/Users/deen/code/yugabyte-db/src/yb/tablet/tablet_metadata.cc

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// regarding copyright ownership.  The ASF licenses this file
// to you under the Apache License, Version 2.0 (the
// "License"); you may not use this file except in compliance
// with the License.  You may obtain a copy of the License at
//
//   http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing,
// software distributed under the License is distributed on an
// "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
// KIND, either express or implied.  See the License for the
// specific language governing permissions and limitations
// under the License.
//
// The following only applies to changes made to this file as part of YugaByte development.
//
// Portions Copyright (c) YugaByte, Inc.
//
// Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except
// in compliance with the License.  You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software distributed under the License
// is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express
// or implied.  See the License for the specific language governing permissions and limitations
// under the License.
//

#include "yb/tablet/tablet_metadata.h"

#include <algorithm>
#include <mutex>
#include <string>

#include <boost/optional.hpp>
#include <gflags/gflags.h>

#include "yb/common/entity_ids.h"
#include "yb/common/index.h"
#include "yb/common/schema.h"
#include "yb/common/transaction.h"
#include "yb/common/wire_protocol.h"

#include "yb/consensus/consensus_util.h"
#include "yb/consensus/opid_util.h"

#include "yb/docdb/docdb_rocksdb_util.h"

#include "yb/gutil/atomicops.h"
#include "yb/gutil/dynamic_annotations.h"
#include "yb/gutil/map-util.h"
#include "yb/gutil/stl_util.h"
#include "yb/gutil/strings/substitute.h"

#include "yb/rocksdb/db.h"
#include "yb/rocksdb/options.h"

#include "yb/tablet/metadata.pb.h"
#include "yb/tablet/tablet_options.h"

#include "yb/util/debug/trace_event.h"
#include "yb/util/flag_tags.h"
#include "yb/util/logging.h"
#include "yb/util/pb_util.h"
#include "yb/util/random.h"
#include "yb/util/result.h"
#include "yb/util/status.h"
#include "yb/util/status_log.h"
#include "yb/util/trace.h"

DEFINE_bool(enable_tablet_orphaned_block_deletion, true,
            "Whether to enable deletion of orphaned blocks from disk. "
            "Note: This is only exposed for debugging purposes!");
TAG_FLAG(enable_tablet_orphaned_block_deletion, advanced);
TAG_FLAG(enable_tablet_orphaned_block_deletion, hidden);
TAG_FLAG(enable_tablet_orphaned_block_deletion, runtime);

using std::shared_ptr;

using base::subtle::Barrier_AtomicIncrement;
using strings::Substitute;

using yb::consensus::MinimumOpId;

namespace yb {
namespace tablet {

const int64 kNoDurableMemStore = -1;
const std::string kIntentsSubdir = "intents";
const std::string kIntentsDBSuffix = ".intents";
const std::string kSnapshotsDirSuffix = ".snapshots";

// ============================================================================
//  Raft group metadata
// ============================================================================

TableInfo::TableInfo()
    : schema(std::make_unique<Schema>()), index_map(std::make_unique<IndexMap>()) {
}

TableInfo::TableInfo(std::string table_id,
                     std::string namespace_name,
                     std::string table_name,
                     TableType table_type,
                     const Schema& schema,
                     const IndexMap& index_map,
                     const boost::optional<IndexInfo>& index_info,
                     const uint32_t schema_version,
                     PartitionSchema partition_schema)
    : table_id(std::move(table_id)),
      namespace_name(std::move(namespace_name)),
      table_name(std::move(table_name)),
      table_type(table_type),
      schema(std::make_unique<Schema>(schema)),
      index_map(std::make_unique<IndexMap>(index_map)),
      index_info(index_info ? new IndexInfo(*index_info) : nullptr),
      schema_version(schema_version),
      partition_schema(std::move(partition_schema)) {
}

TableInfo::TableInfo(const TableInfo& other,
                     const Schema& schema,
                     const IndexMap& index_map,
                     const std::vector<DeletedColumn>& deleted_cols,
                     const uint32_t schema_version)
    : table_id(other.table_id),
      namespace_name(other.namespace_name),
      table_name(other.table_name),
      table_type(other.table_type),
      schema(std::make_unique<Schema>(schema)),
      index_map(std::make_unique<IndexMap>(index_map)),
      index_info(other.index_info ? new IndexInfo(*other.index_info) : nullptr),
      schema_version(schema_version),
      partition_schema(other.partition_schema),
      deleted_cols(other.deleted_cols) {
  this->deleted_cols.insert(this->deleted_cols.end(), deleted_cols.begin(), deleted_cols.end());
}

Status TableInfo::LoadFromPB(const TableInfoPB& pb) {
  table_id = pb.table_id();
  namespace_name = pb.namespace_name();
  table_name = pb.table_name();
  table_type = pb.table_type();

  RETURN_NOT_OK(SchemaFromPB(pb.schema(), schema.get()));
  if (pb.has_index_info()) {
    index_info.reset(new IndexInfo(pb.index_info()));
  }
  index_map->FromPB(pb.indexes());
  schema_version = pb.schema_version();

  RETURN_NOT_OK(PartitionSchema::FromPB(pb.partition_schema(), *schema, &partition_schema));

  for (const DeletedColumnPB& deleted_col : pb.deleted_cols()) {
    DeletedColumn col;
    RETURN_NOT_OK(DeletedColumn::FromPB(deleted_col, &col));
    deleted_cols.push_back(col);
  }

  return Status::OK();
}

void TableInfo::ToPB(TableInfoPB* pb) const {
  pb->set_table_id(table_id);
  pb->set_namespace_name(namespace_name);
  pb->set_table_name(table_name);
  pb->set_table_type(table_type);

  DCHECK(schema->has_column_ids());
  SchemaToPB(*schema, pb->mutable_schema());
  if (index_info) {
    index_info->ToPB(pb->mutable_index_info());
  }
  index_map->ToPB(pb->mutable_indexes());
  pb->set_schema_version(schema_version);

  partition_schema.ToPB(pb->mutable_partition_schema());

  for (const DeletedColumn& deleted_col : deleted_cols) {
    deleted_col.CopyToPB(pb->mutable_deleted_cols()->Add());
  }
}

Status KvStoreInfo::LoadTablesFromPB(
    const google::protobuf::RepeatedPtrField<TableInfoPB>& pbs, const TableId& primary_table_id) {
  tables.clear();
  for (const auto& table_pb : pbs) {
    auto table_info = std::make_shared<TableInfo>();
    RETURN_NOT_OK(table_info->LoadFromPB(table_pb));
    if (table_info->table_id != primary_table_id) {
      // TODO(alex): cotable_id should be loaded from PB schema, do we need this section?
      if (table_pb.schema().table_properties().is_ysql_catalog_table()) {
        Uuid cotable_id;
        CHECK_OK(cotable_id.FromHexString(table_info->table_id));
        // TODO(#79): when adding for multiple KV-stores per Raft group support - check if we need
        // to set cotable ID.
        table_info->schema->set_cotable_id(cotable_id);
      }
      // Colocation ID is already set in schema.
      // TODO(alex): We don't have this info when master starts up?
    }
    tables[table_info->table_id] = std::move(table_info);
  }
  return Status::OK();
}

Status KvStoreInfo::LoadFromPB(const KvStoreInfoPB& pb,
                               const TableId& primary_table_id,
                               bool local_superblock) {
  kv_store_id = KvStoreId(pb.kv_store_id());
  if (local_superblock) {
    rocksdb_dir = pb.rocksdb_dir();
  }
  lower_bound_key = pb.lower_bound_key();
  upper_bound_key = pb.upper_bound_key();
  has_been_fully_compacted = pb.has_been_fully_compacted();

  for (const auto& schedule_id : pb.snapshot_schedules()) {
    snapshot_schedules.insert(VERIFY_RESULT(FullyDecodeSnapshotScheduleId(schedule_id)));
  }

  return LoadTablesFromPB(pb.tables(), primary_table_id);
}

void KvStoreInfo::ToPB(const TableId& primary_table_id, KvStoreInfoPB* pb) const {
  pb->set_kv_store_id(kv_store_id.ToString());
  pb->set_rocksdb_dir(rocksdb_dir);
  if (lower_bound_key.empty()) {
    pb->clear_lower_bound_key();
  } else {
    pb->set_lower_bound_key(lower_bound_key);
  }
  if (upper_bound_key.empty()) {
    pb->clear_upper_bound_key();
  } else {
    pb->set_upper_bound_key(upper_bound_key);
  }
  pb->set_has_been_fully_compacted(has_been_fully_compacted);

  // Putting primary table first, then all other tables.
  const auto& it = tables.find(primary_table_id);
  if (it != tables.end()) {
    it->second->ToPB(pb->add_tables());
  }
  for (const auto& it : tables) {
    if (it.first != primary_table_id) {
      it.second->ToPB(pb->add_tables());
    }
  }

  for (const auto& schedule_id : snapshot_schedules) {
    pb->add_snapshot_schedules(schedule_id.data(), schedule_id.size());
  }
}

namespace {

std::string MakeTabletDirName(const TabletId& tablet_id) {
  return Format("tablet-$0", tablet_id);
}

} // namespace

// ============================================================================

Result<RaftGroupMetadataPtr> RaftGroupMetadata::CreateNew(
    const RaftGroupMetadataData& data, const std::string& data_root_dir,
    const std::string& wal_root_dir) {
  auto* fs_manager = data.fs_manager;
  // Verify that no existing Raft group exists with the same ID.
  if (fs_manager->env()->FileExists(fs_manager->GetRaftGroupMetadataPath(data.raft_group_id))) {
    return STATUS(AlreadyPresent, "Raft group already exists", data.raft_group_id);
  }

  auto wal_top_dir = wal_root_dir;
  auto data_top_dir = data_root_dir;
  // Use the original randomized logic if the indices are not explicitly passed in
  if (data_root_dir.empty()) {
    auto data_root_dirs = fs_manager->GetDataRootDirs();
    CHECK(!data_root_dirs.empty()) << "No data root directories found"0;
    data_top_dir = RandomElement(data_root_dirs);
  }

  if (wal_root_dir.empty()) {
    auto wal_root_dirs = fs_manager->GetWalRootDirs();
    CHECK(!wal_root_dirs.empty()) << "No wal root directories found"0;
    wal_top_dir = RandomElement(wal_root_dirs);
  }

  const string table_dir_name = Substitute("table-$0", data.table_info->table_id);
  const string tablet_dir_name = MakeTabletDirName(data.raft_group_id);
  const string wal_dir = JoinPathSegments(wal_top_dir, table_dir_name, tablet_dir_name);
  const string rocksdb_dir = JoinPathSegments(
      data_top_dir, FsManager::kRocksDBDirName, table_dir_name, tablet_dir_name);

  RaftGroupMetadataPtr ret(new RaftGroupMetadata(data, rocksdb_dir, wal_dir));
  RETURN_NOT_OK(ret->Flush());
  return ret;
}

Result<RaftGroupMetadataPtr> RaftGroupMetadata::Load(
    FsManager* fs_manager, const RaftGroupId& raft_group_id) {
  RaftGroupMetadataPtr ret(new RaftGroupMetadata(fs_manager, raft_group_id));
  RETURN_NOT_OK(ret->LoadFromDisk());
  return ret;
}

Result<RaftGroupMetadataPtr> RaftGroupMetadata::LoadOrCreate(const RaftGroupMetadataData& data) {
  auto metadata = Load(data.fs_manager, data.raft_group_id);
  if (metadata.ok()) {
    if (!(**metadata).schema()->Equals(*data.table_info->schema)) {
      return STATUS(Corruption, Substitute("Schema on disk ($0) does not "
        "match expected schema ($1)", (*metadata)->schema()->ToString(),
        data.table_info->schema->ToString()));
    }
    return *metadata;
  }

  if (metadata.status().IsNotFound()) {
    return CreateNew(data);
  }

  return metadata.status();
}

template <class TablesMap>
CHECKED_STATUS MakeTableNotFound(const TableId& table_id, const RaftGroupId& raft_group_id,
                                 const TablesMap& tables) {
  std::string table_name = "<unknown_table_name>";
  if (!table_id.empty()) {
    const auto iter = tables.find(table_id);
    if (iter != tables.end()) {
      table_name = iter->second->table_name;
    }
  }
  std::ostringstream string_stream;
  string_stream << "Table " << table_name << " (" << table_id << ") not found in Raft group "
      << raft_group_id;
  std::string msg = string_stream.str();
#ifndef NDEBUG
  // This very large message should be logged instead of being appended to STATUS.
  std::string suffix = Format(". Tables: $0.", tables);
  VLOG(1) << msg << suffix0;
#endif
  return STATUS(NotFound, msg);
}

Result<TableInfoPtr> RaftGroupMetadata::GetTableInfo(const std::string& table_id) const {
  std::lock_guard<MutexType> lock(data_mutex_);
  return GetTableInfoUnlocked(table_id);
}

Result<TableInfoPtr> RaftGroupMetadata::GetTableInfoUnlocked(const std::string& table_id) const {
  const auto& tables = kv_store_.tables;
  const auto id = !table_id.empty() ? table_id24.0M : primary_table_id_53.5k;
  const auto iter = tables.find(id);
  if (iter == tables.end()) {
    return MakeTableNotFound(table_id, raft_group_id_, tables);
  }
  return iter->second;
}

Status RaftGroupMetadata::DeleteTabletData(TabletDataState delete_type,
                                           const OpId& last_logged_opid) {
  CHECK(delete_type == TABLET_DATA_DELETED ||
        delete_type == TABLET_DATA_TOMBSTONED)
      << "DeleteTabletData() called with unsupported delete_type on tablet "
      << raft_group_id_ << ": " << TabletDataState_Name(delete_type)
      << " (" << delete_type << ")";

  // First add all of our blocks to the orphan list
  // and clear our rowsets. This serves to erase all the data.
  //
  // We also set the state in our persisted metadata to indicate that
  // we have been deleted.
  {
    std::lock_guard<MutexType> lock(data_mutex_);
    tablet_data_state_ = delete_type;
    if (!last_logged_opid.empty()) {
      tombstone_last_logged_opid_ = last_logged_opid;
    }
  }

  rocksdb::Options rocksdb_options;
  TabletOptions tablet_options;
  std::string log_prefix = consensus::MakeTabletLogPrefix(raft_group_id_, fs_manager_->uuid());
  docdb::InitRocksDBOptions(
      &rocksdb_options, log_prefix, nullptr /* statistics */, tablet_options);

  const auto& rocksdb_dir = this->rocksdb_dir();
  LOG(INFO) << "Destroying regular db at: " << rocksdb_dir;
  rocksdb::Status status = rocksdb::DestroyDB(rocksdb_dir, rocksdb_options);

  if (!status.ok()) {
    LOG(ERROR) << "Failed to destroy regular DB at: " << rocksdb_dir << ": " << status;
  } else {
    LOG(INFO) << "Successfully destroyed regular DB at: " << rocksdb_dir;
  }

  if (fs_manager_->env()->FileExists(rocksdb_dir)) {
    auto s = fs_manager_->env()->DeleteRecursively(rocksdb_dir);
    LOG_IF(WARNING, !s.ok()) << "Unable to delete rocksdb data directory " << rocksdb_dir0;
  }

  const auto intents_dir = this->intents_rocksdb_dir();
  if (fs_manager_->env()->FileExists(intents_dir)) {
    status = rocksdb::DestroyDB(intents_dir, rocksdb_options);

    if (!status.ok()) {
      LOG(ERROR) << "Failed to destroy provisional records DB at: " << intents_dir << ": "
                 << status;
    } else {
      LOG(INFO) << "Successfully destroyed provisional records DB at: " << intents_dir;
    }
  }

  if (fs_manager_->env()->FileExists(intents_dir)) {
    auto s = fs_manager_->env()->DeleteRecursively(intents_dir);
    LOG_IF(WARNING, !s.ok()) << "Unable to delete intents directory " << intents_dir;
  }

  // TODO(tsplit): decide what to do with snapshots for split tablets that we delete after split.
  // As for now, snapshots will be deleted as well.
  const auto snapshots_dir = this->snapshots_dir();
  if (fs_manager_->env()->FileExists(snapshots_dir)) {
    auto s = fs_manager_->env()->DeleteRecursively(snapshots_dir);
    LOG_IF(WARNING, !s.ok()) << "Unable to delete snapshots directory " << snapshots_dir;
  }

  // Flushing will sync the new tablet_data_state_ to disk and will now also
  // delete all the data.
  RETURN_NOT_OK(Flush());

  // Re-sync to disk one more time.
  // This call will typically re-sync with an empty orphaned blocks list
  // (unless deleting any orphans failed during the last Flush()), so that we
  // don't try to re-delete the deleted orphaned blocks on every startup.
  return Flush();
}

bool RaftGroupMetadata::IsTombstonedWithNoRocksDBData() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  const auto& rocksdb_dir = kv_store_.rocksdb_dir;
  const auto intents_dir = rocksdb_dir + kIntentsDBSuffix;
  return tablet_data_state_ == TABLET_DATA_TOMBSTONED &&
      !fs_manager_->env()->FileExists(rocksdb_dir)2 &&
      !fs_manager_->env()->FileExists(intents_dir)2;
}

Status RaftGroupMetadata::DeleteSuperBlock() {
  std::lock_guard<MutexType> lock(data_mutex_);
  if (tablet_data_state_ != TABLET_DATA_DELETED) {
    return STATUS(IllegalState,
        Substitute("Tablet $0 is not in TABLET_DATA_DELETED state. "
                   "Call DeleteTabletData(TABLET_DATA_DELETED) first. "
                   "Tablet data state: $1 ($2)",
                   raft_group_id_,
                   TabletDataState_Name(tablet_data_state_),
                   tablet_data_state_));
  }

  string path = fs_manager_->GetRaftGroupMetadataPath(raft_group_id_);
  RETURN_NOT_OK_PREPEND(fs_manager_->env()->DeleteFile(path),
                        "Unable to delete superblock for Raft group " + raft_group_id_);
  return Status::OK();
}

RaftGroupMetadata::RaftGroupMetadata(
    const RaftGroupMetadataData& data, const std::string& data_dir, const std::string& wal_dir)
    : state_(kNotWrittenYet),
      raft_group_id_(data.raft_group_id),
      partition_(std::make_shared<Partition>(data.partition)),
      primary_table_id_(data.table_info->table_id),
      kv_store_(KvStoreId(raft_group_id_), data_dir, data.snapshot_schedules),
      fs_manager_(data.fs_manager),
      wal_dir_(wal_dir),
      tablet_data_state_(data.tablet_data_state),
      colocated_(data.colocated),
      cdc_min_replicated_index_(std::numeric_limits<int64_t>::max()) {
  CHECK(data.table_info->schema->has_column_ids());
  CHECK_GT(data.table_info->schema->num_key_columns(), 0);
  kv_store_.tables.emplace(primary_table_id_, data.table_info);
}

RaftGroupMetadata::~RaftGroupMetadata() {
}

RaftGroupMetadata::RaftGroupMetadata(FsManager* fs_manager, RaftGroupId raft_group_id)
    : state_(kNotLoadedYet),
      raft_group_id_(std::move(raft_group_id)),
      kv_store_(KvStoreId(raft_group_id_)),
      fs_manager_(fs_manager) {
}

Status RaftGroupMetadata::LoadFromDisk() {
  TRACE_EVENT1("raft_group", "RaftGroupMetadata::LoadFromDisk",
               "raft_group_id", raft_group_id_);

  CHECK_EQ(state_, kNotLoadedYet);

  RaftGroupReplicaSuperBlockPB superblock;
  RETURN_NOT_OK(ReadSuperBlockFromDisk(&superblock));
  RETURN_NOT_OK_PREPEND(LoadFromSuperBlock(superblock, /* local_superblock = */ true),
                        "Failed to load data from superblock protobuf");
  state_ = kInitialized;
  return Status::OK();
}

Status RaftGroupMetadata::LoadFromSuperBlock(const RaftGroupReplicaSuperBlockPB& superblock,
                                             bool local_superblock) {
  if (!superblock.has_kv_store()) {
    // Backward compatibility for tablet=KV-store=raft-group.
    RaftGroupReplicaSuperBlockPB superblock_migrated(superblock);
    RETURN_NOT_OK(MigrateSuperblock(&superblock_migrated));
    RETURN_NOT_OK(LoadFromSuperBlock(superblock_migrated, local_superblock));
    return Flush();
  }

  VLOG(2) << "Loading RaftGroupMetadata from SuperBlockPB:" << std::endl
          << superblock.DebugString();

  {
    std::lock_guard<MutexType> lock(data_mutex_);

    // Verify that the Raft group id matches with the one in the protobuf.
    if (superblock.raft_group_id() != raft_group_id_) {
      return STATUS(Corruption, "Expected id=" + raft_group_id_ +
                                " found " + superblock.raft_group_id(),
                                superblock.DebugString());
    }
    Partition partition;
    Partition::FromPB(superblock.partition(), &partition);
    partition_ = std::make_shared<Partition>(partition);
    primary_table_id_ = superblock.primary_table_id();
    colocated_ = superblock.colocated();

    RETURN_NOT_OK(kv_store_.LoadFromPB(superblock.kv_store(),
                                       primary_table_id_,
                                       local_superblock));

    wal_dir_ = superblock.wal_dir();
    tablet_data_state_ = superblock.tablet_data_state();

    if (superblock.has_tombstone_last_logged_opid()) {
      tombstone_last_logged_opid_ = OpId::FromPB(superblock.tombstone_last_logged_opid());
    } else {
      tombstone_last_logged_opid_ = OpId();
    }
    cdc_min_replicated_index_ = superblock.cdc_min_replicated_index();
    is_under_twodc_replication_ = superblock.is_under_twodc_replication();
    hidden_ = superblock.hidden();
    auto restoration_hybrid_time = HybridTime::FromPB(superblock.restoration_hybrid_time());
    if (restoration_hybrid_time) {
      restoration_hybrid_time_ = restoration_hybrid_time;
    }

    if (superblock.has_split_op_id()) {
      split_op_id_ = OpId::FromPB(superblock.split_op_id());

      SCHECK_EQ(implicit_cast<size_t>(superblock.split_child_tablet_ids().size()),
                split_child_tablet_ids_.size(),
                Corruption, "Expected exact number of child tablet ids");
      for (size_t i = 0; 3i != split_child_tablet_ids_.size(); ++i6) {
        split_child_tablet_ids_[i] = superblock.split_child_tablet_ids(narrow_cast<int>(i));
      }
    }

    if (!superblock.active_restorations().empty()) {
      active_restorations_.reserve(superblock.active_restorations().size());
      for (const auto& id : superblock.active_restorations()) {
        active_restorations_.push_back(VERIFY_RESULT(FullyDecodeTxnSnapshotRestorationId(id)));
      }
    }
  }

  return Status::OK();
}

Status RaftGroupMetadata::Flush() {
  TRACE_EVENT1("raft_group", "RaftGroupMetadata::Flush",
               "raft_group_id", raft_group_id_);

  MutexLock l_flush(flush_lock_);
  RaftGroupReplicaSuperBlockPB pb;
  {
    std::lock_guard<MutexType> lock(data_mutex_);
    ToSuperBlockUnlocked(&pb);
  }
  RETURN_NOT_OK(SaveToDiskUnlocked(pb));
  TRACE("Metadata flushed");

  return Status::OK();
}

Status RaftGroupMetadata::ReplaceSuperBlock(const RaftGroupReplicaSuperBlockPB &pb) {
  {
    MutexLock l(flush_lock_);
    RETURN_NOT_OK_PREPEND(SaveToDiskUnlocked(pb), "Unable to replace superblock");
  }

  RETURN_NOT_OK_PREPEND(LoadFromSuperBlock(pb, /* local_superblock = */ false),
                        "Failed to load data from superblock protobuf");

  return Status::OK();
}

Status RaftGroupMetadata::SaveToDiskUnlocked(const RaftGroupReplicaSuperBlockPB &pb) {
  flush_lock_.AssertAcquired();

  string path = fs_manager_->GetRaftGroupMetadataPath(raft_group_id_);
  RETURN_NOT_OK_PREPEND(pb_util::WritePBContainerToPath(
                            fs_manager_->env(), path, pb,
                            pb_util::OVERWRITE, pb_util::SYNC),
                        Substitute("Failed to write Raft group metadata $0", raft_group_id_));

  return Status::OK();
}

Status RaftGroupMetadata::ReadSuperBlockFromDisk(RaftGroupReplicaSuperBlockPB* superblock) const {
  string path = fs_manager_->GetRaftGroupMetadataPath(raft_group_id_);
  RETURN_NOT_OK_PREPEND(
      pb_util::ReadPBContainerFromPath(fs_manager_->env(), path, superblock),
      Substitute("Could not load Raft group metadata from $0", path));
  // Migration for backward compatibility with versions which don't have separate
  // TableType::TRANSACTION_STATUS_TABLE_TYPE.
  if (superblock->obsolete_table_type() == TableType::REDIS_TABLE_TYPE &&
      superblock->obsolete_table_name() == kGlobalTransactionsTableName0) {
    superblock->set_obsolete_table_type(TableType::TRANSACTION_STATUS_TABLE_TYPE);
  }
  return Status::OK();
}

void RaftGroupMetadata::ToSuperBlock(RaftGroupReplicaSuperBlockPB* superblock) const {
  // acquire the lock so that rowsets_ doesn't get changed until we're finished.
  std::lock_guard<MutexType> lock(data_mutex_);
  ToSuperBlockUnlocked(superblock);
}

void RaftGroupMetadata::ToSuperBlockUnlocked(RaftGroupReplicaSuperBlockPB* superblock) const {
  // Convert to protobuf.
  RaftGroupReplicaSuperBlockPB pb;
  pb.set_raft_group_id(raft_group_id_);
  partition_->ToPB(pb.mutable_partition());

  kv_store_.ToPB(primary_table_id_, pb.mutable_kv_store());

  pb.set_wal_dir(wal_dir_);
  pb.set_tablet_data_state(tablet_data_state_);
  if (!tombstone_last_logged_opid_.empty()) {
    tombstone_last_logged_opid_.ToPB(pb.mutable_tombstone_last_logged_opid());
  }

  pb.set_primary_table_id(primary_table_id_);
  pb.set_colocated(colocated_);
  pb.set_cdc_min_replicated_index(cdc_min_replicated_index_);
  pb.set_is_under_twodc_replication(is_under_twodc_replication_);
  pb.set_hidden(hidden_);
  if (restoration_hybrid_time_) {
    pb.set_restoration_hybrid_time(restoration_hybrid_time_.ToUint64());
  }

  if (!split_op_id_.empty()) {
    split_op_id_.ToPB(pb.mutable_split_op_id());
    auto& split_child_table_ids = *pb.mutable_split_child_tablet_ids();
    split_child_table_ids.Reserve(narrow_cast<int>(split_child_tablet_ids_.size()));
    for (const auto& split_child_tablet_id : split_child_tablet_ids_) {
      *split_child_table_ids.Add() = split_child_tablet_id;
    }
  }

  if (!active_restorations_.empty()) {
    auto& active_restorations = *pb.mutable_active_restorations();
    active_restorations.Reserve(narrow_cast<int>(active_restorations_.size()));
    for (const auto& id : active_restorations_) {
      active_restorations.Add()->assign(id.AsSlice().cdata(), id.size());
    }
  }

  superblock->Swap(&pb);
}

void RaftGroupMetadata::SetSchema(const Schema& schema,
                                  const IndexMap& index_map,
                                  const std::vector<DeletedColumn>& deleted_cols,
                                  const uint32_t version,
                                  const TableId& table_id) {
  DCHECK(schema.has_column_ids());
  std::lock_guard<MutexType> lock(data_mutex_);
  TableId target_table_id = table_id.empty() ? primary_table_id_1.90k : table_id78.0k;
  auto result = GetTableInfoUnlocked(target_table_id);
  DCHECK(result.ok());
  TableInfoPtr new_table_info = std::make_shared<TableInfo>(*result.get(),
                                                            schema,
                                                            index_map,
                                                            deleted_cols,
                                                            version);
  if (target_table_id != primary_table_id_) {
    if (schema.table_properties().is_ysql_catalog_table()) {
      // TODO(alex): cotable_id should be copied from original schema, do we need this section?
      //             Might be related to #5017, #6107
      Uuid cotable_id;
      CHECK_OK(cotable_id.FromHexString(target_table_id));
      new_table_info->schema->set_cotable_id(cotable_id);
    }
    // Ensure colocation ID remains unchanged.
    const auto& old_schema = (*result)->schema;
    CHECK(old_schema->has_colocation_id() == schema.has_colocation_id())
            << "Attempted to change colocation state for table " << table_id
            << " from " << old_schema->has_colocation_id()
            << " to " << schema.has_colocation_id();
    CHECK(!old_schema->has_colocation_id() ||
          old_schema->colocation_id() == schema.colocation_id())
            << "Attempted to change colocation ID for table " << table_id
            << " from " << old_schema->colocation_id()
            << " to " << schema.colocation_id();
  }
  VLOG_WITH_PREFIX143(1) << raft_group_id_ << " Updating table " << target_table_id
                      << " to Schema version " << version
                      << " from \n" << yb::ToString(kv_store_.tables[target_table_id])
                      << " to \n" << yb::ToString(new_table_info);
  kv_store_.tables[target_table_id].swap(new_table_info);
}

void RaftGroupMetadata::SetPartitionSchema(const PartitionSchema& partition_schema) {
  std::lock_guard<MutexType> lock(data_mutex_);
  auto& tables = kv_store_.tables;
  DCHECK(tables.find(primary_table_id_) != tables.end());
  tables[primary_table_id_]->partition_schema = partition_schema;
}

void RaftGroupMetadata::SetTableName(
    const string& namespace_name, const string& table_name, const TableId& table_id) {
  std::lock_guard<MutexType> lock(data_mutex_);
  auto& tables = kv_store_.tables;
  auto& id = table_id.empty()66.7k ? primary_table_id_66.8k : table_id;
  DCHECK(tables.find(id) != tables.end());
  tables[id]->namespace_name = namespace_name;
  tables[id]->table_name = table_name;
}

void RaftGroupMetadata::AddTable(const std::string& table_id,
                                 const std::string& namespace_name,
                                 const std::string& table_name,
                                 const TableType table_type,
                                 const Schema& schema,
                                 const IndexMap& index_map,
                                 const PartitionSchema& partition_schema,
                                 const boost::optional<IndexInfo>& index_info,
                                 const uint32_t schema_version) {
  DCHECK(schema.has_column_ids());
  TableInfoPtr new_table_info = std::make_shared<TableInfo>(table_id,
                                                            namespace_name,
                                                            table_name,
                                                            table_type,
                                                            schema,
                                                            index_map,
                                                            index_info,
                                                            schema_version,
                                                            partition_schema);
  if (table_id != primary_table_id_) {
    if (schema.table_properties().is_ysql_catalog_table()) {
      // TODO(alex): cotable_id seems to be properly copied from schema, do we need this section?
      //             Might be related to #5017, #6107
      Uuid cotable_id;
      CHECK_OK(cotable_id.FromHexString(table_id));
      new_table_info->schema->set_cotable_id(cotable_id);
    }
  }
  std::lock_guard<MutexType> lock(data_mutex_);
  auto& tables = kv_store_.tables;
  auto existing_table_iter = tables.find(table_id);
  if (existing_table_iter != tables.end()) {
    const auto& existing_table = *existing_table_iter->second.get();
    if (!existing_table.schema->table_properties().is_ysql_catalog_table() &&
        schema.table_properties().is_ysql_catalog_table()) {
      // This must be the one-time migration with transactional DDL being turned on for the first
      // time on this cluster.
    } else {
      LOG(DFATAL) << "Table " << table_id << " already exists. New table info: "
          << new_table_info->ToString() << ", old table info: " << existing_table.ToString();

      // We never expect colocation IDs to mismatch.
      const auto& existing_schema = existing_table.schema;
      CHECK(existing_schema->has_colocation_id() == schema.has_colocation_id())
              << "Attempted to change colocation state for table " << table_id
              << " from " << existing_schema->has_colocation_id()
              << " to " << schema.has_colocation_id();

      CHECK(!existing_schema->has_colocation_id() ||
            existing_schema->colocation_id() == schema.colocation_id())
              << "Attempted to change colocation ID for table " << table_id
              << " from " << existing_schema->colocation_id()
              << " to " << schema.colocation_id();
    }
  }
  VLOG_WITH_PREFIX0(1) << "Updating to Schema version " << schema_version
                      << " from\n" << yb::ToString(tables[table_id])
                      << "\nto\n" << yb::ToString(new_table_info);
  tables[table_id].swap(new_table_info);
}

void RaftGroupMetadata::RemoveTable(const TableId& table_id) {
  std::lock_guard<MutexType> lock(data_mutex_);
  auto& tables = kv_store_.tables;
  tables.erase(table_id);
}

string RaftGroupMetadata::data_root_dir() const {
  const auto& rocksdb_dir = kv_store_.rocksdb_dir;
  if (rocksdb_dir.empty()) {
    return "";
  } else {
    auto data_root_dir = DirName(DirName(rocksdb_dir));
    if (strcmp(BaseName(data_root_dir).c_str(), FsManager::kRocksDBDirName) == 0534k) {
      data_root_dir = DirName(data_root_dir);
    }
    return data_root_dir;
  }
}

string RaftGroupMetadata::wal_root_dir() const {
  std::string wal_dir = this->wal_dir();

  if (wal_dir.empty()) {
    return "";
  }

  auto wal_root_dir = DirName(wal_dir);
  if (strcmp(BaseName(wal_root_dir).c_str(), FsManager::kWalDirName) != 075.8k) {
    wal_root_dir = DirName(wal_root_dir);
  }
  return wal_root_dir;
}

void RaftGroupMetadata::set_wal_retention_secs(uint32 wal_retention_secs) {
  std::lock_guard<MutexType> lock(data_mutex_);
  auto it = kv_store_.tables.find(primary_table_id_);
  if (it == kv_store_.tables.end()) {
    LOG_WITH_PREFIX(DFATAL) << "Unable to set WAL retention time for primary table "
                            << primary_table_id_;
    return;
  }
  it->second->wal_retention_secs = wal_retention_secs;
  LOG_WITH_PREFIX(INFO) << "Set RaftGroupMetadata wal retention time to "
                        << wal_retention_secs << " seconds";
}

uint32_t RaftGroupMetadata::wal_retention_secs() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  auto it = kv_store_.tables.find(primary_table_id_);
  if (it == kv_store_.tables.end()) {
    return 0;
  }
  return it->second->wal_retention_secs;
}

Status RaftGroupMetadata::set_cdc_min_replicated_index(int64 cdc_min_replicated_index) {
  {
    std::lock_guard<MutexType> lock(data_mutex_);
    cdc_min_replicated_index_ = cdc_min_replicated_index;
  }
  return Flush();
}

int64_t RaftGroupMetadata::cdc_min_replicated_index() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  return cdc_min_replicated_index_;
}

Status RaftGroupMetadata::SetIsUnderTwodcReplicationAndFlush(bool is_under_twodc_replication) {
  {
    std::lock_guard<MutexType> lock(data_mutex_);
    is_under_twodc_replication_ = is_under_twodc_replication;
  }
  return Flush();
}

bool RaftGroupMetadata::is_under_twodc_replication() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  return is_under_twodc_replication_;
}

void RaftGroupMetadata::SetHidden(bool value) {
  std::lock_guard<MutexType> lock(data_mutex_);
  hidden_ = value;
}

bool RaftGroupMetadata::hidden() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  return hidden_;
}

void RaftGroupMetadata::SetRestorationHybridTime(HybridTime value) {
  std::lock_guard<MutexType> lock(data_mutex_);
  restoration_hybrid_time_ = std::max(restoration_hybrid_time_, value);
}

HybridTime RaftGroupMetadata::restoration_hybrid_time() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  return restoration_hybrid_time_;
}

void RaftGroupMetadata::set_tablet_data_state(TabletDataState state) {
  std::lock_guard<MutexType> lock(data_mutex_);
  tablet_data_state_ = state;
}

string RaftGroupMetadata::LogPrefix() const {
  return consensus::MakeTabletLogPrefix(raft_group_id_, fs_manager_->uuid());
}

OpId RaftGroupMetadata::tombstone_last_logged_opid() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  return tombstone_last_logged_opid_;
}

bool RaftGroupMetadata::colocated() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  return colocated_;
}

TabletDataState RaftGroupMetadata::tablet_data_state() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  return tablet_data_state_;
}

std::array<TabletId, kNumSplitParts> RaftGroupMetadata::split_child_tablet_ids() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  return split_child_tablet_ids_;
}

OpId RaftGroupMetadata::split_op_id() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  return split_op_id_;
}

OpId RaftGroupMetadata::GetOpIdToDeleteAfterAllApplied() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  if (tablet_data_state_ != TabletDataState::TABLET_DATA_SPLIT_COMPLETED || hidden_59) {
    return OpId::Invalid();
  }
  return split_op_id_;
}

void RaftGroupMetadata::SetSplitDone(
    const OpId& op_id, const TabletId& child1, const TabletId& child2) {
  std::lock_guard<MutexType> lock(data_mutex_);
  tablet_data_state_ = TabletDataState::TABLET_DATA_SPLIT_COMPLETED;
  split_op_id_ = op_id;
  split_child_tablet_ids_[0] = child1;
  split_child_tablet_ids_[1] = child2;
}

bool RaftGroupMetadata::has_active_restoration() const {
  std::lock_guard<MutexType> lock(data_mutex_);
  return !active_restorations_.empty();
}

void RaftGroupMetadata::RegisterRestoration(const TxnSnapshotRestorationId& restoration_id) {
  std::lock_guard<MutexType> lock(data_mutex_);
  if (tablet_data_state_ == TabletDataState::TABLET_DATA_SPLIT_COMPLETED) {
    tablet_data_state_ = TabletDataState::TABLET_DATA_READY;
    split_op_id_ = OpId();
    split_child_tablet_ids_[0] = std::string();
    split_child_tablet_ids_[1] = std::string();
  }
  active_restorations_.push_back(restoration_id);
}

void RaftGroupMetadata::UnregisterRestoration(const TxnSnapshotRestorationId& restoration_id) {
  std::lock_guard<MutexType> lock(data_mutex_);
  Erase(restoration_id, &active_restorations_);
}

HybridTime RaftGroupMetadata::CheckCompleteRestorations(
    const RestorationCompleteTimeMap& restoration_complete_time) {
  std::lock_guard<MutexType> lock(data_mutex_);
  auto result = HybridTime::kMin;
  for (const auto& restoration_id : active_restorations_) {
    auto it = restoration_complete_time.find(restoration_id);
    if (it != restoration_complete_time.end() && it->second) {
      result = std::max(result, it->second);
    }
  }
  return result;
}

bool RaftGroupMetadata::CleanupRestorations(
    const RestorationCompleteTimeMap& restoration_complete_time) {
  bool result = false;
  std::lock_guard<MutexType> lock(data_mutex_);
  for (auto it = active_restorations_.begin(); it != active_restorations_.end();) {
    auto known_restoration_it = restoration_complete_time.find(*it);
    if (known_restoration_it == restoration_complete_time.end() || known_restoration_it->second) {
      it = active_restorations_.erase(it);
      result = true;
    } else {
      ++it;
    }
  }
  return result;
}

std::string RaftGroupMetadata::GetSubRaftGroupWalDir(const RaftGroupId& raft_group_id) const {
  return JoinPathSegments(DirName(wal_dir_), MakeTabletDirName(raft_group_id));
}

std::string RaftGroupMetadata::GetSubRaftGroupDataDir(const RaftGroupId& raft_group_id) const {
  return JoinPathSegments(DirName(kv_store_.rocksdb_dir), MakeTabletDirName(raft_group_id));
}

// We directly init fields of a new metadata, so have to use NO_THREAD_SAFETY_ANALYSIS here.
Result<RaftGroupMetadataPtr> RaftGroupMetadata::CreateSubtabletMetadata(
    const RaftGroupId& raft_group_id, const Partition& partition,
    const std::string& lower_bound_key, const std::string& upper_bound_key)
    const NO_THREAD_SAFETY_ANALYSIS {
  RaftGroupReplicaSuperBlockPB superblock;
  ToSuperBlock(&superblock);

  RaftGroupMetadataPtr metadata(new RaftGroupMetadata(fs_manager_, raft_group_id_));
  RETURN_NOT_OK(metadata->LoadFromSuperBlock(superblock, /* local_superblock = */ true));
  metadata->raft_group_id_ = raft_group_id;
  metadata->wal_dir_ = GetSubRaftGroupWalDir(raft_group_id);
  metadata->kv_store_.kv_store_id = KvStoreId(raft_group_id);
  metadata->kv_store_.lower_bound_key = lower_bound_key;
  metadata->kv_store_.upper_bound_key = upper_bound_key;
  metadata->kv_store_.rocksdb_dir = GetSubRaftGroupDataDir(raft_group_id);
  metadata->kv_store_.has_been_fully_compacted = false;
  *metadata->partition_ = partition;
  metadata->state_ = kInitialized;
  metadata->tablet_data_state_ = TABLET_DATA_INIT_STARTED;
  RETURN_NOT_OK(metadata->Flush());
  return metadata;
}

Result<std::string> RaftGroupMetadata::TopSnapshotsDir() const {
  auto result = snapshots_dir();
  RETURN_NOT_OK_PREPEND(
      fs_manager()->CreateDirIfMissingAndSync(result),
      Format("Unable to create snapshots directory $0", result));
  return result;
}

namespace {
// MigrateSuperblockForDXXXX functions are only needed for backward compatibility with
// YugabyteDB versions which don't have changes from DXXXX revision.
// Each MigrateSuperblockForDXXXX could be removed after all YugabyteDB installations are
// upgraded to have revision DXXXX.

CHECKED_STATUS MigrateSuperblockForD5900(RaftGroupReplicaSuperBlockPB* superblock) {
  // In previous version of superblock format we stored primary table metadata in superblock's
  // top-level fields (deprecated table_* and other). TableInfo objects were stored inside
  // RaftGroupReplicaSuperBlockPB.tables.
  //
  // In new format TableInfo objects and some other top-level fields are moved from superblock's
  // top-level fields into RaftGroupReplicaSuperBlockPB.kv_store. Primary table (see
  // RaftGroupMetadata::primary_table_id_ field description) metadata is stored inside one of
  // RaftGroupReplicaSuperBlockPB.kv_store.tables objects and is referenced by
  // RaftGroupReplicaSuperBlockPB.primary_table_id.
  if (superblock->has_kv_store()) {
    return Status::OK();
  }

  LOG(INFO) << "Migrating superblock for raft group " << superblock->raft_group_id();

  KvStoreInfoPB* kv_store_pb = superblock->mutable_kv_store();
  kv_store_pb->set_kv_store_id(superblock->raft_group_id());
  kv_store_pb->set_rocksdb_dir(superblock->obsolete_rocksdb_dir());
  kv_store_pb->mutable_rocksdb_files()->CopyFrom(superblock->obsolete_rocksdb_files());
  kv_store_pb->mutable_snapshot_files()->CopyFrom(superblock->obsolete_snapshot_files());

  TableInfoPB* primary_table = kv_store_pb->add_tables();
  primary_table->set_table_id(superblock->primary_table_id());
  primary_table->set_table_name(superblock->obsolete_table_name());
  primary_table->set_table_type(superblock->obsolete_table_type());
  primary_table->mutable_schema()->CopyFrom(superblock->obsolete_schema());
  primary_table->set_schema_version(superblock->obsolete_schema_version());
  primary_table->mutable_partition_schema()->CopyFrom(superblock->obsolete_partition_schema());
  primary_table->mutable_indexes()->CopyFrom(superblock->obsolete_indexes());
  primary_table->mutable_index_info()->CopyFrom(superblock->obsolete_index_info());
  primary_table->mutable_deleted_cols()->CopyFrom(superblock->obsolete_deleted_cols());

  kv_store_pb->mutable_tables()->MergeFrom(superblock->obsolete_tables());

  return Status::OK();
}

} // namespace

Status MigrateSuperblock(RaftGroupReplicaSuperBlockPB* superblock) {
  return MigrateSuperblockForD5900(superblock);
}

std::shared_ptr<std::vector<DeletedColumn>> RaftGroupMetadata::deleted_cols(
    const TableId& table_id) const {
  DCHECK_NE(state_, kNotLoadedYet);
  const TableInfoPtr table_info =
      table_id.empty() ? primary_table_info() : CHECK_RESULT(GetTableInfo(table_id));
  return std::shared_ptr<std::vector<DeletedColumn>>(table_info, &table_info->deleted_cols);
}

std::string RaftGroupMetadata::namespace_name(const TableId& table_id) const {
  DCHECK_NE(state_, kNotLoadedYet);
  if (table_id.empty()) {
    return primary_table_info()->namespace_name;
  }
  const auto& table_info = CHECK_RESULT(GetTableInfo(table_id));
  return table_info->namespace_name;
}

std::string RaftGroupMetadata::table_name(const TableId& table_id) const {
  DCHECK_NE(state_, kNotLoadedYet);
  if (table_id.empty()) {
    return primary_table_info()->table_name;
  }
  const auto& table_info = CHECK_RESULT(GetTableInfo(table_id));
  return table_info->table_name;
}

TableType RaftGroupMetadata::table_type(const TableId& table_id) const {
  DCHECK_NE(state_, kNotLoadedYet);
  if (table_id.empty()) {
    return primary_table_info()->table_type;
  }
  const auto& table_info = CHECK_RESULT(GetTableInfo(table_id));
  return table_info->table_type;
}

yb::SchemaPtr RaftGroupMetadata::schema(const TableId& table_id) const {
  DCHECK_NE(state_, kNotLoadedYet);
  const TableInfoPtr table_info =
      table_id.empty() ? primary_table_info()40.2M : CHECK_RESULT(GetTableInfo(table_id));
  return yb::SchemaPtr(table_info, table_info->schema.get());
}

std::shared_ptr<IndexMap> RaftGroupMetadata::index_map(const TableId& table_id) const {
  DCHECK_NE(state_, kNotLoadedYet);
  const TableInfoPtr table_info =
      table_id.empty() ? primary_table_info()30 : CHECK_RESULT(GetTableInfo(table_id));
  return std::shared_ptr<IndexMap>(table_info, table_info->index_map.get());
}

uint32_t RaftGroupMetadata::schema_version(const TableId& table_id) const {
  DCHECK_NE(state_, kNotLoadedYet);
  const TableInfoPtr table_info =
      table_id.empty() ? primary_table_info()8.23M : CHECK_RESULT(GetTableInfo(table_id));
  return table_info->schema_version;
}

const std::string& RaftGroupMetadata::indexed_table_id(const TableId& table_id) const {
  DCHECK_NE(state_, kNotLoadedYet);
  static const std::string kEmptyString = "";
  std::lock_guard<MutexType> lock(data_mutex_);
  const TableInfoPtr table_info = table_id.empty() ?
      primary_table_info_unlocked() : CHECK_RESULT(GetTableInfoUnlocked(table_id));
  const auto* index_info = table_info->index_info.get();
  return index_info ? index_info->indexed_table_id() : kEmptyString;
}

bool RaftGroupMetadata::is_local_index(const TableId& table_id) const {
  DCHECK_NE(state_, kNotLoadedYet);
  std::lock_guard<MutexType> lock(data_mutex_);
  const TableInfoPtr table_info = table_id.empty() ?
      primary_table_info_unlocked() : CHECK_RESULT(GetTableInfoUnlocked(table_id));
  const auto* index_info = table_info->index_info.get();
  return index_info && index_info->is_local();
}

bool RaftGroupMetadata::is_unique_index(const TableId& table_id) const {
  DCHECK_NE(state_, kNotLoadedYet);
  std::lock_guard<MutexType> lock(data_mutex_);
  const TableInfoPtr table_info = table_id.empty() ?
      primary_table_info_unlocked() : CHECK_RESULT2.08M(GetTableInfoUnlocked(table_id));
  const auto* index_info = table_info->index_info.get();
  return index_info && index_info->is_unique()35.1k;
}

std::vector<ColumnId> RaftGroupMetadata::index_key_column_ids(const TableId& table_id) const {
  DCHECK_NE(state_, kNotLoadedYet);
  std::lock_guard<MutexType> lock(data_mutex_);
  const TableInfoPtr table_info = table_id.empty() ?
      primary_table_info_unlocked() : CHECK_RESULT(GetTableInfoUnlocked(table_id));
  const auto* index_info = table_info->index_info.get();
  return index_info ? index_info->index_key_column_ids() : std::vector<ColumnId>();
}

bool RaftGroupMetadata::UsePartialRangeKeyIntents() const {
  return table_type() == TableType::PGSQL_TABLE_TYPE;
}

} // namespace tablet
} // namespace yb

YugabyteDB (2.13.1.0-b60, 21121d69985fbf76aa6958d8f04a9bfa936293b5)

Coverage Report

Created: 2022-03-22 16:43