Function FL_TEST_FILE

tests/fl/stl/json.cpp:26–2658

#include "fl/stl/strstream.h"

FL_TEST_FILE(FL_FILEPATH) {

using namespace fl;

FL_TEST_CASE("Test simple JSON parsing") {
    // Milestone 2: Verify empty object/array parsing
    FL_SUBCASE("parse2() A/B: Empty object") {
        const char* json_str = "{}";
        json result1 = json::parse(json_str);
        json result2 = json::parse(json_str);

        FL_CHECK(result1.is_object() == result2.is_object());
        FL_CHECK(result1.size() == result2.size());
    }

    FL_SUBCASE("parse2() A/B: Empty array") {
        const char* json_str = "[]";
        json result1 = json::parse(json_str);
        json result2 = json::parse(json_str);

        FL_CHECK(result1.is_array() == result2.is_array());
        FL_CHECK(result1.size() == result2.size());
    }

    // Milestone 3: STRING tokenization
    FL_SUBCASE("parse2() A/B: Simple string") {
        const char* json_str = "\"hello\"";
        json result1 = json::parse(json_str);
        json result2 = json::parse(json_str);

        FL_CHECK(result1.is_string() == result2.is_string());
        FL_CHECK(result1.as<fl::string>() == result2.as<fl::string>());
    }

    FL_SUBCASE("parse2() A/B: Escaped string") {
        const char* json_str = R"("He said \"hello\"")";
        json result1 = json::parse(json_str);
        json result2 = json::parse(json_str);

        FL_CHECK(result1.is_string() == result2.is_string());
        auto str1 = result1.as<fl::string>();
        auto str2 = result2.as<fl::string>();
        FL_CHECK(str1 == str2);
    }

    // Milestone 4: NUMBER tokenization
    FL_SUBCASE("parse2() A/B: Integer") {
        const char* json_str = "42";
        json result1 = json::parse(json_str);
        json result2 = json::parse(json_str);

        FL_CHECK(result1.is_number() == result2.is_number());
        FL_CHECK(result1.as<i64>() == result2.as<i64>());
    }

    FL_SUBCASE("parse2() A/B: Float") {
        const char* json_str = "3.14";
        json result1 = json::parse(json_str);