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parseable.c
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/*
** ATOP - System & Process Monitor
**
** The program 'atop' offers the possibility to view the activity of
** the system on system-level as well as process-level.
**
** ==========================================================================
** Author: Gerlof Langeveld
** E-mail: [email protected]
** Date: February 2007
** --------------------------------------------------------------------------
** Copyright (C) 2007-2024 Gerlof Langeveld
**
** This program is free software; you can redistribute it and/or modify it
** under the terms of the GNU General Public License as published by the
** Free Software Foundation; either version 2, or (at your option) any
** later version.
**
** This program is distributed in the hope that it will be useful, but
** WITHOUT ANY WARRANTY; without even the implied warranty of
** MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
** See the GNU General Public License for more details.
**
** You should have received a copy of the GNU General Public License
** along with this program; if not, write to the Free Software
** Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
** --------------------------------------------------------------------------
*/
#include <sys/types.h>
#include <stdio.h>
#include <unistd.h>
#include <stdlib.h>
#include <string.h>
#include <limits.h>
#include <sys/utsname.h>
#include "atop.h"
#include "photosyst.h"
#include "photoproc.h"
#include "cgroups.h"
#include "parseable.h"
void print_CPU(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_cpu(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_CPL(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_GPU(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_MEM(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_SWP(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_PAG(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_PSI(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_LVM(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_MDD(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_DSK(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_NFM(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_NFC(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_NFS(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_NET(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_IFB(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_NUM(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_NUC(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_LLC(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_CGR(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_PRG(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_PRC(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_PRM(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_PRD(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_PRN(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
void print_PRE(char *, struct sstat *, struct tstat *, int,
struct cgchainer *, int);
static void calc_freqscale(count_t, count_t, count_t, count_t *, int *);
static char *spaceformat(char *, char *);
/*
** table with possible labels and the corresponding
** print-function for parsable output
*/
struct labeldef {
char *label;
short valid;
short cgroupref;
void (*prifunc)(char *, struct sstat *,
struct tstat *, int,
struct cgchainer *, int);
};
static struct labeldef labeldef[] = {
{ "CPU", 0, 0, print_CPU },
{ "cpu", 0, 0, print_cpu },
{ "CPL", 0, 0, print_CPL },
{ "GPU", 0, 0, print_GPU },
{ "MEM", 0, 0, print_MEM },
{ "SWP", 0, 0, print_SWP },
{ "PAG", 0, 0, print_PAG },
{ "PSI", 0, 0, print_PSI },
{ "LVM", 0, 0, print_LVM },
{ "MDD", 0, 0, print_MDD },
{ "DSK", 0, 0, print_DSK },
{ "NFM", 0, 0, print_NFM },
{ "NFC", 0, 0, print_NFC },
{ "NFS", 0, 0, print_NFS },
{ "NET", 0, 0, print_NET },
{ "IFB", 0, 0, print_IFB },
{ "NUM", 0, 0, print_NUM },
{ "NUC", 0, 0, print_NUC },
{ "LLC", 0, 0, print_LLC },
{ "CGR", 0, 0, print_CGR },
{ "PRG", 0, 1, print_PRG },
{ "PRC", 0, 1, print_PRC },
{ "PRM", 0, 1, print_PRM },
{ "PRD", 0, 0, print_PRD },
{ "PRN", 0, 0, print_PRN },
{ "PRE", 0, 0, print_PRE },
};
static int numlabels = sizeof labeldef/sizeof(struct labeldef);
/*
** analyse the parse-definition string that has been
** passed as argument with the flag -P
*/
int
parsedef(char *pd)
{
register int i;
char *p, *ep = pd + strlen(pd);
/*
** check if string passed bahind -P is not another flag
*/
if (*pd == '-')
{
fprintf(stderr, "flag -P should be followed by label list\n");
return 0;
}
/*
** check list of comma-separated labels
*/
while (pd < ep)
{
/*
** exchange comma by null-byte
*/
if ( (p = strchr(pd, ',')) )
*p = 0;
else
p = ep-1;
/*
** check if the next label exists
*/
for (i=0; i < numlabels; i++)
{
if ( strcmp(labeldef[i].label, pd) == 0)
{
labeldef[i].valid = 1;
break;
}
}
/*
** non-existing label has been used
*/
if (i == numlabels)
{
/*
** check if special label 'ALL' has been used
*/
if ( strcmp("ALL", pd) == 0)
{
for (i=0; i < numlabels; i++)
labeldef[i].valid = 1;
break;
}
else
{
fprintf(stderr, "label %s not found\n", pd);
return 0;
}
}
pd = p+1;
}
setbuf(stdout, (char *)0);
return 1;
}
/*
** produce parsable output for an interval
*/
char
parseout(time_t curtime, int numsecs,
struct devtstat *devtstat, struct sstat *sstat,
struct cgchainer *devchain, int ncgroups, int npids,
int nexit, unsigned int noverflow, char flag)
{
register int i, cgroupref_created = 0;
char datestr[32], timestr[32], header[256];
/*
** print reset-label for sample-values since boot
*/
if (flag&RRBOOT)
printf("RESET\n");
/*
** search all labels which are selected before
*/
for (i=0; i < numlabels; i++)
{
if (labeldef[i].valid)
{
/*
** when cgroup index is needed to map the tstat to a cgroup,
** once fill the tstat.gen.cgroupix variables
*/
if (supportflags & CGROUPV2 &&
labeldef[i].cgroupref && !cgroupref_created)
{
cgfillref(devtstat, devchain, ncgroups, npids);
cgroupref_created = 1;
}
/*
** prepare generic columns
*/
convdate(curtime, datestr);
convtime(curtime, timestr);
snprintf(header, sizeof header, "%s %s %ld %s %s %d",
labeldef[i].label,
utsname.nodename,
curtime,
datestr, timestr, numsecs);
/*
** call a selected print function
*/
(labeldef[i].prifunc)(header, sstat,
devtstat->taskall, devtstat->ntaskall,
devchain, ncgroups);
}
}
/*
** print separator
*/
printf("SEP\n");
return '\0';
}
/*
** print functions for system-level statistics
*/
static void
calc_freqscale(count_t maxfreq, count_t cnt, count_t ticks,
count_t *freq, int *freqperc)
{
// if ticks != 0, do full calcs
if (maxfreq && ticks)
{
*freq=cnt/ticks;
*freqperc=100* *freq / maxfreq;
}
else if (maxfreq) // max frequency is known so % can be calculated
{
*freq=cnt;
*freqperc=100*cnt/maxfreq;
}
else if (cnt) // no max known, set % to 100
{
*freq=cnt;
*freqperc=100;
}
else // nothing is known: set freq to 0, % to 100
{
*freq=0;
*freqperc=100;
}
}
void
print_CPU(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
count_t maxfreq=0;
count_t cnt=0;
count_t ticks=0;
count_t freq;
int freqperc;
int i;
// calculate average clock frequency
for (i=0; i <= ss->cpu.maxcpunr; i++)
{
if (ss->cpu.cpu[i].active)
{
cnt += ss->cpu.cpu[i].freqcnt.cnt;
ticks += ss->cpu.cpu[i].freqcnt.ticks;
}
}
maxfreq = ss->cpu.cpu[0].freqcnt.maxfreq;
calc_freqscale(maxfreq, cnt, ticks, &freq, &freqperc);
if (ss->cpu.all.instr == 1)
{
ss->cpu.all.instr = 0;
ss->cpu.all.cycle = 0;
}
printf("%s %u %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %d %lld %lld\n",
hp,
hertz,
ss->cpu.nrcpu,
ss->cpu.all.stime,
ss->cpu.all.utime,
ss->cpu.all.ntime,
ss->cpu.all.itime,
ss->cpu.all.wtime,
ss->cpu.all.Itime,
ss->cpu.all.Stime,
ss->cpu.all.steal,
ss->cpu.all.guest,
freq,
freqperc,
ss->cpu.all.instr,
ss->cpu.all.cycle
);
}
void
print_cpu(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i;
count_t maxfreq=0;
count_t cnt=0;
count_t ticks=0;
count_t freq;
int freqperc;
for (i=0; i <= ss->cpu.maxcpunr; i++)
{
if (ss->cpu.cpu[i].active)
{
cnt = ss->cpu.cpu[i].freqcnt.cnt;
ticks = ss->cpu.cpu[i].freqcnt.ticks;
maxfreq= ss->cpu.cpu[0].freqcnt.maxfreq;
calc_freqscale(maxfreq, cnt, ticks, &freq, &freqperc);
printf("%s %u %d %lld %lld %lld "
"%lld %lld %lld %lld %lld %lld %lld %d %lld %lld\n",
hp, hertz,
ss->cpu.cpu[i].cpunr,
ss->cpu.cpu[i].stime,
ss->cpu.cpu[i].utime,
ss->cpu.cpu[i].ntime,
ss->cpu.cpu[i].itime,
ss->cpu.cpu[i].wtime,
ss->cpu.cpu[i].Itime,
ss->cpu.cpu[i].Stime,
ss->cpu.cpu[i].steal,
ss->cpu.cpu[i].guest,
freq,
freqperc,
ss->cpu.cpu[i].instr,
ss->cpu.cpu[i].cycle
);
}
}
}
void
print_CPL(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
printf("%s %lld %.2f %.2f %.2f %lld %lld\n",
hp,
ss->cpu.nrcpu,
ss->cpu.lavg1,
ss->cpu.lavg5,
ss->cpu.lavg15,
ss->cpu.csw,
ss->cpu.devint);
}
void
print_GPU(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
int i;
for (i=0; i < ss->gpu.nrgpus; i++)
{
printf("%s %d %s %s %d %d %lld %lld %lld %lld %lld %lld\n",
hp, i,
ss->gpu.gpu[i].busid,
ss->gpu.gpu[i].type,
ss->gpu.gpu[i].gpupercnow,
ss->gpu.gpu[i].mempercnow,
ss->gpu.gpu[i].memtotnow,
ss->gpu.gpu[i].memusenow,
ss->gpu.gpu[i].samples,
ss->gpu.gpu[i].gpuperccum,
ss->gpu.gpu[i].memperccum,
ss->gpu.gpu[i].memusecum);
}
}
void
print_MEM(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
printf( "%s %u %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld "
"%lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld "
"%lld %lld %lld\n",
hp,
pagesize,
ss->mem.physmem,
ss->mem.freemem,
ss->mem.cachemem,
ss->mem.buffermem,
ss->mem.slabmem,
ss->mem.cachedrt,
ss->mem.slabreclaim,
ss->mem.vmwballoon != -1 ? ss->mem.vmwballoon : 0,
ss->mem.shmem,
ss->mem.shmrss,
ss->mem.shmswp,
ss->mem.shugepagesz,
ss->mem.stothugepage,
ss->mem.sfreehugepage,
ss->mem.zfsarcsize != -1 ? ss->mem.zfsarcsize : 0,
ss->mem.ksmsharing != -1 ? ss->mem.ksmsharing : 0,
ss->mem.ksmshared != -1 ? ss->mem.ksmshared : 0,
ss->mem.tcpsock,
ss->mem.udpsock,
ss->mem.pagetables,
ss->mem.lhugepagesz,
ss->mem.ltothugepage,
ss->mem.lfreehugepage,
ss->mem.availablemem,
ss->mem.anonhugepage);
}
void
print_SWP(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
printf( "%s %u %lld %lld %lld %lld %lld %lld %lld %lld\n",
hp,
pagesize,
ss->mem.totswap,
ss->mem.freeswap,
ss->mem.swapcached,
ss->mem.committed,
ss->mem.commitlim,
ss->mem.swapcached,
ss->mem.zswapped,
ss->mem.zswap);
}
void
print_PAG(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
printf("%s %u %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld "
"%lld %lld\n",
hp,
pagesize,
ss->mem.pgscans,
ss->mem.allocstall,
(long long)0,
ss->mem.swins,
ss->mem.swouts,
ss->mem.oomkills,
ss->mem.compactstall,
ss->mem.pgmigrate,
ss->mem.numamigrate,
ss->mem.pgins,
ss->mem.pgouts,
ss->mem.zswins,
ss->mem.zswouts);
}
void
print_PSI(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
printf("%s %c %.1f %.1f %.1f %llu %.1f %.1f %.1f %llu "
"%.1f %.1f %.1f %llu %.1f %.1f %.1f %llu %.1f %.1f %.1f %llu\n",
hp, ss->psi.present ? 'y' : 'n',
ss->psi.cpusome.avg10, ss->psi.cpusome.avg60,
ss->psi.cpusome.avg300, ss->psi.cpusome.total,
ss->psi.memsome.avg10, ss->psi.memsome.avg60,
ss->psi.memsome.avg300, ss->psi.memsome.total,
ss->psi.memfull.avg10, ss->psi.memfull.avg60,
ss->psi.memfull.avg300, ss->psi.memfull.total,
ss->psi.iosome.avg10, ss->psi.iosome.avg60,
ss->psi.iosome.avg300, ss->psi.iosome.total,
ss->psi.iofull.avg10, ss->psi.iofull.avg60,
ss->psi.iofull.avg300, ss->psi.iofull.total);
}
void
print_LVM(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i;
for (i=0; ss->dsk.lvm[i].name[0]; i++)
{
printf( "%s %s %lld %lld %lld %lld %lld %lld %lld %lld %.2f\n",
hp,
ss->dsk.lvm[i].name,
ss->dsk.lvm[i].io_ms,
ss->dsk.lvm[i].nread,
ss->dsk.lvm[i].nrsect,
ss->dsk.lvm[i].nwrite,
ss->dsk.lvm[i].nwsect,
ss->dsk.lvm[i].ndisc,
ss->dsk.lvm[i].ndsect,
ss->dsk.lvm[i].inflight,
ss->dsk.lvm[i].io_ms > 0 ?
(double)ss->dsk.lvm[i].avque/ss->dsk.lvm[i].io_ms :
0.0);
}
}
void
print_MDD(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i;
for (i=0; ss->dsk.mdd[i].name[0]; i++)
{
printf( "%s %s %lld %lld %lld %lld %lld %lld %lld %lld %.2f\n",
hp,
ss->dsk.mdd[i].name,
ss->dsk.mdd[i].io_ms,
ss->dsk.mdd[i].nread,
ss->dsk.mdd[i].nrsect,
ss->dsk.mdd[i].nwrite,
ss->dsk.mdd[i].nwsect,
ss->dsk.mdd[i].ndisc,
ss->dsk.mdd[i].ndsect,
ss->dsk.mdd[i].inflight,
ss->dsk.mdd[i].io_ms > 0 ?
(double)ss->dsk.mdd[i].avque/ss->dsk.mdd[i].io_ms :
0.0);
}
}
void
print_DSK(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i;
for (i=0; ss->dsk.dsk[i].name[0]; i++)
{
printf( "%s %s %lld %lld %lld %lld %lld %lld %lld %lld %.2f\n",
hp,
ss->dsk.dsk[i].name,
ss->dsk.dsk[i].io_ms,
ss->dsk.dsk[i].nread,
ss->dsk.dsk[i].nrsect,
ss->dsk.dsk[i].nwrite,
ss->dsk.dsk[i].nwsect,
ss->dsk.dsk[i].ndisc,
ss->dsk.dsk[i].ndsect,
ss->dsk.dsk[i].inflight,
ss->dsk.dsk[i].io_ms > 0 ?
(double)ss->dsk.dsk[i].avque/ss->dsk.dsk[i].io_ms :
0.0);
}
}
void
print_NFM(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i;
for (i=0; i < ss->nfs.nfsmounts.nrmounts; i++)
{
printf("%s %s %lld %lld %lld %lld %lld %lld %lld %lld\n",
hp,
ss->nfs.nfsmounts.nfsmnt[i].mountdev,
ss->nfs.nfsmounts.nfsmnt[i].bytestotread,
ss->nfs.nfsmounts.nfsmnt[i].bytestotwrite,
ss->nfs.nfsmounts.nfsmnt[i].bytesread,
ss->nfs.nfsmounts.nfsmnt[i].byteswrite,
ss->nfs.nfsmounts.nfsmnt[i].bytesdread,
ss->nfs.nfsmounts.nfsmnt[i].bytesdwrite,
ss->nfs.nfsmounts.nfsmnt[i].pagesmread,
ss->nfs.nfsmounts.nfsmnt[i].pagesmwrite);
}
}
void
print_NFC(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
printf( "%s %lld %lld %lld %lld %lld\n",
hp,
ss->nfs.client.rpccnt,
ss->nfs.client.rpcread,
ss->nfs.client.rpcwrite,
ss->nfs.client.rpcretrans,
ss->nfs.client.rpcautrefresh);
}
void
print_NFS(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
printf( "%s %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld "
"%lld %lld %lld %lld %lld\n",
hp,
ss->nfs.server.rpccnt,
ss->nfs.server.rpcread,
ss->nfs.server.rpcwrite,
ss->nfs.server.nrbytes,
ss->nfs.server.nwbytes,
ss->nfs.server.rpcbadfmt,
ss->nfs.server.rpcbadaut,
ss->nfs.server.rpcbadcln,
ss->nfs.server.netcnt,
ss->nfs.server.nettcpcnt,
ss->nfs.server.netudpcnt,
ss->nfs.server.nettcpcon,
ss->nfs.server.rchits,
ss->nfs.server.rcmiss,
ss->nfs.server.rcnoca);
}
void
print_NET(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i;
printf( "%s %s %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld\n",
hp,
"upper",
ss->net.tcp.InSegs,
ss->net.tcp.OutSegs,
ss->net.udpv4.InDatagrams +
ss->net.udpv6.Udp6InDatagrams,
ss->net.udpv4.OutDatagrams +
ss->net.udpv6.Udp6OutDatagrams,
ss->net.ipv4.InReceives +
ss->net.ipv6.Ip6InReceives,
ss->net.ipv4.OutRequests +
ss->net.ipv6.Ip6OutRequests,
ss->net.ipv4.InDelivers +
ss->net.ipv6.Ip6InDelivers,
ss->net.ipv4.ForwDatagrams +
ss->net.ipv6.Ip6OutForwDatagrams,
ss->net.udpv4.InErrors +
ss->net.udpv6.Udp6InErrors,
ss->net.udpv4.NoPorts +
ss->net.udpv6.Udp6NoPorts,
ss->net.tcp.ActiveOpens,
ss->net.tcp.PassiveOpens,
ss->net.tcp.CurrEstab,
ss->net.tcp.RetransSegs,
ss->net.tcp.InErrs,
ss->net.tcp.OutRsts,
ss->net.tcp.InCsumErrors);
for (i=0; ss->intf.intf[i].name[0]; i++)
{
printf( "%s %s %lld %lld %lld %lld %ld %d\n",
hp,
ss->intf.intf[i].name,
ss->intf.intf[i].rpack,
ss->intf.intf[i].rbyte,
ss->intf.intf[i].spack,
ss->intf.intf[i].sbyte,
ss->intf.intf[i].speed,
ss->intf.intf[i].duplex);
}
}
void
print_IFB(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i;
for (i=0; i < ss->ifb.nrports; i++)
{
printf( "%s %s %hd %hd %lld %lld %lld %lld %lld\n",
hp,
ss->ifb.ifb[i].ibname,
ss->ifb.ifb[i].portnr,
ss->ifb.ifb[i].lanes,
ss->ifb.ifb[i].rate,
ss->ifb.ifb[i].rcvb,
ss->ifb.ifb[i].sndb,
ss->ifb.ifb[i].rcvp,
ss->ifb.ifb[i].sndp);
}
}
void
print_NUM(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i;
for (i=0; i < ss->memnuma.nrnuma; i++)
{
printf( "%s %d %u %.0f %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld\n",
hp, ss->memnuma.numa[i].numanr,
pagesize,
ss->memnuma.numa[i].frag * 100.0,
ss->memnuma.numa[i].totmem,
ss->memnuma.numa[i].freemem,
ss->memnuma.numa[i].active,
ss->memnuma.numa[i].inactive,
ss->memnuma.numa[i].filepage,
ss->memnuma.numa[i].dirtymem,
ss->memnuma.numa[i].slabmem,
ss->memnuma.numa[i].slabreclaim,
ss->memnuma.numa[i].shmem,
ss->memnuma.numa[i].tothp,
ss->memnuma.numa[i].freehp);
}
}
void
print_NUC(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i;
for (i=0; i < ss->cpunuma.nrnuma; i++)
{
printf( "%s %d %lld %lld %lld %lld %lld %lld %lld %lld %lld %lld\n",
hp, ss->cpunuma.numa[i].numanr,
ss->cpunuma.numa[i].nrcpu,
ss->cpunuma.numa[i].stime,
ss->cpunuma.numa[i].utime,
ss->cpunuma.numa[i].ntime,
ss->cpunuma.numa[i].itime,
ss->cpunuma.numa[i].wtime,
ss->cpunuma.numa[i].Itime,
ss->cpunuma.numa[i].Stime,
ss->cpunuma.numa[i].steal,
ss->cpunuma.numa[i].guest);
}
}
void
print_LLC(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i;
for (i=0; i < ss->llc.nrllcs; i++)
{
printf( "%s LLC%03d %3.1f%% %lld %lld\n",
hp,
ss->llc.perllc[i].id,
ss->llc.perllc[i].occupancy * 100,
ss->llc.perllc[i].mbm_total,
ss->llc.perllc[i].mbm_local);
}
}
/*
** print functions for cgroups-level statistics
*/
void
print_CGR(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i, p;
char *cgrpath;
for (i=0; i < ncgroups; i++)
{
// print cgroup level metrics
//
cgrpath = cggetpath(devchain+i, devchain);
printf( "%s C %s %d %d %lld %lld %d %d "
"%lld %lld %lld %lld %lld %lld %lld "
"%lld %lld %lld %lld %d\n",
hp, cgrpath,
(devchain+i)->cstat->gen.nprocs,
(devchain+i)->cstat->gen.procsbelow,
(devchain+i)->cstat->cpu.utime,
(devchain+i)->cstat->cpu.stime,
(devchain+i)->cstat->conf.cpuweight,
(devchain+i)->cstat->conf.cpumax,
(devchain+i)->cstat->mem.current,
(devchain+i)->cstat->mem.anon,
(devchain+i)->cstat->mem.file,
(devchain+i)->cstat->mem.kernel,
(devchain+i)->cstat->mem.shmem,
(devchain+i)->cstat->conf.memmax,
(devchain+i)->cstat->conf.swpmax,
(devchain+i)->cstat->dsk.rbytes,
(devchain+i)->cstat->dsk.wbytes,
(devchain+i)->cstat->dsk.rios,
(devchain+i)->cstat->dsk.wios,
(devchain+i)->cstat->conf.dskweight);
// print related pidlist in one line
//
if ((devchain+i)->cstat->gen.nprocs)
{
printf( "%s P %s", hp, cgrpath);
for (p=0; p < (devchain+i)->cstat->gen.nprocs; p++)
printf(" %d", (devchain+i)->proclist[p]);
printf("\n");
}
free(cgrpath);
}
}
/*
** print functions for process-level statistics
*/
void
print_PRG(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i, exitcode, cgrlen, cgrpathsize = 256;
char namout[PNAMLEN+1+2], cmdout[CMDLEN+1+2],
defaultbuf[8], *cgrout=defaultbuf, *cgrpath;
// create assumed worst-case cgroup path size
// if it appears to be too small, it will later on be realloc'ed
//
if (supportflags & CGROUPV2)
{
cgrout = calloc(1, cgrpathsize);
ptrverify(cgrout, "Malloc failed for output cgroup path\n");
}
for (i=0; i < nact; i++, ps++)
{
if (supportflags & CGROUPV2 && ps->gen.cgroupix != -1) // valid cgroup index?
{
cgrpath = cggetpath((devchain + ps->gen.cgroupix), devchain);
if (cgrpathsize < (cgrlen = strlen(cgrpath) + 3))
{
cgrpathsize = cgrlen;
cgrout = realloc(cgrout, cgrpathsize);
ptrverify(cgrout, "Realloc failed for output cgroup path\n");
}
}
else
{
cgrpath = "-";
}
if (ps->gen.excode & 0xff) // killed by signal?
exitcode = (ps->gen.excode & 0x7f) + 256;
else
exitcode = (ps->gen.excode >> 8) & 0xff;
printf("%s %d %s %c %d %d %d %d %d %ld %s %d %d %d %d "
"%d %d %d %d %d %d %ld %c %d %d %s %c %s %ld %d\n",
hp,
ps->gen.pid,
spaceformat(ps->gen.name, namout),
ps->gen.state,
ps->gen.ruid,
ps->gen.rgid,
ps->gen.tgid,
ps->gen.nthr,
exitcode,
ps->gen.btime,
spaceformat(ps->gen.cmdline, cmdout),
ps->gen.ppid,
ps->gen.nthrrun,
ps->gen.nthrslpi,
ps->gen.nthrslpu,
ps->gen.euid,
ps->gen.egid,
ps->gen.suid,
ps->gen.sgid,
ps->gen.fsuid,
ps->gen.fsgid,
ps->gen.elaps,
ps->gen.isproc ? 'y':'n',
ps->gen.vpid,
ps->gen.ctid,
ps->gen.utsname[0] ? ps->gen.utsname:"-",
ps->gen.excode & ~(INT_MAX) ? 'N' : '-',
spaceformat(cgrpath, cgrout),
ps->gen.state == 'E' ?
ps->gen.btime + ps->gen.elaps/hertz : 0,
ps->gen.nthridle);
if (supportflags & CGROUPV2 && ps->gen.cgroupix != -1)
free(cgrpath);
}
if (supportflags & CGROUPV2)
free(cgrout);
}
void
print_PRC(char *hp, struct sstat *ss,
struct tstat *ps, int nact,
struct cgchainer *devchain, int ncgroups)
{
register int i, cpumax;
char namout[PNAMLEN+1+2], wchanout[20];
for (i=0; i < nact; i++, ps++)
{
if (supportflags & CGROUPV2)
{
if (ps->gen.cgroupix != -1)
cpumax = (devchain+ps->gen.cgroupix)->cstat->conf.cpumax;
else
cpumax = -2;
}
else
{
cpumax = -3;
}
printf("%s %d %s %c %u %lld %lld %d %d %d %d %d %d %d %c "
"%llu %s %llu %d %d %llu %llu\n",
hp,
ps->gen.pid,
spaceformat(ps->gen.name, namout),
ps->gen.state,