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In this lesson, you’ll learn how Linux handles soft links (symbolic links), allowing you to reference files or directories from convenient locations without duplicating data. When you install an application on Windows, you often get a desktop shortcut pointing to the actual program in C:\Program Files\MyCoolApp\application.exe. Double-clicking the shortcut launches the app even though its files reside elsewhere. A Linux soft link works the same way: it’s a special file containing the path to another file or directory.
The image shows a diagram illustrating a soft link from a Brave browser icon to a file path "C:\Program Files\MyCoolApp\application.exe" with a browser window open in private mode.
Use the ln command with the -s option:
  • <path_to_target>: the existing file or directory.
  • <path_to_link>: name of the new symlink.
Example:
List files in long format to see symlinks marked with an l and showing their targets:
To display the stored path directly, use readlink:
Permissions on a symlink itself are always shown as rwxrwxrwx, but access is controlled by the target file’s permissions.

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Handling Permissions

If the target file is read-only, attempts to modify it via the symlink will fail:
Absolute paths embed the full directory tree, which can break if you move or rename parent directories:
Absolute symlinks may become invalid if you relocate or rename directories in the path.
Use relative paths when moving link and target together.
From /home/aaron, create a relative link:
This link remains valid as long as you move both the Pictures directory and relative_dog_shortcut.jpg together.

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Linking Directories

You can create symlinks to directories—or even across filesystems (unlike hard links):

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Further Reading

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Practice Lab