Examples with LinkKey com.navercorp.pinpoint.web.vo.LinkKey used on opensource projects

Example 6 with LinkKey

use of com.navercorp.pinpoint.web.vo.LinkKey in project pinpoint by naver.

the class DFSLinkSelector method getLinkKey.

private LinkKey getLinkKey(LinkData emulationLinkData) {
    Application fromApplication = emulationLinkData.getFromApplication();
    Application toApplication = emulationLinkData.getToApplication();
    return new LinkKey(fromApplication, toApplication);
}

Example 7 with LinkKey

use of com.navercorp.pinpoint.web.vo.LinkKey in project pinpoint by naver.

the class DFSLinkSelector method fillEmulationLink.

private void fillEmulationLink(LinkDataDuplexMap linkDataDuplexMap) {
    // TODO need to be reimplemented - virtual node creation logic needs an overhaul.
    // Currently, only the reversed relationship node is displayed. We need to create a virtual node and convert the rpc data appropriately.
    logger.debug("this.emulationLinkMarker:{}", this.emulationLinkMarker);
    List<LinkData> emulationLinkDataList = findEmulationLinkData(linkDataDuplexMap);
    for (LinkData emulationLinkData : emulationLinkDataList) {
        LinkCallDataMap beforeImage = emulationLinkData.getLinkCallDataMap();
        logger.debug("beforeImage:{}", beforeImage);
        emulationLinkData.resetLinkData();
        LinkKey findLinkKey = new LinkKey(emulationLinkData.getFromApplication(), emulationLinkData.getToApplication());
        LinkData targetLinkData = linkDataDuplexMap.getTargetLinkData(findLinkKey);
        if (targetLinkData == null) {
            // There has been a case where targetLinkData was null, but exact event could not be captured for analysis.
            // Logging the case for further analysis should it happen again in the future.
            logger.error("targetLinkData not found findLinkKey:{}", findLinkKey);
            continue;
        }
        // create reversed link data - convert data accepted by the target to target's call data
        LinkCallDataMap targetList = targetLinkData.getLinkCallDataMap();
        Collection<LinkCallData> beforeLinkDataList = beforeImage.getLinkDataList();
        LinkCallData beforeLinkCallData = beforeLinkDataList.iterator().next();
        for (LinkCallData agentHistogram : targetList.getLinkDataList()) {
            Collection<TimeHistogram> timeHistogramList = agentHistogram.getTimeHistogram();
            LinkCallDataMap linkCallDataMap = emulationLinkData.getLinkCallDataMap();
            if (logger.isDebugEnabled()) {
                logger.debug("emulationLink BEFORE:{}", beforeLinkCallData);
                logger.debug("emulationLink agent:{}", agentHistogram);
                logger.debug("emulationLink link:{}/{} -> {}/{}", agentHistogram.getTarget(), agentHistogram.getTargetServiceType(), beforeLinkCallData.getTarget(), beforeLinkCallData.getTargetServiceType().getCode());
            }
            linkCallDataMap.addCallData(agentHistogram.getTarget(), agentHistogram.getTargetServiceType(), beforeLinkCallData.getTarget(), beforeLinkCallData.getTargetServiceType(), timeHistogramList);
        }
    }
}

Example 8 with LinkKey

use of com.navercorp.pinpoint.web.vo.LinkKey in project pinpoint by naver.

the class BFSLinkSelector method getLinkKey.

private LinkKey getLinkKey(LinkData emulationLinkData) {
    Application fromApplication = emulationLinkData.getFromApplication();
    Application toApplication = emulationLinkData.getToApplication();
    return new LinkKey(fromApplication, toApplication);
}

Example 9 with LinkKey

use of com.navercorp.pinpoint.web.vo.LinkKey in project pinpoint by naver.

the class BFSLinkSelector method fillEmulationLink.

private void fillEmulationLink(LinkDataDuplexMap linkDataDuplexMap, Range range) {
    // TODO need to be reimplemented - virtual node creation logic needs an overhaul.
    // Currently, only the reversed relationship node is displayed. We need to create a virtual node and convert the rpc data appropriately.
    logger.debug("this.emulationLinkMarker:{}", this.emulationLinkMarker);
    List<LinkData> emulationLinkDataList = findEmulationLinkData(linkDataDuplexMap);
    for (LinkData emulationLinkData : emulationLinkDataList) {
        LinkCallDataMap beforeImage = emulationLinkData.getLinkCallDataMap();
        logger.debug("beforeImage:{}", beforeImage);
        emulationLinkData.resetLinkData();
        LinkKey findLinkKey = new LinkKey(emulationLinkData.getFromApplication(), emulationLinkData.getToApplication());
        LinkData targetLinkData = linkDataDuplexMap.getTargetLinkData(findLinkKey);
        if (targetLinkData == null) {
            // This is a case where the emulation target node has been only "partially" visited, (ie. does not have a target link data)
            // Most likely due to the limit imposed by inbound search depth.
            // Must go fetch the target link data here.
            final Application targetApplication = emulationLinkData.getToApplication();
            final LinkDataMap callee = mapStatisticsCalleeDao.selectCallee(targetApplication, range);
            targetLinkData = callee.getLinkData(findLinkKey);
            if (targetLinkData == null) {
                // There has been a case where targetLinkData was null, but exact event could not be captured for analysis.
                // Logging the case for further analysis should it happen again in the future.
                logger.error("targetLinkData not found findLinkKey:{}", findLinkKey);
                continue;
            }
        }
        // create reversed link data - convert data accepted by the target to target's call data
        LinkCallDataMap targetList = targetLinkData.getLinkCallDataMap();
        Collection<LinkCallData> beforeLinkDataList = beforeImage.getLinkDataList();
        LinkCallData beforeLinkCallData = beforeLinkDataList.iterator().next();
        for (LinkCallData agentHistogram : targetList.getLinkDataList()) {
            Collection<TimeHistogram> timeHistogramList = agentHistogram.getTimeHistogram();
            LinkCallDataMap linkCallDataMap = emulationLinkData.getLinkCallDataMap();
            if (logger.isDebugEnabled()) {
                logger.debug("emulationLink BEFORE:{}", beforeLinkCallData);
                logger.debug("emulationLink agent:{}", agentHistogram);
                logger.debug("emulationLink link:{}/{} -> {}/{}", agentHistogram.getTarget(), agentHistogram.getTargetServiceType(), beforeLinkCallData.getTarget(), beforeLinkCallData.getTargetServiceType().getCode());
            }
            linkCallDataMap.addCallData(agentHistogram.getTarget(), agentHistogram.getTargetServiceType(), beforeLinkCallData.getTarget(), beforeLinkCallData.getTargetServiceType(), timeHistogramList);
        }
    }
}

Example 10 with LinkKey

use of com.navercorp.pinpoint.web.vo.LinkKey in project pinpoint by naver.

the class BFSLinkSelectorTest method testCallee_3tier.

@Test
public void testCallee_3tier() throws Exception {
    // APP_A -> APP_B -> APP_C
    when(calleeDao.selectCallee(any(Application.class), any(Range.class))).thenReturn(newEmptyLinkDataMap());
    int callCount_A_B = 30;
    LinkDataMap linkDataMap_A_B = new LinkDataMap();
    linkDataMap_A_B.addLinkData(APP_A, "agentA", APP_B, "agentB", 1000, BaseHistogramSchema.NORMAL_SCHEMA.getNormalSlot().getSlotTime(), callCount_A_B);
    when(calleeDao.selectCallee(eq(APP_B), any(Range.class))).thenReturn(linkDataMap_A_B);
    int callCount_B_C = 40;
    LinkDataMap linkDataMap_B_C = new LinkDataMap();
    linkDataMap_B_C.addLinkData(APP_B, "agentB", APP_C, "agentC", 1000, BaseHistogramSchema.NORMAL_SCHEMA.getNormalSlot().getSlotTime(), callCount_B_C);
    when(calleeDao.selectCallee(eq(APP_C), any(Range.class))).thenReturn(linkDataMap_B_C);
    when(callerDao.selectCaller(any(Application.class), any(Range.class))).thenReturn(newEmptyLinkDataMap());
    when(hostApplicationMapDao.findAcceptApplicationName(any(Application.class), any(Range.class))).thenReturn(new HashSet<AcceptApplication>());
    LinkSelector linkSelector = createLinkSelector();
    LinkDataDuplexMap linkData = linkSelector.select(APP_C, range, oneDepth);
    Assert.assertEquals(linkData.size(), 1);
    Assert.assertEquals(linkData.getTotalCount(), callCount_B_C);
    Assert.assertEquals(linkData.getSourceLinkDataList().size(), 0);
    Assert.assertEquals(linkData.getTargetLinkDataList().size(), 1);
    Assert.assertEquals(linkData.getTotalCount(), callCount_B_C);
    // depth 2
    LinkSelector linkSelector2 = createLinkSelector();
    LinkDataDuplexMap linkData_depth2 = linkSelector2.select(APP_C, range, twoDepth);
    Assert.assertEquals(linkData_depth2.size(), 2);
    LinkKey linkKey_A_B = new LinkKey(APP_A, APP_B);
    assertTarget_Source_TotalCount("APP_A->APP_B", linkData_depth2, linkKey_A_B, callCount_A_B);
    LinkKey linkKey_B_C = new LinkKey(APP_B, APP_C);
    assertTarget_Source_TotalCount("APP_B->APP_C", linkData_depth2, linkKey_B_C, callCount_B_C);
}