void erts_lc_unrequire_lock_flg(erts_lc_lock_t *lck, Uint16 op_flags)
{
erts_lc_locked_locks_t *l_lcks = make_my_locked_locks();
erts_lc_locked_lock_t *l_lck = l_lcks->locked.first;
if (!find_lock(&l_lck, lck))
required_not_locked(l_lcks, lck);
l_lck = l_lcks->required.first;
if (!find_lock(&l_lck, lck))
unrequire_of_not_required_lock(l_lcks, lck);
if (l_lck->prev) {
ASSERT(l_lcks->required.first != l_lck);
l_lck->prev->next = l_lck->next;
}
else {
ASSERT(l_lcks->required.first == l_lck);
l_lcks->required.first = l_lck->next;
}
if (l_lck->next) {
ASSERT(l_lcks->required.last != l_lck);
l_lck->next->prev = l_lck->prev;
}
else {
ASSERT(l_lcks->required.last == l_lck);
l_lcks->required.last = l_lck->prev;
}
lc_free((void *) l_lck);
}
void erts_lc_unrequire_lock_flg(erts_lc_lock_t *lck, erts_lock_options_t options)
{
lc_thread_t *thr = make_my_locked_locks();
lc_locked_lock_t *ll = thr->locked.first;
if (!find_lock(&ll, lck))
required_not_locked(thr, lck);
ll = thr->required.first;
if (!find_lock(&ll, lck))
unrequire_of_not_required_lock(thr, lck);
if (ll->prev) {
ASSERT(thr->required.first != ll);
ll->prev->next = ll->next;
}
else {
ASSERT(thr->required.first == ll);
thr->required.first = ll->next;
}
if (ll->next) {
ASSERT(thr->required.last != ll);
ll->next->prev = ll->prev;
}
else {
ASSERT(thr->required.last == ll);
thr->required.last = ll->prev;
}
lc_free(thr, ll);
}
