If you want to run LMS in a Docker container, you can use this image:
https://hub.docker.com/r/lmscommunity/logitechmediaserver
Alternatively, download LMS from the link below and then install it:
https://www.mysqueezebox.com/
I prefer to run LMS in Docker. It gives a clean install and the image is updated regulary.
When you have LMS up and running, browse to http://<IP address>:9000. Install the plugins that you want to use and do any configuration you find suitable. I recommend the plugin for Material Skin.
Install MPD:
sudo apt install mpd
Edit /etc/mpd.conf to pipe the stream to CamillaDSP.
audio_output {
type "pipe"
name "mpd_pipe"
format "*:32:2"
command "/usr/local/bin/camilladsp -p 1234 /etc/camilladsp.yml"
...
}
There might be other settings you might want to do in this file.
You might also want to alter the niceness for the mpd process and its subprocess CamillaDSP. To do that, add for example Nice=-10 in the [service] section of /lib/systemd/system/mpd.service.
Download the zipped files:
wget https://github.com/ralph-irving/squeezelite/archive/refs/heads/master.zip
Extract the downloaded file and cd into the extracted directory.
Compile SquuezeLite:
make
You might not have the necessary packages to run make. Install any missing package and try again.
Download the already compiled program:
wget https://sourceforge.net/projects/lmsclients/files/squeezelite/linux/<the release of your choice>
Extract the downloaded file and cd into the extracted directory.
Install the binary file:
sudo install -m 750 -g audio squeezelite /usr/local/bin
Download the source code file:
wget https://github.com/HEnquist/camilladsp/releases/<the release of your choice>
Read the instructions on https://github.com/HEnquist/camilladsp to know what is required to compile from source.
Extract the downloaded file and cd into the extracted directory.
Compile CamillaDSP with for example this command:
RUSTFLAGS='-C target-cpu=native' cargo build --release --no-default-features --features alsa-backend --features websocket
cd into .../camilladsp-<version number>/target/release
Download the compiled program file:
wget https://github.com/HEnquist/camilladsp/releases/<the release of your choice>
Extract the downloaded file and cd into the extracted directory.
Install the binary file:
sudo install -m 750 -g audio camilladsp /usr/local/bin
Install the example file:
sudo install -m 644 -g audio camilladsp.yml /etc
The samplerate in the file is the default samplerate. When playing with LMS/SqueezeLite, CamillaDSP will be updated with new a samplerate when the samplerate of the source changes. When streaming from the client, the samplerate is static, as defined in the file.
Edit the number in the device parameter, so that it matches the ouput of this command:
cat /proc/asound/cards
Edit the filter settings and add more filters to suit your needs.
This installation is made to let lsp-samplerate.py update CamillaDSP with the samplerate, when playing from LMS/SqueezeLite.
Download pyCamillaDSP:
wget https://github.com/HEnquist/pycamilladsp/releases/<the release of your choice>
Extract the downloaded file and cd into the extracted directory.
Install pyCamillaDSP (for all users):
sudo pip3 install .
Install the python3-websocket package:
sudo apt install python3-websocket
Edit the contents of asound.conf, so that the card number matches the device parameter in /etc/camilladsp.yml:
pcm.!default {
type hw
card <number>
}
ctl.!default {
type hw
card <number>
}
Depending on your configuration and knowledge, the file might look different.
Download the files:
wget https://github.com/thoelf/Linux-Stream-Player/archive/refs/heads/main.zip
Extract the downloaded file and cd into the extracted directory.
Install the control scripts:
sudo install -m 750 -g audio lsp-control.sh lsp-samplerate.py /usr/local/bin
Install the service definition files:
sudo install -m 644 lsp-control.service lsp-samplerate.service squeezelite.service /etc/systemd/system
Replace any occurence of <user> with the user you want to run the services (yourself or a system user).
Edit squeezelite.service so that the samplerate range and IP address matches your system.
Install the file with sudo rules, so that a user other than root can manage the services:
install -m 440 lsp-sudo /etc/sudoers.d
Edit lsp-sudo using visudo and replace any occurence of <user> with the user you want to manage the services. The user must be the same user that runs lsp-control.sh according to lsp-control.service.
Enable the lsp-control service:
sudo systemctl enable lsp-control.service
Install the file that configures the creation of temporary files at boot:
sudo install -m 644 lsp.conf /etc/tmpfiles.d/lsp.conf
Replace any occurence of <user> with the user you want to run the services (yourself or a system user).
Add your user to the audio group:
sudo usermod -aG audio <user>
Follow this procedure if you want LSP to select the latest play mode after a reboot.
Install the control script:
sudo install -m 750 -g audio lsp-dac_added.sh /usr/local/bin
Install the service definition file:
sudo install -m 644 lsp-restore_state.service /etc/systemd/system
Enable the service:
sudo systemctl enable lsp-restore_state.service
Install the udev rule for the DAC:
sudo install -m 644 90-dac.rules /etc/udev/rules.d
Connect the DAC and power it on, then list your USB devices:
lsusb
Edit the udev rule so that the idVendor and idProduct attribute matches your DAC:
sudo nano /etc/udev/rules.d/90-dac.rules