/* ARGSUSED */
static int
ip_getlifaddr_impl(sa_family_t family, phy_if_t phy_ifdata,
lif_if_t ifdata, size_t nelem, net_ifaddr_t type[],
struct sockaddr *storage, ip_stack_t *ipst)
{
struct sockaddr_in6 *sin6;
struct sockaddr_in *sin;
lif_if_t ipifid;
ipif_t *ipif;
int i;
ASSERT(type != NULL);
ASSERT(storage != NULL);
ipifid = UNMAP_IPIF_ID(ifdata);
if (family == AF_INET) {
if ((ipif = ipif_getby_indexes((uint_t)phy_ifdata,
(uint_t)ipifid, B_FALSE, ipst)) == NULL)
return (1);
sin = (struct sockaddr_in *)storage;
for (i = 0; i < nelem; i++, sin++) {
if (ip_getifaddr_type(AF_INET, ipif, type[i],
&sin->sin_addr) < 0) {
ip2dbg(("ip_getlifaddr_impl failed type %d\n",
type[i]));
ipif_refrele(ipif);
return (1);
}
sin->sin_family = AF_INET;
}
} else {
if ((ipif = ipif_getby_indexes((uint_t)phy_ifdata,
(uint_t)ipifid, B_TRUE, ipst)) == NULL)
return (1);
sin6 = (struct sockaddr_in6 *)storage;
for (i = 0; i < nelem; i++, sin6++) {
if (ip_getifaddr_type(AF_INET6, ipif, type[i],
&sin6->sin6_addr) < 0) {
ip2dbg(("ip_getlifaddr_impl failed type %d\n",
type[i]));
ipif_refrele(ipif);
return (1);
}
sin6->sin6_family = AF_INET6;
}
}
ipif_refrele(ipif);
return (0);
}
/* ARGSUSED */
static int
ip_getmtu_impl(phy_if_t phy_ifdata, lif_if_t ifdata, boolean_t isv6,
ip_stack_t *ipst)
{
lif_if_t ipifid;
ipif_t *ipif;
int mtu;
ipifid = UNMAP_IPIF_ID(ifdata);
ipif = ipif_getby_indexes((uint_t)phy_ifdata, (uint_t)ipifid,
isv6, ipst);
if (ipif == NULL)
return (0);
mtu = ipif->ipif_ill->ill_mtu;
ipif_refrele(ipif);
if (mtu == 0) {
ill_t *ill;
if ((ill = ill_lookup_on_ifindex((uint_t)phy_ifdata, isv6,
ipst)) == NULL) {
return (0);
}
mtu = ill->ill_mtu;
ill_refrele(ill);
}
return (mtu);
}
/*
* Shared implementation to get next interface from the current list of
* logical network interfaces
*/
static lif_if_t
ip_lifgetnext_impl(phy_if_t phy_ifdata, lif_if_t ifdata, boolean_t isv6,
ip_stack_t *ipst)
{
lif_if_t newidx, oldidx;
boolean_t nextok;
ipif_t *ipif;
ill_t *ill;
ill = ill_lookup_on_ifindex(phy_ifdata, isv6, ipst);
if (ill == NULL)
return (0);
if (ifdata != 0) {
oldidx = UNMAP_IPIF_ID(ifdata);
nextok = B_FALSE;
} else {
oldidx = 0;
nextok = B_TRUE;
}
mutex_enter(&ill->ill_lock);
if (ill->ill_state_flags & ILL_CONDEMNED) {
mutex_exit(&ill->ill_lock);
ill_refrele(ill);
return (0);
}
/*
* It's safe to iterate the ill_ipif list when holding an ill_lock.
* And it's also safe to access ipif_id without ipif refhold.
* See the field access rules in ip.h.
*/
for (ipif = ill->ill_ipif; ipif != NULL; ipif = ipif->ipif_next) {
if (!IPIF_CAN_LOOKUP(ipif))
continue;
if (nextok) {
ipif_refhold_locked(ipif);
break;
} else if (oldidx == ipif->ipif_id) {
nextok = B_TRUE;
}
}
mutex_exit(&ill->ill_lock);
ill_refrele(ill);
if (ipif == NULL)
return (0);
newidx = ipif->ipif_id;
ipif_refrele(ipif);
return (MAP_IPIF_ID(newidx));
}
/*
* Shared implementation to determine the zoneid associated with an IPv4/IPv6
* address
*/
static int
ip_getlifzone_impl(sa_family_t family, phy_if_t phy_ifdata, lif_if_t ifdata,
ip_stack_t *ipst, zoneid_t *zoneid)
{
ipif_t *ipif;
ipif = ipif_getby_indexes((uint_t)phy_ifdata,
UNMAP_IPIF_ID((uint_t)ifdata), (family == AF_INET6), ipst);
if (ipif == NULL)
return (-1);
*zoneid = IP_REAL_ZONEID(ipif->ipif_zoneid, ipst);
ipif_refrele(ipif);
return (0);
}
/*
* The behaviour here mirrors that for the SIOCFLIFFLAGS ioctl where the
* union of all of the relevant flags is returned.
*/
static int
ip_getlifflags_impl(sa_family_t family, phy_if_t phy_ifdata, lif_if_t ifdata,
ip_stack_t *ipst, uint64_t *flags)
{
phyint_t *phyi;
ipif_t *ipif;
ill_t *ill;
ill = ill_lookup_on_ifindex(phy_ifdata, (family == AF_INET6), ipst);
if (ill == NULL)
return (-1);
phyi = ill->ill_phyint;
ipif = ipif_getby_indexes((uint_t)phy_ifdata,
UNMAP_IPIF_ID((uint_t)ifdata), (family == AF_INET6), ipst);
if (ipif == NULL) {
ill_refrele(ill);
return (-1);
}
*flags = ipif->ipif_flags | ill->ill_flags | phyi->phyint_flags;
ipif_refrele(ipif);
ill_refrele(ill);
return (0);
}
int
ibcm_resolver_pr_lookup(ibcm_arp_streams_t *ib_s, ibt_ip_addr_t *dst_addr,
ibt_ip_addr_t *src_addr, zoneid_t myzoneid)
{
ibcm_arp_prwqn_t *wqnp;
ire_t *ire = NULL;
ipif_t *ipif = NULL;
ill_t *ill = NULL;
ill_t *hwaddr_ill = NULL;
ip_stack_t *ipst;
ipaddr_t setsrcv4;
in6_addr_t setsrcv6;
IBCM_PRINT_IP("ibcm_arp_pr_lookup: SRC", src_addr);
IBCM_PRINT_IP("ibcm_arp_pr_lookup: DST", dst_addr);
if ((wqnp = ibcm_arp_create_prwqn(ib_s, dst_addr, src_addr)) == NULL) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ibcm_arp_create_prwqn failed");
ib_s->status = ENOMEM;
return (1);
}
ipst = netstack_find_by_zoneid(myzoneid)->netstack_ip;
if (dst_addr->family == AF_INET) {
/*
* get an ire for the destination adress.
* Note that we can't use MATCH_IRE_ILL since that would
* require that the first ill we find have ire_ill set.
*/
setsrcv4 = INADDR_ANY;
ire = ire_route_recursive_v4(dst_addr->un.ip4addr, 0, NULL,
myzoneid, NULL, MATCH_IRE_DSTONLY, B_TRUE, 0, ipst,
&setsrcv4, NULL, NULL);
ASSERT(ire != NULL);
if (ire->ire_flags & (RTF_REJECT|RTF_BLACKHOLE)) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ire_route_recursive_v4 failed");
ib_s->status = EFAULT;
goto fail;
}
ill = ire_nexthop_ill(ire);
if (ill == NULL) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ire_nexthop_ill failed");
ib_s->status = EFAULT;
goto fail;
}
/* Pick a source address */
if (ip_select_source_v4(ill, setsrcv4, dst_addr->un.ip4addr,
INADDR_ANY, myzoneid, ipst, &wqnp->src_addr.un.ip4addr,
NULL, NULL) != 0) {
ib_s->status = EADDRNOTAVAIL;
goto fail;
}
wqnp->gateway.un.ip4addr = ire->ire_gateway_addr;
wqnp->netmask.un.ip4addr = ire->ire_mask;
wqnp->src_addr.family = wqnp->gateway.family =
wqnp->netmask.family = AF_INET;
} else if (dst_addr->family == AF_INET6) {
/*
* get an ire for the destination adress.
* Note that we can't use MATCH_IRE_ILL since that would
* require that the first ill we find have ire_ill set. Thus
* we compare ire_ill against ipif_ill after the lookup.
*/
setsrcv6 = ipv6_all_zeros;
ire = ire_route_recursive_v6(&dst_addr->un.ip6addr, 0, NULL,
myzoneid, NULL, MATCH_IRE_DSTONLY, B_TRUE, 0, ipst,
&setsrcv6, NULL, NULL);
ASSERT(ire != NULL);
if (ire->ire_flags & (RTF_REJECT|RTF_BLACKHOLE)) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ire_route_recursive_v6 failed");
ib_s->status = EFAULT;
goto fail;
}
ill = ire_nexthop_ill(ire);
if (ill == NULL) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ire_nexthop_ill failed");
ib_s->status = EFAULT;
goto fail;
}
/* Pick a source address */
if (ip_select_source_v6(ill, &setsrcv6, &dst_addr->un.ip6addr,
myzoneid, ipst, B_FALSE, IPV6_PREFER_SRC_DEFAULT,
&wqnp->src_addr.un.ip6addr, NULL, NULL) != 0) {
ib_s->status = EADDRNOTAVAIL;
goto fail;
}
wqnp->gateway.un.ip6addr = ire->ire_gateway_addr_v6;
wqnp->netmask.un.ip6addr = ire->ire_mask_v6;
wqnp->src_addr.family = wqnp->gateway.family =
wqnp->netmask.family = AF_INET6;
}
(void) strlcpy(wqnp->ifname, ill->ill_name, sizeof (wqnp->ifname));
/*
* For IPMP data addresses, we need to use the hardware address of the
* interface bound to the given address.
*/
if (IS_IPMP(ill)) {
if (wqnp->src_addr.family == AF_INET) {
ipif = ipif_lookup_addr(wqnp->src_addr.un.ip4addr, ill,
myzoneid, ipst);
} else {
ipif = ipif_lookup_addr_v6(&wqnp->src_addr.un.ip6addr,
ill, myzoneid, ipst);
}
if (ipif == NULL) {
ib_s->status = ENETUNREACH;
goto fail;
}
if ((hwaddr_ill = ipmp_ipif_hold_bound_ill(ipif)) == NULL) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"no bound ill for IPMP interface %s",
ill->ill_name);
ib_s->status = EFAULT;
goto fail;
}
} else {
hwaddr_ill = ill;
ill_refhold(hwaddr_ill); /* for symmetry */
}
if ((ib_s->status = ibcm_arp_check_interface(hwaddr_ill)) != 0) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ibcm_arp_check_interface failed");
goto fail;
}
bcopy(hwaddr_ill->ill_phys_addr, &wqnp->src_mac,
hwaddr_ill->ill_phys_addr_length);
IBTF_DPRINTF_L4(cmlog, "ibcm_resolver_pr_lookup: outgoing if:%s",
wqnp->ifname);
/*
* at this stage, we have the source address and the IB
* interface, now get the destination mac address from
* arp or ipv6 drivers
*/
ib_s->status = ibcm_nce_lookup(wqnp, ill, myzoneid);
if (ib_s->status != 0) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ibcm_nce_lookup failed: %d", ib_s->status);
goto fail;
}
ill_refrele(hwaddr_ill);
ill_refrele(ill);
ire_refrele(ire);
if (ipif != NULL)
ipif_refrele(ipif);
netstack_rele(ipst->ips_netstack);
IBTF_DPRINTF_L4(cmlog, "ibcm_resolver_pr_lookup: Return: 0x%p", wqnp);
return (0);
fail:
if (hwaddr_ill != NULL)
ill_refrele(hwaddr_ill);
if (ill != NULL)
ill_refrele(ill);
if (ire != NULL)
ire_refrele(ire);
if (ipif != NULL)
ipif_refrele(ipif);
ibcm_arp_delete_prwqn(wqnp);
netstack_rele(ipst->ips_netstack);
return (1);
}
int
ibcm_resolver_pr_lookup(ibcm_arp_streams_t *ib_s, ibt_ip_addr_t *dst_addr,
ibt_ip_addr_t *src_addr)
{
ibcm_arp_prwqn_t *wqnp;
ire_t *ire = NULL;
ipif_t *ipif = NULL;
ill_t *ill = NULL;
ill_t *hwaddr_ill = NULL;
ip_stack_t *ipst;
int len;
ipaddr_t setsrcv4;
in6_addr_t setsrcv6;
IBCM_PRINT_IP("ibcm_arp_pr_lookup: SRC", src_addr);
IBCM_PRINT_IP("ibcm_arp_pr_lookup: DST", dst_addr);
if ((wqnp = ibcm_arp_create_prwqn(ib_s, dst_addr, src_addr)) == NULL) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ibcm_arp_create_prwqn failed");
ib_s->status = ENOMEM;
return (1);
}
ipst = netstack_find_by_zoneid(GLOBAL_ZONEID)->netstack_ip;
if (dst_addr->family == AF_INET) {
/*
* A local address is always specified, and it is used
* to find the zoneid.
*/
ipif = ipif_lookup_addr(src_addr->un.ip4addr, NULL, ALL_ZONES,
ipst);
if (ipif == NULL) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ipif_lookup_addr failed");
ib_s->status = EFAULT;
goto fail;
}
/*
* get an ire for the destination adress.
* Note that we can't use MATCH_IRE_ILL since that would
* require that the first ill we find have ire_ill set. Thus
* we compare ire_ill against ipif_ill after the lookup.
*/
setsrcv4 = INADDR_ANY;
ire = ire_route_recursive_v4(dst_addr->un.ip4addr, 0, NULL,
ipif->ipif_zoneid, NULL, MATCH_IRE_DSTONLY, B_TRUE, 0, ipst,
&setsrcv4, NULL, NULL);
ASSERT(ire != NULL);
if (ire->ire_flags & (RTF_REJECT|RTF_BLACKHOLE)) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ire_route_recursive_v4 failed");
ib_s->status = EFAULT;
goto fail;
}
ill = ire_nexthop_ill(ire);
if (ill == NULL) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ire_nexthop_ill failed");
ib_s->status = EFAULT;
goto fail;
}
if (ill != ipif->ipif_ill) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"wrong ill");
ib_s->status = EFAULT;
goto fail;
}
wqnp->gateway.un.ip4addr = ire->ire_gateway_addr;
wqnp->netmask.un.ip4addr = ire->ire_mask;
wqnp->src_addr.un.ip4addr = src_addr->un.ip4addr;
wqnp->src_addr.family = wqnp->gateway.family =
wqnp->netmask.family = AF_INET;
} else if (dst_addr->family == AF_INET6) {
/*
* A local address is always specified, and it is used
* to find the zoneid.
* We should really match on scopeid for link locals here.
*/
ipif = ipif_lookup_addr_v6(&src_addr->un.ip6addr, NULL,
ALL_ZONES, ipst);
if (ipif == NULL) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ipif_lookup_addr_v6 failed");
ib_s->status = EFAULT;
goto fail;
}
/*
* get an ire for the destination adress.
* Note that we can't use MATCH_IRE_ILL since that would
* require that the first ill we find have ire_ill set. Thus
* we compare ire_ill against ipif_ill after the lookup.
*/
setsrcv6 = ipv6_all_zeros;
ire = ire_route_recursive_v6(&dst_addr->un.ip6addr, 0, NULL,
ipif->ipif_zoneid, NULL, MATCH_IRE_DSTONLY, B_TRUE, 0, ipst,
&setsrcv6, NULL, NULL);
ASSERT(ire != NULL);
if (ire->ire_flags & (RTF_REJECT|RTF_BLACKHOLE)) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ire_route_recursive_v6 failed");
ib_s->status = EFAULT;
goto fail;
}
ill = ire_nexthop_ill(ire);
if (ill == NULL) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ire_nexthop_ill failed");
ib_s->status = EFAULT;
goto fail;
}
if (ill != ipif->ipif_ill) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"wrong ill");
ib_s->status = EFAULT;
goto fail;
}
wqnp->gateway.un.ip6addr = ire->ire_gateway_addr_v6;
wqnp->netmask.un.ip6addr = ire->ire_mask_v6;
wqnp->src_addr.un.ip6addr = src_addr->un.ip6addr;
wqnp->src_addr.family = wqnp->gateway.family =
wqnp->netmask.family = AF_INET6;
}
(void) strlcpy(wqnp->ifname, ill->ill_name, sizeof (wqnp->ifname));
/*
* For IPMP data addresses, we need to use the hardware address of the
* interface bound to the given address.
*/
if (IS_IPMP(ill)) {
if ((hwaddr_ill = ipmp_ipif_hold_bound_ill(ipif)) == NULL) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"no bound ill for IPMP interface %s",
ill->ill_name);
ib_s->status = EFAULT;
goto fail;
}
} else {
hwaddr_ill = ill;
ill_refhold(hwaddr_ill); /* for symmetry */
}
if ((ib_s->status = ibcm_arp_check_interface(hwaddr_ill)) != 0) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ibcm_arp_check_interface failed");
goto fail;
}
bcopy(hwaddr_ill->ill_phys_addr, &wqnp->src_mac,
hwaddr_ill->ill_phys_addr_length);
IBTF_DPRINTF_L4(cmlog, "ibcm_resolver_pr_lookup: outgoing if:%s",
wqnp->ifname);
/*
* if the user supplied a address, then verify rts returned
* the same address
*/
if (wqnp->usrc_addr.family) {
len = (wqnp->usrc_addr.family == AF_INET) ?
IP_ADDR_LEN : sizeof (in6_addr_t);
if (bcmp(&wqnp->usrc_addr.un, &wqnp->src_addr.un, len)) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"srcaddr mismatch:%d", ENETUNREACH);
goto fail;
}
}
/*
* at this stage, we have the source address and the IB
* interface, now get the destination mac address from
* arp or ipv6 drivers
*/
ib_s->status = ibcm_nce_lookup(wqnp, ill, getzoneid());
if (ib_s->status != 0) {
IBTF_DPRINTF_L2(cmlog, "ibcm_resolver_pr_lookup: "
"ibcm_nce_lookup failed: %d", ib_s->status);
goto fail;
}
ill_refrele(hwaddr_ill);
ill_refrele(ill);
ire_refrele(ire);
ipif_refrele(ipif);
netstack_rele(ipst->ips_netstack);
IBTF_DPRINTF_L4(cmlog, "ibcm_resolver_pr_lookup: Return: 0x%p", wqnp);
return (0);
fail:
if (hwaddr_ill != NULL)
ill_refrele(hwaddr_ill);
if (ill != NULL)
ill_refrele(ill);
if (ire != NULL)
ire_refrele(ire);
if (ipif != NULL)
ipif_refrele(ipif);
ibcm_arp_delete_prwqn(wqnp);
netstack_rele(ipst->ips_netstack);
return (1);
}