unsigned long output_alsa_abort_stream(struct output *h,
struct output_stream *s)
{
unsigned long played;
/* Lock stream access */
pthread_mutex_lock(&h->mutex);
/* Pause stream */
s->is_playing = 0;
s->abort = 1;
/* Lock cache */
cache_lock(s->cache);
/* Calculate played status */
played = s->played * 1000 / h->samplerate / h->channels;
/* Add not played samples */
played += cache_delay(s->cache);
played += resample_delay(s->res);
/* Unlock stream access */
pthread_mutex_unlock(&h->mutex);
return played;
}
unsigned long output_alsa_get_status_stream(struct output *h,
struct output_stream *s,
enum output_stream_key key)
{
unsigned long ret = 0;
/* Lock stream access */
pthread_mutex_lock(&h->mutex);
switch(key)
{
case OUTPUT_STREAM_STATUS:
if(s->end_of_stream)
ret = STREAM_ENDED;
else if(s->is_playing)
ret = STREAM_PLAYING;
else
ret = STREAM_PAUSED;
break;
case OUTPUT_STREAM_PLAYED:
ret = s->played * 1000 / h->samplerate / h->channels;
break;
case OUTPUT_STREAM_CACHE_STATUS:
if(s->delay > 0 && cache_is_ready(s->cache) == 0)
ret = CACHE_BUFFERING;
else
ret = CACHE_READY;
break;
case OUTPUT_STREAM_CACHE_FILLING:
if(s->delay > 0)
ret = cache_get_filling(s->cache);
else
ret = 100;
break;
case OUTPUT_STREAM_CACHE_DELAY:
ret = cache_delay(s->cache);
break;
default:
ret = 0;
}
/* Unlock stream access */
pthread_mutex_unlock(&h->mutex);
return ret;
}
void cache_update(struct peer_cache *c)
{
cache_delay(c, 1);
}
