Source:
<code>public void testMultiAdjacentMixedParallelChildren1() throws Exception { checkUdpSupported(); List<String> stringList = getListOfUniqueStrings(800); String stringArray[] = new String[800]; stringArray = stringList.toArray(stringArray); <START> Topology topology = newTopology("testAdj"); <END> TStream<String> out0 = topology.strings(stringArray).parallel(of(3), (String s) -> s.hashCode() % 20); out0 = out0.transform(randomStringProducer("region1")).endParallel(); TStream<String> out2 = out0.parallel(of(5), (String s) -> s.hashCode() % 30); out2 = out2.transform(randomStringProducer("region2")).endParallel(); TStream<String> out3 = out0.parallel(of(2), (String s) -> s.hashCode() % 40); out3 = out3.transform(randomStringProducer("region3")).endParallel(); TStream<String> out4 = out0.transform(randomStringProducer("region4")); TStream<String> numRegions2 = out2.flatMap(uniqueStringCounter(800, "region")); TStream<String> numRegions3 = out3.flatMap(uniqueStringCounter(800, "region")); Tester tester = topology.getTester(); Condition<List<String>> assertFinished2 = tester.stringContentsUnordered(numRegions2, "3", "5"); Condition<List<String>> assertFinished3 = tester.stringContentsUnordered(numRegions3, "3", "2"); Condition<Long> expectedCount2 = tester.tupleCount(out2, 800); Condition<Long> expectedCount3 = tester.tupleCount(out3, 800); Condition<Long> expectedCount4 = tester.tupleCount(out4, 800); complete(tester, allConditions(assertFinished2, expectedCount2, assertFinished3, expectedCount3, expectedCount4), 60, TimeUnit.SECONDS); assertTrue(expectedCount2.valid()); assertTrue(expectedCount3.valid()); assertTrue(expectedCount4.valid()); assertTrue(assertFinished2.valid()); assertTrue(assertFinished3.valid()); }</code><technical_language>provide a name newTopology name of test used, helps in debugging tests</technical_language>

Target:
public void testMultiAdjacentMixedParallelChildren1() throws Exception { checkUdpSupported(); List<String> stringList = getListOfUniqueStrings(800); String stringArray[] = new String[800]; stringArray = stringList.toArray(stringArray); Topology topology = newTopology(); TStream<String> out1 = topology.strings(stringArray) .parallel(of(3), String::hashCode); out1 = out1.map(randomStringProducer("region1")).endParallel(); TStream<String> out2 = out1.parallel(of(5), String::hashCode); out2 = out2.filter(new ChannelFilter()) .map(randomStringProducer("region2")).endParallel(); TStream<String> out3 = out1.parallel(of(2), String::hashCode); out3 = out3.filter(new ChannelFilter()) .map(randomStringProducer("region3")).endParallel(); TStream<String> out4 = out1.map(randomStringProducer("region4")); TStream<String> numRegions2 = out2.flatMap(uniqueStringCounter(800, "region")); TStream<String> numRegions3 = out3.flatMap(uniqueStringCounter(800, "region")); Tester tester = topology.getTester(); Condition<List<String>> assertFinished2 = tester.stringContentsUnordered(numRegions2, "3", "5"); Condition<List<String>> assertFinished3 = tester.stringContentsUnordered(numRegions3, "3", "2"); Condition<Long> expectedCount2 = tester.tupleCount(out2, 800); Condition<Long> expectedCount3 = tester.tupleCount(out3, 800); Condition<Long> expectedCount4 = tester.tupleCount(out4, 800); complete(tester, allConditions(assertFinished2, expectedCount2, assertFinished3, expectedCount3, expectedCount4), 60, TimeUnit.SECONDS); assertTrue(expectedCount2.valid()); assertTrue(expectedCount3.valid()); assertTrue(expectedCount4.valid()); assertTrue(assertFinished2.valid()); assertTrue(assertFinished3.valid()); }