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#include "testing/testing.hpp"
#include "base/logging.hpp"
#include "indexer/classificator_loader.hpp"
#include "generator/osm2meta.hpp"
#include "coding/writer.hpp"
#include "coding/reader.hpp"
UNIT_TEST(Metadata_ValidateAndFormat_stars)
{
FeatureParams params;
MetadataTagProcessor p(params);
// ignore incorrect values
p("stars", "0");
TEST(params.GetMetadata().Empty(), ());
p("stars", "-1");
TEST(params.GetMetadata().Empty(), ());
p("stars", "aasdasdas");
TEST(params.GetMetadata().Empty(), ());
p("stars", "8");
TEST(params.GetMetadata().Empty(), ());
p("stars", "10");
TEST(params.GetMetadata().Empty(), ());
p("stars", "910");
TEST(params.GetMetadata().Empty(), ());
p("stars", "100");
TEST(params.GetMetadata().Empty(), ());
// check correct values
p("stars", "1");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_STARS), "1", ())
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_STARS);
p("stars", "2");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_STARS), "2", ())
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_STARS);
p("stars", "3");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_STARS), "3", ())
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_STARS);
p("stars", "4");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_STARS), "4", ())
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_STARS);
p("stars", "5");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_STARS), "5", ())
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_STARS);
p("stars", "6");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_STARS), "6", ())
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_STARS);
p("stars", "7");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_STARS), "7", ())
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_STARS);
// check almost correct values
p("stars", "4+");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_STARS), "4", ())
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_STARS);
p("stars", "5s");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_STARS), "5", ())
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_STARS);
}
UNIT_TEST(Metadata_ValidateAndFormat_operator)
{
classificator::Load();
Classificator const & c = classif();
uint32_t const type_atm = c.GetTypeByPath({ "amenity", "atm" });
uint32_t const type_fuel = c.GetTypeByPath({ "amenity", "fuel" });
FeatureParams params;
MetadataTagProcessor p(params);
// ignore tag 'operator' if feature have inappropriate type
p("operator", "Some");
TEST(params.GetMetadata().Empty(), ());
params.SetType(type_atm);
p("operator", "Some");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_OPERATOR), "Some", ());
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_OPERATOR);
params.SetType(type_fuel);
p("operator", "Some");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_OPERATOR), "Some", ());
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_OPERATOR);
params.SetType(type_atm);
params.AddType(type_fuel);
p("operator", "Some");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_OPERATOR), "Some", ());
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_OPERATOR);
}
UNIT_TEST(Metadata_ValidateAndFormat_ele)
{
classificator::Load();
Classificator const & c = classif();
uint32_t const type_peak = c.GetTypeByPath({ "natural", "peak" });
FeatureParams params;
MetadataTagProcessor p(params);
// ignore tag 'operator' if feature have inappropriate type
p("ele", "123");
TEST(params.GetMetadata().Empty(), ());
params.SetType(type_peak);
p("ele", "0");
TEST(params.GetMetadata().Empty(), ());
params.SetType(type_peak);
p("ele", "0,0000");
TEST(params.GetMetadata().Empty(), ());
params.SetType(type_peak);
p("ele", "0.0");
TEST(params.GetMetadata().Empty(), ());
params.SetType(type_peak);
p("ele", "123");
TEST_EQUAL(params.GetMetadata().Get(feature::FeatureMetadata::FMD_ELE), "123", ());
params.GetMetadata().Drop(feature::FeatureMetadata::FMD_ELE);
}
UNIT_TEST(Metadata_ReadWrite_Intermediate)
{
FeatureParams params;
FeatureParams params_test;
MetadataTagProcessor p(params);
vector<char> buffer;
MemWriter<vector<char> > writer(buffer);
p("stars", "3");
p("phone", "+123456789");
p("opening_hours", "24/7");
p("cuisine", "regional");
p("operator", "Unused");
params.GetMetadata().Serialize(writer);
MemReader reader(buffer.data(), buffer.size());
ReaderSource<MemReader> src(reader);
params_test.GetMetadata().Deserialize(src);
TEST_EQUAL(params_test.GetMetadata().Get(feature::FeatureMetadata::FMD_STARS), "3", ())
TEST_EQUAL(params_test.GetMetadata().Get(feature::FeatureMetadata::FMD_PHONE_NUMBER), "+123456789", ())
TEST_EQUAL(params_test.GetMetadata().Get(feature::FeatureMetadata::FMD_OPEN_HOURS), "24/7", ())
TEST_EQUAL(params_test.GetMetadata().Get(feature::FeatureMetadata::FMD_CUISINE), "regional", ())
TEST(params_test.GetMetadata().Get(feature::FeatureMetadata::FMD_OPERATOR).empty(), ())
}
UNIT_TEST(Metadata_ReadWrite_MWM)
{
FeatureParams params;
FeatureParams params_test;
MetadataTagProcessor p(params);
vector<char> buffer;
MemWriter<vector<char> > writer(buffer);
p("stars", "3");
p("phone", "+123456789");
p("opening_hours", "24/7");
p("cuisine", "regional");
p("operator", "Unused");
params.GetMetadata().SerializeToMWM(writer);
MemReader reader(buffer.data(), buffer.size());
ReaderSource<MemReader> src(reader);
params_test.GetMetadata().DeserializeFromMWM(src);
TEST_EQUAL(params_test.GetMetadata().Get(feature::FeatureMetadata::FMD_STARS), "3", ())
TEST_EQUAL(params_test.GetMetadata().Get(feature::FeatureMetadata::FMD_PHONE_NUMBER), "+123456789", ())
TEST_EQUAL(params_test.GetMetadata().Get(feature::FeatureMetadata::FMD_OPEN_HOURS), "24/7", ())
TEST_EQUAL(params_test.GetMetadata().Get(feature::FeatureMetadata::FMD_CUISINE), "regional", ())
TEST(params_test.GetMetadata().Get(feature::FeatureMetadata::FMD_OPERATOR).empty(), ())
}
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