void add_mtrie_conf_entry(aConfItem *aconf,int flags)
{
DOMAIN_LEVEL *cur_level;
DOMAIN_PIECE *cur_piece;
DOMAIN_PIECE *last_piece;
char tokenized_host[HOSTLEN+1];
char *cur_dns_piece;
int index;
stack_pointer = 0;
/* check to see if its a kline on [email protected]/mask
* or [email protected].* or [email protected]
*/
if(host_is_legal_ip(aconf->host) && (aconf->status & CONF_KILL))
{
add_to_dline_hash(aconf);
return;
}
switch(sortable(tokenized_host,aconf->host))
{
case 0:
case 1:
if(aconf->status & CONF_CLIENT)
{
if(unsortable_list_ilines)
{
aconf->next = unsortable_list_ilines;
unsortable_list_ilines = aconf;
}
else
unsortable_list_ilines = aconf;
}
else
{
if(unsortable_list_klines)
{
aconf->next = unsortable_list_klines;
unsortable_list_klines = aconf;
}
else
unsortable_list_klines = aconf;
}
return;
break;
case -2:
if(aconf->status & CONF_CLIENT)
{
if(wild_card_ilines)
{
aconf->next = wild_card_ilines;
wild_card_ilines = aconf;
}
else
wild_card_ilines = aconf;
}
else
{
if(unsortable_list_klines)
{
aconf->next = unsortable_list_klines;
unsortable_list_klines = aconf;
}
else
unsortable_list_klines = aconf;
}
return;
break;
case -1:
break;
}
if(trie_list == (DOMAIN_LEVEL *)NULL)
{
trie_list = (DOMAIN_LEVEL *)MyMalloc(sizeof(DOMAIN_LEVEL));
memset((void *)trie_list,0,sizeof(DOMAIN_LEVEL));
}
/* now, start generating the sub mtrie tree */
create_sub_mtrie(trie_list,aconf,flags,aconf->host);
}
bool BasicName::operator < (const BasicName & other) const
{
return sortable() < other.sortable();
}
