Mopidy spotify tutorial

Pirate Audio is a range of digital audio boards for Raspberry Pi, with integrated album art display, tactile buttons for playback control, and a choice of audio outputs.

Using the I2S audio interface gives you significantly better audio quality than you'd get from the Pi's 3. Both the Line-out and Headphone Amp boards have 3. The 3W Stereo Amp has push-fit stereo speaker terminals, to which you can connect a pair of 8 Ohm speakers with tinned wires; there's also a switch to toggle between stereo and mono output. The Small Speaker has its audio output onboard: a tiny, mono, 1W speaker on the underside of the board.

All four boards have gorgeously crisp and bright, full-colour LCDs for displaying album art and track information. The x pixel resolution on such a small display means that text and images look sharp and accurate.

The display is driven using the Pi's SPI interface, which is ideal for high-speed stuff like sending image data to a display at a decent refresh rate. Because it's an IPS display, it has great viewing angles and will look equally good from any angle.

Last, but not least, there are four tactile buttons around the displays on all four boards. In our setup, we use these to control playback and volume but, because they're just buttons tied straight to GPIO pins, you can use them for whatever you wish. Note that you'll need a header soldered onto your Raspberry Pi Zero W if it doesn't already have one! Let's start with the most straightforward one, the Headphone Amp.

The clue's in the name with this one If you want to make yourself a high-quality digital music player to listen to music with wired headphones, then this is the one to use. It should drive in-ear headphones pretty well but to fully appreciate the sound quality you'll probably want a larger set of headphones with decent drivers. Depending on the headphones, you might want to use the gain switch on the board to switch between low and high gain to get the best level for your particular setup.

The Line-out provides unamplified, line-level audio. This means that you'll need to connect either a hi-fi amp and speakers, or a set of powered speakers via the 3. If you want a really simple way to turn a pair of powered desktop speakers or old hi-fi equipment into an internet-connected music player, then Line-out is the one you want!

The 3W Stereo Amp gives you a pair of speaker terminals to which you can connect either one or two 8 Ohm and at least 3W speakers. This board is ideal for building your own custom music boxes, or to upgrade old radios to be internet-connected music players with built-in buttons and album art display.

Finally, the Small Speaker is an all-in-one solution, with attached 1W mini speaker. If you want something compact to play music, but don't need a lot of volume or super-high-quality sound, then the Small Speaker's perfect.

It's good for things like building a little sound effect box or a tiny desktop radio or music player. If you're using a Raspberry Pi Zero W, then you'll need a pin male header soldered onto it to plug your Pirate Audio board onto.

If you're using a Pibow Coupe case with your Raspberry Pi, then you'll need to use a booster header to lift your Pirate Audio board up a little so that the 3.

mopidy spotify tutorial

The Line-out and Headphone Amp boards will need a 3. If you're using a hi-fi amp, then you could also use a 3. If you don't already have one, then we have a couple of audio cable options in our Pirate Audio range.

The 3W Stereo Amp requires a little more expertise to connect speakers up. The speaker terminals are push-fit, so the ends of your wires will need to be tinned so that they're stiff enough to push in. Tinning is the process of adding a little solder to the end of a stranded wire to make it stiffer and more robust.

All of the speaker options that we sell as part of our Pirate Audio range have pre-tinned wire ends. The left and right channels are labelled on both the top and bottom of the board. To fit a wire in, push down gently on the little dimple on the clip and push your wire in; it should be gripped in place. To remove the wires if you need topress the clip down gently and pull it back out. Mopidy's structure, with plugins for extended functionality, makes it ideal for Pirate Audio.I just spent way too long trying to set up a Mopidy audio server on my personal headless Linux machine, so I thought I might as well write down what I learned for posterity.

My starting point was the following: We recently moved into our new place, and I wanted to set up an audio system that would allow me or my wife to listen to music from my Spotify account anywhere in the apartment.

Of course, I could have just bought a pricy Sonos system, but I wanted to use the equipment I already had:. From the official installation instructions:. However, sometimes that process can fail for users with Facebook logins, in which case you can create an app-specific password on Facebook by going to facebook.

See here for more details. As mentioned above, we will want to run Mopidy as a system-wide service, so that it will start automatically on boot. To do so, we will first set up PulseAudio to run in system mode, since Mopidy will use PulseAudio as a sound server.

mopidy spotify tutorial

Note that in general, running PulseAudio in system mode is discouraged. For our use-case, however, running PulseAudio in system mode is necessary.

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Otherwise we will have to ssh into our machine and manually run pulseaudio --start after every reboot, which can be tedious. In a frist step, we will have to create a systemd unit for PulseAudio. Next, we will edit the PulseAudio configuration file so that it accepts sound over TCP from localhost. We will also add the pulse user which runs the PulseAudio daemon to the audio group, which controls the sound devices:.

XXX with the local address of your Linux machine, e. Philipp Hunziker Posts Projects Publications. Background I just spent way too long trying to set up a Mopidy audio server on my personal headless Linux machine, so I thought I might as well write down what I learned for posterity.

A Spotify Premium account. The Iris Mopidy extensionwhich allows controlling Mopidy through any web browser.

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The Mopidy Spotify extensionwhich allows playing music from Spotify on the Mopidy server. Figure 1: The Iris web interface for Mopidy. Pretty neat. Step-by-Step Instructions All of the following is to be run on the remote machine that will run the Mopidy server. Step 2: Install Mopidy-Spotify sudo apt-get install mopidy-spotify. Step 5: Configure PulseAudio As mentioned above, we will want to run Mopidy as a system-wide service, so that it will start automatically on boot. Copy Download.Mopidy has a lot of config values you can tweak, but you only need to change a few to get up and running.

A complete mopidy. The configuration file location depends on how you run Mopidy.

Authenticate Mopidy with music services

See either Running in a terminal and Running as a service to find where the configuration file is located on your system. When you have created the configuration file, open it in a text editor, and add the config values you want to change. This will print your full effective config with passwords masked out so that you safely can share the output with others for debugging.

If your system is running from an SD card, it can help avoid wear and corruption of your SD card by pointing this config to another location. If you have enough RAM, a tmpfs might be a good choice.

Our Mopidy Jukebox

Mopidy and extensions will use this path to store data that cannot be be thrown away and reproduced without some effort. The original MPD server only supports tracks in the tracklist. Some MPD clients will crash if this limit is exceeded. When set to trueMopidy restores its last state when started. The restored state includes the tracklist, playback history, the playback state, the volume, and mute state.

These are the available audio configurations. For specific use cases, see Audio sinks. The default is softwarewhich does volume control inside Mopidy before the audio is sent to the audio output. This mixer does not affect the volume of any other audio playback on the system. If you want to disable audio mixing set the value to none. If you want to use a hardware mixer, you need to install a Mopidy extension which integrates with your sound subsystem.

Setting the config value to blank leaves the audio mixer volume unchanged.

mopidy spotify tutorial

For the software mixer blank means Expects a GStreamer sink. Typical values are autoaudiosinkalsasinkosssinkoss4sinkpulsesinkand shout2sendand additional arguments specific to each sink. You can use the command gst-inspect For example: gst-inspect Sets the buffer size of the GStreamer queue. If you experience buffering before track changes, it may help to increase this, possibly by at least a few seconds.The goal of this article is to give a beginner friendly tutorial how to set up your own multiroom audio system and to explain some basic advantages and limitations of the setup.

After a bit of research I decided to use snapcast, because it is reliable and actively supported open source. It has Spotify support too! Snapcast works with a server-client principle. You need one pi with the server software, called snapserver, and every Pi needs the client software, called snapclient.

The server instance can be hosted on a pi which is also a client.

Build your own multiroom audio system with raspberry pis – A beginner friendly tutorial

I recommended running the server on a Pi 2 or newer with a solid connection to your router preferably via LAN or if via WLAN nearbyotherwise you might have some audio stutters every few minutes. You first need to find the download URL of the latest release. Open up a terminal on the pi e. As of writing it looks like this:. Download and install it using the same commands.

Currently it looks like this:. The most interesting inputs for me are. Because of this, it is a bit unstable every few days. I wrote more about that in the conclusions section below. The easiest way to get it up and running is to use raspotify, which is just a wrapper that makes the installation easier on raspis.

You now have to configure it so it uses the snapserver as its output. If you start streaming music, it should start to play on every speaker after a few seconds! Snapcast has a really handy android appwhich allows you to select the current input source and set the volume for each room.

Especially handy if you quickly want to mute one room.In previous article, we covered various Music streaming softwares which can be installed on Raspberry Pi. Here we will pick one of them and install it on Raspberry Pi. Since we covered the installation of media servers like Kodi and Plex in our past tutorials, I feel this time, we should turn the spotlight towards the audiophiles and cover installing one of the music servers on the Raspberry Pi. If you are like me, you probably use your Raspberry Pi s for more than one task as such the idea of installing an entire operating system for a music server only may not be too appealing, so for this tutorial we will be focussing on Mopidy since it allows us to install, without changing the distro.

After installing Mopidy, we will install Spotify extension on Raspberry pi to stream songs from Spotify. More details on Mopidy has been discussed in the previous article. If you have issues with any of this, there are tons of Raspberry Pi Tutorials on this website that can help.

The only component we need for Raspberry Pi 3 Mopidy Server is the Raspberry Pi and everything necessary to get it up and running. This should boot the pi to the raspbian stretch desktop. Using this method, Mopidy is automatically updated whenever the pi is updated. To do this follow the steps below. As usual, we start by updating and upgrading the pi to ensure everything is up to date and prevent compatibility issues.

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To do this, run. Step 3: Add the APT repo to your package sources. Next, we add the Mopidy Apt repo to the package sources list on the Raspberry Pi.

Do this by running. Finally update the Pi, so the new package list is registered and as soon as the update is complete, install Mopidy. Do note, a reboot might be necessary after updating the pi. Mopidy requires some basic configuration before it can be used. The extent to which the configuration goes technically depends on you but there are certain basic configurations that must be in place.

Which will open a blank file for you to start typing configurations, or you go through an easier alternative by running the command. Immediately after installation, the command will automatically generate the config file and you can then proceed to edit using the previous command with the nano editor. More on Mopidy configuration can be found here. A basic modification to be made to the config file after it has been generated is the setup of the http section of the config file.

This will open the config file. Scroll down to the http section and set its content to match the image below. With that done, save and close the config file.

Our Mopidy is now ready for use. Mopidy can be run as a service using an init script or by setting it up as a systemd service.Now you can with help of raspi and mopidya richer MPD alternative.

Spotify Premium account is required to use mopidy, but you can try 30 day trial before subscribing. Find below explanation for distinct sections of config file:.

Standard configuration will do just fine, if you know what you are doing adjust to suit your needs. Audio output, for more options read mopidy documentation, for most appliances default alsa sink will work.

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Provide your spotify username and password to log on. As I mentioned before, you need a Premium account to stream to devices other than PC client and that includes raspi. To use MPD clients to control mopidy enable mpd plugin.

Hostname have to be set to 0. A http interface to control mopidy from browser. To enable it set enabled to true and remember to change Provide your last. Let us know what you think about mopidy.

What is your setup? Some helpful hints? Any issues with mopidy? Leave us a comment :. Any idea how to fix the issue that XBMC does not boot it goes into a kind of loop? Hi, I had the same issue a week ago I think it was after one of the updates. I recieved my first Pi last week, so I started from scratch with a recent Raspbmc install.

Never failed me.I've finally managed to get a Raspberry Pi. I've already thought a long time of buying one, but because of missing ideas what to do with it I didn't buy one. A school project came by which served the perfect reason to finally buy one hint: self made monitoring camera and now I'm lucky to have one. So what is running on my RPI now? Currently there is a raspian installed and except the whole music-server-software nothing special. I run mopidy with mopidy-spotifymopidy-spotify-tunigo and mopidy-mopify.

So what are all these things? Mopidy is a mpd server which simply stands for music player daemon. On there website is written:. And thats it, no more no less.

Without anything else mopidy can play music from your disk. Mopidy-spotify is the bridge between mopidy and spotify which enables you to play all kind of things from spotify. You can play and manage your play lists, favourite artists, songs, albums and search for all these things.

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Mopidy-spotify-tunigo is to enable the browse feature of spotify, like genres, browse featured play lists or new releases. Mopidy-mopify is just a web front end to interact with mopidy in the style of spotify.

This way I can control mopidy via a browser from every device on my network. There are tons of other web front ends out there for mopidy you can have a look here. It is also possible to connect via a CLI-client. I often just use ncmpcpp which is a very wide used terminal music player. There is also ncmpc which is not so feature rich. Surprisingly not much. I've installed it two times - because the first time I've fucked up - and the second time took me only one hour, including the installation of the operating system.

There should be a default configuration file already in place. Either add oder adjust these lines under http like this:. This tells mopidy to enable the http extension. Now we need the local ip address of the Raspberry Pi. To get it simply type ifconfig in your terminal on your Raspberry Pi. In line two, after inet, you see it's ip.

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If you connect via wireless lan it would be in line If you now type sudo service mopidy start into your terminal and head to I will use this ip address in the rest of this article.

Just exchange it for you ip.

mopidy spotify tutorial