// file: lecture_28/example.cc
//

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

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

  // declare a variable of type Toaster::TYPES
  //
  /*
  Toaster::TYPES foo = Toaster::CUISENART;
  Toaster::TYPES goo = Toaster::BOSCH;
  fprintf(stdout, "size of TYPES is: %d\n", sizeof(foo));
  fprintf(stdout, "the value of %s = %d\n", "foo", foo);
  foo = (Toaster::TYPES)1;
  fprintf(stdout, "the value of %s = %d\n", "foo", foo);
  fprintf(stdout, "the value of %s = %d\n", "goo", goo);

  goo = Toaster::SUNBEAM;
  fprintf(stdout, "the value of %s = %d\n", "new_goo", goo);

  goo = Toaster::BRIEF;
  fprintf(stdout, "the value of %s = %d\n", "newest_goo", goo);
  Toaster::BOOL lval = Toaster::FALSE;

  // declare a string
  //
  char* joe = (char*)"joe";
  */

  /*
  // declare an object
  //
  Toaster bosch;
  Toaster sunbeam;

  // set the debug level
  //
  bosch.debug_level_d = Toaster::FULL;
  sunbeam.debug_level_d = Toaster::BRIEF;

  // print the values of debug_level_d
  //
  fprintf(stdout, "%s: address is %d\n", "bosch", &bosch.debug_level_d);
  fprintf(stdout, "%s: %d\n", "bosch", bosch.debug_level_d);

  fprintf(stdout, "%s: address is %d\n", "sunbeam", &sunbeam.debug_level_d);
  fprintf(stdout, "%s: %d\n", "sunbeam", sunbeam.debug_level_d);

  // call a function
  //
  bosch.set_value(99, 99, 99.999);
  sunbeam.set_value(-1, -1, -1.1111);
  */

  // demonstrate the const operator
  //
  const long i = 27;
  fprintf(stdout, "i = %ld\n", i);
  i = 35;

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