[Orca-users] Re: no stats for ge0
karl.rossing at federated.ca
karl.rossing at federated.ca
Thu May 24 10:10:16 PDT 2001
netstat -i gives information.
So, i guess i;ll contact Richard to see where if he can send me a gziped
copy of the file since the attachment has been word wrapped(stupid notes).
Thanks
Karl
James Kanyok <james.kanyok at lmco.com>
Sent by: kanyok@[144.219.14.181]
05/24/2001 09:21 AM
Please respond to orca-users
To: orca-users at yahoogroups.com
cc:
Subject: Re: [orca-users] Re: no stats for ge0
I had this same problem. I narrowed it down to a problem with the
SEToolkit. I worked with Richard Pettit of Quest Software and he came up
with a fix last week for the kstat.se file.
To see if this is the same problem do a "netstat -i" which should show
correct stats. Then do "se net.se" from the SEtoolkit. If the stats are
zero, you are seeing the same problem I was.
Don't know if he officially has put the fix out but here it is.
Jamie
------------------------------------------------------------------------
Subject: Re: [orca-users] Re: no stats for ge0
References: <OF0112EACE.9826305B-ON86256A55.00153E55 at f...>
Content-Type: text/plain; charset=us-ascii
Content-Transfer-Encoding: 7bit
From: Blair Zajac <blair at g...>
Than its an SE or orcallator.se issue. I don't have a ge card, so I
won't be able to help. An email to the SE mailing list at
se-feedback at s...
may be appropriate.
Regards,
Blair
karl.rossing at f... wrote:
>
> The columns are there, but all the entries are set to 0
>
> Karl
>
> Blair Zajac <blair at g...>
> 05/22/2001 05:44 PM
> Please respond to orca-users
>
> To: orca-users at yahoogroups.com
> cc:
> Subject: Re: [orca-users] Re: no stats for ge0
>
> You'll have to check the output percol-* files. Use the
> orcallator_column.pl script to check the files to see if
> there's any data there. You can run it like
>
> zcat percol-2001.... | orcallator_column -c ge0
>
> and see what's there. If the data is there, then its an
> orcallator.cfg issue, otherwise its a SE/orcallator issue.
>
> Regards,
> Blair
>
> karl.rossing at f... wrote:
> >
> > I'm running orca0.27b1 with setoolkit 3.2 and i'm still not getting
> > any
> > ge0 stats.
> >
> > Could it be that the setoolkit is not logging my gigabit info?
> >
> > Karl Rossing
> > 05/07/2001 10:55 AM
> >
> > To: orca-users at yahoogroups.com
> > cc:
> > Subject: no stats for ge0
> >
> > Hi,
> >
> > I don't seem to be getting any stats for ge0 or hme0. The graphs
> come
> > up
> > blank.
> >
> > I'm using setoolkit 3.2. I understand from looking through the
> > archives
> > that se 3.1 needed 2 small "patches" to get it to log ge0 stats.
> I'm
> > guessing that version 3.2 does not need the patch.
> >
> > Everything else seems to work fine.
> >
> > Karl
> >
> > Yahoo! Groups Sponsor
> > [Yahoo! Website Services- Click Here!]
> > Yahoo! Website Services- Click Here!
> >
> >
>
> http://docs.yahoo.com/info/terms/
>
> Yahoo! Groups Sponsor
> [Yahoo! Website Services- Click Here!]
> Yahoo! Website Services- Click Here!
>
>
//
// Copyright 1998-1999 Richard Pettit, All Rights Reserved
//
/*
* Copyright (c) 1994 by Sun Microsystems, Inc.
*/
/* Copyright (c) 1984, 1986, 1987, 1988, 1989 AT&T */
/* All Rights Reserved */
/* THIS IS UNPUBLISHED PROPRIETARY SOURCE CODE OF AT&T */
/* The copyright notice above does not evidence any */
/* actual or intended publication of such source code. */
/*
* +++++++++++++++++++++++++++++++++++++++++++++++++++++++++
* PROPRIETARY NOTICE (Combined)
*
* This source code is unpublished proprietary information
* constituting, or derived under license from AT&T's UNIX(r) System V.
* In addition, portions of such source code were derived from Berkeley
* 4.3 BSD under license from the Regents of the University of
* California.
*
*
*
* Copyright Notice
*
* Notice of copyright on this source code product does not indicate
* publication.
*
* (c) 1986,1987,1988,1989 Sun Microsystems, Inc
* (c) 1983,1984,1985,1986,1987,1988,1989 AT&T.
* All rights reserved.
*
*/
#ifndef _KSTAT_SE_
#define _KSTAT_SE_
// for SYS_NMLN
#include <utsname.se>
/* These are the explicit declarations of kstat structure types that "se"
*
* knows about. *
* *
* IN ORDER TO USE THE KSTAT FEATURES OF "se", THIS FILE MUST BE INCLUDED.
*
* *
* MODIFICATION OF THESE STRUCTURES WILL RESULT IN BOGUS RESULTS. *
* *
* Addition of new types with the "ks_" prefix is harmless. */
#if MINOR_VERSION >= 70
# define rfs_counter_t uint64_t
#else
# define rfs_counter_t uint32_t
#endif
kstat struct "rpc_client" ks_rpc_client {
rfs_counter_t calls;
rfs_counter_t badcalls;
rfs_counter_t retrans;
rfs_counter_t badxids;
rfs_counter_t timeouts;
rfs_counter_t newcreds;
rfs_counter_t badverfs;
rfs_counter_t timers;
rfs_counter_t nomem;
rfs_counter_t cantsend;
};
kstat struct "rpc_server" ks_rpc_server {
rfs_counter_t calls;
rfs_counter_t badcalls;
rfs_counter_t nullrecv;
rfs_counter_t badlen;
rfs_counter_t xdrcall;
rfs_counter_t dupchecks;
rfs_counter_t dupreqs;
};
kstat struct "segmap" ks_segmap {
ulong_t fault;
ulong_t faulta;
ulong_t getmap;
ulong_t get_use;
ulong_t get_reclaim;
ulong_t get_reuse;
ulong_t get_unused;
ulong_t get_nofree;
ulong_t rel_async;
ulong_t rel_write;
ulong_t rel_free;
ulong_t rel_abort;
ulong_t rel_dontneed;
ulong_t release;
ulong_t pagecreate;
};
kstat struct "biostats" ks_biostats {
uint32_t buffer_cache_lookups;
uint32_t buffer_cache_hits;
uint32_t new_buffer_requests;
uint32_t waits_for_buffer_allocs;
uint32_t buffers_locked_by_someone;
uint32_t duplicate_buffers_found;
};
kstat struct "system_misc" ks_system_misc {
uint32_t ncpus;
uint32_t lbolt;
uint32_t deficit;
uint32_t clk_intr;
uint32_t vac;
uint32_t nproc;
uint32_t avenrun_1min;
uint32_t avenrun_5min;
uint32_t avenrun_15min;
#if MINOR_VERSION >= 60
uint32_t boot_time;
#endif
};
kstat struct "system_pages" ks_system_pages {
ulong_t physmem;
ulong_t nalloc;
ulong_t nfree;
ulong_t nalloc_calls;
ulong_t nfree_calls;
ulong_t kernelbase;
ulong_t econtig;
ulong_t freemem;
ulong_t availrmem;
ulong_t lotsfree;
ulong_t desfree;
ulong_t minfree;
ulong_t fastscan;
ulong_t slowscan;
ulong_t nscan;
ulong_t desscan;
ulong_t pp_kernel;
ulong_t pagesfree;
ulong_t pageslocked;
ulong_t pagesio;
ulong_t pagestotal;
};
kstat struct "cpu_info:" ks_cpu_info {
int number$;
string name$;
string state;
ulong_t state_begin;
string cpu_type;
string fpu_type;
ulong_t clock_MHz;
};
#if MINOR_VERSION >= 60
kstat struct "segplckstat" ks_segplckstat {
ulong_t cache_hit;
ulong_t cache_miss;
ulong_t active_pages;
ulong_t cached_pages;
ulong_t purge_count;
};
kstat struct "zero_copy" ks_streams_zero_copy {
ulong_t mapins;
ulong_t pageflips;
ulong_t misses;
ulong_t kmapcaches;
ulong_t cowfaults;
ulong_t disabled;
ulong_t busyslots;
};
kstat struct "daderror:" ks_daderror {
int number$;
string name$;
uint32_t "Soft Errors";
uint32_t "Hard Errors";
uint32_t "Transport Errors";
string Model;
string Revision;
string "Serial No";
uint64_t Size;
uint32_t "Media Error";
uint32_t "Device Not Ready";
uint32_t "No Device";
uint32_t Recoverable;
uint32_t "Illegal Request";
};
kstat struct "sderr:" ks_sderr {
int number$;
string name$;
uint32_t "Soft Errors";
uint32_t "Hard Errors";
uint32_t "Transport Errors";
string Vendor;
string Product;
string Revision;
string "Serial No";
uint64_t Size;
uint32_t "Media Error";
uint32_t "Device Not Ready";
uint32_t "No Device";
uint32_t Recoverable;
uint32_t "Illegal Request";
uint32_t "Predictive Failure Analysis";
};
kstat struct "*fhc" ks_fhc {
int number$;
string name$;
uint32_t csr;
uint32_t bsr;
};
kstat struct "*address_controller" ks_address_controller {
int number$;
string name$;
uint32_t acmemctl;
uint32_t acmemdecode0;
uint32_t acmemdecode1;
uint32_t acmccr;
uint32_t accounter;
};
kstat struct "sysctrl" ks_sysctrl {
uint32_t csr;
uint32_t status1;
uint32_t status2;
uint32_t clk_freq2;
uint32_t fan_status;
uint32_t key_status;
uint32_t power_status;
};
kstat struct "kmem_default_backend" ks_kmem_default_backend {
ulong_t memory_class;
ulong_t active_clients;
ulong_t page_size;
ulong_t bytes_inuse;
ulong_t alloc_8K;
ulong_t inuse_8K;
ulong_t alloc_16K;
ulong_t inuse_16K;
ulong_t alloc_32K;
ulong_t inuse_32K;
ulong_t alloc_64K;
ulong_t inuse_64K;
ulong_t alloc_128K;
ulong_t inuse_128K;
ulong_t alloc_256K;
ulong_t inuse_256K;
ulong_t alloc_512K;
ulong_t inuse_512K;
ulong_t alloc_1M;
ulong_t inuse_1M;
};
#endif // MINOR_VERSION >= 60
kstat struct "kmem_misc" ks_kmem_misc {
ulong_t arena_size;
#if MINOR_VERSION >= 60
ulong_t huge_size;
#endif
ulong_t huge_alloc;
ulong_t huge_alloc_fail;
ulong_t perm_size;
ulong_t perm_alloc;
ulong_t perm_alloc_fail;
};
kstat struct "inode_cache" ks_inode_cache {
ulong_t size;
ulong_t maxsize;
ulong_t hits;
ulong_t misses;
#if MINOR_VERSION < 60
ulong_t mallocs;
ulong_t frees;
#else
ulong_t "kmem allocs";
ulong_t "kmem frees";
#endif
ulong_t "maxsize reached";
ulong_t "puts at frontlist";
ulong_t "puts at backlist";
ulong_t "queues to free";
ulong_t scans;
#if MINOR_VERSION >= 60
ulong_t "thread idles";
ulong_t "lookup idles";
ulong_t "vget idles";
ulong_t "cache allocs";
ulong_t "cache frees";
ulong_t "pushes at close";
#endif
};
kstat struct "rpc_clts_client" ks_rpc_clts_client {
rfs_counter_t calls;
rfs_counter_t badcalls;
rfs_counter_t retrans;
rfs_counter_t badxids;
rfs_counter_t timeouts;
rfs_counter_t newcreds;
rfs_counter_t badverfs;
rfs_counter_t timers;
rfs_counter_t nomem;
rfs_counter_t cantsend;
};
kstat struct "rpc_cots_client" ks_rpc_cots_client {
rfs_counter_t calls;
rfs_counter_t badcalls;
rfs_counter_t badxids;
rfs_counter_t timeouts;
rfs_counter_t newcreds;
rfs_counter_t badverfs;
rfs_counter_t timers;
rfs_counter_t cantconn;
rfs_counter_t nomem;
rfs_counter_t interrupts;
};
kstat struct "rpc_clts_server" ks_rpc_clts_server {
rfs_counter_t calls;
rfs_counter_t badcalls;
rfs_counter_t nullrecv;
rfs_counter_t badlen;
rfs_counter_t xdrcall;
rfs_counter_t dupchecks;
rfs_counter_t dupreqs;
};
kstat struct "rpc_cots_server" ks_rpc_cots_server {
rfs_counter_t calls;
rfs_counter_t badcalls;
rfs_counter_t nullrecv;
rfs_counter_t badlen;
rfs_counter_t xdrcall;
rfs_counter_t dupchecks;
rfs_counter_t dupreqs;
};
kstat struct "rfsproccnt_v2" ks_rfs_proc_v2 {
rfs_counter_t null;
rfs_counter_t getattr;
rfs_counter_t setattr;
rfs_counter_t root;
rfs_counter_t lookup;
rfs_counter_t readlink;
rfs_counter_t read;
rfs_counter_t wrcache;
rfs_counter_t write;
rfs_counter_t create;
rfs_counter_t remove;
rfs_counter_t rename;
rfs_counter_t link;
rfs_counter_t symlink;
rfs_counter_t mkdir;
rfs_counter_t rmdir;
rfs_counter_t readdir;
rfs_counter_t statfs;
};
kstat struct "rfsreqcnt_v2" ks_rfs_req_v2 {
rfs_counter_t null;
rfs_counter_t getattr;
rfs_counter_t setattr;
rfs_counter_t root;
rfs_counter_t lookup;
rfs_counter_t readlink;
rfs_counter_t read;
rfs_counter_t wrcache;
rfs_counter_t write;
rfs_counter_t create;
rfs_counter_t remove;
rfs_counter_t rename;
rfs_counter_t link;
rfs_counter_t symlink;
rfs_counter_t mkdir;
rfs_counter_t rmdir;
rfs_counter_t readdir;
rfs_counter_t statfs;
};
kstat struct "nfs_client" ks_nfs_client {
rfs_counter_t calls;
rfs_counter_t badcalls;
rfs_counter_t clgets;
rfs_counter_t cltoomany;
};
kstat struct "nfs_server" ks_nfs_server {
rfs_counter_t calls;
rfs_counter_t badcalls;
};
kstat struct "lo0" ks_loopback {
uint32_t ipackets;
uint32_t opackets;
};
kstat struct "aclproccnt_v2" ks_acl_proc_v2 {
rfs_counter_t null;
rfs_counter_t getacl;
rfs_counter_t setacl;
rfs_counter_t getattr;
rfs_counter_t access;
};
kstat struct "aclreqcnt_v2" ks_acl_req_v2 {
rfs_counter_t null;
rfs_counter_t getacl;
rfs_counter_t setacl;
rfs_counter_t getattr;
rfs_counter_t access;
};
kstat struct "rfsproccnt_v3" ks_rfs_proc_v3 {
rfs_counter_t null;
rfs_counter_t getattr;
rfs_counter_t setattr;
rfs_counter_t lookup;
rfs_counter_t access;
rfs_counter_t readlink;
rfs_counter_t read;
rfs_counter_t write;
rfs_counter_t create;
rfs_counter_t mkdir;
rfs_counter_t symlink;
rfs_counter_t mknod;
rfs_counter_t remove;
rfs_counter_t rmdir;
rfs_counter_t rename;
rfs_counter_t link;
rfs_counter_t readdir;
#if MINOR_VERSION < 60
rfs_counter_t "readdir+"; // becomes readdir_
#else
rfs_counter_t readdirplus;
#endif
rfs_counter_t fsstat;
rfs_counter_t fsinfo;
rfs_counter_t pathconf;
rfs_counter_t commit;
};
kstat struct "rfsreqcnt_v3" ks_rfs_req_v3 {
rfs_counter_t null;
rfs_counter_t getattr;
rfs_counter_t setattr;
rfs_counter_t lookup;
rfs_counter_t access;
rfs_counter_t readlink;
rfs_counter_t read;
rfs_counter_t write;
rfs_counter_t create;
rfs_counter_t mkdir;
rfs_counter_t symlink;
rfs_counter_t mknod;
rfs_counter_t remove;
rfs_counter_t rmdir;
rfs_counter_t rename;
rfs_counter_t link;
rfs_counter_t readdir;
#if MINOR_VERSION < 60
rfs_counter_t "readdir+"; // becomes readdir_
#else
rfs_counter_t readdirplus;
#endif
rfs_counter_t fsstat;
rfs_counter_t fsinfo;
rfs_counter_t pathconf;
rfs_counter_t commit;
};
#if MINOR_VERSION < 60
# define readdirplus readdir_
#endif
kstat struct "aclproccnt_v3" ks_acl_proc_v3 {
rfs_counter_t null;
rfs_counter_t getacl;
rfs_counter_t setacl;
};
kstat struct "aclreqcnt_v3" ks_acl_req_v3 {
rfs_counter_t null;
rfs_counter_t getacl;
rfs_counter_t setacl;
};
#define _KMEM \
\
"*anon_cache:*anonmap_cache:*as_cache:*cred_cache:\
*ddi_callback_cache:*file_cache:*flk_edges:\
*fnode_cache:*kmem_alloc:*kmem_bufctl_cache:\
*kmem_magazine:*kmem_slab_cache:*linkinfo_cache:\
*lm_async:*lm_client:*lm_config:*lm_sleep:\
*lm_sysid:*lm_vnode:*lm_xprt:*lwp_cache:\
*pipe_cache:*prnode_cache:*qband_cache:*queue_cache:\
*rnode_cache:*seg_cache:*seg_skiplist_cache:\
*segvn_cache:*snode_cache:*stream_head_cache:\
*streams_msg:*strevent_cache:*syncq_cache:\
*thread_cache:*sfmmu:*streams_mblk:*streams_dblk:\
*physio_buf_cache:*ufs_inode_cache:*pln:*fas:*esp:\
*process_cache:*sock_cache:*exi_cache_handle:\
*directio_buf_cache"
kstat struct _KMEM ks_cache {
int number$;
string name$;
uint32_t buf_size;
uint32_t align;
uint32_t chunk_size;
uint32_t slab_size;
uint32_t alloc;
uint32_t alloc_fail;
uint32_t depot_alloc;
uint32_t depot_free;
uint32_t depot_contention;
uint32_t global_alloc;
#if MINOR_VERSION >= 60
uint32_t buf_constructed;
#endif
uint32_t buf_avail;
uint32_t buf_total;
uint32_t buf_max;
uint32_t slab_create;
uint32_t slab_destroy;
#if MINOR_VERSION >= 60
uint32_t memory_class;
#endif
uint32_t hash_size;
uint32_t hash_lookup_depth;
uint32_t hash_rescale;
uint32_t full_magazines;
uint32_t empty_magazines;
uint32_t magazine_size;
uint32_t alloc_from_cpu0;
uint32_t free_to_cpu0;
uint32_t buf_avail_cpu0;
/* to and from cpuN continues for each cpu... not supported */
};
// START OF NETIF STRUCTURES
/* all of the types up to this point are KSTAT_TYPE_NAMED types. The *
* ks_network type is also a named type, but refers to a class of *
* records instead of one specific name=value record. The ks_interrupts
*
* type is a KSTAT_TYPE_INTR type and the ks_disks type is a *
* KSTAT_TYPE_IO type. */
#if MINOR_VERSION > 60
# define HME_PATCH_IFSPEED
#endif
/* lance ethernet */
kstat struct "le:" ks_le_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t collisions;
ulong_t defer;
ulong_t framing;
ulong_t crc;
ulong_t oflo;
ulong_t uflo;
ulong_t missed;
ulong_t late_collisions;
ulong_t retry_error;
ulong_t nocarrier;
ulong_t inits;
ulong_t nocanput;
ulong_t allocbfail;
ulong_t rbytes;
ulong_t obytes;
ulong_t multircv;
ulong_t multixmt;
ulong_t brdcstrcv;
ulong_t brdcstxmt;
ulong_t norcvbuf;
ulong_t noxmtbuf;
};
/* intel ethernet */
kstat struct "ie:" ks_ie_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t collisions;
ulong_t defer;
ulong_t crc;
ulong_t oflo;
ulong_t uflo;
ulong_t missed;
ulong_t late_collisions;
ulong_t retry_error;
ulong_t nocarrier;
ulong_t inits;
ulong_t nocanput;
ulong_t allocbfail;
ulong_t xmitunderrun;
ulong_t recvoverrun;
ulong_t align;
ulong_t notcbs;
ulong_t notbufs;
ulong_t norbufs;
};
#if MINOR_VERSION > 80
# define QE_PATCH_IFSPEED
#endif
/* quad ethernet */
kstat struct "qe:" ks_qe_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t collisions;
ulong_t rx_collisions;
ulong_t excess_defer;
ulong_t framming;
ulong_t crc;
#ifdef QE_PATCH_IFSPEED
ulong_t ifspeed;
#else
ulong_t drop;
#endif
ulong_t buff;
ulong_t oflo;
ulong_t uflo;
ulong_t missed;
ulong_t tx_late_collisions;
ulong_t retry_error;
ulong_t nocarrier;
ulong_t inits;
ulong_t nocanput;
ulong_t allocbfail;
ulong_t runt;
ulong_t jabber;
ulong_t babble;
ulong_t tmd_error;
ulong_t late_error;
ulong_t parity_error;
ulong_t error_ack;
ulong_t no_tmds;
ulong_t no_tbufs;
ulong_t no_rbufs;
ulong_t rx_late_collisions;
#if MINOR_VERSION >= 80
// Sean O'Neal (sean.oneill at commerceone.com) did this
ulong_t rbytes;
ulong_t obytes;
ulong_t multircv;
ulong_t multixmt;
ulong_t brdcstrcv;
ulong_t brdcstxmt;
ulong_t norcvbuf;
ulong_t noxmtbuf;
#endif
};
/* bigMAC ethernet - 100baseT */
kstat struct "be:" ks_be_network {
int number$;
string name$;
ulong_t ipackets; /* packets received */
ulong_t ierrors; /* input errors */
ulong_t opackets; /* packets transmitted */
ulong_t oerrors; /* output errors */
ulong_t collisions; /* collisions encountered */
char missing1; /* slots deferred */
ulong_t framming; /* framing errors */
ulong_t crc; /* crc errors */
char missing2; /* missed/drop errors */
ulong_t buff; /* buff errors */
ulong_t oflo; /* overflow errors */
ulong_t uflo; /* underflow errors */
ulong_t missed; /* missed/dropped packets */
ulong_t tx_late_collisions; /* late collisions */
ulong_t retry_error; /* retry errors */
ulong_t nocarrier; /* no carrier */
ulong_t inits; /* initialization */
ulong_t nocanput; /* nocanput errors */
ulong_t allocbfail; /* allocb failures */
ulong_t runt; /* runt errors */
ulong_t jabber; /* jabber errors */
ulong_t babble; /* runt errors */
ulong_t tmd_error; /* tmd errors */
ulong_t late_error; /* late errors */
ulong_t parity_error; /* parity errors */
ulong_t error_ack; /* error acks */
ulong_t no_tmds; /* tmd errors */
ulong_t no_tbufs; /* tx buf errors */
ulong_t no_rbufs; /* rx buf errors */
ulong_t rx_late_collisions; /* clsn errors */
};
/* bf card */
kstat struct "bf:" ks_bf_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t collisions;
ulong_t tx_abort;
ulong_t tx_uflo;
ulong_t tx_full;
ulong_t tx_notmds;
ulong_t tx_notavail;
ulong_t rx_frmerr;
ulong_t rx_oflo;
ulong_t rx_full;
ulong_t rx_notavail;
ulong_t missed;
ulong_t inits;
ulong_t nocanput;
ulong_t allocbfail;
};
#ifdef OLD_FDDI
/* definition of pre-version-5 FDDI card. If you're using one, run *
* the script with "se -DOLD_FDDI script-name". - Rich */
kstat struct "np-nf:nf" ks_nf_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t txunderruns;
ulong_t rxoverruns;
ulong_t cnf_invalids;
ulong_t norxllcbufs;
ulong_t norxsmtbufs;
ulong_t cannotputs;
ulong_t bsi_iar_exci0;
ulong_t bsi_iar_exci1;
ulong_t bsi_iar_exci2;
};
#else
/* nf card - net fiber I guess */
kstat struct "nf:" ks_nf_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t txunderruns0;
ulong_t txunderruns1;
ulong_t rxoverruns;
ulong_t cnf_invalids0;
ulong_t cnf_invalids1;
ulong_t norxllcbufs;
ulong_t norxsmtbufs;
ulong_t cannotputs;
ulong_t allocbfail;
ulong_t bsi_iar_exci0;
ulong_t bsi_iar_exci1;
ulong_t bsi_iar_exci2;
ulong_t no_copy_reqp0;
ulong_t no_copy_reqp1;
ulong_t no_reqp0;
ulong_t no_reqp1;
ulong_t pkt_toobig0;
ulong_t pkt_toobig1;
ulong_t tsync_underrun;
ulong_t bad_fc;
ulong_t invalid_idud_ch0;
ulong_t invalid_idud_ch1;
ulong_t invalid_idud_ch2;
ulong_t nf_psp_on_loan;
ulong_t invalid_frame;
ulong_t nf_putbq;
};
#endif /* OLD_FDDI */
/* token ring */
kstat struct "tr:" ks_tr_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t inits;
ulong_t notmds;
ulong_t notbufs;
ulong_t norbufs;
ulong_t nocanput;
ulong_t noallocb;
ulong_t sralloc;
ulong_t srfree;
ulong_t linerrors;
ulong_t bursterrors;
ulong_t arifcierrors;
ulong_t lostframeerrors;
ulong_t rxcongestion;
ulong_t frmcopiederrors;
ulong_t tokenerrors;
ulong_t dmabuserrors;
};
/* standard microsystems corp (western digital) */
kstat struct "smc:" ks_smc_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t collisions;
ulong_t nobuffer;
ulong_t blocked;
ulong_t blocked2;
ulong_t multicast;
ulong_t xbytes;
char missing1;
char missing2;
ulong_t rbytes;
ulong_t crc;
ulong_t alignment;
ulong_t fifoover;
ulong_t lost;
ulong_t intrs;
ulong_t ovw;
ulong_t watchdog;
};
/* hme - electron */
kstat struct "hme:qfe" ks_hme_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t collisions;
ulong_t defer;
ulong_t framing;
ulong_t crc;
ulong_t sqe;
ulong_t code_violations;
ulong_t len_errors;
#ifdef HME_PATCH_IFSPEED
ulong_t ifspeed;
#else
ulong_t drop;
#endif
ulong_t buff;
ulong_t oflo;
ulong_t uflo;
ulong_t missed;
ulong_t tx_late_collisions;
ulong_t retry_error;
ulong_t first_collisions;
ulong_t nocarrier;
ulong_t inits;
ulong_t nocanput;
ulong_t allocbfail;
ulong_t runt;
ulong_t jabber;
ulong_t babble;
ulong_t tmd_error;
ulong_t tx_late_error;
ulong_t rx_late_error;
ulong_t slv_parity_error;
ulong_t tx_parity_error;
ulong_t rx_parity_error;
ulong_t slv_error_ack;
ulong_t tx_error_ack;
ulong_t rx_error_ack;
ulong_t tx_tag_error;
ulong_t rx_tag_error;
ulong_t eop_error;
ulong_t no_tmds;
ulong_t no_tbufs;
ulong_t no_rbufs;
ulong_t rx_late_collisions;
ulong_t rbytes;
ulong_t obytes;
ulong_t multircv;
ulong_t multixmt;
ulong_t brdcstrcv;
ulong_t brdcstxmt;
ulong_t norcvbuf;
ulong_t noxmtbuf;
};
/* SAHI ATM */
kstat struct "sa:" ks_sa_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t inits;
ulong_t nocanput;
ulong_t allocbfail;
ulong_t badcrc;
ulong_t rxoverflow;
ulong_t interrupts;
ulong_t outofrbuf;
ulong_t outoftbuf;
ulong_t vc_noreceiver;
ulong_t bufdrop;
};
// ieef: Intel ether-express flash
// 3com 3c503, 3com etherlink 3 (elx)
// also novell card - x86
// also Compaq NetFlex 10Base-T
// also Intel D100 Pro-B
//
// Note: "el" aka 3c503 (8 bit *ANCIENT* card) has been deleted
// see ks_el_network (Fore) below
kstat struct "ieef:elx:pcelx:nei:cnft:iprb" ks_ieef_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t opackets;
ulong_t ipackets;
ulong_t oerrors;
ulong_t ierrors;
ulong_t collisions;
ulong_t obytes;
ulong_t rbytes;
long multixmt;
long multircv;
long brdcstxmt;
long brdcstrcv;
long blocked;
ulong_t excollisions;
ulong_t defer;
ulong_t framing;
ulong_t crc;
ulong_t oflo;
ulong_t uflo;
ulong_t SYM_short;
ulong_t missed;
ulong_t late_collisions;
ulong_t nocarrier;
long noxmtbuf;
long norcvbuf;
long intr;
long xmtretry;
};
#define ks_elx_network ks_ieef_network
#define ks_pcelx_network ks_ieef_network
#define ks_nei_network ks_ieef_network
#define ks_cnft_network ks_ieef_network
#define ks_iprb_network ks_ieef_network
// 3com 3c90x XL 10 and 10/100
kstat struct "elxl:" ks_elxl_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
uint32_t opackets;
uint32_t ipackets;
uint32_t oerrors;
uint32_t ierrors;
uint32_t collisions;
uint32_t obytes;
uint32_t rbytes;
uint32_t multixmt;
uint32_t multircv;
uint32_t brdcstxmt;
uint32_t brdcstrcv;
uint32_t unknowns;
uint32_t blocked;
uint32_t ex_collisions;
uint32_t defer_xmts;
uint32_t align_errors;
uint32_t fcs_errors;
uint32_t oflo;
uint32_t uflo;
uint32_t runt_errors;
uint32_t missed;
uint32_t tx_late_collisions;
uint32_t carrier_errors;
uint32_t noxmtbuf;
uint32_t norcvbuf;
uint32_t xmt_badinterp;
uint32_t rcv_badinterp;
uint32_t intr;
uint32_t xmtretry;
uint64_t opackets64;
uint64_t ipackets64;
uint64_t obytes64;
uint64_t rbytes64;
uint64_t ifspeed;
string duplex;
string media;
string promisc;
uint32_t first_collisions;
uint32_t multi_collisions;
uint32_t sqe_errors;
uint32_t macxmt_errors;
uint32_t toolong_errors;
uint32_t macrcv_errors;
};
// Fore ATM cards
kstat struct "el:fa:qaa" ks_el_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t collisions;
// there *must* be more members than this, right?
};
/* fddi/cddi card */
kstat struct "fddi:" ks_fddi_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t ioctets;
ulong_t ooctets;
ulong_t inits;
ulong_t nocanput;
ulong_t allocbfail;
ulong_t interrupts;
ulong_t ringup;
ulong_t ringups;
ulong_t ringdowns;
ulong_t cLOANS;
ulong_t tLOANS;
ulong_t mLOANS;
ulong_t burst;
ulong_t aerr;
ulong_t qerr;
ulong_t cstyerr;
ulong_t rsrcerr;
ulong_t giants;
ulong_t runts;
ulong_t finvalid;
ulong_t fabort;
ulong_t fseac_e;
ulong_t fsfrmerr;
ulong_t txringfull;
ulong_t npalive;
ulong_t diag_tests;
ulong_t nprxhangs;
ulong_t npresets;
ulong_t ga_rev;
ulong_t nfddi2txbufs;
ulong_t nfddi2rxbufs;
ulong_t fddixdonecnt;
ulong_t fddimaxcopysz;
ulong_t fddimaxloanlt;
};
/* IP Dialup Point-to-point */
kstat struct "ipdptp:" ks_ppp_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t nocanput;
ulong_t allocbfail;
};
// Hey Alteon! STOP CHANGING YOUR KSTATS!!!
#if ALTEON_VERSION < 4
/* gigabit e-net card */
kstat struct "vge:" ks_vge_network {
int number$; // linear interface number
string name$; // name of the interface
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t collisions;
ulong_t dot3StatsAlignmentErrors;
ulong_t dot3StatsFCSErrors;
ulong_t dot3StatsSingleCollisionFrames;
ulong_t dot3StatsMultipleCollisionFram;
ulong_t dot3StatsSQETestErrors;
ulong_t dot3StatsDeferredTransmissions;
ulong_t dot3StatsLateCollisions;
ulong_t dot3StatsExcessiveCollisions;
ulong_t dot3StatsInternalMacTransmitEr;
ulong_t dot3StatsCarrierSenseErrors;
ulong_t dot3StatsFrameTooLongs;
ulong_t dot3StatsInternalMacReceiveErr;
ulong_t ifIndex;
ulong_t ifType;
ulong_t ifMtu;
ulong_t ifSpeed;
ulong_t ifAdminStatus;
ulong_t ifOperStatus;
ulong_t ifLastChange;
ulong_t ifInOctets;
ulong_t ifInUcastPkts;
ulong_t ifInNUcastPkts;
ulong_t ifInDiscards;
ulong_t ifInErrors;
ulong_t ifInUnknownProtos;
ulong_t ifOutOctets;
ulong_t ifOutUcastPkts;
ulong_t ifOutNUcastPkts;
ulong_t ifOutDiscards;
ulong_t ifOutErrors;
ulong_t ifOutQLen;
string ifPhysAddress;
string "ifDescr (part 1)"; // ifDescr__part_1_
string "ifDescr (part 2)"; // ifDescr__part_2_
ulong_t nicCmdsSetSendProdIndex;
ulong_t nicCmdsSetRecvProdIndex;
ulong_t nicCmdsUpdateSendRCBFlags;
ulong_t nicCmdsUpdateRecvRCBFlags;
ulong_t nicCmdsSetMulticastMode;
ulong_t nicCmdsClearStats;
ulong_t nicCmdsAddMCastAddr;
ulong_t nicCmdsDelMCastAddr;
ulong_t nicCmdsSetPromiscMode;
ulong_t nicCmdsSetMACAddr;
ulong_t nicCmdsHostState;
ulong_t nicCmdsUnknown;
ulong_t nicEventsNICFirmwareOperationa;
ulong_t nicEventsSetSendConsIndex;
ulong_t nicEventsSetRecvConsIndex;
ulong_t nicEventsStatsUpdated;
ulong_t nicEventsLinkStateChanged;
ulong_t nicEventsError;
ulong_t nicEventsMCastListUpdated;
ulong_t nicInterrupts;
ulong_t nicAvoidedInterrupts;
ulong_t nicEventThresholdHit;
ulong_t nicSendThresholdHit;
ulong_t nicRecvThresholdHit;
ulong_t nicDmaRdOverrun;
ulong_t nicDmaRdUnderrun;
ulong_t nicDmaWrOverrun;
ulong_t nicDmaWrUnderrun;
ulong_t nicDmaWrMasterAborts;
ulong_t nicDmaRdMasterAborts;
ulong_t "nicDmaWriteRingFull "; // nicDmaWriteRingFull_
ulong_t nicDmaReadRingFull;
ulong_t nicEventRingFull;
ulong_t nicEventProducerRingFull;
ulong_t nicTxMacDescrRingFull;
ulong_t nicOutOfTxBufSpaceFrameRetry;
ulong_t nicNoMoreWrDMADescriptors;
ulong_t nicNoMoreRxBDs;
ulong_t nicRecvBDs;
ulong_t nicMacRxLateColls;
ulong_t nicMacRxLinkLostDuringPkt;
ulong_t nicMacRxPhyDecodeErr;
ulong_t nicMacRxMacAbort;
ulong_t nicMacRxTruncNoResources;
ulong_t nicMacRxDropUla;
ulong_t nicMacRxDropMcast;
ulong_t nicMacRxFlowControl;
ulong_t nicMacRxDropSpace;
ulong_t nicMacRxColls;
ulong_t nicMacRxTotalAttns;
ulong_t nicMacRxLinkAttns;
ulong_t nicMacRxSyncAttns;
ulong_t nicMacRxConfigAttns;
ulong_t nicMacReset;
ulong_t "nicMacTxCollisionHistogram[0]"; //
nicMacTxCollisionHistogram_0_
ulong_t "nicMacTxCollisionHistogram[1]"; //
nicMacTxCollisionHistogram_1_
ulong_t "nicMacTxCollisionHistogram[2]"; //
nicMacTxCollisionHistogram_2_
ulong_t "nicMacTxCollisionHistogram[3]"; //
nicMacTxCollisionHistogram_3_
ulong_t "nicMacTxCollisionHistogram[4]"; //
nicMacTxCollisionHistogram_4_
ulong_t "nicMacTxCollisionHistogram[5]"; //
nicMacTxCollisionHistogram_5_
ulong_t "nicMacTxCollisionHistogram[6]"; //
nicMacTxCollisionHistogram_6_
ulong_t "nicMacTxCollisionHistogram[7]"; //
nicMacTxCollisionHistogram_7_
ulong_t "nicMacTxCollisionHistogram[8]"; //
nicMacTxCollisionHistogram_8_
ulong_t "nicMacTxCollisionHistogram[9]"; //
nicMacTxCollisionHistogram_9_
ulong_t "nicMacTxCollisionHistogram[10]"; //
nicMacTxCollisionHistogram_10_
ulong_t "nicMacTxCollisionHistogram[11]"; //
nicMacTxCollisionHistogram_11_
ulong_t "nicMacTxCollisionHistogram[12]"; //
nicMacTxCollisionHistogram_12_
ulong_t "nicMacTxCollisionHistogram[13]"; //
nicMacTxCollisionHistogram_13_
ulong_t "nicMacTxCollisionHistogram[14]"; //
nicMacTxCollisionHistogram_14_
ulong_t nicMacTxTotalAttns;
};
#endif
// this will probably change to == 4 and then == 5 and then ...
#if ALTEON_VERSION >= 4
kstat struct "vge:" ks_vge_network {
int number$; // linear interface number
string name$; // name of the interface
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t collisions;
ulong_t defer;
ulong_t dot3StatsAlignmentErrors;
ulong_t dot3StatsFCSErrors;
ulong_t dot3StatsSingleCollisionFrames;
ulong_t dot3StatsMultipleCollisionFram;
ulong_t dot3StatsSQETestErrors;
ulong_t dot3StatsDeferredTransmissions;
ulong_t dot3StatsLateCollisions;
ulong_t dot3StatsExcessiveCollisions;
ulong_t dot3StatsInternalMacTransmitEr;
ulong_t dot3StatsCarrierSenseErrors;
ulong_t dot3StatsFrameTooLongs;
ulong_t dot3StatsInternalMacReceiveErr;
ulong_t ifIndex;
ulong_t ifType;
ulong_t ifMtu;
ulong_t ifSpeed;
ulong_t ifAdminStatus;
ulong_t ifOperStatus;
ulong_t ifLastChange;
uint64_t ifHCInOctets;
uint64_t ifHCInUcastPkts;
uint64_t ifHCInMulticastPkts;
uint64_t ifHCInBroadcastPkts;
ulong_t ifInDiscards;
ulong_t ifInErrors;
ulong_t ifInUnknownProtos;
uint64_t ifHCOutOctets;
uint64_t ifHCOutUcastPkts;
uint64_t ifHCOutMulticastPkts;
uint64_t ifHCOutBroadcastPkts;
ulong_t ifOutDiscards;
ulong_t ifOutErrors;
ulong_t ifOutQLen;
string ifPhysAddress;
string "ifDescr (part 1)"; // ifDescr__part_1_
string "ifDescr (part 2)"; // ifDescr__part_2_
ulong_t ifLinkUpDownTrapEnable;
ulong_t ifHighSpeed;
ulong_t ifPromiscuousMode;
ulong_t ifConnectorPresent;
ulong_t nicCmdsSetSendProdIndex;
ulong_t nicCmdsSetRecvProdIndex;
ulong_t nicCmdsSetRecvJumboProdIndex;
ulong_t nicCmdsUpdateSendRCBFlags;
ulong_t nicCmdsUpdateRecvRCBFlags;
ulong_t nicCmdsAddMCastAddr;
ulong_t nicCmdsDelMCastAddr;
ulong_t nicCmdsSetMulticastMode;
ulong_t nicCmdsClearStats;
ulong_t nicCmdsSetPromiscMode;
ulong_t nicCmdsSetMACAddr;
ulong_t nicCmdsHostState;
ulong_t nicCmdsFdrFiltering;
ulong_t nicCmdsUnknown;
ulong_t nicEventsNICFirmwareOperationa;
ulong_t nicEventsSetSendConsIndex;
ulong_t nicEventsSetRecvConsIndex;
ulong_t nicEventsStatsUpdated;
ulong_t nicEventsLinkStateChanged;
ulong_t nicEventsError;
ulong_t nicEventsMCastListUpdated;
ulong_t nicInterrupts;
ulong_t nicAvoidedInterrupts;
ulong_t nicEventThresholdHit;
ulong_t nicSendThresholdHit;
ulong_t nicRecvThresholdHit;
ulong_t nicDmaRdOverrun;
ulong_t nicDmaRdUnderrun;
ulong_t nicDmaWrOverrun;
ulong_t nicDmaWrUnderrun;
ulong_t nicDmaWrMasterAborts;
ulong_t nicDmaRdMasterAborts;
ulong_t "nicDmaWriteRingFull "; // nicDmaWriteRingFull_
ulong_t nicDmaReadRingFull;
ulong_t nicEventRingFull;
ulong_t nicEventProducerRingFull;
ulong_t nicTxMacDescrRingFull;
ulong_t nicOutOfTxBufSpaceFrameRetry;
ulong_t nicNoMoreWrDMADescriptors;
ulong_t nicNoMoreRxBDs;
ulong_t nicNoSpaceInReturnRing;
ulong_t nicRecvBDs;
ulong_t nicJumboRecvBDs;
ulong_t nicTotalRecvBDs;
ulong_t nicJumboSpillOver;
ulong_t nicSbusHangCleared;
ulong_t nicMacRxLateColls;
ulong_t nicMacRxLinkLostDuringPkt;
ulong_t nicMacRxPhyDecodeErr;
ulong_t nicMacRxMacAbort;
ulong_t nicMacRxTruncNoResources;
ulong_t nicMacRxDropUla;
ulong_t nicMacRxDropMcast;
ulong_t nicMacRxFlowControl;
ulong_t nicMacRxDropSpace;
ulong_t nicMacRxColls;
ulong_t nicMacRxTotalAttns;
ulong_t nicMacRxLinkAttns;
ulong_t nicMacRxSyncAttns;
ulong_t nicMacRxConfigAttns;
ulong_t nicMacReset;
ulong_t nicMacRxBufDescrAttns;
ulong_t nicMacRxBufAttns;
ulong_t nicMacRxZeroFrameCleanup;
ulong_t nicMacRxOneFrameCleanup;
ulong_t nicMacRxMultipleFrameCleanup;
ulong_t nicMacRxTimerCleanup;
ulong_t nicMacRxDmaCleanup;
ulong_t "nicMacTxCollisionHistogram[0]"; //
nicMacTxCollisionHistogram_0_
ulong_t "nicMacTxCollisionHistogram[1]"; //
nicMacTxCollisionHistogram_1_
ulong_t "nicMacTxCollisionHistogram[2]"; //
nicMacTxCollisionHistogram_2_
ulong_t "nicMacTxCollisionHistogram[3]"; //
nicMacTxCollisionHistogram_3_
ulong_t "nicMacTxCollisionHistogram[4]"; //
nicMacTxCollisionHistogram_4_
ulong_t "nicMacTxCollisionHistogram[5]"; //
nicMacTxCollisionHistogram_5_
ulong_t "nicMacTxCollisionHistogram[6]"; //
nicMacTxCollisionHistogram_6_
ulong_t "nicMacTxCollisionHistogram[7]"; //
nicMacTxCollisionHistogram_7_
ulong_t "nicMacTxCollisionHistogram[8]"; //
nicMacTxCollisionHistogram_8_
ulong_t "nicMacTxCollisionHistogram[9]"; //
nicMacTxCollisionHistogram_9_
ulong_t "nicMacTxCollisionHistogram[10]"; //
nicMacTxCollisionHistogram_10_
ulong_t "nicMacTxCollisionHistogram[11]"; //
nicMacTxCollisionHistogram_11_
ulong_t "nicMacTxCollisionHistogram[12]"; //
nicMacTxCollisionHistogram_12_
ulong_t "nicMacTxCollisionHistogram[13]"; //
nicMacTxCollisionHistogram_13_
ulong_t "nicMacTxCollisionHistogram[14]"; //
nicMacTxCollisionHistogram_14_
ulong_t nicMacTxTotalAttns;
};
#endif
/* ATM / ELane - vjamet */
kstat struct "lane:" ks_lane_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t nocanput;
ulong_t allocbfail;
};
/* ftSPARC net interface */
kstat struct "FTnet:" ks_ft_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t collisions;
ulong_t no_tx_bufs;
ulong_t no_rx_bufs;
ulong_t allocb_fails;
ulong_t nocanputs;
};
// Xircom PE2/3 - added by Paul van der Zwan <paulz at Holland.Sun.COM>
kstat struct "pe:" ks_pe_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
uint32_t opackets;
uint32_t ipackets;
uint32_t oerrors;
uint32_t ierrors;
uint32_t collisions;
uint32_t obytes;
uint32_t rbytes;
uint32_t multixmt;
uint32_t multircv;
uint32_t brdcstxmt;
uint32_t brdcstrcv;
uint32_t unknowns;
uint32_t blocked;
uint32_t ex_collisions;
uint32_t defer_xmts;
uint32_t align_errors;
uint32_t fcs_errors;
uint32_t oflo;
uint32_t uflo;
uint32_t runt_errors;
uint32_t missed;
uint32_t tx_late_collisions;
uint32_t carrier_errors;
uint32_t noxmtbuf;
uint32_t norcvbuf;
uint32_t xmt_badinterp;
uint32_t rcv_badinterp;
uint32_t intr;
uint32_t xmtretry;
uint64_t opackets64;
uint64_t ipackets64;
uint64_t obytes64;
uint64_t rbytes64;
uint64_t ifspeed;
};
/* SAHI-2 ATM - jan */
kstat struct "ba:" ks_ba_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
uint32_t inits;
uint32_t nocanput;
uint32_t allocbfail;
uint32_t badcrc;
uint32_t rxoverflow;
uint32_t interrupts;
uint32_t outofrbuf;
uint32_t outoftbuf;
uint32_t vc_noreceiver;
uint64_t ifspeed;
uint64_t rbytes64;
uint64_t obytes64;
uint32_t rbytes;
uint32_t obytes;
uint64_t ipackets64;
uint64_t opackets64;
uint32_t ipackets;
uint32_t opackets;
uint32_t multircv;
uint32_t brdcstrcv;
uint32_t multixmt;
uint32_t brdcstxmt;
uint32_t norcvbuf;
uint32_t ierrors;
uint32_t unknowns;
uint32_t noxmtbuf;
uint32_t oerrors;
uint32_t collisions;
};
kstat struct "ge:" ks_ge_network {
int number$;
string name$;
ulong_t ipackets;
ulong_t ierrors;
ulong_t opackets;
ulong_t oerrors;
ulong_t collisions;
ulong_t ifspeed;
string missing1;
ulong_t rbytes;
ulong_t obytes;
ulong_t multircv;
ulong_t multixmt;
ulong_t brdcstrcv;
ulong_t brdcstxmt;
ulong_t norcvbuf;
ulong_t noxmtbuf;
ulong_t inits;
ulong_t mac_mode;
ulong_t xmit_dma_mode;
ulong_t rcv_dma_mode;
ulong_t nocarrier;
ulong_t nocanput;
ulong_t allocbfail;
ulong_t pause_rcv_cnt;
ulong_t pause_on_cnt;
ulong_t pause_off_cnt;
ulong_t pause_time_cnt;
ulong_t txmac_urun;
ulong_t txmac_maxpkt_err;
ulong_t excessive_coll;
ulong_t late_coll;
ulong_t first_coll;
ulong_t defer_timer_exp;
ulong_t peak_attempt_cnt;
ulong_t jabber;
ulong_t no_tmds;
ulong_t txinits;
ulong_t drop;
ulong_t rxinits;
ulong_t no_free_rx_desc;
ulong_t rx_overflow;
ulong_t rx_hang;
ulong_t rxtag_error;
ulong_t rx_align_err;
ulong_t rx_crc_err;
ulong_t rx_length_err;
ulong_t rx_code_viol_err;
ulong_t pci_badack;
ulong_t pci_dtrto;
ulong_t pci_data_parity_err;
ulong_t pci_signal_target_abort;
ulong_t pci_rcvd_target_abort;
ulong_t pci_rcvd_master_abort;
ulong_t pci_signal_system_err;
ulong_t pci_det_parity_err;
ulong_t pci_bus_speed;
ulong_t pci_bus_width;
ulong_t tx_late_error;
ulong_t rx_late_error;
ulong_t slv_parity_error;
ulong_t tx_parity_error;
ulong_t rx_parity_error;
ulong_t slv_error_ack;
ulong_t tx_error_ack;
ulong_t rx_error_ack;
uint64_t ipackets64;
uint64_t opackets64;
uint64_t rbytes64;
uint64_t obytes64;
ulong_t align_errors;
ulong_t fcs_errors;
string missing2;
ulong_t sqe_errors;
ulong_t defer_xmts;
ulong_t ex_collisions;
ulong_t macxmt_errors;
ulong_t carrier_errors;
ulong_t toolong_errors;
ulong_t macrcv_errors;
ulong_t ge_csumerr;
ulong_t ge_queue_cnt;
ulong_t ge_queue_full_cnt;
};
// Digital NIC - added by pel
kstat struct "dnet:" ks_dnet_network {
int number$;
string name$;
uint32_t opackets;
uint32_t ipackets;
uint32_t oerrors;
uint32_t ierrors;
uint32_t collisions;
uint32_t obytes;
uint32_t rbytes;
uint32_t multixmt;
uint32_t multircv;
uint32_t brdcstxmt;
uint32_t brdcstrcv;
uint32_t unknowns;
uint32_t blocked;
uint32_t ex_collisions;
uint32_t defer_xmts;
uint32_t align_errors;
uint32_t fcs_errors;
uint32_t oflo;
uint32_t uflo;
uint32_t runt_errors;
uint32_t missed;
uint32_t tx_late_collisions;
uint32_t carrier_errors;
uint32_t noxmtbuf;
uint32_t norcvbuf;
uint32_t xmt_badinterp;
uint32_t rcv_badinterp;
uint32_t intr;
uint32_t xmtretry;
uint64_t opackets64;
uint64_t ipackets64;
uint64_t obytes64;
uint64_t rbytes64;
uint64_t ifspeed;
string missing1;
string media;
string promisc;
string missing2;
string missing3;
string missing4;
string missing5;
string missing6;
string missing7;
};
// pci fddi
kstat struct "pf:" ks_pf_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
uint32_t ipackets;
uint32_t ierrors;
uint32_t opackets;
uint32_t oerrors;
uint32_t outsmt;
uint32_t macstate;
uint32_t llcstate;
uint32_t notxbufs;
uint32_t notmds;
uint32_t notxsmtbufs;
uint32_t txsetuperr;
uint32_t insmt;
uint32_t indiscards;
uint32_t norxbufs;
uint32_t rxpfail;
uint32_t rxefail;
uint32_t rxdupfail;
uint32_t nocanputs;
uint32_t badfc;
uint32_t intrs;
uint32_t reset;
};
kstat struct "dmfe:" ks_dmfe_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
uint32_t opackets;
uint32_t ipackets;
uint64_t oerrors;
uint64_t ierrors;
uint64_t collisions;
uint32_t obytes;
uint32_t rbytes;
uint64_t multixmt;
uint64_t multircv;
uint64_t brdcstxmt;
uint64_t brdcstrcv;
uint64_t unknowns;
uint64_t blocked;
uint64_t ex_collisions;
uint64_t defer_xmts;
uint64_t align_errors;
uint64_t fcs_errors;
uint64_t oflo;
uint64_t uflo;
uint64_t runt_errors;
uint64_t missed;
uint64_t tx_late_collisions;
uint64_t carrier_errors;
uint64_t noxmtbuf;
uint64_t norcvbuf;
uint32_t xmt_badinterp;
uint32_t rcv_badinterp;
uint64_t intr;
uint64_t xmtretry;
uint64_t opackets64;
uint64_t ipackets64;
uint64_t obytes64;
uint64_t rbytes64;
uint64_t ifspeed;
};
/* eri - Added CDT for UltraSparc III systems */
kstat struct "eri:" ks_eri_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
uint64_t ipackets;
uint64_t ierrors;
uint64_t opackets;
uint64_t oerrors;
uint64_t collisions;
uint64_t ifspeed;
uint64_t rbytes;
uint64_t obytes;
uint64_t multircv;
uint64_t multixmt;
uint64_t brdcstrcv;
uint64_t brdcstxmt;
uint64_t norcvbuf;
uint64_t noxmtbuf;
uint64_t inits;
uint64_t rx_inits;
uint64_t tx_inits;
uint64_t nocarrier;
uint64_t nocanput;
uint64_t allocbfail;
uint64_t drop;
uint64_t pasue_rcv_cnt;
uint64_t pasue_on_cnt;
uint64_t pasue_off_cnt;
uint64_t pasue_time_cnt;
uint64_t txmac_urun;
uint64_t txmac_maxpkt_err;
uint64_t excessive_coll;
uint64_t late_coll;
uint64_t first_coll;
uint64_t defer_timer_exp;
uint64_t peak_attempt_cnt;
uint64_t jabber;
uint64_t no_tmds;
uint64_t tx_hang;
uint64_t rx_corr;
uint64_t no_free_rx_desc;
uint64_t rx_overflow;
uint64_t rx_hang;
uint64_t rx_align_err;
uint64_t rx_crc_err;
uint64_t rx_length_err;
uint64_t rx_code_viol_err;
uint64_t bad_pkts;
uint64_t runt;
uint64_t toolong_pkts;
uint64_t rxtag_error;
uint64_t parity_error;
uint64_t pci_error_interrupt;
uint64_t unknown_fatal;
uint64_t pci_data_parity_err;
uint64_t pci_signal_target_abort;
uint64_t pci_rcvd_target_abort;
uint64_t pci_rcvd_master_abort;
uint64_t pci_signal_system_err;
uint64_t pci_det_parity_err;
uint64_t ipackets64;
uint64_t opackets64;
uint64_t rbytes64;
uint64_t obytes64;
uint64_t pmcap;
};
/* Sysconnekt gigabit e-net card */
kstat struct "skge:" ks_skge_network {
int number$; /* linear interface number */
string name$; /* name of the interface */
uint_t ipackets;
uint_t opackets;
uint_t ierrors;
uint_t oerrors;
uint_t collisions;
ulong_t obytes;
ulong_t rbytes;
ulong_t multixmt;
ulong_t multircv;
ulong_t brdcstxmit;
ulong_t brdcstrcv;
ulong_t blocked;
ulong_t noxmtbuf;
ulong_t norcvbuf;
ulong_t xmtretry;
ulong_t intr;
ulong_t nocarrier;
ulong_t defer;
ulong_t framing;
ulong_t crc;
ulong_t oflo;
ulong_t uflo;
ulong_t missed;
ulong_t rxtoolong;
ulong_t inrangeerr;
ulong_t late_collisions;
ulong_t SYM_short;
ulong_t excollisions;
ulong_t ifspeed;
ulong_t conmode;
};
// END OF NETIF STRUCTURES
struct ks_interrupts {
int number$; /* linear device number */
string name$; /* name of the device */
uint32_t hard;
uint32_t soft; /* these members are arranged in order according
*/
uint32_t watchdog; /* to the definitions of the KSTAT_INTR values
in */
uint32_t spurious; /* sys/ksth. Changing the order of these */
uint32_t multsvc; /* members will have silly results. */
};
struct ks_disks {
int number$; /* linear disk number */
string name$; /* name of the device */
uint64_t nread;
uint64_t nwritten; /* these members are arranged in the same order
*/
uint32_t reads; /* as they appear in the kstat_io_t structure in
*/
uint32_t writes; /* sys/kstat.h. Changing the order of these */
int64_t wtime; /* members will have silly results. */
int64_t wlentime;
int64_t wlastupdate;
int64_t rtime;
int64_t rlentime;
int64_t rlastupdate;
uint32_t wcnt;
uint32_t rcnt;
};
/* begin KSTAT_TYPE_RAW types */
struct ks_sysinfo { /* (update frequency) update action */
uint32_t updates; /* (1 sec) ++ */
uint32_t runque; /* (1 sec) += num runnable procs */
uint32_t runocc; /* (1 sec) ++ if num runnable procs > 0 */
uint32_t swpque; /* (1 sec) += num swapped procs */
uint32_t swpocc; /* (1 sec) ++ if num swapped procs > 0 */
uint32_t waiting; /* (1 sec) += jobs waiting for I/O */
};
struct ks_vminfo {
uint64_t freemem; /* (1 sec) += freemem in pages */
uint64_t swap_resv; /* (1 sec) += reserved swap in pages */
uint64_t swap_alloc; /* (1 sec) += allocated swap in pages */
uint64_t swap_avail; /* (1 sec) += unreserved swap in pages */
uint64_t swap_free; /* (1 sec) += unallocated swap in pages */
};
/* see /usr/include/sys/dnlc.h */
struct ks_ncstats {
int32_t hits; /* hits that we can really use */
int32_t misses; /* cache misses */
int32_t enters; /* number of enters done */
int32_t dbl_enters; /* number of enters tried when already cached
*/
int32_t long_enter; /* long names tried to enter */
int32_t long_look; /* long names tried to look up */
int32_t move_to_front; /* entry moved to front of hash chain */
int32_t purges; /* number of purges of cache */
};
/* see /usr/include/sys/vmmeter.h */
struct ks_flushmeter {
uint32_t f_ctx; /* No. of context flushes */
uint32_t f_segment; /* No. of segment flushes */
uint32_t f_page; /* No. of complete page flushes */
uint32_t f_partial; /* No. of partial page flushes */
uint32_t f_usr; /* No. of non-supervisor flushes */
uint32_t f_region; /* No. of region flushes */
};
/* see /usr/include/sys/var.h */
struct ks_var {
int32_t v_buf; /* Nbr of I/O buffers. */
int32_t v_call; /* Nbr of callout (timeout) entries. */
int32_t v_proc; /* Max nbr of processes system wide */
int32_t v_maxupttl; /* Max user processes system wide */
int32_t v_nglobpris; /* Nbr of global sched prios configured */
int32_t v_maxsyspri; /* Max global pri used by sys class. */
int32_t v_clist; /* Nbr of clists allocated. */
int32_t v_maxup; /* Max number of processes per user. */
int32_t v_hbuf; /* Nbr of hash buffers to allocate. */
int32_t v_hmask; /* Hash mask for buffers. */
int32_t v_pbuf; /* Nbr of physical I/O buffers. */
int32_t v_sptmap; /* Size of system virtual space */
/* allocation map. */
int32_t v_maxpmem; /* The maximum physical memory to use. */
/* If v_maxpmem == 0, then use all */
/* available physical memory. */
/* Otherwise, value is amount of mem to */
/* use specified in pages. */
int32_t v_autoup; /* The age a delayed-write buffer must */
/* be in seconds before bdflush will */
/* write it out. */
int32_t v_bufhwm; /* high-water-mark of buffer cache */
/* memory usage, in units of K Bytes */
#if MINOR_VERSION < 70
int32_t v_xsdsegs; /* Number of XENIX shared data segs */
int32_t v_xsdslots; /* Number of slots in xsdtab[] per segment */
#endif
};
/* structures contained in the cpu_stat_t type. These all have the name *
* and number members since they're per-cpu structures. */
#define CPU_IDLE 0
#define CPU_USER 1
#define CPU_KERNEL 2
#define CPU_WAIT 3
#define CPU_STATES 4
#define W_IO 0
#define W_SWAP 1
#define W_PIO 2
#define W_STATES 3
/* see /usr/include/sys/sysinfo.h */
struct ks_cpu_sysinfo {
int number$; /* linear cpu number */
string name$; /* name of the cpu */
int instance; /* actual instance number from kernel */
uint32_t cpu[CPU_STATES]; /* CPU utilization */
uint32_t wait[W_STATES]; /* CPU wait time breakdown */
uint32_t bread; /* physical block reads */
uint32_t bwrite; /* physical block writes (sync+async) */
uint32_t lread; /* logical block reads */
uint32_t lwrite; /* logical block writes */
uint32_t phread; /* raw I/O reads */
uint32_t phwrite; /* raw I/O writes */
uint32_t pswitch; /* context switches */
uint32_t trap; /* traps */
uint32_t intr; /* device interrupts */
uint32_t syscall; /* system calls */
uint32_t sysread; /* read() + readv() system calls */
uint32_t syswrite; /* write() + writev() system calls */
uint32_t sysfork; /* forks */
uint32_t sysvfork; /* vforks */
uint32_t sysexec; /* execs */
uint32_t readch; /* bytes read by rdwr() */
uint32_t writech; /* bytes written by rdwr() */
uint32_t rcvint; /* XXX: UNUSED */
uint32_t xmtint; /* XXX: UNUSED */
uint32_t mdmint; /* XXX: UNUSED */
uint32_t rawch; /* terminal input characters */
uint32_t canch; /* chars handled in canonical mode */
uint32_t outch; /* terminal output characters */
uint32_t msg; /* msg count (msgrcv()+msgsnd() calls) */
uint32_t sema; /* semaphore ops count (semop() calls) */
uint32_t namei; /* pathname lookups */
uint32_t ufsiget; /* ufs_iget() calls */
uint32_t ufsdirblk; /* directory blocks read */
uint32_t ufsipage; /* inodes taken with attached pages */
uint32_t ufsinopage; /* inodes taked with no attached pages */
uint32_t inodeovf; /* inode table overflows */
uint32_t fileovf; /* file table overflows */
uint32_t procovf; /* proc table overflows */
uint32_t intrthread; /* interrupts as threads (below clock) */
uint32_t intrblk; /* intrs blkd/prempted/released (swtch) */
uint32_t idlethread; /* times idle thread scheduled */
uint32_t inv_swtch; /* involuntary context switches */
uint32_t nthreads; /* thread_create()s */
uint32_t cpumigrate; /* cpu migrations by threads */
uint32_t xcalls; /* xcalls to other cpus */
uint32_t mutex_adenters; /* failed mutex enters (adaptive) */
uint32_t rw_rdfails; /* rw reader failures */
uint32_t rw_wrfails; /* rw writer failures */
uint32_t modload; /* times loadable module loaded */
uint32_t modunload; /* times loadable module unloaded */
uint32_t bawrite; /* physical block writes (async) */
/* Following are gathered only under #ifdef STATISTICS in source */
uint32_t rw_enters; /* tries to acquire rw lock */
uint32_t win_uo_cnt; /* reg window user overflows */
uint32_t win_uu_cnt; /* reg window user underflows */
uint32_t win_so_cnt; /* reg window system overflows */
uint32_t win_su_cnt; /* reg window system underflows */
uint32_t win_suo_cnt; /* reg window system user overflows */
};
struct ks_cpu_syswait {
int number$; /* linear cpu number */
string name$; /* name of the cpu */
int instance; /* actual instance number from kernel */
int32_t iowait; /* procs waiting for block I/O */
int32_t swap; /* XXX: UNUSED */
int32_t physio; /* XXX: UNUSED */
};
struct ks_cpu_vminfo {
int number$; /* linear cpu number */
string name$; /* name of the cpu */
int instance; /* actual instance number from kernel */
uint32_t pgrec; /* page reclaims (includes pageout) */
uint32_t pgfrec; /* page reclaims from free list */
uint32_t pgin; /* pageins */
uint32_t pgpgin; /* pages paged in */
uint32_t pgout; /* pageouts */
uint32_t pgpgout; /* pages paged out */
uint32_t swapin; /* swapins */
uint32_t pgswapin; /* pages swapped in */
uint32_t swapout; /* swapouts */
uint32_t pgswapout; /* pages swapped out */
uint32_t zfod; /* pages zero filled on demand */
uint32_t dfree; /* pages freed by daemon or auto */
uint32_t scan; /* pages examined by pageout daemon */
uint32_t rev; /* revolutions of the page daemon hand */
uint32_t hat_fault; /* minor page faults via hat_fault() */
uint32_t as_fault; /* minor page faults via as_fault() */
uint32_t maj_fault; /* major page faults */
uint32_t cow_fault; /* copy-on-write faults */
uint32_t prot_fault; /* protection faults */
uint32_t softlock; /* faults due to software locking req */
uint32_t kernel_asflt; /* as_fault()s in kernel addr space */
uint32_t pgrrun; /* times pager scheduled */
};
struct ks_cachefs {
int number$;
string name$;
string cfs_mount_point;
string cfs_back_fs;
string cfs_cache_dir;
string cfs_cache_id;
uint32_t cfs_hits;
uint32_t cfs_misses;
uint32_t cfs_passes;
uint32_t cfs_fails;
uint32_t cfs_modifies;
uint32_t cfs_gc_count;
int32_t cfs_gc_time;
int32_t cfs_gc_before_atime;
int32_t cfs_gc_after_atime;
};
#define KNC_STRSIZE 128 // maximum length of knetconfig
struct ks_nfs_mount {
// the first three members are added by the interpreter
int number$; // linear mount index
string name$; // name from kstat
int instance; // mnttab::dev= & 0xFFFF
// these are from nfs/nfs_clnt.h
char mik_proto[KNC_STRSIZE];
uint32_t mik_vers;
uint_t mik_flags;
uint_t mik_secmod;
uint32_t mik_curread;
uint32_t mik_curwrite;
int mik_retrans;
uint32_t lookup_srtt; // These 12 members are represented
uint32_t lookup_deviate; // as an array of structures in
nfs_clnt.h.
uint32_t lookup_rtxcur; // If I did it this way, I'd have to
uint32_t read_srtt; // rewrite the kstat handling code in
uint32_t read_deviate; // the interpreter. And I don't have
the
uint32_t read_rtxcur; // time to do that.
uint32_t write_srtt;
uint32_t write_deviate;
uint32_t write_rtxcur;
uint32_t all_srtt; // smoothed round trip time
uint32_t all_deviate; // estimated deviation
uint32_t all_rtxcur; // current backed-off retransmission
uint32_t mik_noresponse;
uint32_t mik_failover;
uint32_t mik_remap;
char mik_curserver[SYS_NMLN];
};
#endif /* _KSTAT_SE_ */
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