lolol

#include<iostream>
#include<vector>

using  namespace std ;

template < typename T > void printVector  ( const vector < T > &integers2) ;
 
int main()
{
	
	int size = 6;
	int array[6] = {1,2,3,4,5,6};
	
	vector< int > integers ;
	 cout<<" size of vector is "<< integers.size()<<endl<<" initial capacity of vector is "<<integers.capacity()<<endl;
	 
	 integers.push_back(2);
     integers.push_back(3);
	 integers.push_back(4);
	 
	 for(int i=0;i<4;i++)
	   cout<<integers[i];
	  cout<<endl;
	 
      cout<<" size of vector is "<< integers.size()<<endl<<" output capacity of vector is "<<integers.capacity()<<endl;
      
      // print normal array
      printVector( integers);
      vector < int > ::const_reverse_iterator revIt ;
      vector < int > :: const_reverse_iterator tempIt = integers.rend();
      
      for(revIt = integers.rbegin();revIt != tempIt ; ++revIt)
        cout<<*revIt<<"\t";
        cout<<endl;
	return 0;		 
}

template < typename T > void printVector ( const vector < T > &integers2)
 {
 	typename vector < T > ::const_iterator constint,infi;
 	infi = integers2.end();
 	for(constint= integers2.begin() ; constint != infi;++constint)
 	   cout<<*constint<<"\t";
 	   cout<<endl;
 	   
 }