CS 210

PROJECT 1		               Due Date: Noon Tuesday 09/16/2003

     The purpose of this initial project is to acquaint the student with
the use of our Linux system and its program development tools needed for
creating and executing application programs which are written in the GNU 
assembly language.  


                        PROJECT STATEMENT

     Use a Linux text-editor program (such as 'vi') to type the assembly
language source-code for a program you have designed that will display a 
mathematical table showing both the square and the cube of each positive
integer from 1 through 20.  Your algorithm should NOT use any 'multiply'
instructions, only additions (i.e., 'add' and 'inc' instructions).  This
is just an enhanced version of the 'demo2.s' program discussed in class,
so your project-solution can be a 'modification' of that program's code.  
When you assemble, link, and execute your file, it should produce output
that looks like this:

                    Table of Squares and Cubes

                  number       square       cube
		  ------------------------------
		     1            1           1
		     2            4           8
		     3            9          27
		     4           16          64
		     5           25         125
		     .            .           .
		     .            .           .
		     .            .           .
		    20         	400        8000 
		  ------------------------------


You can redirect your program's output to a file, so it can be printed.
For example, if your executable file is named 'cubes', then you can use
this command-syntax:	$ ./cubes > cubes.out 



                          WHAT TO SUBMIT?

     Your project-submission consists of two parts: (1) computer files,
and (2) paper printouts.  Each part has two required pieces: source and
output.  Your computer files are submitted by copying them to a special
directory (called a 'submit' directory) which only you, the Instructor,
and the Teaching Assistant can access.  Your printouts are submitted by
putting them into the Instructor's mailbox (located in Harney 208).  Be
sure all parts of your project are submitted before the deadline!
_______________________________________________________________________
(c) Allan B. Cruse       University of San Francisco          Fall 2003