result.hpp File Reference

#include <memory>
#include <mlab/any_of.hpp>
#include <type_traits>
#include <vector>

Include dependency graph for result.hpp:

Go to the source code of this file.

Classes
struct	mlab::traits::is_result< T >
struct	mlab::traits::is_result< mlab::result< Args... > >
struct	mlab::result_success_type
struct	mlab::result_impl< E, T >
struct	mlab::result_impl< E, T >::content_wrap< RC >
class	mlab::result< E, T >
struct	mlab::impl::tuple_container_type< Args >
struct	mlab::impl::tuple_container_type< T1, T2 >
struct	mlab::impl::tuple_container_type< T >
struct	mlab::impl::tuple_container_type<>
class	mlab::result< E, Ts... >
class	mlab::result< E, void >
class	mlab::result< E >
struct	mlab::impl::tuple_to_result< class, class >
struct	mlab::impl::tuple_to_result< E, std::tuple< Args... > >
struct	mlab::impl::result_to_tuple_container< class >
struct	mlab::impl::result_to_tuple_container< result< E, Args... > >
struct	mlab::impl::result_to_tuple_container< result< E, T > >
struct	mlab::impl::result_to_tuple_container< result< E > >

Namespaces
namespace	mlab
namespace	mlab::traits
namespace	mlab::impl

Concepts
concept	mlab::is_result

Typedefs
template<class... Ts>
using	mlab::tuple_container_t = impl::tuple_container_type<Ts...>::type

Enumerations
enum struct	mlab::result_content { mlab::error , mlab::data }

Functions
template<is_result R1, is_result... Rs>
decltype(auto)	mlab::concat_result (R1 &&r1, Rs &&...rs)
	Concatenates as many results as provided. The returned object will contain all result::value_type of the provided results, in the given order. If any of the results provided has an error state, the error is returned. It is only returned the first found error in the order in which the results are provided.
template<class T , is_result R>
decltype(auto)	mlab::get (R &&r)
template<is_result R>
auto	mlab::result_to_tuple (R &&r)
template<class E , class Tuple >
auto	mlab::result_from_tuple (Tuple &&tpl)
template<std::size_t... Is, is_result R>
auto	mlab::impl::result_to_tuple (std::index_sequence< Is... >, R &&r)
template<class E , std::size_t... Is, class Tuple >
auto	mlab::impl::result_from_tuple (std::index_sequence< Is... >, Tuple &&tpl)

Variables
static constexpr result_success_type	mlab::result_success {}