private async Task <ServiceRegistry> bootstrap(JasperRegistry registry)
{
var calls = await Handlers.FindCalls(registry).ConfigureAwait(false);
_graph = new HandlerGraph();
_graph.AddRange(calls);
_graph.Add(HandlerCall.For <SubscriptionsHandler>(x => x.Handle(new SubscriptionsChanged())));
_graph.Group();
Handlers.ApplyPolicies(_graph);
Services.AddSingleton(_graph);
Services.AddSingleton <IChannelGraph>(_channels);
Services.AddSingleton <ILocalWorkerSender>(_localWorker);
Services.AddTransient <ServiceBusActivator>();
if (registry.Logging.UseConsoleLogging)
{
Services.For <IBusLogger>().Use <ConsoleBusLogger>();
Services.For <ITransportLogger>().Use <ConsoleTransportLogger>();
}
Services.ForSingletonOf <IDelayedJobProcessor>().UseIfNone <InMemoryDelayedJobProcessor>();
return(Services);
}
private static IEnumerable <BehaviorChain> buildChains(BehaviorGraph graph)
{
var handlers = graph.Settings.Get <HandlerGraph>();
// TODO -- move this to a HandlerSource after we fix the duplicate calls
// across HandlerSource problem.
handlers.Add(HandlerCall.For <SubscriptionsHandler>(x => x.Handle(new SubscriptionRequested())));
handlers.Add(HandlerCall.For <SubscriptionsHandler>(x => x.Handle(new SubscriptionsChanged())));
handlers.Add(HandlerCall.For <SubscriptionsHandler>(x => x.Handle(new SubscriptionsRemoved())));
handlers.Add(HandlerCall.For <MonitoringControlHandler>(x => x.Handle(new TakeOwnershipRequest())));
handlers.Add(HandlerCall.For <MonitoringControlHandler>(x => x.Handle(new TaskHealthRequest())));
handlers.Add(HandlerCall.For <MonitoringControlHandler>(x => x.Handle(new TaskDeactivation())));
handlers.ApplyGeneralizedHandlers();
var policies = graph.Settings.Get <HandlerPolicies>();
handlers.ApplyPolicies(policies.GlobalPolicies);
foreach (var chain in handlers)
{
// Apply the error handling node
chain.InsertFirst(new ExceptionHandlerNode(chain));
// Hate how we're doing this, but disable tracing
// on the polling job requests here.
if (chain.InputType().Closes(typeof(JobRequest <>)))
{
chain.Tags.Add(BehaviorChain.NoTracing);
}
}
return(handlers);
}
private async Task <ServiceRegistry> bootstrap(JasperRegistry registry)
{
var calls = await Handlers.FindCalls(registry).ConfigureAwait(false);
_graph = new HandlerGraph();
_graph.AddRange(calls);
_graph.Add(HandlerCall.For <SubscriptionsHandler>(x => x.Handle(new SubscriptionsChanged())));
_graph.Group();
Handlers.ApplyPolicies(_graph);
// Because the built in DI container is too stupid to just build out concrete types
foreach (var type in _graph.Chains.SelectMany(x => x.Handlers).Select(x => x.HandlerType).Distinct())
{
Services.AddScoped(type, type);
}
Services.AddSingleton(_graph);
Services.AddSingleton <IChannelGraph>(_channels);
Services.AddTransient <ServiceBusActivator>();
if (registry.Logging.UseConsoleLogging)
{
Services.For <IBusLogger>().Use <ConsoleBusLogger>();
}
Services.ForSingletonOf <IDelayedJobProcessor>().UseIfNone <InMemoryDelayedJobProcessor>();
return(Services);
}
public void choose_handler_type_for_call_that_returns_Task()
{
var handler = HandlerCall.For <TaskHandler>(x => x.Go(null));
var objectDef = handler.As <IContainerModel>().ToObjectDef();
objectDef.Type.ShouldEqual(typeof(AsyncHandlerInvoker <TaskHandler, Message>));
}
public void choose_handler_type_for_one_in_zero_out()
{
var handler = HandlerCall.For <ITargetHandler>(x => x.OneInZeroOut(null));
var objectDef = handler.As <IContainerModel>().ToInstance();
objectDef.ReturnedType.ShouldBe(typeof(SimpleHandlerInvoker <ITargetHandler, Input>));
}
public void choose_handler_type_for_call_that_returns_Task_of_T()
{
var handler = HandlerCall.For <TaskHandler>(x => x.Other(null));
var objectDef = handler.As <IContainerModel>().ToInstance();
objectDef.ReturnedType.ShouldBe(typeof(CascadingAsyncHandlerInvoker <TaskHandler, Message, Message1>));
}
public void choose_handler_type_for_one_in_one_out()
{
var handler = HandlerCall.For <ITargetHandler>(x => x.OneInOneOut(null));
var objectDef = handler.As <IContainerModel>().ToObjectDef();
objectDef.Type.ShouldEqual(typeof(CascadingHandlerInvoker <ITargetHandler, Input, Output>));
}
public void to_saga_types_for_a_handler_call()
{
var call = HandlerCall.For <SimpleSagaHandler>(x => x.Last(null));
var types = StatefulSagaConvention.ToSagaTypes(call);
types.HandlerType.ShouldEqual(typeof(SimpleSagaHandler));
types.MessageType.ShouldEqual(typeof(SagaMessageThree));
types.StateType.ShouldEqual(typeof(MySagaState));
}
public void is_saga_chain_is_false_for_handler_chain_with_no_saga_handlers()
{
var call = HandlerCall.For<SimpleHandler<OneMessage>>(x => x.Handle(null));
var chain = new HandlerChain();
chain.AddToEnd(call);
StatefulSagaConvention.IsSagaChain(chain)
.ShouldBeFalse();
}
public void is_async_negative()
{
var chain = new HandlerChain();
chain.IsAsync.ShouldBeFalse();
chain.AddToEnd(HandlerCall.For <GreenHandler>(x => x.Handle(new Message1())));
chain.IsAsync.ShouldBeFalse();
}
public void is_saga_chain_is_true_for_handler_chain_with_a_saga_handler()
{
var call = HandlerCall.For<SimpleSagaHandler>(x => x.Last(null));
var chain = new HandlerChain();
chain.AddToEnd(call);
StatefulSagaConvention.IsSagaChain(chain)
.ShouldBeTrue();
}
public void is_saga_handler_positive()
{
StatefulSagaConvention.IsSagaHandler(HandlerCall.For <SimpleSagaHandler>(x => x.Start(null)))
.ShouldBeTrue();
StatefulSagaConvention.IsSagaHandler(HandlerCall.For <SimpleSagaHandler>(x => x.Second(null)))
.ShouldBeTrue();
StatefulSagaConvention.IsSagaHandler(HandlerCall.For <SimpleSagaHandler>(x => x.Last(null)))
.ShouldBeTrue();
}
public void handler_equals()
{
var handler1 = HandlerCall.For <SomeHandler>(x => x.Interface(null));
var handler2 = HandlerCall.For <SomeHandler>(x => x.Interface(null));
var handler3 = HandlerCall.For <SomeHandler>(x => x.Interface(null));
handler1.ShouldBe(handler2);
handler1.ShouldBe(handler3);
handler3.ShouldBe(handler2);
handler2.ShouldBe(handler1);
}
public void could_handle()
{
var handler1 = HandlerCall.For <SomeHandler>(x => x.Interface(null));
var handler2 = HandlerCall.For <SomeHandler>(x => x.BaseClass(null));
handler1.CouldHandleOtherMessageType(typeof(Input1)).ShouldBeTrue();
handler2.CouldHandleOtherMessageType(typeof(Input1)).ShouldBeTrue();
handler1.CouldHandleOtherMessageType(typeof(Input2)).ShouldBeFalse();
handler1.CouldHandleOtherMessageType(typeof(Input2)).ShouldBeFalse();
}
public void SetUp()
{
theGraph = new HandlerGraph();
concreteCall = HandlerCall.For <ConcreteHandler>(x => x.M1(null));
concreteCall.Clone().ShouldEqual(concreteCall);
concreteCall2 = HandlerCall.For <ConcreteHandler>(x => x.M2(null));
concreteCall3 = HandlerCall.For <ConcreteHandler>(x => x.M3(null));
concreteCall4 = HandlerCall.For <ConcreteHandler>(x => x.M4(null));
}
protected override void beforeEach()
{
theEnvelope = ObjectMother.Envelope();
theInvoker = MockFor <IChainInvoker>();
theChain = new HandlerChain();
theChain.AddToEnd(HandlerCall.For <TaskHandler>(x => x.AsyncHandle(null)));
theChain.IsAsync.ShouldBeTrue();
theInvoker.Stub(x => x.FindChain(theEnvelope))
.Return(theChain);
theContinuation = ClassUnderTest.Handle(theEnvelope);
}
public void compile_applies_modify_chain_attributes()
{
var specific1 = HandlerCall.For <ConcreteHandler>(x => x.Specific1(null));
var specific2 = HandlerCall.For <ConcreteHandler>(x => x.Specific2(null));
theGraph.Add(specific1);
theGraph.Add(specific2);
theGraph.Compile();
theGraph.ChainFor <Concrete1>().IsWrappedBy(typeof(BlueWrapper)).ShouldBeTrue();
theGraph.ChainFor <Concrete2>().IsWrappedBy(typeof(GreenWrapper)).ShouldBeTrue();
}
public void base_class_handlers_are_applied_correctly()
{
var baseHandler = HandlerCall.For <ConcreteHandler>(x => x.Base(null));
var derivedHandler = HandlerCall.For <ConcreteHandler>(x => x.Derived(null));
theGraph.Add(baseHandler);
theGraph.Add(derivedHandler);
theGraph.ApplyGeneralizedHandlers();
theGraph.ShouldHaveCount(1);
theGraph.ChainFor(typeof(DerivedMessage)).Last().ShouldBeOfType <HandlerCall>()
.Equals(baseHandler).ShouldBeTrue();
}
internal Task CompileHandlers(JasperRegistry registry, PerfTimer timer)
{
return(Handlers.FindCalls(registry).ContinueWith(t =>
{
timer.Record("Compile Handlers", () =>
{
var calls = t.Result;
Graph.AddRange(calls);
Graph.Add(HandlerCall.For <SubscriptionsHandler>(x => x.Handle(new SubscriptionsChanged())));
Graph.Group();
Handlers.ApplyPolicies(Graph);
});
}));
}
private static IEnumerable <BehaviorChain> buildChains(BehaviorGraph graph)
{
var handlers = new HandlerGraph
{
HandlerCall.For <SubscriptionsHandler>(x => x.Handle(new SubscriptionRequested())),
HandlerCall.For <SubscriptionsHandler>(x => x.Handle(new SubscriptionsChanged())),
HandlerCall.For <SubscriptionsHandler>(x => x.Handle(new SubscriptionsRemoved())),
HandlerCall.For <MonitoringControlHandler>(x => x.Handle(new TakeOwnershipRequest())),
HandlerCall.For <MonitoringControlHandler>(x => x.Handle(new TaskHealthRequest())),
HandlerCall.For <MonitoringControlHandler>(x => x.Handle(new TaskDeactivation()))
};
handlers.Compile();
// TODO -- need to apply [ModifyChainAttribute]'s here. See GH-958
return(handlers);
}
public void interfaces_are_applied_correctly()
{
var general = HandlerCall.For <ConcreteHandler>(x => x.General(null));
var specific1 = HandlerCall.For <ConcreteHandler>(x => x.Specific1(null));
var specific2 = HandlerCall.For <ConcreteHandler>(x => x.Specific2(null));
theGraph.Add(general);
theGraph.Add(specific1);
theGraph.Add(specific2);
theGraph.ShouldHaveCount(2);
theGraph.ApplyGeneralizedHandlers();
theGraph.ShouldHaveCount(2);
theGraph.ChainFor(typeof(Concrete1)).Last().ShouldBeOfType <HandlerCall>()
.InputType().ShouldEqual(typeof(IMessage));
theGraph.ChainFor(typeof(Concrete2)).Last().ShouldBeOfType <HandlerCall>()
.InputType().ShouldEqual(typeof(IMessage));
}
public void applies_general_action_from_imported_graph()
{
var general = HandlerCall.For <ConcreteHandler>(x => x.General(null));
var specific1 = HandlerCall.For <ConcreteHandler>(x => x.Specific1(null));
var specific2 = HandlerCall.For <ConcreteHandler>(x => x.Specific2(null));
theGraph.Add(specific1);
var other = new HandlerGraph();
other.Add(general);
other.Add(specific2);
theGraph.Import(other);
theGraph.ApplyGeneralizedHandlers();
theGraph.ChainFor(typeof(Concrete1)).Last()
.Equals(general).ShouldBeTrue();
theGraph.ChainFor(typeof(Concrete2)).Last()
.Equals(general).ShouldBeTrue();
}
public void handler_is_async_negative()
{
HandlerCall.For <SomeHandler>(x => x.Interface(null)).IsAsync.ShouldBeFalse();
}
public void is_saga_handler_negative()
{
StatefulSagaConvention.IsSagaHandler(HandlerCall.For <SimpleHandler <OneMessage> >(x => x.Handle(null)))
.ShouldBeFalse();
}
public IEnumerable <HandlerCall> FindCalls()
{
yield return(HandlerCall.For <MyFunkySpaceAgeProcessor>(x => x.Go(null)));
}
public Task <HandlerCall[]> FindCalls(Assembly applicationAssembly)
{
return(Task.Factory.StartNew(() => new [] { HandlerCall.For <MyFunkySpaceAgeProcessor>(x => x.Go(null)) }));
}
public void handler_is_async_positive()
{
HandlerCall.For <TaskHandler>(x => x.Go(null)).IsAsync.ShouldBeTrue();
HandlerCall.For <TaskHandler>(x => x.Other(null)).IsAsync.ShouldBeTrue();
}
private IEnumerable <HandlerCall> handlersForJob(Type jobType)
{
yield return(typeof(ScheduledJobHandlerCall <>).CloseAndBuildAs <HandlerCall>(jobType));
yield return(HandlerCall.For(typeof(SchedulingHandler <>), jobType, "Reschedule"));
}
public void throws_chunks_if_you_try_to_use_a_method_with_no_inputs()
{
Exception <ArgumentOutOfRangeException> .ShouldBeThrownBy(
() => { HandlerCall.For <ITargetHandler>(x => x.ZeroInZeroOut()); });
}
public void could_handle_is_false_for_its_own_input_type()
{
var handler = HandlerCall.For <ITargetHandler>(x => x.OneInOneOut(null));
handler.CouldHandleOtherMessageType(typeof(Input)).ShouldBeFalse();
}
