Irvine32 SmallWin.inc导致错误

Question

我从Irvine32库的SmallWin.inc中收到20个错误。所有错误均为“非良性结构重定义”，但带有“错误的初始化程序” +“标签太少” +“初始化程序太少” +“标签太少”。所有错误均源于大约200-300条线。我的程序是使用INVOKE和PROTO在masm中递归的多模块GCD

prog4.asm

include Irvine32.inc
include gcd.asm

.data
ask byte "enter y integers: "
answer byte "the gcd of the y numbers: "
x sdword ?
y sdword ?

.code
main PROC
    call Clrscr

    mov edx, OFFSET ask ; get variables
    call WriteString
    call ReadDec
    mov x, eax
    call ReadDec
    mov y, eax
    ; have variables
    invoke GCD, x, y ; returns to eax
    mov edx, OFFSET answer
    call WriteString
    call WriteInt
main ENDP
END

gcd.asm

include Irvine32.inc

GCD PROTO,x:dword,y:dword

.code

;-----------------------------
GCD PROC, x:dword, y:dword
; calculate the gcd of two unsigned ints in recursion
; receives x,y
; returns eax = gcd
;-----------------------------
    mov eax,x
    mov ebx,y
    mov edx,0 ; clear high dividend
    div ebx     ; divide x by y
    cmp edx,0 ; remainder = 0?
    je L2           ; yes:quit

    INVOKE GCD,ebx,edx ; recursive call

    L2:
        mov eax,ebx ; eax = gcd
        ret
GCD ENDP
END

Answer 1

已编译并运行的最终代码prog4.asm

include Irvine32.inc

gcd PROTO,x:dword,y:dword

.data
ask1 byte "enter the first integer: ", 0
ask2 byte "enter the second integer: ", 0
answer byte "gcd: ", 0
x dword ?
y dword ?

.code
main PROC
    call Clrscr
    mov edx, OFFSET ask1
    call getX  ; get variables
    mov edx, OFFSET ask2
    call getY
    ; have variables
    invoke gcd, x, y ; returns to eax
    mov edx, OFFSET answer
    call PrintResult
    exit
main ENDP

GetX PROC
    call WriteString    ; print message
    call ReadDec            ; get x
    mov x,eax
    ret
GetX ENDP

GetY PROC
    call WriteString    ; print
    call ReadDec            ; get y
    mov y,eax
    ret
GetY ENDP

PrintResult PROC
    call WriteString
    call WriteDec
    ret
PrintResult endp
END main

gcd.asm

include Irvine32.inc

.code

gcd PROC, x:dword, y:dword
    ; calculate the gcd of the two unsigned ints in recursion
    ; receives x,y
    ; returns gcd in eax
    mov eax,x
    mov ebx,y
    mov edx,0                ; clear edx aka high dividend
    ;
    cmp ebx,0                ; stop condition
    je L1
    div ebx                      ; a / b // remainder in edx
    invoke gcd,ebx,edx ; recursive call gcd(b, a mod b)

    L1:
        ret
gcd endp
END