Here are a few illustrations of uncommon traits that can only be found in Python 3, with the intention of fixing your Python issues quickly.
Source: 9 Python 3 Hacks Programmers Probably Don’t Utilize, an article by Vivek Coder.
LVM, or Logical Volume Management, is a storage device management technology that gives users the power to pool and abstract the physical layout of component storage devices for easier and flexible administration. Utilizing the device mapper Linux kernel framework, the current iteration, LVM2, can be used to gather existing storage devices into groups and allocate logical units from the combined space as needed.
The main advantages of LVM are increased abstraction, flexibility, and control. Logical volumes can have meaningful names like “databases” or “root-backup”. Volumes can be resized dynamically as space requirements change and migrated between physical devices within the pool on a running system or exported easily. LVM also offers advanced features like snapshotting, striping, and mirroring.
In this guide, we will briefly discuss how LVM works and then demonstrate the basic commands needed to get up and running quickly.
Source: An Introduction to LVM Concepts, Terminology, and Operations, an article by Justin Ellingwood.
As a developer, you have probably heard a lot about containers. A container is a unit of software that provides a packaging mechanism that abstracts the code and all of its dependencies to make application builds fast and reliable. An easy way to experiment with containers is with the Pod Manager tool (Podman), which is a daemonless, open source, Linux-native tool that provides a command-line interface (CLI) similar to the docker container engine.
Source: Rootless containers with Podman: The basics, an article by Prakhar Sethi.