void source_clear_source (source_t *source)
{
int c;
DEBUG1 ("clearing source \"%s\"", source->mount);
avl_tree_wlock (source->pending_tree);
client_destroy(source->client);
source->client = NULL;
source->parser = NULL;
source->con = NULL;
/* log bytes read in access log */
if (source->client && source->format)
source->client->con->sent_bytes = source->format->read_bytes;
if (source->dumpfile)
{
INFO1 ("Closing dumpfile for %s", source->mount);
fclose (source->dumpfile);
source->dumpfile = NULL;
}
/* lets kick off any clients that are left on here */
avl_tree_wlock (source->client_tree);
c=0;
while (1)
{
avl_node *node = avl_get_first (source->client_tree);
if (node)
{
client_t *client = node->key;
if (client->respcode == 200)
c++; /* only count clients that have had some processing */
avl_delete (source->client_tree, client, _free_client);
continue;
}
break;
}
if (c)
{
stats_event_sub (NULL, "listeners", source->listeners);
INFO2 ("%d active listeners on %s released", c, source->mount);
}
avl_tree_unlock (source->client_tree);
while (avl_get_first (source->pending_tree))
{
avl_delete (source->pending_tree,
avl_get_first(source->pending_tree)->key, _free_client);
}
if (source->format && source->format->free_plugin)
source->format->free_plugin (source->format);
source->format = NULL;
/* Lets clear out the source queue too */
while (source->stream_data)
{
refbuf_t *p = source->stream_data;
source->stream_data = p->next;
p->next = NULL;
/* can be referenced by burst handler as well */
while (p->_count > 1)
refbuf_release (p);
refbuf_release (p);
}
source->stream_data_tail = NULL;
source->burst_point = NULL;
source->burst_size = 0;
source->burst_offset = 0;
source->queue_size = 0;
source->queue_size_limit = 0;
source->listeners = 0;
source->max_listeners = -1;
source->prev_listeners = 0;
source->hidden = 0;
source->shoutcast_compat = 0;
source->client_stats_update = 0;
util_dict_free (source->audio_info);
source->audio_info = NULL;
free(source->fallback_mount);
source->fallback_mount = NULL;
free(source->dumpfilename);
source->dumpfilename = NULL;
if (source->intro_file)
{
fclose (source->intro_file);
source->intro_file = NULL;
}
source->on_demand_req = 0;
avl_tree_unlock (source->pending_tree);
}
void source_clear_source (source_t *source)
{
DEBUG1 ("clearing source \"%s\"", source->mount);
client_destroy(source->client);
source->client = NULL;
source->parser = NULL;
source->con = NULL;
if (source->dumpfile)
{
INFO1 ("Closing dumpfile for %s", source->mount);
fclose (source->dumpfile);
source->dumpfile = NULL;
}
/* lets kick off any clients that are left on here */
avl_tree_rlock (source->client_tree);
while (avl_get_first (source->client_tree))
{
avl_delete (source->client_tree,
avl_get_first (source->client_tree)->key, _free_client);
}
avl_tree_unlock (source->client_tree);
avl_tree_rlock (source->pending_tree);
while (avl_get_first (source->pending_tree))
{
avl_delete (source->pending_tree,
avl_get_first(source->pending_tree)->key, _free_client);
}
avl_tree_unlock (source->pending_tree);
if (source->format && source->format->free_plugin)
{
source->format->free_plugin (source->format);
}
source->format = NULL;
if (source->yp_public)
yp_remove (source->mount);
source->burst_point = NULL;
source->burst_size = 0;
source->burst_offset = 0;
source->queue_size = 0;
source->queue_size_limit = 0;
source->listeners = 0;
source->no_mount = 0;
source->shoutcast_compat = 0;
source->max_listeners = -1;
source->yp_public = 0;
source->yp_prevent = 0;
source->hidden = 0;
util_dict_free (source->audio_info);
source->audio_info = NULL;
free(source->fallback_mount);
source->fallback_mount = NULL;
free(source->dumpfilename);
source->dumpfilename = NULL;
/* Lets clear out the source queue too */
while (source->stream_data)
{
refbuf_t *p = source->stream_data;
source->stream_data = p->next;
/* can be referenced by burst handler as well */
while (p->_count > 1)
refbuf_release (p);
refbuf_release (p);
}
source->stream_data_tail = NULL;
}
