void
ipset_iterator_advance(struct ipset_iterator *iterator)
{
/* If we're already at the end of the iterator, don't do anything. */
if (CORK_UNLIKELY(iterator->finished)) {
return;
}
/* Otherwise, advance the expanded assignment iterator to the next
* assignment, and then drill down into it. */
DEBUG("Advancing set iterator");
ipset_expanded_assignment_advance(iterator->assignment_iterator);
process_expanded_assignment(iterator);
}
/**
* Expand the current assignment as IPv4 addresses.
*/
static void
expand_ipv6(struct ipset_iterator *iterator)
{
unsigned int last_bit;
if (iterator->summarize) {
last_bit = find_last_non_either_bit
(iterator->bdd_iterator->assignment, IPV6_BIT_SIZE);
DEBUG("Last non-either bit is %u", last_bit);
} else {
last_bit = IPV6_BIT_SIZE;
}
iterator->assignment_iterator =
ipset_assignment_expand
(iterator->bdd_iterator->assignment, last_bit + 1);
iterator->cidr_prefix = last_bit;
process_expanded_assignment(iterator);
}
static void
expand_ipv6(ipset_iterator_t *iterator)
{
guint last_bit;
if (iterator->summarize)
{
last_bit = find_last_non_either_bit
(iterator->bdd_iterator->assignment,
IPV6_BIT_SIZE);
g_d_debug("Last non-either bit is %u", last_bit);
} else {
last_bit = IPV6_BIT_SIZE;
}
iterator->assignment_iterator =
ipset_assignment_expand
(iterator->bdd_iterator->assignment,
last_bit + 1);
iterator->netmask = last_bit;
process_expanded_assignment(iterator);
}