Afisarea unei variabile de tip dw

[skullbox]

Salut la toti
cum  se poate afisa la monitor  valoarea unei  variabile de tip dw?

daca se poate prin nishte exemple de lamurit

[emi]

dar cum afisezi o variabila de tip word, sau byte ?
vrei in hexa, sau transformat in baza 10 ?

[emi]

{
           DWORD.INC     (c) by EmiSoft 1998

           operatii cu numere pe 32 de biti.
           Contine:

           hex_dw     mov_dw_w      mul16       str2dw
           neg_dw     mov_dw_dw     div16       dw2str
           shr_dw     cmp_dw_dw     mul_w_w
           max_dw     add_dw_w      mul_dw_w
                      add_dw_dw     div_dw_w
                      sub_dw_dw
}

procedure hex_w(w:word);
const h:array [0..$F] of char='0123456789ABCDEF';
begin
  write(
  h[Hi(w) shr 4],h[Hi(w) and $0F],
  h[Lo(w) shr 4],h[Lo(w) and $0F]);
end;

procedure hex_dw(var x:dword);
begin
  hex_w(x[1]);
  hex_w(x[0]);
  writeln;
end;

procedure neg_dw(var x:dword);assembler;
asm
  push ds
  lds si,x
  not word ptr [si]
  not word ptr [si+2]
  inc word ptr [si]
  jno @1
  inc word ptr [si+2]
@1:
  pop ds
end;

procedure shr_dw(var x:dword);assembler;
asm
  push ds
  lds si,x
  xor ax,ax
  shr word ptr [si+2],1
  adc ax,ax
  rcr ax,1
  shr word ptr [si],1
  or  [si],ax
  pop ds
end;

procedure max_dw(var x:dword);assembler;
asm
  les di,x
  mov ax,$FFFF
  cld
  stosw
  stosw
end;

procedure mov_dw_w(var dest:dword; source:word);assembler;
asm
  les di,dest              { dest:=source }
  cld
  mov ax,source
  stosw
  xor ax,ax
  stosw
end;

procedure mov_dw_dw(var dest,source:dword);assembler;
asm
  push ds                  { dest:=source }
  les di,dest
  lds si,source
  cld
  movsw
  movsw
  pop ds
end;

function cmp_dw_dw(var p1,p2:dword):shortint;assembler;
const n=2;
      m=2;  {=2*n-2}
asm
  push ds                  { cmp = 0,1,-1 daca p1=p2, p1>p2, p1  lds si,p1
  les di,p2
  add si,m
  add di,m
  mov cx,n
  std
@cmp:
  rep cmpsw
  ja @maimare
  jb @maimic
  mov al,0
  jmp @end
@maimic:
  mov al,-1
  jmp @end
@maimare:
  mov al,1
@end:
  pop ds
end;

procedure add_dw_w(var dest:dword; source:word);assembler;
asm
  push ds                  { dest:=dest+source }
  lds si,dest
  mov ax,source
  xor bx,bx
  add [si],ax
  adc [si+2],bx
  pop ds
end;

procedure add_dw_dw(var dest,source:dword);assembler;
asm
  push ds                  { dest:=dest+source }
  lds si,source
  les di,dest
  cld
  lodsw
  add es:[di],ax
  lodsw
  adc es:[di+2],ax
  pop ds
end;

procedure sub_dw_dw(var dest,source:dword);assembler;
asm
  push ds                  { dest:=dest-source }
  lds si,source
  les di,dest
  cld
  lodsw
  sub es:[di],ax
  lodsw
  sbb es:[di+2],ax
  pop ds
end;

function mul16(x,y:word):longint;
inline($5A/$58/$F7/$E2);

function div16(x:dword;y:word):word;
inline($59/$58/$5A/$F7/$F1);

procedure mul_w_w(var dest:dword; x,y:word);assembler;
asm
  push ds
  mov ax,x
  mov bx,y
  mul bx
  lds si,dest
  cld
  stosw
  mov ax,dx
  stosw
  pop ds
end;

procedure mul_dw_w(var dest:dword; source:word);assembler;
asm
  push ds                  { dest:=dest*source }
  lds si,dest
  mov bx,source
  cld
  lodsw
  mov cx,ax
  lodsw
  xchg ax,cx
  mul bx
  les di,dest
  stosw
  mov ax,cx
  mov cx,dx
  mul bx
  add ax,cx
  stosw
  pop ds
end;

procedure div_dw_w(var dest:dword; source:word; var rest:word);assembler;
asm
  push ds
  lds si,dest
  les di,dest
  add di,2
  cld
  lodsw
  mov cx,ax
  lodsw
  xor dx,dx
  mov bx,source
  div bx
  std
  stosw
  mov ax,cx
  div bx
  stosw
  les di,rest
  mov ax,dx
  stosw
  pop ds
end;

function dw2real(n:dword):real;
var x:real;
begin
  x := n[0];
  x := x + $00010000*n[1];
  dw2real:=x;
end;

procedure str2dw(var dest:dword; var source:string);
var
  x,y:dword;
  i:byte;
  n,r:word;
begin
  mov_dw_w(dest,0);
  mov_dw_w(x,1);
  for i:=1 to byte(source[0])-1 do mul_dw_w(x,10);
  for i:=1 to byte(source[0]) do begin
    mov_dw_dw(y,x);
    n:=byte(source)-byte('0');
    mul_dw_w(y,n);
    add_dw_dw(dest,y);
    div_dw_w(x,10,r);
  end;
end;

procedure dw2str(var dest:string; var source:dword);
var s:string;
    t,zero:dword;
    rest:word; c:byte;
begin
  s:='';
  mov_dw_w(zero,0);
  mov_dw_dw(t,source);
  while cmp_dw_dw(t,zero)=1 do begin
    div_dw_w(t,10,rest);
    c:=byte('0')+rest;
    s:=char(c)+s;
  end;
  if s='' then s:='0';
  dest:=s;
end;

[emi]

Nu cred ca ar trebui sa precizez, dar totusi, daca nu e evident, codul e pentru procesoare 8086, sau 286.
Pentru cod 386, ar trebui rescris pentru eficienta, nu ca nu ar functiona.