Route coding requests to AI harnesses via ACP runtime or acpx sessions.
npx skills add https://github.com/lemonlqf/openclaw-rtsp --skill acp-router
Please help me install this Agent Skill. Skill: acp-router Source: https://github.com/lemonlqf/openclaw-rtsp/tree/main/extensions/acpx/skills/acp-router Command: npx skills add https://github.com/lemonlqf/openclaw-rtsp --skill acp-router
This Skill streamlines the process of directing coding-related requests to specific AI coding environments like Pi, Claude Code, Codex, OpenCode, or Gemini, ensuring they are handled efficiently either through OpenClaw's ACP runtime or directly via acpx.
acpx CLI execution for simpler relay tasks.acpx command or sessions_spawn call to execute the script.Ask OpenClaw to run a code snippet in your preferred AI coding harness.
High-intent search queries and answers about installing and using this skill.
Routing coding tasks to AI harnesses like Claude Code or Codex is handled by detecting user intent and mapping the target agentId to execute the request via ACP runtime sessions or direct acpx CLI execution.
Intent detection for ACP runtime versus direct acpx sessions works by evaluating the plain-language request, prioritizing the sessions_spawn tool for thread creation, and selecting the appropriate execution mode for the specified AI coding harness.
Yes, you can run scripts in Gemini through OpenClaw ACP by asking OpenClaw to execute the code, which triggers intent detection and initiates the appropriate sessions_spawn call or acpx command for the Gemini harness.
If the OpenClaw ACP backend is unavailable, robust error handling and recovery policies trigger, managing ACP backend unavailability and acpx installation issues to ensure your coding-agent thread requests recover or fail gracefully.
You need acpx installed for direct acpx-driven sessions, as the routing mechanism manages coding-agent thread requests by selecting between OpenClaw ACP runtime sessions and direct acpx CLI execution based on availability and installation status.
The best way to manage coding-agent thread requests across multiple AI environments is using a routing system that prioritizes the sessions_spawn tool for thread creation and handles agentId mapping for various harnesses like Pi, Codex, and OpenCode.
openclawRoute natural language requests to AI coding harnesses and ACP runtime sessions.
JiayueMeng128Route plain-language coding requests to ACP runtime or acpx sessions.
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