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// Copyright Vespa.ai. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root.
#include "load_utils.hpp"
#include "i_enum_store.h"
#include "loadedenumvalue.h"
#include "multi_value_mapping.h"
#include <vespa/fastos/file.h>
#include <vespa/searchcommon/attribute/multivalue.h>
#include <vespa/searchlib/util/fileutil.h>
#include <vespa/vespalib/io/fileutil.h>
#include <vespa/vespalib/util/array.hpp>
#include <filesystem>
using search::multivalue::WeightedValue;
using vespalib::datastore::AtomicEntryRef;
namespace search::attribute {
using FileInterfaceUP = LoadUtils::FileInterfaceUP;
using LoadedBufferUP = LoadUtils::LoadedBufferUP;
FileInterfaceUP
LoadUtils::openFile(const AttributeVector& attr, const vespalib::string& suffix)
{
return FileUtil::openFile(attr.getBaseFileName() + "." + suffix);
}
FileInterfaceUP
LoadUtils::openDAT(const AttributeVector& attr)
{
return openFile(attr, "dat");
}
FileInterfaceUP
LoadUtils::openIDX(const AttributeVector& attr)
{
return openFile(attr, "idx");
}
FileInterfaceUP
LoadUtils::openWeight(const AttributeVector& attr)
{
return openFile(attr, "weight");
}
bool
LoadUtils::file_exists(const AttributeVector& attr, const vespalib::string& suffix)
{
return std::filesystem::exists(std::filesystem::path(attr.getBaseFileName() + "." + suffix));
}
LoadedBufferUP
LoadUtils::loadFile(const AttributeVector& attr, const vespalib::string& suffix)
{
return FileUtil::loadFile(attr.getBaseFileName() + "." + suffix);
}
LoadedBufferUP
LoadUtils::loadDAT(const AttributeVector& attr)
{
return loadFile(attr, "dat");
}
LoadedBufferUP
LoadUtils::loadIDX(const AttributeVector& attr)
{
return loadFile(attr, "idx");
}
LoadedBufferUP
LoadUtils::loadWeight(const AttributeVector& attr)
{
return loadFile(attr, "weight");
}
LoadedBufferUP
LoadUtils::loadUDAT(const AttributeVector& attr)
{
return loadFile(attr, "udat");
}
#define INSTANTIATE_ARRAY(ValueType, Saver) \
template uint32_t loadFromEnumeratedMultiValue(MultiValueMapping<ValueType>&, ReaderBase &, vespalib::ConstArrayRef<atomic_utils::NonAtomicValue_t<ValueType>>, vespalib::ConstArrayRef<uint32_t>, Saver)
#define INSTANTIATE_WSET(ValueType, Saver) \
template uint32_t loadFromEnumeratedMultiValue(MultiValueMapping<WeightedValue<ValueType>> &, ReaderBase &, vespalib::ConstArrayRef<atomic_utils::NonAtomicValue_t<ValueType>>, vespalib::ConstArrayRef<uint32_t>, Saver)
#define INSTANTIATE_SINGLE(ValueType, Saver) \
template void loadFromEnumeratedSingleValue(vespalib::RcuVectorBase<ValueType> &, vespalib::GenerationHolder &, ReaderBase &, vespalib::ConstArrayRef<atomic_utils::NonAtomicValue_t<ValueType>>, vespalib::ConstArrayRef<uint32_t>, Saver)
#define INSTANTIATE_SINGLE_ARRAY_WSET(ValueType, Saver) \
INSTANTIATE_SINGLE(ValueType, Saver); \
INSTANTIATE_ARRAY(ValueType, Saver); \
INSTANTIATE_WSET(ValueType, Saver)
#define INSTANTIATE_ENUM(Saver) \
INSTANTIATE_SINGLE_ARRAY_WSET(AtomicEntryRef, Saver)
#define INSTANTIATE_VALUE(ValueType) \
INSTANTIATE_SINGLE_ARRAY_WSET(ValueType, NoSaveLoadedEnum)
INSTANTIATE_ENUM(SaveLoadedEnum); // posting lists
INSTANTIATE_ENUM(SaveEnumHist); // no posting lists but still enumerated
INSTANTIATE_VALUE(int8_t);
INSTANTIATE_VALUE(int16_t);
INSTANTIATE_VALUE(int32_t);
INSTANTIATE_VALUE(int64_t);
INSTANTIATE_VALUE(float);
INSTANTIATE_VALUE(double);
}
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