void MetadataManager::append(BSONObjBuilder* builder) {
stdx::lock_guard<stdx::mutex> scopedLock(_managerLock);
BSONArrayBuilder rtcArr(builder->subarrayStart("rangesToClean"));
for (const auto& entry : _rangesToClean) {
BSONObjBuilder obj;
ChunkRange r = ChunkRange(entry.first, entry.second);
r.append(&obj);
rtcArr.append(obj.done());
}
rtcArr.done();
BSONArrayBuilder pcArr(builder->subarrayStart("pendingChunks"));
for (const auto& entry : _receivingChunks) {
BSONObjBuilder obj;
ChunkRange r = ChunkRange(entry.first, entry.second);
r.append(&obj);
pcArr.append(obj.done());
}
pcArr.done();
BSONArrayBuilder amrArr(builder->subarrayStart("activeMetadataRanges"));
for (const auto& entry : _activeMetadataTracker->metadata->getChunks()) {
BSONObjBuilder obj;
ChunkRange r = ChunkRange(entry.first, entry.second);
r.append(&obj);
amrArr.append(obj.done());
}
amrArr.done();
}
void MetadataManager::append(BSONObjBuilder* builder) const {
stdx::lock_guard<stdx::mutex> lg(_managerLock);
_rangesToClean.append(builder);
BSONArrayBuilder pcArr(builder->subarrayStart("pendingChunks"));
for (const auto& entry : _receivingChunks) {
BSONObjBuilder obj;
ChunkRange r = ChunkRange(entry.first, entry.second);
r.append(&obj);
pcArr.append(obj.done());
}
pcArr.done();
if (_metadata.empty()) {
return;
}
BSONArrayBuilder amrArr(builder->subarrayStart("activeMetadataRanges"));
for (const auto& entry : _metadata.back()->metadata.getChunks()) {
BSONObjBuilder obj;
ChunkRange r = ChunkRange(entry.first, entry.second);
r.append(&obj);
amrArr.append(obj.done());
}
amrArr.done();
}
