/* @(#)sysinfo.h 13.3 (RC International) 91/06/10 */ /** ** Sysinfo's request class is encoded in the high order ** word and the request type within the class in the ** low order word. **/ #include #include #include #include #include #include #include #include #include #include #define _SI(x,y) (('x'<<16)|y) #define SID_DISK _SI(d, 0) /* disk device/controller info */ #define SID_TAPE _SI(d, 1) /* tape device/controller info */ #define SID_SUBPU _SI(d, 2) /* subpu info */ #define SIF_MOUNT _SI(f, 0) /* filesystem mount info */ #define SIF_SPACE _SI(f, 1) /* filesystem space used/free */ #define SIL_CONFIG _SI(l, 0) /* LAN configuration */ #define SIL_IMCPORT _SI(l, 1) /* open IMC ports on the LAN's */ #define SIL_LANNAME _SI(l, 2) /* Map LAN names to contoller name */ #define SIN_VERSION _SI(n, 0) /* node kernel version */ #define SIN_STATUS _SI(n, 1) /* node status */ #define SIN_TXINFO _SI(n, 2) /* tx information */ #define SIN_BRDCONF _SI(n, 3) /* node board configuration */ #define SIN_CONFIG _SI(n, 4) /* PU configuration */ #define SIP_LONGP _SI(p, 0) /* process status - long args */ #define SIP_SHORTP _SI(p, 1) /* process status - short args */ #define SIP_RPU _SI(p, 2) /* RPU process status */ #define SIS_LOADAV _SI(s, 0) /* rpu and upu load averages */ #define SIS_CHAN _SI(s, 1) /* channel configuration */ #define SIS_RTE _SI(s, 2) /* rpu rte global process statistics */ #define SIS_DISK _SI(s, 3) /* disk statistics */ #define SIS_VMSTAT _SI(s, 4) /* vmstat miscellaneous stats */ #define SIS_VMTOTAL _SI(s, 5) /* pu totals for vm (current state) */ #define SIS_VMMETER _SI(s, 6) /* pu counts for vm (recent+total) */ #define SIS_FORK _SI(s, 7) /* fork statistics */ #define SIS_MISCMEM _SI(s, 8) /* physical memory usage statistics */ #define SIS_SWAPIO _SI(s, 9) /* swapping statistics */ #define SIS_IP _SI(s, 10) /* IP transport statistics */ #define SIS_INPCB _SI(s, 11) /* Internet protocol statistics */ #define SIS_TCP _SI(s, 12) /* TCP statistics */ #define SIS_UDP _SI(s, 13) /* UDP statistics */ #define SIS_ICMP _SI(s, 14) /* ICMP statistics */ #define SIS_RTINFO _SI(s, 15) /* Route table info */ #define SIS_ROUTE _SI(s, 16) /* Route table statistics */ #define SIS_INIFADDR _SI(s, 17) /* Network interfaces description */ #define SIS_INTRQ _SI(s, 18) /* Intrq description */ #define SIS_ARPTAB _SI(s, 19) /* Local ethernet devices description */ #define SIS_RDWR _SI(s, 20) /* Read/Write call statistics */ #define SIS_ETHER _SI(s, 21) /* Ethernet statistics */ #define SIS_IOP _SI(s, 22) /* IOP statistics */ #define SIS_TXQ _SI(s, 23) /* Txqueue statistics */ #define SIS_SEM _SI(s, 24) /* Semaphore statistics */ #define SIS_CMEM _SI(s, 25) /* Cmem usage statistics */ #define SIS_HEAP _SI(s, 26) /* Heap table statistics */ #define SIS_TRANS _SI(s, 27) /* Transaction statistics */ #define SIS_BUFFER _SI(s, 28) /* Buffer cache statistics */ #define SIS_RPULA _SI(s, 29) /* RPU-specific load statistics */ #define SIS_TOTALS _SI(s, 30) /* Table usage summaries for pstat */ #define SII_DOMAINS _SI(i, 0) /* currently active domains */ #define SII_IP_STAT _SI(i, 1) /* IP protocol stats */ #define SII_TCP_PCB _SI(i, 2) /* TCP protocol control blocks */ #define SII_TCP_STAT _SI(i, 3) /* TCP protocol stats */ #define SII_UDP_PCB _SI(i, 4) /* UDP protocol control blocks */ #define SII_UDP_STAT _SI(i, 5) /* UDP protocol stats */ #define SII_ICMP_STAT _SI(i, 6) /* ICMP protocol stats */ #define SII_IDP_PCB _SI(i, 7) /* XNS IDP protocol control blocks */ #define SII_IDP_STAT _SI(i, 8) /* XNS IDP protocol stats */ #define SII_ERR_STAT _SI(i, 9) /* XNS Error protocol stats */ #define SII_SPP_STAT _SI(i, 10) /* XNS SPP protocol stats */ #define SII_RAW_PCB _SI(i, 11) /* raw protocol control blocks */ #define SII_ARPTAB _SI(i, 12) /* ARP protocol tables */ #define SII_IFADDR _SI(i, 13) /* IP/XNS interface/address pairs */ #define SII_ROUTE _SI(i, 14) /* active routes */ #define SII_ROUTE_STAT _SI(i, 15) /* routing table stats */ #define SII_INTRQ _SI(i, 16) /* packet input queues */ #define SII_DEBUG_INFO _SI(i, 17) /* TCP/SPP debugging info */ #define SIV_LOGVOL _SI(v, 0) /* LV status */ #define SIV_SUBDISK _SI(v, 1) /* Subdisk status */ #define SIV_PHYSDISK _SI(v, 2) /* Physical disk status */ #define SIV_LVGROUP _SI(v, 3) /* LV group status */ /* * Common field types and values */ #define SI_ANY -1 /* cr_nodeid fields */ #define SI_ANY_PU -1 #define SI_THIS_PU 0 /* online/offline fields */ enum SI_ONOFF { SI_ONOFF_ANY, SI_ONOFF_ON, SI_ONOFF_OFF }; typedef enum SI_ONOFF si_onoff; /* volmgr uid tags */ enum SI_VOLUID { SI_VOLUID_NONE, /* cr_uid */ SI_VOLUID_LV, /* lv uid */ SI_VOLUID_FS, /* default fs uid for lv */ SI_VOLUID_SD, /* subdisk uid */ SI_VOLUID_PD, /* phys disk uid */ SI_VOLUID_MFS /* mounted fs uid */ }; typedef enum SI_VOLUID si_voluid; /* file system types */ enum SI_FST { SI_FST_BSD, /* BSD file system */ SI_FST_SYSV /* SYSV file system */ }; typedef enum SI_FST si_fst; /* subpu uid tags */ enum SI_SUBPUUID { SI_NOSUBPUUID, SI_SUBPUUID }; typedef enum SI_SUBPUUID si_subpuuid; /* * name lengths */ #define SI_LV_LABEL 32 #define SI_FS_LABEL 48 #define SI_NODE_NAME 32 #define SI_HOST_NAME 64 /* * device requests */ /* SID_DISK request */ /* Search criteria for disk controller/device info */ struct cr_dsk { short cr_nodeid; /* PU node id, SI_ANY, 0 mine */ }; /* disk controller/device info */ struct si_dsk { char si_name[SI_LV_LABEL]; /* logical volume label */ }; /* cursor for disk controller/device search */ struct cur_dsk { struct cr_dsk cri; /* search criteria */ short pu_nth; /* nth PU */ }; #define CURSZ_DISK sizeof(struct cur_dsk) /* SID_TAPE request */ /* Search criteria for magnetic tape controller/device info */ struct cr_mt { short cr_nodeid; /* PU node id, SI_ANY, 0 mine */ }; /* magnetic tape controller/device info */ struct si_mt { char si_name[SI_LV_LABEL]; /* logical volume label */ }; /* cursor for magnetic tape controller/device search */ struct cur_mt { struct cr_mt cri; /* search criteria */ short pu_nth; /* nth PU */ }; #define CURSZ_MT sizeof(struct cur_mt) /* SID_SUBPU request */ /* Search criteria for subpu info */ struct cr_subpu { UID_T cr_subpuuid; /* subpu uid */ si_subpuuid cr_uidident:8; /* cr_uid tag: none or subpu */ short cr_nodeid; /* PU node id, SI_ANY, 0 mine */ }; /* subpu info */ struct si_subpu { UID_T si_uid; /* stamp unique to this query */ UID_T si_subpuuid; /* subpuuid uid */ short si_nclasses; /* # of actual classes */ short si_nodeid; /* PU node id */ bool_t si_ft; /* may the subpu survive PU failover? */ struct { slot_class sic_class; /* the slot class */ u_int sic_num_lans; /* # of valid entries in table below */ struct { char sicl_IMCname[IMCportname_size + 1]; /* port name */ char sicl_lan_name[MAX_LAN_NAME + 1]; /* LAN name */ bool_t sicl_IMCscope; /* GLOBAL if true - else REGIONAL */ bool_t sicl_IMCopen; /* is the IMC port open? */ } sic_lan_info[MAX_LAN]; u_short sic_num_sess; /* # of current sessions (IMC conns.) */ } si_c[SUBPU_MAX_CLASSES]; }; /* cursor for subpu search */ struct cur_subpu { struct cr_subpu cri; /* search criteria */ short pu_nth; /* nth PU */ bool_t single_node; /* search limited to single PU */ bool_t first_subpu; /* look for first subpu on a PU? */ struct comm_subpu *subpu; /* valid if first_subpu is false */ }; #define CURSZ_SUBPU sizeof(struct cur_subpu) /* * file system requests */ /* SIF_MOUNT request */ /* Search criteria for file system mount info */ struct cr_mount { UID_T cr_uid; /* file system or lv uid */ si_voluid cr_uidident:8; /* cr_uid tag: none, lv, fs, mfs */ short cr_nodeid; /* PU node id: SI_ANY, 0 mine */ short cr_lvtype; /* LVT_xxxx or SI_ANY */ char cr_name[SI_LV_LABEL]; /* logical volume label */ }; /* file system mount info */ struct si_mount { UID_T si_uid; /* stamp unique to this querry */ UID_T si_lvuid; /* logical volume uid */ UID_T si_fsuid; /* default file system uid */ UID_T si_mfsuid; /* mounted file system uid */ short si_nodeid; /* PU node id */ char si_name[SI_LV_LABEL]; /* logical volume label */ char si_fsname[SI_FS_LABEL]; /* first chars of fs mount pt name */ u_char si_lvtype; /* LVT_xxxx */ bool_t si_automount; /* is volume auto-mounted? */ u_short si_lvc_1; /* PU node id, LVC choice 1 */ u_short si_lvc_2; /* PU node id, LVC choice 2 */ time_t si_mounttime; /* time fs last mounted */ si_fst si_fs_type:8; /* File system type SI_FST_xxx */ }; /* cursor for file system mount search */ struct cur_mount { struct cr_mount cri; /* search criteria */ short pu_nth; /* nth PU */ int lv_nth; /* nth logical volume */ u_long lv_sum[4]; /* checksum of first lv_uids */ bool_t single_node; /* search limited to PU */ }; #define CURSZ_MOUNT sizeof(struct cur_mount) /* SIF_SPACE request */ /* Search criteria for file system space info */ struct cr_fxspace { UID_T cr_uid; /* file system or lv uid */ si_voluid cr_uidident:8; /* cr_uid tag: none, lv, fs, mfs */ short cr_nodeid; /* PU node id: SI_ANY, 0 mine */ char cr_mounted; /* 1 mounted, 0 umounted: SI_ANY */ char cr_name[SI_LV_LABEL]; /* logical volume label */ }; /* file system space info */ #define SI_FS_TIERS 14 struct si_fxspace { UID_T si_lvuid; /* logical volume uid */ UID_T si_fsuid; /* default file system uid */ UID_T si_mfsuid; /* mounted file system uid */ short si_nodeid; /* PU node id */ bool_t si_mounted; /* mounted ? */ char si_name[SI_LV_LABEL]; /* logical volume label */ char si_fsname[SI_FS_LABEL]; /* first chars of fs mount pt name */ long si_size; /* number of blocks in fx */ long si_dsize; /* number of data blocks in fx */ long si_nau; /* number of allocation units */ long si_bsize; /* size of basic blocks in fx */ long si_minfree; /* minimum percentage of free blocks */ long si_dbpu; /* data blocks per allocation unit */ long si_ipu; /* inodes per alloc unit */ long si_bpu; /* blocks per alloc unit */ long si_blocksfree; /* total free blocks in fx */ long si_ndir; /* number of allocated directories */ long si_nifree; /* number of free inodes */ long si_nefree[SI_FS_TIERS]; /* numbers of free extents */ }; /* cursor for file system space search */ struct cur_fxspace { struct cr_fxspace cri; /* search criteria */ short pu_nth; /* nth PU */ UID_T lvuid; /* last lv uid */ bool_t single_node; /* search limited to PU */ }; #define CURSZ_FXSPACE sizeof(struct cur_fxspace) /* * LAN requests */ /* SIL_CONFIG request */ /* Search criteria for LAN configuration info */ struct cr_lanconf { short cr_nodeid; /* PU node id, SI_ANY_PU, 0 mine */ char cr_name[MAX_LAN_NAME + 1]; /* LAN name */ }; /* LAN configuration info */ struct si_lanconf { char si_name[MAX_LAN_NAME + 1]; /* LAN name */ short si_nodeid; /* PU node id */ }; /* cursor for LAN search */ struct cur_lanconf { struct cr_lanconf cri; /* search criteria */ short pu_nth; /* nth PU */ bool_t single_node; /* search limited to single PU */ int lan_nth; /* nth LAN */ }; #define CURSZ_LANCONF sizeof(struct cur_lanconf) /* SIL_IMCPORT request */ /* Search criteria for open IMC ports */ struct cr_imcport { short cr_nodeid; /* PU node id, SI_ANY_PU, 0 mine */ char cr_name[IMCportname_size + 1]; /* IMC port name */ char cr_lanname[MAX_LAN_NAME + 1]; /* LAN name */ }; /* IMC port info */ struct si_imcport { char si_name[IMCportname_size + 1]; /* IMC port name */ char si_lanname[MAX_LAN_NAME + 1]; /* LAN name */ short si_nodeid; /* PU node id */ }; /* cursor for IMC port search */ struct cur_imcport { struct cr_imcport cri; /* search criteria */ short pu_nth; /* nth PU */ bool_t single_node; /* search limited to single PU */ u_short lan_nth; /* nth LAN */ u_short index; /* curr. index in nth nametable */ }; #define CURSZ_IMCPORT sizeof(struct cur_imcport) /* SIL_LANNAME request */ struct cr_lanname { short cr_nodeid; /* PU node id, SI_ANY_PU, 0 mine */ }; /* LAN name info */ struct si_lanname { char si_ifname[16]; /* interface name e.g. "lo" or "en" */ char si_name[MAX_LAN_NAME + 1]; /* LAN name */ int si_unit; /* unit number ex en0 is unit 0 */ short si_nodeid; /* PU node id */ }; /* cursor for LAN search */ struct cur_lanname { struct cr_lanname cri; /* search criteria */ short pu_nth; /* nth PU */ bool_t single_node; /* search limited to single PU */ int lan_nth; /* nth LAN */ }; #define CURSZ_LANNAME sizeof(struct cur_lanname) /* * Node requests */ /* SIN_VERSION request */ /* Search criteria for node kernel versions, node txinfo */ struct cr_node { short cr_nodeid; /* PU node id */ }; #define SI_VSN_STRING 80 struct si_nodeversion { short si_nodeid; /* PU node id */ int si_upuvsn; /* UPU version serial number */ int si_rpuvsn; /* RPU version serial number */ int si_rtevsn; /* RTE version serial number */ char si_upustring[SI_VSN_STRING]; /* UPU version string */ char si_rpustring[SI_VSN_STRING]; /* RPU version string */ char si_rtestring[SI_VSN_STRING]; /* RTE version string */ }; struct cur_node /* version, txinfo */ { struct cr_node cri; short nth; /* local pu id */ }; #define CURSZ_NODEVERSION sizeof(struct cur_node) /* SIN_STATUS request */ /* Search criteria for node status */ struct cr_nodestatus { short cr_nodeid; /* PU node id */ short cr_lnetid; /* local net id, any, 0 mine */ char cr_nodename[SI_NODE_NAME]; /* PU name */ }; /* Status information for node */ struct si_nodestatus { UID_T si_uid; /* stamp for this querry */ short si_nodeid; /* PU node id */ short si_lnetid; /* local net id */ char si_nodename[SI_NODE_NAME]; /* PU name */ long si_serialno; /* serial number */ struct en_addr si_etheraddr; /* ethernet address */ bool_t si_up; /* up or down/alien */ time_t si_boottime; /* bootup time (uid) */ }; struct cur_nodestatus { struct cr_nodestatus cri; /* search criteria */ short nth; /* local pu id */ }; #define CURSZ_NODESTATUS sizeof(struct cur_nodestatus) /* SIN_TXINFO request */ struct si_nodetxinfo { short si_nodeid; /* PU id */ short si_hz; /* clock rate (ticks/sec) */ short si_tick; /* time incr at each tick */ short si_maxslp; /* # secs to very swapable */ int si_ecmx; /* last core map entry */ int si_ccpu; /* cpu scheduling quanta */ int si_avenrun[3]; /* 1, 5, 15 load averages */ int si_avenscale; /* scale factors */ time_t si_boottime; /* wallclock time */ }; #define CURSZ_NODETXINFO sizeof(struct cur_node) /* SIN_BRDCONF request */ struct si_nodeboard { short si_nodeid; /* pu node id */ struct board_conf si_puboard[16]; /* pu boards */ struct board_conf si_chanboard[4*8]; /* channel controller boards */ }; #define CURSZ_NODEBOARD sizeof(struct cur_node) /* SIN_CONFIG request */ struct si_nodeconfig { short si_nodeid; /* pu node id */ int si_physmem; /* physical memory size in bytes */ char si_nchannel; /* number of IOCs (0-4) */ char si_processor; /* always 0 */ char si_nether; /* number of sib ethernet ports (0, 2, 4) */ char si_nlan; /* number of lan ethernet ports (0 - 4) */ short si_nsema; /* number of memory board sem. pages. */ short si_unused1; int si_unused2; }; #define CURSZ_NODECONFIG sizeof(struct cur_node) /* * Process requests */ /* SIP_LONGP, SIP_SHORTP request */ /* Search criteria for process status (both) */ struct cr_process { /* also a struct procid. p_my_puid SI_ANY, 0 local. p_localpid SI_ANY */ int cr_pid; /* pid, pu : SI_ANY, 0 mine, specific */ /* localpid : SI_ANY, specific */ int cr_ppid; /* parent pid, SI_ANY */ long cr_pgrp; /* process group, SI_ANY, 0 none */ short cr_uid; /* effective uid, SI_ANY */ short cr_ctty_dev; /* device type of ctty, SI_ANY,0 none */ struct rcomm cr_ctty_com; /* tty, when cr_ctty_dev specified */ bool_t cr_use_dead:1; /* dying/zombie/exiting */ bool_t cr_use_idle:1; /* sleeping, stopped */ bool_t cr_use_notty:1; /* no pgrp */ bool_t cr_use_initchild:1;/* a child of init */ bool_t cr_no_args:1; /* don't look for args */ bool_t cr_use_subpu:1; /* match on subpu instead of tty */ bool_t cr_use_p_subpu:1;/* match on subpu (stored in proc) */ UID_T cr_p_subpu; /* subpu uid */ }; /* Status information for process */ #define SI_COMMAND 32 enum SI_PSTAT { SI_PSTAT_SLEEP = 1, SI_PSTAT_WAIT, SI_PSTAT_RUN, SI_PSTAT_IDL, SI_PSTAT_ZOMB, SI_PSTAT_STOP }; typedef enum SI_PSTAT si_pstat; struct si_process { int si_pid; /* Process id [p_pid] */ short si_euid; /* Effective user id [u_uid] */ short si_ruid; /* Real user id [u_ruid] */ short si_egid; /* Effective group id [u_gid] */ short si_rgid; /* Real group id [u_rgid] */ long si_pgrp; /* Process group [p_pgrp] */ short si_ctty_dev; /* Controlling term. dev. type [p_tty]*/ struct rcomm si_ctty_com; /* Controlling term. dev. info [p_tty]*/ int si_ppid; /* Parent Process id [p_ppid] */ long si_flag; /* Process Flags [p_flag] */ char si_command[SI_COMMAND]; /* Process cmd name [u_comm]*/ si_pstat si_stat:8; /* Process state [p_stat] */ int si_nice:8; /* Process "nice" for CPU usage [p_nice]*/ int si_pri:8; /* Process priority, negative-high [p_pri]*/ int si_slptime:8; /* Time since last block [p_slptime] */ int si_time:8; /* Resident time for scheduling [p_time]*/ struct rusage si_ru; /* Resource utilization [u_ru] */ /* see getrusage, wait3 */ struct rusage si_cru; /* Child resource utilization [u_cru] */ size_t si_dsize; /* Size of data space [p_dsize] */ size_t si_ssize; /* Size of stack space [p_ssize] */ size_t si_rssize; /* Current resident set size [p_rssize]*/ long si_pctcpu; /* CPU fraction for this process during si_time multiplied by scale [p_pctcpu] see avenscale in SIN_TXINFO */ size_t si_xsize; /* text size [p_textp->x_size] */ int si_xrssize:16; /* text resident set size [p_textp->x_rssize] */ int si_xccount:8; /* Text number of users [p_textp->x_ccount] */ int si_xswrss:16; /* Text resident set size at last swap out [p_textp->xrssize] */ size_t si_swrss; /* Resident set size before last swap out [p_textp->xswrss] */ size_t si_maxrss; /* Limit to resident set size as set by setrlimit [p_maxrss] */ int si_cpu:8; /* CPU usage for scheduling [p_cpu] */ caddr_t si_wchan; /* Event process is awaiting [p_wchan]*/ int si_pfnum; /* Page frame number for first page of user area [p_addr[0].pg_pfnum] */ int si_sigintr; /* Signal status for interrupt signal [u_signal[SIGINT]] */ int si_sigquit; /* Signal status for quit signal [u_quit[SIGQUIT]] */ UID_T si_subpu; /* Associated subpu */ int si_pad[6]; }; #define SI_LONG_ARGS 10240 struct si_processl { struct si_process si_p; char si_args[SI_LONG_ARGS]; /* args then envs */ }; #define SI_SHORT_ARGS 128 struct si_processs { struct si_process si_p; char si_args[SI_SHORT_ARGS]; /* args */ }; struct cur_process { struct cr_process cri; /* search criteria */ int pu; /* current pu */ int slot; /* proc table slot */ }; #define CURSZ_PROCESS sizeof(struct cur_process) /* SIP_RPU request */ /* Search criteria for rpu process status */ struct cr_procrpu { short cr_nodeid; /* pu id */ short cr_procid; /* process id, SI_ANY */ }; /* Status information for rpu processes */ struct si_procrpu { short si_nodeid; /* pu id */ short si_procid; /* process id */ int si_priority; /* process' priority */ QUEUE *si_q; /* process queue */ caddr_t si_stackbase; /* base of process stack */ caddr_t si_stacktop; /* top of process stack */ int si_alarmsec; /* time to next alarm for process */ bool_t si_processor; /* waiting on interprocessor queue */ char si_state[4]; /* process state name */ char si_wait[6]; /* process wait flags */ char si_name[32]; /* process name */ int si_time; /* cpu time in this process */ int si_scale; /* scale factor for si_time */ }; struct cur_procrpu { struct cr_procrpu cri; short nth; /* local pu id */ short procid; /* process id */ }; #define CURSZ_PROCRPU sizeof(struct cur_procrpu) /* * Statistics requests */ /* Search criteria with just a PU id */ struct cr_stats { short cr_nodeid; /* PU node id */ }; /* Cursor for just a PU id */ struct cur_stats { struct cr_stats cri; short nth; /* local pu id */ }; /* SIS_LOADAV request */ /* Status information for load averages */ struct si_statsloadav { short si_nodeid; /* PU id. */ short si_scale; /* scale factor for following */ int si_upu[3]; /* upu load avg, 1, 5, 15 min. */ int si_rpu[3]; /* rpu load avg, 1, 5, 15 min. */ }; #define CURSZ_STATSLOADAV sizeof(struct cur_stats) /* SIS_CHAN request */ /* Search criteria for channel status */ struct cr_statschan { short cr_nodeid; /* PU node id, 0 mine, SI_ANY_PU */ char cr_channel; /* channel number [0-3], SI_ANY */ char cr_ctlr; /* ctlr number [0-7], SI_ANY */ char cr_device; /* device number [0-7], SI_ANY */ }; /* Status information for channel status */ struct si_statschan { short si_nodeid; /* pu id */ char si_channel; /* channel number */ char si_ctlr; /* controller number */ char si_device; /* device number */ char si_ctlrtype[10]; /* string for controller type */ char si_ctlrstate[9]; /* string for controller state */ char si_devstate[9]; /* string for device state */ }; struct cur_statschan { struct cr_statschan cri; short nth; /* local pu id */ int device; /* RTE device (chan/ctlr/dev 4 bits) */ }; #define CURSZ_STATSCHAN sizeof(struct cur_statschan) /* SIS_RTE request */ /* Status information for rte process statistics */ struct si_statsrte { short si_nodeid; /* pu node id */ short si_curproc; /* current process id */ int si_switchcount; /* number of process switches */ int si_scale; /* scale factor for following */ int si_totused; /* total time used since boot */ int si_sampleused; /* time since last stats clear */ int si_inactive; /* time for exited processes */ }; #define CURSZ_STATSRTE sizeof(struct cur_stats) /* SIS_DISK request */ /* Search criteria for disk statistics */ struct cr_statsdisk { short cr_nodeid; /* PU node id, 0 mine, SI_ANY_PU */ char cr_channel; /* channel number [0-1], SI_ANY */ char cr_ctlr; /* ctlr number [1-f], SI_ANY */ char cr_device; /* device number [0-7], SI_ANY */ }; /* Status information for disk statistics */ struct si_statsdisk { short si_nodeid; /* pu id */ char si_channel; /* channel number */ char si_ctlr; /* controller number */ char si_device; /* device number */ short si_scale; /* scale factor for avgla */ int si_avgla[3]; /* 1, 5, 15 min avg load */ int si_maxla[3]; /* 1, 5, 15 min max load */ int si_curla; /* current load (queue depth) */ int si_absmax; /* maximum load since disk online */ long si_iocnt; /* number of i/o's */ long si_trfcnt; /* number of sectors transferred */ long si_rdcnt; /* number of trfcnt that are reads */ }; struct cur_statsdisk { struct cr_statsdisk cri; short nth; /* local pu id */ int device; /* RTE device (chan/ctlr/dev 4 bits) */ }; #define CURSZ_STATSDISK sizeof(struct cur_statsdisk) /* SIS_VMSTAT request */ /* Status information for vmstat miscellaneous statistics */ struct si_statsvmstat { short si_nodeid; /* pu id */ int si_freemem; /* 4k of free real memory */ int si_deficit; /* anticipated shortterm shortfall */ int si_time_user; /* cpu time in user state */ int si_time_nice; /* cpu time in nice state */ int si_time_sys; /* cpu time in system state */ int si_time_idle; /* cpu time in idle state */ int si_scale; /* scale factor for times above */ int si_rectime; /* time in page reclaim */ int si_rscale; /* scale for rectime */ int si_pgintime; /* time in pagein */ int si_pscale; /* scale for pgintime */ }; #define CURSZ_STATSVMSTAT sizeof(struct cur_stats) /* SIS_VMTOTAL request */ /* Status information for vmstat total statistics */ struct si_statsvmtotal { short si_nodeid; /* pu id */ int si_rq; /* length of run queue */ int si_dw; /* jobs in "disk wait" (neg. prio.) */ int si_pw; /* jobs in page wait */ int si_sl; /* jobs sleeping in memory */ int si_sw; /* swapped out runnable/block jobs */ int si_vm; /* total virtual memory (4k) */ int si_avm; /* active virtual memory (4k) */ int si_rm; /* total real memory in use (4k) */ int si_arm; /* active real memory (4k) */ int si_vmtxt; /* virtual memory used by text (4k) */ int si_avmtxt; /* active virtual memory in text (4k) */ int si_rmtxt; /* real memory used by text (4k) */ int si_armtxt; /* active real memory in text (4k) */ int si_free; /* free memory (4k) */ int si_vmshm; /* virtual memory used by shm (4k) */ int si_avmshm; /* active virtual memory in shm (4k) */ int si_rmshm; /* real memory used by shm (4k) */ int si_armshm; /* active real memory in shm (4k) */ }; #define CURSZ_STATSVMTOTAL sizeof(struct cur_stats) /* SIS_VMMETER request */ /* Search criteria for vmstat metering statistics */ struct cr_statsvmmeter { short cr_nodeid; /* PU node id, 0 mine, SI_ANY_PU */ bool_t cr_sum; /* give sum since boot */ bool_t cr_rate; /* give current rate */ }; /* Status information for vmstat metering statistics */ struct si_statsvmmeter { short si_nodeid; /* pu id */ bool_t si_sum; /* true if sum, false if rate */ u_int si_swtch; /* context switches */ u_int si_tlbpid; /* calls to new_tlbpid */ u_int si_trap; /* calls to trap */ u_int si_syscall; /* calls to syscall */ u_int si_intr; /* device interrupts */ u_int si_tlbmiss; /* tlbmiss incl kernel tlbmiss, excl utlbmiss */ u_int si_ktlbmiss; /* kernel tlbmiss, excl kpte window miss */ u_int si_pswpin; /* pages swapped in (4k units, also below) */ u_int si_pswpout; /* pages swapped out */ u_int si_pgin; /* pageins */ u_int si_pgout; /* pageouts */ u_int si_pgpgin; /* pages paged in */ u_int si_pgpgout; /* pages paged out */ u_int si_intrans; /* intransit blocking page faults */ u_int si_pgrec; /* total page reclaims */ u_int si_xsfrec; /* found in free list rather than on swapdev */ u_int si_xifrec; /* found in free list rather than in filsys */ u_int si_exfod; /* pages filled on demand from executables */ u_int si_zfod; /* pages zero filled on demand */ u_int si_shmzfod; /* pages zero filled on demand for shm */ u_int si_nexfod; /* number of exfod's created */ u_int si_nzfod; /* number of zfod's created */ u_int si_nshmzfod; /* number of shm zfod's created */ u_int si_pgfrec; /* page reclaims from free list */ u_int si_faults; /* total faults taken (real pages) */ u_int si_scan; /* scans in page out daemon */ u_int si_rev; /* revolutions of the hand */ u_int si_seqfree; /* pages taken from sequential programs (4k) */ u_int si_dfree; /* pages freed by daemon (4k) */ u_int si_swpin; /* swapins */ u_int si_swpout; /* swapouts */ }; struct cur_statsvmmeter { struct cr_statsvmmeter cri; short nth; /* local pu id */ short next; /* 0 sum, 1 rate */ }; #define CURSZ_STATSVMMETER sizeof(struct cur_statsvmmeter) /* SIS_FORK request */ /* Status information for vmstat fork statistics */ struct si_statsfork { short si_nodeid; /* pu id */ int si_cntfork; /* count of forks */ int si_cntvfork; /* count of vforks */ int si_sizfork; /* total size of forks */ int si_sizvfork; /* total size of vforks */ }; #define CURSZ_STATSFORK sizeof(struct cur_stats) /* SIS_MISCMEM request */ /* Status information for miscellaneous memory statistics */ struct si_statsmiscmem { short si_nodeid; /* pu id */ int si_wmem; /* pages of zmemall'ed/wmemall'ed memory */ int si_pmem; /* pages of pmemall'ed memory */ int si_umem; /* pages of u-area memory */ int si_ptemem; /* pages of page table memory */ }; #define CURSZ_STATSMISCMEM sizeof(struct cur_stats) /* SIS_SWAPIO request */ /* Status information for swap i/o statistics */ struct si_statsswapio { short si_nodeid; /* pu id */ int si_cblkcurwt; /* current # command block waiters */ int si_cblkmaxwt; /* max command block waiters since boot */ int si_curpushiop; /* current # async page pushes in progress */ int si_maxpushiop; /* max # concurrent async pushes since boot */ int si_curswvoliop; /* current # swap vol I/Os in progress */ int si_maxswvoliop; /* max # concurrent swap vol I/Os since boot */ int si_maxpgiolim; /* # pushes aborted due to maxpgio limit */ int si_swbufcuruse; /* current # swap buffer headers in use */ int si_swbufmaxuse; /* max # swap buf headers in use since boot */ int si_swbufnavail; /* # times swap buf header not available */ }; #define CURSZ_STATSSWAPIO sizeof(struct cur_stats) /* SIS_IP request */ /* Status information for IP transport statistics */ struct si_statsip { short si_nodeid; /* pu node id */ long si_total; /* total packets received */ long si_badsum; /* checksum bad */ long si_tooshort; /* packet too short */ long si_toosmall; /* not enough data */ long si_badhlen; /* ip header length < data size */ long si_badlen; /* ip length < ip header length */ long si_fragments; /* fragments received */ long si_fragdropped; /* frags dropped (dups, out of space) */ long si_fragtimeout; /* fragments timed out */ long si_forward; /* packets forwarded */ long si_cantforward; /* packets rcvd for unreachable dest */ long si_redirectsent; /* packets forwarded on same net */ }; #define CURSZ_STATSIP sizeof(struct cur_stats) /* SIS_INPCB request */ /* Search criteria for internet protocol statistics */ struct cr_statsinpcb { short cr_nodeid; /* PU node id, 0 mine, SI_ANY_PU */ bool_t cr_tcp; /* tcp statistics */ bool_t cr_udp; /* udp statistics */ }; /* Status information for internet protocol statistics */ struct si_statsinpcb { short si_nodeid; /* pu node id */ bool_t si_tcp; /* tcp vs. udp */ struct in_addr si_laddr; /* local host table entry */ struct in_addr si_faddr; /* foreign host table entry */ int si_lport; /* local port */ int si_fport; /* foreign port */ caddr_t si_ppcb; /* per-procotol pcb (control block) */ int si_pgrp; /* process group of owner */ int si_rcv_sb_cc; /* bytes in receive buffer */ int si_snd_sb_cc; /* bytes in send buffer */ int si_state; /* tcp only: tcp state */ char si_statename[16];/* tcp only: name of st. if defined */ }; struct cur_statsinpcb { struct cr_statsinpcb cri; short nth; /* local pu id */ short next; /* 0 tcp, 1 udp */ short idx; /* list index */ }; #define CURSZ_STATSINPCB sizeof(struct cur_statsinpcb) /* SIS_TCP request */ /* Status information for TCP statistics */ struct si_statstcp { short si_nodeid; /* pu node id */ u_long si_connattempt; /* connections initiated */ u_long si_accepts; /* connections accepted */ u_long si_connects; /* connections established */ u_long si_drops; /* connections dropped */ u_long si_conndrops; /* embryonic connections dropped */ u_long si_closed; /* conn. closed (includes drops) */ u_long si_segstimed; /* segs where we tried to get rtt */ u_long si_rttupdated; /* times we succeeded */ u_long si_delack; /* delayed acks sent */ u_long si_timeoutdrop; /* conn. dropped in rxmt timeout */ u_long si_rexmttimeo; /* retransmit timeouts */ u_long si_persisttimeo; /* persist timeouts */ u_long si_keeptimeo; /* keepalive timeouts */ u_long si_keepprobe; /* keepalive probes sent */ u_long si_keepdrops; /* connections dropped in keepalive */ u_long si_sndtotal; /* total packets sent */ u_long si_sndpack; /* data packets sent */ u_long si_sndbyte; /* data bytes sent */ u_long si_sndrexmitpack; /* data packets retransmitted */ u_long si_sndrexmitbyte; /* data bytes retransmitted */ u_long si_sndacks; /* ack-only packets sent */ u_long si_sndprobe; /* window probes sent */ u_long si_sndurg; /* packets sent with URG only */ u_long si_sndwinup; /* window update-only packets sent */ u_long si_sndctrl; /* control (SYN|FIN|RST) packets sent */ u_long si_rcvtotal; /* total packets received */ u_long si_rcvpack; /* packets received in sequence */ u_long si_rcvbyte; /* bytes received in sequence */ u_long si_rcvbadsum; /* packets received with ccksum errs */ u_long si_rcvbadoff; /* packets received with bad offset */ u_long si_rcvshort; /* packets received too short */ u_long si_rcvduppack; /* duplicate-only packets received */ u_long si_rcvdupbyte; /* duplicate-only bytes received */ u_long si_rcvpartduppack; /* packets with some duplicate data */ u_long si_rcvpartdupbyte; /* dup. bytes in part-dup. packets */ u_long si_rcvoopack; /* out-of-order packets received */ u_long si_rcvoobyte; /* out-of-order bytes received */ u_long si_rcvpackafterwin; /* packets with data after window */ u_long si_rcvbyteafterwin; /* bytes rcvd after window */ u_long si_rcvafterclose; /* packets rcvd after "close" */ u_long si_rcvwinprobe; /* rcvd window probe packets */ u_long si_rcvdupack; /* rcvd duplicate acks */ u_long si_rcvacktoomuch; /* rcvd acks for unsent data */ u_long si_rcvackpack; /* rcvd ack packets */ u_long si_rcvackbyte; /* bytes acked by rcvd acks */ u_long si_rcvwinupd; /* rcvd window update packets */ }; #define CURSZ_STATSTCP sizeof(struct cur_stats) /* SIS_UDP request */ /* Status Information for UDP statistics */ struct si_statsudp { short si_nodeid; /* pu node id */ int si_hdrops; /* dropped packets */ int si_badsum; /* bad checksum */ int si_badlen; /* bad packet length */ }; #define CURSZ_STATSUDP sizeof(struct cur_stats) /* SIS_ICMP request */ #define SI_ICMP_HIST 19 /* ICMP_MAXTYPE + 1 */ /* Status Information for ICMP statistics */ struct si_statsicmp { short si_nodeid; /* pu node id */ /* statistics related to icmp packets generated */ int si_error; /* # of calls to icmp_error */ int si_oldshort; /* no error because old IP too short */ int si_oldicmp; /* no error because old was ICMP */ int si_outhist[SI_ICMP_HIST]; /* histogram for all ICMP types */ /* statistics related to input messages processed */ int si_badcode; /* icmp_code out of range */ int si_tooshort; /* packet < ICMP_MINLEN */ int si_checksum; /* bad checksum */ int si_badlen; /* calculated bound mismatch */ int si_reflect; /* number of responses */ int si_inhist[SI_ICMP_HIST]; /* histogram for all ICMP types */ }; #define CURSZ_STATSICMP sizeof(struct cur_stats) /* SIS_RTINFO request */ /* Search criteria for route table info */ struct cr_statsrtinfo { short cr_nodeid; /* PU node id, 0 mine, SI_ANY_PU */ bool_t cr_host; /* set for hosts */ bool_t cr_net; /* set for networks */ }; /* Information for the route table */ struct si_statsrtinfo { short si_nodeid; /* PU node id */ char si_name[16]; /* interface name */ int si_unit; /* unit number of interface */ /* NOTE!! keep word aligned */ struct sockaddr si_dst_addr; /* destination of route */ struct sockaddr si_gate_addr; /* gateway to use */ bool_t si_ifp; /* interface associated? */ bool_t si_up; /* route useable */ bool_t si_gateway; /* destination is a gateway */ bool_t si_host; /* host entry (net otherwise) */ bool_t si_dynamic; /* created dynamically (by redirect) */ bool_t si_modified; /* modified dynamically (by redirect) */ int si_refcnt; /* # active users */ int si_use; /* # packets sent using this route*/ }; struct cur_statsrtinfo { struct cr_statsrtinfo cri; short nth; /* local pu id */ short next; /* 0 host, 1 net */ short rtno; /* route hash table entry */ short mbno; /* mbuf list index */ }; #define CURSZ_STATSRTINFO sizeof(struct cur_statsrtinfo) /* SIS_ROUTE request */ struct si_statsroute { short si_nodeid; /* PU node id */ int si_badredirect; /* bogus redirect calls */ int si_dynamic; /* routes created by redirects */ int si_newgateway; /* routes modified by redirects */ int si_unreach; /* lookups which failed */ int si_wildcard; /* lookups satisfied by a wildcard */ }; #define CURSZ_STATSROUTE sizeof(struct cur_stats) /* SIS_INIFADDR request */ struct si_statsinifaddr { struct sockaddr_in si_addr; /* addr of interface */ struct sockaddr_in si_broadaddr; /* broadcast addr */ struct sockaddr_in si_dstaddr; /* desitnation address */ u_long si_net; /* network number */ u_long si_netmask; /* mask of net part */ u_long si_subnet; /* subnet number, including net */ u_long si_subnetmask; /* mask of net + subnet */ struct in_addr si_netbroadcast;/* broadcast addr. for logical net */ short si_nodeid; /* PU node id */ char si_name[16]; /* interface name e.g. "lo" or "en" */ int si_unit; /* unit number ex en0 is unit 0 */ int si_metric; /* routing metric (external only) */ bool_t si_up; /* interface is up */ bool_t si_broadcast; /* broadcast is allowed */ bool_t si_debug; /* debugging turned on */ bool_t si_loopback; /* loopback interface */ bool_t si_pointopoint; /* interface is point to point link */ bool_t si_notrailers; /* no trailers is allowed */ bool_t si_running; /* ressources is allocated */ bool_t si_noarp; /* no address resolution protocol */ int si_mtu; /* maximum transmission units */ int si_timer; /* time till next error timeout */ int si_ifq_len; /* current output queue length (bytes)*/ int si_ifq_maxlen; /* max output queue length (bytes) */ int si_ifq_high; /* High water mark (bytes) */ int si_ifq_drops; /* pkts dropped from full queue */ int si_ipackets; /* total input pkts count */ int si_ierrors; /* total input pkts error count */ int si_oerrors; /* total output pkts error count */ int si_opackets; /* total output pkts count */ int si_collisions; /* total collisions count on csma */ }; struct cur_statsinifaddr { struct cr_stats cri; short nth; /* local pu id */ short idx; /* list index */ }; #define CURSZ_STATSINIFADDR sizeof(struct cur_statsinifaddr) /* SIS_INTRQ request */ /* Search criteria for intrq information */ struct cr_statsintrq { short cr_nodeid; /* PU node id, 0 mine, SI_ANY_PU */ bool_t cr_rawintrq; /* true if raw interrupt queue wanted */ bool_t cr_ipintrq; /* true if IP interrupt queue wanted */ bool_t cr_nsintrq; /* true if XNS interrupt queue wanted */ }; struct si_statsintrq { short si_nodeid; /* pu node id */ bool_t si_raw; /* true => is raw queue */ bool_t si_ip; /* true => is IP queue */ /* else => is XNS queue */ int si_len; /* current length of queue */ int si_maxlen; /* max length of queue */ int si_high; /* high water mark of queue */ int si_drops; /* pkts dropped from full queue*/ }; struct cur_statsintrq { struct cr_statsintrq cri; short nth; /* local pu id */ short next; /* 0 raw, 1 ipintrq */ }; #define CURSZ_STATSINTRQ sizeof(struct cur_statsintrq) /* SIS_ARPTAB request */ /* * Status information for description of the devices connected to the local * ethernet */ struct si_statsarptab { short si_nodeid; /* PU node id */ struct in_addr si_iaddr; /* 32 bit internet address */ struct en_addr si_enaddr; /* 48 bit ethernet address */ int si_timer; /* minutes since last use */ bool_t si_com; /* completed entry (enaddr valid) */ bool_t si_perm; /* permanent entry */ bool_t si_publ; /* published (respond for other host) */ bool_t si_usetrailers; /* has requested trailers */ int si_nbuckets; /* number of hash buckets */ int si_bsiz; /* size of each hash bucket */ }; struct cur_statsarptab { struct cr_stats cri; short nth; /* local pu id */ short arpno; /* list index */ }; #define CURSZ_STATSARPTAB sizeof(struct cur_statsarptab) /* SIS_RDWR request */ /* Status information for read/write statistics */ struct si_statsrdwr { short si_nodeid; /* pu node id */ int si_read_calls; /* # of read operations */ int si_bytes_read; /* # of bytes read */ int si_write_calls; /* # of write operations */ int si_bytes_written; /* # of bytes written */ int si_dsk_read_r; /* # of remote disk read op */ int si_dsk_read_l; /* # of local disk read op */ int si_dsk_write_r; /* # of remote disk write op */ int si_dsk_write_l; /* # of local disk write op */ }; #define CURSZ_STATSRDWR sizeof(struct cur_stats) /* SIS_ETHER request */ /* Search criteria for ethernet statistics */ struct cr_statsether { short cr_nodeid; bool_t cr_en[EN_MAX_ETHERS]; }; struct si_statsether { short si_nodeid; /* pu node id */ short si_etherno; /* ethernet number 0..EN_MAX_ETHERS-1*/ u_long si_status; /* status command from 82586 */ u_long si_recd_good; /* # good packets received */ u_long si_recd_fail; /* # bad packets received */ u_long si_sent_good; /* # good packets sent */ u_long si_sent_fail; /* # bad packets sent */ u_long si_reset; /* # of resets */ u_long si_reset_ret; /* # of packets returned by reset */ u_long si_coll_errs; /* # of max collisions */ u_long si_send_ncs; /* # of no carrier senses */ u_long si_send_lcs; /* # of lost clear to sends */ u_long si_send_udr; /* # of underruns */ u_long si_def; u_long si_sqe; u_long si_crc_errs; /* # of crc errors */ u_long si_aln_errs; /* # of bad alligment errors */ u_long si_rsc_errs; /* # of ressource errors */ u_long si_ovrn_errs; /* # of overruns */ u_long si_res_errs; /* # of command ressource errors */ u_long si_collisions[15]; /* collission count */ int si_tb_low; /* low number of free transmit bufs */ int si_tb_free_cnt; /* transmit free list size */ int si_tb_actv_cnt; /* transmit active list size */ int si_rb_free_cnt; /* receive free list size */ int si_rb_actv_cnt; /* receive active list size */ bool_t si_alive; /* ether net alive */ }; struct cur_statsether { struct cr_statsether cri; short nth; /* local pu id */ short etherno; /* lan # */ }; #define CURSZ_STATSETHER sizeof(struct cur_statsether) /* SIS_IOP request */ /* Search criteria for IOP statistics */ struct cr_statsiop { short cr_nodeid; short cr_channel; /* channel number [0-3], SI_ANY */ }; struct si_statsiop { short si_nodeid; /* pu node id */ short si_channel; /* channel number [0-3] */ u_int si_initiated; /* number of exec_chan_program */ u_int si_attentions; /* number of interrupts received */ }; struct cur_statsiop { struct cr_statsiop cri; short nth; /* local pu id */ short channel; /* IOP # */ }; #define CURSZ_STATSIOP sizeof(struct cur_statsiop) /* SIS_TXQ request */ /* Status information for txqueue statistics */ struct si_statstxq { short si_nodeid; /* pu node id */ int si_inserts; /* # of tx_queue_insert calls */ int si_waits; /* # of inserts with no waiting proc */ int si_max_mcount; /* max value queue depth */ char si_name[32]; /* name of queue */ }; struct cur_statstxq { struct cr_stats cri; short nth; /* local pu id */ short txqno; /* list index */ }; #define CURSZ_STATSTXQ sizeof(struct cur_statstxq) /* SIS_SEM request */ /* Status information for semaphore status */ struct si_statssem { short si_nodeid; /* pu node id */ u_int si_uwaits; /* # UPU sem_lock(s) which blocked */ u_int si_rwaits; /* # RPU sem_lock(s) which blocked */ u_int si_uwblock; /* # UPU sem_lock(s) which would have blocked */ u_int si_rwblock; /* # RPU sem_lock(s) which would have blocked */ u_int si_uspins; /* # UPU sem_lock/sem_unlock spins */ u_int si_rspins; /* # RPU sem_lock/sem_unlock spins */ char si_name[32]; /* name of semaphore */ }; struct cur_statssem { struct cr_stats cri; short nth; /* local pu id */ short semno; /* list index */ }; #define CURSZ_STATSSEM sizeof(struct cur_statssem) /* SIS_CMEM request */ /* Status information for cmem usage statistics */ struct si_statscmem { short si_nodeid; /* pu node id */ short si_npool; int si_avefree; int si_inuse_count; int si_free_count; int si_page_count; int si_cget_count; int si_cfree_count; int si_memalls; int si_memall_pages; int si_memall_waits; int si_memfrees; int si_memfree_pages; int si_daemons; int si_upu_newpages; int si_rpu_newpages; int si_upu_pagefrees; int si_rpu_pagefrees; int si_upu_cgets; int si_rpu_cgets; int si_upu_cgetfails; int si_rpu_cgetfails; int si_upu_cfrees; int si_rpu_cfrees; }; #define CURSZ_STATSCMEM sizeof(struct cur_stats) /* SIS_HEAP request */ /* Status information RTE heap */ struct si_statsheap { short si_nodeid; /* pu node id */ u_int si_heap_size; caddr_t si_heap_addr; u_int si_alloc_fail; u_int si_alloc_cnt; u_int si_search_cnt; u_int si_free_mem; }; /* SIS_TOTALS request */ /* Status information for totals of table usages (for pstat) */ struct si_statstotals { short si_nodeid; /* pu node id */ int si_file_use; /* file table currently used */ int si_file_tot; /* file table size */ int si_inode_use; /* inode table currently used */ int si_inode_tot; /* inode table size */ int si_proc_use; /* proc table currently used */ int si_proc_tot; /* proc table size */ int si_text_use; /* text table currently used */ int si_text_tot; /* text table size */ int si_swap_use; /* swap area currently used */ int si_swap_tot; /* swap area size (1k) */ int si_pad[10]; }; #define CURSZ_STATSTOTALS sizeof(struct cur_stats) #define CURSZ_STATSHEAP sizeof(struct cur_stats) /* SIS_TRANS request */ /* Status information for transaction statistics */ struct si_statstrans { short si_nodeid; /* pu node id */ int si_begin; int si_commit; int si_abort; int si_lock_wait; int si_deadlock; int si_timeout; struct timeval si_wait_time; struct timeval si_resp_time; }; #define CURSZ_STATSTRANS sizeof(struct cur_stats) /* SIS_BUFFER request */ /* Status information for buffer cache statistics */ struct si_statsbuffer { short si_nodeid; /* pu node id */ short si_bpercent; int si_nbuf; int si_rpuloc_hit; int si_rpuloc_req; int si_upuloc_hit; int si_upuloc_req; int si_upurmt_hit; int si_upurmt_req; }; #define CURSZ_STATSBUFFER sizeof(struct cur_stats) /* SIS_RPULA request */ /* Status information for RPU load statistics */ struct si_statsrpula { short si_nodeid; /* pu node id */ int si_maxla[3]; /* 1, 5, 15 min max load */ int si_curla; /* current load */ int si_absmax; /* max load since boot */ }; #define CURSZ_STATSRPULA sizeof(struct cur_stats) /* * Volume manager requests */ /* SIV_LOGVOL request */ /* Search criteria for logical volume status */ struct cr_lvestat { UID_T cr_uid; /* a uid */ si_voluid cr_uidident:8; /* cr_uid tag: none, lv, fs */ si_onoff cr_lvonline:8; /* LV online */ short cr_nodeid; /* PU node id: SI_ANY_PU, 0 mine */ char cr_lvlab[SI_LV_LABEL]; /* lv label: null if any */ }; /* status information of logical volume */ struct si_lvestat { UID_T si_uid; /* stamp unique to this query */ UID_T si_lvuid; /* logical volume uid */ UID_T si_fsuid; /* file system uid */ short si_nodeid; /* PU node id */ u_short si_lvstatus; /* logical volume status */ u_short si_dsdgs; /* defined subdisk group in LV */ u_short si_dplex; /* defined plexes in LV */ bool_t si_mnt_subset; /* auto mount subset LV */ bool_t si_mnt_incons; /* auto mount inconsistent LV */ bool_t si_automnt_fs; /* file system is to be automounted */ char si_lvlab[SI_LV_LABEL]; /* logical volume label */ int si_lvtype; /* logical volume type */ short si_lvc_1; /* PU no for LVC choice #1 */ short si_lvc_2; /* PU no for LVC choice #2 */ int si_reserved[6]; /* reserved for future use */ }; /* cursor for LV status search */ struct cur_lve { struct cr_lvestat cri; /* search criteria */ short pu_nth; /* nth PU */ short lv_nth; /* nth logical volume */ bool_t match; /* matched */ }; #define CURSZ_LVE sizeof(struct cur_lve) /* SIV_SUBDISK request */ /* Search criteria for subdisk status of a logical volume */ struct cr_sddstat { short cr_nodeid; /* PU node id: SI_ANY_PU, 0 mine */ char cr_sdgsno; /* SD group seq no.: SI_ANY any */ si_onoff cr_sdonline:4; /* SD online flag */ si_voluid cr_uidident:4; /* cr_uid tag: none, lv, sd, pd */ UID_T cr_uid; /* a uid */ }; /* status information of subdisk */ struct si_sddstat { UID_T si_uid; /* stamp unique to this querry */ UID_T si_lvuid; /* logical volume uid */ UID_T si_sduid; /* subdisk uid */ UID_T si_pduid; /* physical disk uid */ short si_nodeid; /* PU node id */ short si_sdgsno; /* subdisk group no. */ short si_sdplexno; /* subdisk plex no. */ short si_physeqno; /* physical disk sequence no. */ u_short si_sdstus; /* see sdentry.h for status defs */ u_short si_sdonline; /* online/offline flag */ u_int si_sdsucrds; /* successful reads */ u_int si_sderrrds; /* error reads */ u_int si_sdsucwrts; /* successful writes */ u_int si_sderrwrts; /* error writes */ time_t si_sdtstmp; /* current SD timestamp */ daddr_t si_sdpadr; /* physical sector adr of SD start */ u_long si_sdpsz; /* SD size in sectors */ u_short si_sdrvadrspc; /* address spaced being revived. */ u_short si_sdstate; /* see sdinfo.h for state defs */ daddr_t si_sdrvlow; /* revive addr (lv adr) low bound */ daddr_t si_sdrvupper; /* revive addr (lv adr) high bound */ u_long si_sdrvtotal; /* total no blks copied in revive */ int si_reserved[6]; /* reserved for future use */ }; /* cursor for subdisk status search */ struct cur_sdd { struct cr_sddstat cri; /* search criteria */ short pu_nth; /* nth PU */ short lvuid_nth; /* lvuid index */ short sdgsno_idx; /* subdisk uid array index of SD grp */ short nth_onln; /* nth online */ short nth_ofln; /* nth offline */ short nth_orphan; /* nth orphan subdisk */ bool_t match; /* match */ UID_T lvuid_cur; /* current lvuid */ }; #define CURSZ_SDD sizeof(struct cur_sdd) /* SIV_PHYSDISK request */ /* Search criteria for physical disk status */ #define SI_PD_LABEL 32 struct cr_pddstat { short cr_nodeid; /* PU node id: SI_ANY_PU, 0 mine */ struct rawdev cr_device; /* ignoring ic_pu_id, 0 for any */ si_onoff cr_pdsoftofl; /* PD online */ char cr_pdname[SI_PD_LABEL]; /* pd name: null if any */ UID_T cr_pduid; /* physical disk uid: 0 any */ }; /* status information of physical disk */ struct si_pddstat { UID_T si_uid; /* stamp unique to this querry */ UID_T si_pduid; /* physical disk uid */ u_int si_pdstate; /* physical disk status */ struct rawdev si_device; /* pu/chnl/ctrlr/drv */ u_short si_subdisks; /* subdisks defined on this disk */ u_short si_numpaths; /* no. of paths to this disk */ char si_pdname[SI_PD_LABEL]; /* physical disk name */ int si_reserved[6]; /* reserved for future use */ }; /* cursor for physical disk status search */ struct cur_pdd { struct cr_pddstat cri; /* search criteria */ short pu_nth; /* nth PU */ short pd_nth; /* nth logical volume */ bool_t match; /* match */ }; #define CURSZ_PDD sizeof(struct cur_pdd) /* SIV_LVGROUP request */ /* search criteria for logical volume group */ struct cr_lvgstat { UID_T cr_lvuid; /* logical volume uid. */ short cr_sdgsno; /* subdisk group, SI_ANY any */ }; /* status information of logical volume group */ #define SI_MAXPLX 8 /* Maximum allowable Subdisk plexes */ struct si_lvgstat { UID_T si_uid; /* stamp unique to this querry */ u_short si_t_ntries; /* SDEs chained on SDG */ u_short si_t_valid; /* Valid SDEs in this SDG */ u_short si_t_defined; /* Defined SDEs for this SDG */ u_short si_t_online; /* Online SDEs in this SDG */ short si_nodeid; /* PU node id */ UID_T si_sduids[SI_MAXPLX]; /* Defined SD uid list for this SDG */ u_long si_dsize; /* Data size in sectors */ u_long si_psize; /* Pre-image size in sectors */ int si_reserved[6]; /* reserved for future use */ }; struct cur_lvg /* cursor for LVG status search */ { struct cr_lvgstat cri; /* search criteria */ short pu_nth; /* nth PU */ short sdgsno_no; /* subdisk group seq no. */ bool_t match; /* match */ }; #define CURSZ_LVG sizeof(struct cur_lvg) /* * End of sysinfo.h */