@Override
public void consume(Collection<DataEvent<ZoieIndexable<VALUE>, V>> events) throws ZoieException {
// updates the in memory status before and after the work
synchronized (_optimizeMonitor) {
try {
_idxMgr.setDiskIndexerStatus(Status.Working);
OptimizeType optType = _optScheduler.getScheduledOptimizeType();
_idxMgr.setPartialExpunge(optType == OptimizeType.PARTIAL);
try {
System.out.println("DiskLuceneIndexDataLoader:consume(): disk consume");
super.consume(events);
} finally {
_optScheduler.finished();
_idxMgr.setPartialExpunge(false);
}
if (optType == OptimizeType.FULL) {
try {
expungeDeletes();
} catch (IOException ioe) {
ZoieHealth.setFatal();
throw new ZoieException(ioe.getMessage(), ioe);
} finally {
_optScheduler.finished();
}
}
} finally {
_idxMgr.setDiskIndexerStatus(Status.Sleep);
}
}
}
@Override
public void loadFromIndex(RAMSearchIndex<R, V> ramIndex) throws ZoieException {
synchronized (_optimizeMonitor) {
try {
_idxMgr.setDiskIndexerStatus(Status.Working);
OptimizeType optType = _optScheduler.getScheduledOptimizeType();
_idxMgr.setPartialExpunge(optType == OptimizeType.PARTIAL);
try {
super.loadFromIndex(ramIndex);
} finally {
_optScheduler.finished();
_idxMgr.setPartialExpunge(false);
}
if (optType == OptimizeType.FULL) {
try {
expungeDeletes();
} catch (IOException ioe) {
ZoieHealth.setFatal();
throw new ZoieException(ioe.getMessage(), ioe);
} finally {
_optScheduler.finished();
}
}
} finally {
_idxMgr.setDiskIndexerStatus(Status.Sleep);
}
}
}