void
ApplyBucketsWork::advance(std::string const& bucketName,
BucketApplicator& applicator)
{
assert(applicator);
assert(mTotalSize != 0);
auto sz = applicator.advance(mCounters);
mAppliedEntries += sz;
mCounters.logDebug(bucketName, mLevel, mApp.getClock().now());
auto log = false;
if (applicator)
{
mAppliedSize += (applicator.pos() - mLastPos);
mLastPos = applicator.pos();
}
else
{
mAppliedSize += (applicator.size() - mLastPos);
mAppliedBuckets++;
mLastPos = 0;
log = true;
mCounters.logInfo(bucketName, mLevel, mApp.getClock().now());
mCounters.reset(mApp.getClock().now());
}
auto appliedSizeMb = mAppliedSize / 1024 / 1024;
if (appliedSizeMb > mLastAppliedSizeMb)
{
log = true;
mLastAppliedSizeMb = appliedSizeMb;
}
if (log)
{
CLOG(INFO, "Bucket")
<< "Bucket-apply: " << mAppliedEntries << " entries in "
<< formatSize(mAppliedSize) << "/" << formatSize(mTotalSize)
<< " in " << mAppliedBuckets << "/" << mTotalBuckets << " files ("
<< (100 * mAppliedSize / mTotalSize) << "%)";
}
}
void
ApplyBucketsWork::advance(BucketApplicator& applicator)
{
if (!applicator)
{
return;
}
assert(mTotalSize != 0);
mAppliedEntries += applicator.advance();
auto log = false;
if (applicator)
{
mAppliedSize += (applicator.pos() - mLastPos);
mLastPos = applicator.pos();
}
else
{
mAppliedSize += (applicator.size() - mLastPos);
mAppliedBuckets++;
mLastPos = 0;
log = true;
}
auto appliedSizeMb = mAppliedSize / 1024 / 1024;
if (appliedSizeMb > mLastAppliedSizeMb)
{
log = true;
mLastAppliedSizeMb = appliedSizeMb;
}
if (log)
{
CLOG(INFO, "Bucket")
<< "Bucket-apply: " << mAppliedEntries << " entries in "
<< formatSize(mAppliedSize) << "/" << formatSize(mTotalSize)
<< " in " << mAppliedBuckets << "/" << mTotalBuckets << " files ("
<< (100 * mAppliedSize / mTotalSize) << "%)";
}
}
