#define ALLOW_INSTRUCTOR_CODE
/***************************************************************************
 ***************************************************************************
 ****** BEFORE BEGINNING OR TURNING IN THIS EXERCISE IT IS  EXTREMELY ******
 ****** IMPORTANT THAT YOU READ, FULLY UNDERSTAND, AND ADHERE TO  THE ******
 ****** REQUIREMENTS STATED  IN  THE  DOCUMENT  TITLED,   "ASSIGNMENT ******
 ****** SUBMISSION REQUIREMENTS", DOWNLOADABLE FROM  THE  COURSE  WEB ******
 ****** SITE.                                                         ******
 ***************************************************************************
 **************************************************************************/



/***************************************************************************
 ************* C/C++ Programming 2:  Assignment 3 - Exercise 2 *************
 ******** BEGIN EXERCISE REQUIREMENT - THIS MUST BE A "C++" PROGRAM ********
 ***************************************************************************

   (2 points)  The following sentences describe declarations and a type
   cast, all of which can be implemented as syntactly-legal code:
   
      A.  "v is a pointer to void."
      B.  "a is a function returning an int and having one int parameter
           named y."
      C.  "z is a pointer to a pointer to an array of 3 floats."
      D.  "x is a reference to a pointer to a pointer to an array of 3
           floats."  (legal in C++ only)
      E.  "type cast to a pointer to a pointer to an array of 3 floats"

   For example, a sentence that reads, "x is an int", gets coded as int x;
   and a sentence that reads, "type cast to a pointer to a double" becomes
   (double *) and can be used on the variable x with the syntax (double *)x.

   
   Write function TestDeclarations:

      TestDeclarations syntax:
         void TestDeclarations();
      Parameters:
         none
      Synopsis:
         * Contains only the 5 syntactly-correct declarations and typecast
           for sentences A-E above.
         * The type cast created for sentence E must be used on variable <v>
           from sentence A.
      Return:
         void

   * Place a comment by each declaration/typecast indicating the letter of
     the sentence it represents.
   * Compiler "unreferenced" symbol/variable warnings are okay for this
     exercise only.
   * If sentence B causes a compiler error when placed inside the function,
     place it on the line just before the function instead.
   * Initialize the variable declared in sentence D to the variable declared
     in sentence C.
       
 ***************************************************************************
 ************************ END EXERCISE REQUIREMENT *************************
 **************************************************************************/



/***************************************************************************
 * BEFORE PRINTING THIS ASSIGNMENT  TO  TURN  IN, DELETE  THIS  COMMENT  AND
 * EVERYTHING ABOVE IT.
 **************************************************************************/

/*
 * TODO:
 *   REPLACE THIS COMMENT WITH YOUR TITLE BLOCK.
 */

/*
 * TODO:
 *    REPLACE THIS COMMENT WITH YOUR C++ CODE, PLUS  ANYTHING  NECESSARY  TO
 *    SUPPORT MY TEST CODE BELOW.  DO NOT INCLUDE ANY UNNEEDED HEADER FILES!
 */

/***************************************************************************
 * BEFORE PRINTING THIS ASSIGNMENT  TO  TURN  IN, DELETE  THIS  COMMENT  AND
 * EVERYTHING BELOW IT.
 **************************************************************************/

/*
 ***** Change nothing below this comment without instructor permission. ****
 * Everything that follows was written to help test/verify your code.  You
 * do not need to understand the details of my code to write yours!
 */
#ifdef ALLOW_INSTRUCTOR_CODE
int main()
{
   TestDeclarations();
   cout << "Done!\n";
   return EXIT_SUCCESS;
}
#endif