ℹ️ Your data is safe here... unless you make the SNIP gods angry. And let's just say they have a really bad sense of humor.

From Jason Warren, 3 Years ago, written in Plain Text.
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  1. root@librenms:/opt/librenms# ./poller.php -h 10.190.10.30 -m sensors -r -f -d
  2. LibreNMS Poller
  3. SQL[select `migration` from `migrations` order by `id` desc limit 1 [] 0.46ms]
  4.  
  5. SQL[select count(*) as aggregate from `migrations` limit 1 [] 0.4ms]
  6.  
  7. SQL[SELECT version() [] 0.5ms]
  8.  
  9. ===================================
  10. Version info:
  11. Commit SHA: 137b7218daa9c4c04c142dd0f5a95721e1bf8c69
  12. Commit Date: 1613003590
  13. DB Schema: 2021_02_08_224355_fix_invalid_dates (199)
  14. PHP: 7.4.3
  15. MySQL: 10.3.25-MariaDB-0ubuntu0.20.04.1
  16. RRDTool: 1.7.2
  17. SNMP: NET-SNMP 5.8
  18. ==================================DEBUG!
  19. Updating os_def.cache
  20. Override poller modules: sensors
  21. Starting polling run:
  22.  
  23. SQL[SELECT * FROM `devices` WHERE `disabled` = 0 AND `hostname` = '10.190.10.30' ORDER BY `device_id` ASC [] 1.32ms]
  24.  
  25. SQL[select * from `devices` where `device_id` = ? limit 1 [33] 0.74ms]
  26.  
  27. SQL[select * from `devices_attribs` where `devices_attribs`.`device_id` = ? and `devices_attribs`.`device_id` is not null [33] 0.42ms]
  28.  
  29. Attempting to initialize OS: ict-pdu
  30. OS initialized as Generic
  31. Hostname:    10.190.10.30
  32. Device ID:   33
  33. OS:          ict-pdu
  34.  
  35.  
  36. SQL[select `hostname`, `overwrite_ip` from `devices` where `hostname` = ? limit 1 ["10.190.10.30"] 1ms]
  37.  
  38. [FPING] '/usr/bin/fping' '-e' '-q' '-c' '3' '-p' '500' '-t' '500' '10.190.10.30'
  39.  
  40. response:  {"xmt":3,"rcv":3,"loss":0,"min":1.14,"max":1.32,"avg":1.22,"dup":0,"exitcode":0}
  41. SQL[select `device_groups`.*, `device_group_device`.`device_id` as `pivot_device_id`, `device_group_device`.`device_group_id` as `pivot_device_group_id` from `device_groups` inner join `device_group_device` on `device_groups`.`id` = `device_group_device`.`device_group_id` where `device_group_device`.`device_id` = ? [33] 0.8ms]
  42.  
  43. SQL[select * from `locations` where `locations`.`id` = ? limit 1 [7] 0.43ms]
  44.  
  45. SQL[select exists(select * from `alert_schedule` where (`start` &lt;= ? and `end` >= ? and (`recurring` = ? or (`recurring` = ? and ((time(`start`) < time xss=removed> ?) or (time(`start`) > time(`end`) and (time(`end`) &lt;= ? or time(`start`) > ?))) and (`recurring_day` like ? or `recurring_day` is null)))) and (exists (select * from `devices` inner join `alert_schedulables` on `devices`.`device_id` = `alert_schedulables`.`alert_schedulable_id` where `alert_schedule`.`schedule_id` = `alert_schedulables`.`schedule_id` and `alert_schedulables`.`alert_schedulable_type` = ? and `alert_schedulables`.`alert_schedulable_id` = ?) or exists (select * from `device_groups` inner join `alert_schedulables` on `device_groups`.`id` = `alert_schedulables`.`alert_schedulable_id` where `alert_schedule`.`schedule_id` = `alert_schedulables`.`schedule_id` and `alert_schedulables`.`alert_schedulable_type` = ? and 0 = 1) or exists (select * from `locations` inner join `alert_schedulables` on `locations`.`id` = `alert_schedulables`.`alert_schedulable_id` where `alert_schedule`.`schedule_id` = `alert_schedulables`.`schedule_id` and `alert_schedulables`.`alert_schedulable_type` = ? and `alert_schedulables`.`alert_schedulable_id` = ?))) as `exists` ["2021-02-11T16:16:20.589016Z","2021-02-11T16:16:20.589016Z",0,1,"16:16:20","16:16:20","16:16:20","16:16:20","%","device",33,"device_group","location",7] 1.79ms]
  46.  
  47. SQL[INSERT IGNORE INTO `device_perf` (`xmt`,`rcv`,`loss`,`min`,`max`,`avg`,`device_id`,`timestamp`,`debug`)  VALUES (:xmt,:rcv,:loss,:min,:max,:avg,:device_id,NOW(),:debug) {"xmt":3,"rcv":3,"loss":0,"min":1.14,"max":1.32,"avg":1.22,"device_id":33,"debug":"[]"} 2.12ms]
  48.  
  49. SQL[UPDATE `devices` set `last_ping`=?,`last_ping_timetaken`=? WHERE device_id=? ["2021-02-11 10:16:20",1.22,33] 2.27ms]
  50.  
  51. SNMP Check response code: 0
  52. Modules status: Global+
  53. OS
  54. Device
  55.  
  56. #### Load poller module core ####
  57. SNMP['/usr/bin/snmpget' '-v2c' '-c' 'COMMUNITY' '-OQnUt' '-m' 'SNMPv2-MIB' '-M' '/opt/librenms/mibs:/opt/librenms/mibs/ict' 'udp:HOSTNAME:161' 'sysUpTime.0' 'sysContact.0' 'sysName.0' 'sysObjectID.0' 'sysDescr.0']
  58. .*.*.0 = 6593873
  59. .*.*.0 = helpdesk
  60. .*.*.0 = ICT-PWR-DCB-01
  61. .*.*.0 = .*.4.1.39145.10
  62. .*.*.0 = ICT Distribution Panel
  63.  
  64. SNMP['/usr/bin/snmpget' '-v2c' '-c' 'COMMUNITY' '-OQnUst' '-m' 'HOST-RESOURCES-MIB:SNMP-FRAMEWORK-MIB' '-M' '/opt/librenms/mibs:/opt/librenms/mibs/ict' 'udp:HOSTNAME:161' 'snmpEngineTime.0' 'hrSystemUptime.0']
  65. Exitcode: 1
  66. Timeout: No Response from udp:10.190.10.30:161.
  67.  
  68. Timeout: No Response from udp:10.190.10.30:161.
  69. Uptime seconds: 65939
  70. Uptime:  18 hours 18 minutes 59 seconds
  71.  
  72. >> Runtime for poller module 'core': 6.0491 seconds with 25608 bytes
  73. >> SNMP: [2/6.05s] MySQL: [0/0.00s]
  74. #### Unload poller module core ####
  75.  
  76. Modules status: Global+
  77. OS
  78. Device
  79.  
  80. #### Load poller module availability ####
  81. SQL[SELECT duration FROM availability WHERE device_id = ? [33] 0.73ms]
  82.  
  83. Availability:
  84. SQL[SELECT * FROM availability WHERE device_id = ? [33] 0.43ms]
  85.  
  86. SQL[select * from `device_outages` where `device_id` = ? and `up_again` >= ? order by `going_down` asc [33,1612973786] 0.91ms]
  87.  
  88. SQL[UPDATE `availability` set `availability_perc`=? WHERE `availability_id` = ? [100,117] 0.54ms]
  89.  
  90. 1 day : 100%
  91. SQL[select * from `device_outages` where `device_id` = ? and `up_again` >= ? order by `going_down` asc [33,1612455386] 0.68ms]
  92.  
  93. SQL[UPDATE `availability` set `availability_perc`=? WHERE `availability_id` = ? [100,118] 0.5ms]
  94.  
  95. 7 days : 100%
  96. SQL[select * from `device_outages` where `device_id` = ? and `up_again` >= ? order by `going_down` asc [33,1610468186] 0.7ms]
  97.  
  98. SQL[UPDATE `availability` set `availability_perc`=? WHERE `availability_id` = ? [100,119] 0.49ms]
  99.  
  100. 30 days : 100%
  101. SQL[select * from `device_outages` where `device_id` = ? and `up_again` >= ? order by `going_down` asc [33,1581524186] 0.77ms]
  102.  
  103. SQL[UPDATE `availability` set `availability_perc`=? WHERE `availability_id` = ? [100,120] 0.45ms]
  104.  
  105. 365 days : 100%
  106.  
  107. >> Runtime for poller module 'availability': 0.0125 seconds with 39112 bytes
  108. >> SNMP: [0/0.00s] MySQL: [5/0.00s]
  109. #### Unload poller module availability ####
  110.  
  111. Modules status: Global+
  112. OS
  113. Device
  114.  
  115. #### Load poller module sensors ####
  116. SQL[SELECT `sensor_class` FROM `sensors` WHERE `device_id` = ? GROUP BY `sensor_class` [33] 0.41ms]
  117.  
  118. SQL[SELECT * FROM `sensors` WHERE `sensor_class` = ? AND `device_id` = ? ["current",33] 0.56ms]
  119.  
  120. SNMP['/usr/bin/snmpget' '-v2c' '-c' 'COMMUNITY' '-OUQnte' '-M' '/opt/librenms/mibs:/opt/librenms/mibs/ict' 'udp:HOSTNAME:161' '.1.3.6.1.4.1.39145.10.8.1.3.0' '.1.3.6.1.4.1.39145.10.8.1.3.1' '.1.3.6.1.4.1.39145.10.8.1.3.2' '.1.3.6.1.4.1.39145.10.8.1.3.3' '.1.3.6.1.4.1.39145.10.8.1.3.4' '.1.3.6.1.4.1.39145.10.8.1.3.5' '.1.3.6.1.4.1.39145.10.8.1.3.6' '.1.3.6.1.4.1.39145.10.8.1.3.7' '.1.3.6.1.4.1.39145.10.8.1.3.8' '.1.3.6.1.4.1.39145.10.8.1.3.9']
  121. .*.4.1.39*.3.0 = "-1.9"
  122. .*.4.1.39*.3.1 = "-1.2"
  123. .*.4.1.39*.3.2 = "0.0"
  124. .*.4.1.39*.3.3 = "0.0"
  125. .*.4.1.39*.3.4 = "0.0"
  126. .*.4.1.39*.3.5 = "0.0"
  127. .*.4.1.39*.3.6 = "-1.7"
  128. .*.4.1.39*.3.7 = "-1.0"
  129. .*.4.1.39*.3.8 = "0.0"
  130. .*.4.1.39*.3.9 = "0.0"
  131.  
  132. SNMP['/usr/bin/snmpget' '-v2c' '-c' 'COMMUNITY' '-OUQnte' '-M' '/opt/librenms/mibs:/opt/librenms/mibs/ict' 'udp:HOSTNAME:161' '.1.3.6.1.4.1.39145.10.8.1.3.10' '.1.3.6.1.4.1.39145.10.8.1.3.11' '.1.3.6.1.4.1.39145.10.7.0']
  133. .*.4.1.39*.3.10 = "0.0"
  134. .*.4.1.39*.3.11 = "0.0"
  135. .*.4.1.39* = "-3.1"
  136.  
  137. Checking (snmp) current Output Current #1 1A: MX204 (A)...
  138. Checking (snmp) current Output Current #2 2A: QFX5110 (A)...
  139. Checking (snmp) current Output Current #3 3A: BLANK 3A...
  140. Checking (snmp) current Output Current #4 4A: BLANK 4A...
  141. Checking (snmp) current Output Current #5 5A: BLANK 5A...
  142. Checking (snmp) current Output Current #6 6A: BLANK 6A...
  143. Checking (snmp) current Output Current #7 1B: MX204 (B)...
  144. Checking (snmp) current Output Current #8 2B: QFX5110 (B)...
  145. Checking (snmp) current Output Current #9 3B: BLANK 3B...
  146. Checking (snmp) current Output Current #10 4B: BLANK 4B...
  147. Checking (snmp) current Output Current #11 5B: BLANK 5B...
  148. Checking (snmp) current Output Current #12 6B: BLANK 6B...
  149. Checking (snmp) current System Current...
  150.  
  151. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  152.  
  153. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  154. 0
  155.  
  156. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  157.  
  158. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  159. 0
  160.  
  161. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  162.  
  163. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  164. 0
  165.  
  166. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  167.  
  168. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  169. 0
  170.  
  171. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  172.  
  173. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  174. 0
  175.  
  176. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  177.  
  178. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  179. 0
  180.  
  181. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  182.  
  183. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  184. 0
  185.  
  186. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  187.  
  188. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  189. 0
  190.  
  191. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  192.  
  193. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  194. 0
  195.  
  196. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  197.  
  198. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  199. 0
  200.  
  201. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  202.  
  203. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  204. 0
  205.  
  206. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  207.  
  208. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  209. 0
  210.  
  211. Warning: is_nan() expects parameter 1 to be float, string given in /opt/librenms/includes/polling/functions.inc.php on line 165
  212.  
  213. Warning: A non-numeric value encountered in /opt/librenms/includes/polling/functions.inc.php on line 171
  214. 0
  215. SQL[SELECT * FROM `sensors` WHERE `sensor_class` = ? AND `device_id` = ? ["state",33] 0.75ms]
  216.  
  217. SNMP['/usr/bin/snmpget' '-v2c' '-c' 'COMMUNITY' '-OUQnte' '-M' '/opt/librenms/mibs:/opt/librenms/mibs/ict' 'udp:HOSTNAME:161' '.1.3.6.1.4.1.39145.10.8.1.4.0' '.1.3.6.1.4.1.39145.10.8.1.4.1' '.1.3.6.1.4.1.39145.10.8.1.4.2' '.1.3.6.1.4.1.39145.10.8.1.4.3' '.1.3.6.1.4.1.39145.10.8.1.4.4' '.1.3.6.1.4.1.39145.10.8.1.4.5' '.1.3.6.1.4.1.39145.10.8.1.4.6' '.1.3.6.1.4.1.39145.10.8.1.4.7' '.1.3.6.1.4.1.39145.10.8.1.4.8' '.1.3.6.1.4.1.39145.10.8.1.4.9']
  218. .*.4.1.39*.4.0 = 1
  219. .*.4.1.39*.4.1 = 1
  220. .*.4.1.39*.4.2 = 1
  221. .*.4.1.39*.4.3 = 1
  222. .*.4.1.39*.4.4 = 1
  223. .*.4.1.39*.4.5 = 2
  224. .*.4.1.39*.4.6 = 1
  225. .*.4.1.39*.4.7 = 1
  226. .*.4.1.39*.4.8 = 1
  227. .*.4.1.39*.4.9 = 1
  228.  
  229. SNMP['/usr/bin/snmpget' '-v2c' '-c' 'COMMUNITY' '-OUQnte' '-M' '/opt/librenms/mibs:/opt/librenms/mibs/ict' 'udp:HOSTNAME:161' '.1.3.6.1.4.1.39145.10.8.1.4.10' '.1.3.6.1.4.1.39145.10.8.1.4.11']
  230. .*.4.1.39*.4.10 = 1
  231. .*.4.1.39*.4.11 = 1
  232.  
  233. Checking (snmp) state Fuse #1...
  234. Checking (snmp) state Fuse #2...
  235. Checking (snmp) state Fuse #3...
  236. Checking (snmp) state Fuse #4...
  237. Checking (snmp) state Fuse #5...
  238. Checking (snmp) state Fuse #6...
  239. Checking (snmp) state Fuse #7...
  240. Checking (snmp) state Fuse #8...
  241. Checking (snmp) state Fuse #9...
  242. Checking (snmp) state Fuse #10...
  243. Checking (snmp) state Fuse #11...
  244. Checking (snmp) state Fuse #12...
  245. 1
  246. 1
  247. 1
  248. 1
  249. 1
  250. 2
  251. 1
  252. 1
  253. 1
  254. 1
  255. 1
  256. 1
  257. SQL[SELECT * FROM `sensors` WHERE `sensor_class` = ? AND `device_id` = ? ["voltage",33] 0.63ms]
  258.  
  259. SNMP['/usr/bin/snmpget' '-v2c' '-c' 'COMMUNITY' '-OUQnte' '-M' '/opt/librenms/mibs:/opt/librenms/mibs/ict' 'udp:HOSTNAME:161' '.1.3.6.1.4.1.39145.10.6.0']
  260. .*.4.1.39* = "-55.2"
  261.  
  262. Checking (snmp) voltage System Voltage...
  263. -55.2
  264.  
  265. >> Runtime for poller module 'sensors': 0.1042 seconds with 3248 bytes
  266. >> SNMP: [5/0.10s] MySQL: [4/0.00s]
  267. #### Unload poller module sensors ####
  268.  
  269. SQL[UPDATE `devices` set `uptime`=?,`last_ping`=NOW(),`last_ping_timetaken`=? WHERE `device_id` = ? [65939,1.22,33] 2.35ms]
  270.  
  271. Updating 10.190.10.30
  272.  
  273. Polled in 7.233 seconds
  274. ### Start Device Groups ###
  275. SQL[select * from `devices` where `devices`.`device_id` = ? limit 1 [33] 1.03ms]
  276.  
  277. SQL[select * from `device_groups` [] 0.41ms]
  278.  
  279. SQL[select `devices`.`device_id`, `device_group_device`.`device_group_id` as `pivot_device_group_id`, `device_group_device`.`device_id` as `pivot_device_id` from `devices` inner join `device_group_device` on `devices`.`device_id` = `device_group_device`.`device_id` where `device_group_device`.`device_group_id` in (1) [] 0.79ms]
  280.  
  281. SQL[select exists(select * from `devices` where (`devices`.`hardware` LIKE ? AND `devices`.`bgpLocalAs` LIKE ?) and `devices`.`device_id` = ?) as `exists` ["X204%","8474%",33] 0.69ms]
  282.  
  283. SQL[select * from `device_group_device` where `device_id` = ? [33] 0.35ms]
  284.  
  285. Groups Added:
  286. Groups Removed:
  287. ### End Device Groups, runtime: 0.0118s ###
  288.  
  289. #### Start Alerts ####
  290. SQL[select exists(select * from `alert_schedule` where (`start` &lt;= ? and `end` >= ? and (`recurring` = ? or (`recurring` = ? and ((time(`start`) < time xss=removed> ?) or (time(`start`) > time(`end`) and (time(`end`) &lt;= ? or time(`start`) > ?))) and (`recurring_day` like ? or `recurring_day` is null)))) and (exists (select * from `devices` inner join `alert_schedulables` on `devices`.`device_id` = `alert_schedulables`.`alert_schedulable_id` where `alert_schedule`.`schedule_id` = `alert_schedulables`.`schedule_id` and `alert_schedulables`.`alert_schedulable_type` = ? and `alert_schedulables`.`alert_schedulable_id` = ?) or exists (select * from `device_groups` inner join `alert_schedulables` on `device_groups`.`id` = `alert_schedulables`.`alert_schedulable_id` where `alert_schedule`.`schedule_id` = `alert_schedulables`.`schedule_id` and `alert_schedulables`.`alert_schedulable_type` = ? and 0 = 1) or exists (select * from `locations` inner join `alert_schedulables` on `locations`.`id` = `alert_schedulables`.`alert_schedulable_id` where `alert_schedule`.`schedule_id` = `alert_schedulables`.`schedule_id` and `alert_schedulables`.`alert_schedulable_type` = ? and `alert_schedulables`.`alert_schedulable_id` = ?))) as `exists` ["2021-02-11T16:16:26.812019Z","2021-02-11T16:16:26.812019Z",0,1,"16:16:26","16:16:26","16:16:26","16:16:26","%","device",33,"device_group","location",7] 1.61ms]
  291.  
  292. SQL[select * from `devices` where `devices`.`device_id` = ? limit 1 [33] 0.58ms]
  293.  
  294. SQL[SELECT DISTINCT a.* FROM alert_rules a
  295.         LEFT JOIN alert_device_map d ON a.id=d.rule_id AND (a.invert_map = 0 OR a.invert_map = 1 AND d.device_id = ?)
  296.         LEFT JOIN alert_group_map g ON a.id=g.rule_id AND (a.invert_map = 0 OR a.invert_map = 1 AND g.group_id IN (SELECT DISTINCT device_group_id FROM device_group_device WHERE device_id = ?))
  297.         LEFT JOIN alert_location_map l ON a.id=l.rule_id AND (a.invert_map = 0 OR a.invert_map = 1 AND l.location_id IN (SELECT DISTINCT location_id FROM devices WHERE device_id = ?))
  298.         LEFT JOIN device_group_device dg ON g.group_id=dg.device_group_id AND dg.device_id = ?
  299.         WHERE a.disabled = 0 AND (
  300.             (d.device_id IS NULL AND g.group_id IS NULL)
  301.             OR (a.invert_map = 0 AND (d.device_id=? OR dg.device_id=?))
  302.             OR (a.invert_map = 1  AND (d.device_id != ? OR d.device_id IS NULL) AND (dg.device_id != ? OR dg.device_id IS NULL))
  303.         ) [33,33,33,33,33,33,33,33] 2.82ms]
  304.  
  305. Rule #1 (Device Down! Due to no ICMP response.):
  306. SQL[SELECT * FROM devices WHERE (devices.device_id = ?) AND (devices.status = 0 && (devices.disabled = 0 && devices.ignore = 0)) = 1 AND devices.status_reason = "icmp" [33] 0.93ms]
  307.  
  308. SQL[SELECT state FROM alerts WHERE rule_id = ? AND device_id = ? ORDER BY id DESC LIMIT 1 [1,33] 0.4ms]
  309.  
  310. Status: NOCHG
  311. Rule #2 (SNMP not responding on Device - Check on SNMP Service - Device marked Down!):
  312. SQL[SELECT * FROM devices WHERE (devices.device_id = ?) AND (devices.status = 0 && (devices.disabled = 0 && devices.ignore = 0)) = 1 AND devices.status_reason = "snmp" [33] 0.83ms]
  313.  
  314. SQL[SELECT state FROM alerts WHERE rule_id = ? AND device_id = ? ORDER BY id DESC LIMIT 1 [2,33] 0.38ms]
  315.  
  316. Status: NOCHG
  317. Rule #3 (Device rebooted):
  318. SQL[SELECT * FROM devices WHERE (devices.device_id = ?) AND devices.uptime < 300 xss=removed xss=removed xss=removed xss=removed xss=removed> 30 [33] 0.77ms]
  319.  
  320. SQL[SELECT state FROM alerts WHERE rule_id = ? AND device_id = ? ORDER BY id DESC LIMIT 1 [5,33] 0.37ms]
  321.  
  322. Status: NOCHG
  323. Rule #6 (Port utilisation over threshold):
  324. SQL[SELECT * FROM devices,ports WHERE (devices.device_id = ? AND devices.device_id = ports.device_id) AND (((SELECT IF(ports.ifOutOctets_rate>ports.ifInOctets_rate, ports.ifOutOctets_rate, ports.ifInOctets_rate)*8) / ports.ifSpeed)*100) >= 80 AND (ports.ifOperStatus = "up" && ports.ifAdminStatus = "up" && (ports.deleted = 0 && ports.ignore = 0 && ports.disabled = 0)) = 1 [33] 1.52ms]
  325.  
  326. SQL[SELECT state FROM alerts WHERE rule_id = ? AND device_id = ? ORDER BY id DESC LIMIT 1 [6,33] 0.41ms]
  327.  
  328. Status: NOCHG
  329. Rule #9 (Service up/down):
  330. SQL[SELECT * FROM devices,services WHERE (devices.device_id = ? AND devices.device_id = services.device_id) AND services.service_status != 0 AND (devices.status = 1 && (devices.disabled = 0 && devices.ignore = 0)) = 1 [33] 1.02ms]
  331.  
  332. SQL[SELECT state FROM alerts WHERE rule_id = ? AND device_id = ? ORDER BY id DESC LIMIT 1 [9,33] 0.38ms]
  333.  
  334. Status: NOCHG
  335. Rule #15 (*CUSTOM* Power Sensor under limit - Check Device Health Settings):
  336. SQL[SELECT * FROM devices,sensors WHERE (devices.device_id = ? AND devices.device_id = sensors.device_id) AND sensors.sensor_current < sensors xss=removed xss=removed xss=removed xss=removed xss=removed xss=removed xss=removed xss=removed> sensors.sensor_limit AND sensors.sensor_alert = 1 AND (devices.status = 1 && (devices.disabled = 0 && devices.ignore = 0)) = 1 [33] 1.21ms]
  337.  
  338. SQL[SELECT state FROM alerts WHERE rule_id = ? AND device_id = ? ORDER BY id DESC LIMIT 1 [16,33] 0.4ms]
  339.  
  340. Status: NOCHG
  341. #### End Alerts ####
  342. ./poller.php 10.190.10.30 2021-02-11 10:16:26 - 1 devices polled in 7.695 secs
  343. SNMP [8/6.16s]: Get[8/6.16s] Getnext[0/0.00s] Walk[0/0.00s]
  344. MySQL [22/0.03s]: Cell[9/0.01s] Row[-9/-0.01s] Rows[14/0.02s] Column[1/0.00s] Update[6/0.01s] Insert[1/0.00s] Delete[0/0.00s]
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