204 lines
7.6 KiB
PHP
204 lines
7.6 KiB
PHP
<?php
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use LibreNMS\RRD\RrdDefinition;
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echo ' zfs ';
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$name = 'zfs';
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$app_id = $app['app_id'];
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$options = '-O qv';
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$mib = 'NET-SNMP-EXTEND-MIB';
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$oid = 'nsExtendOutputFull.3.122.102.115';
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$json = snmp_get($device, $oid, $options, $mib);
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$zfs=json_decode(stripslashes($json), true);
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$rrd_name = ['app', $name, $app_id];
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$rrd_def = RrdDefinition::make()
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->addDataset('deleted', 'DERIVE', 0)
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->addDataset('evict_skip', 'DERIVE', 0)
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->addDataset('mutex_skip', 'DERIVE', 0)
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->addDataset('recycle_miss', 'DERIVE', 0)
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->addDataset('arc_size', 'GAUGE', 0)
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->addDataset('target_size_max', 'GAUGE', 0)
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->addDataset('target_size_min', 'GAUGE', 0)
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->addDataset('target_size', 'GAUGE', 0)
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->addDataset('target_size_per', 'GAUGE', 0)
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->addDataset('arc_size_per', 'GAUGE', 0)
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->addDataset('target_size_arat', 'GAUGE', 0)
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->addDataset('min_size_per', 'GAUGE', 0)
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->addDataset('mfu_size', 'GAUGE', 0)
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->addDataset('p', 'GAUGE', 0)
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->addDataset('rec_used_per', 'GAUGE', 0)
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->addDataset('freq_used_per', 'GAUGE', 0)
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->addDataset('arc_hits', 'DERIVE', 0)
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->addDataset('arc_misses', 'DERIVE', 0)
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->addDataset('demand_data_hits', 'DERIVE', 0)
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->addDataset('demand_data_misses', 'DERIVE', 0)
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->addDataset('demand_meta_hits', 'DERIVE', 0)
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->addDataset('demand_meta_misses', 'DERIVE', 0)
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->addDataset('mfu_ghost_hits', 'DERIVE', 0)
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->addDataset('mfu_hits', 'DERIVE', 0)
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->addDataset('mru_ghost_hits', 'DERIVE', 0)
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->addDataset('mru_hits', 'DERIVE', 0)
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->addDataset('pre_data_hits', 'DERIVE', 0)
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->addDataset('pre_data_misses', 'DERIVE', 0)
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->addDataset('pre_meta_hits', 'DERIVE', 0)
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->addDataset('pre_meta_misses', 'DERIVE', 0)
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->addDataset('anon_hits', 'DERIVE', 0)
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->addDataset('arc_accesses_total', 'DERIVE', 0)
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->addDataset('demand_data_total', 'DERIVE', 0)
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->addDataset('pre_data_total', 'DERIVE', 0)
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->addDataset('real_hits', 'DERIVE', 0)
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->addDataset('cache_hits_per', 'GAUGE', 0)
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->addDataset('cache_miss_per', 'GAUGE', 0)
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->addDataset('actual_hit_per', 'GAUGE', 0)
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->addDataset('data_demand_per', 'GAUGE', 0)
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->addDataset('data_pre_per', 'GAUGE', 0)
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->addDataset('anon_hits_per', 'GAUGE', 0)
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->addDataset('mru_per', 'GAUGE', 0)
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->addDataset('mfu_per', 'GAUGE', 0)
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->addDataset('mru_ghost_per', 'GAUGE', 0)
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->addDataset('mfu_ghost_per', 'GAUGE', 0)
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->addDataset('demand_hits_per', 'GAUGE', 0)
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->addDataset('pre_hits_per', 'GAUGE', 0)
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->addDataset('meta_hits_per', 'GAUGE', 0)
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->addDataset('pre_meta_hits_per', 'GAUGE', 0)
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->addDataset('demand_misses_per', 'GAUGE', 0)
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->addDataset('pre_misses_per', 'GAUGE', 0)
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->addDataset('meta_misses_per', 'GAUGE', 0)
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->addDataset('pre_meta_misses_per', 'GAUGE', 0);
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$fields = [
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'deleted' => $zfs['deleted'],
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'evict_skip' => $zfs['evict_skip'],
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'mutex_skip' => $zfs['mutex_skip'],
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'recycle_miss' => $zfs['recycle_miss'],
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'arc_size' => $zfs['arc_size'],
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'target_size_max' => $zfs['target_size_max'],
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'target_size_min' => $zfs['target_size_min'],
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'target_size' => $zfs['target_size'],
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'target_size_per' => $zfs['target_size_per'],
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'arc_size_per' => $zfs['arc_size_per'],
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'target_size_arat' => $zfs['target_size_arat'],
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'min_size_per' => $zfs['min_size_per'],
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'mfu_size' => $zfs['mfu_size'],
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'p' => $zfs['p'],
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'rec_used_per' => $zfs['rec_used_per'],
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'freq_used_per' => $zfs['freq_used_per'],
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'arc_hits' => $zfs['arc_hits'],
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'arc_misses' => $zfs['arc_misses'],
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'demand_data_hits' => $zfs['demand_data_hits'],
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'demand_data_misses' => $zfs['demand_data_misses'],
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'demand_meta_hits' => $zfs['demand_meta_hits'],
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'demand_meta_misses' => $zfs['demand_meta_misses'],
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'mfu_ghost_hits' => $zfs['mfu_ghost_hits'],
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'mfu_hits' => $zfs['mfu_hits'],
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'mru_ghost_hits' => $zfs['mru_ghost_hits'],
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'mru_hits' => $zfs['mru_hits'],
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'pre_data_hits' => $zfs['pre_data_hits'],
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'pre_data_misses' => $zfs['pre_data_misses'],
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'pre_meta_hits' => $zfs['pre_meta_hits'],
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'pre_meta_misses' => $zfs['pre_meta_misses'],
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'anon_hits' => $zfs['anon_hits'],
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'arc_accesses_total' => $zfs['arc_accesses_total'],
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'demand_data_total' => $zfs['demand_data_total'],
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'pre_data_total' => $zfs['pre_data_total'],
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'real_hits' => $zfs['real_hits'],
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'cache_hits_per' => $zfs['cache_hits_per'],
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'cache_miss_per' => $zfs['cache_miss_per'],
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'actual_hit_per' => $zfs['actual_hit_per'],
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'data_demand_per' => $zfs['data_demand_per'],
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'data_pre_per' => $zfs['data_pre_per'],
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'anon_hits_per' => $zfs['anon_hits_per'],
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'mru_per' => $zfs['mru_per'],
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'mfu_per' => $zfs['mfu_per'],
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'mru_ghost_per' => $zfs['mru_ghost_per'],
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'mfu_ghost_per' => $zfs['mfu_ghost_per'],
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'demand_hits_per' => $zfs['demand_hits_per'],
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'pre_hits_per' => $zfs['pre_hits_per'],
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'meta_hits_per' => $zfs['meta_hits_per'],
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'pre_meta_hits_per' => $zfs['pre_meta_hits_per'],
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'demand_misses_per' => $zfs['demand_misses_per'],
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'pre_misses_per' => $zfs['pre_misses_per'],
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'meta_misses_per' => $zfs['meta_misses_per'],
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'pre_meta_misses_per' => $zfs['pre_meta_misses_per'],
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];
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$tags = ['name' => $name, 'app_id' => $app_id, 'rrd_def' => $rrd_def, 'rrd_name' => $rrd_name];
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data_update($device, 'app', $tags, $fields);
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//
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// process additional info returned
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//
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$pools = [];
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$pool_rrd_def = RrdDefinition::make()
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->addDataset('size', 'GAUGE', 0)
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->addDataset('alloc', 'GAUGE', 0)
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->addDataset('free', 'GAUGE', 0)
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->addDataset('expandsz', 'GAUGE', 0)
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->addDataset('frag', 'GAUGE', 0)
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->addDataset('cap', 'GAUGE', 0)
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->addDataset('dedup', 'GAUGE', 0);
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$pools_int=0;
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$pools_for_metrics = []; // used later for replacing pools when inserting into the metrics table
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while (isset($zfs['pools'][$pools_int])) {
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$pools[] = $zfs['pools'][$pools_int]['name'];
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$pools_for_metrics[$zfs['pools'][$pools_int]['name']] = $zfs['pools'][$pools_int]; // copy the pool over later
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$rrd_name = ['app', $name, $app_id, $zfs['pools'][$pools_int]['name']];
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$fields = [
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'size' => $zfs['pools'][$pools_int]['size'],
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'alloc' => $zfs['pools'][$pools_int]['alloc'],
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'free' => $zfs['pools'][$pools_int]['free'],
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'expandsz' => $zfs['pools'][$pools_int]['expandsz'],
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'frag' => $zfs['pools'][$pools_int]['frag'],
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'cap' => $zfs['pools'][$pools_int]['cap'],
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'dedup' => $zfs['pools'][$pools_int]['dedup'],
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];
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$tags = ['name' => $name, 'app_id' => $app_id, 'rrd_def' => $pool_rrd_def, 'rrd_name' => $rrd_name];
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data_update($device, 'app', $tags, $fields);
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$pools_int++;
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}
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//
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// component processing for ZFS
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//
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$device_id=$device['device_id'];
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$options= [
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'filter' => [
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'device_id' => ['=', $device_id],
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'type' => ['=', 'zfs'],
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],
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];
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$component=new LibreNMS\Component();
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$components=$component->getComponents($device_id, $options);
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// if no pools, delete zfs components
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if (empty($pools)) {
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if (isset($components[$device_id])) {
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foreach ($components[$device_id] as $component_id => $_unused) {
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$component->deleteComponent($component_id);
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}
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}
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} else {
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if (isset($components[$device_id])) {
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$zfsc = $components[$device_id];
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} else {
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$zfsc = $component->createComponent($device_id, 'zfs');
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}
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$id = $component->getFirstComponentID($zfsc);
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$zfsc[$id]['label'] = 'ZFS';
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$zfsc[$id]['pools'] = json_encode($pools);
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$component->setComponentPrefs($device_id, $zfsc);
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}
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//replace $zfs{'pools'} with a array where the keys are the pool names and update metrics
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$zfs['pools'] = $pools_for_metrics;
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update_application($app, $json, $zfs);
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