Examples with PhysicalSlotProviderImpl org.apache.flink.runtime.jobmaster.slotpool.PhysicalSlotProviderImpl used on opensource projects

Example 1 with PhysicalSlotProviderImpl

use of org.apache.flink.runtime.jobmaster.slotpool.PhysicalSlotProviderImpl in project flink by apache.

the class AdaptiveBatchSchedulerFactory method createInstance.

@Override
public SchedulerNG createInstance(Logger log, JobGraph jobGraph, Executor ioExecutor, Configuration jobMasterConfiguration, SlotPoolService slotPoolService, ScheduledExecutorService futureExecutor, ClassLoader userCodeLoader, CheckpointRecoveryFactory checkpointRecoveryFactory, Time rpcTimeout, BlobWriter blobWriter, JobManagerJobMetricGroup jobManagerJobMetricGroup, Time slotRequestTimeout, ShuffleMaster<?> shuffleMaster, JobMasterPartitionTracker partitionTracker, ExecutionDeploymentTracker executionDeploymentTracker, long initializationTimestamp, ComponentMainThreadExecutor mainThreadExecutor, FatalErrorHandler fatalErrorHandler, JobStatusListener jobStatusListener) throws Exception {
    checkState(jobGraph.getJobType() == JobType.BATCH, "Adaptive batch scheduler only supports batch jobs");
    checkAllExchangesBlocking(jobGraph);
    final SlotPool slotPool = slotPoolService.castInto(SlotPool.class).orElseThrow(() -> new IllegalStateException("The DefaultScheduler requires a SlotPool."));
    final SlotSelectionStrategy slotSelectionStrategy = SlotSelectionStrategyUtils.selectSlotSelectionStrategy(JobType.BATCH, jobMasterConfiguration);
    final PhysicalSlotRequestBulkChecker bulkChecker = PhysicalSlotRequestBulkCheckerImpl.createFromSlotPool(slotPool, SystemClock.getInstance());
    final PhysicalSlotProvider physicalSlotProvider = new PhysicalSlotProviderImpl(slotSelectionStrategy, slotPool);
    final ExecutionSlotAllocatorFactory allocatorFactory = new SlotSharingExecutionSlotAllocatorFactory(physicalSlotProvider, false, bulkChecker, slotRequestTimeout);
    final RestartBackoffTimeStrategy restartBackoffTimeStrategy = RestartBackoffTimeStrategyFactoryLoader.createRestartBackoffTimeStrategyFactory(jobGraph.getSerializedExecutionConfig().deserializeValue(userCodeLoader).getRestartStrategy(), jobMasterConfiguration, jobGraph.isCheckpointingEnabled()).create();
    log.info("Using restart back off time strategy {} for {} ({}).", restartBackoffTimeStrategy, jobGraph.getName(), jobGraph.getJobID());
    final ExecutionGraphFactory executionGraphFactory = new DefaultExecutionGraphFactory(jobMasterConfiguration, userCodeLoader, executionDeploymentTracker, futureExecutor, ioExecutor, rpcTimeout, jobManagerJobMetricGroup, blobWriter, shuffleMaster, partitionTracker, true);
    return new AdaptiveBatchScheduler(log, jobGraph, ioExecutor, jobMasterConfiguration, bulkChecker::start, new ScheduledExecutorServiceAdapter(futureExecutor), userCodeLoader, new CheckpointsCleaner(), checkpointRecoveryFactory, jobManagerJobMetricGroup, new VertexwiseSchedulingStrategy.Factory(), FailoverStrategyFactoryLoader.loadFailoverStrategyFactory(jobMasterConfiguration), restartBackoffTimeStrategy, new DefaultExecutionVertexOperations(), new ExecutionVertexVersioner(), allocatorFactory, initializationTimestamp, mainThreadExecutor, jobStatusListener, executionGraphFactory, shuffleMaster, rpcTimeout, DefaultVertexParallelismDecider.from(jobMasterConfiguration), jobMasterConfiguration.getInteger(JobManagerOptions.ADAPTIVE_BATCH_SCHEDULER_MAX_PARALLELISM));
}

Example 2 with PhysicalSlotProviderImpl

use of org.apache.flink.runtime.jobmaster.slotpool.PhysicalSlotProviderImpl in project flink by apache.

the class DefaultSchedulerTest method testStatusMetrics.

@Test
public void testStatusMetrics() throws Exception {
    // running time acts as a stand-in for generic status time metrics
    final CompletableFuture<Gauge<Long>> runningTimeMetricFuture = new CompletableFuture<>();
    final MetricRegistry metricRegistry = TestingMetricRegistry.builder().setRegisterConsumer((metric, name, group) -> {
        switch(name) {
            case "runningTimeTotal":
                runningTimeMetricFuture.complete((Gauge<Long>) metric);
                break;
        }
    }).build();
    final JobGraph jobGraph = singleNonParallelJobVertexJobGraph();
    final JobVertex onlyJobVertex = getOnlyJobVertex(jobGraph);
    final Configuration configuration = new Configuration();
    configuration.set(MetricOptions.JOB_STATUS_METRICS, Arrays.asList(MetricOptions.JobStatusMetrics.TOTAL_TIME));
    final ComponentMainThreadExecutor singleThreadMainThreadExecutor = ComponentMainThreadExecutorServiceAdapter.forSingleThreadExecutor(scheduledExecutorService);
    final Time slotTimeout = Time.milliseconds(5L);
    final SlotPool slotPool = new DeclarativeSlotPoolBridgeBuilder().setBatchSlotTimeout(slotTimeout).buildAndStart(singleThreadMainThreadExecutor);
    final PhysicalSlotProvider slotProvider = new PhysicalSlotProviderImpl(LocationPreferenceSlotSelectionStrategy.createDefault(), slotPool);
    final DefaultScheduler scheduler = createSchedulerBuilder(jobGraph, singleThreadMainThreadExecutor).setJobMasterConfiguration(configuration).setJobManagerJobMetricGroup(JobManagerMetricGroup.createJobManagerMetricGroup(metricRegistry, "localhost").addJob(new JobID(), "jobName")).setExecutionSlotAllocatorFactory(SchedulerTestingUtils.newSlotSharingExecutionSlotAllocatorFactory(slotProvider, slotTimeout)).build();
    final AdaptiveSchedulerTest.SubmissionBufferingTaskManagerGateway taskManagerGateway = new AdaptiveSchedulerTest.SubmissionBufferingTaskManagerGateway(1);
    taskManagerGateway.setCancelConsumer(executionAttemptId -> {
        singleThreadMainThreadExecutor.execute(() -> scheduler.updateTaskExecutionState(new TaskExecutionState(executionAttemptId, ExecutionState.CANCELED)));
    });
    singleThreadMainThreadExecutor.execute(() -> {
        scheduler.startScheduling();
        offerSlots(slotPool, createSlotOffersForResourceRequirements(ResourceCounter.withResource(ResourceProfile.UNKNOWN, 1)), taskManagerGateway);
    });
    // wait for the first task submission
    taskManagerGateway.waitForSubmissions(1, Duration.ofSeconds(5));
    // sleep a bit to ensure uptime is > 0
    Thread.sleep(10L);
    final Gauge<Long> runningTimeGauge = runningTimeMetricFuture.get();
    Assert.assertThat(runningTimeGauge.getValue(), greaterThan(0L));
}

Example 3 with PhysicalSlotProviderImpl

use of org.apache.flink.runtime.jobmaster.slotpool.PhysicalSlotProviderImpl in project flink by apache.

the class ExecutionGraphRestartTest method createExecutionSlotAllocatorFactory.

private static ExecutionSlotAllocatorFactory createExecutionSlotAllocatorFactory(SlotPool slotPool) throws Exception {
    setupSlotPool(slotPool);
    PhysicalSlotProvider physicalSlotProvider = new PhysicalSlotProviderImpl(LocationPreferenceSlotSelectionStrategy.createDefault(), slotPool);
    return SchedulerTestingUtils.newSlotSharingExecutionSlotAllocatorFactory(physicalSlotProvider);
}

Example 4 with PhysicalSlotProviderImpl

use of org.apache.flink.runtime.jobmaster.slotpool.PhysicalSlotProviderImpl in project flink by apache.

the class DefaultSchedulerComponents method createPipelinedRegionSchedulerComponents.

private static DefaultSchedulerComponents createPipelinedRegionSchedulerComponents(final JobType jobType, final Configuration jobMasterConfiguration, final SlotPool slotPool, final Time slotRequestTimeout) {
    final SlotSelectionStrategy slotSelectionStrategy = SlotSelectionStrategyUtils.selectSlotSelectionStrategy(jobType, jobMasterConfiguration);
    final PhysicalSlotRequestBulkChecker bulkChecker = PhysicalSlotRequestBulkCheckerImpl.createFromSlotPool(slotPool, SystemClock.getInstance());
    final PhysicalSlotProvider physicalSlotProvider = new PhysicalSlotProviderImpl(slotSelectionStrategy, slotPool);
    final ExecutionSlotAllocatorFactory allocatorFactory = new SlotSharingExecutionSlotAllocatorFactory(physicalSlotProvider, jobType == JobType.STREAMING, bulkChecker, slotRequestTimeout);
    return new DefaultSchedulerComponents(new PipelinedRegionSchedulingStrategy.Factory(), bulkChecker::start, allocatorFactory);
}

Example 5 with PhysicalSlotProviderImpl

use of org.apache.flink.runtime.jobmaster.slotpool.PhysicalSlotProviderImpl in project flink by apache.

the class DefaultSchedulerBatchSchedulingTest method testSchedulingOfJobWithFewerSlotsThanParallelism.

/**
 * Tests that a batch job can be executed with fewer slots than its parallelism. See FLINK-13187
 * for more information.
 */
@Test
public void testSchedulingOfJobWithFewerSlotsThanParallelism() throws Exception {
    final int parallelism = 5;
    final Time batchSlotTimeout = Time.milliseconds(5L);
    final JobGraph jobGraph = createBatchJobGraph(parallelism);
    try (final SlotPool slotPool = createSlotPool(mainThreadExecutor, batchSlotTimeout)) {
        final ArrayBlockingQueue<ExecutionAttemptID> submittedTasksQueue = new ArrayBlockingQueue<>(parallelism);
        TestingTaskExecutorGateway testingTaskExecutorGateway = new TestingTaskExecutorGatewayBuilder().setSubmitTaskConsumer((tdd, ignored) -> {
            submittedTasksQueue.offer(tdd.getExecutionAttemptId());
            return CompletableFuture.completedFuture(Acknowledge.get());
        }).createTestingTaskExecutorGateway();
        final PhysicalSlotProvider slotProvider = new PhysicalSlotProviderImpl(LocationPreferenceSlotSelectionStrategy.createDefault(), slotPool);
        final GloballyTerminalJobStatusListener jobStatusListener = new GloballyTerminalJobStatusListener();
        final SchedulerNG scheduler = createScheduler(jobGraph, mainThreadExecutor, slotProvider, batchSlotTimeout, jobStatusListener);
        CompletableFuture.runAsync(scheduler::startScheduling, mainThreadExecutor).join();
        // register a single slot at the slot pool
        SlotPoolUtils.offerSlots(slotPool, mainThreadExecutor, Collections.singletonList(ResourceProfile.ANY), new RpcTaskManagerGateway(testingTaskExecutorGateway, JobMasterId.generate()));
        // wait until the batch slot timeout has been reached
        Thread.sleep(batchSlotTimeout.toMilliseconds());
        final CompletableFuture<JobStatus> terminationFuture = jobStatusListener.getTerminationFuture();
        for (int i = 0; i < parallelism; i++) {
            final CompletableFuture<ExecutionAttemptID> submittedTaskFuture = CompletableFuture.supplyAsync(CheckedSupplier.unchecked(submittedTasksQueue::take));
            // wait until one of them is completed
            CompletableFuture.anyOf(submittedTaskFuture, terminationFuture).join();
            if (submittedTaskFuture.isDone()) {
                finishExecution(submittedTaskFuture.get(), scheduler, mainThreadExecutor);
            } else {
                fail(String.format("Job reached a globally terminal state %s before all executions were finished.", terminationFuture.get()));
            }
        }
        assertThat(terminationFuture.get(), is(JobStatus.FINISHED));
    }
}