YARN-10924. Clean up CapacityScheduler#initScheduler (#3581) Contributed by Szilard Nemeth
This commit is contained in:
Szilard Nemeth
GitHub
parent
c1a8285363
commit
66ac476b48
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@ -302,38 +302,13 @@ public class CapacityScheduler extends
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IOException, YarnException {
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writeLock.lock();
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try {
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String confProviderStr = configuration.get(
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YarnConfiguration.SCHEDULER_CONFIGURATION_STORE_CLASS,
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YarnConfiguration.DEFAULT_CONFIGURATION_STORE);
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switch (confProviderStr) {
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case YarnConfiguration.FILE_CONFIGURATION_STORE:
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this.csConfProvider =
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new FileBasedCSConfigurationProvider(rmContext);
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break;
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case YarnConfiguration.MEMORY_CONFIGURATION_STORE:
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case YarnConfiguration.LEVELDB_CONFIGURATION_STORE:
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case YarnConfiguration.ZK_CONFIGURATION_STORE:
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case YarnConfiguration.FS_CONFIGURATION_STORE:
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this.csConfProvider = new MutableCSConfigurationProvider(rmContext);
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break;
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default:
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throw new IOException("Invalid configuration store class: " +
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confProviderStr);
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}
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this.csConfProvider = getCsConfProvider(configuration);
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this.csConfProvider.init(configuration);
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this.conf = this.csConfProvider.loadConfiguration(configuration);
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validateConf(this.conf);
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this.minimumAllocation = super.getMinimumAllocation();
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initMaximumResourceCapability(super.getMaximumAllocation());
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this.calculator = this.conf.getResourceCalculator();
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if (this.calculator instanceof DefaultResourceCalculator
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&& ResourceUtils.getNumberOfKnownResourceTypes() > 2) {
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throw new YarnRuntimeException("RM uses DefaultResourceCalculator which"
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+ " used only memory as resource-type but invalid resource-types"
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+ " specified " + ResourceUtils.getResourceTypes() + ". Use"
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+ " DominantResourceCalculator instead to make effective use of"
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+ " these resource-types");
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}
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this.calculator = initResourceCalculator();
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this.usePortForNodeName = this.conf.getUsePortForNodeName();
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this.applications = new ConcurrentHashMap<>();
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this.labelManager = rmContext.getNodeLabelManager();
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@ -341,71 +316,109 @@ public class CapacityScheduler extends
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this.queueManager = new CapacitySchedulerQueueManager(yarnConf,
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this.labelManager, this.appPriorityACLManager);
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this.queueManager.setCapacitySchedulerContext(this);
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this.workflowPriorityMappingsMgr = new WorkflowPriorityMappingsManager();
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this.activitiesManager = new ActivitiesManager(rmContext);
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activitiesManager.init(conf);
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initializeQueues(this.conf);
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this.isLazyPreemptionEnabled = conf.getLazyPreemptionEnabled();
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scheduleAsynchronously = this.conf.getScheduleAynschronously();
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asyncScheduleInterval = this.conf.getLong(ASYNC_SCHEDULER_INTERVAL,
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DEFAULT_ASYNC_SCHEDULER_INTERVAL);
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this.assignMultipleEnabled = this.conf.getAssignMultipleEnabled();
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this.maxAssignPerHeartbeat = this.conf.getMaxAssignPerHeartbeat();
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this.appShouldFailFast = CapacitySchedulerConfiguration.shouldAppFailFast(
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getConfig());
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// number of threads for async scheduling
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int maxAsyncSchedulingThreads = this.conf.getInt(
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CapacitySchedulerConfiguration.SCHEDULE_ASYNCHRONOUSLY_MAXIMUM_THREAD,
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1);
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maxAsyncSchedulingThreads = Math.max(maxAsyncSchedulingThreads, 1);
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if (scheduleAsynchronously) {
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asyncSchedulerThreads = new ArrayList<>();
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for (int i = 0; i < maxAsyncSchedulingThreads; i++) {
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asyncSchedulerThreads.add(new AsyncScheduleThread(this));
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}
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resourceCommitterService = new ResourceCommitterService(this);
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asyncMaxPendingBacklogs = this.conf.getInt(
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CapacitySchedulerConfiguration.
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SCHEDULE_ASYNCHRONOUSLY_MAXIMUM_PENDING_BACKLOGS,
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CapacitySchedulerConfiguration.
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DEFAULT_SCHEDULE_ASYNCHRONOUSLY_MAXIMUM_PENDING_BACKLOGS);
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}
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this.appShouldFailFast = CapacitySchedulerConfiguration.shouldAppFailFast(getConfig());
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initAsyncSchedulingProperties();
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// Setup how many containers we can allocate for each round
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offswitchPerHeartbeatLimit = this.conf.getOffSwitchPerHeartbeatLimit();
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// Register CS specific multi-node policies to common MultiNodeManager
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// which will add to a MultiNodeSorter which gives a pre-sorted list of
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// nodes to scheduler's allocation.
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multiNodePlacementEnabled = this.conf.getMultiNodePlacementEnabled();
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if(rmContext.getMultiNodeSortingManager() != null) {
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rmContext.getMultiNodeSortingManager().registerMultiNodePolicyNames(
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multiNodePlacementEnabled,
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this.conf.getMultiNodePlacementPolicies());
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}
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LOG.info("Initialized CapacityScheduler with " + "calculator="
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+ getResourceCalculator().getClass() + ", " + "minimumAllocation="
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+ getMinimumResourceCapability() + ", " + "maximumAllocation="
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+ getMaximumResourceCapability() + ", " + "asynchronousScheduling="
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+ scheduleAsynchronously + ", " + "asyncScheduleInterval="
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+ asyncScheduleInterval + "ms" + ",multiNodePlacementEnabled="
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+ multiNodePlacementEnabled + ", " + "assignMultipleEnabled="
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+ assignMultipleEnabled + ", " + "maxAssignPerHeartbeat="
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+ maxAssignPerHeartbeat + ", " + "offswitchPerHeartbeatLimit="
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+ offswitchPerHeartbeatLimit);
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initMultiNodePlacement();
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printSchedulerInitialized();
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} finally {
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writeLock.unlock();
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}
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}
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private CSConfigurationProvider getCsConfProvider(Configuration configuration)
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throws IOException {
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String confProviderStr = configuration.get(
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YarnConfiguration.SCHEDULER_CONFIGURATION_STORE_CLASS,
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YarnConfiguration.DEFAULT_CONFIGURATION_STORE);
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switch (confProviderStr) {
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case YarnConfiguration.FILE_CONFIGURATION_STORE:
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return new FileBasedCSConfigurationProvider(rmContext);
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case YarnConfiguration.MEMORY_CONFIGURATION_STORE:
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case YarnConfiguration.LEVELDB_CONFIGURATION_STORE:
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case YarnConfiguration.ZK_CONFIGURATION_STORE:
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case YarnConfiguration.FS_CONFIGURATION_STORE:
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return new MutableCSConfigurationProvider(rmContext);
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default:
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throw new IOException("Invalid configuration store class: " + confProviderStr);
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}
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}
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private ResourceCalculator initResourceCalculator() {
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ResourceCalculator resourceCalculator = this.conf.getResourceCalculator();
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if (resourceCalculator instanceof DefaultResourceCalculator
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&& ResourceUtils.getNumberOfKnownResourceTypes() > 2) {
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throw new YarnRuntimeException("RM uses DefaultResourceCalculator which"
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+ " used only memory as resource-type but invalid resource-types"
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+ " specified " + ResourceUtils.getResourceTypes() + ". Use"
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+ " DominantResourceCalculator instead to make effective use of"
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+ " these resource-types");
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}
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return resourceCalculator;
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}
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private void initAsyncSchedulingProperties() {
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scheduleAsynchronously = this.conf.getScheduleAynschronously();
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asyncScheduleInterval = this.conf.getLong(ASYNC_SCHEDULER_INTERVAL,
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DEFAULT_ASYNC_SCHEDULER_INTERVAL);
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// number of threads for async scheduling
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int maxAsyncSchedulingThreads = this.conf.getInt(
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CapacitySchedulerConfiguration.SCHEDULE_ASYNCHRONOUSLY_MAXIMUM_THREAD, 1);
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maxAsyncSchedulingThreads = Math.max(maxAsyncSchedulingThreads, 1);
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if (scheduleAsynchronously) {
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asyncSchedulerThreads = new ArrayList<>();
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for (int i = 0; i < maxAsyncSchedulingThreads; i++) {
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asyncSchedulerThreads.add(new AsyncScheduleThread(this));
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}
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resourceCommitterService = new ResourceCommitterService(this);
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asyncMaxPendingBacklogs = this.conf.getInt(
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CapacitySchedulerConfiguration.
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SCHEDULE_ASYNCHRONOUSLY_MAXIMUM_PENDING_BACKLOGS,
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CapacitySchedulerConfiguration.
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DEFAULT_SCHEDULE_ASYNCHRONOUSLY_MAXIMUM_PENDING_BACKLOGS);
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}
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}
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private void initMultiNodePlacement() {
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// Register CS specific multi-node policies to common MultiNodeManager
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// which will add to a MultiNodeSorter which gives a pre-sorted list of
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// nodes to scheduler's allocation.
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multiNodePlacementEnabled = this.conf.getMultiNodePlacementEnabled();
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if (rmContext.getMultiNodeSortingManager() != null) {
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rmContext.getMultiNodeSortingManager().registerMultiNodePolicyNames(
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multiNodePlacementEnabled,
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this.conf.getMultiNodePlacementPolicies());
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}
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}
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private void printSchedulerInitialized() {
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LOG.info("Initialized CapacityScheduler with calculator={}, minimumAllocation={}, " +
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"maximumAllocation={}, asynchronousScheduling={}, asyncScheduleInterval={} ms, " +
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"multiNodePlacementEnabled={}, assignMultipleEnabled={}, maxAssignPerHeartbeat={}, " +
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"offswitchPerHeartbeatLimit={}",
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getResourceCalculator().getClass(),
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getMinimumResourceCapability(),
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getMaximumResourceCapability(),
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scheduleAsynchronously,
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asyncScheduleInterval,
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multiNodePlacementEnabled,
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assignMultipleEnabled,
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maxAssignPerHeartbeat,
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offswitchPerHeartbeatLimit);
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}
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private void startSchedulerThreads() {
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writeLock.lock();
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try {
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