Consider the following assembly code. There are two functions in the code $-$ main and func$1($remember that we execute the main function before anything else$).$

Your task is to determine what data is on the stack and registers when running the program right before the line of code at address $0$x$000055555555460$f $($marked by a $=>).$

Answer the below questions by $$drawing$$ the stack and filling in the register values. Assume that the initial value of all stack memory is zero $(0$x$0000000000000000).$ Give all your answers in hexadecimal.

The assembly code is loaded in a portion of RAM named Text Segment

Dump of assembler code for function func$1$:

$0$x$00005555555545$fa $<+0>$: push $\%$rbp $0$x$00005555555545$fb $<+1>$: mov $\%$rsp$,\%$rbp $0$x$00005555555545$fc $<+2>$: subq $0$x$10,\%$rsp$0$x$00005555555545$fe $<+4>$: mov $\%$rdi, $-0$x$8(\%$rbp$)0$x$0000555555554602<+8>$: mov $\%$esi, $\%$eax $0$x$0000555555554604<+10>$: mov $\%$al$,-0$xc$(\%$rbp$)0$x$0000555555554607<+13>$: movq $$0$x$7$b$,-0$x$8(\%$rbp$)=>0$x$000055555555460$f $<+21>$: movb $$0$x$7$a$,-0$xc$(\%$rbp$)0$x$0000555555554613<+25>$: mov $$0$x$1$f$,\%$eax $0$x$0000555555554618<+30>$: pop $\%$rbp $0$x$0000555555554619<+31>$: leave $0$x$000055555555461$a $<+32>$: retq

Dump of assembler code for function main:

$0$x$000055555555461$a $<+0>$: push $\%$rbp $0$x$000055555555461$b $<+1>$: mov $\%$rsp$,\%$rbp $0$x$000055555555461$e $<+4>$: mov $$0$x$2,\%$esi $0$x$0000555555554623<+9>$: mov $$0$x$1,\%$edi $0$x$0000555555554628<+14>$: callq $0$x$5555555545$fa $0$x$000055555555462$d $<+19>$: mov $$0$x$0,\%$eax $0$x$0000555555554632<+24>$: pop $\%$rbp $0$x$0000555555554633<+25>$: retq$$

Function frames are loaded in a portion of RAM named Stack

$0$x$7$fffffffea$70$

$0$x$0000000000000000$

$0$x$7$fffffffea$78$

$0$x$0000000000000000$

$0$x$7$fffffffea$80$

$0$x$000000000000007$b

$0$x$7$fffffffea$88$

$0$x$00007$fffffffea$98$

$0$x$7$fffffffea$90$

$0$x$000055555555462$d

$0$x$7$fffffffea$98$

$0$x$00007$fffffffeab$0$

$0$x$7$fffffffeaa$0$

$0$x$0000000000000000$