public OtherApp()
{
Handlers.Discovery(x => x.DisableConventionalDiscovery().IncludeType <OtherGuyMessages>());
ServiceName = "Other";
Publish.Message <Increment>().To("tcp://localhost:4444");
}
public BusRegistry()
{
var uri = "durable://localhost:2110/servicebus_example";
Publish.Message <MiddlewareMessage>().To(uri);
Publish.Message <AMessageThatWillError>().To(uri);
}
public DurableTransportApp()
{
// Nevermind, just disable it altogether
Transports.Durable.Disable();
// Set up a listener (this is optional)
Transports.Durable.ListenOnPort(4000);
// Throw away messages faster because the default is 100
// attempts
Transports.Durable.MaximumSendAttempts(100);
// Configure the maximum number of threads dedicated to processing
// messages being received by queue. 5 is the default
Transports.Durable.DefaultQueue.MaximumParallelization(5);
Transports.Durable.Queue("important").MaximumParallelization(10);
Transports.Durable.Queue("lowpriority").MaximumParallelization(3);
Transports.Durable.Queue("control").Sequential();
// Or, listen by Uri
// This directs Jasper to listen for messages at port 2200
// with the durable transport
Transports.ListenForMessagesFrom("durable://localhost:2200");
// Registering a subscription to Message1 that should be
// delivered to a load balancer Uri at port 2200 and the "important"
// queue
Subscribe.To <Message1>().At("durable://loadbalancer:2200/important");
// Publish the message Message2 to the DNS entry "remoteserver"
Publish.Message <Message2>().To("durable://remoteserver:2201");
}
public StaticRoutingApp(AppSettings settings)
{
// Explicitly add a single message type
Publish.Message <PingMessage>()
.To(settings.Transactions);
// Publish any message type contained in the assembly
// to this channel, by supplying a type contained
// within that assembly
Publish.MessagesFromAssemblyContaining <PingMessage>()
.To(settings.Transactions);
// Publish any message type contained in the named
// assembly to this channel
Publish.MessagesFromAssembly(Assembly.Load(new AssemblyName("MyMessageLibrary")))
.To(settings.Transactions);
// Publish any message type contained in the
// namespace given to this channel
Publish.MessagesFromNamespace("MyMessageLibrary")
.To(settings.Transactions);
// Publish any message type contained in the namespace
// of the type to this channel
Publish.MessagesFromNamespaceContaining <PingMessage>()
.To(settings.Transactions);
}
public LoopbackTransportApp()
{
// TODO -- talk about how to configure worker queues
// Publish the message Message2 the important queue
Publish.Message <Message2>().To("loopback://important");
}
public WarehouseApp(int senderPort)
{
var receiverPort = senderPort + 1;
Include <MartenBackedPersistence>();
Settings.Alter <StoreOptions>(_ =>
{
_.Connection(ConnectionSource.ConnectionString);
});
//Note: whether or not our event is destined for a durable queue, it will be stored durably in the outbox because of the implementation of the handlers.
Publish.Message <ItemOutOfStock>().To($"tcp://localhost:{senderPort}/durable");
Transports.DurableListenerAt(receiverPort);
Settings.Alter <StoreOptions>(_ =>
{
_.Connection(ConnectionSource.ConnectionString);
_.DatabaseSchemaName = "warehouse";
});
Handlers.DisableConventionalDiscovery();
Handlers.IncludeType <THandler>();
}
public SenderApp()
{
Settings.MartenConnectionStringIs(ConnectionSource.ConnectionString);
Include <MartenBackedPersistence>();
Publish.Message <ScheduledMessage>().To("tcp://localhost:2777");
}
public MyAppRegistry()
{
Transports.LightweightListenerAt(2222);
Publish.Message <Message1>();
Publish.Message <Message2>();
Publish.Message <Message3>();
}
public OutboxSender(MessageTracker tracker)
{
Handlers.DisableConventionalDiscovery().IncludeType <CascadeReceiver>();
Services.AddSingleton(tracker);
Publish.Message <TriggerMessage>().To("durable://localhost:2337");
Transports.DurableListenerAt(2338);
Settings.PersistMessagesWithSqlServer(ConnectionSource.ConnectionString, "outbox_sender");
}
public LoopbackTransportApp()
{
Processing.Worker("important")
.IsDurable()
.MaximumParallelization(10);
// Publish the message Message2 the important queue
Publish.Message <Message2>().To("loopback://important");
}
public PingApp(SampleSettings settings)
{
// Configuring PingApp to send PingMessage's
// to the PongApp
Publish.Message <PingMessage>()
.To(settings.Pinger);
// Listen for incoming messages from "Pinger"
Transports.ListenForMessagesFrom(settings.Pinger);
}
public BusRegistry()
{
var uri = "durable://localhost:2110/servicebus_example";
Publish.Message <MiddlewareMessage>().To(uri);
Publish.Message <AMessageThatWillError>().To(uri);
Logging.UseConsoleLogging = true;
Logging.LogTransportEventsWith <ConsoleTransportLogger>();
}
public SenderApp()
{
Settings.MartenConnectionStringIs(ConnectionSource.ConnectionString);
Include <MartenBackedPersistence>();
Logging.UseConsoleLogging = true;
Publish.Message <DelayedMessage>().To("tcp://localhost:2777");
}
public ItemSender()
{
Settings.PersistMessagesWithSqlServer(ConnectionSource.ConnectionString, "sender");
Publish.Message <ItemCreated>().To("tcp://localhost:2345/durable");
Publish.Message <Question>().To("tcp://localhost:2345/durable");
Transports.LightweightListenerAt(2567);
}
public ItemSender()
{
Include <MartenBackedPersistence>();
Publish.Message <ItemCreated>().To("tcp://localhost:2345/durable");
Settings.Alter <StoreOptions>(_ =>
{
_.Connection(ConnectionSource.ConnectionString);
_.DatabaseSchemaName = "sender";
});
}
public LightweightTransportApp()
{
// Set up a listener (this is optional)
Transports.LightweightListenerAt(4000);
// Or do the exact same thing by supplying a Uri
Transports.ListenForMessagesFrom("tcp://localhost:4000");
// Publish the message Message2 to the DNS entry "remoteserver"
Publish.Message <Message2>().To("tcp://remoteserver:2201");
}
public MyAppRegistry()
{
Transports.LightweightListenerAt(2222);
Publish.Message <Message1>();
Publish.Message <Message2>();
Publish.Message <Message3>();
Subscribe.At("tcp://server1:2222");
Subscribe.To <Message4>();
Subscribe.To <Message5>();
}
public LoopbackTransportApp()
{
// Configure the maximum number of threads dedicated to processing
// messages being received by queue. 5 is the default
Transports.Loopback.DefaultQueue.MaximumParallelization(5);
Transports.Loopback.Queue("important").MaximumParallelization(10);
Transports.Loopback.Queue("lowpriority").MaximumParallelization(3);
Transports.Loopback.Queue("control").Sequential();
// Publish the message Message2 the important queue
Publish.Message <Message2>().To("loopback://important");
}
public Sender1()
{
Services.Scan(_ =>
{
_.TheCallingAssembly();
_.WithDefaultConventions();
});
Transports.LightweightListenerAt(2222);
Publish.Message <Ping>().To("tcp://localhost:2233");
}
public MyMessagingApp()
{
// Configure handler policies
Handlers.Retries.MaximumAttempts = 3;
Handlers.Retries.Add(x => x.Handle <SqlException>().Reschedule(3.Seconds()));
// Declare published messages
Publish.Message <Message1>().To("tcp://server1:2222");
// Configure the built in transports
Transports.LightweightListenerAt(2233);
}
public MyMessagingApp()
{
// Configure handler policies
Handlers.DefaultMaximumAttempts = 3;
Handlers.OnException <SqlException>().RetryLater(3.Seconds());
// Declare published messages
Publish.Message <Message1>().To("tcp://server1:2222");
// Configure the built in transports
Transports.LightweightListenerAt(2233);
}
public StatusMessageSendingApp()
{
// Any time StatusMessage is published,
// set the deliver within limit on the outgoing Envelope
Publish.Message <StatusMessage>()
.Customize(envelope => envelope.DeliverWithin(10.Seconds()));
// Use a criteria against the message type to say
// that all messages contained in the "MyApp.Status" namespace
// would be published with the deliver within rule
Publish.MessagesFromNamespace("MyApp.Status")
.Customize(envelope => envelope.DeliverWithin(10.Seconds()));
}
public OutboxSampleApp()
{
Include <MartenBackedPersistence>();
Settings.Alter <StoreOptions>(_ =>
{
_.Connection("Host=localhost;Port=5432;Database=postgres;Username=postgres;password=postgres");
});
Publish.Message <UserCreated>();
Publish.Message <UserDeleted>();
Publish.AllMessagesTo("tcp://localhost:22222/durable");
}
public SenderApp()
{
Handlers.DisableConventionalDiscovery();
Publish.Message <TraceMessage>().To(ReceiverApp.Listener);
Settings.PersistMessagesWithSqlServer(Servers.SqlServerConnectionString, "sender");
Settings.Alter <MessagingSettings>(_ =>
{
_.ScheduledJobs.PollingTime = 1.Seconds();
_.ScheduledJobs.FirstExecution = 0.Seconds();
});
}
public MyAppRegistry()
{
Http.UseKestrel().UseUrls("http://localhost:3001");
Transports.Lightweight.ListenOnPort(2222);
Publish.Message <Message1>();
Publish.Message <Message2>();
Publish.Message <Message3>();
Subscribe.At("tcp://server1:2222");
Subscribe.To <Message4>();
Subscribe.To <Message5>();
}
public ItemSender()
{
Include <MartenBackedPersistence>();
Publish.Message <ItemCreated>().To("tcp://localhost:2345/durable");
Publish.Message <Question>().To("tcp://localhost:2345/durable");
Settings.Alter <StoreOptions>(_ =>
{
_.Connection(Servers.PostgresConnectionString);
_.DatabaseSchemaName = "sender";
});
Transports.LightweightListenerAt(2567);
}
public OutboxSender(MessageTracker tracker)
{
Handlers.DisableConventionalDiscovery().IncludeType <CascadeReceiver>();
Services.AddSingleton(tracker);
Publish.Message <TriggerMessage>().To("durable://localhost:2337");
Transports.DurableListenerAt(2338);
Settings.ConfigureMarten(marten =>
{
marten.Connection(ConnectionSource.ConnectionString);
marten.DatabaseSchemaName = "outbox_sender";
});
Include <MartenBackedPersistence>();
}
public OrdersApp()
{
Include <MartenBackedPersistence>();
// Whether or not our event is destined for a durable queue, it will be stored durably in the outbox because of the usage of an outbox when sending it.
Publish.Message <OrderPlaced>().To("tcp://localhost:2345/durable");
Transports.LightweightListenerAt(5432);
Settings.Alter <StoreOptions>(_ =>
{
_.Connection(ConnectionSource.ConnectionString);
});
Handlers.DisableConventionalDiscovery();
Handlers.IncludeType <OrderStatusHandler>();
}
public WarehouseApp()
{
Include <MartenBackedPersistence>();
Settings.Alter <StoreOptions>(_ =>
{
_.Connection(ConnectionSource.ConnectionString);
});
//Note: whether or not our event is destined for a durable queue, it will be stored durably in the outbox because of the implementation of the handlers.
Publish.Message <ItemOutOfStock>().To("tcp://localhost:5432/");
Transports.DurableListenerAt(2345);
Handlers.DisableConventionalDiscovery();
Handlers.IncludeType <THandler>();
}
public MyMessagingApp()
{
// Configure handler policies
Handlers.DefaultMaximumAttempts = 3;
Handlers.OnException <SqlException>().RetryLater(3.Seconds());
// Declare published messages
Publish.Message <Message1>().To("tcp://server1:2222");
// Register to receive messages
Subscribe.At("tcp://loadbalancer1:2233");
Subscribe.To <Message2>();
Subscribe.To(type => type.IsInNamespace("MyMessagingApp.Incoming"));
// Configure the built in transports
Transports.LightweightListenerAt(2233);
}