bitfield.cxxm File Reference

C++ wrapper for bitfields. More...

import std;
import zxfoundation.base.types;

Include dependency graph for bitfield.cxxm:

Data Structures
class	lib::bit_field< T, Numbering >
class	lib::bit_iterator< T, Numbering >
class	lib::bit_range_ref< T >
class	lib::bit_ref< T >
class	lib::bitfield_ref< T, Numbering >
struct	lib::field_spec< Name, Start, End >
struct	lib::fixed_string< N >
struct	lib::lsb0_t
struct	lib::msb0_t
class	lib::record< T, Numbering, Fields >
class	lib::record_ref< T, Numbering, Fields >
struct	std::tuple_element< I, lib::record< T, Numbering, Fields... > >
struct	std::tuple_size< lib::record< T, Numbering, Fields... > >

Concepts
concept	lib::bit_storage

Typedefs
using	lib::bf16 = bit_field<u16>
using	lib::bf32 = bit_field<u32>
using	lib::bf64 = bit_field<u64>
using	lib::bf64_ref = bitfield_ref<u64>
using	lib::bf8 = bit_field<u8>
using	lib::bf8_ref = bitfield_ref<u8>

Functions
template<bit_storage T>
constexpr T	lib::bitmask (usize count) noexcept
template<usize N>
	lib::fixed_string (const char(&)[N]) -> fixed_string< N >
template<usize I, bit_storage T, class Numbering, class... Fields>
constexpr T	lib::get (const record< T, Numbering, Fields... > &r) noexcept
template<fixed_string Name, class... Fs>
consteval usize	lib::detail::index_of_field () noexcept
template<usize N1, usize N2>
constexpr bool	lib::operator== (const fixed_string< N1 > &a, const fixed_string< N2 > &b) noexcept

Variables
template<class T>
constexpr bool	lib::detail::always_false = false
constexpr lsb0_t	lib::lsb0 {}
constexpr msb0_t	lib::msb0 {}

Detailed Description

C++ wrapper for bitfields.

SPDX-License-Identifier: Apache-2.0