static int player_mate_thread_run_per100ms(play_para_t *player, struct player_mate *mate)
{
mate_print("[MATE]player's mate start do a day work now\n ");
player_mate_thread_cmd_proxy(player, mate); /**/
mate_print("[MATE]player's mate finixhed cmd proxy\n ");
update_playing_info(player);
mate_print("[MATE]player's mate finished update playing info\n ");
update_player_states(player, 0);
mate_print("[MATE]player's mate finished one day work now\n ");
return 0;
}
static int player_mate_thread_run_l(play_para_t *player, struct player_mate *mate)
{
int worktimenum = 0;
int runll = 101 / (mate->work_intervals / 1000); /*work_intervals is less than 100ms?*/
int runlldelay = 0;
runll = (runll > 0 && runll < 100) ? runll : 0;
runlldelay = runll;
mate_print("[MATE]player's mate start work now!\n ");
while (!mate->mate_should_sleep && !mate->mate_should_exit) {
worktimenum++;
if (--runlldelay <= 0) { /*run once delay about 100ms...*/
player_mate_thread_run_per100ms(player, mate);
runlldelay = runll;
}
player_mate_thread_run_ll_everytime(player, mate);
mate_print("[MATE]player's mate sleep now %d\n ", worktimenum);
player_mate_thread_wait(mate, mate->work_intervals);
mate_print("[MATE]player's mate wake and try get next day work\n ");
}
mate_print("[MATE]player's mate exit work now!\n ");
return 0;
}
int player_mate_release(play_para_t *player)
{
struct player_mate *mate = (struct player_mate *)(player->player_mate);
int ret;
if (!mate) {
return -1;
}
mate_print("try release mate thread now\n");
pthread_mutex_lock(&mate->pthread_mutex);
mate->mate_should_sleep = 1;
mate->mate_should_exit = 1;
mate->wake_delay = 0;
ret = sem_post(&mate->mate_sem);/*wake mate thread*/
ret = sem_post(&mate->mate_sem);/*wake mate thread*/
ret = sem_post(&mate->mate_sem);/*wake mate thread*/
ret = pthread_cond_signal(&mate->pthread_cond);
pthread_mutex_unlock(&mate->pthread_mutex);
mate_print("wait mate thread exit\n");
ret = pthread_join(mate->pthread_id, NULL);
mate_print("mate thread exited\n");
FREE(player->player_mate);
player->player_mate = NULL;
return ret;
}
static int player_mate_thread_cmd_proxy(play_para_t *player, struct player_mate *mate)
{
player_cmd_t *cmd = NULL;
int ret;
/*
check the cmd & do for main thread;
*/
lock_message_pool(player);
cmd = peek_message_locked(player);
if (cmd) {
mate_print("[MATE]Get cmd-------------------------[%x],[%x]\n", cmd->ctrl_cmd, (CMD_START | CMD_PAUSE | CMD_RESUME | CMD_SWITCH_AID));
if (((cmd->ctrl_cmd) & (CMD_START | CMD_PAUSE | CMD_RESUME | CMD_SWITCH_AID)) ||
((cmd->set_mode) & (CMD_LOOP | CMD_NOLOOP | CMD_EN_AUTOBUF | CMD_SET_AUTOBUF_LEV))) {
cmd = get_message_locked(player);
} else {
cmd = NULL;
}
}
unlock_message_pool(player);
if (!cmd) {
return 0; /*no I can handle cmd*/
}
if (cmd->ctrl_cmd & CMD_PAUSE) {
mate_print("[MATE]Get puase cmd\n");
if (get_player_state(player) != PLAYER_PAUSE) {
ret = codec_pause(player->codec);
if (ret != 0) {
log_error("[%s:%d]pause failed!ret=%d\n", __FUNCTION__, __LINE__, ret);
}
player->playctrl_info.pause_flag = 1;
set_player_state(player, PLAYER_PAUSE);
update_playing_info(player);
update_player_states(player, 1);
}
} else if ((cmd->ctrl_cmd & CMD_RESUME) || (cmd->ctrl_cmd & CMD_START)) {
mate_print("[MATE]Get resume cmd\n");
if ((get_player_state(player) == PLAYER_PAUSE) || (get_player_state(player) == PLAYER_SEARCHOK)) {
ret = codec_resume(player->codec);
if (ret != 0) {
log_error("[%s:%d]resume failed!ret=%d\n", __FUNCTION__, __LINE__, ret);
}
player->playctrl_info.pause_flag = 0;
set_player_state(player, PLAYER_RUNNING);
update_playing_info(player);
update_player_states(player, 1);
}
} else if (cmd->ctrl_cmd & CMD_SWITCH_AID) {
player->playctrl_info.seek_base_audio = 1;
player->playctrl_info.switch_audio_id = cmd->param;
set_black_policy(0);
} else if (cmd->set_mode & CMD_LOOP) {
player->playctrl_info.loop_flag = 1;
} else if (cmd->set_mode & CMD_NOLOOP) {
player->playctrl_info.loop_flag = 0;
} else if (cmd->set_mode & CMD_EN_AUTOBUF) {
player->buffering_enable = cmd->param;
} else if (cmd->set_mode & CMD_SET_AUTOBUF_LEV) {
player->buffering_threshhold_min = cmd->f_param;
player->buffering_threshhold_middle = cmd->f_param1;
player->buffering_threshhold_max = cmd->f_param2;
}
message_free(cmd);
return 0;
}
