Mensajes

Personalmente uso Ultraedit, pero también está WinHex, etc, etc

Saludos!

Hola!

¿ Dónde está el link de descarga ? 

Si lo subes, quizás podamos darte una mano...

Saludos!

De nada...   

Como buen CrackSLatinoS, siempre es un placer poder ayudar... 

Saludos!

Hola!

Prueba lo siguiente:

1) Ejecuta el programa al menos una vez y trata de registrarlo con cualquier cosa.
2) Cierra el programa y edita el archivo preferencias2.ini con un editor Hexadecimal (No uses Notepad porque no podrás lograr hacer los cambios)
3) Modifica los bytes 24 y 25 (base 0) a 0xA8h y 0x0Dh respectivamente.

El programa DEBERIA quedar registrado...

Saludos!

Hola!

Descargando... A ver si te puedo dar una mano...

Saludos!

[atodw]

Hola!

Probaste con la macro atodw ?

Fijate esta discusión y la solución propuesta:

Código [Seleccionar] Expandir

http://www.winasm.net/forum/index.php?showtopic=3172

Saludos!

La clase de usuario que se registra el mismo dia que hace la pregunta.... 

Hola!

Pues, la verdad, yo TRATO de crackear Winlicense, pero no lo uso mucho que digamos... 

¿ Quizas estás preguntando en el lugar incorrecto ?

Saludos!

Hola!

Pues esto está en C, pero podrías sacar la "idea" de la función:

Código [Seleccionar] Expandir


TChessBoard::VerifyMove(TMove Move)
{
// The purpose is to determine whether the move is legal or not
// by verifying correct movement of the piece and whether the
// resulting position leaves the mover in check.
int i, Piece, diff;
int From, To;
int Checked;
TMoveList List;
From=Move.From;
To=Move.To;
if (From/10<1 || From/10>8 || From%10<1 || From%10>8) return 299;
if (To/10<1 || To/10>8 || To%10<1 || To%10>8) return 300;
Piece=Square[From];
if (From==To) return 301;
if (Piece<EMPTY && Square[MOVER]==BLACK) return 302;
if (Piece>EMPTY && Square[MOVER]==WHITE) return 303;
if (Piece==EMPTY) return 304;
if (Square[MOVER]==WHITE && Square[To]<EMPTY) return 305;
if (Square[MOVER]==BLACK && Square[To]>EMPTY) return 306;
switch(Piece)
{
  case WK : if ((abs(GetX(To)-GetX(From))>1 || abs(GetY(To)-GetY(From))>1) && !(From==51 && (To==71 || To==31))) return 1;
if (From==51 && To==71)
{
  if (Square[61]!=EMPTY || Square[71]!=EMPTY) return 13;
  if (Square[WROOK8MOVED]==TRUE) return 3;
  if (Square[WKINGMOVED]==TRUE) return 4;
  if (IsCheck()) return 22;
  Square[61]=WK; Square[51]=EMPTY;
  if (IsCheck()) {
Square[51]=WK; Square[61]=EMPTY;
return 21;
  }
  Square[51]=WK; Square[61]=EMPTY;
}
if (From==51 && To==31)
{
  if (Square[41]!=EMPTY || Square[31]!=EMPTY || Square[21]!=EMPTY) return 13;
  if (Square[WROOK1MOVED]==TRUE) return 3;
  if (Square[WKINGMOVED]==TRUE) return 4;
  if (IsCheck()) return 22;
  Square[41]=WK; Square[51]=EMPTY;
  if (IsCheck()) {
Square[51]=WK; Square[41]=EMPTY;
return 21;
  }
  Square[51]=WK; Square[41]=EMPTY;
}
break;
  case BK : if ((abs(GetX(To)-GetX(From))>1 || abs(GetY(To)-GetY(From))>1) && !(From==58 && (To==78 || To==38))) return 1;
if (From==58 && To==78)
{
  if (Square[68]!=EMPTY || Square[78]!=EMPTY) return 13;
  if (Square[BROOK8MOVED]==TRUE) return 3;
  if (Square[BKINGMOVED]==TRUE) return 4;
  if (IsCheck()) return 22;
  Square[68]=BK; Square[58]=EMPTY;
  if (IsCheck()) {
Square[58]=BK; Square[68]=EMPTY;
return 21;
  }
  Square[58]=BK; Square[68]=EMPTY;
}
if (From==58 && To==38)
{
  if (Square[48]!=EMPTY || Square[38]!=EMPTY || Square[28]!=EMPTY) return 13;
  if (Square[BROOK1MOVED]==TRUE) return 3;
  if (Square[BKINGMOVED]==TRUE) return 4;
  if (IsCheck()) return 22;
  Square[48]=BK; Square[58]=EMPTY;
  if (IsCheck()) {
Square[58]=BK; Square[48]=EMPTY;
return 21;
  }
  Square[58]=BK; Square[48]=EMPTY;
}
break;
  case WR : if (GetX(From)!=GetX(To) && GetY(From)!=GetY(To)) return 6;
if (GetX(From)==GetX(To)) {
  if (GetY(To)>GetY(From)) {
  for (i=From+1; i<=To; i++) if (Square[i]<10) return 14; else if (Square[i]>100 && i!=To) return 14;
  } else {
  for (i=From-1; i>=To; i--) if (Square[i]<10) return 14; else if (Square[i]>100 && i!=To) return 14;
  }
} else {
  if (GetX(To)>GetX(From)) {
  for (i=From+10; i<=To; i+=10) if (Square[i]<10) return 14; else if (Square[i]>100 && i!=To) return 14;
  } else {
  for (i=From-10; i>=To; i-=10) if (Square[i]<10) return 14; else if (Square[i]>100 && i!=To) return 14;
  }
}
break;
  case BR : if (GetX(From)!=GetX(To) && GetY(From)!=GetY(To)) return 6;
if (GetX(From)==GetX(To)) {
  if (GetY(To)>GetY(From)) {
  for (i=From+1; i<=To; i++) if (Square[i]>100) return 14; else if (Square[i]<10 && i!=To) return 14;
  } else {
  for (i=From-1; i>=To; i--) if (Square[i]>100) return 14; else if (Square[i]<10 && i!=To) return 14;
  }
} else {
  if (GetX(To)>GetX(From)) {
  for (i=From+10; i<=To; i+=10) if (Square[i]>100) return 14; else if (Square[i]<10 && i!=To) return 14;
  } else {
  for (i=From-10; i>=To; i-=10) if (Square[i]>100) return 14; else if (Square[i]<10 && i!=To) return 14;
  }
}
break;
  case WQ : if (!
  (
(From>To && (From-To)%9==0 && GetY(To)>GetY(From)) ||
(From>To && (From-To)%11==0 && GetY(From)>GetY(To)) ||
(To>From && (To-From)%11==0 && GetY(To)>GetY(From)) ||
(To>From && (To-From)%9==0 && GetY(From)>GetY(To)) ||
(GetX(From)==GetX(To)) ||
(GetY(From)==GetY(To))
  )
  ) return 7;
if (GetX(From)==GetX(To) && To>From) for (i=From+1; i<=To; i++) if (Square[i]<10 || (Square[i]>100 && i!=To)) return 20;
if (GetX(From)==GetX(To) && From>To) for (i=From-1; i>=To; i--) if (Square[i]<10 || (Square[i]>100 && i!=To)) return 20;
if (GetY(From)==GetY(To) && To>From) for (i=From+10; i<=To; i+=10) if (Square[i]<10 || (Square[i]>100 && i!=To)) return 20;
if (GetY(From)==GetY(To) && From>To) for (i=From-10; i>=To; i-=10) if (Square[i]<10 || (Square[i]>100 && i!=To)) return 20;
if (From>To && (From-To)%11==0) for (i=From-11; i>=To; i-=11) if (Square[i]<10 || (Square[i]>100 && i!=To)) return 20;
if (To>From && (To-From)%11==0) for (i=From+11; i<=To; i+=11) if (Square[i]<10 || (Square[i]>100 && i!=To)) return 20;
if (From>To && (From-To)%9==0) for (i=From-9; i>=To; i-=9) if (Square[i]<10 || (Square[i]>100 && i!=To)) return 20;
if (To>From && (To-From)%9==0) for (i=From+9; i<=To; i+=9) if (Square[i]<10 || (Square[i]>100 && i!=To)) return 20;
break;
  case BQ : if (!
  (
(From>To && (From-To)%9==0 && GetY(To)>GetY(From)) ||
(From>To && (From-To)%11==0 && GetY(From)>GetY(To)) ||
(To>From && (To-From)%11==0 && GetY(To)>GetY(From)) ||
(To>From && (To-From)%9==0 && GetY(From)>GetY(To)) ||
(GetX(From)==GetX(To)) ||
(GetY(From)==GetY(To))
  )
  ) return 7;
if (GetX(From)==GetX(To) && To>From) for (i=From+1; i<=To; i++) if (Square[i]>100 || (Square[i]<10 && i!=To)) return 20;
if (GetX(From)==GetX(To) && From>To) for (i=From-1; i>=To; i--) if (Square[i]>100 || (Square[i]<10 && i!=To)) return 20;
if (GetY(From)==GetY(To) && To>From) for (i=From+10; i<=To; i+=10) if (Square[i]>100 || (Square[i]<10 && i!=To)) return 20;
if (GetY(From)==GetY(To) && From>To) for (i=From-10; i>=To; i-=10) if (Square[i]>100 || (Square[i]<10 && i!=To)) return 20;
if (From>To && (From-To)%11==0) for (i=From-11; i>=To; i-=11) if (Square[i]>100 || (Square[i]<10 && i!=To)) return 20;
if (To>From && (To-From)%11==0) for (i=From+11; i<=To; i+=11) if (Square[i]>100 || (Square[i]<10 && i!=To)) return 20;
if (From>To && (From-To)%9==0) for (i=From-9; i>=To; i-=9) if (Square[i]>100 || (Square[i]<10 && i!=To)) return 20;
if (To>From && (To-From)%9==0) for (i=From+9; i<=To; i+=9) if (Square[i]>100 || (Square[i]<10 && i!=To)) return 20;
break;
  case WP : if (GetY(From)>GetY(To)) return 16; // moving backwards?
// attempting capture?
if (Square[To]>100)
  if (To-From!=11 && From-To!=9) return 9; else break;
// attempting 2 squares?
if (GetY(To)-GetY(From)==2 && (GetX(To)==GetX(From))) {
if (GetY(From)!=2) return 10; // not on correct rank
else if (Square[From+1]!=EMPTY) return 17; // attempted jump
else break;
}
// attempting to move diagonally (if for capture, would not get this far)
if (GetX(From)!=GetX(To)) {
if (To-From==11 || From-To==9) { // No enemy, en-passant perhaps?
if (GetX(To)==Square[ENPAWN] && GetY(To)==6) break;
else return 18;
} else
return 8;
} else {  // must now be going straight forward, no capturing and no 2-square attempt
if (GetY(To)-GetY(From)>1) return 8; else
if (Square[To]>100) return 11; else // can't capture like this
break;
}
  case BP : if (GetY(From)<GetY(To)) return 16;  // moving backwards?
// attempting capture?
if (Square[To]<10)
  if (From-To!=11 && To-From!=9) return 9; else break;
// attempting 2 squares?
if (GetY(From)-GetY(To)==2 && (GetX(To)==GetX(From))) {
if (GetY(From)!=7) return 10; // not on correct rank
else if (Square[From-1]!=EMPTY) return 17; // attempted jump
else break;
}
// attempting to move diagonally (if for capture, would not get this far)
if (GetX(From)!=GetX(To)) {
if (From-To==11 || To-From==9) { // No enemy, en-passant perhaps?
if (GetX(To)==Square[ENPAWN] && GetY(To)==3) break;
else return 18;
} else
return 8;
} else {  // must now be going straight forward, no capturing and no 2-square attempt
if (GetY(From)-GetY(To)>1) return 8; else
if (Square[To]<10) return 11; else // can't capture like this
break;
}
  case WB : if ((To>From) && GetY(To)>GetY(From)) { // North-East
  if (abs(From-To)%11!=0) return 12;
  for (i=From+11; i<=To; i+=11) if (Square[i]<10) return 15; else if (Square[i]>100 && i!=To) return 15;
} else
if ((To>From) && GetY(To)<GetY(From)) { // South-East
  if (abs(From-To)%9!=0) return 12;
  for (i=From+9; i<=To; i+=9) if (Square[i]<10) return 15; else if (Square[i]>100 && i!=To) return 15;
} else
if ((To<From) && GetY(To)>GetY(From)) { // North-West
  if (abs(From-To)%9!=0) return 12;
  for (i=From-9; i>=To; i-=9) if (Square[i]<10) return 15; else if (Square[i]>100 && i!=To) return 15;
} else
if ((To<From) && GetY(To)<GetY(From)) { // South-West
  if (abs(From-To)%11!=0) return 12;
  for (i=From-11; i>=To; i-=11) if (Square[i]<10) return 15; else if (Square[i]>100 && i!=To) return 15;
} else return 12;
break;
  case BB : if ((To>From) && GetY(To)>GetY(From)) { // North-East
  if (abs(From-To)%11!=0) return 12;
  for (i=From+11; i<=To; i+=11) if (Square[i]>100) return 15; else if (Square[i]<10 && i!=To) return 15;
} else
if ((To>From) && GetY(To)<GetY(From)) { // South-East
  if (abs(From-To)%9!=0) return 12;
  for (i=From+9; i<=To; i+=9) if (Square[i]>100) return 15; else if (Square[i]<10 && i!=To) return 15;
} else
if ((To<From) && GetY(To)>GetY(From)) { // North-West
  if (abs(From-To)%9!=0) return 12;
  for (i=From-9; i>=To; i-=9) if (Square[i]>100) return 15; else if (Square[i]<10 && i!=To) return 15;
} else
if ((To<From) && GetY(To)<GetY(From)) { // South-West
  if (abs(From-To)%11!=0) return 12;
  for (i=From-11; i>=To; i-=11) if (Square[i]>100) return 15; else if (Square[i]<10 && i!=To) return 15;
} else return 12;
break;
  case WN : diff=abs(From-To);
if (diff!=12 && diff!=8 && diff!=21 && diff!=19) return 5;
break;
  case BN : diff=abs(From-To);
if (diff!=12 && diff!=8 && diff!=21 && diff!=19) return 5;
break;
}
// Is the mover in check once this move is made?
check_for_check:
// BackUpBoard(BACKUP);
memcpy(BackUpSquare, Square, sizeof(int)*89);
MakeMove(Move, FALSE);
if (Square[MOVER]==WHITE) Square[MOVER]=BLACK; else Square[MOVER]=WHITE; // Want to see check from point of view on non-Square[MOVER]
Checked=IsCheck();
memcpy(Square, BackUpSquare, sizeof(int)*89);
// BackUpBoard(RESTORE);
if (Checked) return 2;
else return 0;
} // end of TChessBoard::VerifyMove(TMove)


Código fuente del juego completo:

Código [Seleccionar] Expandir

http://www.redhotpawn.com/rival/download/downloader.php?file=rival-source-1.8.28.zip

Saludos!

Hola!

Si está en VC7, no está empacado (al parecer). Ese es el compilador que se usó para crear el EXE.

Usa Olly para depurarlo. Tambien con IDA y el plugin XRays vas a sacar mucho.

Saludos!