Given the following C program and its corresponding Assembly code, match the corresponding C statements with the appropriate Assembly instructions.

Hint: You can try to get on taz, make a copy of the C code, run $"$gcc $-$c filename.c$"$ to generate the Assembly code, and then setup two vertical tmux windows to compare $...$

$===$ C Code $===$

#include

void arith $()\{$

int x $=5$;

int y $=124$;

int $*$t $=$ malloc$($sizeof$($int$)*10)$;

$*($t $+2)=2$;

$*($t $+4)=*($t $+2)+$ x;

$*($t $+5)=$ y;

$\}$

$===$ End C Code $===$

$===$ Assembly Code $===$

push $\%$rbp

mov $\%$rsp$,\%$rbp

sub $$0$x$10,\%$rsp

movl $$0$x$5,-0$x$10(\%$rbp$)$

movl $$0$x$7$c$,-0$xc$(\%$rbp$)$

mov $$0$x$28,\%$edi

callq $20$

mov $\%$rax,$-0$x$8(\%$rbp$)$

mov $-0$x$8(\%$rbp$),\%$rax

add $$0$x$8,\%$rax

movl $$0$x$2,(\%$rax$)$

mov $-0$x$8(\%$rbp$),\%$rax

add $$0$x$8,\%$rax

mov $(\%$rax$),\%$ecx

mov $-0$x$8(\%$rbp$),\%$rax

add $$0$x$10,\%$rax

mov $-0$x$10(\%$rbp$),\%$edx

add $\%$ecx,$\%$edx

mov $\%$edx,$(\%$rax$)$

mov $-0$x$8(\%$rbp$),\%$rax

lea $0$x$14(\%$rax$),\%$rdx

mov $-0$xc$(\%$rbp$),\%$eax

mov $\%$eax,$(\%$rdx$)$

nop

leaveq

retq

$===$ End Assembly Code $===$

Question $21$ options:

mov $-0$x$8(\%$rbp$),\%$rax

add $$0$x$8,\%$rax

mov $(\%$rax$),\%$ecx

mov $-0$x$8(\%$rbp$),\%$rax

add $$0$x$10,\%$rax

mov $-0$x$10(\%$rbp$),\%$edx

add $\%$ecx,$\%$edx

mov $\%$edx,$(\%$rax$)$

movl $$0$x$5,-0$x$10(\%$rbp$)$

mov $$0$x$28,\%$edi

callq $20$

mov $\%$rax,$-0$x$8(\%$rbp$)$

movl $$0$x$7$c$,-0$xc$(\%$rbp$)$

mov $-0$x$8(\%$rbp$),\%$rax

add $$0$x$8,\%$rax

movl $$0$x$2,(\%$rax$)$

mov $-0$x$8(\%$rbp$),\%$rax

lea $0$x$14(\%$rax$),\%$rdx

mov $-0$xc$(\%$rbp$),\%$eax

mov $\%$eax,$(\%$rdx$)$

$1.$

int $*$t $=$ malloc$($sizeof$($int$)*10)$;

$2.$

int x $=5$;

$3.$

int y $=124$;

$4.$

$*($t $+2)=2$;

$5.$

$*($t $+4)=*($t $+2)+$ x;

$6.$

$*($t $+5)=$ y;