Table of Contents
- Installing pyatv
- Testing with GitPod
This section covers general parts of pyatv, like how to install it, concepts and terminology to understand how it works. More or less everything that is not how you develop with it.
Before diving into code, make sure you read and understand the Concepts first.
It is recommended to install pyatv in a virtual environment rather than system-wide. To create a new virtual environment:
python3 -m venv pyatv_venv source pyatv_venv/bin/activate
This creates a virtual environment in a directory called
second command activates the virtual environment and must be done every
time a new shell is started.
You might need some additional packages to compile the dependencies. On a debian based system (e.g. Debian itself or Ubuntu), you can just run:
sudo apt-get install build-essential libssl-dev libffi-dev python-dev
Now you can continue by installing the version of pyatv you want.
Latest Stable Version
Install pyatv using
pip3 install pyatv
To try out the latest development version (a.k.a.
master on GitHub), you can install with:
pip3 install --upgrade git+https://github.com/postlund/pyatv.git
Specific Branch or a Pull Request
To install from a branch, you can install like this:
pip3 install --upgrade git+https://github.com/postlund/pyatv.git@refs/heads/<branch>
<branch> with the name of the branch.
It is also possible to install directly from a pull request:
pip3 install git+https://github.com/postlund/pyatv.git@refs/pull/<id>/head
<id> with the pull request number.
Testing with GitPod
You can try out pyatv and play around with the code using GitPod. Everything is already set up and ready to go, just login with one of the supported account, e.g. GitHub, and you are ready within a minute. No need to install anything on your own computer and works across operating systems and web browsers. Really cool!
Note: This runs in the cloud, so you will not be able to find your own devices. It’s mainly for development or basic testing.
At least python 3.6 is required to run pyatv. A few additional libraries are needed as well. An updated list is available here.
You also need to have OpenSSL compiled with support for ed25519 in order to connect to MRP devices. More details is here.
Current milestones are available on GitHub: