public void RunnableGraphByGraphApiDoesntThrowEx()
{
IGraph <ClosedShape, NotUsed> gdsl = GraphDsl.Create(builder =>
{
Source <int, NotUsed> source = Source.From(Enumerable.Range(1, 100));
var sink = Sink.Ignore <int>().MapMaterializedValue(_ => NotUsed.Instance);
var broadcast = builder.Add(new Broadcast <int>(2));
var merge = builder.Add(new Merge <int>(2));
var f1 = Flow.Create <int>().Select(x => x + 10);
var f2 = Flow.Create <int>().Select(x => x + 10);
var f3 = Flow.Create <int>().Select(x => x + 10);
var f4 = Flow.Create <int>().Select(x => x + 10);
builder.From(source).Via(f1).Via(broadcast).Via(f2).Via(merge).Via(f3).To(sink);
builder.From(broadcast).Via(f4).To(merge);
return(ClosedShape.Instance);
});
RunnableGraph <NotUsed> rg = RunnableGraph.FromGraph(gdsl);
rg.Run(_materializer);
}
public void BroadcastZipBalanceMerge() => _broadcastZipBalanceMerge.Run(_materializer).Ready();
public void BalanceMerge() => _balanceMerge.Run(_materializer).Ready();
public void BroadcastZip() => _broadcastZip.Run(_materializer).Ready();
public void RepeatTakeSelectAndAggregate() => _repeatTakeSelectAndAggregate.Run(_materializer).Ready();
public void ChainOfBuffers() => _chainOfBuffers.Run(_materializer).Ready();
public void SingleBuffer() => _singleBuffer.Run(_materializer).Ready();
public void ChainOfSelects() => _chainOfSelects.Run(_materializer).Ready();
public void SingleSelect() => _singleSelect.Run(_materializer).Ready();
public void ChainOfIdentities() => _chainOfIdentities.Run(_materializer).Ready();
public void SingleIdentity() => _singleIdentity.Run(_materializer).Ready();
public async Task RunnableGraphMadeOfBackpressuredQueueAndActorRefWithAckWorksAsExpected()
{
const int MAX = 4;
Source <int, ISourceQueueWithComplete <int> > source = Source.Queue <int>(MAX, OverflowStrategy.Backpressure);
TestProbe probe = CreateTestProbe();
Sink <IEnumerable <int>, NotUsed> sink = Sink.ActorRefWithAck <IEnumerable <int> >(probe.Ref, "init", "ack", "complete");
RunnableGraph <ISourceQueueWithComplete <int> > rg = RunnableGraph.FromGraph(GraphDsl.Create(source, sink, Keep.Left,
(builder, source_, sink_) =>
{
UniformFanOutShape <int, int> broadcaster = builder.Add(new Broadcast <int>(2));
UniformFanInShape <IEnumerable <int>, IEnumerable <int> > merger = builder.Add(new Merge <IEnumerable <int> >(2));
var f1 = Flow.Create <int>().Aggregate(new List <int>(),
(agg, curr) =>
{
agg.Add(curr);
return(agg);
}).Select(list => list.AsEnumerable());
var f2 = Flow.Create <int>().Aggregate(new List <int>(),
(agg, curr) =>
{
agg.Add(curr);
return(agg);
}).Select(list => list.AsEnumerable());
builder.From(source_).To(broadcaster.In);
builder.From(broadcaster.Out(0)).Via(f1).To(merger.In(0));
builder.From(broadcaster.Out(1)).Via(f2).To(merger.In(1));
builder.From(merger.Out).To(sink_);
return(ClosedShape.Instance);
}));
ISourceQueueWithComplete <int> q = rg.Run(_materializer);
probe.ExpectMsg <string>((msg, sender) =>
{
if (msg != "init")
{
throw new InvalidOperationException($"Expected: init. Found: {msg}");
}
sender.Tell("ack");
});
await q.OfferAsync(2);
await q.OfferAsync(4);
await q.OfferAsync(8);
await q.OfferAsync(16);
q.Complete();
await q.WatchCompletionAsync();
probe.ExpectMsg <IEnumerable <int> >((msg, sender) =>
{
Assert.Equal(new[] { 2, 4, 8, 16 }.AsEnumerable(), msg);
sender.Tell("ack");
});
probe.ExpectMsg <IEnumerable <int> >((msg, sender) =>
{
Assert.Equal(new[] { 2, 4, 8, 16 }.AsEnumerable(), msg);
sender.Tell("ack");
});
probe.ExpectMsg("complete");
probe.ExpectNoMsg();
}
