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

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

Source:FeatureRuntime.java

...47    public final Feature feature;48    public final Iterator<ScenarioRuntime> scenarios;49    public final PerfHook perfHook;50    public final FeatureResult result;51    private final ParallelProcessor<ScenarioRuntime> processor;52    public final Map<String, ScenarioCall.Result> CALLONCE_CACHE = new HashMap();53    private Runnable next;54    public Resource resolveFromThis(String path) {55        return feature.getResource().resolve(path);56    }57    public Resource resolveFromRoot(String path) {58        return rootFeature.feature.getResource().resolve(path);59    }60    public void setNext(Runnable next) {61        this.next = next;62    }63    public static FeatureRuntime forTempUse(HttpClientFactory hcf) {64        Suite sr = Suite.forTempUse(hcf);65        File workingDir = new File(sr.buildDir).getAbsoluteFile();66        Resource resource = new MemoryResource(workingDir, "Feature:\nScenario:\n");67        Feature feature = Feature.read(resource);68        return FeatureRuntime.of(sr, feature);69    }70    public static FeatureRuntime of(Feature feature) {71        return FeatureRuntime.of(new Suite(), feature, null);72    }73    public static FeatureRuntime of(Suite sr, Feature feature) {74        return FeatureRuntime.of(sr, feature, null);75    }76    public static FeatureRuntime of(Suite sr, Feature feature, Map<String, Object> arg) {77        return new FeatureRuntime(sr, feature, ScenarioCall.none(arg), null);78    }79    public static FeatureRuntime of(Suite sr, Feature feature, Map<String, Object> arg, PerfHook perfHook) {80        return new FeatureRuntime(sr, feature, ScenarioCall.none(arg), perfHook);81    }82    public FeatureRuntime(ScenarioCall call) {83        this(call.parentRuntime.featureRuntime.suite, call.feature, call, call.parentRuntime.featureRuntime.perfHook);84        result.setLoopIndex(call.getLoopIndex());85        result.setCallDepth(call.depth);86        if (call.arg != null && !call.arg.isNull()) {87            result.setCallArg(call.arg.getValue());88        }89    }90    private FeatureRuntime(Suite suite, Feature feature, ScenarioCall caller, PerfHook perfHook) {91        this.suite = suite;92        this.feature = feature;93        this.caller = caller;94        this.rootFeature = caller.isNone() ? this : caller.parentRuntime.featureRuntime;95        result = new FeatureResult(feature);96        scenarios = new ScenarioIterator(this).filterSelected().iterator();97        this.perfHook = perfHook;98        if (caller.isNone() && suite.parallel && perfHook == null) {99            processor = new ParallelProcessor<ScenarioRuntime>(100                    suite.scenarioExecutor,101                    scenarios,102                    suite.pendingTasks) {103                @Override104                public void process(ScenarioRuntime sr) {105                    processScenario(sr);106                }107                @Override108                public void onComplete() {109                    afterFeature();110                }111                @Override112                public boolean shouldRunSynchronously(ScenarioRuntime sr) {113                    return sr.tags.valuesFor("parallel").isAnyOf("false");114                }115            };116        } else {117            processor = null;118        }119    }120    private boolean beforeHookDone;121    private boolean beforeHookResult = true;122    // logic to run once only if there are runnable scenarios (selected by tag)123    public boolean beforeHook() {124        if (beforeHookDone) {125            return beforeHookResult;126        }127        beforeHookDone = true;128        for (RuntimeHook hook : suite.hooks) {129            beforeHookResult = beforeHookResult && hook.beforeFeature(this);130        }131        return beforeHookResult;132    }133    @Override134    public void run() {135        if (processor != null) {136            processor.execute();137        } else {138            if (!beforeHook()) {139                logger.info("before-feature hook returned [false], aborting: {}", this);140            } else {141                scenarios.forEachRemaining(this::processScenario);142            }143            afterFeature();144        }145    }146    private ScenarioRuntime lastExecutedScenario;147    private void processScenario(ScenarioRuntime sr) {148        if (beforeHook()) {149            lastExecutedScenario = sr;150            if (suite.jobManager != null) {151                CompletableFuture future = suite.jobManager.addChunk(sr);152                logger.info("waiting for job executor to process: {}", sr);153                future.join();154                logger.info("job executor completed processing: {}", sr);155            } else {156                sr.run();157            }158            // can be empty for distributed / job-server flows159            if (!sr.result.getStepResults().isEmpty()) {160                synchronized (result) {161                    result.addResult(sr.result);162                }163            }164        }165    }166    // extracted for junit5167    public synchronized void afterFeature() {168        result.sortScenarioResults();...

process

Using AI Code Generation

1import com.intuit.karate.core.ParallelProcessor2import com.intuit.karate.core.FeatureResult3import com.intuit.karate.core.FeatureRuntime4import com.intuit.karate.core.FeatureRuntimeOptions5import com.intuit.karate.core.FeatureRuntimeOptionsBuilder6def featureRuntimeOptions = new FeatureRuntimeOptionsBuilder().build()7def featureRuntime = new FeatureRuntime(featureRuntimeOptions)8def results = ParallelProcessor.process(features, featureRuntime)9def scenarioResult = featureResult.getScenarioResults()[0]10def scenarioResult1 = featureResult1.getScenarioResults()[0]11def scenarioResult2 = featureResult.getScenarioResults()[1]12def scenarioResult3 = featureResult1.getScenarioResults()[1]13assert scenarioResult.getStepResults()[0].getStep().getName() == 'match a string'14assert scenarioResult1.getStepResults()[0].getStep().getName() == 'match a string'15assert scenarioResult2.getStepResults()[0].getStep().getName() == 'match a string'16assert scenarioResult3.getStepResults()[0].getStep().getName() == 'match a string'17assert scenarioResult.getStepResults()[0].getStepResult().getDuration() > 018assert scenarioResult1.getStepResults()[0].getStepResult().getDuration() > 019assert scenarioResult2.getStepResults()[0].getStepResult().getDuration() > 020assert scenarioResult3.getStepResults()[0].getStepResult().getDuration() > 021assert scenarioResult.getStepResults()[0].getStepResult().isPassed()22assert scenarioResult1.getStepResults()[0].getStepResult().isPassed()23assert scenarioResult2.getStepResults()[0].getStepResult().isPassed()24assert scenarioResult3.getStepResults()[0].getStepResult().isPassed()25assert featureResult.getScenarioResults().size() == 226assert featureResult1.getScenarioResults().size() == 227assert featureResult.getScenarioResults()[0].getStepResults().size() == 128assert featureResult.getScenarioResults()[1].getStepResults().size() == 1

process

Using AI Code Generation

1import com.intuit.karate.core.ParallelProcessor2import com.intuit.karate.core.FeatureResult3import com.intuit.karate.core.FeatureRuntime4import com.intuit.karate.core.FeatureRuntimeOptions5import com.intuit.karate.core.FeatureContext6import com.intuit.karate.core.Feature7import com.intuit.karate.core.FeatureParser8import com.intuit.karate.core.FeatureUtils9import com.intuit.karate.core.FeatureWrapper10import co

process

Using AI Code Generation

1def parallel = new com.intuit.karate.core.ParallelProcessor()2def results = parallel.process {3    call read('classpath:my.feature')4    call read('classpath:my.feature')5    call read('classpath:my.feature')6}7results.each { result ->8}9def parallel = new com.intuit.karate.core.ParallelRunner()10def results = parallel.process {11    call read('classpath:my.feature')12    call read('classpath:my.feature')13    call read('classpath:my.feature')14}15results.each { result ->16}17def parallel = new com.intuit.karate.core.ParallelScenarioRunner()18def results = parallel.process {19    call read('classpath:my.feature')20    call read('classpath:my.feature')21    call read('classpath:my.feature')22}23results.each { result ->24}25def parallel = new com.intuit.karate.core.ParallelFeatureRunner()26def results = parallel.process {27    call read('classpath:my.feature')28    call read('classpath:my.feature')29    call read('classpath:my.feature')30}31results.each { result ->32}33def parallel = new com.intuit.karate.core.ParallelFeature()34def results = parallel.process {35    call read('classpath:my.feature')36    call read('classpath:my.feature')37    call read('classpath:my.feature')38}39results.each { result ->40}41def parallel = new com.intuit.karate.core.ParallelFeature()42def results = parallel.process {43    call read('classpath:my.feature')44    call read('classpath:my.feature')45    call read('classpath:my.feature')46}47results.each { result ->48}49def parallel = new com.intuit.karate.core.ParallelRunner()50def results = parallel.process {51    call read('classpath

process

Using AI Code Generation

1import com.intuit.karate.core.ParallelProcessor2def parallelProcessor = new ParallelProcessor()3def results = parallelProcessor.process([4    { def x = 1 + 1; return x },5    { def y = 2 + 2; return y },6    { def z = 3 + 3; return z }7import com.intuit.karate.core.ParallelProcessor8def parallelProcessor = new ParallelProcessor()9def results = parallelProcessor.process([10    { def x = 1 + 1; return x },11    { def y = 2 + 2; return y },12    { def z = 3 + 3; return z }13import com.intuit.karate.core.ParallelProcessor14def parallelProcessor = new ParallelProcessor()15def results = parallelProcessor.process([16    { def x = 1 + 1; return x },17    { def y = 2 + 2; return y },18    { def z = 3 + 3; return z }19import com.intuit.karate.core.ParallelProcessor20def parallelProcessor = new ParallelProcessor()21def results = parallelProcessor.process([22    { def x = 1 + 1; return x },23    { def y = 2 + 2; return y },24    { def z = 3 + 3; return z }

process

Using AI Code Generation

1def results = com.intuit.karate.core.ParallelRunner.run(scenarios, 3, 'target/surefire-reports')2if (results != null) {3}4def results = com.intuit.karate.core.ParallelRunner.run(scenarios, 3, 'target/surefire-reports')5if (results != null) {6}7def results = com.intuit.karate.core.ParallelRunner.run(scenarios, 3, 'target/surefire-reports')8if (results != null) {9}10def results = com.intuit.karate.core.ParallelRunner.run(scenarios, 3, 'target/surefire-reports')11if (results != null) {12}13def results = com.intuit.karate.core.ParallelRunner.run(scenarios, 3, 'target/surefire-reports')14if (results != null) {15}16def results = com.intuit.karate.core.ParallelRunner.run(scenarios, 3, 'target/surefire-reports')17if (results != null) {

process

Using AI Code Generation

1def pp = new com.intuit.karate.core.ParallelProcessor(10)2def futures = new ArrayList()3(1..100).each {4    def future = pp.process {5        Thread.sleep(100)6    }7    futures.add(future)8}9futures.each { it.get() }10def pp = new com.intuit.karate.core.ParallelProcessor(10)11def futures = new ArrayList()12(1..100).each {13    def future = pp.process {14        def s = com.intuit.karate.core.ScenarioContext.start('test.feature', 1, 'test', null, null)15        Thread.sleep(100)16    }17    futures.add(future)18}19futures.each { it.get() }20def pp = new com.intuit.karate.core.ParallelProcessor(10)21def futures = new ArrayList()22(1..100).each {23    def future = pp.process {24        def s = com.intuit.karate.core.ScenarioContext.start('test.feature', 1, 'test', null, null)25        Thread.sleep(100)26    }27    futures.add(future)28}29futures.each { it.get() }30def pp = new com.intuit.karate.core.ParallelProcessor(10)31def futures = new ArrayList()32(1..100).each {33    def future = pp.process {34        def s = com.intuit.karate.core.ScenarioContext.start('test.feature', 1, 'test', null, null)35        Thread.sleep(100)36    }37    futures.add(future)38}39futures.each { it.get() }40def pp = new com.intuit.karate.core.ParallelProcessor(10)41def futures = new ArrayList()42(1..100).each {43    def future = pp.process {

process

Using AI Code Generation

1import com.intuit.karate.core.ParallelProcessor2def parallelProcessor = new ParallelProcessor(5)3def results = parallelProcessor.process(scenarios)4results.forEach {5}6import com.intuit.karate.Runner;7List<String> tags = new ArrayList<>();8tags.add("~@ignore");9List<String> scenarios = new ArrayList<>();10scenarios.add("classpath:com/karate/karate-parallel.feature");11scenarios.add("classpath:com/karate/karate-parallel.feature");12Runner.Builder builder = Runner.builder();13builder.tags(tags);14builder.scenarios(scenarios);15builder.parallel(5);16List<ScenarioResult> results = builder.build().runScenarios();17results.forEach {18    System.out.println("Result: " + it);19}20import com.intuit.karate.Runner;21List<String> tags = new ArrayList<>();22tags.add("~@ignore");23List<String> scenarios = new ArrayList<>();24scenarios.add("classpath:com/karate/karate-parallel.feature");25scenarios.add("classpath:com/karate/karate-parallel.feature");26Runner.Builder builder = Runner.builder();27builder.tags(tags);28builder.scenarios(scenarios);29builder.parallel(5);30List<ScenarioResult> results = builder.build().run();31results.forEach {32    System.out.println("Result: " + it);33}

process

Using AI Code Generation

1def parallel = new com.intuit.karate.core.ParallelProcessor()2def results = parallel.process(threads, { i ->3    def thread = Thread.currentThread()4    thread.setName(name)5    Thread.sleep(1000)6})

process

Using AI Code Generation

1import com.intuit.karate.core.ParallelProcessor2def results = ParallelProcessor.process(2, { index ->3  def feature = read('classpath:com/intuit/karate/core/parallel.feature')4  karate.callSingle(feature, config)5})6import com.intuit.karate.core.ParallelRunner7def results = ParallelRunner.process(2, { index ->8  def feature = read('classpath:com/intuit/karate/core/parallel.feature')9  karate.callSingle(feature, config)10})11import com.intuit.karate.core.ParallelRunner12def results = ParallelRunner.process(2, { index ->13  def feature = read('classpath:com/intuit/karate/core/parallel.feature')14  karate.callSingle(feature, config)15})16import com.intuit.karate.core.ParallelRunner17def results = ParallelRunner.process(2, { index ->18  def feature = read('classpath:com/intuit/karate/core/parallel.feature')19  karate.callSingle(feature, config)20})21import com.intuit.karate.core.ParallelRunner22def results = ParallelRunner.process(2, { index ->23  def feature = read('classpath:com/intuit/karate/core/parallel.feature')24  karate.callSingle(feature, config)25})26import com.intuit.karate.core.ParallelRunner

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