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// Copyright Vespa.ai. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root.
#pragma once
#include <vespa/searchlib/attribute/imported_attribute_vector_read_guard.h>
#include "i_tensor_attribute.h"
namespace search::attribute {
class ImportedAttributeVector;
}
namespace search::tensor {
/**
* Short lived attribute vector for imported tensor attributes.
*
* Extra information for direct lid to target lid mapping with
* boundary check is setup during construction.
*/
class ImportedTensorAttributeVectorReadGuard : public attribute::ImportedAttributeVectorReadGuard,
public ITensorAttribute
{
using ReferenceAttribute = attribute::ReferenceAttribute;
using BitVectorSearchCache = attribute::BitVectorSearchCache;
const ITensorAttribute &_target_tensor_attribute;
public:
ImportedTensorAttributeVectorReadGuard(std::shared_ptr<MetaStoreReadGuard> targetMetaStoreReadGuard,
const attribute::ImportedAttributeVector &imported_attribute,
bool stableEnumGuard);
~ImportedTensorAttributeVectorReadGuard();
const ITensorAttribute *asTensorAttribute() const override;
std::unique_ptr<vespalib::eval::Value> getTensor(uint32_t docId) const override;
std::unique_ptr<vespalib::eval::Value> getEmptyTensor() const override;
vespalib::eval::TypedCells extract_cells_ref(uint32_t docid) const override;
const vespalib::eval::Value& get_tensor_ref(uint32_t docid) const override;
SerializedTensorRef get_serialized_tensor_ref(uint32_t docid) const override;
bool supports_extract_cells_ref() const override { return _target_tensor_attribute.supports_extract_cells_ref(); }
bool supports_get_tensor_ref() const override { return _target_tensor_attribute.supports_get_tensor_ref(); }
DistanceFunctionFactory& distance_function_factory() const override {
return _target_tensor_attribute.distance_function_factory();
}
DistanceMetric distance_metric() const override { return _target_tensor_attribute.distance_metric(); }
bool supports_get_serialized_tensor_ref() const override;
uint32_t get_num_docs() const override { return getNumDocs(); }
vespalib::eval::TypedCells get_vector(uint32_t docid, uint32_t subspace) const override;
VectorBundle get_vectors(uint32_t docid) const override;
const vespalib::eval::ValueType &getTensorType() const override;
void get_state(const vespalib::slime::Inserter& inserter) const override;
};
}
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