int threads_get_and_print_results(pthread_t* threads, int threads_amount,
char* location, char* prefix) {
int i;
thread_return* ret_data;
print_result_header();
for (i = 0; i < threads_amount; i++) {
if (pthread_join(threads[i], (void*) &ret_data) != 0) {
printf("%d - Error en finalizacion de thread %lu.\n", i + 1,
threads[i]); //TODO: Emprolijar y desacomplar
continue;
}
if (ret_data->retcode != SUCCESS) {
printf("%d - El thread %lu termino con error.\n", i + 1, threads[i]); //TODO: Emprolijar y desacomplar
continue;
}
print_result_line(ret_data, i + 1, location, prefix);
release_thread_retdata(ret_data);
}
print_result_trailer();
return SUCCESS;
}
static void
print_current_result(struct engine_result res)
{
mtx_lock(&game_mutex);
mtx_lock(&stdout_mutex);
if (is_xboard) {
printf("%u ", res.depth);
if (res.sresult.value < - mate_value)
printf("%d ",
-100000 - (res.sresult.value + max_value) / 2);
else if (res.sresult.value > mate_value)
printf("%d ",
100000 + (max_value - res.sresult.value) / 2);
else
printf("%d ", res.sresult.value);
printf("%ju ", res.time_spent);
printf("%ju ", res.sresult.node_count);
}
else if (is_uci) {
printf("info depth %u ", res.depth);
printf("seldepth %u ", res.sresult.selective_depth);
if (res.sresult.value < - mate_value)
printf("score mate -%d ",
(res.sresult.value + max_value) / 2);
else if (res.sresult.value > mate_value)
printf("score mate %d ",
(max_value - res.sresult.value) / 2);
else
printf("score cp %d ", res.sresult.value);
printf("nodes %ju ", res.sresult.node_count);
}
else {
if (res.first)
print_result_header();
putchar(' ');
print_depth(res);
putchar('\t');
printf("%ju.%.2ju", res.time_spent / 100, res.time_spent % 100);
putchar('\t');
if (res.sresult.value < - mate_value)
printf("-#%d", (res.sresult.value + max_value) / 2);
else if (res.sresult.value > mate_value)
printf("#%d", (max_value - res.sresult.value) / 2);
else
print_centipawns(res.sresult.value);
putchar('\t');
if (verbose)
print_verbose_search_info(res);
(void) print_nice_count(res.sresult.node_count);
printf("N\t");
(void) print_nice_count(res.sresult.qnode_count);
printf("N\t");
}
if (is_uci)
printf("pv ");
print_move_path(game, res.pv, conf->move_not);
putchar('\n');
mtx_unlock(&stdout_mutex);
mtx_unlock(&game_mutex);
}