Experimental library header <experimental/reflect>

 

C++

Compiler support

Freestanding and hosted

Language

Standard library headers

Named requirements

Feature test macros (C++20)

Language support library

Concepts library (C++20)

Metaprogramming library (C++11)

Diagnostics library

General utilities library

Strings library

Containers library

Iterators library

Ranges library (C++20)

Algorithms library

Numerics library

Localizations library

Input/output library

Filesystem library (C++17)

Regular expressions library (C++11)

Concurrency support library (C++11)

Technical specifications

Symbols index

External libraries

 

Standard Library headers

Note: a slash '/' in a revision mark means that the header was deprecated and/or removed.

Language Support
<cstddef> <cstdlib> <version> (C++20) <limits> <climits>	<cfloat> <cstdint> (C++11) <new> <typeinfo>	<source_location> (C++20) <exception> <initializer_list> (C++11)   <compare> (C++20)	<coroutine> (C++20) <csignal> <csetjmp> <cstdarg>
Concepts
<concepts> (C++20)
Diagnostics
<stdexcept>	<cassert>	<cerrno>	<system_error> (C++11)
General utilities
<utility> <memory> <memory_resource> (C++17) <scoped_allocator> (C++11)   <expected> (C++23)	<bitset> <tuple> (C++11) <optional> (C++17) <any> (C++17)	<variant> (C++17) <type_traits> (C++11) <ratio> (C++11) <chrono> (C++11)	<typeindex> (C++11) <functional> <stacktrace> (C++23) <ctime>
Strings
<string> <string_view> (C++17) <cstring>	<charconv> (C++17) <format> (C++20)	<cctype> <cwctype>	<cwchar> <cuchar> (C++11)
Localization
<locale> <clocale>	<codecvt> (C++11/17)
Containers
<span> (C++20) <array> (C++11) <vector>	<deque> <forward_list> (C++11) <list>	<map> <set> <queue>	<unordered_map> (C++11) <unordered_set> (C++11) <stack>
Iterators
<iterator>
Ranges
<ranges> (C++20)
Algorithms
<algorithm>	<execution> (C++17)
Numerics
<complex> <random> (C++11)	<valarray> <numeric>	<bit> (C++20) <numbers> (C++20)	<cfenv> (C++11) <cmath>
Input/Output
<iosfwd> <ios> <iomanip> <streambuf>	<istream> <ostream> <iostream>	<syncstream> (C++20) <spanstream> (C++23) <sstream> <fstream>	<cstdio> <cinttypes> (C++11) <strstream> (C++98/)
Regular expressions
<regex> (C++11)
Filesystem support
<filesystem> (C++17)
Thread support
<thread> (C++11) <atomic> (C++11) <mutex> (C++11)	<shared_mutex> (C++14) <condition_variable> (C++11)   <future> (C++11)	<stop_token> (C++20) <semaphore> (C++20)	<latch> (C++20) <barrier> (C++20)
C compatibility
<cstdbool> (C++11/17/20) <ccomplex> (C++11/17/20)	<ctgmath> (C++11/17/20) <cstdalign> (C++11/17/20)	<ciso646> (until C++20) <stdatomic.h>

 

Experimental library headers

Filesystem TS
<experimental/filesystem>
Parallelism TS (v1, v2)
<experimental/algorithm> <experimental/execution_policy> <experimental/exception_list>	<experimental/numeric> <experimental/simd> <experimental/task_block>
Library Fundamentals TS (v1, v2, v3)
<experimental/algorithm> <experimental/any> <experimental/array> <experimental/chrono> <experimental/deque> <experimental/forward_list> <experimental/functional> <experimental/future> <experimental/iterator> <experimental/list> <experimental/map> <experimental/memory> <experimental/memory_resource> <experimental/numeric> <experimental/optional> <experimental/propagate_const>	<experimental/random> <experimental/ratio> <experimental/regex> <experimental/scope> <experimental/set> <experimental/source_location> <experimental/string> <experimental/string_view> <experimental/system_error> <experimental/tuple> <experimental/type_traits> <experimental/unordered_map> <experimental/unordered_set> <experimental/utility> <experimental/vector>
Concurrency TS
<experimental/atomic> <experimental/barrier>	<experimental/future> <experimental/latch>
Ranges TS
<experimental/ranges/algorithm> <experimental/ranges/concepts> <experimental/ranges/functional>      <experimental/ranges/iterator>	<experimental/ranges/random> <experimental/ranges/tuple> <experimental/ranges/type_traits> <experimental/ranges/utility>
Coroutines TS
<experimental/coroutine>
Networking TS
<experimental/buffer> <experimental/executor> <experimental/internet> <experimental/io_context>	<experimental/net> <experimental/netfwd> <experimental/socket> <experimental/timer>
Reflection TS
<experimental/reflect>

 

This header is part of the Reflection TS.

Defined in namespace std::experimental::reflect
Defined in inline namespace std::experimental::reflect::v1
Concepts
Object (reflection TS)	specifies that a type is a meta-object type (concept)
ObjectSequence (reflection TS)	specifies that a meta-object type is a meta-object sequence type (concept)
TemplateParameterScope (reflection TS)	specifies that a meta-object type reflects a template parameter scope (concept)
Named (reflection TS)	specifies that a meta-object type reflects a entity or alias with an associated (possibly empty) name (concept)
Alias (reflection TS)	specifies that a meta-object type reflects a type alias, namespace alias, or an alias introduced by a using-declaration (concept)
RecordMember (reflection TS)	specifies that a meta-object type reflects a member-declaration of a class (concept)
Enumerator (reflection TS)	specifies that a meta-object type reflects an enumerator (concept)
Variable (reflection TS)	specifies that a meta-object type reflects a variable or data member (concept)
ScopeMember (reflection TS)	specifies that a meta-object type satisfies RecordMember, Enumerator, or Variable, or reflects a namespace other than the global namespace (concept)
Typed (reflection TS)	specifies that a meta-object type reflects an entity with a type (concept)
Namespace (reflection TS)	specifies that a meta-object type reflects a namespace (concept)
GlobalScope (reflection TS)	specifies that a meta-object type reflects the global namespace (concept)
Class (reflection TS)	specifies that a meta-object type reflects a non-union class type (concept)
Enum (reflection TS)	specifies that a meta-object type reflects an enumeration type (concept)
Record (reflection TS)	specifies that a meta-object type reflects a class type (concept)
Scope (reflection TS)	specifies that a meta-object type reflects a namespace, class, enumeration, function, closure type, a template parameter scope (concept)
Type (reflection TS)	specifies that a meta-object type reflects a type (concept)
Constant (reflection TS)	specifies that a meta-object type reflects an enumerator or a constexpr variable (concept)
Base (reflection TS)	specifies that a meta-object type reflects a direct base class obtained from get_base_classes (concept)
FunctionParameter (reflection TS)	specifies that a meta-object type reflects a function parameter (concept)
Callable (reflection TS)	specifies that a meta-object type reflects a function (including constructors and destructors) (concept)
Expression (reflection TS)	specifies that a meta-object type reflects an expression (concept)
ParenthesizedExpression (reflection TS)	specifies that a meta-object type reflects a parenthesized expression (concept)
FunctionCallExpression (reflection TS)	specifies that a meta-object type reflects a function-call-expression (concept)
FunctionalTypeConversion (reflection TS)	specifies that a meta-object type reflects a functional-type-conv-expression (concept)
Function (reflection TS)	specifies that a meta-object type reflects a function (excluding constructors and destructors) (concept)
MemberFunction (reflection TS)	specifies that a meta-object type reflects a member function (excluding constructors and destructors) (concept)
SpecialMemberFunction (reflection TS)	specifies that a meta-object type reflects a special member function (concept)
Constructor (reflection TS)	specifies that a meta-object type reflects a constructor (concept)
Destructor (reflection TS)	specifies that a meta-object type reflects a destructor (concept)
Operator (reflection TS)	specifies that a meta-object type reflects an operator function or a conversion function (concept)
ConversionOperator (reflection TS)	specifies that a meta-object type reflects a conversion function (concept)
Lambda (reflection TS)	specifies that a meta-object type reflects the closure type of a non-generic lambda (concept)
LambdaCapture (reflection TS)	specifies that a meta-object type reflects a lambda capture (concept)
Classes
Object operations
reflects_same (reflection TS)	checks if two meta-object types reflect the same entity or alias (class template)
get_source_line (reflection TS)	obtains the presumed line number of the declaration of the reflected entity or alias (class template)
get_source_column (reflection TS)	obtains the implementation-defined column number of the declaration of the reflected entity or alias (class template)
get_source_file_name (reflection TS)	obtains the presumed file name of the declaration of the reflected entity or alias (class template)
ObjectSequence operations
get_size (reflection TS)	obtains the size of a meta-object sequence (class template)
get_element (reflection TS)	obtains the meta-object type with specified index in a sequence (class template)
unpack_sequence (reflection TS)	applies a template to the meta-object sequence (class template)
Named operations
is_unnamed (reflection TS)	checks if the reflected entity or alias is named (class template)
get_name (reflection TS)	obtains the unqualified name of the reflected entity or alias (class template)
get_display_name (reflection TS)	obtains the implementation-defined display name of the reflected entity or alias (class template)
Alias operations
get_alias (reflection TS)	obtains the meta-object type reflecting the associated entity of the reflected alias (class template)
Type operations
get_type (reflection TS)	obtains the meta-object type reflecting the type of the reflected entity or alias (class template)
get_reflected_type (reflection TS)	obtains the type of the reflected entity or alias (class template)
is_enum (reflection TS)	checks if the meta-object type reflects an enumeration type (class template)
is_union (reflection TS)	checks if the meta-object type reflects a union type (class template)
uses_class_keyuses_struct_key (reflection TS)	checks if the meta-object type reflects a non-union class type whose declaration uses class or struct respectively (class template)
ScopeMember operations
get_scope (reflection TS)	obtains the meta-object type reflecting the scope of the reflected entity or alias (class template)
Base operations
get_class (reflection TS)	obtains the meta-object type reflecting the base class in the given base class relationship (class template)
RecordMember and Base operations
is_public (reflection TS)	checks if the reflected member or base class is public (class template)
is_protected (reflection TS)	checks if the reflected member or base class is protected (class template)
is_private (reflection TS)	checks if the reflected member or base class is private (class template)
Record operations
get_public_data_membersget_accessible_data_membersget_data_members (reflection TS)	obtains a meta-object sequence type whose elements reflect public, accessible, or all data members of the reflected class (class template)
get_public_member_functionsget_accessible_member_functionsget_member_functions (reflection TS)	obtains a meta-object sequence type whose elements reflect public, accessible, or all member functions of the reflected class (class template)
get_constructors (reflection TS)	obtains a meta-object sequence type whose elements reflect all constructors of the reflected class (class template)
get_operators (reflection TS)	obtains a meta-object sequence type whose elements reflect all operator functions and conversion functions declared in the reflected class (class template)
get_destructor (reflection TS)	obtains the meta-object type reflecting the destructor of the reflected class (class template)
get_public_member_typesget_accessible_member_typesget_member_types (reflection TS)	obtains a meta-object sequence type whose elements reflect public, accessible, or all nested type or member typedefs of the reflected class (class template)
get_public_base_classesget_accessible_base_classesget_base_classes (reflection TS)	obtains a meta-object sequence type whose elements reflect public, accessible, or all base classes of the reflected class (class template)
Enum operations
is_scoped_enum (reflection TS)	checks whether the reflected enumeration is scoped (class template)
get_enumerators (reflection TS)	obtains a meta-object sequence type whose elements reflects the enumerators of the reflected enumeration (class template)
get_underlying_type (reflection TS)	obtains the meta-object type reflecting the underlying type of the reflected enumeration (class template)
Variable operations
get_constant (reflection TS)	obtains the value of the reflected variable which is a constant expression (class template)
is_thread_local (reflection TS)	checks if the variable is declared with thread_local (class template)
FunctionParameter operations
has_default_argument (reflection TS)	checks whether the reflected parameter has a default argument (class template)
Callable operations
get_parameters (reflection TS)	obtains a meta-object sequence type whose elements reflects the parameters of the reflected function (class template)
is_vararg (reflection TS)	checks whether the parameter list of the reflected function contains an ellipsis parameter (class template)
is_noexcept (reflection TS)	checks whether the reflected function is non-throwing (class template)
is_deleted (reflection TS)	checks whether the reflected function is deleted (class template)
Variable and Callable operations
is_constexpr (reflection TS)	checks if the reflected variable or function is constexpr (class template)
Namespace and Callable operations
is_inline (reflection TS)	checks whether the reflected namespace or function is inline (class template)
ParenthesizedExpression operations
get_subexpression (reflection TS)	obtains the meta-object type reflecting the unparenthesized expression of the reflected parethesized expression (class template)
FunctionCallExpression operations
get_callable (reflection TS)	obtains the meta-object type reflecting the function in the reflected function-call-expression (class template)
FunctionalTypeConversion operations
get_constructor (reflection TS)	obtains the meta-object type reflecting the constructor in reflected functional-type-conv-expression (class template)
Variable and Function operations
get_pointer (reflection TS)	get the address of the reflected variable or function, or the pointer-to-member value to the reflected non-static member (class template)
MemberFunction operations
is_constis_volatilehas_lvalueref_qualifierhas_rvalueref_qualifier (reflection TS)	checks if the reflected member function is declared with const, volatile, &, or && qualifier respectively (class template)
is_override (reflection TS)	checks if the reflected member function overrides a member function of base class (class template)
Record and MemberFunction operations
is_final (reflection TS)	checks if the reflected class or member function is marked with final (class template)
Variable and MemberFunction operations
is_static (reflection TS)	checks if the reflected variable is of static storage duration, or the reflected member function is static (class template)
SpecialMemberFunction operations
is_implicitly_declared (reflection TS)	checks if the reflected special member function is implicitly declared (class template)
is_defaulted (reflection TS)	checks if the reflected special member function is defaulted in its first declaration (class template)
Constructor and ConversionOperator operations
is_explicit (reflection TS)	checks if the reflected constructor or conversion function is declared with explicit (class template)
MemberFunction and Destructor operations
is_virtual (reflection TS)	checks if the reflected member function is virtual (class template)
is_pure_virtual (reflection TS)	checks if the reflected member function is pure virtual (class template)
Lambda operations
get_captures (reflection TS)	obtains a meta-object sequence type whose elements reflect the captures of the reflected closure type (class template)
uses_default_copy_captureuses_default_reference_capture (reflection TS)	checks if the capture-default of the lambda expression of the reflected closure type is = or & respectively (class template)
is_call_operator_const (reflection TS)	checks if the operator() of the reflected closure type is declared with const (class template)
LambdaCapture operations
is_explictly_captured (reflection TS)	checks if the reflected lambda capture is explicitly captured (class template)
is_init_capture (reflection TS)	checks if the reflected lambda capture is an init-capture (class template)

Synopsis

namespace std::experimental::reflect {
inline namespace v1 {
 
// 21.12.3 Concepts for meta-object types
template <class T>
concept Object = /* see description */;
template <class T>
concept ObjectSequence = /* see description */; // refines Object
template <class T>
concept TemplateParameterScope = /* see description */; // refines Scope
template <class T>
concept Named = /* see description */;          // refines Object
template <class T>
concept Alias = /* see description */;          // refines Named and ScopeMember
template <class T>
concept RecordMember = /* see description */;   // refines ScopeMember
template <class T>
concept Enumerator = /* see description */;     // refines Constant
template <class T>
concept Variable = /* see description */;       // refines Typed and ScopeMember
template <class T>
concept ScopeMember = /* see description */;    // refines Named
template <class T>
concept Typed = /* see description */;          // refines Object
template <class T>
concept Namespace = /* see description */;      // refines Named and Scope
template <class T>
concept GlobalScope = /* see description */;    // refines Namespace
template <class T>
concept Class = /* see description */;          // refines Record
template <class T>
concept Enum = /* see description */;           // refines Type, Scope, and ScopeMember
template <class T>
concept Record = /* see description */;         // refines Type, Scope, and ScopeMember
template <class T>
concept Scope = /* see description */;          // refines Object
template <class T>
concept Type = /* see description */;           // refines Named
template <class T>
concept Constant = /* see description */;       // refines Typed and ScopeMember
template <class T>
concept Base = /* see description */;           // refines Object
template <class T>
concept FunctionParameter = /* see description */; // refines Typed and ScopeMember
template <class T>
concept Callable = /* see description */;       // refines Scope and ScopeMember
template <class T>
concept Expression = /* see description */;     // refines Object
template <class T>
concept ParenthesizedExpression = /* see description */; // refines Expression
template <class T>
concept FunctionCallExpression = /* see description */; // refines Expression
template <class T>
concept FunctionalTypeConversion = /* see description */; // refines Expression
template <class T>
concept Function = /* see description */;       // refines Typed and Callable
template <class T>
concept MemberFunction = /* see description */; // refines RecordMember and Function
template <class T>
concept SpecialMemberFunction = /* see description */; // refines RecordMember
template <class T>
concept Constructor = /* see description */;    // refines Callable and RecordMember
template <class T>
concept Destructor = /* see description */;     // refines Callable and SpecialMemberFunction
template <class T>
concept Operator = /* see description */;       // refines Function
template <class T>
concept ConversionOperator = /* see description */; // refines MemberFunction and Operator
template <class T>
concept Lambda = /* see description */;         // refines Type and Scope
template <class T>
concept LambdaCapture = /* see description */;  // refines Variable
 
// 21.12.4 Meta-object operations
// Multi-concept operations
template <Object T> struct is_public;
template <Object T> struct is_protected;
template <Object T> struct is_private;
template <Object T> struct is_constexpr;
template <Object T> struct is_static;
template <Object T> struct is_final;
template <Object T> struct is_explicit;
template <Object T> struct is_inline;
template <Object T> struct is_virtual;
template <Object T> struct is_pure_virtual;
template <Object T> struct get_pointer;
 
template <class T>
requires RecordMember<T> || Base<T>
  constexpr auto is_public_v = is_public<T>::value;
template <class T>
requires RecordMember<T> || Base<T>
  constexpr auto is_protected_v = is_protected<T>::value;
template <class T>
requires RecordMember<T> || Base<T>
  constexpr auto is_private_v = is_private<T>::value;
template <class T>
requires Variable<T> || Callable<T>
  constexpr auto is_constexpr_v = is_constexpr<T>::value;
template <class T>
requires Variable<T> || MemberFunction<T>
  constexpr auto is_static_v = is_static<T>::value;
template <class T>
requires Class<T> || MemberFunction<T>
  constexpr auto is_final_v = is_final<T>::value;
template <class T>
requires Constructor<T> || ConversionOperator<T>
  constexpr auto is_explicit_v = is_explicit<T>::value;
template <class T>
requires Namespace<T> || Callable<T>
  constexpr auto is_inline_v = is_inline<T>::value;
template <class T>
requires Base<T> || MemberFunction<T> || Destructor<T>
  constexpr auto is_virtual_v = is_virtual<T>::value;
template <class T>
requires MemberFunction<T> || Destructor<T>
  constexpr auto is_pure_virtual_v = is_pure_virtual<T>::value;
template <class T>
requires Variable<T> || Function<T>
  constexpr auto get_pointer_v = get_pointer<T>::value;
 
// 21.12.4.1 Object operations
template <Object T1, Object T2> struct reflects_same;
template <Object T> struct get_source_line;
template <Object T> struct get_source_column;
template <Object T> struct get_source_file_name;
 
template <Object T1, Object T2>
  constexpr auto reflects_same_v = reflects_same<T1, T2>::value;
template <class T>
  constexpr auto get_source_line_v = get_source_line<T>::value;
template <class T>
  constexpr auto get_source_column_v = get_source_column<T>::value;
template <class T>
  constexpr auto get_source_file_name_v = get_source_file_name<T>::value;
 
// 21.12.4.2 ObjectSequence operations
template <ObjectSequence T> struct get_size;
template <size_t I, ObjectSequence T> struct get_element;
template <template <class...> class Tpl, ObjectSequence T>
  struct unpack_sequence;
 
template <ObjectSequence T>
  constexpr auto get_size_v = get_size<T>::value;
template <size_t I, ObjectSequence T>
  using get_element_t = typename get_element<I, T>::type;
template <template <class...> class Tpl, ObjectSequence T>
  using unpack_sequence_t = typename unpack_sequence<Tpl, T>::type;
 
// 21.12.4.3 Named operations
template <Named T> struct is_unnamed;
template <Named T> struct get_name;
template <Named T> struct get_display_name;
 
template <Named T>
  constexpr auto is_unnamed_v = is_unnamed<T>::value;
template <Named T>
  constexpr auto get_name_v = get_name<T>::value;
template <Named T>
  constexpr auto get_display_name_v = get_display_name<T>::value;
 
// 21.12.4.4 Alias operations
template <Alias T> struct get_aliased;
 
template <Alias T>
  using get_aliased_t = typename get_aliased<T>::type;
 
// 21.12.4.5 Type operations
template <Typed T> struct get_type;
template <Type T> struct get_reflected_type;
template <Type T> struct is_enum;
template <Class T> struct uses_class_key;
template <Class T> struct uses_struct_key;
template <Type T> struct is_union;
 
template <Typed T>
  using get_type_t = typename get_type<T>::type;
template <Type T>
  using get_reflected_type_t = typename get_reflected_type<T>::type;
template <Type T>
  constexpr auto is_enum_v = is_enum<T>::value;
template <Class T>
  constexpr auto uses_class_key_v = uses_class_key<T>::value;
template <Class T>
  constexpr auto uses_struct_key_v = uses_struct_key<T>::value;
template <Type T>
  constexpr auto is_union_v = is_union<T>::value;
 
// 21.12.4.6 Member operations
template <ScopeMember T> struct get_scope;
template <RecordMember T> struct is_public<T>;
template <RecordMember T> struct is_protected<T>;
template <RecordMember T> struct is_private<T>;
template <ScopeMember T>
  using get_scope_t = typename get_scope<T>::type;
 
// 21.12.4.7 Record operations
template <Record T> struct get_public_data_members;
template <Record T> struct get_accessible_data_members;
template <Record T> struct get_data_members;
template <Record T> struct get_public_member_functions;
template <Record T> struct get_accessible_member_functions;
template <Record T> struct get_member_functions;
template <Record T> struct get_public_member_types;
template <Record T> struct get_accessible_member_types;
template <Record T> struct get_member_types;
template <Record T> struct get_constructors;
template <Record T> struct get_destructor;
template <Record T> struct get_operators;
template <Class T> struct get_public_base_classes;
template <Class T> struct get_accessible_base_classes;
template <Class T> struct get_base_classes;
template <Class T> struct is_final<T>;
 
template <Record T>
  using get_public_data_members_t = typename get_public_data_members<T>::type;
template <Record T>
  using get_accessible_data_members_t = typename get_accessible_data_members<T>::type;
template <Record T>
  using get_data_members_t = typename get_data_members<T>::type;
template <Record T>
  using get_public_member_functions_t = typename get_public_member_functions<T>::type;
template <Record T>
  using get_accessible_member_functions_t = typename get_accessible_member_functions<T>::type;
template <Record T>
  using get_member_functions_t = typename get_member_functions<T>::type;
template <Record T>
  using get_public_member_types_t = typename get_public_member_types<T>::type;
template <Record T>
  using get_accessible_member_types_t = typename get_accessible_member_types<T>::type;
template <Record T>
  using get_member_types_t = typename get_member_types<T>::type;
template <Record T>
  using get_constructors_t = typename get_constructors<T>::type;
template <Record T>
  using get_destructor_t = typename get_destructor<T>::type;
template <Record T>
  using get_operators_t = typename get_operators<T>::type;
template <Class T>
  using get_public_base_classes_t = typename get_public_base_classes<T>::type;
template <Class T>
  using get_accessible_base_classes_t = typename get_accessible_base_classes<T>::type;
template <Class T>
  using get_base_classes_t = typename get_base_classes<T>::type;
 
// 21.12.4.8 Enum operations
template <Enum T> struct is_scoped_enum;
template <Enum T> struct get_enumerators;
template <Enum T> struct get_underlying_type;
 
template <Enum T>
  constexpr auto is_scoped_enum_v = is_scoped_enum<T>::value;
template <Enum T>
  using get_enumerators_t = typename get_enumerators<T>::type;
template <Enum T>
  using get_underlying_type_t = typename get_underlying_type<T>::type;
 
// 21.12.4.9 Value operations
template <Constant T> struct get_constant;
template <Variable T> struct is_constexpr<T>;
template <Variable T> struct is_static<T>;
template <Variable T> struct is_thread_local;
template <Variable T> struct get_pointer<T>;
 
template <Constant T>
  constexpr auto get_constant_v = get_constant<T>::value;
template <Variable T>
  constexpr auto is_thread_local_v = is_thread_local<T>::value;
 
// 21.12.4.10 Base operations
template <Base T> struct get_class;
template <Base T> struct is_virtual<T>;
template <Base T> struct is_public<T>;
template <Base T> struct is_protected<T>;
template <Base T> struct is_private<T>;
 
template <Base T>
  using get_class_t = typename get_class<T>::type;
 
// 21.12.4.11 Namespace operations
template <Namespace T> struct is_inline<T>;
 
// 21.12.4.12 FunctionParameter operations
template <FunctionParameter T> struct has_default_argument;
 
template <FunctionParameter T>
  constexpr auto has_default_argument_v = has_default_argument<T>::value;
 
// 21.12.4.13 Callable operations
template <Callable T> struct get_parameters;
template <Callable T> struct is_vararg;
template <Callable T> struct is_constexpr<T>;
template <Callable T> struct is_noexcept;
template <Callable T> struct is_inline<T>;
template <Callable T> struct is_deleted;
 
template <Callable T>
  using get_parameters_t = typename get_parameters<T>::type;
template <Callable T>
  constexpr auto is_vararg_v = is_vararg<T>::value;
template <Callable T>
  constexpr auto is_deleted_v = is_deleted<T>::value;
 
// 21.12.4.14 ParenthesizedExpression operations
template <ParenthesizedExpression T> struct get_subexpression;
 
template <ParenthesizedExpression T>
  using get_subexpression_t = typename get_subexpression<T>::type;
 
// 21.12.4.15 FunctionCallExpression operations
template <FunctionCallExpression T> struct get_callable;
 
template <FunctionCallExpression T>
  using get_callable_t = typename get_callable<T>::type;
 
// 21.12.4.16 FunctionalTypeConversion operations
template <FunctionalTypeConversion T> struct get_constructor;
 
template <FunctionalTypeConversion T>
  using get_constructor_t = typename get_constructor<T>::type;
 
// 21.12.4.17 Function operations
template <Function T> struct get_pointer<T>;
 
// 21.12.4.18 MemberFunction operations
template <MemberFunction T> struct is_static<T>;
template <MemberFunction T> struct is_const;
template <MemberFunction T> struct is_volatile;
template <MemberFunction T> struct has_lvalueref_qualifier;
template <MemberFunction T> struct has_rvalueref_qualifier;
template <MemberFunction T> struct is_virtual<T>;
template <MemberFunction T> struct is_pure_virtual<T>;
template <MemberFunction T> struct is_override;
template <MemberFunction T> struct is_final<T>;
 
template <MemberFunction T>
  constexpr auto is_const_v = is_const<T>::value;
template <MemberFunction T>
  constexpr auto is_volatile_v = is_volatile<T>::value;
template <MemberFunction T>
  constexpr auto has_lvalueref_qualifier_v = has_lvalueref_qualifier<T>::value;
template <MemberFunction T>
  constexpr auto has_rvalueref_qualifier_v = has_rvalueref_qualifier<T>::value;
template <MemberFunction T>
  constexpr auto is_override_v = is_override<T>::value;
 
// 21.12.4.19 SpecialMemberFunction operations
template <SpecialMemberFunction T> struct is_implicitly_declared;
template <SpecialMemberFunction T> struct is_defaulted;
 
template <SpecialMemberFunction T>
  constexpr auto is_implicitly_declared_v = is_implicitly_declared<T>::value;
template <SpecialMemberFunction T>
  constexpr auto is_defaulted_v = is_defaulted<T>::value;
 
// 21.12.4.20 Constructor operations
template <Constructor T> struct is_explicit<T>;
 
// 21.12.4.21 Destructor operations
template <Destructor T> struct is_virtual<T>;
template <Destructor T> struct is_pure_virtual<T>;
 
// 21.12.4.22 ConversionOperator operations
template <ConversionOperator T> struct is_explicit<T>;
 
// 21.12.4.23 Lambda operations
template <Lambda T> struct get_captures;
template <Lambda T> struct uses_default_copy_capture;
template <Lambda T> struct uses_default_reference_capture;
template <Lambda T> struct is_call_operator_const;
 
template <Lambda T>
  using get_captures_t = typename get_captures<T>::type;
template <Lambda T>
  constexpr auto uses_default_copy_capture_v = uses_default_copy_capture<T>::value;
template <Lambda T>
  constexpr auto uses_default_reference_capture_v = uses_default_reference_capture<T>::value;
template <Lambda T>
  constexpr auto is_call_operator_const_v = is_call_operator_const<T>::value;
 
// 21.12.4.24 LambdaCapture operations
template <LambdaCapture T> struct is_explicitly_captured;
template <LambdaCapture T> struct is_init_capture;
 
template <LambdaCapture T>
  constexpr auto is_explicitly_captured_v = is_explicitly_captured<T>::value;
template <LambdaCapture T>
  constexpr auto is_init_capture_v = is_init_capture<T>::value;
 
} // inline namespace v1
} // namespace std::experimental::reflect