integral_constant.h File Reference

#include <metal_stdlib>
#include "mlx/backend/metal/kernels/steel/utils/type_traits.h"

Go to the source code of this file.

Classes
struct	mlx::steel::integral_constant< T, v >
struct	mlx::steel::is_integral< T >
struct	mlx::steel::is_integral< integral_constant< T, v > >

Namespaces
namespace	mlx
namespace	mlx::steel

Macros
#define	integral_const_binop(__op__, __operator__)

Typedefs
template<bool B>
using	mlx::steel::bool_constant = integral_constant<bool, B>
using	mlx::steel::true_type = bool_constant<true>
using	mlx::steel::false_type = bool_constant<false>
template<int val>
using	mlx::steel::Int = integral_constant<int, val>

Functions
template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	mlx::steel::operator+ (integral_constant< T, tv >, integral_constant< U, uv >)
template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	mlx::steel::operator- (integral_constant< T, tv >, integral_constant< U, uv >)
template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	mlx::steel::operator* (integral_constant< T, tv >, integral_constant< U, uv >)
template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	mlx::steel::operator/ (integral_constant< T, tv >, integral_constant< U, uv >)
template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	mlx::steel::operator== (integral_constant< T, tv >, integral_constant< U, uv >)
template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	mlx::steel::operator!= (integral_constant< T, tv >, integral_constant< U, uv >)
template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	mlx::steel::operator< (integral_constant< T, tv >, integral_constant< U, uv >)
template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	mlx::steel::operator> (integral_constant< T, tv >, integral_constant< U, uv >)
template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	mlx::steel::operator<= (integral_constant< T, tv >, integral_constant< U, uv >)
template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	mlx::steel::operator>= (integral_constant< T, tv >, integral_constant< U, uv >)
template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	mlx::steel::operator&& (integral_constant< T, tv >, integral_constant< U, uv >)
template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	mlx::steel::operator|| (integral_constant< T, tv >, integral_constant< U, uv >)
template<typename T>
METAL_FUNC constexpr T	mlx::steel::sum (T x)
template<typename T, typename... Us>
METAL_FUNC constexpr auto	mlx::steel::sum (T x, Us... us)

Variables
template<typename T>
constexpr constant bool	mlx::steel::is_integral_v = is_integral<T>::value

Macro Definition Documentation

integral_const_binop

#define integral_const_binop	(		__op__,
			__operator__ )

Value:

  template <typename T, T tv, typename U, U uv>             \
  METAL_FUNC constexpr auto __operator__(                   \
      integral_constant<T, tv>, integral_constant<U, uv>) { \
    constexpr auto res = tv __op__ uv;                      \
    return integral_constant<decltype(res), res>{};         \
  }