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sexpr.ph
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sexpr.ph
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# copyright, 2003-2009 Hewlett-Packard Development Company, LP
# Debug
# 1 - show useful stuff
# 2 - show creation of header file
#####################################################
# S - E x p r e s s i o n S u p p o r t
#####################################################
my ($sexprDebug, $sexprFilename, $sexprDispatch, $sexprHeaderPrinted);
sub sexpr
{
sexprRaw() if $sexprDispatch==1;
sexprRate() if $sexprDispatch==2;
}
sub sexprInit
{
error('--showcolheader not supported by sexpr') if $showColFlag;
$sexprDebug=0;
$sexprDispatch=0;
$sexprFilename='';
$sexprSubsys=$subsys;
$sexprHeaderPrinted=($sockFlag) ? 1 : 0; # we never write local snapshot in socket mode
foreach my $option (@_)
{
my ($name, $value)=split(/=/, $option);
error("invalid sexpr option '$name'") if $name!~/^[dfhs]$|^raw$|^rate$/;
$sexprDebug=$value if $name eq 'd';
$sexprFilename=$value if $name eq 'f';
$sexprDispatch=1 if $name eq 'raw';
$sexprDispatch=2 if $name eq 'rate';
$sexprSubsys=$value if $name eq 's';
help() if $name eq 'h';
}
error("sexpr must be called with at least 'raw' or 'rate'") if !$sexprDispatch;
error("sexpr does not support -sJ") if $subsys=~/J/;
error("sexpr,raw does not apply to -sf") if $subsys=~/f/ && $sexprDispatch==1;
# the naming/location of the output files is based on code in lexpr
# If importing data, and if not reporting anything else, $subsys will be ''
$sexprSumFlag=$sexprSubsys=~/[cdfilmnstxE]/ ? 1 : 0;
error("sexpr subsys options '$sexprSubsys' not a proper subset of '$subsys'")
if $subsys ne '' && $sexprSubsys!~/^[$subsys]+$/;
error("sexpr cannot write a snapshot file and use a socket at the same time")
if $sockFlag && $sexprFilename ne '';
# Using -f and f= will not result in raw or plot file so need this message.
error ("using sexpr option 'f=' AND -f requires -P and/or --rawtoo")
if $sexprFilename ne '' && $filename ne '' && !$plotFlag && !$rawtooFlag;
# if -f, use that dirname/L for snampshot file; otherwise use f= for it.
$sexprFilename=(-d $filename) ? "$filename/S" : dirname($filename)."/S"
if $sexprFilename eq '' && $filename ne '';
print "sexpr filename: $sexprFilename\n" if $sexprDebug & 1;
if ($subsys=~/j/ && $subsys!~/C/)
{
logmsg('W',"adding -s+C because 'sexpr' requires it with 'j'");
$subsys.='C';
$CFlag=1;
}
}
sub sexprRaw
{
sexprHeaderPrint() if !$sexprHeaderPrinted;
# 1 extra level of indent (looks prettier) for XC
my $pad=$XCFlag ? ' ' : '';
my $sumFlag=$subsys=~/[cdfilmnstx]/ ? 1 : 0;
my $detFlag=$subsys=~/[CDN]/ ? 1 : 0;
my $cpuSumString=$cpuDetString='';
if ($subsys=~/c/i)
{
if ($subsys=~/c/)
{
my ($uTot, $nTot, $sTot, $iTot, $wTot, $irTot, $soTot, $stTot, $intTot)=(0,0,0,0,0,0,0,0);
for (my $i=0; $i<$NumCpus; $i++)
{
$uTot+= $userLast[$i];
$nTot+= $niceLast[$i];
$sTot+= $sysLast[$i];
$iTot+= $idleLast[$i];
$wTot+= $waitLast[$i];
$irTot+= $irqLast[$i];
$soTot+= $softLast[$i];
$stTot+= $stealLast[$i];
}
$cpuSumString.="$pad(cputotals (user $uTot) (nice $nTot) (sys $sTot) (idle $iTot) (wait $wTot) ";
$cpuSumString.= "(irq $irTot) (soft $soTot) (steal $stTot))\n";
$cpuSumString.="$pad(ctxint (ctx $ctxtLast) (int $intrptLast) (proc $procLast) (runq $loadQue))\n";
}
if ($subsys=~/C/)
{
my ($name, $userTot, $niceTot, $sysTot, $idleTot, $waitTot, $irqTot, $softTot, $stealTot, $intTot)=
('','','','','','','','','','');
for (my $i=0; $i<$NumCpus; $i++)
{
$name.= "cpu$i ";
$userTot.= "$userLast[$i] ";
$niceTot.= "$userLast[$i] ";
$sysTot.= "$userLast[$i] ";
$idleTot.= "$userLast[$i] ";
$waitTot.= "$userLast[$i] ";
$irqTot.= "$irqLast[$i] ";
$softTot.= "$softLast[$i] ";
$stealTot.="$stealLast[$i] ";
$intTot.= "0 "; # raw has no meaning since INTs totalled over all line entries
}
$name=~s/ $//; $userTot=~s/ $//; $niceTot=~s/ $//;
$sysTot=~s/ $//; $idleTot=~s/ $//; $waitTot=~s/ $//;
$irqTot=~s/ $//; $softTot=~s/ $//; $stealTot=~s/ $//;
$irqTot=~s/ $//;
$cpuDetString.="$pad(cpuinfo\n";
$cpuDetString.="$pad (name $name)\n";
$cpuDetString.="$pad (user $userTot)\n";
$cpuDetString.="$pad (nice $niceTot)\n";
$cpuDetString.="$pad (sys $sysTot)\n";
$cpuDetString.="$pad (idle $idleTot)\n";
$cpuDetString.="$pad (wait $waitTot))\n";
$cpuDetString.="$pad (irq $irqTot))\n";
$cpuDetString.="$pad (soft $softTot))\n";
$cpuDetString.="$pad (steal $stealTot))\n";
$cpuDetString.="$pad (int $intTot))\n";
}
}
my $diskSumString=$diskDetString='';
if ($subsys=~/d/i)
{
if ($subsys=~/d/)
{
my ($dRTot, $dRkbTot, $dWTot, $dWkbTot)=(0,0,0,0);
for (my $i=0; $i<@dskOrder; $i++)
{
# preserve display order but skip any disks not seen this interval
$dskName=$dskOrder[$i];
next if !defined($dskSeen[$i]);
next if ($dskFiltKeep eq '' && $dskName=~/$dskFiltIgnore/) || ($dskFiltKeep ne '' && $dskName!~/$dskFiltKeep/);
$dRTot+= $dskFieldsLast[$i][0];
$dRkbTot+= $dskFieldsLast[$i][2];
$dWTot+= $dskFieldsLast[$i][4];
$dWkbTot+= $dskFieldsLast[$i][6];
}
$diskSumString.="$pad(disktotals (reads $dRTot) (readkbs $dRkbTot) (writes $dWTot) (writekbs $dWkbTot))\n";
}
if ($subsys=~/D/)
{
my ($dName, $dRTot, $dRkbTot, $dWTot, $dWkbTot)=('','','','','');
for (my $i=0; $i<@dskOrder; $i++)
{
# preserve display order but skip any disks not seen this interval
$dskName=$dskOrder[$i];
next if !defined($dskSeen[$i]);
next if ($dskFiltKeep eq '' && $dskName=~/$dskFiltIgnore/) || ($dskFiltKeep ne '' && $dskName!~/$dskFiltKeep/);
$dName.= "$dskName ";
$dRTot.= "$dskFieldsLast[$i][0] ";
$dRkbTot.= "$dskFieldsLast[$i][2] ";
$dWTot.= "$dskFieldsLast[$i][4] ";
$dWkbTot.= "$dskFieldsLast[$i][6] ";
}
$dName=~s/ $//;
$dRTot=~s/ $//; $dRkbTot=~s/ $//;
$dWTot=~s/ $//; $dWkbTot=~s/ $//;
$diskDetString.="$pad(diskinfo\n";
$diskDetString.="$pad (name $dName)\n";
$diskDetString.="$pad (reads $dRTot)\n";
$diskDetString.="$pad (readkbs $dRkbTot)\n";
$diskDetString.="$pad (writes $dWTot)\n";
$diskDetString.="$pad (writekbs $dWkbTot))\n";
}
}
my $nfsString='';
if ($subsys=~/f/)
{
}
my $inodeString='';
if ($subsys=~/i/)
{
$inodeString= "$pad(inodeinfo (dentrynum $dentryNum) (dentryunused $dentryUnused) ";
$inodeString.="(inodeinfo.filesalloc $filesAlloc) (inodeinfo.filesmax $filesMax) (inodeinfo.inodeused $inodeUsed))\n";
}
# No lustre details, at least not for now...
my $lusSumString='';
if ($subsys=~/l/)
{
if ($CltFlag)
{
my ($reads, $readKBs, $writes, $writeKBs)=(0,0,0,0);
for (my $i=0; $i<$NumLustreFS; $i++)
{
$reads+= $lustreCltReadLast[$i];
$readKBs+= $lustreCltReadKBLast[$i];
$writes+= $lustreCltWriteLast[$i];
$writeKBs+=$lustreCltWriteKBLast[$i];
}
$lusSumString.="$pad(lusclt (reads $reads) (readkbs $readKBs) (writes $writes) (writekbs $writeKBs) (numfs $NumLustreFS))\n";
}
if ($OstFlag)
{
my ($reads, $readKBs, $writes, $writeKBs)=(0,0,0,0);
for (my $i=0; $i<$NumOst; $i++)
{
$reads+= $lustreReadOpsLast[$i];
$readKBs+= $lustreReadKBytesLast[$i];
$writes+= $lustreWriteOpsLast[$i];
$writeKBs+=$lustreWriteKBytesLast[$i];
}
$lusSumString.="$pad(lusoss (reads $reads) (readkbs $readKBs) (writes $writes) (writekbs $writeKBs))\n";
}
if ($MdsFlag)
{
my $getattrPlus=$lustreMdsGetattrLast+$lustreMdsGetattrLockLast+$lustreMdsGetxattrLast;
my $setattrPlus=$lustreMdsReintSetattrLast+$lustreMdsSetxattrLast;
my $varName=($cfsVersion lt '1.6.5') ? 'reint' : 'unlink';
my $varVal= ($cfsVersion lt '1.6.5') ? $lustreMdsReintLast : $lustreMdsReintUnlinkLast;
$lusSumString.="$pad(lusmds (getattrP $getattrPlus) (setattrP $setattrPlus) ";
$lusSumString.="(sync $lustreMdsSyncLast) ($varName $varVal))\n";
}
}
my ($memString, $memDetString)=('','');
if ($subsys=~/m/)
{
$memString= "$pad(meminfo (memtot $memTot) (memused $memUsed) (memfree $memFree) ";
$memString.="(memshared $memShared) (membuf $memBuf) (memcached $memCached) ";
$memString.="(memslab $memSlab) (memmap $memMap) (meminact $memInact) ";
$memString.="(memhugetot $memHugeTot) (memhugefree $memHugeFree) (memhugersvd $memHugeRsvd) ";
$memString.="(swaptot $swapTotal) (swapused $swapUsed) (swapfree $swapFree))\n";
}
if ($subsys=~/M/)
{
my ($names,$used,$free,$slab,$map,$anon,$lock,$act,$inact)=('','','','','','','','','');
for (my $i=0; $i<$CpuNodes; $i++)
{
$names.=" $i";
$free.= " $numaMem[$i]->{free}";
$used.= " $numaMem[$i]->{used}";
$slab.= " $numaMem[$i]->{slab}";
$map.= " $numaMem[$i]->{map}";
$anon.= " $numaMem[$i]->{anon}";
$lock.= " $numaMem[$i]->{lock}";
$act.= " $numaMem[$i]->{act}";
$inact.= " $numaMem[$i]->{inact}";
}
$memDetString= "$pad(numainfo\n";
$memDetString.=" (name$names)\n";
$memDetString.=" (free$free)\n";
$memDetString.=" (used$used)\n";
$memDetString.=" (slab$slab)\n";
$memDetString.=" (map$map)\n";
$memDetString.=" (anon$anon)\n";
$memDetString.=" (anon$lock)\n";
$memDetString.=" (inact$inact))\n";
}
my $netSumString=$netDetString='';
if ($subsys=~/n/i)
{
if ($subsys=~/n/)
{
my ($kbinT, $pktinT, $kboutT, $pktoutT)=(0,0,0,0);
for ($i=0; $i<@netOrder; $i++)
{
$netName=$netOrder[$i];
next if !defined($netSeen[$i]);
next if ($netFiltKeep eq '' && $netName=~/$netFiltIgnore/) || ($netFiltKeep ne '' && $netName!~/$netFiltKeep/);
next if $netName=~/lo|sit|bond/;
$kbinT+= $netRxKBLast[$i];
$pktinT+= $netRxPktLast[$i];
$kboutT+= $netTxKBLast[$i];
$pktoutT+=$netTxPktLast[$i];
}
$netSumString= "$pad(nettotals (netkbin $kbinT) (netpktin $pktinT) (netkbout $kboutT) (netpktout $pktoutT))\n";
}
if ($subsys=~/N/)
{
my ($name, $kbinT, $pktinT, $kboutT, $pktoutT)=('','','','','');
for ($i=0; $i<@netOrder; $i++)
{
$netName=$netOrder[$i];
next if !defined($netSeen[$i]);
next if ($netFiltKeep eq '' && $netName=~/$netFiltIgnore/) || ($netFiltKeep ne '' && $netName!~/$netFiltKeep/);
next if $netName=~/lo|sit/;
$name.= "$netName ";
$kbinT.= "$netRxKBLast[$i] ";
$pktinT.= "$netRxPktLast[$i] ";
$kboutT.= "$netTxKBLast[$i] ";
$pktoutT.="$netTxPktLast[$i] ";
}
$name=~s/ $|://g; $kbinT=~s/ $//; $pktinT=~s/ $//;
$kboutT=~s/ $//; $pktoutT=~s/ $//;
$netDetString= "$pad(netinfo\n";
$netDetString.="$pad (name $name)\n";
$netDetString.="$pad (netkbin $kbinT)\n";
$netDetString.="$pad (netpktin $pktinT)\n";
$netDetString.="$pad (netkbout $kboutT)\n";
$netDetString.="$pad (netpktout $pktoutT))\n";
}
}
my $sockString='';
if ($subsys=~/s/)
{
$sockString= "$pad(sockinfo (sockused $sockUsed) (socktcp $sockTcp) (sockorphan $sockOrphan) (socktw $sockTw) (sockalloc $sockAlloc) (sockmem $sockMem)";
$sockString.="(sockudp $sockUdp) (sockraw $sockRaw) (sockfrag $sockFrag) (sockfragm $sockFragM))\n";
}
my $tcpString='';
if ($subsys=~/t/)
{
$tcpString="$pad(tcpinfo ";
$tcpString.=" (iperrs $ipErrors)" if $tcpFilt=~/i/;
$tcpString.=" (tcperrs $tcpErrors)" if $tcpFilt=~/t/;
$tcpString.=" (udperrs $udpErrors)" if $tcpFilt=~/u/;
$tcpString.=" (icmperrs $icmpErrors)" if $tcpFilt=~/c/;
$tcpString.=" (tcpxerrs $tcpExErrors)" if $tcpFilt=~/T/;
$tcpString.=")\n";
}
my $intString='';
if ($subsys=~/x/i)
{
my ($kbInT, $pktInT, $kbOutT, $pktOutT)=(0,0,0,0);
for (my $i=0; $i<$NumXRails; $i++)
{
$kbInT+= $elanRxMBLast[$i]*1024;
$pktInT+= $elanRxLast[$i];
$kbOutT+= $elanTxMBLast[$i]*1024;
$pktOutT+=$elanTxLast[$i];
}
$port=$HCAPortActive;
for (my $i=0; $i<$NumHCAs; $i++)
{
$kbInT+= $ibFieldsLast[$i][$port][13];
$pktInT+= $ibFieldsLast[$i][$port][15];
$kbOutT+= $ibFieldsLast[$i][$port][12];
$pktOutT+=$ibFieldsLast[$i][$port][14];
}
$intString="$pad(iconnect (intkbin $kbInT) (intpktin $pktInT) (intkbout $kbOutT) (intpktout $pktOutT))\n";
}
my $envDetString='';
if ($subsys=~/E/i)
{
foreach $key (sort keys %$ipmiData)
{
$envDetString.="(env$key";
for (my $i=0; $i<scalar(@{$ipmiData->{$key}}); $i++)
{
my $name=$ipmiData->{$key}->[$i]->{name};
my $inst=($key!~/power/ && $ipmiData->{$key}->[$i]->{inst} ne '-1') ? $ipmiData->{$key}->[$i]->{inst} : '';
$envDetString.=" ($name$inst $ipmiData->{$key}->[$i]->{value})";
}
$envDetString.=")\n";
}
}
# if doing --import, those modules may wish to supply some s-expr output
my ($impSumString, $impDetString)=('','');
for (my $i=0; $i<$impNumMods; $i++) { &{$impPrintExport[$i]}('s', \$impSumString, \$impDetString, 'raw'); }
$sumFlag=1 if $impSumString ne '';
$detFlag=1 if $impDetString ne '';
# Build up as a single string
$sexprRec='';
$sexprRec.="(collectl_summary\n" if $XCFlag && $sumFlag;
$sexprRec.="$pad(sample (time $lastSecs[$rawPFlag]))\n" if $sumFlag;
$sexprRec.="$cpuSumString$diskSumString$nfsString$inodeString$memString$netSumString";
$sexprRec.="$lusSumString$sockString$tcpString$intString$impSumString";
$sexprRec.=")\n" if $XCFlag && $sumFlag;
$sexprRec.="$pad(sample (time $lastSecs[$rawPFlag]))\n" if !$sumFlag;
$sexprRec.="(collectl_detail\n" if $XCFlag && $detFlag;
$sexprRec.="$cpuDetString$diskDetString$memDetString$netDetString$envDetString$impDetString";
$sexprRec.=")\n" if $XCFlag && $detFlag;
# Either send data over socket or print to terminal OR write to
# a file, but not both!
if ($sockFlag || $sexprFilename eq '')
{
printText($sexprRec, 1); # include EOL marker at end
}
elsif ($sexprFilename ne '')
{
open SEXPR, ">$sexprFilename" or logmsg("F", "Couldn't create '$sexprFilename'");
print SEXPR $sexprRec;
close SEXPR;
}
}
sub sexprRate
{
sexprHeaderPrint() if !$sexprHeaderPrinted;
# 1 extra level of indent (looks prettier) for XC
my $pad=$XCFlag ? ' ' : '';
my $sumFlag=$subsys=~/[cdfilmnstx]/ ? 1 : 0;
my $detFlag=$subsys=~/[CDN]/ ? 1 : 0;
my $cpuSumString=$cpuDetString='';
if ($subsys=~/c/i)
{
if ($subsys=~/c/)
{
# CPU utilization is a % and we don't want to report fractions
my $i=$NumCpus;
$cpuSumString.=sprintf("$pad(cputotals (user %d) (nice %d) (sys %d) (wait %d) (irq %d) (soft %d) (steal %d) (idle %d))\n",
$userP[$i], $niceP[$i], $sysP[$i], $waitP[$i], $irqP[$i], $softP[$i], $stealP[$i], $idleP[$i]);
$cpuSumString.=sprintf("$pad(ctxint (ctx %d) (int %d) (proc %d) (runq $loadQue))\n",
$ctxt/$intSecs, $intrpt/$intSecs, $proc/$intSecs);
}
if ($subsys=~/C/)
{
my ($name, $userTot, $niceTot, $sysTot, $waitTot, $irqTot, $softTot, $stealTot, $idleTot, $intTot)=
('','','','','','','','','','');
for (my $i=0; $i<$NumCpus; $i++)
{
$name.= "cpu$i ";
$userTot.= "$userP[$i] ";
$niceTot.= "$niceP[$i] ";
$sysTot.= "$sysP[$i] ";
$waitTot.= "$waitP[$i] ";
$irqTot.= "$irqP[$i] ";
$softTot.= "$softP[$i] ";
$stealTot.="$stealP[$i] ";
$idleTot.= "$idleP[$i] ";
$intTot.= "$intrptTot[$i] ";
}
$name=~s/ $//; $userTot=~s/ $//; $niceTot=~s/ $//;
$sysTot=~s/ $//; $waitTot=~s/ $//; $irqTot=~s/ $//;
$softTot=~s/ $//; $stealTot=~s/ $//; $idleTot=~s/ $//;
$intTot=~s/ $//;
$cpuDetString.="$pad(cpuinfo\n";
$cpuDetString.="$pad (name $name)\n";
$cpuDetString.="$pad (user $userTot)\n";
$cpuDetString.="$pad (nice $niceTot)\n";
$cpuDetString.="$pad (sys $sysTot)\n";
$cpuDetString.="$pad (wait $waitTot))\n";
$cpuDetString.="$pad (irq $irqTot)\n";
$cpuDetString.="$pad (soft $softTot)\n";
$cpuDetString.="$pad (steal $stealTot)\n";
$cpuDetString.="$pad (idle $idleTot)\n";
$cpuDetString.="$pad (int $intTot)\n";
}
}
my $diskSumString=$diskDetString='';
if ($subsys=~/d/i)
{
if ($subsys=~/d/)
{
$diskSumString.=sprintf("$pad(disktotals (reads %d) (readkbs %d) (writes %d) (writekbs %d))\n",
$dskReadTot/$intSecs, $dskReadKBTot/$intSecs,
$dskWriteTot/$intSecs, $dskWriteKBTot/$intSecs);
}
if ($subsys=~/D/)
{
my ($dName, $dRTot, $dRkbTot, $dWTot, $dWkbTot)=('','','','','');
for (my $i=0; $i<@dskOrder; $i++)
{
# preserve display order but skip any disks not seen this interval
$dskName=$dskOrder[$i];
next if !defined($dskSeen[$i]);
next if ($dskFiltKeep eq '' && $dskName=~/$dskFiltIgnore/) || ($dskFiltKeep ne '' && $dskName!~/$dskFiltKeep/);
$dName.= "$dskName ";
$dRTot.= sprintf("%d ", $dskRead[$i]/$intSecs);
$dRkbTot.= sprintf("%d ", $dskReadKB[$i]/$intSecs);
$dWTot.= sprintf("%d ", $dskWrite[$i]/$intSecs);
$dWkbTot.= sprintf("%d ", $dskWriteKB[$i]/$intSecs);
}
$dName=~s/ $//;
$dRTot=~s/ $//; $dRkbTot=~s/ $//;
$dWTot=~s/ $//; $dWkbTot=~s/ $//;
$diskDetString.="$pad(diskinfo\n";
$diskDetString.="$pad (name $dName)\n";
$diskDetString.="$pad (reads $dRTot)\n";
$diskDetString.="$pad (readkbs $dRkbTot)\n";
$diskDetString.="$pad (writes $dWTot)\n";
$diskDetString.="$pad (writekbs $dWkbTot))\n";
}
}
my $nfsString='';
if ($subsys=~/f/)
{
$nfsString=sprintf("$pad(nfsinfo (reads %d) (writes %d) (meta %d) (commits %d)\n",
$nfsReadsTot/$intSecs, $nfsWritesTot/$intSecs, $nfsCommitTot/$intSecs, $nfsMetaTot/$intSecs);
}
my $inodeString='';
if ($subsys=~/i/)
{
$inodeString= "$pad(inodeinfo (dentrynum $dentryNum) (dentryunused $dentryUnused) ";
$inodeString.="(inodeinfo.filesalloc $filesAlloc) (inodeinfo.filesmax $filesMax) (inodeinfo.inodeused $inodeUsed))\n";
}
# No lustre details, at least not for now...
my $lusSumString='';
if ($subsys=~/l/)
{
if ($CltFlag)
{
$lusSumString.=sprintf("$pad(lusclt (reads %d) (readkbs %d) (writes %d) (writekbs %d) (numfs $NumLustreFS))\n",
$lustreCltReadTot/$intSecs, $lustreCltReadKBTot/$intSecs,
$lustreCltWriteTot/$intSecs, $lustreCltWriteKBTot/$intSecs);
}
if ($OstFlag)
{
$lusSumString.=sprintf("$pad(lusoss (reads %d) (readkbs %d) (writes %d) (writekbs %d))\n",
$lustreReadOpsTot/$intSecs, $lustreReadKBytesTot/$intSecs,
$lustreWriteOpsTot/$intSecs, $lustreWriteKBytesTot/$intSecs);
}
if ($MdsFlag)
{
my $getattrPlus=$lustreMdsGetattr+$lustreMdsGetattrLock+$lustreMdsGetxattr;
my $setattrPlus=$lustreMdsReintSetattr+$lustreMdsSetxattr;
my $varName=($cfsVersion lt '1.6.5') ? 'reint' : 'unlink';
my $varVal= ($cfsVersion lt '1.6.5') ? $lustreMdsReint : $lustreMdsReintUnlink;
$lusSumString.=sprintf("$pad(lusmds (getattrP %d) (setattr %d) (sync %d) ($varName %d)\n",
$getattrPlus/$intSecs, $setattrPlus/$intSecs,
$lustreMdsSync/$intSecs, $varVal/$intSecs);
}
}
my ($memString,$memDetString)=('','');
if ($subsys=~/m/)
{
$memString= "$pad(meminfo (memtot $memTot) (memused $memUsed) (memfree $memFree) ";
$memString.="(memshared $memShared) (membuf $memBuf) (memcached $memCached) ";
$memString.="(memslab $memSlab) (memmap $memMap) (meminact $memInact) ";
$memString.="(memhugetot $memHugeTot) (memhugefree $memHugeFree) (memhugersvd $memHugeRsvd) ";
$memString.="(swaptot $swapTotal) (swapused $swapUsed) (swapfree $swapFree)\n";
}
if ($subsys=~/M/)
{
my ($names,$used,$free,$slab,$map,$anon,$act,$inact)=('','','','','','','','');
for (my $i=0; $i<$CpuNodes; $i++)
{
$names.=" $i";
$free.= " $numaMem[$i]->{free}";
$used.= " $numaMem[$i]->{used}";
$slab.= " $numaMem[$i]->{slab}";
$map.= " $numaMem[$i]->{map}";
$anon.= " $numaMem[$i]->{anon}";
$act.= " $numaMem[$i]->{act}";
$inact.= " $numaMem[$i]->{inact}";
}
$memDetString= "$pad(numainfo\n";
$memDetString.=" (name$names)\n";
$memDetString.=" (free$free)\n";
$memDetString.=" (used$used)\n";
$memDetString.=" (slab$slab)\n";
$memDetString.=" (map$map)\n";
$memDetString.=" (anon$anon)\n";
$memDetString.=" (inact$inact))\n";
}
my $netSumString=$netDetString='';
if ($subsys=~/n/i)
{
if ($subsys=~/n/)
{
$netSumString=sprintf("$pad(nettotals (netkbin %d) (netpktin %d) (netkbout %d) (netpktout %d))\n",
$netRxKBTot/$intSecs, $netRxPktTot/$intSecs,
$netTxKBTot/$intSecs, $netTxPktTot/$intSecs);
}
if ($subsys=~/N/)
{
my ($name, $kbinT, $pktinT, $kboutT, $pktoutT)=('', '','','','');
for ($i=0; $i<@netOrder; $i++)
{
$netName=$netOrder[$i];
next if !defined($netSeen[$i]);
next if ($netFiltKeep eq '' && $netName=~/$netFiltIgnore/) || ($netFiltKeep ne '' && $netName!~/$netFiltKeep/);
next if $netName=~/lo|sit/;
$name.= "$netName ";
$kbinT.= sprintf("%d ", $netRxKB[$i]/$intSecs);
$pktinT.= sprintf("%d ", $netRxPkt[$i]/$intSecs);
$kboutT.= sprintf("%d ", $netTxKB[$i]/$intSecs);
$pktoutT.=sprintf("%d ", $netTxPkt[$i]/$intSecs);
}
$name=~s/ $|://g; $kbinT=~s/ $//; $pktinT=~s/ $//;
$kboutT=~s/ $//; $pktoutT=~s/ $//;
$netDetString= "$pad(netinfo\n";
$netDetString.="$pad (name $name)\n";
$netDetString.="$pad (netkbin $kbinT)\n";
$netDetString.="$pad (netpktin $pktinT)\n";
$netDetString.="$pad (netkbout $kboutT)\n";
$netDetString.="$pad (netpktout $pktoutT))\n";
}
}
my $sockString='';
if ($subsys=~/s/)
{
$sockString= "$pad(sockinfo (sockused $sockUsed) (socktcp $sockTcp) (sockorphan $sockOrphan) (socktw $sockTw) (sockalloc $sockAlloc) (sockmem $sockMem)";
$sockString.="(sockudp $sockUdp) (sockraw $sockRaw) (sockfrag $sockFrag) (sockfragm $sockFragM))\n";
}
my $tcpString='';
if ($subsys=~/t/)
{
$tcpString="$pad(tcpinfo ";
$tcpString.=" (iperrs $ipErrors)" if $tcpFilt=~/i/;
$tcpString.=" (tcperrs $tcpErrors)" if $tcpFilt=~/t/;
$tcpString.=" (udperrs $udpErrors)" if $tcpFilt=~/u/;
$tcpString.=" (icmperrs $icmpErrors)" if $tcpFilt=~/c/;
$tcpString.=" (tcpxerrs $tcpExErrors)" if $tcpFilt=~/T/;
$tcpString.=")\n";
}
my $intString='';
if ($subsys=~/x/i)
{
if ($NumXRails)
{
$kbInT= $elanRxKBTot;
$pktInT= $elanRxTot;
$kbOutT= $elanTxKBTot;
$pktOutT=$elanTxTot;
}
if ($NumHCAs)
{
$kbInT= $ibRxKBTot;
$pktInT= $ibRxTot;
$kbOutT= $ibTxKBTot;
$pktOutT=$ibTxTot;
}
$intString=sprintf("$pad(iconnect (intkbin %d) (intpktin %d) (intkbout %d) (intpktout %d))\n",
$kbInT/$intSecs, $pktInT/$intSecs, $kbOutT/$intSecs, $pktOutT/$intSecs);
}
my $envDetString='';
if ($subsys=~/E/i)
{
foreach $key (sort keys %$ipmiData)
{
$envDetString.="(env$key";
for (my $i=0; $i<scalar(@{$ipmiData->{$key}}); $i++)
{
my $name=$ipmiData->{$key}->[$i]->{name};
my $inst=($key!~/power/ && $ipmiData->{$key}->[$i]->{inst} ne '-1') ? $ipmiData->{$key}->[$i]->{inst} : '';
$envDetString.=" ($name$inst $ipmiData->{$key}->[$i]->{value})";
}
$envDetString.=")\n";
}
}
# if doing --import, those modules may wish to supply some s-expr output
my ($impSumString, $impDetString)=('','');
for (my $i=0; $i<$impNumMods; $i++) { &{$impPrintExport[$i]}('s', \$impSumString, \$impDetString, 'rate'); }
$sumFlag=1 if $impSumString ne '';
$detFlag=1 if $impDetString ne '';
$sexprRec='';
$sexprRec.="(collectl_summary\n" if $XCFlag && $sumFlag;
$sexprRec.="$pad(sample (time $lastSecs[$rawPFlag]))\n" if $sumFlag;
$sexprRec.="$cpuSumString$diskSumString$nfsString$inodeString$memString$netSumString";
$sexprRec.="$lusSumString$sockString$tcpString$intString$impSumString";
$sexprRec.=")\n" if $XCFlag && $sumFlag;
$sexprRec.="(collectl_detail\n" if $XCFlag && $detFlag;
$sexprRec.="$pad(sample (time $lastSecs[$rawPFlag]))\n" if !$sumFlag;
$sexprRec.="$cpuDetString$diskDetString$memDetString$netDetString$envDetString$impDetString";
$sexprRec.=")\n" if $XCFlag && $detFlag;
# Either send data over socket or print to terminal OR write to
# a file, but not both!
if ($sockFlag || $sexprFilename eq '')
{
printText($sexprRec, 1);
}
elsif ($sexprFilename ne '')
{
open SEXPR, ">$sexprFilename" or logmsg("F", "Couldn't create '$sexprFilename'");
print SEXPR $sexprRec;
close SEXPR;
}
}
sub sexprHeaderPrint
{
# 1 extra level of indent (looks prettier) for XC
my $pad=$XCFlag ? ' ' : '';
my $sumFlag=$subsys=~/[cdfilmnstx]/ ? 1 : 0;
my $detFlag=$subsys=~/[CDN]/ ? 1 : 0;
$sexprHdr='';
$sexprHdr.="(collect_summary\n" if $XCFlag && $sumFlag;
$sexprHdr.="$pad(sample (time var))\n";
$sexprHdr.="$pad(cputotals (user val) (nice val) (sys val) (idle val) (wait val) (irq val) (soft val) (steal val))\n"
if $subsys=~/c/;
$sexprHdr.="$pad(ctxint (ctx val) (int val) (proc val) (runq val))\n"
if $subsys=~/c/;
$sexprHdr.="$pad(disktotals (reads val) (readkbs val) (writes val) (writekbs val))\n"
if $subsys=~/d/;
$sexprHdr.="$pad(nfsinfo (read val) (write val) (calls val))\n"
if $subsys=~/f/;
$sexprHdr.="$pad(inodeinfo (unuseddcache val) (openfiles val) (inodeused val) (superuer val)(dquotused val))\n"
if $subsys=~/i/;
$sexprHdr.="$pad(lusclt (reads val) (readkbs val) (writes val) (writekbs val) (numfs val))\n"
if $subsys=~/l/ && $CltFlag;
$sexprHdr.="$pad(lusmds (close val) (getattr val) (reint val) (sync val))\n"
if $subsys=~/l/ && $MdsFlag;
$sexprHdr.="$pad(lusoss (reads val) (readkbs val) (writes val) (writekbs val))\n"
if $subsys=~/l/ && $OstFlag;
$sexprHdr.="$pad(meminfo (memtot val) (memused val) (memfree val) (memshared val) (membuf val) (memcached val) (memslab val) (memmap val) (meminact val))\n"
if $subsys=~/m/;
$sexprHdr.="$pad(nettotals (netkbin val) (netpktin val) (netkbout val) (netpktout val))\n"
if $subsys=~/n/;
$sexprHdr.="$pad(sockinfo (sockused val) (socktcp val) (sockorphan val) (socktw val) (sockalloc val) (sockmem val)(sockudp val) (sockraw val) (sockfrag val) (sockfragm val))\n"
if $subsys=~/s/;
if ($subsys=~/t/)
{
$sexprHdr.="$pad(tcpinfo";
$sexprHdr.=" (iperrs val)" if $tcpFilt=~/i/;
$sexprHdr.=" (tcperrs val)" if $tcpFilt=~/t/;
$sexprHdr.=" (udperrs val)" if $tcpFilt=~/u/;
$sexprHdr.=" (icmperrs val)" if $tcpFilt=~/c/;
$sexprHdr.=" (tcpxerrs val)" if $tcpFilt=~/T/;
$sexprHdr.=")\n";
}
$sexprHdr.="$pad(iconnect (intkbin val) (intpktin val) (intkbout val) (intpktout val))\n"
if $subsys=~/x/;
$sexprHdr.=")\n" if $XCFlag && $sumFlag;
$sexprHdr.="(collect_detail \n" if $XCFlag && $subsys=~/[CDN]/;
if ($subsys=~/C/)
{
my $names='';
$sexprHdr.="$pad(cpuinfo\n";
for (my $i=0; $i<$NumCpus; $i++)
{
$names.="cpu$i ";
}
$sexprHdr.="$pad (name $names)\n";
$sexprHdr.="$pad (user $names)\n";
$sexprHdr.="$pad (nice $names)\n";
$sexprHdr.="$pad (sys $names)\n";
$sexprHdr.="$pad (idle $names)\n";
$sexprHdr.="$pad (wait $names)\n";
$sexprHdr.="$pad (irq $names)\n";
$sexprHdr.="$pad (soft $names)\n";
$sexprHdr.="$pad (steal $names)\n";
$sexprHdr.="$pad (int $names)\n";
}
if ($subsys=~/D/)
{
my $names='';
$sexprHdr.="$pad(diskinfo\n";
for (my $i=0; $i<@dskOrder; $i++)
{
# preserve display order but skip any disks not seen this interval
$dskName=$dskOrder[$i];
next if !defined($dskSeen[$i]);
next if ($dskFiltKeep eq '' && $dskName=~/$dskFiltIgnore/) || ($dskFiltKeep ne '' && $dskName!~/$dskFiltKeep/);
$names.="$dskName ";
}
$sexprHdr.="$pad (name $names)\n";
$sexprHdr.="$pad (reads $names)\n";
$sexprHdr.="$pad (readkbs $names)\n";
$sexprHdr.="$pad (writes $names)\n";
$sexprHdr.="$pad (writekbs $names)\n";
}
if ($subsys=~/N/)
{
my $names='';
$sexprHdr.="$pad(netinfo\n";
for ($i=0; $i<@netOrder; $i++)
{
$netName=$netOrder[$i];
next if !defined($netSeen[$i]);
next if ($netFiltKeep eq '' && $netName=~/$netFiltIgnore/) || ($netFiltKeep ne '' && $netName!~/$netFiltKeep/);
next if $netName=~/lo|sit/;
$names.="$netName ";
}
$names=~s/://g;
$sexprHdr.="$pad (name $names)\n";
$sexprHdr.="$pad (netkbin $names)\n";
$sexprHdr.="$pad (netpktin $names)\n";
$sexprHdr.="$pad (netkbout $names)\n";
$sexprHdr.="$pad (netpktout $names)\n";
}
$sexprHdr.=")\n" if $detFlag && $XCFlag;
# The header only goes to a file
if ($sexprFilename ne '')
{
my $headerFilename=sprintf("%s/#", dirname($sexprFilename));
print "Create sexpr header file: $headerFilename\n" if $sexprDebug & 2;
open SEXPR, ">$headerFilename" or logmsg("F", "Couldn't create '$headerFilename/#'");
print SEXPR $sexprHdr;
close SEXPR;
$sexprHeaderPrinted=1;
}
}
sub help
{
my $text=<<EOF;
usage: --export=sexpr,{raw|rate}][,options]
raw reports raw counters
rate reports rate of counters (previous-current)
each option is separated by a comma, noting some take args themselves
d=mask debugging options, see beginning of graphite.ph for details
f=file snapshot filename
h print this help and exit
s=subsys only report subsystems, must be a subset of collectl's -s
EOF
print $text;
exit(0);
}
1;