int comprueba (struct nodoa *r, struct nodoa *r2, int num)
{
int uno = 1, dos = 1;
if (num) {
if (r->clave == r2->clave) {
if (r->i)
uno = comprueba (r->i, r2->i, uno);
if (r->d)
dos = comprueba (r->d, r2->d, dos);
}
else
uno = 0;
if ((uno == 1) && (dos == 1))
return (uno);
else
return (0);
}
}
void alreves (struct nodoa *r, char *cad)
{
int dato, uno = 1;
struct nodoa *r2;
FILE *archi;
struct nodoa *aux;
r2 = NULL;
archi = fopen (cad, "rb");
fread (&dato, sizeof (int), 1, archi);
while (!feof (archi)) {
printf ("%d ", dato);
alta (&r2, dato);
fread (&dato, sizeof (int), 1, archi);
}
uno = comprueba (r, r2, uno);
if (uno)
printf ("Los árboles son idénticos.\n");
else
printf ("La hemos cagao.\n");
fclose (archi);
}
int main (int argc, char *argv[]) //MAIN FUCNTION
{
//matriz del juego
//Game "Board" with the dots
char av[25][80]=
{
"*******************************************************************************",
"*.............................................................................*",
"*...***********.............***********..................***** *****..........*",
"*...***********.............***********..................*...*.*...*..........*",
"*...**......................***********..................*.........*..........*",
"*...**.********.............***********..................*...*.*...*..........*",
"*...**......................***********..................***** *****..........*",
"*...***********...............................................................*",
"*...***********...............*********............*********..................*",
"*............**...............*********............*********..................*",
"*...***********...............*********............*********..................*",
"*...***********...............................................................*",
"*..............................*************************************..........*",
"*..............................*************************************..........*",
"*....***********...............*************************************..........*",
"*....***********..............................................................*",
"*....***********...................................................******.....*",
"*........................*******************.......................******.....*",
"*.....****...............*******************.*********************.******.....*",
"*.....******.............***.............***.......................******.....*",
"*.....*********..........***....*****....***.......................******.....*",
"*.....*********..........***....*****....***.......................******.....*",
"*.............................................................................*",
"*******************************************************************************",
};
//matriz del juego
//Game "Board" with the dots
char av2[25][80]=
{
"*******************************************************************************",
"* *",
"* *********** *********** ***** ***** *",
"* *********** *********** * * * * *",
"* ** *********** * * *",
"* ** ******** *********** * * * * *",
"* ** *********** ***** ***** *",
"* *********** *",
"* *********** ********* ********* *",
"* ** ********* ********* *",
"* *********** ********* ********* *",
"* *********** *",
"* ************************************* *",
"* ************************************* *",
"* *********** ************************************* *",
"* *********** *",
"* *********** ****** *",
"* ******************* ****** *",
"* **** ******************* ********************* ****** *",
"* ****** *** *** ****** *",
"* ********* *** ***** *** ****** *",
"* ********* *** ***** *** ****** *",
"* *",
"*******************************************************************************",
};
char ce=16;
int num=1;
int op;
int num2=1;
HANDLE hOut;//Color
hOut = GetStdHandle(STD_OUTPUT_HANDLE);//Color
SetConsoleTextAttribute(hOut, BACKGROUND_GREEN | BACKGROUND_RED | BACKGROUND_BLUE | BACKGROUND_INTENSITY);//Color
Menu(); //Menu function
switch(opc){
case 1:
clock_t d;
d=clock();
av[1][1]=ce;
if (hs<1175)
{
muestra(av, d);
while(stop==false)
{
if (getch() == 224)
{
op = getch();
}
else
{
op = -1;
}
switch (op)
{//verifica que tecla se preciono y realiza el movimiento
//Check which key was pressed and moves
case ARR:
if (comprueba(av, av2, num, num2-1)==true)
{//pregunta si el movimiento es posible o no, para no salirse de los muros
//Checks if the move is valid, avoiding crossing the walls
av[num2][num]=' ';
num2--;
ce=30;
av[num2][num]=ce;
}
break;
case ABJ:
if (comprueba(av, av2, num, num2+1)==true)
{
av[num2][num]=' ';
num2++;
ce=31;
av[num2][num]=ce;
}
break;
case DER:
if (comprueba(av, av2, num+1, num2)==true)
{
av[num2][num]=' ';
num++;
ce=16;
av[num2][num]=ce;
}
break;
case IZQ:
if (comprueba(av, av2, num-1, num2)==true){
av[num2][num]=' ';
num--;
ce=17;
av[num2][num]=ce;
}
break;
}
muestra(av,d);
}
}
if (hs==1175)
{
system("CLS");
Highscores();
}
return 0;
break;
case 2:
clock_t a;
a=clock();
av2[1][1]=ce;
if (hs<1175)
{
timemuestra(av2, a);
while(stop==false)
{
if (getch() == 224)
{
op = getch();
}
else
{
op = -1;
}
switch (op)
{//verifica que tecla se preciono y realiza el movimiento
case ARR:
if (comprueba(av, av2, num, num2-1)==true)
{//pregunta si el movimiento es posible o no, para no salirse de los muros
av2[num2][num]=' ';
num2--;
ce=30;
av2[num2][num]=ce;
}
break;
case ABJ:
if (comprueba(av, av2, num, num2+1)==true)
{
av2[num2][num]=' ';
num2++;
ce=31;
av2[num2][num]=ce;
}
break;
case DER:
if (comprueba(av, av2, num+1, num2)==true)
{
av2[num2][num]=' ';
num++;
ce=16;
av2[num2][num]=ce;
}
break;
case IZQ:
if (comprueba(av, av2, num-1, num2)==true){
av2[num2][num]=' ';
num--;
ce=17;
av2[num2][num]=ce;
}
break;
}
timemuestra(av2, a);
}
}
int time;
time=timemuestra(av2,a);
if (time>=12)
{
system("CLS");
Highscores();
getchar();
getchar();
}
return 0;
}
}
int main(int argc, char **argv) {
int accion = 0;
if (argc > 1)
accion = argv[1][0] - 48; // Paso del codigo ASCII a decimal
if (argc == 5 || (argc == 4 && accion == 2)) {
printf("Cifrador Rabbit \n");
// Inicio la clave ctx
ECRYPT_ctx * ctx = malloc(sizeof(ECRYPT_ctx));
switch (accion) {
case 0: //CIFRAR
printf("Seleccionaste Cifrar \n");
printf("El archivo de ORIGEN es: %s \n", argv[2]);
printf("El archivo de DESTINO es: %s \n", argv[3]);
inicia_ctx(ctx, argv[4]);
cifrador_archivo(CIFRAR, argv[2], argv[3], ctx);
printf("\n");
printf( " /)_/) \n");
printf( " ( ^.^) Cifrado correcto! \n");
printf( " c(\")(\") \n");
break;
case 1: //DECIFRAR
printf("Seleccionaste Decifrar \n");
printf("El archivo de ORIGEN es: %s \n", argv[2]);
printf("El archivo de DESTINO es: %s \n", argv[3]);
inicia_ctx(ctx, argv[4]);
cifrador_archivo(DECIFRAR, argv[2], argv[3], ctx);
printf("\n");
printf( " /)_/) \n");
printf( " ( ^.^) Decifrado correcto! \n");
printf( " c(\")(\") \n");
break;
case 2: //COMPROBAR IMAGENES
printf("Seleccionaste Comprobar cifrado \n");
printf("El archivo ORIGINAL es: %s \n", argv[2]);
printf("El archivo DECIFRADO es: %s \n", argv[3]);
printf("El resultado del proceso es... \n\n");
if (comprueba(argv[2], argv[3]) == 0) {
printf( " /)_/) \n");
printf( " ( ^.^) Comprobacion correcta! \n");
printf( " c(\")(\") \n");
} else {
printf( " /)_/) \n");
printf( " ( v.v) Comprobacion incorrecta! \n");
printf( " c(\")(\") \n");
}
break;
default:
break;
}
}
return EXIT_SUCCESS;
}
