router-first-architecture
🎯Skillfrom parcadei/continuous-claude-v3
|Enables deterministic routing of user intents to specific CLI commands through domain-specific routers, abstracting tool selection and improving intent resolution.
Installation
npx skills add https://github.com/parcadei/continuous-claude-v3 --skill router-first-architectureSkill Details
Router-First Architecture
Overview
# Router-First Architecture
Route through domain routers before using individual tools. Routers abstract tool selection.
Pattern
Domain routers (like math-router) provide deterministic mapping from user intent to exact CLI commands. Always use the router first; only bypass for edge cases.
DO
- Call
math-router route "before any math operation" - Let domain skills co-activate with their router (via
coActivatein skill-rules.json) - Trust the router's confidence score; only fall back if
command: null - Keep trigger keywords/patterns in skill-rules.json broader than routing patterns
DON'T
- Call individual scripts directly when a router exists
- Duplicate routing logic in individual skills
- Let domain skills bypass their router
Co-Activation Pattern
Domain skills should co-activate with their router:
```json
{
"math/abstract-algebra/groups": {
"coActivate": ["math-router"],
"coActivateMode": "always"
}
}
```
This ensures the router is always available when domain knowledge is activated.
Two-Layer Architecture
- Skill-rules trigger layer: Nudges Claude to use the router (keywords, intent patterns)
- Router routing layer: Deterministic mapping to scripts via regex patterns
Keep the trigger layer broader than routing - the router should handle "not found" gracefully.
Source Sessions
- 2bbc8d6e: "Trigger layer was narrower than routing layer" - expanded triggers
- This session: Wired 8 domain math skills to co-activate with math-router
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