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#include <cassert>
#include <iostream>
#include <rfl.hpp>
#include <rfl/json.hpp>
#include <string>
#include <vector>
#include <gtest/gtest.h>
namespace test_enum7 {
enum class Color { red, green, blue, yellow };
struct Circle {
float radius;
Color color;
};
TEST(json, test_enum7) {
constexpr auto enumerator_array = rfl::get_enumerator_array<Color>();
static_assert(enumerator_array[0].first == "red");
static_assert(enumerator_array[1].first == "green");
static_assert(enumerator_array[2].first == "blue");
static_assert(enumerator_array[3].first == "yellow");
static_assert(enumerator_array[0].second == Color::red);
static_assert(enumerator_array[1].second == Color::green);
static_assert(enumerator_array[2].second == Color::blue);
static_assert(enumerator_array[3].second == Color::yellow);
constexpr auto enumerator_array_underlying =
rfl::get_underlying_enumerator_array<Color>();
static_assert(enumerator_array_underlying[0].first == "red");
static_assert(enumerator_array_underlying[1].first == "green");
static_assert(enumerator_array_underlying[2].first == "blue");
static_assert(enumerator_array_underlying[3].first == "yellow");
static_assert(enumerator_array_underlying[0].second == 0);
static_assert(enumerator_array_underlying[1].second == 1);
static_assert(enumerator_array_underlying[2].second == 2);
static_assert(enumerator_array_underlying[3].second == 3);
// This is a compile-time test
EXPECT_TRUE(true);
}
} // namespace test_enum7
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