// file: lecture_37/example.cc
//

// local include files
//
#include "car.h"

// create a car outside of main
//
//static Car joe;
//static Car joe1;

// define a function
//
//void mary(Car& foo);

// define a main program
//
int main(int argc, char** argv) {

  // declare a container for cars
  //
  Car car1;
  //  car1.myprint();
  car1.myprint((char*)"car1 **>", stdout);

  Car car2((char*)"Ford", (char*)"Blue");
  Car car3((char*)"Ford", (char*)"Blue", (float)27.0);

  Car car4(argv[1], argv[2], atof(argv[3]));
  car1.myprint((char*)"car1 **>", stdout);
  car2.myprint((char*)"car2 **>", stdout);

  //Car car3(argv[1]);
  //  car1.myprint((char*)"car1 **>", stdout);
  //  car2.myprint((char*)"car2 **>", stdout);
  //  car3.myprint((char*)"car3 **>", stdout);

  // print these objects
  //
  
  // add a car
  //
  //  LinkedList cars;
  //cars.append(car1);
  //cars.append(car2);
  //cars.append(car3);
  //cars.display("testing", stdout);

  // display the car
  //
  //  car2.myprint();
  // car2.myprint((char*)"car2");
  //car2.myprint((char*)"car2", stdout);

  // set some values
  //
  //car1.set((char*)"Porsche");
  //car1.myprint((char*)"car1");

  //car2.set((char*)"Ford",(char*)"pink");
  //car2.myprint((char*)"car2");

  // call joe
  //
  //joe.myprint((char*)"joe");

  // exit gracefully
  //
  fprintf(stdout, ">>>... exiting the main program\n");
  return(0);
}

// a function
//
//void mary(Car& foo) {
//  joe.myprint((char*)"joe");
//}