INSTRUCTIONS: Add to this MIPSym program with MIPS Assembly Language to display the CURRENT$($and UPDATED$)$ date and time.

$1.$ Use "syscall $date$\_$time" to acquire the information, unpack it into global variables declared like:

$.$extern year,$2$

$.$extern month,$1$

etc.

$2.$ Print the output like this example: April $10,20243$:$22$:$03$ PM$.$ This is an example and program will give updated current time when ran.# Description of syscall $date$\_$time:

# Returns local datetime, spanned across $v$0-$$v$1.$

# Bits from high$($$v$1)$ to low$($$v$0)$: $23$ bits$=$year, $4=$month, $5=$day, $5=$hour, $6=$min, $6=$sec$,10=$mil, $5=$local timezone offset from UTC

# Description of syscall $date$\_$time:

# Returns local datetime, spanned across $v$0-$$v$1.$

# Bits from high$($$v$1)$ to low$($$v$0)$: $23$ bits$=$year, $4=$month, $5=$day, $5=$hour, $6=$min, $6=$sec$,10=$mil, $5=$local timezone offset from UTC

$.$data

#$.$extern month,$1$

monthNames: $.$word

$.$asciiz "January"

$.$asciiz "February"

$.$asciiz "March"

$.$asciiz "April"

$.$asciiz "May"

$.$asciiz "June"

$.$asciiz "July"

$.$asciiz "August"

$.$asciiz "September"

$.$asciiz "October"

$.$asciiz "November"

$.$asciiz "December"

$.$word

$.$code

$.$globl

comma: $.$asciiz $","$

space: $.$asciiz $""$

hour: $.$word $0$

day: $.$word $0$

month: $.$word $0$

year: $.$word $8$

temp: $.$word $50$

$.$code

$.$globl main

#find bits per char, word, reg, etc

main:

#jal print$\_$hr

jal print$\_$month

#jal print$\_$day

#la $a$0,$comma

#syscall $print$\_$string # Print a separator if needed

#syscall $print$\_$char

#jal print$\_$year

syscall $exit

print$\_$day:

mov $a$1,$$$0$

syscall $date$\_$time

andi $t$0,$$v$1,0$x$1$F #$-1$

andi $t$0,$$t$0,0$b$11111$ #$31$ BITS

#srl $v$1,$$v$1,5$

#sw $t$0,$day

mov $a$0,$$t$0$

syscall $print$\_$int

jr $ra

print$\_$month: #$36$ bits

mov $a$1,$$$0$

syscall $date$\_$time

#move $a$0,$$a$1$

#w $a$3,$hour

#andi $t$0,$$v$1,0$x$1$A

andi $t$0,$$v$1,0$xFFFFFFFF

andi $t$0,$$v$1,0$b$10111$

andi $t$0,$$t$0,0$b$10111$

#sll $t$0,$$v$1,9$

sw $t$0,$month

move $a$0,$$t$0$

#srl $t$0,$$v$1,26$

#srl $v$1,$$v$1,4$

#$-1$

#andi $t$0,$$t$0,0$b$11011$ #$23$ BITS

#sw $t$0,$month

#mov $a$0,$$t$0$

syscall $print$\_$int

jr $ra

print$\_$year:

mov $a$1,$$$0$

syscall $date$\_$time

andi $t$0,$$v$1,0$xFFFFFFFF #$-1$

andi $t$0,$$t$0,0$b$10110$ #$23$ BITS

srl $v$1,$$v$1,9$

sw $t$0,$year

mov $a$0,$$v$1$

#mov $a$3,$$t$0$

syscall $print$\_$int

jr $ra

print$\_$hr:

mov $a$1,$$$0$

sw $a$3,$hour

syscall $date$\_$time

andi $t$0,$$v$1,0$x$7$C$0$

andi $t$0,$$t$0,0$b$100100$ #$31$ BITS

srl $v$1,$$v$1,6$

sw $t$0,$hour

move $a$0,$$t$0$

syscall $print$\_$int

jr $ra

#print min

#print sec

#print ms