public override void Configure(FeatureConfigurationContext context, string connectionStringWithSchema)
{
context.Pipeline.Register <ReadIncomingCallbackAddressBehavior.Registration>();
var useCallbackReceiver = context.Settings.Get <bool>(UseCallbackReceiverSettingKey);
var maxConcurrencyForCallbackReceiver = context.Settings.Get <int>(MaxConcurrencyForCallbackReceiverSettingKey);
var queueName = context.Settings.EndpointName();
var callbackQueue = string.Format("{0}.{1}", queueName, RuntimeEnvironment.MachineName);
if (useCallbackReceiver)
{
var callbackAddress = Address.Parse(callbackQueue);
context.Container.ConfigureComponent <CallbackQueueCreator>(DependencyLifecycle.InstancePerCall)
.ConfigureProperty(p => p.Enabled, true)
.ConfigureProperty(p => p.CallbackQueueAddress, callbackAddress);
context.Pipeline.Register <SetOutgoingCallbackAddressBehavior.Registration>();
context.Container.ConfigureComponent(c => new OutgoingCallbackAddressSetter(callbackQueue), DependencyLifecycle.SingleInstance);
}
context.Container.RegisterSingleton(new SecondaryReceiveConfiguration(workQueue =>
{
//if this isn't the main queue we shouldn't use callback receiver
if (!useCallbackReceiver || workQueue != queueName)
{
return(SecondaryReceiveSettings.Disabled());
}
return(SecondaryReceiveSettings.Enabled(callbackQueue, maxConcurrencyForCallbackReceiver));
}));
}
public void SetUp()
{
routingTopology = new ConventionalRoutingTopology(true);
receivedMessages = new BlockingCollection <TransportMessage>();
var config = new ConnectionConfiguration();
config.ParseHosts("localhost:5672");
var connectionFactory = new RabbitMqConnectionFactory(config);
connectionManager = new RabbitMqConnectionManager(connectionFactory, config);
publishChannel = connectionManager.GetPublishConnection().CreateModel();
var channelProvider = new FakeChannelProvider(publishChannel);
sender = new RabbitMqMessageSender(routingTopology, channelProvider, new IncomingContext(null, null));
dequeueStrategy = new RabbitMqDequeueStrategy(connectionManager, new RepeatedFailuresOverTimeCircuitBreaker("UnitTest", TimeSpan.FromMinutes(2), e => {}),
new ReceiveOptions(s => SecondaryReceiveSettings.Enabled(CallbackQueue, 1), new MessageConverter(), 1, 1000, false, "Unit test"));
MakeSureQueueAndExchangeExists(ReceiverQueue);
MessagePublisher = new RabbitMqMessagePublisher
{
ChannelProvider = channelProvider,
RoutingTopology = routingTopology
};
subscriptionManager = new RabbitMqSubscriptionManager
{
ConnectionManager = connectionManager,
EndpointQueueName = ReceiverQueue,
RoutingTopology = routingTopology
};
dequeueStrategy.Init(Address.Parse(ReceiverQueue), new TransactionSettings(true, TimeSpan.FromSeconds(30), IsolationLevel.ReadCommitted, 5, false, false), m =>
{
receivedMessages.Add(m);
return(true);
}, (s, exception) => { });
dequeueStrategy.Start(MaximumConcurrency);
}
protected override void Configure(FeatureConfigurationContext context, string connectionString)
{
var useCallbackReceiver = context.Settings.Get <bool>(UseCallbackReceiverSettingKey);
var maxConcurrencyForCallbackReceiver = context.Settings.Get <int>(MaxConcurrencyForCallbackReceiver);
var queueName = GetLocalAddress(context.Settings);
var callbackQueue = string.Format("{0}.{1}", queueName, RuntimeEnvironment.MachineName);
var connectionConfiguration = new ConnectionStringParser(context.Settings).Parse(connectionString);
//MessageConverter messageConverter;
//if (context.Settings.HasSetting(CustomMessageIdStrategy))
//{
// messageConverter = new MessageConverter(context.Settings.Get<Func<BasicDeliverEventArgs, string>>(CustomMessageIdStrategy));
//}
//else
//{
// messageConverter = new MessageConverter();
//}
string hostDisplayName;
if (!context.Settings.TryGet("NServiceBus.HostInformation.DisplayName", out hostDisplayName))//this was added in 5.1.2 of the core
{
hostDisplayName = RuntimeEnvironment.MachineName;
}
var consumerTag = string.Format("{0} - {1}", hostDisplayName, context.Settings.EndpointName());
var receiveOptions = new ReceiveOptions(workQueue =>
{
//if this isn't the main queue we shouldn't use callback receiver
if (!useCallbackReceiver || workQueue != queueName)
{
return(SecondaryReceiveSettings.Disabled());
}
return(SecondaryReceiveSettings.Enabled(callbackQueue, maxConcurrencyForCallbackReceiver));
},
null, //messageConverter,
connectionConfiguration.PrefetchCount,
connectionConfiguration.DequeueTimeout * 1000,
context.Settings.GetOrDefault <bool>("Transport.PurgeOnStartup"),
consumerTag);
context.Container.RegisterSingleton(connectionConfiguration);
context.Container.ConfigureComponent(builder => new KafkaDequeueStrategy(
builder.Build <IManageKafkaConnections>(),
SetupCircuitBreaker(builder.Build <CriticalError>()),
receiveOptions), DependencyLifecycle.InstancePerCall);
context.Container.ConfigureComponent <OpenPublishChannelBehavior>(DependencyLifecycle.InstancePerCall);
context.Pipeline.Register <OpenPublishChannelBehavior.Registration>();
context.Pipeline.Register <ReadIncomingCallbackAddressBehavior.Registration>();
context.Container.ConfigureComponent(b => new KafkaMessageSender(b.Build <IRoutingTopology>(), b.Build <IChannelProvider>(), b.Build <PipelineExecutor>().CurrentContext), DependencyLifecycle.InstancePerCall);
if (useCallbackReceiver)
{
context.Container.ConfigureComponent <CallbackQueueCreator>(DependencyLifecycle.InstancePerCall)
.ConfigureProperty(p => p.Enabled, true)
.ConfigureProperty(p => p.CallbackQueueAddress, Address.Parse(callbackQueue));
//context.Pipeline.Register<ForwardCallbackQueueHeaderBehavior.Registration>();
context.Pipeline.Register <SetOutgoingCallbackAddressBehavior.Registration>();
context.Container.ConfigureComponent <SetOutgoingCallbackAddressBehavior>(DependencyLifecycle.SingleInstance)
.ConfigureProperty(p => p.CallbackQueue, callbackQueue);
}
context.Container.ConfigureComponent <ChannelProvider>(DependencyLifecycle.InstancePerCall)
.ConfigureProperty(p => p.UsePublisherConfirms, connectionConfiguration.UsePublisherConfirms)
.ConfigureProperty(p => p.MaxWaitTimeForConfirms, connectionConfiguration.MaxWaitTimeForConfirms);
context.Container.ConfigureComponent <KafkaDequeueStrategy>(DependencyLifecycle.InstancePerCall);
context.Container.ConfigureComponent <KafkaMessagePublisher>(DependencyLifecycle.InstancePerCall);
context.Container.ConfigureComponent <KafkaSubscriptionManager>(DependencyLifecycle.SingleInstance)
.ConfigureProperty(p => p.EndpointQueueName, queueName);
context.Container.ConfigureComponent <KafkaQueueCreator>(DependencyLifecycle.InstancePerCall);
if (context.Settings.HasSetting <IRoutingTopology>())
{
context.Container.RegisterSingleton(context.Settings.Get <IRoutingTopology>());
}
else
{
//var durable = GetDurableMessagesEnabled(context.Settings);
//IRoutingTopology topology;
//DirectRoutingTopology.Conventions conventions;
//if (context.Settings.TryGet(out conventions))
//{
// topology = new DirectRoutingTopology(conventions, durable);
//}
//else
//{
// topology = new ConventionalRoutingTopology(durable);
//}
//context.Container.RegisterSingleton(topology);
}
if (context.Settings.HasSetting("IManageKafkaConnections"))
{
context.Container.ConfigureComponent(context.Settings.Get <Type>("IManageKafkaConnections"), DependencyLifecycle.SingleInstance);
}
else
{
context.Container.ConfigureComponent <KafkaConnectionManager>(DependencyLifecycle.SingleInstance);
context.Container.ConfigureComponent(builder => new KafkaConnectionFactory(builder.Build <ConnectionConfiguration>()), DependencyLifecycle.InstancePerCall);
}
}
public RealSimulator(string address, string connectionString)
{
this.address = address;
var localConnectionParams = new LocalConnectionParams(null, connectionString, "dbo");
new SqlServerQueueCreator(new DefaultConnectionStringProvider(localConnectionParams), ConnectionFactory.Default()).CreateQueueIfNecessary(Address.Parse(address), null);
var transportNotifications = new TransportNotifications();
taskStarted = transportNotifications.ReceiveTaskStarted.Subscribe(x => AddMessage("Thread started"));
taskEnded = transportNotifications.ReceiveTaskStopped.Subscribe(x => AddMessage("Thread died"));
var purgeExpiredMessagesParams = new PurgeExpiredMessagesParams
{
PurgeTaskDelay = Timeout.InfiniteTimeSpan,
PurgeBatchSize = 1
};
dequeueStrategy = new SqlServerPollingDequeueStrategy(localConnectionParams,
new ReceiveStrategyFactory(new DummyConnectionStore(), localConnectionParams, Address.Parse("error"), ConnectionFactory.Default()),
new QueuePurger(new SecondaryReceiveConfiguration(_ => SecondaryReceiveSettings.Disabled()), localConnectionParams, ConnectionFactory.Default()),
new SecondaryReceiveConfiguration(_ => SecondaryReceiveSettings.Disabled()),
transportNotifications,
new RepeatedFailuresOverTimeCircuitBreaker("A", TimeSpan.FromDays(1000), _ => { }),
ConnectionFactory.Default(),
purgeExpiredMessagesParams);
dequeueStrategy.Init(Address.Parse(address), new TransactionSettings(true, TimeSpan.FromMinutes(2), System.Transactions.IsolationLevel.ReadCommitted, 1, false, false),
ProcessMessage, (message, exception) => { });
sender = new SqlServerMessageSender(new DefaultConnectionStringProvider(localConnectionParams), new DummyConnectionStore(), new DummyCallbackAddressStore(), ConnectionFactory.Default());
}
void SetupQueueListener(string queueName)
{
receivedMessages = new BlockingCollection <TransportMessage>();
dequeueStrategy = new RabbitMqDequeueStrategy(connectionManager, null, new ReceiveOptions(s => SecondaryReceiveSettings.Disabled(), new MessageConverter(), 1, 1000, true, "Cluster test"));
dequeueStrategy.Init(Address.Parse(queueName), new TransactionSettings(true, TimeSpan.FromSeconds(30), IsolationLevel.ReadCommitted, 5, false, false), m =>
{
receivedMessages.Add(m);
return(true);
}, (s, exception) =>
{
});
dequeueStrategy.Start(1);
}
