std::equal_to,not_equal_to,less,greater,less_equal,(3)

NAME
std::equal_to,not_equal_to,less,greater,less_equal, - std::equal_to,not_equal_to,less,greater,less_equal,

Synopsis
   Defined in header <experimental/propagate_const>
   template< class T > struct (library
   equal_to<std::experimental::propagate_const<T>>; fundamentals TS
                        v2)
   template< class T > struct (library
   not_equal_to<std::experimental::propagate_const<T>>; fundamentals TS
                        v2)
   template< class T > struct (library
   less<std::experimental::propagate_const<T>>; fundamentals TS
                        v2)
   template< class T > struct (library
   greater<std::experimental::propagate_const<T>>; fundamentals TS
                        v2)
   template< class T > struct (library
   less_equal<std::experimental::propagate_const<T>>; fundamentals TS
                        v2)
   template< class T > struct (library
   greater_equal<std::experimental::propagate_const<T>>; fundamentals TS
                        v2)
   The standard comparison function objects are partially specialized for
   std::experimental::propagate_const<T>.
   Let p.t_ denote the pointer-like object wrapped by a
   std::experimental::propagate_const<T> p, then given objects p and q of type
   std::experimental::propagate_const<T>, the following shall hold:
     * std::equal_to<std::experimental::propagate_const<T>>()(p, q) ==
       std::equal_to<T>()(p.t_, q.t_)
     * std::not_equal_to<std::experimental::propagate_const<T>>()(p, q) ==
       std::not_equal_to<T>()(p.t_, q.t_)
     * std::less<std::experimental::propagate_const<T>>()(p, q) == std::less<T>()(p.t_,
       q.t_)
     * std::greater<std::experimental::propagate_const<T>>()(p, q) ==
       std::greater<T>()(p.t_, q.t_)
     * std::less_equal<std::experimental::propagate_const<T>>()(p, q) ==
       std::less_equal<T>()(p.t_, q.t_)
     * std::greater_equal<std::experimental::propagate_const<T>>()(p, q) ==
       std::greater_equal<T>()(p.t_, q.t_)

Notes
   These specializations ensure that when T is a pointer type, specializations of these
   class templates for std::experimental::propagate_const<T> yield a total order, even
   if the corresponding built-in operators do not.

Example
    This section is incomplete
    Reason: no example

See also
   equal_to function object implementing x == y
                 (class template)
   not_equal_to function object implementing x != y
                 (class template)
   less function object implementing x < y
                 (class template)
   greater function object implementing x > y
                 (class template)
   less_equal function object implementing x <= y
                 (class template)
   greater_equal function object implementing x >= y
                 (class template)

Category:
     * Todo no example