#include <di/reflect/field.h>

Public Types
using	Object = meta::MemberPointerClass<decltype(pointer)>
using	Type = meta::MemberPointerValue<decltype(pointer)>

Public Member Functions
auto	operator== (Field const &) const -> bool=default
auto	operator<=> (Field const &) const =default

Static Public Member Functions
template<typename T> requires (concepts::Invocable<decltype(pointer), T>)
static constexpr auto	get (T &&object) -> decltype(auto)
static constexpr auto	is_fields () -> bool
static constexpr auto	is_field () -> bool
static constexpr auto	is_enumerator () -> bool
static constexpr auto	is_enumerators () -> bool
static constexpr auto	is_atom () -> bool
static constexpr auto	is_integer () -> bool
static constexpr auto	is_bool () -> bool
static constexpr auto	is_string () -> bool
static constexpr auto	is_list () -> bool
static constexpr auto	is_tuple () -> bool
static constexpr auto	is_map () -> bool
static constexpr auto	is_variant () -> bool
static constexpr auto	is_box () -> bool
static constexpr auto	is_custom_atom () -> bool

Static Public Attributes
static constexpr auto	name = field_name
static constexpr auto	pointer = field_pointer
static constexpr auto	description = field_description

Member Typedef Documentation

◆ Object

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

using di::reflection::Field< field_name, field_pointer, field_description >::Object = meta::MemberPointerClass<decltype(pointer)>

◆ Type

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

using di::reflection::Field< field_name, field_pointer, field_description >::Type = meta::MemberPointerValue<decltype(pointer)>

Member Function Documentation

◆ get()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

template<typename T>
requires (concepts::Invocable<decltype(pointer), T>)

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::get ( T && object ) ->decltype(auto)

inlinestaticconstexpr

◆ is_atom()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_atom ( ) ->bool

inlinestaticconstexpr

◆ is_bool()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_bool ( ) ->bool

inlinestaticconstexpr

◆ is_box()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_box ( ) ->bool

inlinestaticconstexpr

◆ is_custom_atom()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_custom_atom ( ) ->bool

inlinestaticconstexpr

◆ is_enumerator()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_enumerator ( ) ->bool

inlinestaticconstexpr

◆ is_enumerators()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_enumerators ( ) ->bool

inlinestaticconstexpr

◆ is_field()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_field ( ) ->bool

inlinestaticconstexpr

◆ is_fields()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_fields ( ) ->bool

inlinestaticconstexpr

◆ is_integer()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_integer ( ) ->bool

inlinestaticconstexpr

◆ is_list()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_list ( ) ->bool

inlinestaticconstexpr

◆ is_map()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_map ( ) ->bool

inlinestaticconstexpr

◆ is_string()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_string ( ) ->bool

inlinestaticconstexpr

◆ is_tuple()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_tuple ( ) ->bool

inlinestaticconstexpr

◆ is_variant()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

constexpr auto di::reflection::Field< field_name, field_pointer, field_description >::is_variant ( ) ->bool

inlinestaticconstexpr

◆ operator<=>()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

auto di::reflection::Field< field_name, field_pointer, field_description >::operator<=> ( Field< field_name, field_pointer, field_description > const & ) const

default

◆ operator==()

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

auto di::reflection::Field< field_name, field_pointer, field_description >::operator== ( Field< field_name, field_pointer, field_description > const & ) const->bool=default

default

Member Data Documentation

◆ description

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

auto di::reflection::Field< field_name, field_pointer, field_description >::description = field_description

staticconstexpr

◆ name

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

auto di::reflection::Field< field_name, field_pointer, field_description >::name = field_name

staticconstexpr

◆ pointer

template<container::FixedString field_name, auto field_pointer, container::FixedString field_description>

auto di::reflection::Field< field_name, field_pointer, field_description >::pointer = field_pointer

staticconstexpr

The documentation for this struct was generated from the following file:

di/reflect/field.h

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Member Typedef Documentation

◆ Object

◆ Type

Member Function Documentation

◆ get()

◆ is_atom()

◆ is_bool()

◆ is_box()

◆ is_custom_atom()

◆ is_enumerator()

◆ is_enumerators()

◆ is_field()

◆ is_fields()

◆ is_integer()

◆ is_list()

◆ is_map()

◆ is_string()

◆ is_tuple()

◆ is_variant()

◆ operator<=>()

◆ operator==()

Member Data Documentation

◆ description

◆ name

◆ pointer