multimap.html

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Returns the size of the <tt>multimap</tt>.
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<tt>size_type max_size() const</tt>
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 <A href="Container.html">Container</A>
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Returns the largest possible size of the <tt>multimap</tt>.
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<tt>bool empty() const</tt>
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 <A href="Container.html">Container</A>
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<tt>true</tt> if the <tt>multimap</tt>'s size is <tt>0</tt>.
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<tt>key_compare key_comp() const</tt>
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 <A href="SortedAssociativeContainer.html">Sorted Associative Container</A>
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Returns the <tt>key_compare</tt> object used by the <tt>multimap</tt>.
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<tt>value_compare value_comp() const</tt>
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 <A href="SortedAssociativeContainer.html">Sorted Associative Container</A>
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Returns the <tt>value_compare</tt> object used by the <tt>multimap</tt>.
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<tt>multimap()</tt>
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 <A href="Container.html">Container</A>
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Creates an empty <tt>multimap</tt>.
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<tt>multimap(const key_compare&amp; comp)</tt>
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 <A href="SortedAssociativeContainer.html">Sorted Associative Container</A>
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Creates an empty <tt>multimap</tt>, using <tt>comp</tt> as the <tt>key_compare</tt> object.
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<pre>
template &lt;class <A href="InputIterator.html">InputIterator</A>&gt;
multimap(InputIterator f, InputIterator l)
<A href="#2">[2]</A>
</pre>
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 <A href="MultipleSortedAssociativeContainer.html">Multiple Sorted Associative Container</A>
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Creates a multimap with a copy of a range.
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<pre>
template &lt;class <A href="InputIterator.html">InputIterator</A>&gt;
multimap(InputIterator f, InputIterator l,
         const key_compare&amp; comp) 
<A href="#2">[2]</A>
</pre>
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 <A href="MultipleSortedAssociativeContainer.html">Multiple Sorted Associative Container</A>
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Creates a multimap with a copy of a range, using <tt>comp</tt> as the <tt>key_compare</tt>
   object.
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<tt>multimap(const multimap&amp;)</tt>
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 <A href="Container.html">Container</A>
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The copy constructor.
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<tt>multimap&amp; operator=(const multimap&amp;)</tt>
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 <A href="Container.html">Container</A>
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The assignment operator
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<tt>void swap(multimap&amp;)</tt>
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 <A href="Container.html">Container</A>
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Swaps the contents of two multimaps.
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<tt>iterator insert(const value_type&amp; x)</tt>
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 <A href="MultipleAssociativeContainer.html">Multiple Associative Container</A>
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Inserts <tt>x</tt> into the <tt>multimap</tt>.
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<pre>
iterator insert(iterator pos, 
                const value_type&amp; x)
</pre>
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 <A href="MultipleSortedAssociativeContainer.html">Multiple Sorted Associative Container</A>
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Inserts <tt>x</tt> into the <tt>multimap</tt>, using <tt>pos</tt> as a hint to where it will be
   inserted.
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<pre>
template &lt;class <A href="InputIterator.html">InputIterator</A>&gt;
void insert(InputIterator, InputIterator)
<A href="#2">[2]</A>
</pre>
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 <A href="MultipleSortedAssociativeContainer.html">Multiple Sorted Associative Container</A>
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Inserts a range into the <tt>multimap</tt>.
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<tt>void erase(iterator pos)</tt>
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 <A href="AssociativeContainer.html">Associative Container</A>
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Erases the element pointed to by <tt>pos</tt>.
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<tt>size_type erase(const key_type&amp; k)</tt>
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 <A href="AssociativeContainer.html">Associative Container</A>
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Erases the element whose key is <tt>k</tt>.
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<tt>void erase(iterator first, iterator last)</tt>
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 <A href="AssociativeContainer.html">Associative Container</A>
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Erases all elements in a range.
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<tt>void clear()</tt>
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 <A href="AssociativeContainer.html">Associative Container</A>
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Erases all of the elements.
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<tt>iterator find(const key_type&amp; k)</tt>
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 <A href="AssociativeContainer.html">Associative Container</A>
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Finds an element whose key is <tt>k</tt>.
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<tt>const_iterator find(const key_type&amp; k) const</tt>
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 <A href="AssociativeContainer.html">Associative Container</A>
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Finds an element whose key is <tt>k</tt>.
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<tt>size_type count(const key_type&amp; k)</tt>
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 <A href="AssociativeContainer.html">Associative Container</A>
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Counts the number of elements whose key is <tt>k</tt>.
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<tt>iterator lower_bound(const key_type&amp; k)</tt>
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 <A href="SortedAssociativeContainer.html">Sorted Associative Container</A>
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Finds the first element whose key is not less than <tt>k</tt>.
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<tt>const_iterator lower_bound(const key_type&amp; k) const</tt>
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<TD VAlign=top>
 <A href="SortedAssociativeContainer.html">Sorted Associative Container</A>
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<TD VAlign=top>
Finds the first element whose key is not less than <tt>k</tt>.
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<tt>iterator upper_bound(const key_type&amp; k)</tt>
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 <A href="SortedAssociativeContainer.html">Sorted Associative Container</A>
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<TD VAlign=top>
Finds the first element whose key greater than <tt>k</tt>.
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<tt>const_iterator upper_bound(const key_type&amp; k) const</tt>
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 <A href="SortedAssociativeContainer.html">Sorted Associative Container</A>
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Finds the first element whose key greater than <tt>k</tt>.
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<pre>
pair&lt;iterator, iterator&gt;
equal_range(const key_type&amp; k)
</pre>
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 <A href="SortedAssociativeContainer.html">Sorted Associative Container</A>
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Finds a range containing all elements whose key is <tt>k</tt>.
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<pre>
pair&lt;const_iterator, const_iterator&gt; 
equal_range(const key_type&amp; k) const
</pre>
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 <A href="SortedAssociativeContainer.html">Sorted Associative Container</A>
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Finds a range containing all elements whose key is <tt>k</tt>.
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<pre>
bool operator==(const multimap&amp;, 
                const multimap&amp;)
</pre>
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<TD VAlign=top>
 <A href="ForwardContainer.html">Forward Container</A>
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Tests two multimaps for equality.  This is a global function, not
   a member function.
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<pre>
bool operator&lt;(const multimap&amp;, 
               const multimap&amp;)
</pre>
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 <A href="ForwardContainer.html">Forward Container</A>
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Lexicographical comparison.  This is a global function, not
   a member function.
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<h3>New members</h3>
All of <tt>multimap</tt>'s members are defined in the
<A href="MultipleSortedAssociativeContainer.html">Multiple Sorted Associative Container</A> and <A href="PairAssociativeContainer.html" tppabs="http://www.sgi.com/Technology/STL/PairAssociativeContainer.shtml">Pair Associative Container</A>
requirements.  <tt>Multimap</tt> does not introduce any new members.
<h3>Notes</h3>
<P><A name="1">[1]</A>
<tt>Multimap::iterator</tt> is not a mutable iterator, because
<tt>multimap::value_type</tt> is not 
<A href="Assignable.html">Assignable</A>.  That is, if <tt>i</tt> is of
type <tt>multimap::iterator</tt> and <tt>p</tt> is of type
<tt>multimap::value_type</tt>, then <tt>*i = p</tt> is not a valid
expression.  However, <tt>multimap::iterator</tt> isn't a constant
iterator either, because it can be used to modify the object that it
points to.  Using the same notation as above, <tt>(*i).second = p</tt>
is a valid expression.  The same point applies to
<tt>multimap::reverse_iterator</tt>.
<P><A name="2">[2]</A>
This member function relies on <i>member template</i> functions, which
at present (early 1998) are not supported by all compilers.  If your
compiler supports member templates, you can call this function with
any type of <A href="InputIterator.html">input iterator</A>.  If your
compiler does not yet support member templates, though, then the
arguments must either be of type <tt>const value_type*</tt> or of type
<tt>multimap::const_iterator</tt>.
<h3>See also</h3>
<A href="AssociativeContainer.html">Associative Container</A>, 
<A href="SortedAssociativeContainer.html">Sorted Associative Container</A>, 
<A href="PairAssociativeContainer.html">Pair Associative Container</A>, 
<A href="MultipleSortedAssociativeContainer.html">Multiple Sorted Associative Container</A>, 
<tt><A href="set.html">set</A></tt>, <tt><A href="Map.html" tppabs="http://www.sgi.com/Technology/STL/Map.shtml">map</A></tt>
<tt><A href="multiset.html">multiset</A></tt>, 
<tt><A href="hash_set.html">hash_set</A></tt>, 
<tt><A href="hash_map.html">hash_map</A></tt>, 
<tt><A href="hash_multiset.html">hash_multiset</A></tt>, 
<tt><A href="hash_multimap.html">hash_multimap</A></tt>

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