W W WNNNNNNNNNNPPPPPPPPPP 1 N300 ONS 100 OHN 300HN 2 4 5 6 7 8 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 .section .section .globl _start start: .data .text pushq $4 pushq $3 call function-A addq $16, rsp mova rax, mova $1, trax int $0x80 rbx .type function-A, @function function-A: pushq \rbp movq rsp, Srbp subq $8, rsp mova 16 (%rbp), rbx movq 24 (%rbp), $ICX movą rbx, -8 (%rbp) label-A: # variable y #variable z cmpq $1, rcx je label-B movq -8 (&rbp), rax imulg srbx, %rax label-B: movq ŝrax, -8 (rbp) decq rcx jmp label-A movq -8 (%rbp), rax movą rbp, rsp popq &rbp ret

Question 12 What is the label to reach the commands to invoke the Operating System O/S? Question 13 What register contains the value for conditional statement for execution of the loop?

3. Add B36EH with 264DH. Specify Flag status. SF=? ZF=? AF=? PF=? CF =?

Modify the findmax.s file to find the minimum value in the list.REQUIRED SPECIFICATIONS: Create your own list of 10 values. Use the byte data type rather than the int (hint: you will need to use the smallest sized register and move over by a byte for reading next value) Adjust suffixes to match register destination size Below is the findmax.s file. The hashmarks reprsent notes taken. This is assembly language on Ubuntu Linix. data_items: #These are the data items .int 3,67,34,222,45,75,54,34,44,33,22,11,66,0 .section .text .globl _start _start: movq $0, %rdi # move 0 into the index register movl data_items(,%rdi,4), %eax                 # load the first byte of data movl %eax, %ebx # since this is the first item, %rax is # the biggest start_loop: # start loop cmpl $0, %eax # check to see if we’ve hit the end je loop_exit incq %rdi # load next value movl data_items(,%rdi,4), %eax cmpl %ebx, %eax # compare values jle start_loop # jump to loop beginning if the new # one isn’t bigger…