Source Code 1992 March/Source_Code_CD-ROM_Walnut_Creek_March_1992.iso/usenet/altsrcs/3/3195/uutraf.pl

Perl Script | 1991-04-17 | 5.3 KB | 202 lines

#!/usr/bin/perl
eval "exec /usr/bin/perl -S $0 $*"
  if $running_under_some_shell;
do verify_perl_version (3001);

# @(#)@ uutraf    1.4 - uutraf.pl
#
# UUCP Traffic Analyzer
#
# Reads /usr/lib/uucp/.Admin/xferstats, and generates a report from it.
# Also understands Ultrix SYSLOG format.
#
# Created by Johan Vromans <[e-mail]>
# Loosely based on an idea by Greg Hackney ([e-mail])

# Usage: uutraf [xferstats]

$type = "unknown";

if ( $#ARGV >= 0 ) {
    open (STDIN, $ARGV[0]) || die "Cannot open $ARGV[0]";
    open (IN, $ARGV[0]) || die "Cannot open $ARGV[0]";
    $line = <IN>;
    split (/ /, $line);
    $type = ($_[0] =~ /!/) ? "HDB" : "U";
}
elsif ( -r "/usr/spool/uucp/.Admin/xferstats" ) {
    open (STDIN, "/usr/spool/uucp/.Admin/xferstats");
    $type = "HDB";
}
elsif ( -r "/usr/spool/uucp/SYSLOG" ) {
    open (STDIN, "/usr/spool/uucp/SYSLOG");
    $type = "U";
}
else { die "Sorry, don't know what"; }

if ( $type eq "HDB" ) {
    $pat = "([^!]+)![^(]+\\(([-0-9:/]+)\\).+([<>])-? (\\d+) / (\\d+)\\.(\\d+) secs";
    $recv = "<";
}
else {
    $pat = "\\S+\\s+(\\S+)\\s+\\(([-0-9:/]+)\\)\\s+\\(\\d+\\)\\s+(\\w+) (\\d+) b (\\d+) secs";
    $recv = "received";
}

%hosts = ();        # hosts seen
%bytes_in = ();        # of bytes received from host
%bytes_out = ();    # of bytes sent to host
%secs_in = ();        # of seconds connect for recving
%secs_out = ();        # of seconds connect for sending
%files_in = ();        # of input requests
%files_out = ();    # of output requests

# read info, break the lines and tally

while ( <STDIN> ) {
  if ( /^$pat/o ) {
#   print "host $1, date $2, dir $3, bytes $4, secs $5.$6\n";
    $6 = 0 if $type eq "U";
    # gather timestamps
    $last_date = $2;
    $first_date = $last_date unless defined $first_date;

    # initialize new hosts
    unless ( defined $hosts{$1} ) {
      $hosts{$1} = $files_in{$1} = $files_out{$1} =
    $bytes_in{$1} = $bytes_out{$1} =
      $secs_in{$1} = $secs_out{$1} = 0;
    }

    # tally
    if ( $3 eq $recv ) {        # recv
      $bytes_in{$1} += $4;
      $files_in{$1}++;
      $secs_in{$1} += $5 + $6/1000;
    }
    else {            # xmit
      $bytes_out{$1} += $4;
      $files_out{$1}++;
      $secs_out{$1} += $5 + $6/1000;
    }
  }
  else {
    print STDERR "Possible garbage: $_";
  }
}

@hosts = keys (%hosts);
die "No info found, stopped" if $#hosts < 0;

################ report section ################

$thishost = do gethostname();
$thishost = (defined $thishost) ? "on node $thishost" : "report";

format std_head =
@|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
"UUCP traffic $thishost from $first_date to $last_date"

Remote   -----------K-Bytes----------- ----Hours---- --Avg CPS-- --Files--
 Host         Recv      Sent     Total   Recv   Sent  Recv  Sent Recv Sent
.
format std_out =
@<<<<<<< @>>>>>>>> @>>>>>>>> @>>>>>>>> @>>>>> @>>>>> @>>>> @>>>> @>>> @>>>
$Zhost,   $Zi_bytes, $Zo_bytes, $Zt_bytes, $Zi_hrs, $Zo_hrs, $Zi_acps, $Zo_acps, $Zi_count, $Zo_count
.

$^ = "std_head";
$~ = "std_out";

do print_dashes ();

reset "T";           # reset totals

foreach $host (@hosts) {
  do print_line ($host, $bytes_in{$host}, $bytes_out{$host},
         $secs_in{$host},  $secs_out{$host},
         $files_in{$host}, $files_out{$host});

}

do print_dashes ();
do print_line ("Total", $Ti_bytes, $To_bytes,
           $Ti_secs, $To_secs, $Ti_count, $To_count);

################ that's it ################

sub print_line {
  reset "Z";        # reset print fields
  local ($Zhost,
     $Zi_bytes, $Zo_bytes,
     $Zi_secs, $Zo_secs,
     $Zi_count, $Zo_count) = @_;
  $Ti_bytes += $Zi_bytes;
  $To_bytes += $Zo_bytes;
  $Zt_bytes = $Zi_bytes + $Zo_bytes;
  $Tt_bytes += $Zt_bytes;
  $Zi_acps = ($Zi_secs > 0) ? sprintf ("%.0f", $Zi_bytes/$Zi_secs) : "0";
  $Zo_acps = ($Zo_secs > 0) ? sprintf ("%.0f", $Zo_bytes/$Zo_secs) : "0";
  $Zi_bytes = sprintf ("%.1f", $Zi_bytes/1000);
  $Zo_bytes = sprintf ("%.1f", $Zo_bytes/1000);
  $Zt_bytes = sprintf ("%.1f", $Zt_bytes/1000);
  $Zi_hrs = sprintf ("%.1f", $Zi_secs/3600);
  $Zo_hrs = sprintf ("%.1f", $Zo_secs/3600);
  $Ti_secs += $Zi_secs;
  $To_secs += $Zo_secs;
  $Ti_count += $Zi_count;
  $To_count += $Zo_count;
  write;
}

sub print_dashes {
  $Zhost = $Zi_bytes = $Zo_bytes = $Zt_bytes =
    $Zi_hrs = $Zo_hrs = $Zi_acps = $Zo_acps = $Zi_count = $Zo_count =
      "------------";
  write;
  # easy, isn't it?
}

################ missing ################

sub gethostname {
  $ENV{"SHELL"} = "/bin/sh";
  $try = `hostname 2>/dev/null`;
  chop $try;
  return $+ if $try =~ /^[-.\w]+$/;
  $try = `uname -n 2>/dev/null`;
  chop $try;
  return $+ if $try =~ /^[-.\w]+$/;
  $try = `uuname -l 2>/dev/null`;
  chop $try;
  return $+ if $try =~ /^[-.\w]+$/;
  return undef;
}

################ verify perl version ################

# do verify_perl_version ( [ required , [ message ] ] )

sub verify_perl_version {
  local ($version,$patchlevel) = $] =~ /(\d+.\d+).*\nPatch level: (\d+)/;
  $version = $version * 1000 + $patchlevel;

  # did the caller pass a required version?
  if ( $#_ >= 0 ) {
    local ($req, $msg, @req);
    @req = split (//, $req = shift);
    # if the request is valid - check it
    if ( $#req == 3 && $req > $version ) {
      if ( $#_ >= 0 ) {    # user supplied message
    $msg = shift;
      }
      else {
        $msg = "Sorry, this program requires perl " . $req[0] . "." . $req[1] .
            " patch level " . $req % 100 ." or later.\nStopped";
      }
      die $msg;
    }
  }
  return $version;
}