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// Copyright Vespa.ai. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root.
#include "persistenceprovider.h"
#include "catchresult.h"
#include <future>
namespace storage::spi {
PersistenceProvider::~PersistenceProvider() = default;
Result
PersistenceProvider::setActiveState(const Bucket& bucket, BucketInfo::ActiveState activeState) {
auto catcher = std::make_unique<CatchResult>();
auto future = catcher->future_result();
setActiveStateAsync(bucket, activeState, std::move(catcher));
return *future.get();
}
Result
PersistenceProvider::createBucket(const Bucket& bucket) {
auto catcher = std::make_unique<CatchResult>();
auto future = catcher->future_result();
createBucketAsync(bucket, std::move(catcher));
return *future.get();
}
Result
PersistenceProvider::deleteBucket(const Bucket& bucket) {
auto catcher = std::make_unique<CatchResult>();
auto future = catcher->future_result();
deleteBucketAsync(bucket, std::move(catcher));
return *future.get();
}
Result
PersistenceProvider::put(const Bucket& bucket, Timestamp timestamp, DocumentSP doc) {
auto catcher = std::make_unique<CatchResult>();
auto future = catcher->future_result();
putAsync(bucket, timestamp, std::move(doc), std::move(catcher));
return *future.get();
}
RemoveResult
PersistenceProvider::remove(const Bucket& bucket, Timestamp timestamp, const DocumentId & docId) {
auto catcher = std::make_unique<CatchResult>();
auto future = catcher->future_result();
std::vector<IdAndTimestamp> ids;
ids.emplace_back(docId, timestamp);
removeAsync(bucket, std::move(ids), std::move(catcher));
return dynamic_cast<const RemoveResult &>(*future.get());
}
RemoveResult
PersistenceProvider::removeIfFound(const Bucket& bucket, Timestamp timestamp, const DocumentId & docId) {
auto catcher = std::make_unique<CatchResult>();
auto future = catcher->future_result();
removeIfFoundAsync(bucket, timestamp, docId, std::move(catcher));
return dynamic_cast<const RemoveResult &>(*future.get());
}
UpdateResult
PersistenceProvider::update(const Bucket& bucket, Timestamp timestamp, DocumentUpdateSP upd) {
auto catcher = std::make_unique<CatchResult>();
auto future = catcher->future_result();
updateAsync(bucket, timestamp, std::move(upd), std::move(catcher));
return dynamic_cast<const UpdateResult &>(*future.get());
}
}
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