// file: lecture_28/myprog.cc
//

// include files
//
#include "myprog.h"

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

  fprintf(stdout, "---- first part ----\n");

  // declare an object
  //
  Toaster joe;
  Toaster alex(argv[1]);
  long i = 27;
  joe.get_len((float)i);
  //  float sum = (float)joe;

  Toaster kitchenaide((float)99.0);
  Toaster bosch((double)0.28282828282828282828282828);
  /*
  kitchenaide.get_len((float)3);


  // use an operator overload for "+"
  //
  Toaster sum;
  sum.add(bosch, kitchenaide);
  sum = bosch + kitchenaide;
  //sum = bosch + kitchenaide + ((bosch * kitchenaide) / bosch);

  kitchenaide.display(stdout, (char*)"kitchenaide");
  bosch.display(stdout, (char*)"bosch");
  sum.display(stdout, (char*)"sum");
    
  // get some values
  //
  fprintf(stdout, "length = %d\n", kitchenaide.get_len());

  // set some values
  //
  kitchenaide.set_values(10, 5, 27.0);
  bosch.set_values(99, 99, 99);
  kitchenaide.display(stdout, (char*)"kitchenaide");
  bosch.display(stdout, (char*)"bosch");

  // print some stuff
  //
  kitchenaide.display(stdout, (char*)"kitchenaide");
  kitchenaide.display(stdout);
  bosch.display(stdout, (char*)"bosch");

  fprintf(stdout, "---- end of first part ----\n");

  // repeat this with pointers
  //
  fprintf(stdout, "---- second part ----\n");  

  Toaster* amazon = (Toaster*)NULL;
  amazon = new Toaster();

  amazon->set_values(10, 5, 27.0);
  amazon->display(stdout, (char*)"amazon");
  delete amazon;

  fprintf(stdout, "---- end of second part ----\n");

  // allocate an array
  //
  fprintf(stdout, "---- third part ----\n");  
  //Toaster foo[10];
  Toaster* goo = new Toaster[10];
  delete [] goo;
  fprintf(stdout, "---- end of third part ----\n");

  // introduce a new syntax
  //
  bosch.display(kitchenaide);

  */
  // exit gracefully
  //
  return(0);
}