pandora_user.conf disappeared out of the Linux client but I find it quite useful. The Mac version reads out all types of sensory information (PowerMac, Intel's don't have it available)
Also: Added a tool for reading out IPMI-compatible chips. Requires php and ipmitool. Tested against Apple XServe's only. git-svn-id: https://svn.code.sf.net/p/pandora/code/trunk@928 c3f86ba8-e40f-0410-aaad-9ba5e7f4b01f
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guruevi
parent
25591a3a35
commit
f0eeaa688c
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# Pandora User-Defined adquisition script
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# This code is under GPL licence
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# This is the default user script file
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# If you're using this is because default config doest fit all your needs
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# You can use the following variables
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#
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# All STDOUT output will be written in final XML file sent to Pandora Server.
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#
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# Please refer documentatation for more example and a more depth usage instructions
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#
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# ================================
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# Temperature monitoring Mac OS X
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# ===============================
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echo `ioreg -n IOHWSensor | awk '/location/ || /current-value/ || /"type"/' | sed -e 's/\n//' -e 's/[^"]*"//' -e 's/" =//' -e 's/"//g' | awk '{ d=($2/65536); if ($1=="current-value") print "<module><data>" substr(d,1,7) "</data>"; if ($1=="location") print "<name>" $2 " " $3 " " $4 " " $5 "</name><type>generic_data</type></module>";}'`
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# ================================
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# Check for WEBPage content change
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# ================================
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#MYMD5=`echo -e "GET / HTTP/1.0\n\n\n" | nc -w 30 www.artica.es 80 | grep -v "Date:" | md5sum | awk '{ print $1 }'`
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#VALIDMD5=e85c0b9018a22c1086c8e0179cd224b1
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#if [ "$MYMD5" != "$VALIDMD5" ]
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#then
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# MD5SUM=0
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#else
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# MD5SUM=1
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#fi
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#echo "<module>"
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#echo "<name>www.artica.es_WEBContenct</name>"
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#echo "<type>generic_proc</type>"
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#echo "<data>$MD5SUM</data>"
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#echo "</module>"
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# MODULE END ========================
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# ================================
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# Check for DNS Entry change
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# ================================
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#HOSTNAME=arcadia.genterara.com
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#MAXHOPS=1
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#MAXHOPS2=`expr $MAXHOPS + 1`
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#SALIDA=`traceroute -n $HOSTNAME -w 5 -m $MAXHOPS2 2> /dev/null | awk '{ print $1 }' | tail -1`
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# if SALIDA != MAXHOPS, error (more than MAXHOPS hop, if this is our local IP, no more than MAXHOPS hop its needed
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#if [ "$SALIDA" == "$MAXHOPS" ]
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#then
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# DNS_STATUS=1
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#else
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# DNS_STATUS=0
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#fi
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#echo "<module>"
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#echo "<name>DNS_CHECK</name>"
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#echo "<type>generic_proc</type>"
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#echo "<data>$DNS_STATUS</data>"
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#echo "</module>"
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# MODULE END ========================
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# ================================
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# Check for DNS Entry change
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# on local interface ppp0
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# ================================
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# PLC_DNS=`dig @194.179.1.101 plc.genterara.com A +short | tail -1 `
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# PLC_LOCAL=`ifconfig ppp0 | head -2 | tail -1 | tr -s ":" " " | awk ' { print $3 } '`
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# if [ "$PLC_DNS" == "$PLC_LOCAL" ]
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# then
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# PLC_STATUS=1
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# else
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# PLC_STATUS=0
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# fi
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#
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# echo "<module>"
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# echo "<name>PLC_DNS_CHECK</name>"
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# echo "<type>generic_proc</type>"
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# echo "<data>$PLC_STATUS</data>"
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# echo "</module>"
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# MODULE END ========================
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This is a simple script that could be called from within pandora_user.conf
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It will call an IPMI-capable host (IP-address) and acquire it's sensors, then parse them into an understandable XML file for Pandora FMS.
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Make sure you set up a the correct name for the agent configuration if the monitoring is done from another host than the one the IPMI chip is located at.
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This script might not work and has only been tested so far against an Intel-based Apple XServe but the script is built up so it should acquire any.
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ipmitool and php (tested 5, 4 should work too) is required on the machine the agent is running on.
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#!/usr/bin/php
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<?php
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$host = "128.151.188.89";
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$user = "pandora";
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$pass = "";
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$path = "ipmitool";
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$opt['chassis'] = "chassis status";
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$opt['sensor'] = "sensor";
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$cmd['chassis'] = $path . " -H " . $host . " -U " . $user . " -P " . $pass . " " . $opt['chassis'];
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$cmd['sensor'] = $path . " -H " . $host . " -U " . $user . " -P " . $pass . " " . $opt['sensor'];
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//print_r($cmd);
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$output['chassis'] = shell_exec($cmd['chassis']);
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$output['sensor'] = shell_exec($cmd['sensor']);
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//Chassis
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/* Sample output
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System Power : on
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Power Overload : false
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Power Interlock : inactive
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Main Power Fault : false
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Power Control Fault : false
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Power Restore Policy : always-on
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Last Power Event :
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Chassis Intrusion : inactive
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Front-Panel Lockout : active
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Drive Fault : false
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Cooling/Fan Fault : false
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Front Panel Light : off
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*/
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/* Sample XML
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<module><data>28.5</data><name>DRIVE BAY</name><type>generic_data</type></module>
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*/
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$array = explode("\n",$output['chassis']);
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foreach ($array as $value) {
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if($value != "") {
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$tmp = explode(":",$value);
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$status[trim($tmp[0])] = trim($tmp[1]);
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}
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}
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unset($array);
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unset($tmp);
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foreach ($status as $name => $data) {
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switch($name) {
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case "Power Interlock":
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case "Last Power Event":
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case "System Power":
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case "Power Restore Policy":
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break;
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case "Power Overload":
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case "Main Power Fault":
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case "Power Control Fault":
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case "Drive Fault":
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case "Cooling/Fan Fault":
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$data_out = ($data="false" ? "1" : "0");
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case "Front Panel Light":
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$data_out = ($data="off" ? "1" : "0");
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echo "<module><name>" . $name . "</name><data>" . $data_out . "</data><type>generic_proc</type></module>";
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}
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}
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unset($status);
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//End of Chassis
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//Begin of Sensor
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$array = explode("\n\n",$output['sensor']);
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foreach ($array as $value) {
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if($value != "") {
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$tmp[] = explode("\n",$value);
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}
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}
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foreach ($tmp as $value_arr) {
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foreach ($value_arr as $value) {
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if($value != "") {
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$tmp2 = explode(":",$value);
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$status[trim($tmp2[0])] = trim($tmp2[1]);
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}
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}
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unset($value_arr);
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unset($tmp2);
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/* Sample $status array
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[Sensor ID] => 'PSU1 Fan Out' (0x3c)
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[Entity ID] => 10.1
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[Sensor Type (Analog)] => Fan
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[Sensor Reading] => 6784 (+/- 0) RPM
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[Status] => ok
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[Lower Non-Recoverable] => na
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[Lower Critical] => na
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[Lower Non-Critical] => 1024.000
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[Upper Non-Critical] => 18048.000
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[Upper Critical] => na
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[Upper Non-Recoverable] => na
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[Assertion Events] =>
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[Assertions Enabled] => lnc- lnc+ unc- unc+
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[Deassertions Enabled] => lnc- lnc+ unc- unc+
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*/
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//Get the name without references
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$name_tmp = explode("'",$status["Sensor ID"]);
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/* //Get the Sensor Type
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if(array_key_exists("Sensor Type (Analog)",$status)) {
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$status["type"] = $status["Sensor Type (Analog)"];
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} elseif(array_key_exists("Sensor Type (Discrete)",$status)) {
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$status["type"] = $status["Sensor Type (Discrete)"];
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} else {
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echo "Unhandled Sensor Type";
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print_r($status);
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die();
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}
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*/
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$data_tmp = explode(" ",$status["Sensor Reading"]);
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if($data_tmp[3]) {
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$name = $name_tmp[1] . " (" . $data_tmp[3] . ($data_tmp[4] ? " " . $data_tmp[4] : "" ) . ")";
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echo "\n<module><name>" . $name . "</name>";
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if($status["Lower Non-Critical"] != "na") {
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$min = "<min>" . $status["Lower Non-Critical"] . "</min>";
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}
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if($status["Upper Non-Critical"] != "na") {
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$max = "<max>" . $status["Upper Non-Critical"] . "</max>";
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}
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if($status["Lower Critical"] != "na") {
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$min = "<min>" . $status["Lower Critical"] . "</min>";
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}
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if($status["Upper Critical"] != "na") {
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$max = "<max>" . $status["Upper Critical"] . "</max>";
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}
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echo $min . $max . "<data>" . $data_tmp[0] . "</data><type>generic_data</type></module>";
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}
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//$data_out = ($data="false" ? "1" : "0");
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//$data_out = ($data="off" ? "1" : "0");
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unset($status);
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}
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//End of Sensor
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?>
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