####################################################################
#                                                                  #
# NAME:                                                            #
#                                                                  #
####################################################################

#
# Example HW3 Program
# The program is represented simply as a sequence of words in memory.
#
# You should feel free to use this file as a template for creating
# your own test programs.
#

.data

.globl code                     # the symbol code must be global
code:
        .word   0xD0000000      # clear
        .word   0xE0000008      # push 8
        .word   0xE0000009      # push 9
        .word   0x10000000      # add
        .word   0x10000000      # add
        .word   0xF0000000      # show
        .word   0xE0000003      # push 3
        .word   0xE0000004      # push 4
        .word   0x30000000      # mult
        .word   0xF0000000      # show
        .word   0x20000000      # sub
        .word   0xF0000000      # show
        .word   0xEffffffe      # push -2
        .word   0x30000000      # mult
        .word   0xF0000000      # show
        .word   0x00000000      # stop


#====================================================================
#       Static data allocation and initialization
#====================================================================

# PUT YOUR STATIC DATA DEFINITIONS HERE

.text


#====================================================================
#       Program text
#====================================================================

.globl main

main:
#
# Main program entry
#
        subu    $sp, $sp, 4     # allocate stack frame
        sw      $ra, 0($sp)     # save return address

#
# Main body
#
# Register usage:
#   EXPLAIN USAGE OF ANY REGISTERS WHOSE USE IS DEDICATED TO ONE TASK
#   IN YOUR CODE HERE...


#
# main exit
#
exit:
        lw      $ra, 0($sp)	# restore return address
        addiu   $sp, $sp, 4     # pop stack frame
        j       $ra             # return