public void EnsureUniqueComponentSucceedsIfStageExecutionMethodIsNotAll()
{
var stage = new Stage(StageCategory.DisassemblingParser.Id, PolicyFile.BTSReceivePolicy.Value);
var component = new XmlDasmComp();
stage.AddComponent(component);
Action(() => stage.AddComponent(component)).Should().NotThrow();
}
public void EnsureUniqueComponentThrowsIfStageExecutionMethodIsAll()
{
var stage = new Stage(StageCategory.Decoder.Id, PolicyFile.BTSReceivePolicy.Value);
var component = new FailedMessageRoutingEnablerComponent();
stage.AddComponent(component);
Action(() => stage.AddComponent(component))
.Should().Throw <ArgumentException>()
.WithMessage($"Stage 'Decoder' has multiple '{component.GetType().FullName}' components.");
}
public void WalkVisitorAccordingToPrescribedPath()
{
var failedMessageRoutingEnablerComponent = new FailedMessageRoutingEnablerComponent();
var microPipelineComponent = new MicroPipelineComponent();
var sut = new Stage(StageCategory.Any.Id, PolicyFile.BTSTransmitPolicy.Value);
sut.AddComponent(failedMessageRoutingEnablerComponent)
.AddComponent(microPipelineComponent);
var visitor = new Mock <IPipelineVisitor>(MockBehavior.Strict);
var sequence = new MockSequence();
visitor.InSequence(sequence).Setup(v => v.VisitStage(sut));
visitor.InSequence(sequence).Setup(
v => v.VisitComponent(
It.Is <PipelineComponentDescriptor <FailedMessageRoutingEnablerComponent> >(
c => ReferenceEquals((FailedMessageRoutingEnablerComponent)c, failedMessageRoutingEnablerComponent)))
);
visitor.InSequence(sequence).Setup(
v => v.VisitComponent(
It.Is <PipelineComponentDescriptor <MicroPipelineComponent> >(
c => ReferenceEquals((MicroPipelineComponent)c, microPipelineComponent)))
);
((IVisitable <IPipelineVisitor>)sut).Accept(visitor.Object);
visitor.Verify();
}
public void FetchComponentFromStage()
{
var stage = new Stage(StageCategory.Decoder.Id, PolicyFile.BTSReceivePolicy.Value);
var component = new FailedMessageRoutingEnablerComponent();
stage.AddComponent(component);
stage.Component <FailedMessageRoutingEnablerComponent>().Should().BeSameAs(component);
}
public void FetchComponentFromStage()
{
var component = new FailedMessageRoutingEnablerComponent();
var stage = new Stage(StageCategory.Decoder.Id);
stage.AddComponent(component);
Assert.That(stage.Component <FailedMessageRoutingEnablerComponent>(), Is.SameAs(component));
}
public void EnsureAtMostComponentThrows()
{
var pipelinePolicy = new PipelinePolicy {
Stages =
{
new StagePolicy {
StageIdGuid = StageCategory.AssemblingSerializer.Id.ToString(),
ExecutionMethod = ExecMethod.FirstMatch,
MaxOccurs = 1
}
}
};
var stage = new Stage(StageCategory.AssemblingSerializer.Id, pipelinePolicy);
var component = new XmlAsmComp();
stage.AddComponent(component);
stage.AddComponent(component);
Action(() => stage.As <IVisitable <IPipelineVisitor> >().Accept(new Mock <IPipelineVisitor>().Object))
.Should().Throw <ArgumentException>()
.WithMessage("Stage 'AssemblingSerializer' should contain at most 1 components.");
}
public void VisitorWalkedPath()
{
var failedMessageRoutingEnablerComponent = new FailedMessageRoutingEnablerComponent();
var messageConsumerComponent = new MessageConsumerComponent();
var sut = new Stage(StageCategory.Any.Id);
sut.AddComponent(failedMessageRoutingEnablerComponent)
.AddComponent(messageConsumerComponent);
// workaround Moq's inability to verify that calls have proceeded in a prescribed order. following recursive
// setups simply ensure the calls are made in a specific order; as first call is matched we setup the second
// call in the first call's callback, then when second call is matched we setup the third call in the second
// call's callback, and so on and on... until we have setup all the expected calls. notice that for this
// workaround to work the Mock's behavior must be *MockBehavior.Strict* or else any call missed would be
// unnoticed (and all its consecutive calls as well since they would not have been setup via its callback).
var visitor = new Mock <IPipelineVisitor>(MockBehavior.Strict);
// ReSharper disable ImplicitlyCapturedClosure
visitor.Setup(v => v.VisitStage(sut))
// ReSharper restore ImplicitlyCapturedClosure
.Callback(
() => visitor.Setup(
v => v.VisitComponent(
It.Is <PipelineComponentDescriptor <FailedMessageRoutingEnablerComponent> >(
// ReSharper disable SuspiciousTypeConversion.Global
c => ReferenceEquals((FailedMessageRoutingEnablerComponent)c, failedMessageRoutingEnablerComponent)
// ReSharper restore SuspiciousTypeConversion.Global
)
)
)
.Callback(
() => visitor.Setup(
v => v.VisitComponent(
It.Is <PipelineComponentDescriptor <MessageConsumerComponent> >(
// ReSharper disable SuspiciousTypeConversion.Global
c => ReferenceEquals((MessageConsumerComponent)c, messageConsumerComponent)
// ReSharper restore SuspiciousTypeConversion.Global
)
)
)
)
);
((IVisitable <IPipelineVisitor>)sut).Accept(visitor.Object);
visitor.Verify();
}
