mirror of
https://github.com/librenms/librenms.git
synced 2024-10-07 16:52:45 +00:00
9d35fbc6a7
* Initial entity-physical code * Split out Entity-MIB trait * Cisco Cellular inventory * Fix bad test data * alfo80hd - we now include all entPhysical entries * Correct aos7 test data * Add entPhysicalClass as last resort for label in ui * aos add previously filtered data * Fixup arista-eos data * Update ariast_eos data * Arris, clean garbage in Rev fields * Aruba Instant custom inventory ported * ArubaOS CX add vendor type mib * aviat-wtm test data refresh * axos add shelf fix data fields a bit * ciena-rls * ciena-sds * Skip cimc for now... no test data * Cisco updates * Comware data update * Update dnos * Clean Edgeos garbage, make code from Arris shareable * Relaxed ifIndex match, some devices cheat and send back static strings instead of formatted OIDs * Regex refinement and updated edgeos with new clean data * Update edgeswitch data * Update eltex-mes21xx data * eltex-mes23xx * Guess at eltex-mes24xx since there is no test data * Update eurostor, fix firmware version * Apply fixes from StyleCI * fixes * Update fortigate data * Update fortiweb, ftd, and fusion * Update linux LSI * Fix hexToAscii null removal with different seperator handling * icotera add final snmprec data to avoid snmpsim bug * Update IOS data * Update mrv-od * Add junos translation * Generic data updates n-r * ruijie workaround snmpsim bug * Port saf-cfm * Recode Schleifenbauer, and fix entPhysicalIndex values * SmartAX fixes * sm-os and tait-infra93 * timos inventory was not right, fix it up * ubiquoss-pon * VRP, has custom data collection on top of normal adapt port ifIndex lookup to handle it * VRP exceeded the string length specified in ENTITY-MIB... * data updates * Final data update and code cleanup * Apply fixes from StyleCI * Lint fixes * Add missing SnmpResponse->pluck() code * Update db_schema.yaml * Fix bad test data * Another instant-on update * oops * Remove some unused code # Conflicts: # includes/html/pages/device/overview.inc.php --------- Co-authored-by: Tony Murray <murrant@users.noreply.github.com>
342 lines
19 KiB
PHP
342 lines
19 KiB
PHP
<?php
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namespace LibreNMS\OS;
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use App\Models\EntPhysical;
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use Illuminate\Support\Collection;
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use LibreNMS\OS;
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use SnmpQuery;
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class MrvOd extends OS
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{
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public function discoverEntityPhysical(): Collection
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{
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$inventory = new Collection;
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$chassis_array = SnmpQuery::hideMib()->enumStrings()->walk('NBS-CMMC-MIB::nbsCmmcChassisTable')->table(1);
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$slot_array = SnmpQuery::hideMib()->enumStrings()->walk('NBS-CMMC-MIB::nbsCmmcSlotTable')->table(2);
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$port_array = SnmpQuery::hideMib()->enumStrings()->walk('NBS-CMMC-MIB::nbsCmmcPortTable')->table(3);
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// We use the last digit in the OID to define an entPhysicalIndex for Power Supply state sensors
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$nbsCmmcChassisPSStatus_array = [
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7 => 'nbsCmmcChassisPS1Status',
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8 => 'nbsCmmcChassisPS2Status',
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9 => 'nbsCmmcChassisPS3Status',
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10 => 'nbsCmmcChassisPS4Status',
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];
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// We use the last digit in the OID to define an entPhysicalIndex for Fan state sensors
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$nbsCmmcChassisFanStatus_array = [
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11 => 'nbsCmmcChassisFan1Status',
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12 => 'nbsCmmcChassisFan2Status',
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13 => 'nbsCmmcChassisFan3Status',
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14 => 'nbsCmmcChassisFan4Status',
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36 => 'nbsCmmcChassisFan5Status',
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37 => 'nbsCmmcChassisFan6Status',
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38 => 'nbsCmmcChassisFan7Status',
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39 => 'nbsCmmcChassisFan8Status',
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];
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// Define all the types of pluggable port form factors recognized by nbsCmmcPortType in NBS-CMMC-MIB,
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// if nbsCmmcPortType returns a value that is not in this array, it should be a built-in port in the card.
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$nbsCmmcPortType_array = [
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125 => 'SFP',
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147 => 'GBIC',
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197 => 'XFP',
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219 => 'QSFP+',
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220 => 'CXP',
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221 => 'CFP',
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223 => 'QSFP28',
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224 => 'CFP2',
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];
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$nbsCmmcPortSensor_array = [
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30 => [
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'objectType' => 'nbsCmmcPortTemperature',
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'skipValue' => '-2147483648',
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'entPhysicalName' => 'Port Temperature',
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],
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31 => [
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'objectType' => 'nbsCmmcPortTxPower',
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'skipValue' => '-2147483648',
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'entPhysicalName' => 'Port Tx Power',
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],
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32 => [
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'objectType' => 'nbsCmmcPortRxPower',
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'skipValue' => '-2147483648',
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'entPhysicalName' => 'Port Rx Power',
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],
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33 => [
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'objectType' => 'nbsCmmcPortBiasAmps',
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'skipValue' => '-1',
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'entPhysicalName' => 'Port Tx Bias Current',
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],
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34 => [
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'objectType' => 'nbsCmmcPortSupplyVolts',
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'skipValue' => '-1',
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'entPhysicalName' => 'Port Tx Supply Voltage',
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],
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38 => [
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'objectType' => 'nbsCmmcPortDigitalDiags',
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'skipValue' => '1',
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'entPhysicalName' => 'Port Overall DigiDiags State',
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],
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];
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foreach ($chassis_array as $nbsCmmcChassis => $chassis_contents) {
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[$chassisHardwareRev, $chassisFirmwareRev] = explode(', ', $chassis_contents['nbsCmmcChassisHardwareRevision']);
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// Discover the chassis
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => $chassis_contents['nbsCmmcChassisIfIndex'] . '00',
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'entPhysicalDescr' => "MRV OptiDriver {$chassis_contents['nbsCmmcChassisModel']}",
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'entPhysicalClass' => 'chassis',
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'entPhysicalName' => "Chassis $nbsCmmcChassis",
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'entPhysicalModelName' => $chassis_contents['nbsCmmcChassisModel'],
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'entPhysicalSerialNum' => $chassis_contents['nbsCmmcChassisSerialNum'],
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'entPhysicalContainedIn' => '0',
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'entPhysicalMfgName' => 'MRV Communications',
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'entPhysicalParentRelPos' => $chassis_contents['nbsCmmcChassisIndex'],
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'entPhysicalVendorType' => $chassis_contents['nbsCmmcChassisType'],
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'entPhysicalHardwareRev' => $chassisHardwareRev,
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'entPhysicalFirmwareRev' => $chassisFirmwareRev,
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'entPhysicalIsFRU' => 'true',
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'entPhysicalAlias' => $chassis_contents['nbsCmmcChassisName'],
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]));
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// Discover the chassis temperature sensor
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if (isset($chassis_contents['nbsCmmcChassisTemperature']) && $chassis_contents['nbsCmmcChassisTemperature'] != '-2147483648') {
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => "{$chassis_contents['nbsCmmcChassisIfIndex']}15",
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'entPhysicalDescr' => 'Chassis Temperature Sensor',
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'entPhysicalClass' => 'sensor',
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'entPhysicalName' => 'Chassis Temperature',
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'entPhysicalContainedIn' => "{$chassis_contents['nbsCmmcChassisIfIndex']}00",
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'entPhysicalMfgName' => 'MRV Communications',
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'entPhysicalParentRelPos' => '-1',
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'entPhysicalIsFRU' => 'false',
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]));
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}
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// Discover the chassis power budget status sensor
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if (isset($chassis_contents['nbsCmmcChassisPowerStatus']) && $chassis_contents['nbsCmmcChassisPowerStatus'] != 'notSupported') {
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => "{$chassis_contents['nbsCmmcChassisIfIndex']}51",
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'entPhysicalDescr' => 'Chassis Power Budget Status Sensor',
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'entPhysicalClass' => 'sensor',
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'entPhysicalName' => 'Chassis Power Budget Status',
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'entPhysicalContainedIn' => "{$chassis_contents['nbsCmmcChassisIfIndex']}00",
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'entPhysicalMfgName' => 'MRV Communications',
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'entPhysicalParentRelPos' => '-1',
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'entPhysicalIsFRU' => 'false',
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]));
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}
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// Discover the chassis power supplies and state sensors
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foreach ($nbsCmmcChassisPSStatus_array as $index => $item) {
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if (isset($chassis_contents[$item]) && $chassis_contents[$item] != 'notSupported') {
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$position = substr($item, 16, 1);
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => $chassis_contents['nbsCmmcChassisIfIndex'] . $position,
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'entPhysicalDescr' => 'Power Supply',
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'entPhysicalClass' => 'powerSupply',
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'entPhysicalName' => "Power Supply $position",
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'entPhysicalContainedIn' => "{$chassis_contents['nbsCmmcChassisIfIndex']}00",
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'entPhysicalMfgName' => 'MRV Communications',
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'entPhysicalParentRelPos' => $position,
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'entPhysicalIsFRU' => 'false',
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]));
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => $chassis_contents['nbsCmmcChassisIfIndex'] . $index,
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'entPhysicalDescr' => 'Power Supply State',
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'entPhysicalClass' => 'sensor',
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'entPhysicalName' => "Power Supply $position",
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'entPhysicalContainedIn' => $chassis_contents['nbsCmmcChassisIfIndex'] . $position,
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'entPhysicalMfgName' => 'MRV Communications',
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'entPhysicalParentRelPos' => '-1',
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'entPhysicalIsFRU' => 'true',
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]));
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}
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}
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// Discover the chassis fan trays and state sensors
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foreach ($nbsCmmcChassisFanStatus_array as $index => $item) {
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if (isset($chassis_contents[$item]) && $chassis_contents[$item] != 'notSupported') {
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$position = substr($item, 17, 1);
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => "{$chassis_contents['nbsCmmcChassisIfIndex']}0$position",
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'entPhysicalDescr' => 'Fan Tray',
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'entPhysicalClass' => 'fan',
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'entPhysicalName' => "Fan Tray $position",
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'entPhysicalContainedIn' => "{$chassis_contents['nbsCmmcChassisIfIndex']}00",
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'entPhysicalMfgName' => 'MRV Communications',
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'entPhysicalParentRelPos' => $position,
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'entPhysicalIsFRU' => 'false',
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]));
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => $chassis_contents['nbsCmmcChassisIfIndex'] . $index,
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'entPhysicalDescr' => 'Fan State',
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'entPhysicalClass' => 'sensor',
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'entPhysicalName' => "Fan $position",
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'entPhysicalContainedIn' => "{$chassis_contents['nbsCmmcChassisIfIndex']}0$position",
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'entPhysicalMfgName' => 'MRV Communications',
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'entPhysicalParentRelPos' => '-1',
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'entPhysicalIsFRU' => 'true',
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]));
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}
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}
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}
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foreach ($slot_array as $chassis_index => $chassis_contents) {
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foreach ($chassis_contents as $nbsCmmcSlot => $slot_contents) {
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// Obtain the nbsCmmcChassisIfIndex of the chassis which houses this slot
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$nbsCmmcChassisIfIndex = $chassis_array[$chassis_index]['nbsCmmcChassisIfIndex'];
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// Calculate the nbsCmmcSlotIfIndex since an empty slot has nbsCmmcSlotIfIndex == -1
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$nbsCmmcSlotIfIndex = $nbsCmmcChassisIfIndex + $slot_contents['nbsCmmcSlotIndex'] * 1000;
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// Discover the slot
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => $nbsCmmcSlotIfIndex . '00',
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'entPhysicalDescr' => 'MRV OptiDriver Slot',
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'entPhysicalClass' => 'container',
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'entPhysicalName' => "Card Slot $chassis_index.$nbsCmmcSlot",
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'entPhysicalContainedIn' => $nbsCmmcChassisIfIndex . '00',
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'entPhysicalMfgName' => 'MRV Communications',
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'entPhysicalParentRelPos' => $slot_contents['nbsCmmcSlotIndex'] ?? -1,
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'entPhysicalIsFRU' => 'false',
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]));
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if (isset($slot_contents['nbsCmmcSlotIfIndex']) && $slot_contents['nbsCmmcSlotIfIndex'] != '-1') {
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$cardHardwareRev = $slot_contents['nbsCmmcSlotHardwareRevision'];
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$cardFirmwareRev = null;
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$cardOtherRev = null;
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$rev_explode = explode(', ', $cardHardwareRev);
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if (isset($rev_explode[2])) {
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[$cardHardwareRev, $cardFirmwareRev, $cardOtherRev] = $rev_explode;
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}
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// Discover the card
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => $slot_contents['nbsCmmcSlotIfIndex'] . '01',
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'entPhysicalDescr' => 'MRV ' . ucfirst($slot_contents['nbsCmmcSlotOperationType']) . ' Card',
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'entPhysicalClass' => 'module',
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'entPhysicalName' => "Card $chassis_index.$nbsCmmcSlot",
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'entPhysicalModelName' => $slot_contents['nbsCmmcSlotModel'],
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'entPhysicalSerialNum' => $slot_contents['nbsCmmcSlotSerialNum'],
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'entPhysicalContainedIn' => "{$slot_contents['nbsCmmcSlotIfIndex']}00",
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'entPhysicalMfgName' => 'MRV Communications',
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'entPhysicalParentRelPos' => '-1',
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'entPhysicalVendorType' => $slot_contents['nbsCmmcSlotType'],
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'entPhysicalHardwareRev' => "$cardHardwareRev, $cardOtherRev",
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'entPhysicalFirmwareRev' => $cardFirmwareRev,
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'entPhysicalIsFRU' => 'true',
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'entPhysicalAlias' => $slot_contents['nbsCmmcSlotName'],
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]));
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// Discover the module temperature sensor
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if (isset($slot_contents['nbsCmmcSlotTemperature']) && $slot_contents['nbsCmmcSlotTemperature'] != '-2147483648') {
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => "{$slot_contents['nbsCmmcSlotIfIndex']}34",
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'entPhysicalDescr' => 'Card Temperature Sensor',
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'entPhysicalClass' => 'sensor',
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'entPhysicalName' => 'Card Temperature',
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'entPhysicalContainedIn' => "{$slot_contents['nbsCmmcSlotIfIndex']}01",
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'entPhysicalMfgName' => 'MRV Communications',
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'entPhysicalParentRelPos' => '-1',
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'entPhysicalIsFRU' => 'false',
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]));
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}
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}
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}
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}
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foreach ($port_array as $chassis_index => $chassis_contents) {
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foreach ($chassis_contents as $slot_index => $slot_contents) {
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foreach ($slot_contents as $nbsCmmcPort => $port_contents) {
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// Obtain the nbsCmmcSlotIfIndex of the slot which houses this port
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$nbsCmmcSlotIfIndex = $slot_array[$chassis_index][$slot_index]['nbsCmmcSlotIfIndex'];
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// We only need to discover a transceiver container if the port type is pluggable
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if (array_key_exists($port_contents['nbsCmmcPortType'], $nbsCmmcPortType_array)) {
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$nbsCmmcPortType = $nbsCmmcPortType_array[$port_contents['nbsCmmcPortType']];
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// Discover the transceiver container
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => $port_contents['nbsCmmcPortIfIndex'] . '00',
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'entPhysicalDescr' => "$nbsCmmcPortType Transceiver Container",
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'entPhysicalClass' => 'container',
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'entPhysicalName' => "Transceiver Container $chassis_index.$slot_index.$nbsCmmcPort",
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'entPhysicalContainedIn' => $nbsCmmcSlotIfIndex . '01',
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'entPhysicalMfgName' => 'MRV Communications',
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'entPhysicalParentRelPos' => $port_contents['nbsCmmcPortIndex'] ?? -1,
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'entPhysicalIsFRU' => 'false',
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]));
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// Set a few variables for the port discovery
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$nbsCmmcPortContainedIn = $port_contents['nbsCmmcPortIfIndex'] . '00';
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$nbsCmmcPortVendorInfo = $port_contents['nbsCmmcPortVendorInfo'];
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$nbsCmmcPortIsFRU = 'true';
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$nbsCmmcPortParentRelPos = '-1';
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// If one runs a command like "show 1.1.1 | grep Part" on a port with a genuine pluggable transceiver,
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// CLI output like "Part #/Rev: SFP-10GDWZR-22/0001" indicates / is considered to be the string delimiter.
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// However, non-genuine pluggable transceivers may not adhere to this format.
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[$nbsCmmcPortModelName, $nbsCmmcPortHardwareRev] = explode('/', $port_contents['nbsCmmcPortPartRev']);
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} else {
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$nbsCmmcPortType = 'Built-in';
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// Set a few variables for the port discovery
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$nbsCmmcPortContainedIn = $nbsCmmcSlotIfIndex . '01';
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$nbsCmmcPortVendorInfo = 'MRV Communications';
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$nbsCmmcPortIsFRU = 'false';
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$nbsCmmcPortParentRelPos = $port_contents['nbsCmmcPortIndex'] ?? -1;
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$nbsCmmcPortModelName = null;
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$nbsCmmcPortHardwareRev = null;
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}
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if (isset($port_contents['nbsCmmcPortConnector']) && $port_contents['nbsCmmcPortConnector'] != 'removed') {
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// Determine the correct entPhysicalDescr for the port
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if (isset($port_contents['nbsCmmcPortWavelengthX']) && $port_contents['nbsCmmcPortWavelengthX'] != 'N/A') {
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$portEntPhysicalDescr = "$nbsCmmcPortType Port, {$port_contents['nbsCmmcPortWavelengthX']}nm Tx Signal, {$port_contents['nbsCmmcPortConnector']} Connector";
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} elseif (! empty($port_contents['nbsCmmcPortDescription'])) {
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$portEntPhysicalDescr = "$nbsCmmcPortType Port, {$port_contents['nbsCmmcPortDescription']}, {$port_contents['nbsCmmcPortConnector']} Connector";
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} else {
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$portEntPhysicalDescr = "$nbsCmmcPortType Port, {$port_contents['nbsCmmcPortConnector']} Connector";
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}
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// Discover the port
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => "{$port_contents['nbsCmmcPortIfIndex']}01",
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'entPhysicalDescr' => $portEntPhysicalDescr,
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'entPhysicalClass' => 'port',
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'entPhysicalName' => "Port $chassis_index.$slot_index.$nbsCmmcPort",
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'entPhysicalModelName' => $nbsCmmcPortModelName,
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'entPhysicalSerialNum' => $port_contents['nbsCmmcPortSerialNumber'],
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'entPhysicalContainedIn' => $nbsCmmcPortContainedIn,
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'entPhysicalMfgName' => $nbsCmmcPortVendorInfo,
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'entPhysicalParentRelPos' => $nbsCmmcPortParentRelPos,
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'entPhysicalVendorType' => $port_contents['nbsCmmcPortType'],
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'entPhysicalHardwareRev' => $nbsCmmcPortHardwareRev,
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'entPhysicalIsFRU' => $nbsCmmcPortIsFRU,
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'entPhysicalAlias' => $port_contents['nbsCmmcPortName'],
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'ifIndex' => $port_contents['nbsCmmcPortIfIndex'],
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]));
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// Discover the port sensors
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foreach ($nbsCmmcPortSensor_array as $index => $nbsCmmcPortSensor) {
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if (isset($port_contents[$nbsCmmcPortSensor['objectType']]) && $port_contents[$nbsCmmcPortSensor['objectType']] != $nbsCmmcPortSensor['skipValue']) {
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$inventory->push(new EntPhysical([
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'entPhysicalIndex' => $port_contents['nbsCmmcPortIfIndex'] . $index,
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'entPhysicalDescr' => "{$nbsCmmcPortSensor['entPhysicalName']} Sensor",
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'entPhysicalClass' => 'sensor',
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'entPhysicalName' => $nbsCmmcPortSensor['entPhysicalName'],
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'entPhysicalContainedIn' => "{$port_contents['nbsCmmcPortIfIndex']}01",
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'entPhysicalMfgName' => $nbsCmmcPortVendorInfo,
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'entPhysicalParentRelPos' => '-1',
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'entPhysicalIsFRU' => 'false',
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]));
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}
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}
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}
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}
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}
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}
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return $inventory;
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}
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}
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