( std::forward

(d)\n , std11::bool_constant< std11::is_nothrow_constructible::value >() ) ) )\n , execute_on_reset( execute )\n {}\n\n // TODO:Move constructor.\n // The stored resource handle is initialized from the one of other, using std::move if\n // std::is_nothrow_move_constructible_v is true.\n\n // If initialization of the stored resource handle throws an exception, other is not modified.\n\n // Then, the deleter is initialized with the one of other, using std::move if\n // std::is_nothrow_move_constructible_v is true.\n\n // If initialization of the deleter throws an exception and std::is_nothrow_move_constructible_v is true and\n // other owns the resource, calls the deleter of other with res_ to dispose the resource, then calls other.release().\n\n // After construction, the constructed unique_resource owns its resource if and only if other owned the resource before\n // the construction, and other is set to not own the resource.\n\n unique_resource( unique_resource && other )\n scope_noexcept_op(\n std11::is_nothrow_move_constructible::value && std11::is_nothrow_move_constructible::value\n )\n try\n : resource( conditional_move( std::move(other.resource), typename std11::bool_constant< std11::is_nothrow_move_assignable::value >() ) )\n , deleter( conditional_move( std::move(other.deleter ), typename std11::bool_constant< std11::is_nothrow_move_constructible::value >() ) )\n , execute_on_reset( std14::exchange( other.execute_on_reset, false ) )\n {}\n catch(...)\n {\n if ( other.execute_on_reset && std::is_nothrow_move_constructible::value )\n {\n other.get_deleter()(get());\n other.release();\n }\n }\n\n ~unique_resource()\n {\n reset();\n }\n\nprivate:\n // assign_rd( r, is_nothrow_move_assignable_v, is_nothrow_move_assignable_v ):\n\n void assign_rd( unique_resource && other, std11::true_type, std11::true_type )\n {\n resource = std::move( other.resource );\n deleter = std::move( other.deleter );\n }\n\n void assign_rd( unique_resource && other, std11::true_type, std11::false_type )\n {\n resource = std::move( other.resource );\n deleter = other.deleter;\n }\n\n void assign_rd( unique_resource && other, std11::false_type, std11::true_type )\n {\n deleter = std::move( other.deleter );\n resource = other.resource;\n }\n\n void assign_rd( unique_resource && other, std11::false_type, std11::false_type )\n {\n resource = other.resource;\n deleter = other.deleter;\n }\n\npublic:\n unique_resource & operator=( unique_resource && other )\n scope_noexcept_op(\n std11::is_nothrow_move_assignable::value && std11::is_nothrow_move_assignable::value\n )\n {\n scope_static_assert(\n std11::is_nothrow_move_assignable::value || std11::is_copy_assignable::value\n , \"The resource must be nothrow-move assignable, or copy assignable\"\n );\n\n scope_static_assert(\n std11::is_nothrow_move_assignable::value || std11::is_copy_assignable::value\n , \"The deleter must be nothrow-move assignable, or copy assignable\");\n\n if ( &other != this )\n {\n reset();\n assign_rd(\n std::move( other )\n , typename std11::bool_constant< std11::is_nothrow_move_assignable::value >()\n , typename std11::bool_constant< std11::is_nothrow_move_assignable::value >()\n );\n execute_on_reset = std14::exchange( other.execute_on_reset, false );\n }\n\n return *this;\n }\n\n void reset() scope_noexcept\n {\n if ( execute_on_reset )\n {\n execute_on_reset = false;\n get_deleter()( get() );\n }\n }\n\n template< class RR >\n void reset( RR && r )\n#if scope_CPP11_110\n {\n auto && guard = make_scope_fail( [&, this]{ get_deleter()(r); } ); // -Wunused-variable on clang\n\n reset();\n resource = conditional_forward( std::forward(r)\n , std11::bool_constant< std11::is_nothrow_assignable::value >() );\n execute_on_reset = true;\n }\n#else // scope_CPP11_110\n try\n {\n reset();\n resource = conditional_forward( std::forward(r)\n , std11::bool_constant< std11::is_nothrow_assignable::value >() );\n execute_on_reset = true;\n }\n catch(...)\n {\n get_deleter()(r);\n }\n#endif // scope_CPP11_110\n\n void release() scope_noexcept\n {\n execute_on_reset = false;\n }\n\n R1 const & get() const scope_noexcept\n {\n return resource;\n }\n\n // VC120/VS2013 produces ICE:\n\n#if scope_HAVE( TRAILING_RETURN_TYPE ) && !scope_BETWEEN( scope_COMPILER_MSVC_VERSION, 120, 130 )\n template< class RR=R >\n auto operator*() const scope_noexcept ->\n scope_ENABLE_IF_R_(\n std::is_pointer::value && !std::is_void::type>::value\n , typename std::add_lvalue_reference::type>::type\n )\n#else\n typename std::add_lvalue_reference::type>::type\n operator*() const scope_noexcept\n#endif\n {\n return *get();\n }\n\n // VC120/VS2013 produces ICE:\n\n#if scope_HAVE( TRAILING_RETURN_TYPE ) && !scope_BETWEEN( scope_COMPILER_MSVC_VERSION, 120, 130 )\n template< class RR=R >\n auto operator->() const scope_noexcept -> scope_ENABLE_IF_R_( std::is_pointer::value, R )\n#else\n R operator->() const scope_noexcept\n#endif\n {\n return get();\n }\n\n D const & get_deleter() const scope_noexcept\n {\n return deleter;\n }\n\nscope_is_delete_access:\n\tunique_resource & operator=( unique_resource const & ) scope_is_delete;\n\tunique_resource( unique_resource const & ) scope_is_delete;\n\nprivate:\n R1 resource;\n D deleter;\n bool execute_on_reset;\n};\n\n#if scope_HAVE( DEDUCTION_GUIDES )\ntemplate< typename R, typename D >\nunique_resource(R, D) -> unique_resource;\n#endif\n\n// special factory function make_unique_resource_checked():\n\n#if scope_HAVE_DEFAULT_FUNCTION_TEMPLATE_ARG\n\ntemplate< class R, class D, class S = typename std11::decay::type >\nunique_resource\n<\n typename std11::decay::type\n , typename std11::decay::type\n>\n//make_unique_resource_checked( R && resource, typename std20::type_identity::type const & invalid, D && deleter )\nmake_unique_resource_checked( R && resource, S const & invalid, D && deleter )\nscope_noexcept_op\n((\n std11::is_nothrow_constructible::type, R>::value\n && std11::is_nothrow_constructible::type, D>::value\n))\n{\n return unique_resource::type, typename std11::decay::type>(\n std::forward( resource ), std::forward( deleter ), !bool( resource == invalid ) );\n}\n\n#else // scope_HAVE_DEFAULT_FUNCTION_TEMPLATE_ARG\n\n// avoid default template arguments:\n\ntemplate< class R, class D >\nunique_resource\n<\n typename std11::decay::type\n , typename std11::decay::type\n>\nmake_unique_resource_checked( R && resource, R const & invalid, D && deleter )\nscope_noexcept_op\n((\n std11::is_nothrow_constructible::type, R>::value\n && std11::is_nothrow_constructible::type, D>::value\n))\n{\n return unique_resource::type, typename std11::decay::type>(\n std::forward( resource ), std::forward( deleter ), !bool( resource == invalid ) );\n}\n\ntemplate< class R, class D, class S >\nunique_resource\n<\n typename std11::decay::type\n , typename std11::decay::type\n>\nmake_unique_resource_checked( R && resource, S const & invalid, D && deleter )\nscope_noexcept_op\n((\n std11::is_nothrow_constructible::type, R>::value\n && std11::is_nothrow_constructible::type, D>::value\n))\n{\n return unique_resource::type, typename std11::decay::type>(\n std::forward( resource ), std::forward( deleter ), !bool( resource == invalid ) );\n}\n\n#endif // scope_HAVE_DEFAULT_FUNCTION_TEMPLATE_ARG\n\n#else // #if scope_USE_POST_CPP98_VERSION\n\n//\n// C++98 version:\n//\n\nstruct on_exit_policy\n{\n mutable bool invoke_;\n\n on_exit_policy()\n : invoke_( true )\n {}\n\n on_exit_policy( on_exit_policy const & other )\n : invoke_( other.invoke_ )\n {\n other.invoke_ = false;\n }\n\n void release()\n {\n invoke_ = false;\n }\n\n bool perform()\n {\n return invoke_;\n }\n};\n\nstruct on_fail_policy\n{\n mutable int ucount_;\n\n on_fail_policy()\n : ucount_( std17::uncaught_exceptions() )\n {}\n\n on_fail_policy( on_fail_policy const & other )\n : ucount_( other.ucount_ )\n {\n other.ucount_ = std::numeric_limits::max();\n }\n\n void release()\n {\n ucount_ = std::numeric_limits::max();\n }\n\n bool perform()\n {\n return ucount_ < std17::uncaught_exceptions();\n }\n};\n\nstruct on_success_policy\n{\n mutable int ucount_;\n\n on_success_policy()\n : ucount_( std17::uncaught_exceptions() )\n {}\n\n on_success_policy( on_success_policy const & other )\n : ucount_( other.ucount_ )\n {\n other.ucount_ = -1;\n }\n\n void release()\n {\n ucount_ = -1;\n }\n\n bool perform()\n {\n return ucount_ >= std17::uncaught_exceptions();\n }\n};\n\ntemplate< typename Policy >\nclass scope_guard : public Policy\n{\npublic:\n typedef void (*Action)();\n\n template< typename Fn >\n scope_guard( Fn action )\n : Policy()\n , action_( action )\n {}\n\n scope_guard( scope_guard const & other )\n : Policy( other )\n , action_( other.action_ )\n {}\n\n virtual ~scope_guard()\n {\n if ( this->perform() )\n action_();\n }\n\nprivate:\n scope_guard & operator=( scope_guard const & );\n\nprivate:\n Action action_;\n};\n\nclass scope_exit : public scope_guard< on_exit_policy >\n{\npublic:\n template< typename Fn >\n scope_exit( Fn action ) : scope_guard( action ) {}\n};\n\nclass scope_fail : public scope_guard< on_fail_policy >\n{\npublic:\n template< typename Fn >\n scope_fail( Fn action ) : scope_guard( action ) {}\n};\n\nclass scope_success : public scope_guard< on_success_policy >\n{\npublic:\n template< typename Fn >\n scope_success( Fn action ) : scope_guard( action ) {}\n};\n\n// unique_resource (C++98):\n\ntemplate< class R, class D >\nclass unique_resource\n{\npublic:\n unique_resource()\n : resource()\n , deleter()\n , execute_on_reset( false )\n {}\n\n template< class RR, class DD >\n unique_resource( RR const & r, DD const & d, bool execute = true )\n : resource( r )\n , deleter( d )\n , execute_on_reset( execute )\n {}\n\n // 'move' construction\n\n unique_resource( unique_resource const & other )\n : resource( other.resource )\n , deleter( other.deleter )\n , execute_on_reset( other.execute_on_reset )\n {\n other.execute_on_reset = false; // other.release();\n }\n\n ~unique_resource()\n {\n reset();\n }\n\n // 'move' assignment\n\n unique_resource & operator=( unique_resource const & other )\n {\n reset();\n resource = other.resource;\n deleter = other.deleter;\n execute_on_reset = other.execute_on_reset;\n other.execute_on_reset = false; // other.release();\n\n return *this;\n }\n\n void reset()\n {\n if ( execute_on_reset )\n {\n execute_on_reset = false;\n get_deleter()( get() );\n }\n }\n\n template< class RR >\n void reset( RR const & r )\n try\n {\n reset();\n\t\tresource = r;\n execute_on_reset = true;\n }\n catch(...)\n {\n get_deleter()( r );\n }\n\n void release()\n {\n execute_on_reset = false;\n }\n\n R const & get() const\n {\n return resource;\n }\n\n typename std11::remove_pointer::type &\n operator*() const\n {\n return *get();\n }\n\n R operator->() const\n {\n return get();\n }\n\n D const & get_deleter() const\n {\n return deleter;\n }\n\nprivate:\n // using R1 = conditional_t< is_reference_v, reference_wrapper>, R >; // exposition only\n // typedef R R1;\n R resource;\n D deleter;\n mutable bool execute_on_reset;\n};\n\ntemplate< class EF >\nscope_exit make_scope_exit( EF action )\n{\n return scope_exit( action );\n}\n\ntemplate< class EF >\nscope_fail make_scope_fail( EF action )\n{\n return scope_fail( action );\n}\n\ntemplate< class EF >\nscope_success make_scope_success( EF action )\n{\n return scope_success( action );\n}\n\ntemplate< class R, class D, class S >\nunique_resource\n<\n typename std11::decay::type\n , typename std11::decay::type\n>\nmake_unique_resource_checked( R const & resource, S const & invalid, D const & deleter )\n{\n return unique_resource::type, typename std11::decay::type>(\n resource,deleter, !bool( resource == invalid ) );\n}\n\n#endif // #if scope_USE_POST_CPP98_VERSION\n\n}} // namespace nonstd::scope\n\n//\n// Make type available in namespace nonstd:\n//\n\nnamespace nonstd\n{\n using scope::scope_exit;\n using scope::scope_fail;\n using scope::scope_success;\n using scope::unique_resource;\n\n using scope::make_scope_exit;\n using scope::make_scope_fail;\n using scope::make_scope_success;\n using scope::make_unique_resource_checked;\n}\n\n#endif // scope_USES_STD_SCOPE\n\n#endif // NONSTD_SCOPE_LITE_HPP\n","stdin","compiler","warning,optimize,boost-nothing-gcc-head,gnu++2a,cpp-no-pedantic","createdAt",1594162468,"title","description","martinmoene","isPrivate","compilerInfo",{"_11":331,"_13":3400,"_15":332,"_17":18,"_19":3401,"_22":23,"_24":25,"_26":334,"_28":3402},"11.0.0 20200705 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1.63.0",{"_11":3431,"_37":3432,"_17":3433},"boost-1.64.0-gcc-head","-I/opt/wandbox/boost-1.64.0/gcc-head/include","Boost 1.64.0",{"_11":3435,"_37":3436,"_17":3437},"boost-1.65.0-gcc-head","-I/opt/wandbox/boost-1.65.0/gcc-head/include","Boost 1.65.0",{"_11":3439,"_37":3440,"_17":3441},"boost-1.65.1-gcc-head","-I/opt/wandbox/boost-1.65.1/gcc-head/include","Boost 1.65.1",{"_11":3443,"_37":3444,"_17":3445},"boost-1.66.0-gcc-head","-I/opt/wandbox/boost-1.66.0/gcc-head/include","Boost 1.66.0",{"_11":3447,"_37":3448,"_17":3449},"boost-1.67.0-gcc-head","-I/opt/wandbox/boost-1.67.0/gcc-head/include","Boost 1.67.0",{"_11":3451,"_37":3452,"_17":3453},"boost-1.68.0-gcc-head","-I/opt/wandbox/boost-1.68.0/gcc-head/include","Boost 1.68.0",{"_11":3455,"_37":3456,"_17":3457},"boost-1.69.0-gcc-head","-I/opt/wandbox/boost-1.69.0/gcc-head/include","Boost 1.69.0",{"_11":3459,"_37":3460,"_17":3461},"boost-1.70.0-gcc-head","-I/opt/wandbox/boost-1.70.0/gcc-head/include","Boost 1.70.0",{"_11":3463,"_37":3464,"_17":3465},"boost-1.71.0-gcc-head","-I/opt/wandbox/boost-1.71.0/gcc-head/include","Boost 1.71.0",{"_11":3467,"_37":3468,"_17":3469},"boost-1.72.0-gcc-head","-I/opt/wandbox/boost-1.72.0/gcc-head/include","Boost 1.72.0",{"_11":3411,"_37":3471,"_17":3472},"-I/opt/wandbox/boost-1.73.0/gcc-head/include","Boost 1.73.0",{"_31":32,"_33":3474},{"_11":3475,"_36":25,"_37":3476,"_17":3477},"sprout","-I/opt/wandbox/sprout","Sprout",{"_31":32,"_33":3479},{"_11":3480,"_36":25,"_37":3481,"_17":3482},"msgpack","-I/opt/wandbox/msgpack/include","MessagePack",{"_31":51,"_33":3484},{"_11":350,"_36":392,"_55":3485},[3486,3487,3488,3489,3490,3491,3492,3493,3494,3495,3496],{"_11":354,"_37":14,"_17":59},{"_11":356,"_37":357,"_17":358},{"_11":360,"_37":361,"_17":362},{"_11":364,"_37":365,"_17":366},{"_11":368,"_37":369,"_17":370},{"_11":372,"_37":373,"_17":374},{"_11":376,"_37":377,"_17":378},{"_11":380,"_37":381,"_17":382},{"_11":384,"_37":385,"_17":386},{"_11":388,"_37":389,"_17":390},{"_11":392,"_37":393,"_17":394},{"_31":51,"_33":3498},{"_11":85,"_36":86,"_55":3499},[3500,3501,3502],{"_11":86,"_37":14,"_17":89},{"_11":85,"_37":91,"_17":91},{"_11":93,"_37":94,"_17":94},"results",[3505,3509,3512],{"_31":3506,"_3507":3508},"Control","data","Start",{"_31":3510,"_3507":3511},"ExitCode","2",{"_31":3506,"_3507":3513},"Finish","hpplib",[3516,3531,3542,3551,3560,3569,3578,3587,3597,3606,3617,3628,3639,3650,3661,3672],{"_11":3517,"_3518":3519,"_3395":3520,"_3521":3522,"_3523":3524,"_3529":3530},"CLI11","repository","CLIUtils/CLI11","CLI11 is a command line parser for C++11 and beyond that provides a rich feature set with a simple and intuitive interface.","headerDescription","","wandbox",{"_3525":3526,"_3527":3528},"tagName","v2.5.0","publishedAt","2025-02-27T12:29:12Z","clangd",{"_3525":3526,"_3527":3528},{"_11":3532,"_3518":3533,"_3395":3534,"_3521":3535,"_3523":3536,"_3529":3539},"cxxopts","jarro2783/cxxopts","Lightweight C++ command line option parser","",{"_3525":3537,"_3527":3538},"v3.3.1","2025-05-26T08:12:04Z",{"_3525":3540,"_3527":3541},"v3.2.0","2024-02-15T05:32:43Z",{"_11":3543,"_3518":3544,"_3395":3545,"_3521":3546,"_3523":3547,"_3529":3550},"nanobench","martinus/nanobench","Simple, fast, accurate single-header microbenchmarking functionality for C++11/14/17/20","",{"_3525":3548,"_3527":3549},"v4.3.11","2023-02-16T19:06:26Z",{"_3525":3548,"_3527":3549},{"_11":3552,"_3518":3553,"_3395":3554,"_3521":3555,"_3523":3556,"_3529":3559},"toml11","ToruNiina/toml11","TOML for Modern C++","",{"_3525":3557,"_3527":3558},"v4.4.0","2025-02-15T16:20:52Z",{"_3525":3557,"_3527":3558},{"_11":3561,"_3518":3562,"_3395":3563,"_3521":3564,"_3523":3565,"_3529":3568},"toml++","marzer/tomlplusplus","Header-only TOML config file parser and serializer for C++17.","",{"_3525":3566,"_3527":3567},"v3.4.0","2023-10-13T13:45:17Z",{"_3525":3566,"_3527":3567},{"_11":3570,"_3518":3571,"_3395":3572,"_3521":3573,"_3523":3574,"_3529":3577},"rapidjson","Tencent/rapidjson","A fast JSON parser/generator for C++ with both SAX/DOM style API","",{"_3525":3575,"_3527":3576},"v1.1.0","2016-08-25T08:01:22Z",{"_3525":3575,"_3527":3576},{"_11":3579,"_3518":3580,"_3395":3581,"_3521":3582,"_3523":3583,"_3529":3586},"picojson","kazuho/picojson","a header-file-only, JSON parser serializer in C++","",{"_3525":3584,"_3527":3585},"v1.3.0","2015-02-25T04:12:53Z",{"_3525":3584,"_3527":3585},{"_11":3588,"_3518":3588,"_3395":3589,"_3521":3590,"_3523":3591,"_3529":3594},"nlohmann/json","JSON for Modern C++","",{"_3525":3592,"_3527":3593},"v3.12.0","2025-04-11T08:43:39Z",{"_3525":3595,"_3527":3596},"v3.11.3","2023-11-28T21:38:09Z",{"_11":3598,"_3518":3599,"_3395":3600,"_3521":3601,"_3523":3602,"_3529":3605},"csv-parser","vincentlaucsb/csv-parser","A high-performance, fully-featured CSV parser and serializer for modern C++.","",{"_3525":3603,"_3527":3604},"2.3.0","2024-06-15T20:23:18Z",{"_3525":3603,"_3527":3604},{"_11":3607,"_3518":3608,"_3395":3609,"_3521":3610,"_3523":3611,"_3529":3614},"rapidcsv","d99kris/rapidcsv","C++ CSV parser library","",{"_3525":3612,"_3527":3613},"v8.87","2025-05-17T05:37:53Z",{"_3525":3615,"_3527":3616},"v8.84","2024-09-28T05:31:16Z",{"_11":3618,"_3518":3619,"_3395":3620,"_3521":3621,"_3523":3622,"_3529":3625},"fmt","fmtlib/fmt","A modern formatting 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