impl-validator

Provides scored, rule-based assessments of user-authored text snippets and files, enabling automated quality gates and rapid-cycle grading.

6|2|Updated May 11, 2026
One-click install
npx skills add https://github.com/pax-k/war-gov-uap-wiki --skill impl-validator-pax-k
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: impl-validator
Source: https://github.com/pax-k/war-gov-uap-wiki/tree/main/.cursor/skills/impl-validator
Command: npx skills add https://github.com/pax-k/war-gov-uap-wiki --skill impl-validator-pax-k

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

The validator systematically checks that an implementation aligns with its stated goal, surfacing mismatches and potential misunderstandings before they reach end users.

Core Features & Use Cases

  • Subagent mode: validate outputs generated by other skills or agents by evaluating a provided check block and returning a structured verdict.
  • User mode: invoked directly by a user to review a recent result, with actionable issues and a clear pass/warn/fail verdict.
  • Returns a structured verdict with specific issues to fix, enabling automated quality gates and rapid improvement cycles.

Quick Start

Pass a structured check block to the validator and review the resulting pass/warn/fail verdict with actionable issues.

Frequently Asked Questions about impl-validator

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

FAQPage Schema
How do I validate that an agent's output aligns with its intended goal?

To validate agent output, you pass a structured check block to the validator, which identifies discrepancies between intended goals and produced results, returning a structured pass, warn, or fail verdict with specific issues to fix.

What is a structured check block for automated output review?

A structured check block is the readable input format required by the validator to evaluate produced results against stated goals, enabling the system to surface mismatches and return a structured pass, warn, or fail verdict.

Can I use automated validation for subagent outputs across iterative development cycles?

Yes, you can use this validator in subagent mode to automatically review outputs generated by other skills or agents across iterative development cycles, returning actionable issues and a clear pass, warn, or fail verdict.

How do I enforce quality gates using pass, warn, and fail verdicts?

You enforce quality gates by using the validator's structured pass, warn, and fail verdicts to automatically approve, flag, or block agent outputs, enabling rapid improvement cycles by returning actionable issues in a consistent format.

What is the best way to surface mismatches between goals and produced results?

The best way to surface mismatches is to use an automated validator that systematically checks implementation alignment, identifying and reporting discrepancies before they reach end users with a structured verdict.

When should I not use an automated output validator?

You should not use an automated output validator when you lack a readable check block input, as the validator requires this structured input to evaluate results and return a structured pass, warn, or fail verdict.