channel-manager

name	channel-manager
description	Configure IM platform channels (Feishu, WeCom, Weixin, Discord, Telegram, DingTalk) for openclacky. Uses browser automation for navigation; guides the user to paste credentials and perform UI steps. Trigger on: "channel setup", "setup feishu", "setup wecom", "setup weixin", "setup wechat", "setup discord", "setup telegram", "setup dingtalk", "channel config", "channel status", "channel enable", "channel disable", "channel reconfigure", "channel doctor", "send message to weixin", "send message to feishu", "send message to wecom", "send message to discord", "send message to telegram", "send message to dingtalk". Subcommands: setup, status, enable <platform>, disable <platform>, reconfigure, doctor, send.
argument-hint	setup | status | enable <platform> | disable <platform> | reconfigure | doctor | send <platform> <message>
allowed-tools	["Bash","Read","Write","Edit","AskFollowupQuestion","Glob","Browser"]

Channel Setup Skill

Configure IM platform channels for openclacky.

---

Command Parsing

User says	Subcommand
channel setup, setup feishu, setup wecom, setup weixin, setup wechat, setup discord, setup telegram, setup dingtalk	setup
channel status	status
channel enable feishu/wecom/weixin/discord/telegram/dingtalk	enable
channel disable feishu/wecom/weixin/discord/telegram/dingtalk	disable
channel reconfigure	reconfigure
channel doctor	doctor
send <message> to weixin/feishu/wecom/discord/telegram/dingtalk	send

---

status

Call the server API:

curl -s http://${CLACKY_SERVER_HOST}:${CLACKY_SERVER_PORT}/api/channels

Response shape (example):

{"channels":[
  {"platform":"feishu","enabled":true,"running":true,"has_config":true,"app_id":"cli_xxx","domain":"https://open.feishu.cn","allowed_users":[]},
  {"platform":"wecom","enabled":false,"running":false,"has_config":false,"bot_id":""}
  
  
  

Display the result:

Channel Status
─────────────────────────────────────────────────────
Platform   Enabled   Running   Details
feishu     ✅ yes    ✅ yes    app_id: cli_xxx...
wecom      ❌ no     ❌ no     (not configured)
weixin     ✅ yes    ✅ yes    has_token: true
discord    ✅ yes    ✅ yes    has_token: true
telegram   ✅ yes    ✅ yes    has_token: true
dingtalk   ✅ yes    ✅ yes    client_id: ding_xxx...
─────────────────────────────────────────────────────

• Feishu: show app_id (truncated to 12 chars)
• WeCom: show bot_id if present
• Weixin: show has_token: true/false (token value is never displayed)
• Discord: show has_token: true/false (token value is never displayed)
• Telegram: show has_token: true/false (bot token is never displayed)
• DingTalk: show client_id (truncated to 12 chars)

If the API is unreachable or returns an empty list: "No channels configured yet. Run /channel-manager setup to get started."

---

setup

Ask:

Which platform would you like to connect?

1. Feishu
2. WeCom (Enterprise WeChat)
3. Weixin (Personal WeChat via iLink QR login)
4. Discord
5. Telegram (Bot API)
6. DingTalk

---

Feishu setup

Use the setup script to create the Feishu app automatically via OAuth 2.0 Device Authorization Grant. The user only needs to scan a QR code once.

Step 1 — Run setup script as a background session

terminal(command: "ruby SKILL_DIR/feishu_setup.rb", background: true)

Keep polling the session. The script will print:

• SCAN_URL:<url> — the QR code URL
• EXPIRE_IN:<seconds> — how long the URL is valid

Once you see these lines, tell the user immediately:

• zh: "请在飞书中打开以下链接（或扫码）完成授权，链接 <expire_in> 秒内有效：\n"
• en: "Open this link in Feishu (or scan the QR code) to authorize. Valid for <expire_in>s:\n"

Continue polling until the response contains an exit_code. When the session ends successfully, stdout will contain:

• APP_ID:<app_id>
• APP_SECRET:<app_secret>

Parse both values.

Step 2 — Save credentials

curl -X POST http://${CLACKY_SERVER_HOST}:${CLACKY_SERVER_PORT}/api/channels/feishu \
  -H "Content-Type: application/json" \
  -d '{"app_id":"<APP_ID>","app_secret":"<APP_SECRET>","domain":"https://open.feishu.cn"}'

CRITICAL: This curl call is the ONLY way to save credentials. NEVER write ~/.clacky/channels.yml or any file under ~/.clacky/channels/ directly. The server API handles persistence, hot-reload, and establishing the long connection.

On success: tell the user the following (zh), then continue to Step 3 (Feishu CLI):

zh: "✅ 飞书通道已配置成功！现在你可以通过飞书与智能助手进行私聊和群聊，也支持阅读飞书文档。" en: "✅ Feishu channel configured! You can now chat with the assistant via Feishu DMs or group chats, and read Feishu Docs."

---

Step 3 — Optional: install Feishu CLI

Reach here after the channel is configured (Step 2 succeeded). Read app_id and app_secret from ~/.clacky/channels.yml (under channels.feishu) for the install commands below.

Call request_user_feedback:

zh:

{
  \"question\": \"是否安装飞书 CLI？安装后将解锁更多飞书能力，例如创建、编辑、删除云文档。\",
  "options": ["安装", "跳过"]
}

en:

{
  "question": "Install Feishu CLI? It unlocks more Feishu capabilities, such as creating, editing, and deleting Docs.",
  "options": ["Install", "Skip"]
}

If the user picks Skip, stop — setup is complete.

If the user picks Enable, run the following in order:

Step 3a — Install and configure (single terminal call):

lark-cli --version > /dev/null 2>&1 || npm install -g @larksuite/cli
echo -n "<APP_SECRET>" | lark-cli config init --app-id <APP_ID> --app-secret-stdin --brand feishu
ruby "SKILL_DIR/install_feishu_skills.rb"

Step 3b — Start authorization as a background session:

terminal(command: "lark-cli auth login --recommend", background: true)

This returns a session_id. Keep polling with terminal(session_id: <id>, input: "") every few seconds.

Once you see the authorization URL appear in the output, tell the user immediately (do not wait for their reply):

• zh: "请在浏览器中打开下方链接完成授权：\n"
• en: "Open this URL in your browser to authorize:\n"

Continue polling until the response contains an exit_code (meaning the session has ended). Do not kill the session — restarting invalidates the device code.

When the session ends with exit_code: 0, tell the user:

• zh: "✅ 飞书 CLI 已就绪。"
• en: "✅ Feishu CLI is ready."

Stop — setup is fully complete.

---

WeCom setup

1. Navigate: open https://work.weixin.qq.com/wework_admin/frame#/aiHelper/create. Pass isolated: true. If the browser is not configured (the open call fails), just give the user the URL and ask them to open it manually in any browser — the rest of the flow is fully manual and does not need browser automation.
2. If a login page or QR code is shown, tell the user to log in and wait for "done".
3. Guide the user: "Scroll to the bottom of the right panel and click 'API mode creation'. Reply done." Wait for "done".
4. Guide the user: "Click 'Add' next to 'Visible Range'. Select the top-level company node. Click Confirm. Reply done." Wait for "done".
5. Guide the user: "If Secret is not visible, click 'Get Secret'. Copy Bot ID and Secret before clicking Save. Paste here. Reply with: Bot ID: xxx, Secret: xxx" Wait for "done".
6. Guide the user: "Click Save. Enter name (e.g. Open Clacky) and description. Click Confirm. Click Save again. Reply done." Wait for "done".
7. Parse credentials. Trim whitespace. Ensure bot_id (starts with aib) and secret are not swapped. Run:

   curl -X POST http://${CLACKY_SERVER_HOST}:${CLACKY_SERVER_PORT}/api/channels/wecom \
     -H "Content-Type: application/json" \
     -d '{"bot_id":"<BOT_ID>","secret":"<SECRET>"}'
   

On success: "✅ WeCom channel configured. WeCom client → Contacts → Smart Bot to find it."

---

Weixin setup (Personal WeChat via iLink QR login)

Weixin uses a QR code login — no app_id/app_secret needed. The token from the QR scan is saved directly in channels.yml.

Step 1 — Fetch QR code

Run the script in --fetch-qr mode to get the QR URL without blocking:

QR_JSON=$(ruby "SKILL_DIR/weixin_setup.rb" --fetch-qr 2>/dev/null)
echo "$QR_JSON"

Parse the JSON output:

• qrcode_url — the URL to open in browser (this IS the QR code content)
• qrcode_id — the session ID needed for polling

If the output contains "error", show it and stop.

Step 2 — Show QR code to user (browser or manual fallback)

Build the local QR page URL (include current Unix timestamp as since to detect new logins only):

http://${CLACKY_SERVER_HOST}:${CLACKY_SERVER_PORT}/weixin-qr.html?url=<URL-encoded qrcode_url>&since=<current_unix_timestamp>

Try browser first — attempt to open the QR page using the browser tool:

browser(action="navigate", url="<qr_page_url>")

If browser succeeds: Tell the user:

I've opened the WeChat QR code in your browser. Please scan it with WeChat, then confirm in the app.

If browser fails (not configured or unavailable): Fall back to manual — tell the user:

Please open the following link in your browser to scan the WeChat QR code:

http://${CLACKY_SERVER_HOST}:${CLACKY_SERVER_PORT}/weixin-qr.html?url=<URL-encoded qrcode_url>

Scan the QR code with WeChat and confirm in the app. I'm already watching for your scan — no need to reply.

Do NOT wait for the user to reply "done". Immediately proceed to Step 3 and start polling — exactly as in the browser-succeeds path. The polling script must already be running while the user scans, so it can observe the scaned → confirmed transition; otherwise a real scan can be misread as a stale session.

The page renders a proper scannable QR code image. Do NOT open the raw qrcode_url directly — that page shows "请使用微信扫码打开" with no actual QR image.

Step 3 — Wait for scan and save credentials

As soon as the QR page has been presented to the user — whether you opened it via the browser tool or gave the user the manual link — immediately run the polling script in the background. In both cases, do NOT wait for the user to confirm or reply "done" before starting the poll — the script must already be running while the user scans:

ruby "SKILL_DIR/weixin_setup.rb" --qrcode-id "$QRCODE_ID"

Where $QRCODE_ID is the qrcode_id from Step 2's JSON output.

Run this command with timeout: 60. If it doesn't succeed, retry up to 3 times with the same $QRCODE_ID — the QR code stays valid for 5 minutes. Only stop retrying if:

• Exit code is 0 → success
• Output contains "stale-session" → the qrcode_id was already consumed by a prior login; immediately restart from Step 1 (do NOT retry with same id)
• Output contains "expired" → QR expired, offer to restart from Step 1
• Output contains "timed out" → offer to restart from Step 1
• 3 retries exhausted → show error and offer to restart from Step 1

Tell the user while waiting:

Waiting for you to scan the QR code and confirm in WeChat... (this may take a moment)

If exit code is 0: "✅ Weixin channel configured! You can now message your bot on WeChat."

If exit code is non-0 or times out: Show the error and offer to retry from Step 2.

---

Discord setup

Discord requires manual portal interaction (hCaptcha gates Application creation). The browser just navigates the user to the portal; the user clicks through and pastes the bot token + app id back.

Step 1 — Open the developer portal

Get the portal URL from the script and open it in the browser:

PORTAL_URL=$(ruby "SKILL_DIR/discord_setup.rb" --portal-url)

Open it: browser(action="navigate", url="<PORTAL_URL>"). If the browser tool is not configured, invoke browser-setup first, then retry.

Step 2 — Guide the user through the portal (one round-trip)

Tell the user all of the following in a single message, then call request_user_feedback to collect the values in one reply:

In the Discord Developer Portal I just opened:

1. Click New Application (top-right). Name it whatever you like (e.g. "Open Clacky"), check the ToS box, click Create.
2. In the left nav click Bot.
3. Scroll down to Privileged Gateway Intents and turn on MESSAGE CONTENT INTENT, then click Save Changes.
4. Scroll up, click Reset Token → Yes, do it!. Click Copy to copy the bot token. (This is the only time the token is shown — don't navigate away before copying.)
5. In the left nav click General Information. Copy the Application ID.

Paste both values back here in this format (one line):

token=YOUR_BOT_TOKEN app_id=YOUR_APPLICATION_ID

If the user is chatting in a non-English language, append the localized label in parens after each bolded English button name (e.g. **Bot**（机器人）). The English label stays primary — it's what they physically click in the portal.

Use request_user_feedback to collect the reply. Parse with tolerant regex (token=\S+, app_id=\d+).

If the reply is malformed (missing either field), apologise briefly and ask again with the exact same format reminder. Up to 3 retries; after that, surface the original message and stop.

Step 3 — Validate, save, invite, wait

1. Validate the token and save credentials:

   ruby "SKILL_DIR/discord_setup.rb" --validate "<BOT_TOKEN>"
   

   On success the script prints {"bot_id":"...","username":"..."} and the adapter starts.

2. Generate the invite URL using the application id from Step 2:

   ruby "SKILL_DIR/discord_setup.rb" --invite-url "<APP_ID>"
   

   Open it: browser(action="navigate", url="<INVITE_URL>"). Tell the user:

   Pick your server from the dropdown → Continue → Authorize. I'll detect when the bot joins.

   If the dropdown is empty, you don't have a server yet — open https://discord.com/channels/@me, click Add a Server (the + button on the left sidebar) → Create My Own → For me and my friends → name it → Create, then re-open the invite link.

3. Wait for the bot to join a guild (long-poll, 10 min timeout). Run with timeout: 620:

   ruby "SKILL_DIR/discord_setup.rb" --watch-guild
   

   On exit 0: "✅ Discord channel configured! Bot is in <guild_name>. Mention it or DM it from any channel." On timeout: offer to re-open the invite URL — the bot token stays valid.

Telegram setup (Bot API)

Telegram setup is by far the simplest — no browser automation, no QR. The user creates a bot via @BotFather and pastes the token here.

Step 1 — Create a bot via @BotFather

Tell the user:

Open Telegram and start a chat with @BotFather (https://t.me/BotFather). Send /newbot, choose a display name and a username ending in bot. BotFather will reply with an HTTP API token that looks like 123456789:ABCdefGhIJKlmNoPQRsTUVwxyZ. Paste the token here.

Optional: if your network blocks api.telegram.org, also tell me the base URL of your self-hosted Bot API server (e.g. https://my-tg-proxy.example.com). Otherwise leave it blank.

Wait for the user's reply. Parse the token (matches ^\d+:[\w-]{30,}$).

Step 2 — Save credentials and validate

Call the server API. It calls getMe against the Bot API to validate the token before persisting:

curl -s -X POST http://${CLACKY_SERVER_HOST}:${CLACKY_SERVER_PORT}/api/channels/telegram \
  -H "Content-Type: application/json" \
  -d '{"bot_token":"<TOKEN>","base_url":"<BASE_URL_OR_OMIT>"}'

• 200 { "ok": true } — token validated and saved. The adapter starts long-polling immediately.
• 422 { "ok": false, "error": "..." } — show the error (commonly "Unauthorized" → wrong token) and offer to retry.

On success:

✅ Telegram channel configured. Open your bot in Telegram and send any message to start chatting.

For group chats: You must disable Privacy Mode in @BotFather first (/mybots → Bot Settings → Group Privacy → Turn off), then remove and re-add the bot to the group. Otherwise the bot cannot receive any messages — including @-mentions.

Notes

• Group chats — Privacy Mode (IMPORTANT): By default Telegram enables Privacy Mode for all bots, which means the bot cannot receive any group messages, including @-mentions. To use the bot in a group you MUST disable Privacy Mode first:
  1. Open @BotFather → /mybots → select your bot → Bot Settings → Group Privacy → Turn off
  2. Remove the bot from the group and re-add it — the permission change does not apply to groups the bot is already in. After that, the bot will respond whenever it is @-mentioned or directly replied to.
• Self-hosted Bot API: set base_url when api.telegram.org is unreachable. See https://github.com/tdlib/telegram-bot-api for the official self-hosted server.
• allowed_users: restrict which Telegram user IDs the bot will respond to. Find a user's numeric ID by messaging @userinfobot.

---

enable

Call the server API to re-enable the platform (this reads from disk, sets enabled, saves, and hot-reloads):

curl -s -X POST http://${CLACKY_SERVER_HOST}:${CLACKY_SERVER_PORT}/api/channels/<platform> \
  -H "Content-Type: application/json" \
  -d '{"enabled": true}'

If the platform has no credentials (404 or error), redirect to setup.

Say: "✅ <platform> channel enabled."

---

disable

Call the server API to disable the platform:

curl -s -X DELETE http://${CLACKY_SERVER_HOST}:${CLACKY_SERVER_PORT}/api/channels/<platform>

Say: "❌ <platform> channel disabled."

---

DingTalk setup

Step 1 — Get QR code

ruby "SKILL_DIR/dingtalk_setup.rb" --print-qr

Parse the last line starting with { to get qr_url and device_code. On non-0 exit, show the error and abort.

Step 2 — Show QR and wait

Show qr_url to the user, ask them to scan with the DingTalk mobile app and tap "Create New Robot", then call request_user_feedback.

Step 3 — Poll for authorization

ruby "SKILL_DIR/dingtalk_setup.rb" --poll "<device_code>"

• 0 → "✅ DingTalk channel configured! Find your robot in DingTalk and send it a message." Stop.
• 2 → not scanned yet. Ask user to confirm, then re-poll. If output contains WAITING_TIMEOUT or expired, restart from Step 1.
• 1 → show the error and abort.

---

reconfigure

1. Show current config via GET /api/channels (mask secrets — show last 4 chars only).
2. Ask: update credentials / change allowed users / add a new platform / enable or disable a platform.
3. For credential updates, re-run the relevant setup flow (which calls POST /api/channels/<platform>).
4. NEVER write ~/.clacky/channels.yml directly — always use the server API.
5. Say: "Channel reconfigured."

---

doctor

Check each item, report ✅ / ❌ with remediation:

1. Config file — does ~/.clacky/channels.yml exist and is it readable?
2. Required keys — for each enabled platform:
   • Feishu: app_id, app_secret present and non-empty
   • WeCom: bot_id, secret present and non-empty
   • Weixin: token present and non-empty in channels.yml
   • Discord: bot_token present and non-empty in channels.yml
   • Telegram: bot_token present and non-empty
3. Feishu credentials (if enabled) — run the token API call, check code=0.
4. Weixin token (if enabled) — call GET /api/channels and check has_token: true for the weixin entry.
5. Telegram credentials (if enabled) — call getMe against the Bot API:

   BOT_TOKEN=$(ruby -ryaml -e 'puts (YAML.load_file(File.expand_path("~/.clacky/channels.yml"))["channels"]["telegram"]["bot_token"] rescue "")')
   BASE_URL=$(ruby -ryaml -e 'puts (YAML.load_file(File.expand_path("~/.clacky/channels.yml"))["channels"]["telegram"]["base_url"] || "https://api.telegram.org" rescue "https://api.telegram.org")')
   curl -s "$BASE_URL/bot$BOT_TOKEN/getMe" | grep -q '"ok":true' && echo "✅ Telegram OK" || echo "❌ Telegram credentials rejected by getMe"
   

6. WeCom credentials (if enabled) — search today's log:

   grep -iE "wecom adapter loop started|WeCom authentication failed|WeCom WS error response|WecomAdapter" \
     ~/.clacky/logger/clacky-$(date +%Y-%m-%d).log
   

   • WeCom authentication failed or non-zero errcode → ❌ "WeCom credentials incorrect"
   • adapter loop started with no auth error → ✅
7. Discord credentials (if enabled) — call and check . Search today's log:

---

send

Proactively send a message to a user via an IM channel adapter.

Parse the request

Extract two things from the user's instruction:

• platform — one of weixin, feishu, wecom, discord, telegram, dingtalk
• message — the text content to send

If the platform cannot be inferred, ask the user to clarify.

Step 1 — Resolve target user (optional)

If the user specified a user_id, use it directly.

Otherwise, list known users first:

curl -s http://${CLACKY_SERVER_HOST}:${CLACKY_SERVER_PORT}/api/channels/<platform>/users

• If the list is empty: tell the user "No known users for <platform>. The target user must send at least one message to the bot before proactive messaging is possible." Stop here.
• If there is exactly one user: use it silently.
• If there are multiple users: show the list and ask which one to send to, unless the user already specified one.

Step 2 — Send the message

curl -s -X POST http://${CLACKY_SERVER_HOST}:${CLACKY_SERVER_PORT}/api/channels/<platform>/send \
  -H "Content-Type: application/json" \
  -d '{"message": "<message>", "user_id": "<user_id>"}'

Response handling:

HTTP status	Meaning	Action
200 { ok: true }	Delivered	Tell user: "✅ Message sent to <platform>."
400 platform not running	Adapter is stopped	Tell user the platform is not running and suggest channel enable <platform>.
400 no context_token	Token missing	Explain: "The bot has no active session token for this user. Ask the user to send any message to the bot first, then retry."
503 no known users	Nobody has messaged the bot	Same guidance as empty user list above.
Other error	Unexpected	Show the error message from the response body.

Constraints & notes

• Weixin (iLink protocol): Every outbound message requires a context_token that is obtained from the most recent inbound message from that user. The token is cached in memory and reset on server restart. If the server was restarted since the user last wrote, the token is gone and the send will fail — the user must message the bot again.
• Feishu / WeCom / Discord / Telegram: No per-message token required. As long as the adapter is running and the user_id / chat_id (or Discord channel/user id) is valid, the message will be delivered. For Telegram specifically, the user_id must be a Telegram chat_id that the bot can write to — the user must have sent at least one message to the bot first.
• This feature is intended for proactive notifications (e.g. task completion, reminders). It is not a replacement for the normal reply flow triggered by inbound messages.

---

Security

• Always mask secrets in output (last 4 chars only).
• Config file must be chmod 600.