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// Copyright Yahoo. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root.
#include <vespa/config-attributes.h>
#include <vespa/config-imported-fields.h>
#include <vespa/config-rank-profiles.h>
#include <vespa/searchcore/proton/server/documentdbconfig.h>
#include <vespa/searchcore/proton/test/documentdb_config_builder.h>
#include <vespa/vespalib/testkit/testapp.h>
#include <vespa/config-summary.h>
#include <vespa/document/repo/configbuilder.h>
#include <vespa/document/repo/documenttyperepo.h>
#include <vespa/document/datatype/datatype.h>
using namespace document;
using namespace proton;
using namespace search::index;
using namespace search;
using namespace vespa::config::search;
using proton::matching::RankingConstants;
using proton::matching::RankingExpressions;
using proton::matching::OnnxModels;
using std::make_shared;
using std::shared_ptr;
using document::config_builder::DocumenttypesConfigBuilderHelper;
using document::config_builder::Struct;
using ConfigSP = shared_ptr<DocumentDBConfig>;
namespace {
const int32_t doc_type_id = 787121340;
const vespalib::string type_name = "test";
const vespalib::string header_name = type_name + ".header";
const vespalib::string body_name = type_name + ".body";
std::shared_ptr<const DocumentTypeRepo>
makeDocTypeRepo(bool hasField)
{
DocumenttypesConfigBuilderHelper builder;
Struct body(body_name);
if (hasField) {
body.addField("my_attribute", DataType::T_INT);
}
builder.document(doc_type_id, type_name, Struct(header_name), body);
return make_shared<DocumentTypeRepo>(builder.config());
}
}
class MyConfigBuilder {
private:
test::DocumentDBConfigBuilder _builder;
public:
MyConfigBuilder(int64_t generation, const Schema::SP &schema, const std::shared_ptr<const DocumentTypeRepo> &repo)
: _builder(generation, schema, "client", "test")
{
_builder.repo(repo);
}
MyConfigBuilder &addRankProfile() {
RankProfilesConfigBuilder builder;
builder.rankprofile.resize(1);
RankProfilesConfigBuilder::Rankprofile &profile = builder.rankprofile.back();
profile.name = "my_profile";
_builder.rankProfiles(make_shared<RankProfilesConfig>(builder));
return *this;
}
MyConfigBuilder &addRankingConstant() {
RankingConstants::Vector constants = {{"my_name", "my_type", "my_path"}};
_builder.rankingConstants(make_shared<RankingConstants>(constants));
return *this;
}
MyConfigBuilder &addRankingExpression() {
_builder.rankingExpressions(make_shared<RankingExpressions>(std::move(RankingExpressions().add("my_expr", "my_file"))));
return *this;
}
MyConfigBuilder &addOnnxModel() {
OnnxModels::Vector models;
models.emplace_back("my_model_name", "my_model_file");
_builder.onnxModels(make_shared<OnnxModels>(std::move(models)));
return *this;
}
MyConfigBuilder &addImportedField() {
ImportedFieldsConfigBuilder builder;
builder.attribute.resize(1);
ImportedFieldsConfigBuilder::Attribute &attribute = builder.attribute.back();
attribute.name = "my_name";
attribute.referencefield = "my_ref";
attribute.targetfield = "my_target";
_builder.importedFields(make_shared<ImportedFieldsConfig>(builder));
return *this;
}
MyConfigBuilder &addAttribute() {
AttributesConfigBuilder builder;
builder.attribute.resize(1);
AttributesConfigBuilder::Attribute &attribute = builder.attribute.back();
attribute.name = "my_attribute";
attribute.datatype = AttributesConfigBuilder::Attribute::Datatype::INT32;
_builder.attributes(make_shared<AttributesConfig>(builder));
return *this;
}
MyConfigBuilder &addSummary(bool hasField, bool has_attribute) {
SummaryConfigBuilder builder;
builder.defaultsummaryid = 0;
builder.classes.resize(1);
builder.classes.back().id = 0;
builder.classes.back().name = "default";
if (hasField) {
builder.classes.back().fields.resize(1);
builder.classes.back().fields.back().name = "my_attribute";
builder.classes.back().fields.back().type = "integer";
if (has_attribute) {
builder.classes.back().fields.back().command = "attribute";
builder.classes.back().fields.back().source = "my_attribute";
}
}
_builder.summary(make_shared<SummaryConfig>(builder));
return *this;
}
ConfigSP build() {
return _builder.build();
}
};
struct Fixture {
Schema::SP schema;
std::shared_ptr<const DocumentTypeRepo> repo;
ConfigSP basicCfg;
ConfigSP fullCfg;
ConfigSP replayCfg;
ConfigSP nullCfg;
Fixture()
: schema(make_shared<Schema>()),
repo(make_shared<DocumentTypeRepo>()),
basicCfg(),
fullCfg(),
replayCfg(),
nullCfg()
{
basicCfg = MyConfigBuilder(4, schema, repo).addAttribute().addSummary(false, false).build();
fullCfg = MyConfigBuilder(4, schema, repo).addAttribute().
addRankProfile().
addRankingConstant().
addRankingExpression().
addOnnxModel().
addImportedField().
addSummary(true, true).
build();
replayCfg = DocumentDBConfig::makeReplayConfig(fullCfg);
}
};
TEST_F("require that makeReplayConfig() drops unneeded configs", Fixture)
{
using DDBC = DocumentDBConfig;
EXPECT_FALSE(*f.basicCfg == *f.fullCfg);
EXPECT_TRUE(*f.basicCfg == *f.replayCfg);
EXPECT_TRUE(f.basicCfg->getOriginalConfig().get() == nullptr);
EXPECT_TRUE(f.fullCfg->getOriginalConfig().get() == nullptr);
EXPECT_TRUE(f.replayCfg->getOriginalConfig().get() == f.fullCfg.get());
EXPECT_TRUE(DDBC::preferOriginalConfig(f.basicCfg).get() == f.basicCfg.get());
EXPECT_TRUE(DDBC::preferOriginalConfig(f.fullCfg).get() == f.fullCfg.get());
EXPECT_TRUE(DDBC::preferOriginalConfig(f.replayCfg).get() == f.fullCfg.get());
EXPECT_TRUE(DDBC::preferOriginalConfig(f.nullCfg).get() == nullptr);
}
struct DelayAttributeAspectFixture {
Schema::SP schema;
ConfigSP attrCfg;
ConfigSP noAttrCfg;
explicit DelayAttributeAspectFixture(bool hasDocField)
: schema(make_shared<Schema>()),
attrCfg(),
noAttrCfg()
{
attrCfg = MyConfigBuilder(4, schema, makeDocTypeRepo(true)).addAttribute().
addRankProfile().
addRankingConstant().
addRankingExpression().
addOnnxModel().
addImportedField().
addSummary(true, true).
build();
noAttrCfg = MyConfigBuilder(4, schema, makeDocTypeRepo(hasDocField)).addRankProfile().
addRankingConstant().
addRankingExpression().
addOnnxModel().
addImportedField().
addSummary(hasDocField, false).
build();
}
void assertDelayedConfig(const DocumentDBConfig &testCfg) {
EXPECT_FALSE(noAttrCfg->getAttributesConfig() == testCfg.getAttributesConfig());
EXPECT_FALSE(noAttrCfg->getSummaryConfig() == testCfg.getSummaryConfig());
EXPECT_TRUE(attrCfg->getAttributesConfig() == testCfg.getAttributesConfig());
EXPECT_TRUE(attrCfg->getSummaryConfig() == testCfg.getSummaryConfig());
EXPECT_TRUE(testCfg.getDelayedAttributeAspects());
}
void assertNotDelayedConfig(const DocumentDBConfig &testCfg) {
EXPECT_TRUE(noAttrCfg->getAttributesConfig() == testCfg.getAttributesConfig());
EXPECT_TRUE(noAttrCfg->getSummaryConfig() == testCfg.getSummaryConfig());
EXPECT_FALSE(attrCfg->getAttributesConfig() == testCfg.getAttributesConfig());
EXPECT_FALSE(attrCfg->getSummaryConfig() == testCfg.getSummaryConfig());
EXPECT_FALSE(testCfg.getDelayedAttributeAspects());
}
};
TEST_F("require that makeDelayedAttributeAspectConfig works, field remains when attribute removed", DelayAttributeAspectFixture(true))
{
auto delayedRemove = DocumentDBConfig::makeDelayedAttributeAspectConfig(f.noAttrCfg, *f.attrCfg);
TEST_DO(f.assertDelayedConfig(*delayedRemove));
}
TEST_F("require that makeDelayedAttributeAspectConfig works, field removed with attribute", DelayAttributeAspectFixture(false))
{
auto removed = DocumentDBConfig::makeDelayedAttributeAspectConfig(f.noAttrCfg, *f.attrCfg);
TEST_DO(f.assertNotDelayedConfig(*removed));
}
TEST_MAIN() { TEST_RUN_ALL(); }
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