///////////////////////////////////////////////////////////////
//  Abstr.cpp  -  Example of Bridge Design Pattern           //
//                using a manufacturing analogy              //
//  ver 1.0                                                  //
//  Language:     Visual C++, ver 6.0                        //
//  Platform:     Dell XPS1000r, Windows 2000 Professional   //
//  Application:  Design Patterns Presentation, Summer 2001  //
//  Author:       Jim Fawcett, CST 2-187, Syracuse Univ.     //
//                jfawcett@twcny.rr.com                      //
//  Source:       John DeMar, Link 210, Syracuse Univ.       //
//                jsdemar@syr.edu                            //
///////////////////////////////////////////////////////////////

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

void MakeType1Assembly::Load(void) {
  cout << "Type 1 Load Operation:" << endl;
  _imp->LoaderCmd();
}

void MakeType1Assembly::Fabricate(void) {
  cout << "Type 1 Fabricate Operation" << endl;
  _imp->DrillStationCmd();
  _imp->DrillStationCmd();
  _imp->DrillStationCmd();
  _imp->StampStationCmd();
}

void MakeType1Assembly::Test(void) {
  cout << "Type 1 Test Operation" << endl;
  _imp->TesterCmd();
}

void MakeType1Assembly::Unload(void) {
  cout << "Type 1 Unload Operation" << endl;
  _imp->UnloaderCmd();
}


void MakeType2Assembly::Load(void) {
  cout << "Type 2 Load Operation" << endl;
  _imp->LoaderCmd();
}

void MakeType2Assembly::Fabricate(void) {
  cout << "Type 2 Fabricate Operation" << endl;
  _imp->DrillStationCmd();
  _imp->StampStationCmd();
  _imp->StampStationCmd();
}

void MakeType2Assembly::Test(void) {
  cout << "Type 2 Test Operation" << endl;
  _imp->TesterCmd();
}

void MakeType2Assembly::Unload(void) {
  cout << "Type 2 Unload Operation" << endl;
  _imp->UnloaderCmd();
}