Function UNIT_CLASS_TEST

libs/search/search_integration_tests/utils_test.cpp:32–101

};

UNIT_CLASS_TEST(SearchUtilsTest, Utils)
{
  string const kCountryName = "FoodLand";
  auto file = platform::LocalCountryFile::MakeForTesting(kCountryName);

  TestPOI cafe(m2::PointD(0.0, 0.0), "cafe", "en");
  cafe.SetTypes({{"amenity", "cafe"}});

  TestPOI restaurant(m2::PointD(0.0, 0.0), "restaurant", "en");
  restaurant.SetTypes({{"amenity", "restaurant"}});

  TestPOI bar(m2::PointD(0.0, 0.0), "bar", "en");
  bar.SetTypes({{"amenity", "bar"}});

  auto id = BuildCountry(kCountryName, [&](TestMwmBuilder & builder)
  {
    builder.Add(cafe);
    builder.Add(restaurant);
    builder.Add(bar);
  });

  auto const & categories = GetDefaultCategories();
  auto const typesPost = GetCategoryTypes("Oficina de correos", "es", categories);
  auto const typesCafe = GetCategoryTypes("Cafe", "en", categories);
  auto const typesRestaurant = GetCategoryTypes("Restaurant", "en", categories);
  auto const typesBar = GetCategoryTypes("Bar", "en", categories);
  auto const typesFood = GetCategoryTypes("Eat", "en", categories);

  // GetCategoryTypes must return sorted vector of types.
  TEST(is_sorted(typesPost.begin(), typesPost.end()), ());
  TEST(is_sorted(typesCafe.begin(), typesCafe.end()), ());
  TEST(is_sorted(typesRestaurant.begin(), typesRestaurant.end()), ());
  TEST(is_sorted(typesBar.begin(), typesBar.end()), ());
  TEST(is_sorted(typesFood.begin(), typesFood.end()), ());

  for (char const * s : {"post_office", "post_box", "parcel_locker"})
    TEST(binary_search(typesPost.begin(), typesPost.end(), classif().GetTypeByPath({"amenity", s})), (s));

  // Now "Cafe" and "Restaurant" are synonyms in categories.
  TEST_EQUAL(typesCafe, typesRestaurant, ());
  TEST_NOT_EQUAL(typesCafe, typesBar, ());

  for (auto const t : typesCafe)
    TEST(binary_search(typesFood.begin(), typesFood.end(), t), ());

  for (auto const t : typesBar)
    TEST(binary_search(typesFood.begin(), typesFood.end(), t), ());

  auto const & dataSource = GetDataSource();
  auto const rect = m2::RectD(m2::PointD(-0.5, -0.5), m2::PointD(0.5, 0.5));

  auto const testTypes = [&](vector<uint32_t> const & types, size_t expectedCount)
  {
    vector<FeatureID> features;
    ForEachOfTypesInRect(dataSource, types, rect, [&features](FeatureID const & f) { features.push_back(f); });
    TEST_EQUAL(features.size(), expectedCount, ());
  };