Examples with IntSeries com.vmware.vim.binding.vim.PerformanceManager.IntSeries used on opensource projects

Example 1 with IntSeries

use of com.vmware.vim.binding.vim.PerformanceManager.IntSeries in project flowgate by vmware.

the class VCDataServiceTest method testFeedHostUsageData.

@Test
public void testFeedHostUsageData() {
    Asset hostMappingAsset = Mockito.mock(Asset.class);
    HostSystem host = Mockito.mock(HostSystem.class);
    when(hostMappingAsset.getId()).thenReturn("hostid");
    PerformanceManager performanceManager = Mockito.mock(PerformanceManager.class);
    when(vsphereClient.getPerformanceManager()).thenReturn(performanceManager);
    CounterInfo[] counterInfos = new CounterInfo[4];
    counterInfos[0] = Mockito.mock(CounterInfo.class);
    when(counterInfos[0].getKey()).thenReturn(1);
    ElementDescription edGroup = Mockito.mock(ElementDescription.class);
    when(counterInfos[0].getGroupInfo()).thenReturn(edGroup);
    when(edGroup.getKey()).thenReturn(VCConstants.HOST_CPU_GROUP);
    ElementDescription edName = Mockito.mock(ElementDescription.class);
    when(counterInfos[0].getNameInfo()).thenReturn(edName);
    when(edName.getKey()).thenReturn(VCConstants.HOST_METRIC_USAGE);
    counterInfos[1] = Mockito.mock(CounterInfo.class);
    when(counterInfos[1].getKey()).thenReturn(2);
    ElementDescription edGroup1 = Mockito.mock(ElementDescription.class);
    when(counterInfos[1].getGroupInfo()).thenReturn(edGroup1);
    when(edGroup1.getKey()).thenReturn(VCConstants.HOST_MEMORY_GROUP);
    ElementDescription edName1 = Mockito.mock(ElementDescription.class);
    when(counterInfos[1].getNameInfo()).thenReturn(edName1);
    when(edName1.getKey()).thenReturn(VCConstants.HOST_METRIC_USAGE);
    counterInfos[2] = Mockito.mock(CounterInfo.class);
    when(counterInfos[2].getKey()).thenReturn(3);
    ElementDescription edGroup2 = Mockito.mock(ElementDescription.class);
    when(counterInfos[2].getGroupInfo()).thenReturn(edGroup2);
    when(edGroup2.getKey()).thenReturn(VCConstants.HOST_POWER_GROUP);
    ElementDescription edName2 = Mockito.mock(ElementDescription.class);
    when(counterInfos[2].getNameInfo()).thenReturn(edName2);
    when(edName2.getKey()).thenReturn(VCConstants.HOST_METRIC_POWER_ENERGY);
    counterInfos[3] = Mockito.mock(CounterInfo.class);
    when(counterInfos[3].getKey()).thenReturn(4);
    ElementDescription edGroup3 = Mockito.mock(ElementDescription.class);
    when(counterInfos[3].getGroupInfo()).thenReturn(edGroup3);
    when(edGroup3.getKey()).thenReturn(VCConstants.HOST_POWER_GROUP);
    ElementDescription edName3 = Mockito.mock(ElementDescription.class);
    when(counterInfos[3].getNameInfo()).thenReturn(edName3);
    when(edName3.getKey()).thenReturn(VCConstants.HOST_METRIC_POWER_POWER);
    when(performanceManager.getPerfCounter()).thenReturn(counterInfos);
    MetricId[] metrics = new MetricId[4];
    metrics[0] = Mockito.mock(MetricId.class);
    metrics[1] = Mockito.mock(MetricId.class);
    metrics[2] = Mockito.mock(MetricId.class);
    metrics[3] = Mockito.mock(MetricId.class);
    when(metrics[0].getCounterId()).thenReturn(1);
    when(metrics[1].getCounterId()).thenReturn(2);
    when(metrics[2].getCounterId()).thenReturn(3);
    when(metrics[3].getCounterId()).thenReturn(4);
    when(metrics[0].getInstance()).thenReturn(null);
    when(metrics[1].getInstance()).thenReturn(null);
    when(metrics[2].getInstance()).thenReturn(null);
    when(metrics[3].getInstance()).thenReturn(null);
    when(performanceManager.queryAvailableMetric(host._getRef(), null, null, new Integer(20))).thenReturn(metrics);
    ProviderSummary summary = Mockito.mock(ProviderSummary.class);
    when(summary.getRefreshRate()).thenReturn(1);
    when(performanceManager.queryProviderSummary(host._getRef())).thenReturn(summary);
    EntityMetric[] metricBase = new EntityMetric[4];
    metricBase[0] = Mockito.mock(EntityMetric.class);
    long[] values = { 1L, 2L, 3L, 4L };
    IntSeries[] metricSerieses1 = new IntSeries[4];
    metricSerieses1[0] = Mockito.mock(IntSeries.class);
    MetricId metricID = Mockito.mock(MetricId.class);
    when(metricSerieses1[0].getId()).thenReturn(metricID);
    when(metricID.getCounterId()).thenReturn(1);
    IntSeries intSeries1 = Mockito.mock(IntSeries.class);
    intSeries1 = metricSerieses1[0];
    when((intSeries1.getValue())).thenReturn(values);
    when(metricID.getCounterId()).thenReturn(1);
    metricSerieses1[1] = Mockito.mock(IntSeries.class);
    when(metricSerieses1[1].getId()).thenReturn(metricID);
    when(metricID.getCounterId()).thenReturn(1);
    IntSeries intSeries2 = Mockito.mock(IntSeries.class);
    intSeries2 = metricSerieses1[1];
    when(intSeries2.getValue()).thenReturn(values);
    MetricId metricID2 = Mockito.mock(MetricId.class);
    metricSerieses1[2] = Mockito.mock(IntSeries.class);
    when(metricSerieses1[2].getId()).thenReturn(metricID2);
    when(metricID2.getCounterId()).thenReturn(3);
    IntSeries intSeries3 = Mockito.mock(IntSeries.class);
    intSeries3 = metricSerieses1[2];
    when(intSeries3.getValue()).thenReturn(values);
    MetricId metricID3 = Mockito.mock(MetricId.class);
    metricSerieses1[3] = Mockito.mock(IntSeries.class);
    when(metricSerieses1[3].getId()).thenReturn(metricID3);
    when(metricID3.getCounterId()).thenReturn(4);
    IntSeries intSeries4 = Mockito.mock(IntSeries.class);
    intSeries4 = metricSerieses1[3];
    when(intSeries4.getValue()).thenReturn(values);
    when(metricBase[0].getValue()).thenReturn(metricSerieses1);
    SampleInfo[] sampleInfos1 = new SampleInfo[4];
    sampleInfos1[0] = Mockito.mock(SampleInfo.class);
    Calendar time = Calendar.getInstance();
    when(sampleInfos1[0].getTimestamp()).thenReturn(time);
    sampleInfos1[1] = Mockito.mock(SampleInfo.class);
    when(sampleInfos1[1].getTimestamp()).thenReturn(time);
    sampleInfos1[2] = Mockito.mock(SampleInfo.class);
    when(sampleInfos1[2].getTimestamp()).thenReturn(time);
    sampleInfos1[3] = Mockito.mock(SampleInfo.class);
    when(sampleInfos1[3].getTimestamp()).thenReturn(time);
    when(metricBase[0].getSampleInfo()).thenReturn(sampleInfos1);
    metricBase[1] = Mockito.mock(EntityMetric.class);
    when(metricBase[1].getValue()).thenReturn(metricSerieses1);
    when(metricBase[1].getSampleInfo()).thenReturn(sampleInfos1);
    metricBase[2] = Mockito.mock(EntityMetric.class);
    when(metricBase[2].getValue()).thenReturn(metricSerieses1);
    when(metricBase[2].getSampleInfo()).thenReturn(sampleInfos1);
    metricBase[3] = Mockito.mock(EntityMetric.class);
    when(metricBase[3].getValue()).thenReturn(metricSerieses1);
    when(metricBase[3].getSampleInfo()).thenReturn(sampleInfos1);
    when(performanceManager.queryStats(any())).thenReturn(metricBase);
    service.feedHostUsageData(vsphereClient, hostMappingAsset.getId(), host._getRef());
}

Example 2 with IntSeries

use of com.vmware.vim.binding.vim.PerformanceManager.IntSeries in project flowgate by vmware.

the class VCDataService method feedHostUsageData.

public void feedHostUsageData(VsphereClient vsphereClient, String assetId, ManagedObjectReference hostRef) {
    List<RealTimeData> realTimeDatas = new ArrayList<RealTimeData>();
    RealTimeData realTimeData = new RealTimeData();
    realTimeData.setAssetID(assetId);
    List<ValueUnit> valueUnits = new ArrayList<ValueUnit>();
    PerformanceManager performanceManager = vsphereClient.getPerformanceManager();
    Map<Integer, String> counters = getMetricsCounters(performanceManager);
    if (counters == null || counters.isEmpty()) {
        logger.error("Asset: {} failed to get performance counters", assetId);
        return;
    }
    List<MetricId> metricIdList = getPerformenceMetricsIds(performanceManager, hostRef, counters);
    if (metricIdList == null || metricIdList.isEmpty()) {
        logger.error("Asset: {} failed to get performance metricIds", assetId);
        return;
    }
    // fill spec info
    ProviderSummary summary = performanceManager.queryProviderSummary(hostRef);
    int perfInterval = summary.getRefreshRate();
    QuerySpec[] specs = new QuerySpecImpl[1];
    specs[0] = new QuerySpecImpl();
    specs[0].setEntity(hostRef);
    specs[0].setMetricId(metricIdList.toArray(new MetricId[metricIdList.size()]));
    specs[0].setIntervalId(perfInterval);
    specs[0].setMaxSample(15);
    // get metrics value
    EntityMetricBase[] metricBase = performanceManager.queryStats(specs);
    if (metricBase == null || metricBase.length <= 0) {
        logger.error("Asset: {} failed to get performance metricBase", assetId);
        return;
    }
    List<ValueUnit> powerValueUnits = new ArrayList<>(15);
    for (EntityMetricBase entityMetricBase : metricBase) {
        /*
         (vim.EntityMetric) {
               dynamicType = null,
               dynamicProperty = null,
               entity = ManagedObjectReference: type = HostSystem, value = host-65, serverGuid = null,
               sampleInfo = (vim.SampleInfo) [
            (vim.SampleInfo) {
               dynamicType = null,
               dynamicProperty = null,
               timestamp = java.util.GregorianCalendar[time=?,areFieldsSet=false,areAllFieldsSet=true,lenient=true,zone=sun.util.calendar.ZoneInfo[id="GMT+00:00",offset=0,dstSavings=0,useDaylight=false,transitions=0,lastRule=null],firstDayOfWeek=1,minimalDaysInFirstWeek=1,ERA=1,YEAR=2020,MONTH=11,WEEK_OF_YEAR=1,WEEK_OF_MONTH=1,DAY_OF_MONTH=10,DAY_OF_YEAR=1,DAY_OF_WEEK=5,DAY_OF_WEEK_IN_MONTH=1,AM_PM=0,HOUR=0,HOUR_OF_DAY=2,MINUTE=12,SECOND=20,MILLISECOND=0,ZONE_OFFSET=0,DST_OFFSET=0],
               interval = 20
            }...
         ],
         value = (vim.MetricSeries) [
            (vim.IntSeries) {
               dynamicType = null,
               dynamicProperty = null,
               id = (vim.MetricId) {
                  dynamicType = null,
                  dynamicProperty = null,
                  counterId = 125,
                  instance =
               },
               value = (LONG) [
                  667,
                  251,
                  96,
                  298,
                  99,
                  119,
                  492,
                  318,
                  98,
                  218,
                  128,
                  141,
                  1224,
                  358,
                  133
               ]
            }...
         */
        EntityMetric entityMetric = (EntityMetric) entityMetricBase;
        /*
         (vim.IntSeries) {
               dynamicType = null,
               dynamicProperty = null,
               id = (vim.MetricId) {
                  dynamicType = null,
                  dynamicProperty = null,
                  counterId = 125,
                  instance =
               },
               value = (LONG) [101,134,667,282,90,224,99,129,667,251,96,298,99,119,492]
            }
         */
        MetricSeries[] metricSeries = entityMetric.getValue();
        /*
         (vim.SampleInfo) {
            dynamicType = null,
            dynamicProperty = null,
            timestamp = java.util.GregorianCalendar[time=?,areFieldsSet=false,areAllFieldsSet=true,lenient=true,zone=sun.util.calendar.ZoneInfo[id="GMT+00:00",offset=0,dstSavings=0,useDaylight=false,transitions=0,lastRule=null],firstDayOfWeek=1,minimalDaysInFirstWeek=1,ERA=1,YEAR=2020,MONTH=11,WEEK_OF_YEAR=1,WEEK_OF_MONTH=1,DAY_OF_MONTH=10,DAY_OF_YEAR=1,DAY_OF_WEEK=5,DAY_OF_WEEK_IN_MONTH=1,AM_PM=0,HOUR=0,HOUR_OF_DAY=2,MINUTE=7,SECOND=40,MILLISECOND=0,ZONE_OFFSET=0,DST_OFFSET=0],
            interval = 20
          }
         */
        SampleInfo[] sampleInfos = entityMetric.getSampleInfo();
        for (MetricSeries metricSerie : metricSeries) {
            if (metricSerie instanceof IntSeries) {
                IntSeries intSeries = (IntSeries) metricSerie;
                long[] values = intSeries.getValue();
                int counterId = metricSerie.getId().getCounterId();
                for (int index = 0; index < values.length; index++) {
                    long timeStamp = sampleInfos[index].getTimestamp().getTimeInMillis();
                    ValueUnit valueUnit = new ValueUnit();
                    long value = values[index];
                    switch(counters.get(counterId)) {
                        case VCConstants.HOST_CPU_GROUP + VCConstants.HOST_METRIC_USAGE:
                            valueUnit.setKey(MetricName.SERVER_CPUUSAGE);
                            valueUnit.setValueNum(value / 100.0);
                            valueUnit.setUnit(ValueUnit.MetricUnit.percent.name());
                            break;
                        case VCConstants.HOST_CPU_GROUP + VCConstants.HOST_METRIC_USAGEMHZ:
                            valueUnit.setKey(MetricName.SERVER_CPUUSEDINMHZ);
                            valueUnit.setValueNum(value);
                            valueUnit.setUnit(ValueUnit.MetricUnit.Mhz.name());
                            break;
                        case VCConstants.HOST_MEMORY_GROUP + VCConstants.HOST_METRIC_USAGE:
                            valueUnit.setKey(MetricName.SERVER_MEMORYUSAGE);
                            valueUnit.setValueNum(value / 100.0);
                            valueUnit.setUnit(ValueUnit.MetricUnit.percent.name());
                            break;
                        case VCConstants.HOST_MEMORY_GROUP + VCConstants.HOST_METRIC_MEM_ACTIVE:
                            valueUnit.setKey(MetricName.SERVER_ACTIVEMEMORY);
                            valueUnit.setValueNum(value);
                            valueUnit.setUnit(ValueUnit.MetricUnit.kB.name());
                            break;
                        case VCConstants.HOST_MEMORY_GROUP + VCConstants.HOST_METRIC_MEM_SHARED:
                            valueUnit.setKey(MetricName.SERVER_SHAREDMEMORY);
                            valueUnit.setValueNum(value);
                            valueUnit.setUnit(ValueUnit.MetricUnit.kB.name());
                            break;
                        case VCConstants.HOST_MEMORY_GROUP + VCConstants.HOST_METRIC_MEM_CONSUMED:
                            valueUnit.setKey(MetricName.SERVER_CONSUMEDMEMORY);
                            valueUnit.setValueNum(value);
                            valueUnit.setUnit(ValueUnit.MetricUnit.kB.name());
                            break;
                        case VCConstants.HOST_MEMORY_GROUP + VCConstants.HOST_METRIC_MEM_SWAP:
                            valueUnit.setKey(MetricName.SERVER_SWAPMEMORY);
                            valueUnit.setValueNum(value);
                            valueUnit.setUnit(ValueUnit.MetricUnit.kB.name());
                            break;
                        case VCConstants.HOST_MEMORY_GROUP + VCConstants.HOST_METRIC_MEM_BALLON:
                            valueUnit.setKey(MetricName.SERVER_BALLOONMEMORY);
                            valueUnit.setValueNum(value);
                            valueUnit.setUnit(ValueUnit.MetricUnit.kB.name());
                            break;
                        case VCConstants.HOST_DISK_GROUP + VCConstants.HOST_METRIC_USAGE:
                            valueUnit.setKey(MetricName.SERVER_STORAGEIORATEUSAGE);
                            valueUnit.setValueNum(value);
                            valueUnit.setUnit(ValueUnit.MetricUnit.kBps.name());
                            break;
                        case VCConstants.HOST_NETWORK_GROUP + VCConstants.HOST_METRIC_USAGE:
                            valueUnit.setKey(MetricName.SERVER_NETWORKUTILIZATION);
                            valueUnit.setValueNum(value);
                            valueUnit.setUnit(ValueUnit.MetricUnit.kBps.name());
                            break;
                        case VCConstants.HOST_POWER_GROUP + VCConstants.HOST_METRIC_POWER_POWER:
                            valueUnit.setKey(MetricName.SERVER_POWER);
                            valueUnit.setValueNum(valueUnit.translateUnit(value, ValueUnit.MetricUnit.W, ValueUnit.MetricUnit.kW));
                            valueUnit.setUnit(ValueUnit.MetricUnit.kW.name());
                            powerValueUnits.add(valueUnit);
                            break;
                        case VCConstants.HOST_POWER_GROUP + VCConstants.HOST_METRIC_POWER_ENERGY:
                            valueUnit.setKey(MetricName.SERVER_ENERGY_CONSUMPTION);
                            // This extraidentifier is the start time
                            valueUnit.setExtraidentifier(String.valueOf(timeStamp - (perfInterval * 1000)));
                            valueUnit.setValueNum(value * JOULETOKWHRATE);
                            valueUnit.setUnit(ValueUnit.MetricUnit.kWh.name());
                            break;
                    }
                    valueUnit.setTime(timeStamp);
                    valueUnits.add(valueUnit);
                }
            }
        }
    }
    if (valueUnits == null || valueUnits.isEmpty()) {
        logger.error("ValueUnits of asset: {} is empty.", assetId);
        return;
    }
    valueUnits.addAll(getMinMaxAvgValueUnit(powerValueUnits));
    realTimeData.setValues(valueUnits);
    realTimeData.setTime(valueUnits.get(0).getTime());
    realTimeDatas.add(realTimeData);
    restClient.saveRealTimeData(realTimeDatas);
}