Namespaces
Variants
Views
Actions

Experimental library header <experimental/ranges/concepts>

From cppreference.com
< cpp‎ | header‎ | experimental
 
 
Standard library headers
Language support
Concepts
<concepts> (C++20)
Diagnostics
<system_error> (C++11)

Memory management
<memory_resource> (C++17)  
Metaprogramming
<type_traits> (C++11)
<ratio> (C++11)
General utilities
<utility>
<tuple> (C++11)
<optional> (C++17)
<variant> (C++17)
<any> (C++17)
<debugging> (C++26)
<expected> (C++23)
<bitset>
<charconv> (C++17)
<format> (C++20)
<bit> (C++20)

Strings
<cuchar> (C++11)

Containers
<flat_set> (C++23)
<span> (C++20)
<mdspan> (C++23)

Iterators
<iterator>
Ranges
<ranges> (C++20)
<generator> (C++23)
Algorithms
Numerics
<cfenv> (C++11)
<complex>
<cmath>
<linalg> (C++26)
<numbers> (C++20)

Time
<chrono> (C++11)
Localization
<codecvt> (C++11/17/26*)
<text_encoding> (C++26)
Input/output
<filesystem> (C++17)
<cstdio>
<cinttypes> (C++11)
<strstream> (C++98/26*)
Regular expressions
<regex> (C++11)
Concurrency support
<stop_token> (C++20)
<thread> (C++11)
<atomic> (C++11)
<rcu> (C++26)
<stdatomic.h> (C++23)
<mutex> (C++11)
<shared_mutex> (C++14)

<condition_variable> (C++11)  
<semaphore> (C++20)
<latch> (C++20)

<barrier> (C++20)
<future> (C++11)
<hazard_pointer> (C++26)

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)

 
Experimental library headers
Execution P2300
<experimental/execution>
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
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 ranges library.

Contents

[edit] Core language concepts

Defined in namespace std::experimental::ranges
specifies that a type is the same as another type
(concept) [edit]
specifies that a type is derived from another type
(concept) [edit]
specifies that a type is implicitly convertible to another type
(concept) [edit]
specifies that two types share a common reference type
(concept) [edit]
specifies that two types share a common type
(concept) [edit]
specifies that a type is an integral type
(concept) [edit]
specifies that a type is an integral type that is signed
(concept) [edit]
specifies that a type is an integral type that is not signed
(concept) [edit]
specifies that a type is assignable from another type
(concept) [edit]
specifies that a type can be swapped or that two types can be swapped with each other
(concept) [edit]

[edit] Comparison concepts

Defined in namespace std::experimental::ranges
specifies that a type can be used in Boolean contexts
(concept) [edit]
specifies that two types can be compared for equality using operators == and !=
(concept) [edit]
specifies that operator == is an equivalence relation
(concept) [edit]
specifies that the comparison operators on the type yield a total order
(concept) [edit]

[edit] Object concepts

Defined in namespace std::experimental::ranges
specifies that an object of the type can be destroyed
(concept) [edit]
specifies that a variable of the type can be constructed from or bound to a set of argument types
(concept) [edit]
specifies that an object of a type can be default constructed
(concept) [edit]
specifies that an object of a type can be move constructed
(concept) [edit]
specifies that an object of a type can be copy constructed and move constructed
(concept) [edit]
specifies that an object of a type can be moved and swapped
(concept) [edit]
specifies that an object of a type can be copied, moved, and swapped
(concept) [edit]
specifies that an object of a type can be copied, moved, swapped, and default constructed
(concept) [edit]
specifies that a type is regular, that is, it is both Semiregular and EqualityComparable
(concept) [edit]

[edit] Callable concepts

Defined in namespace std::experimental::ranges
specifies that a callable type can be invoked with a given set of argument types
(concept) [edit]
specifies that a callable type is a Boolean predicate
(concept) [edit]
specifies that a callable type is a binary relation
(concept) [edit]
specifies that a Relation imposes a strict weak ordering
(concept) [edit]

[edit] Synopsis

namespace std { namespace experimental { namespace ranges { inline namespace v1 {
 
template <class T, class U>
concept bool Same = /* see definition */;
 
template <class T, class U>
concept bool DerivedFrom = /* see definition */;
 
template <class T, class U>
concept bool ConvertibleTo = /* see definition */;
 
template <class T, class U>
concept bool CommonReference = /* see definition */;
 
template <class T, class U>
concept bool Common = /* see definition */;
 
template <class T>
concept bool Integral = /* see definition */;
 
template <class T>
concept bool SignedIntegral = /* see definition */;
 
template <class T>
concept bool UnsignedIntegral = /* see definition */;
 
template <class T, class U>
concept bool Assignable = /* see definition */;
 
template <class T>
concept bool Swappable = /* see definition */;
 
template <class T, class U>
concept bool SwappableWith = /* see definition */;
 
template <class T>
concept bool Destructible = /* see definition */;
 
template <class T, class... Args>
concept bool Constructible = /* see definition */;
 
template <class T>
concept bool DefaultConstructible = /* see definition */;
 
template <class T>
concept bool MoveConstructible = /* see definition */;
 
template <class T>
concept bool CopyConstructible = /* see definition */;
 
template <class B>
concept bool Boolean = /* see definition */;
 
template <class T, class U>
concept bool WeaklyEqualityComparableWith = /* see definition */;
 
template <class T>
concept bool EqualityComparable = /* see definition */;
 
template <class T, class U>
concept bool EqualityComparableWith = /* see definition */;
 
template <class T>
concept bool StrictTotallyOrdered = /* see definition */;
 
template <class T, class U>
concept bool StrictTotallyOrderedWith = /* see definition */;
 
template <class T>
concept bool Movable = /* see definition */;
 
template <class T>
concept bool Copyable = /* see definition */;
 
template <class T>
concept bool Semiregular = /* see definition */;
 
template <class T>
concept bool Regular = /* see definition */;
 
template <class F, class... Args>
concept bool Invocable = /* see definition */;
 
template <class F, class... Args>
concept bool RegularInvocable = /* see definition */;
 
template <class F, class... Args>
concept bool Predicate = /* see definition */;
 
template <class R, class T, class U>
concept bool Relation = /* see definition */;
 
template <class R, class T, class U>
concept bool StrictWeakOrder = /* see definition */;
 
}}}}