How to use ParallelProcessor method of com.intuit.karate.core.ParallelProcessor class

Best Karate code snippet using com.intuit.karate.core.ParallelProcessor.ParallelProcessor

Source:ParallelProcessor.java

...32/**33 *34 * @author pthomas335 */36public abstract class ParallelProcessor<T> {37    private static final Logger logger = LoggerFactory.getLogger(ParallelProcessor.class);38    private final ExecutorService executor;39    private final ExecutorService monitor;40    private final Iterator<T> publisher;41    private final List<CompletableFuture> futures = new ArrayList();42    public ParallelProcessor(ExecutorService executor, Iterator<T> publisher, ExecutorService monitor) {43        this.executor = executor;44        this.publisher = publisher;45        this.monitor = monitor;46    }47    private Runnable toRunnable(final CompletableFuture prevFuture, final T next, final CompletableFuture future) {48        return () -> {49            if (prevFuture != null) {50                prevFuture.join();51            }52            try {53                process(next);54            } catch (Exception e) {55                logger.error("[parallel] input item failed: {}", e.getMessage());56            }...

ParallelProcessor

Using AI Code Generation

1import com.intuit.karate.core.ParallelProcessor2import com.intuit.karate.core.ScenarioRuntime3import com.intuit.karate.core.ScenarioContext4import com.intuit.karate.core.ScenarioEngine5import com.intuit.karate.core.Scenario6import com.intuit.karate.core.Feature7import com.intuit.karate.core.FeatureParser8import com.intuit.karate.core.FeatureRuntime

ParallelProcessor

Using AI Code Generation

1    * def a = call read('classpath:parallel.feature')2    * def b = call read('classpath:parallel.feature')3    * def c = call read('classpath:parallel.feature')4    * def d = call read('classpath:parallel.feature')5    * def e = call read('classpath:parallel.feature')6    * def f = call read('classpath:parallel.feature')7    * def g = call read('classpath:parallel.feature')8    * def h = call read('classpath:parallel.feature')9    * def i = call read('classpath:parallel.feature')10    * def j = call read('classpath:parallel.feature')11    * def k = call read('classpath:parallel.feature')12    * def l = call read('classpath:parallel.feature')13    * def m = call read('classpath:parallel.feature')14    * def n = call read('classpath:parallel.feature')15    * def o = call read('classpath:parallel.feature')16    * def p = call read('classpath:parallel.feature')17    * def q = call read('classpath:parallel.feature')18    * def r = call read('classpath:parallel.feature')19    * def s = call read('classpath:parallel.feature')20    * def t = call read('classpath:parallel.feature')21    * def u = call read('classpath:parallel.feature')22    * def v = call read('classpath:parallel.feature')23    * def w = call read('classpath:parallel.feature')24    * def x = call read('classpath:parallel.feature')25    * def y = call read('classpath:parallel.feature')26    * def z = call read('classpath:parallel.feature')

ParallelProcessor

Using AI Code Generation

1* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor()2* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100)3* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100, true)4* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor()5* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100)6* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100, true)7* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor()8* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100)9* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100, true)10* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor()11* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100)12* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100, true)13* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor()14* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100)15* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100, true)16* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor()17* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100)18* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100, true)19* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor()20* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100)21* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100, true)22* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor()23* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10, 100)24* def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(10

ParallelProcessor

Using AI Code Generation

1import static com.intuit.karate.core.ParallelProcessor.*;2def results = parallel(3  { scenario: 'get.feature', tags: '@parallel' },4  { scenario: 'post.feature', tags: '@parallel' }5results.forEach { result ->6}7results.forEach { result ->8}9import static com.intuit.karate.core.ParallelProcessor.*;10def results = parallel(11  { scenario: 'get.feature', tags: '@parallel' },12  { scenario: 'post.feature', tags: '@parallel' }13results.forEach { result ->14}15results.forEach { result ->16}17import static com.intuit.karate.core.ParallelProcessor.*;18def results = parallel(19  { scenario: 'get.feature', tags: '@parallel' },20  { scenario: 'post.feature', tags: '@parallel' }21results.forEach { result ->22}23results.forEach { result ->24}

ParallelProcessor

Using AI Code Generation

1def parallelProcessor = new com.intuit.karate.core.ParallelProcessor()2def results = parallelProcessor.process({3}, 5)4results.each { result ->5}6def results = parallelProcessor.process({7    return {8    }.call()9}, 5)10def results = parallelProcessor.process({11    return {12    }.submit()13}, 5)14def results = parallelProcessor.process({15    return {16    }.supplyAsync()17}, 5)18def results = parallelProcessor.process({19    return {20    }.run()21}, 5)22def results = parallelProcessor.process({23    return new Thread({24    }).start()25}, 5)26def results = parallelProcessor.process({27    return new Thread({28    }).run()29}, 5)30def results = parallelProcessor.process({31    return new Thread({32    }).run()33}, 5)34def results = parallelProcessor.process({35    return new Thread({

ParallelProcessor

Using AI Code Generation

1* def pp = new ParallelProcessor()2* def result = pp.process(3, { index ->3    Thread.sleep(1000)4})5* match new ParallelProcessor().process(3, { index ->6    Thread.sleep(1000)7}) == [0, 1, 2]8* def result = new ParallelProcessor().process(3) { index ->9    Thread.sleep(1000)10}11* match new ParallelProcessor().process(3) { index ->12    Thread.sleep(1000)13} == [0, 1, 2]14* def pp = new ParallelProcessor()15* def result = pp.process(3, { index ->16    Thread.sleep(1000)17})18* def result2 = pp.process(3, { index ->19    Thread.sleep(1000)20})21* def pp = new ParallelProcessor()22* match pp.process(3, { index ->23    Thread.sleep(1000)24}) == [0, 1, 2]25* match pp.process(3, { index ->26    Thread.sleep(1000)27}) == [0, 1, 2]28* def pp = new ParallelProcessor()29* def result = pp.process(3) { index ->30    Thread.sleep(1000)31}32* def result2 = pp.process(3) { index ->33    Thread.sleep(1000)34}

ParallelProcessor

Using AI Code Generation

1    * def scenarios = read('classpath:scenario_list.json')2    * def parallelProcessor = new com.intuit.karate.core.ParallelProcessor(scenarios)3    * def results = parallelProcessor.run()4    * def failed = results.find{ it.failed }5    * def results = parallelProcessor.run()6    * def failed = results.find{ it.failed }7    * def results = parallelProcessor.run(2)8    * def failed = results.find{ it.failed }9    * def results = parallelProcessor.run(3)10    * def failed = results.find{ it.failed }11    * def results = parallelProcessor.run(4)12    * def failed = results.find{ it.failed }13    * def results = parallelProcessor.run(5)14    * def failed = results.find{ it.failed }15    * def results = parallelProcessor.run(6)16    * def failed = results.find{ it.failed }17    * def results = parallelProcessor.run(7)18    * def failed = results.find{ it.failed }19    * def results = parallelProcessor.run(8)20    * def failed = results.find{ it.failed }21    * def results = parallelProcessor.run(9)22    * def failed = results.find{ it.failed }23    * def results = parallelProcessor.run(10)24    * def failed = results.find{ it.failed }

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