hotsanic

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package HotSaNICmod::OSdep;

use RRDs;

sub version {
  ($VERSION = '$Revision: 1.4 $') =~ s/.*(\d+\.\d+).*/$1/;
  return "$^O.pm $VERSION";
  }

sub sample {
  my %args=@_;

#uncomment this for debug output to temp.txt
#all print will be done into the file
#$temp = "/opt/HotSaNIC/modules/sensors/temp.txt";
#open (TEMPFILE,">$temp");
#open (STDERR,">&TEMPFILE")  || die ("open STDERR failed");
#open (STDOUT,">&TEMPFILE")  || die ("open STDOUT failed");

  foreach (keys(%args)) {

    if (index($_,"IP") >= 0 ) {
      my ($dev,$oid,$name)=split(/,/,$args{$_});

#      print "zacatek: $_ $dev $oid $name \n";

#      open(FILE,"/usr/bin/snmpwalk -Os -c public -v 1 $dev $oid | grep 1.1.1.8.1.12.2 ") || print time," ",$args{MODNAME},": Unable to tady open $dev $oid $name .\n";
#      $_=<FILE>;
#      chomp;
#      close FILE;

#      @array=split;
      my $num=4;
      my $scale1=0.1;
      my $scale2=0.001;
      my $add=0;

      my $freq=1;
      my $power=2;
      my $signal=3;
      my $temp=4;
      my $snr=5;
      my $qam=0;
      my $bw=0;
      #5 signal
      #6 snr
      #7 ber
      #8 temp
      #9 max speed
      #10 speed
      #12 tx freq
      #13 rx freq
      #14 tx speed
      #15 rx speed
      #18 atpc en dis
      #19 tx power
      #20 acm en dis
      #21 tx qam
      #22 rx qam 
      #23 tx bw
      #24 rx bw
      

#                $command = "/usr/bin/snmpwalk -Os -c public -v 1 $dev $oid | grep 1.1.1.8.1.12.2";
                $command = "/usr/bin/snmpwalk -Cc -On -c public -v 1 $dev $oid | tr '\"' ' '";
                open (FILE,"$command|");
                while(<FILE>) {
                        $var=$_;
#                               print ">>>>>>>> : $_ \n";
                        if      ($var =~ /^.*.23688.1.1.12.. = STRING: +(.*)$/) {
                                $freq = $1;
                                $freq =~ s/ MHz //g;
                                $freq=$freq*$scale2;
#                               print "freq : $freq \n";
                        } elsif ($var =~ /^.*.23688.1.1.19.. = INTEGER: +(.*)$/) {
                                $power = $1;
#                               print "power : $power \n";
                        } elsif ($var =~ /^.*.23688.1.1.5.. = Gauge32: +(.*)$/) {
                                $signal = $1 * -1;
#                               print "signal : $signal \n";
                        } elsif ($var =~ /^.*.23688.1.1.8.. = INTEGER: +(.*)$/) {
                                $temp = $1;
#                               print "temp : $temp \n";
                        } elsif ($var =~ /^.*.23688.1.1.6.. = Gauge32: +(.*)$/) {
                                $snr = $1;
                                $snr=$1*$scale1+$add;
#                               print "snr : $snr \n";
                        } elsif ($var =~ /^.*.23688.1.1.21.. = INTEGER: +(.*)$/) {
                                $qam = $1;
                                $rate=$1*$scale1+$add;
#                               print "qam : $qam \n";
                        } elsif ($var =~ /^.*.23688.1.1.23.. = Gauge32: +(.*)$/) {
                                $bw = $1;
#                               print "bw : $bw \n";
                        }
                }
                close(FILE);

      # build new database if needed
      if ( ! -e "rrd/$name.rrd" ) { system("./makerrd","$name","U") }

      # update database
      RRDs::update "rrd/$name.rrd",time.":".$freq.":".$power.":".$signal.":".$temp.":".$snr.":".$qam.":".$bw;
      if ($ERROR = RRDs::error) { print time," ",$args{MODNAME},":  unable to update `$name.rrd': $ERROR\n"; }

      }
    }
#uncomment this for debug output to temp.txt
#all print will be done into the file
#       close (TEMPFILE);
#       close (STDERR);
#       close (STDOUT);
  }

1;