Method LS_Load

ogsr_engine/Layers/xrRender/ResourceManager_Scripting.cpp:500–593

export

// export
void CResourceManager::LS_Load()
{
    //**************************************************************//
    // Msg("[CResourceManager] Starting LuaJIT");
    R_ASSERT2(!LSVM, "! LuaJIT is already running"); //На всякий случай
    //
#ifdef LUABIND_09
    luabind::disable_super_deprecation();
#else
    luabind::allocator = &luabind_allocator; //Аллокатор инитится только здесь и только один раз!
    luabind::allocator_parameter = nullptr;
#endif
    LSVM = luaL_newstate(); //Запускаем LuaJIT. Память себе он выделит сам.
    luaL_openlibs(LSVM); //Инициализация функций LuaJIT
    R_ASSERT2(LSVM, "! ERROR : Cannot initialize LUA VM!"); //Надо проверить, случается ли такое.
    luabind::open(LSVM); //Запуск луабинда
    //
    //--------------Установка калбеков------------------//
#ifdef LUABIND_NO_EXCEPTIONS
    luabind::set_error_callback(LuaError); //Калбек на ошибки.
    luabind::set_cast_failed_callback(lua_cast_failed);
#endif
    luabind::set_pcall_callback(lua_pcall_failed); // KRodin: НЕ ЗАКОММЕНТИРОВАТЬ НИ В КОЕМ СЛУЧАЕ!!!
    lua_atpanic(LSVM, lua_panic);
    // Msg("[CResourceManager] LuaJIT Started!");
    //-----------------------------------------------------//
    //***************************************************************//

    using namespace luabind;

    module(LSVM)[def("log", &LuaLog),

                 class_<adopt_sampler>("_sampler")
                     .def(constructor<const adopt_sampler&>())
                     .def("texture", &adopt_sampler::_texture, return_reference_to<1>())
                     .def("project", &adopt_sampler::_projective, return_reference_to<1>())
                     .def("clamp", &adopt_sampler::_clamp, return_reference_to<1>())
                     .def("wrap", &adopt_sampler::_wrap, return_reference_to<1>())
                     .def("mirror", &adopt_sampler::_mirror, return_reference_to<1>())
                     .def("f_anisotropic", &adopt_sampler::_f_anisotropic, return_reference_to<1>())
                     .def("f_trilinear", &adopt_sampler::_f_trilinear, return_reference_to<1>())
                     .def("f_bilinear", &adopt_sampler::_f_bilinear, return_reference_to<1>())
                     .def("f_linear", &adopt_sampler::_f_linear, return_reference_to<1>())
                     .def("f_point", &adopt_sampler::_f_point, return_reference_to<1>())
                     .def("f_none", &adopt_sampler::_f_none, return_reference_to<1>())
                     .def("fmin_none", &adopt_sampler::_fmin_none, return_reference_to<1>())
                     .def("fmin_point", &adopt_sampler::_fmin_point, return_reference_to<1>())
                     .def("fmin_linear", &adopt_sampler::_fmin_linear, return_reference_to<1>())
                     .def("fmin_aniso", &adopt_sampler::_fmin_aniso, return_reference_to<1>())
                     .def("fmip_none", &adopt_sampler::_fmip_none, return_reference_to<1>())
                     .def("fmip_point", &adopt_sampler::_fmip_point, return_reference_to<1>())
                     .def("fmip_linear", &adopt_sampler::_fmip_linear, return_reference_to<1>())
                     .def("fmag_none", &adopt_sampler::_fmag_none, return_reference_to<1>())
                     .def("fmag_point", &adopt_sampler::_fmag_point, return_reference_to<1>())
                     .def("fmag_linear", &adopt_sampler::_fmag_linear, return_reference_to<1>()),

                 class_<adopt_compiler>("_compiler")
                     .def(constructor<const adopt_compiler&>())