public void Execution_of_pipeline_is_cancellable_by_member()
{
var t = new PublishPipelineTester<MessageA>();
t.Mock1.Setup(pm => pm.LookAt(It.IsAny<PublishToken>())).Callback((PublishToken token) => token.Cancel = true);
t.TestWith(pp => pp.DefaultPublishPipeline(t.Mock1Object, t.Mock2Object));
t.VerifyCalled(t.Mock1);
t.VerifyNotCalled(t.Mock2);
}
public void publish_pipeline_is_extensible()
{
var t = new PublishPipelineTester<MessageB>();
t.TestWith(pp => pp.DefaultPublishPipeline(t.Mock1Object, t.Mock2Object));
t.Mock1.VerifyCalled();
t.Mock2.VerifyCalled();
}
public void Execution_of_pipeline_is_cancellable_by_member()
{
var t = new PublishPipelineTester<MessageA>();
t.Mock1.CancelTokenWhenSeen();
t.TestWith(pp => pp.DefaultPublishPipeline(t.Mock1Object, t.Mock2Object));
t.Mock1.VerifyCalled();
t.Mock2.VerifyNotCalled();
}
public void publish_pipeline_is_extensible()
{
var t = new PublishPipelineTester <MessageB>();
t.TestWith(pp => pp.DefaultPublishPipeline(t.Mock1Object, t.Mock2Object));
t.Mock1.VerifyCalled();
t.Mock2.VerifyCalled();
}
public void Execution_of_pipeline_is_cancellable_by_member()
{
var t = new PublishPipelineTester <MessageA>();
t.Mock1.CancelTokenWhenSeen();
t.TestWith(pp => pp.DefaultPublishPipeline(t.Mock1Object, t.Mock2Object));
t.Mock1.VerifyCalled();
t.Mock2.VerifyNotCalled();
}
public void default_pubish_pipeline_is_replaceable()
{
var t = new PublishPipelineTester <MessageB>();
var b = BusSetup.StartWith <Conservative>()
.Apply(cb => cb.ConfigurePublishing(cp => cp.DefaultPublishPipeline(t.Mock1Object)))
.Construct();
b.Publish(new MessageB());
t.Mock1.VerifyCalled();
}
public void default_pubish_pipeline_is_replaceable()
{
var t = new PublishPipelineTester<MessageB>();
var b = BusSetup.StartWith<Conservative>()
.Apply(cb => cb.ConfigurePublishing(cp => cp.DefaultPublishPipeline(t.Mock1Object)))
.Construct();
b.Publish(new MessageB());
t.Mock1.VerifyCalled();
}
public void non_default_publish_pipeline_takes_precedence()
{
var t = new PublishPipelineTester<MessageA>();
t.TestWith(
pp =>
{
pp.DefaultPublishPipeline(t.Mock1Object, t.Mock2Object);
pp.MessageMatch(mi => mi.IsType<MessageA>()).PublishPipeline(t.Mock2Object);
});
t.VerifyNotCalled(t.Mock1);
t.VerifyCalled(t.Mock2);
}
public void default_publish_pipeline_is_fallback()
{
var t = new PublishPipelineTester<MessageA>();
t.TestWith(pp =>
{
pp.DefaultPublishPipeline(t.Mock1Object, t.Mock3Object);
pp.MessageMatch(mi => mi.IsType<MessageB>()).PublishPipeline(t.Mock2Object);
});
t.VerifyCalled(t.Mock1);
t.VerifyNotCalled(t.Mock2);
t.VerifyCalled(t.Mock3);
}
public void non_default_publish_pipeline_takes_precedence()
{
var t = new PublishPipelineTester <MessageA>();
t.TestWith(
pp =>
{
pp.DefaultPublishPipeline(t.Mock1Object, t.Mock2Object);
pp.MessageMatch(mi => mi.IsType <MessageA>()).PublishPipeline(t.Mock2Object);
});
t.Mock1.VerifyNotCalled();
t.Mock2.VerifyCalled();
}
public void default_publish_pipeline_is_fallback()
{
var t = new PublishPipelineTester <MessageA>();
t.TestWith(pp =>
{
pp.DefaultPublishPipeline(t.Mock1Object, t.Mock3Object);
pp.MessageMatch(mi => mi.IsType <MessageB>()).PublishPipeline(t.Mock2Object);
});
t.Mock1.VerifyCalled();
t.Mock2.VerifyNotCalled();
t.Mock3.VerifyCalled();
}