socaltore.blogg.se - Jmx memory monitor

Jmx memory monitor upgrade#

For Data Center Edition, see Deploy a SonarQube Cluster on Kubernetes.Although Java has been around for 27 years, enterprise applications still favor it as one of their preferred platforms.For Community, Developer, and Enterprise Edition, see Deploy SonarQube on Kubernetes.username:password and JWT token: When SonarQube is fully operational, system admins logged in with local or delegated authentication can access the endpoint.įor more information on deploying SonarQube on Kubernetes:.

Define X-Sonar-passcode in the sonar.properties file using the property.

Jmx memory monitor upgrade#

X-Sonar-Passcode: xxxxx header: You can use X-Sonar-passcode during database upgrade and when SonarQube is fully operational.Define the bearer token in the sonar.properties file using the property. Authorization:Bearer xxxx header: You can use a bearer token during database upgrade and when SonarQube is fully operational.You can access the endpoint following ways: Monitoring through this endpoint requires authentication. See Prometheus' documentation on Exposition Formats for more information on the OpenMetrics text format. Results are returned in OpenMetrics text format. Prometheus monitors your SonarQube instance by collecting metrics from the /api/monitoring/metrics endpoint. Through this integration, you can ensure your instance is running properly and know if you need to take action to prevent future issues. You can monitor your SonarQube instance using SonarQube's native integration with Prometheus. Note: You should apply chmod 600 or 400 on the file jmxremote.password, for security reasons. =true .ssl=false .authenticate=true .port=10443 .rmi.port=10444 .password.file=/opt/sonarsource/sonar/conf/jmxremote.password .access.file=/opt/sonarsource/sonar/conf/jmxremote.accessįor the ComputeEngine, there is no specific javaAdditionalOpts entry, simply amend sonar.ce.javaOpts.Ĭreate .*.*.*.* \ Here are examples of configurations to activate remote access to JMX MBeans.įor the WebServer: # JMX WEB - 10443/10444 There is nothing to activate to view SonarQube MBeans if your tool is running on the same server as the SonarQube Server. SonarQube MBean How do I activate JMX? Local access

You can increase the maximum memory allocated to the appropriate process by increasing the -Xmx memory setting for the corresponding Java process in your /conf/sonar.properties file:

The store size of the Issues index of your Elasticsearch instance (visible in the System Info) is greater than or equal to the memory allocated to the Elasticsearch Java process.

A SonarQube background task fails with an out-of-memory error in the background task log.

Any of the SonarQube processes crashes and/or generates an out-of-memory error in the sonar.log file.

Your monitoring tools show one or more of the SonarQube processes is reaching its memory limit.

You may need to increase your memory settings if you see the following symptoms: SonarSource does not recommend or endorse any particular tool. There are numerous monitoring tools available, both open-source and commercial, to help you with this task. Monitoring will allow you to see if any of the processes is running short of resources and take action ahead of resource shortages. If you are supporting a large SonarQube instance (more than 100 users or more than 5,000,000 lines of code) or an instance that is part of your continuous integration pipeline, you should monitor the memory and CPU usage of all three key Java processes on your instance, along with overall disk space. The default memory settings that ship with SonarQube are fine for most instances. The SonarQube application server consists of three main Java processes:Įach of these Java processes has its own memory settings that can be configured in the /conf/sonar.properties file. Monitoring your SonarQube instance is key to keeping it healthy and having happy users.Īs a start, you can use this Web API to get an overview of the health of your SonarQube installation: