This code is licensed under the MIT license. The code is maintained on GitHub.
This is a reasonably complete implementation of the Pandora API in pure Python that supports Python 3.5+. It contains a complete implementation of the core radio features but does not implement account management or Pandora Plus functionality; pull requests adding that functionality are welcomed from anyone needing those features.
Keys or passwords for Pandora are not provided in this repo, you'll have to go get those for yourself. Make something awesome with this library, don't abuse Pandora, that's not cool.
This project is actively maintained but the author considers it to be both stable and complete. There will be very few new changes initiated by the author outside of bug fixes and security updates.
If you run into a problem, file an issue and we'll respond. Pull requests for new features and fixes will be reviewed and accepted if they meet our criteria for stability, see below for contributing instructions.
This is the 2.x series which supports only Python 3.8+. For older versions
of Python please use the 1.x series. The 1.x series is no longer
maintained but pull requests to fix bugs are still welcomed.
This package uses semantic versioning. The API is guaranteed to be stable
within a major version release. Please constrain your dependencies to major
versions. For example, to depend on version 2.x use this line in your
setup.py install_requires:
pydora>=2,<3
Installing is as simple as using pip and running the built-in configuration
command to create a ~/.pydora.cfg file. If you already have a PianoBar config file Pydora will automatically use
that.
$ pip install pydora $ pydora-configure
On Ubuntu install vlc or vlc:
# apt-get install vlc
To install VLC on Mac OS X visit the VLC site to download VLC.app, then drag-and-drop
the bundle into your /Applications folder. Pydora will auto-detect this.
The pydora player does not directly support audio output but instead relies
upon external audio output back-ends. The two supported back-ends are VLC and
mpg123. The main difference between the two back-ends is the supported file
formats. VLC supports a vast array of codecs, including MP3 and AAC, the two
formats that Pandora uses. mpg123 on the other hand supports only MP3. As of
2017 Pandora has started to prefer AAC files over MP3 which necessitates VLC.
The pydora player will try to auto-detect whatever player exists on your
system, preferring VLC, and will use that audio output back-end. If you notice
a lot of skipping in a playlist consider installing VLC.
It is also possible to remotely control a copy of VLC running on another
machine if you're unable or unwilling to install Pydora on your playback
machine. To do this start VLC on the remote machine with the rc-host option
set. For example:
vlc -I rc --advanced --rc-host=0.0.0.0:1234
Once VLC is running start Pydora with the vlc-net option and specify the
remote host and port that VLC is listening on. For example:
pydora --vlc-net 192.168.0.12:1234
Pydora will now send all audio playback requests to the remote VLC. It does this using a text control protocol; all audio data is streamed directly from the internet to VLC and is not passed over the Pydora control channel. Because of this it is possible for the control channel to run over a very low bandwidth connection.
Note: VLC doesn't provide any security so anyone on the network will be
able to control VLC. It is generally safer to bind VLC to 127.0.0.1 and use
something like SSH forwarding to securely forward the port to a remote host but
that's outside of the scope of this README.
Included is pydora, a simple Pandora stream player that runs at the command
line. It requires that mpg123 or VLC be installed with HTTP support as well as
a settings file (example below) located in ~/.pydora.cfg. Alternatively an
environment variable PYDORA_CFG can point to the path of the config file.
The player only supports basic functionality for now. It will display a station list, allow listening to any station, basic feedback and bookmarking are also supported. The player starts an mpg123 or VLC process in remote control mode and feeds commands to it. It does not download any music but rather streams them directly from Pandora.
When playing the following keys work (press enter afterwards):
n- next songp- pause or resume songs- station list (stops song)d- thumbs down tracku- thumbs up trackb- bookmark songa- bookmark artistS- sleep songQ- quit programvu- volume upvd- volume down?- display help
Note: volume control is currently only supported with the VLC back-end.
The built-in pydora-configure script can be run to create a configuration
file automatically if you don't already have one. This will download the keys
from the link below and pick a suitable one when writing the config file. If
you want to create the config file manually the format is:
[api] api_host = hostname encryption_key = key decryption_key = key username = partner username password = partner password device = key default_audio_quality = mediumQuality [user] username = your username password = your password
- default_audio_quality
- Default audio quality to request from the API; can be one of lowQuality, mediumQuality (default), or highQuality. If the preferred audio quality is not available for the device specified, then the next-highest bit-rate stream that Pandora supports for the chosen device will be used.
The Pydora distribution contains two python packages. The pandora package
is the API for interacting with the Pandora service. The pydora package is
a very small reference implementation of using the API to drive a command line
player. If you're interested in the command line skip this section and read
Installing below to get started.
The easiest way to get started is by using the pandora.clientbuilder
package. This package contains a set of factories that can be used to build a
Pandora client with some configuration. The classes in the package that end in
Builder are the factories and the rest of the classes are implementation
details. All of the builders will return an instance of
pandora.client.APIClient that is completely configured and ready for use in
your program.
If you have an existing program and would like to connect to Pandora the
easiest way is to use the SettingsDictBuilder class like so:
client = SettingsDictBuilder({
"DECRYPTION_KEY": "see_link_above",
"ENCRYPTION_KEY": "see_link_above",
"PARTNER_USER": "see_link_above",
"PARTNER_PASSWORD": "see_link_above",
"DEVICE": "see_link_above",
}).build()
client.login("username", "password")
At this point the client is ready for use, see pandora.client.APIClient for
a list of methods that can be called. All responses from the API will return
Python objects from the pandora.models.pandora package or raise exceptions
from pandora.errors
For a more functional example look at the file pydora/player.py which shows
how to use the API in a simple command line application.
If you're interested in the underlying API or need to download the keys yourself you can find more details at the links below. This documentation is community maintained and not official.
See CONTRIBUTING
Thanks to the contributors who make Pydora possible by adding features and fixing bugs. List is organized by date of first contribution.
- Mike Crute (@mcrute)
- John Cass (@jcass77)
- Thomas Weißschuh (@t-8c)
- Skybound1 (@Skybound1)
- Hugo (@hugovk)
- mspencer92 (@mspencer92)
- enzu.ru (@enzuru)
- Théophile (@theophileds)