switch (ev) {
case IFPEV_UP:
if (iface->state != IFS_SETUP) {
- interface_event(iface, IFEV_UPDATE);
+ if (iface->state == IFS_UP && iface->updated)
+ interface_event(iface, IFEV_UPDATE);
return;
}
}
void
-interface_update_start(struct interface *iface)
+interface_update_start(struct interface *iface, const bool keep_old)
{
iface->updated = 0;
- interface_ip_update_start(&iface->proto_ip);
+
+ if (!keep_old)
+ interface_ip_update_start(&iface->proto_ip);
}
void
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_start(struct interface *iface, const bool keep_old);
void interface_update_complete(struct interface *iface);
void interface_start_pending(void);
return UBUS_STATUS_UNKNOWN_ERROR;
device_set_present(dev, true);
-
- interface_update_start(iface);
}
+ interface_update_start(iface, keep);
+
proto_apply_ip_settings(iface, data, addr_ext);
if ((cur = tb[NOTIFY_ROUTES]) != NULL)
interface_update_complete(state->proto.iface);
if ((state->sm != S_SETUP_ABORT) && (state->sm != S_TEARDOWN)) {
- if (!keep)
- state->proto.proto_event(&state->proto, IFPEV_UP);
+ state->proto.proto_event(&state->proto, IFPEV_UP);
state->sm = S_IDLE;
}