---

name: opencode-to-im description: | Bridge OpenCode (or Claude Code / Codex) sessions to Telegram, Discord, Feishu/Lark, or QQ so the user can chat from their phone. Use for: setting up, starting, stopping, or diagnosing the opencode-to-im bridge daemon; forwarding AI replies to a messaging app; any phrase like "opencode-to-im", "bridge", "消息推送", "消息转发", "桥接", "连上飞书", "手机上用", "启动后台服务", "诊断", "查看日志", "配置". Subcommands: setup, start, stop, status, logs, reconfigure, doctor. Do NOT use for: building standalone bots, webhook integrations, or coding with IM platform SDKs — those are regular programming tasks. argument-hint: "setup | start | stop | status | logs [N] | reconfigure | doctor" allowed-tools:

• Bash
• Read
• Write
• Edit
• AskUserQuestion
• Grep
• Glob

---

OpenCode-to-IM Bridge Skill

You are managing the OpenCode-to-IM bridge. User data is stored at ~/.opencode-to-im/.

The skill directory (SKILL_DIR) is at ~/.claude/skills/opencode-to-im. If that path doesn't exist, fall back to Glob with pattern **/skills/**/opencode-to-im/SKILL.md and derive the root from the result.

Command parsing

Parse the user's intent from $ARGUMENTS into one of these subcommands:

| User says (examples) | Subcommand | |---|---| | setup, configure, 配置, 我想在飞书上用 Claude, 帮我连接 Telegram | setup | | start, start bridge, 启动, 启动桥接 | start | | stop, stop bridge, 停止, 停止桥接 | stop | | status, bridge status, 状态, 运行状态, 怎么看桥接的运行状态 | status | | logs, logs 200, 查看日志, 查看日志 200 | logs | | reconfigure, 修改配置, 帮我改一下 token, 换个 bot | reconfigure | | doctor, diagnose, 诊断, 挂了, 没反应了, bot 没反应, 出问题了 | doctor |

Disambiguation: status vs doctor — Use status when the user just wants to check if the bridge is running (informational). Use doctor when the user reports a problem or suspects something is broken (diagnostic). When in doubt and the user describes a symptom (e.g., "没反应了", "挂了"), prefer doctor.

Extract optional numeric argument for logs (default 50).

Before asking users for any platform credentials, read SKILL_DIR/references/setup-guides.md internally so you know where to find each credential. Do NOT dump the full guide to the user upfront — only mention the specific next step they need to do (e.g., "Go to https://open.feishu.cn → your app → Credentials to find the App ID"). If the user says they don't know how, then show the relevant section of the guide.

Runtime detection

Before executing any subcommand, detect which environment you are running in:

1. OpenCode / Claude Code — AskUserQuestion tool is available. Use it for interactive setup wizards.
2. Codex / other — AskUserQuestion is NOT available. Fall back to non-interactive guidance: explain the steps, show SKILL_DIR/config.env.example, and ask the user to create ~/.opencode-to-im/config.env manually.

You can test this by checking if AskUserQuestion is in your available tools list.

Config check (applies to start, stop, status, logs, reconfigure, doctor)

Before running any subcommand other than setup, check if ~/.opencode-to-im/config.env exists:

• If it does NOT exist:
  • In OpenCode / Claude Code: tell the user "No configuration found" and automatically start the setup wizard using AskUserQuestion.
  • In Codex: tell the user "No configuration found. Please create ~/.opencode-to-im/config.env based on the example:" then show the contents of SKILL_DIR/config.env.example and stop. Don't attempt to start the daemon — without config.env the process will crash on startup and leave behind a stale PID file that blocks future starts.
• If it exists: proceed with the requested subcommand.

Subcommands

setup

Run an interactive setup wizard. This subcommand requires AskUserQuestion. If it is not available (Codex environment), instead show the contents of SKILL_DIR/config.env.example with field-by-field explanations and instruct the user to create the config file manually.

When AskUserQuestion IS available, collect input one field at a time. After each answer, confirm the value back to the user (masking secrets to last 4 chars only) before moving to the next question.

Step 1 — Choose channels

Ask which channels to enable (telegram, discord, feishu, qq). Accept comma-separated input. Briefly describe each:

• telegram — Best for personal use. Streaming preview, inline permission buttons.
• discord — Good for team use. Server/channel/user-level access control.
• feishu (Lark) — For Feishu/Lark teams. Streaming cards, tool progress, inline permission buttons.
• qq — QQ C2C private chat only. No inline permission buttons, no streaming preview. Permissions use text /perm ... commands.

Step 2 — Collect tokens per channel

For each enabled channel, collect one credential at a time. Tell the user where to find each value in one sentence. Only show the full guide section (from SKILL_DIR/references/setup-guides.md) if the user asks for help or says they don't know how:

• Telegram: Bot Token → confirm (masked) → Chat ID (see guide for how to get it) → confirm → Allowed User IDs (optional). Important: At least one of Chat ID or Allowed User IDs must be set, otherwise the bot will reject all messages.
• Discord: Bot Token → confirm (masked) → Allowed User IDs → Allowed Channel IDs (optional) → Allowed Guild IDs (optional). Important: At least one of Allowed User IDs or Allowed Channel IDs must be set, otherwise the bot will reject all messages (default-deny).
• Feishu: App ID → confirm → App Secret → confirm (masked) → Domain (optional) → Allowed User IDs (optional). After collecting credentials, explain the two-phase setup the user must complete:
  • Phase 1 (before starting bridge): (A) batch-add permissions, (B) enable bot capability, (C) publish first version + admin approve. This makes permissions and bot effective.
  • Phase 2 (requires running bridge): (D) run /opencode-to-im start, (E) configure events (im.message.receive_v1) and callback (card.action.trigger) with long connection mode, (F) publish second version + admin approve.
  • Why two phases: Feishu validates WebSocket connection when saving event subscription — if the bridge isn't running, saving will fail. The bridge needs published permissions to connect.
  • Keep this to a short checklist — show the full guide only if asked.
• QQ: Collect two required fields, then optional ones:
  1. QQ App ID (required) → confirm
  2. QQ App Secret (required) → confirm (masked)
  • Tell the user: these two values can be found at https://q.qq.com/qqbot/openclaw
  3. Allowed User OpenIDs (optional, press Enter to skip) — note: this is user_openid, NOT QQ number. If the user doesn't have openid yet, they can leave it empty.
  4. Image Enabled (optional, default true, press Enter to skip) — if the underlying provider doesn't support image input, set to false
  5. Max Image Size MB (optional, default 20, press Enter to skip)
  • Remind user: QQ first version only supports C2C private chat sandbox access. No group/channel support, no inline buttons, no streaming preview.

Step 3 — General settings

Ask for runtime, default working directory, model, and mode:

• Runtime: opencode (default), claude, codex, auto
  • opencode — uses OpenCode SDK (requires opencode serve running; auth via config.yaml)
  • claude — uses Claude Code CLI + Claude Agent SDK (requires claude CLI installed)
  • codex — uses OpenAI Codex SDK (requires codex CLI; auth via codex auth login or OPENAI_API_KEY)
  • auto — tries OpenCode first, falls back to Claude if server not reachable
• Working Directory: default $CWD
• Model (optional): Leave blank to inherit the runtime's own default model. If the user wants to override, ask them to enter a model name. Do NOT hardcode or suggest specific model names — the available models change over time.
• Mode: code (default), plan, ask

Step 4 — Write config and validate

1. Show a final summary table with all settings (secrets masked to last 4 chars)
2. Ask user to confirm before writing
3. Use Bash to create directory structure: mkdir -p ~/.opencode-to-im/{data,logs,runtime,data/messages}
4. Use Write to create ~/.opencode-to-im/config.env with all settings in KEY=VALUE format
5. Use Bash to set permissions: chmod 600 ~/.opencode-to-im/config.env
6. Validate tokens — read SKILL_DIR/references/token-validation.md for the exact commands and expected responses for each platform. This catches typos and wrong credentials before the user tries to start the daemon.
7. Report results with a summary table. If any validation fails, explain what might be wrong and how to fix it.
8. On success, tell the user: "Setup complete! Run /opencode-to-im start to start the bridge."

start

Pre-check: Verify ~/.opencode-to-im/config.env exists (see "Config check" above). Without it, the daemon will crash immediately and leave a stale PID file.

Run: bash "SKILL_DIR/scripts/daemon.sh" start

Show the output to the user. If it fails, tell the user:

• Run doctor to diagnose: /opencode-to-im doctor
• Check recent logs: /opencode-to-im logs

stop

Run: bash "SKILL_DIR/scripts/daemon.sh" stop

status

Run: bash "SKILL_DIR/scripts/daemon.sh" status

logs

Extract optional line count N from arguments (default 50). Run: bash "SKILL_DIR/scripts/daemon.sh" logs N

reconfigure

1. Read current config from ~/.opencode-to-im/config.env
2. Show current settings in a clear table format, with all secrets masked (only last 4 chars visible)
3. Use AskUserQuestion to ask what the user wants to change
4. When collecting new values, tell the user where to find the value; only show the full guide from SKILL_DIR/references/setup-guides.md if they ask for help
5. Update the config file atomically (write to tmp, rename)
6. Re-validate any changed tokens
7. Remind user: "Run /opencode-to-im stop then /opencode-to-im start to apply the changes."

doctor

Run: bash "SKILL_DIR/scripts/doctor.sh"

Show results and suggest fixes for any failures. Common fixes:

• SDK cli.js missing → cd SKILL_DIR && npm install
• dist/daemon.mjs stale → cd SKILL_DIR && npm run build
• Config missing → run setup

For more complex issues (messages not received, permission timeouts, high memory, stale PID files), read SKILL_DIR/references/troubleshooting.md for detailed diagnosis steps.

Feishu upgrade note: If the user upgraded from an older version of this skill and Feishu is returning permission errors (e.g. streaming cards not working, typing indicators failing, permission buttons unresponsive), the root cause is almost certainly missing permissions or callbacks in the Feishu backend. Refer the user to the "Upgrading from a previous version" section in SKILL_DIR/references/setup-guides.md — they need to add new scopes (cardkit:card:write, cardkit:card:read, im:message:update, im:message.reactions:read, im:message.reactions:write_only), add the card.action.trigger callback, and re-publish the app. The upgrade requires two publish cycles because adding the callback needs an active WebSocket connection (bridge must be running).

Notes

• Always mask secrets in output (show only last 4 characters) — users often share terminal output in bug reports, so exposed tokens would be a security incident.
• Always check for config.env before starting the daemon — without it the process crashes on startup and leaves a stale PID file that blocks future starts (requiring manual cleanup).
• The daemon runs as a background Node.js process managed by platform supervisor (launchd on macOS, setsid on Linux, WinSW/NSSM on Windows).
• Config persists at ~/.opencode-to-im/config.env — survives across sessions.