Clover Trifecta Check

K.E.R.N.E.L. Workflow

Phase 1: Specification Extraction

Objective: Deconstruct the target into three pillars.

1. Logic Scan: Read the raw code implementation.
2. Prose Scan: Extract Docstrings, comments, and inline documentation.
3. Formal Scan: Identify formal annotations, TypeScript types, and Zod schemas.
4. Security Ingest: Read Troy Hunt's threat model (f0-threat-model) and security artifacts.

Phase 2: The Trifecta Audit

Objective: Perform the 3-pillars cross-verification.

1. Misalignment Detection: Flag where the Docstring promises X but the code returns Y.
2. Constraint Enforcement: Verify if Type signatures/Bounds are actually enforced by runtime logic.

Phase 3: Hallucination Detection

Objective: Identify phantom logic.

1. Phantom Methods: Identify any imports or method calls that do not exist in the project or its dependency tree.
2. Placeholder Logic: Flag TODO, // happy path only, or "magic number" placeholders.

Phase 4: Verdict & Plan

Objective: Final assessment.

1. Verification Verdict: Issue a final PASS or FAIL.
2. Correction Plan: If FAIL, generate a surgical remediation plan to align the Trifecta.

Artifact Generation

1. TRIFECTA_VERDICT.md

• Verdict: [PASS | FAIL]
• Misalignment Map: Table mapping [Code Path] -> [Drift Details].
• Hallucination Flags: List of phantom imports or placeholder assumptions.

2. TRIFECTA_CORRECTION.md

• Surgical Fixes: Exact code/doc changes to reach consistency.
• Verification Command: A grep or npm test command to confirm the fix.

Verification Logic

[Verify]: Propose a single CLI command to verify the sync (e.g., grep -r [NewSymbol] docs/) or a manual check criteria: "I have confirmed that the docstring for verify_session now accurately describes the retry_limit logic implemented in line 42."

Ask the user: "I have generated the Trifecta Verdict. Should I apply the 'Surgical Fixes' to resolve the functional drift?"