element at a given position s1.erase(next(s1.begin())); cout << "After the 2nd element is deleted, the multiset s1 is:" << endl; printmultiset(s1); // Fill in some data to test with, one at a time, using an intializer list mymultiset s2{ "meow", "nikita", "nikita", "...
> > next element.[/color] > > All _sequence_ containers. std::multiset<T >::erase(T) will return the > number erased, as does multimap::erase . Other associative_con tainer::erase > methods return void.[/color] Thanks. Just one question. My version of the standard has multimap::er...
Removes specified elements from the container. The order of the remaining equivalent elements is preserved. 1,2)Removes the element atpos.Only one overload is provided ifiteratorandconst_iteratorare the same type.(since C++11) 3)Removes the elements in the range[first,last), which must be a...
1,2)Removes the element atpos. Only one overload is provided ifiteratorandconst_iteratorare the same type. 3)Removes the elements in the range[first,last), which must be a valid range in*this. 4)Removes all elements with the key equivalent tokey. ...
'it' is erased, only iterators to the same element are invalidated. 'next' has already been incremented to the next item (before 'it' has been erased), so 'next' is safe from being invalidated in this manner. However, as you point out in your next message, this code is happening ...
1,2)Removes the element atpos. Only one overload is provided ifiteratorandconst_iteratorare the same type. 3)Removes the elements in the range[first,last), which must be a valid range in*this. 4)Removes the element (if one exists) with the key equivalent tokey. ...
1,2)Removes the element atpos. 3)Removes the elements in the range[first,last), which must be a valid range in*this. 4)Removes the element (if one exists) with the key equivalent tokey. 5)Removes all elements with key that comparesequivalentto the valuex. This overload participates in...
Removes specified elements from the container. 1,2)Removes the element atpos.Only one overload is provided ifiteratorandconst_iteratorare the same type.(since C++11) 3)Removes the elements in the range[first,last), which must be a valid range in*this. ...
pos-iterator to the element preceding the element to remove first, last-range of elements to remove Return value 1)Iterator to the element following the erased one, orend()if no such element exists. 2)last Complexity 1)Constant. 2)Linear in distance betweenfirstandlast. ...
1,2)Removes the element atpos. 3)Removes the elements in the range[first,last), which must be a valid range in*this. 4)Removes all elements with the key equivalent tokey. 5)Removes all elements with key that comparesequivalentto the valuex. This overload participates in overload resoluti...