Fix CI/CD builds and publish packages v0.1.3/0.1.8#13
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All platform builds passing with fixes for: - Package version synchronization - Windows PowerShell compatibility - macOS Intel runner update to macos-15-intel Ready for publication. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude <noreply@anthropic.com>
Created detailed documentation covering: - Automated publishing workflow - Version management - CI/CD process - Troubleshooting common issues - Manual publishing procedures - Post-publication checklist 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude <noreply@anthropic.com>
Detailed instructions for configuring NPM_TOKEN secret required for automated publishing via GitHub Actions. Includes troubleshooting and security best practices. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude <noreply@anthropic.com>
Published packages: - @ruvector/core@0.1.3 (main package) - ruvector-core-linux-x64-gnu@0.1.3 - ruvector-core-linux-arm64-gnu@0.1.3 - ruvector-core-darwin-x64@0.1.3 - ruvector-core-darwin-arm64@0.1.3
- Updated version from 0.1.7 to 0.1.8 - Changed dependency from ruvector-core to @ruvector/core@^0.1.3 - Published to npm registry
- Fixed require() call to load @ruvector/core instead of ruvector-core - Bumped version to 0.1.9 - Published and verified working
- Changed optionalDependency from ruvector-wasm to @ruvector/wasm - Updated require() call to match scoped package name - Bumped version to 0.1.10 - Published and verified working
🔧 @ruvector/core@0.1.5 - Added CommonJS build (index.cjs.js) for require() compatibility - Created dual build system (ESM + CJS) - Fixed package.json exports to point to correct CJS file 🔧 ruvector@0.1.11 - Updated to @ruvector/core@^0.1.5 - Removed @ruvector/wasm optional dependency (not yet buildable) - Improved error messages for unsupported platforms Fixes #13 - Missing CommonJS build issue
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🔧 @ruvector/core@0.1.5 - Added CommonJS build (index.cjs.js) for require() compatibility - Created dual build system (ESM + CJS) - Fixed package.json exports to point to correct CJS file 🔧 ruvector@0.1.11 - Updated to @ruvector/core@^0.1.5 - Removed @ruvector/wasm optional dependency (not yet buildable) - Improved error messages for unsupported platforms Fixes #13 - Missing CommonJS build issue
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…ent + lesion + audit
Ships the public ABIs + productized wrappers that move three of
Connectome OS's exotic applications (README Part 3) one concrete
step closer to feasible. Each is scaffolding, not a full
implementation — the production pieces (MuJoCo bridge, mouse
connectome, real FlyWire data) genuinely can't ship from this
branch — but each gives external code the typed surface to build
against today.
Three new top-level modules:
1. src/embodiment.rs — BodySimulator trait + 2 implementations
(247 LOC incl. tests)
The slot where a physics body sits between the connectome's
motor outputs and sensory inputs. Defines the per-tick ABI
(, , ) that Phase-3 MuJoCo + NeuroMechFly
will drop into. Ships two impls:
- StubBody — deterministic open-loop drive over an existing
Stimulus schedule. Preserves AC-1. This is what the
Tier-1 demo runs with.
- MujocoBody — Phase-3 panic-stub. Constructs without
panicking (so downstream code can Box<dyn BodySimulator>
against it today); panics on step/reset with an
actionable diagnostic pointing at ADR-154 §13 and
04-embodiment.md.
Unblocks application #10 — 'embodied fly navigation in VR'.
The remaining Phase-3 work is the cxx bridge + NeuroMechFly
MJCF ingest; the wiring is now waiting, not un-designed.
2. src/lesion.rs — LesionStudy + CandidateCut + LesionReport
(374 LOC incl. tests)
Productization of AC-5 σ-separation. Outside code can now
answer 'which edges are load-bearing for behaviour X?'
without copy-pasting the test internals. Paired-trial loop,
σ distance against a nominated reference cut, deterministic
across repeat runs. Includes boundary_edges() / interior_edges()
helpers so callers can build cuts from a FunctionalPartition
without re-deriving the traversal.
Unblocks application #11 — 'in-silico circuit-lesion studies'.
Also powers the audit module (next).
3. src/audit.rs — StructuralAudit + StructuralAuditReport
(235 LOC incl. tests)
One-call orchestrator that runs every analysis primitive
(Fiedler coherence, structural mincut, functional mincut,
SDPA motif retrieval, AC-5-shaped causal perturbation) and
returns a single report a reviewer can read top-to-bottom.
Auto-generates boundary-vs-interior candidate cuts when the
caller doesn't supply explicit ones. Same determinism
contract as every underlying primitive.
Unblocks application #13 — 'connectome-grounded AI safety
auditing'. The framing is 'safety auditing'; the deliverable
is a reproducible report, not a safety guarantee.
Applications #12 ('cross-species connectome transfer') needs a
second heterogeneous connectome; today we have the fly-scale
substrate only. Deferred until Tier-2 mouse data lands.
Application #14 ('substrate for structural-intelligence research
papers') was already open — it's the meta-application, no
scaffolding needed.
Lib.rs re-exports the new public types so downstream consumers
can
directly.
Measurements:
10/10 new unit tests pass on :
embodiment: 5 tests (trait object-safe, stub determinism +
windowing, mujoco stub construct-ok +
step-panics-with-diagnostic)
lesion: 3 tests (report shape, boundary/interior disjoint,
deterministic across repeats)
audit: 2 tests (populates every field, deterministic)
All 73 prior tests still pass; no API regression.
Total new LOC: 856 (247 + 374 + 235) src + tests; all files
under the 500-line ADR-154 §3.2 file budget.
Positioning rubric held. Scaffolding is scaffolding — not new
scientific claims. Every module docstring links back to the
Connectome-OS README Part 3 application it unblocks.
Co-Authored-By: claude-flow <ruv@ruv.net>
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Summary
This PR fixes all CI/CD build failures and successfully publishes the rUvector packages to npm.
What Changed
CI/CD Fixes
shell: bashto debug stepsmacos-13tomacos-15-intelPublished Packages
Documentation
Build Status
All 5 platform builds now passing:
Testing
All packages verified and installable:
```bash
npm install @ruvector/core # Main package
npm install ruvector # Wrapper with CLI
```
Links
Breaking Changes
None - all changes are backward compatible.
🤖 Generated with Claude Code
Co-Authored-By: Claude noreply@anthropic.com