use of com.navercorp.pinpoint.common.server.bo.stat.JvmGcBo in project pinpoint by naver.
the class AgentStatBatchMapper method map.
@Override
public AgentStatBo map(TAgentStatBatch tAgentStatBatch) {
if (!tAgentStatBatch.isSetAgentStats()) {
return null;
}
AgentStatBo agentStatBo = new AgentStatBo();
final String agentId = tAgentStatBatch.getAgentId();
final long startTimestamp = tAgentStatBatch.getStartTimestamp();
agentStatBo.setAgentId(agentId);
List<JvmGcBo> jvmGcBos = new ArrayList<>(tAgentStatBatch.getAgentStatsSize());
List<JvmGcDetailedBo> jvmGcDetailedBos = new ArrayList<>(tAgentStatBatch.getAgentStatsSize());
List<CpuLoadBo> cpuLoadBos = new ArrayList<>(tAgentStatBatch.getAgentStatsSize());
List<TransactionBo> transactionBos = new ArrayList<>(tAgentStatBatch.getAgentStatsSize());
List<ActiveTraceBo> activeTraceBos = new ArrayList<>(tAgentStatBatch.getAgentStatsSize());
List<DataSourceListBo> dataSourceListBos = new ArrayList<DataSourceListBo>(tAgentStatBatch.getAgentStatsSize());
for (TAgentStat tAgentStat : tAgentStatBatch.getAgentStats()) {
final long timestamp = tAgentStat.getTimestamp();
// jvmGc
if (tAgentStat.isSetGc()) {
JvmGcBo jvmGcBo = this.jvmGcBoMapper.map(tAgentStat.getGc());
setBaseData(jvmGcBo, agentId, startTimestamp, timestamp);
jvmGcBos.add(jvmGcBo);
}
// jvmGcDetailed
if (tAgentStat.isSetGc()) {
if (tAgentStat.getGc().isSetJvmGcDetailed()) {
JvmGcDetailedBo jvmGcDetailedBo = this.jvmGcDetailedBoMapper.map(tAgentStat.getGc().getJvmGcDetailed());
setBaseData(jvmGcDetailedBo, agentId, startTimestamp, timestamp);
jvmGcDetailedBos.add(jvmGcDetailedBo);
}
}
// cpuLoad
if (tAgentStat.isSetCpuLoad()) {
CpuLoadBo cpuLoadBo = this.cpuLoadBoMapper.map(tAgentStat.getCpuLoad());
setBaseData(cpuLoadBo, agentId, startTimestamp, timestamp);
cpuLoadBos.add(cpuLoadBo);
}
// transaction
if (tAgentStat.isSetTransaction()) {
TransactionBo transactionBo = this.transactionBoMapper.map(tAgentStat.getTransaction());
setBaseData(transactionBo, agentId, startTimestamp, timestamp);
transactionBo.setCollectInterval(tAgentStat.getCollectInterval());
transactionBos.add(transactionBo);
}
// activeTrace
if (tAgentStat.isSetActiveTrace() && tAgentStat.getActiveTrace().isSetHistogram()) {
ActiveTraceBo activeTraceBo = this.activeTraceBoMapper.map(tAgentStat.getActiveTrace());
setBaseData(activeTraceBo, agentId, startTimestamp, timestamp);
activeTraceBos.add(activeTraceBo);
}
// datasource
if (tAgentStat.isSetDataSourceList()) {
DataSourceListBo dataSourceListBo = new DataSourceListBo();
setBaseData(dataSourceListBo, agentId, startTimestamp, timestamp);
TDataSourceList dataSourceList = tAgentStat.getDataSourceList();
if (dataSourceList.getDataSourceListSize() > 0) {
for (TDataSource dataSource : dataSourceList.getDataSourceList()) {
DataSourceBo dataSourceBo = dataSourceBoMapper.map(dataSource);
setBaseData(dataSourceBo, agentId, startTimestamp, timestamp);
dataSourceListBo.add(dataSourceBo);
}
}
dataSourceListBos.add(dataSourceListBo);
}
}
agentStatBo.setJvmGcBos(jvmGcBos);
agentStatBo.setJvmGcDetailedBos(jvmGcDetailedBos);
agentStatBo.setCpuLoadBos(cpuLoadBos);
agentStatBo.setTransactionBos(transactionBos);
agentStatBo.setActiveTraceBos(activeTraceBos);
agentStatBo.setDataSourceListBos(dataSourceListBos);
return agentStatBo;
}
use of com.navercorp.pinpoint.common.server.bo.stat.JvmGcBo in project pinpoint by naver.
the class JvmGcCodecV1 method decodeValues.
@Override
public List<JvmGcBo> decodeValues(Buffer valueBuffer, AgentStatDecodingContext decodingContext) {
final String agentId = decodingContext.getAgentId();
final long baseTimestamp = decodingContext.getBaseTimestamp();
final long timestampDelta = decodingContext.getTimestampDelta();
final long initialTimestamp = baseTimestamp + timestampDelta;
final JvmGcType gcType = JvmGcType.getTypeByCode(valueBuffer.readVInt());
int numValues = valueBuffer.readVInt();
List<Long> timestamps = this.codec.decodeTimestamps(initialTimestamp, valueBuffer, numValues);
// decode headers
final byte[] header = valueBuffer.readPrefixedBytes();
AgentStatHeaderDecoder headerDecoder = new BitCountingHeaderDecoder(header);
EncodingStrategy<Long> heapUsedEncodingStrategy = UnsignedLongEncodingStrategy.getFromCode(headerDecoder.getCode());
EncodingStrategy<Long> heapMaxEncodingStrategy = UnsignedLongEncodingStrategy.getFromCode(headerDecoder.getCode());
EncodingStrategy<Long> nonHeapUsedEncodingStrategy = UnsignedLongEncodingStrategy.getFromCode(headerDecoder.getCode());
EncodingStrategy<Long> nonHeapMaxEncodingStrategy = UnsignedLongEncodingStrategy.getFromCode(headerDecoder.getCode());
EncodingStrategy<Long> gcOldCountEncodingStrategy = UnsignedLongEncodingStrategy.getFromCode(headerDecoder.getCode());
EncodingStrategy<Long> gcOldTimeEncodingStrategy = UnsignedLongEncodingStrategy.getFromCode(headerDecoder.getCode());
// decode values
List<Long> heapUseds = this.codec.decodeValues(valueBuffer, heapUsedEncodingStrategy, numValues);
List<Long> heapMaxes = this.codec.decodeValues(valueBuffer, heapMaxEncodingStrategy, numValues);
List<Long> nonHeapUseds = this.codec.decodeValues(valueBuffer, nonHeapUsedEncodingStrategy, numValues);
List<Long> nonHeapMaxes = this.codec.decodeValues(valueBuffer, nonHeapMaxEncodingStrategy, numValues);
List<Long> gcOldCounts = this.codec.decodeValues(valueBuffer, gcOldCountEncodingStrategy, numValues);
List<Long> gcOldTimes = this.codec.decodeValues(valueBuffer, gcOldTimeEncodingStrategy, numValues);
List<JvmGcBo> jvmGcBos = new ArrayList<JvmGcBo>(numValues);
for (int i = 0; i < numValues; ++i) {
JvmGcBo jvmGcBo = new JvmGcBo();
jvmGcBo.setAgentId(agentId);
jvmGcBo.setTimestamp(timestamps.get(i));
jvmGcBo.setGcType(gcType);
jvmGcBo.setHeapUsed(heapUseds.get(i));
jvmGcBo.setHeapMax(heapMaxes.get(i));
jvmGcBo.setNonHeapUsed(nonHeapUseds.get(i));
jvmGcBo.setNonHeapMax(nonHeapMaxes.get(i));
jvmGcBo.setGcOldCount(gcOldCounts.get(i));
jvmGcBo.setGcOldTime(gcOldTimes.get(i));
jvmGcBos.add(jvmGcBo);
}
return jvmGcBos;
}
use of com.navercorp.pinpoint.common.server.bo.stat.JvmGcBo in project pinpoint by naver.
the class GcCountCheckerTest method before.
@BeforeClass
public static void before() {
jvmGcDao = new AgentStatDao<JvmGcBo>() {
@Override
public List<JvmGcBo> getAgentStatList(String agentId, Range range) {
List<JvmGcBo> jvmGcs = new LinkedList<>();
for (int i = 36; i > 0; i--) {
JvmGcBo jvmGc = new JvmGcBo();
jvmGc.setGcOldCount(i);
jvmGcs.add(jvmGc);
}
return jvmGcs;
}
@Override
public boolean agentStatExists(String agentId, Range range) {
return true;
}
};
cpuLoadDao = new AgentStatDao<CpuLoadBo>() {
@Override
public List<CpuLoadBo> getAgentStatList(String agentId, Range range) {
return Collections.emptyList();
}
@Override
public boolean agentStatExists(String agentId, Range range) {
return false;
}
};
applicationIndexDao = new ApplicationIndexDao() {
@Override
public List<Application> selectAllApplicationNames() {
throw new UnsupportedOperationException();
}
@Override
public List<String> selectAgentIds(String applicationName) {
if (SERVICE_NAME.equals(applicationName)) {
List<String> agentIds = new LinkedList<String>();
agentIds.add("local_tomcat");
return agentIds;
}
throw new IllegalArgumentException();
}
@Override
public void deleteApplicationName(String applicationName) {
throw new UnsupportedOperationException();
}
@Override
public void deleteAgentIds(Map<String, List<String>> applicationAgentIdMap) {
throw new UnsupportedOperationException();
}
@Override
public void deleteAgentId(String applicationName, String agentId) {
throw new UnsupportedOperationException();
}
};
}
use of com.navercorp.pinpoint.common.server.bo.stat.JvmGcBo in project pinpoint by naver.
the class JvmCpuUsageRateCheckerTest method before.
@BeforeClass
public static void before() {
jvmGcDao = new AgentStatDao<JvmGcBo>() {
@Override
public List<JvmGcBo> getAgentStatList(String agentId, Range range) {
return Collections.emptyList();
}
@Override
public boolean agentStatExists(String agentId, Range range) {
return false;
}
};
cpuLoadDao = new AgentStatDao<CpuLoadBo>() {
public List<CpuLoadBo> getAgentStatList(String agentId, Range range) {
List<CpuLoadBo> cpuLoads = new LinkedList<>();
for (int i = 0; i < 36; i++) {
CpuLoadBo cpuLoad = new CpuLoadBo();
cpuLoad.setJvmCpuLoad(0.6);
cpuLoads.add(cpuLoad);
}
return cpuLoads;
}
@Override
public boolean agentStatExists(String agentId, Range range) {
return true;
}
};
applicationIndexDao = new ApplicationIndexDao() {
@Override
public List<Application> selectAllApplicationNames() {
throw new UnsupportedOperationException();
}
@Override
public List<String> selectAgentIds(String applicationName) {
if (SERVICE_NAME.equals(applicationName)) {
List<String> agentIds = new LinkedList<String>();
agentIds.add("local_tomcat");
return agentIds;
}
throw new IllegalArgumentException();
}
@Override
public void deleteApplicationName(String applicationName) {
throw new UnsupportedOperationException();
}
@Override
public void deleteAgentIds(Map<String, List<String>> applicationAgentIdMap) {
throw new UnsupportedOperationException();
}
@Override
public void deleteAgentId(String applicationName, String agentId) {
throw new UnsupportedOperationException();
}
};
}
use of com.navercorp.pinpoint.common.server.bo.stat.JvmGcBo in project pinpoint by naver.
the class JvmGcSamplerTest method gcCalculation_jvmRestarts_uncollectedValues_noPrevious.
@Test
public void gcCalculation_jvmRestarts_uncollectedValues_noPrevious() {
// Given
long firstAgentStartTimestamp = 10L;
long secondAgentStartTimestamp = 1000L;
JvmGcBo uncollectedJvmGcBo1_1 = createJvmGcBoForGcTest(firstAgentStartTimestamp, JvmGcBo.UNCOLLECTED_VALUE, JvmGcBo.UNCOLLECTED_VALUE);
long firstGcCount_1 = randomGcCount();
long firstGcTime_1 = randomGcTime();
JvmGcBo firstJvmGcBo_1 = createJvmGcBoForGcTest(firstAgentStartTimestamp, firstGcCount_1, firstGcTime_1);
JvmGcBo uncollectedJvmGcBo2_1 = createJvmGcBoForGcTest(firstAgentStartTimestamp, JvmGcBo.UNCOLLECTED_VALUE, JvmGcBo.UNCOLLECTED_VALUE);
long firstGcCount_2 = randomGcCount();
long firstGcTime_2 = randomGcTime();
JvmGcBo firstJvmGcBo_2 = createJvmGcBoForGcTest(secondAgentStartTimestamp, firstGcCount_2, firstGcTime_2);
JvmGcBo uncollectedJvmGcBo1_2 = createJvmGcBoForGcTest(secondAgentStartTimestamp, JvmGcBo.UNCOLLECTED_VALUE, JvmGcBo.UNCOLLECTED_VALUE);
long secondGcCount_2 = randomGcCount() + firstGcCount_2;
long secondGcTime_2 = randomGcTime() + firstGcTime_2;
JvmGcBo secondJvmGcBo_2 = createJvmGcBoForGcTest(secondAgentStartTimestamp, secondGcCount_2, secondGcTime_2);
long thirdGcCount_2 = randomGcCount() + secondGcCount_2;
long thirdGcTime_2 = randomGcCount() + secondGcTime_2;
JvmGcBo thirdJvmGcBo_2 = createJvmGcBoForGcTest(secondAgentStartTimestamp, thirdGcCount_2, thirdGcTime_2);
JvmGcBo uncollectedJvmGcBo2_2 = createJvmGcBoForGcTest(secondAgentStartTimestamp, JvmGcBo.UNCOLLECTED_VALUE, JvmGcBo.UNCOLLECTED_VALUE);
// must be in descending order
List<JvmGcBo> jvmGcBos = Arrays.asList(uncollectedJvmGcBo2_2, thirdJvmGcBo_2, secondJvmGcBo_2, uncollectedJvmGcBo1_2, firstJvmGcBo_2, uncollectedJvmGcBo2_1, firstJvmGcBo_1, uncollectedJvmGcBo1_1);
// When
SampledJvmGc sampledJvmGc = sampler.sampleDataPoints(0, System.currentTimeMillis(), jvmGcBos, null);
// Then
long gcCountsBeforeJvmRestart = 0L;
long gcCountsAfterJvmRestart = thirdGcCount_2;
long gcTimesBeforeJvmRestart = 0L;
long gcTimesAfterJvmRestart = thirdGcTime_2;
long expectedGcCount = gcCountsBeforeJvmRestart + gcCountsAfterJvmRestart;
long expectedGcTime = gcTimesBeforeJvmRestart + gcTimesAfterJvmRestart;
long actualGcCount = sampledJvmGc.getGcOldCount().getSumYVal();
long actualGcTime = sampledJvmGc.getGcOldTime().getSumYVal();
Assert.assertEquals(expectedGcCount, actualGcCount);
Assert.assertEquals(expectedGcTime, actualGcTime);
}
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