I have this assembler program in MASM i need to do:

$\mathrm{.}486$

$.$model flat, stdcall

option casemap: none

include $\backslash$masm$32\backslash$include$\backslash$windows$.$inc ; For a management by the modes of Window

include $\backslash$masm$32\backslash$include$\backslash$user$32.$inc ; For using MessageBox

include $\backslash$masm$32\backslash$include$\backslash$kernel$32.$inc ; For using ExitProcess

include $\backslash$masm$32\backslash$include$\backslash$masm$32.$inc ; For using FloatToStr

includelib $\backslash$masm$32\backslash$lib$\backslash$user$32.$lib ; For using MessageBox

includelib $\backslash$masm$32\backslash$lib$\backslash$kernel$32.$lib ; For using ExitProcess

NUM macro Q$,$ M$,$ N$,$ O

MOV AL$,$ O ; Copy number C$0$ to register AL

CBW ; Sign$-$extend AL to AX

INC AL ; Increment AL by $1$

MOV BL$,$ N ; Copy number B to register BL

IMUL BL ; Multiply AL by BL $($c$*$b$)$

MOV CL$,$ M ; Copy number A to register CL

SAR CL$,2$ ; Right$-$shift CL by $2$ bits $($a$/4)$

SUB AL$,$ CL ; Subtract CL from AL $($c$*$b $-$ a$/4)$

CBW ; Sign$-$extend AL to AX

ADD AX$,$ AL ; Add AL to AX $($b $+$ c$*$b $-$ a$/4)$

MOV Q$,$ AX ; Move the result to the provided register Q

endm

DEN macro R$,$ S$,$ T

MOV AL$,$ S ; Copy number A to register AL

MOV BL$,$ T ; Copy number B to register BL

IMUL BL ; Multiply AL by BL $($a$*$b$)$

DEC AL ; Decrement AL by $1($a$*$b $-1)$

MOV R$,$ AL ; Move the result to the provided register R

endm

$.$data

msg$\_$title db "Lab$5",0$

buffer db $256$ dup$(?)$

format db $"$A $=\%$d$",10,"$B $=\%$d$",10,"$C $=\%$d$",10,"($b $+$ c$*$b $-$ a$/4)/($a$*$b $-1)=\%$d$",0$

A DB $-4,8,4,12,-8$

B DB $-3,2,-2,2,3$

C$0$ DB $-8,15,12,35,-10$

D dd $0$

E dd $0$

F dd $0$

$.$code

start:

MOV EDI,$0$ ; Pointer to set, changed from $0$ to $4$

;$($b $+$ c$*$b $-$ a$/4)/($a$*$b $-1)$

CYCLE:

CMP EDI, $5$

jz CONT$1$

NUM BX$,$ B$[$EDI$],$ C$0[$EDI$],$ A$[$EDI$]$

DEN AX$,$ A$[$EDI$],$ B$[$EDI$]$

TEST AX$,1$ ;Tests the parity of a number, and if the result is $1,$ it is odd.

JNZ OD ;If the result is not $0,$ jump to the OD branch.

SAR AX$,1$ ;Right$-$shift the value in register AX by $1$ bit

JMP CONT

OD:

MOV BX$,5$ ; Copy constant $"5"$ to register BX

IMUL AX ; Multiplication register AX and $"5",$ result in AX register.

CONT:

mov ESI, OFFSET A$[$EDI$]$ ; Load the memory address of A$[$EDI$]$ into ESI

movsx EAX, byte ptr $[$ESI$]$ ; Load the value at memory address stored in ESI into EAX with sign extension

mov D$,$ EAX

mov ESI, OFFSET B$[$EDI$]$ ; Load the memory address of B$[$EDI$]$ into ESI

movsx EAX, byte ptr $[$ESI$]$ ; Load the value at memory address stored in ESI into EAX with sign extension

mov E$,$ EAX

mov ESI, OFFSET C$0[$EDI$]$ ; Load the memory address of C$0[$EDI$]$ into ESI

movsx EAX, byte ptr $[$ESI$]$ ; Load the value at memory address stored in ESI into EAX with sign extension

mov F$,$ EAX

invoke wsprintf, addr buffer, addr format, D$,$ E$,$ F$,$ eax

invoke MessageBox, $0,$ addr buffer, addr msg$\_$title, MB$\_$OK

INC EDI

JMP CYCLE

CONT$1$:

invoke ExitProcess, $0$

end start

But I get this error:

ASCII build

NUM$(10)$: Macro Called From

DEN$(5)$: Macro Called From

Assembly Error

$...$

Can you rewrite the whole program again in the right way to compare it with mine to distinguish between both not just the corrected items please?