@TmfSignalHandler
public void traceUpdated(TmfTraceUpdatedSignal signal) {
for (ITmfTrace<T> trace : fTraces) {
if (trace == signal.getTrace()) {
synchronized (fCheckpoints) {
if (fIndexing) {
if (fIndexingPendingRange == TmfTimeRange.Null) {
fIndexingPendingRange = signal.getRange();
} else {
TmfTimestamp startTime = fIndexingPendingRange.getStartTime();
TmfTimestamp endTime = fIndexingPendingRange.getEndTime();
if (signal.getRange().getStartTime().compareTo(startTime) < 0) {
startTime = signal.getRange().getStartTime();
}
if (signal.getRange().getEndTime().compareTo(endTime) > 0) {
endTime = signal.getRange().getEndTime();
}
fIndexingPendingRange = new TmfTimeRange(startTime, endTime);
}
return;
}
}
indexExperiment(false, (int) fNbEvents, signal.getRange());
return;
}
}
}
/** Update the global time range */
protected void updateTimeRange() {
TmfTimestamp startTime =
fTimeRange != TmfTimeRange.Null ? fTimeRange.getStartTime() : TmfTimestamp.BigCrunch;
TmfTimestamp endTime =
fTimeRange != TmfTimeRange.Null ? fTimeRange.getEndTime() : TmfTimestamp.BigBang;
for (ITmfTrace<T> trace : fTraces) {
TmfTimestamp traceStartTime = trace.getStartTime();
if (traceStartTime.compareTo(startTime, true) < 0) startTime = traceStartTime;
TmfTimestamp traceEndTime = trace.getEndTime();
if (traceEndTime.compareTo(endTime, true) > 0) endTime = traceEndTime;
}
fTimeRange = new TmfTimeRange(startTime, endTime);
}
@Override
public TmfTimestamp getEndTime() {
return fTimeRange.getEndTime();
}