0	# Here is a sample program.
   1	main:				# function main
   2		and	$1  $0  $0;	# clear r1
	0000	3010
   3		llo	$2  54;		# r2 = 00110110 = 0x36
	0002	8236
   4		addi	$1  $0 -1;	# set r1 = 0xFFFF	
	0004	401F
   5		xor	$3  $2  $1;     # set r3 = 0xFFC9
	0006	2231
   6		and	$3  $2  $1;	# r3 = 036
	0008	3231
   7		lhi	$5  512;	# r5 = 0x0002
	000A	8502
   8		addi	$4  $3 4;	# r4 = 0x003A
	000C	4344
   9		lhi	$6  counter;	# get upper address of counter 
	000E	8600
  10		llo	$7  counter;	# lower portion in LSB
	0010	8734
  11		rotr	$6  $6  8;	# move it to MSB
	0012	5668
  12		or	$7  $7 $6;	# build full adress
	0014	1776
  13		ld	$8  0($7);	# load the initial value into r8
	0016	7780
  14		st	$8  2($7);	# store it into temp
	0018	6782
  15		lhi	$14  decr;	# get upper address of counter 
	001A	8E00
  16		llo	$15  decr;
	001C	8F2E
  17		rotr	$14  $14  8;	# move it to MSB
	001E	5EE8
  18		or	$14  $14 $15;
	0020	1EEF
  19	loop:	bz	$8  done;	
	0022	B805
  20		or	$2  $8  $8;	# move to arg register
	0024	1828
  21		jr	$15  0($14);	# call decr
	0026	CEF0
  22		or	$8  $1 $0;	# move from result reg
	0028	1180
  23		jmp	loop;
	002A	F011
  24	done:
  25		jmp	done;		# stuck here
	002C	F016
  26	
  27	decr:	addi	$1 $2 -1;
	002E	421F
  28		jr	$0  2($15);	# return
	0030	CF02
  29	foo:	jmp	foo;
	0032	F019
  30	counter:.data	2;
	0034	0002
  31	temp:   .data   0;
	0036	0000