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acp-router

Route plain-language requests to FoxFang ACP harness paths for session management.

Updated Aug 27, 2026
Search Tags:#automation#routing#runtime#sessions#harness#acp
One-click install
npx skills add https://github.com/PotLock/foxfang --skill acp-router-potlock
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: acp-router
Source: https://github.com/PotLock/foxfang/tree/main/extensions/acpx/skills/acp-router
Command: npx skills add https://github.com/PotLock/foxfang --skill acp-router-potlock

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Routes plain-language requests for ACP harness environments (runtime or direct acpx) to the appropriate session path, unifying access and reducing manual orchestration.

Core Features & Use Cases

  • Route requests to the correct ACP harness path (runtime vs direct acpx) based on intent and availability.
  • Manage agent-id mappings and preflight checks for safe thread-spawn and lifecycle control across multiple agents (Pi, Claude, Codex, Gemini, etc.).
  • Support both session-based ACP runtime flows and direct acpx flows for coding tasks and harness experiments.

Quick Start

Try routing a simple coding task to the Codex ACP harness using a thread-based session.

Frequently Asked Questions about acp-router

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I route plain-language requests to the correct ACP harness path for session management?▼

ACP harness request routing directs plain-language intents to the appropriate runtime or direct acpx session path using preflight checks and agent-id mapping, ensuring deterministic task execution across multiple coding agents.

What is the difference between session-based ACP runtime flows and direct acpx flows?▼

Session-based ACP runtime flows manage continuous thread-spawn lifecycles, while direct acpx flows execute isolated coding tasks and harness experiments, with routing determined by intent and path availability.

How do I manage agent-id mapping for multiple coding agents like Pi, Claude, Codex, and Gemini?▼

Agent-id mapping assigns identity boundaries to each coding agent before preflight checks, enabling safe thread-spawn control and deterministic lifecycle management across Pi, Claude, Codex, and Gemini environments.

Can I use preflight checks to control thread-spawn across multiple coding agents?▼

Preflight checks validate harness path availability before thread-spawn, allowing graceful fallbacks when a runtime or direct acpx path is unavailable for the targeted coding agent session.

What happens when an ACP harness path is unavailable during task routing?▼

When an ACP harness path is unavailable, the routing mechanism triggers graceful fallbacks, preventing thread-spawn failures and ensuring safe, deterministic task routing without breaking the session lifecycle.

Do I need preflight checks to ensure deterministic task routing across coding agents?▼

Preflight checks are required to verify path availability and agent-id mapping before thread-spawn, guaranteeing deterministic task routing and safe session management across multiple coding agents.

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