di::bit Namespace Reference

Namespaces
namespace	detail

Classes
class	BigEndian
struct	BitEnum
struct	BitField
struct	BitFlag
class	BitSet
class	BitSpan
class	BitStruct
class	LittleEndian

Typedefs
template<concepts::IntegralOrEnum T, Endian endian>
using	StaticEndian = meta::Conditional<endian == Endian::Little, LittleEndian<T>, BigEndian<T>>

Enumerations
enum class	Endian { Little = __ORDER_LITTLE_ENDIAN__ , Big = __ORDER_BIG_ENDIAN__ , Native = __BYTE_ORDER__ }

Variables
constexpr auto	host_to_big_endian = detail::HostToBigEndianFunction {}
constexpr auto	big_endian_to_host = detail::HostToBigEndianFunction {}
constexpr auto	host_to_little_endian = detail::HostToLittleEndianFunction {}
constexpr auto	little_endian_to_host = detail::HostToLittleEndianFunction {}
constexpr auto	bit_ceil = detail::BitCeilFunction {}
constexpr auto	bit_floor = detail::BitFloorFunction {}
constexpr auto	bit_width = detail::BitWidthFunction {}
constexpr auto	byteswap = detail::ByteswapFunction {}
constexpr auto	countl_one = detail::CountlOneFunction {}
constexpr auto	countl_zero = detail::CountlZeroFunction {}
constexpr auto	countr_one = detail::CountrOneFunction {}
constexpr auto	countr_zero = detail::CountrZeroFunction {}
constexpr auto	has_single_bit = detail::HasSingleBitFunction {}
constexpr auto	popcount = detail::PopcountFunction {}
constexpr auto	rotl = detail::RotlFunction {}
constexpr auto	rotr = detail::RotrFunction {}

Typedef Documentation

StaticEndian

template<concepts::IntegralOrEnum T, Endian endian>

using di::bit::StaticEndian = meta::Conditional<endian == Endian::Little, LittleEndian<T>, BigEndian<T>>

Enumeration Type Documentation

Endian

enum class di::bit::Endian

strong

Enumerator
Little
Big
Native

Variable Documentation

big_endian_to_host

auto di::bit::big_endian_to_host = detail::HostToBigEndianFunction {}

inlineconstexpr

bit_ceil

auto di::bit::bit_ceil = detail::BitCeilFunction {}

inlineconstexpr

bit_floor

auto di::bit::bit_floor = detail::BitFloorFunction {}

inlineconstexpr

bit_width

auto di::bit::bit_width = detail::BitWidthFunction {}

inlineconstexpr

byteswap

auto di::bit::byteswap = detail::ByteswapFunction {}

inlineconstexpr

countl_one

auto di::bit::countl_one = detail::CountlOneFunction {}

inlineconstexpr

countl_zero

auto di::bit::countl_zero = detail::CountlZeroFunction {}

inlineconstexpr

countr_one

auto di::bit::countr_one = detail::CountrOneFunction {}

inlineconstexpr

countr_zero

auto di::bit::countr_zero = detail::CountrZeroFunction {}

inlineconstexpr

has_single_bit

auto di::bit::has_single_bit = detail::HasSingleBitFunction {}

inlineconstexpr

host_to_big_endian

auto di::bit::host_to_big_endian = detail::HostToBigEndianFunction {}

inlineconstexpr

host_to_little_endian

auto di::bit::host_to_little_endian = detail::HostToLittleEndianFunction {}

inlineconstexpr

little_endian_to_host

auto di::bit::little_endian_to_host = detail::HostToLittleEndianFunction {}

inlineconstexpr

popcount

auto di::bit::popcount = detail::PopcountFunction {}

inlineconstexpr

rotl

auto di::bit::rotl = detail::RotlFunction {}

inlineconstexpr

rotr

auto di::bit::rotr = detail::RotrFunction {}

inlineconstexpr