dingtalk-connection_skill

This skill bridges DingTalk outgoing webhooks to Clawdbot Gateway, enabling reliable messaging and troubleshooting for DingTalk channels.
  • Python

0

GitHub Stars

6

Bundled Files

2 months ago

Catalog Refreshed

4 months ago

First Indexed

Readme & install

Copy the install command, review bundled files from the catalogue, and read any extended description pulled from the listing source.

Installation

Preview and clipboard use veilstrat where the catalogue uses aiagentskills.

npx veilstrat add skill xiaomingx/moltbot-connector-feishu-dingtalk --skill dingtalk-connection

  • .env.example351 B
  • bridge.py12.3 KB
  • pyproject.toml257 B
  • README.md1.6 KB
  • setup_service.py2.2 KB
  • SKILL.md1.3 KB

Overview

This skill bridges DingTalk outgoing webhook messages to a Clawdbot Gateway and relays replies back into DingTalk sessions. It runs a local HTTP endpoint that validates DingTalk signatures, forwards user events to Clawdbot over WebSocket, and returns agent responses to the originating DingTalk conversation. Use it to add DingTalk as a messaging channel for an AI agent or run a local bridge for development and troubleshooting.

How this skill works

The bridge receives DingTalk webhook callbacks on a configurable HTTP path and port, verifies the request using the DingTalk signing secret, and forwards the event to a running Clawdbot Gateway via a local WebSocket connection. The Clawdbot agent processes the message and the bridge posts the generated reply back into the DingTalk session. It supports running as a foreground process or as a macOS launchd service for auto-start.

When to use it

  • When adding DingTalk as a messaging channel for an existing Clawdbot agent.
  • During local development to test DingTalk-to-agent message flow.
  • When troubleshooting webhook delivery, signature validation, or reply routing.
  • To run a resilient local bridge with auto-start on macOS.
  • When you need a minimal, configurable connector without full cloud hosting.

Best practices

  • Keep DINGTALK_SIGNING_SECRET private and set it in the environment before starting the bridge.
  • Expose a stable public callback URL (use a reverse proxy or tunnel) so DingTalk can reach the bridge.
  • Set DINGTALK_PORT and DINGTALK_PATH to avoid conflicts with other local services.
  • Run the bridge as a service (macOS launchd or systemd) in production to ensure uptime.
  • Monitor webhook delivery logs and Clawdbot Gateway connection state to catch dropped messages quickly.

Example use cases

  • Connect an internal AI assistant to DingTalk so employees can ask questions from chat.
  • Run the bridge locally while iterating on agent prompts and observe live responses in DingTalk.
  • Validate webhook signature handling during a security audit of messaging integrations.
  • Automatically restart the bridge on macOS by installing it as a launchd service.
  • Troubleshoot message latency by adjusting DINGTALK_THINKING_THRESHOLD_MS and observing behavior.

FAQ

At minimum set DINGTALK_SIGNING_SECRET to validate incoming webhooks. Configure DINGTALK_PORT, DINGTALK_PATH, DINGTALK_BOT_ID, and CLAWDBOT_AGENT_ID as needed; defaults exist for several values.

How do I test the bridge locally when DingTalk needs a public callback URL?

Use a tunneling tool (for example, ngrok) or configure a reverse proxy on a public host to forward DingTalk traffic to your local DINGTALK_PORT and DINGTALK_PATH.

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