template< class T > bool operator==( const dynarray<T>& lhs, const dynarray<T>& rhs ); | (1) | |
template< class T > bool operator!=( const dynarray<T>& lhs, const dynarray<T>& rhs ); | (2) | |
template< class T > bool operator<( const dynarray<T>& lhs, const dynarray<T>& rhs ); | (3) | |
template< class T > bool operator<=( const dynarray<T>& lhs, const dynarray<T>& rhs ); | (4) | |
template< class T > bool operator>( const dynarray<T>& lhs, const dynarray<T>& rhs ); | (5) | |
template< class T > bool operator>=( const dynarray<T>& lhs, const dynarray<T>& rhs ); | (6) |
Compares the contents of two containers.
lhs
and rhs
are equal, that is, whether lhs.size() == rhs.size()
and each element in lhs
compares equal with the element in rhs
at the same position.lhs
and rhs
lexicographically. The comparison is performed by a function equivalent to std::lexicographical_compare
.lhs, rhs | - | containers whose contents to compare |
-
T must meet the requirements of EqualityComparable in order to use overloads (1-2). |
||
-
T must meet the requirements of LessThanComparable in order to use overloads (3-6). The ordering relation must establish total order. |
true
if the contents of the containers are equal, false
otherwisetrue
if the contents of the containers are not equal, false
otherwisetrue
if the contents of the lhs
are lexicographically less than the contents of rhs
, false
otherwisetrue
if the contents of the lhs
are lexicographically less than or equal the contents of rhs
, false
otherwisetrue
if the contents of the lhs
are lexicographically greater than the contents of rhs
, false
otherwisetrue
if the contents of the lhs
are lexicographically greater than or equal the contents of rhs
, false
otherwiseLinear in the size of the container.
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