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As of release July 2016, Windows 10 includes the ability for desktop users to install and run a copy of Ubuntu terminal from within Windows! Officially called the Windows subsystem for Linux it usually goes by a slightly more memorable name of Bash on Ubuntu on Windows.
An updated revision of this guide exists for users of Windows 10 Creators Update (1703) released in April 2017.
Benefits and Caveats
Acting much like the Windows Powershell or Command Prompt this new functionality enables you to use Ubuntu’s apt-get software repository to locally download, install and use thousands of open source Linux applications within Windows. Including numerous popular programming languages, development tools and a never-ending sea of text editors. All running within a POSIX environment and without the need of silly workarounds that were traditionally used by Windows ports, think Ruby, Perl, PHP, Apache HTTP.
But it’s not all great news because as of August 2016 it is still technically in beta and the implementation could change. Besides Ubuntu on Windows is built on Ubuntu 14.04 which has been superseded by version 16.04. This means there are a number of newer standard commands and tools based on Systemd will not work in Ubuntu on Windows.
There is likewise a disconnect between Ubuntu and Windows. Directory and file sharing between the two are convoluted while the software written for Linux will have limited access to the host computer’s hardware and may inaccurately report information. System variables and other data cannot be shared between the two environments either.
There is a risk that Microsoft may abandon this pro-Linux effort in future iterations of Windows 10 or leave it to stagnate as is. This is not the first time at a POSIX compatible environment has officially been offered for Windows. Both the Microsoft POSIX subsystem and its replacement Windows Services for UNIX were both eventually abandoned.
Finally and importantly Bash on Ubuntu on Windows is not a server platform. While you can run PHP or Ruby on a dedicated Linux webserver. It can’t be used as a 24 hours, 7 days a week, always on daemon.
Instead, Ubuntu on Windows is intended as a replacement for software containers and virtual machines. Complicated tools that developers working within Windows would traditionally need to test their code when writing applications that were to be deployed on Linux servers.
This guide assumes you have a decent understanding of the Linux terminal and Windows Command Prompt.
To install Bash on Ubuntu on Windows you need Windows 10 64-bit 1607 or newer. You can check this by typing about in the taskbar search box which I will refer to as Cortana and select About your PC.
In Cortana type and select For developers settings. In the dialogue under Use developer features check the Developer mode option.
Now in Cortana type and select Turn Windows features on or off. Check the Windows Subsystem for Linux (Beta) and press Okay.
Once installed and completed type either Bash or Ubuntu into Cortana and select Bash on Ubuntu on Windows. You should have a local Ubuntu terminal running in Windows!
In the Ubuntu terminal type
lsb_release -a and you will see its Linux distribution information.
ll will list the content of your active directory which happens to be your Ubuntu home directory.
You also have your scripting Linux terminal staples installed and ready to use.
$ bash --version GNU bash, version 4.3.11(1)-release (x86_64-pc-linux-gnu)
$ python -V Python 2.7.6
$ perl -v This is perl 5, version 18, subversion 2 (v5.18.2) built for x86_64-linux-gnu-thread-multi
Interacting with Windows and Ubuntu files
Ubuntu on Windows partition actually shares the NTFS directory structure used by Windows. This makes it accessible to Windows applications and also allows you to access your Windows files within Ubuntu.
Ubuntu on Windows root partition can be reached using the path below. This path can be used in Cortana, Windows File Explorer and the Command Prompt.
\home subdirectory in rootfs, where you would expect your user account directory to be is empty. Rather the home partition can be found using this path.
And the root user account partition.
Conversely, you can also access your Windows drives within Ubuntu on Windows. They can be found in the
/mnt directory. The following Ubuntu command lists the content of the Windows
Creating symlinks in Ubuntu to Windows directories
It’s easy enough to create symbolic links between your Windows and Ubuntu folders. You just need to make sure that any links you create within Ubuntu are relative symbolic links otherwise they will not work correctly.
Unfortunately, data found in environment variables are not shared between Windows and Ubuntu. In my Windows Command Prompt
echo %username% returns Ben and so my User account is located in
In the Ubuntu terminal.
echo $USER returns ben but as Linux is case-sensitive the
$USER result isn’t useful in this situation. So we will have to manually type the paths when creating the symlink.
Don’t forget to replace Ben in the path with your user account directory name using the correct case. While typing directory or file names tapping the Tab key on the keyboard will trigger Bash’s autocomplete function.
ln -sr /mnt/c/Users/Ben/Downloads ~/Downloads ln -sr /mnt/c/Users/Ben/Documents ~/Documents ls ~/Downloads ls ~/Documents
Now you can easily access and edit files in your Windows downloads and documents directories while in Ubuntu.
If you want to do the same while using the Windows Command Prompt. In an administrator Command Prompt the command below will create a link named Ubuntu in your User directory, it will point to the home directory used by Ubuntu.
mklink /d %homepath%\Ubuntu %localappdata%\Lxss\home\%username% symbolic link created for \Users\Ben\Ubuntu <> C:\Users\Ben\AppData\Local\Lxss\home\Ben
Now list the Ubuntu home directory in the Command Prompt.
You can then pin that symbolic link to the Quick access pane in File Explorer and even give it a Ubuntu icon located at
Disabling the terminal bell
One thing I find very annoying is the Windows 10 terminal bell sound. As is often triggered after I tap the Tab key and the Bash autocomplete has too many or zero options. So let’s disable it.
sudo nano ~/.inputrc
Paste in the following.
# ~/.inputrc - See http://ss64.com/bash/syntax-inputrc.html for more options # do not bell on tab-completion set bell-style none # set bell-style visible
Save, exit, then close the Bash on Ubuntu terminal. Re-launch it and it should now remain silent!
Run a simple web server
In Ubuntu, you can quickly serve the current directory over the local web using Python. Here we will serve our user home directory.
cd ~ python -m SimpleHTTPServer
Now in Cortana or in the address bar of your Windows web browser type
To quit Python’s Simple HTTP Server tap Ctrl+C together in Ubuntu.
Updating Bash on Ubuntu on Windows
Let’s update the Ubuntu distribution.
If you’re outside of the USA you may want to change the sources list that Ubuntu uses to check for and download updates from to somewhere geographically closer.
sudo nano -B /etc/apt/sources.list
deb http://archive.ubuntu.com/ubuntu trusty main restricted universe multiverse deb http://archive.ubuntu.com/ubuntu trusty-updates main restricted universe multiverse
So for me to use nearby Australian mirrors I switched the the links to the following.
deb http://au.archive.ubuntu.com/ubuntu trusty main restricted universe multiverse deb http://au.archive.ubuntu.com/ubuntu trusty-updates main restricted universe multiverse
Note the http://security.ubuntu.com/ubuntu URL doesn’t offer any mirrors so it can be ignored.
Save and exit nano.
Now let’s update Ubuntu.
sudo apt-get -y update sudo apt-get -y upgrade sudo apt-get -y dist-upgrade sudo apt-get -y autoremove
And you’re done.
Creating a Bash script in Ubuntu on Windows
We will create a simple Bash script to run the apt-get update and upgrade processes.
Ubuntu has a number of directories where you can create and store system-wide accessible scripts but I keep them in /usr/local/bin
cd /usr/local/bin sudo nano upgrade.sh
Paste in the following script.
#!/usr/bin/env bash # /usr/local/bin/upgrade.sh # Refreshes the APT repository applies any package updates. sudo apt-get -y update sudo apt-get -y upgrade sudo apt-get -y dist-upgrade sudo apt-get -y autoremove
Save and exit.
Make the script executable.
sudo chmod +x upgrade.sh sudo ln -s upgrade.sh upgrade ll
Now we can run the script from any location within terminal and those 4 apt-get commands should run in sequence.
cd / sudo upgrade
Install a simple web server
It’s very easy to install and run a dedicated web server in Ubuntu on Windows.
sudo apt-get install lighttpd sudo service lighttpd status * lighttpd is not running sudo service lighttpd start * Starting web server lighttpd sudo service lighttpd status * lighttpd is running
Type http://localhost/ into Cortana or your web browser to view the Lighttpd Placeholder page.
Lighttpd web content is stored in
It’s configuration file can be viewed.
It’s manual can be found at http://redmine.lighttpd.net/projects/lighttpd/wiki
Note lighttpd will stop running when the Bash on Ubuntu on Windows terminal is closed.
sudo apt-get install apache2 sudo apt-get install nginx
Compiling Linux source code on Windows
I use nano as my go to text editor and the included version in Ubuntu 14.04 is a bit out of date, so let’s update it. To do this we can download, compile and install the most recent nano source code onto our Ubuntu on Windows environment.
$ nano -V nano, version 2.2.4
But first, we need to update our sources.list to allow apt-get access to the source code repositories. This should only ever have to be done once.
sudo nano /etc/apt/sources.list
Append the following to the bottom of the file.
deb-src http://archive.ubuntu.com/ubuntu/ trusty main
You may instead include a country code mirror such as this example for Australia.
deb-src http://au.archive.ubuntu.com/ubuntu/ trusty main
Save and exit then update.
sudo apt-get update
Remove the default nano install.
sudo apt-get remove nano
Install the packages we will need to compile our updated nano program.
sudo apt-get build-dep nano sudo apt-get install libmagic-dev
Download and extract the nano source code. You can check for the latest source code gzipped version at the nano editor site.
cd ~ wget https://www.nano-editor.org/dist/v2.8/nano-2.8.4.tar.gz tar -xf nano-2.8.4.tar.gz cd nano-2.8.4
Now configure, compile the source code and then install the program.
./configure --enable-utf8 make sudo make install
$ source ~/.bashrc $ nano -V nano, version 2.8.4
Brilliant you have just compiled GNU free software written for Linux on Windows 10!
Used and useful resources
Written by Ben Garrett