In the latter case, detailed logging of a system’s operations could inform an auditor whether external regulatory standards are being met.įor all their utility, the importance of retaining logs can sometimes be overlooked in containerized workflows, where it’s common for deployments to be short-lived instances of applications. Well-placed log statements provide a route for developers and operations teams to follow when inspecting a system’s inner state.These statements function as convenient shortcuts for diagnosing problems ranging from outages to tricky bug reports from users.īeyond debugging, effective use of logs serves everyone involved in an application’s lifecycle, from performance analysts to legal teams concerned with accountability. Logs are a critical component of observable applications. We’ll also look at the different ways Docker can be configured to store and deliver your logs to a secondary location for long-term retention. In this article, we’ll explore how Docker logs work, the options for using them, and how they differ from conventional system logs.
A vital part of any deployment is collecting logs from your applications to monitor for bugs, compromises, and misconfigurations, and Docker has integrated support for container logs so you can keep tabs on your environments. In recent years, Docker has become one of the most popular tools to run containerized workloads in development and production.
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