static void dopop(poffHandle_t poffHandle, poffProgHandle_t poffProgHandle)
{
int opcode;
int arg16;
int arg16a;
int arg16b;
/* We have found PUSHS. No search for the next occurrence
* of either and instruction that increments the string
* stack or for the matching POPS
*/
/* Skip over the PUSHS for now */
inch = poffGetProgByte(poffHandle);
while (inch != EOF)
{
/* Did we encounter another PUSHS? */
if (inch == oPUSHS)
{
/* Yes... recurse to handle it */
current_level++;
dopop(poffHandle, poffProgHandle);
current_level--;
}
else if (inch == oPOPS)
{
/* Flush the buffered data without the PUSHS */
flushbuf(poffProgHandle);
/* And discard the matching POPS */
inch = poffGetProgByte(poffHandle);
break;
}
else if (inch == oLIB)
{
/* Get the 16-bit argument */
putbuf(inch, poffProgHandle);
arg16a = poffGetProgByte(poffHandle);
putbuf(arg16a, poffProgHandle);
arg16b = poffGetProgByte(poffHandle);
putbuf(arg16b, poffProgHandle);
arg16 = (arg16a << 8) | arg16b;
inch = poffGetProgByte(poffHandle);
/* Is it LIB MKSTK? MKSTKSTR? or MKSTKC? */
if ((arg16 == lbMKSTK) ||
(arg16 == lbMKSTKSTR) ||
(arg16 == lbMKSTKC))
{
/* Flush the buffered data with the PUSHS */
flushc(oPUSHS, poffProgHandle);
flushbuf(poffProgHandle);
/* And break out of the loop to search for
* the next PUSHS
*/
break;
}
}
else
{
/* Something else. Put it in the buffer */
putbuf(inch, poffProgHandle);
/* Get the next byte from the input stream */
opcode = inch;
inch = poffGetProgByte(poffHandle);
/* Check for an 8-bit argument */
if ((opcode & o8) != 0)
{
/* Buffer the 8-bit argument */
putbuf(inch, poffProgHandle);
inch = poffGetProgByte(poffHandle);
}
/* Check for a 16-bit argument */
if ((opcode & o16) != 0)
{
/* Buffer the 16-bit argument */
putbuf(inch, poffProgHandle);
inch = poffGetProgByte(poffHandle);
putbuf(inch, poffProgHandle);
inch = poffGetProgByte(poffHandle);
}
}
}
}
int main(int argc, char** argv){
char* outPl[NB_PLAYER] = {NULL, NULL}; // Les sorties pour chaque joueur
linkedlist_t listResp = NULL;
int pipeW;
int J1 = 0;
int J2 = 1;
int i;
int jGagne = -1;
int jPerdu;
int plein = 0;
int choix;
char caract[NB_PLAYER];
caract[0] = 'X';
caract[1] = 'O';
char plateau[HAUTEUR][LARGEUR];
if(argc >= 1){
pipeW = atoi(argv[0]);
}
else{
perror("Erreur, arguments incorrects.\n");
exit(EXIT_FAILURE);
}
init_plateau(plateau);
while(jGagne == -1 && !plein){
for(i=0; i < NB_PLAYER; i++){
systemc(&outPl[J1], "clear");
outc(&outPl[J1], "%s", "======= Morpion =======\n\n");
dessinerPlateau(&outPl[J1], plateau);
outc(&outPl[J1], "%s", "Entrez un numero de case (1, 2, ...) : ");
inc(&outPl[J1], "%d");
systemc(&outPl[J2], "clear");
outc(&outPl[J2], "%s", "======= Morpion =======\n\n");
dessinerPlateau(&outPl[J2], plateau);
outc(&outPl[J2], "%s", "C'est a votre adversaire de jouer.\n");
flushc(pipeW, outPl, NB_PLAYER);
choix = (int)getResp(&listResp, INT);
if(jouer(plateau, choix, caract[J1])){
if(gagner(plateau, caract[J1])){
jGagne = J1;
break;
}
if(estPlein(plateau)){
plein = 1;
break;
}
}
reversePlayer(&J1, &J2);
}
}
systemc(&outPl[J1], "clear");
systemc(&outPl[J2], "clear");
if(!plein && jGagne != -1){
jPerdu = nextPlayer(jGagne);
outc(&outPl[jGagne], "%s", "======= Morpion =======\n\n");
outc(&outPl[jGagne], "%s", "Vous avez gagne, felicitation !!\n");
outc(&outPl[jPerdu], "%s", "======= Morpion =======\n\n");
outc(&outPl[jPerdu], "%s", "Vous avez perdu, votre adversaire etait peut etre plus intelligent...\n");
}
else{
outc(&outPl[J1], "%s", "======= Morpion =======\n\n");
outc(&outPl[J1], "%s", "Vous etes aussi fort (ou mauvais) que votre adversaire...\n");
outc(&outPl[J2], "%s", "======= Morpion =======\n\n");
outc(&outPl[J2], "%s", "Vous etes aussi fort (ou mauvais) que votre adversaire...\n");
}
flushc(pipeW, outPl, NB_PLAYER);
// On attend un peut avant de quitter
waitc(&outPl[J1], 3);
waitc(&outPl[J2], 3);
quitc(&outPl[J1]); // Fermera le jeu pour le client
quitc(&outPl[J2]);
flushc(pipeW, outPl, NB_PLAYER);
quit(pipeW);
close(pipeW);
close_out_players(outPl, NB_PLAYER);
return EXIT_SUCCESS;
}
int main(int argc, char** argv){
char* outPl[NB_PLAYER] = {NULL, NULL}; // Les sorties pour chaque joueur
linkedlist_t listResp = NULL;
int pipeW;
int J1 = 0;
int J2 = 1;
int i;
int nbTry = 0;
int jGagne = -1; // Le numéro du joueur qui a gagné la partie
int jPerdu;
int nbLettre;
char* word[NB_PLAYER];
char* hiddenWord[NB_PLAYER];
char* choice; // Le mot que le joueur a essayer
if(argc >= 1){
pipeW = atoi(argv[0]);
}
else{
perror("Erreur, arguments incorrects.\n");
exit(EXIT_FAILURE);
}
for(i=0; i < NB_PLAYER; i++){
systemc(&outPl[J1], "clear");
systemc(&outPl[J2], "clear");
outc(&outPl[J1], "%s", "======= Jeu du pendu =======\n\n");
outc(&outPl[J1], "%s", "Entrez un mot(10 carct max): ");
inc(&outPl[J1], "%s");
outc(&outPl[J2], "%s", "======= Jeu du pendu =======\n\n");
outc(&outPl[J2], "%s", "Attendez que l'autre joueur choisisse un mot...\n");
flushc(pipeW, outPl, NB_PLAYER);
word[J1] = (char*)getResp(&listResp, STRING);
upperWord(word[J1]);
hiddenWord[J1] = initHiddenWord(word[J1]);
//printf("Les mot choisi est : %s\n", word[J1]);
reversePlayer(&J1, &J2);
fflush(stdout);
}
systemc(&outPl[J2], "clear");
outc(&outPl[J2], "%s", "======= Jeu du pendu =======\n\n");
while(jGagne == -1){
for(i=0; i < NB_PLAYER && jGagne == -1; i++){
systemc(&outPl[J1], "clear");
outc(&outPl[J1], "%s", "======= Jeu du pendu =======\n\n");
outc(&outPl[J1], "%s %d %s", "Nombre d'essais : ", nbTry, "\n");
outc(&outPl[J1], "%s %s %s", "Le mot a trouver : ", hiddenWord[J2], "\n");
outc(&outPl[J1], "%s", "C'est a vous, entrez une lettre ou un mot : ");
inc(&outPl[J1], "%s");
outc(&outPl[J2], "%s", "\nC'est a votre adversaire de jouer...\n");
flushc(pipeW, outPl, NB_PLAYER);
choice = (char*)getResp(&listResp, STRING);
if(strlen(choice) > 1){
upperWord(choice);
if(strcmp(word[J2], choice) == 0){
outc(&outPl[J1], "%s", "Votre mot est le bon.\n");
jGagne = J1;
}
else{
outc(&outPl[J1], "%s", "Votre mot ne correspond pas.\n");
}
}
else{ // Si le joueur a entré un seul caractère
nbLettre = searchInHidden(hiddenWord[J2], word[J2], choice[0]);
if(nbLettre == 0){
outc(&outPl[J1], "%s", "Cette lettre n'est pas presente dans le mot.\n");
}
else{
outc(&outPl[J1], "%s %d %s", "Cette lettre a ete trouve ", nbLettre, " fois dans le mot.\n");
}
if(strcmp(word[J2], hiddenWord[J2]) == 0){
jGagne = J1;
}
}
free(choice);
reversePlayer(&J1, &J2);
}
nbTry++;
}
//printf("Pendu : Le joueur %d a gagne.\n", jGagne+1);
jPerdu = nextPlayer(jGagne);
systemc(&outPl[J1], "clear");
systemc(&outPl[J2], "clear");
outc(&outPl[jGagne], "%s", "======= Jeu du pendu =======\n\n");
outc(&outPl[jGagne], "%s %s %s", "Le mot etait bien : ", word[jPerdu], "\n");
outc(&outPl[jGagne], "%s %d %s", "Vous avez gagne en ", nbTry, " essais, felicitation !!\n");
outc(&outPl[jPerdu], "%s", "======= Jeu du pendu =======\n\n");
outc(&outPl[jPerdu], "%s", "Vous avez perdu, votre adversaire a ete plus rapide..\n");
outc(&outPl[jPerdu], "%s %s %s", "Le mot etait : ", word[jGagne],"\n");
flushc(pipeW, outPl, NB_PLAYER);
for(i=0; i < NB_PLAYER; i++){
free(hiddenWord[i]);
free(word[i]);
}
// On attend un peut avant de quitter
waitc(&outPl[J1], 2);
waitc(&outPl[J2], 2);
quitc(&outPl[J1]); // Fermera le jeu pour le client
quitc(&outPl[J2]);
flushc(pipeW, outPl, NB_PLAYER);
quit(pipeW);
close(pipeW);
close_out_players(outPl, NB_PLAYER);
return EXIT_SUCCESS;
}
