Data update

Task/Fibonacci-sequence/MIPS-Assembly/fibonacci-sequence.mips

@@ -1,43 +1,43 @@
-	.text
-main:	li	$v0, 5		# read integer from input. The read integer will be stroed in $v0
-	syscall
-	
-	beq	$v0, 0, is1
-	beq	$v0, 1,	is1	
-	
-	li	$s4, 1		# the counter which has to equal to $v0	
-		
-	li	$s0, 1
-	li	$s1, 1
+   .text
+main: li $v0, 5      # read integer from input. The read integer will be stroed in $v0
+   syscall
 
-loop:	add	$s2, $s0, $s1
-	addi	$s4, $s4, 1
-	beq	$v0, $s4, iss2
-	
-	add	$s0, $s1, $s2
-	addi	$s4, $s4, 1
-	beq	$v0, $s4, iss0
-	
-	add	$s1, $s2, $s0
-	addi	$s4, $s4, 1
-	beq	$v0, $s4, iss1
+   beq   $v0, 0, is1
+   beq   $v0, 1,  is1
 
-	b 	loop
+   li $s4, 1      # the counter which has to equal to $v0
 
-iss0:	move	$a0, $s0	
-	b	print
+   li $s0, 1
+   li $s1, 1
 
-iss1:	move	$a0, $s1	
-	b	print
+loop: add   $s2, $s0, $s1
+   addi  $s4, $s4, 1
+   beq   $v0, $s4, iss2
 
-iss2:	move	$a0, $s2	
-	b	print
-	
-	
-is1:	li	$a0, 1
-	b 	print
-	
-print:	li	$v0, 1
-	syscall
-	li	$v0, 10
-	syscall
+   add   $s0, $s1, $s2
+   addi  $s4, $s4, 1
+   beq   $v0, $s4, iss0
+
+   add   $s1, $s2, $s0
+   addi  $s4, $s4, 1
+   beq   $v0, $s4, iss1
+
+   b  loop
+
+iss0: move  $a0, $s0
+   b  print
+
+iss1: move  $a0, $s1
+   b  print
+
+iss2: move  $a0, $s2
+   b  print
+
+
+is1:  li $a0, 1
+   b  print
+
+print:   li $v0, 1
+   syscall
+   li $v0, 10
+   syscall