public void Start()
{
if (_isStarted)
{
return;
}
_isStarted = true;
var registry = Activator.CreateInstance(_registryType).As <FubuTransportRegistry>();
registry.NodeName = _name;
registry.EnableInMemoryTransport();
registry.Services(x => x.ReplaceService <IEnvelopeHandler, ExternalNodeEnvelopeHandler>());
TestNodes.Alterations.Each(x => x(registry));
var container = new Container(x =>
{
x.ForSingletonOf <IMessageRecorder>().Use <MessageRecorder>();
x.Forward <IMessageRecorder, IListener>();
});
Runtime = FubuTransport.For(registry).StructureMap(container).Bootstrap();
Uri = Runtime.Factory.Get <ChannelGraph>().ReplyUriList().First();
_recorder = Runtime.Factory.Get <IMessageRecorder>();
// Wireup the messaging session so the MessageHistory gets notified of messages on this node
_messageListener = Runtime.Factory.Get <IMessagingSession>();
Bottles.Services.Messaging.EventAggregator.Messaging.AddListener(_messageListener);
}
internal void SpinUp()
{
if (!_registry.IsValueCreated)
{
return;
}
var registry = _registry.Value;
var nodeName = ReflectionHelper.GetProperty(_expression).Name;
registry.NodeName = nodeName;
registry.Channel(_expression).ReadIncoming(new ThreadScheduler(2));
registry.Handlers.DisableDefaultHandlerSource();
registry.Handlers.Include <SourceRecordingHandler>();
registry.AlterSettings <TransportSettings>(x => x.DebugEnabled = true);
var container = new Container();
// Make it all be
var harnessSettings = InMemoryTransport.ToInMemory <HarnessSettings>();
container.Configure(x => {
x.For <HarnessSettings>().Use(harnessSettings);
x.For <IListener>().Add <MessageWatcher>();
//x.For<ILogListener>().Add(new ScenarioLogListener(nodeName));
});
_uri = (Uri)ReflectionHelper.GetAccessor(_expression).GetValue(harnessSettings);
_runtime = FubuTransport.For(registry).StructureMap(container).Bootstrap();
_serviceBus = container.GetInstance <IServiceBus>();
}
public void SetUp()
{
TestMessageRecorder.Clear();
FubuTransport.Reset();
// Need to do something about this. Little ridiculous
var settings = new BusSettings
{
Downstream = "lq.tcp://localhost:2040/downstream".ToUri()
};
var lightningUri = settings.Downstream.ToLightningUri();
var container = new Container();
container.Inject(settings);
_runtime = FubuTransport.For <ErrorRegistry>().StructureMap(container)
.Bootstrap();
//_runtime.Factory.Get<IPersistentQueues>().ClearAll();
theServiceBus = _runtime.Factory.Get <IServiceBus>();
_queueManager = _runtime.Factory.Get <IPersistentQueues>().ManagerFor(lightningUri.Port, true);
message1 = new OneMessage();
theServiceBus.Send(message1);
}
public void SetUp()
{
// Need to do something about this. Little ridiculous
FubuTransport.SetupForInMemoryTesting();
TestMessageRecorder.Clear();
MessageHistory.ClearAll();
InMemoryQueueManager.ClearAll();
runtime = FubuTransport.For <DelayedRegistry>().StructureMap(new Container())
.Bootstrap();
theServiceBus = runtime.Factory.Get <IServiceBus>();
theClock = runtime.Factory.Get <ISystemTime>().As <SettableClock>();
message1 = new OneMessage();
message2 = new OneMessage();
message3 = new OneMessage();
message4 = new OneMessage();
theServiceBus.DelaySend(message1, theClock.UtcNow().AddHours(1));
theServiceBus.DelaySend(message2, theClock.UtcNow().AddHours(1));
theServiceBus.DelaySend(message3, theClock.UtcNow().AddHours(2));
theServiceBus.DelaySend(message4, theClock.UtcNow().AddHours(2));
}
public void SetUp()
{
FubuTransport.Reset();
// Need to do something about this. Little ridiculous
var settings = new BusSettings
{
Downstream = "lq.tcp://localhost:2050/downstream".ToUri()
};
var container = new Container();
container.Inject(settings);
theClock = new SettableClock();
container.Inject <ISystemTime>(theClock);
_runtime = FubuTransport.For <DelayedRegistry>().StructureMap(container)
.Bootstrap();
theServiceBus = _runtime.Factory.Get <IServiceBus>();
//_runtime.Factory.Get<IPersistentQueues>().ClearAll();
message1 = new OneMessage();
message2 = new OneMessage();
message3 = new OneMessage();
message4 = new OneMessage();
Debug.WriteLine("The current Utc time is " + theClock.UtcNow());
theServiceBus.DelaySend(message1, theClock.UtcNow().AddHours(1));
theServiceBus.DelaySend(message2, theClock.UtcNow().AddHours(1));
theServiceBus.DelaySend(message3, theClock.UtcNow().AddHours(2));
theServiceBus.DelaySend(message4, theClock.UtcNow().AddHours(2));
}
public void FixtureSetUp()
{
FubuTransport.AllQueuesInMemory = true;
runtime = FubuTransport.For <TestingJobRegistry>().StructureMap().Bootstrap();
history = runtime.Factory.Get <JobHistory>();
clock = runtime.Factory.Get <ISystemTime>().As <RewindableClock>();
theController = runtime.Factory.Get <IScheduledJobController>();
thePersistence = runtime.Factory.Get <ISchedulePersistence>();
theTimer = runtime.Factory.Get <IJobTimer>();
theController.Deactivate();
theTimer.ClearAll();
history.ClearAll();
theStartingTime = (DateTimeOffset)DateTime.Today.AddHours(8).ToUniversalTime();
theEndingTime = theStartingTime.AddSeconds(30);
addTimes <Job1>(3);
addTimes <Job2>(10);
addTimes <Job3>(15);
clock.Reset(theStartingTime.DateTime);
theController.Activate();
theController.IsActive().ShouldBeTrue();
Thread.Sleep(32.Seconds());
theController.Deactivate();
}
public void SetUp()
{
ImmediateJob.Executed = DelayJob.Executed = DisabledJob.Executed = 0;
theRuntime = FubuTransport.For <PollingImmediateRegistry>()
.StructureMap()
.Bootstrap();
}
public void SetUp()
{
container = new Container(x => {
x.For <BusSettings>().Use(theSettings);
});
runtime = FubuTransport.For <SubscribedRegistry>().StructureMap(container).Bootstrap();
}
public void PurgeQueuesJob_is_registered()
{
using (var runtime = FubuTransport.For <TestRegistry>().StructureMap().Bootstrap())
{
runtime.Factory.Get <IPollingJobs>().Any(x => x is PollingJob <PurgeQueuesJob, LightningQueueSettings>)
.ShouldBeTrue();
}
}
public FubuApplication BuildApplication()
{
var container = new Container(x => {
x.For <MessageRecorder>().Singleton();
});
return(FubuTransport.For <WebsiteRegistry>().StructureMap(container));
}
public void should_throw_invalid_transport_exception_because_there_are_no_incoming_lq_transports()
{
string message =
Exception <FubuException> .ShouldBeThrownBy(
() => { FubuTransport.For <BadTransportRegistry>().StructureMap().Bootstrap(); }).Message;
message.ShouldContain("You must have at least one incoming Lightning Queue channel for accepting replies");
}
public void Startup(ISubscriptionPersistence subscriptions, ISchedulePersistence schedules)
{
Services(_ => {
_.ReplaceService(subscriptions);
_.ReplaceService(schedules);
});
_runtime = FubuTransport.For(this).StructureMap().Bootstrap();
}
public void to_in_memory_with_default_settings()
{
FubuTransport.SetupForInMemoryTesting <DefaultSettings>();
using (var runtime = FubuTransport.For <DefaultRegistry>().StructureMap().Bootstrap())
{
var settings = InMemoryTransport.ToInMemory <NodeSettings>();
settings.Inbound.ShouldEqual(new Uri("memory://default/inbound"));
settings.Outbound.ShouldEqual(new Uri("memory://node/outbound"));
}
}
public void must_be_a_singleton()
{
var container = new Container();
using (var runtime = FubuTransport.For(x => x.EnableInMemoryTransport()).StructureMap(container).Bootstrap()
)
{
container.Model.For <ChannelGraph>().Lifecycle.ShouldBeOfType <SingletonLifecycle>();
}
}
public void SetUp()
{
var container = new Container(x => {
x.For <SubscriptionSettings>().Use(theSettings);
});
_runtime = FubuTransport.For <SubscriptionRegistry>().StructureMap(container).Bootstrap();
theCache = _runtime.Factory.Get <ISubscriptionCache>().As <SubscriptionCache>();
}
public void default_reply_uri()
{
using (var runtime = FubuTransport.For(x => {
x.EnableInMemoryTransport();
}).StructureMap().Bootstrap())
{
runtime.Factory.Get <ChannelGraph>().ReplyChannelFor(InMemoryChannel.Protocol)
.ShouldEqual("memory://localhost/fubu/replies".ToUri());
}
}
public void the_delayed_processing_polling_job_is_registered()
{
FubuTransport.SetupForInMemoryTesting();
runtime = FubuTransport.For <DelayedRegistry>().StructureMap(new Container())
.Bootstrap();
runtime.Factory.Get <IPollingJobs>().Any(x => x is PollingJob <DelayedEnvelopeProcessor, TransportSettings>)
.ShouldBeTrue();
}
public void can_set_the_node_name_programmatically()
{
using (var fubuRuntime = FubuTransport.For(x => {
x.NodeName = "MyNode";
x.EnableInMemoryTransport();
}).StructureMap(new Container()).Bootstrap())
{
fubuRuntime
.Factory.Get <ChannelGraph>().Name.ShouldEqual("MyNode");
}
}
public void FixtureSetup()
{
FubuTransport.AllQueuesInMemory = true;
theRuntime = FubuTransport.For(x => { }).StructureMap(new Container()).Bootstrap();
graph = theRuntime.Factory.Get <ChannelGraph>();
var uri = graph.ReplyChannelFor(InMemoryChannel.Protocol);
theReplyNode = graph.Single(x => x.Channel.Address == uri);
}
public void the_cleanup_job_is_registered()
{
FubuTransport.SetupForInMemoryTesting();
using (var runtime = FubuTransport.For <InMemory.DelayedRegistry>().StructureMap(new Container())
.Bootstrap())
{
runtime.Factory.Get <IPollingJobs>().Any(x => x is PollingJob <ExpiringListenerCleanup, TransportSettings>)
.ShouldBeTrue();
}
}
public void SetUp()
{
var container = new Container();
settings = InMemoryTransport.ToInMemory <HarnessSettings>();
container.Inject(settings);
runtime = FubuTransport.For <RoutedRegistry>().StructureMap(container).Bootstrap();
theRouter = runtime.Factory.Get <ISubscriptionCache>();
}
public void SetUp()
{
OneJob.Executed = TwoJob.Executed = ThreeJob.Executed = 0;
container = new Container();
theRuntime = FubuTransport.For <PollingRegistry>()
.StructureMap(container)
.Bootstrap();
Wait.Until(() => ThreeJob.Executed > 10, timeoutInMilliseconds: 6000);
}
public void override_the_reply_uri()
{
using (var runtime = FubuTransport.For(x =>
{
x.EnableInMemoryTransport("memory://special".ToUri());
}).StructureMap().Bootstrap())
{
runtime.Factory.Get <ChannelGraph>().ReplyChannelFor(InMemoryChannel.Protocol)
.ShouldEqual("memory://special".ToUri());
}
}
public void can_register_modifiers_by_channel()
{
using (var runtime = FubuTransport.For <ModifyingChannelRegistry>().StructureMap().Bootstrap())
{
var graph = runtime.Factory.Get <ChannelGraph>();
graph.ChannelFor <BusSettings>(x => x.Downstream).Modifiers.Single().ShouldBeOfType <FooModifier>();
graph.ChannelFor <BusSettings>(x => x.Upstream).Modifiers.Single().ShouldBeOfType <BarModifier>();
graph.ChannelFor <BusSettings>(x => x.Outbound).Modifiers.Any().ShouldBeFalse();
}
}
public void SetUp()
{
FubuTransport.AllQueuesInMemory = true;
AJob.Reset();
BJob.Reset();
CJob.Reset();
theRuntime = FubuTransport.For <ScheduledJobRegistry>()
.StructureMap()
.Bootstrap();
}
public void able_to_derive_the_node_name_from_fubu_transport_registry_name()
{
using (var runtime = FubuTransport.For <CustomTransportRegistry>().StructureMap(new Container()).Bootstrap())
{
runtime.Factory.Get <ChannelGraph>().Name.ShouldEqual("custom");
}
using (var fubuRuntime = FubuTransport.For <OtherRegistry>().StructureMap(new Container()).Bootstrap())
{
fubuRuntime
.Factory.Get <ChannelGraph>().Name.ShouldEqual("other");
}
}
public void SetUp()
{
theLogger = new SagaLogger();
theContainer = new Container(x =>
{
x.For <SagaSettings>().Use(InMemoryTransport.ToInMemory <SagaSettings>());
x.For <SagaLogger>().Use(theLogger);
x.For <IListener>().Add <MessageWatcher>();
});
theRuntime = FubuTransport.For <SagaTestRegistry>().StructureMap(theContainer).Bootstrap();
MessageHistory.ClearAll();
}
public void has_all_the_chains_we_expect()
{
var container = new Container();
using (var runtime = FubuTransport.For <MyFirstTransport>().StructureMap(container).Bootstrap())
{
var graph = container.GetInstance <BehaviorGraph>();
graph.Behaviors.Count(x => typeof(Foo1) == x.InputType()).ShouldEqual(1);
graph.Behaviors.Count(x => typeof(Foo2) == x.InputType()).ShouldEqual(1);
graph.Behaviors.Count(x => typeof(Foo3) == x.InputType()).ShouldEqual(1);
graph.Behaviors.Count(x => typeof(Foo4) == x.InputType()).ShouldEqual(1);
}
}
public void Start()
{
var registry = Activator.CreateInstance(_registryType).As <FubuTransportRegistry>();
registry.Services(x => {
_persistence = Subscriptions[registry.NodeName];
x.ReplaceService <ISubscriptionPersistence>(_persistence);
x.ReplaceService(Settings);
});
registry.AlterSettings <LightningQueueSettings>(x => x.Disabled = true);
registry.EnableInMemoryTransport(_replyUri);
_runtime = FubuTransport.For(registry).StructureMap().Bootstrap();
}
public void Startup(bool monitoringEnabled, ISubscriptionPersistence persistence)
{
AlterSettings <LightningQueueSettings>(x => x.DisableIfNoChannels = true);
Services(_ => _sources.Each(_.AddService <IPersistentTaskSource>));
Services(_ => _.ReplaceService(persistence));
HealthMonitoring
.ScheduledExecution(monitoringEnabled ? ScheduledExecution.WaitUntilInterval : ScheduledExecution.Disabled)
.IntervalSeed(3);
_runtime = FubuTransport.For(this).StructureMap().Bootstrap();
var controller = _runtime.Factory.Get <IPersistentTaskController>();
_initialTasks.Each(subject => {
controller.TakeOwnership(subject).Wait(1.Seconds());
});
}