How do you monitor Running Services on Linux boxes?
Hi, There seems to be a few different options for monitoring services on Linux machines. We had been using one that uses SNMP, but it's been giving us trouble with some machines showing No Data every so often. We've also had the check start ignoring services when they stop and then removing the instance. We recently started trying an SSH based check which seems to work. However, it's based on setting a property on every machine/group to tell it which services to monitor. I'm just curious what module other people use to monitor services like this with the most reliable results. Thanks.LinuxNewProcesses DataSource -- Auto discovery and key off of HOST-RESOURCES-MIB::hrSWRunName
Hello all! I just wanted to share my edits. I never could get LinuxNewProcesses to work for my needs.. but we really wanted it to also have auto discovery and automatically add a list of toolsets that we have deployed across the board. I did this LONG ago and my wildvalue was the PID…but that’s dangerous and I ended up creating thousands of entries in the LM database because my processes (thousands of them) were always changing. . . .this takes a different approach and keys off of the process name. #1 You just need to have a property defined with a comma separated list These names need to be from “HOST-RESOURCES-MIB::hrSWRunName” #2 My polling is every minute but don’t alert unless it’s been down for an hour…for my scenario, I do this on purpose because some of my applications run for about 5 minutes and then aren’t kicked off again for another 10…so adjust as needed :) The status is under a security review right now.. I’ll post the lmLocator if it makes it! Otherwise here’s the autodiscovery.. the collection script wont’ work and you’ll have to modify it import com.santaba.agent.groovyapi.snmp.Snmp; def OID_NAME = ".1.3.6.1.2.1.25.4.2.1.2"; def host = hostProps.get("system.hostname"); def services = hostProps.get("linux.services").split(','); Map<String, String> result = Snmp.walkAsMap(host, OID_NAME, null) result.forEach({ index,value->index = index; value = value; for (service in services) { if (value ==~ /${service}/) { def CMD_OID = ".1.3.6.1.2.1.25.4.2.1.4." + index; def service_cmd = Snmp.get(host, CMD_OID); def desc = index + " | " + service_cmd; out.println value + "##" + value + "##" + desc } } }) Script: Line 89: if ("${name}" == "${processPath}") {
New Services UI
Thank you for participating in our new UI Beta! In order to view the new Services page: In the LogicMonitor navigation sidebar, selectResources. In the page header, toggle onNew UI Preview. If you don’t see the toggle, the new UI preview is not yet enabled for your account. Select theServicestab. Toggle between old and new versions of the Services tab. If you’ve checked out our new Resources UI, this should all look very familiar. At a glance, here’s what’s new: Info tab with properties search and filter Alerts tab consistent with Alerts page Maps tab consistent with Topology page Graphs navigation Alert tuning Inventory tab with bulk actions Overview tab Resource dashboard visibility and management You can read through our product documentation for more details here: https://www.logicmonitor.com/support/services-new-ui-overview Please let us know what you think!
Datasource to monitor Windows Services/Processes automatically?
Hello, We recently cloned 2 Logic Monitor out of the box datasources (name ->WinService- & WinProcessStats-) in order to enable the 'Active Discovery' feature on those. We did this becausewe've the need to discover services/processesautomatically, since we don't have an 'exact list' of which services/processes we should monitor (due to the amount of clients [+100] & the different services/solutions across them) After enabling this it works fine & does what we expect (discovers all the services/processes running in each box),we further added some filters in the active discovery for the servicesin order to exclude common 'noisy' services & grab only the ones set to automatically start with the system. Our problem arrives when these 2specific datasourcestartto impact the collector performance (due to the huge amount of wmi.queries), it starts to reflect on a huge consumption of CPU(putting thaton almost 100% usage all the time) & that further leads to the decrease of the collector performance & data collection (resulting in request timeouts & full WMI queues). We also thought on creating 2 datasources(services/processes) for each client (with filters to grab critical/wanted processes/services for the client in question) but that's a nightmare(specially when you've clients installing applications without any notice & expecting us to automatically grab & monitor those). Example of 1 of our scenarios (1of our clients): - Collector is a Windows VM (VMWare)&has 8GB of RAM with4 allocated virtual processors (host processor is a Intel Xeon E5-2698v3 @ 2.30Ghz) - Currently, it monitors 78 Windows servers (not including the collector) & those 2datasourceare creating 12 700 instances (4513 - services | 8187 - processes) - examples below This results in approx. 15 requests per second This results in approx. 45 requests per second According to the collector capacity document (ref. Medium Collector) we are below the limits (forWMI), however, those 2 datasourceare contributing A LOT to make the queues full. We're finding errors in a regular basis- example below To sum thisup, we were seeking for another 'way' of doing the same thing without consuming so much resources on the collector end (due to the amount of simultaneousWMI queries). Not sure if that's possible though. Did anyone had this need in the past & was able to come up with a differentsolution (not so resource exhaustive)? We're struggling here mainly because we come from a non-agent less solution (which didn't facedthis problem due to the individual agentdistributed load - per device). Appreciate the help in advance! Thanks,
