struct interface;
struct nl_sock;
extern struct vlist_tree leases;
+extern struct config config;
struct odhcpd_event {
struct uloop_fd uloop;
OAF_STATIC = (1 << 2),
OAF_BROKEN_HOSTNAME = (1 << 3),
OAF_DHCPV4 = (1 << 4),
- OAF_DHCPV6 = (1 << 5),
+ OAF_DHCPV6_NA = (1 << 5),
+ OAF_DHCPV6_PD = (1 << 6),
};
struct config {
char *dhcp_cb;
char *dhcp_statefile;
int log_level;
-} config;
+};
struct lease {
// RA runtime data
struct odhcpd_event router_event;
struct uloop_timeout timer_rs;
+ uint32_t ra_sent;
// DHCPv6 runtime data
struct odhcpd_event dhcpv6_event;
bool master;
bool ignore;
bool always_rewrite_dns;
+
+ // NDP
+ int learn_routes;
+
+ // RA
+ uint8_t ra_flags;
+ bool ra_slaac;
bool ra_not_onlink;
bool ra_advrouter;
bool ra_useleasetime;
bool no_dynamic_dhcp;
uint8_t pio_filter_length;
struct in6_addr pio_filter_addr;
-
- // RA
- int learn_routes;
int default_router;
- int ra_managed;
int route_preference;
int ra_maxinterval;
int ra_mininterval;
uint32_t ra_hoplimit;
int ra_mtu;
+ // DHCP
+ uint32_t dhcp_leasetime;
+
// DHCPv4
struct in_addr dhcpv4_start;
struct in_addr dhcpv4_end;
size_t dhcpv4_router_cnt;
struct in_addr *dhcpv4_dns;
size_t dhcpv4_dns_cnt;
- uint32_t dhcpv4_leasetime;
bool dhcpv4_forcereconf;
// DNS
extern struct avl_tree interfaces;
-#define RA_MANAGED_NO_MFLAG 0
-#define RA_MANAGED_MFLAG 1
-#define RA_MANAGED_NO_AFLAG 2
-
inline static void free_assignment(struct dhcp_assignment *a)
{
list_del(&a->head);
int netlink_add_netevent_handler(struct netevent_handler *hdlr);
ssize_t netlink_get_interface_addrs(const int ifindex, bool v6,
struct odhcpd_ipaddr **addrs);
+int netlink_get_interface_proxy_neigh(int ifindex, const struct in6_addr *addr);
int netlink_setup_route(const struct in6_addr *addr, const int prefixlen,
const int ifindex, const struct in6_addr *gw,
const uint32_t metric, const bool add);