diff --git a/includes/definitions/discovery/netagent2.yaml b/includes/definitions/discovery/netagent2.yaml new file mode 100644 index 0000000000..f8bd1a5a1f --- /dev/null +++ b/includes/definitions/discovery/netagent2.yaml @@ -0,0 +1,44 @@ +mib: UPS-MIB:XPPC-MIB +modules: + sensors: + state: + data: + - + oid: upsBaseBatteryStatus + num_oid: .1.3.6.1.4.1.935.1.1.1.2.1.1. + descr: Battery Status + index: 'upsBaseBatteryStatus.{{ $index }}' + state_name: upsBaseBatteryStatus + states: + - { descr: unknown, graph: 0, value: 1, generic: 3 } + - { descr: BatteryNormal, graph: 0, value: 2, generic: 0 } + - { descr: BatteryLow, graph: 0, value: 3, generic: 1 } + - + oid: upsSmartBatteryReplaceIndicator + num_oid: .1.3.6.1.4.1.935.1.1.1.2.2.5. + descr: Battery Replace Status + index: 'upsSmartBatteryReplaceIndicator.{{ $index }}' + state_name: upsSmartBatteryReplaceIndicator + states: + - { descr: noBatteryNeedsReplacing, graph: 0, value: 1, generic: 0 } + - { descr: batteryNeedsReplacing, graph: 0, value: 2, generic: 2 } + - + oid: upsEnvWater + num_oid: .1.3.6.1.4.1.935.1.1.1.9.1.3. + descr: Water Status + index: 'upsEnvWater.{{ $index }}' + state_name: upsEnvWater + states: + - { descr: unknown, graph: 0, value: 0, generic: 3 } + - { descr: normal, graph: 0, value: 1, generic: 0 } + - { descr: abnormal, graph: 0, value: 2, generic: 2 } + - + oid: upsEnvSmoke + num_oid: .1.3.6.1.4.1.935.1.1.1.9.1.4. + descr: Smoke Status + index: 'upsEnvSmoke.{{ $index }}' + state_name: upsEnvSmoke + states: + - { descr: unknown, graph: 0, value: 0, generic: 3 } + - { descr: normal, graph: 0, value: 1, generic: 0 } + - { descr: abnormal, graph: 0, value: 2, generic: 2 } diff --git a/includes/definitions/netagent2.yaml b/includes/definitions/netagent2.yaml index 168a312a45..7088969492 100644 --- a/includes/definitions/netagent2.yaml +++ b/includes/definitions/netagent2.yaml @@ -1,9 +1,11 @@ os: netagent2 -text: 'NET Agent II UPS' +text: 'MegaTec NetAgent II' group: ups type: power over: - { graph: device_load, text: Load } discovery: - - sysDescr_regex: - - '/^NET Agent II/' + - sysObjectID: + - .1.3.6.1.4.1.935 + sysObjectID_except: + - .1.3.6.1.4.1.935.10 diff --git a/includes/discovery/sensors/frequency/netagent2.inc.php b/includes/discovery/sensors/frequency/netagent2.inc.php index 0a279a5f65..0a879cfebc 100644 --- a/includes/discovery/sensors/frequency/netagent2.inc.php +++ b/includes/discovery/sensors/frequency/netagent2.inc.php @@ -17,72 +17,185 @@ * You should have received a copy of the GNU General Public License * along with this program. If not, see . * + * Original file * @package LibreNMS * @link http://librenms.org * @copyright 2016 Tony Murray * @author Tony Murray + * 3 Phase support extension + * @copyright 2018 Mikael Sipilainen + * @author Mikael Sipilainen */ -$in_frequency_oid = '.1.3.6.1.4.1.935.1.1.1.3.2.4.0'; -$in_frequency = snmp_get($device, $in_frequency_oid, '-Oqv'); +// Detect type of UPS (Signle-Phase/3 Phase) + # Number of input lines + $upsInputNumLines_oid = '.1.3.6.1.2.1.33.1.3.2.0'; + $in_phaseNum = snmp_get($device, $upsInputNumLines_oid, '-Oqv'); -if (!empty($in_frequency) || $in_frequency == 0) { - $type = 'netagent2'; - $index = 0; - $limit = 60; - $warnlimit = 51; - $lowlimit = 0; - $lowwarnlimit = 49; - $divisor = 10; - $frequency = $in_frequency / $divisor; - $descr = 'Input frequency'; +// Single-phase system +if ($in_phaseNum == '1') { + // Input frequency + $in_frequency_oid = '.1.3.6.1.4.1.935.1.1.1.3.2.4.0'; + $in_frequency = snmp_get($device, $in_frequency_oid, '-Oqv'); - discover_sensor( - $valid['sensor'], - 'frequency', - $device, - $in_frequency_oid, - $index, - $type, - $descr, - $divisor, - '1', - $lowlimit, - $lowwarnlimit, - $warnlimit, - $limit, - $frequency - ); + if (!empty($in_frequency) || $in_frequency == 0) { + $type = 'netagent2'; + $index = 0; + $limit = 60; + $warnlimit = 51; + $lowlimit = 0; + $lowwarnlimit = 49; + $divisor = 10; + $frequency = $in_frequency / $divisor; + $descr = 'Input frequency'; + + discover_sensor( + $valid['sensor'], + 'frequency', + $device, + $in_frequency_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $frequency + ); + } + // Output Frequency + $out_frequency_oid = '.1.3.6.1.4.1.935.1.1.1.4.2.2.0'; + $out_frequency = snmp_get($device, $frequency_oid, '-Oqv'); + + if (!empty($out_frequency) || $out_frequency == 0) { + $type = 'netagent2'; + $index = 1; + $limit = 60; + $warnlimit = 51; + $lowlimit = 0; + $lowwarnlimit = 49; + $divisor = 10; + $frequency = $out_frequency / $divisor; + $descr = 'Output frequency'; + + discover_sensor( + $valid['sensor'], + 'frequency', + $device, + $out_frequency_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $frequency + ); + } } -$out_frequency_oid = '.1.3.6.1.4.1.935.1.1.1.4.2.2.0'; -$out_frequency = snmp_get($device, $frequency_oid, '-Oqv'); +// 3 phase system +if ($in_phaseNum == '3') { + // Input frequency + $in_frequency_oid = '.1.3.6.1.4.1.935.1.1.1.8.2.1.0'; + $in_frequency = snmp_get($device, $in_frequency_oid, '-Oqv'); -if (!empty($out_frequency) || $out_frequency == 0) { - $type = 'netagent2'; - $index = 1; - $limit = 60; - $warnlimit = 51; - $lowlimit = 0; - $lowwarnlimit = 49; - $divisor = 10; - $frequency = $out_frequency / $divisor; - $descr = 'Output frequency'; + if (!empty($in_frequency) || $in_frequency == 0) { + $type = 'netagent2'; + $index = 0; + $limit = 60; + $warnlimit = 51; + $lowlimit = 0; + $lowwarnlimit = 49; + $divisor = 10; + $frequency = $in_frequency / $divisor; + $descr = 'Input frequency'; - discover_sensor( - $valid['sensor'], - 'frequency', - $device, - $out_frequency_oid, - $index, - $type, - $descr, - $divisor, - '1', - $lowlimit, - $lowwarnlimit, - $warnlimit, - $limit, - $frequency - ); + discover_sensor( + $valid['sensor'], + 'frequency', + $device, + $in_frequency_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $frequency + ); + } + // Output frequency + $in_frequency_oid = '.1.3.6.1.4.1.935.1.1.1.8.3.1.0'; + $in_frequency = snmp_get($device, $in_frequency_oid, '-Oqv'); + + if (!empty($in_frequency) || $in_frequency == 0) { + $type = 'netagent2'; + $index = 1; + $limit = 60; + $warnlimit = 51; + $lowlimit = 0; + $lowwarnlimit = 49; + $divisor = 10; + $frequency = $in_frequency / $divisor; + $descr = 'Output frequency'; + + discover_sensor( + $valid['sensor'], + 'frequency', + $device, + $in_frequency_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $frequency + ); + } + // Bypass frequency + $in_frequency_oid = '.1.3.6.1.4.1.935.1.1.1.8.4.1.0'; + $in_frequency = snmp_get($device, $in_frequency_oid, '-Oqv'); + + if (!empty($in_frequency) || $in_frequency == 0) { + $type = 'netagent2'; + $index = 2; + $limit = 60; + $warnlimit = 51; + $lowlimit = 0; + $lowwarnlimit = 49; + $divisor = 10; + $frequency = $in_frequency / $divisor; + $descr = 'Bypass frequency'; + + discover_sensor( + $valid['sensor'], + 'frequency', + $device, + $in_frequency_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $frequency + ); + } } diff --git a/includes/discovery/sensors/load/netagent2.inc.php b/includes/discovery/sensors/load/netagent2.inc.php index 844cb4a1f4..0f29c4b59f 100644 --- a/includes/discovery/sensors/load/netagent2.inc.php +++ b/includes/discovery/sensors/load/netagent2.inc.php @@ -21,36 +21,147 @@ * @link http://librenms.org * @copyright 2016 Tony Murray * @author Tony Murray + * 3 Phase support extension + * @copyright 2018 Mikael Sipilainen + * @author Mikael Sipilainen */ -$load_oid = '.1.3.6.1.4.1.935.1.1.1.4.2.3.0'; -$output_load = snmp_get($device, $load_oid, '-Oqv'); +// Detect type of UPS (Signle-Phase/3 Phase) + # Number of input lines + $upsInputNumLines_oid = '.1.3.6.1.2.1.33.1.3.2.0'; + $in_phaseNum = snmp_get($device, $upsInputNumLines_oid, '-Oqv'); -if (!empty($output_load) || $output_load == 0) { - $type = 'netagent2'; - $index = 0; - $limit = 100; - $warnlimit = 80; - $lowlimit = 0; - $lowwarnlimit = null; - $divisor = 1; - $load = $output_load / $divisor; - $descr = 'Output load'; +// Single-phase system +if ($in_phaseNum == '1') { + $load_oid = '.1.3.6.1.4.1.935.1.1.1.4.2.3.0'; + $output_load = snmp_get($device, $load_oid, '-Oqv'); - discover_sensor( - $valid['sensor'], - 'load', - $device, - $load_oid, - $index, - $type, - $descr, - $divisor, - '1', - $lowlimit, - $lowwarnlimit, - $warnlimit, - $limit, - $load - ); + if (!empty($output_load) || $output_load == 0) { + $type = 'netagent2'; + $index = 0; + $limit = 100; + $warnlimit = 80; + $lowlimit = 0; + $lowwarnlimit = null; + $divisor = 1; + $load = $output_load / $divisor; + $descr = 'Output load'; + + discover_sensor( + $valid['sensor'], + 'load', + $device, + $load_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $load + ); + } +} + +// 3 phase system +if ($in_phaseNum == '3') { + // Output L1 + $load_oid = '.1.3.6.1.4.1.935.1.1.1.8.3.5.0'; + $output_load = snmp_get($device, $load_oid, '-Oqv'); + + if (!empty($output_load) || $output_load == 0) { + $type = 'netagent2'; + $index = 0; + $limit = 100; + $warnlimit = 80; + $lowlimit = 0; + $lowwarnlimit = null; + $divisor = 10; + $load = $output_load / $divisor; + $descr = 'Out L1 (R)'; + + discover_sensor( + $valid['sensor'], + 'load', + $device, + $load_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $load + ); + } + // Output L2 + $load_oid = '.1.3.6.1.4.1.935.1.1.1.8.3.6.0'; + $output_load = snmp_get($device, $load_oid, '-Oqv'); + + if (!empty($output_load) || $output_load == 0) { + $type = 'netagent2'; + $index = 1; + $limit = 100; + $warnlimit = 80; + $lowlimit = 0; + $lowwarnlimit = null; + $divisor = 10; + $load = $output_load / $divisor; + $descr = 'Out L2 (S)'; + + discover_sensor( + $valid['sensor'], + 'load', + $device, + $load_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $load + ); + } + // L3 output + $load_oid = '.1.3.6.1.4.1.935.1.1.1.8.3.7.0'; + $output_load = snmp_get($device, $load_oid, '-Oqv'); + + if (!empty($output_load) || $output_load == 0) { + $type = 'netagent2'; + $index = 2; + $limit = 100; + $warnlimit = 80; + $lowlimit = 0; + $lowwarnlimit = null; + $divisor = 10; + $load = $output_load / $divisor; + $descr = 'Out L3 (T)'; + + discover_sensor( + $valid['sensor'], + 'load', + $device, + $load_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $load + ); + } } diff --git a/includes/discovery/sensors/state/netagent2.inc.php b/includes/discovery/sensors/state/netagent2.inc.php index 6c12a51500..d3218bdcfb 100644 --- a/includes/discovery/sensors/state/netagent2.inc.php +++ b/includes/discovery/sensors/state/netagent2.inc.php @@ -21,6 +21,9 @@ * @link http://librenms.org * @copyright 2016 Tony Murray * @author Tony Murray + * 3 Phase support extension + * @copyright 2018 Mikael Sipilainen + * @author Mikael Sipilainen */ $ups_state_oid = '.1.3.6.1.4.1.935.1.1.1.4.1.1.0'; @@ -88,3 +91,641 @@ if (!empty($ups_state) || $ups_state == 0) { $index ); } + +// Detect type of UPS (Signle-Phase/3 Phase) +# Number of input lines + $upsInputNumLines_oid = '.1.3.6.1.2.1.33.1.3.2.0'; + $in_phaseNum = snmp_get($device, $upsInputNumLines_oid, '-Oqv'); + +// 3 Phase system states +if ($in_phaseNum == '3') { + // Inverter active + $ups_state_oid = '.1.3.6.1.4.1.935.1.1.1.8.6.5.0'; + $ups_state = snmp_get($device, $ups_state_oid, '-Oqv'); + + if (!empty($ups_state) || $ups_state == 0) { + $state_name = 'upsThreePhaseUPSStatusInverterOperating'; + $state_index_id = create_state_index($state_name); + + if ($state_index_id !== null) { + $states = array( + array($state_index_id,'yes',0,14,0) , + array($state_index_id,'no',0,16,2) + ); + + foreach ($states as $value) { + $insert = array( + 'state_index_id' => $value[0], + 'state_descr' => $value[1], + 'state_draw_graph' => $value[2], + 'state_value' => $value[3], + 'state_generic_value' => $value[4] + ); + dbInsert($insert, 'state_translations'); + } + } + + $index = 0; + $limit = 10; + $warnlimit = null; + $lowlimit = null; + $lowwarnlimit = null; + $divisor = 1; + $state = $ups_state / $divisor; + $descr = 'Inverter Operating'; + + discover_sensor( + $valid['sensor'], + 'state', + $device, + $ups_state_oid, + $index, + $state_name, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $state + ); + create_sensor_to_state_index( + $device, + $state_name, + $index + ); + } + // AC Status + $ups_state_oid = '.1.3.6.1.4.1.935.1.1.1.8.6.3.0'; + $ups_state = snmp_get($device, $ups_state_oid, '-Oqv'); + + if (!empty($ups_state) || $ups_state == 0) { + $state_name = 'upsThreePhaseUPSStatusACStatus'; + $state_index_id = create_state_index($state_name); + + if ($state_index_id !== null) { + $states = array( + array($state_index_id,'normal',0,10,0) , + array($state_index_id,'abnormal',0,11,2) + ); + + foreach ($states as $value) { + $insert = array( + 'state_index_id' => $value[0], + 'state_descr' => $value[1], + 'state_draw_graph' => $value[2], + 'state_value' => $value[3], + 'state_generic_value' => $value[4] + ); + dbInsert($insert, 'state_translations'); + } + } + + $index = 0; + $limit = 10; + $warnlimit = null; + $lowlimit = null; + $lowwarnlimit = null; + $divisor = 1; + $state = $ups_state / $divisor; + $descr = 'AC status'; + + discover_sensor( + $valid['sensor'], + 'state', + $device, + $ups_state_oid, + $index, + $state_name, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $state + ); + create_sensor_to_state_index( + $device, + $state_name, + $index + ); + } + // Bypass braker status + $ups_state_oid = '.1.3.6.1.4.1.935.1.1.1.8.6.2.0'; + $ups_state = snmp_get($device, $ups_state_oid, '-Oqv'); + + if (!empty($ups_state) || $ups_state == 0) { + $state_name = 'upsThreePhaseUPSStatusManualBypassBreaker'; + $state_index_id = create_state_index($state_name); + + if ($state_index_id !== null) { + $states = array( + array($state_index_id,'close',0,8,1) , + array($state_index_id,'open',0,9,) + ); + + foreach ($states as $value) { + $insert = array( + 'state_index_id' => $value[0], + 'state_descr' => $value[1], + 'state_draw_graph' => $value[2], + 'state_value' => $value[3], + 'state_generic_value' => $value[4] + ); + dbInsert($insert, 'state_translations'); + } + } + + $index = 0; + $limit = 10; + $warnlimit = null; + $lowlimit = null; + $lowwarnlimit = null; + $divisor = 1; + $state = $ups_state / $divisor; + $descr = 'Breaker Status'; + + discover_sensor( + $valid['sensor'], + 'state', + $device, + $ups_state_oid, + $index, + $state_name, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $state + ); + create_sensor_to_state_index( + $device, + $state_name, + $index + ); + } + // Rectifier Operating + $ups_state_oid = '.1.3.6.1.4.1.935.1.1.1.8.5.7.0'; + $ups_state = snmp_get($device, $ups_state_oid, '-Oqv'); + + if (!empty($ups_state) || $ups_state == 0) { + $state_name = 'upsThreePhaseDCandRectifierStatusRecOperating'; + $state_index_id = create_state_index($state_name); + + if ($state_index_id !== null) { + $states = array( + array($state_index_id,'yes',0,14,0) , + array($state_index_id,'no',0,16,2) + ); + + foreach ($states as $value) { + $insert = array( + 'state_index_id' => $value[0], + 'state_descr' => $value[1], + 'state_draw_graph' => $value[2], + 'state_value' => $value[3], + 'state_generic_value' => $value[4] + ); + dbInsert($insert, 'state_translations'); + } + } + + $index = 0; + $limit = 10; + $warnlimit = null; + $lowlimit = null; + $lowwarnlimit = null; + $divisor = 1; + $state = $ups_state / $divisor; + $descr = 'Rectifier Operating'; + + discover_sensor( + $valid['sensor'], + 'state', + $device, + $ups_state_oid, + $index, + $state_name, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $state + ); + create_sensor_to_state_index( + $device, + $state_name, + $index + ); + } + // Charge Status + $ups_state_oid = '.1.3.6.1.4.1.935.1.1.1.8.5.6.0'; + $ups_state = snmp_get($device, $ups_state_oid, '-Oqv'); + + if (!empty($ups_state) || $ups_state == 0) { + $state_name = 'upsThreePhaseDCandRectifierStatusChargeStatus'; + $state_index_id = create_state_index($state_name); + + if ($state_index_id !== null) { + $states = array( + array($state_index_id,'boost',0,6,0) , + array($state_index_id,'float',0,7,0) , + array($state_index_id,'no',0,16,2) + ); + + foreach ($states as $value) { + $insert = array( + 'state_index_id' => $value[0], + 'state_descr' => $value[1], + 'state_draw_graph' => $value[2], + 'state_value' => $value[3], + 'state_generic_value' => $value[4] + ); + dbInsert($insert, 'state_translations'); + } + } + + $index = 0; + $limit = 10; + $warnlimit = null; + $lowlimit = null; + $lowwarnlimit = null; + $divisor = 1; + $state = $ups_state / $divisor; + $descr = 'Charge Status'; + + discover_sensor( + $valid['sensor'], + 'state', + $device, + $ups_state_oid, + $index, + $state_name, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $state + ); + create_sensor_to_state_index( + $device, + $state_name, + $index + ); + } + // Back Status + $ups_state_oid = '.1.3.6.1.4.1.935.1.1.1.8.5.5.0'; + $ups_state = snmp_get($device, $ups_state_oid, '-Oqv'); + + if (!empty($ups_state) || $ups_state == 0) { + $state_name = 'upsThreePhaseDCandRectifierStatusBatteryStatus'; + $state_index_id = create_state_index($state_name); + + if ($state_index_id !== null) { + $states = array( + array($state_index_id,'backup',0,4,1) , + array($state_index_id,'acnormal',0,5,0) + ); + + foreach ($states as $value) { + $insert = array( + 'state_index_id' => $value[0], + 'state_descr' => $value[1], + 'state_draw_graph' => $value[2], + 'state_value' => $value[3], + 'state_generic_value' => $value[4] + ); + dbInsert($insert, 'state_translations'); + } + } + + $index = 0; + $limit = 10; + $warnlimit = null; + $lowlimit = null; + $lowwarnlimit = null; + $divisor = 1; + $state = $ups_state / $divisor; + $descr = 'Back Status'; + + discover_sensor( + $valid['sensor'], + 'state', + $device, + $ups_state_oid, + $index, + $state_name, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $state + ); + create_sensor_to_state_index( + $device, + $state_name, + $index + ); + } + // In And Out + $ups_state_oid = '.1.3.6.1.4.1.935.1.1.1.8.5.4.0'; + $ups_state = snmp_get($device, $ups_state_oid, '-Oqv'); + + if (!empty($ups_state) || $ups_state == 0) { + $state_name = 'upsThreePhaseDCandRectifierStatusInAndOut'; + $state_index_id = create_state_index($state_name); + + if ($state_index_id !== null) { + $states = array( + array($state_index_id,'threeInOneOut',0,2,3) , + array($state_index_id,'threeInThreeOut',0,3,3) + ); + + foreach ($states as $value) { + $insert = array( + 'state_index_id' => $value[0], + 'state_descr' => $value[1], + 'state_draw_graph' => $value[2], + 'state_value' => $value[3], + 'state_generic_value' => $value[4] + ); + dbInsert($insert, 'state_translations'); + } + } + + $index = 0; + $limit = 10; + $warnlimit = null; + $lowlimit = null; + $lowwarnlimit = null; + $divisor = 1; + $state = $ups_state / $divisor; + $descr = 'In And Out'; + + discover_sensor( + $valid['sensor'], + 'state', + $device, + $ups_state_oid, + $index, + $state_name, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $state + ); + create_sensor_to_state_index( + $device, + $state_name, + $index + ); + } + // Rectifier Rotation Error + $ups_state_oid = '.1.3.6.1.4.1.935.1.1.1.8.5.1.0'; + $ups_state = snmp_get($device, $ups_state_oid, '-Oqv'); + + if (!empty($ups_state) || $ups_state == 0) { + $state_name = 'upsThreePhaseDCandRectifierStatusRecRotError'; + $state_index_id = create_state_index($state_name); + + if ($state_index_id !== null) { + $states = array( + array($state_index_id,'yes',0,14,2) , + array($state_index_id,'no',0,16,0) + ); + + foreach ($states as $value) { + $insert = array( + 'state_index_id' => $value[0], + 'state_descr' => $value[1], + 'state_draw_graph' => $value[2], + 'state_value' => $value[3], + 'state_generic_value' => $value[4] + ); + dbInsert($insert, 'state_translations'); + } + } + + $index = 0; + $limit = 10; + $warnlimit = null; + $lowlimit = null; + $lowwarnlimit = null; + $divisor = 1; + $state = $ups_state / $divisor; + $descr = 'Rectifier Rotation Error'; + + discover_sensor( + $valid['sensor'], + 'state', + $device, + $ups_state_oid, + $index, + $state_name, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $state + ); + create_sensor_to_state_index( + $device, + $state_name, + $index + ); + } + // Short Circuit + $ups_state_oid = '.1.3.6.1.4.1.935.1.1.1.8.7.7.0'; + $ups_state = snmp_get($device, $ups_state_oid, '-Oqv'); + + if (!empty($ups_state) || $ups_state == 0) { + $state_name = 'upsThreePhaseFaultStatusShortCircuit'; + $state_index_id = create_state_index($state_name); + + if ($state_index_id !== null) { + $states = array( + array($state_index_id,'yes',0,14,2) , + array($state_index_id,'no',0,16,0) + ); + + foreach ($states as $value) { + $insert = array( + 'state_index_id' => $value[0], + 'state_descr' => $value[1], + 'state_draw_graph' => $value[2], + 'state_value' => $value[3], + 'state_generic_value' => $value[4] + ); + dbInsert($insert, 'state_translations'); + } + } + + $index = 0; + $limit = 10; + $warnlimit = null; + $lowlimit = null; + $lowwarnlimit = null; + $divisor = 1; + $state = $ups_state / $divisor; + $descr = 'Short Circuit'; + + discover_sensor( + $valid['sensor'], + 'state', + $device, + $ups_state_oid, + $index, + $state_name, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $state + ); + create_sensor_to_state_index( + $device, + $state_name, + $index + ); + } + // Switch Mode + $ups_state_oid = '.1.3.6.1.4.1.935.1.1.1.8.6.4.0'; + $ups_state = snmp_get($device, $ups_state_oid, '-Oqv'); + + if (!empty($ups_state) || $ups_state == 0) { + $state_name = 'upsThreePhaseUPSStaticSwitchMode'; + $state_index_id = create_state_index($state_name); + + if ($state_index_id !== null) { + $states = array( + array($state_index_id,'invermode',0,12,0) , + array($state_index_id,'bypassmode',0,13,1) + ); + + foreach ($states as $value) { + $insert = array( + 'state_index_id' => $value[0], + 'state_descr' => $value[1], + 'state_draw_graph' => $value[2], + 'state_value' => $value[3], + 'state_generic_value' => $value[4] + ); + dbInsert($insert, 'state_translations'); + } + } + + $index = 0; + $limit = 10; + $warnlimit = null; + $lowlimit = null; + $lowwarnlimit = null; + $divisor = 1; + $state = $ups_state / $divisor; + $descr = 'Switch Mode'; + + discover_sensor( + $valid['sensor'], + 'state', + $device, + $ups_state_oid, + $index, + $state_name, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $state + ); + create_sensor_to_state_index( + $device, + $state_name, + $index + ); + } + // Bypass Status + $ups_state_oid = '.1.3.6.1.4.1.935.1.1.1.8.6.1.0'; + $ups_state = snmp_get($device, $ups_state_oid, '-Oqv'); + + if (!empty($ups_state) || $ups_state == 0) { + $state_name = 'upsThreePhaseUPSStatusBypassFreqFail'; + $state_index_id = create_state_index($state_name); + + if ($state_index_id !== null) { + $states = array( + array($state_index_id,'yes',0,14,2) , + array($state_index_id,'no',0,16,0) + ); + + foreach ($states as $value) { + $insert = array( + 'state_index_id' => $value[0], + 'state_descr' => $value[1], + 'state_draw_graph' => $value[2], + 'state_value' => $value[3], + 'state_generic_value' => $value[4] + ); + dbInsert($insert, 'state_translations'); + } + } + + $index = 0; + $limit = 10; + $warnlimit = null; + $lowlimit = null; + $lowwarnlimit = null; + $divisor = 1; + $state = $ups_state / $divisor; + $descr = 'Bypass freq. fail'; + + discover_sensor( + $valid['sensor'], + 'state', + $device, + $ups_state_oid, + $index, + $state_name, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $state + ); + create_sensor_to_state_index( + $device, + $state_name, + $index + ); + } +} + diff --git a/includes/discovery/sensors/voltage/netagent2.inc.php b/includes/discovery/sensors/voltage/netagent2.inc.php index 23df482376..5700a027be 100644 --- a/includes/discovery/sensors/voltage/netagent2.inc.php +++ b/includes/discovery/sensors/voltage/netagent2.inc.php @@ -17,95 +17,409 @@ * You should have received a copy of the GNU General Public License * along with this program. If not, see . * + * Original file * @package LibreNMS * @link http://librenms.org * @copyright 2016 Tony Murray * @author Tony Murray + * 3 Phase support extension + * @copyright 2018 Mikael Sipilainen + * @author Mikael Sipilainen */ -$in_voltage_oid = '.1.3.6.1.4.1.935.1.1.1.3.2.1.0'; -$in_voltage = snmp_get($device, $in_voltage_oid, '-Oqv'); +// Config + # RRD graph color start value + $index = 0;// Text color number to start increasing +1 -if (!empty($in_voltage) || $in_voltage == 0) { + # Voltage levels - EU and UK 230 volts +10% - 6% (ie. between 216.2 volts and 253 volts) + $limit = 270;// Maximum graph level + $warnlimit = 253;// Warning limit (High) + $lowlimit = 210; // Minimum graph level + $lowwarnlimit = 216; // Warning limit (Low) + $divisor1phase = 10; // Divisor to set sensor input value (eg. value 2324/10=232,4 Volts) + $divisor3phase = 10; // Divisor to set sensor input value (eg. value 22/1=22 Volts) + + # UPS single-phase battery system values + $bat_1phase_limit = 30; // Remember to check correct values + $bat_1phase_warnlimit = 28; + $bat_1phase_lowlimit = 10; + $bat_1phase_lowwarnlimit = 18; + $bat_1phase_divisor = 1; + + # UPS 3 phase battery system values + $bat_3phase_limit = 270; // Remember to check correct values + $bat_3phase_warnlimit = 270; + $bat_3phase_lowlimit = 210; + $bat_3phase_lowwarnlimit = 215; + $bat_3phase_divisor = 10; + +// Detect type of UPS (Signle-Phase/3 Phase) +# Number of input lines + $upsInputNumLines_oid = '.1.3.6.1.2.1.33.1.3.2.0'; + $in_phaseNum = snmp_get($device, $upsInputNumLines_oid, '-Oqv'); + + # Number of output lines + $upsOutputNumLines_oid = '.1.3.6.1.2.1.33.1.4.3.0'; + $out_phaseNum = snmp_get($device, $upsOutputNumLines_oid, '-Oqv'); + +// INPUT single-phase system +if ($in_phaseNum == '1') { + $in_voltage_oid = '.1.3.6.1.4.1.935.1.1.1.3.2.1.0'; + $in_voltage = snmp_get($device, $in_voltage_oid, '-Oqv'); + + if (!empty($in_voltage) || $in_voltage == 0) { + $type = 'netagent2'; + $divisor = $divisor1phase; + $voltage = $in_voltage / $divisor; + $descr = 'Input'; + + discover_sensor( + $valid['sensor'], + 'voltage', + $device, + $in_voltage_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $voltage + ); + } +} + +// INPUT voltage 3 Phase system +if ($in_phaseNum == '3') { + // Phase L1 (R) + $in_voltage1_oid = '.1.3.6.1.4.1.935.1.1.1.8.2.2.0'; + $in_voltage1 = snmp_get($device, $in_voltage1_oid, '-Oqv'); + + if (!empty($in_voltage1) || $in_voltage1 == 0) { + $type = 'netagent2'; + $divisor = $divisor3phase; + $voltage = $in_voltage1 / $divisor; + $descr = 'In L1'; + + discover_sensor( + $valid['sensor'], + 'voltage', + $device, + $in_voltage1_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $voltage + ); + } + // Phase L2 (S) + $in_voltage2_oid = '.1.3.6.1.4.1.935.1.1.1.8.2.3.0'; + $in_voltage2 = snmp_get($device, $in_voltage2_oid, '-Oqv'); + + if (!empty($in_voltage2) || $in_voltage2 == 0) { + $type = 'netagent2'; + $index++; + $divisor = $divisor3phase; + $voltage = $in_voltage2 / $divisor; + $descr = 'In L2'; + + discover_sensor( + $valid['sensor'], + 'voltage', + $device, + $in_voltage2_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $voltage + ); + } + // Phase L3 (T) + $in_voltage3_oid = '.1.3.6.1.4.1.935.1.1.1.8.2.4.0'; + $in_voltage3 = snmp_get($device, $in_voltage3_oid, '-Oqv'); + + if (!empty($in_voltage3) || $in_voltage3 == 0) { + $type = 'netagent2'; + $index++; + $divisor = $divisor3phase; + $voltage = $in_voltage3 / $divisor; + $descr = 'In L3'; + + discover_sensor( + $valid['sensor'], + 'voltage', + $device, + $in_voltage3_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $voltage + ); + } +} + +// OUTPUT voltage single-phase +if ($in_phaseNum == '1') { + $out_voltage_oid = '.1.3.6.1.4.1.935.1.1.1.4.2.1.0'; + $out_voltage = snmp_get($device, $out_voltage_oid, '-Oqv'); + + if (!empty($out_voltage) || $out_voltage == 0) { + $type = 'netagent2'; + $index++; + $divisor = $divisor1phase; + $voltage = $out_voltage / $divisor; + $descr = 'Output'; + + discover_sensor( + $valid['sensor'], + 'voltage', + $device, + $out_voltage_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $voltage + ); + } +} + +// OUTPUT voltage 3 Phase system +if ($out_phaseNum == '3') { + // Phase L1 (R) + $out_voltage1_oid = '.1.3.6.1.4.1.935.1.1.1.8.3.2.0'; + $out_voltage1 = snmp_get($device, $out_voltage1_oid, '-Oqv'); + + if (!empty($out_voltage1) || $out_voltage1 == 0) { + $type = 'netagent2'; + $index++; + $divisor = $divisor3phase; + $voltage = $out_voltage1 / $divisor; + $descr = 'Out L1'; + + discover_sensor( + $valid['sensor'], + 'voltage', + $device, + $out_voltage1_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $voltage + ); + } + // Phase L2 (S) + $out_voltage2_oid = '.1.3.6.1.4.1.935.1.1.1.8.3.3.0'; + $out_voltage2 = snmp_get($device, $out_voltage2_oid, '-Oqv'); + + if (!empty($out_voltage2) || $out_voltage2 == 0) { + $type = 'netagent2'; + $index++; + $divisor = $divisor3phase; + $voltage = $out_voltage2 / $divisor; + $descr = 'Out L2'; + + discover_sensor( + $valid['sensor'], + 'voltage', + $device, + $out_voltage2_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $voltage + ); + } + // Phase L3 (T) + $out_voltage3_oid = '.1.3.6.1.4.1.935.1.1.1.8.3.4.0'; + $out_voltage3 = snmp_get($device, $out_voltage3_oid, '-Oqv'); + + if (!empty($out_voltage3) || $out_voltage3 == 0) { + $type = 'netagent2'; + $index++; + $divisor = $divisor3phase; + $voltage = $out_voltage3 / $divisor; + $descr = 'Out L3'; + + discover_sensor( + $valid['sensor'], + 'voltage', + $device, + $out_voltage3_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $voltage + ); + } +} + +// Bypass voltage 3 Phase system +if ($out_phaseNum == '3') { + // Phase L1 (R) + $bypass_voltage1_oid = '.1.3.6.1.4.1.935.1.1.1.8.4.2.0'; + $bypass_voltage1 = snmp_get($device, $bypass_voltage1_oid, '-Oqv'); + + if (!empty($bypass_voltage1) || $bypass_voltage1 == 0) { + $type = 'netagent2'; + $index++; + $divisor = $divisor3phase; + $voltage = $bypass_voltage1 / $divisor; + $descr = 'Bypass L1'; + + discover_sensor( + $valid['sensor'], + 'voltage', + $device, + $bypass_voltage1_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $voltage + ); + } + // Phase L2 (S) + $bypass_voltage2_oid = '.1.3.6.1.4.1.935.1.1.1.8.4.3.0'; + $bypass_voltage2 = snmp_get($device, $bypass_voltage2_oid, '-Oqv'); + + if (!empty($bypass_voltage2) || $bypass_voltage2 == 0) { + $type = 'netagent2'; + $index++; + $divisor = $divisor3phase; + $voltage = $bypass_voltage2 / $divisor; + $descr = 'Bypass L2'; + + discover_sensor( + $valid['sensor'], + 'voltage', + $device, + $bypass_voltage2_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $voltage + ); + } + // Phase L3 (T) + $bypass_voltage3_oid = '.1.3.6.1.4.1.935.1.1.1.8.4.4.0'; + $bypass_voltage3 = snmp_get($device, $bypass_voltage3_oid, '-Oqv'); + + if (!empty($bypass_voltage3) || $bypass_voltage3 == 0) { + $type = 'netagent2'; + $index++; + $divisor = $divisor3phase; + $voltage = $bypass_voltage3 / $divisor; + $descr = 'Bypass L3'; + + discover_sensor( + $valid['sensor'], + 'voltage', + $device, + $bypass_voltage3_oid, + $index, + $type, + $descr, + $divisor, + '1', + $lowlimit, + $lowwarnlimit, + $warnlimit, + $limit, + $voltage + ); + } +} + +// BATTERY Voltage +# Set divisor and limit ranges 1 phase UPS systems +if ($in_phaseNum == '1') { + $battery_voltage_oid = '.1.3.6.1.4.1.935.1.1.1.2.2.2.0'; + $battery_voltage1 = snmp_get($device, $battery_voltage_oid, '-Oqv'); + $limit = $bat_1phase_limit; + $warnlimit = $bat_1phase_warnlimit; + $lowlimit = $bat_1phase_lowlimit; + $lowwarnlimit = $bat_1phase_lowwarnlimit; + $divisor = $bat_1phase_divisor; +} + +# Set divisor and limit ranges 3 phase UPS systems +if ($in_phaseNum == '3') { + $battery_voltage1_oid = '.1.3.6.1.2.1.33.1.2.5.0'; + $battery_voltage1 = snmp_get($device, $battery_voltage1_oid, '-Oqv'); + $limit = $bat_3phase_limit; + $warnlimit = $bat_3phase_warnlimit; + $lowlimit = $bat_3phase_lowlimit; + $lowwarnlimit = $bat_3phase_lowwarnlimit; + $divisor = $bat_3phase_divisor; +} + +if (!empty($battery_voltage1) || $battery_voltage1 == 0) { $type = 'netagent2'; - $index = 0; - $limit = 300; - $warnlimit = 253; - $lowlimit = 0; - $lowwarnlimit = 216; - $divisor = 10; - $voltage = $in_voltage / $divisor; - $descr = 'Input Voltage'; + $index++; + $voltage = $battery_voltage1 / $divisor; + $descr = 'Battery'; discover_sensor( $valid['sensor'], 'voltage', $device, - $in_voltage_oid, - $index, - $type, - $descr, - $divisor, - '1', - $lowlimit, - $lowwarnlimit, - $warnlimit, - $limit, - $voltage - ); -} - -$out_voltage_oid = '.1.3.6.1.4.1.935.1.1.1.4.2.1.0'; -$out_voltage = snmp_get($device, $out_voltage_oid, '-Oqv'); - -if (!empty($out_voltage) || $out_voltage == 0) { - $type = 'netagent2'; - $index = 1; - $limit = 300; - $warnlimit = 253; - $lowlimit = 0; - $lowwarnlimit = 216; - $divisor = 10; - $voltage = $out_voltage / $divisor; - $descr = 'Output Voltage'; - - discover_sensor( - $valid['sensor'], - 'voltage', - $device, - $out_voltage_oid, - $index, - $type, - $descr, - $divisor, - '1', - $lowlimit, - $lowwarnlimit, - $warnlimit, - $limit, - $voltage - ); -} - -$battery_voltage_oid = '.1.3.6.1.4.1.935.1.1.1.2.2.2.0'; -$battery_voltage = snmp_get($device, $battery_voltage_oid, '-Oqv'); - -if (!empty($battery_voltage) || $battery_voltage == 0) { - $type = 'netagent2'; - $index = 2; - $limit = 100; - $warnlimit = null; - $lowlimit = null; - $lowwarnlimit = null; - $divisor = 10; - $voltage = $battery_voltage / $divisor; - $descr = 'Battery Voltage'; - - discover_sensor( - $valid['sensor'], - 'voltage', - $device, - $battery_voltage_oid, + $battery_voltage1_oid, $index, $type, $descr, diff --git a/includes/polling/os/netagent2.inc.php b/includes/polling/os/netagent2.inc.php index 4b9ab32dc5..f8eba13a44 100644 --- a/includes/polling/os/netagent2.inc.php +++ b/includes/polling/os/netagent2.inc.php @@ -2,7 +2,7 @@ /** * netagent2.inc.php * - * LibreNMS os polling module for Megatec + * LibreNMS os polling module for Megatec NetAgent II and NetAgent Mini * * This program is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by @@ -19,11 +19,10 @@ * * @package LibreNMS * @link http://librenms.org - * @copyright 2016 Neil Lathwood - * @author Neil Lathwood + * @copyright 2018 Mikael Sipilainen + * @author Mikael Sipilainen */ -// NET Agent II - -$version = snmp_get($device, '.1.3.6.1.2.1.33.1.1.4.0', '-OQv'); -$hardware = $device['sysDescr']; +$oid = snmp_get_multi($device, '.1.3.6.1.2.1.33.1.1.4.0 .1.3.6.1.2.1.33.1.1.1.0', '-OQU'); +$version = $oid[0]['.1.3.6.1.2.1.33.1.1.4.0']; +$hardware = $oid[0]['.1.3.6.1.2.1.33.1.1.1.0']; diff --git a/tests/data/netagent2.json b/tests/data/netagent2.json new file mode 100644 index 0000000000..a0df2f15bc --- /dev/null +++ b/tests/data/netagent2.json @@ -0,0 +1,1758 @@ +{ + "os": { + "discovery": { + "devices": [ + { + "sysName": "", + "sysObjectID": ".1.3.6.1.4.1.935", + "sysDescr": "NET Agent II", + "sysContact": null, + "version": null, + "hardware": null, + "features": null, + "location": null, + "os": "netagent2", + "type": "power", + "serial": null, + "icon": "generic.svg" + } + ] + }, + "poller": { + "devices": [ + { + "sysName": "", + "sysObjectID": ".1.3.6.1.4.1.935", + "sysDescr": "NET Agent II", + "sysContact": "", + "version": null, + "hardware": null, + "features": null, + "location": "", + "os": "netagent2", + "type": "power", + "serial": null, + "icon": "generic.svg" + } + ] + } + }, + "ports": { + "discovery": { + "ports": [ + { + "port_descr_type": null, + "port_descr_descr": null, + "port_descr_circuit": null, + "port_descr_speed": null, + "port_descr_notes": null, + "ifDescr": "eth0", + "ifName": null, + "portName": null, + "ifIndex": 1, + "ifSpeed": null, + "ifConnectorPresent": null, + "ifPromiscuousMode": null, + "ifHighSpeed": null, + "ifOperStatus": null, + "ifOperStatus_prev": null, + "ifAdminStatus": null, + "ifAdminStatus_prev": null, + "ifDuplex": null, + "ifMtu": null, + "ifType": null, + "ifAlias": null, + "ifPhysAddress": null, + "ifHardType": null, + "ifLastChange": 0, + "ifVlan": "", + "ifTrunk": null, + "counter_in": null, + "counter_out": null, + "ignore": 0, + "disabled": 0, + "detailed": 0, + "deleted": 0, + "pagpOperationMode": null, + "pagpPortState": null, + "pagpPartnerDeviceId": null, + "pagpPartnerLearnMethod": null, + "pagpPartnerIfIndex": null, + "pagpPartnerGroupIfIndex": null, + "pagpPartnerDeviceName": null, + "pagpEthcOperationMode": null, + "pagpDeviceId": null, + "pagpGroupIfIndex": null, + "ifInUcastPkts": null, + "ifInUcastPkts_prev": null, + "ifInUcastPkts_delta": null, + "ifInUcastPkts_rate": null, + "ifOutUcastPkts": null, + "ifOutUcastPkts_prev": null, + "ifOutUcastPkts_delta": null, + "ifOutUcastPkts_rate": null, + "ifInErrors": null, + "ifInErrors_prev": null, + "ifInErrors_delta": null, + "ifInErrors_rate": null, + "ifOutErrors": null, + "ifOutErrors_prev": null, + "ifOutErrors_delta": null, + "ifOutErrors_rate": null, + "ifInOctets": null, + "ifInOctets_prev": null, + "ifInOctets_delta": null, + "ifInOctets_rate": null, + "ifOutOctets": null, + "ifOutOctets_prev": null, + "ifOutOctets_delta": null, + "ifOutOctets_rate": null, + "poll_prev": null, + "ifInNUcastPkts": null, + "ifInNUcastPkts_prev": null, + "ifInNUcastPkts_delta": null, + 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