Sophiar2/tests/core/main.cpp

#define BOOST_TEST_DYN_LINK
#define BOOST_TEST_MAIN  // in only one cpp file

#include <boost/test/unit_test.hpp>

#include "core/small_obj.hpp"
#include "core/tristate_obj.hpp"
#include "third_party/bitops.hpp"

using namespace sophiar;

BOOST_AUTO_TEST_CASE(test_small_obj) {

    struct test_obj : public small_obj<test_obj> {
        explicit test_obj(int &_p) : probe(_p) {
            probe = 1;
        }

        ~test_obj() {
            probe = 2;
        }

        int &probe;
    };

    int my_probe = 0;
    {
        auto obj = test_obj::new_instance(my_probe);
        BOOST_TEST(my_probe == 1);
    }
    BOOST_TEST(my_probe == 2);

    my_probe = 0;
    {
        test_obj::pointer obj_2;
        {
            auto obj = test_obj::new_instance(my_probe);
            obj_2 = obj;
            BOOST_TEST(my_probe == 1);
            BOOST_TEST(obj_2->ref_count == 2);
        }
        BOOST_TEST(my_probe == 1);
        BOOST_TEST(obj_2->ref_count == 1);
    }
    BOOST_TEST(my_probe == 2);

}

BOOST_AUTO_TEST_CASE(test_tristate_obj) {

    struct test_type : public tristate_obj<test_type> {
        bool on_init() {
            probe = std::setbit(probe, 0);
            return true;
        };

        bool on_start() {
            probe = std::setbit(probe, 1);
            return true;
        };

        void on_stop() {
            probe = std::setbit(probe, 2);
        };

        void on_reset() {
            probe = std::setbit(probe, 3);
        };

        explicit test_type(int &_p) : probe(_p) {}

        int &probe;
    };

    int probe = 0;
    test_type test_obj(probe);
    BOOST_TEST(test_obj.state == ST_INITIAL);
    test_obj.init();
    BOOST_TEST(test_obj.state == ST_PENDING);
    BOOST_TEST(std::testbit(probe, 0));
    test_obj.start();
    BOOST_TEST(test_obj.state == ST_RUNNING);
    BOOST_TEST(std::testbit(probe, 1));
    test_obj.stop();
    BOOST_TEST(test_obj.state == ST_PENDING);
    BOOST_TEST(std::testbit(probe, 2));
    test_obj.reset();
    BOOST_TEST(test_obj.state == ST_INITIAL);
    BOOST_TEST(std::testbit(probe, 3));

    probe = 0;
    test_obj.init();
    test_obj.start();
    test_obj.reset();
    BOOST_TEST(test_obj.state == ST_INITIAL);
    BOOST_TEST(std::popcount(probe) == 4);

    struct test_type_2 : public tristate_obj<test_type_2> {
        void after_init() {
            probe = std::setbit(probe, 0);
        }

        void after_start() {
            probe = std::setbit(probe, 1);
        }

        void after_stop() {
            probe = std::setbit(probe, 2);
        }

        void after_reset() {
            probe = std::setbit(probe, 3);
        }

        explicit test_type_2(int &_p) : probe(_p) {}

        int &probe;
    };

    probe = 0;
    test_type_2 obj_2(probe);
    obj_2.init();
    BOOST_TEST(std::testbit(probe, 0));
    obj_2.start();
    BOOST_TEST(std::testbit(probe, 1));
    obj_2.stop();
    BOOST_TEST(std::testbit(probe, 2));
    obj_2.reset();
    BOOST_TEST(std::testbit(probe, 3));

    struct test_type_3 : public tristate_obj<test_type_3> {
        void after_state_change(state_type old_state) {
            switch (old_state) {
                case ST_INITIAL:
                    probe = std::setbit(probe, 0);
                    break;
                case ST_PENDING:
                    probe = std::setbit(probe, 1);
                    break;
                case ST_RUNNING:
                    probe = std::setbit(probe, 2);
                    break;
                default:
                    return;
            }
        }

        explicit test_type_3(int &_p) : probe(_p) {}

        int &probe;
    };

    probe = 0;
    test_type_3 obj_3(probe);
    obj_3.init();
    BOOST_TEST(std::testbit(probe, 0));
    obj_3.start();
    BOOST_TEST(std::testbit(probe, 1));
    obj_3.stop();
    BOOST_TEST(std::testbit(probe, 2));
    probe = 0;
    obj_3.reset();
    BOOST_TEST(std::testbit(probe, 1));

    struct test_type_4 : public tristate_obj<test_type_4> {
        auto on_init() {
            return boost::indeterminate;
        }

        auto on_start() {
            return boost::indeterminate;
        }

        void _init_finished(bool flag) {
            init_finished(flag);
        }

        void _start_finished(bool flag) {
            start_finished(flag);
        }

        void after_init() {
            probe = std::setbit(probe, 0);
        }

        void after_start() {
            probe = std::setbit(probe, 1);
        }

        explicit test_type_4(int &_p) : probe(_p) {}

        int &probe;
    };

    probe = 0;
    test_type_4 obj_4(probe);
    obj_4.init();
    BOOST_TEST(obj_4.state == ST_INITIALIZING);
    BOOST_TEST(!std::testbit(probe, 0));
    obj_4._init_finished(false);
    BOOST_TEST(obj_4.state == ST_INITIAL);
    BOOST_TEST(!std::testbit(probe, 0));
    obj_4.init();
    obj_4._init_finished(true);
    BOOST_TEST(obj_4.state == ST_PENDING);
    BOOST_TEST(std::testbit(probe, 0));
    obj_4.start();
    BOOST_TEST(obj_4.state == ST_STARING);
    BOOST_TEST(!std::testbit(probe, 1));
    obj_4._start_finished(false);
    BOOST_TEST(obj_4.state == ST_PENDING);
    BOOST_TEST(!std::testbit(probe, 1));
    obj_4.start();
    obj_4._start_finished(true);
    BOOST_TEST(obj_4.state == ST_RUNNING);
    BOOST_TEST(std::testbit(probe, 1));

}