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#include "testing/testing.hpp"
#include "ugc/ugc_tests/utils.hpp"
#include "ugc/api.hpp"
#include "ugc/serdes.hpp"
#include "ugc/serdes_json.hpp"
#include "ugc/types.hpp"
#include "coding/reader.hpp"
#include "coding/writer.hpp"
#include <cstdint>
#include <vector>
using namespace std;
using namespace ugc;
namespace
{
using Buffer = vector<uint8_t>;
using ToBin = Serializer<MemWriter<Buffer>>;
using FromBin = DeserializerV0<ReaderSource<MemReader>>;
using ToJson = SerializerJson<MemWriter<Buffer>>;
using FromJson = DeserializerJsonV0<ReaderSource<MemReader>>;
Ratings GetTestRating()
{
return {{"music" /* key */, 5.0 /* value */}, {"service" /* key */, 4.0 /* value */}};
}
MemWriter<Buffer> MakeSink(Buffer & buffer) { return MemWriter<Buffer>(buffer); }
ReaderSource<MemReader> MakeSource(Buffer const & buffer)
{
MemReader reader(buffer.data(), buffer.size());
return ReaderSource<MemReader>(reader);
}
template<typename Object, typename Serializator, typename Deserializator>
void MakeTest(Object const & src)
{
Buffer buffer;
Object trg;
{
auto sink = MakeSink(buffer);
Serializator ser(sink);
ser(src);
}
{
auto source = MakeSource(buffer);
Deserializator des(source);
des(trg);
}
TEST_EQUAL(src, trg, ());
}
UNIT_TEST(SerDes_Rating)
{
auto const expectedRating = GetTestRating();
TEST_EQUAL(expectedRating, expectedRating, ());
MakeTest<Ratings, ToBin, FromBin>(expectedRating);
}
UNIT_TEST(SerDes_Json_Rating)
{
auto const expectedRating = GetTestRating();
TEST_EQUAL(expectedRating, expectedRating, ());
MakeTest<Ratings, ToJson, FromJson>(expectedRating);
}
UNIT_TEST(SerDes_Json_Reviews)
{
auto expectedUGC = MakeTestUGC1(Time(chrono::hours(24 * 100))).m_reviews;
TEST_EQUAL(expectedUGC, expectedUGC, ());
MakeTest<decltype(expectedUGC), ToJson, FromJson>(expectedUGC);
}
UNIT_TEST(SerDes_Json_RatingRecords)
{
auto expectedUGC = MakeTestUGC1(Time(chrono::hours(24 * 100))).m_ratings;
TEST_EQUAL(expectedUGC, expectedUGC, ());
MakeTest<decltype(expectedUGC), ToJson, FromJson>(expectedUGC);
}
UNIT_TEST(SerDes_Json_UGC)
{
auto expectedUGC = MakeTestUGC1(Time(chrono::hours(24 * 100)));
TEST_EQUAL(expectedUGC, expectedUGC, ());
MakeTest<decltype(expectedUGC), ToJson, FromJson>(expectedUGC);
}
UNIT_TEST(SerDes_UGC)
{
// Time must be in whole days to prevent lose of precision during
// serialization/deserialization.
auto const expectedUGC = MakeTestUGC1(Time(chrono::hours(24 * 100)));
TEST_EQUAL(expectedUGC, expectedUGC, ());
Buffer buffer;
{
auto sink = MakeSink(buffer);
Serialize(sink, expectedUGC);
}
UGC actualUGC({} /* rating */, {} /* reviews */, {} /* totalRating */, {} /* votes */);
{
auto source = MakeSource(buffer);
Deserialize(source, actualUGC);
}
TEST_EQUAL(expectedUGC, actualUGC, ());
}
UNIT_TEST(SerDes_Json_UGCUpdate)
{
auto expectedUGC = MakeTestUGCUpdate(Time(chrono::hours(24 * 200)));
TEST_EQUAL(expectedUGC, expectedUGC, ());
MakeTest<decltype(expectedUGC), ToJson, FromJson>(expectedUGC);
}
UNIT_TEST(SerDes_UGCUpdate)
{
// Time must be in whole days to prevent lose of precision during
// serialization/deserialization.
auto const expectedUGC = MakeTestUGCUpdate(Time(chrono::hours(24 * 300)));
TEST_EQUAL(expectedUGC, expectedUGC, ());
Buffer buffer;
{
auto sink = MakeSink(buffer);
Serialize(sink, expectedUGC);
}
UGCUpdate actualUGC{};
{
auto source = MakeSource(buffer);
Deserialize(source, actualUGC);
}
TEST_EQUAL(expectedUGC, actualUGC, ());
}
} // namespace
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