Munin contributed plugins

graph_title average $check on all active vhosts

graph_args --base 1000

graph_vlabel average $check per response

graph_period minute

graph_order $order

END

graph_title average $check on $data{$site}{'label'}

graph_args --base 1000

graph_vlabel average response in $check

graph_period minute

END

graph_title requests by vhost

graph_args --base 1000

graph_vlabel requests / \${graph_period}

graph_period minute

graph_order $order

END

graph_title status codes on $data{$site}{'label'}

graph_args --base 1000

graph_vlabel status codes / \${graph_period}

graph_period minute

END

      my $draw='AREA';

	echo 'graph_title Number of Vulnerabilities'

	echo 'graph_args --base 1000 -l 0 '

	echo 'graph_vlabel number of vulnerabilities'

	echo 'graph_info This graph shows the number of vulnerabilities in the system.'

	echo 'vulnerabilities.label vulnerabilities'

	echo 'vulnerabilities.info The current number of vulnerabilities.'

        print "graph_title Dell Fan Speeds"

        print "graph_args --base 1000 -l 0"

        print "graph_vlabel speed (RPM)"

        print "graph_info This graph shows the speed in RPM of all fans."

        print "graph_period second"

        # Print remaining non-static values.

        print "graph_title Dell Temperature Readings"

        print "graph_args --base 1000 -l 0"

        print "graph_vlabel Temp in Degrees Celsius"

        print "graph_info This graph shows the temperature for all sensors."

        print "graph_period second"

        # Print remaining non-static values.

    print "graph_title " . $mode->{'title'} . "\n";

    print "graph_vlabel " . $mode->{'vlabel'} . "\n";

    print "graph_args -l 0\n";

    foreach my $field_name ( keys %{ $mode->{'fields'} } ) {

        my $label = $mode->{'fields'}->{$field_name}->{'label'}       || $field_name;

        my $desc  = $mode->{'fields'}->{$field_name}->{'description'} || $mode->{'fields'}->{$field_name}->{'key'};

  print "graph_title Dovecot connections\n";

  print "graph_args --base 1000 -l 0 --no-gridfit --slope-mode\n";

  print "graph_vlabel connections\n";

  print "connections.label Connections open\n";

  print "connections.type GAUGE\n";

  print "connections.draw LINE1\n";

  print "graph_title Dovecot connected users\n";

  print "graph_args --base 1000 -l 0 --no-gridfit --slope-mode\n";

  print "graph_vlabel connections\n";

  print "connected.label Connected users\n";

  print "connected.type GAUGE\n";

  print "connected.draw LINE1\n";

  print "graph_title Dovecot logins\n";

  print "graph_args --base 1000 -l 0 --no-gridfit --slope-mode\n";

  print "graph_vlabel logins/5 minute\n";

  print "login.label Logins\n";

  print "login.type GAUGE\n";

  print "login.draw LINE1\n";

		cat <<CONFIG

graph_title ejabberd resources - ${RESOURCE_TYPE//_/ }

graph_args --base $RESOURCE_BASE --lower-limit 0

CONFIG

		;;

esac

	puts <<CONFIG

graph_title Ejabberd Log

graph_vlabel total

graph_args -l 0

CONFIG

end

graph_args --base 1000 --lower-limit 0

graph_vlabel users

graph_info The number of currently connected users, as of ejabberd report

graph_order active

connected.label Connected users

connected.draw AREA

graph_title ejabberd stats - s2s connections

graph_args --lower-limit 0

graph_vlabel active connections

graph_order incoming outgoing

incoming.label incoming s2s

incoming.info ejabberdctl $ejabberdctl_cmd_in

        print "graph_title Users\n";

        print "graph_args --base 1000\n";

        print "graph_vlabel current users\n";

        print "graph_total Total\n";

        print "members.label Members\n";

cat << EOF

graph_title Users Online

graph_vlabel Number of users and logins

graph_args --base 1000 -l 0

graph_scale no

EOF

        echo 'graph_title IP Wechsel'

        echo 'graph_args --base 1000 -l 0'

        echo 'ip_change.label IP Wechsel'

	echo 'graph_info Jeder IP-Wechsel der von DDCLIENT festgestellt wird erzeugt einen Wert von 1'

        exit 0

  Last_update=${Last_update##*\(}

  Last_update=${Last_update%%\)}

  if [ "$Last_update" -gt "$Ref_Timestamp" ]; then

   echo  "ip_change.value 1"

  else

graph_title NSR Device write speed (bytes/s)

graph_args -l 0 --base 1000

graph_vlabel bytes/s

graph_info Shows how much writing each device is doing.

_EOM

  foreach my $d (sort keys %hash) {

    echo 'graph_args --base 1000'

    echo 'graph_scale no'

    echo 'graph_vlabel Link Karma'

    echo 'comment_karma.label Comment Karma'

    echo 'comment_karma.draw LINE'

    echo 'link_karma.label Link Karma'

if [ "$1" = "config" ] ; then

	echo "graph_title AlertMe Keyfobs At Home"

	echo "graph_info this graph shows AlertMe Keyfob present count"

	echo "graph_vlabel number"

	echo "KeyfobsAtHome.label number of keyfobs present"

	fi

	echo "graph_title AlertMe Power"

	echo -n "graph_info this graph shows AlertMe power measurements for "

	head -1 $TMPFILE

	echo "graph_vlabel power (W)"

	print  ("graph_args --base 1000\n");

	printf ("graph_title Battery %s (%s) %s\n" , $batt_num, $batt_name, $graph_type);

	printf ("graph_info This graph shows battery %s (%s) %s\n" , $batt_num, $batt_name, $graph_type);

	if ($graph_type eq "capacity")

	{

		print  ("graph_vlabel Capacity, mAh\n");

	print  ("graph_args --base 1000\n");

	printf ("graph_title Battery %s (%s) %s\n" , $batt_num, $batt_name, $graph_type);

	printf ("graph_info This graph shows battery %s (%s) %s\n" , $batt_num, $batt_name, $graph_type);

	if ($graph_type eq "capacity")

	{

		print  ("graph_vlabel Charge\n");

if [ "$1" = "config" ]; then

	echo "graph_title Sequoia Websensor"

	echo "graph_info This graph shows the temperature and humidity"

	echo "graph_args -l 0 -u 100 -r"

	echo "graph.scale no"

	echo "graph_vlabel % and C°"

graph_title $sensorLocation - $sensorType [$sensorUnit]

graph_args --base 1000 -l 0 

graph_vlabel $sensorUnit

graph_info This graph shows $sensorType history.

EOT

                        fi

graph_title Power Draw in Amps

graph_args --lower-limit 0

graph_vlabel Amps

graph_scale no

graph_info This shows the amperage drawn on your PDU. Per NEC, a PDU should not sustain 80% of its maximum circuit capacity for more than three hours.

graph_title Power Factor

graph_args --lower-limit 0

graph_vlabel Power Factor

graph_scale no

graph_info Power factor represents the efficiency of the components connected to the circuit. Power factor declines as components age, increasing the overall load on the circuit.

graph_title Crest Factor

graph_args --lower-limit 0

graph_vlabel Crest Factor

graph_scale no

graph_info Crest factor relates the peak value of a signal to its root mean square value. For three-phase AC, a crest factor of 1.732 is expected. Low crest factor may indicate UPS overclipping and crest factors over 5 degrade monitoring accuracy.

graph_title Icecast2 Stream Listeners

graph_args --base 1000 -l 0

graph_vlabel Listeners for Streams

cool_ogg.label cool_ogg

cool_ogg.draw AREA

cool_ogg.type GAUGE

    total_lyttere = xmldoc.getElementsByTagName("clients")[0].firstChild.nodeValue

    #Totalt antall kilder

    total_kilder = xmldoc.getElementsByTagName("sources")[0].firstChild.nodeValue

    sources = xmldoc.getElementsByTagName("source")

    sourcelist = {}

    for source in sources:

	if sourcename == "total":

	    print "graph_title Totalt antall lyttere"

            print "graph_vlabel lyttere"

	    print "totallyttere.label Totalt antall lyttere"

	    print "totalkilder.label Totalt antall kilder"

	    chanlist = {}

		graphtitle = sourcename

	    print "graph_title %s" % graphtitle

	    print "graph_vlabel lyttere"

	    for bitrate in mp3bitrates:

		print "%s_%s.label %s-%s" % (sourcename, bitrate, "/" + sourcename.replace("_", "-"), bitrate)

		sumstring += "%s_%s " % (sourcename, bitrate)

    total_lyttere = xmldoc.getElementsByTagName("clients")[0].firstChild.nodeValue

    #Totalt antall kilder

    total_kilder = xmldoc.getElementsByTagName("sources")[0].firstChild.nodeValue

    sources = xmldoc.getElementsByTagName("source")

    sourcelist = {}

    for source in sources:

    elif sys.argv[1] == "config":

        print "graph_title Total number of listeners"

        print "graph_vlabel listeners"

        print "totallyttere.label Total number of listeners"

        print "totalkilder.label Totalt number of sources"

	sourcesort = sourcelist.keys()

elsif ARGV[0] == 'config'

  puts "graph_title Total sources and clients for Icecast"

  puts "graph_vlabel listeners"

  puts "sources.label Total number of sources"

  puts "clients.label Total number of clients"

else

			print "graph_title Icecast client listening duration"

			print "graph_args --base 1000 -l 0"

			print "graph_scale no"

			print "graph_vlabel minutes"

			print "avg.label average listening duration"

			print "mdn.label median listening duration"

			print "graph_title Icecast source uptime"

			print "graph_args --base 1000 -l 0"

			print "graph_scale no"

			print "graph_vlabel hours"

			for s in sources:

				print "%s.label source %s" % (s["mount"].strip("/").replace(".","_").replace("-","_"), s["mount"])

		elif plugin_name == "icecast_traffic":

			print "graph_title Icecast outgoing traffic"

			print "graph_args --base 1024 -l 0"

			print "graph_vlabel bytes / second"

			is_first = True

			for s in sources:

			print "graph_title Icecast listeners count"

			print "graph_args --base 1000 -l 0"

			print "graph_scale no"

			print "graph_vlabel listeners"

			is_first = True

			for s in sources:

#%# family=contrib

###########################################################

title = 'Upgradable packages' # 'Upgradeable packages'

vlabel = 'Total packages'

other = 'other'

    sys.exit(1)

def config():

    print 'graph_title %s' % (title)

    #print 'graph_total %s' % (total)

    print 'graph_vlabel %s' % (vlabel)

        echo "graph_title APC Status - $title"

        echo 'graph_args --base 1000 -l 0 '

        echo "graph_vlabel $unit"

        title=`/sbin/apcaccess | egrep "^MODEL" | awk '{print $3" "$4" "$5" "$6" "$7" "$8" "$9;}'`

        echo "graph_info $title"

        for key in $keys; do

        echo 'graph_vlabel %'

        echo 'graph_scale no'

        echo 'graph_info This graph shows the percentage of processor time spent in kernel mode by the every single VM process.'

        echo 'graph_period second'

        vboxmanage list vms | sed -r 's/^\"(.*)\" \{.*\}$/\1/' | while read VM_NAME; do

                VM_NAME_PRINT=`echo -e "${VM_NAME}" | sed 's/[^A-Za-z0-9_]/_/g'`

        echo 'graph_vlabel %'

        echo 'graph_scale no'

        echo 'graph_info This graph shows the percentage of processor time spent in user mode by the every single VM process.'

        echo 'graph_period second'

        vboxmanage list vms | sed -r 's/^\"(.*)\" \{.*\}$/\1/' | while read VM_NAME; do

                VM_NAME_PRINT=`echo -e "${VM_NAME}" | sed 's/[^A-Za-z0-9_]/_/g'`

        echo "graph_args --base 1024 -r --lower-limit 0 --upper-limit $RAMTOT --units-exponent 9"

        echo 'graph_vlabel GB'

        echo 'graph_info This graph shows the ram usage of every single VM process.'

        echo 'graph_period second'

        I=0

        vboxmanage list vms | sed -r 's/^\"(.*)\" \{.*\}$/\1/' | while read VM_NAME; do

if ( exists $ARGV[0] and $ARGV[0] eq "config" ) {

	my $lcount = 0;

	if( $type eq "pcpu" ) {

		print $base_config;

        echo 'graph_title VMware CPU-Load'

        echo 'graph_args --base 1000 -l 0'

        echo 'graph_vlabel Load of VMware VMs'

	while [ $i -lt ${#VMX[*]} ]

	do

fi

if [ "$1" = "config" ]; then

	echo 'graph_args --base 1000'

	echo 'graph_title Vserver cpu usage'

	echo 'graph_vlabel jiffies used per ${graph_period}'

	echo "graph_title Vserver $resource limit hits"

	# echo 'graph_args --base 1024k -l 0'

	echo "graph_vlabel $resource limit hits"

	echo "graph_info Shows number of hits on $resource limits by each vserver.'"

	for vserver_xid in $vservers ; do

	echo "graph_title Vserver $resource limits"

	# echo 'graph_args --base 1024k -l 0'

	echo "graph_vlabel $resource limits"

	echo "graph_info Shows current $resource limits for each vserver.'"

	for vserver_xid in $vservers ; do

        echo 'graph_args --base 1000 -l 0 --upper-limit 100 --rigid'

        echo 'graph_scale no'

        echo 'graph_vlabel %'

        echo 'graph_info This graph shows how many percent of the CPU time was used by each domain'

	xm list | grep -v "^Name .* Time(s)$" | \

			'graph_title' => 'Xen Domain CPU Usage',

			'graph_args' => '--base 1000 -l 0 --upper-limit 100 --rigid',

			'graph_vlabel' => 'Percent (%)',

			'graph_info' => 'Display the % of CPU Usage for each domain',

		);	

		print "graph_args --base 1000 -l 0\n";

		print "graph_vlabel cpu seconds\n";

		print "graph_scale no\n";

		print "graph_info This graph shows CPU time for each Xen domain.\n";

		for $domain (@domainlist) {

			print "$domains{$domain}{'munindomain'}_cpu_time.label ".trim_label('pos',$domain)."\n";

		print "graph_args --base 1000 -l 0 --upper-limit 100\n";

		print "graph_vlabel %\n";

		print "graph_scale no\n";

		print "graph_info This graph shows CPU utilization for each Xen domain.\n";

		for $domain (@domainlist) {

			print "$domains{$domain}{'munindomain'}_cpu.label ".trim_label('pos',$domain)."\n";

		print "graph_title Xen domains memory usage\n";

		print "graph_args --base 1024 -l 0\n";

		print "graph_vlabel bytes\n";

		print "graph_info This graph shows memory usage for each Xen domain.\n";

		for $domain (@domainlist) {

			print "$domains{$domain}{'munindomain'}_mem.label ".trim_label('pos',$domain)."\n";

		print "graph_title Xen domains network traffic\n";

		print "graph_args --base 1000\n";

		print "graph_vlabel bits per \${graph_period} in (-) / out (+)\n";

		print "graph_info This graph shows network traffic for each Xen domain.\n";

		for $domain (@domainlist) {

			print "$domains{$domain}{'munindomain'}_netrx.label none\n";

		print "graph_title Xen domains disk IOs\n";

		print "graph_args --base 1000\n";

		print "graph_vlabel IOs per \${graph_period} read (-) / write (+)\n";

		print "graph_info This graph shows disk IOs for each Xen domain.\n";

		for $domain (@domainlist) {

			print "$domains{$domain}{'munindomain'}_vbdrd.label none\n";

			'graph_title' => 'Xen Domain CPU Usage v2',

			'graph_args' => '--base 1000 -l 0 --upper-limit 100 --rigid',

			'graph_vlabel' => 'Percent (%)',

			'graph_info' => 'Display the % of CPU Usage for each domain',

		);

print FH $curtime."\n";

print FH @xmlist;

close FH;

        echo 'graph_args --base 1000 -l 0'

        echo 'graph_scale no'

        echo 'graph_vlabel MB'

        echo 'graph_info This graph shows of many mS wall time where used by a domain'

                # xm info | while read name bla value; do echo "$name $value"; done

         $XM info | while read name bla value; do

    echo "graph_title Xen Traffic for $NAME"

    echo 'graph_vlabel bits in (-) / out (+) per ${graph_period}'

    echo 'graph_args --base 1024 -l 0'

    echo 'out.label sent'

    echo 'out.type DERIVE'

    echo 'out.min 0'

    echo 'graph_title Xen Traffic'

    echo 'graph_vlabel bits received (-) / sent (+) per ${graph_period}'

    echo 'graph_args --base 1024 -l 0'

    DOMAINS=$(xm list | awk '{print $1}' | egrep -v "^(Name|Domain-0)")

    for dom in $DOMAINS; do

        name=$( echo $dom | tr .- __ )

                        'graph_title' => 'Xen Domain I/O usage',

                        'graph_args' => '--base 1024 -l 0',

                        'graph_vlabel' => 'read (-), write (+)',

                        'graph_info' => 'Display the I/O operations for each domain',

                );