Reference
C Library
IOstream Library
Strings library
STL Containers
STL Algorithms
Miscellaneous
STL Containers
bitset
deque
list
map
multimap
multiset
priority_queue
queue
set
stack
vector
multimap
comparison operators
multimap::multimap
multimap::~multimap
member functions:
multimap::begin
multimap::clear
multimap::count
multimap::empty
multimap::end
multimap::equal_range
multimap::erase
multimap::find
multimap::get_allocator
multimap::insert
multimap::key_comp
multimap::lower_bound
multimap::max_size
multimap::operator=
multimap::rbegin
multimap::rend
multimap::size
multimap::swap
multimap::upper_bound
multimap::value_comp


multimap::rend

public member function
      reverse_iterator rend();
const_reverse_iterator rend() const;

Return reverse iterator to reverse end

Returns a reverse iterator referring to the element right before the first element in the multimap container, which is considered its reverse end.

Notice that rend does not refer to the same element as multimap::begin, but to the element right before it.

Parameters

none

Return Value

A reverse iterator to the reverse end of the sequence.

Both reverse_iterator and const_reverse_iterator are member types. In the multimap class template, these are reverse bidirectional iterators, defined as reverse_iterator<iterator> and reverse_iterator<const_iterator> respectively.

Dereferencing this iterator accesses the element's value, which is of type pair<const Key,T>.

Example

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
// multimap::rbegin/rend
#include <iostream>
#include <map>
using namespace std;
int main ()
{
  multimap<char,int> mymultimap;
  multimap<char,int>::reverse_iterator rit;
  mymultimap.insert (pair<char,int>('x',10));
  mymultimap.insert (pair<char,int>('y',20));
  mymultimap.insert (pair<char,int>('y',150));
  mymultimap.insert (pair<char,int>('z',9));
  // show content:
  for ( rit=mymultimap.rbegin() ; rit != mymultimap.rend(); rit++ )
    cout << rit->first << " => " << rit->second << endl;
  return 0;
}


Output:
z => 9
y => 150
y => 20
x => 10

Complexity

Constant.

See also