IFEV_UPDATE,
IFEV_FREE,
IFEV_RELOAD,
+ IFEV_LINK_UP,
};
enum interface_state {
IFC_REMOVE
};
+enum interface_id_selection_type {
+ IFID_FIXED,
+ IFID_RANDOM,
+ IFID_EUI64
+};
+
enum interface_update_flags {
IUF_ADDRESS = (1 << 0),
IUF_ROUTE = (1 << 1),
bool device_config;
bool enabled;
bool link_state;
+ bool force_link;
bool dynamic;
+ bool policy_rules_set;
+ bool link_up_event;
time_t start_time;
enum interface_state state;
struct list_head users;
+ /* for alias interface */
const char *parent_ifname;
struct interface_user parent_iface;
/* main interface that the interface is bound to */
struct device_user main_dev;
+ struct device_user ext_dev;
/* interface that layer 3 communication will go through */
struct device_user l3_dev;
struct vlist_tree host_routes;
int metric;
+ int dns_metric;
unsigned int ip4table;
unsigned int ip6table;
/* IPv6 assignment parameters */
+ enum interface_id_selection_type assignment_iface_id_selection;
+ struct in6_addr assignment_fixed_iface_id;
uint8_t assignment_length;
int32_t assignment_hint;
struct list_head assignment_classes;
void interface_add_user(struct interface_user *dep, struct interface *iface);
void interface_remove_user(struct interface_user *dep);
-int interface_add_link(struct interface *iface, struct device *dev);
int interface_remove_link(struct interface *iface, struct device *dev);
-int interface_handle_link(struct interface *iface, const char *name, bool add);
+int interface_handle_link(struct interface *iface, const char *name, bool add, bool link_ext);
void interface_add_error(struct interface *iface, const char *subsystem,
const char *code, const char **data, int n_data);
int interface_add_data(struct interface *iface, const struct blob_attr *data);
+int interface_parse_data(struct interface *iface, const struct blob_attr *attr);
void interface_update_start(struct interface *iface);
void interface_update_complete(struct interface *iface);