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/* bos72D src/bos/kernext/cluster/inc/cluster_user_net.h 1.12.2.11 */
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/* @(#)35 1.12.2.11 src/bos/kernext/cluster/inc/cluster_user_net.h, sysxcluster, bos72D, d2015_38A0 9/11/15 14:01:21 */
#ifndef _CLUSTER_USER_NET_H
#define _CLUSTER_USER_NET_H
#include <sys/utsname.h>
#include <sys/types.h>
#include <sys/param.h>
#include <sys/cfgdb.h>
#include <sys/ndd.h>
#include <sys/cluster.h>
#include <netinet/in.h>
#include <net/if.h>
#define AVIP 0x00000001
#define DVIP 0x00000002
#define APORT 0x00000004
#define DPORT 0x00000008
#define ATARGET 0x00000010
#define DTARGET 0x00000020
#define AIF 0x00000040
#define DIF 0x00000080
#define AEXCEPT 0x00000100
#define DEXCEPT 0x00000200
#define HSWITCH 0x00000400
#define NHDUMP 0x00000800
#define FHDUMP 0x00001000
#define STATDUMP 0x00002000
#define AEXIF 0x00004000
#define DEXIF 0x00008000
#ifndef ETHER_ADDR_LEN
#define ETHER_ADDR_LEN 6
#endif
#ifndef ISO88025_ADDR_LEN
#define ISO88025_ADDR_LEN 6
#endif
#define MAXNETMON 5
typedef struct t_addr_ip
{
sa_family_t the_family;
union
{
struct in_addr ip4;
struct in6_addr ip6;
} t_ip;
} t_addr_ip_t, *t_addr_ip_p;
typedef struct t_addr_ip_all
{
t_addr_ip_t addr;
t_addr_ip_t bcast_addr;
t_addr_ip_t netmask_addr;
} t_addr_ip_all_t, *t_addr_ip_all_p;
typedef struct t_addr_ip_mreq
{
sa_family_t the_family;
in_port_t the_port;
union
{
struct ip_mreq ip_mreq4;
struct ipv6_mreq ip_mreq6;
} t_ip_mreq;
} t_addr_ip_mreq_t, *t_addr_ip_mreq_p;
typedef struct t_addr_mac
{
union
{
u_char edst[ETHER_ADDR_LEN];
u_char tdst[ISO88025_ADDR_LEN];
} t_mac;
} t_addr_mac_t, *t_addr_mac_p;
typedef struct port_prot
{
t_addr_ip_t vip;
u_int32_t prot_h; /* high level protocol i.e. tcp/udp */
u_int32_t prot_l; /* low level protocol expected at port i.e. nfs */
u_int16_t port;
u_int64_t node_list; /* list of nodes supporting vip. Just a int mask for now. */
} port_prot_t, *port_prot_p;
typedef struct vipaddr /* cluster virtual ip addresses of targets */
{
t_addr_ip_t vip;
} vipaddr_t, *vipaddr_p;
typedef struct targ_addr /* How cluster keeps detailed physical addresses of targets */
{
u_int64_t num; /* nodeid of target */
t_addr_ip_t dst_ip; /* ip of target on interface network */
t_addr_mac_t mac; /* target mac (i.e. his) for interface */
char name[IFNAMSIZ]; /* name of interface to target for mac which follows */
} targ_addr_t, *targ_addr_p;
typedef struct if_detail /* cluster details on network interfaces */
{
char name[NDD_MAXNAMELEN];
u_int32_t state; /* see states.h */
u_int16_t alen; /* mac length */
u_int16_t type1; /* see if.h */
u_int16_t type2; /* see ndd.h */
u_int32_t ndd_flags;
u_int64_t if_flags;
short srtt;
short lnk_srtt;
short rttvar;
short lnk_rttvar;
u_int32_t probe_interval;
t_addr_mac_t mac; /* mac for interface */
u_int16_t num_normal; /* number of regular addresses on interface. */
u_int16_t num_clust; /* number of cluster addresses on interface. */
u_int16_t num_multi; /* number of multicast address. */
u_int16_t dst_node_id; /* keep pad out */
t_addr_ip_all_t cluster_addrs[1]; /* total addresses on the interface. num_normal + num_clust + num_multi long */
} if_detail_t, *if_detail_p;
typedef struct if_list /* How cluster keeps network interface lists */
{
char node_name[MAXHOSTNAMELEN];
t_wwid_t node_uuid;
t_addr_ip_t node_pseudo_ip; /* Pseudo IP Address */
u_int32_t num_if; /* Number of interfaces with cluster addresses */
struct if_detail if_detail[1]; /* Really num_if long */
} if_list_t, *if_list_p;
typedef struct if_list_cluster_hdr
{
char cluster_name[MAXHOSTNAMELEN];
t_wwid_t cluster_uuid;
u_int32_t num_nodes_reporting;
u_int32_t num_nodes_expected;
u_int32_t total_length_of_data; /* Including this header */
} if_list_cluster_hdr_t, *if_list_cluster_hdr_p;
typedef struct if_list_cluster /* How cluster keeps network interface lists */
{
if_list_cluster_hdr_t list_hdr;
struct if_list if_list[1]; /*num_nodes_reporting long */
} if_list_cluster_t, *if_list_cluster_p;
typedef struct t_stat_net
{
u_int64_t seenpkts;
u_int64_t passpkts;
u_int64_t gossippkts_s;
u_int64_t uni_pkts_s;
u_int64_t rxmit_q_overflow_unicast;
u_int64_t gossippkts_r;
u_int64_t uni_pkts_r;
u_int64_t badxmit_dueto_overflow_tcpsock;
u_int64_t ippkts;
u_int64_t udppkts;
u_int64_t sancompkts_s;
u_int64_t sancompkts_r;
u_int64_t dpcompkts_r;
u_int64_t dpcompkts_s;
u_int64_t clustpkts;
u_int64_t ourpkts;
u_int64_t oobpkts;
u_int64_t badxmit;
u_int64_t lnk_badxmit;
u_int64_t badpost;
u_int64_t shortpkts;
u_int64_t lnk_shortpkts;
u_int64_t multipkts;
u_int64_t badpkts;
u_int64_t lnk_badpkts;
u_int64_t tcppkts;
u_int64_t fragpkts;
u_int64_t queuefrags;
u_int64_t freefrags;
u_int64_t dropkts;
u_int64_t pull;
u_int64_t nomem;
u_int64_t lnk_reqs_s;
u_int64_t reqs_s;
u_int64_t reqs_r;
u_int64_t reqs_lnk_r;
u_int64_t foundreqs;
u_int64_t lnk_foundreqs;
u_int64_t missreqs;
u_int64_t lnk_missreqs;
u_int64_t reset_r;
u_int64_t reset_s;
u_int64_t tcpsock_r;
u_int64_t tcpsock_s;
u_int64_t ahafspkts_s;
u_int64_t ahafspkts_r;
u_int64_t alivepkts_s;
u_int64_t lnk_alivepkts_s;
u_int64_t alivepkts_r;
u_int64_t lnk_alivepkts_r;
u_int64_t nodedownpkts_s;
u_int64_t lnk_nodedownpkts_s;
u_int64_t nodedownpkts_r;
u_int64_t lnk_nodedownpkts_r;
u_int64_t sockpkts_s;
u_int64_t sockpkts_r;
u_int64_t socknospace;
u_int64_t notforhere;
u_int64_t notforclust;
u_int64_t outofrange;
u_int64_t stale_pkts;
u_int64_t lnk_stale_pkts;
u_int64_t duppkts;
u_int64_t badcwide;
u_int64_t cluster_wide_pkts_s;
u_int64_t cluster_wide_pkts_r;
u_int64_t notforlink;
u_int64_t cluster_link_pkts_s;
u_int64_t cluster_link_pkts_r;
u_int64_t fragdropped;;
u_int64_t fragtimeout;
u_int64_t fragmented;
u_int64_t reassembled;
u_int64_t ofragments;
u_int64_t fragments;
u_int64_t badxmit_dueto_overflow;
u_int64_t badxmit_dueto_hostunreach;
u_int64_t badxmit_dueto_netdown;
u_int64_t pseudo_sockpkts_received;
u_int64_t pseudo_sockpkts_sent;
u_int64_t pseudo_sockpkts_dropped;
u_int64_t arppkts_received;
u_int64_t arppkts_sent;
u_int64_t badxmit_dueto_netunreach;
u_int64_t badxmit_dueto_enoconnect;
u_int64_t ipv6pkts_r;
u_int64_t ipv6pkts_s;
u_int64_t ipv6frags_r;
u_int64_t ipv6frags_s;
u_int64_t err_largepkt;
u_int64_t rxmit_q_overflow_mcast;
u_int64_t mcast_ping_pkts;
} t_stat_net_t, *t_stat_net_p;
typedef struct extern_addr /* How cluster keeps EXTERNAL network interfaces */
{
t_addr_ip_t ext_ip; /* ip of external network. This should not be a vip */
char name[IFNAMSIZ]; /* name of interface to target for mac which follows */
} extern_addr_t, *extern_addr_p;
typedef struct if_netmon
{
u_int32_t num_ping; /* number of netmon ping address configured */
t_addr_ip_t netmon_list[MAXNETMON];
} if_netmon_t, *if_netmon_p;
/**
* Network address checking
*/
#define SAME_ADDR4(_a, _b) (((_a).s_addr == (_b).s_addr))
#define SAME_SUBNET(_a, _b, _m) (((_a).s_addr & (_m).s_addr) == ((_b).s_addr & (_m).s_addr))
#define SAME_SUBNET6(_a, _b, _m) \
((((_a).s6_addr32[0] & (_m).s6_addr32[0]) == ((_b).s6_addr32[0] & (_m).s6_addr32[0])) && \
(((_a).s6_addr32[1] & (_m).s6_addr32[1]) == ((_b).s6_addr32[1] & (_m).s6_addr32[1])) && \
(((_a).s6_addr32[2] & (_m).s6_addr32[2]) == ((_b).s6_addr32[2] & (_m).s6_addr32[2])) && \
(((_a).s6_addr32[3] & (_m).s6_addr32[3]) == ((_b).s6_addr32[3] & (_m).s6_addr32[3])))
#define SAME_ADDR(_a, _b) \
(((_a).the_family == AF_INET) ? \
(SAME_ADDR4((_a).t_ip.ip4, (_b).t_ip.ip4)):(SAME_ADDR6((_a).t_ip.ip6, (_b).t_ip.ip6)))
#endif /* _CLUSTER_USER_NET_H */