digit.hpp File Reference

#include <lexy/_detail/swar.hpp>
#include <lexy/dsl/base.hpp>
#include <lexy/dsl/char_class.hpp>
#include <lexy/dsl/literal.hpp>
#include <lexy/dsl/token.hpp>

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Classes
struct	lexyd::_d< Radix >
struct	lexyd::_d< 10 >
struct	lexyd::_d< 16 >
struct	lexyd::_d< 2 >
struct	lexyd::_d< 8 >
struct	lexyd::_digits< Base >
struct	lexyd::_digits_s< Base, Sep >
struct	lexyd::_digits_st< Base, Sep >
struct	lexyd::_digits_t< Base >
struct	lexyd::_ndigits< N, Base >
struct	lexyd::_ndigits_s< N, Base, Sep >
struct	lexyd::_zero
struct	lexy::forbidden_leading_zero
struct	lexyd::hex_lower
struct	lexyd::hex_upper
struct	lexyd::_ndigits< N, Base >::tp< Reader, Indices >
struct	lexyd::_ndigits_s< N, Base, Sep >::tp< Reader, Indices >
struct	lexyd::_digits< Base >::tp< Reader >
struct	lexyd::_digits_t< Base >::tp< Reader >
struct	lexyd::_digits_s< Base, Sep >::tp< Reader >
struct	lexyd::_digits_st< Base, Sep >::tp< Reader >
struct	lexyd::_ndigits< N, Base >::tp< Reader, lexy::_detail::index_sequence< Idx... > >
struct	lexyd::_ndigits_s< N, Base, Sep >::tp< Reader, lexy::_detail::index_sequence< Idx... > >

Namespaces
	lexy
	lexyd

Typedefs
using	lexyd::binary = _d< 2 >
using	lexyd::decimal = _d< 10 >
using	lexyd::hex = _d< 16 >
using	lexyd::octal = _d< 8 >

Functions
template<typename Base , typename Reader >
constexpr bool	lexyd::_match_digits (Reader &reader)
template<typename Base , typename Sep , typename Reader >
constexpr bool	lexyd::_match_digits_sep (Reader &reader)

Variables
template<typename Base = decimal, int = Base::digit_radix>
constexpr auto	lexyd::digit = Base{}
	Matches a single digit. More...
constexpr auto	lexyd::digit_sep_tick = LEXY_LIT("'")
constexpr auto	lexyd::digit_sep_underscore = LEXY_LIT("_")
template<typename Base = decimal>
constexpr auto	lexyd::digits = _digits<Base>{}
	Matches a non-empty list of digits. More...
template<std::size_t N, typename Base = decimal>
constexpr auto	lexyd::n_digits = _ndigits<N, Base>{}
	Matches exactly N digits. More...
constexpr auto	lexyd::zero = _zero{}
	Matches the zero digit. More...