static void itv_stream_destructor(itv_object_t *p_this)
{
itv_stream_t *istream = (itv_stream_t *)p_this;
DEBUG_CALLSTACK
if(istream->idemux)
itv_object_release(istream->idemux);
}
void __itv_list_release(itv_object_list_t *p_list)
{
int i_index;
for(i_index = 0; i_index < p_list->i_count; i_index++) {
itv_object_release(p_list->pp_object[i_index]);
}
kfree(p_list->pp_object);
kfree(p_list);
}
void __itv_object_release(itv_object_t *p_this)
{
bool b_should_destroy;
unsigned int pre_ref;
itv_object_internals_t *p_priv = itv_object_internals(p_this);
itv_object_t *parent = NULL;
spin_lock(&p_priv->ref_spin);
pre_ref = p_priv->refcount;
if(p_priv->refcount > 1) {
p_priv->refcount--;
// printk("[%s] refcount %d %d\n", p_this->psz_object_name, pre_ref, p_priv->refcount);
spin_unlock(&p_priv->ref_spin);
return;
}
spin_unlock(&p_priv->ref_spin);
itv_lock(p_this->icore);
spin_lock(&p_priv->ref_spin);
b_should_destroy = --p_priv->refcount == 0;
// printk("[%s] refcount %d %d\n", p_this->psz_object_name, pre_ref, p_priv->refcount);
spin_unlock(&p_priv->ref_spin);
if(b_should_destroy) {
parent = p_this->parent;
if(ITV_OBJECT(p_this->icore) == p_this) {
itv_object_t *p_leaked = p_priv->next;
while(p_leaked != p_this) {
eprintk("leaking object (type:%s, name:%s)\n",
p_leaked->psz_object_type, p_leaked->psz_object_name);
p_leaked = itv_object_internals(p_leaked)->next;
}
}
itv_object_internals(p_priv->next)->prev = p_priv->prev;
itv_object_internals(p_priv->prev)->next = p_priv->next;
if(parent)
itv_object_detach_unlocked(p_this);
}
itv_unlock(p_this->icore);
if(b_should_destroy) {
itv_object_destroy(p_this);
if(parent)
itv_object_release(parent);
}
}
void __itv_object_detach(itv_object_t *p_this)
{
itv_object_t *parent;
if(!p_this) return;
itv_lock(p_this->icore);
parent = p_this->parent;
if(parent)
itv_object_detach_unlocked(p_this);
itv_unlock(p_this->icore);
if(parent)
itv_object_release(parent);
}
void itv_adapter_destroy(itv_adapter_t *p_iadapter)
{
DEBUG_CALLSTACK
itv_object_release(p_iadapter);
}
