# MusicBot installs its chat library from git, its container pins an end-of-life Python, and PowerShell covers only installation

> MusicBot is the MIT-licensed Python Discord music bot, with a configuration file you have to create yourself, nine platform scripts at the repository root, a Docker image built on Python 3.8 Alpine, and a dependency list that installs the chat library from a git URL with the packaged version commented out above it. The README is 197 words and sends everything else to a documentation site.

**Just-Some-Bots/MusicBot** — :musical_note: The original MusicBot for Discord (formerly SexualRhinoceros/MusicBot)

- Repository: https://github.com/Just-Some-Bots/MusicBot
- Website: https://just-some-bots.github.io/MusicBot/
- Stars: 3,291 · Forks: 2,336
- Language: Python
- License: MIT
- Published: 2026-09-24 · Updated: 2026-09-24 · Language: en
- Canonical page: https://hysenlabs.com/projects/just-some-bots-musicbot

## The chat library is installed from git, with the packaged version commented out above it

The dependency list is nine lines long, and the most important one is a git URL.

```
discord.py [voice, speed] @ git+https://github.com/Rapptz/discord.py
```

Directly above it sits a commented line that names the same library from a package index, pinned to a minimum version and carrying the voice and speed extras. It is commented out.

So the bot does not install a released version of its chat library. It installs whatever is at the head of that repository's default branch, with the extras requested through the URL form. That is what makes the voice features available without waiting for a release, and it is also why a change upstream can reach a deployed bot with nothing changing locally.

The remaining dependencies are ordinary: a crypto library, a downloader for the media, a coloured log formatter, a package for reading the configuration file, and a certificate bundle. Two of them are Windows-only, which is the entire extent of the platform-specific dependency story.

## The container pins an end-of-life Python and keeps a compiler in the final image

The Dockerfile builds on an Alpine image for Python 3.8.

```
FROM python:3.8-alpine
ENV APP_ENV=docker
```

That version line is the oldest thing in the repository's build, and the README asks for Python 3.8 or newer, so the image is pinned to the floor of the supported range rather than to anything current.

The dependency install explains why the image looks the way it does. Build tooling is added as a named virtual group, the dependencies are installed from the requirements file, and the group is then removed again, which is tidy. But the runtime package list also includes a compiler, git and the development headers for the crypto libraries, and none of those are removed.

That is a consequence of installing the chat library from a git URL: it has to be fetched and built during the image build, so the tools to do that have to be present when that step runs, and removing them would be a separate layer decision the file does not make.

The rest of the file declares four volumes for the audio cache, the configuration, the data directory and the logs, then sets an environment variable marking the deployment as containerised and points the entrypoint at a shell script.

## Nine scripts at the root, and PowerShell covers installation only

The repository root is where this project's platform story lives, because there are nine scripts in it.

There are three actions and three shells. Installation is offered as a shell script, a batch file and a PowerShell script. Running is offered as a shell script, a batch file and a Python entry point. Updating is offered the same three ways.

PowerShell appears exactly once. A user on Windows who installs with the PowerShell script then has to find a batch file or a Python script to start and to update the bot, while a user on a Unix shell has all three actions covered by one shell.

The nine scripts sit beside three more entry points that are not scripts: a Python file that presumably starts the bot, a file with no extension that looks like a console entry point, and a systemd unit example for running the bot as a service.

That last one is the only service-management artefact in the repository, and it is an example rather than a shipped unit, so deploying it means copying and editing it rather than installing it.

## The pyproject file configures a formatter and nothing else

There is a pyproject file at the root, and it contains no project.

It has one table, for the code formatter, and inside it a single exclusion pattern. The pattern is a regular expression listing paths the formatter should skip: the GitHub directory, a Travis directory, the audio cache, the binaries directory, the configuration directory, the data directory, the logs directory, the gitignore file, a Travis configuration file and the bytecode cache inside the package.

So there is no build system declared, no package metadata, no project name and no version. The dependencies live in a requirements file, the lint configuration lives in a separate dotfile, and the formatting configuration lives here.

Two of the exclusions refer to Travis paths, one as a directory and one as a file, while the repository root also carries a pre-commit configuration and a Travis configuration file. So the exclusion list was written for a layout the project has partly moved past, which is what happens to ignore patterns in a project that keeps its tooling in git.

The upshot is that this file configures one tool, and a reader looking for the project's identity or its build requirements will not find either here.

## The sample configuration has one name in the documentation and another in the image

The configuration story is three sentences long, and one of the names in it does not match the container.

The main configuration file is named `options.ini` and lives in the configuration directory. It is not included by default, so the instruction is to copy an example file and rename it. That example file is called `example_options.ini`.

Now look at the Dockerfile, which copies the configuration directory into the image under a different name entirely, `sample_config`. So the same directory is `config` on disk and `sample_config` in the image, and the file inside it is `example_options.ini` in the documentation and something inside `sample_config` in the container.

None of that is fatal, and a person following the container path will find the example file by listing the directory. It is just the sort of mismatch that makes an afternoon's debugging out of a two-minute mistake, and it exists because the two instructions were written separately and neither was updated when the other changed.

## A fallback playlist, a permission system, multiple servers, and one experimental feature

What the project actually does is described in a single paragraph, and four mechanisms are worth pulling out of it.

The bot plays requested songs from YouTube and other services into a voice channel, and it can do so for more than one server from one instance. When the queue is empty it falls back to a configurable list of existing songs, which is why it does not go silent between requests. A permission system lets owners restrict commands to particular people rather than to anyone who can type. And it can stream live media into a voice channel, which the paragraph marks as experimental.

That last qualifier is the only status word in the file, and it is attached to the feature most people would want. Live streaming, as distinct from playing a file, is the one thing here the project itself is not standing behind.

The most prominent command is the one the paragraph leads with: a play command taking a URL, preceded by whatever prefix the owner has configured, which downloads, processes and plays a song. The complete command list is on the documentation site rather than in the file.

## The README is 197 words and the repository was last pushed in March

The file itself is a good place to start reading what this project considers important.

It opens with a title and five badge links, then one paragraph describing what the bot does, then a setup section that consists of a link to a documentation site and three sentences about the configuration file, then a commands section that names one command, and then two links.

Everything else is on the site: the guides, the full command list, and the support server. The link to the licence in the further-reading section is the only pointer the file makes to something inside the repository other than the configuration example.

The repository state matches that brevity. It is MIT licensed, not archived, and publishes no releases at all, so the version you get is whatever the default branch holds. The last push to that branch is dated 2026-03-14.

So a reader has three sources and no changelog: a short file, a documentation site, and the history of a branch with no tags on it.

## Conclusion

Use MusicBot if you want the long-established Python Discord music bot with per-guild queues, a permission system and a configurable fallback playlist, and if you are willing to track a library that is installed from source rather than pinned to a release. The interesting engineering decisions are all visible in the files. Three things to check before you deploy it. Which library version you actually get, because the dependency line installs the chat library straight from its git repository and the packaged line with the voice extras sits commented out above it, so an unpinned upstream commit can change your bot's behaviour without any change on your side. Which runtime you build in, because the container pins a Python version that has been end of life since 2024 and keeps a compiler in the final image to satisfy that git dependency. And which platform scripts you need, because PowerShell is provided for installation only, with the run and update steps offered as shell, batch and Python instead. The last push to the default branch is dated 2026-03-14 and the project publishes no releases.

## FAQ

### What is MusicBot?

It is a Discord music bot written in Python 3.8 or newer using the discord.py library, MIT licensed, and described as the original one. It plays requested songs from YouTube and other services into one or more servers, plays a configurable list of existing songs when the queue is empty, has a permission system for restricting commands, and can stream live media into a voice channel, which the README marks as experimental.

### How do I configure MusicBot?

The main configuration file is config/options.ini, and it is not included by default. You copy example_options.ini from the configuration directory and rename it to options.ini. The setup section also sends you to guides on the project's documentation site before that step, and the complete command list is on the same site rather than in the repository.

### Which version of discord.py does MusicBot install?

It installs from the library's git repository rather than from a package index. The requirement line is a direct reference to that repository with the voice and speed extras, and the line above it naming a packaged minimum version is commented out. Two other dependencies are Windows-only, a terminal colour library and a binary-only build of the foreign function interface.

### Does MusicBot have a Docker setup?

Yes. There is a Dockerfile, a compose example file, a shell entrypoint and a docker ignore file. The image is built on an Alpine base for Python 3.8, installs build tooling as a removable group, declares four volumes for the audio cache, configuration, data and logs, sets an environment variable marking the deployment as containerised, and keeps a compiler and git in the runtime layer to satisfy the git-hosted dependency.

### How do I run and update MusicBot?

The repository root has three scripts per action: install, run and update. Installation is offered as a shell script, a batch file and a PowerShell script. Running and updating are each offered as a shell script, a batch file and a Python script, so PowerShell covers installation only. A systemd unit example is also provided for running the bot as a service, as an example rather than an installed unit.

### How current is MusicBot?

The repository is not archived and the last push to the default branch master is dated 2026-03-14, and it publishes no GitHub releases, so there is no version to pin and no changelog release to read. The container base image pins Python 3.8, and the chat library dependency is installed from the head of its repository rather than from a released version.

## Sources

- [Issues](https://github.com/Just-Some-Bots/MusicBot/issues)
- [Just-Some-Bots/MusicBot on GitHub](https://github.com/Just-Some-Bots/MusicBot)
- [License: MIT](https://github.com/Just-Some-Bots/MusicBot/blob/master/LICENSE)
- [Project website](https://just-some-bots.github.io/MusicBot/)
- [README](https://github.com/Just-Some-Bots/MusicBot/blob/master/README.md)

---

Hysen Labs editorial analysis, written from the project's own repository and release notes. Cite the canonical page: https://hysenlabs.com/projects/just-some-bots-musicbot