Files
librenms-librenms/LibreNMS/Device/WirelessSensor.php
markoh76 7bf769e19c Ceraos more sensors (#9392)
* Update to Added support for HeliOS 10Ghz failover to 5Ghz state sensor
Converted /includes/discovery/sensors/state/helios.inc.php to yaml
Test units included
CLA has been signed

* Added support for CeraOS TX Mute Status state sensor, NTP Client Lock Status state sensor.
Updated CeraOS temperature sensor, now called from includes/definitions/discovery/ceraos.yaml - removed includes/discovery/sensors/temperature/ceraos.inc.php
Corrected issue with CeraOS temperature reverting to zero after polling (added a trailing . to the num_oid)
Amended includes/definitions/discovery/helios.yaml with changes as advised by Neil Lathwood and Tony Murray

* Added unit test data and corrected ceraos.yaml validation error

* Added support for Ceraos Wireless Sensors (php)
Cross Polar Interference
Wireless Frequency

Added Ceraos state sensors (yaml)
NTP Client Lock Status
Tx Mute Status
Radio Operational Status
Remote Radio Operational Status
IDU Temperature
Power Amplifier Temperature

* Fix up tests, etc

* remove helios changes, fix style
2018-12-11 08:41:26 -06:00

344 lines
11 KiB
PHP

<?php
/**
* WirelessSensor.php
*
* Wireless Sensors
*
* 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
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*
* @package LibreNMS
* @link http://librenms.org
* @copyright 2017 Tony Murray
* @author Tony Murray <murraytony@gmail.com>
*/
namespace LibreNMS\Device;
use LibreNMS\Config;
use LibreNMS\OS;
class WirelessSensor extends Sensor
{
protected static $name = 'Wireless Sensor';
protected static $table = 'wireless_sensors';
protected static $data_name = 'wireless-sensor';
private $access_point_ip;
/**
* Sensor constructor. Create a new sensor to be discovered.
*
* @param string $type Class of this sensor, must be a supported class
* @param int $device_id the device_id of the device that owns this sensor
* @param array|string $oids an array or single oid that contains the data for this sensor
* @param string $subtype the type of sensor an additional identifier to separate out sensors of the same class, generally this is the os name
* @param int|string $index the index of this sensor, must be stable, generally the index of the oid
* @param string $description A user visible description of this sensor, may be truncated in some places (like graphs)
* @param int|float $current The current value of this sensor, will seed the db and may be used to guess limits
* @param int $multiplier a number to multiply the value(s) by
* @param int $divisor a number to divide the value(s) by
* @param string $aggregator an operation to combine multiple numbers. Supported: sum, avg
* @param int $access_point_id The id of the AP in the access_points sensor this belongs to (generally used for controllers)
* @param int|float $high_limit Alerting: Maximum value
* @param int|float $low_limit Alerting: Minimum value
* @param int|float $high_warn Alerting: High warning value
* @param int|float $low_warn Alerting: Low warning value
* @param int|float $entPhysicalIndex The entPhysicalIndex this sensor is associated, often a port
* @param int|float $entPhysicalMeasured the table to look for the entPhysicalIndex, for example 'ports' (maybe unused)
*/
public function __construct(
$type,
$device_id,
$oids,
$subtype,
$index,
$description,
$current = null,
$multiplier = 1,
$divisor = 1,
$aggregator = 'sum',
$access_point_id = null,
$high_limit = null,
$low_limit = null,
$high_warn = null,
$low_warn = null,
$entPhysicalIndex = null,
$entPhysicalMeasured = null
) {
$this->access_point_ip = $access_point_id;
parent::__construct(
$type,
$device_id,
$oids,
$subtype,
$index,
$description,
$current,
$multiplier,
$divisor,
$aggregator,
$high_limit,
$low_limit,
$high_warn,
$low_warn,
$entPhysicalIndex,
$entPhysicalMeasured
);
}
protected function toArray()
{
$sensor = parent::toArray();
$sensor['access_point_id'] = $this->access_point_ip;
return $sensor;
}
public static function runDiscovery(OS $os)
{
$types = array_keys(self::getTypes());
$submodules = Config::get('discovery_submodules.wireless', $types);
$types = array_intersect($types, $submodules);
foreach ($types as $type) {
static::discoverType($os, $type);
}
}
/**
* Return a list of valid types with metadata about each type
* $class => array(
* 'short' - short text for this class
* 'long' - long text for this class
* 'unit' - units used by this class 'dBm' for example
* 'icon' - font awesome icon used by this class
* )
* @param bool $valid filter this list by valid types in the database
* @param int $device_id when filtering, only return types valid for this device_id
* @return array
*/
public static function getTypes($valid = false, $device_id = null)
{
// Add new types here
// FIXME I'm really bad with icons, someone please help!
static $types = array(
'ap-count' => array(
'short' => 'APs',
'long' => 'AP Count',
'unit' => '',
'icon' => 'wifi',
),
'clients' => array(
'short' => 'Clients',
'long' => 'Client Count',
'unit' => '',
'icon' => 'tablet',
),
'quality' => array(
'short' => 'Quality',
'long' => 'Quality',
'unit' => '%',
'icon' => 'feed',
),
'capacity' => array(
'short' => 'Capacity',
'long' => 'Capacity',
'unit' => '%',
'icon' => 'feed',
),
'utilization' => array(
'short' => 'Utilization',
'long' => 'utilization',
'unit' => '%',
'icon' => 'percent',
),
'rate' => array(
'short' => 'Rate',
'long' => 'TX/RX Rate',
'unit' => 'bps',
'icon' => 'tachometer',
),
'ccq' => array(
'short' => 'CCQ',
'long' => 'Client Connection Quality',
'unit' => '%',
'icon' => 'wifi',
),
'snr' => array(
'short' => 'SNR',
'long' => 'Signal-to-Noise Ratio',
'unit' => 'dB',
'icon' => 'signal',
),
'ssr' => array(
'short' => 'SSR',
'long' => 'Signal Strength Ratio',
'unit' => 'dB',
'icon' => 'signal',
),
'mse' => array(
'short' => 'MSE',
'long' => 'Mean Square Error',
'unit' => 'dB',
'icon' => 'signal',
),
'xpi' => array(
'short' => 'XPI',
'long' => 'Cross Polar Interference',
'unit' => 'dB',
'icon' => 'signal',
),
'rssi' => array(
'short' => 'RSSI',
'long' => 'Received Signal Strength Indicator',
'unit' => 'dBm',
'icon' => 'signal',
),
'power' => array(
'short' => 'Power/Signal',
'long' => 'TX/RX Power or Signal',
'unit' => 'dBm',
'icon' => 'bolt',
),
'noise-floor' => array(
'short' => 'Noise Floor',
'long' => 'Noise Floor',
'unit' => 'dBm/Hz',
'icon' => 'signal',
),
'errors' => array(
'short' => 'Errors',
'long' => 'Errors',
'unit' => '',
'icon' => 'exclamation-triangle',
'type' => 'counter',
),
'error-ratio' => array(
'short' => 'Error Ratio',
'long' => 'Bit/Packet Error Ratio',
'unit' => '%',
'icon' => 'exclamation-triangle',
),
'error-rate' => array(
'short' => 'BER',
'long' => 'Bit Error Rate',
'unit' => 'bps',
'icon' => 'exclamation-triangle',
),
'frequency' => array(
'short' => 'Frequency',
'long' => 'Frequency',
'unit' => 'MHz',
'icon' => 'line-chart',
),
'distance' => array(
'short' => 'Distance',
'long' => 'Distance',
'unit' => 'km',
'icon' => 'space-shuttle',
),
);
if ($valid) {
$sql = 'SELECT `sensor_class` FROM `wireless_sensors`';
$params = array();
if (isset($device_id)) {
$sql .= ' WHERE `device_id`=?';
$params[] = $device_id;
}
$sql .= ' GROUP BY `sensor_class`';
$sensors = dbFetchColumn($sql, $params);
return array_intersect_key($types, array_flip($sensors));
}
return $types;
}
protected static function getDiscoveryInterface($type)
{
return str_to_class($type, 'LibreNMS\\Interfaces\\Discovery\\Sensors\\Wireless') . 'Discovery';
}
protected static function getDiscoveryMethod($type)
{
return 'discoverWireless' . str_to_class($type);
}
protected static function getPollingInterface($type)
{
return str_to_class($type, 'LibreNMS\\Interfaces\\Polling\\Sensors\\Wireless') . 'Polling';
}
protected static function getPollingMethod($type)
{
return 'pollWireless' . str_to_class($type);
}
/**
* Convert a WiFi channel to a Frequency in MHz
*
* @param $channel
* @return int
*/
public static function channelToFrequency($channel)
{
$channels = array(
1 => 2412,
2 => 2417,
3 => 2422,
4 => 2427,
5 => 2432,
6 => 2437,
7 => 2442,
8 => 2447,
9 => 2452,
10 => 2457,
11 => 2462,
12 => 2467,
13 => 2472,
14 => 2484,
34 => 5170,
36 => 5180,
38 => 5190,
40 => 5200,
42 => 5210,
44 => 5220,
46 => 5230,
48 => 5240,
52 => 5260,
56 => 5280,
60 => 5300,
64 => 5320,
100 => 5500,
104 => 5520,
108 => 5540,
112 => 5560,
116 => 5580,
120 => 5600,
124 => 5620,
128 => 5640,
132 => 5660,
136 => 5680,
140 => 5700,
149 => 5745,
153 => 5765,
157 => 5785,
161 => 5805,
165 => 5825,
);
return $channels[$channel];
}
}