YARN-5776. Checkstyle: MonitoringThread.Run method length is too long (miklos.szegedi@cloudera.com via rkanter)
This commit is contained in:
Robert Kanter
parent
dd4ed6a587
commit
9449519a25
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@ -48,10 +48,14 @@ import java.util.Map;
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import java.util.Map.Entry;
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import java.util.concurrent.ConcurrentHashMap;
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/**
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* Monitors containers collecting resource usage and preempting the container
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* if it exceeds its limits.
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*/
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public class ContainersMonitorImpl extends AbstractService implements
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ContainersMonitor {
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final static Log LOG = LogFactory
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private final static Log LOG = LogFactory
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.getLog(ContainersMonitorImpl.class);
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private long monitoringInterval;
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@ -66,7 +70,7 @@ public class ContainersMonitorImpl extends AbstractService implements
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private final ContainerExecutor containerExecutor;
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private final Dispatcher eventDispatcher;
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protected final Context context;
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private final Context context;
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private ResourceCalculatorPlugin resourceCalculatorPlugin;
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private Configuration conf;
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private static float vmemRatio;
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@ -84,15 +88,18 @@ public class ContainersMonitorImpl extends AbstractService implements
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private static final long UNKNOWN_MEMORY_LIMIT = -1L;
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private int nodeCpuPercentageForYARN;
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/**
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* Type of container metric.
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*/
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@Private
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public static enum ContainerMetric {
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public enum ContainerMetric {
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CPU, MEMORY
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}
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private ResourceUtilization containersUtilization;
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// Tracks the aggregated allocation of the currently allocated containers
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// when queuing of containers at the NMs is enabled.
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private ResourceUtilization containersAllocation;
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private final ResourceUtilization containersAllocation;
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private volatile boolean stopped = false;
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@ -111,44 +118,47 @@ public class ContainersMonitorImpl extends AbstractService implements
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}
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@Override
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protected void serviceInit(Configuration conf) throws Exception {
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protected void serviceInit(Configuration myConf) throws Exception {
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this.conf = myConf;
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this.monitoringInterval =
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conf.getLong(YarnConfiguration.NM_CONTAINER_MON_INTERVAL_MS,
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conf.getLong(YarnConfiguration.NM_RESOURCE_MON_INTERVAL_MS,
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this.conf.getLong(YarnConfiguration.NM_CONTAINER_MON_INTERVAL_MS,
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this.conf.getLong(YarnConfiguration.NM_RESOURCE_MON_INTERVAL_MS,
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YarnConfiguration.DEFAULT_NM_RESOURCE_MON_INTERVAL_MS));
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Class<? extends ResourceCalculatorPlugin> clazz =
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conf.getClass(YarnConfiguration.NM_CONTAINER_MON_RESOURCE_CALCULATOR,
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conf.getClass(
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this.conf.getClass(YarnConfiguration
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.NM_CONTAINER_MON_RESOURCE_CALCULATOR,
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this.conf.getClass(
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YarnConfiguration.NM_MON_RESOURCE_CALCULATOR, null,
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ResourceCalculatorPlugin.class),
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ResourceCalculatorPlugin.class);
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this.resourceCalculatorPlugin =
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ResourceCalculatorPlugin.getResourceCalculatorPlugin(clazz, conf);
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ResourceCalculatorPlugin.getResourceCalculatorPlugin(clazz, this.conf);
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LOG.info(" Using ResourceCalculatorPlugin : "
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+ this.resourceCalculatorPlugin);
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processTreeClass = conf.getClass(YarnConfiguration.NM_CONTAINER_MON_PROCESS_TREE, null,
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processTreeClass = this.conf.getClass(
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YarnConfiguration.NM_CONTAINER_MON_PROCESS_TREE, null,
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ResourceCalculatorProcessTree.class);
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this.conf = conf;
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LOG.info(" Using ResourceCalculatorProcessTree : "
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+ this.processTreeClass);
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this.containerMetricsEnabled =
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conf.getBoolean(YarnConfiguration.NM_CONTAINER_METRICS_ENABLE,
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this.conf.getBoolean(YarnConfiguration.NM_CONTAINER_METRICS_ENABLE,
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YarnConfiguration.DEFAULT_NM_CONTAINER_METRICS_ENABLE);
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this.containerMetricsPeriodMs =
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conf.getLong(YarnConfiguration.NM_CONTAINER_METRICS_PERIOD_MS,
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this.conf.getLong(YarnConfiguration.NM_CONTAINER_METRICS_PERIOD_MS,
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YarnConfiguration.DEFAULT_NM_CONTAINER_METRICS_PERIOD_MS);
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this.containerMetricsUnregisterDelayMs = conf.getLong(
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this.containerMetricsUnregisterDelayMs = this.conf.getLong(
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YarnConfiguration.NM_CONTAINER_METRICS_UNREGISTER_DELAY_MS,
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YarnConfiguration.DEFAULT_NM_CONTAINER_METRICS_UNREGISTER_DELAY_MS);
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long configuredPMemForContainers =
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NodeManagerHardwareUtils.getContainerMemoryMB(
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this.resourceCalculatorPlugin, conf) * 1024 * 1024L;
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this.resourceCalculatorPlugin, this.conf) * 1024 * 1024L;
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long configuredVCoresForContainers =
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NodeManagerHardwareUtils.getVCores(this.resourceCalculatorPlugin, conf);
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NodeManagerHardwareUtils.getVCores(this.resourceCalculatorPlugin,
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this.conf);
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// Setting these irrespective of whether checks are enabled. Required in
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// the UI.
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@ -157,16 +167,18 @@ public class ContainersMonitorImpl extends AbstractService implements
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this.maxVCoresAllottedForContainers = configuredVCoresForContainers;
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// ///////// Virtual memory configuration //////
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vmemRatio = conf.getFloat(YarnConfiguration.NM_VMEM_PMEM_RATIO,
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vmemRatio = this.conf.getFloat(YarnConfiguration.NM_VMEM_PMEM_RATIO,
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YarnConfiguration.DEFAULT_NM_VMEM_PMEM_RATIO);
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Preconditions.checkArgument(vmemRatio > 0.99f,
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YarnConfiguration.NM_VMEM_PMEM_RATIO + " should be at least 1.0");
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this.maxVmemAllottedForContainers =
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(long) (vmemRatio * configuredPMemForContainers);
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pmemCheckEnabled = conf.getBoolean(YarnConfiguration.NM_PMEM_CHECK_ENABLED,
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pmemCheckEnabled = this.conf.getBoolean(
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YarnConfiguration.NM_PMEM_CHECK_ENABLED,
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YarnConfiguration.DEFAULT_NM_PMEM_CHECK_ENABLED);
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vmemCheckEnabled = conf.getBoolean(YarnConfiguration.NM_VMEM_CHECK_ENABLED,
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vmemCheckEnabled = this.conf.getBoolean(
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YarnConfiguration.NM_VMEM_CHECK_ENABLED,
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YarnConfiguration.DEFAULT_NM_VMEM_CHECK_ENABLED);
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LOG.info("Physical memory check enabled: " + pmemCheckEnabled);
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LOG.info("Virtual memory check enabled: " + vmemCheckEnabled);
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@ -175,7 +187,7 @@ public class ContainersMonitorImpl extends AbstractService implements
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LOG.info("ContainersMonitor enabled: " + containersMonitorEnabled);
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nodeCpuPercentageForYARN =
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NodeManagerHardwareUtils.getNodeCpuPercentage(conf);
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NodeManagerHardwareUtils.getNodeCpuPercentage(this.conf);
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if (pmemCheckEnabled) {
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// Logging if actual pmem cannot be determined.
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@ -201,7 +213,7 @@ public class ContainersMonitorImpl extends AbstractService implements
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1) + "). Thrashing might happen.");
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}
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}
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super.serviceInit(conf);
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super.serviceInit(this.conf);
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}
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private boolean isContainerMonitorEnabled() {
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@ -241,12 +253,15 @@ public class ContainersMonitorImpl extends AbstractService implements
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try {
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this.monitoringThread.join();
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} catch (InterruptedException e) {
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;
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LOG.info("ContainersMonitorImpl monitoring thread interrupted");
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}
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}
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super.serviceStop();
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}
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/**
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* Encapsulates resource requirements of a process and its tree.
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*/
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public static class ProcessTreeInfo {
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private ContainerId containerId;
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private String pid;
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@ -278,49 +293,49 @@ public class ContainersMonitorImpl extends AbstractService implements
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this.pid = pid;
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}
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public ResourceCalculatorProcessTree getProcessTree() {
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ResourceCalculatorProcessTree getProcessTree() {
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return this.pTree;
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}
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public void setProcessTree(ResourceCalculatorProcessTree pTree) {
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this.pTree = pTree;
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void setProcessTree(ResourceCalculatorProcessTree mypTree) {
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this.pTree = mypTree;
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}
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/**
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* @return Virtual memory limit for the process tree in bytes
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*/
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public synchronized long getVmemLimit() {
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synchronized long getVmemLimit() {
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return this.vmemLimit;
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}
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/**
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* @return Physical memory limit for the process tree in bytes
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*/
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public synchronized long getPmemLimit() {
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synchronized long getPmemLimit() {
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return this.pmemLimit;
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}
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/**
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* @return Number of cpu vcores assigned
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*/
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public synchronized int getCpuVcores() {
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synchronized int getCpuVcores() {
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return this.cpuVcores;
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}
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/**
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* Set resource limit for enforcement
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* @param pmemLimit
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* Set resource limit for enforcement.
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* @param myPmemLimit
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* Physical memory limit for the process tree in bytes
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* @param vmemLimit
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* @param myVmemLimit
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* Virtual memory limit for the process tree in bytes
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* @param cpuVcores
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* @param myCpuVcores
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* Number of cpu vcores assigned
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*/
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public synchronized void setResourceLimit(
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long pmemLimit, long vmemLimit, int cpuVcores) {
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this.pmemLimit = pmemLimit;
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this.vmemLimit = vmemLimit;
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this.cpuVcores = cpuVcores;
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synchronized void setResourceLimit(
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long myPmemLimit, long myVmemLimit, int myCpuVcores) {
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this.pmemLimit = myPmemLimit;
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this.vmemLimit = myVmemLimit;
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this.cpuVcores = myCpuVcores;
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}
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}
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@ -354,7 +369,7 @@ public class ContainersMonitorImpl extends AbstractService implements
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* or if processes in the tree, older than this thread's monitoring
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* interval, exceed the memory limit. False, otherwise.
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*/
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boolean isProcessTreeOverLimit(String containerId,
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private boolean isProcessTreeOverLimit(String containerId,
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long currentMemUsage,
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long curMemUsageOfAgedProcesses,
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long vmemLimit) {
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@ -388,7 +403,7 @@ public class ContainersMonitorImpl extends AbstractService implements
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}
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private class MonitoringThread extends Thread {
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public MonitoringThread() {
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MonitoringThread() {
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super("Container Monitor");
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}
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@ -425,43 +440,8 @@ public class ContainersMonitorImpl extends AbstractService implements
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try {
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String pId = ptInfo.getPID();
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// Initialize any uninitialized processTrees
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if (pId == null) {
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// get pid from ContainerId
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pId = containerExecutor.getProcessId(ptInfo.getContainerId());
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if (pId != null) {
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// pId will be null, either if the container is not spawned yet
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// or if the container's pid is removed from ContainerExecutor
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LOG.debug("Tracking ProcessTree " + pId
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+ " for the first time");
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ResourceCalculatorProcessTree pt =
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ResourceCalculatorProcessTree.
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getResourceCalculatorProcessTree(
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pId, processTreeClass, conf);
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ptInfo.setPid(pId);
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ptInfo.setProcessTree(pt);
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if (containerMetricsEnabled) {
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ContainerMetrics usageMetrics = ContainerMetrics
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.forContainer(containerId, containerMetricsPeriodMs,
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containerMetricsUnregisterDelayMs);
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usageMetrics.recordProcessId(pId);
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}
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Container container = context.getContainers().get(containerId);
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String[] ipAndHost = containerExecutor.getIpAndHost(container);
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if (ipAndHost != null && ipAndHost[0] != null
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&& ipAndHost[1] != null) {
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container.setIpAndHost(ipAndHost);
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LOG.info(containerId + "'s ip = " + ipAndHost[0]
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+ ", and hostname = " + ipAndHost[1]);
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} else {
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LOG.info("Can not get both ip and hostname: " + Arrays
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.toString(ipAndHost));
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}
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}
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}
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// End of initializing any uninitialized processTrees
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// Initialize uninitialized process trees
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initializeProcessTrees(entry);
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if (pId == null || !isResourceCalculatorAvailable()) {
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continue; // processTree cannot be tracked
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@ -487,74 +467,11 @@ public class ContainersMonitorImpl extends AbstractService implements
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continue;
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}
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float cpuUsageTotalCoresPercentage = cpuUsagePercentPerCore /
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resourceCalculatorPlugin.getNumProcessors();
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recordUsage(containerId, pId, pTree, ptInfo, currentVmemUsage,
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currentPmemUsage, trackedContainersUtilization);
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// Multiply by 1000 to avoid losing data when converting to int
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int milliVcoresUsed = (int) (cpuUsageTotalCoresPercentage * 1000
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* maxVCoresAllottedForContainers /nodeCpuPercentageForYARN);
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// as processes begin with an age 1, we want to see if there
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// are processes more than 1 iteration old.
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long curMemUsageOfAgedProcesses = pTree.getVirtualMemorySize(1);
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long curRssMemUsageOfAgedProcesses = pTree.getRssMemorySize(1);
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long vmemLimit = ptInfo.getVmemLimit();
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long pmemLimit = ptInfo.getPmemLimit();
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if (LOG.isDebugEnabled()) {
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LOG.debug(String.format(
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"Memory usage of ProcessTree %s for container-id %s: ",
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pId, containerId.toString()) +
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formatUsageString(
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currentVmemUsage, vmemLimit,
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currentPmemUsage, pmemLimit));
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}
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// Add resource utilization for this container
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trackedContainersUtilization.addTo(
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(int) (currentPmemUsage >> 20),
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(int) (currentVmemUsage >> 20),
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milliVcoresUsed / 1000.0f);
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// Add usage to container metrics
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if (containerMetricsEnabled) {
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ContainerMetrics.forContainer(
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containerId, containerMetricsPeriodMs,
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containerMetricsUnregisterDelayMs).recordMemoryUsage(
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(int) (currentPmemUsage >> 20));
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ContainerMetrics.forContainer(
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containerId, containerMetricsPeriodMs,
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containerMetricsUnregisterDelayMs).recordCpuUsage
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((int)cpuUsagePercentPerCore, milliVcoresUsed);
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}
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boolean isMemoryOverLimit = false;
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String msg = "";
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int containerExitStatus = ContainerExitStatus.INVALID;
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if (isVmemCheckEnabled()
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&& isProcessTreeOverLimit(containerId.toString(),
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currentVmemUsage, curMemUsageOfAgedProcesses, vmemLimit)) {
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// Container (the root process) is still alive and overflowing
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// memory.
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// Dump the process-tree and then clean it up.
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msg = formatErrorMessage("virtual",
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currentVmemUsage, vmemLimit,
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currentPmemUsage, pmemLimit,
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pId, containerId, pTree);
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isMemoryOverLimit = true;
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containerExitStatus = ContainerExitStatus.KILLED_EXCEEDED_VMEM;
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} else if (isPmemCheckEnabled()
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&& isProcessTreeOverLimit(containerId.toString(),
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currentPmemUsage, curRssMemUsageOfAgedProcesses,
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pmemLimit)) {
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// Container (the root process) is still alive and overflowing
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// memory.
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// Dump the process-tree and then clean it up.
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msg = formatErrorMessage("physical",
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currentVmemUsage, vmemLimit,
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currentPmemUsage, pmemLimit,
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pId, containerId, pTree);
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isMemoryOverLimit = true;
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containerExitStatus = ContainerExitStatus.KILLED_EXCEEDED_PMEM;
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}
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checkLimit(containerId, pId, pTree, ptInfo,
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currentVmemUsage, currentPmemUsage);
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// Accounting the total memory in usage for all containers
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vmemUsageByAllContainers += currentVmemUsage;
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@ -563,32 +480,8 @@ public class ContainersMonitorImpl extends AbstractService implements
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cpuUsagePercentPerCoreByAllContainers += cpuUsagePercentPerCore;
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cpuUsageTotalCoresByAllContainers += cpuUsagePercentPerCore;
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if (isMemoryOverLimit) {
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// Virtual or physical memory over limit. Fail the container and
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// remove
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// the corresponding process tree
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LOG.warn(msg);
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// warn if not a leader
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if (!pTree.checkPidPgrpidForMatch()) {
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LOG.error("Killed container process with PID " + pId
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+ " but it is not a process group leader.");
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}
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// kill the container
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eventDispatcher.getEventHandler().handle(
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new ContainerKillEvent(containerId,
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containerExitStatus, msg));
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trackingContainers.remove(containerId);
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LOG.info("Removed ProcessTree with root " + pId);
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}
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ContainerImpl container =
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(ContainerImpl) context.getContainers().get(containerId);
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NMTimelinePublisher nmMetricsPublisher =
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container.getNMTimelinePublisher();
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if (nmMetricsPublisher != null) {
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nmMetricsPublisher.reportContainerResourceUsage(container,
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currentPmemUsage, cpuUsagePercentPerCore);
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}
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reportResourceUsage(containerId, currentPmemUsage,
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cpuUsagePercentPerCore);
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} catch (Exception e) {
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// Log the exception and proceed to the next container.
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LOG.warn("Uncaught exception in ContainersMonitorImpl "
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@ -617,21 +510,226 @@ public class ContainersMonitorImpl extends AbstractService implements
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}
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}
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/**
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* Initialize any uninitialized processTrees.
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* @param entry process tree entry to fill in
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*/
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private void initializeProcessTrees(
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Entry<ContainerId, ProcessTreeInfo> entry) {
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ContainerId containerId = entry.getKey();
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ProcessTreeInfo ptInfo = entry.getValue();
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String pId = ptInfo.getPID();
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// Initialize any uninitialized processTrees
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if (pId == null) {
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// get pid from ContainerId
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pId = containerExecutor.getProcessId(ptInfo.getContainerId());
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if (pId != null) {
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// pId will be null, either if the container is not spawned yet
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// or if the container's pid is removed from ContainerExecutor
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LOG.debug("Tracking ProcessTree " + pId
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+ " for the first time");
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ResourceCalculatorProcessTree pt =
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ResourceCalculatorProcessTree.
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getResourceCalculatorProcessTree(
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pId, processTreeClass, conf);
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ptInfo.setPid(pId);
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ptInfo.setProcessTree(pt);
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if (containerMetricsEnabled) {
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ContainerMetrics usageMetrics = ContainerMetrics
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.forContainer(containerId, containerMetricsPeriodMs,
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containerMetricsUnregisterDelayMs);
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usageMetrics.recordProcessId(pId);
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}
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Container container = context.getContainers().get(containerId);
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String[] ipAndHost = containerExecutor.getIpAndHost(container);
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if (ipAndHost != null && ipAndHost[0] != null
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&& ipAndHost[1] != null) {
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container.setIpAndHost(ipAndHost);
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LOG.info(containerId + "'s ip = " + ipAndHost[0]
|
||||
+ ", and hostname = " + ipAndHost[1]);
|
||||
} else {
|
||||
LOG.info("Can not get both ip and hostname: " + Arrays
|
||||
.toString(ipAndHost));
|
||||
}
|
||||
}
|
||||
}
|
||||
// End of initializing any uninitialized processTrees
|
||||
}
|
||||
|
||||
/**
|
||||
* Record usage metrics.
|
||||
* @param containerId container id
|
||||
* @param pId process id
|
||||
* @param pTree valid process tree entry with CPU measurement
|
||||
* @param ptInfo process tree info with limit information
|
||||
* @param currentVmemUsage virtual memory measurement
|
||||
* @param currentPmemUsage physical memory measurement
|
||||
* @param trackedContainersUtilization utilization tracker to update
|
||||
*/
|
||||
private void recordUsage(ContainerId containerId, String pId,
|
||||
ResourceCalculatorProcessTree pTree,
|
||||
ProcessTreeInfo ptInfo,
|
||||
long currentVmemUsage, long currentPmemUsage,
|
||||
ResourceUtilization trackedContainersUtilization) {
|
||||
float cpuUsagePercentPerCore = pTree.getCpuUsagePercent();
|
||||
float cpuUsageTotalCoresPercentage = cpuUsagePercentPerCore /
|
||||
resourceCalculatorPlugin.getNumProcessors();
|
||||
|
||||
// Multiply by 1000 to avoid losing data when converting to int
|
||||
int milliVcoresUsed = (int) (cpuUsageTotalCoresPercentage * 1000
|
||||
* maxVCoresAllottedForContainers /nodeCpuPercentageForYARN);
|
||||
long vmemLimit = ptInfo.getVmemLimit();
|
||||
long pmemLimit = ptInfo.getPmemLimit();
|
||||
if (LOG.isDebugEnabled()) {
|
||||
LOG.debug(String.format(
|
||||
"Memory usage of ProcessTree %s for container-id %s: ",
|
||||
pId, containerId.toString()) +
|
||||
formatUsageString(
|
||||
currentVmemUsage, vmemLimit,
|
||||
currentPmemUsage, pmemLimit));
|
||||
}
|
||||
|
||||
// Add resource utilization for this container
|
||||
trackedContainersUtilization.addTo(
|
||||
(int) (currentPmemUsage >> 20),
|
||||
(int) (currentVmemUsage >> 20),
|
||||
milliVcoresUsed / 1000.0f);
|
||||
|
||||
// Add usage to container metrics
|
||||
if (containerMetricsEnabled) {
|
||||
ContainerMetrics.forContainer(
|
||||
containerId, containerMetricsPeriodMs,
|
||||
containerMetricsUnregisterDelayMs).recordMemoryUsage(
|
||||
(int) (currentPmemUsage >> 20));
|
||||
ContainerMetrics.forContainer(
|
||||
containerId, containerMetricsPeriodMs,
|
||||
containerMetricsUnregisterDelayMs).recordCpuUsage((int)
|
||||
cpuUsagePercentPerCore, milliVcoresUsed);
|
||||
}
|
||||
}
|
||||
|
||||
/**
|
||||
* Check resource limits and take actions if the limit is exceeded.
|
||||
* @param containerId container id
|
||||
* @param pId process id
|
||||
* @param pTree valid process tree entry with CPU measurement
|
||||
* @param ptInfo process tree info with limit information
|
||||
* @param currentVmemUsage virtual memory measurement
|
||||
* @param currentPmemUsage physical memory measurement
|
||||
*/
|
||||
@SuppressWarnings("unchecked")
|
||||
private void checkLimit(ContainerId containerId, String pId,
|
||||
ResourceCalculatorProcessTree pTree,
|
||||
ProcessTreeInfo ptInfo,
|
||||
long currentVmemUsage,
|
||||
long currentPmemUsage) {
|
||||
boolean isMemoryOverLimit = false;
|
||||
long vmemLimit = ptInfo.getVmemLimit();
|
||||
long pmemLimit = ptInfo.getPmemLimit();
|
||||
// as processes begin with an age 1, we want to see if there
|
||||
// are processes more than 1 iteration old.
|
||||
long curMemUsageOfAgedProcesses = pTree.getVirtualMemorySize(1);
|
||||
long curRssMemUsageOfAgedProcesses = pTree.getRssMemorySize(1);
|
||||
String msg = "";
|
||||
int containerExitStatus = ContainerExitStatus.INVALID;
|
||||
if (isVmemCheckEnabled()
|
||||
&& isProcessTreeOverLimit(containerId.toString(),
|
||||
currentVmemUsage, curMemUsageOfAgedProcesses, vmemLimit)) {
|
||||
// Container (the root process) is still alive and overflowing
|
||||
// memory.
|
||||
// Dump the process-tree and then clean it up.
|
||||
msg = formatErrorMessage("virtual",
|
||||
formatUsageString(currentVmemUsage, vmemLimit,
|
||||
currentPmemUsage, pmemLimit),
|
||||
pId, containerId, pTree);
|
||||
isMemoryOverLimit = true;
|
||||
containerExitStatus = ContainerExitStatus.KILLED_EXCEEDED_VMEM;
|
||||
} else if (isPmemCheckEnabled()
|
||||
&& isProcessTreeOverLimit(containerId.toString(),
|
||||
currentPmemUsage, curRssMemUsageOfAgedProcesses,
|
||||
pmemLimit)) {
|
||||
// Container (the root process) is still alive and overflowing
|
||||
// memory.
|
||||
// Dump the process-tree and then clean it up.
|
||||
msg = formatErrorMessage("physical",
|
||||
formatUsageString(currentVmemUsage, vmemLimit,
|
||||
currentPmemUsage, pmemLimit),
|
||||
pId, containerId, pTree);
|
||||
isMemoryOverLimit = true;
|
||||
containerExitStatus = ContainerExitStatus.KILLED_EXCEEDED_PMEM;
|
||||
}
|
||||
|
||||
if (isMemoryOverLimit) {
|
||||
// Virtual or physical memory over limit. Fail the container and
|
||||
// remove
|
||||
// the corresponding process tree
|
||||
LOG.warn(msg);
|
||||
// warn if not a leader
|
||||
if (!pTree.checkPidPgrpidForMatch()) {
|
||||
LOG.error("Killed container process with PID " + pId
|
||||
+ " but it is not a process group leader.");
|
||||
}
|
||||
// kill the container
|
||||
eventDispatcher.getEventHandler().handle(
|
||||
new ContainerKillEvent(containerId,
|
||||
containerExitStatus, msg));
|
||||
trackingContainers.remove(containerId);
|
||||
LOG.info("Removed ProcessTree with root " + pId);
|
||||
}
|
||||
}
|
||||
|
||||
/**
|
||||
* Report usage metrics to the timeline service.
|
||||
* @param containerId container id
|
||||
* @param currentPmemUsage physical memory measurement
|
||||
* @param cpuUsagePercentPerCore CPU usage
|
||||
*/
|
||||
private void reportResourceUsage(ContainerId containerId,
|
||||
long currentPmemUsage, float cpuUsagePercentPerCore) {
|
||||
ContainerImpl container =
|
||||
(ContainerImpl) context.getContainers().get(containerId);
|
||||
NMTimelinePublisher nmMetricsPublisher =
|
||||
container.getNMTimelinePublisher();
|
||||
if (nmMetricsPublisher != null) {
|
||||
nmMetricsPublisher.reportContainerResourceUsage(container,
|
||||
currentPmemUsage, cpuUsagePercentPerCore);
|
||||
}
|
||||
}
|
||||
|
||||
/**
|
||||
* Format string when memory limit has been exceeded.
|
||||
* @param memTypeExceeded type of memory
|
||||
* @param usageString general memory usage information string
|
||||
* @param pId process id
|
||||
* @param containerId container id
|
||||
* @param pTree process tree to dump full resource utilization graph
|
||||
* @return formatted resource usage information
|
||||
*/
|
||||
private String formatErrorMessage(String memTypeExceeded,
|
||||
long currentVmemUsage, long vmemLimit,
|
||||
long currentPmemUsage, long pmemLimit,
|
||||
String pId, ContainerId containerId, ResourceCalculatorProcessTree pTree) {
|
||||
String usageString, String pId, ContainerId containerId,
|
||||
ResourceCalculatorProcessTree pTree) {
|
||||
return
|
||||
String.format("Container [pid=%s,containerID=%s] is running beyond %s memory limits. ",
|
||||
String.format("Container [pid=%s,containerID=%s] is " +
|
||||
"running beyond %s memory limits. ",
|
||||
pId, containerId, memTypeExceeded) +
|
||||
"Current usage: " +
|
||||
formatUsageString(currentVmemUsage, vmemLimit,
|
||||
currentPmemUsage, pmemLimit) +
|
||||
"Current usage: " + usageString +
|
||||
". Killing container.\n" +
|
||||
"Dump of the process-tree for " + containerId + " :\n" +
|
||||
pTree.getProcessTreeDump();
|
||||
}
|
||||
|
||||
/**
|
||||
* Format memory usage string for reporting.
|
||||
* @param currentVmemUsage virtual memory usage
|
||||
* @param vmemLimit virtual memory limit
|
||||
* @param currentPmemUsage physical memory usage
|
||||
* @param pmemLimit physical memory limit
|
||||
* @return formatted memory information
|
||||
*/
|
||||
private String formatUsageString(long currentVmemUsage, long vmemLimit,
|
||||
long currentPmemUsage, long pmemLimit) {
|
||||
return String.format("%sB of %sB physical memory used; " +
|
||||
|
|
@ -746,7 +844,7 @@ public class ContainersMonitorImpl extends AbstractService implements
|
|||
return this.containersUtilization;
|
||||
}
|
||||
|
||||
public void setContainersUtilization(ResourceUtilization utilization) {
|
||||
private void setContainersUtilization(ResourceUtilization utilization) {
|
||||
this.containersUtilization = utilization;
|
||||
}
|
||||
|
||||
|
|
@ -858,7 +956,7 @@ public class ContainersMonitorImpl extends AbstractService implements
|
|||
}
|
||||
}
|
||||
|
||||
protected void onChangeMonitoringContainerResource(
|
||||
private void onChangeMonitoringContainerResource(
|
||||
ContainersMonitorEvent monitoringEvent, ContainerId containerId) {
|
||||
ChangeMonitoringContainerResourceEvent changeEvent =
|
||||
(ChangeMonitoringContainerResourceEvent) monitoringEvent;
|
||||
|
|
@ -878,14 +976,14 @@ public class ContainersMonitorImpl extends AbstractService implements
|
|||
changeContainerResource(containerId, changeEvent.getResource());
|
||||
}
|
||||
|
||||
protected void onStopMonitoringContainer(
|
||||
private void onStopMonitoringContainer(
|
||||
ContainersMonitorEvent monitoringEvent, ContainerId containerId) {
|
||||
LOG.info("Stopping resource-monitoring for " + containerId);
|
||||
updateContainerMetrics(monitoringEvent);
|
||||
trackingContainers.remove(containerId);
|
||||
}
|
||||
|
||||
protected void onStartMonitoringContainer(
|
||||
private void onStartMonitoringContainer(
|
||||
ContainersMonitorEvent monitoringEvent, ContainerId containerId) {
|
||||
ContainerStartMonitoringEvent startEvent =
|
||||
(ContainerStartMonitoringEvent) monitoringEvent;
|
||||
|
|
|
|||
Loading…
Reference in New Issue