public void A_lazy_source_must_propagate_attributes_to_inner_stream()
{
this.AssertAllStagesStopped(() =>
{
var attributesSource = Source.FromGraph(new AttibutesSourceStage())
.AddAttributes(Attributes.CreateName("inner"));
var first = Source.Lazily(() => attributesSource)
.AddAttributes(Attributes.CreateName("outer"))
.RunWith(Sink.First <Attributes>(), Materializer);
var attributes = first.AwaitResult().AttributeList.ToList();
var inner = new Attributes.Name("inner");
var outer = new Attributes.Name("outer");
attributes.Should().Contain(inner);
attributes.Should().Contain(outer);
attributes.IndexOf(outer).Should().BeLessThan(attributes.IndexOf(inner));
}, Materializer);
}
public void A_FlattenMerge_must_propagate_attributes_to_inner_stream()
{
var attributesSource = Source.FromGraph(new AttibutesSourceStage());
this.AssertAllStagesStopped(() =>
{
var task = Source.Single(attributesSource.AddAttributes(Attributes.CreateName("inner")))
.MergeMany(1, x => x)
.AddAttributes(Attributes.CreateName("outer"))
.RunWith(Sink.First <Attributes>(), Materializer);
var attributes = task.AwaitResult().AttributeList.ToList();
var innerName = new Attributes.Name("inner");
var outerName = new Attributes.Name("outer");
attributes.Should().Contain(innerName);
attributes.Should().Contain(outerName);
attributes.IndexOf(outerName).Should().BeLessThan(attributes.IndexOf(innerName));
}, Materializer);
}
public virtual global::java.lang.String getValue(Attributes.Name prm1)
{
return(default(global::java.lang.String));
}
