Package org.apache.uima.util.impl

Examples of org.apache.uima.util.impl.ProcessTraceEvent_impl

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   * is used so that we can return a ProcessTrace object from each process() call for backwards
   * compatibility with version 1.x.
   */
  protected void buildProcessTraceFromMBeanStats(ProcessTrace trace) {
    if (isProcessTraceEnabled()) {
      ProcessTraceEvent_impl procEvt = new ProcessTraceEvent_impl(getMetaData().getName(),
              "Analysis", "");
      procEvt.setDuration((int) getMBean().getAnalysisTimeSinceMark());
      trace.addEvent(procEvt);

      // now add subevents for each component
      Iterator<AnalysisEngine> aeIter = _getASB().getComponentAnalysisEngines().values().iterator();
      while (aeIter.hasNext()) {
        AnalysisEngine ae = aeIter.next();
        if (ae instanceof AnalysisEngineImplBase) {
          ProcessTrace subPT = ((AnalysisEngineImplBase) ae).buildProcessTraceFromMBeanStats();
          if (subPT.getEvents().size() > 0) {
            procEvt.addSubEvent((ProcessTraceEvent) subPT.getEvents().get(0));
          }
        }
      }
      // and also FlowController
      FlowControllerContainer fcc = ((ASB_impl) _getASB()).getFlowControllerContainer();
      int flowControllerTime = (int) fcc.getMBean().getAnalysisTimeSinceMark();
      ProcessTraceEvent_impl flowControllerEvent = new ProcessTraceEvent_impl(fcc.getMetaData()
              .getName(), "Analysis", "");
      flowControllerEvent.setDuration(flowControllerTime);
      procEvt.addSubEvent(flowControllerEvent);

      // set a mark at the current time, so that subsequent calls to
      // this method will pick up only times recorded after the mark.
      getMBean().mark();
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  protected void buildProcessTraceFromMBeanStats(ProcessTrace trace) {
    // this is the implementation for primitives only. Aggregate AE overrides.
    if (isProcessTraceEnabled()) {
      // to accommodate service adapters, check if a Service Call time is registered
      int serviceCallTime = (int) getMBean().getServiceCallTimeSinceMark();
      ProcessTraceEvent_impl serviceCallEvent = null;
      if (serviceCallTime > 0) {
        serviceCallEvent = new ProcessTraceEvent_impl(getMetaData().getName(), "Service Call", "");
        serviceCallEvent.setDuration(serviceCallTime);
        trace.addEvent(serviceCallEvent);
      }

      // now check Analysis time
      int analysisTime = (int) getMBean().getAnalysisTimeSinceMark();
      if (analysisTime > 0 ||
          // Jira http://issues.apache.org/jira/browse/uima-941
          // intent is to skip recording analysis times of 0
          //   if these are coming from a remote which supports
          //   serviceCallTime but not analysisTime
          //   If both are 0, the presumption is that the time really
          //   was 0.  If only analysisTime is 0, the presumption is
          //   that the remote didn't implement it, in favor of
          //   returning serviceCallTime.
          (analysisTime == 0 && serviceCallTime == 0)) {
        ProcessTraceEvent_impl analysisEvent = new ProcessTraceEvent_impl(getMetaData().getName(),
                "Analysis", "");
        analysisEvent.setDuration(analysisTime);
        if (serviceCallEvent != null) {
          serviceCallEvent.addSubEvent(analysisEvent);
        } else {
          trace.addEvent(analysisEvent);
        }
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   * is used so that we can return a ProcessTrace object from each process() call for backwards
   * compatibility with version 1.x.
   */
  protected void buildProcessTraceFromMBeanStats(ProcessTrace trace) {
    if (isProcessTraceEnabled()) {
      ProcessTraceEvent_impl procEvt = new ProcessTraceEvent_impl(getMetaData().getName(),
              "Analysis", "");
      procEvt.setDuration((int) getMBean().getAnalysisTimeSinceMark());
      trace.addEvent(procEvt);

      // now add subevents for each component
      Iterator<AnalysisEngine> aeIter = _getASB().getComponentAnalysisEngines().values().iterator();
      while (aeIter.hasNext()) {
        AnalysisEngine ae = aeIter.next();
        if (ae instanceof AnalysisEngineImplBase) {
          ProcessTrace subPT = ((AnalysisEngineImplBase) ae).buildProcessTraceFromMBeanStats();
          if (subPT.getEvents().size() > 0) {
            procEvt.addSubEvent((ProcessTraceEvent) subPT.getEvents().get(0));
          }
        }
      }
      // and also FlowController
      FlowControllerContainer fcc = ((ASB_impl) _getASB()).getFlowControllerContainer();
      int flowControllerTime = (int) fcc.getMBean().getAnalysisTimeSinceMark();
      ProcessTraceEvent_impl flowControllerEvent = new ProcessTraceEvent_impl(fcc.getMetaData()
              .getName(), "Analysis", "");
      flowControllerEvent.setDuration(flowControllerTime);
      procEvt.addSubEvent(flowControllerEvent);

      // set a mark at the current time, so that subsequent calls to
      // this method will pick up only times recorded after the mark.
      getMBean().mark();
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  protected void buildProcessTraceFromMBeanStats(ProcessTrace trace) {
    // this is the implementation for primitives only. Aggregate AE overrides.
    if (isProcessTraceEnabled()) {
      // to accommodate service adapters, check if a Service Call time is registered
      int serviceCallTime = (int) getMBean().getServiceCallTimeSinceMark();
      ProcessTraceEvent_impl serviceCallEvent = null;
      if (serviceCallTime > 0) {
        serviceCallEvent = new ProcessTraceEvent_impl(getMetaData().getName(), "Service Call", "");
        serviceCallEvent.setDuration(serviceCallTime);
        trace.addEvent(serviceCallEvent);
      }

      // now check Analysis time
      int analysisTime = (int) getMBean().getAnalysisTimeSinceMark();
      if (analysisTime > 0 ||
          // Jira http://issues.apache.org/jira/browse/uima-941
          // intent is to skip recording analysis times of 0
          //   if these are coming from a remote which supports
          //   serviceCallTime but not analysisTime
          //   If both are 0, the presumption is that the time really
          //   was 0.  If only analysisTime is 0, the presumption is
          //   that the remote didn't implement it, in favor of
          //   returning serviceCallTime.
          (analysisTime == 0 && serviceCallTime == 0)) {
        ProcessTraceEvent_impl analysisEvent = new ProcessTraceEvent_impl(getMetaData().getName(),
                "Analysis", "");
        analysisEvent.setDuration(analysisTime);
        if (serviceCallEvent != null) {
          serviceCallEvent.addSubEvent(analysisEvent);
        } else {
          trace.addEvent(analysisEvent);
        }
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   * is used so that we can return a ProcessTrace object from each process() call for backwards
   * compatibility with version 1.x.
   */
  protected void buildProcessTraceFromMBeanStats(ProcessTrace trace) {
    if (isProcessTraceEnabled()) {
      ProcessTraceEvent_impl procEvt = new ProcessTraceEvent_impl(getMetaData().getName(),
              "Analysis", "");
      procEvt.setDuration((int) getMBean().getAnalysisTimeSinceMark());
      trace.addEvent(procEvt);

      // now add subevents for each component
      Iterator<AnalysisEngine> aeIter = _getASB().getComponentAnalysisEngines().values().iterator();
      while (aeIter.hasNext()) {
        AnalysisEngine ae = aeIter.next();
        if (ae instanceof AnalysisEngineImplBase) {
          ProcessTrace subPT = ((AnalysisEngineImplBase) ae).buildProcessTraceFromMBeanStats();
          if (subPT.getEvents().size() > 0) {
            procEvt.addSubEvent((ProcessTraceEvent) subPT.getEvents().get(0));
          }
        }
      }
      // and also FlowController
      FlowControllerContainer fcc = ((ASB_impl) _getASB()).getFlowControllerContainer();
      int flowControllerTime = (int) fcc.getMBean().getAnalysisTimeSinceMark();
      ProcessTraceEvent_impl flowControllerEvent = new ProcessTraceEvent_impl(fcc.getMetaData()
              .getName(), "Analysis", "");
      flowControllerEvent.setDuration(flowControllerTime);
      procEvt.addSubEvent(flowControllerEvent);

      // set a mark at the current time, so that subsequent calls to
      // this method will pick up only times recorded after the mark.
      getMBean().mark();
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  protected void buildProcessTraceFromMBeanStats(ProcessTrace trace) {
    // this is the implementation for primitives only. Aggregate AE overrides.
    if (isProcessTraceEnabled()) {
      // to accomodate service adapters, check if a Service Call time is registered
      int serviceCallTime = (int) getMBean().getServiceCallTimeSinceMark();
      ProcessTraceEvent_impl serviceCallEvent = null;
      if (serviceCallTime > 0) {
        serviceCallEvent = new ProcessTraceEvent_impl(getMetaData().getName(), "Service Call", "");
        serviceCallEvent.setDuration(serviceCallTime);
        trace.addEvent(serviceCallEvent);
      }

      // now check Analysis time
      int analysisTime = (int) getMBean().getAnalysisTimeSinceMark();
      if (analysisTime > 0) {
        ProcessTraceEvent_impl analysisEvent = new ProcessTraceEvent_impl(getMetaData().getName(),
                "Analysis", "");
        analysisEvent.setDuration(analysisTime);
        if (serviceCallEvent != null) {
          serviceCallEvent.addSubEvent(analysisEvent);
        } else {
          trace.addEvent(analysisEvent);
        }
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  protected void buildProcessTraceFromMBeanStats(ProcessTrace trace) {
    // this is the implementation for primitives only. Aggregate AE overrides.
    if (isProcessTraceEnabled()) {
      // to accomodate service adapters, check if a Service Call time is registered
      int serviceCallTime = (int) getMBean().getServiceCallTimeSinceMark();
      ProcessTraceEvent_impl serviceCallEvent = null;
      if (serviceCallTime > 0) {
        serviceCallEvent = new ProcessTraceEvent_impl(getMetaData().getName(), "Service Call", "");
        serviceCallEvent.setDuration(serviceCallTime);
        trace.addEvent(serviceCallEvent);
      }

      // now check Analysis time
      int analysisTime = (int) getMBean().getAnalysisTimeSinceMark();
      if (analysisTime > 0) {
        ProcessTraceEvent_impl analysisEvent = new ProcessTraceEvent_impl(getMetaData().getName(),
                "Analysis", "");
        analysisEvent.setDuration(analysisTime);
        if (serviceCallEvent != null) {
          serviceCallEvent.addSubEvent(analysisEvent);
        } else {
          trace.addEvent(analysisEvent);
        }
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   * is used so that we can return a ProcessTrace object from each process() call for backwards
   * compatibility with version 1.x.
   */
  protected void buildProcessTraceFromMBeanStats(ProcessTrace trace) {
    if (isProcessTraceEnabled()) {
      ProcessTraceEvent_impl procEvt = new ProcessTraceEvent_impl(getMetaData().getName(),
              "Analysis", "");
      procEvt.setDuration((int) getMBean().getAnalysisTimeSinceMark());
      trace.addEvent(procEvt);

      // now add subevents for each component
      Iterator aeIter = _getASB().getComponentAnalysisEngines().values().iterator();
      while (aeIter.hasNext()) {
        AnalysisEngine ae = (AnalysisEngine) aeIter.next();
        if (ae instanceof AnalysisEngineImplBase) {
          ProcessTrace subPT = ((AnalysisEngineImplBase) ae).buildProcessTraceFromMBeanStats();
          if (subPT.getEvents().size() > 0) {
            procEvt.addSubEvent((ProcessTraceEvent) subPT.getEvents().get(0));
          }
        }
      }
      // and also FlowController
      FlowControllerContainer fcc = ((ASB_impl) _getASB()).getFlowControllerContainer();
      int flowControllerTime = (int) fcc.getMBean().getAnalysisTimeSinceMark();
      ProcessTraceEvent_impl flowControllerEvent = new ProcessTraceEvent_impl(fcc.getMetaData()
              .getName(), "Analysis", "");
      flowControllerEvent.setDuration(flowControllerTime);
      procEvt.addSubEvent(flowControllerEvent);

      // set a mark at the current time, so that subsequent calls to
      // this method will pick up only times recorded after the mark.
      getMBean().mark();
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  protected void buildProcessTraceFromMBeanStats(ProcessTrace trace) {
    // this is the implementation for primitives only. Aggregate AE overrides.
    if (isProcessTraceEnabled()) {
      // to accomodate service adapters, check if a Service Call time is registered
      int serviceCallTime = (int) getMBean().getServiceCallTimeSinceMark();
      ProcessTraceEvent_impl serviceCallEvent = null;
      if (serviceCallTime > 0) {
        serviceCallEvent = new ProcessTraceEvent_impl(getMetaData().getName(), "Service Call", "");
        serviceCallEvent.setDuration(serviceCallTime);
        trace.addEvent(serviceCallEvent);
      }

      // now check Analysis time
      int analysisTime = (int) getMBean().getAnalysisTimeSinceMark();
      if (analysisTime > 0) {
        ProcessTraceEvent_impl analysisEvent = new ProcessTraceEvent_impl(getMetaData().getName(),
                "Analysis", "");
        analysisEvent.setDuration(analysisTime);
        if (serviceCallEvent != null) {
          serviceCallEvent.addSubEvent(analysisEvent);
        } else {
          trace.addEvent(analysisEvent);
        }
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   * is used so that we can return a ProcessTrace object from each process() call for backwards
   * compatibility with version 1.x.
   */
  protected void buildProcessTraceFromMBeanStats(ProcessTrace trace) {
    if (isProcessTraceEnabled()) {
      ProcessTraceEvent_impl procEvt = new ProcessTraceEvent_impl(getMetaData().getName(),
              "Analysis", "");
      procEvt.setDuration((int) getMBean().getAnalysisTimeSinceMark());
      trace.addEvent(procEvt);

      // now add subevents for each component
      Iterator aeIter = _getASB().getComponentAnalysisEngines().values().iterator();
      while (aeIter.hasNext()) {
        AnalysisEngine ae = (AnalysisEngine) aeIter.next();
        if (ae instanceof AnalysisEngineImplBase) {
          ProcessTrace subPT = ((AnalysisEngineImplBase) ae).buildProcessTraceFromMBeanStats();
          if (subPT.getEvents().size() > 0) {
            procEvt.addSubEvent((ProcessTraceEvent) subPT.getEvents().get(0));
          }
        }
      }
      // and also FlowController
      FlowControllerContainer fcc = ((ASB_impl) _getASB()).getFlowControllerContainer();
      int flowControllerTime = (int) fcc.getMBean().getAnalysisTimeSinceMark();
      ProcessTraceEvent_impl flowControllerEvent = new ProcessTraceEvent_impl(fcc.getMetaData()
              .getName(), "Analysis", "");
      flowControllerEvent.setDuration(flowControllerTime);
      procEvt.addSubEvent(flowControllerEvent);

      // set a mark at the current time, so that subsequent calls to
      // this method will pick up only times recorded after the mark.
      getMBean().mark();
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Related Classes of org.apache.uima.util.impl.ProcessTraceEvent_impl

  • org.apache.uima.analysis_engine.impl.AggregateAnalysisEngine_impl
  • org.apache.uima.analysis_engine.impl.AnalysisEngineImplBase
  • org.apache.uima.util.ProcessTraceEvent
  • java.util.ArrayList
  • java.util.List
  • java.text.DecimalFormat
  • java.util.Iterator
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