sv_next
wsp->walk_addr = (uintptr_t)si.sv_next;
wsp->walk_addr = (uintptr_t)si.sv_next;
sv->next = sv_next;
static struct servent * sv_next(struct irs_sv *);
static struct servent * sv_next(struct irs_sv *);
sv->next = sv_next;
static struct servent * sv_next(struct irs_sv *);
sv->next = sv_next;
sv->next = sv_next;
while ((p = sv_next(this))) {
while ((p = sv_next(this))) {
static struct servent * sv_next(struct irs_sv *);
for (svp = mi->mi_servers; svp != NULL; svp = svp->sv_next) {
svp_tail->sv_next = svp;
if (svp_head->sv_next == NULL) {
svp_2ndlast->sv_next =
if (svp_head->sv_next == NULL) {
svp_2ndlast->sv_next = NULL;
if (svp_head->sv_next)
for (svp = mi->mi_servers; svp; svp = svp->sv_next) {
for (svp = mi->mi_servers; svp != NULL; svp = svp->sv_next) {
for (svp = mi->mi_servers; svp != NULL; svp = svp->sv_next) {
if (mi->mi_servers->sv_next == NULL)
for (svp = mi->mi_servers; svp != NULL; svp = svp->sv_next) {
next = svp->sv_next;
if (svp_head->sv_next) {
svp->sv_next = NULL;
srvnext = svp->sv_next;
svp->sv_next = NULL;
svp->sv_next = srvnext;
if (svp_head->sv_next)
for (svp = svp_head; svp; svp = svp->sv_next) {
for (si = svp_head; si; si = si->sv_next) {
svp_tail->sv_next = svp;
if (svp_head->sv_next == NULL) {
svp_2ndlast->sv_next =
if (svp_head->sv_next == NULL) {
svp_2ndlast->sv_next = NULL;
if (VTOMI(fi->vp)->mi_servers->sv_next == NULL)
for (svp = mi->mi_servers; svp; svp = svp->sv_next) {
next = svp->sv_next;
for (s = mi->mi_servers; s != NULL; s = s->sv_next)
for (s = mi->mi_servers; s != NULL; s = s->sv_next) {
for (svp = mi->mi_servers; svp != NULL; svp = svp->sv_next) {
svp_tail->sv_next = svp;
if (svp_head->sv_next == NULL) {
svp_2ndlast->sv_next =
if (svp_head->sv_next == NULL) {
svp_2ndlast->sv_next = NULL;
if (svp_head->sv_next)
#define FAILOVER_MOUNT4(mi) (mi->mi_servers->sv_next)
struct servinfo4 *sv_next; /* next in list */
struct servinfo *sv_next; /* next in list */
#define FAILOVER_MOUNT(mi) (mi->mi_servers->sv_next)