The interface of Experimental C++ standard libraries (i.e. libraries introduced by C++ TR's/TS's) is defined by the following collection of headers.
Contents<experimental/execution> (P2300) Asynchronous execution on generic execution resources Filesystem TS <experimental/filesystem> (filesystem TS) Filesystem library Parallelism TS <experimental/algorithm> (parallelism TS) Non-numeric parallel algorithms <experimental/execution_policy> (parallelism TS) Execution policies <experimental/exception_list> (parallelism TS) Parallel exceptions <experimental/numeric> (parallelism TS) Numeric parallel algorithms Library Fundamentals TS <experimental/algorithm> (library fundamentals TS) sample and search <experimental/any> (library fundamentals TS) any <experimental/chrono> (library fundamentals TS) Variable templates for type traits <experimental/deque> (library fundamentals TS) Convenience aliases for containers using polymorphic allocators <experimental/forward_list> (library fundamentals TS) Convenience aliases for containers using polymorphic allocators <experimental/future> (library fundamentals TS) promise and packaged_task using polymorphic allocators <experimental/list> (library fundamentals TS) Convenience aliases for containers using polymorphic allocators <experimental/functional> (library fundamentals TS) function using polymorphic allocators and searchers <experimental/map> (library fundamentals TS) Convenience aliases for containers using polymorphic allocators <experimental/memory> (library fundamentals TS) shared_ptr and weak_ptr with array support <experimental/memory_resource> (library fundamentals TS) Polymorphic allocators and memory resources <experimental/optional> (library fundamentals TS) optional <experimental/ratio> (library fundamentals TS) Variable templates for type traits <experimental/regex> (library fundamentals TS) Convenience aliases for containers using polymorphic allocators <experimental/set> (library fundamentals TS) Convenience aliases for containers using polymorphic allocators <experimental/string> (library fundamentals TS) Convenience aliases for containers using polymorphic allocators <experimental/string_view> (library fundamentals TS) basic_string_view <experimental/system_error> (library fundamentals TS) Variable templates for type traits <experimental/tuple> (library fundamentals TS) Variable templates for type traits and apply <experimental/type_traits> (library fundamentals TS) Variable templates for type traits and invocation_type <experimental/unordered_map> (library fundamentals TS) Convenience aliases for containers using polymorphic allocators <experimental/unordered_set> (library fundamentals TS) Convenience aliases for containers using polymorphic allocators <experimental/utility> (library fundamentals TS) erased_type <experimental/vector> (library fundamentals TS) Convenience aliases for containers using polymorphic allocators Concurrency TS <experimental/atomic> (concurrency TS) atomic_shared_ptr and atomic_weak_ptr <experimental/barrier> (concurrency TS) barrier and flex_barrier <experimental/future> (concurrency TS) Extensions for std::future <experimental/latch> (concurrency TS) latch Library Fundamentals TS v2 <experimental/algorithm> (library fundamentals TS v2) sample and shuffle <experimental/array> (library fundamentals TS v2) make_array and to_array <experimental/deque> (library fundamentals TS v2) erase and erase_if <experimental/forward_list> (library fundamentals TS v2) erase and erase_if <experimental/functional> (library fundamentals TS v2) not_fn <experimental/iterator> (library fundamentals TS v2) ostream_joiner <experimental/list> (library fundamentals TS v2) erase and erase_if <experimental/map> (library fundamentals TS v2) erase_if and erase_if <experimental/memory> (library fundamentals TS v2) observer_ptr <experimental/numeric> (library fundamentals TS v2) gcd and lcm <experimental/propagate_const> (library fundamentals TS v2) propagate_const <experimental/random> (library fundamentals TS v2) randint and reseed <experimental/set> (library fundamentals TS v2) erase_if and erase_if <experimental/source_location> (library fundamentals TS v2) source_location <experimental/string> (library fundamentals TS v2) erase and erase_if <experimental/type_traits> (library fundamentals TS v2) Metafunctions and detection idiom <experimental/unordered_map> (library fundamentals TS v2) erase_if and erase_if <experimental/unordered_set> (library fundamentals TS v2) erase_if and erase_if <experimental/vector> (library fundamentals TS v2) erase and erase_if Ranges TS <experimental/ranges/algorithm> (ranges TS) Algorithms library <experimental/ranges/concepts> (ranges TS) Concepts library <experimental/ranges/functional> (ranges TS) Function objects <experimental/ranges/iterator> (ranges TS) Iterators library <experimental/ranges/random> (ranges TS) UniformRandomNumberGenerator concept <experimental/ranges/range> (ranges TS) Ranges library <experimental/ranges/tuple> (ranges TS) Tagged tuples <experimental/ranges/type_traits> (ranges TS) Metaprogramming and type traits <experimental/ranges/utility> (ranges TS) Utility components Networking TS <experimental/buffer> (networking TS) Buffers <experimental/executor> (networking TS) Asynchronous model <experimental/internet> (networking TS) Internet protocol <experimental/io_context> (networking TS) Basic I/O services <experimental/net> (networking TS) Convenience header that includes every other Networking TS header <experimental/netfwd> (networking TS) Contains forward declarations of major Networking TS components <experimental/socket> (networking TS) Sockets <experimental/timer> (networking TS) Timers Parallelism TS v2 <experimental/algorithm> (parallelism TS v2) Non-numeric parallel algorithms <experimental/execution_policy> (parallelism TS v2) unseq and vec policies <experimental/simd> (parallelism TS v2) Data-parallel types <experimental/task_block> (parallelism TS v2) Task block Reflection TS <experimental/reflect> (reflection TS) Static reflection support library Library Fundamentals TS v3 <experimental/scope> (library fundamentals TS v3) scope_exit, scope_fail, scope_success and unique_resource
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