Formatting java codes with sbt-java-formatter.
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hepin1989
parent
27500001ea
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401 changed files with 19750 additions and 17450 deletions
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@ -42,120 +42,129 @@ public class StreamPartialGraphDSLDocTest extends AbstractJavaTest {
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system = null;
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mat = null;
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}
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@Test
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public void demonstrateBuildWithOpenPorts() throws Exception {
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//#simple-partial-graph-dsl
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// #simple-partial-graph-dsl
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final Graph<FanInShape2<Integer, Integer, Integer>, NotUsed> zip =
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ZipWith.create((Integer left, Integer right) -> Math.max(left, right));
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ZipWith.create((Integer left, Integer right) -> Math.max(left, right));
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final Graph<UniformFanInShape<Integer, Integer>, NotUsed> pickMaxOfThree =
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GraphDSL.create(builder -> {
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final FanInShape2<Integer, Integer, Integer> zip1 = builder.add(zip);
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final FanInShape2<Integer, Integer, Integer> zip2 = builder.add(zip);
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builder.from(zip1.out()).toInlet(zip2.in0());
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// return the shape, which has three inputs and one output
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return new UniformFanInShape<Integer, Integer>(zip2.out(),
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new Inlet[] {zip1.in0(), zip1.in1(), zip2.in1()});
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});
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GraphDSL.create(
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builder -> {
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final FanInShape2<Integer, Integer, Integer> zip1 = builder.add(zip);
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final FanInShape2<Integer, Integer, Integer> zip2 = builder.add(zip);
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builder.from(zip1.out()).toInlet(zip2.in0());
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// return the shape, which has three inputs and one output
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return new UniformFanInShape<Integer, Integer>(
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zip2.out(), new Inlet[] {zip1.in0(), zip1.in1(), zip2.in1()});
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});
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final Sink<Integer, CompletionStage<Integer>> resultSink = Sink.<Integer>head();
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final RunnableGraph<CompletionStage<Integer>> g =
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RunnableGraph.<CompletionStage<Integer>>fromGraph(
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GraphDSL.create(resultSink, (builder, sink) -> {
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// import the partial graph explicitly
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final UniformFanInShape<Integer, Integer> pm = builder.add(pickMaxOfThree);
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builder.from(builder.add(Source.single(1))).toInlet(pm.in(0));
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builder.from(builder.add(Source.single(2))).toInlet(pm.in(1));
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builder.from(builder.add(Source.single(3))).toInlet(pm.in(2));
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builder.from(pm.out()).to(sink);
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return ClosedShape.getInstance();
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}));
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RunnableGraph.<CompletionStage<Integer>>fromGraph(
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GraphDSL.create(
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resultSink,
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(builder, sink) -> {
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// import the partial graph explicitly
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final UniformFanInShape<Integer, Integer> pm = builder.add(pickMaxOfThree);
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builder.from(builder.add(Source.single(1))).toInlet(pm.in(0));
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builder.from(builder.add(Source.single(2))).toInlet(pm.in(1));
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builder.from(builder.add(Source.single(3))).toInlet(pm.in(2));
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builder.from(pm.out()).to(sink);
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return ClosedShape.getInstance();
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}));
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final CompletionStage<Integer> max = g.run(mat);
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//#simple-partial-graph-dsl
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// #simple-partial-graph-dsl
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assertEquals(Integer.valueOf(3), max.toCompletableFuture().get(3, TimeUnit.SECONDS));
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}
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//#source-from-partial-graph-dsl
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// first create an indefinite source of integer numbers
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class Ints implements Iterator<Integer> {
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private int next = 0;
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@Override
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public boolean hasNext() {
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return true;
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}
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@Override
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public Integer next() {
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return next++;
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}
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// #source-from-partial-graph-dsl
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// first create an indefinite source of integer numbers
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class Ints implements Iterator<Integer> {
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private int next = 0;
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@Override
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public boolean hasNext() {
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return true;
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}
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//#source-from-partial-graph-dsl
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@Override
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public Integer next() {
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return next++;
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}
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}
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// #source-from-partial-graph-dsl
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@Test
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public void demonstrateBuildSourceFromPartialGraphDSLCreate() throws Exception {
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//#source-from-partial-graph-dsl
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// #source-from-partial-graph-dsl
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final Source<Integer, NotUsed> ints = Source.fromIterator(() -> new Ints());
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final Source<Pair<Integer, Integer>, NotUsed> pairs = Source.fromGraph(
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GraphDSL.create(
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builder -> {
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final FanInShape2<Integer, Integer, Pair<Integer, Integer>> zip =
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builder.add(Zip.create());
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builder.from(builder.add(ints.filter(i -> i % 2 == 0))).toInlet(zip.in0());
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builder.from(builder.add(ints.filter(i -> i % 2 == 1))).toInlet(zip.in1());
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return SourceShape.of(zip.out());
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}));
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final CompletionStage<Pair<Integer, Integer>> firstPair =
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final Source<Pair<Integer, Integer>, NotUsed> pairs =
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Source.fromGraph(
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GraphDSL.create(
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builder -> {
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final FanInShape2<Integer, Integer, Pair<Integer, Integer>> zip =
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builder.add(Zip.create());
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builder.from(builder.add(ints.filter(i -> i % 2 == 0))).toInlet(zip.in0());
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builder.from(builder.add(ints.filter(i -> i % 2 == 1))).toInlet(zip.in1());
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return SourceShape.of(zip.out());
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}));
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final CompletionStage<Pair<Integer, Integer>> firstPair =
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pairs.runWith(Sink.<Pair<Integer, Integer>>head(), mat);
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//#source-from-partial-graph-dsl
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// #source-from-partial-graph-dsl
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assertEquals(new Pair<>(0, 1), firstPair.toCompletableFuture().get(3, TimeUnit.SECONDS));
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}
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@Test
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public void demonstrateBuildFlowFromPartialGraphDSLCreate() throws Exception {
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//#flow-from-partial-graph-dsl
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final Flow<Integer, Pair<Integer, String>, NotUsed> pairs = Flow.fromGraph(GraphDSL.create(
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b -> {
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final UniformFanOutShape<Integer, Integer> bcast = b.add(Broadcast.create(2));
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final FanInShape2<Integer, String, Pair<Integer, String>> zip =
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b.add(Zip.create());
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// #flow-from-partial-graph-dsl
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final Flow<Integer, Pair<Integer, String>, NotUsed> pairs =
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Flow.fromGraph(
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GraphDSL.create(
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b -> {
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final UniformFanOutShape<Integer, Integer> bcast = b.add(Broadcast.create(2));
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final FanInShape2<Integer, String, Pair<Integer, String>> zip =
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b.add(Zip.create());
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b.from(bcast).toInlet(zip.in0());
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b.from(bcast).via(b.add(Flow.of(Integer.class).map(i -> i.toString()))).toInlet(zip.in1());
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return FlowShape.of(bcast.in(), zip.out());
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}));
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//#flow-from-partial-graph-dsl
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b.from(bcast).toInlet(zip.in0());
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b.from(bcast)
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.via(b.add(Flow.of(Integer.class).map(i -> i.toString())))
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.toInlet(zip.in1());
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return FlowShape.of(bcast.in(), zip.out());
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}));
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// #flow-from-partial-graph-dsl
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final CompletionStage<Pair<Integer, String>> matSink =
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//#flow-from-partial-graph-dsl
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Source.single(1).via(pairs).runWith(Sink.<Pair<Integer, String>>head(), mat);
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//#flow-from-partial-graph-dsl
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// #flow-from-partial-graph-dsl
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Source.single(1).via(pairs).runWith(Sink.<Pair<Integer, String>>head(), mat);
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// #flow-from-partial-graph-dsl
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assertEquals(new Pair<>(1, "1"), matSink.toCompletableFuture().get(3, TimeUnit.SECONDS));
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}
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@Test
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public void demonstrateBuildSourceWithCombine() throws Exception {
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//#source-combine
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// #source-combine
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Source<Integer, NotUsed> source1 = Source.single(1);
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Source<Integer, NotUsed> source2 = Source.single(2);
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final Source<Integer, NotUsed> sources = Source.combine(source1, source2, new ArrayList<>(),
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i -> Merge.<Integer>create(i));
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//#source-combine
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final CompletionStage<Integer> result=
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//#source-combine
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sources.runWith(Sink.<Integer, Integer>fold(0, (a,b) -> a + b), mat);
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//#source-combine
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final Source<Integer, NotUsed> sources =
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Source.combine(source1, source2, new ArrayList<>(), i -> Merge.<Integer>create(i));
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// #source-combine
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final CompletionStage<Integer> result =
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// #source-combine
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sources.runWith(Sink.<Integer, Integer>fold(0, (a, b) -> a + b), mat);
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// #source-combine
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assertEquals(Integer.valueOf(3), result.toCompletableFuture().get(3, TimeUnit.SECONDS));
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}
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@ -163,15 +172,20 @@ public class StreamPartialGraphDSLDocTest extends AbstractJavaTest {
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@Test
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public void demonstrateBuildSinkWithCombine() throws Exception {
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final TestKit probe = new TestKit(system);
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ActorRef actorRef = probe.getRef();
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ActorRef actorRef = probe.getRef();
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//#sink-combine
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// #sink-combine
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Sink<Integer, NotUsed> sendRemotely = Sink.actorRef(actorRef, "Done");
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Sink<Integer, CompletionStage<Done>> localProcessing = Sink.<Integer>foreach(a -> { /*do something useful*/ } );
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Sink<Integer, NotUsed> sinks = Sink.combine(sendRemotely,localProcessing, new ArrayList<>(), a -> Broadcast.create(a));
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Sink<Integer, CompletionStage<Done>> localProcessing =
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Sink.<Integer>foreach(
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a -> {
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/*do something useful*/
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});
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Sink<Integer, NotUsed> sinks =
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Sink.combine(sendRemotely, localProcessing, new ArrayList<>(), a -> Broadcast.create(a));
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Source.<Integer>from(Arrays.asList(new Integer[]{0, 1, 2})).runWith(sinks, mat);
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//#sink-combine
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Source.<Integer>from(Arrays.asList(new Integer[] {0, 1, 2})).runWith(sinks, mat);
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// #sink-combine
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probe.expectMsgEquals(0);
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probe.expectMsgEquals(1);
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probe.expectMsgEquals(2);
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