pyscmpd stands for "Python SoundCloud Music Player Daemon". It is, as the name suggests, a Python based daemon, talking a subset of the MPD protocol. Instead of serving local MP3 files, it connects to SoundCloud and serves the streams found there. The user could configure, which parts of SoundCloud are made available for browsing (e.g. by defining favorite groups or user). pyscmpd is intended to run as a per user daemon, meaning it is designed to run multiple instances.
Since pyscmpd uses the well known MPD protocol, a variety of
clients could be used as
a front end to the daemon. The once I am testing pyscmpd currently on are the
curses based ncmpcpp and the GTK based
More information could be found at the following places:
- For more details on the architecture of pyscmpd see this document.
- For more details on the current implementation (including a list of MPD commands currently supported) see this document.
- As a foundation for the core MPD protocol implementation, the pympdserver library is used.
- Accessing SoundCloud is done through the SoundCloud API.
The main features currently supported are:
- Browse a predefined set of favorite users (in "~/.pyscmpd/pyscmpd.conf")
- Browse a predefined set of favorite groups (in "~/.pyscmpd/pyscmpd.conf")
- Browse the favorite tracks of a predefined set of users (in "~/.pyscmpd/pyscmpd.conf")
- Browse random users/groups
- Current play-list is persisted on SIGTERM and restored on next restart
- Save play-lists to a defined name
- Load stored play-lists
- Browse stored play-lists
- Delete stored play-lists
- Clear stored play-lists
- Add tracks to current play-list
- Add tracks to stored play-list
- Change song order in current play-list
- Change song order in stored play-list
- Remove songs from current play-list
- Remove songs from stored play-list
- Clear current play-list
- Start/stop/pause/resume songs
- Control volume
- Elapsed song time and current song-time are transmitted to clients
test-srcSome test/example sources
srcMain sources four pyscmpd
extlibExternal libraries (like python-mpd-server)
pyscmpdctrlTest-script to run "pyscmpd" from within the project directory
setup.pyPython setup script for installing "pyscmpd"
MANIFEST.inMeta-data for "setup.py"
- git for cloning the sources
- Python (2.6 or 2.7, not tested with 3)
- python-setuptools for installing soundcloud-python
- python soundcloud API
For more detailed install instructions see next chapter.
The following instructions describe in short, how to install "pyscmpd" on a Raspberry Pi with freshly installed Raspian. For more detailed setup instructions see the next chapter.
Note: perform the following steps as user "pi".
1) Install missing Debian packages
sudo apt-get install git python-setuptools python-gst0.10 gstreamer0.10-plugins-base gstreamer0.10-plugins-good gstreamer0.10-plugins-bad gstreamer0.10-plugins-ugly gstreamer0.10-alsa jackd ncmpcpp
2) Install soundcloud python API
sudo easy_install soundcloud
3) Install pysmpd
mkdir $HOME/src cd $HOME/src git clone https://github.com/wendlers/pyscmpd.git cd pyscmpd sudo python setup.py install
4) Autostart pyscmpd with the desktop
mkdir $HOME/.config/autostart cp ./etc/pyscmpd.desktop $HOME/.config/autostart/.
5) Run daemon, connect to it
pyscmpdctrl start ncmpcpp -p 9900
On Debian Based Linux Systems (e.g. Ubuntu, Raspian, ...)
For the following steps, it is assumed, that
$HOME/srcis your working directory:
1) Install soundcloud-python
apt-get python setuptools:
sudo apt-get install python-setuptools
clone the sources:
cd $HOME/src git clone https://github.com/soundcloud/soundcloud-python.git
run the setup script
cd soundcloud-python sudo python setup.py install
Note: Internet connection is needed for this step, since the installer will go and fetch some dependencies from the net.
2) Install python-gst and dependencies
apt-get the library:
sudo apt-get install python-gst0.10
on a fresh Raspian, I needed additionally the following:
sudo apt-get install gstreamer0.10-plugins-base gstreamer0.10-plugins-good gstreamer0.10-plugins-bad gstreamer0.10-plugins-ugly gstreamer0.10-alsa jackd
3) Install pyscmpd
clone pyscmpd sources:
cd $HOME/src git clone https://github.com/wendlers/pyscmpd.git
cd pyscmpd sudo python setup.py install
3.1) Optional: autostart daemon with LXDE
If you like to start "pyscmpd" with your LXDE desktop on a raspberry pi, you could create the file "pyscmpd.desktop" under "$HOME/.config/autostart" with the following:
[Desktop Entry] Name=pyscmpd Comment=Python based soundcloud player using the MPD protocol Exec=pyscmpdctrl restart Icon=sound_section Terminal=false Type=Application Categories=Audio
Next time your desktop is started, "pyscmpd" will also be started.
4) Get a decent MPD client
I prefer ncmpcpp:
sudo apt-get install ncmpcpp
Or for a GUI based client sonata:
sudo apt-get install sonata
On Other Linux Systems
To be done ...
In the main directory start "pyscmpd" daemon with:
A default configuration is created under "~/.pyscmpd/pyscmp.conf". To change the port (default 9900), logging, or favorite users to browse change this file.
By default, the log output of the daemon could be viewed by:
tail -f ~/.pyscmpd/pyscmpd.log
Now you should be able to connect to the daemons default port 9900, e. g. with ncmpcpp:
ncmpcpp -p 9900
To stop the daemon use:
In case "pyscmpdctrl" complains about the PID file already existing, and you are sure the daemon is not running yet, you could use the following command to cleanup the PID file:
For debugging, it may be useful to start the daemon in foreground. This could be done by:
pyscmpdctrl --foreground start
By doing so, log messages are printed to "stdout", while the log-file specified will be ignored.
General ScoundCloud API Settings
The general SoundCloud API settings are done under the [scapi] section. Currently the only thing configurable here is the number of items (groups, users, tracks) to retrive from SC per request. The maximum number one could specify for "maxitems" is 8000 (this is the upper limmit of SC):
Note: if you use a slow internet connection, it is likely that your clients time out when maxitems is choosen to high.
To modify the list of your favorite users to browse, edit the [favorite-users] section in "~/.pyscmpd/pyscmp.conf". The format used for favorite users is:
category1: user1, user2, ... category2: user1, user2, ... ...
categoryN is then shown in the browser as sub-folder folder of users folder, containing all the users specified. userN is the user name of a soundcloud user as shown in the URL. E.g. "griz" for GRiZ.
To define the favorite groups shown in the browser, add them under the [favorite-groups] section in "~/.pyscmpd/pyscmp.conf". The format used for favorite users is:
categroy1: group1, group2, ... categroy2: group1, group2, ... ...
categoryN is shown in the browser as sub-folder of the groups folder. groupN is the group name as shown in the URL when browsing a group. E.g. "deep-house-4".
To define a set of users who's favorite tracks are listed under the favorites folder, add them to the [favorite-favorites] section in "~/.pyscmpd/pyscmp.conf". The format used for favorite favorites is:
category1: user1, user2, ... category2: user1, user2, ... ...
For each categoryN, a sub-folder of favorites is shown in the browser. When userN is opened, all the favorite tracks of that user are listed.
The following shows a complete sample for the two mentioned section as seen in pysmpc.conf:
[favorite-users] ghettoswing : maddecent, barelylegit electrosoul: griz deep-minimal-house: grumoh tech-house: beatkind, atmosphererecords [favorite-groups] house: deep-house-4, minimal-tech-house, swing: swing-fever-electroswing-group, ghettoswing-and-swingstep [favorite-favorites] me: kaltpost friends: somefrinduser
Note: Each time "~/.pyscmpd/pyscmp.conf" is modified, the daemon needs to be restarted by:
Note: an example configuration could be found in the project directory under ./etc/pyscmpd.conf.