Here is what i did and your comment is welcome. I have two questions:

1. When I calculate $CurSec, i tried following first and it didn't work. It seems I can't pass list variable to timelocal directly. Is that true?

====

my @CurTime=`date +%S,%M,%H,%d,%m,%Y`; my $CurSec=timelocal(@CurTime);

====

2. how can I aggregate the same client IP together so that report can show how much data were transferred and where data are.

Ideally, I am trying to format the report like:

TIME(second)         CLIENT             OP OFFSET(KB)  BYTES PATHNAME
20,172.22.32.28, W,200,4056099,/export/nfs/file1
[download]

TIME - how long we run the trace programe, above line indicates 20 seconds

CLIENT - client server's IP

OP - operation, write or read

OFFSET(KB) - total data transferred during period of TIME

BYTES - size of the file

PATHNAME - location of created file

Thanks in advance,

carl

#!/usr/bin/perl
use warnings;
use strict;
use Time::Local;
my $Uptime=`ps -p 1 -o etime | tail -1`;
my ($sec,$min,$hour,$mday,$mon,$year)=(localtime)[0,1,2,3,4,5];
my $CurSec=timelocal($sec,$min,$hour,$mday,$mon,$year+1900);

sub LastReboot {
    my ($Days, $Hours, $Minutes, $Seconds, $UpSeconds);
if ($Uptime =~ /[0-9]+\-/) {
    ($Days, $Hours, $Minutes, $Seconds) = $Uptime =~ /([0-9]*)\-?([0-9
+]+):([0-9]+):([0-9]+)/;
    } elsif ($Uptime =~ /[0-9]+:[0-9]+:[0-9]+/) {
         ($Hours, $Minutes, $Seconds) = $Uptime =~ /([0-9]+):([0-9]+):
+([0-9]+)/;
         $Days = 0; } else 
         {
             ($Minutes, $Seconds) = $Uptime =~ /([0-9]+):([0-9]+)/;
             $Days = 0;
             $Hours = 0;}
$UpSeconds=$Days*24*60*60 + $Hours*60*60 + $Minutes*60 + $Seconds;
return $CurSec-$UpSeconds;
}


my $BaseLine = &LastReboot;
print "$BaseLine\n";
print "TIME(seconds),CLIENT,OP,OFFSET(KB),BYTES PATHNAME\n";
while (<DATA>) {
next if ($. == 1);
chomp;   
my @output = split;
my $MyTime = localtime($BaseLine + $output[0]/1000000000);
print "$MyTime,$output[1], $output[2], $output[3],$output[4],$output[5
+]\n";
}

__DATA__
TIME(us)         CLIENT             OP OFFSET(KB)  BYTES PATHNAME
13463659875129   172.22.32.28        W 4952         2934 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463659884704   172.22.32.28        W 4952         3004 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463659927187   172.22.32.28        W 4952         3144 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463659899744   172.22.32.28        W 4952         3074 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463659937424   172.22.32.28        W 4952         3214 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463659999853   172.22.32.28        W 4952         3500 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463660033528   172.22.32.28        W 4952         3570 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463660043638   172.22.32.28        W 4952         3640 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463659951798   172.22.32.28        W 4952         3291 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463659977355   172.22.32.28        W 4952         3361 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463659990535   172.22.32.28        W 4952         3430 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463660245464   172.22.112.136      W 5104        12471 /export/energ
+y/energy_dev/stg/rw/sessions/backup/.nfs7C9F/../ds-259
7025835046513461/10.in
13463660202519   172.22.32.28        W 4952         4126 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463660234779   172.22.32.28        W 4956          100 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463660160523   172.22.32.28        W 4952         3918 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463660249629   172.22.32.28        W 4956          170 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
13463660267596   172.22.32.28        W 4956          249 /export/energ
+y/energy_dev/stg/rw/log/GRIDLOGS/FrontOfficeSessionExt
ractCash.log
[download]

original posting below

============================================================================

Dtrace is an utility in solaris 10. It can generate report with timestamp like following:

TIME(us)         CLIENT             OP OFFSET(KB)  BYTES PATHNAME
13463659875129   172.22.32.28        W 4952         2934 /export/nfs/f
+ile1
tractCash.log
13463659884704   172.22.32.28        W 4952         3004 /export/nfs/f
+ile2
13463659927187   172.22.32.28        W 4952         3144 /export/nfs/f
+ile1
[download]

NOTE: timestamp here is from last system reboot not EPOCH time.

In order to replace the first column with readable localtime, I am planning to do followings:

1. ps -p 1 -o etime | tail -1, it will give me the system uptime time in format "day-hour:minute:second"

2. use timelocal in module Time::Local to convert current time to seconds since EPOCH

3. Value from 2 minus Value from 1 should give me the EPOCH time of last system reboot

4. Value from 3 plus first column in dtrace script output("13463659884704/1000000") should give the EPOCH time of the record

5. localtime(Value 4) should display it in readable local time format.

Do you think this is the right approach? Is there better way to achieve the goal?

Your comment is appreciated!

carl