The Linux directories are defined by the File System Hierarchy Standard (FHS). To navigate through it with the
change directory command:
$ cd ∕
↑ Cd Forward slash drops you into the root folder.
Then with the
ls command we can list out the contents.
The ∕bin directory which contains binaries or executables that are essential to the entire operating system. You can run these binaries from the command line at any time. Things like
ls command that we just ran. But confusingly there's also an
This directory contains system binaries that should only be executed by the root user like
deluser. Many binaries share common libraries. Which are stored in the
usr directory also has its own
s-bin directories. The binaries here are non-essentials to the operating system. It is intended for the end user. You'll also a
∕local directory under the
∕local directory contains any binaries that you compile manually to provide, that provide a safe place that won't conflict with any software installed by a system package manager. All these binaries get mapped together with
$PATH enviroment variable and that's why you can execute them from any directory in the terminal. Now you may want to customize the behavior of the software on your system.
etc directory stands for
Editable text configuration. Many of these files end in .conf` and typically just text-based config files, that you can modify in your editor. As an operating system, linux can support multiple users in the home directory.
∕home directory you'll find a folder named after each user registered on the system. It contains the files, config and software for that user and you need to be logged in as that user or as root to modify it. Notice how the file path is a squiggly
~, that's your normal starting location when you open up a terminal session. Now let's go back to the root. there are a few more directories we haven't talked about. Like
It contains the files needed to boot the system like the linux kernel itself.Checkout our latest product - the ultimate tailwindcss page creator 🚀
The ∕dev directory stands for device files, here you can interface with hardware or drivers as they were regular files. You might create disk partitions here or interface with your floppy drive...
op directory contains optional or add-on software. You may interact here alot unlike the var directory.
The ∕var directory varible files that will change as the operating system is being used like logs and cache files.
Temp is for temporary files that won't be persisted between reboots.
This directory is an illusionary file system that doesn't actually exist on the disk. But is created in memory on the fly by the linux kernel to keep track of running processes.
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