Remove Symbolic Links

Traducciones al Español
Estamos traduciendo nuestros guías y tutoriales al Español. Es posible que usted esté viendo una traducción generada automáticamente. Estamos trabajando con traductores profesionales para verificar las traducciones de nuestro sitio web. Este proyecto es un trabajo en curso.
Create a Linode account to try this guide with a $ credit.
This credit will be applied to any valid services used during your first  days.

Symbolic links (also known as symlinks) in Linux are special files that reference other files, directories, devices, or pipes. In other operating systems, symlinks may be called “shortcuts”. Symlinks can be used to control access to files. For example, you can build links in a user’s home directory that accesses a more public file for reading and writing. Group permissions perform this function as well, but with a higher administrative maintenance load. Symlinks also bring access to a file deeply nested within a directory tree. Thus, users do not have to walk the file directory tree to access the file.

Learn how to create symlinks in our guide How to Create Linux Symlinks.

A Linux symbolic link is a special kind of file. The content of this file is a file path, for example /tmp/file. The path name can be any valid path, so a symlink can cross over into other file systems, including network file systems. Most operations, such as reading, overwriting, appending, changing permissions, and changing owners affect the target object, not the symlink. However, you cannot delete the target via a symlink as a delete request affects the symlink directly.

Symlinks can point to other symlinks, too. The operating system traverses the chain of symlinks to arrive at the ultimate targeted file object.

When you use the ls -l to display a symlink, the output looks like this:

symlink -> /tmp/reference-file

The first part is the symlink, the part after the arrow is where the symlink points to.

To remove a symlink, you need write permission for the directory containing the symlink.

Keep in mind that when you remove a symlink, you do not affect the file system object the symlink points to. The target object is completely unaffected in any way when a symlink to it is removed.

When the target object is moved or deleted, the symlink that points to it becomes a dangling symlink.

Using rm Command

The rm command treats a symlink like any other file. Just use the normal rm syntax:

rm <symlink>

The command can specify any number or combination of files, wildcards, and modifiers, including symlinks:

rm <symlink> <regular-file> <*.py> <log[123].txt> <2nd-symbolic-link>

Include the -i flag to be prompted before each file deletion.

The unlink command also treats a symlink like any other file. However, you can only specify one object per invocation. For example:

unlink <symlink>

Using Find and Delete

To see all symlinks in a specific directory and its sub-directories, use the find command with the -type l flag:

find /path/to/directory -type l

To look only in the specified directory, ignoring the contents of any subdirectories, add the -maxdepth 1 switch:

find /path/to/directory -type l -maxdepth 1

For example, the following command searches the /tmp directory for symlinks:

find /tmp -maxdepth 1 -type l

Here’s an how the output of that command would look like:


To unconditionally delete all symlinks in a directory, add the -delete switch:

find /path/to/directory -maxdepth 1 -type l -delete

Overuse of symlinks can clog your file system and consume resources. To see the dangling symlinks in a single directory, use the find command with the -xtype l flag:

find /path/to/directory -maxdepth 1 -xtype l

The command outputs each symlink, one per line. For example, the following command finds all dangling symlinks in the /tmp directory:

find /tmp -maxdepth 1 -xtype l

Here’s an example of how that output should appear:


When you want to make a clean sweep of the excess symlinks, add the delete flag:

find /path/to/directory -maxdepth 1 -xtype l -delete

Change the -maxdepth 1 to the recursion level needed, or remove the switch completely to cleanse all subdirectories of useless, dangling symlinks.

A symlink can point to another symlink, which in turn can point to a symlink. This linking continues until you finally get to the target file, directory, device, pipe, or other file system target. Removing a chain of symlinks safely is a manual process.

First, install the package util-linux if it’s not already loaded into the Linux system.

The command namei takes a file path. If the file path is a symlink, it follows it all the way to the end, or until the symlink recursion limit is reached. For this example, inspect a chained symlink from /tmp/symlink to the file /home/satch/target with the following command:

namei /tmp/symlink

It creates this output:

f: /tmp/symlink
 d /
 d tmp
 l symlink -> symlink1
   l symlink1 -> symlink2
     l symlink2 -> symlink3
       l symlink3 -> /home/satch/target
         d /
         d home
         d satch
         - target

The command follows the path through directories and symbolic links until it encounters a socket, block device, character device, FIFO (named pipe) or regular file. When deleting the symlink chain, start at the top symlink, changing the working directory as you go. In the output of the namei command, the first letter indicates the kind of file system object for that name. Here d stands for directory, l for symbolic link, and - for a regular file. The namei man page describes the indicator letters for other file system objects. Given the output shown above, issue the following to remove all levels of the symlink:

cd /tmp
rm symlink
rm symlink1
rm symlink2
rm symlink3

Run the namei command with the -mov flag to show when the remove command needs to be run with sudo:

namei -mov /tmp/symlink

Here’s an example output from this command:

f: /tmp/symlink
dr-xr-xr-x root  root  /
drwxrwxrwt root  root  tmp
lrwxrwxrwx satch satch symlink -> symlink1
lrwxrwxrwx satch satch   symlink1 -> symlink2
lrwxrwxrwx satch satch     symlink2 -> symlink3
lrwxrwxrwx satch satch       symlink3 -> /home/satch/target
dr-xr-xr-x root  root          /
drwxr-xr-x root  root          home
drwx--x--- satch satch         satch
-rw-rw-r-- satch satch         target

The difference is that the permissions and ownership are shown. This can save time and error messages when a symlink chain bounces through multiple partitions, network file systems, and protected directories.


Tidying up a file system of obsolete Linux symlinks frees up resources on your disks and network file systems. It’s good practice to remove a symbolic link when it is no longer needed, or the target has been moved or deleted.

More Information

You may wish to consult the following resources for additional information on this topic. While these are provided in the hope that they will be useful, please note that we cannot vouch for the accuracy or timeliness of externally hosted materials.

This page was originally published on

Your Feedback Is Important

Let us know if this guide was helpful to you.

Join the conversation.
Read other comments or post your own below. Comments must be respectful, constructive, and relevant to the topic of the guide. Do not post external links or advertisements. Before posting, consider if your comment would be better addressed by contacting our Support team or asking on our Community Site.
The Disqus commenting system for Linode Docs requires the acceptance of Functional Cookies, which allow us to analyze site usage so we can measure and improve performance. To view and create comments for this article, please update your Cookie Preferences on this website and refresh this web page. Please note: You must have JavaScript enabled in your browser.