carb::cpp

namespace cpp

Namespace for C++ standard library types after C++14 implemented and usable by C++14 compilers.

Classes

• carb::cpp::barrier: Implements a C++20 barrier in C++14 semantics.

• carb::cpp::basic_string_view: The class template basic_string_view describes an object that can refer to a constant contiguous sequence of elements with the first element of the sequence at position zero.

• carb::cpp::counting_semaphore: C++20-compatible counting semaphore class.

• carb::cpp::latch: Implements a C++20 latch in C++14 semantics.

• carb::cpp::span: An object that refers to a contiguous sequence of objects.

Enumerations

• carb::cpp::byte: A byte is a distinct type that implements the concept of byte as specified in the C++ language definition. Like char and unsigned char , it can be used to access raw memory occupied by other objects, but unlike those types it is not a character type and is not an arithmetic type. A byte is only a collection of bits, and only bitwise operators are defined for it.

• carb::cpp::endian: Indicates the endianness of all scalar types for the current system.

Functions

• carb::cpp::addressof: Get the address of arg , even if operator& is overloaded. This is generally only useful in memory management functions to_address is almost always preferable.

• carb::cpp::addressof: Taking the address of a const rvalue is never correct.

• carb::cpp::as_bytes: Obtains a view ot the object representation of the elements of the given span.

• carb::cpp::as_writable_bytes: Obtains a writable view to the object representation of the elements of the given span.

• carb::cpp::bit_cast: Re-interprets the bits src as type To .

• carb::cpp::bit_ceil: Finds the smallest integral power of two not less than the given value.

• carb::cpp::bit_floor: Finds the largest integral power of two not greater than the given value.

• carb::cpp::construct_at: Construct a T in place using the provided args .

• carb::cpp::countl_one: Returns the number of consecutive 1 bits in the value of val, starting from the most significant bit ("left").

• carb::cpp::countl_one_constexpr: Returns the number of consecutive 1 bits in the value of val, starting from the most significant bit ("left").

• carb::cpp::countl_zero: Returns the number of consecutive 0 bits in the value of val, starting from the most significant bit ("left").

• carb::cpp::countl_zero_constexpr: Returns the number of consecutive 0 bits in the value of val, starting from the most significant bit ("left").

• carb::cpp::countr_one: Returns the number of consecutive 1 bits in the value of val, starting from the least significant bit ("right").

• carb::cpp::countr_one_constexpr: Returns the number of consecutive 1 bits in the value of val, starting from the least significant bit ("right").

• carb::cpp::countr_zero: Returns the number of consecutive 0 bits in the value of val, starting from the least significant bit ("right").

• carb::cpp::countr_zero_constexpr: Returns the number of consecutive 0 bits in the value of val, starting from the least significant bit ("right").

• carb::cpp::data: Returns a pointer to the block of memory containing the elements of the range.

• carb::cpp::data: Returns a pointer to the block of memory containing the elements of the range.

• carb::cpp::data: Returns a pointer to the block of memory containing the elements of the range.

• carb::cpp::data: Returns a pointer to the block of memory containing the elements of the range.

• carb::cpp::destroy_at: Call the destructor of all array elements.

• carb::cpp::destroy_at: Call the destructor of p .

• carb::cpp::gcd: Computes the greatest common divisor of two integers.

• carb::cpp::has_single_bit: Checks if a given value is an integral power of 2.

• carb::cpp::invoke: Invoke the function f with the given args pack.

• carb::cpp::invoke_r: Invoke the function with the given arguments with the explicit return type R . This follows the same rules as carb::cpp::invoke() .

• carb::cpp::operator!=: Lexicographically compare two string views.

• carb::cpp::operator!=: Lexicographically compare two string views.

• carb::cpp::operator!=: Lexicographically compare two string views.

• carb::cpp::operator!=: Lexicographically compare two string views.

• carb::cpp::operator!=: Lexicographically compare two string views.

• carb::cpp::operator!=: Lexicographically compare two string views.

• carb::cpp::operator!=: Lexicographically compare two string views.

• carb::cpp::operator!=: Lexicographically compare two string views.

• carb::cpp::operator!=: Lexicographically compare two string views.

• carb::cpp::operator””_sv: Creates a string view of a character array literal. noexcept

• carb::cpp::operator””_sv: Creates a string view of a character array literal.

• carb::cpp::operator””_sv: Creates a string view of a character array literal. noexcept

• carb::cpp::operator””_sv: Creates a string view of a character array literal. noexcept

• carb::cpp::operator<: Lexicographically compare two string views.

• carb::cpp::operator<: Lexicographically compare two string views.

• carb::cpp::operator<: Lexicographically compare two string views.

• carb::cpp::operator<: Lexicographically compare two string views.

• carb::cpp::operator<: Lexicographically compare two string views.

• carb::cpp::operator<: Lexicographically compare two string views.

• carb::cpp::operator<: Lexicographically compare two string views.

• carb::cpp::operator<: Lexicographically compare two string views.

• carb::cpp::operator<: Lexicographically compare two string views.

• carb::cpp::operator<=: Lexicographically compare two string views.

• carb::cpp::operator<=: Lexicographically compare two string views.

• carb::cpp::operator<=: Lexicographically compare two string views.

• carb::cpp::operator<=: Lexicographically compare two string views.

• carb::cpp::operator<=: Lexicographically compare two string views.

• carb::cpp::operator<=: Lexicographically compare two string views.

• carb::cpp::operator<=: Lexicographically compare two string views.

• carb::cpp::operator<=: Lexicographically compare two string views.

• carb::cpp::operator<=: Lexicographically compare two string views.

• carb::cpp::operator==: Lexicographically compare two string views.

• carb::cpp::operator==: Lexicographically compare two string views.

• carb::cpp::operator==: Lexicographically compare two string views.

• carb::cpp::operator==: Lexicographically compare two string views.

• carb::cpp::operator==: Lexicographically compare two string views.

• carb::cpp::operator==: Lexicographically compare two string views.

• carb::cpp::operator==: Lexicographically compare two string views.

• carb::cpp::operator==: Lexicographically compare two string views.

• carb::cpp::operator==: Lexicographically compare two string views.

• carb::cpp::operator>: Lexicographically compare two string views.

• carb::cpp::operator>: Lexicographically compare two string views.

• carb::cpp::operator>: Lexicographically compare two string views.

• carb::cpp::operator>: Lexicographically compare two string views.

• carb::cpp::operator>: Lexicographically compare two string views.

• carb::cpp::operator>: Lexicographically compare two string views.

• carb::cpp::operator>: Lexicographically compare two string views.

• carb::cpp::operator>: Lexicographically compare two string views.

• carb::cpp::operator>: Lexicographically compare two string views.

• carb::cpp::operator>=: Lexicographically compare two string views.

• carb::cpp::operator>=: Lexicographically compare two string views.

• carb::cpp::operator>=: Lexicographically compare two string views.

• carb::cpp::operator>=: Lexicographically compare two string views.

• carb::cpp::operator>=: Lexicographically compare two string views.

• carb::cpp::operator>=: Lexicographically compare two string views.

• carb::cpp::operator>=: Lexicographically compare two string views.

• carb::cpp::operator>=: Lexicographically compare two string views.

• carb::cpp::operator>=: Lexicographically compare two string views.

• carb::cpp::popcount: Returns the number of 1 bits in the value of x.

• carb::cpp::popcount_constexpr: Returns the number of 1 bits in the value of x.

• carb::cpp::swap: Swaps two string views.

Structs

• carb::cpp::conjunction: A conjunction is the logical and of all B traits.

• carb::cpp::disjunction: A disjunction is the logical or of all B traits.

• carb::cpp::invoke_result: Get the result type of calling Func with the TArgs pack.

• carb::cpp::is_invocable: Check if the Func is invocable with the TArgs pack.

• carb::cpp::is_invocable_r: Check if invoking Func with the TArgs pack will return R .

• carb::cpp::is_nothrow_convertible: Determine if From can be implicitly-converted to To without throwing an exception.

• carb::cpp::is_nothrow_invocable: Check if invoking Func with the TArgs pack will not throw.

• carb::cpp::is_nothrow_invocable_r: Check that invoking Func with the TArgs pack and converting it to R will not throw.

• carb::cpp::is_nothrow_swappable

• carb::cpp::is_nothrow_swappable_with

• carb::cpp::is_swappable

• carb::cpp::is_swappable_with

• carb::cpp::negation: A logical not of B trait.

• carb::cpp::remove_cvref: If the type T is a reference type, provides the member typedef type which is the type referred to by T with its topmost cv-qualifiers removed. Otherwise type is T with its topmost cv-qualifiers removed.

• carb::cpp::type_identity: Provides the member typedef type that names T (i.e. the identity transformation). This can be used to establish non-deduced contexts in template argument deduction.

Typedefs

• carb::cpp::binary_semaphore: Alias for a counting semaphore that can only be acquired by one caller at a time.

• carb::cpp::bool_constant: An integral constant with bool type and value B .

• carb::cpp::invoke_result_t: Helper for carb::cpp::invoke_result which accesses the type member.

• carb::cpp::remove_cvref_t: Helper type for remove_cvref .

• carb::cpp::string_view: basic_string_view<char>

• carb::cpp::type_identity_t: Helper type for type_identity .

• carb::cpp::u16string_view: basic_string_view<char16_t>

• carb::cpp::u32string_view: basic_string_view<char32_t>

• carb::cpp::void_t: Void type.

• carb::cpp::wstring_view: basic_string_view<wchar_t>

Variables

• carb::cpp::dynamic_extent: A constant of type size_t that is used to differentiate carb::cpp::span of static and dynamic extent.