repo-assessing-criticality-confidence

Classify audit findings by criticality and confidence with a P0-P4 priority matrix.

3|1|Updated Apr 18, 2026
One-click install
npx skills add https://github.com/wahidyankf/ose-primer --skill repo-assessing-criticality-confidence
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: repo-assessing-criticality-confidence
Source: https://github.com/wahidyankf/ose-primer/tree/main/.claude/skills/repo-assessing-criticality-confidence
Command: npx skills add https://github.com/wahidyankf/ose-primer --skill repo-assessing-criticality-confidence

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Checker and fixer agents often use inconsistent criteria to prioritize audit findings, leading to critical issues being missed, fixes being applied in the wrong order, and audit reports that lack uniform structure and context for stakeholders.

Core Features & Use Cases

  • Two-dimension classification system: Separate criticality (urgency/importance of the issue) and confidence (certainty the issue is real and fixable) to eliminate ambiguity in prioritization.
  • P0-P4 priority matrix: Clear, rules-based execution order for fixers to address blocker issues first, followed by urgent, standard, and low-priority items.
  • Dual-label pattern: Combine factual verification status (e.g., [Error], [BROKEN]) with criticality level to provide full context for each finding.
  • Standardized report templates: Pre-defined formats for checker audit reports and fixer fix reports to ensure consistency across all agent outputs.
  • Domain-specific guidance: Concrete examples for governance rule checks, documentation audits, and crud application content validation to speed up implementation. Use case: A docs-link-checker agent can flag a broken internal link as CRITICAL, and a docs-fixer agent can assess HIGH confidence to auto-fix the link immediately, or MEDIUM confidence to flag it for manual review if the correct target is ambiguous.

Quick Start

Use this skill to classify all audit findings by criticality and confidence, then apply fixes in strict P0-to-P4 priority order to resolve the most urgent issues first.

Frequently Asked Questions about repo-assessing-criticality-confidence

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

FAQPage Schema
How do I standardize audit prioritization for automated checker and fixer agents?

AI agent audit prioritization uses a two-dimension classification system separating criticality from confidence, applying a P0-P4 priority matrix to ensure consistent execution order for checker and fixer agents across repository validation workflows.

What is the P0-P4 priority matrix for repository validation findings?

The P0-P4 priority matrix is a rules-based execution order for fixers that addresses blocker issues first, followed by urgent, standard, and low-priority audit findings, ensuring consistent execution order across repository validation workflows.

How do I use a dual-label pattern for AI agent audit reports?

Use a dual-label pattern by combining factual verification status like [Error] or [BROKEN] with criticality levels, providing full context for each finding within standardized checker audit and fixer fix report templates.

Does confidence assessment support manual review processes for ambiguous fixes?

Confidence assessment supports manual review by assigning MEDIUM confidence to flag ambiguous issues for manual inspection, while HIGH confidence triggers automated fixing, specifically within crud application content validation and documentation audits.

Can I apply criticality classification to governance rule checks and documentation audits?

Criticality classification applies to all repository validation workflows including governance rule checks and documentation audits, providing concrete domain-specific examples to speed up implementation for both automated fixing and manual review processes.