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// Copyright Vespa.ai. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root.
#include "configconverter.h"
#include <vespa/searchcommon/attribute/config.h>
using namespace vespa::config::search;
namespace search::attribute {
namespace {
using vespalib::eval::ValueType;
using vespalib::eval::CellType;
using DataTypeMap = std::map<AttributesConfig::Attribute::Datatype, BasicType::Type>;
using CollectionTypeMap = std::map<AttributesConfig::Attribute::Collectiontype, CollectionType::Type>;
DataTypeMap
getDataTypeMap()
{
DataTypeMap map;
map[AttributesConfig::Attribute::Datatype::STRING] = BasicType::STRING;
map[AttributesConfig::Attribute::Datatype::BOOL] = BasicType::BOOL;
map[AttributesConfig::Attribute::Datatype::UINT2] = BasicType::UINT2;
map[AttributesConfig::Attribute::Datatype::UINT4] = BasicType::UINT4;
map[AttributesConfig::Attribute::Datatype::INT8] = BasicType::INT8;
map[AttributesConfig::Attribute::Datatype::INT16] = BasicType::INT16;
map[AttributesConfig::Attribute::Datatype::INT32] = BasicType::INT32;
map[AttributesConfig::Attribute::Datatype::INT64] = BasicType::INT64;
map[AttributesConfig::Attribute::Datatype::FLOAT] = BasicType::FLOAT;
map[AttributesConfig::Attribute::Datatype::DOUBLE] = BasicType::DOUBLE;
map[AttributesConfig::Attribute::Datatype::PREDICATE] = BasicType::PREDICATE;
map[AttributesConfig::Attribute::Datatype::TENSOR] = BasicType::TENSOR;
map[AttributesConfig::Attribute::Datatype::REFERENCE] = BasicType::REFERENCE;
map[AttributesConfig::Attribute::Datatype::RAW] = BasicType::RAW;
map[AttributesConfig::Attribute::Datatype::NONE] = BasicType::NONE;
return map;
}
CollectionTypeMap
getCollectionTypeMap()
{
CollectionTypeMap map;
map[AttributesConfig::Attribute::Collectiontype::SINGLE] = CollectionType::SINGLE;
map[AttributesConfig::Attribute::Collectiontype::ARRAY] = CollectionType::ARRAY;
map[AttributesConfig::Attribute::Collectiontype::WEIGHTEDSET] = CollectionType::WSET;
return map;
}
DataTypeMap _dataTypeMap = getDataTypeMap();
CollectionTypeMap _collectionTypeMap = getCollectionTypeMap();
DictionaryConfig::Type
convert(AttributesConfig::Attribute::Dictionary::Type type_cfg) {
switch (type_cfg) {
case AttributesConfig::Attribute::Dictionary::Type::BTREE:
return DictionaryConfig::Type::BTREE;
case AttributesConfig::Attribute::Dictionary::Type::HASH:
return DictionaryConfig::Type::HASH;
case AttributesConfig::Attribute::Dictionary::Type::BTREE_AND_HASH:
return DictionaryConfig::Type::BTREE_AND_HASH;
}
assert(false);
}
DictionaryConfig::Match
convert(AttributesConfig::Attribute::Dictionary::Match match_cfg) {
switch (match_cfg) {
case AttributesConfig::Attribute::Dictionary::Match::CASE_SENSITIVE:
case AttributesConfig::Attribute::Dictionary::Match::CASED:
return DictionaryConfig::Match::CASED;
case AttributesConfig::Attribute::Dictionary::Match::CASE_INSENSITIVE:
case AttributesConfig::Attribute::Dictionary::Match::UNCASED:
return DictionaryConfig::Match::UNCASED;
}
assert(false);
}
DictionaryConfig
convert_dictionary(const AttributesConfig::Attribute::Dictionary & dictionary) {
return {convert(dictionary.type), convert(dictionary.match)};
}
Config::Match
convertMatch(AttributesConfig::Attribute::Match match_cfg) {
switch (match_cfg) {
case AttributesConfig::Attribute::Match::CASED:
return Config::Match::CASED;
case AttributesConfig::Attribute::Match::UNCASED:
return Config::Match::UNCASED;
}
assert(false);
}
}
Config
ConfigConverter::convert(const AttributesConfig::Attribute & cfg)
{
BasicType bType(_dataTypeMap[cfg.datatype]);
CollectionType cType(_collectionTypeMap[cfg.collectiontype]);
cType.removeIfZero(cfg.removeifzero);
cType.createIfNonExistant(cfg.createifnonexistent);
Config retval(bType, cType);
PredicateParams predicateParams;
retval.setFastSearch(cfg.fastsearch);
retval.setIsFilter(cfg.enableonlybitvector);
retval.setFastAccess(cfg.fastaccess);
retval.setMutable(cfg.ismutable);
retval.setPaged(cfg.paged);
retval.setMaxUnCommittedMemory(cfg.maxuncommittedmemory);
predicateParams.setArity(cfg.arity);
predicateParams.setBounds(cfg.lowerbound, cfg.upperbound);
predicateParams.setDensePostingListThreshold(cfg.densepostinglistthreshold);
retval.setPredicateParams(predicateParams);
retval.set_dictionary_config(convert_dictionary(cfg.dictionary));
retval.set_match(convertMatch(cfg.match));
using CfgDm = AttributesConfig::Attribute::Distancemetric;
DistanceMetric dm(DistanceMetric::Euclidean);
switch (cfg.distancemetric) {
case CfgDm::EUCLIDEAN:
dm = DistanceMetric::Euclidean;
break;
case CfgDm::ANGULAR:
dm = DistanceMetric::Angular;
break;
case CfgDm::GEODEGREES:
dm = DistanceMetric::GeoDegrees;
break;
case CfgDm::INNERPRODUCT:
dm = DistanceMetric::InnerProduct;
break;
case CfgDm::HAMMING:
dm = DistanceMetric::Hamming;
break;
case CfgDm::PRENORMALIZED_ANGULAR:
dm = DistanceMetric::PrenormalizedAngular;
break;
case CfgDm::DOTPRODUCT:
dm = DistanceMetric::Dotproduct;
break;
}
retval.set_distance_metric(dm);
if (cfg.index.hnsw.enabled) {
retval.set_hnsw_index_params(HnswIndexParams(cfg.index.hnsw.maxlinkspernode,
cfg.index.hnsw.neighborstoexploreatinsert,
dm, cfg.index.hnsw.multithreadedindexing));
}
if (retval.basicType().type() == BasicType::Type::TENSOR) {
if (!cfg.tensortype.empty()) {
retval.setTensorType(ValueType::from_spec(cfg.tensortype));
} else {
retval.setTensorType(ValueType::double_type());
}
}
return retval;
}
}
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