the C function p$7$ is compiled to the x$86$ code shown on the right $($the integer array p is created elsewhere in the x$86$ code$).$complete the definition of the C function p$7$ on the left, so that it does the same thing as the assembly code on the right. $[$mov$2$XY transfers data of size X from the source register to overwrite data of size Y in the destination register, sets any extra bits of the destination to $0\text{'}$s $($X and Y can be b$,$ w$,$ l$,$ or q for $8-,16-,32-,$ and $64-$bit, respectively$).$ movsXY does the same, except the sign but of the source is extended in the destination. cltq is equivalent to movslq $\%$eax $\%$rax.$]$ const int p$[]=\{13,15,8,11,5,14,7\}$; int p$7($char s$[],$ int n$)\{$ int c; int d$=0$; for $($int i$=0$; # a in $\%$rdi, n in $\%$esi p$7$: pushq $\%$rbp movq $\%$rsp$,\%$rbp movq $\%$rdi, $-24(\%$rbp$)$ movl $\%$esi, $-28(\%$rbp$)$ movl $$0,-4(\%$rbp$)$ movl $$0,-8(\%$rbp$)$ jmp $.$L$2.$L$3$: movl $-8(\%$rbp$),\%$eax movslq $\%$eax, $\%$rdx movq $-24(\%$rbp$),\%$rax addq $\%$rdx$,\%$rax movzbl $(\%$rax$),$ $eax movsbl $\%$a$1,\%$eax andl $$7,\%$eax movl $\%$eax, $-12(\%$rbp$)$ movl $-12(\%$rbp$),\%$eax cltq movl p$(,\%$rax,$4),\%$eax addl $\%$eax, $-4(\%$rbp$)$ addl $$1,-8(\%$rbp$).$L$2$: movl $-8(\%$rbp$),\%$eax movslq $\%$eax, $\%$rdx movq $-24(\%$rbp$),\%$rax addq $\%$rdx$,\%$rax movzbl $(\%$rax$),\%$eax testb $\%$al$,\%$al jne $.$L$3$ cmpl $$31,-4(\%$rbp$)$ jne $.$L$4$ movl $$0,\%$eax jmp $.$L$5.$L$4$: movl $$-1,\%$eax $.$L$5$: popq $\%$rbp retff