bin_data.hpp File Reference

#include <algorithm>
#include <array>
#include <cstdint>
#include <limits>
#include <mlab/byte_order.hpp>
#include <mlab/log.hpp>
#include <mlab/tracker_allocator.hpp>
#include <type_traits>
#include <vector>

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Classes
struct	mlab::range< Iterator >
struct	mlab::tagged_array< class, Size >
struct	mlab::explicit_bool
struct	mlab::bit_ref
struct	mlab::prealloc
class	mlab::bin_data
class	mlab::bin_stream
struct	mlab::lsb_t< Bits >
struct	mlab::msb_t< Bits >
struct	mlab::ordered_injector< BitSize, Order >
struct	mlab::ordered_extractor< BitSize, Order >
struct	mlab::length_encoded_t
struct	mlab::encode_length< T >

Namespaces
namespace	mlab_literals
namespace	mlab

Concepts
concept	mlab::is_range_enumerable
concept	mlab::is_injectable
concept	mlab::is_extractable
concept	mlab::is_signed_or_unsigned_v
concept	mlab::is_byte_enum
concept	mlab::is_byte_enumerable
concept	mlab::is_byte_enum_enumerable
concept	mlab::is_byte_sequence
concept	mlab::container_of_injectables
concept	mlab::container_of_extractables

Typedefs
using	mlab::bin_data_base = std::conditional_t<track_bin_data_mem, std::vector<std::uint8_t, tracker_allocator<std::uint8_t>>, std::vector<std::uint8_t>>
template<class T >
using	mlab::underlying_t = std::conditional_t<std::is_enum_v<T>, std::underlying_type_t<T>, T>
template<class T >
using	mlab::range_value_t = std::decay_t<decltype(*std::begin(std::declval<T>()))>

Enumerations
enum struct	mlab::stream_ref { mlab::beg , mlab::pos , mlab::end }

Functions
constexpr std::uint8_t	mlab_literals::operator""_b (unsigned long long int n)
template<class Iterator >
constexpr range< Iterator >	mlab::make_range (Iterator begin, Iterator end)
template<class Container >
constexpr auto	mlab::make_range (Container &c)
bin_data &	mlab::operator<< (bin_data &bd, prealloc const &pa)
template<is_signed_or_unsigned_v Num, unsigned BitSize, byte_order Order>
bin_stream &	mlab::operator>> (ordered_extractor< BitSize, Order > e, Num &n)
template<is_signed_or_unsigned_v Num, unsigned BitSize, byte_order Order>
bin_data &	mlab::operator<< (ordered_injector< BitSize, Order > i, Num n)
template<unsigned BitSize>
ordered_extractor< BitSize, byte_order::lsb_first >	mlab::operator>> (bin_stream &s, lsb_t< BitSize >)
template<unsigned BitSize>
ordered_extractor< BitSize, byte_order::msb_first >	mlab::operator>> (bin_stream &s, msb_t< BitSize >)
template<unsigned BitSize>
ordered_injector< BitSize, byte_order::lsb_first >	mlab::operator<< (bin_data &bd, lsb_t< BitSize >)
template<unsigned BitSize>
ordered_injector< BitSize, byte_order::msb_first >	mlab::operator<< (bin_data &bd, msb_t< BitSize >)
bin_data &	mlab::operator<< (bin_data &bd, explicit_bool b)
bin_stream &	mlab::operator>> (bin_stream &s, bool &b)
bin_stream &	mlab::operator>> (bin_stream &s, std::uint8_t &byte)
template<std::size_t Length>
bin_stream &	mlab::operator>> (bin_stream &s, std::array< std::uint8_t, Length > &out)
template<is_byte_enum Enum>
bin_stream &	mlab::operator>> (bin_stream &s, Enum &t)
template<is_byte_sequence T>
bin_data &	mlab::operator<< (bin_data &bd, T const &t)
encode_length< bin_stream >	mlab::operator>> (bin_stream &s, length_encoded_t)
encode_length< bin_data >	mlab::operator<< (bin_data &bd, length_encoded_t)
template<container_of_injectables Container>
bin_data &	mlab::operator<< (encode_length< bin_data > w, Container const &c)
template<container_of_extractables Container>
bin_stream &	mlab::operator>> (encode_length< bin_stream > w, Container &c)

Variables
static constexpr bool	mlab::track_bin_data_mem = false
static constexpr lsb_t< 16 >	mlab::lsb16 {}
static constexpr lsb_t< 24 >	mlab::lsb24 {}
static constexpr lsb_t< 32 >	mlab::lsb32 {}
static constexpr lsb_t< 64 >	mlab::lsb64 {}
static constexpr msb_t< 16 >	mlab::msb16 {}
static constexpr msb_t< 24 >	mlab::msb24 {}
static constexpr msb_t< 32 >	mlab::msb32 {}
static constexpr msb_t< 64 >	mlab::msb64 {}
static constexpr lsb_t< 0 >	mlab::lsb_auto {}
static constexpr msb_t< 0 >	mlab::msb_auto {}
struct mlab::length_encoded_t	mlab::length_encoded