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#include <QtTest>
#include <QString>
#include "dummyresource/resourcefactory.h"
#include "dummyresource/domainadaptor.h"
#include "store.h"
#include "notifier.h"
#include "resourcecontrol.h"
#include "commands.h"
#include "entitybuffer.h"
#include "log.h"
#include "resourceconfig.h"
#include "notification_generated.h"
#include "test.h"
#include "testutils.h"
#include "adaptorfactoryregistry.h"
#include "hawd/dataset.h"
#include "hawd/formatter.h"
#include "event_generated.h"
#include "entity_generated.h"
#include "metadata_generated.h"
#include "createentity_generated.h"
/**
* Benchmark full system with the dummy resource implementation.
*/
class DummyResourceBenchmark : public QObject
{
Q_OBJECT
private:
int num;
private slots:
void initTestCase()
{
Sink::Log::setDebugOutputLevel(Sink::Log::Warning);
auto factory = Sink::ResourceFactory::load("sink.dummy");
QVERIFY(factory);
ResourceConfig::addResource("sink.dummy.instance1", "sink.dummy");
num = 5000;
}
void cleanup()
{
}
// Ensure we can process a command in less than 0.1s
void testCommandResponsiveness()
{
// Test responsiveness including starting the process.
VERIFYEXEC(Sink::Store::removeDataFromDisk("sink.dummy.instance1"));
QTime time;
time.start();
Sink::ApplicationDomain::Event event("sink.dummy.instance1");
event.setProperty("uid", "testuid");
QCOMPARE(event.getProperty("uid").toByteArray(), QByteArray("testuid"));
event.setProperty("summary", "summaryValue");
auto notifier = QSharedPointer<Sink::Notifier>::create("sink.dummy.instance1", "sink.dummy");
bool gotNotification = false;
int duration = 0;
notifier->registerHandler([&gotNotification, &duration, &time](const Sink::Notification ¬ification) {
if (notification.type == Sink::Notification::RevisionUpdate) {
gotNotification = true;
duration = time.elapsed();
}
});
Sink::Store::create<Sink::ApplicationDomain::Event>(event).exec();
// Wait for notification
QTRY_VERIFY(gotNotification);
QVERIFY2(duration < 100, QString::fromLatin1("Processing a create command took more than 100ms: %1").arg(duration).toLatin1());
VERIFYEXEC(Sink::ResourceControl::shutdown("sink.dummy.instance1"));
qDebug() << "Single command took [ms]: " << duration;
}
void testWriteToFacade()
{
VERIFYEXEC(Sink::Store::removeDataFromDisk("sink.dummy.instance1"));
QTime time;
time.start();
QList<KAsync::Future<void>> waitCondition;
for (int i = 0; i < num; i++) {
Sink::ApplicationDomain::Event event("sink.dummy.instance1");
event.setProperty("uid", "testuid");
QCOMPARE(event.getProperty("uid").toByteArray(), QByteArray("testuid"));
event.setProperty("summary", "summaryValue");
waitCondition << Sink::Store::create<Sink::ApplicationDomain::Event>(event).exec();
}
KAsync::waitForCompletion(waitCondition).exec().waitForFinished();
auto appendTime = time.elapsed();
// Ensure everything is processed
{
Sink::Query query;
query.resourceFilter("sink.dummy.instance1");
VERIFYEXEC(Sink::ResourceControl::flushMessageQueue(QByteArrayList() << "sink.dummy.instance1"));
}
auto allProcessedTime = time.elapsed();
HAWD::Dataset dataset("dummy_write_to_facade", m_hawdState);
HAWD::Dataset::Row row = dataset.row();
row.setValue("rows", num);
row.setValue("append", (qreal)num / appendTime);
row.setValue("total", (qreal)num / allProcessedTime);
dataset.insertRow(row);
HAWD::Formatter::print(dataset);
auto diskUsage = DummyResource::diskUsage("sink.dummy.instance1");
qDebug() << "Database size [kb]: " << diskUsage / 1024;
// Print memory layout, RSS is what is in memory
// std::system("exec pmap -x \"$PPID\"");
}
void testQueryByUid()
{
QTime time;
time.start();
// Measure query
{
time.start();
Sink::Query query;
query.resourceFilter("sink.dummy.instance1");
query.filter("uid", Sink::Query::Comparator("testuid"));
auto model = Sink::Store::loadModel<Sink::ApplicationDomain::Event>(query);
QTRY_COMPARE(model->rowCount(QModelIndex()), num);
}
auto queryTime = time.elapsed();
HAWD::Dataset dataset("dummy_query_by_uid", m_hawdState);
HAWD::Dataset::Row row = dataset.row();
row.setValue("rows", num);
row.setValue("read", (qreal)num / queryTime);
dataset.insertRow(row);
HAWD::Formatter::print(dataset);
}
void testWriteInProcess()
{
VERIFYEXEC(Sink::Store::removeDataFromDisk("sink.dummy.instance1"));
QTime time;
time.start();
DummyResource resource(Sink::ResourceContext{"sink.dummy.instance1", "sink.dummy", Sink::AdaptorFactoryRegistry::instance().getFactories("sink.dummy")});
flatbuffers::FlatBufferBuilder eventFbb;
eventFbb.Clear();
{
auto summary = eventFbb.CreateString("summary");
Sink::ApplicationDomain::Buffer::EventBuilder eventBuilder(eventFbb);
eventBuilder.add_summary(summary);
auto eventLocation = eventBuilder.Finish();
Sink::ApplicationDomain::Buffer::FinishEventBuffer(eventFbb, eventLocation);
}
flatbuffers::FlatBufferBuilder localFbb;
{
auto uid = localFbb.CreateString("testuid");
auto localBuilder = Sink::ApplicationDomain::Buffer::EventBuilder(localFbb);
localBuilder.add_uid(uid);
auto location = localBuilder.Finish();
Sink::ApplicationDomain::Buffer::FinishEventBuffer(localFbb, location);
}
flatbuffers::FlatBufferBuilder entityFbb;
Sink::EntityBuffer::assembleEntityBuffer(entityFbb, 0, 0, eventFbb.GetBufferPointer(), eventFbb.GetSize(), localFbb.GetBufferPointer(), localFbb.GetSize());
flatbuffers::FlatBufferBuilder fbb;
auto type = fbb.CreateString(Sink::ApplicationDomain::getTypeName<Sink::ApplicationDomain::Event>().toStdString().data());
auto delta = fbb.CreateVector<uint8_t>(entityFbb.GetBufferPointer(), entityFbb.GetSize());
Sink::Commands::CreateEntityBuilder builder(fbb);
builder.add_domainType(type);
builder.add_delta(delta);
auto location = builder.Finish();
Sink::Commands::FinishCreateEntityBuffer(fbb, location);
const QByteArray command(reinterpret_cast<const char *>(fbb.GetBufferPointer()), fbb.GetSize());
for (int i = 0; i < num; i++) {
resource.processCommand(Sink::Commands::CreateEntityCommand, command);
}
auto appendTime = time.elapsed();
// Wait until all messages have been processed
resource.processAllMessages().exec().waitForFinished();
auto allProcessedTime = time.elapsed();
HAWD::Dataset dataset("dummy_write_in_process", m_hawdState);
HAWD::Dataset::Row row = dataset.row();
row.setValue("rows", num);
row.setValue("append", (qreal)num / appendTime);
row.setValue("total", (qreal)num / allProcessedTime);
dataset.insertRow(row);
HAWD::Formatter::print(dataset);
// Print memory layout, RSS is what is in memory
// std::system("exec pmap -x \"$PPID\"");
}
void testCreateCommand()
{
Sink::ApplicationDomain::Event event;
QBENCHMARK {
auto mFactory = new DummyEventAdaptorFactory;
static flatbuffers::FlatBufferBuilder entityFbb;
entityFbb.Clear();
mFactory->createBuffer(event, entityFbb);
static flatbuffers::FlatBufferBuilder fbb;
fbb.Clear();
// This is the resource buffer type and not the domain type
auto entityId = fbb.CreateString("");
auto type = fbb.CreateString("event");
// auto delta = fbb.CreateVector<uint8_t>(entityFbb.GetBufferPointer(), entityFbb.GetSize());
auto delta = Sink::EntityBuffer::appendAsVector(fbb, entityFbb.GetBufferPointer(), entityFbb.GetSize());
auto location = Sink::Commands::CreateCreateEntity(fbb, entityId, type, delta);
Sink::Commands::FinishCreateEntityBuffer(fbb, location);
}
}
// This allows to run individual parts without doing a cleanup, but still cleaning up normally
void testCleanupForCompleteTest()
{
VERIFYEXEC(Sink::Store::removeDataFromDisk("sink.dummy.instance1"));
}
private:
HAWD::State m_hawdState;
};
QTEST_MAIN(DummyResourceBenchmark)
#include "dummyresourcebenchmark.moc"
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