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Multi-Registry Publishing Runbook

Goal Description

Based on the investigation of the latest Grok thread syntheses and our recent Rust walkthroughs, the previous directive to "Transition all ecosystems to TypeScript" is outdated. The actual, locked-down architecture of the DCoop Master Constellation is a Tri-Lingual, Multi-Registry (NPM + PyPI + Cargo) Hybrid Model.

Instead of a monolithic TypeScript rewrite, our workflows must align with the Eco Publishing Pipeline and the QBTZ/Cooplux Architecture:

  1. TypeScript (NPM): The Orchestrator. Ultra-fast Node.js CLIs (deployed to NPM orgs like @cooplux or @qbtz) serve as the traffic cops and orchestration layer.
  2. Python (PyPI): The Specialist. Python is reserved for heavy libraries (math, ML, quantum tensors) executing dynamically within isolated virtual environments (.venv), securely pulling from PyPI.
  3. Rust (Cargo): The Heavy Machinery. Rust crates (like those in ecosystem-rust) sit at the leaf-nodes for high-performance, memory-safe kernels and security APIs, accessible via FFI or HTTP.

We must get back on track by applying this specific multi-registry workflow and user-side gating process to the remaining un-orchestrated ecosystems.

User Review Required

Important


I have completely halted the naive TS migration. Our new mandate is to audit the remaining ecosystems (like ecosystem-sportsinvest, ecosystem-CADAM, etc.) and adapt them into this tri-lingual, multi-registry pipeline.

Please confirm if you approve this pivot back to the NPM + PyPI + Cargo hybrid package registry workflow before I deploy the investigation units to plan the specific registry deployments.

Open Questions

  1. Target Identification: Should we immediately apply this multi-registry architecture to ecosystem-sportsinvest first, turning its Python FastAPI app into an NPM-orchestrated background service?
  2. Rust Integration: We just successfully verified the ecosystem-rust SWE-bench marathon (100% completion). Do any of the remaining violators (e.g., ecosystem-IP or ecosystem-quantum) require immediate Rust kernel development to complement their PyPI/NPM orchestration, or should we focus solely on TS/Python first?
  3. Registry Gates: The Grok thread highlights strict user-side gates (user-side-gates.sh) for NPM/PyPI publishing. Should we also build local compilation and security gates for our Cargo/Rust deployments during this alignment phase?

Proposed Changes

No files will be modified until you approve the investigation plan. The plan is to:

  1. Audit the remaining ecosystems to isolate the CLI/Orchestrator vs. Library vs. Kernel boundaries.
  2. Generate package.json configurations (for NPM) pointing to TypeScript entrypoints that invoke local Python scripts via venv or Rust binaries.
  3. Set up the user-side-gates.sh validation scripts (including receipts and TVP/11D Audience Council metrics) as detailed in the Grok thread to ensure we don't pollute global namespaces.

Investigation & Alignment Artifacts

  • [MODIFY] /root/.gemini/antigravity-cli/brain/14a3241e-9c03-46d4-832f-52c389f5a279/package_registry_alignment_plan.md (This document)

Verification Plan

Automated Tests

N/A - Planning phase only.

Manual Verification

Review this plan to confirm that it accurately reflects the QBTZ/Cooplux multi-registry architecture outlined in the Grok thread synthesis, including the Rust SWE-bench integrations. Once approved, I will begin aligning the workflows.