public static void SetDefaultBusSettings(ServiceBusConfigurator sbc)
{
sbc.UseMsmq();
sbc.VerifyMsmqConfiguration();
sbc.SetCreateTransactionalQueues(true);
sbc.UseSubscriptionService(Constants.QueueSubscriptions);
sbc.UseControlBus();
sbc.SetDefaultTransactionTimeout(TimeSpan.FromSeconds(20));
sbc.SetConcurrentConsumerLimit(1);
}
/// <summary>
/// Configure the control bus, giving the caller the option of adding additional subscriptions to the control bus
/// </summary>
/// <param name="configurator"></param>
/// <param name="subscribeCallback"></param>
/// <returns></returns>
public ServiceBusConfigurator ConfigureControlBus(ServiceBusConfigurator configurator, Action<SubscriptionBusServiceConfigurator> subscribeCallback)
{
// we need a nice, ordered arrival of messages here
configurator.SetConcurrentConsumerLimit(1);
configurator.Subscribe(x =>
{
// this is registered as transient because the control bus should not get messages
// when it isn't running (and should be a temporary queue as well)
x.Consumer(() => new ServiceNodeConsumer(_nodeState.CurrentBehavior))
.Transient();
});
return configurator;
}
/// <summary>
/// Configure the control bus, giving the caller the option of adding additional subscriptions to the control bus
/// </summary>
/// <param name="configurator"></param>
/// <param name="subscribeCallback"></param>
/// <returns></returns>
public ServiceBusConfigurator ConfigureControlBus(ServiceBusConfigurator configurator, Action <SubscriptionBusServiceConfigurator> subscribeCallback)
{
// we need a nice, ordered arrival of messages here
configurator.SetConcurrentConsumerLimit(1);
configurator.Subscribe(x =>
{
// this is registered as transient because the control bus should not get messages
// when it isn't running (and should be a temporary queue as well)
x.Consumer(() => new ServiceNodeConsumer(_nodeState.CurrentBehavior))
.Transient();
});
return(configurator);
}
protected virtual void ConfigureFaultBus(ServiceBusConfigurator configurator)
{
configurator.SetConcurrentConsumerLimit(1);
configurator.ReceiveFrom(FaultEndpointUri);
configurator.AddSubscriptionObserver((bus, coordinator) =>
{
_localFaultLoopback = new SubscriptionLoopback(bus, coordinator);
return(_localFaultLoopback);
});
configurator.AddSubscriptionObserver((bus, coordinator) =>
{
_remoteFaultLoopback = new SubscriptionLoopback(bus, coordinator);
return(_remoteFaultLoopback);
});
}
void ITransportConfigurator.Configure(ServiceBusConfigurator configurator, string queueName, int? consumerLimit)
{
Uri receiveFrom = _settings.GetQueueAddress(queueName, consumerLimit);
configurator.UseRabbitMq(x =>
{
x.ConfigureHost(receiveFrom, h =>
{
h.SetUsername(_settings.Username);
h.SetPassword(_settings.Password);
h.SetRequestedHeartbeat(_settings.Heartbeat);
});
});
configurator.ReceiveFrom(receiveFrom);
if (consumerLimit.HasValue)
configurator.SetConcurrentConsumerLimit(consumerLimit.Value);
}
void ITransportConfigurator.Configure(ServiceBusConfigurator configurator, string queueName, int?consumerLimit)
{
Uri receiveFrom = _settings.GetQueueAddress(queueName, consumerLimit);
configurator.UseRabbitMq(x =>
{
x.ConfigureHost(receiveFrom, h =>
{
h.SetUsername(_settings.Username);
h.SetPassword(_settings.Password);
h.SetRequestedHeartbeat(_settings.Heartbeat);
});
});
configurator.ReceiveFrom(receiveFrom);
if (consumerLimit.HasValue)
{
configurator.SetConcurrentConsumerLimit(consumerLimit.Value);
}
}
public void Configure(ServiceBusConfigurator configurator)
{
configurator.SetConcurrentConsumerLimit(1);
}
public MassTransitWithAzureServiceBusConfigurator WithConcurrentConsumerLimit(int limit)
{
_busConfigurator.SetConcurrentConsumerLimit(limit);
return(this);
}
public void Configure(ServiceBusConfigurator configurator)
{
configurator.SetConcurrentConsumerLimit(1);
}
