///////////////////////////////////////////////////////////////////////
//  client.cpp - test the skeleton for the bridge pattern            //
//                                                                   //
//  Skeleton for the BRIDGE PATTERN                                  //
//  Participants:Abstraction, Refined Abstractions,                  //
//               Implementor, Concrete implementor                   //
//                                                                   //
//  ver 1.0                                                          //
//  Language:    Visual C++, ver 6.0,                                //
//  Platform:    Dell XPS1000r, Windows 2000 Professional            //
//  Author:      Jim Fawcett, CST 2-187, Syracuse Univ.              //
//  Source:                                                          //
//  Ivan Bernal/Wang Xiaoqiang                                       //
//  imbernal@syr.edu                                                 //
//  CSE791 - Design Patterns, Summer 2000                            //
///////////////////////////////////////////////////////////////////////

#include "Abstraction.h"
#include <iostream>
using namespace std;

int main( void )
{
  cout << "\n  Demonstrating Bridge Pattern"
       << "\n ==============================\n";

  cout << "\n  client creating RefinedAbstraction1A and RefinedAbstraction1B";
  Abstraction* aRefinedAbstraction1A = new RefinedAbstraction1(Abstraction::A);
  Abstraction* aRefinedAbstraction1B = new RefinedAbstraction1(Abstraction::B);

  cout << "\n  client using RefinedAbstractions 1A and 1B:";
  aRefinedAbstraction1A->Operation();
  aRefinedAbstraction1B->Operation();
  cout << endl;

  cout << "\n  client creating RefinedAbstraction2A and RefinedAbstraction2B";
  Abstraction* aRefinedAbstraction2A = new RefinedAbstraction2(Abstraction::A);
  Abstraction* aRefinedAbstraction2B = new RefinedAbstraction2(Abstraction::B);

  cout << "\n  client using RefinedAbstractions 1A and 1B:";
  aRefinedAbstraction2A->Operation();
  aRefinedAbstraction2B->Operation();

  delete aRefinedAbstraction1A; 
  delete aRefinedAbstraction1B; 
  delete aRefinedAbstraction2A; 
  delete aRefinedAbstraction2B; 

  cout << "\n\n";
  return 0;
}