<?php
/**
* Observium
*
* This file is part of Observium.
*
* @package observium
* @subpackage discovery
* @copyright (C) 2006-2013 Adam Armstrong, (C) 2013-2016 Observium Limited
*
*/
// This could probably do with a rewrite, I suspect there's 1 table that can be walked for all the info below instead of 4.
// Also, all types should be equal, not brocade-dom, brocade-dom-tx and brocade-dom-rx (requires better indexes too)
$oids = snmpwalk_cache_oid($device, "snIfOpticalMonitoringTxBiasCurrent", array(), "FOUNDRY-SN-SWITCH-GROUP-MIB");
$scale = si_to_scale('milli');
foreach ($oids as $index => $entry) {
$value = $entry['snIfOpticalMonitoringTxBiasCurrent'];
if (!preg_match("|N/A|", $value)) {
//$descr = snmp_get($device, "ifDescr.$index", "-Oqv", "IF-MIB") . " DOM TX Bias Current";
$oid = ".1.3.6.1.4.1.1991.1.1.3.3.6.1.4.{$index}";
$options = array('entPhysicalIndex' => $index);
$port = get_port_by_index_cache($device['device_id'], $index);
if (is_array($port)) {
$descr = $port["ifDescr"] ? $port["ifDescr"] : $port["ifName"];
$options['measured_class'] = 'port';
$options['measured_entity'] = $port['port_id'];
} else {
$descr = snmp_get($device, "ifDescr.{$index}", "-Oqv", "IF-MIB");
}
$descr .= " DOM TX Bias Current";
} else {
if (!$entry['entPhysicalDescr'] && $entry['entPhysicalName']) {
$descr = rewrite_entity_name($entry['entPhysicalName']);
} else {
if (!$entry['entPhysicalDescr'] && !$entry['entPhysicalName']) {
// This is also trick for some retard devices like NetMan Plus
$descr = nicecase($type);
}
}
}
if ($device['os'] == 'asa' && $entry['entPhySensorScale'] == 'yocto' && $entry['entPhySensorPrecision'] == '0') {
// Hardcoded fix for Cisco ASA 9.1.5 (can be other) bug when all scales equals yocto (OBSERVIUM-1110)
$scale = 1;
} else {
if (isset($entry['entPhySensorScale'])) {
$scale = si_to_scale($entry['entPhySensorScale'], $entry['entPhySensorPrecision']);
} else {
// Some devices not report scales, like NetMan Plus. But this is really HACK
// Heh, I not know why only ups.. I'm not sure that this for all ups.. just I see this only on NetMan Plus.
$scale = $device['os_group'] == 'ups' && $type == 'temperature' ? 0.1 : 1;
}
}
$value = $entry['entPhySensorValue'];
if ($type == 'temperature') {
if ($value * $scale > 200 || $value == 0) {
$ok = FALSE;
}
}
if ($value == -127) {
$ok = FALSE;
}
// <LIST OF UNITS: none(-1), other(0), volt(1), amp(2), watt(3), voltamp(4), wattHour(5), voltampHour(6), degreeC(7), hertz(8), percent(9),
// meterpersec(10), pascal(11), psi(12), g(13), degreeF(14), feet(15), inches(16), cm(17), meters(18)>
// PDU-MIB::externalSensorUnits.2 = INTEGER: degreeC(7)
// PDU-MIB::externalSensorDecimalDigits.1 = Gauge32: 0
// PDU-MIB::externalSensorDecimalDigits.2 = Gauge32: 1
// PDU-MIB::externalSensorLowerCriticalThreshold.1 = INTEGER: 3
// PDU-MIB::externalSensorLowerCriticalThreshold.2 = INTEGER: 180
// PDU-MIB::externalSensorLowerWarningThreshold.1 = INTEGER: 7
// PDU-MIB::externalSensorLowerWarningThreshold.2 = INTEGER: 200
// PDU-MIB::externalSensorUpperCriticalThreshold.1 = INTEGER: 90
// PDU-MIB::externalSensorUpperCriticalThreshold.2 = INTEGER: 350
// PDU-MIB::externalSensorUpperWarningThreshold.1 = INTEGER: 85
// PDU-MIB::externalSensorUpperWarningThreshold.2 = INTEGER: 330
// PDU-MIB::externalSensorState.1 = INTEGER: normal(4)
// PDU-MIB::externalSensorState.2 = INTEGER: normal(4)
// PDU-MIB::externalSensorValue.1 = INTEGER: 0
// PDU-MIB::externalSensorValue.2 = INTEGER: 0
foreach ($oids as $index => $entry) {
$descr = $entry['externalSensorName'];
// The name set by the device's admin through Raritan's web interface.
$oid = ".1.3.6.1.4.1.13742.4.3.3.1.41.{$index}";
$scale = si_to_scale('units', $entry['externalSensorDecimalDigits']);
// FIXME. other scale for externalSensorUnits = degreeF
$limits = array('limit_high' => $entry['externalSensorUpperWarningThreshold'] * $scale, 'limit_low' => $entry['externalSensorLowerCriticalThreshold'] * $scale, 'limit_high_warn' => $entry['externalSensorUpperCriticalThreshold'] * $scale, 'limit_low_warn' => $entry['externalSensorLowerWarningThreshold'] * $scale);
$value = $entry['externalSensorValue'];
$r_types = array('rmsCurrent' => 'current', 'rmsVoltage' => 'voltage', 'activePower' => 'power', 'apparentPower' => 'apower', 'temperature' => 'temperature', 'humidity' => 'humidity', 'airFlow' => 'airflow');
if (isset($r_types[$entry['externalSensorType']]) && is_numeric($value)) {
discover_sensor($valid['sensor'], $r_types[$entry['externalSensorType']], $device, $oid, $index, 'raritan', $descr, $scale, $value * $scale, $limits);
}
}
// EOF
if ($value != 0) {
discover_sensor($valid['sensor'], 'temperature', $device, $oid, $index, 'lambdadriver-dom-temp', $descr, $scale, $value);
}
}
if ($entry['oaSfpDiagnosticVcc'] != 'empty') {
$descr = $xdescr . ' SFP supply voltage';
$scale = 0.0001;
$oid = ".1.3.6.1.4.1.6926.1.18.1.1.3.1.4.{$index}";
$value = intval($entry['oaSfpDiagnosticVcc']);
if ($value != 0) {
discover_sensor($valid['sensor'], 'voltage', $device, $oid, $index, 'lambdadriver-dom-voltage', $descr, $scale, $value);
}
}
if ($entry['oaSfpDiagnosticTxBias'] != 'empty') {
$descr = $xdescr . ' DOM Current';
$scale = si_to_scale('micro');
$oid = ".1.3.6.1.4.1.6926.1.18.1.1.3.1.5.{$index}";
$value = intval($entry['oaSfpDiagnosticTxBias']);
if ($value != 0) {
discover_sensor($valid['sensor'], 'current', $device, $oid, $index, 'lambdadriver-dom-current', $descr, $scale, $value);
}
}
if ($entry['oaSfpDiagnosticRxPower'] != 'empty') {
$descr = $xdescr . ' RX';
$scale = 0.01;
$oid = ".1.3.6.1.4.1.6926.1.18.1.1.3.1.7.{$index}";
$value = intval($entry['oaSfpDiagnosticRxPower']);
if ($value != -5000) {
discover_sensor($valid['sensor'], 'dbm', $device, $oid, $index, 'lambdadriver-dom-rxpower', $descr, $scale, $value);
}
}
$scale = si_to_scale($entry['mtvalExp'] + 3); // Convert to Wh
// not break here
case 'wh':
$sensor_type = 'energy';
break;
*/
/* FIXME. Wh should be counters, disabled for now
case 'kwh':
$scale = si_to_scale($entry['mtvalExp'] + 3); // Convert to Wh
// not break here
case 'wh':
$sensor_type = 'energy';
break;
*/
case 'kw':
$scale = si_to_scale($entry['mtvalExp'] + 3);
// Convert to W
// not break here
// Convert to W
// not break here
case 'w':
$sensor_type = 'power';
break;
case 'v':
$sensor_type = 'voltage';
break;
case 'a':
$sensor_type = 'current';
break;
case '':
if (stristr($entry['mtvalName'], 'Power factor')) {
//BLUECOAT-SG-SENSOR-MIB::deviceSensorValue.10 = INTEGER: 1194
//BLUECOAT-SG-SENSOR-MIB::deviceSensorValue.11 = INTEGER: 330
//BLUECOAT-SG-SENSOR-MIB::deviceSensorCode.11 = INTEGER: ok(1)
//BLUECOAT-SG-SENSOR-MIB::deviceSensorStatus.11 = INTEGER: ok(1)
//BLUECOAT-SG-SENSOR-MIB::deviceSensorTimeStamp.11 = Timeticks: (3426521929) 396 days, 14:06:59.29 Hundredths of seconds
//BLUECOAT-SG-SENSOR-MIB::deviceSensorName.11 = STRING: +3.3V bus voltage 2 (Vcc)
echo " BLUECOAT-SG-SENSOR-MIB ";
$sensor_array = snmpwalk_cache_multi_oid($device, 'deviceSensorValueTable', array(), 'BLUECOAT-SG-SENSOR-MIB', mib_dirs('bluecoat'));
$sensor_type_map = array('volts' => 'voltage', 'rpm' => 'fanspeed', 'celsius' => 'temperature', 'dBm' => 'dbm');
foreach ($sensor_array as $index => $entry) {
if ($sensor_type_map[$entry['deviceSensorUnits']] && is_numeric($entry['deviceSensorValue']) && is_numeric($index) && $entry['deviceSensorStatus'] != 'unavailable' && $entry['deviceSensorStatus'] != 'nonoperational') {
$ok = TRUE;
$descr = rewrite_entity_name($entry['deviceSensorName']);
$oid = ".1.3.6.1.4.1.3417.2.1.1.1.1.1.5." . $index;
$type = $sensor_type_map[$entry['deviceSensorUnits']];
$scale = si_to_scale($entry['deviceSensorScale']);
$value = $entry['deviceSensorValue'];
if ($type == "temperature") {
if ($value * $scale > 200) {
$ok = FALSE;
}
}
if ($value == "-127") {
$ok = FALSE;
}
if ($ok) {
discover_sensor($valid['sensor'], $type, $device, $oid, $index, 'bluecoat-sg-proxy-mib', $descr, $scale, $value);
}
}
}
unset($sensor_type_map, $oids, $oids_arista, $sensor_array, $index, $scale, $type, $value, $descr, $ok);
// SensorUnitsEnumeration
$oid_units = array('volt' => array('type' => 'voltage'), 'amp' => array('type' => 'current'), 'watt' => array('type' => 'power'), 'voltamp' => array('type' => 'apower'), 'degreeC' => array('type' => 'temperature', 'unit' => 'C'), 'hertz' => array('type' => 'frequency'), 'percent' => array('type' => 'humidity'), 'meterpersec' => array('type' => 'velocity'), 'pascal' => array('type' => 'pressure'), 'psi' => array('type' => 'pressure', 'unit' => 'psi'), 'degreeF' => array('type' => 'temperature', 'unit' => 'F'), 'rpm' => array('type' => 'fanspeed'), 'lux' => array('type' => 'illuminance'), 'voltampReactive' => array('type' => 'rpower'));
$oids = snmpwalk_cache_oid($device, 'externalSensorConfigurationEntry', array(), $mib);
$oids = snmpwalk_cache_oid($device, 'externalSensorMeasurementsEntry', $oids, $mib);
if (OBS_DEBUG > 1) {
print_vars($oids);
}
foreach ($oids as $index => $entry) {
if (!in_array($entry['externalSensorType'], $oid_types) || $entry['measurementsExternalSensorIsAvailable'] == 'false') {
continue;
}
$descr = $entry['externalSensorName'];
if ($entry['externalSensorPort']) {
$descr .= ' - ' . $entry['externalSensorPort'];
}
$scale = si_to_scale($entry['externalSensorDecimalDigits'] * -1);
$oid_name = 'measurementsExternalSensorValue';
$oid_num = '.1.3.6.1.4.1.13742.8.2.1.1.1.3.' . $index;
$type = $mib . '-' . $oid_name;
$value = $entry[$oid_name];
// Limits (based on enabled thresholds)
// SYNTAX BITS {
// lowerCritical(0),
// lowerWarning(1),
// upperWarning(2),
// upperCritical(3),
// }
$options = array();
$limits_flags = base_convert($entry['externalSensorEnabledThresholds'], 16, 10);
if (is_flag_set(bindec(10000000), $limits_flags)) {
$options['limit_low'] = $entry['externalSensorLowerCriticalThreshold'] * $scale;
/**
* @dataProvider providerSiToScaleValue
*/
public function testSiToScaleValue($value, $scale, $result)
{
$this->assertSame($result, $value * si_to_scale($scale));
}
$oid_num = ".1.3.6.1.4.1.1916.1.1.1.38.1.3.{$index}";
$type = $mib . '-' . $oid_name;
discover_sensor($valid['sensor'], 'voltage', $device, $oid_num, $index, $type, $descr, $scale, $value, $options);
}
$oid_name = 'extremePowerSupplyOutputCurrent';
$value = $entry[$oid_name];
if ($value > 0) {
$oid_num = ".1.3.6.1.4.1.1916.1.1.1.38.1.4.{$index}";
$type = $mib . '-' . $oid_name;
discover_sensor($valid['sensor'], 'current', $device, $oid_num, $index, $type, $descr, $scale, $value, $options);
}
}
}
// FIXME, actual only for stacked devices, or it same as power supply power usage
//EXTREME-SYSTEM-MIB::extremeSystemPowerUsageValue.0 = INTEGER: 74800
//EXTREME-SYSTEM-MIB::extremeSystemPowerUsageUnitMultiplier.0 = INTEGER: milli(-3)
$oids['SystemPowerUsage'] = snmpget_cache_multi($device, 'extremeSystemPowerUsageValue.0 extremeSystemPowerUsageUnitMultiplier.0', array(), $mib);
//print_vars($oids);
$index = 0;
$entry = $oids['SystemPowerUsage'][$index];
$descr = 'Total Power Usage';
$scale = si_to_scale($entry['extremeSystemPowerUsageUnitMultiplier']);
$oid_name = 'extremeSystemPowerUsageValue';
$value = $entry[$oid_name];
if ($value > 0) {
$oid_num = ".1.3.6.1.4.1.1916.1.1.1.40.1.{$index}";
$type = $mib . '-' . $oid_name;
discover_sensor($valid['sensor'], 'power', $device, $oid_num, $index, $type, $descr, $scale, $value);
}
unset($oids);
// EOF
SUN-PLATFORM-MIB::sunPlatNumericSensorEnabledThresholds.15 = BITS: 00
SUN-PLATFORM-MIB::sunPlatNumericSensorRestoreDefaultThresholds.5 = INTEGER: reset(1)
SUN-PLATFORM-MIB::sunPlatNumericSensorRestoreDefaultThresholds.15 = INTEGER: reset(1)
SUN-PLATFORM-MIB::sunPlatEquipmentLocationName.5 = STRING: /CH/CMM
SUN-PLATFORM-MIB::sunPlatEquipmentLocationName.15 = STRING: /CH/BL0
*/
$SunPlatBaseUnits = array('degC' => array('type' => 'temperature', 'unit' => 'C'), 'degF' => array('type' => 'temperature', 'unit' => 'F'), 'degK' => array('type' => 'temperature', 'unit' => 'K'), 'volts' => array('type' => 'voltage'), 'amps' => array('type' => 'current'), 'watts' => array('type' => 'power'), 'va' => array('type' => 'apower'), 'lux' => array('type' => 'illuminance'), 'kPa' => array('type' => 'pressure'), 'psi' => array('type' => 'pressure', 'unit' => 'psi'), 'cfm' => array('type' => 'airflow'), 'rpm' => array('type' => 'fanspeed'), 'hertz' => array('type' => 'frequency'), 'ohms' => array('type' => 'resistance'));
$oids = snmpwalk_cache_oid($device, 'sunPlatNumericSensorEntry', array(), $mib);
$oids = snmpwalk_cache_oid($device, 'sunPlatEquipmentLocationName', $oids, $mib);
foreach ($oids as $index => $entry) {
if (!isset($entry['sunPlatNumericSensorBaseUnits']) || !isset($SunPlatBaseUnits[$entry['sunPlatNumericSensorBaseUnits']]) || !isset($entry['sunPlatNumericSensorCurrent'])) {
continue;
}
$descr = $entry['sunPlatEquipmentLocationName'];
$scale = si_to_scale($entry['sunPlatNumericSensorExponent']);
$oid_name = 'sunPlatNumericSensorCurrent';
$oid_num = '.1.3.6.1.4.1.42.2.70.101.1.1.8.1.4.' . $index;
$type = $mib . '-' . $oid_name;
$value = $entry[$oid_name];
// Limits (based on enabled thresholds)
// SYNTAX BITS {
// lowerThresholdNonCritical(0),
// upperThresholdNonCritical(1),
// lowerThresholdCritical(2),
// upperThresholdCritical(3),
// lowerThresholdFatal(4),
// upperThresholdFatal(5)
// }
$options = array();
$limits_flags = base_convert($entry['sunPlatNumericSensorEnabledThresholds'], 16, 10);
foreach ($oids[$index] as $type => $entry) {
if (!in_array($entry['rlPhyTestGetStatus'], array('success', 'inProgress'))) {
continue;
}
switch ($entry['rlPhyTestGetUnits']) {
case 'microVolt':
case 'microAmper':
case 'microOham':
case 'microWatt':
$scale = si_to_scale('micro');
break;
case 'milidbm':
$scale = si_to_scale('milli');
break;
case 'decidbm':
$scale = si_to_scale('deci');
break;
default:
$scale = 1;
}
$options = array('entPhysicalIndex' => $index);
$port = get_port_by_index_cache($device['device_id'], $index);
if (is_array($port)) {
$entry['ifDescr'] = $port['ifDescr'];
$options['measured_class'] = 'port';
$options['measured_entity'] = $port['port_id'];
} else {
$entry['ifDescr'] = snmp_get($device, "ifDescr." . $index, "-Oqv", "IF-MIB");
}
switch ($type) {
case 'rlPhyTestTableTransceiverTemp':
