<algorithm>
				

   template<class InputIterator1, class InputIterator2, class Compare>
   inline bool includes(InputIterator1 first1,
                        InputIterator1 last1,
                        InputIterator2 first2,
                        InputIterator2 last2,
                        Compare compare)
				

////////////////////////////////////////////////////////////////////// 
// 
// Compile options needed: /GX
// 
// includesP.cpp : Illustrates how to use the predicate version of
//                 includes function.
// 
// Functions:
// 
//    includes - Search for one sequence in another.
//    string_compare - Compare strings, return true if
//                       s1 < s2.
// 
// Written by Kalindi Sanghrajka
// of Microsoft Product Support Services,
// Software Core Developer Support.
// Copyright (c) 1996 Microsoft Corporation. All rights reserved.
////////////////////////////////////////////////////////////////////// 

// disable warning C4786: symbol greater than 255 character,
// okay to ignore
#pragma warning(disable: 4786)

#include <iostream>
#include <algorithm>
#include <functional>
#include <string>
#include <vector>
#include <deque>
using namespace std;

bool string_compare(const string& s1, const string& s2)
{
    return s1 < s2 ? 1 : 0;
}
void main()
{
    const int VECTOR_SIZE = 5 ;

    // Define a template class vector of strings
    typedef vector<string, allocator<string> > StringVector ;

    //Define an iterator for template class vector of strings
    typedef StringVector::iterator StringVectorIt ;

    // Define a template class deque of strings
    typedef deque<string, allocator<string> > StringDeque ;

    //Define an iterator for template class deque of strings
    typedef StringDeque::iterator StringDequeIt ;

    StringVector CartoonVector(VECTOR_SIZE) ;
    StringDeque CartoonDeque ;

    StringVectorIt start1, end1, it1 ;
    StringDequeIt start2, end2, it2 ;

    // Initialize vector Vector1
    CartoonVector[0] = "Aladdin" ;
    CartoonVector[1] = "Jasmine" ;
    CartoonVector[2] = "Mickey" ;
    CartoonVector[3] = "Minnie" ;
    CartoonVector[4] = "Goofy" ;

    start1 = CartoonVector.begin() ;  // location of first
                                      // element of CartoonVector

    end1 = CartoonVector.end() ;  // one past the location last
                                  // element of CartoonVector

    //Initialize list CartoonDeque
    CartoonDeque.push_back("Jasmine") ;
    CartoonDeque.push_back("Aladdin") ;
    CartoonDeque.push_back("Goofy") ;

    start2 = CartoonDeque.begin() ; // location of first
                                    // element of CartoonDeque

    end2 = CartoonDeque.end() ; // one past the location last
                                // element of CartoonDeque


    //sort CartoonVector and CartoonDeque alphabetically
    //includes requires the sequences
    //to be sorted.
    sort(start1, end1, string_compare) ;
    sort(start2, end2, string_compare) ;

    // print contents of CartoonVector and CartoonDeque
    cout << "CartoonVector { " ;
    for(it1 = start1; it1 != end1; it1++)
        cout << *it1 << ", " ;
    cout << " }\n" << endl ;
    cout << "CartoonDeque { " ;
    for(it2 = start2; it2 != end2; it2++)
        cout << *it2 << ", " ;
    cout << " }\n" << endl ;

    //Is CartoonDeque a subset of CartoonVector?
    if(includes(start1, end1, start2, end2, string_compare) )
        cout << "CartoonVector includes CartoonDeque"
        << endl ;
    else
        cout << "CartoonVector does not include CartoonDeque"
        << endl ;

}

Program Output is:

CartoonVector { Aladdin, Goofy, Jasmine, Mickey, Minnie,  }

CartoonDeque { Aladdin, Goofy, Jasmine,  }

CartoonVector includes CartoonDeque