# array.s -- Let's see what an array looks like in assembly
# This program puts some multiples of 5 into an array.

	.data
array:	.space 100	# enough memory for 25 integers
			# when I misspelled 'space', SPIM told me
			# it couldn't find main.
newline:	.asciiz "\n"
putting:	.asciiz "Putting the value "
into:		.asciiz " into the array at offset "

	.text
main:
	li $s0, 5		# let $s0 = 5 (first number)
	li $s1, 96		# let $s1 = 96 (largest array offset we need)
	la $s2, array		# let $s2 = base address of a
	li $s3, 0		# $s3 = byte offset into the array

loop:
	add $s4, $s2, $s3	# compute the absolute address of array[i]
	sw $s0, 0($s4)		# put value of $s0 in a[i]

	li $v0, 4		# print first part of sentence
	la $a0, putting
	syscall

	li $v0, 1		# tell what number got stored in array
	move $a0, $s0
	syscall

	li $v0, 4		# print next part of sentence "into..."
	la $a0, into		
	syscall

	li $v0, 1		# tell what the array offset is now
	move $a0, $s3
	syscall

	li $v0, 4		# print newline
	la $a0, newline
	syscall

	addi $s0, $s0, 5	# prepare for next iteration of loop
	addi $s3, $s3, 4	# increment offset too

	ble $s3, $s1, loop	# is current offset <= max offset?

	li $v0, 10		# end of program
	syscall