sbin/routed/input.c

1001

na2->a_family, RIP_AF_AUTH,

sbin/routed/input.c

188

&& n < lim && n->n_family == RIP_AF_AUTH) {

sbin/routed/input.c

264

&& n->n_family == RIP_AF_AUTH

sbin/routed/input.c

368

if (n->n_family == RIP_AF_AUTH)

sbin/routed/input.c

601

if (n->n_family == RIP_AF_AUTH)

sbin/routed/input.c

947

if ((void *)NA >= lim || NA->a_family != RIP_AF_AUTH) {

sbin/routed/input.c

997

if (na2->a_family != RIP_AF_AUTH)

sbin/routed/output.c

253

na->a_family = RIP_AF_AUTH;

sbin/routed/output.c

259

na->a_family = RIP_AF_AUTH;

sbin/routed/output.c

282

na2->a_family = RIP_AF_AUTH;

sbin/routed/output.c

782

|| v12buf.base->n_family != RIP_AF_AUTH))

sbin/routed/output.c

786

|| v2buf.base->n_family != RIP_AF_AUTH))

sbin/routed/rtquery/rtquery.c

370

NA0.a_family = RIP_AF_AUTH;

sbin/routed/rtquery/rtquery.c

377

NA0.a_family = RIP_AF_AUTH;

sbin/routed/rtquery/rtquery.c

384

NA2.a_family = RIP_AF_AUTH;

sbin/routed/rtquery/rtquery.c

691

} else if (n->n_family == RIP_AF_AUTH) {

sbin/routed/trace.c

911

&& (n+1)->n_family == RIP_AF_AUTH))) {

sbin/routed/trace.c

929

if (n->n_family == RIP_AF_AUTH) {