mcpbeat

Asr

joeseesun/asr

| "转录", "transcribe", "语音转文字", "ASR", "识别音频", "把这段音频转成文字".

2k tokens
context cost
the whole folder, loaded on every use
1
files
instructions only
0
copies elsewhere
how many repositories repackaged it
301
stars on the repo
on the repository, not the skill itself

Install

one command, takes just this skill from the repository
npx skills add https://github.com/joeseesun/qiaomu-cut-skill --skill asr

The instruction itself

16 sections, as written by the author

When to Use

  • User wants to transcribe an audio file to text
  • User provides an audio file path and asks for transcription
  • User says "转录", "识别", "transcribe", "语音转文字"

When NOT to Use

  • User wants to synthesize speech from text (use /tts)
  • User wants to create a podcast or explainer (use /podcast or /explainer)

Purpose

Transcribe audio files to text using coli asr, which runs fully offline via local

speech recognition models. No API key required. Supports Chinese, English, Japanese,

Korean, and Cantonese (sensevoice model) or English-only (whisper model).

Run coli asr --help for current CLI options and supported flags.

Hard Constraints

  • No shell scripts. Use direct commands only.
  • Always read config following shared/config-pattern.md before any interaction
  • Follow shared/cli-patterns.md for interaction patterns
  • Never ask more than one question at a time

<HARD-GATE>

Use the AskUserQuestion tool for every multiple-choice step — do NOT print options as

plain text. Ask one question at a time. Wait for the user's answer before proceeding.

After all parameters are collected, summarize and ask the user to confirm before

running any transcription.

</HARD-GATE>

Interaction Flow

Step 0: Prerequisites Check

Before config setup, silently check the environment:

COLI_OK=$(which coli 2>/dev/null && echo yes || echo no)
FFMPEG_OK=$(which ffmpeg 2>/dev/null && echo yes || echo no)
MODELS_DIR="$HOME/.coli/models"
MODELS_OK=$([ -d "$MODELS_DIR" ] && ls "$MODELS_DIR" | grep -q sherpa && echo yes || echo no)

| Issue | Action |

|-------|--------|

| coli not found | Block. Tell user to run npm install -g @marswave/coli first |

| ffmpeg not found | Warn (WAV files still work). Suggest brew install ffmpeg / sudo apt install ffmpeg |

| Models not downloaded | Inform user: first transcription will auto-download models (~60MB) to ~/.coli/models/ |

If coli is missing, stop here and do not proceed.

Step 0: Config Setup

Follow shared/config-pattern.md Step 0 (Zero-Question Boot).

If file doesn't exist — silently create with defaults and proceed:

mkdir -p ".listenhub/asr"
echo '{"model":"sensevoice","polish":true}' > ".listenhub/asr/config.json"
CONFIG_PATH=".listenhub/asr/config.json"
CONFIG=$(cat "$CONFIG_PATH")

Do NOT ask any setup questions. Proceed directly to the Interaction Flow with sensible defaults (sensevoice model, polish enabled).

If file exists — read config silently and proceed:

CONFIG_PATH=".listenhub/asr/config.json"
[ ! -f "$CONFIG_PATH" ] && CONFIG_PATH="$HOME/.listenhub/asr/config.json"
CONFIG=$(cat "$CONFIG_PATH")

Setup Flow (user-initiated reconfigure only)

Only run when the user explicitly asks to reconfigure. Display current settings:

当前配置 (asr):
  模型:sensevoice / whisper-tiny.en
  润色:开启 / 关闭

Ask in order:

  • model: "默认使用哪个语音识别模型?"
  • "sensevoice(推荐)" — 支持中英日韩粤,可检测语言、情绪、音频事件
  • "whisper-tiny.en" — 仅英文
  • polish: "转录后由 AI 润色文本?(修正标点、去语气词、提升可读性)"
  • "是(推荐)" → polish: true
  • "否,保留原始转录" → polish: false

Save all answers at once after collecting them.

Step 1: Get Audio File

If the user hasn't provided a file path, ask:

> "请提供要转录的音频文件路径。"

Verify the file exists before proceeding.

Step 2: Confirm

准备转录:

  文件:{filename}
  模型:{model}
  润色:{是 / 否}

继续?

Step 3: Transcribe

Run coli asr with JSON output (to get metadata):

coli asr -j --model {model} "{file}"

On first run, coli will automatically download the required model. This may take a

moment — inform the user if models haven't been downloaded yet.

Parse the JSON result to extract text, lang, emotion, event, duration.

Step 4: Polish (if enabled)

If polish is true, take the raw text from the transcription result and rewrite

it to fix punctuation, remove filler words, and improve readability. Preserve the

original meaning and speaker intent. Do not summarize or paraphrase.

Step 5: Present Result

Display the transcript directly in the conversation:

转录完成

{transcript text}

─────────────────
语言:{lang} · 情绪:{emotion} · 时长:{duration}s

If polished, show the polished version with a note that it was AI-refined. Offer to

show the raw original on request.

Step 6: Export as Markdown (optional)

After presenting the result, ask:

Question: "保存为 Markdown 文件到当前目录?"
Options:
  - "是" — save to current directory
  - "否" — done

If yes, write {audio-filename}-transcript.md to the current working directory

(where the user is running Claude Code). The file should contain the transcript text

(polished version if polish was enabled), with a front-matter header:

---
source: {original audio filename}
date: {YYYY-MM-DD}
model: {model used}
duration: {duration}s
lang: {detected language}
---

{transcript text}

Composability

  • Invoked by: future skills that need to transcribe recorded audio
  • Invokes: nothing

Examples

> "帮我转录这个文件 meeting.m4a"

  • Check prerequisites
  • Read config
  • Confirm: meeting.m4a, sensevoice, polish on
  • Run coli asr -j --model sensevoice "meeting.m4a"
  • Polish the raw text
  • Display inline

> "transcribe interview.wav, no polish"

  • Check prerequisites
  • Read config
  • Override polish to false for this session
  • Run coli asr -j --model sensevoice "interview.wav"
  • Display raw transcript inline

How to use it

Copy the folder

Take joeseesun/asr from the repository into ~/.claude/skills for personal use, or into .claude/skills inside a project.

Check the name does not clash

The agent identifies a skill by the name field in its header. Two skills with the same name cannot sit side by side — one of them will be ignored.

Install what it needs

The instructions reference npm, brew. Without those the skill loads but fails at the first command.