Access log file size

I notice that the core nginx access logs get split and compressed by default, yet my individual access logs continue to grow. Is this something that can be set up and is handled by nginx or something else on my system that is managing it's core logs? Sign up to join this community. The best answers are voted up and rise to the top. Stack Overflow for Teams — Collaborate and share knowledge with a private group.

Create a free Team What is Teams? Learn more. How to limit nginx access log file size and compress? Ask Question. Asked 9 years, 4 months ago. Active 9 years, 4 months ago. For information, see Factors that can delay log truncation. When a transaction log file is shrunk, inactive VLFs are removed from the end of the log file to reduce the log to approximately the target size.

Before shrinking the transaction log, keep in mind Factors that can delay log truncation. If the storage space is required again after a log shrink, the transaction log will grow again and by doing that, introduce performance overhead during log growth operations. For more information, see the Recommendations in this topic. Shrink a File. You can gain space by enlarging the existing log file if disk space permits or by adding a log file to the database, typically on a different disk.

One transaction log file is sufficient unless log space is running out, and disk space is also running out on the volume that holds the log file. Restarting a server instance resizes the transaction log of the tempdb database to its original, pre-autogrow size. This can reduce the performance of the tempdb transaction log. You can avoid this overhead by increasing the size of the tempdb transaction log after starting or restarting the server instance. Log4j defines layouts to control the format of log messages.

Each layout specifies a particular message format. A specific layout is associated with each appender. This lets you specify a different log message format for standard out than for file output, for example. If you place these. The -Dweblogic. See weblogic.

When Log4j is enabled, you get a reference to the org. Logger that the server is using from the weblogic.

Log4jLoggingHelper class. With a Log4j Logger reference, you can attach you own custom appender to receive the server log events; for example, you might attach an appender that sends the server log events to Syslog or the Windows Event Viewer.

Additionally, you can use the Logger reference to issue log requests to WebLogic logging services; this requires that the Log4j libraries be available to your deployed application. If your application has no requirement to interact with WebLogic logging services, package the Log4j libraries in the application's LIB directory. The server logging will continue to use the default Java Logging implementation.

Java Logging is the default for client and server-side logging; Log4j is available only for server-side and not client-side logging. The following example shows setting the value of the Log4jLoggingEnabled property to enable logging to a Log4j Logger in the Administration Server. Note that after you run such a script, restart the server for the settings to take effect. You can enable Log4j for the server Logger as well as the domain Logger , which resides only on the Administration Server.

The domain Log4j Logger reference is provided by invoking the weblogic. The following example shows configuring the server Logger to use Log4j and the domain Logger to use the default Java Logger. The following is a Log4j logging configuration example that shows how to specify a severity level for Stdout and a filter for messages going to the server log file in the config.

You have programmatic access to the Log4j Logger and its appenders handlers and layouts formatters for configuration purposes. WebLogic logging services provide the Commons LogFactory and Log interface implementations that direct requests to the underlying logging implementation being used by WebLogic logging services.

Example illustrates how to use the Commons interface by setting the appropriate system property. When you use the org. LogFactory system property to implement the Commons interface as described here, you are implementing it for all application instances running on the server. For information on how to implement Commons logging for specific application instances, without affecting other applications, use the JDK service discovery mechanism or commons-logging.

This LogFactory creates instances of weblogic. LogFactoryImpl that implement the org. Log interface. The Commons Log interface methods accept an object. In most cases, this will be a string containing the message text. The Commons LogObject takes a message ID, subsystem name, and a string message argument in its constructor. See org. WebLogic Server provides a hierarchical Logger tree that lets you specify the Severity level for:.

LogFactory interface is enabled. All Loggers inherit their Severity level from the nearest parent in the tree. You can, however, explicitly set the Severity level of a Logger, thereby overriding the level that is set for the nearest parent. If you are using the Message Catalog Loggers, the Severity level for messages coming from a specific subsystem are determined by the Severity level of the root Logger.

For example, suppose the root Logger severity level is Critical , and you want to set the Severity Level to Notice for the Security subsystem logger and to Warning for the EJB subsystem logger. Note that each string is entered on an individual line in this properties box; that is, press the Enter key after each string, then click Save.

For a complete index of all subsystem names, see Error Messages. The subsystem name is case-sensitive and must be entered exactly as shown in the Subsystem column of the index.

For example, logger names could be a. FooLogger or a. Barlogger , corresponding to the name of the classes in which they are used. In this case, each dot-separated identifier appears as a node in the Logger tree.

For example, there will be a child node named " a " under the root Logger, a child node named " b " whose parent is " a ", and so on. You can configure the Severity for a package or for any Logger at any level in the tree. For example, if you specify the Severity level for package a.

You can, however, override the Severity level of a parent node by explicitly setting a value for a child node. For example, if you specify the Severity level for logger a. The log messages are accumulated in predefined numbered log files.

Whenever the file grows in size from the set size, depending on whether it is in development or production mode, the server rotates its server log file. By default, the rotated log files are numbered in order of creation filenamennnnn , where filename is the name configured for the log file. By default, when you start a server instance in production mode , the server rotates its server log file whenever the file grows to kilobytes in size. I would use rotatelogs, a tool located in the apache bin directory.

Or as mentioned previously, you can use the logrotate tool that comes with most distributions. Gabriel Hautclocq Gabriel Hautclocq 3, 2 2 gold badges 24 24 silver badges 29 29 bronze badges. Ulrich Schwarz Ulrich Schwarz 7, 1 1 gold badge 32 32 silver badges 45 45 bronze badges. What is causing it to rotate out into an archived copy now?

I don't have any cron jobs set. I do occasionally restart httpd. Does that do it? CustomLog as well. Przemek Nowicki Przemek Nowicki 4 4 silver badges 6 6 bronze badges. Sign up or log in Sign up using Google. Sign up using Facebook. Sign up using Email and Password. Post as a guest Name.