![]() To start, we identified the Dell software tools that we would like to use. In this post, I’ll share how we run these Dell tools in containers so we can properly manage the underlying hardware hosts on which our container platform runs. ![]() Instead of using a configuration management tool to install the software on supported systems, or just living without these tools on unsupported systems, we decided to use containers to ensure that we can run this critical software on any system that can run a Linux-based container. These tools also tend to get updated only long after new OS version or patches are released, so if your systems are at the most current release, you may experience unexpected bugs. The solution? Well, as it turns out, containers are actually a very useful way to solve this issue.ĭell’s Linux software packages are designed to run on very specific distributions, which must have certain patch-levels installed. Nevertheless, the Container Fabric team needed to be able to monitor and manage the underlying Dell hardware. However, CoreOS does not have a traditional package installer, is not a supported Dell platform, and only truly supports running applications inside Linux containers. ![]() It runs on CoreOS Container Linux in Docker containers that are hosted on Dell hardware. Container Fabric is New Relic’s in-house container orchestration and runtime platform. ![]()
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