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Powered by Awesome Copilot GitHub contributors from allcontributors.org
用 Codex 或 Claude 安装复制这段 Prompt,粘贴到 Codex、Claude 或其他助手里,让它先审查 Skill 页面再帮你安装。
复制前请先查看来源、License 和安全提示。
来源文件:README.md
A community-created collection of custom agents, instructions, skills, hooks, workflows, and plugins to supercharge your GitHub Copilot experience.
[!TIP] Explore the full collection on the website → awesome-copilot.github.com
The website offers full-text search and filtering across hundreds of resources, plus the Learning Hub for guides and tutorials.
Using this collection in an AI agent? A machine-readable
llms.txtis available with structured listings of all agents, instructions, and skills.
New to GitHub Copilot customization? The Learning Hub on the website offers curated articles, walkthroughs, and reference material — covering everything from core concepts like agents, skills, and instructions to hands-on guides for hooks, agentic workflows, MCP servers, and the Copilot coding agent.
| Resource | Description | Browse |
|---|---|---|
| 🤖 Agents | Specialized Copilot agents that integrate with MCP servers | All agents → |
| 📋 Instructions | Coding standards applied automatically by file pattern | All instructions → |
| 🎯 Skills | Self-contained folders with instructions and bundled assets | All skills → |
| 🔌 Plugins | Curated bundles of agents and skills for specific workflows | All plugins → |
| 🍳 Cookbook | Copy-paste-ready recipes for working with Copilot APIs | — |
For most users, the Awesome Copilot marketplace is already registered in the Copilot CLI/VS Code, so you can install a plugin directly:
copilot plugin install <plugin-name>@awesome-copilot
If you are using an older Copilot CLI version or a custom setup and see an error that the marketplace is unknown, register it once and then install:
copilot plugin marketplace add github/awesome-copilot
copilot plugin install <plugin-name>@awesome-copilot
See CONTRIBUTING.md · AGENTS.md for AI agent guidance · Security · Code of Conduct
The customizations here are sourced from third-party developers. Please inspect any agent and its documentation before installing.
Thanks goes to these wonderful people (emoji key):
This project follows the all-contributors specification. Contributions of any kind welcome!
This project may contain trademarks or logos for projects, products, or services. Authorized use of Microsoft trademarks or logos is subject to and must follow Microsoft's Trademark & Brand Guidelines. Use of Microsoft trademarks or logos in modified versions of this project must not cause confusion or imply Microsoft sponsorship. Any use of third-party trademarks or logos are subject to those third-party's policies.
name: speak-summary
description: 'Convert text, markdown, or a summary produced by another skill into a listenable MP3 using local CPU-only neural text-to-speech. Rewrites written prose for the ear before synthesising. Use when the user asks to "read this out", "turn this into audio", "make an MP3", "I want to listen to this", "podcast version", or wants a spoken digest for a commute or breakfast.'Turn written text into audio someone will actually want to listen to.
This skill is deliberately a terminal step in a chain. Another skill (or you)
produces the text; this one makes it listenable. It pairs naturally with
roundup, daily-prep, meeting-minutes, or any summarisation work.
Everything runs locally on CPU. No text is sent to a cloud speech service, which matters when the content is confidential, and it means the skill works in a headless cloud agent or CI container just as well as on a laptop.
The synthesis engine is Kyutai pocket-tts,
a small neural TTS model designed to run on CPUs.
The bundled script installs it automatically into a cached virtualenv on first use, so usually you need do nothing. To install it explicitly:
pip install pocket-tts # any platform
brew install pocket-tts # macOS, if preferred
pocket-tts requires Python >=3.10 and <3.15. The script searches for a
compatible interpreter rather than assuming python3 is one — worth knowing if
you are on a very new Python, where installation would otherwise fail.
You also need an encoder. ffmpeg is strongly preferred (brew install ffmpeg
or apt-get install -y ffmpeg); on macOS the script falls back to the built-in
afconvert and emits .m4a instead of .mp3.
The first run downloads the model (~1GB) from Hugging Face. After that it is fully offline and synthesises roughly 6x faster than real-time.
Do not feed written text straight into the synthesiser. Prose that reads well on screen is tiring to listen to. Rewriting it first is what separates a useful audio digest from an unlistenable one.
Produce a spoken script that:
Write this spoken script to its own .txt file. Keep the original written
version with its links intact — the audio is a companion to it, not a
replacement. The user will want to click through later.
./scripts/tts.sh <input.txt> <output.mp3> [voice.safetensors]
The script strips any residual markdown, splits the text on sentence boundaries into ~600 character chunks (quality degrades on long single inputs), synthesises each chunk, and concatenates the result into a mono MP3 at 96kbps — small enough to sync to a phone, good enough for speech.
Environment overrides:
| Variable | Purpose |
|---|---|
SPEAK_TTS_BIN | Path to a specific pocket-tts binary; skips all auto-detection. |
SPEAK_TTS_HOME | Where to create/find the cached virtualenv. Default ~/.cache/speak-summary/venv. |
The default English voice is alba. To use a different one, pocket-tts
supports voice cloning from a short clean audio sample:
pocket-tts export-voice --help
Pass the resulting .safetensors file as the third argument to the script.
Only clone a voice you have the rights to use. Do not clone a real person's voice — colleague, customer, or public figure — without their explicit consent.
~/Music/Briefings/ unless the user says otherwise; it is easy to point a phone or podcast app at.<subject>-<YYYY-MM-DD>.mp3.afplay <path> on macOS, ffplay -nodisp -autoexit <path> elsewhere.Aim for 4–6 minutes for a routine digest, which is roughly 600–900 spoken words at a natural pace. If the source would run past about 10 minutes, say so and offer either a tighter edit or a split into multiple files — attention drops off sharply beyond that for informational audio.
The natural pattern is gather → summarise → speak:
roundup → speak-summary — a spoken version of the status briefing.daily-prep → speak-summary — tomorrow's schedule, listened to tonight.meeting-minutes → speak-summary — catch up on a meeting you missed.When invoked as part of a chain, do not re-summarise. The upstream skill owns what to say; this skill owns how it sounds. Take its output, rewrite it for the ear, and synthesise.
To run unattended (a briefing waiting before breakfast), schedule the upstream skill with a workflow and have it finish by calling this one.
Audio cuts off mid-sentence. A chunk exceeded the model's comfortable length. Shorten the sentences in the spoken script.
Words mispronounced. Spell them phonetically in the input — "Kubernetes" as "koo-ber-net-eez". This is a normal part of preparing a spoken script.
First run is slow. That is the one-off model download. Later runs start in about a second.
pocket-tts not found after install. The virtualenv may be stale, or your
python3 may be outside the supported 3.10–3.14 range. Delete
~/.cache/speak-summary/venv and re-run, or point SPEAK_TTS_BIN at a known binary.
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