.ugen	
	.verstamp	3 11
	.extern	_iob 448
	.extern	optarg 8
	.extern	optind 4
	.extern	opterr 4
	.extern	SINFINITY 4
	.extern	DINFINITY 8
	.extern	SQNAN 4
	.extern	DQNAN 8
	.extern	SSNAN 4
	.extern	DSNAN 8
	.data	
	.align	3
	.align	0
$$19:
	.ascii	" x = %16lx y = %16lx z = %16lx \X0A\X00"
	.data	
	.align	3
	.align	0
$$20:
	.ascii	" x = %16lx y = %16lx z = %16lx \X0A\X00"
	.data	
	.align	3
	.align	0
$$21:
	.ascii	" x = %16lx y = %16lx z = %16lx \X0A\X00"
	.text	
	.align	4
	.file	2 "div.c"
	.globl	divide
 #    1	#include	<stdio.h>
 #    2	long int divide(numerat, divisor)
 #    3		unsigned long int numerat, divisor;
 #    4	{
	.ent	divide 2
divide:
	.option	O2
	ldgp	$gp, 0($27)
	.frame	$sp, 0, $26, 0
	.prologue	1

 #    5		unsigned long int quotnt, q, d, n;
 #    6		int	shift, i;
 #    7	
 #    8		shift = 0;
	bis	$31, $31, $0
 #    9		d = divisor;
	bis	$17, $17, $18
 #   10		n = numerat;
	bis	$16, $16, $19
 #   11		while (d + d < n) {
	addq	$17, $17, $1
	cmpult	$1, $16, $2
	beq	$2, $33
	addq	$18, $18, $16
$32:

 #   12			d = d + d;
	bis	$16, $16, $18
 #   13			shift++;
	addl	$0, 1, $0
	addq	$18, $18, $16
	cmpult	$16, $19, $3
	bne	$3, $32
$33:
 #   14		}
 #   15		q = 0;
	bis	$31, $31, $16
 #   16		for ( i = 0; i <= shift; i++){
	bis	$31, $31, $17
	blt	$0, $36
$34:

 #   17			q = q + q;
	addq	$16, $16, $16
 #   18			if (d <= n) {
	cmpule	$18, $19, $4
	beq	$4, $35

 #   19				n = n - d;
	subq	$19, $18, $19
 #   20				q = q + 1;
	addq	$16, 1, $16
$35:
 #   21			}
 #   22			d = d/2;
	srl	$18, 1, $18
	addl	$17, 1, $17
	subq	$17, $0, $5
	ble	$5, $34
$36:
 #   23	/*	printf("i:%x n:%x d:%x, q:%x \n", i, n, d, q); */
 #   24		}
 #   25	/*	printf("remainder = %x ", n); */
 #   26		return q;
	bis	$16, $16, $0
	.livereg	0xFC7F0002,0x3FC00000
	ret	$31, ($26), 1
	.end	divide
	.text	
	.align	4
	.file	2 "div.c"
	.globl	main
 #   27	}
 #   28	
 #   29	main() {
	.ent	main 2
main:
	.option	O2
	ldgp	$gp, 0($27)
	lda	$sp, -16($sp)
	stq	$26, 0($sp)
	.mask	0x04000000, -16
	.frame	$sp, 16, $26, 0
	.prologue	1

 #   30	
 #   31		unsigned long m, n, x, y, z;
 #   32	
 #   33		m = 256;
 #   34	
 #   35		x = 144+5;
 #   36		y = 12;
 #   37		z = divide(x, y);
	ldiq	$16, 149
	ldiq	$17, 12
	.livereg	0x0001E002,0x00000000
	jsr	$26, divide
	ldgp	$gp, 0($26)
 #   38		printf(" x = %16lx y = %16lx z = %16lx \n", x, y, z);
	lda	$16, $$19
	ldiq	$17, 149
	ldiq	$18, 12
	bis	$0, $0, $19
	.livereg	0x0001F802,0x00000000
	jsr	$26, printf
	ldgp	$gp, 0($26)
 #   39	/*	printf(" x = %16ld y = %16ld z = %16ld \n", x, y, z);	*/
 #   40	
 #   41		x = 1003*997+5;
 #   42		y = 97*100;
 #   43		z = divide(x, y);
	ldiq	$16, 999996
	ldiq	$17, 9700
	.livereg	0x0001E002,0x00000000
	jsr	$26, divide
	ldgp	$gp, 0($26)
 #   44		printf(" x = %16lx y = %16lx z = %16lx \n", x, y, z);
	lda	$16, $$20
	ldiq	$17, 999996
	ldiq	$18, 9700
	bis	$0, $0, $19
	.livereg	0x0001F802,0x00000000
	jsr	$26, printf
	ldgp	$gp, 0($26)
 #   45	/*	printf(" x = %16ld y = %16ld z = %16ld \n", x, y, z);	*/
 #   46	
 #   47		x = 1003*997*m*m*m+5;
 #   48		y = 1003*m;
 #   49		z = divide(x, y);
	ldiq	$16, 16777065005061
	ldiq	$17, 256768
	.livereg	0x0001E002,0x00000000
	jsr	$26, divide
	ldgp	$gp, 0($26)
 #   50		printf(" x = %16lx y = %16lx z = %16lx \n", x, y, z);
	lda	$16, $$21
	ldiq	$17, 16777065005061
	ldiq	$18, 256768
	bis	$0, $0, $19
	.livereg	0x0001F802,0x00000000
	jsr	$26, printf
	ldgp	$gp, 0($26)
 #   51	/*	printf(" x = %16ld y = %16ld z = %16ld \n", x, y, z);	*/
 #   52	
 #   53	}
	bis	$31, $31, $0
	.livereg	0xFC7F0002,0x3FC00000
	ldq	$26, 0($sp)
	lda	$sp, 16($sp)
	ret	$31, ($26), 1
	.end	main