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// Copyright 2016 Yahoo Inc. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root.
#include "config-mycfg.h"
#include <vespa/config-attributes.h>
#include <vespa/config-imported-fields.h>
#include <vespa/config-indexschema.h>
#include <vespa/config-rank-profiles.h>
#include <vespa/config-summary.h>
#include <vespa/config-summarymap.h>
#include <vespa/config/helper/configgetter.hpp>
#include <vespa/searchcore/proton/common/schemautil.h>
#include <vespa/searchcore/proton/server/bootstrapconfig.h>
#include <vespa/searchcore/proton/server/fileconfigmanager.h>
#include <vespa/searchcore/proton/test/documentdb_config_builder.h>
#include <vespa/searchsummary/config/config-juniperrc.h>
#include <vespa/vespalib/io/fileutil.h>
#include <vespa/vespalib/testkit/test_kit.h>
using namespace cloud::config::filedistribution;
using namespace config;
using namespace document;
using namespace proton;
using namespace search::index;
using namespace search;
using namespace vespa::config::search::core;
using namespace vespa::config::search;
using proton::matching::RankingConstants;
typedef DocumentDBConfigHelper DBCM;
typedef DocumentDBConfig::DocumenttypesConfigSP DocumenttypesConfigSP;
using vespalib::nbostream;
vespalib::string myId("myconfigid");
namespace
{
DocumentDBConfig::SP
getConfig(int64_t generation, const Schema::SP &schema)
{
return test::DocumentDBConfigBuilder(generation, schema, "client", "test").build();
}
Schema::SP
getSchema(int step)
{
Schema::SP schema(new Schema);
schema->addIndexField(Schema::IndexField("foo1", schema::DataType::STRING));
if (step < 2) {
schema->addIndexField(Schema::IndexField("foo2", schema::DataType::STRING));
}
if (step < 1) {
schema->addIndexField(Schema::IndexField("foo3", schema::DataType::STRING));
}
return schema;
}
}
DocumentDBConfig::SP
makeBaseConfigSnapshot()
{
config::DirSpec spec(TEST_PATH("cfg"));
ConfigKeySet extraKeySet;
extraKeySet.add<MycfgConfig>("");
DBCM dbcm(spec, "test", extraKeySet);
DocumenttypesConfigSP dtcfg(config::ConfigGetter<DocumenttypesConfig>::getConfig("", spec).release());
BootstrapConfig::SP b(new BootstrapConfig(1,
dtcfg,
DocumentTypeRepo::SP(new DocumentTypeRepo(*dtcfg)),
std::make_shared<ProtonConfig>(),
std::make_shared<FiledistributorrpcConfig>(),
std::make_shared<TuneFileDocumentDB>()));
dbcm.forwardConfig(b);
dbcm.nextGeneration(0);
DocumentDBConfig::SP snap = dbcm.getConfig();
snap->setConfigId(myId);
ASSERT_TRUE(snap.get() != NULL);
return snap;
}
Schema
makeHistorySchema()
{
Schema hs;
hs.addIndexField(Schema::IndexField("history", schema::DataType::STRING));
return hs;
}
void
saveBaseConfigSnapshot(const DocumentDBConfig &snap, const Schema &history, SerialNum num)
{
FileConfigManager cm("out", myId, snap.getDocTypeName());
cm.saveConfig(snap, history, num);
}
DocumentDBConfig::SP
makeEmptyConfigSnapshot(void)
{
return test::DocumentDBConfigBuilder(0, std::make_shared<Schema>(), "client", "test").build();
}
void incInt(int *i, const DocumentType&) { ++*i; }
void
assertEqualExtraConfigs(const DocumentDBConfig &expSnap, const DocumentDBConfig &actSnap)
{
const ConfigSnapshot &exp = expSnap.getExtraConfigs();
const ConfigSnapshot &act = actSnap.getExtraConfigs();
EXPECT_EQUAL(1u, exp.size());
EXPECT_EQUAL(1u, act.size());
std::unique_ptr<MycfgConfig> expCfg = exp.getConfig<MycfgConfig>("");
std::unique_ptr<MycfgConfig> actCfg = act.getConfig<MycfgConfig>("");
EXPECT_EQUAL("foo", expCfg->myField);
EXPECT_EQUAL("foo", actCfg->myField);
}
void
assertEqualSnapshot(const DocumentDBConfig &exp, const DocumentDBConfig &act)
{
EXPECT_TRUE(exp.getRankProfilesConfig() == act.getRankProfilesConfig());
EXPECT_TRUE(exp.getRankingConstants() == act.getRankingConstants());
EXPECT_EQUAL(0u, exp.getRankingConstants().size());
EXPECT_TRUE(exp.getIndexschemaConfig() == act.getIndexschemaConfig());
EXPECT_TRUE(exp.getAttributesConfig() == act.getAttributesConfig());
EXPECT_TRUE(exp.getSummaryConfig() == act.getSummaryConfig());
EXPECT_TRUE(exp.getSummarymapConfig() == act.getSummarymapConfig());
EXPECT_TRUE(exp.getJuniperrcConfig() == act.getJuniperrcConfig());
EXPECT_TRUE(exp.getImportedFieldsConfig() == act.getImportedFieldsConfig());
EXPECT_EQUAL(0u, exp.getImportedFieldsConfig().attribute.size());
int expTypeCount = 0;
int actTypeCount = 0;
exp.getDocumentTypeRepoSP()->forEachDocumentType(
*vespalib::makeClosure(incInt, &expTypeCount));
act.getDocumentTypeRepoSP()->forEachDocumentType(
*vespalib::makeClosure(incInt, &actTypeCount));
EXPECT_EQUAL(expTypeCount, actTypeCount);
EXPECT_TRUE(*exp.getSchemaSP() == *act.getSchemaSP());
EXPECT_EQUAL(expTypeCount, actTypeCount);
EXPECT_EQUAL(exp.getConfigId(), act.getConfigId());
assertEqualExtraConfigs(exp, act);
}
DocumentDBConfig::SP
addConfigsThatAreNotSavedToDisk(const DocumentDBConfig &cfg)
{
test::DocumentDBConfigBuilder builder(cfg);
RankingConstants::Vector constants = {{"my_name", "my_type", "my_path"}};
builder.rankingConstants(std::make_shared<RankingConstants>(constants));
ImportedFieldsConfigBuilder importedFields;
importedFields.attribute.resize(1);
importedFields.attribute.back().name = "my_name";
builder.importedFields(std::make_shared<ImportedFieldsConfig>(importedFields));
return builder.build();
}
TEST_FF("requireThatConfigCanBeSavedAndLoaded", DocumentDBConfig::SP(makeBaseConfigSnapshot()),
Schema(makeHistorySchema()))
{
DocumentDBConfig::SP fullCfg = addConfigsThatAreNotSavedToDisk(*f1);
saveBaseConfigSnapshot(*fullCfg, f2, 20);
DocumentDBConfig::SP esnap(makeEmptyConfigSnapshot());
Schema::SP ehs;
{
FileConfigManager cm("out", myId, "dummy");
cm.loadConfig(*esnap, 20, esnap, ehs);
}
assertEqualSnapshot(*f1, *esnap);
EXPECT_TRUE(f2 == *ehs);
}
TEST_FF("requireThatConfigCanBeSerializedAndDeserialized", DocumentDBConfig::SP(makeBaseConfigSnapshot()),
Schema(makeHistorySchema()))
{
saveBaseConfigSnapshot(*f1, f2, 30);
nbostream stream;
{
FileConfigManager cm("out", myId, "dummy");
cm.serializeConfig(30, stream);
}
{
FileConfigManager cm("out", myId, "dummy");
cm.deserializeConfig(40, stream);
}
DocumentDBConfig::SP fsnap(makeEmptyConfigSnapshot());
Schema::SP fhs;
{
FileConfigManager cm("out", myId, "dummy");
cm.loadConfig(*fsnap, 40, fsnap, fhs);
}
assertEqualSnapshot(*f1, *fsnap);
EXPECT_TRUE(f2 == *fhs);
EXPECT_EQUAL("dummy", fsnap->getDocTypeName());
}
TEST_FF("requireThatWipeHistoryCanBeSaved", DocumentDBConfig::SP(makeBaseConfigSnapshot()),
Schema(makeHistorySchema()))
{
saveBaseConfigSnapshot(*f1, f2, 50);
{
FileConfigManager cm("out", myId, "dummy");
cm.saveWipeHistoryConfig(60, 0);
}
DocumentDBConfig::SP gsnap(makeEmptyConfigSnapshot());
Schema::SP ghs;
{
FileConfigManager cm("out", myId, "dummy");
cm.loadConfig(*gsnap, 60, gsnap, ghs);
}
assertEqualSnapshot(*f1, *gsnap);
EXPECT_TRUE(f2 != *ghs);
EXPECT_TRUE(!f2.empty());
EXPECT_TRUE(ghs->empty());
}
TEST("require that wipe history clears only portions of history")
{
FileConfigManager cm("out2", myId, "dummy");
Schema::SP schema(getSchema(0));
Schema::SP history(new Schema);
DocumentDBConfig::SP config(getConfig(5, schema));
cm.saveConfig(*config, *history, 5);
Schema::SP oldSchema(schema);
schema = getSchema(1);
config = getConfig(6, schema);
history = SchemaUtil::makeHistorySchema(*schema, *oldSchema, *history,
100);
cm.saveConfig(*config, *history, 10);
oldSchema = schema;
schema = getSchema(2);
config = getConfig(7, schema);
history = SchemaUtil::makeHistorySchema(*schema, *oldSchema, *history,
200);
cm.saveConfig(*config, *history, 15);
cm.saveWipeHistoryConfig(20, 50);
cm.saveWipeHistoryConfig(25, 100);
cm.saveWipeHistoryConfig(30, 150);
cm.saveWipeHistoryConfig(35, 200);
cm.saveWipeHistoryConfig(40, 250);
DocumentDBConfig::SP oldconfig(config);
cm.loadConfig(*oldconfig, 20, config, history);
EXPECT_EQUAL(2u, history->getNumIndexFields());
oldconfig = config;
cm.loadConfig(*oldconfig, 25, config, history);
EXPECT_EQUAL(2u, history->getNumIndexFields());
oldconfig = config;
cm.loadConfig(*oldconfig, 30, config, history);
EXPECT_EQUAL(1u, history->getNumIndexFields());
oldconfig = config;
cm.loadConfig(*oldconfig, 35, config, history);
EXPECT_EQUAL(1u, history->getNumIndexFields());
oldconfig = config;
cm.loadConfig(*oldconfig, 40, config, history);
EXPECT_EQUAL(0u, history->getNumIndexFields());
}
TEST_FF("requireThatConfigCanBeLoadedWithoutExtraConfigsDataFile", DocumentDBConfig::SP(makeBaseConfigSnapshot()),
Schema(makeHistorySchema()))
{
saveBaseConfigSnapshot(*f1, f2, 70);
EXPECT_TRUE(vespalib::unlink("out/config-70/extraconfigs.dat"));
DocumentDBConfig::SP esnap(makeEmptyConfigSnapshot());
Schema::SP ehs;
{
FileConfigManager cm("out", myId, "dummy");
cm.loadConfig(*esnap, 70, esnap, ehs);
}
EXPECT_EQUAL(0u, esnap->getExtraConfigs().size());
}
TEST_FF("requireThatVisibilityDelayIsPropagated",
DocumentDBConfig::SP(makeBaseConfigSnapshot()),
Schema(makeHistorySchema()))
{
saveBaseConfigSnapshot(*f1, f2, 80);
DocumentDBConfig::SP esnap(makeEmptyConfigSnapshot());
Schema::SP ehs;
{
ProtonConfigBuilder protonConfigBuilder;
ProtonConfigBuilder::Documentdb ddb;
ddb.inputdoctypename = "dummy";
ddb.visibilitydelay = 61.0;
protonConfigBuilder.documentdb.push_back(ddb);
protonConfigBuilder.maxvisibilitydelay = 100.0;
FileConfigManager cm("out", myId, "dummy");
using ProtonConfigSP = BootstrapConfig::ProtonConfigSP;
cm.setProtonConfig(
ProtonConfigSP(new ProtonConfig(protonConfigBuilder)));
cm.loadConfig(*esnap, 70, esnap, ehs);
}
EXPECT_EQUAL(0u, esnap->getExtraConfigs().size());
EXPECT_EQUAL(61.0, esnap->getMaintenanceConfigSP()->getVisibilityDelay().sec());
}
TEST_MAIN() { TEST_RUN_ALL(); }
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