today's howtos
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2023-09-06 [Older] How to install Nvidia driver on Debian 12 Bookworm Linux
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2023-09-07 [Older] How to install and use Tilix Terminal on Ubuntu
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How to run Steam on Linux
For many years, Valve has been focused on making Linux a great operating system for Steam, and suffice to say, it's managed to succeed. It's the default operating system for the Steam Deck, and it can easily run non-native games with the Proton compatibility layer. But you can also get Steam on your Linux PC. However, while Steam can easily be installed on some Linux distros, the process is more obscure on others.
Generally speaking, the best way to install Steam is either through Valve's own provided installation software or through a repository. There are app stores like Snap and Flathub that host Steam installations, but at the time of writing, it seems that installing Steam this way results in a lot of glitches and, sometimes, makes it completely unusable. So we'll teach you how to install Steam the old-fashioned way. Don't worry, you'll only need to do this once, and you won't have to manually install updates afterward.
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How to Change Owner of Folders and Subfolders in Ubuntu
As you learn Ubuntu, you find that you need to change the ownership of a folder or even its subfolders.
Why is this important? Whether you’re an administrator managing multi-user environments or a regular user consolidating data, changing folder ownership can serve several key purposes. For instance, altering folder ownership could be crucial for segregating resources in shared systems, executing specific scripts, or granting selective access to sensitive information. When you’re deploying applications, transferring files, or performing automated tasks via cron jobs, correct ownership is often important for seamless operation.
Knowing how to modify folder and subfolder ownership becomes essential for anyone aiming for a higher degree of control and customization over their Ubuntu system. Let’s dive into how to accomplish that below.
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Comparing Linux File Systems
In the world of Linux, the choice of a file system can significantly impact data management, performance, and stability. With a variety of file systems available, each designed to meet specific needs, it’s crucial to understand their differences and strengths. In this article, we’ll compare nine prominent Linux file systems: Ext4, Ext3, Ext2, Btrfs, ZFS, XFS, F2FS, NILFS, and JFS, including their release years and an analysis of their pros and cons.