#ifndef VECTOR_CPP_#define VECTOR_CPP_#include "vector.h"#include "StartConv.h"template <class Object>const vector<Object> & vector<Object>::operator=( const vector<Object> & rhs ){    if( this != &rhs )    {        delete [ ] objects;        theSize = rhs.size( );        theCapacity = rhs.theCapacity;        objects = new Object[ capacity( ) ];        for( int k = 0; k < size( ); k++ )            objects[ k ] = rhs.objects[ k ];    }    return *this;}template <class Object>void vector<Object>::resize( int newSize ){    if( newSize > theCapacity )        reserve( newSize * 2 );    theSize = newSize;}template <class Object>void vector<Object>::reserve( int newCapacity ){    Object *oldArray = objects;    int numToCopy = newCapacity < theSize ? newCapacity : theSize;    newCapacity += SPARE_CAPACITY;    objects = new Object[ newCapacity ];    for( int k = 0; k < numToCopy; k++ )        objects[ k ] = oldArray[ k ];    theSize = numToCopy;    theCapacity = newCapacity;    delete [ ] oldArray;}template <class Object>void vector<Object>::push_back( const Object & x ){    if( theSize == theCapacity )        reserve( 2 * theCapacity + 1 );    objects[ theSize++ ] = x;}template <class Object>void vector<Object>::pop_back( ){    if( empty( ) )        throw UnderflowException( "Cannot call pop_back on empty vector" );    theSize--;}template <class Object>const Object & vector<Object>::back( ) const{    if( empty( ) )        throw UnderflowException( "Cannot call back on empty vector" );    return objects[ theSize - 1 ];}#include "EndConv.h"#endif