neighbor
u_int32_t neighbor;
GET_ADDR(neighbor);
neighbor = htonl(neighbor);
if (nb->addr == neighbor) {
nb->addr = neighbor;
n_node = find_node(neighbor, &routers);
ask(neighbor);
u_int32_t neighbor;
neighbor = *(u_int32_t*)p;
struct neighbor *next;
if (neighbor == 0)
neighbor = ifc_addr;
if (nb->addr == neighbor) {
nb->addr = neighbor;
n_node = find_node(neighbor, &routers);
ask(neighbor);
u_int32_t neighbor;
GET_ADDR(neighbor);
neighbor = htonl(neighbor);
inet_fmt(neighbor),
inet_name(neighbor), metric, thresh);
u_int32_t neighbor = *(u_int32_t*)p;
inet_fmt(neighbor),
inet_name(neighbor), metric, thresh);
struct listaddr *neighbor;
if (!(neighbor = find_neighbor(vifi, addr)))
neighbor = next_neighbor(&vifi,addr);
if (!neighbor)
put_address(newname, neighbor->al_addr, vp->namelen+1);
if (!(neighbor = next_neighbor(&vifi,addr+1)))
put_address(newname, neighbor->al_addr, vp->namelen+1);
long_return = (currtime - neighbor->al_ctime)*100;
long_return = (NEIGHBOR_EXPIRE_TIME - neighbor->al_timer
snprintf(buff, sizeof(buff), "%d.%d", neighbor->al_pv, neighbor->al_mv);
long_return = neighbor->al_genid;
struct neighbor *np;
struct neighbor *np;
np = (struct neighbor *)malloc(len);
struct neighbor *n_next;
static struct neighbor *neighbors;