X8664 ASSEMBLY LANGUAGE DIRECTIONS Simply make this code run

 X86_64 ASSEMBLY LANGUAGE DIRECTIONS: Simply make this code run with less lines of code. Shave off at least 30 lines of code. Using a loop would do the trick. The output has to be the same.  ; To assemble and link: ;     $ nasm -f elf64 lab06.asm ;     $ gcc -o lab10 lab06.o   # use gcc so glibc will be linked in   section .rodata         prompt1    db \"Please enter a number: \",0   ; 0 is null character         prompt2    db \"Enter another number: \",0         format_str db \"The sum is: %ld.\",10,0  ; 10 is LF          num_format db \"%ld\",0  section .text         global main              ; main and _start are both valid entry points         extern printf, scanf     ; these will be linked in from glibc   main:         ; prologue         push    rbp          ; save base pointer to the stack         mov     rbp, rsp     ; base pointer = stack pointer          sub     rsp, 80      ; make room for integers on the stack         push    rbx          ; push callee saved registers onto the stack          push    r12          ; push automatically decrements stack pointer         push    r13                   push    r14         push    r15         pushfq               ; push register flags onto the stack          ; prompt for first integer          mov    rdi, dword prompt1    ; double word is 4 bytes; a word is 2 bytes         xor    rax, rax              ; rax is return value register - zero it out         call   printf                ; call the C function from glibc          lea    rsi, [rbp-8]          ; load effective address - this instruction         mov    rdi, dword num_format ; load rdi with address to format string         xor    rax, rax              ; zero out return value register         call   scanf                 ; call C function                                  ; scanf reads the input as an integer          ; prompt for other integer         mov    rdi, dword prompt2         xor    rax, rax         call   printf         lea    rsi, [rbp-16]         ; read number          mov    rdi, dword num_format         xor    rax, rax         call   scanf          ; prompt for other integer         mov    rdi, dword prompt2         xor    rax, rax         call   printf         lea    rsi, [rbp-24]         ; read number          mov    rdi, dword num_format         xor    rax, rax         call   scanf          ; prompt for other integer         mov    rdi, dword prompt2         xor    rax, rax         call   printf         lea    rsi, [rbp-32]         ; read number          mov    rdi, dword num_format         xor    rax, rax         call   scanf          ; prompt for other integer         mov    rdi, dword prompt2         xor    rax, rax         call   printf         lea    rsi, [rbp-40]         ; read number          mov    rdi, dword num_format         xor    rax, rax         call   scanf          ; prompt for other integer         mov    rdi, dword prompt2         xor    rax, rax         call   printf         lea    rsi, [rbp-48]         ; read number          mov    rdi, dword num_format         xor    rax, rax         call   scanf          ; prompt for other integer         mov    rdi, dword prompt2         xor    rax, rax         call   printf         lea    rsi, [rbp-56]         ; read number          mov    rdi, dword num_format         xor    rax, rax         call   scanf          ; prompt for other integer         mov    rdi, dword prompt2         xor    rax, rax         call   printf         lea    rsi, [rbp-64]         ; read number          mov    rdi, dword num_format         xor    rax, rax         call   scanf          ; prompt for other integer         mov    rdi, dword prompt2         xor    rax, rax         call   printf         lea    rsi, [rbp-72]         ; read number          mov    rdi, dword num_format         xor    rax, rax         call   scanf          ; prompt for other integer         mov    rdi, dword prompt2         xor    rax, rax         call   printf         lea    rsi, [rbp-80]         ; read number          mov    rdi, dword num_format         xor    rax, rax         call   scanf                                  ; add all numbers together         xor rbx, rbx            ; sum = 0         mov rcx, [rbp-8]        ; RBX = number         add rbx, rcx            ; add num + num - store in rbx         mov rcx, [rbp-16]       ; RBX = number         add rbx, rcx            ; add num + num - store in rbx         mov rcx, [rbp-24]       ; RBX = number         add rbx, rcx            ; add num + num - store in rbx         mov rcx, [rbp-32]       ; RBX = number         add rbx, rcx            ; add num + num - store in rbx         mov rcx, [rbp-40]       ; RBX = number         add rbx, rcx            ; add num + num - store in rbx         mov rcx, [rbp-48]       ; RBX = number         add rbx, rcx            ; add num + num - store in rbx         mov rcx, [rbp-56]       ; RBX = number         add rbx, rcx            ; add num + num - store in rbx         mov rcx, [rbp-64]       ; RBX = number         add rbx, rcx            ; add num + num - store in rbx         mov rcx, [rbp-72]       ; RBX = number         add rbx, rcx            ; add num + num - store in rbx         mov rcx, [rbp-80]       ; RBX = number         add rbx, rcx            ; add num + num - store in rbx         mov rsi, rbx         mov rdi, dword format_str         xor rax, rax            ; rax is return value register - zero it out         call printf             ; call the C function from glibc  exit:       ; epilogue       popfq       pop     r15       pop     r14       pop     r13       pop     r12       pop     rbx       add     rsp, 80       ; set back the stack level       leave       ret