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// Copyright 2017 Yahoo Holdings. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root.
#include "bucketmovejob.h"
#include "heart_beat_job.h"
#include "job_tracked_maintenance_job.h"
#include "lid_space_compaction_job.h"
#include "lid_space_compaction_job_take2.h"
#include "maintenance_jobs_injector.h"
#include "prune_session_cache_job.h"
#include "pruneremoveddocumentsjob.h"
#include "sample_attribute_usage_job.h"
#include <vespa/searchcore/proton/attribute/attribute_config_inspector.h>
using vespalib::system_clock;
namespace proton {
namespace {
IMaintenanceJob::UP
trackJob(const IJobTracker::SP &tracker, IMaintenanceJob::UP job)
{
return std::make_unique<JobTrackedMaintenanceJob>(tracker, std::move(job));
}
void
injectLidSpaceCompactionJobs(MaintenanceController &controller,
const DocumentDBMaintenanceConfig &config,
storage::spi::BucketExecutor & bucketExecutor,
const ILidSpaceCompactionHandler::Vector &lscHandlers,
IOperationStorer &opStorer,
IFrozenBucketHandler &fbHandler,
const IJobTracker::SP &tracker,
IDiskMemUsageNotifier &diskMemUsageNotifier,
IClusterStateChangedNotifier &clusterStateChangedNotifier,
const std::shared_ptr<IBucketStateCalculator> &calc,
document::BucketSpace bucketSpace)
{
for (auto &lidHandler : lscHandlers) {
IMaintenanceJob::UP job;
if (config.getLidSpaceCompactionConfig().useBucketExecutor()) {
job = std::make_unique<lidspace::CompactionJob>(
config.getLidSpaceCompactionConfig(),
std::move(lidHandler), opStorer, controller.masterThread(), bucketExecutor,
diskMemUsageNotifier,
config.getBlockableJobConfig(),
clusterStateChangedNotifier,
(calc ? calc->nodeRetired() : false),
bucketSpace);
} else {
job = std::make_unique<LidSpaceCompactionJob>(
config.getLidSpaceCompactionConfig(),
std::move(lidHandler), opStorer, fbHandler,
diskMemUsageNotifier,
config.getBlockableJobConfig(),
clusterStateChangedNotifier,
(calc ? calc->nodeRetired() : false));
}
controller.registerJobInMasterThread(trackJob(tracker, std::move(job)));
}
}
void
injectBucketMoveJob(MaintenanceController &controller,
IFrozenBucketHandler &fbHandler,
bucketdb::IBucketCreateNotifier &bucketCreateNotifier,
const vespalib::string &docTypeName,
document::BucketSpace bucketSpace,
IDocumentMoveHandler &moveHandler,
IBucketModifiedHandler &bucketModifiedHandler,
IClusterStateChangedNotifier &clusterStateChangedNotifier,
IBucketStateChangedNotifier &bucketStateChangedNotifier,
const std::shared_ptr<IBucketStateCalculator> &calc,
DocumentDBJobTrackers &jobTrackers,
IDiskMemUsageNotifier &diskMemUsageNotifier,
const BlockableMaintenanceJobConfig &blockableConfig)
{
auto bmj = std::make_unique<BucketMoveJob>(calc,
moveHandler,
bucketModifiedHandler,
controller.getReadySubDB(),
controller.getNotReadySubDB(),
fbHandler,
bucketCreateNotifier,
clusterStateChangedNotifier,
bucketStateChangedNotifier,
diskMemUsageNotifier,
blockableConfig,
docTypeName, bucketSpace);
controller.registerJobInMasterThread(trackJob(jobTrackers.getBucketMove(), std::move(bmj)));
}
}
void
MaintenanceJobsInjector::injectJobs(MaintenanceController &controller,
const DocumentDBMaintenanceConfig &config,
storage::spi::BucketExecutor & bucketExecutor,
IHeartBeatHandler &hbHandler,
matching::ISessionCachePruner &scPruner,
const ILidSpaceCompactionHandler::Vector &lscHandlers,
IOperationStorer &opStorer,
IFrozenBucketHandler &fbHandler,
bucketdb::IBucketCreateNotifier &bucketCreateNotifier,
const vespalib::string &docTypeName,
document::BucketSpace bucketSpace,
IPruneRemovedDocumentsHandler &prdHandler,
IDocumentMoveHandler &moveHandler,
IBucketModifiedHandler &bucketModifiedHandler,
IClusterStateChangedNotifier &clusterStateChangedNotifier,
IBucketStateChangedNotifier &bucketStateChangedNotifier,
const std::shared_ptr<IBucketStateCalculator> &calc,
IDiskMemUsageNotifier &diskMemUsageNotifier,
DocumentDBJobTrackers &jobTrackers,
IAttributeManagerSP readyAttributeManager,
IAttributeManagerSP notReadyAttributeManager,
std::unique_ptr<const AttributeConfigInspector> attribute_config_inspector,
std::shared_ptr<TransientMemoryUsageProvider> transient_memory_usage_provider,
AttributeUsageFilter &attributeUsageFilter)
{
controller.registerJobInMasterThread(std::make_unique<HeartBeatJob>(hbHandler, config.getHeartBeatConfig()));
controller.registerJobInDefaultPool(std::make_unique<PruneSessionCacheJob>(scPruner, config.getSessionCachePruneInterval()));
const MaintenanceDocumentSubDB &mRemSubDB(controller.getRemSubDB());
auto pruneRDjob = std::make_unique<PruneRemovedDocumentsJob>(config.getPruneRemovedDocumentsConfig(), *mRemSubDB.meta_store(),
mRemSubDB.sub_db_id(), docTypeName, prdHandler, fbHandler);
controller.registerJobInMasterThread(trackJob(jobTrackers.getRemovedDocumentsPrune(), std::move(pruneRDjob)));
if (!config.getLidSpaceCompactionConfig().isDisabled()) {
injectLidSpaceCompactionJobs(controller, config, bucketExecutor, lscHandlers, opStorer, fbHandler,
jobTrackers.getLidSpaceCompact(), diskMemUsageNotifier,
clusterStateChangedNotifier, calc, bucketSpace);
}
injectBucketMoveJob(controller, fbHandler, bucketCreateNotifier, docTypeName, bucketSpace, moveHandler, bucketModifiedHandler,
clusterStateChangedNotifier, bucketStateChangedNotifier, calc, jobTrackers,
diskMemUsageNotifier, config.getBlockableJobConfig());
controller.registerJobInMasterThread(std::make_unique<SampleAttributeUsageJob>
(readyAttributeManager,
notReadyAttributeManager,
attributeUsageFilter,
docTypeName,
config.getAttributeUsageSampleInterval(),
std::move(attribute_config_inspector),
transient_memory_usage_provider));
}
} // namespace proton
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