static int
try_read_move(const char *cmd)
{
move move;
if (is_end())
return 1;
switch (read_move(current_position(), cmd, &move, turn())) {
case none_move:
return 1;
case illegal_move:
printf("Illegal move: %s\n", cmd);
return 0;
case 0:
if (!is_force_mode && !is_opp_turn()) {
printf("It is not %s's turn\n",
whose_turn[opponent_of(computer_side)]);
return 0;
}
operator_move(move);
return 0;
default:
assert(0);
}
return 0;
}
int main(void) {
char board[9];
char player = who_plays_first(); //funkcja losuje kto gra pierwszy
char move;
system("cls");
fill_in_board(board); //wypelniamy tablice liczbami od 1 do 9
do {
if(player == 'x') {
player = 'o'; //zmieniamy gracz
display_board(board);
do {
move = read_move(player); //odczytujemy ruch gracza
} while(!check_move_possibility(move, board));
} else {
player = 'x'; //zmieniamy gracza
move = computer_move(board, player);
system("cls");
printf("Komputer wybral %d.\n\n", move + 1);
}
save_move(move, player, board);
} while(!is_it_end(board)); //powtarzamy az do konca gry
print_result(board, player);
play_again();
return 0;
}
main(){
int fd1, fd2;
exp_loguser = 1;
exp_timeout = 3600;
fd1 = exp_spawnl("chess","chess",(char *)0);
if (-1 == exp_expectl(fd1,exp_glob,"Chess\r\n",0,exp_end)) exit;
if (-1 == write(fd1,"first\r",6)) exit;
read_first_move(fd1);
fd2 = exp_spawnl("chess","chess",(char *)0);
if (-1 == exp_expectl(fd2,exp_glob,"Chess\r\n",0,exp_end)) exit;
for (;;) {
send_move(fd2);
read_counter_move(fd2);
send_move(fd1);
read_move(fd1);
}
}
int main(int argc, char *argv[]) {
int CONTINUE,WINNER,HUMAN,COMPUTER;
if(argc!=4) {
fprintf(stderr,"Usage: mnkgame <row> <col> <k>\n");
return 1;
}
if(!read_parameters(argv)) return 1;
if(!setup_game(M,N,K)) {
fprintf(stderr,"Error: the board is too big!\n");
return 1;
}
COMPUTER=1;
HUMAN=2;
setup_player(M,N,K);
printf("Computer Player ready\n");
mypause();
CONTINUE=N*M;
WINNER=DRAW;
while(CONTINUE>0) {
if(read_move(PLAYER1,HUMAN)) {
WINNER=PLAYER1;
CONTINUE=0;
}
if(--CONTINUE>0) {
if(read_move(PLAYER2,HUMAN)) {
WINNER=PLAYER2;
CONTINUE=0;
}
--CONTINUE;
}
}
system("cls");
print_board();
end_game(WINNER,HUMAN);
free_player();
free_game();
return 0;
}
position_t select_interface_gameplay(position_t pos){
if(G_current_game.interface_mode == html){
PL_HTMLread_move(&pos);
}
else{
read_move(&pos);
}
return pos;
}
void proceed(void)
{
frac ++;
if (stage == 1)
{
if (piece2 && frac <= MOVE_FRAC * 2)
{
CZ2 = -((GLfloat) frac)/MOVE_FRAC/1.8;
return;
}
frac = 0;
piece2 = 0;
stage ++;
return;
}
else if (stage == 3)
return;
else
CZ2 = 0.0;
if (frac >= MOVE_FRAC)
{
frac = 0;
X = NX;
Y = NY;
if (NX == XD && NY == YD)
{
board[XD][YD] = piece;
cycle[XD][YD] = cyclem;
stunt[XD][YD] = stuntm;
piece = 0;
read_move();
return;
}
switch(path[X][Y])
{
case NORTH: NY--; break;
case SOUTH: NY++; break;
case WEST: NX--; break;
case EAST: NX++; break;
case NORTHWEST: NX--; NY--; break;
case NORTHEAST: NX++; NY--; break;
case SOUTHWEST: NX--; NY++; break;
case SOUTHEAST: NX++; NY++; break;
}
if (NX == XD && NY == YD)
stage ++;
}
CX1 = ((GLfloat) (X*(MOVE_FRAC-frac) + NX*frac))/ MOVE_FRAC;
CY1 = ((GLfloat) (Y*(MOVE_FRAC-frac) + NY*frac))/ MOVE_FRAC;
}
void test_reading_converting_validating()
{
int counter = 1, check = 0;
reset_data_structs();
board_set_size(BOARD_MEDIUM);
int dimension = board_get_size();
position_t pos;
while(counter == 1)
{
test_representation_matrix(get_current_game_ptr()->board, dimension);
do
{
read_move(&pos);
check = function_validate_move(pos);
}
while(check != 0);
//arise the variable "int playNumber".
//save in log
}
}
/* Read a PGN file (a collection of one or more games in PGN format) and store
the positions and their win/loss ratios in an AVL tree (**tree).
The AVL tree can later be written in an opening book file (book.bin).
Returns the number of new positions added to the tree, or -1 on error. */
int
pgn_to_tree(const char *filename, AvlNode **tree)
{
PgnResult result;
int prev_progress;
int npos = 0;
long file_len;
FILE *fp;
Board board;
ASSERT(1, filename != NULL);
if ((fp = fopen(filename, "r")) == NULL) {
my_perror("Can't open PGN file %s", filename);
return -1;
}
if (settings.book_type != BOOK_MEM) {
settings.book_type = BOOK_MEM;
printf("Changed book mode to \"book in memory\"\n");
}
if (*tree == NULL && file_exists(settings.book_file)) {
printf("Loading opening book to memory...\n");
book_to_tree(settings.book_file, tree);
} else if (*tree == NULL)
printf("Creating a new opening book...\n");
/* Find out how big the file is. */
fseek(fp, 0, SEEK_END);
file_len = ftell(fp);
rewind(fp);
printf("Reading PGN file %s...\n", filename);
prev_progress = 0;
progressbar(50, 0);
while ((result = get_pgn_result(fp)) != RESULT_ERROR) {
int depth;
int progress;
int len;
char san_move[MAX_BUF];
/* Games with an unknown result are ignored. */
ASSERT(1, result != RESULT_ERROR);
if (result == NO_RESULT || result == DRAWN_GAME)
continue;
depth = 0;
fen_to_board(&board, START_FEN);
while ((len = read_move(san_move, MAX_BUF, fp)) >= 0) {
int points = 0;
U32 move;
/* break out of the loop when a new game begins */
if (depth > 0 && san_move[0] == '[')
break;
if (len < 2)
continue;
move = san_to_move(&board, san_move);
if (move == NULLMOVE) {
#if DEBUG_LEVEL > 0
update_log("Illegal move in %s: %s, line: %d\n",
filename, san_move, get_line_num(fp));
#endif /* DEBUG_LEVEL > 0 */
break;
}
if ((result == WHITE_WINS && board.color == WHITE)
|| (result == BLACK_WINS && board.color == BLACK))
points = 2;
make_move(&board, move);
if (save_book_pos(board.posp->key, points, tree))
npos++;
if (++depth >= MAX_BOOK_PLIES)
break;
}
progress = (ftell(fp) * 50) / file_len;
if (progress > prev_progress) {
progressbar(50, progress);
prev_progress = progress;
}
}
progressbar(50, 50);
my_close(fp, filename);
printf("\n");
return npos;
}
/*=====================================
* main
*===================================*/
int main(void){
reset_data_structs();
clearscr();
welcome_screen();
show_menu();
int check=0;
if(G_current_game.game_mode==pvp){ //pvp mode
if(G_current_game.player_first==1){ // who first start game, first move
cmp.current_player_move=G_players[0];
cmp.previous_player_move=G_players[1];
}
else{
cmp.current_player_move=G_players[1];
cmp.previous_player_move=G_players[0];
}
// while(1){ // in while add finish_game...
while( !finish_game_wrapper(pos) ){
//system("cls");
clearscr();
board_print_raw();
do{
//
printf("%s your move! (all your moves: %d)\n",cmp.current_player_move.name,cmp.current_player_move.moves);
read_move(&pos);
check = function_validate_move(pos);
}while(check != 0);
cmp.current_player_move.moves+=1;
cmp.tmp=cmp.current_player_move; //swap current player
cmp.current_player_move=cmp.previous_player_move; //
cmp.previous_player_move=cmp.tmp; //
}//end while(1)
cmp.tmp=cmp.current_player_move; //swap current player
cmp.current_player_move=cmp.previous_player_move; //
cmp.previous_player_move=cmp.tmp;
board_print_raw();
printf("%s wins! (In %d moves!)\n",cmp.current_player_move.name,cmp.current_player_move.moves);
}// end pvp mode
if(G_current_game.game_mode==pvc){ //pvc mode
if(G_current_game.player_first==1){ // who first start game, first move
cmp.current_player_move=G_players[0];
cmp.previous_player_move=G_players[1];// G_players[1] is cpu player
}
else{
cmp.current_player_move=G_players[1];
cmp.previous_player_move=G_players[0];
}
while(1){
//system("cls");
clearscr();
board_print_raw();
do{
printf("%s your move! (all your moves: %d)\n",cmp.current_player_move.name,cmp.current_player_move.moves);
read_move(&pos);
check = function_validate_move(pos);
}while(check != 0);
cmp.current_player_move.moves+=1;
cmp.tmp=cmp.current_player_move; //swap current player
cmp.current_player_move=cmp.previous_player_move; //
cmp.previous_player_move=cmp.tmp; //
}//end while(1)
}// end pvc
return 0;
}
void loadLogs(int gameCounter)
{
FILE *playLog;
position_t posMove;
char logName[30] = "TripletsLog-";
int playNumber;
char dateExtended[32];
char playerName[30];
int dimension;
int i;
int moveX;
char moveY;
int lineCounter=0;
int headLinesNumber=6;
int ch;
sprintf(logName, "%s%d.txt", logName, gameCounter);
playLog = fopen(logName, "r");
if(playLog == NULL)
{
printf("\n\tERR: Unable to read Log!");
}
else
{
do
{
ch = fgetc(playLog);
if( ch== '\n')
{
lineCounter++;
}
}
while( ch != EOF );
fclose(playLog);
lineCounter-=headLinesNumber;
lineCounter++; // to add the last line which doesn't have /n !!
}
playLog = fopen(logName, "r");
if(playLog == NULL)
{
printf("\n\tERR: Unable to read Log!");
}
else
{
gameCounter=0;
dimension=0;
fscanf(playLog, "--Triplets Log--\n");
fscanf(playLog, "Game #%d\n", &gameCounter);
fscanf(playLog, "Matrix Dimension: %d\n", &dimension);
fscanf(playLog, "Started on: %s\n", dateExtended);
for (i=0; i<lineCounter; i++)
{
fscanf(playLog, "Player %s ; Play %d ; Move [%d][%c]\n", playerName, &playNumber, &moveX, &moveY);
// printf("player %s, play number %d, moveX %d, moveY %c\n",playerName, playNumber, moveX, moveY); // was just to test if it's reading right
posMove.X=moveX;
posMove.Y=moveY;
read_move(&posMove);
board_print_raw();
}
}
fclose(playLog);
}
static void
test_move_str(void)
{
struct position pos;
enum player turn;
int ep_index;
char str[1024];
const char *end;
move m;
end = position_read_fen(&pos, positions[0].FEN, &ep_index, &turn);
assert(end != NULL);
assert(ep_index == 0);
assert(turn == black);
assert(end == (positions[0].FEN + strlen(positions[0].FEN)));
end = position_print_fen(&pos, str, 0, black);
assert(strcmp(str, positions[0].FEN) == 0);
assert(end == (str + strlen(positions[0].FEN)));
assert(read_move(&pos, "h8h7", &m, black) == 0);
assert(m == create_move_g(sq_h1, sq_h2, king, 0, false));
print_move(&pos, m, str, mn_coordinate, black);
assert(strcmp(str, "h8h7") == 0);
assert(read_move(&pos, "h8g8", &m, black) == 0);
assert(m == create_move_g(sq_h1, sq_g1, king, 0, false));
print_move(&pos, m, str, mn_coordinate, black);
assert(strcmp(str, "h8g8") == 0);
assert(read_move(&pos, "b5b4", &m, black) == 0);
assert(m == create_move_g(sq_b4, sq_b5, pawn, 0, false));
print_move(&pos, m, str, mn_coordinate, black);
assert(strcmp(str, "b5b4") == 0);
assert(read_move(&pos, "b5a4", &m, black) == 0);
assert(m == create_move_g(sq_b4, sq_a5, pawn, pawn, false));
print_move(&pos, m, str, mn_coordinate, black);
assert(strcmp(str, "b5a4") == 0);
assert(read_move(&pos, "b5c4", &m, black) != 0);
assert(read_move(&pos, "Kh7", &m, black) == 0);
assert(m == create_move_g(sq_h1, sq_h2, king, 0, false));
print_move(&pos, m, str, mn_san, black);
assert(strcmp(str, "Kh7") == 0);
assert(read_move(&pos, "Kg8", &m, black) == 0);
assert(m == create_move_g(sq_h1, sq_g1, king, 0, false));
print_move(&pos, m, str, mn_san, black);
assert(strcmp(str, "Kg8") == 0);
assert(read_move(&pos, "b4", &m, black) == 0);
assert(m == create_move_g(sq_b4, sq_b5, pawn, 0, false));
print_move(&pos, m, str, mn_san, black);
assert(strcmp(str, "b4") == 0);
assert(read_move(&pos, "bxa4", &m, black) == 0);
assert(m == create_move_g(sq_b4, sq_a5, pawn, pawn, false));
print_move(&pos, m, str, mn_san, black);
assert(strcmp(str, "bxa4") == 0);
assert(read_move(&pos, "bxc4", &m, black) != 0);
assert(read_move(&pos, "o-o", &m, black) != 0);
assert(read_move(&pos, "o-o-o", &m, black) != 0);
end = position_read_fen(&pos, positions[1].FEN, &ep_index, &turn);
assert(end != NULL);
assert(ep_index == 0);
assert(turn == white);
assert(end == (positions[1].FEN + strlen(positions[1].FEN)));
end = position_print_fen(&pos, str, 0, white);
assert(strcmp(str, positions[1].FEN) == 0);
assert(end == (str + strlen(positions[1].FEN)));
assert(read_move(&pos, "o-o", &m, white) != 0);
assert(read_move(&pos, "o-o-o", &m, white) != 0);
end = position_read_fen(&pos, positions[2].FEN, &ep_index, &turn);
assert(end != NULL);
assert(ep_index == sq_d5);
assert(turn == white);
assert(end == (positions[2].FEN + strlen(positions[2].FEN)));
end = position_print_fen(&pos, str, sq_d5, white);
assert(strcmp(str, positions[2].FEN) == 0);
assert(end == (str + strlen(positions[2].FEN)));
assert(read_move(&pos, "o-o", &m, white) == 0);
assert(m == mcastle_king_side);
assert(read_move(&pos, "O-O", &m, white) == 0);
assert(m == mcastle_king_side);
print_move(&pos, m, str, mn_coordinate, white);
assert(strcmp(str, "e1g1") == 0);
print_move(&pos, m, str, mn_san, white);
assert(strcmp(str, "O-O") == 0);
assert(read_move(&pos, "o-o-o", &m, white) != 0);
assert(read_move(&pos, "e5d6", &m, white) == 0);
assert(m ==
create_move_t(sq_e5, sq_d6, mt_en_passant, pawn, pawn, false));
print_move(&pos, m, str, mn_coordinate, white);
assert(strcmp(str, "e5d6") == 0);
assert(read_move(&pos, "exd6", &m, white) == 0);
assert(m ==
create_move_t(sq_e5, sq_d6, mt_en_passant, pawn, pawn, false));
print_move(&pos, m, str, mn_san, white);
assert(strcmp(str, "exd6e.p.") == 0);
end = position_read_fen(&pos, positions[3].FEN, &ep_index, &turn);
assert(end != NULL);
assert(ep_index == 0);
assert(turn == white);
assert(end == (positions[3].FEN + strlen(positions[3].FEN)));
end = position_print_fen(&pos, str, 0, white);
assert(strcmp(str, positions[3].FEN) == 0);
assert(end == (str + strlen(positions[3].FEN)));
assert(read_move(&pos, "o-o", &m, white) == 0);
assert(m == mcastle_king_side_check);
assert(read_move(&pos, "O-O", &m, white) == 0);
assert(m == mcastle_king_side_check);
print_move(&pos, m, str, mn_coordinate, white);
assert(strcmp(str, "e1g1") == 0);
print_move(&pos, m, str, mn_san, white);
assert(strcmp(str, "O-O") == 0);
assert(read_move(&pos, "c1b2", &m, white) == 0);
assert(m == create_move_g(sq_c1, sq_b2, bishop, 0, true));
assert(read_move(&pos, "Bb2", &m, white) == 0);
assert(m == create_move_g(sq_c1, sq_b2, bishop, 0, true));
assert(read_move(&pos, "Bb2+", &m, white) == 0);
assert(m == create_move_g(sq_c1, sq_b2, bishop, 0, true));
print_move(&pos, m, str, mn_san, white);
assert(strcmp(str, "Bb2+") == 0);
end = position_read_fen(&pos, positions[4].FEN, &ep_index, &turn);
assert(end != NULL);
assert(ep_index == 0);
assert(turn == white);
assert(end == (positions[4].FEN + strlen(positions[4].FEN)));
end = position_print_fen(&pos, str, 0, white);
assert(strcmp(str, positions[4].FEN) == 0);
assert(end == (str + strlen(positions[4].FEN)));
assert(read_move(&pos, "c7b8q", &m, white) == 0);
assert(m ==
create_move_t(sq_c7, sq_b8, mt_promotion, queen, knight, false));
assert(read_move(&pos, "c7b8Q", &m, white) == 0);
assert(m ==
create_move_t(sq_c7, sq_b8, mt_promotion, queen, knight, false));
assert(read_move(&pos, "c7b8n", &m, white) == 0);
assert(m ==
create_move_t(sq_c7, sq_b8, mt_promotion, knight, knight, false));
assert(read_move(&pos, "c7b8r", &m, white) == 0);
assert(m ==
create_move_t(sq_c7, sq_b8, mt_promotion, rook, knight, false));
assert(read_move(&pos, "c7b8b", &m, white) == 0);
assert(m ==
create_move_t(sq_c7, sq_b8, mt_promotion, bishop, knight, false));
assert(read_move(&pos, "c7d8q", &m, white) == 0);
assert(m ==
create_move_t(sq_c7, sq_d8, mt_promotion, queen, queen, true));
assert(read_move(&pos, "c7d8Q", &m, white) == 0);
assert(m ==
create_move_t(sq_c7, sq_d8, mt_promotion, queen, queen, true));
assert(read_move(&pos, "cxd8=Q", &m, white) == 0);
assert(m ==
create_move_t(sq_c7, sq_d8, mt_promotion, queen, queen, true));
assert(read_move(&pos, "cxd8=Q+", &m, white) == 0);
assert(m ==
create_move_t(sq_c7, sq_d8, mt_promotion, queen, queen, true));
assert(read_move(&pos, "cxd8=R+", &m, white) == 0);
assert(m ==
create_move_t(sq_c7, sq_d8, mt_promotion, rook, queen, true));
end = position_read_fen(&pos,
"rnbqkbnr/ppppp2p/5p2/6p1/8/4P3/PPPP1PPP/RNBQKBNR w KQkq -",
NULL, NULL);
assert(end != NULL);
assert(read_move(&pos, "d1h5", &m, white) == 0);
assert(m == create_move_g(sq_d1, sq_h5, queen, 0, true));
assert(read_move(&pos, "Qh5", &m, white) == 0);
assert(m == create_move_g(sq_d1, sq_h5, queen, 0, true));
assert(read_move(&pos, "Qh5+", &m, white) == 0);
assert(m == create_move_g(sq_d1, sq_h5, queen, 0, true));
assert(read_move(&pos, "Qh5#", &m, white) == 0);
assert(m == create_move_g(sq_d1, sq_h5, queen, 0, true));
print_move(&pos, m, str, mn_san, white);
assert(strcmp(str, "Qh5#") == 0);
}
void init_lists(void)
{
int i,j;
printf("Generating textures.\n");
init_textures();
for (i=0;i<17;i++)
transl[i+12] = transl[44-i] = sin(((GLfloat) i)*M_PI/32)/1.5;
for (i=0;i<17;i++)
list[i+8] = list[40-i] = i*8;
for (i=0;i<8;i++)
list[40+i] = list[7-i] = i*8;
printf("Generating display lists.\n");
prepare_pion();
prepare_koning();
for (i=0;i<=16;i++)
{
phase = ((GLfloat) i) * M_PI/16.0;
glNewList(PION + 8*i, GL_COMPILE);
width[PION+8*i] = bwidth;
height[PION+8*i] = bheight;
do_pion();
glEndList();
glNewList(TOREN + 8*i, GL_COMPILE);
do_toren();
width[TOREN+8*i] = bwidth;
height[TOREN+8*i] = bheight;
glEndList();
glNewList(PAARD + 8*i, GL_COMPILE);
do_paard();
width[PAARD+8*i] = bwidth;
height[PAARD+8*i] = bheight;
glEndList();
glNewList(LOPER + 8*i, GL_COMPILE);
do_loper();
width[LOPER+8*i] = bwidth;
height[LOPER+8*i] = bheight;
glEndList();
glNewList(KONING + 8*i, GL_COMPILE);
do_koning();
width[KONING+8*i] = bwidth;
height[KONING+8*i] = bheight;
glEndList();
glNewList(DAME + 8*i, GL_COMPILE);
do_dame();
width[DAME+8*i] = bwidth;
height[DAME+8*i] = bheight;
glEndList();
}
for (i=0;i<10;i++)
for (j=0;j<10;j++)
{
board[i][j] = 0;
cycle[i][j] = -1;
}
for (i=1;i<9;i++)
{
board[i][2] = PION + WIT;
board[i][7] = PION + ZWART;
}
board[1][1] = board[8][1] = TOREN + WIT;
board[2][1] = board[7][1] = PAARD + WIT;
board[3][1] = board[6][1] = LOPER + WIT;
board[4][1] = DAME + WIT;
board[5][1] = KONING + WIT;
board[1][8] = board[8][8] = TOREN + ZWART;
board[2][8] = board[7][8] = PAARD + ZWART;
board[3][8] = board[6][8] = LOPER + ZWART;
board[4][8] = DAME + ZWART;
board[5][8] = KONING + ZWART;
read_move();
}