exercise_6_1::binary< N > Struct Template Reference

Compile-time binary to decimal number translation. More...

#include <exercise-6-1.hpp>

Classes
struct	apply_binary_digit
	Mathematics used by accumulate is broken out for clarity... More...
struct	apply_binary_digit< T1, binary< N2 > >
	Specialization so we can get direct access to the binary numebr. More...

Public Types
typedef binary_tag	tag
typedef boost::mpl::forward_iterator_tag	category
typedef boost::mpl::accumulate< binary< N >, boost::mpl::int_< 0 >, apply_binary_digit< _, _ > >::type	type
	Iterate across the digits, building a decimal result.

Static Public Attributes
static int const	value = type::value
	The computed result as a constant value.

Detailed Description

template<unsigned long N>
struct exercise_6_1::binary< N >

Compile-time binary to decimal number translation.

Technically, you can actually traverse binary<N> as a sequence with the metafunctions, boost::mpl::begin, etc. Each iterator wraps a single digit in the binary number (0 or 1 – no powers of 2 to indicate the significance of the digit).

Template Parameters

N	A binary number to examine. Obvisouly, this should contain only 0 and 1.

Definition at line 131 of file exercise-6-1.hpp.

Member Typedef Documentation

category

template<unsigned long N>

typedef boost::mpl::forward_iterator_tag exercise_6_1::binary< N >::category

Definition at line 136 of file exercise-6-1.hpp.

tag

template<unsigned long N>

typedef binary_tag exercise_6_1::binary< N >::tag

Definition at line 133 of file exercise-6-1.hpp.

type

template<unsigned long N>

typedef boost::mpl::accumulate<binary<N>,boost::mpl::int_<0>,apply_binary_digit<_,_>>::type exercise_6_1::binary< N >::type

Iterate across the digits, building a decimal result.

Definition at line 161 of file exercise-6-1.hpp.

Member Data Documentation

value

template<unsigned long N>

int const exercise_6_1::binary< N >::value = type::value

static

The computed result as a constant value.

Definition at line 164 of file exercise-6-1.hpp.

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The documentation for this struct was generated from the following file:

• exercise-6-1.hpp