Quality audit
MindForge: The Enterprise Agentic Framework for Claude Code & Antigravity. High-performance autonomous execution, wave-parallelism, and multi-tier governance for production-grade AI engineering.From the repository description
npx -y skills add sairam0424/MindForge --skill quality-auditAssembled from the repository path, not quoted from the project. Check it against their README if it does not work.
One thing to look at
- 0 stars0 stars. Stars are a popularity signal and not a quality one, but at this level it is likely that nobody has read this closely except its author, and you would be relying on your own review.
SKILL.md
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Skill — Quality Audit (Four-Dimension Weighted Scoring)
When this skill activates
When evaluating the quality of any output — code, documentation, architecture decisions, generated content, or deliverables. Use to enforce a consistent, evidence-based quality bar across all work products. Especially valuable when "good enough" is ambiguous and you need a defensible, repeatable score.
Three modes of operation:
- Quick mode: Accuracy dimension only (fast gate check)
- Full mode: All 4 dimensions scored (standard quality gate)
- Comparative mode: Score artifact A vs artifact B on all dimensions
Mandatory actions when this skill is active
Before scoring
- Identify the artifact type — code, documentation, API design, generated output, architecture decision, etc.
- Select scoring mode:
- Quick: when you need a fast go/no-go on factual correctness
- Full: standard quality gate for all deliverables
- Comparative: when choosing between alternatives
- Load custom rubric (if exists): check
validation/rubric.yamlin project root or.mindforge/validation/rubric.yaml - Establish context: what is this artifact supposed to accomplish? Who is the audience?
During scoring
The Four Dimensions:
| Dimension | Weight | Definition | Measures |
|---|---|---|---|
| Clarity | 25% | How easily understood is the output? | Structure, naming, formatting, progressive disclosure, lack of ambiguity |
| Completeness | 25% | Does it cover all requirements? | Missing cases, TODOs, partial implementations, unstated assumptions |
| Accuracy | 30% | Is it factually and logically correct? | Bugs, wrong behavior, incorrect statements, logic errors, type mismatches |
| Usefulness | 20% | Does it solve the actual problem? | User value, practical applicability, appropriate scope, actionability |
5-Point Scale (apply consistently):
| Score | Label | Meaning |
|---|---|---|
| 1 | Poor | Fundamentally broken, requires complete rewrite |
| 2 | Below Average | Significant issues, multiple major fixes needed |
| 3 | Acceptable | Meets minimum bar, minor issues remain |
| 4 | Good | Solid work, only cosmetic improvements possible |
| 5 | Excellent | Exemplary, could serve as a reference implementation |
Scoring Protocol:
- Read the entire artifact before scoring any dimension
- Score each dimension independently (don't let one influence others)
- Provide specific evidence for each score (line numbers, examples, quotes)
- Calculate weighted average:
(Clarity * 0.25) + (Completeness * 0.25) + (Accuracy * 0.30) + (Usefulness * 0.20)
Passing Thresholds:
- Weighted average >= 3.0 — artifact passes overall quality gate
- Accuracy >= 3.0 (BLOCKING) — accuracy must independently meet this bar regardless of other scores
- An artifact with Clarity=5, Completeness=5, Accuracy=2, Usefulness=5 still FAILS (accuracy blocking gate)
Scoring Output Format:
{
"mode": "quick" | "full" | "comparative",
"artifact": "description",
"timestamp": "ISO-8601",
"scores": {
"clarity": {
"score": 1-5,
"weight": 0.25,
"evidence": ["specific observation 1", "specific observation 2"],
"improvements": ["actionable suggestion"]
},
"completeness": {
"score": 1-5,
"weight": 0.25,
"evidence": ["..."],
"improvements": ["..."]
},
"accuracy": {
"score": 1-5,
"weight": 0.30,
"evidence": ["..."],
"improvements": ["..."],
"blocking_gate": true
},
"usefulness": {
"score": 1-5,
"weight": 0.20,
"evidence": ["..."],
"improvements": ["..."]
}
},
"weighted_average": 0.0,
"accuracy_gate_passed": true | false,
"overall_verdict": "PASS" | "FAIL",
"fail_reason": "null | description"
}
Quick Mode (accuracy only):
- Score only the Accuracy dimension
- Pass if Accuracy >= 3.0
- Use when you need a fast gate check and other dimensions are less relevant
- Output: simplified JSON with only accuracy scores
Comparative Mode:
- Score both artifacts A and B on all 4 dimensions
- Report per-dimension winner and overall winner
- Tie-breaking: Accuracy wins ties, then Usefulness, then Completeness, then Clarity
- Output includes side-by-side comparison table
Custom Rubric Support:
If validation/rubric.yaml exists, it overrides default dimension definitions:
dimensions:
clarity:
weight: 0.20 # can adjust weights (must sum to 1.0)
criteria:
- "Code uses consistent naming conventions"
- "Comments explain WHY, not WHAT"
passing_score: 3
accuracy:
weight: 0.35
criteria:
- "All edge cases handled"
- "No logic errors in conditional paths"
passing_score: 4 # can raise the bar per-dimension
blocking: true
After scoring
-
Determine verdict:
- If
accuracy_gate_passed == false→ FAIL (regardless of other scores) - If
weighted_average < 3.0→ FAIL - Otherwise → PASS
- If
-
If FAIL:
- List all dimensions below threshold
- Provide specific, actionable improvements for each
- Prioritize: fix accuracy issues first (blocking), then lowest-scoring dimension
- Re-score after fixes (don't assume the fix worked)
-
If PASS:
- Log the score to
.mindforge/quality/[artifact-name]-[timestamp].json - Note any dimensions at exactly 3.0 (borderline — flag for future improvement)
- Record the weighted average as the artifact's quality score
- Log the score to
-
Track trends:
- Compare current score to previous scores for same artifact type
- If quality trending downward: flag in session report
- If quality consistently above 4.0: consider raising the threshold
Self-check before task completion
Before marking a task done when this skill was active:
- Did I score all 4 dimensions (unless using quick mode)?
- Did I check the accuracy blocking gate independently?
- Did I provide specific evidence (not just scores) for each dimension?
- Did I calculate the weighted average correctly?
- If the artifact failed: did I provide actionable improvements?
- If using custom rubric: did I load it from validation/rubric.yaml?
- Is the scoring output in structured JSON format?
- Did I avoid letting one dimension's score influence another?
What ships with it
Read from the repository
Just SKILL.md. No reference files, no scripts.