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Commit version 24.12.13800

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This commit is contained in:
Chris Hammer
2025-01-06 17:35:06 -05:00
parent b7f6a79c2c
commit 55d9218816
6133 changed files with 4239740 additions and 1374287 deletions
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540
includes/discovery/sensors/huawei-entity-extent-mib.inc.php
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@ -6,7 +6,7 @@
*
* @package observium
* @subpackage discovery
* @copyright (C) 2006-2013 Adam Armstrong, (C) 2013-2022 Observium Limited
* @copyright (C) Adam Armstrong
*
*/
@ -16,81 +16,83 @@
//HUAWEI-ENTITY-EXTENT-MIB::hwEntityBomEnDesc.67371017 = STRING: Finished Board,S9700,EH1D2L08QX2E,8-Port 40GE QSFP+ Interface Card(X2E,QSFP+),20M TCAM
//HUAWEI-ENTITY-EXTENT-MIB::hwEntityBomEnDesc.68419593 = STRING: Finished Board,S12700,ET1D2X48SX2S,48-Port 10GE SFP+ Interface Card(X2S,SFP+)
$huawei['sensors_names'] = snmpwalk_cache_oid($device, 'hwEntityBomEnDesc', array(), 'HUAWEI-ENTITY-EXTENT-MIB');
$huawei['sensors_names'] = snmpwalk_cache_oid($device, 'hwEntityBomEnDesc', [], 'HUAWEI-ENTITY-EXTENT-MIB');
//$huawei['sensors_names'] = snmpwalk_cache_oid($device, 'entPhysicalName', $huawei['sensors_names'], 'ENTITY-MIB');
//$huawei['sensors_names'] = snmpwalk_cache_oid($device, 'entPhysicalAlias', $huawei['sensors_names'], 'ENTITY-MIB');
$huawei['temp'] = snmpwalk_cache_oid($device, 'hwEntityTemperature', array(), 'HUAWEI-ENTITY-EXTENT-MIB');
$huawei['voltage'] = snmpwalk_cache_oid($device, 'hwEntityVoltage', array(), 'HUAWEI-ENTITY-EXTENT-MIB');
$huawei['fan'] = snmpwalk_cache_oid($device, 'hwFanStatusEntry', array(), 'HUAWEI-ENTITY-EXTENT-MIB');
$huawei['temp'] = snmpwalk_cache_oid($device, 'hwEntityTemperature', [], 'HUAWEI-ENTITY-EXTENT-MIB');
$huawei['voltage'] = snmpwalk_cache_oid($device, 'hwEntityVoltage', [], 'HUAWEI-ENTITY-EXTENT-MIB');
$huawei['fan'] = snmpwalk_cache_oid($device, 'hwFanStatusEntry', [], 'HUAWEI-ENTITY-EXTENT-MIB');
print_debug_vars($huawei);
// Temperatures
foreach ($huawei['temp'] as $index => $entry) {
$oid_name = 'hwEntityTemperature';
$oid_num = ".1.3.6.1.4.1.2011.5.25.31.1.1.1.1.11.$index";
$oid_name = 'hwEntityTemperature';
$oid_num = ".1.3.6.1.4.1.2011.5.25.31.1.1.1.1.11.$index";
$value = $entry[$oid_name];
if ($value > 0 && $value <= 1000) {
$descr = snmp_get_oid($device, "entPhysicalAlias.$index", 'ENTITY-MIB');
if (empty($descr)) {
$descr = snmp_get_oid($device, "entPhysicalName.$index", 'ENTITY-MIB');
$value = $entry[$oid_name];
if ($value > 0 && $value <= 1000) {
$descr = snmp_get_oid($device, "entPhysicalAlias.$index", 'ENTITY-MIB');
if (empty($descr)) {
$descr = snmp_get_oid($device, "entPhysicalName.$index", 'ENTITY-MIB');
}
if (empty($descr)) {
$descr_array = explode(',', $huawei['sensors_names'][$index]['hwEntityBomEnDesc']);
$descr = end($descr_array);
}
$options = ['limit_high' => snmp_get_oid($device, "hwEntityTemperatureThreshold.$index", 'HUAWEI-ENTITY-EXTENT-MIB')];
$options['rename_rrd'] = "huawei-$index";
discover_sensor_ng($device, 'temperature', $mib, $oid_name, $oid_num, $index, $descr, 1, $value, $options);
}
if (empty($descr)) {
$descr_array = explode(',', $huawei['sensors_names'][$index]['hwEntityBomEnDesc']);
$descr = end($descr_array);
}
$options = array('limit_high' => snmp_get_oid($device, "hwEntityTemperatureThreshold.$index", 'HUAWEI-ENTITY-EXTENT-MIB'));
$options['rename_rrd'] = "huawei-$index";
discover_sensor_ng($device,'temperature', $mib, $oid_name, $oid_num, $index, NULL, $descr, 1, $value, $options);
}
}
// Voltages
foreach ($huawei['voltage'] as $index => $entry) {
$oid_name = 'hwEntityVoltage';
$oid_num = ".1.3.6.1.4.1.2011.5.25.31.1.1.1.1.13.$index";
$oid_name = 'hwEntityVoltage';
$oid_num = ".1.3.6.1.4.1.2011.5.25.31.1.1.1.1.13.$index";
$value = $entry[$oid_name];
if ($value != 0 && $value <= 1000) {
if (strlen($huawei['sensors_names'][$index]['hwEntityBomEnDesc'])) {
$descr_array = explode(',', $huawei['sensors_names'][$index]['hwEntityBomEnDesc']);
$descr = end($descr_array);
} else {
$descr = snmp_get_oid($device, "entPhysicalAlias.$index", 'ENTITY-MIB');
if (empty($descr)) {
$descr = snmp_get_oid($device, "entPhysicalName.$index", 'ENTITY-MIB');
}
$value = $entry[$oid_name];
if ($value != 0 && $value <= 1000) {
if (strlen($huawei['sensors_names'][$index]['hwEntityBomEnDesc'])) {
$descr_array = explode(',', $huawei['sensors_names'][$index]['hwEntityBomEnDesc']);
$descr = end($descr_array);
} else {
$descr = snmp_get_oid($device, "entPhysicalAlias.$index", 'ENTITY-MIB');
if (empty($descr)) {
$descr = snmp_get_oid($device, "entPhysicalName.$index", 'ENTITY-MIB');
}
}
$options = ['limit_high' => snmp_get_oid($device, "hwEntityVoltageHighThreshold.$index", 'HUAWEI-ENTITY-EXTENT-MIB'),
'limit_low' => snmp_get_oid($device, "hwEntityVoltageLowThreshold.$index", 'HUAWEI-ENTITY-EXTENT-MIB')];
$options['rename_rrd'] = "huawei-$index";
discover_sensor_ng($device, 'voltage', $mib, $oid_name, $oid_num, $index, $descr, 1, $value, $options);
}
$options = array('limit_high' => snmp_get_oid($device, "hwEntityVoltageHighThreshold.$index", 'HUAWEI-ENTITY-EXTENT-MIB'),
'limit_low' => snmp_get_oid($device, "hwEntityVoltageLowThreshold.$index", 'HUAWEI-ENTITY-EXTENT-MIB'));
$options['rename_rrd'] = "huawei-$index";
discover_sensor_ng($device,'voltage', $mib, $oid_name, $oid_num, $index, NULL, $descr, 1, $value, $options);
}
}
foreach ($huawei['fan'] as $index => $entry) {
if ($entry['hwEntityFanPresent'] === 'absent') { continue; }
if ($entry['hwEntityFanPresent'] === 'absent') {
continue;
}
$descr = 'Slot '.$entry['hwEntityFanSlot'].' Fan '.$entry['hwEntityFanSn'];
$descr = 'Slot ' . $entry['hwEntityFanSlot'] . ' Fan ' . $entry['hwEntityFanSn'];
$oid_name = 'hwEntityFanSpeed';
$oid_num = '.1.3.6.1.4.1.2011.5.25.31.1.1.10.1.5.'.$index;
$value = $entry[$oid_name];
$oid_name = 'hwEntityFanSpeed';
$oid_num = '.1.3.6.1.4.1.2011.5.25.31.1.1.10.1.5.' . $index;
$value = $entry[$oid_name];
if ($entry['hwEntityFanSpeed'] > 0) {
$options = [ 'rename_rrd' => "huawei-$index" ];
discover_sensor_ng($device, 'load', $mib, $oid_name, $oid_num, $index, NULL, $descr, 1, $value, $options);
}
if ($entry['hwEntityFanSpeed'] > 0) {
$options = ['rename_rrd' => "huawei-$index"];
discover_sensor_ng($device, 'load', $mib, $oid_name, $oid_num, $index, $descr, 1, $value, $options);
}
$oid_name = 'hwEntityFanState';
$oid_num = '.1.3.6.1.4.1.2011.5.25.31.1.1.10.1.7.'.$index;
$value = $entry[$oid_name];
discover_status($device, $oid_num, $index, 'huawei-entity-ext-mib-fan-state', $descr, $value, array('entPhysicalClass' => 'fan'));
$oid_name = 'hwEntityFanState';
$oid_num = '.1.3.6.1.4.1.2011.5.25.31.1.1.10.1.7.' . $index;
$value = $entry[$oid_name];
discover_status($device, $oid_num, $index, 'huawei-entity-ext-mib-fan-state', $descr, $value, ['entPhysicalClass' => 'fan']);
}
// Optical sensors
@ -103,245 +105,247 @@ $entity_array = [];
* See: https://jira.observium.org/browse/OBS-1362 (initially power hack was added)
* https://jira.observium.org/browse/OBS-2937 (issue with different scales sensor and limits)
*/
$power_class = 'power';
$power_scale = 0.000001;
$power_scale_multi = 0.01;
foreach (snmpwalk_cache_oid($device, 'hwEntityOpticalTemperature', [], 'HUAWEI-ENTITY-EXTENT-MIB') as $index => $entry) {
// Ignore optical sensors with temperature of zero or negative
if ($entry['hwEntityOpticalTemperature'] > 1) {
$optical_oids = array(
'hwEntityOpticalVoltage.' . $index,
'hwEntityOpticalBiasCurrent.' . $index,
'hwEntityOpticalRxPower.' . $index,
'hwEntityOpticalRxHighThreshold.' . $index,
'hwEntityOpticalRxHighWarnThreshold.' . $index,
'hwEntityOpticalRxLowThreshold.' . $index,
'hwEntityOpticalRxLowWarnThreshold.' . $index,
'hwEntityOpticalTxPower.' . $index,
'hwEntityOpticalTxHighThreshold.' . $index,
'hwEntityOpticalTxHighWarnThreshold.' . $index,
'hwEntityOpticalTxLowThreshold.' . $index,
'hwEntityOpticalTxLowWarnThreshold.' . $index,
// Multi Lane transceivers
'hwEntityOpticalLaneBiasCurrent.' . $index,
'hwEntityOpticalLaneRxPower.' . $index,
'hwEntityOpticalLaneTxPower.' . $index,
// Transceiver descriptions
'hwEntityOpticalVenderPn.' . $index,
'hwEntityOpticalVenderName.' . $index,
);
$optical_entry = snmp_get_multi_oid($device, $optical_oids, array(), 'HUAWEI-ENTITY-EXTENT-MIB');
if (isset($optical_entry[$index])) {
$entity_array[$index] = array_merge($entry, $optical_entry[$index]);
}
$power_class = 'power';
$power_scale = 0.000001;
// Detect correct scale for power sensors
if (($entity_array[$index]['hwEntityOpticalRxPower'] < 0 && $entity_array[$index]['hwEntityOpticalRxPower'] != -1) ||
($entity_array[$index]['hwEntityOpticalTxPower'] < 0 && $entity_array[$index]['hwEntityOpticalTxPower'] != -1)) {
// Disable power hack, sensors in dBm
$power_class = 'dbm';
$power_scale = 0.01;
foreach (snmpwalk_cache_oid($device, 'hwEntityOpticalTemperature', [], 'HUAWEI-ENTITY-EXTENT-MIB') as $index => $entry) {
// Ignore optical sensors with temperature of zero or negative
if ($entry['hwEntityOpticalTemperature'] > 1) {
$optical_oids = [
'hwEntityOpticalVoltage.' . $index,
'hwEntityOpticalBiasCurrent.' . $index,
'hwEntityOpticalRxPower.' . $index,
'hwEntityOpticalRxHighThreshold.' . $index,
'hwEntityOpticalRxHighWarnThreshold.' . $index,
'hwEntityOpticalRxLowThreshold.' . $index,
'hwEntityOpticalRxLowWarnThreshold.' . $index,
'hwEntityOpticalTxPower.' . $index,
'hwEntityOpticalTxHighThreshold.' . $index,
'hwEntityOpticalTxHighWarnThreshold.' . $index,
'hwEntityOpticalTxLowThreshold.' . $index,
'hwEntityOpticalTxLowWarnThreshold.' . $index,
// Multi Lane transceivers
'hwEntityOpticalLaneBiasCurrent.' . $index,
'hwEntityOpticalLaneRxPower.' . $index,
'hwEntityOpticalLaneTxPower.' . $index,
// Transceiver descriptions
'hwEntityOpticalVenderPn.' . $index,
'hwEntityOpticalVenderName.' . $index,
];
$optical_entry = snmp_get_multi_oid($device, $optical_oids, [], 'HUAWEI-ENTITY-EXTENT-MIB');
if (isset($optical_entry[$index])) {
$entity_array[$index] = array_merge($entry, $optical_entry[$index]);
}
// Detect correct scale for power sensors
if (($entity_array[$index]['hwEntityOpticalRxPower'] < 0 && $entity_array[$index]['hwEntityOpticalRxPower'] != -1) ||
($entity_array[$index]['hwEntityOpticalTxPower'] < 0 && $entity_array[$index]['hwEntityOpticalTxPower'] != -1)) {
// Disable power hack, sensors in dBm
$power_class = 'dbm';
$power_scale = 0.01;
}
unset($optical_entry, $entry);
}
unset($optical_entry, $entry);
}
}
print_debug_vars($entity_array);
$rx_limit_oids = array(
$rx_limit_oids = [
'limit_high' => 'hwEntityOpticalRxHighThreshold',
'limit_high_warn' => 'hwEntityOpticalRxHighWarnThreshold',
'limit_low' => 'hwEntityOpticalRxLowThreshold',
'limit_low_warn' => 'hwEntityOpticalRxLowWarnThreshold'
);
$tx_limit_oids = array(
];
$tx_limit_oids = [
'limit_high' => 'hwEntityOpticalTxHighThreshold',
'limit_high_warn' => 'hwEntityOpticalTxHighWarnThreshold',
'limit_low' => 'hwEntityOpticalTxLowThreshold',
'limit_low_warn' => 'hwEntityOpticalTxLowWarnThreshold'
);
];
foreach ($entity_array as $index => $entry) {
$port = get_port_by_ent_index($device, $index);
$options = array('entPhysicalIndex' => $index);
if (is_array($port)) {
$entry['ifDescr'] = $port['port_label'];
$options['measured_class'] = 'port';
$options['measured_entity'] = $port['port_id'];
$options['entPhysicalIndex_measured'] = $port['ifIndex'];
} else {
// Skip?
continue;
}
$temperatureoid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.5.'.$index;
$voltageoid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.6.'.$index;
$biascurrentoid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.7.'.$index;
$options['rename_rrd'] = "huawei-$index";
if (!safe_empty($entry['hwEntityOpticalVenderPn'])) {
$trans = ' ('.str_ireplace('-EQUIV', '', $entry['hwEntityOpticalVenderName']).' '.$entry['hwEntityOpticalVenderPn'].')';
} else {
$trans = '';
}
discover_sensor_ng($device, 'temperature', $mib, 'hwEntityOpticalTemperature', $temperatureoid, $index, NULL, $entry['ifDescr'] . ' Temperature'.$trans, 1, $entry['hwEntityOpticalTemperature'], $options);
discover_sensor_ng($device, 'voltage', $mib, 'hwEntityOpticalVoltage', $voltageoid, $index, NULL, $entry['ifDescr'] . ' Voltage'.$trans, 0.001, $entry['hwEntityOpticalVoltage'], $options);
if ($entry['hwEntityOpticalBiasCurrent'] != -1) {
discover_sensor_ng($device, 'current', $mib, 'hwEntityOpticalBiasCurrent', $biascurrentoid, $index, NULL, $entry['ifDescr'] . ' Bias Current'.$trans, 0.000001, $entry['hwEntityOpticalBiasCurrent'], $options);
}
// MultiLane transceivers
/*
hwEntityOpticalVoltage.16981633 = 3310
hwEntityOpticalBiasCurrent.16981633 = 5900
hwEntityOpticalRxPower.16981633 = 133
hwEntityOpticalRxHighThreshold.16981633 = 340
hwEntityOpticalRxHighWarnThreshold.16981633 = No Such Instance currently exists at this OID
hwEntityOpticalRxLowThreshold.16981633 = -1429
hwEntityOpticalRxLowWarnThreshold.16981633 = No Such Instance currently exists at this OID
hwEntityOpticalTxPower.16981633 = -132
hwEntityOpticalTxHighThreshold.16981633 = 340
hwEntityOpticalTxHighWarnThreshold.16981633 = No Such Instance currently exists at this OID
hwEntityOpticalTxLowThreshold.16981633 = -1160
hwEntityOpticalTxLowWarnThreshold.16981633 = No Such Instance currently exists at this OID
hwEntityOpticalLaneBiasCurrent.16981633 = 5.90,5.90,5.90,5.90
hwEntityOpticalLaneRxPower.16981633 = 133.83,98.54,179.26,80.16
hwEntityOpticalLaneTxPower.16981633 = -132.65,-59.63,-24.66,-56.65
hwEntityOpticalVenderPn.16981633 = 02311GBW-OSI
hwEntityOpticalVenderName.16981633 = Huawei-EQUIV
*/
// Rx power
$rxoptions = $options;
if (isset($entry['hwEntityOpticalLaneRxPower']) && !safe_empty($entry['hwEntityOpticalLaneRxPower'])) {
// Prefer Lane Oid, as correct dBm
$lane_oid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.32.' . $index;
$multilane = str_contains($entry['hwEntityOpticalLaneRxPower'], ',');
foreach ($rx_limit_oids as $limit => $limit_oid) {
if (isset($entry[$limit_oid]) && $entry[$limit_oid] != -1) {
$rxoptions[$limit] = $entry[$limit_oid] * 0.01;
}
}
if ($multilane) {
// Fix incorrect Power scale.. again
// See: https://jira.observium.org/browse/OBS-4148
/*
hwEntityOpticalRxPower.16850463 = -121
hwEntityOpticalRxHighThreshold.16850463 = 400
hwEntityOpticalRxHighWarnThreshold.16850463 = No Such Object available on this agent at this OID
hwEntityOpticalRxLowThreshold.16850463 = -1801
hwEntityOpticalRxLowWarnThreshold.16850463 = No Such Object available on this agent at this OID
hwEntityOpticalLaneRxPower.16850463 = -1.21,-1.51,-1.83,-2.18
*/
list($lane1_rxpower) = explode(',', $entry['hwEntityOpticalLaneRxPower']);
if (($entry['hwEntityOpticalRxPower'] != -1) && float_cmp($entry['hwEntityOpticalRxPower'] * 0.01, $lane1_rxpower, 0.01) === 0) {
$power_scale_multi = 1;
}
$rxoptions['sensor_unit'] = 'split1';
$lane_descr = $entry['ifDescr'] . ' Lane 1 Rx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneRxPower', $lane_oid, $index, NULL, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneRxPower'], $rxoptions);
$rxoptions['sensor_unit'] = 'split2';
$lane_descr = $entry['ifDescr'] . ' Lane 2 Rx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneRxPower', $lane_oid, $index, NULL, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneRxPower'], $rxoptions);
$rxoptions['sensor_unit'] = 'split3';
$lane_descr = $entry['ifDescr'] . ' Lane 3 Rx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneRxPower', $lane_oid, $index, NULL, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneRxPower'], $rxoptions);
$rxoptions['sensor_unit'] = 'split4';
$lane_descr = $entry['ifDescr'] . ' Lane 4 Rx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneRxPower', $lane_oid, $index, NULL, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneRxPower'], $rxoptions);
$port = get_port_by_ent_index($device, $index);
$options = ['entPhysicalIndex' => $index];
if (is_array($port)) {
$entry['ifDescr'] = $port['port_label'];
$options['measured_class'] = 'port';
$options['measured_entity'] = $port['port_id'];
$options['entPhysicalIndex_measured'] = $port['ifIndex'];
} else {
$rxoptions['rename_rrd'] = "HUAWEI-ENTITY-EXTENT-MIB-hwEntityOpticalRxPower-$index";
$lane_descr = $entry['ifDescr'] . ' Rx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneRxPower', $lane_oid, $index, NULL, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneRxPower'], $rxoptions);
}
} elseif ($entry['hwEntityOpticalRxPower'] != -1) {
// Huawei does not follow their own MIB for some devices and instead reports Rx/Tx Power as dBm converted to mW then multiplied by 1000
$rxpoweroid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.8.'.$index;
// Limits always as dBm
foreach ($rx_limit_oids as $limit => $limit_oid) {
if (isset($entry[$limit_oid]) && $entry[$limit_oid] != -1) {
$rxoptions[$limit] = $entry[$limit_oid] * 0.01;
if ($power_class === 'power') {
$rxoptions[$limit] = value_to_si($rxoptions[$limit], 'dBm', 'power'); // Limit in dBm, convert to W
}
}
// Skip?
continue;
}
$rxoptions['rename_rrd'] = "huawei-hwEntityOpticalRxPower.$index";
discover_sensor_ng($device, $power_class, $mib, 'hwEntityOpticalRxPower', $rxpoweroid, $index, NULL, $entry['ifDescr'] . ' Rx Power' . $trans, $power_scale, $entry['hwEntityOpticalRxPower'], $rxoptions);
}
$temperatureoid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.5.' . $index;
$voltageoid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.6.' . $index;
$biascurrentoid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.7.' . $index;
// Tx power
$txoptions = $options;
if (isset($entry['hwEntityOpticalLaneTxPower']) && !safe_empty($entry['hwEntityOpticalLaneTxPower'])) {
// Prefer Lane Oid, as correct dBm
$lane_oid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.33.' . $index;
$multilane = str_contains($entry['hwEntityOpticalLaneTxPower'], ',');
foreach ($tx_limit_oids as $limit => $limit_oid) {
if (isset($entry[$limit_oid]) && $entry[$limit_oid] != -1) {
$txoptions[$limit] = $entry[$limit_oid] * 0.01;
}
}
if ($multilane) {
// Fix incorrect Power scale.. again
// See: https://jira.observium.org/browse/OBS-4148
/*
hwEntityOpticalTxPower.16850463 = -25
hwEntityOpticalTxHighThreshold.16850463 = 400
hwEntityOpticalTxHighWarnThreshold.16850463 = No Such Object available on this agent at this OID
hwEntityOpticalTxLowThreshold.16850463 = -1060
hwEntityOpticalTxLowWarnThreshold.16850463 = No Such Object available on this agent at this OID
hwEntityOpticalLaneTxPower.16850463 = -0.25,-0.26,-0.26,-0.23
*/
list($lane1_txpower) = explode(',', $entry['hwEntityOpticalLaneTxPower']);
if (($entry['hwEntityOpticalTxPower'] != -1) && float_cmp($entry['hwEntityOpticalTxPower'] * 0.01, $lane1_txpower, 0.01) === 0) {
$power_scale_multi = 1;
}
$txoptions['sensor_unit'] = 'split1';
$lane_descr = $entry['ifDescr'] . ' Lane 1 Tx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneTxPower', $lane_oid, $index, NULL, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneTxPower'], $txoptions);
$txoptions['sensor_unit'] = 'split2';
$lane_descr = $entry['ifDescr'] . ' Lane 2 Tx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneTxPower', $lane_oid, $index, NULL, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneTxPower'], $txoptions);
$txoptions['sensor_unit'] = 'split3';
$lane_descr = $entry['ifDescr'] . ' Lane 3 Tx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneTxPower', $lane_oid, $index, NULL, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneTxPower'], $txoptions);
$txoptions['sensor_unit'] = 'split4';
$lane_descr = $entry['ifDescr'] . ' Lane 4 Tx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneTxPower', $lane_oid, $index, NULL, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneTxPower'], $txoptions);
$options['rename_rrd'] = "huawei-$index";
if (!safe_empty($entry['hwEntityOpticalVenderPn'])) {
$trans = ' (' . str_ireplace('-EQUIV', '', $entry['hwEntityOpticalVenderName']) . ' ' . $entry['hwEntityOpticalVenderPn'] . ')';
} else {
$txoptions['rename_rrd'] = "HUAWEI-ENTITY-EXTENT-MIB-hwEntityOpticalTxPower-$index";
$lane_descr = $entry['ifDescr'] . ' Tx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneTxPower', $lane_oid, $index, NULL, $lane_descr, 0.01, $entry['hwEntityOpticalLaneTxPower'], $txoptions);
$trans = '';
}
discover_sensor_ng($device, 'temperature', $mib, 'hwEntityOpticalTemperature', $temperatureoid, $index, $entry['ifDescr'] . ' Temperature' . $trans, 1, $entry['hwEntityOpticalTemperature'], $options);
discover_sensor_ng($device, 'voltage', $mib, 'hwEntityOpticalVoltage', $voltageoid, $index, $entry['ifDescr'] . ' Voltage' . $trans, 0.001, $entry['hwEntityOpticalVoltage'], $options);
if ($entry['hwEntityOpticalBiasCurrent'] != -1) {
discover_sensor_ng($device, 'current', $mib, 'hwEntityOpticalBiasCurrent', $biascurrentoid, $index, $entry['ifDescr'] . ' Bias Current' . $trans, 0.000001, $entry['hwEntityOpticalBiasCurrent'], $options);
}
} elseif ($entry['hwEntityOpticalTxPower'] != -1) {
// Huawei does not follow their own MIB for some devices and instead reports Rx/Tx Power as dBm converted to mW then multiplied by 1000
$txpoweroid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.9.'.$index;
foreach ($tx_limit_oids as $limit => $limit_oid) {
if (isset($entry[$limit_oid]) && $entry[$limit_oid] != -1) {
$txoptions[$limit] = $entry[$limit_oid] * 0.01;
if ($power_class === 'power') {
$txoptions[$limit] = value_to_si($txoptions[$limit], 'dBm', 'power'); // Limit in dBm, convert to W
// MultiLane transceivers
/*
hwEntityOpticalVoltage.16981633 = 3310
hwEntityOpticalBiasCurrent.16981633 = 5900
hwEntityOpticalRxPower.16981633 = 133
hwEntityOpticalRxHighThreshold.16981633 = 340
hwEntityOpticalRxHighWarnThreshold.16981633 = No Such Instance currently exists at this OID
hwEntityOpticalRxLowThreshold.16981633 = -1429
hwEntityOpticalRxLowWarnThreshold.16981633 = No Such Instance currently exists at this OID
hwEntityOpticalTxPower.16981633 = -132
hwEntityOpticalTxHighThreshold.16981633 = 340
hwEntityOpticalTxHighWarnThreshold.16981633 = No Such Instance currently exists at this OID
hwEntityOpticalTxLowThreshold.16981633 = -1160
hwEntityOpticalTxLowWarnThreshold.16981633 = No Such Instance currently exists at this OID
hwEntityOpticalLaneBiasCurrent.16981633 = 5.90,5.90,5.90,5.90
hwEntityOpticalLaneRxPower.16981633 = 133.83,98.54,179.26,80.16
hwEntityOpticalLaneTxPower.16981633 = -132.65,-59.63,-24.66,-56.65
hwEntityOpticalVenderPn.16981633 = 02311GBW-OSI
hwEntityOpticalVenderName.16981633 = Huawei-EQUIV
*/
$power_scale_multi = 0.01;
// Rx power
$rxoptions = $options;
if (isset($entry['hwEntityOpticalLaneRxPower']) && !safe_empty($entry['hwEntityOpticalLaneRxPower'])) {
// Prefer Lane Oid, as correct dBm
$lane_oid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.32.' . $index;
$multilane = str_contains($entry['hwEntityOpticalLaneRxPower'], ',');
foreach ($rx_limit_oids as $limit => $limit_oid) {
if (isset($entry[$limit_oid]) && $entry[$limit_oid] != -1) {
$rxoptions[$limit] = $entry[$limit_oid] * 0.01;
}
}
}
if ($multilane) {
// Fix incorrect Power scale.. again
// See: https://jira.observium.org/browse/OBS-4148
/*
hwEntityOpticalRxPower.16850463 = -121
hwEntityOpticalRxHighThreshold.16850463 = 400
hwEntityOpticalRxHighWarnThreshold.16850463 = No Such Object available on this agent at this OID
hwEntityOpticalRxLowThreshold.16850463 = -1801
hwEntityOpticalRxLowWarnThreshold.16850463 = No Such Object available on this agent at this OID
hwEntityOpticalLaneRxPower.16850463 = -1.21,-1.51,-1.83,-2.18
*/
[$lane1_rxpower] = explode(',', $entry['hwEntityOpticalLaneRxPower']);
if (($entry['hwEntityOpticalRxPower'] != -1) && float_cmp($entry['hwEntityOpticalRxPower'] * 0.01, $lane1_rxpower, 0.01) === 0) {
$power_scale_multi = 1;
}
$rxoptions['sensor_unit'] = 'split1';
$lane_descr = $entry['ifDescr'] . ' Lane 1 Rx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneRxPower', $lane_oid, $index, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneRxPower'], $rxoptions);
$rxoptions['sensor_unit'] = 'split2';
$lane_descr = $entry['ifDescr'] . ' Lane 2 Rx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneRxPower', $lane_oid, $index, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneRxPower'], $rxoptions);
$rxoptions['sensor_unit'] = 'split3';
$lane_descr = $entry['ifDescr'] . ' Lane 3 Rx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneRxPower', $lane_oid, $index, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneRxPower'], $rxoptions);
$rxoptions['sensor_unit'] = 'split4';
$lane_descr = $entry['ifDescr'] . ' Lane 4 Rx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneRxPower', $lane_oid, $index, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneRxPower'], $rxoptions);
} else {
$rxoptions['rename_rrd'] = "HUAWEI-ENTITY-EXTENT-MIB-hwEntityOpticalRxPower-$index";
$lane_descr = $entry['ifDescr'] . ' Rx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneRxPower', $lane_oid, $index, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneRxPower'], $rxoptions);
}
} elseif ($entry['hwEntityOpticalRxPower'] != -1) {
// Huawei does not follow their own MIB for some devices and instead reports Rx/Tx Power as dBm converted to mW then multiplied by 1000
$rxpoweroid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.8.' . $index;
// Limits always as dBm
if ($power_class === 'power') {
$rxoptions['limit_unit'] = 'dBm'; // Limit in dBm, convert to W
}
foreach ($rx_limit_oids as $limit => $limit_oid) {
if (isset($entry[$limit_oid]) && $entry[$limit_oid] != -1) {
$rxoptions[$limit] = $entry[$limit_oid] * 0.01;
}
}
$rxoptions['rename_rrd'] = "huawei-hwEntityOpticalRxPower.$index";
discover_sensor_ng($device, $power_class, $mib, 'hwEntityOpticalRxPower', $rxpoweroid, $index, $entry['ifDescr'] . ' Rx Power' . $trans, $power_scale, $entry['hwEntityOpticalRxPower'], $rxoptions);
}
$txoptions['rename_rrd'] = "huawei-hwEntityOpticalTxPower.$index";
discover_sensor_ng($device, $power_class, $mib, 'hwEntityOpticalTxPower', $txpoweroid, $index, NULL, $entry['ifDescr'] . ' Tx Power' . $trans, $power_scale, $entry['hwEntityOpticalTxPower'], $txoptions);
}
// Tx power
$txoptions = $options;
if (isset($entry['hwEntityOpticalLaneTxPower']) && !safe_empty($entry['hwEntityOpticalLaneTxPower'])) {
// Prefer Lane Oid, as correct dBm
$lane_oid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.33.' . $index;
$multilane = str_contains($entry['hwEntityOpticalLaneTxPower'], ',');
foreach ($tx_limit_oids as $limit => $limit_oid) {
if (isset($entry[$limit_oid]) && $entry[$limit_oid] != -1) {
$txoptions[$limit] = $entry[$limit_oid] * 0.01;
}
}
if ($multilane) {
// Fix incorrect Power scale.. again
// See: https://jira.observium.org/browse/OBS-4148
/*
hwEntityOpticalTxPower.16850463 = -25
hwEntityOpticalTxHighThreshold.16850463 = 400
hwEntityOpticalTxHighWarnThreshold.16850463 = No Such Object available on this agent at this OID
hwEntityOpticalTxLowThreshold.16850463 = -1060
hwEntityOpticalTxLowWarnThreshold.16850463 = No Such Object available on this agent at this OID
hwEntityOpticalLaneTxPower.16850463 = -0.25,-0.26,-0.26,-0.23
*/
[$lane1_txpower] = explode(',', $entry['hwEntityOpticalLaneTxPower']);
if (($entry['hwEntityOpticalTxPower'] != -1) && float_cmp($entry['hwEntityOpticalTxPower'] * 0.01, $lane1_txpower, 0.01) === 0) {
$power_scale_multi = 1;
}
$txoptions['sensor_unit'] = 'split1';
$lane_descr = $entry['ifDescr'] . ' Lane 1 Tx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneTxPower', $lane_oid, $index, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneTxPower'], $txoptions);
$txoptions['sensor_unit'] = 'split2';
$lane_descr = $entry['ifDescr'] . ' Lane 2 Tx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneTxPower', $lane_oid, $index, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneTxPower'], $txoptions);
$txoptions['sensor_unit'] = 'split3';
$lane_descr = $entry['ifDescr'] . ' Lane 3 Tx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneTxPower', $lane_oid, $index, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneTxPower'], $txoptions);
$txoptions['sensor_unit'] = 'split4';
$lane_descr = $entry['ifDescr'] . ' Lane 4 Tx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneTxPower', $lane_oid, $index, $lane_descr, $power_scale_multi, $entry['hwEntityOpticalLaneTxPower'], $txoptions);
} else {
$txoptions['rename_rrd'] = "HUAWEI-ENTITY-EXTENT-MIB-hwEntityOpticalTxPower-$index";
$lane_descr = $entry['ifDescr'] . ' Tx Power' . $trans;
discover_sensor_ng($device, 'dbm', $mib, 'hwEntityOpticalLaneTxPower', $lane_oid, $index, $lane_descr, 0.01, $entry['hwEntityOpticalLaneTxPower'], $txoptions);
}
} elseif ($entry['hwEntityOpticalTxPower'] != -1) {
// Huawei does not follow their own MIB for some devices and instead reports Rx/Tx Power as dBm converted to mW then multiplied by 1000
$txpoweroid = '.1.3.6.1.4.1.2011.5.25.31.1.1.3.1.9.' . $index;
if ($power_class === 'power') {
$txoptions['limit_unit'] = 'dBm'; // Limit in dBm, convert to W
}
foreach ($tx_limit_oids as $limit => $limit_oid) {
if (isset($entry[$limit_oid]) && $entry[$limit_oid] != -1) {
$txoptions[$limit] = $entry[$limit_oid] * 0.01;
}
}
$txoptions['rename_rrd'] = "huawei-hwEntityOpticalTxPower.$index";
discover_sensor_ng($device, $power_class, $mib, 'hwEntityOpticalTxPower', $txpoweroid, $index, $entry['ifDescr'] . ' Tx Power' . $trans, $power_scale, $entry['hwEntityOpticalTxPower'], $txoptions);
}
}