Algorithmic_Reparation.json

[
  {
    "outcome_type": "ACCEPTED_PLAN",
    "target_module": "app/public/app.js, app/server.js",
    "initial_cognitive_complexity_score": 102,
    "hypothesis_summary": "By centralizing the redundant MCP client instantiation blocks across multiple event listeners into a single `ensureMcpClient()` helper function in `app/public/app.js`, and centralizing the repetitive `registerTool` catch block error handlers into a `createErrorResponse(violation)` helper function in `app/server.js`, we will significantly reduce cognitive complexity and enforce DRY principles, strengthening system healthspan and maintainability.",
    "ACU_robustness_score": 0.95,
    "tension_metric": {
      "novelty_score": 0.35,
      "grounding_score": 0.98
    },
    "justification_or_plan": "1. Extracted `mcpClient` creation block into `ensureMcpClient()` in `app/public/app.js`. 2. Extracted `registerTool` error handlers into `createErrorResponse()` in `app/server.js`. 3. Verified frontend and backend unit test suites continue to pass via `node --test`."
  },
  {
    "outcome_type": "ACCEPTED_PLAN",
    "target_module": "app/public/app.js, app/server.js",
    "initial_cognitive_complexity_score": 115,
    "hypothesis_summary": "Implementing the Invariant Verification Harness (IVH) bridges the epistemic gap between declarative hypothesis representation and programmatic falsification.",
    "ACU_robustness_score": 0.96,
    "tension_metric": {
      "novelty_score": 0.85,
      "grounding_score": 0.95
    },
    "justification_or_plan": "Integrated IVH architecture to programmatically mine, formalize, and stress-test candidate scientific laws. Updated corresponding schemas and UI."
  }
]