dnss->aptr += namelen;
GETSHORT(dnss->srr.type, dnss->aptr); /* Record type */
-dnss->aptr += 6; /* Don't want class or TTL */
+dnss->aptr += 2; /* Don't want class */
+GETLONG(dnss->srr.ttl, dnss->aptr); /* TTL */
GETSHORT(dnss->srr.size, dnss->aptr); /* Size of data portion */
dnss->srr.data = dnss->aptr; /* The record's data follows */
dnss->aptr += dnss->srr.size; /* Advance to next RR */
|| !*trusted
|| !(auth_name = dns_extract_auth_name(dnsa))
|| OK != match_isinlist(auth_name, &trusted, 0, NULL, NULL,
- MCL_DOMAIN, TRUE, NULL)
+ MCL_DOMAIN, TRUE, NULL)
)
return FALSE;
* Get address(es) from DNS record *
*************************************************/
-/* The record type is either T_A for an IPv4 address or T_AAAA (or T_A6 when
-supported) for an IPv6 address.
+/* The record type is either T_A for an IPv4 address or T_AAAA for an IPv6 address.
Argument:
dnsa the DNS answer block
{
if (rr->data + 16 <= dnsa_lim)
{
+ struct in6_addr in6;
+ int i;
+ for (i = 0; i < 16; i++) in6.__in6_u.__u6_addr8[i] = rr->data[i];
yield = store_get(sizeof(dns_address) + 50);
- inet_ntop(AF_INET6, US rr->data, CS yield->address, 50);
+ inet_ntop(AF_INET6, &in6, CS yield->address, 50);
yield->next = NULL;
}
}