#<------------------ MACRO DEFINITIONS ---------------------->#
        # Macro : print_str
        # Usage: print_str(<address of the string>)
        .macro print_str($arg)
	li	$v0, 4     # System call code for print_str
	la	$a0, $arg   # Address of the string to print
	syscall            # Print the string
	.end_macro

	# Macro : print_int
        # Usage: print_int(<val>)
        .macro print_int($arg)
	li 	$v0, 1     # System call code for print_int
	li	$a0, $arg  # Integer to print
	syscall            # Print the integer
	.end_macro

	.macro read_int($reg)
	li $v0, 5
	syscall
	move $reg, $v0
	.end_macro

	.macro print_reg_int($reg)
	li	$v0, 1
	move	$a0, $reg
	syscall
	.end_macro

	.macro swap_hi_lo($temp1,$temp2)
	mthi $temp1 #Set address of $temp1 to address of value stored in Hi
	mtlo $temp2 #Set address of $temp2 to address of value stored in Lo
	move $t0, $temp1 #Move $temp1 to a temporary address for manipulation
	move $t1, $temp2 #Move $temp2 to a temporary address for manipulation
	mfhi $t1 #Swap value of Hi with our Lo value
	mflo $t0 #Swap value of Lo value with our Hi value
	syscall
	.end_macro

	.macro print_hi_lo($strHi, $strEqual, $strComma, $strLo)
       li $v0, 4
       la $a0, $strHi  #Address of the string to print
       syscall
       li $v0, 4
       la $a0, $strEqual    #Address of the string to print
       syscall
	li $v0,1
	mfhi $t1
	mflo $t0
	add $a0,$t1,$zero
	syscall
       li $v0, 4
       la $a0, $strComma #Address of the string to print
       syscall
       li $v0, 4
       la $a0, $strLo
       syscall
       li $v0, 4
       la $a0, $strEqual
       syscall
       li $v0, 1
       add $a0, $t0,$zero
       syscall
       .end_macro

       .macro lwi($reg,$ui,$li)
       lui $reg, $ui
       ori $reg, $reg, $li
       .end_macro

       .macro push($reg)
       sub $sp,$sp,4
       sw $reg,0($sp)
       .end_macro

       .macro pop($reg)
       lw $reg,0($sp)
	addi $sp,$sp,4
       .end_macro


  la $a0, 4
    li $v0, 4
    syscall

    li $v0, 5
    syscall
    move $s0, $v0
    move $t1, $v0
    li $t0, 1
    loop:
    mul $t0, $t0, $s0

    addi $s0, $s0, -1
    bgtz $s0, loop

    li $v0, 1
    move $a0, $t0
    syscall

    li $v0, 10
    syscall

    .macro exit
    	li  $v0, 10
    	syscall
   	.end_macro