std::out_ptr_t<Smart,Pointer,Args...>:: ~out_ptr_t

~out_ptr_t ( ) ;		(since C++23)

Resets the adapted Smart object by the value of modified Pointer object (or the void * object if operator void ** ( ) has been called) and the captured arguments.

Let

• s denotes the adapted Smart object,
• args... denotes the captured arguments,
• p denotes the value of stored Pointer , or static_cast < Pointer > ( * operator void ** ( ) ) if operator void ** has been called,
• SP be
  • Smart :: pointer , if it is valid and denotes a type, otherwise,
  • Smart :: element_type * , if Smart :: element_type is valid and denotes a type, otherwise,
  • std:: pointer_traits < Smart > :: element_type * , if std:: pointer_traits < Smart > :: element_type is valid and denotes a type, otherwise,
  • Pointer .

If s. reset ( static_cast < SP > ( p ) , std:: forward < Args > ( args ) ... ) is well-formed, the destructor performs

if ( p ) s. reset ( static_cast < SP > ( p ) , std:: forward < Args > ( args ) ... ) ; ,

otherwise, if std:: is_constructible_v < Smart, SP, Args... > is true , the destructor performs

if ( p ) s = Smart ( static_cast < SP > ( p ) , std:: forward < Args > ( args ) ... ) ; ,

otherwise, the program is ill-formed.

Notes

If Smart is a std::shared_ptr specialization, the implementation may allocate the storage for the new control block on construction, in order to leave non-throwing works to the destructor.

Arguments captured by value are destroyed after resetting.