For the following program: Here

Read About the AND command and about any command that you may have not

previously understood in the book. Here

Write an explanation for each line of code.

Write the logic of each procedure $($function$).$ How does it work?

$.$model small $\mathrm{.}386.$stack $100$h $.$data msg$1$ db $13,10,$ "Enter any number $-->","$$$"$ msg$2$ db "Enter an operation $+,-*$ or $/-->",13,10,"$$$"$ msg$3$ db "The Operation is $-->","$$$"$ msg$4$ db "The result is $-->","$$$"$ By$\_$base dd $21$ by$\_10$ dd $10$ sp$\_$counter db $0$ disp$\_$number dd $0$ disp$\_$number$2$ dd $0$ disp$\_$number$3$ dd $0$ op$\_$type db $0$ last$\_$key dd $0$ remainder db $0.$code main proc mov ax$,$@data mov ds$,$ax mov dx$,$offset msg$1$ call display$\_$message call m$\_$keyin call operation mov dx$,$offset msg$1$ call display$\_$message call m$\_$keyin cmp op$\_$type, $"+"$ jnz short skip$\_$plus call op$\_$plus skiP$\_$plus: cmp op$\_$type, $"-"$ jnz short skip$\_$minus call op$\_$minus skip$\_$minus: cmp op$\_$type, $"*"$ jnz short skip$\_$mul call op$\_$mult skip$\_$mul: cmp op$\_$type, $"/"$ jnz short skip$\_$div call op$\_$div skip$\_$div: call m$\_$display mov ax$,4$c$00$h int $21$h operation proc mov dx$,$offset msg$2$ rpt$4$: call display$\_$message mov dx$,$offset msg$3$ call display$\_$message mov ah$,1$ int $21$h cmp al$,30$h jns rpt$4$ mov op$\_$type, al ret operation endp m$\_$display proc mov dx$,$offset msg$4$ call display$\_$message mov eax, disp$\_$number mov sp$\_$counter, $0$ Base$\_$lp: LP$1$: mov edx, $0$ div By$\_$Base push dx inc sp$\_$counter cmp eax, $0$ jnz lp$1$ LP$2$: pop dx call display dec sp$\_$counter jnz lp$2$ mov edx, $-8$ call display mov edx, by$\_$base call display mov edx, $-7$ call display dec By$\_$base mov eax, disp$\_$number cmp By$\_$base, $1$ jnz Base$\_$lp ret m$\_$display endp op$\_$minus proc mov eax, disp$\_$number$2$ sub eax, disp$\_$number$3$ mov disp$\_$number, eax ret op$\_$minus endp op$\_$div proc mov eax, disp$\_$number$2$ div disp$\_$number$3$ mov disp$\_$number, eax mov remainder, dl call display call m$\_$display mov dl$,-16$ call display mov dl$,$ remainder call display mov dl$,-1$ call display mov edx, disp$\_$number$3$ call display mov ax$,4$c$00$h int $21$h op$\_$div endp op$\_$mult proc mov eax, disp$\_$number$2$ mul disp$\_$number$3$ mov disp$\_$number, eax ret op$\_$mult endp op$\_$plus proc mov eax, disp$\_$number$2$ add eax, disp$\_$number$3$ mov disp$\_$number, eax ret op$\_$plus endp display proc add dl$,30$h cmp dl$,3$ah js short skip$\_$hex add dl$,7$ Skip$\_$hex: mov ah$,6$ int $21$h ret display endp display$\_$message proc mov ah$,9$ int $21$h mov edx, $0$ ret display$\_$message endp m$\_$keyin proc MOV disp$\_$number, $0$ mov last$\_$key, $0$ LP$\_$key: mov eax, disp$\_$number mul by$\_10$ ; eax $=($eax$)*10$ add eax, last$\_$key mov DISP$\_$NUMBER, eax mov ah$,1$ int $21$h AND eax, $000000$ffh cmp al$,13$ jz short finkey sub al$,30$h MOV LAST$\_$KEY, EAX jmp lp$\_$key finkey: MOV eax, DISP$\_$NUMBER cmp DISP$\_$NUMBER$2,0$ jnz short skip MOV DISP$\_$NUMBER$2,$ EAX skip: MOV DISP$\_$NUMBER$3,$ EAX ret m$\_$keyin endp main endp end mainRun all the options of the program and explain in details the logic of the

entire program and how does it achieves its goals.