- Docker syslog rotation drivers#
- Docker syslog rotation code#
- Docker syslog rotation download#
- Docker syslog rotation windows#
The number of Lines of Code (for licensing purposes) in an instance can be found in the System section of the System Info page on, and on the License page ( Administration > Configuration > License Manager in commercial editions. Regardless, if you change your log level from INFO, but sure to change it back as soon as is practical log files can get very large very quickly at lower log levels. Changes made here are temporary, and last only until the next time the instance is restarted, at which point the level will be reset to the more permanent value set in $SONARQUBE-HOME/conf/sonar.properties.
Docker syslog rotation download#
The System Info page gives you the ability to download your instance's current log files (log files rotate on a regular basis), and to tune the log level via controls at the top of the page. and are only considered if is set to SIZE.įor =DATE to work properly, the file defined with the property wrapper.logfile needs to include a "YYYYMMDD" Token. The log rotation in the wrapper can be fine-tuned with the following properties: If Sonarqube was started using the SonarQube wrapper (for example, by using the provided start and stop scripts), the log rotation of the main Process (sonar.log) needs to be defined in the nf.īy Default, the wrapper will rotate the sonar.log file each day if there is new content to be logged. Typically this would be used when logs are handled by an external system like logrotate. For example, use time:yyyy-MM-dd for daily rotation, and * time:yyyy-MM for monthly rotation. - for the Main process of SonarQube (aka WrapperSimpleApp, the bootstrapper process starting the 3 others).The server-side log level can be adjusted more precisely for the 4 processes of SonarQube Server via the following property:
TRACE level logging slows down the server environment, and should be used only for tracking web request performance problems. TRACE - show advanced logs and all SQL and Elasticsearch requests.The server-side log level can be customized via the property. Server-side logging is controlled by properties set in $SONARQUBE-HOME/conf/sonar.properties.Ĥ logs files are created: one per SonarQube process. If you're running a commercial instance, you can also find this value on the License page ( Administration > Configuration > License Manager) Logs Your server id can be obtained from this page by expanding the System section. DownloadĪdditionally, if you have a Support contract, you might be asked by a Support representative to send in your System Info, which can be downloaded from the page Administration > System using the "Download System Info" button at the top. You can browse details about your running instance on this page. It gives you access to detailed information on the state of your SonarQube instance. The capacity of the host storage where docker’s data directory resides determines the maximum size of the log file information.The System Info page is found at Administration > System.Reading log information requires decompressing rotated log files, which causes a temporary increase in disk usage (until the log entries from the rotated files are read) and an increased CPU usage while decompressing.When using Docker Community Engine, the docker logs command is only available on the following drivers: Using docker logs to read container logs locally for many third party logging solutions, including:
Docker syslog rotation drivers#
Reading logs when using remote logging drivers for information about
Users of Docker Enterprise can make use of “dual logging”, which enables you to use the docker logs Writes log messages to Rapid7 Logentries. Writes log messages to Google Cloud Platform (GCP) Logging.
Docker syslog rotation windows#
Writes log messages as Event Tracing for Windows (ETW) events. Writes log messages to splunk using the HTTP Event Collector. Writes log messages to Amazon CloudWatch Logs. The fluentd daemon must be running on the host machine. Writes log messages to fluentd (forward input). Writes log messages to a Graylog Extended Log Format (GELF) endpoint such as Graylog or Logstash. The journald daemon must be running on the host machine. The syslog daemon must be running on the host machine.
Writes logging messages to the syslog facility. Logs are stored in a custom format designed for minimal overhead. No logs are available for the container and docker logs does not return any output. See the link to each driver’sĭocumentation for its configurable options, if applicable. The following logging drivers are supported. $ docker inspect -f ' Supported logging drivers
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