/usr/include/afs/afs_stats.h is in libopenafs-dev 1.6.9-2+deb8u7.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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* Copyright 2000, International Business Machines Corporation and others.
* All Rights Reserved.
*
* This software has been released under the terms of the IBM Public
* License. For details, see the LICENSE file in the top-level source
* directory or online at http://www.openafs.org/dl/license10.html
*/
/*
* Statistics gathering stuff for the AFS cache manager.
*/
/*
* The remainder of this file contains the statistics gathering stuff.
*/
#ifndef __OPENAFS_AFS_STATS_H__
#define __OPENAFS_AFS_STATS_H__
#include "afs/param.h"
/* the following is to work around a VAX compiler limitation */
#if defined(vax)
#undef AFS_NOSTATS
#define AFS_NOSTATS
#endif /* VAX environment */
#ifdef AFS_NOSTATS
/*
* The data collection routines are simply no-ops
*/
#define AFS_STATCNT(arg)
#define AFS_MEANCNT(arg, value)
#define AFS_STATS(arg)
#define XSTATS_DECLS
#define XSTATS_START_TIME(arg)
#define XSTATS_START_CMTIME(arg)
#define XSTATS_END_TIME
#else /* AFS_NOSTATS */
#define AFS_STATS(arg) arg
#ifndef KERNEL
/* NOTE: Ensure this is the same size in user and kernel mode. */
typedef struct {
afs_int32 tv_sec;
afs_int32 tv_usec;
} osi_timeval32_t;
#endif /* !KERNEL */
#define XSTATS_DECLS struct afs_stats_opTimingData *opP = NULL; \
osi_timeval_t opStartTime = { 0, 0}, opStopTime, elapsedTime
#define XSTATS_START_TIME(arg) \
opP = &(afs_stats_cmfullperf.rpc.fsRPCTimes[arg]); \
osi_GetuTime(&opStartTime);
#define XSTATS_START_CMTIME(arg) \
opP = &(afs_stats_cmfullperf.rpc.cmRPCTimes[arg]); \
osi_GetuTime(&opStartTime);
#define XSTATS_END_TIME osi_GetuTime(&opStopTime); \
(opP->numOps)++; \
if (!code) { (opP->numSuccesses)++; \
afs_stats_GetDiff(elapsedTime, opStartTime, opStopTime); \
afs_stats_AddTo((opP->sumTime), elapsedTime); \
afs_stats_SquareAddTo((opP->sqrTime), elapsedTime); \
if (afs_stats_TimeLessThan(elapsedTime, (opP->minTime))) { \
afs_stats_TimeAssign((opP->minTime), elapsedTime); \
} if (afs_stats_TimeGreaterThan(elapsedTime, (opP->maxTime))) { \
afs_stats_TimeAssign((opP->maxTime), elapsedTime); } }
#endif /* AFS_NOSTATS */
struct afs_MeanStats {
afs_int32 average;
afs_int32 elements;
};
/*
* struct afs_CMCallStats
* This is the place where we keep records on each and every
* function call.
*
* This structure is encoded as a binary blob and thrown at the client
* for use by the xstat_cm interface. As the datastructure is unversioned,
* some rules apply;
* *) Never add elements to the middle of the list. Everything new
* must go at the end
* *) Never remove elements from the list. If a function dies, don't
* remove it's entry here (by all means, flag it as dead, though)
* *) Never make elements conditional on preprocessor symbols. Doing
* this would mean that the client has to be built with exactly
* the same options as you are. Which isn't a great idea.
*
*/
#define AFS_CM_CALL_STATS \
AFS_CS(afs_init) /* afs_aix_subr.c */ \
AFS_CS(gop_rdwr) /* afs_aix_subr.c */ \
AFS_CS(aix_gnode_rele) /* afs_aix_subr.c */ \
AFS_CS(gettimeofday) /* afs_aix_subr.c */ \
AFS_CS(m_cpytoc) /* afs_aix_subr.c */ \
AFS_CS(aix_vattr_null) /* afs_aix_subr.c */ \
AFS_CS(afs_gn_ftrunc) /* afs_aixops.c */ \
AFS_CS(afs_gn_rdwr) /* afs_aixops.c */ \
AFS_CS(afs_gn_ioctl) /* afs_aixops.c */ \
AFS_CS(afs_gn_lockctl) /* afs_aixops.c */ \
AFS_CS(afs_gn_readlink) /* afs_aixops.c */ \
AFS_CS(afs_gn_readdir) /* afs_aixops.c */ \
AFS_CS(afs_gn_select) /* afs_aixops.c */ \
AFS_CS(afs_gn_strategy) /* afs_aixops.c */ \
AFS_CS(afs_gn_symlink) /* afs_aixops.c */ \
AFS_CS(afs_gn_revoke) /* afs_aixops.c */ \
AFS_CS(afs_gn_link) /* afs_aixops.c */ \
AFS_CS(afs_gn_mkdir) /* afs_aixops.c */ \
AFS_CS(afs_gn_mknod) /* afs_aixops.c */ \
AFS_CS(afs_gn_remove) /* afs_aixops.c */ \
AFS_CS(afs_gn_rename) /* afs_aixops.c */ \
AFS_CS(afs_gn_rmdir) /* afs_aixops.c */ \
AFS_CS(afs_gn_fid) /* afs_aixops.c */ \
AFS_CS(afs_gn_lookup) /* afs_aixops.c */ \
AFS_CS(afs_gn_open) /* afs_aixops.c */ \
AFS_CS(afs_gn_create) /* afs_aixops.c */ \
AFS_CS(afs_gn_hold) /* afs_aixops.c */ \
AFS_CS(afs_gn_close) /* afs_aixops.c */ \
AFS_CS(afs_gn_map) /* afs_aixops.c */ \
AFS_CS(afs_gn_rele) /* afs_aixops.c */ \
AFS_CS(afs_gn_unmap) /* afs_aixops.c */ \
AFS_CS(afs_gn_access) /* afs_aixops.c */ \
AFS_CS(afs_gn_getattr) /* afs_aixops.c */ \
AFS_CS(afs_gn_setattr) /* afs_aixops.c */ \
AFS_CS(afs_gn_fclear) /* afs_aixops.c */ \
AFS_CS(afs_gn_fsync) /* afs_aixops.c */ \
AFS_CS(pHash) /* afs_buffer.c */ \
AFS_CS(DInit) /* afs_buffer.c */ \
AFS_CS(DRead) /* afs_buffer.c */ \
AFS_CS(FixupBucket) /* afs_buffer.c */ \
AFS_CS(afs_newslot) /* afs_buffer.c */ \
AFS_CS(DRelease) /* afs_buffer.c */ \
AFS_CS(DFlush) /* afs_buffer.c */ \
AFS_CS(DFlushEntry) /* afs_buffer.c */ \
AFS_CS(DVOffset) /* afs_buffer.c */ \
AFS_CS(DZap) /* afs_buffer.c */ \
AFS_CS(DNew) /* afs_buffer.c */ \
AFS_CS(shutdown_bufferpackage) /* afs_buffer.c */ \
AFS_CS(afs_CheckKnownBad) /* afs_cache.c */ \
AFS_CS(afs_RemoveVCB) /* afs_cache.c */ \
AFS_CS(afs_NewVCache) /* afs_cache.c */ \
AFS_CS(afs_FlushActiveVcaches) /* afs_cache.c */ \
AFS_CS(afs_VerifyVCache) /* afs_cache.c */ \
AFS_CS(afs_WriteVCache) /* afs_cache.c */ \
AFS_CS(afs_GetVCache) /* afs_cache.c */ \
AFS_CS(afs_StuffVcache) /* afs_cache.c */ \
AFS_CS(afs_FindVCache) /* afs_cache.c */ \
AFS_CS(afs_PutDCache) /* afs_cache.c */ \
AFS_CS(afs_PutVCache) /* afs_cache.c */ \
AFS_CS(CacheStoreProc) /* afs_cache.c */ \
AFS_CS(afs_FindDCache) /* afs_cache.c */ \
AFS_CS(afs_TryToSmush) /* afs_cache.c */ \
AFS_CS(afs_AdjustSize) /* afs_cache.c */ \
AFS_CS(afs_CheckSize) /* afs_cache.c */ \
AFS_CS(afs_StoreWarn) /* afs_cache.c */ \
AFS_CS(CacheFetchProc) /* afs_cache.c */ \
AFS_CS(UFS_CacheStoreProc) /* afs_cache.c */ \
AFS_CS(UFS_CacheFetchProc) /* afs_cache.c */ \
AFS_CS(afs_GetDCache) /* afs_cache.c */ \
AFS_CS(afs_SimpleVStat) /* afs_cache.c */ \
AFS_CS(afs_ProcessFS) /* afs_cache.c */ \
AFS_CS(afs_InitCacheInfo) /* afs_cache.c */ \
AFS_CS(afs_InitVolumeInfo) /* afs_cache.c */ \
AFS_CS(afs_InitCacheFile) /* afs_cache.c */ \
AFS_CS(afs_CacheInit) /* afs_cache.c */ \
AFS_CS(afs_GetDSlot) /* afs_cache.c */ \
AFS_CS(afs_WriteThroughDSlots) /* afs_cache.c */ \
AFS_CS(afs_MemGetDSlot) /* afs_cache.c */ \
AFS_CS(afs_UFSGetDSlot) /* afs_cache.c */ \
AFS_CS(afs_StoreDCache) /* afs_cache.c */ \
AFS_CS(afs_StoreMini) /* afs_cache.c */ \
AFS_CS(shutdown_cache) /* afs_cache.c */ \
AFS_CS(afs_StoreAllSegments) /* afs_cache.c */ \
AFS_CS(afs_InvalidateAllSegments) /* afs_cache.c */ \
AFS_CS(afs_TruncateAllSegments) /* afs_cache.c */ \
AFS_CS(afs_CheckVolSync) /* afs_cache.c */ \
AFS_CS(afs_wakeup) /* afs_cache.c */ \
AFS_CS(afs_CFileOpen) /* afs_cache.c */ \
AFS_CS(afs_CFileTruncate) /* afs_cache.c */ \
AFS_CS(afs_GetDownD) /* afs_cache.c */ \
AFS_CS(afs_WriteDCache) /* afs_cache.c */ \
AFS_CS(afs_FlushDCache) /* afs_cache.c */ \
AFS_CS(afs_GetDownDSlot) /* afs_cache.c */ \
AFS_CS(afs_FlushVCache) /* afs_cache.c */ \
AFS_CS(afs_GetDownV) /* afs_cache.c */ \
AFS_CS(afs_QueueVCB) /* afs_cache.c */ \
AFS_CS(afs_call) /* afs_call.c */ \
AFS_CS(afs_syscall_call) /* afs_call.c */ \
AFS_CS(syscall) /* afs_call.c */ \
AFS_CS(lpioctl) /* afs_call.c */ \
AFS_CS(lsetpag) /* afs_call.c */ \
AFS_CS(afs_syscall) /* afs_call.c */ \
AFS_CS(afs_CheckInit) /* afs_call.c */ \
AFS_CS(afs_shutdown) /* afs_call.c */ \
AFS_CS(shutdown_BKG) /* afs_call.c */ \
AFS_CS(shutdown_afstest) /* afs_call.c */ \
AFS_CS(SRXAFSCB_GetCE) /* afs_callback.c */ \
AFS_CS(ClearCallBack) /* afs_callback.c */ \
AFS_CS(SRXAFSCB_GetLock) /* afs_callback.c */ \
AFS_CS(SRXAFSCB_CallBack) /* afs_callback.c */ \
AFS_CS(SRXAFSCB_InitCallBackState) /* afs_callback.c */ \
AFS_CS(SRXAFSCB_Probe) /* afs_callback.c */ \
AFS_CS(afs_RXCallBackServer) /* afs_callback.c */ \
AFS_CS(shutdown_CB) /* afs_callback.c */ \
AFS_CS(afs_Chunk) /* afs_chunk.c */ \
AFS_CS(afs_ChunkBase) /* afs_chunk.c */ \
AFS_CS(afs_ChunkOffset) /* afs_chunk.c */ \
AFS_CS(afs_ChunkSize) /* afs_chunk.c */ \
AFS_CS(afs_ChunkToBase) /* afs_chunk.c */ \
AFS_CS(afs_ChunkToSize) /* afs_chunk.c */ \
AFS_CS(afs_SetChunkSize) /* afs_chunk.c */ \
AFS_CS(afs_config) /* afs_config.c */ \
AFS_CS(mem_freebytes) /* afs_config.c */ \
AFS_CS(mem_getbytes) /* afs_config.c */ \
AFS_CS(fpalloc) /* afs_config.c */ \
AFS_CS(kluge_init) /* afs_config.c */ \
AFS_CS(ufdalloc) /* afs_config.c */ \
AFS_CS(ufdfree) /* afs_config.c */ \
AFS_CS(commit) /* afs_config.c */ \
AFS_CS(dev_ialloc) /* afs_config.c */ \
AFS_CS(ffree) /* afs_config.c */ \
AFS_CS(iget) /* afs_config.c */ \
AFS_CS(iptovp) /* afs_config.c */ \
AFS_CS(ilock) /* afs_config.c */ \
AFS_CS(irele) /* afs_config.c */ \
AFS_CS(iput) /* afs_config.c */ \
AFS_CS(afs_Daemon) /* afs_daemons.c */ \
AFS_CS(afs_CheckRootVolume) /* afs_daemons.c */ \
AFS_CS(BPath) /* afs_daemons.c */ \
AFS_CS(BPrefetch) /* afs_daemons.c */ \
AFS_CS(BStore) /* afs_daemons.c */ \
AFS_CS(afs_BBusy) /* afs_daemons.c */ \
AFS_CS(afs_BQueue) /* afs_daemons.c */ \
AFS_CS(afs_BRelease) /* afs_daemons.c */ \
AFS_CS(afs_BackgroundDaemon) /* afs_daemons.c */ \
AFS_CS(shutdown_daemons) /* afs_daemons.c */ \
AFS_CS(exporter_add) /* afs_exporter.c */ \
AFS_CS(exporter_find) /* afs_exporter.c */ \
AFS_CS(afs_gfs_kalloc) /* afs_gfs_subr.c */ \
AFS_CS(IsAfsVnode) /* afs_gfs_subr.c */ \
AFS_CS(SetAfsVnode) /* afs_gfs_subr.c */ \
AFS_CS(afs_gfs_kfree) /* afs_gfs_subr.c */ \
AFS_CS(gop_lookupname) /* afs_gfs_subr.c */ \
AFS_CS(gfsvop_getattr) /* afs_gfs_subr.c */ \
AFS_CS(gfsvop_rdwr) /* afs_gfs_subr.c */ \
AFS_CS(afs_uniqtime) /* afs_gfs_subr.c */ \
AFS_CS(gfs_vattr_null) /* afs_gfs_subr.c */ \
AFS_CS(afs_lock) /* afs_gfsops.c */ \
AFS_CS(afs_unlock) /* afs_gfsops.c */ \
AFS_CS(afs_update) /* afs_gfsops.c */ \
AFS_CS(afs_gclose) /* afs_gfsops.c */ \
AFS_CS(afs_gopen) /* afs_gfsops.c */ \
AFS_CS(afs_greadlink) /* afs_gfsops.c */ \
AFS_CS(afs_select) /* afs_gfsops.c */ \
AFS_CS(afs_gbmap) /* afs_gfsops.c */ \
AFS_CS(afs_getfsdata) /* afs_gfsops.c */ \
AFS_CS(afs_gsymlink) /* afs_gfsops.c */ \
AFS_CS(afs_namei) /* afs_gfsops.c */ \
AFS_CS(printgnode) /* afs_gfsops.c */ \
AFS_CS(HaveGFSLock) /* afs_gfsops.c */ \
AFS_CS(afs_gmount) /* afs_gfsops.c */ \
AFS_CS(AddGFSLock) /* afs_gfsops.c */ \
AFS_CS(RemoveGFSLock) /* afs_gfsops.c */ \
AFS_CS(afs_grlock) /* afs_gfsops.c */ \
AFS_CS(afs_gumount) /* afs_gfsops.c */ \
AFS_CS(afs_gget) /* afs_gfsops.c */ \
AFS_CS(afs_glink) /* afs_gfsops.c */ \
AFS_CS(afs_gmkdir) /* afs_gfsops.c */ \
AFS_CS(afs_sbupdate) /* afs_gfsops.c */ \
AFS_CS(afs_unlink) /* afs_gfsops.c */ \
AFS_CS(afs_grmdir) /* afs_gfsops.c */ \
AFS_CS(afs_makenode) /* afs_gfsops.c */ \
AFS_CS(afs_grename) /* afs_gfsops.c */ \
AFS_CS(afs_rele) /* afs_gfsops.c */ \
AFS_CS(afs_syncgp) /* afs_gfsops.c */ \
AFS_CS(afs_getval) /* afs_gfsops.c */ \
AFS_CS(afs_gfshack) /* afs_gfsops.c */ \
AFS_CS(afs_trunc) /* afs_gfsops.c */ \
AFS_CS(afs_rwgp) /* afs_gfsops.c */ \
AFS_CS(afs_stat) /* afs_gfsops.c */ \
AFS_CS(afsc_link) /* afs_hp_subr.c */ \
AFS_CS(hpsobind) /* afs_hp_subr.c */ \
AFS_CS(hpsoclose) /* afs_hp_subr.c */ \
AFS_CS(hpsocreate) /* afs_hp_subr.c */ \
AFS_CS(hpsoreserve) /* afs_hp_subr.c */ \
AFS_CS(afs_vfs_mount) /* afs_hp_subr.c */ \
AFS_CS(devtovfs) /* afs_istuff.c */ \
AFS_CS(igetinode) /* afs_istuff.c */ \
AFS_CS(afs_syscall_iopen) /* afs_istuff.c */ \
AFS_CS(iopen) /* afs_istuff.c */ \
AFS_CS(afs_syscall_iincdec) /* afs_istuff.c */ \
AFS_CS(afs_syscall_ireadwrite) /* afs_istuff.c */ \
AFS_CS(iincdec) /* afs_istuff.c */ \
AFS_CS(ireadwrite) /* afs_istuff.c */ \
AFS_CS(oiread) /* afs_istuff.c */ \
AFS_CS(AHash) /* afs_istuff.c */ \
AFS_CS(QTOA) /* afs_istuff.c */ \
AFS_CS(afs_FindPartByDev) /* afs_istuff.c */ \
AFS_CS(aux_init) /* afs_istuff.c */ \
AFS_CS(afs_GetNewPart) /* afs_istuff.c */ \
AFS_CS(afs_InitAuxVolFile) /* afs_istuff.c */ \
AFS_CS(afs_CreateAuxEntry) /* afs_istuff.c */ \
AFS_CS(afs_GetAuxSlot) /* afs_istuff.c */ \
AFS_CS(afs_GetDownAux) /* afs_istuff.c */ \
AFS_CS(afs_FlushAuxCache) /* afs_istuff.c */ \
AFS_CS(afs_GetAuxInode) /* afs_istuff.c */ \
AFS_CS(afs_PutAuxInode) /* afs_istuff.c */ \
AFS_CS(afs_ReadAuxInode) /* afs_istuff.c */ \
AFS_CS(afs_WriteAuxInode) /* afs_istuff.c */ \
AFS_CS(afs_auxcall) /* afs_istuff.c */ \
AFS_CS(tmpdbg_auxtbl) /* afs_istuff.c */ \
AFS_CS(tmpdbg_parttbl) /* afs_istuff.c */ \
AFS_CS(idec) /* afs_istuff.c */ \
AFS_CS(iinc) /* afs_istuff.c */ \
AFS_CS(iread) /* afs_istuff.c */ \
AFS_CS(iwrite) /* afs_istuff.c */ \
AFS_CS(getinode) /* afs_istuff.c */ \
AFS_CS(trygetfs) /* afs_istuff.c */ \
AFS_CS(iforget) /* afs_istuff.c */ \
AFS_CS(afs_syscall_icreate) /* afs_istuff.c */ \
AFS_CS(icreate) /* afs_istuff.c */ \
AFS_CS(Lock_Init) /* afs_lock.c */ \
AFS_CS(Lock_Obtain) /* afs_lock.c */ \
AFS_CS(Lock_ReleaseR) /* afs_lock.c */ \
AFS_CS(Lock_ReleaseW) /* afs_lock.c */ \
AFS_CS(afs_BozonLock) /* afs_lock.c */ \
AFS_CS(afs_BozonUnlock) /* afs_lock.c */ \
AFS_CS(osi_SleepR) /* afs_lock.c */ \
AFS_CS(osi_SleepS) /* afs_lock.c */ \
AFS_CS(osi_SleepW) /* afs_lock.c */ \
AFS_CS(osi_Sleep) /* afs_lock */ \
AFS_CS(afs_BozonInit) /* afs_lock.c */ \
AFS_CS(afs_CheckBozonLock) /* afs_lock.c */ \
AFS_CS(afs_CheckBozonLockBlocking) /* afs_lock.c */ \
AFS_CS(xxxinit) /* afs_main.c */ \
AFS_CS(KernelEntry) /* afs_main.c */ \
AFS_CS(afs_InitMemCache) /* afs_memcache.c */ \
AFS_CS(afs_LookupMCE) /* afs_memcache.c */ \
AFS_CS(afs_MemReadBlk) /* afs_memcache.c */ \
AFS_CS(afs_MemReadUIO) /* afs_memcache.c */ \
AFS_CS(afs_MemWriteBlk) /* afs_memcache.c */ \
AFS_CS(afs_MemCacheStoreProc) /* afs_memcache.c */ \
AFS_CS(afs_MemCacheTruncate) /* afs_memcache.c */ \
AFS_CS(afs_MemWriteUIO) /* afs_memcache.c */ \
AFS_CS(afs_MemCacheFetchProc) /* afs_memcache.c */ \
AFS_CS(afs_vnode_pager_create) /* afs_next_aux.c */ \
AFS_CS(next_KernelEntry) /* afs_next_subr.c */ \
AFS_CS(afs_GetNfsClientPag) /* afs_nfsclnt.c */ \
AFS_CS(afs_FindNfsClientPag) /* afs_nfsclnt.c */ \
AFS_CS(afs_PutNfsClientPag) /* afs_nfsclnt.c */ \
AFS_CS(afs_nfsclient_reqhandler) /* afs_nfsclnt.c */ \
AFS_CS(afs_nfsclient_GC) /* afs_nfsclnt.c */ \
AFS_CS(afs_nfsclient_hold) /* afs_nfsclnt.c */ \
AFS_CS(afs_nfsclient_stats) /* afs_nfsclnt.c */ \
AFS_CS(afs_nfsclient_sysname) /* afs_nfsclnt.c */ \
AFS_CS(afs_nfsclient_shutdown) /* afs_nfsclnt.c */ \
AFS_CS(afs_rfs_readdir_fixup) /* afs_nfssrv.c */ \
AFS_CS(afs_rfs_dispatch) /* afs_nfssrv.c */ \
AFS_CS(afs_xnfs_svc) /* afs_nfssrv.c */ \
AFS_CS(afs_xdr_putrddirres) /* afs_nfssrv.c */ \
AFS_CS(afs_rfs_readdir) /* afs_nfssrv.c */ \
AFS_CS(afs_rfs_rddirfree) /* afs_nfssrv.c */ \
AFS_CS(rfs_dupcreate) /* afs_nfssrv.c */ \
AFS_CS(rfs_dupsetattr) /* afs_nfssrv.c */ \
AFS_CS(Nfs2AfsCall) /* afs_nfssrv.c */ \
AFS_CS(afs_sun_xuntext) /* afs_osi.c */ \
AFS_CS(osi_Active) /* afs_osi.c */ \
AFS_CS(osi_FlushPages) /* afs_osi.c */ \
AFS_CS(osi_FlushText) /* afs_osi.c */ \
AFS_CS(osi_CallProc) /* afs_osi.c */ \
AFS_CS(osi_CancelProc) /* afs_osi.c */ \
AFS_CS(osi_Invisible) /* afs_osi.c */ \
AFS_CS(osi_Time) /* afs_osi.c */ \
AFS_CS(osi_Alloc) /* afs_osi.c */ \
AFS_CS(osi_SetTime) /* afs_osi.c */ \
AFS_CS(osi_Dump) /* afs_osi.c */ \
AFS_CS(osi_Free) /* afs_osi.c */ \
AFS_CS(shutdown_osi) /* afs_osi.c */ \
AFS_CS(osi_UFSOpen) /* afs_osifile.c */ \
AFS_CS(osi_Close) /* afs_osifile.c */ \
AFS_CS(osi_Stat) /* afs_osifile.c */ \
AFS_CS(osi_Truncate) /* afs_osifile.c */ \
AFS_CS(osi_Read) /* afs_osifile.c */ \
AFS_CS(osi_Write) /* afs_osifile.c */ \
AFS_CS(osi_MapStrategy) /* afs_osifile.c */ \
AFS_CS(shutdown_osifile) /* afs_osifile.c */ \
AFS_CS(osi_FreeLargeSpace) /* afs_osinet.c */ \
AFS_CS(osi_FreeSmallSpace) /* afs_osinet.c */ \
AFS_CS(pkt_iodone) /* afs_osinet.c */ \
AFS_CS(shutdown_osinet) /* afs_osinet.c */ \
AFS_CS(afs_cs) /* afs_osinet.c */ \
AFS_CS(osi_AllocLargeSpace) /* afs_osinet.c */ \
AFS_CS(osi_AllocSmallSpace) /* afs_osinet.c */ \
AFS_CS(osi_CloseToTheEdge) /* afs_osinet.c */ \
AFS_CS(osi_xgreedy) /* afs_osinet.c */ \
AFS_CS(osi_FreeSocket) /* afs_osinet.c */ \
AFS_CS(osi_NewSocket) /* afs_osinet.c */ \
AFS_CS(trysblock) /* afs_osinet.c */ \
AFS_CS(osi_NetSend) /* afs_osinet.c */ \
AFS_CS(WaitHack) /* afs_osinet.c */ \
AFS_CS(osi_CancelWait) /* afs_osinet.c */ \
AFS_CS(osi_InitWaitHandle) /* afs_osinet.c */ \
AFS_CS(osi_Wakeup) /* afs_osinet.c */ \
AFS_CS(osi_Wait) /* afs_osinet.c */ \
AFS_CS(dirp_Read) /* afs_physio.c */ \
AFS_CS(dirp_SetCacheDev) /* afs_physio.c */ \
AFS_CS(Die) /* afs_physio.c */ \
AFS_CS(dirp_Cpy) /* afs_physio.c */ \
AFS_CS(dirp_Eq) /* afs_physio.c */ \
AFS_CS(dirp_Write) /* afs_physio.c */ \
AFS_CS(dirp_Zap) /* afs_physio.c */ \
AFS_CS(PSetVolumeStatus) /* afs_pioctl.c */ \
AFS_CS(PFlush) /* afs_pioctl.c */ \
AFS_CS(PNewStatMount) /* afs_pioctl.c */ \
AFS_CS(PGetTokens) /* afs_pioctl.c */ \
AFS_CS(PUnlog) /* afs_pioctl.c */ \
AFS_CS(PCheckServers) /* afs_pioctl.c */ \
AFS_CS(PMariner) /* afs_pioctl.c */ \
AFS_CS(PCheckAuth) /* afs_pioctl.c */ \
AFS_CS(PCheckVolNames) /* afs_pioctl.c */ \
AFS_CS(PFindVolume) /* afs_pioctl.c */ \
AFS_CS(Prefetch) /* afs_pioctl.c */ \
AFS_CS(PGetCacheSize) /* afs_pioctl.c */ \
AFS_CS(PRemoveCallBack) /* afs_pioctl.c */ \
AFS_CS(PSetCacheSize) /* afs_pioctl.c */ \
AFS_CS(PViceAccess) /* afs_pioctl.c */ \
AFS_CS(PListCells) /* afs_pioctl.c */ \
AFS_CS(PNewCell) /* afs_pioctl.c */ \
AFS_CS(PRemoveMount) /* afs_pioctl.c */ \
AFS_CS(HandleIoctl) /* afs_pioctl.c */ \
AFS_CS(_AFSIOCTL) /* afs_pioctl.c */ \
AFS_CS(_VALIDAFSIOCTL) /* afs_pioctl.c */ \
AFS_CS(PGetCellStatus) /* afs_pioctl.c */ \
AFS_CS(PSetCellStatus) /* afs_pioctl.c */ \
AFS_CS(PVenusLogging) /* afs_pioctl.c */ \
AFS_CS(PFlushVolumeData) /* afs_pioctl.c */ \
AFS_CS(PSetSysName) /* afs_pioctl.c */ \
AFS_CS(PExportAfs) /* afs_pioctl.c */ \
AFS_CS(HandleClientContext) /* afs_pioctl.c */ \
AFS_CS(afs_ioctl) /* afs_pioctl.c */ \
AFS_CS(afs_xioctl) /* afs_pioctl.c */ \
AFS_CS(afs_pioctl) /* afs_pioctl.c */ \
AFS_CS(afs_syscall_pioctl) /* afs_pioctl.c */ \
AFS_CS(HandlePioctl) /* afs_pioctl.c */ \
AFS_CS(PGetAcl) /* afs_pioctl.c */ \
AFS_CS(PGetFID) /* afs_pioctl.c */ \
AFS_CS(PSetAcl) /* afs_pioctl.c */ \
AFS_CS(PBogus) /* afs_pioctl.c */ \
AFS_CS(PGetFileCell) /* afs_pioctl.c */ \
AFS_CS(PGetWSCell) /* afs_pioctl.c */ \
AFS_CS(PNoop) /* afs_pioctl.c */ \
AFS_CS(PGetUserCell) /* afs_pioctl.c */ \
AFS_CS(PSetTokens) /* afs_pioctl.c */ \
AFS_CS(PGetVolumeStatus) /* afs_pioctl.c */ \
AFS_CS(afs_ResetAccessCache) /* afs_resource.c */ \
AFS_CS(afs_FindUser) /* afs_resource.c */ \
AFS_CS(afs_ResetUserConns) /* afs_resource.c */ \
AFS_CS(afs_ResourceInit) /* afs_resource.c */ \
AFS_CS(afs_GetCell) /* afs_resource.c */ \
AFS_CS(afs_GetCellByIndex) /* afs_resource.c */ \
AFS_CS(afs_GetCellByName) /* afs_resource.c */ \
AFS_CS(afs_GetRealCellByIndex) /* afs_resource.c */ \
AFS_CS(afs_NewCell) /* afs_resource.c */ \
AFS_CS(afs_GetUser) /* afs_resource.c */ \
AFS_CS(afs_PutUser) /* afs_resource.c */ \
AFS_CS(afs_SetPrimary) /* afs_resource.c */ \
AFS_CS(CheckVLDB) /* afs_resource.c */ \
AFS_CS(afs_GetVolume) /* afs_resource.c */ \
AFS_CS(afs_GetVolumeByName) /* afs_resource.c */ \
AFS_CS(InstallVolumeEntry) /* afs_resource.c */ \
AFS_CS(InstallVolumeInfo) /* afs_resource.c */ \
AFS_CS(afs_FindServer) /* afs_resource.c */ \
AFS_CS(afs_PutVolume) /* afs_resource.c */ \
AFS_CS(afs_random) /* afs_resource.c */ \
AFS_CS(ranstage) /* afs_resource.c */ \
AFS_CS(RemoveUserConns) /* afs_resource.c */ \
AFS_CS(afs_MarinerLog) /* afs_resource.c */ \
AFS_CS(afs_vtoi) /* afs_resource.c */ \
AFS_CS(afs_GetServer) /* afs_resource.c */ \
AFS_CS(afs_SortServers) /* afs_resource.c */ \
AFS_CS(afs_Conn) /* afs_resource.c */ \
AFS_CS(afs_ConnByHost) /* afs_resource.c */ \
AFS_CS(afs_ConnByMHosts) /* afs_resource.c */ \
AFS_CS(afs_Analyze) /* afs_resource.c */ \
AFS_CS(afs_PutConn) /* afs_resource.c */ \
AFS_CS(afs_ResetVolumeInfo) /* afs_resource.c */ \
AFS_CS(StartLogFile) /* afs_resource.c */ \
AFS_CS(afs_SetLogFile) /* afs_resource.c */ \
AFS_CS(EndLogFile) /* afs_resource.c */ \
AFS_CS(afs_dp) /* afs_resource.c */ \
AFS_CS(fprf) /* afs_resource.c */ \
AFS_CS(fprint) /* afs_resource.c */ \
AFS_CS(fprintn) /* afs_resource.c */ \
AFS_CS(afs_CheckLocks) /* afs_resource.c */ \
AFS_CS(puttofile) /* afs_resource.c */ \
AFS_CS(shutdown_AFS) /* afs_resource.c */ \
AFS_CS(afs_CheckCacheResets) /* afs_resource.c */ \
AFS_CS(afs_GCUserData) /* afs_resource.c */ \
AFS_CS(VSleep) /* afs_resource.c */ \
AFS_CS(afs_CheckCode) /* afs_resource.c */ \
AFS_CS(afs_CopyError) /* afs_resource.c */ \
AFS_CS(afs_FinalizeReq) /* afs_resource.c */ \
AFS_CS(afs_cv2string) /* afs_resource.c */ \
AFS_CS(afs_FindVolCache) /* afs_resource.c */ \
AFS_CS(afs_GetVolCache) /* afs_resource.c */ \
AFS_CS(afs_GetVolSlot) /* afs_resource.c */ \
AFS_CS(afs_WriteVolCache) /* afs_resource.c */ \
AFS_CS(afs_UFSGetVolSlot) /* afs_resource.c */ \
AFS_CS(afs_CheckVolumeNames) /* afs_resource.c */ \
AFS_CS(afs_MemGetVolSlot) /* afs_resource.c */ \
AFS_CS(print_internet_address) /* afs_resource.c */ \
AFS_CS(CheckVLServer) /* afs_resource.c */ \
AFS_CS(HaveCallBacksFrom) /* afs_resource.c */ \
AFS_CS(ServerDown) /* afs_resource.c */ \
AFS_CS(afs_CheckServers) /* afs_resource.c */ \
AFS_CS(afs_AddToMean) /* afs_stat.c */ \
AFS_CS(afs_GetCMStat) /* afs_stat.c */ \
AFS_CS(afs_getpage) /* afs_sun_subr.c */ \
AFS_CS(afs_putpage) /* afs_sun_subr.c */ \
AFS_CS(afs_nfsrdwr) /* afs_sun_subr.c */ \
AFS_CS(afs_map) /* afs_sun_subr.c */ \
AFS_CS(afs_cmp) /* afs_sun_subr.c */ \
AFS_CS(afs_cntl) /* afs_sun_subr.c */ \
AFS_CS(afs_dump) /* afs_sun_subr.c */ \
AFS_CS(afs_realvp) /* afs_sun_subr.c */ \
AFS_CS(afs_PageLeft) /* afs_sun_subr.c */ \
AFS_CS(afsinit) /* afs_vfsops.c */ \
AFS_CS(afs_mount) /* afs_vfsops.c */ \
AFS_CS(afs_unmount) /* afs_vfsops.c */ \
AFS_CS(afs_root) /* afs_vfsops.c */ \
AFS_CS(afs_statfs) /* afs_vfsops.c */ \
AFS_CS(afs_sync) /* afs_vfsops.c */ \
AFS_CS(afs_vget) /* afs_vfsops.c */ \
AFS_CS(afs_mountroot) /* afs_vfsops.c */ \
AFS_CS(afs_swapvp) /* afs_vfsops.c */ \
AFS_CS(afs_AddMarinerName) /* afs_vnodeops.c */ \
AFS_CS(afs_setpag) /* afs_vnodeops.c */ \
AFS_CS(genpag) /* afs_vnodeops.c */ \
AFS_CS(getpag) /* afs_vnodeops.c */ \
AFS_CS(afs_GetMariner) /* afs_vnodeops.c */ \
AFS_CS(afs_badop) /* afs_vnodeops.c */ \
AFS_CS(afs_index) /* afs_vnodeops.c */ \
AFS_CS(afs_noop) /* afs_vnodeops.c */ \
AFS_CS(afs_open) /* afs_vnodeops.c */ \
AFS_CS(afs_closex) /* afs_vnodeops.c */ \
AFS_CS(afs_close) /* afs_vnodeops.c */ \
AFS_CS(afs_MemWrite) /* afs_vnodeops.c */ \
AFS_CS(afs_write) /* afs_vnodeops.c */ \
AFS_CS(afs_UFSWrite) /* afs_vnodeops.c */ \
AFS_CS(afs_rdwr) /* afs_vnodeops.c */ \
AFS_CS(afs_MemRead) /* afs_vnodeops.c */ \
AFS_CS(afs_read) /* afs_vnodeops.c */ \
AFS_CS(FIXUPSTUPIDINODE) /* afs_vnodeops.c */ \
AFS_CS(afs_UFSRead) /* afs_vnodeops.c */ \
AFS_CS(afs_CopyOutAttrs) /* afs_vnodeops.c */ \
AFS_CS(afs_getattr) /* afs_vnodeops.c */ \
AFS_CS(afs_VAttrToAS) /* afs_vnodeops.c */ \
AFS_CS(afs_setattr) /* afs_vnodeops.c */ \
AFS_CS(EvalMountPoint) /* afs_vnodeops.c */ \
AFS_CS(afs_access) /* afs_vnodeops.c */ \
AFS_CS(ENameOK) /* afs_vnodeops.c */ \
AFS_CS(HandleAtName) /* afs_vnodeops.c */ \
AFS_CS(getsysname) /* afs_vnodeops.c */ \
AFS_CS(strcat) /* afs_vnodeops.c */ \
AFS_CS(afs_lookup) /* afs_vnodeops.c */ \
AFS_CS(afs_create) /* afs_vnodeops.c */ \
AFS_CS(afs_LocalHero) /* afs_vnodeops.c */ \
AFS_CS(FetchWholeEnchilada) /* afs_vnodeops.c */ \
AFS_CS(afs_remove) /* afs_vnodeops.c */ \
AFS_CS(afs_link) /* afs_vnodeops.c */ \
AFS_CS(afs_rename) /* afs_vnodeops.c */ \
AFS_CS(afs_InitReq) /* afs_vnodeops.c */ \
AFS_CS(afs_mkdir) /* afs_vnodeops.c */ \
AFS_CS(BlobScan) /* afs_vnodeops.c */ \
AFS_CS(afs_rmdir) /* afs_vnodeops.c */ \
AFS_CS(RecLen) /* afs_vnodeops.c */ \
AFS_CS(RoundToInt) /* afs_vnodeops.c */ \
AFS_CS(afs_readdir_with_offlist) /* afs_vnodeops.c */ \
AFS_CS(DIRSIZ_LEN) /* afs_vnodeops.c */ \
AFS_CS(afs_readdir_move) /* afs_vnodeops.c */ \
AFS_CS(afs_readdir_iter) /* afs_vnodeops.c */ \
AFS_CS(HandleFlock) /* afs_vnodeops.c */ \
AFS_CS(afs_readdir) /* afs_vnodeops.c */ \
AFS_CS(afs_symlink) /* afs_vnodeops.c */ \
AFS_CS(afs_HandleLink) /* afs_vnodeops.c */ \
AFS_CS(afs_MemHandleLink) /* afs_vnodeops.c */ \
AFS_CS(afs_UFSHandleLink) /* afs_vnodeops.c */ \
AFS_CS(afs_readlink) /* afs_vnodeops.c */ \
AFS_CS(afs_fsync) /* afs_vnodeops.c */ \
AFS_CS(afs_inactive) /* afs_vnodeops.c */ \
AFS_CS(afs_ustrategy) /* afs_vnodeops.c */ \
AFS_CS(afs_bread) /* afs_vnodeops.c */ \
AFS_CS(afs_brelse) /* afs_vnodeops.c */ \
AFS_CS(afs_bmap) /* afs_vnodeops.c */ \
AFS_CS(afs_fid) /* afs_vnodeops.c */ \
AFS_CS(afs_strategy) /* afs_vnodeops.c */ \
AFS_CS(afs_FakeClose) /* afs_vnodeops.c */ \
AFS_CS(afs_FakeOpen) /* afs_vnodeops.c */ \
AFS_CS(afs_StoreOnLastReference) /* afs_vnodeops.c */ \
AFS_CS(afs_GetAccessBits) /* afs_vnodeops.c */ \
AFS_CS(afs_AccessOK) /* afs_vnodeops.c */ \
AFS_CS(shutdown_vnodeops) /* afs_vnodeops.c */ \
AFS_CS(afsio_copy) /* afs_vnodeops.c */ \
AFS_CS(afsio_trim) /* afs_vnodeops.c */ \
AFS_CS(afs_page_read) /* afs_vnodeops.c */ \
AFS_CS(afs_page_write) /* afs_vnodeops.c */ \
AFS_CS(afsio_skip) /* afs_vnodeops.c */ \
AFS_CS(afs_read1dir) /* afs_vnodeops.c */ \
AFS_CS(afs_get_groups_from_pag) /* afs_vnodeops.c */ \
AFS_CS(afs_get_pag_from_groups) /* afs_vnodeops.c */ \
AFS_CS(PagInCred) /* afs_vnodeops.c */ \
AFS_CS(afs_getgroups) /* afs_vnodeops.c */ \
AFS_CS(setpag) /* afs_vnodeops.c */ \
AFS_CS(afs_setgroups) /* afs_vnodeops.c */ \
AFS_CS(afs_page_in) /* afs_vnodeops.c */ \
AFS_CS(afs_page_out) /* afs_vnodeops.c */ \
AFS_CS(AddPag) /* afs_vnodeops.c */ \
AFS_CS(afs_AdvanceFD) /* afs_vnodeops.c */ \
AFS_CS(afs_lockf) /* afs_vnodeops.c */ \
AFS_CS(afs_xsetgroups) /* afs_vnodeops.c */ \
AFS_CS(afs_nlinks) /* afs_vnodeops.c */ \
AFS_CS(DoLockWarning) /* afs_vnodeops.c */ \
AFS_CS(afs_lockctl) /* afs_vnodeops.c */ \
AFS_CS(afs_xflock) /* afs_vnodeops.c */ \
AFS_CS(PSetSPrefs) /* afs_pioctl.c */ \
AFS_CS(PGetSPrefs) /* afs_pioctl.c */ \
AFS_CS(afs_warn) /* afs_resource.c */ \
AFS_CS(afs_warnuser) /* afs_resource.c */ \
AFS_CS(afs_pagein) /* afs_hp_subr.c */ \
AFS_CS(afs_pageout) /* afs_hp_subr.c */ \
AFS_CS(afs_hp_strategy) /* afs_hp_subr.c */ \
AFS_CS(PGetCPrefs) /* afs_pioctl.c */ \
AFS_CS(PSetCPrefs) /* afs_pioctl.c */ \
AFS_CS(SRXAFSCB_WhoAreYou) /* afs_callback.c */ \
AFS_CS(afs_DiscardDCache) /* afs_dcache.c */ \
AFS_CS(afs_FreeDiscardedDCache) /* afs_dcache.c */ \
AFS_CS(afs_MaybeFreeDiscardedDCache) /* afs_dcache.c */ \
AFS_CS(PFlushMount) /* afs_pioctl.c */ \
AFS_CS(SRXAFSCB_GetServerPrefs) /* afs_callback.c */ \
AFS_CS(SRXAFSCB_GetCellServDB) /* afs_callback.c */ \
AFS_CS(SRXAFSCB_GetLocalCell) /* afs_callback.c */ \
AFS_CS(afs_MarshallCacheConfig) /* afs_callback.c */ \
AFS_CS(SRXAFSCB_GetCacheConfig) /* afs_callback.c */ \
AFS_CS(SRXAFSCB_GetCE64) /* afs_callback.c */ \
AFS_CS(SRXAFSCB_GetCellByNum) /* afs_callback.c */ \
AFS_CS(BPrefetchNoCache) /* afs_daemons.c */ \
AFS_CS(afs_ReadNoCache) /* osi_vnodeops.c */ \
AFS_CS(PSetTokens2) /* afs_pioctl.c */ \
AFS_CS(PPrefetchFromTape) /* afs_pioctl.c */ \
AFS_CS(PFlushAllVolumeData) /* afs_pioctl.c */
struct afs_CMCallStats {
#define AFS_CS(call) afs_int32 C_ ## call;
AFS_CM_CALL_STATS
#undef AFS_CS
};
struct afs_CMMeanStats {
struct afs_MeanStats something; /* fill this in */
};
struct afs_CMStats {
struct afs_CMCallStats callInfo;
struct afs_CMMeanStats meanInfo;
};
/*
* This is the structure accessible by specifying the
* AFSCB_XSTATSCOLL_CALL_INFO collection to the xstat package.
*/
extern struct afs_CMStats afs_cmstats;
/*
* Constants to track downtime durations:
* Bucket 0: dur <= 10 min
* Bucket 1: 10 min < dur <= 30 min
* Bucket 2: 30 min < dur <= 1 hour
* Bucket 3: 1 hour < dur <= 2 hours
* Bucket 4: 2 hours < dur <= 4 hours
* Bucket 5: 4 hours < dur <= 8 hours
* Bucket 6: dur >= 8 hours
*/
#define AFS_STATS_NUM_DOWNTIME_DURATION_BUCKETS 7
#define AFS_STATS_MAX_DOWNTIME_DURATION_BUCKET0 600 /*10 minutes */
#define AFS_STATS_MAX_DOWNTIME_DURATION_BUCKET1 1800 /*30 minutes */
#define AFS_STATS_MAX_DOWNTIME_DURATION_BUCKET2 3600 /*60 minutes */
#define AFS_STATS_MAX_DOWNTIME_DURATION_BUCKET3 7200 /*2 hours */
#define AFS_STATS_MAX_DOWNTIME_DURATION_BUCKET4 14400 /*4 hours */
#define AFS_STATS_MAX_DOWNTIME_DURATION_BUCKET5 28800 /*8 hours */
/*
* Constants to track downtime incidents:
* Bucket 0: down = 0 times
* Bucket 1: down = 1 time
* Bucket 2: 1 time < down <= 5 times
* Bucket 3: 5 times < down <= 10 times
* Bucket 4: 10 times < down <= 50 times
* Bucket 5: down > 50 times
*/
#define AFS_STATS_NUM_DOWNTIME_INCIDENTS_BUCKETS 6
#define AFS_STATS_MAX_DOWNTIME_INCIDENTS_BUCKET0 0
#define AFS_STATS_MAX_DOWNTIME_INCIDENTS_BUCKET1 1
#define AFS_STATS_MAX_DOWNTIME_INCIDENTS_BUCKET2 5
#define AFS_STATS_MAX_DOWNTIME_INCIDENTS_BUCKET3 10
#define AFS_STATS_MAX_DOWNTIME_INCIDENTS_BUCKET4 50
/*
* Numbers used to track aggregate up/downtime stats for servers. We'll
* keep these numbers separately for FS and VL server records, and then
* again separately for servers in the same cell as this client machine
* and those outside the client's cell.
*/
struct afs_stats_SrvUpDownInfo {
afs_int32 numTtlRecords; /*# records, active or inactive */
afs_int32 numUpRecords; /*# (active) records currently marked up */
afs_int32 numDownRecords; /*# (active) records currently marked down */
afs_int32 sumOfRecordAges; /*Sum of server record lifetimes */
afs_int32 ageOfYoungestRecord; /*Age of youngest server record */
afs_int32 ageOfOldestRecord; /*Age of oldest server record */
afs_int32 numDowntimeIncidents; /*Number of (completed) downtime incidents */
afs_int32 numRecordsNeverDown; /*Number of server records never marked down */
afs_int32 maxDowntimesInARecord; /*Max downtimes seen by any record */
afs_int32 sumOfDowntimes; /*Sum of all (completed) downtimes, in seconds */
afs_int32 shortestDowntime; /*Shortest downtime, in seconds */
afs_int32 longestDowntime; /*Longest downtime, in seconds */
/*
* Arrays keeping distributions on downtime durations and number of
* downtime incidents.
*/
afs_int32 downDurations[AFS_STATS_NUM_DOWNTIME_DURATION_BUCKETS];
afs_int32 downIncidents[AFS_STATS_NUM_DOWNTIME_INCIDENTS_BUCKETS];
};
/*
* Define indices for the server up/downtime arrays below.
*/
#define AFS_STATS_UPDOWN_IDX_SAME_CELL 0
#define AFS_STATS_UPDOWN_IDX_DIFF_CELL 1
/*
* Performance numbers for the Cache Manager.
*/
struct afs_stats_CMPerf {
afs_int32 numPerfCalls; /*# of performance calls rcvd */
afs_int32 epoch; /*Cache Manager epoch time */
afs_int32 numCellsVisible; /*# cells we know about */
afs_int32 numCellsContacted; /*# cells corresponded with */
afs_int32 dlocalAccesses; /*# data accesses to files within cell */
afs_int32 vlocalAccesses; /*# stat accesses to files within cell */
afs_int32 dremoteAccesses; /*# data accesses to files outside of cell */
afs_int32 vremoteAccesses; /*# stat accesses to files outside of cell */
afs_int32 cacheNumEntries; /*# cache entries */
afs_int32 cacheBlocksTotal; /*# (1K) blocks configured for cache */
afs_int32 cacheBlocksInUse; /*# cache blocks actively in use */
afs_int32 cacheBlocksOrig; /*# cache blocks at bootup */
afs_int32 cacheMaxDirtyChunks; /*Max # dirty cache chunks tolerated */
afs_int32 cacheCurrDirtyChunks; /*Current # dirty cache chunks */
afs_int32 dcacheHits; /*# data files found in local cache */
afs_int32 vcacheHits; /*# stat entries found in local cache */
afs_int32 dcacheMisses; /*# data files NOT found in local cache */
afs_int32 vcacheMisses; /*# stat entries NOT found in local cache */
afs_int32 cacheFlushes; /*# files flushed from cache */
afs_int32 cacheFilesReused; /*# cache files reused */
afs_int32 ProtServerAddr; /*Addr of Protection Server used */
afs_int32 vcacheXAllocs; /* Additionally allocated vcaches */
afs_int32 dcacheXAllocs; /* Additionally allocated dcaches */
/*
* Some stats related to our buffer package
*/
afs_int32 bufAlloced; /* # of buffers allocated by afs */
afs_int32 bufHits; /* # of pages found on buffer cache */
afs_int32 bufMisses; /* # of pages NOT found on buffer cache */
afs_int32 bufFlushDirty; /* # of cached dirty bufs flushed because all busy */
/*
* Stats that keep track of all allocated/used objects in CM
*/
afs_int32 LargeBlocksActive; /* # of currently used large free pool entries */
afs_int32 LargeBlocksAlloced; /* # of allocated large free pool entries */
afs_int32 SmallBlocksActive; /* # of currently used small free pool entries */
afs_int32 SmallBlocksAlloced; /* # of allocated used small free pool entries */
afs_int32 MediumBlocksActive; /* # of currently used medium free pool entries */
afs_int32 MediumBlocksAlloced; /* # of allocated used medium free pool entries */
afs_int32 OutStandingMemUsage; /* # of alloced memory */
afs_int32 OutStandingAllocs; /* Outstanding osi_allocs (no osi_frees yet) */
afs_int32 CallBackAlloced; /* # callback structures allocated */
afs_int32 CallBackFlushes; /* # callback flush operations performed */
/*
* Accounting stats having to do with the server table & records.
*/
afs_int32 srvRecords; /*# of servers currently on record */
afs_int32 srvRecordsHWM; /* Server record high water mark */
afs_int32 srvNumBuckets; /* Num server hash chain buckets */
afs_int32 srvMaxChainLength; /* Max server hash chain length */
afs_int32 srvMaxChainLengthHWM; /* Server hash chain high water mark */
/*
* Stats having to do with the systype upon which the Cache Manager
* is running.
*/
afs_int32 sysName_ID; /*Sysname ID for host hardware */
/*
* Stats recording downtime characteristics for each File Server and Volume
* Location Server we've dealt with, both within the same cell and in
* other cells.
*/
struct afs_stats_SrvUpDownInfo fs_UpDown[2];
struct afs_stats_SrvUpDownInfo vl_UpDown[2];
afs_uint32 cbloops;
afs_uint32 osiread_efaults;
afs_int32 cacheBlocksDiscarded; /*# cache blocks free but not truncated */
afs_int32 cacheBucket0_Discarded;
afs_int32 cacheBucket1_Discarded;
afs_int32 cacheBucket2_Discarded;
/*
* Spares for future expansion.
*/
afs_int32 spare[10]; /*Spares */
};
/*
* Values denoting the File Server and Cache Manager opcodes.
*/
#define AFS_STATS_FS_RPCIDX_FETCHDATA 0
#define AFS_STATS_FS_RPCIDX_FETCHACL 1
#define AFS_STATS_FS_RPCIDX_FETCHSTATUS 2
#define AFS_STATS_FS_RPCIDX_STOREDATA 3
#define AFS_STATS_FS_RPCIDX_STOREACL 4
#define AFS_STATS_FS_RPCIDX_STORESTATUS 5
#define AFS_STATS_FS_RPCIDX_REMOVEFILE 6
#define AFS_STATS_FS_RPCIDX_CREATEFILE 7
#define AFS_STATS_FS_RPCIDX_RENAME 8
#define AFS_STATS_FS_RPCIDX_SYMLINK 9
#define AFS_STATS_FS_RPCIDX_LINK 10
#define AFS_STATS_FS_RPCIDX_MAKEDIR 11
#define AFS_STATS_FS_RPCIDX_REMOVEDIR 12
#define AFS_STATS_FS_RPCIDX_SETLOCK 13
#define AFS_STATS_FS_RPCIDX_EXTENDLOCK 14
#define AFS_STATS_FS_RPCIDX_RELEASELOCK 15
#define AFS_STATS_FS_RPCIDX_GETSTATISTICS 16
#define AFS_STATS_FS_RPCIDX_GIVEUPCALLBACKS 17
#define AFS_STATS_FS_RPCIDX_GETVOLUMEINFO 18
#define AFS_STATS_FS_RPCIDX_GETVOLUMESTATUS 19
#define AFS_STATS_FS_RPCIDX_SETVOLUMESTATUS 20
#define AFS_STATS_FS_RPCIDX_GETROOTVOLUME 21
#define AFS_STATS_FS_RPCIDX_CHECKTOKEN 22
#define AFS_STATS_FS_RPCIDX_GETTIME 23
#define AFS_STATS_FS_RPCIDX_NGETVOLUMEINFO 24
#define AFS_STATS_FS_RPCIDX_BULKSTATUS 25
#define AFS_STATS_FS_RPCIDX_XSTATSVERSION 26
#define AFS_STATS_FS_RPCIDX_GETXSTATS 27
#define AFS_STATS_FS_RPCIDX_XLOOKUP 28
#define AFS_STATS_FS_RPCIDX_RESIDENCYRPCS 29
#define AFS_STATS_NUM_FS_RPC_OPS 30
#define AFS_STATS_FS_RPCIDXES_ISWRITE(X) (((X > AFS_STATS_FS_RPCIDX_FETCHSTATUS) && (X < AFS_STATS_FS_RPCIDX_GETSTATISTICS)) || (X == AFS_STATS_FS_RPCIDX_SETVOLUMESTATUS))
#define AFS_STATS_FS_RPCIDXES_WRITE_RETRIABLE(X) ((X >= AFS_STATS_FS_RPCIDX_STOREDATA) && (X <= AFS_STATS_FS_RPCIDX_STORESTATUS))
#define AFS_STATS_FS_XFERIDX_FETCHDATA 0
#define AFS_STATS_FS_XFERIDX_STOREDATA 1
#define AFS_STATS_NUM_FS_XFER_OPS 2
#define AFS_STATS_CM_RPCIDX_CALLBACK 0
#define AFS_STATS_CM_RPCIDX_INITCALLBACKSTATE 1
#define AFS_STATS_CM_RPCIDX_PROBE 2
#define AFS_STATS_CM_RPCIDX_GETLOCK 3
#define AFS_STATS_CM_RPCIDX_GETCE 4
#define AFS_STATS_CM_RPCIDX_XSTATSVERSION 5
#define AFS_STATS_CM_RPCIDX_GETXSTATS 6
#define AFS_STATS_NUM_CM_RPC_OPS 7
/*
* Record to track timing numbers for each Cache Manager RPC operation.
*/
struct afs_stats_opTimingData {
afs_int32 numOps; /*Number of operations executed */
afs_int32 numSuccesses; /*Number of successful ops */
osi_timeval32_t sumTime; /*Sum of sample timings */
osi_timeval32_t sqrTime; /*Sum of squares of sample timings */
osi_timeval32_t minTime; /*Minimum timing value observed */
osi_timeval32_t maxTime; /*Minimum timing value observed */
};
/*
* We discriminate byte size transfers into this many buckets.
*/
#define AFS_STATS_NUM_XFER_BUCKETS 9
#define AFS_STATS_MAXBYTES_BUCKET0 128
#define AFS_STATS_MAXBYTES_BUCKET1 1024
#define AFS_STATS_MAXBYTES_BUCKET2 8192
#define AFS_STATS_MAXBYTES_BUCKET3 16384
#define AFS_STATS_MAXBYTES_BUCKET4 32768
#define AFS_STATS_MAXBYTES_BUCKET5 131072
#define AFS_STATS_MAXBYTES_BUCKET6 524288
#define AFS_STATS_MAXBYTES_BUCKET7 1048576
/*
* Record to track timings and byte sizes for data transfers.
*/
struct afs_stats_xferData {
afs_int32 numXfers; /*Number of successful xfers */
afs_int32 numSuccesses; /*Number of successful xfers */
osi_timeval32_t sumTime; /*Sum of timing values */
osi_timeval32_t sqrTime; /*Sum of squares of timing values */
osi_timeval32_t minTime; /*Minimum xfer time recorded */
osi_timeval32_t maxTime; /*Maximum xfer time recorded */
afs_int32 sumBytes; /*Sum of KBytes transferred */
afs_int32 minBytes; /*Minimum value observed */
afs_int32 maxBytes; /*Maximum value observed */
afs_int32 count[AFS_STATS_NUM_XFER_BUCKETS]; /*Tally for each range of bytes */
};
/*
* Macros to operate on time values.
*
* afs_stats_TimeLessThan(t1, t2) Non-zero if t1 is less than t2
* afs_stats_TimeGreaterThan(t1, t2) Non-zero if t1 is greater than t2
* afs_stats_GetDiff(t3, t1, t2) Set t3 to the difference between
* t1 and t2 (t1 is less than or
* equal to t2).
* afs_stats_AddTo(t1, t2) Add t2 to t1
* afs_stats_TimeAssign(t1, t2) Assign time t2 to t1
* afs_stats_SquareAddTo(t1,t2) Add square of t2 to t1
*/
#define afs_stats_TimeLessThan(t1, t2) \
((t1.tv_sec < t2.tv_sec) ? 1 : \
(t1.tv_sec > t2.tv_sec) ? 0 : \
(t1.tv_usec < t2.tv_usec) ? 1 : \
0)
#define afs_stats_TimeGreaterThan(t1, t2) \
((t1.tv_sec > t2.tv_sec) ? 1 : \
(t1.tv_sec < t2.tv_sec) ? 0 : \
(t1.tv_usec > t2.tv_usec) ? 1 : \
0)
#define afs_stats_GetDiff(t3, t1, t2) \
{ \
/* \
* If the microseconds of the later time are smaller than \
* the earlier time, set up for proper subtraction (doing \
* the carry). \
*/ \
if (t2.tv_usec < t1.tv_usec) { \
t2.tv_usec += 1000000; \
t2.tv_sec -= 1; \
} \
t3.tv_sec = t2.tv_sec - t1.tv_sec; \
t3.tv_usec = t2.tv_usec - t1.tv_usec; \
}
#define afs_stats_AddTo(t1, t2) \
{ \
t1.tv_sec += t2.tv_sec; \
t1.tv_usec += t2.tv_usec; \
if (t1.tv_usec > 1000000) { \
t1.tv_usec -= 1000000; \
t1.tv_sec++; \
} \
}
#define afs_stats_TimeAssign(t1, t2) \
{ \
t1.tv_sec = t2.tv_sec; \
t1.tv_usec = t2.tv_usec; \
}
/*
* We calculate the square of a timeval as follows:
*
* The timeval struct contains two ints - the number of seconds and the
* number of microseconds. These two numbers together gives the correct
* amount of time => t = t.tv_sec + (t.tv_usec / 1000000);
*
* if x = t.tv_sec and y = (t.tv_usec / 1000000) then the square is simply:
*
* x^2 + 2xy + y^2
*
* Since we are trying to avoid floating point math, we use the following
* observations to simplify the above equation:
*
* The resulting t.tv_sec (x') only depends upon the x^2 + 2xy portion
* of the equation. This is easy to see if you think about y^2 in
* decimal notation. y^2 is always < 0 since y < 0. Therefore in calculating
* x', we can ignore y^2 (we do need to take care of rounding which is
* done below).
*
* Similarly, in calculating t.tv_usec (y') we can ignore x^2 and concentrate
* on 2xy + y^2.
*
* You'll notice that both x' and y' depend upon 2xy. We can further
* simplify things by realizing that x' depends on upon the integer
* portion of the 2xy term. We can get part of this integer by
* multiplying 2 * x * t.tv_usec and then truncating the result by
* / 1000000. Similarly, we can get the decimal portion of this term
* by performing the same multiplication and then % 1000000. It is
* possible that the decimal portion will in fact contain some of the
* integer portion (this will be taken care of when we ensure that y'
* is less than 1000000).
*
* The only other non-obvious calculation involves y^2. The key to
* understanding this part of the calculation is to expand y again
* in a nonobvious manner. We do this via the following expansion:
*
* y = t.tv_usec / 1000000;
* let abcdef represent the six digits of t.tv_usec then we have:
* t.tv_usec / 1000000 = abc/1000 + def/1000000;
*
* squaring yields:
*
* y^2 = (abc/1000)^2 + 2 * (abc/1000) * (def/1000000) + (def/1000000)^2
*
* Examining this equation yields the following observations:
*
* The second term can be calculated by multiplying abc and def then
* shifting the decimal correctly.
*
* (def/1000000)^2 contributes only to rounding and we only round up
* if def > 707.
*
* These two observations are the basis for the somewhat cryptic
* calculation of usec^2 (i.e. they are the "tricks").
*/
#define afs_stats_SquareAddTo(t1, t2) \
{ \
/* \
* We use some tricks here to avoid floating point arithmetic \
*/ \
if(t2.tv_sec > 0 ) \
{ \
t1.tv_sec += t2.tv_sec * t2.tv_sec \
+ 2 * t2.tv_sec * t2.tv_usec /1000000; \
t1.tv_usec += (2 * t2.tv_sec * t2.tv_usec) % 1000000 \
+ (t2.tv_usec / 1000)*(t2.tv_usec / 1000) \
+ 2 * (t2.tv_usec / 1000) * (t2.tv_usec % 1000) / 1000 \
+ (((t2.tv_usec % 1000) > 707) ? 1 : 0); \
} \
else \
{ \
t1.tv_usec += (t2.tv_usec / 1000)*(t2.tv_usec / 1000) \
+ 2 * (t2.tv_usec / 1000) * (t2.tv_usec % 1000) / 1000 \
+ (((t2.tv_usec % 1000) > 707) ? 1 : 0); \
} \
if (t1.tv_usec > 1000000) { \
t1.tv_usec -= 1000000; \
t1.tv_sec++; \
} \
}
/*
* Structure recording RPC outcomes.
*/
struct afs_stats_RPCErrors {
afs_int32 err_Server; /*Server down error */
afs_int32 err_Network; /*Network error */
afs_int32 err_Protection; /*Protection violation */
afs_int32 err_Volume; /*Volume-related error */
afs_int32 err_VolumeBusies; /*"Volume busy conditions encountered */
afs_int32 err_Other; /*Misc other errors */
};
/*
* Structure holding RPC interface opcode measurements for the Cache Manager.
*/
struct afs_stats_RPCOpInfo {
struct afs_stats_opTimingData
fsRPCTimes[AFS_STATS_NUM_FS_RPC_OPS]; /*Individual FS RPC op timings */
struct afs_stats_RPCErrors
fsRPCErrors[AFS_STATS_NUM_FS_RPC_OPS]; /*Individual FS RPC op errors */
struct afs_stats_xferData
fsXferTimes[AFS_STATS_NUM_FS_XFER_OPS]; /*Individual FS RPC xfer timings */
struct afs_stats_opTimingData
cmRPCTimes[AFS_STATS_NUM_CM_RPC_OPS]; /*Individual CM RPC op timings */
};
/*
* Structure holding authentication info for the CM.
*/
struct afs_stats_AuthentInfo {
/*
* This first set of fields don't have any history - they are simply
* snapshots of the system at the time of the probe.
*/
afs_int32 curr_PAGs; /*Current number of PAGs */
afs_int32 curr_Records; /*Current # of records in table */
afs_int32 curr_AuthRecords; /*Current # of authenticated
* records (w/valid ticket) */
afs_int32 curr_UnauthRecords; /*Current # of unauthenticated
* records (w/o any ticket at all) */
afs_int32 curr_MaxRecordsInPAG; /*Max records for a single PAG */
afs_int32 curr_LongestChain; /*Length of longest current hash chain */
/*
* This second set of fields are values accumulated over the lifetme
* of the current CM incarnation.
*/
afs_int32 PAGCreations; /*# PAG creations */
afs_int32 TicketUpdates; /*# ticket additions/refreshes */
afs_int32 HWM_PAGs; /*High water mark - # PAGs */
afs_int32 HWM_Records; /* " - # records */
afs_int32 HWM_MaxRecordsInPAG; /* " - max records for a single PAG */
afs_int32 HWM_LongestChain; /* " - longest hash chain */
};
/*
* [Un]replicated file access. These count the number of RXAFS_FetchData
* calls get accomplished, and their need to call upon other replicas in
* case of failure.
*/
struct afs_stats_AccessInfo {
afs_int32 unreplicatedRefs; /*# references to unreplicated data */
afs_int32 replicatedRefs; /*# references to replicated data */
afs_int32 numReplicasAccessed; /*# replicas accessed */
afs_int32 maxReplicasPerRef; /*Max # replicas accessed per ref */
afs_int32 refFirstReplicaOK; /*# references satisfied by 1st replica */
};
/*
* Structure holding authoring info for the CM. We keep track of
* the results of writes on files and directories independently.
* Results cover all objects in the cache uniformly.
*/
struct afs_stats_AuthorInfo {
afs_int32 fileSameAuthor; /*File write by same author */
afs_int32 fileDiffAuthor; /*File write by diff author */
afs_int32 dirSameAuthor; /*Directory write by same author */
afs_int32 dirDiffAuthor; /*Directory write by diff author */
};
/*
* Structure holding ``full'' CM peformance measurements.
*/
struct afs_stats_CMFullPerf {
afs_int32 numFullPerfCalls; /*Number of accesses */
struct afs_stats_CMPerf perf; /*General performance stats */
struct afs_stats_RPCOpInfo rpc; /*RPC op stats */
struct afs_stats_AuthentInfo authent; /*Authentication stats */
struct afs_stats_AccessInfo accessinf; /*Access stats */
struct afs_stats_AuthorInfo author; /*Authorship stats */
};
/*
* These are the storage declarations for the structures accessible
* via the xstat package.
*/
/* extern struct afs_stats_CMPerf afs_stats_cmperf; */
/* extern struct afs_stats_CMFullPerf afs_stats_cmfullperf; */
/* extern afs_int32 afs_stats_XferSumBytes[]; */
#ifndef AFS_NOSTATS
/*
* We define routines to keep running counts and means. For the
* running count, we have to concatenate the ``C_'' prefix on to
* the routine name passed in as an argument to get the right
* field name.
*/
#define AFS_STATCNT(arg) ((afs_cmstats.callInfo.C_ ## arg)++)
#define AFS_MEANCNT(arg, value) \
(afs_AddToMean(((afs_cmstats.meanInfo).(arg)),value))
#endif /* AFS_NOSTATS */
#endif /* __OPENAFS_AFS_STATS_H__ */
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