusConfigurator(controlBusConfigurator);
}
public static IServiceBusConfigurator SetConcurrentConsumerLimit(this IServiceBusConfigurator configurator, int concurrentConsumerLimit)
{
var controlBusConfigurator =
new PostCreateBusBuilderConfigurator(bus => { bus.MaximumConsumerThreads = concurrentConsumerLimit; });
configurator.AddBusConfigurator(controlBusConfigurator);
return(configurator);
}
public static void EnableMessageTracing(this ServiceBusConfigurator configurator)
{
var busConfigurator = new PostCreateBusBuilderConfigurator(bus =>
{
var service = new MessageTraceBusService(bus.EventChannel);
bus.AddService(BusServiceLayer.Network, service);
});
configurator.AddBusConfigurator(busConfigurator);
}
public static void EnableMessageTracing(this ServiceBusConfigurator configurator)
{
var busConfigurator = new PostCreateBusBuilderConfigurator(bus =>
{
var service = new MessageTraceBusService(bus.EventChannel);
bus.AddService(BusServiceLayer.Network, service);
});
configurator.AddBusConfigurator(busConfigurator);
}
public static void AddOutboundInterceptor(this ServiceBusConfigurator configurator, IOutboundMessageInterceptor interceptor)
{
var builderConfigurator = new PostCreateBusBuilderConfigurator(bus =>
{
var interceptorConfigurator = new OutboundMessageInterceptorConfigurator(bus.OutboundPipeline);
interceptorConfigurator.Create(interceptor);
});
configurator.AddBusConfigurator(builderConfigurator);
}
/// <summary>
/// Adds an inbound message interceptor to the bus configuration
/// </summary>
/// <param name="configurator"></param>
/// <param name="interceptor"></param>
public static IServiceBusConfigurator AddInboundInterceptor(this IServiceBusConfigurator configurator, IInboundMessageInterceptor interceptor)
{
var builderConfigurator = new PostCreateBusBuilderConfigurator(bus =>
{
var interceptorConfigurator = new InboundMessageInterceptorConfigurator(bus.InboundPipeline);
interceptorConfigurator.Create(interceptor);
});
configurator.AddBusConfigurator(builderConfigurator);
return(configurator);
}
public static IServiceBusConfigurator EnableMessageTracing(this IServiceBusConfigurator configurator)
{
var busConfigurator = new PostCreateBusBuilderConfigurator(bus =>
{
var service = new MessageTraceBusService(bus.EventChannel);
bus.AddService(IBusServiceLayer.Presentation, service);
});
configurator.AddBusConfigurator(busConfigurator);
return(configurator);
}
/// <summary>
/// Adds an inbound message interceptor to the bus configuration
/// </summary>
/// <param name="configurator"></param>
/// <param name="interceptor"></param>
public static void AddInboundInterceptor(this ServiceBusConfigurator configurator,
IInboundMessageInterceptor interceptor)
{
var builderConfigurator = new PostCreateBusBuilderConfigurator(bus =>
{
var interceptorConfigurator = new InboundMessageInterceptorConfigurator(bus.InboundPipeline);
interceptorConfigurator.Create(interceptor);
});
configurator.AddBusConfigurator(builderConfigurator);
}
public static void UseRabbitMqRouting(this ServiceBusConfigurator configurator)
{
configurator.SetSubscriptionObserver((bus, coordinator) => new RabbitMqSubscriptionBinder(bus));
var busConfigurator = new PostCreateBusBuilderConfigurator(bus =>
{
var interceptorConfigurator = new OutboundMessageInterceptorConfigurator(bus.OutboundPipeline);
interceptorConfigurator.Create(new PublishEndpointInterceptor(bus));
});
configurator.AddBusConfigurator(busConfigurator);
configurator.UseRabbitMq();
}
public static void UseRabbitMqRouting(this ServiceBusConfigurator configurator)
{
configurator.SetSubscriptionObserver((bus,coordinator) => new RabbitMqSubscriptionBinder(bus));
var busConfigurator = new PostCreateBusBuilderConfigurator(bus =>
{
var interceptorConfigurator = new OutboundMessageInterceptorConfigurator(bus.OutboundPipeline);
interceptorConfigurator.Create(new PublishEndpointInterceptor(bus));
});
configurator.AddBusConfigurator(busConfigurator);
configurator.UseRabbitMq();
}
/// <summary>
/// Specifies that RabbitMQ should be added as a transport for the service bus.
/// </summary>
/// <param name="configurator"></param>
/// <returns></returns>
public static ServiceBusConfigurator UseRabbitMq(this ServiceBusConfigurator configurator)
{
configurator.SetSubscriptionObserver((bus, coordinator) => new RabbitMqSubscriptionBinder(bus));
var busConfigurator = new PostCreateBusBuilderConfigurator(bus =>
{
var interceptorConfigurator = new OutboundMessageInterceptorConfigurator(bus.OutboundPipeline);
// make sure we publish correctly through this interceptor; works on the outgoing pipeline
interceptorConfigurator.Create(new PublishEndpointInterceptor(bus));
});
configurator.AddBusConfigurator(busConfigurator);
return(UseRabbitMq <ServiceBusConfigurator>(configurator));
}
/// <summary>
/// Specifies that RabbitMQ should be added as a transport for the service bus. Includes a callback
/// that can configure additional settings on the transport, such as SSL.
/// </summary>
/// <param name="configurator"></param>
/// <param name="configureFactory"></param>
/// <returns></returns>
public static void UseRabbitMq(this ServiceBusConfigurator configurator,
Action <RabbitMqTransportFactoryConfigurator> configureFactory)
{
configurator.SetSubscriptionObserver((bus, coordinator) => new RabbitMqSubscriptionBinder(bus));
var busConfigurator = new PostCreateBusBuilderConfigurator(bus =>
{
var interceptorConfigurator = new OutboundMessageInterceptorConfigurator(bus.OutboundPipeline);
// make sure we publish correctly through this interceptor; works on the outgoing pipeline
interceptorConfigurator.Create(new PublishEndpointInterceptor(bus));
});
configurator.AddBusConfigurator(busConfigurator);
UseRabbitMq((EndpointFactoryConfigurator)configurator, configureFactory);
}
/// <summary>
/// Configure the service bus to use the queues and topics routing semantics with
/// Azure ServiceBus.
/// </summary>
public static void UseAzureServiceBusRouting <T>(this T configurator)
where T : ServiceBusConfigurator
{
configurator.SetSubscriptionObserver((sb, router) =>
{
var inboundTransport = sb.Endpoint.InboundTransport.CastAs <InboundTransportImpl>();
return(new TopicSubscriptionObserver(inboundTransport.MessageNameFormatter, inboundTransport));
});
var busConf = new PostCreateBusBuilderConfigurator(bus =>
{
var interceptorConf = new OutboundMessageInterceptorConfigurator(bus.OutboundPipeline);
interceptorConf.Create(new PublishEndpointInterceptor(bus));
});
configurator.AddBusConfigurator(busConf);
// configurator.UseAzureServiceBus();
}
/// <summary>
/// Configure the service bus to use the queues and topics routing semantics with
/// Azure ServiceBus.
/// </summary>
public static void UseAzureServiceBusRouting <T>(this T configurator)
where T : ServiceBusConfigurator
{
configurator.SetSubscriptionObserver((sb, router) =>
{
var inboundTransport = sb.Endpoint.InboundTransport as InboundAzureServiceBusTransport;
if (inboundTransport == null)
{
throw new ConfigurationException("The inbound transport is not an Azure Service Bus transport");
}
return(new TopicSubscriptionObserver(inboundTransport, inboundTransport.MessageNameFormatter));
});
var busConf = new PostCreateBusBuilderConfigurator(bus =>
{
var interceptorConf = new OutboundMessageInterceptorConfigurator(bus.OutboundPipeline);
interceptorConf.Create(new PublishEndpointInterceptor(bus));
});
configurator.AddBusConfigurator(busConf);
}
/// <summary>
/// Sets the receive timeout on the service bus endpoint receiver. Settings this to a lower value has limited
/// benefit other than in unit testing to reduce bus disposal time
/// </summary>
/// <param name="configurator"></param>
/// <param name="receiveTimeout"></param>
public static void SetReceiveTimeout(this ServiceBusConfigurator configurator, TimeSpan receiveTimeout)
{
var controlBusConfigurator = new PostCreateBusBuilderConfigurator(bus => { bus.ReceiveTimeout = receiveTimeout; });
configurator.AddBusConfigurator(controlBusConfigurator);
}
