table of contents
| std::rel_ops(3cxx) | std::rel_ops(3cxx) |
NAME¶
std::rel_ops - The generated relational operators are sequestered here.
SYNOPSIS¶
Functions¶
template<class _Tp > bool operator!=
(const _Tp &__x, const _Tp &__y)
Defines != for arbitrary types, in terms of ==.
template<class _Tp > bool operator<= (const
_Tp &__x, const _Tp &__y)
Defines <= for arbitrary types, in terms of <.
template<class _Tp > bool operator> (const _Tp
&__x, const _Tp &__y)
Defines > for arbitrary types, in terms of <.
template<class _Tp > bool operator>= (const
_Tp &__x, const _Tp &__y)
Defines >= for arbitrary types, in terms of <.
Detailed Description¶
The generated relational operators are sequestered here.
Libstdc++ headers must not use the contents of rel_ops. User code should also avoid them, because unconstrained function templates are too greedy and can easily cause ambiguities.
C++20 default comparisons are a better solution.
Function Documentation¶
template<class _Tp > bool std::rel_ops::operator!= (const _Tp & __x, const _Tp & __y) [inline]¶
Defines != for arbitrary types, in terms of ==.
Parameters
__y Another thing.
Returns
This function uses == to determine its result.
template<class _Tp > bool std::rel_ops::operator<= (const _Tp & __x, const _Tp & __y) [inline]¶
Defines <= for arbitrary types, in terms of <.
Parameters
__y Another thing.
Returns
This function uses < to determine its result.
template<class _Tp > bool std::rel_ops::operator> (const _Tp & __x, const _Tp & __y) [inline]¶
Defines > for arbitrary types, in terms of <.
Parameters
__y Another thing.
Returns
This function uses < to determine its result.
template<class _Tp > bool std::rel_ops::operator>= (const _Tp & __x, const _Tp & __y) [inline]¶
Defines >= for arbitrary types, in terms of <.
Parameters
__y Another thing.
Returns
This function uses < to determine its result.
Author¶
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| libstdc++ |