/* Function: Compute the score of a finished game.
* Arguments: Optional random seed
* Fails: never
* Returns: Score in SGF format (RE property).
*
* Status: GTP version 2 standard command.
*/
static int gtp_final_score(char *s) {
float final_score = game->get_final_score();
gtp_start_response(GTP_SUCCESS);
if (final_score > 0.0)
gtp_printf("W+%3.1f", final_score);
else if (final_score < 0.0)
gtp_printf("B+%3.1f", -final_score);
else
gtp_printf("0");
return gtp_finish_response();
}
/* Function: List all known commands
* Arguments: none
* Fails: never
* Returns: list of known commands, one per line
*
* Status: GTP version 2 standard command.
*/
static int gtp_list_commands(char *s) {
int k;
UNUSED(s);
gtp_start_response(GTP_SUCCESS);
for (k = 0; commands[k].name != NULL; k++)
gtp_printf("%s\n", commands[k].name);
gtp_printf("\n");
return GTP_OK;
}
static int
gtp_list_commands(char *s)
{
int i;
gtp_start_response(GTP_SUCCESS);
for (i = 0; commands[i].name; i++)
gtp_printf("%s\n", commands[i].name);
gtp_printf("\n");
return GTP_OK;
}
/* Function: Show debug info related to patterns to stdout.
* Arguments: none
* Fails: never
* Returns: nothing
*
*/
static int gtp_match_patterns(char *s) {
UNUSED(s);
gtp_start_response(GTP_SUCCESS);
gtp_printf("\n");
game->match_patterns();
return gtp_finish_response();
}
/* Function: Write the debug info to stdout.
* Arguments: none
* Fails: never
* Returns: nothing
*
*/
static int gtp_debug(char *s) {
UNUSED(s);
gtp_start_response(GTP_SUCCESS);
gtp_printf("\n");
game->debug();
return gtp_finish_response();
}
/* Function: Write the position to stdout.
* Arguments: none
* Fails: never
* Returns: nothing
*
* Status: GTP version 2 standard command.
*/
static int gtp_showboard(char *s) {
UNUSED(s);
gtp_start_response(GTP_SUCCESS);
gtp_printf("\n");
game->show_board(gtp_output_file);
return gtp_finish_response();
}
static int
gtp_final_status_list(char *s)
{
int n;
int i, j;
int status = UNKNOWN;
char status_string[GTP_BUFSIZE];
int first_string;
if (sscanf(s, "%s %n", status_string, &n) != 1)
return gtp_failure("missing status");
if (!strcmp(status_string, "alive"))
status = ALIVE;
else if (!strcmp(status_string, "dead"))
status = DEAD;
else if (!strcmp(status_string, "seki"))
status = SEKI;
else
return gtp_failure("invalid status");
compute_final_status();
gtp_start_response(GTP_SUCCESS);
first_string = 1;
for (i = 0; i < board_size; i++)
for (j = 0; j < board_size; j++)
if (get_final_status(i, j) == status) {
int k;
int stonei[MAX_BOARD * MAX_BOARD];
int stonej[MAX_BOARD * MAX_BOARD];
int num_stones = get_string(i, j, stonei, stonej);
/* Clear the status so we don't find the string again. */
for (k = 0; k < num_stones; k++)
set_final_status(stonei[k], stonej[k], UNKNOWN);
if (first_string)
first_string = 0;
else
gtp_printf("\n");
gtp_print_vertices(num_stones, stonei, stonej);
}
return gtp_finish_response();
}
static int
gtp_showboard(char *s)
{
int i, j;
int symbols[3] = {'.', 'O', 'X'};
gtp_start_response(GTP_SUCCESS);
gtp_printf("\n");
letters();
for (i = 0; i < board_size; i++) {
printf("\n%2d", board_size - i);
for (j = 0; j < board_size; j++)
printf(" %c", symbols[get_board(i, j)]);
printf(" %d", board_size - i);
}
printf("\n");
letters();
return gtp_finish_response();
}
/* Common code for fixed_handicap and place_free_handicap. */
static int
place_handicap(char *s, int fixed)
{
int handicap;
int m, n;
int first_stone = 1;
if (!board_empty())
return gtp_failure("board not empty");
if (sscanf(s, "%d", &handicap) < 1)
return gtp_failure("handicap not an integer");
if (handicap < 2)
return gtp_failure("invalid handicap");
if (fixed && !valid_fixed_handicap(handicap))
return gtp_failure("invalid handicap");
if (fixed)
place_fixed_handicap(handicap);
else
place_free_handicap(handicap);
gtp_start_response(GTP_SUCCESS);
for (m = 0; m < board_size; m++)
for (n = 0; n < board_size; n++)
if (get_board(m, n) != EMPTY) {
if (first_stone)
first_stone = 0;
else
gtp_printf(" ");
gtp_mprintf("%m", m, n);
}
return gtp_finish_response();
}
