This Assembly Project will allow us to take user input. So far we've used the $.$ text and $.$ data sections in our programs. We will now use the $.$bss $($Block Started by Symbol$).$ It allows us to reserve space in memory for uninitialized variables. We will need these to store the user input. We have several options for the size: resb $-1$ byte resw $-1$ word $(16$ bits or $2$ bytes$)$ resd $-1$ double word $(4$ bytes$)$ resq $-1$ quad word $(8$ bytes, also used for floats$)$ rest $-10$ bytes, also used for extended floats In order to get user input, we will need to use a system call. So far, we have used two system calls: eax $1-$ system call exit $($sys exit$)$ eax $4-$ system call write $($sys$\_$write$)$ For this lab, we will add: eax $3-$ system call read $($sys$\_$read$)$ System calls take $3$ arguments $($we need to load three registers with values$)$ besides the register EAX. For sys$\_$read, we need: edx $-$ loaded with the max bytes of space in memory ecx $-$ loaded with the address of our variable $($in the $.$bss section$)$ ebx $-$ loaded with the location we want to read from $($in our casesthiN $-$standard input $-$keyboard$)$