#
# simple example of a few instructions.
# evaluates for ( r13=r10 r13<8, r13++) { r10 <- r10 - r9 - r8*2 } 
# We assume r11 has 0x1 in it, r12 has 8 in it.
#

	or	$13, $0, $10
test:	
	slt     $14, $13, $12
	beq     $14, $0, skip
	sub	$10, $10, $9
	sllv	$12, $9, $11
	sub     $10, $10, $12
	add	$13, $13, $11
	j       test
skip:	

# produces
# 00000000        0x000a6825: or      $13, $0, $10
# 00000004        0x01ac702a: slt     $14, $13, $12
# 00000008        0x100e0005: beq     $14, $0, 5
# 0000000c        0x01495022: sub     $10, $10, $9
# 00000010        0x012b6004: sllv    $12, $9, $11
# 00000014        0x014c5022: sub     $10, $10, $12
# 00000018        0x01ab6820: add     $13, $13, $11
# 0000001c        0x08000001: j       0x1